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Listing 15-4. XML Definition of a Container-Managed Relationship <ejb-relation> <ejb-relation-name>Dept-Emps</ejb-relation-name> <ejb-relationship-role> <ejb-relationship-role-name>Dept-has-Emps</ejb-relationship-role-name> <multiplicity>One</multiplicity> <relationship-role-source> <ejb-name>DepartmentBean</ejb-name> </relationship-role-source> <cmr-field> <cmr-field-name>employees</cmr-field-name> <cmr-field-type>java.util.Collection</cmr-field-type> </cmr-field> </ejb-relationship-role> <ejb-relationship-role> <ejb-relationship-role-name>Emps-have-Dept</ejb-relationship-role-name> <multiplicity>Many</multiplicity> <relationship-role-source> <ejb-name>EmployeeBean</ejb-name> </relationship-role-source> <cmr-field><cmr-field-name>department</cmr-field-name></cmr-field> </ejb-relationship-role> </ejb-relation> Each side of the relationship is defined by using the ejb-relationship-role element. The relationship-role-source and cmr-field elements define the entity bean and relationship property being mapped. The multiplicity element defines the cardinality of that side of the relationship. There is a direct mapping between each ejb-relationship-role element and a relationship annotation, the choice of which is determined by the multiplicity elements from each end of the relationship. Applying this pattern, the previous relationship descriptor maps to a @OneToMany annotation on the employees attribute of the Department entity and a @ManyToOne annotation on the department attribute of the Employee entity. Because the relationship is bidirectional, Employee will be the owner and Department the inverse, so the mappedBy element of the @OneToMany annotation is set to the name of the owning attribute, in this case department. We can now complete our mapping for the Department entity by adding the relationships. Listing 155 shows the complete entity class. Listing 15-5. Department Entity with Relationship Mappings @Entity @Table(name="DEPT") public class Department { @Id private int id; private String name; @OneToMany(mappedBy="department") private Collection<Employee> employees = new ArrayList<Employee>(); public int getId () { return id; } public void setId(int id) { this.id = id; }

Listing 2-16. Instantiating the $ Library // Instantiate the $ library as a singleton right at the end of the file, // ready to use on a page which references the $.js file $ = new $(); Throughout the rest of this book, the $ library will be used as the basis for many of the code examples. You will find the same functionality exists with virtually all other JavaScript libraries, so feel free to use any library you prefer within your own code. Remember to use the criteria explained at the beginning of this section to select a library that will provide the best results and support.

private static final Vector3d FWD = new Vector3d(0,0,-MOVE_STEP); private static final Vector3d BACK = new Vector3d(0,0,MOVE_STEP); // key names private int forwardKey = KeyEvent.VK_UP; private int backKey = KeyEvent.VK_DOWN; private int leftKey = KeyEvent.VK_LEFT; private int rightKey = KeyEvent.VK_RIGHT;

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public String getName() { return name; } public void setName(String name) { this.name = name; } } public Collection<Employee> getEmployees() { return employees; }

Throughout this chapter, you have been introduced to the building blocks that will work together to enable you to build your own RIAs. When beginning work on an RIA, you should define the classes and objects that represent the major concepts within your application. Any concept that is repeatable should be created as a class, and any concept that exists only once in the system should be created as an object literal or a singleton. Use the concept of namespaces to group logically related code together, much as you did when building the $ JavaScript library in the previous section.

private void standardMove(int keycode) { if(keycode == forwardKey) doMove(FWD); else if(keycode == backKey) doMove(BACK); else if(keycode == leftKey) rotateY(ROT_AMT); else if(keycode == rightKey) rotateY(-ROT_AMT); } // end of standardMove() altMove() employs a similar coding structure to move the viewer up or down, left or right: // global movement vectors private static final Vector3d private static final Vector3d private static final Vector3d private static final Vector3d LEFT = new Vector3d(-MOVE_STEP,0,0); RIGHT = new Vector3d(MOVE_STEP,0,0); UP = new Vector3d(0,MOVE_STEP,0); DOWN = new Vector3d(0,-MOVE_STEP,0);

Clients that used to use the relationship properties of the entity bean business interface require special attention when converted to use entities. Relationships that were previously managed by the container now require explicit maintenance to both sides of the relationship whenever a change occurs. In most cases, this amounts to one extra line of code. For example, adding an Employee entity bean to the employees property of the Department entity bean with container-managed relationships used to look like this: dept.getEmployees().add(emp); Without container-managed relationships, an extra step is required: dept.getEmployees().add(emp); emp.setDepartment(dept); Rather than adding these statements directly throughout application code, a best practice to consider is the use of helper methods on entities to manage relationships. The following example demonstrates these same operations as they would be implemented on the Department entity: public void addEmployee(Employee emp) { getEmployees().add(emp); emp.setDepartment(this); }

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