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Support for the final inheritance mapping strategy is optional for persistence providers. It is not required for compliance with the EJB 3 spec, so portable applications should avoid it until it is officially mandated or at least widely supported. This inheritance mapping option maps each outermost concrete entity to its own, dedicated table. Each table maps all of the fields in that entity s entire type hierarchy; since there is no shared table,

no columns are shared. The only table structure requirement is that all tables must share a common primary key structure, meaning that the name(s) and type(s) of the primary key column(s) must match across all tables in the hierarchy. For good measure, Figure 4-4 illustrates our third type hierarchy using the joined table approach, which demonstrates the use of the single-table-per-outermost entity subclass strategy. The tables are required to share nothing in common except the structure of their primary key, and since the table implicitly identifies the entity type, no discriminator column is required. With this inheritance mapping strategy, only concrete entities FullTimeEmployee, PartTimeEmployee, and Address in our example require tables.

YourCompany_GetTimePunch Open the YourCompany_GetTimePunch stored procedure in the IDE. The code for this is as follows:

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Attempt to create a Basic page, Article, and Event as an anonymous user. Create a Basic page, Article, Event, and Resource content items while logged in as a site administrator.

Figure 4-4. A schema that maps our example entities using the TABLE_PER_CLASS strategy. Concrete leaf entities are mapped to dedicated tables that contain columns that map all of their declared and inherited fields.

ALTER procedure dbo.YourCompany_GetTimePunch @ModuleId int, @ItemId int as select ModuleId, ItemId, Content, CreatedByUser, CreatedDate, 'CreatedByUserName' = Users.FirstName + ' ' + Users.LastName from YourCompany_TimePunch inner join Users on YourCompany_TimePunch.CreatedByUser = Users.UserId where ModuleId = @ModuleId and ItemId = @ItemId

Listings 4-12 through 4-15 show how the entities mapped to these tables are annotated. Since only the class-level annotations are different from the previous strategy, the method bodies are stripped out.

1. 2. 1. 2.

In SQL, data is retrieved via SELECT statements. What you are doing is selecting which columns from a table will be given back to the calling function. In this case, the stored procedure is taking columns from two tables and combining them before giving back the data. It is doing an inner join, in which it takes the UserID it finds in the TimePunch table and looks inside the Users table for the name that corresponds to this ID. The Users table is where DNN stores its user data. This is cool stuff. Unfortunately for us, this procedure must be changed, as it references columns that no longer exist. The altered code follows, in bold:

/* * Person: An abstract entity, and the root of a TABLE_PER_CLASS hierarchy */ @Entity @Inheritance(strategy = InheritanceType.TABLE_PER_CLASS) @DiscriminatorColumn(name = "TYPE") @NamedQuery(name = "Person.findAll", query = "select o from Person o") @SequenceGenerator(name = "PersonIdGenerator", sequenceName = "CH04_TPC_PERSON_SEQ", initialValue = 100, allocationSize = 20) @Table(name = "CH04_TPC_PERSON") public abstract class Person implements Serializable { /* The class body is identical across all inheritance strategies */ }

Listing 4-13. Employee.java, an Abstract Intermediate Entity in a TABLE_PER_CLASS Inheritance Hierarchy

as select ModuleId, ItemId, Punch_Type, Punch_User, Punch_Date, 'Punch_UserName' = Users.FirstName + ' ' + Users.LastName from YourCompany_TimePunch inner join Users on YourCompany_TimePunch.Punch_User = Users.UserId where ModuleId = @ModuleId and ItemId = @ItemId

1. 2. Upcoming events for parents are displayed. Latest content items assigned to the parents content type are displayed. Upcoming teachers events are displayed. Latest content items assigned to the teachers content type are displayed. Upcoming caregivers events are displayed. Latest content items assigned to the caregivers content type are displayed. Upcoming events are displayed. Latest content items assigned to the living with AS content type are displayed. Resource content is displayed sorted by resource category and title. Contact Us form is displayed. You are allowed to enter contact information. Form saves successfully and displays the thankyou message. Values are received by the person assigned as the recipient of the contact request.

/* * Employee: An abstract entity */ @Entity @NamedQuery(name = "Employee.findAll", query = "select o from Employee o") @Table(name = "CH04_TPC_EMPLOYEE") public abstract class Employee extends Person implements Serializable { /* The class body is identical across all inheritance strategies */ }

Save this procedure. I kept the code the same; I just changed the names of the columns being used. Is this stuff about stored procedures and SQL starting to make any sense yet Just think of it as another programming language one designed to access relational databases.

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