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Cryptography namespace (see 25), you ll also need to decide whether you want to create an all-purpose solution or a more limited provider that s fine-tuned for your specific scenario Similarly, the FactoredProfileProvider has two possible designs: You can create a provider that s designed specifically for your database schema You can create a generic provider that can work with any database table by making certain assumptions For example, you can simply assume that profile properties match field names The first approach is the most straightforward and in some cases will be the easiest to secure and optimize However, it also limits your ability to reuse your provider or change your database schema later The second approach is the one you ll see in the following example.

Note The Django provides also includes the US territories: American Samoa, the District of Columbia, Guam, the Northern Marianas Islands, Puerto Rico and the US Virgin Islands.

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The basic idea behind the FactoredProfileProvider is that it will perform its two key tasks (retrieving and updating profile information) through two stored procedures That gives you a powerful layer of flexibility, because you can modify the stored procedures at any time to use different tables, field names, data types, and even serialization choices The critical detail in this example is that the web application chooses which stored procedures to use by using the provider declaration in the webconfig file Here s an example of how you might use the FactoredProfileProvider in an application: <profile defaultProvider="FactoredProfileProvider"> <providers > <clear /> <add name="FactoredProfileProvider" type="FactoredProfileProvider" connectionStringName="SqlServices" updateUserProcedure="Users_Update" getUserProcedure="Users_GetByUserName"/> </providers> <properties>..</properties> </profile> Along with the expected attributes (name, type, and connectionStringName), the <add> tag includes two new attributes: updateUserProcedure and getUserProcedure The updateUserProcedure.

indicates the name of the stored procedure that s used to insert and update profile information. The getUserProcedure indicates the name of the stored procedure that s used to retrieve profile information. This design allows you to use the FactoredProfileProvider with any database table. But what about mapping the properties to the appropriate columns You could take a variety of approaches to make this possible, but the FactoredProfileProvider takes a convenient shortcut. When updating, it simply assumes that every profile property you define corresponds to the name of a stored procedure parameter. So, if you define the following properties: <properties> <add name="FirstName"/> <add name="LastName"/> </properties> the FactoredProfileProvider will call the update stored procedure you ve specified and pass the value in for parameters named @FirstName and @LastName. When querying profile information, the FactoredProfileProvider will look for the field names FirstName and LastName. This is similar to the design used by the SqlDataSource and ObjectDataSource controls. Although it forces you to follow certain conventions in your two stored procedures, it imposes no other restrictions on the rest of your database. For example, the update stored procedure can insert the information into any series of fields in any table, and the stored procedure used to query profile information can use aliases or joins to construct the expected table.

The first step of creating the FactoredProfileProvider is to derive the class from ProfileProvider: public class FactoredProfileProvider : ProfileProvider { ... } All the methods that aren't implemented in this example (see Table 24-6) are simply filled with a single line of code that throws an exception.

There are others as well, but those four classes will suffice for customizing the validation of a contact. The only remaining editable fields, address and city, don t have established formats that can be verified programmatically. Applying these overrides, looks like this:

One quick way to fill all the methods with exception-throwing logic is to right-click ProfileProvider in the class declaration and choose Refactor Implement Abstract Class.

The FactoredProfileProvider needs to keep track of a few basic details, such as the provider name, the connection string, and the two stored procedures. These details are all exposed through readonly properties, as shown here: private string name; public override string Name { get { return name; } } private string connectionString; public string ConnectionString { get { return connectionString; } }

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