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Unfortunately, I find that most developers don t use this tag as much as they should (sometimes even me; hey, I never claimed to be a perfect software developer!). In a perfect world, every method in a class should have an implementation example, but instead most developers just put one catchall example at the class level. The basic syntax is /// <example> The example </example> You will probably never use the <example> tag without embedding within it a formatting tag of some sort most examples require some form of formatting, especially if the example is code. The following is the syntax of the example you will more than likely use. (Sorry about the chicken and egg scenario; the formatting tags are covered later in the chapter.) /// <example> /// <para> Example summary </para> /// <para>[Visual Basic]</para> /// <code> /// Visual Basic .NET code example /// </code> /// <para>[C#]</para> /// <code> /// C# code example /// </code> /// <para>[C++]</para> /// <code> /// C++ code example /// </code> /// </example> The <example> tag shown in this sample code first gives a basic outline of what the example contains and then provides implementation examples for each language.

Note If the web test runs without problems there should not be any errors in the load test caused by the

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In April 2004, WS-I released first version of Basic Profile, commonly known as Basic Profile 1.0. Since then, WS-I has been actively contributing to baselining the web standards for interoperability. The latest version is Basic Profile 2.0, which was published in November 2010 (http://wsi.org/profiles/BasicProfile-2.0-2010-11-09.html). This set of specifications laid the groundwork for vendors and customers to begin from a sound base. The specification represents the first generation of interoperable web service specifications. The importance of the Basic Profile cannot be underestimated. With its initial release, many product companies and open source groups recognized that the market will no longer tolerate standalone proprietary interoperability stacks. The Basic Profile 2.0 specification is built upon a consistent set of foundation specifications: SOAP 1.2 WSDL 1.1 UDDI 2.0 XML 1.0 (second edition) XML Schema Part 1: Structures XML Schema Part 2: Datatypes RFC 2246: The Transport Layer Security Protocol Version 1.0 RFC 2459: Internet X.509 Public Key Infrastructure Certificate and CRL Profile RFC 2616: HyperText Transfer Protocol 1.1 RFC 2818: HTTP over TLS RFC 2965: HTTP State Management Mechanism The Secure Sockets Layer Protocol Version 3.0

The often overlooked <exception> tag is used to describe one exception that a method may throw (see Figure 6-10). If your method throws more than one exception type, you should provide one <exception> tag for each exception thrown. Fortunately, the .NET Framework documentation uses this tag quite extensively. However, I have worked with fairly well-documented class libraries that failed to use it, and when an exception occurs I have no clue why the exception happened or how to proceed. The basic syntax is /// <exception cref="ExceptionClass"> /// Description of exception and how to resolve it /// </exception> The cref attribute of the <exception> tag is the class name of the exception being thrown and must match exactly the exception thrown in the code. In some cases if the exception isn t defined within the same namespace, you will have to fully qualify the cref, for example: /// <exception cref="System::OverflowException"> ... </exception>

test itself. However, because this is a load test and the system or application may not be able to handle it, you will very likely see errors such as 500 Internal Server Error.

The <permission> tag is seldom used but is available for describing the permissions a caller needs to be able to call and execute the method successfully (see Figure 6-11). Usually you restrict access to a method when it is providing an interface to a system resource of some type and it doesn t want any Tom, Dick, or Harry program to have access to the resource. Because most methods you write don t access such resources, there is no need to restrict access permission, thus, no need to use the <permission> tag. The basic syntax is /// <permission cref="PermissionClass"> Description of permission </permission> The cref attribute of the <permission> tag is the name of the permission required to run and must match exactly the permissions used in the code. In most cases, the cref attribute will need to be fully qualified as you will most liking being using the System::Security namespace provided by the .NET Framework. In fact, it will probably be the System::Security::PermissionSet class.

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