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d1 d2 d3 d4 d5 = = = = = dict({"id": 1948, "name": "Washer", "size": 3}) dict(id=1948, name="Washer", size=3) dict([("id", 1948), ("name", "Washer"), ("size", 3)]) dict(zip(("id", "name", "size"), (1948, "Washer", 3))) {"id": 1948, "name": "Washer", "size": 3}

X X X X X X X RS* RS* RS*

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174

[ Team LiB ]

134

* RS = WCF Reliable Sessions is an implementation of SOAP reliable messaging de ned by the WS-Reliable Messaging (WS-RM) standard

Dictionary d1 is created using a dictionary literal Dictionary d2 is created using keyword arguments Dictionaries d3 and d4 are created from sequences, and dictionary d5 is created from a dictionary literal The built-in zip() function that is used to create dictionary d4 returns a list of tuples, the rst of which has the rst items of each of the zip() function s iterable arguments, the second of which has the second items, and so on The keyword argument syntax (used to create dictionary d2) is usually the most compact and convenient, providing the keys are valid identi ers Figure 35 illustrates the dictionary created by the following code snippet:

d = {"root": 18, "blue": [75, "R", 2], 21: "venus", -14: None, "mars": "rover", (4, 11): 18, 0: 45}

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HTTPS is the secure version of the HTTP protocol [reference 9] (See Section 153, "The HttpConnection Interface," for more information) The MIDP Specification version 20 requires a secure HTTP connection to comply with one or more of the following specifications: HTTP over TLS: documented in both RFC 2818 [reference 11] and TLS Protocol Version 10 as specified in RFC 2246 [reference 4]

zip()

WS-*

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Dictionary keys are unique, so if we add a key value item whose key is the same as an existing key, the effect is to replace that key s value with a new value Brackets are used to access individual values for example, d["root"] returns 18, d[21] returns the string "venus", and d[91] causes a KeyError exception to be raised, given the dictionary shown in Figure 35 Brackets can also be used to add and delete dictionary items To add an item we use the = operator, for example, d["X"] = 59 And to delete an item we use the del statement for example, del d["mars"] will delete the item whose key is mars from the dictionary, or raise a KeyError exception if no item has that

SSL V3: specified in The SSL Protocol Version 30 [reference 12]

'mars' (4, 11) 18 0 -14 None 45 'blue' [75, 'R', 2] 'rover'

You need to consider many features when selecting a binding Table 42 cannot list them all; therefore, you may need to do further investigation to select an appropriate binding Each of the bindings supports a particular communication scenario, such as cross-machine, on-machine, and interoperable communication using Web services We will examine these scenarios along with the bindings associated with each There are other scenarios, such as federated security and peer communication These topics deserve deeper discussion and will be discussed in detail in 8, Security, and 12, Peer Networking, respectively

21 'venus'

'root' 18

WTLS: specified in the Wireless Application Protocol Wireless Transport Layer Security document WAP-199 [reference 13]

key Items can also be removed (and returned) from the dictionary using the dictpop() method Dictionaries support the built-in len() function, and for their keys, fast membership testing with in and not in All the dictionary methods are listed in Table 33 Because dictionaries have both keys and values, we might want to iterate over a dictionary by (key, value) items, by values, or by keys For example, here are two equivalent approaches to iterating by (key, value) pairs:

Sample Application We will now examine each of the precon gured bindings available in WCF To demonstrate each binding we will use a sample application based on stock quotes The sample asks for quotes based on a ticker symbol and returns the stock price The intent is to expose and consume the same service over different bindings and take note of any changes in code or con guration Listing 44 shows the stock quote service

for item in ditems(): print(item[0], item[1]) for key, value in ditems(): print(key, value)

Iterating over a dictionary s values is very similar:

for value in dvalues(): print(value)

WAP TLS Profile and Tunneling Specification WAP-219-TLS [reference 14]

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