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Table 12.1 An EJB can be accessed from different types of classes in the web tier. Only managed classes can use dependency injection; nonmanaged application components have to use JNDI lookup to obtain a reference to a session bean. Class Type Servlets, filters, event listeners JSP tag handlers, library event listeners JSF managed beans Helper classes, JSPs Yes Yes Yes No Injection

Because BlackBerry devices are feature-rich and live on the network, you have a plethora of choices for finding and delivering media files to play. This section discusses the various options and the tradeoffs each offers.

public aspect BankingTransactionManagementAspect extends TransactionManagementAspect { pointcut transacted() : execution(* banking..Account+.*(..)) || execution(* banking..Customer+.*(..)); }

<war destfile="${warfile}" webxml="web/WEB-INF/web.xml"> <classes dir="${build.classes.dir}"/> <webinf dir="${build.dir}" includes="index/**"/> <webinf dir="${struts.dir}/lib" includes="*.tld,*.dtd"/> <fileset dir="web" excludes="WEB-INF/web.xml"/> <fileset dir="${build.dir}" includes="${buildinfo.filename}"/> <lib dir="${struts.dir}/lib" includes="*.jar"/> <lib dir="${lucene.dir}" includes="${lucene.map}.jar"/> <lib dir="${build.dir}" includes="antbook-common.jar"/> </war>

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In the previous section, you saw examples of accumulating traversals of a syntax representation. It s common to traverse abstract syntax in other ways: Leaf rewriting (mapping): Translating some leaf nodes of the representation but leaving the overall shape of the tree unchanged Bottom-up rewriting: Traversing a tree but making local transformations on the way up Top-down rewriting: Traversing a tree but before traversing each subtree, attempting to locally rewrite the tree according to some particular set of rules Accumulating and rewriting transformations: For example, transforming the tree left to right but accumulating a parameter along the way For example, the following mapping transformation rewrites all leaf ellipses to rectangles: let rec rectanglesOnly scene = match scene with | Composite scenes -> Composite (scenes |> List.map rectanglesOnly) | Ellipse rect | Rect rect -> Rect rect Often, whole classes of transformations are abstracted into aggregate transformation operations, taking functions as parameters. For example, here is a function that applies one function to each leaf rectangle: let rec mapRects f scene = match scene with | Composite scenes -> Composite (scenes |> List.map (mapRects f)) | Ellipse rect -> Ellipse (f rect) | Rect rect -> Rect (f rect) The types of these functions are as follows: val rectanglesOnly : Scene -> Scene val mapRects: (RectangleF -> RectangleF) -> Scene -> Scene Here is a use of the mapRects function to adjust the aspect ratio of all the RectangleF values in the scene (RectangleF values support an Inflate method): let adjustAspectRatio scene = scene |> mapRects (fun r -> RectangleF.Inflate(r, 1.1f, 1.0f/1.1f))

A custom-generated license key is similar to a general generated key, but uses personal information supplied by the user as part of the generation process. Such a key is more interactive, and requires that the end-user specifically communicate with the software vendor (or an application on its web site) to complete the installation process. During the purchase or installation process, the user makes specific information (such as the owner s name and the date of purchase) available to the software vendor. The vendor then uses public-private key encryption (asymmetric cryptography)

Time for another detour section. This one doesn t directly relate to the material in this chapter, but it s a very useful UI trick, and this seems an opportune moment to mention it. Like Java, JavaFX has a small set of standard fonts with dependable names and appearances. It can also use fonts available on the local computer, although there s no guarantee which fonts will be installed or precisely what they ll look like. So, what if we need a specific font, not guaranteed to be available on every computer Fortunately,

Synthesizes concepts from previous chapters Exercises J2EE/XML hybrid architecture Presents an end-to-end example

from ( select youngest, middle, oldest, summed, product, count(*) over(partition by summed) ct product_check

package jfxia.chapter3; def UNKNOWN_DRIVE:Integer = 0; def WARP_DRIVE:Integer = 1;

The identifier property is mapped to the primary key column CATEGORY_ID of the table CATEGORY. The Hibernate type for this property is long, which maps to a BIGINT column type in most databases and which has also been chosen to match the type of the identity value produced by the native identifier generator. (We discuss identifier generation strategies in the next section.) For a JPA entity class, you use annotations in the Java source code to map the identifier property:

boolean stop; int w; int h; boolean changed = true; DrawingThread() { super(); stop = false; w = 0; h = 0;

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