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Each JAC application is associated with a .jac file. This file provides information about the entry point of the application and the aspects that need to be initially woven. (See the Configuring JAC Applications section later in this chapter for more details on this application-descriptor file.) An Example of an Application-Descriptor File Listing 4-4 show the customer.jac file, which is a valid application-descriptor file for the order-management application. Listing 4-4. The Application-Descriptor File for the Order-Management Application applicationName: Order management launchingClass: aop.jac.Customer aspects: traceid traceaspect2.acc true jac.acs: traceid aop.jac.TraceAspect2 An application-descriptor file consists of property names and property values. In this type of file, each line begins with a property name followed by a colon and ends with a property value. In Listing 4-4, the applicationName property defines a string that identifies the application, and the launchingClass property defines the fully qualified name of the class to be loaded to launch the application. The aspects and jac.acs properties deal with the aspects to be woven when the application starts. For the aspects property, each aspect is defined by three values: an identifier (here, traceid) that is chosen by the application descriptor-file writer; the name of the aspect-descriptor file (here, traceaspect2.acc); and a Boolean value (here, true) that indicates whether the aspect is initially woven. For each identifier declared in an aspect, the jac.acs property defines the class that implements the aspect. In our example, the traceid identifier corresponds to the aop.jac.TraceAspect2 aspect.

public Item undoItemChanges(Item item) { entityManager.refresh(entityManager.merge(item)); return item; }

log4j.logger.ejb.session=DEBUG, myappender #setup appender myappender log4j.appender.myappender=org.apache.log4j.ConsoleAppender log4j.appender.myappender.layout=org.apache.log4j.PatternLayout log4j.appender.myappender.ConversionPattern=%5p [%t] - %m%n

The merge operation is performed first in the undoItemChanges method because the refresh method only works on managed entities. It is important to note that just like the find method, the refresh method uses the entity identity to match database records. As a result, you must make sure the entity being refreshed exists in the database. The refresh method really shines when you consider a subtle but very common scenario. To illustrate this scenario, let s go back to the addItem method in listing 9.1:

public Item addItem(String title, String description, byte[] picture, double initialPrice, long sellerId) { Item item = new Item(); item.setTitle(title); ... entityManager.persist(item); return item; }

After specifying the PatternLayout class as the formatter, also indicate the value of the ConversionPattern attribute for the appender. The ConversionPattern value tells the PatternLayout class how to format your message. Using this setup, the following shows output from some sample code:

Note a subtle point about the method: it assumes that the Item entity is not altered by the database in any way when the record is inserted into the database. It is easy to forget that this is seldom the case with relational databases. For most INSERT statements issued by the usual application, the database will fill in column values not included in the INSERT statement using table defaults. For example, assume that the Item entity has a postingDate property that is not populated by the application. Instead, this value is set to the current database system time when the ITEMS table record is inserted. This could be implemented in the database by utilizing default column values or even database triggers. Since the persist method only issues the INSERT statement and does not load the data that was changed by the database as a result of the INSERT, the entity returned by the method would not include the generated postingDate field. This problem could be fixed by using the refresh method as follows:

Five categories of files are to be included when programming with JAC: The .java files of the application in this case, Customer.java, Order.java, and Catalog.java. The aspect files here, just TraceAspect2.java. The wrapper files here, just TraceWrapper.java. The aspect-configuration files here, just traceaspect2.jac. The application descriptor file here, customer.jac. The first three categories of files can be compiled by calling the regular Java compiler, javac or jikes, with the jac.jar JAC library referenced in the class path. The last two categories contain text files that will be loaded and parsed by the JAC runtime.

public Item addItem(String title, String description, byte[] picture, double initialPrice, long sellerId) { Item item = new Item(); item.setTitle(title); ... entityManager.persist(item); entityManager.flush();

public void testMethod(){ Logger ejbSession = Logger.getLogger( "ejb.session" ); ejbSession.debug("Writing statement 1" ); ejbSession.debug("Writing statement 2" ); }

public class BillingInfo { protected String creditCardType; protected String creditCardNumber; protected String nameOnCreditCard; protected Date creditCardExpiration; protected String bankAccountNumber; protected String bankName; protected String routingNumber; }