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Using Maven Archetypes

Chapter 12

12.1. Introduction to Maven Archetypes

An archetype is a template for a Maven project which is used by the Maven Archetype plugin to create new projects. Archetypes are useful for open source projects such as Apache Wicket or Apache Cocoon which want to present end-users with a set of baseline projects that can be used as a foundation for new applications. Archetypes can also be useful within an organization that wants to encourage standards across a series of similar and related projects. If you work in an organization with a large team of developers who all need to create projects which follow a similar structure, you can publish an archetype that can be used by all other members of the development team. You can create a new project from an archetype using the Maven Archetype plugin from the command line or by using the project creation wizard in the m2eclipse plugin introduced in Developing with Eclipse and Maven.

12.2. Using Archetypes

You can use an archetype by invoking the generate goal of the Archetype plugin via the command-line or with m2eclipse.

12.2.1. Using an Archetype from the Command Line

The following command line can be used to generate a project from the quickstart archetype.

mvn archetype:generate \
-DgroupId=org.sonatype.mavenbook \
-DartifactId=quickstart \
-Dversion=1.0-SNAPSHOT \
-DpackageName=org.sonatype.mavenbook \
-DarchetypeGroupId=org.apache.maven.archetypes \
-DarchetypeArtifactId=maven-archetype-quickstart \
-DarchetypeVersion=1.0 \

The generate goal accepts the following parameters:


The groupId for the project you are creating.


The artifactId for the project you are creating.


The version for the project you are creating (defaults to 1.0-SNAPSHOT).


The default package for the project you are creating (defaults to groupId).


The groupId of the archetype you wish to use for project generation.


The artifactId of the archetype you wish to use for project generation.


The version of the archetype you wish to use for project generation.


When the generate goal is executed in interactive mode, it will prompt the user for all the previously listed parameters. When interactiveMode is false, the generate goal will use the values passed in from the command line.

Once you run the generate goal using the previously listed command line, you will have a directory named quickstart which contains a new Maven project. The command line you had to suffer through in this section is difficult to manage. In the next section we generate the same project running the generate goal in an interactive mode.

12.2.2. Using the Interactive generate Goal

The simplest way to use the Maven Archetype plugin to generate a new Maven project from an archetype is to run the archetype:generate goal in interactive mode. When interactiveMode is set to true, the generate goal will present you with a list of archetypes and prompt you to select an archetype and supply the necessary identifiers. Since the default value of the parameter interactiveMode is true, all you have to do to generate a new Maven project is run mvn archetype:generate.

$ mvn archetype:generate
[INFO] ------------------------------------------------------------------------
[INFO] Building Maven Default Project
[INFO]task-segment: [archetype:generate] (aggregator-style)
[INFO] [archetype:generate]
[INFO] Generating project in Interactive mode
[INFO] No archetype defined. Using maven-archetype-quickstart
Choose archetype:
1: internal -> appfuse-basic-jsf
2: internal -> appfuse-basic-spring
3: internal -> appfuse-basic-struts
4: internal -> appfuse-basic-tapestry
5: internal -> appfuse-core
6: internal -> appfuse-modular-jsf
7: internal -> appfuse-modular-spring
8: internal -> appfuse-modular-struts
9: internal -> appfuse-modular-tapestry
10: internal -> maven-archetype-j2ee-simple
11: internal -> maven-archetype-marmalade-mojo
12: internal -> maven-archetype-mojo
13: internal -> maven-archetype-portlet
14: internal -> maven-archetype-profiles
15: internal -> maven-archetype-quickstart
16: internal -> maven-archetype-site-simple
17: internal -> maven-archetype-site
18: internal -> maven-archetype-webapp
19: internal -> jini-service-archetype
20: internal -> softeu-archetype-seam
21: internal -> softeu-archetype-seam-simple
22: internal -> softeu-archetype-jsf
23: internal -> jpa-maven-archetype
24: internal -> spring-osgi-bundle-archetype
25: internal -> confluence-plugin-archetype
26: internal -> jira-plugin-archetype
27: internal -> maven-archetype-har
28: internal -> maven-archetype-sar
29: internal -> wicket-archetype-quickstart
30: internal -> scala-archetype-simple
31: internal -> lift-archetype-blank
32: internal -> lift-archetype-basic
33: internal -> cocoon-22-archetype-block-plain
34: internal -> cocoon-22-archetype-block
35: internal -> cocoon-22-archetype-webapp
36: internal -> myfaces-archetype-helloworld
37: internal -> myfaces-archetype-helloworld-facelets
38: internal -> myfaces-archetype-trinidad
39: internal -> myfaces-archetype-jsfcomponents
40: internal -> gmaven-archetype-basic
41: internal -> gmaven-archetype-mojo
Choose a number: +15 +

The first thing that the archetype:generate goal does in interactive mode is print out a list of archetypes that it is aware of. The Maven Archetype plugin ships with an archetype catalog which includes a reference to all of the standard, simple Maven archetypes (10-18). The plugin’s archetype catalog also contains a number of references to compelling third-party archetypes such as archetypes which can be used to create AppFuse projects, Confluence and JIRA plugins, Wicket applications, Scala applications, and Groovy projects. For a brief overview of these third-party archetypes, see Section 12.3.2, “Notable Third-Party Archetypes”.

