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are occasionally disconnected from the network To provide the capability to send messages while disconnected, a queuing mechanism is needed The MSMQ protocol will accomplish this, whereas the HTTP protocol will not Or, imagine a very chatty service, one that quickly sends numerous small messages as part of a larger conversation For this, the TCP protocol is more ef cient than HTTP because it will keep a connection open when sending the multiple messages In both of these examples, WAS can host the service where IIS cannot WAS supports multiple protocols through a listener adapter architecture where listeners are abstracted from the process management function By de ning an interface between WAS and the listeners, WAS can support multiple listeners without introducing extra complexity into the system This way, WAS can communicate over HTTP, TCP, MSMQ, and named pipes using a consistent mechanism, thereby improving system reliability Figure 71 depicts the WAS architecture

>>> 12 / 3 40 >>> 3 / 2 15

The division operator produces a oating-point value, not an integer; many other languages will produce an integer, truncating any fractional part If we need an integer result, we can always convert using int() (or use the truncating division operator //, discussed later)

Over the past thirty years, the performance of computer hardware has doubled approximately every 12 to 24 months This has led to unprecedented miniaturization and widespread usage of computer technology The price of the microprocessor in today's personal computers is only a few cents per megahertz, and the price is still decreasing rapidly Today's small wireless devices such as cell phones and two-way pagers have microprocessors that are similar to those that were commonly used in high-end desktop computers less than fifteen years ago

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At rst sight the preceding statements are unsurprising, particularly to those familiar with C-like languages In such languages, augmented assignment is shorthand for assigning the results of an operation for example, a += 8 is essentially the same as a = a + 8 However, there are two important subtleties here, one Python-speci c and one to do with augmented operators in any language The rst point to remember is that the int data type is immutable that is, once assigned, an int s value cannot be changed So, what actually happens behind the scenes when an augmented assignment operator is used on an immutable object is that the operation is performed, and an object holding the result is created; and then the target object reference is re-bound to refer to the result object rather than the object it referred to before So, in the preceding case when the statement a += 8 is encountered, Python computes a + 8, stores the result in a new int object, and then rebinds a to refer to this new int (And if the original object a was referring to has no more object references referring to it, it will be scheduled for garbage collection) Figure 13 illustrates this point The second subtlety is that a operator= b is not quite the same as a = a operator b The augmented version looks up a s value only once, so it is potentially faster Also, if a is a complex expression (eg, a list element with an index position calculation such as items[offset + index]), using the augmented version may

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Ultimately, computing power and storage capacity will become extremely cheap Inexpensive devices, home appliances, and consumer products such as microwave ovens, shopping carts, wallets, and toys will include powerful processors and megabytes of storage memory

be less error-prone since if the calculation needs to be changed the maintainer has to change it in only one rather than two expressions Python overloads (ie, reuses for a different data type) the + and += operators for both strings and lists, the former meaning concatenation and the latter meaning append for strings and extend (append another list) for lists:

Windows Process Activation Services (WAS)

>>> name = "John" >>> name + "Doe" 'JohnDoe' >>> name += " Doe" >>> name 'John Doe'

Like integers, strings are immutable, so when += is used a new string is created and the expression s left-hand object reference is re-bound to it, exactly as described earlier for ints Lists support the same syntax but are different behind the scenes:

>>> seeds = ["sesame", "sunflower"] >>> seeds += ["pumpkin"] >>> seeds ['sesame', 'sunflower', 'pumpkin']

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