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As we worked with the application services in the previous section, you might have wondered just where the services that we are calling are There were no web services that had to be copied to our project, and aside from a few con guration entries in the webcon g le to turn the services on, there was really no setup on our part So, how was this done The authentication, role, and pro le application services are provided as internal services accessed by submitting a request using the *_AppService axd URL pattern, with the beginning of each URL entry containing the authentication, role, or pro le name The ScriptResourceHandler is con gured by default to listen for requests with this type or URL and automatically processes them From the client perspective, we are using the web service proxy infrastructure we used for our WCF services However, instead of calling a web service, we are calling an internal service contained in the SystemWebExtensions DLL The alternative to this approach requires that we set up a web service for each of these services in every application we create This laborious task is fraught with implementation issues as each developer works through potential issues of an incorrectly con gured service This internal service approach to creating application services is the topic of this section as we cover how to develop a custom application service

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The request message contains one <serviceKey> element with the requested service s key The response message contains zero or more businessService structures which contain a bindingTemplates structure (see the section on UDDI data structures) Each bindingTemplate structure contains a service s accessPoint URL which is useful when you want to invoke that service There s a similar scenario where your need to get the details of a specific service binding rather than the entire service To do this you ll need to know the binding s key which you then send in a get_bindingDetail request as in listing 11-15 Listing 11-15 Calling get_bindingDetail and the corresponding response message

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public void testAddingChildrenAndGrandchildren() { String expected = "<orders>" + "<order>" + "<product>" + "</product>" + "</order>" + "</orders>"; TagNode ordersTag = new TagNode("orders"); TagNode orderTag = new TagNode("order"); TagNode productTag = new TagNode("product"); ordersTagadd(orderTag); orderTagadd(productTag); assertEquals("price XML", expected, ordersTagtoString()); }

This section touches many of the concepts described in 8, including HTTP handlers, application services architecture, web services, and web service proxies If you have not had a chance to read 8, which covered the ASPNET AJAX communication architecture, we suggest you read it before continuing with this section If it has been a while since you worked with HTTP handlers, you should also read Appendix C, ASPNET Handlers and Modules

<!-- get binding detail --> <get_bindingDetail generic="20" xmlns="urn:uddi-org:api_v2"> <bindingKey>c2d99cd6-e6b9-4819-96b4-f392ceed3a4e</bindingKey> </get_bindingDetail> <!-- get binding detail response --> <bindingDetail generic="20"

I continue writing and running tests until I'm satisfied thatTagNode can behave as a proper parent node When I'm done, TagNode is a class that can play all three participants in the Composite pattern:

The composition of a custom application service builds on much of what we have covered already in this chapter, 8, and Appendix C The diagram in Figure 914 shows the server architecture for the custom application service The layers are built using the same technologies

operator="Microsoft Corporation" truncated="false" xmlns="urn:uddi-org:api_v2"> <bindingTemplate bindingKey="c2d99cd6-e6b9-4819-96b4-f392ceed3a4e" serviceKey="7c19ab87-1bc5-4fb6-841b-a4149a802a71"> <accessPoint URLType="http"> http://wwwLearnXmlWScom/services/weatherRetrieverasmx </accessPoint> <tModelInstanceDetails> <tModelInstanceInfo tModelKey="uuid:42fab02f-300a-4315-aa4a-f97242ff6953"> <instanceDetails> <overviewDoc> <overviewURL> http://wwwlearnxmlwscom/services/weatherretrieverasmx WSDL </overviewURL> </overviewDoc> </instanceDetails> </tModelInstanceInfo> </tModelInstanceDetails> </bindingTemplate> </bindingDetail>

5 Now I replace every occurrence of the implicit parent with code that uses a parent node instance, outfitted with the correct

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