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The default node.tpl.php file is as follows. <div id="node-< php print $node->nid; >" class="< php print $classes; > clearfix"< php print $attributes; >> < php print $user_picture; > < php print render($title_prefix); > < php if (!$page): > <h2< php print $title_attributes; >><a href="< php print $node_url; >">< php print $title; ></a></h2> < php endif; > < php print render($title_suffix); > < php if ($display_submitted): > <div class="submitted"> < php print t('Submitted by !username on !datetime', array('!username' => $name, '!datetime' => $date)); > </div> < php endif; > <div class="content"< php print $content_attributes; >> < php // We hide the comments and links now so that we can render them later. hide($content['comments']); hide($content['links']); print render($content); > </div> < php print render($content['links']); > < php print render($content['comments']); > </div> The variables that are available by default in the node.tpl.php file include those shown in Table 9-5.

The Web.config file of a WCF Service created under HTTP will use a number of the .NET 4.0 simplifications examined earlier in this chapter. As will be described in more detail during your examination of ASP.NET later in this book, the Web.config file serves a similar purpose to an executable s *.config file; however, it also controls a number of web-specific settings. For this example, notice that MEX is enabled, and you do not have to specify a custom <endpoint> manually: <configuration> <system.web> <compilation debug="false" targetFramework="4.0" /> </system.web> <system.serviceModel> <behaviors> <serviceBehaviors> <behavior> <!-- To avoid disclosing metadata information, set the value below to false and remove the metadata endpoint above before deployment --> <serviceMetadata httpGetEnabled="true"/> <!-- To receive exception details in faults for debugging purposes, set the value below to true. Set to false before deployment to avoid disclosing exception information --> <serviceDebug includeExceptionDetailInFaults="false"/> </behavior> </serviceBehaviors> </behaviors> </system.serviceModel> <system.webServer> <modules runAllManagedModulesForAllRequests="true"/> </system.webServer> </configuration>

Now you are free to build any sort of client to test your service, including passing in the endpoint of the *.svc file to the WcfTestClient.exe application: WcfTestClient http://localhost/AutoLotWCFService/Service.svc If you wish to build a custom client application, you can use the Add Service Reference dialog box, as you did for the MagicEightBallServiceClient and MathClient project examples earlier in this chapter.

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That wraps up your look at the Windows Communication Foundation API. Of course, there is much more to WCF than could be covered in this introductory chapter; however if you understand the materials presented here, you are in great shape to seek out more details as you see fit. Be sure to consult the .NET Framework 4.0 SDK documentation if you want to learn more about WCF.

Summary

This chapter introduced you to the Windows Communication Foundation (WCF) API, which has been part of the base class libraries since .NET 3.0. As explained in this chapter, the major motivation behind WCF was to provide a unified object model that exposes a number of (previously unrelated) distributed computing APIs under a single umbrella. Furthermore, a WCF service is represented by specified addresses, bindings, and contracts (which you can remember easily by the friendly abbreviation, ABC). You also learned that a typical WCF application involves the use of three interrelated assemblies. The first assembly defines the service contracts and service types that represent the service s functionality. This assembly is then hosted by a custom executable, an IIS virtual directory, or a Windows service. Finally, the client assembly uses a generated code file that defines a proxy type (and settings within the application configuration file) to communicate with the remote type. The chapter also examined how to use a number of WCF programming tools, such as SvcConfigEditor.exe (which allows you to modify *.config files), the WcfTestClient.exe application (to test a WCF service quickly), and various Visual Studio 2010 WCF project templates. You also learned about a number of WCF 4.0 simplifications, including default endpoints and behaviors.