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Back in the early days of Flash, when we really didn t know better, Flash designers would prepare these really cool intros to the site, which played while the rest of the site loaded. The problem was they were large; in many cases, the intro seemed to take almost as long to load as the site. The solution was the infamous Skip Intro button, as shown in Figure 15-1. The intro would start playing, and after a couple of seconds, the Skip Intro button would appear. The user would click it, only to discover the site hadn t quite loaded. Users were left to sit there, drumming their fingers on their desk. So, users began to see the button not as a Skip Intro option but as a skip site warning. This resulted in Flash gaining a rather nasty reputation for bloat, which it still has not shaken entirely.

Listings 4-30 and 4-31 are almost type safe: each JPQL keyword can be represented by a method of the CriteriaBuilder and CriteriaQuery interface. The only missing part is the attributes of the entity that are string-based: the way to refer to the customer s firstName attribute is by calling c.get("firstName"). The get method takes a String as a parameter. Type-safe Criteria API solves this by overriding this method with a path expression from the meta-model API classes bringing type safety. Listing 4-32 shows the Customer entity with several attributes of different type (Long, String, Integer, Address).

A program to log activities of a LookupDiscovery object is given by this program, which just adds logging to the earlier MulticastRegister program: package basic; import net.jini.discovery.LookupDiscovery; import net.jini.discovery.DiscoveryListener; import net.jini.discovery.DiscoveryEvent; import net.jini.core.lookup.ServiceRegistrar; import java.lang.reflect.*; import java.util.logging.*;

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Of course, the Flash community does have quite a sense of humor. One of the more popular Flash sites of the time was named Skip Intro. You can watch it via Archive.org s Wayback Machine at http://web.archive.org/web/20011214005850/ http://www.skipintro.nl/skipintro/skipintro98.htm . When you launch the site, make sure to click the phrase Play Ball (hip for Enter this site ) to start the neverending Flash intro. Of course, some Flash people will take their sense of humor to outrageous levels. One of the best was a site that really was nothing more than one massive intro is www.zombo.com. To deal with the bloat issue, it is critical that you understand the underlying technology behind your Flash movie. This means we need to revisit what the Web really is so you can become familiar with many of the terms commonly used in the Flash design and developer community.

The Internet s roots go back to the US Department of Defense s need to create a bulletproof means of maintaining communications among computers This involved such things as file transfers, messaging, and so on At the time, computers were a virtual Tower of Babel, which meant different computer types and operating systems rarely, if ever, could talk to each other As well, in battle conditions, the needed system would have to carry on even if a piece of it was knocked out, and it had to be accessible to everything from portable computers to the big, honking mainframes in clean rooms around the world The solution was an enabling technology called the Internet Protocol suite, though we know it by a far sexier name: TCP/IP.

Listing 4-32. A Customer Entity with Several Attributes Types @Entity public class Customer { @Id @GeneratedValue private Long id; private String firstName; private String lastName; private Integer age; private String email; private Address address; // Constructors, getters, setters } To bring type-safety, JPA 2.0 can generate a static meta-model class for each entity. The convention is that each entity X will have a meta-data class called X_ (with an underscore). So, the Customer entity will have its meta-model representation described in the Customer_ class shown in Listing 4-33. Listing 4-33. The Customer_ Class Describing the Meta-model of Customer @Generated("EclipseLink") @StaticMetamodel(Customer.class) public class Customer_ { public public public public public public } In the static meta-model class, each attribute of the Customer entity is defined by a subclass of javax.persistence.metamodel.Attribute (CollectionAttribute, ListAttribute, MapAttribute, SetAttribute or SingularAttribute). Each of these attributes uses generics and is strongly typed (e.g., SingularAttribute<Customer, Integer>, age). Listing 4-34 shows the exact same code as Listing 4-31 but revisited with the static meta-model class (the c.get("age") is turned into c.get(Customer_.age)). Another advantage of type safety is that the meta-model defines the age attribute as being an Integer, so there is no need to cast the attribute into an Integer using as(Integer.class): static static static static static static volatile volatile volatile volatile volatile volatile SingularAttribute<Customer, SingularAttribute<Customer, SingularAttribute<Customer, SingularAttribute<Customer, SingularAttribute<Customer, SingularAttribute<Customer, Long> id; String> firstName; String> lastName; Integer> age; String> email; Address> address;

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