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If an attribute value still pushes past the established line length limit, consider splitting the value into multiple properties and concatenating their values. Close self-contained elements on a new line, as shown here, with the /> characters aligned vertically with the opening <. This helps you visually notice the entire block as a unit. 12. White space is your friend. Include blank lines between logical groupings. Examples include between logical sets of property definitions, targets, and groupings of tasks within a target. 13. Define tasks, datatypes, and properties before targets. Some tasks are allowed outside targets: <taskdef>, <typedef>, and <property>. All datatype declarations are also allowed outside of targets. When possible, place task, datatype, and property definitions before the first target as child elements of <project>.

In both cases, one or several SELECTs statements are executing immediately, depending on your fetch plan. If you map any associations or collections as nonlazy, they must be fetched in addition to the data you want retrieved with your query. All these objects are loaded into memory, and any entity objects that are retrieved are in persistent state and added to the persistence context. Java Persistence offers a method with the same semantics, but a different name:

List result = myJPAQuery.getResultList();

< xml version="1.0" > <project name="library" default="main"> <property name="tasks.jar" location="dist/tasks.jar"/> <taskdef resource="taskdef.properties" classpath="${tasks.jar}"/> <path id="the.path" includes="${tasks.jar}"/> <target name="usetasks"> <sometask refid="the.path"/> </target> </project>

With some queries you know that the result is only a single instance for example, if you want only the highest bid. In this case, you can read it from the result list by index, result.get(0). Or, you can limit the number of returned rows with setMaxResult(1). Then you may execute the query with the uniqueResult() method, because you know only one object will be returned:

Some exceptions apply, such as compiling and using a custom task in the same build this requires the <taskdef> to be inside a target dependent upon compilation. 14. Order attributes logically and consistently. Define targets with name first so that it is easy to spot visually.

Bid maxBid = (Bid) session.createQuery("from Bid b order by b.amount desc") .setMaxResults(1) .uniqueResult(); Bid bid = (Bid) session.createCriteria(Bid.class) .add( Restrictions.eq("id", id) ) .uniqueResult();

For commonly used tasks, such as <javac>, establish a preferred ordering of attributes and be consistent across projects: FORMATTING CONVENTIONS 547

If the query returns more than one object, an exception is thrown. If the query result is empty, a null is returned. This also works in Java Persistence, again with a different method name (and, unfortunately, an exception is thrown if the result is empty):

Bid maxBid = (Bid) em.createQuery( "select b from Bid b order by b.amount desc" ).setMaxResults(1) .getSingleResult();

<javac srcdir="${src.dir}" destdir="${build.classes.dir}" classpathref="compile.classpath" debug="${build.debug}" includeAntRuntime="yes" />

Retrieving all results into memory is the most common way to execute a query. Hibernate supports some other methods that you may find interesting if you want to optimize the memory consumption and execution behavior of a query. Iterating through the results The Hibernate Query interface also provides the iterate() method to execute a query. It returns the same data as list(), but relies on a different strategy for retrieving the results. When you call iterate() to execute a query, Hibernate retrieves only the primary key (identifier) values of entity objects in a first SQL SELECT, and then tries to find the rest of the state of the objects in the persistence context cache, and (if enabled) the second-level cache. Consider the following code:

< xml version="1.0" > <!DOCTYPE project [ <!ENTITY properties SYSTEM "file:../properties.xml"> ]> <project name="Sub-project" default="main"> &properties; </project>

Query categoryByName = session.createQuery("from Category c where c.name like :name"); categoryByName.setString("name", categoryNamePattern); List categories = categoryByName.list();

D.4.1

This query results in execution of at least one SQL SELECT, with all columns of the CATEGORY table included in the SELECT clause:

If you expect that categories are already cached in the persistence context or the second-level cache, then you need only the identifier value (the key to the cache). This therefore reduces the amount of data fetched from the database. The following SQL is slightly more efficient:

General 15. Use a common naming scheme among targets, datatypes, and properties. Combine meaningful names, such as install, docs, and webapp, with meaningful types, such as docs.patternset, webapp.name, and webapp.classpath.

You can use the iterate() method for this:

D.4.2

Query categoryByName = session.createQuery("from Category c where c.name like :name"); categoryByName.setString("name", categoryNamePattern); Iterator categories = categoryByName.iterate();