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throw new ProviderException("Role does not exist!"); } return Results.ToArray(); } catch { throw; } } This method tries to find users based on pattern matching in the role specified through the roleName parameter. For this purpose, it retrieves the role from the store and then creates a regular expression. The % character is used by the SQL Membership provider for pattern matching, and because it is a good idea to have a provider that is compatible to existing implementations, you will use it for pattern matching again in your provider. But regular expressions don t understand the % as a placeholder for any characters in the string; therefore, you need to replace it with a representation that regular expressions understand: \w*. When the Membership class now passes in this character as a placeholder, your pattern matching function will still work, and therefore this function is compatible to the SqlMembershipProvider s implementation (which also uses the % as a placeholder). The remaining part of the function goes through the users assigned to the role; if the user name matches the pattern, it is added to the resulting list of strings that will be returned as a simple string array. As you can see, implementing the custom Roles provider is easy if you have previously implemented the custom Membership provider. The process does not require you to understand any new concepts. In general, when you know how to implement one provider, you know how to implement another provider. Therefore, it should be easy for you to implement custom profile and personalization providers. Again, you can download the complete source code for the Roles provider from this book s website. Now it s time to discuss how you can use these providers.

Using providers in a custom web application is fairly easy. The steps for using custom providers are as follows (besides the typical ones such as configuring forms authentication): 1. If you have encapsulated the custom provider in a separate class library (which is definitely useful, as you want to use it in several web applications), you need to add a reference to this class library through the Visual Studio Add References dialog box. 2. Afterward, you must configure the custom provider appropriately in your web.config file. 3. Next you have to select your custom provider as the default provider either through the ASP.NET WAT or through web.config manually. 4. After you have completed these configuration steps, you are ready to use the provider. If you have not added any special functionality and have just implemented the inherited classes straightforwardly as shown in this chapter, you even don t need to change any code in your application. The configuration of the previously created XmlMembershipProvider and XmlRoleProvider looks like this: <membership defaultProvider="XmlMembership"> <providers> <add name="XmlMembership" applicationName="MyTestApp"

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Although the detail view requires fewer configuration options since it doesn t need the argument the regular expression gets a bit more complicated. Looking up a property in a URL is best handled by a slug, but slugs can be typically made up of any combination of letters, numbers and basic punctuation. The slug for a property is a more specific format, starting with the street number from the address and ending with a ZIP code. The street name in the middle could still be anything, but it s always surrounded by numbers. This simple fact helps shape the regular expression used to capture the slug from the URL. The idea here is to be as specific as reasonably possible, so that one URL pattern doesn t interfere with others that might look for similar patterns. The URL configuration for the detail view of a single object looks like this:

fileName="C:\Work\MyTestApp_Users.config" type="Apress.ProAspNet.Providers.XmlMembershipProvider, Apress.ProAspNet.Providers" requiresQuestionAndAnswer="true"/> </providers> </membership> <roleManager enabled="true" defaultProvider="XmlRoles"> <providers> <add name="XmlRoles" applicationName="MyTestApp" fileName="C:\Work\\MyTestApp_Roles.config" type="Apress.ProAspNet.Providers.XmlRoleProvider, Apress.ProAspNet.Providers" /> </providers> </roleManager> In the previous example, the providers will be configured to use files stored on c:\Work for saving user and role information appropriately. With this configuration, you will find the providers in the ASP .NET WAT (under Providers/Advanced Configuration), as shown in Figure 26-4.

Figure 26-4. Custom providers in the ASP .NET WAT Don t try to test the provider; it will fail in this case. Testing providers is just supported for providers that are using database connection strings to connect to the underlying back-end store. Because you are using XML files, testing will not work for the custom provider in this case.

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