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A JAC application-descriptor file is a text file that provides information about launching the application. It defines a set of property names and values that is loaded by JAC when the end user starts the application. The extension .jac is commonly used for application-descriptor files. Each line in an application-descriptor file starts with the name of a property followed by a colon and ends with the property value. The backslash character (\) can be used to continue the definition of the value to next line. For example, the application-descriptor file applicationName: Order management launchingClass: \ aop.jac.Customer defines the values "Order management" and "aop.jac.Customer" for the applicationName and launchingClass properties, respectively. Lines starting with the pound-sign character (#) are interpreted as comments. Table 4-1 presents the list of properties that can be used in an application-descriptor file.

Whew! How do you feel now that you know all the basics of the JPA query API Well, there s more where that came from! We ll bet you re ready for an adventurous trek into the winding trails of the Java Persistence Query Language. Lace up your high-tops those trails are just ahead!

The meat of this chapter covers the ins and outs of the Java Persistence Query Language. We ll start with a definition of the language, provide numerous examples illustrating almost every aspect, and include some little-known tips along

The RollingFileAppender is an appender you can use to output messages to a file. In addition, the RollingFileAppender class will back up the log file when it reaches a certain size (which you specify). It will also rename backup files as many times as you need. We set up this appender in order to provide the new HTML layout in the file. Using the org.apache.log4j.HTMLLayout class (shown in the

primary key NUMBER VARCHAR2(255)

The application name The main class name A series of three values for defining the aspect identifiers, the aspect-configuration files, and the Boolean values that specify whether the aspects are initially woven A series of two values for defining the aspect identifiers and the classes that implement those aspects The weaving order when several wrappers apply to the same joinpoint For distributed applications, the names of the hosts where the application is deployed

ITEMS table CATEGORIES_ITEMS foreign key ITEM_ID NOT NULL, PRIMARY KEY NUMBER FOREIGN KEY(ITEMS(ITEM_ID)) CATEGORY_ID NOT NULL, PRIMARY KEY NUMBER FOREIGN KEY(CATEGORIES(CATEGORY_ID))

recipe), log4j builds an HTML table of logging events. The result of two application executions is shown in figure 8.1.

The CATEGORIES_ITEMS table is called an association or intersection table and accomplishes a pretty neat trick. The only two columns it contains are foreign key references to the ITEMS and CATEGORIES tables (ironically the two foreign keys combined are the primary key for the table). In effect, it makes it possible to match up arbitrary rows of the two related tables, making it possible to implement many-tomany relationships. Since neither related table contains a foreign key, relationship direction is completely irrelevant. To get to the records on the other side of the relationship from either side, we must perform a join in the ORM layer involving the association layer. For example, to get all the items under a category, we must retrieve the CATEGORY_ID, join the CATEGORIES_ITEMS table with the ITEMS table, and retrieve all item data for rows that match the CATEGORY_ID foreign key. Saving the relationship into the database would involve saving a row CATEGORIES_ITEMS table that links rows stored in CATEGORIES and ITEM tables. Clearly, the many-tomany relationships are modeled differently in the relational world than they are in the OO world. Inheritance Unlike the three previous cases (one-to-one, one-to-many, and many-to-many), inheritance is probably the most severe case of the object-relational mismatch. Inheritance therefore calls for solutions that are not elegant fits to relational theory at all. The OO concept of inheritance has no direct equivalent in the relational world. However, there are a few creative ways that O/R solutions bridge this gap, including:

Storing each object in the inheritance hierarchy in completely separated tables Mapping all classes into a single table Storing superclass/subclasses in related tables

You can extend the structure of an application by using the introduction feature to add new code elements. JAC can introduce, or add, two categories of these elements: role methods and exception handlers.

In your clustered environment, you would like to consolidate your log messages into a single, centralized location.

Because none of these strategies is simple, we ll save a detailed discussion for later in the chapter (section 8.4).