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Using this approach the rst 0 is the index position of the argument we want to use, and [0] is the index within the argument, and it works because sysargv is a list

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def print_unicode_table(word): print("decimal hex chr print("------- ----- --code = ord(" ") end = sysmaxunicode while code < end: c = chr(code) name = unicodedataname(c, "*** unknown ***") if word is None or word in namelower(): print("{0:7} {0:5X} {0:^3c} {1}"format( code, nametitle())) code += 1 {0:^40}"format("name")) {0:-<40}"format(""))

Data Contract Equivalence If you re using WCF to expose a service and using to build a proxy for accessing the service, you typically don t need to be concerned about the wire representation of the messages passed between client and service Data contracts direct WCF to serialize a NET type into an XML Infoset and to deserialize an XML Infoset back into a NET type The XML Infoset might be encoded as text or binary on the wire according to the binding used for communication, but again, the NET code is unaware of the encoding This way, you work with NET types in code but an encoded representation of the standards-based XML Infoset is transmitted on the wire There are cases, however, where you may work with different types in the client versus in the service This could occur if the client and service are developed by different organizations, or if only one side of the communior Add Service cation is using WCF In fact, if you re not using Reference to generate the proxy on the client, there s a good chance that member names on the client will be different from member names on the attribute, service But by controlling those names with the you can make them appear the same in the XML representation As long as both the client and service work with an equivalent XML representation, it s okay for WCF to deserialize the XML Infoset into different NET types If two classes serialize into the same XML schema, the data contracts representing those classes are said to be equivalent For data contracts to be equivalent, they must have the same namespace and name and members The data members must be of the same type and appear in the same order within the XML In summary, they must be indistinguishable on the wire.

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We ve used a couple of blank lines for the sake of clarity The rst two lines of the function s suite print the title lines The rst strformat() prints the text name centered in a eld 40 characters wide, whereas the second one prints an empty string in a eld 40 characters wide, using a ll character of - , and aligned left (We must give an alignment if we specify a ll character) An alternative approach for the second line is this:

print("------------{0}"format("-" * 40))

MIDP devices must support the HTTP protocol, a rich, widely used protocol that can be implemented relatively easily over a variety of wireless networks HTTP lets devices take advantage of the extensive server-side infrastructure already in place for wired networks Furthermore, because no unrequested HTTP packets can arrive at the device, implementing the networking interface is easier

Here we have used the string replication operator (*) to create a suitable string, and simply inserted it into the format string A third alternative would be to simply type in 40 - s and use a literal string We keep track of Unicode code points in the code variable, initializing it to the code point for a space (0x20) We set the end variable to be the highest

Listing 226 shows two equivalent data contracts The rst contract is exposed by the service; the second class is described by the client The two are equivalent and generate identical XML Schema De nitions In the service, by default, WCF will order the XML elements alphabetically so the second schema forces the order to be alphabetical Because of the and attributes placed on the DataContract and DataMember respectively, the XSD generated in the second contract is identical to the rst

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