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Just as we access list and tuple items using an integer position index, we access dictionary items using a key We can also access named attributes Assuming we have imported the math and sys modules, we can do this:

<xs:schema> <xs:complexType name="StockPrice"> <xs:sequence> <xs:element name="CurrentPrice" type="xs:double" /> <xs:element name="CurrentTime" type="xs:dateTime" /> <xs:element name="Ticker" nillable="true" type="xs:string" /> <xs:element minOccurs="0" name="Volume" type="xs:long" /> </xs:sequence> </xs:complexType> <xs:element name="StockPrice" nillable="true" type="tns:StockPrice" /> </xs:schema>

>>> "mathpi=={0pi} sysmaxunicode=={1maxunicode}"format(math, sys) 'mathpi==314159265359 sysmaxunicode==65535'

So in summary, the eld name syntax allows us to refer to positional and keyword arguments that are passed to the strformat() method If the arguments are collection data types like lists or dictionaries, or have attributes, we can access the part we want using [] or notation This is illustrated in Figure 25

{1[5]}

The will serialize types and expose them in WSDL contracts if they meet any of the following conditions: Types marked with the Types attributed with Types derived from Types marked with not marked with Types marked with attribute whose members are attribute and implements and attributes

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MIDP target devices operate on a wide variety of wireless and wired networks with incompatible transport protocols In addition, wireless networks have less bandwidth, more latency, and less stable connections than wired networks The MIDP Specification version 20 must accommodate these differences and allow for future network technologies To do so, MIDP uses standard network programming mechanisms and practices and takes advantage of the existing network infrastructure

{2[capital]}

{3rate}

{title}

CLR built-in primitive types, such as int32 and string Bytes array, DateTime, TimeSpan, Guid, Uri, XmlQuali edName, XmlElement, and XmlNode Arrays and collections such as Enumerations , and

MIDP specifies that HTTP and HTTPS are required protocols for all devices In addition, it defines APIs for optional protocols: datagrams, sockets, secure sockets, and serial communication ports (See 16, "Secure Networking" for more information on the secure networking protocols) [ Team LiB ]

{color[12]}

{point[y]}

{bookisbn}

Defining XML Schema for a NET Class The attribute, de ned in , indicates that a class should be exposed as an XSD in the WSDL that repattribute, it resents the service If a class doesn t have the will not be present in the WSDL By default, the name of the XML Schema

[ Team LiB ]

From Python 31 it is possible to omit eld names, in which case Python will in effect put them in for us, using numbers starting from 0 For example:

>>> "{} {} {}"format("Python", "can", "count") 'Python can count'

If we are using Python 30, the format string used here would have to be "{0} {1} {2}" Using this technique is convenient for formatting one or two items, but the approach we will look at next is more convenient when several items are involved, and works just as well with Python 30 Before nishing our discussion of string format eld names, it is worth mentioning a rather different way to get values into a format string This involves using an advanced technique, but one useful to learn as soon as possible, since it is so convenient The local variables that are currently in scope are available from the built-in

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The MIDP Specification version 20 addresses two types of wireless data networks: circuit-switched data (CSD) and packet-switched data (PSD) A wireless circuit-switched network (also called a session-based network) assigns a user a radio channel, which it dedicates to the connection until the data transfer is done During the data exchange, the channel cannot be used for anything else The GSM cellular phone network is a circuit-switched data network

variable names and whose values are references to the variables values Now we can use mapping unpacking to feed this dictionary into the strformat() method The mapping unpacking operator is ** and it can be applied to a mapping (such as a dictionary) to produce a key value list suitable for passing to a function For example:

>>> element = "Silver" >>> number = 47 >>> "Element {number} is {element}"format(**locals()) 'Element 47 is Silver'

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