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A web browser is typically used to interact with a web site, although there are other programmatic ways of achieving the same interaction WSDL contains specifications for binding to a web site by using Get and Post, which are components of the HTTP 11 protocol Let s see how this works in Listing 14-12 This example defines two messages The first message has three parts, where the first and third parts are of xsd:string types, and the second part is xsd:int type The second message has one part that is of a xsd:binary type The portType called FirstPort defines two operations The first operation is input and receives the FirstMessage, and the second operation is output that is the SecondMessage This means that the web service receives a three-part message consisting of a xsd:string, xsd:int, and xsd:string When this message is received, the web service replies with a message that contains an xsd:binary type As you ll see later in this example, the output operation returns a JPEG file containing an image The service element assigns an http:address to each port and associates ports with related bindings These bindings are defined in subsequent binding elements You ll notice that both the FirstBinding and SecondBinding use GET and output mime:context However, input to the FirstBinding is http:urlReplace, and input to the SecondBinding is http:urlEncoded The ThirdBinding uses POST and input and output mime:content The http:address element requires one attribute, which is location The value of the location attribute is the base address The http:operation element contains a location attribute The value of the location attribute is the URI that is specific for the operation and is combined with the URI of the http:address to become the URI used for the HTTP request The http:urlEncoded element signifies that the standard URI-encoding rules are used to encode parts of the message The URI-encoding rules use a name=value pair, where each pair is separated with an ampersand (&), such as fname= Bob &lname= Smith (see 8) The http:urlReplacement element specifies that a replacement algorithm is used to encode parts of the message The replacement algorithm contains steps used to search for a set of patterns in the http:operation element URI This search occurs prior to the.

Notice I didn t include any numbers in my list This is because I used the ol tag to tell the browser this is an ordered list When browsers see ordered lists, they know to place a number in front of each list item

http:operation and http:address values being joined When a match occurs, the related part of the message replaces the part matching the pattern

The default type of ordered list uses Arabic numbers, but you can use the type attribute to change that Table 8-1 identifies the different types of ordered lists you can create with the type attribute To change the type of ordered list, add the type attribute and its value to the opening ol tag

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<definitions> <message name="FirstMessage"> <part name="FirstPart" type="xsd:string"/> <part name="SecondPart" type="xsd:int"/> <part name="ThirdPart" type="xsd:string"/> </message> <message name="SecondMessage"> <part name="FirstPart" type="xsd:binary"/> </message> <portType name="FirstPort"> <operation name="FirstOperation"> <input message="tns:FirstMessage"/> <output message="tns:SecondMessage"/> </operation> </portType> <service name="FirstService"> <port name="FirstPort" binding="tns:FirstBinding"> <http:address location="http://mycompanycom/"/> </port> <port name="SecondPort" binding="tns:SecondBinding"> <http:address location="http://mycompanycom/"/> </port> <port name="ThirdPort" binding="tns:ThirdBinding"> <http:address location="http://mycompanycom/"/> </port> </service> <binding name="FirstBinding" type="FirstPart"> <http:binding verb="GET"/> <operation name="FirstOperation"> http:operation location= "FirstOperation/A(part1)B(part2)/(part3)"/> <input> <http:urlReplacement/> </input> <output> <mime:content type="image/jpeg"/> </output> </operation> </binding> <binding name="SecondBinding" type="FirstPart">

The 24-bit Flow Label field in the IPv6 header can be used by a source to label a set of packets belonging to the same flow A flow is uniquely identified by the combination of the source address and of a nonzero Flow Label Multiple active flows may exist from a source to a destination (with the same source address but with nonzero and different Flow Labels) as well as traffic that is not associated with any flow (carrying a Flow Label of zero) In Section 138, we learned that a flow is a sequence of packets in some way correlated (for example, generated by the same application) and sharing parameters such as the source and destination address, the QoS, the

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<ol type="I"> <li>Introduction</li> <li>Understanding the Medium</li> <li>Basic Page Structure</li> </ol>

You must use two preverify options The -d option places the class file within the tmp_classes directory The second option is -classpath, which points to the location of the library classes that come with the MIDP Preverification files are contained in the midp103fcs\classes directory The output of the javac compiler is in the tmp_classes directory You can exclude the -classpath option if the CLASSPATH environment variable points to the d:\j2me\midp103fcs\classes directory In this case, you simply invoke the preverify using: preverify -d d:\j2me\classes d:\j2me\tmp_classes

Arabic numbers Lowercase alphabet Uppercase alphabet Lowercase Roman numerals Uppercase Roman numerals

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