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Checkstyle s default settings claim to adhere to Sun s coding conventions (Sun 2000), and if those defaults aren t sufficient for your needs, its many configuration options will likely get you to your in-house coding standards. Listing 10.5 shows our task for this, which is implemented in a reusable library build file.
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Listing 10.5 Checkstyle.xml: checking our coding style standards
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< xml version="1.0" > <!DOCTYPE project [ <!ENTITY properties SYSTEM "properties.xml"> ]> <project name="Checkstyle" default="main">
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Our project-wide property settings
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<!-- Override typical lib.dir, which is by default relative to our subdirectory projects --> <property name="lib.dir" location="lib"/> <!-- Load in all standard app-wide properties --> &properties; <property name="project" value="ant"/>
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Default project to check, but typically overridden
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<property name="checkstyle.src.dir" location="${project}/src"/> <property name="output.dir" location="checkstyle/${project}"/> <property name="checkstyle-noframes.xsl" location="xdocs/stylesheets/checkstyle-noframes.xsl"/> <path id="checkstyle.classpath"> <pathelement location="${checkstyle.jar}"/> </path> <taskdef resource="checkstyletask.properties" classpathref="checkstyle.classpath"/> <target name="init"> <echo message="Checking style of ${project}"/> <mkdir dir="${output.dir}"/> </target> <target name="checkstyle" depends="init"> Don t be too harsh <checkstyle failOnViolation="false" about violations! maxLineLen="67" cacheFile="${output.dir}/checkstyle.cache"> <formatter type="plain"/> <formatter type="xml" toFile="${output.dir}/checkstyle.xml"/> <fileset dir="${checkstyle.src.dir}" includes="**/*.java"/> </checkstyle> <style basedir="${output.dir}" destdir="${output.dir}" includes="checkstyle.xml" style="${checkstyle-noframes.xsl}"/> </target> <target name="main" depends="checkstyle"/> </project>
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Like <junitreport> (covered in chapter 4) the <checkstyle> task has formatters to allow its output to be written to the console or log file, as well as to XML format for integrated reporting. We demonstrate the transformation for reporting in chapter 13 s section on XSL and the <style> task (an alias for the <xslt> task). The checkstyle.xml file lives in our project root directory, and because our directory naming conventions are consistent among all subprojects, it is easy to check any project from the command-line from any subdirectory:
ant -find checkstyle.xml -Dproject=webapp
This command searches towards the root directory until it finds checkstyle.xml and then checks the coding standards of our webapp project. Installing Checkstyle Obtain the latest Checkstyle release version from http://checkstyle.sourceforge.net (we used version 2.1). The easiest install is simply to extract the -all JAR from the distribution into your ANT_HOME/lib directory. In our case, the JAR name is checkstyle-all-2.1.jar. Rather than putting the JAR into ANT_HOME/lib, we placed the Checkstyle distribution into our global SCM-maintained lib directory and mapped the checkstyle.jar property to the JAR location in our project-wide properties.xml. 10.5.2 Torque object-relational mapping One of the best kept secrets from the Jakarta Project is Torque, a persistence layer that provides object-relational mapping to relational databases. Previously Torque was a component of the Turbine application server framework, but has been decoupled for general-purpose use. If you don t need the sophisticated features of Enterprise JavaBeans, such as distributed transactions, Torque is likely to provide everything you need in a persistence layer. Torque includes several third-party Ant tasks, which are described in table 10.3.
Table 10.3 Task name TorqueCreateDatabase TorqueDataDTDTask TorqueDataDumpTask TorqueDataSQLTask TorqueObjectModelTask TorqueSQLExecTask TorqueSQLTask Torque s Ant tasks Task description Generates simple scripts for creating databases on various platforms Generates data DTD from an XML Schema describing a database structure Dumps data from db into XML Generates SQL source from an XML data file Uses the Velocity template engine to generate schema-based source code Inserts an SQL file into its designated database Generates SQL source from an XML Schema describing a database structure
TorqueJDBCTransformTask Generates an XML Schema of an existing database from JDBC metadata
TorqueSQLTransformTask Generates an XML Schema from an SQL schema TorqueDocumentationTask Generates HTML or XML documentation for XML Schemas
CHAPTER 1 0
BEYOND ANT S CORE TASKS
TorqueCreateDB + <sql> TorqueJDBCTransform
TorqueSQLTransform
Documentation (HTML)
TorqueSQL
TorqueSQLExec
TorqueDocumentation
XML Schema DB
TorqueDataDTD
TorqueObjectModel TorqueDataSQL
.java
XML Data
TorqueDataDump
Figure 10.2 Torque s Ant tasks. The schema can be generated from a database, or the database generated from the schema. SQL scripts, data dump to XML, and schema documentation are among Torque s other build-time features.
These tasks are illustrated in figure 10.2, demonstrating the numerous ways in which Torque s tasks can benefit a build process. Even if your project is not using Torque s persistence layer, its Ant tasks could still be useful. The XML representation of a database schema and flexible ways of using that representation to build a database or generate code from the XML Schema are incredibly powerful build-time behaviors. Torque s code-generation engine relies on Velocity, another of Jakarta s projects, for generating source code from template files. When starting with Torque, the first question is: What is the one definitive source of my schema The idea is to get your schema into Torque s schema XML format. Although using the XML format as the definitive schema source is typical, SQL scripts could be the root schema source, or even an existing database that can be accessed using JDBC. Remember, pragmatic programmers keep a single unambiguous representation of all metadata! Torque in action Our project takes advantage of Torque s persistence and uses several of its Ant tasks. Our web applications persistence only consists of a single table, USER. The table columns represent username, password, and a full name. We modeled this table in Torque s XML Schema format as shown in listing 10.6.
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