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The following listing configures the sessionFactory bean with all the properties needed by the sessionFactory in order to connect to the database(dataSource bean), to map the objects (we use an external file called hibernate.cfg.xml), and to work with Hibernate. <bean id="sessionFactory" class="org.springframework.orm.hibernate3 .annotation.AnnotationSessionFactoryBean"> <property name="dataSource" ref="dataSource"/> <property name="configLocation" value="classpath:hibernate.cfg.xml"/> <property name="hibernateProperties"> <value> hibernate.dialect= org.hibernate.dialect.MySQL5InnoDBDialect hibernate.query.substitutions=true 'Y', false 'N' hibernate.cache.use_second_level_cache=true hibernate.cache.provider_class=org.hibernate.cache.EhCacheProvider hibernate.hbm2ddl.auto=update hibernate.use_sql_comments=true hibernate.show_sql=true </value> </property> </bean> Practically speaking, the SessionFactory contains all your database objects mapped to your Java domain objects. If you want to map a database using either annotation or XML and you forget to define the SessionFactory bean, it won't work. To add Hibernate to your Spring project, you just need to add the Maven dependency to the POM file that you used for the previous examples, as shown here: <dependency> <groupId>org.hibernate</groupId> <artifactId>hibernate</artifactId> <version>3.2.6.ga</version> </dependency> <dependency> <groupId>org.hibernate</groupId> <artifactId>hibernate-annotations</artifactId> <version>3.4.0.ga</version> </dependency> <dependency> <groupId>org.hibernate</groupId> <artifactId>hibernate-commons-annotations</artifactId> <version>3.3.0.ga</version> </dependency>

n previous chapters, you learned how to use a range of ASP.NET security features. Many of these features are geared to identifying individual users (authentication) and then determining what actions they should be able to perform (authorization). But you need to uniquely identify and authenticate users for another important reason to keep track of user-specific information. In ASP.NET 1.x, the only practical option to store user-specific information was to create your own data access component (a topic covered in 8). Your web page could call the methods of your data access component to retrieve the current user s data and then save any changes. As you ll see in this chapter, this approach still makes a lot of sense in many scenarios. However, ASP .NET 2.0 adds another option with a new profiles feature. When you use profiles, ASP.NET handles retrieving and updating user-specific data automatically by using a back-end data source (typically a database). Conceptually, the profiles feature is a lot like creating your own database component. However, it adds some neat conveniences. Most impressively, it integrates with the ASP.NET authentication model in such a way that user information is automatically retrieved for the current user when needed and (if this information is changed) written back to the database at the end of the current request. Best of all, your web-page code can access the current user s profile data using strongly typed properties. In this chapter, you ll learn how to use profiles, how the profiles system works, and when profiles make the most sense. You ll also learn how to extend the profiles API with a custom profiles provider.

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public global::System.String CarNickname { get { return _CarNickname; } set { OnCarNicknameChanging(value); ReportPropertyChanging("CarNickname"); _CarNickname = StructuralObject.SetValidValue(value, true); ReportPropertyChanged("CarNickname"); OnCarNicknameChanged(); } } private global::System.String _CarNickname; partial void OnCarNicknameChanging(global::System.String value); partial void OnCarNicknameChanged(); }

One of the most significant differences between profiles and other types of state management (as discussed in 6) is that profiles are designed to store information permanently by using a back-end data source such as a database. Most other types of state management are designed to maintain information for a series of requests that occur in a relatively short space of time (such as session state and caching) or in the current browser session (such as cookies and view state) or to transfer information from one page to another (such as cross-page posting and the query string). If you need to store information for the longer term in a database, profiles simply provide a convenient model that manages the retrieval and persistence of this information for you. Before you begin using profiles, you need to assess them carefully. In the following sections, you ll learn how they stack up.

All of the designer generated classes have been declared with the partial keyword, which as you recall allows you to implement a class across multiple C# code files. This is especially useful when working with the EF programming model because it means you can add real methods to your entity classes that help you model your business domain better. In this example, you override the ToString() method of the Car entity class to return the state of the entity with a well formatted string. You also complete the definitions of the partial OnCarNicknameChanging() and OnCarNicknameChanged() methods to serve as simple diagnostic notifications. You define the following partial class declaration in a new Car.cs file: public partial class Car { public override string ToString() { // Since the PetName column could be empty, supply // the default name of **No Name**. return string.Format("{0} is a {1} {2} with ID {3}.", this.CarNickname "**No Name**", this.Color, this.Make, this.CarID); } partial void OnCarNicknameChanging(global::System.String value) { Console.WriteLine("\t-> Changing name to: {0}", value); } partial void OnCarNicknameChanged() { Console.WriteLine("\t-> Name of car has been changed!"); } }

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