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This approach gives you simple maintenance of common targets: change the build file, and all subprojects have their targets updated. These shared targets can still be customized through careful property definitions. You can bypass some targets if the if or unless conditions on the targets are not met, and other aspects of the target can be altered through predefining different properties and paths. If you find that you are using this approach, and starting to contemplate using <antcall> to invoke the shared code, then you should instead opt for a more manageable solution.

What we show here is a binding of a custom mapping type with some arguments to the names monetary_amount_usd and monetary_amount_eur. This definition can be placed anywhere in your mapping files; it s a child element of <hibernatemapping> (as mentioned earlier in the book, larger applications have often one or several MyCustomTypes.hbm.xml files with no class mappings). With Hibernate extensions, you can define named custom types with parameters in annotations:

A library build file is our unofficial term for a build file that is entirely self-contained, and provides a small self-contained service in the build. The library file is invoked using <ant>, with parameters defined to tell it what to do. The simplest way to view these build files is as a subroutine, with the subroutine parameters supplied as properties and references. As an example of a library build file, we are going to move our uses of the <javadoc> task into a single library build file that the child projects can invoke. This is a good choice because it has so many options; in a library file they can be configured once for all projects. Writing the library build file First, we write the component build file and save it in our masterbuild directory. Listing 9.5 shows this file. It takes a number of parameters: four properties and one classpath. Any undefined property has a default value given that is a valid value for this project. Other library build files may want to test for essential properties and <fail> if they are missing.

@org.hibernate.annotations.TypeDefs({ @org.hibernate.annotations.TypeDef( name="monetary_amount_usd", typeClass = persistence.MonetaryAmountConversionType.class, parameters = { @Parameter(name="convertTo", value="USD") } ), @org.hibernate.annotations.TypeDef( name="monetary_amount_eur", typeClass = persistence.MonetaryAmountConversionType.class, parameters = { @Parameter(name="convertTo", value="EUR") } ) })

< xml version="1.0" > <project name="javadoc" default="javadoc" basedir="." > <target name="javadoc" description="make java docs" > <property name="javadoc.packages" value="org.*,com.*,net.*,edu.*" /> <property name="javadoc.src.dir" location="src" /> <property name="javadoc.dest.dir" location="docs/javadoc" /> <property name="javadoc.title" value="ant book" /> <mkdir dir="${javadoc.dest.dir}"/> <javadoc author="true" destdir="${javadoc.dest.dir}"

This annotation metadata is global as well, so it can be placed outside any Java class declaration (right after the import statements) or in a separate file, package-info.java, as discussed in chapter 2, section 2.2.1, Using Hibernate Annotations. A good location in this system is in a package-info.java file in the persistence package. In XML mapping files and annotation mappings, you now refer to the defined type name instead of the fully qualified class name of your custom type:

<property name="initialPrice" type="monetary_amount_usd"> <column name="INITIAL_PRICE"/> <column name="INITIAL_PRICE_CUR"/> </property> @org.hibernate.annotations.Type(type = "monetary_amount_eur") @org.hibernate.annotations.Columns({ @Column(name = "BID_AMOUNT"), @Column(name = "BID_AMOUNT_CUR") }) private MonetaryAmount bidAmount;

packagenames="${javadoc.packages}" sourcepath="${javadoc.src.dir}" use="true" version="true" windowtitle="${javadoc.title}" private="true" > <classpath refid="javadoc.classpath"/> </javadoc> </target> </project>

Let s look at a different, extremely important, application of custom mapping types. The type-safe enumeration design pattern can be found in almost all applications.

This file is a parameterized wrapper around the <javadoc> task, adding the creation of the destination directory as a convenience feature. With this file stored in the master build directory, it will not work as is; there is no subdirectory called src containing files to document. Another build file must invoke it with a different base directory from the one in which it lives. Invoking the component build file We use <ant> to invoke the library build file, here from our child project that creates our Ant task:

An enumeration type is a common Java idiom where a class has a constant (small) number of immutable instances. In CaveatEmptor, this can be applied to credit cards: for example, to express the possible types a user can enter and the application offers (Mastercard, Visa, and so on). Or, you can enumerate the possible ratings a user can submit in a Comment, about a particular auction.

<target name="javadocs" depends="compile" description="make the java docs" > <ant antfile="${masterbuild.dir}/javadoc.xml" dir="." inheritall="false"> <property name="javadoc.title" value="index task" /> <reference refid="compile.classpath" torefid="javadoc.classpath"/> </ant> </target>