Once you select an archetype, the Maven Archetype plugin downloads the archetype, and then asks you to supply the following values for your new project:

  • groupId
  • artifactId
  • version
  • package
Define value for groupId: : +org.sonatype.mavenbook+
Define value for artifactId: : +quickstart+
Define value for version:  1.0-SNAPSHOT: : +1.0-SNAPSHOT+
Define value for package:  org.sonatype.mavenbook: : +org.sonatype.mavenbook+
Confirm properties configuration:
groupId: org.sonatype.mavenbook
artifactId: quickstart
version: 1.0-SNAPSHOT
package: org.sonatype.mavenbook
Y: : +Y+

Once this interactive portion of the archetype:generate goal execution is finished, the Maven Archetype plugin will generate the project in a directory named after the artifactId you supplied.

[INFO] Parameter: groupId, Value: org.sonatype.mavenbook
[INFO] Parameter: packageName, Value: org.sonatype.mavenbook
[INFO] Parameter: basedir, Value: /Users/tobrien/tmp
[INFO] Parameter: package, Value: org.sonatype.mavenbook
[INFO] Parameter: version, Value: 1.0-SNAPSHOT
[INFO] Parameter: artifactId, Value: quickstart
[INFO] ********************* End of debug info from resources from \
generated POM **
[INFO] OldArchetype created in dir: /Users/tobrien/tmp/quickstart
[INFO] ------------------------------------------------------------------------
[INFO] ------------------------------------------------------------------------
[INFO] Total time: 1 minute 57 seconds
[INFO] Finished at: Sun Oct 12 15:39:14 CDT 2008
[INFO] Final Memory: 8M/15M
[INFO] ------------------------------------------------------------------------

12.2.3. Using an Archetype from m2eclipse

m2eclipse makes creating a new Maven project from a Maven Archetype very easy by providing an intuitive wizard for searching for, selecting, and configuring a Maven Archetype. For more information about generating a Maven project from a Maven Archetype using m2eclipse, see Creating a Maven Project from a Maven Archetype in "Developing with Eclipse and Maven".

12.3. Available Archetypes

As more and more projects adopt Maven, more and more artifacts are being published by projects as a way to provide users with a quick way of creating projects from existing templates. This section discusses some of the simple core archetypes from the Apache Maven project as well as providing a survey of some interesting third-party archetypes.

12.3.1. Common Maven Archetypes

Some of the most straightforward Maven archetypes are contained in the org.apache.maven.archetypes groupId. Most of the basic archetypes under org.apache.maven.archetypes are very basic templates that include few options. You’ll use them only to provide the most basic features that distinguish a Maven project from a non-Maven project. For example, the webapp archetype plugin described in this section just includes a stub of a web.xml file in ${basedir}/src/main/webapp/WEB-INF, and it doesn’t even go as far as providing a Servlet for you to customize. In Section 12.3.2, “Notable Third-Party Archetypes” you’ll see a quick survey of some of the more notable third-party archetypes such as the AppFuse and Cocoon artifacts.

The following archetypes can be found in the groupId org.apache.maven.archetypes:


The quickstart archetype is a simple project with JAR packaging and a single dependency on JUnit. After generating a project with the quickstart archetype, you will have a single class named App in the default package with a main() method that prints "Hello World!" to standard output. You will also have a single JUnit test class named AppTest with a testApp() method with a trivial unit test.


This archetype creates a simple project with WAR packaging and a single dependency on JUnit. ${basedir}/src/main/webapp contains a simple shell of a web application: an index.jsp page and the simplest possible web.xml file. Even though the archetype includes a dependency on JUnit, this archetype does not create any unit tests. If you were looking for a functional web application, this archetype is going to disappoint you. For more relevant web archetypes, see Section 12.3.2, “Notable Third-Party Archetypes”.


This archetype creates a simple project with maven-plugin packaging and a single mojo class named MyMojo in the project’s default package. The MyMojo class contains a touch goal which is bound to the process-resources phase, it creates a file named touch.txt in the target/ directory of the new project when it is executed. The new project will have a dependency on maven-plugin-api and JUnit.

12.3.2. Notable Third-Party Archetypes

This section is going to give you a brief overview of some of the archetypes available from third-parties not associated with the Apache Maven project. If you are looking for a more comprehensive list of available archetypes, take a look at the list of archetypes in m2eclipse. m2eclipse allows you to create a new Maven project from an ever growing list of approximately 80 archetypes which span an amazing number of projects and technologies. Creating a Maven Project from a Maven Archetype in "Developing with Eclipse and Maven" contains a list of archetypes which are immediately available to you when you use m2eclipse. The archetypes listed in this section are available on the default list of archetypes generated by the interactive execution of the generate goal.


AppFuse is an application framework developed by Matt Raible. You can think of AppFuse as something of a Rosetta Stone for a few very popular Java technologies like the Spring Framework, Hibernate, and iBatis. Using AppFuse you can very quickly create an end-to-end multi-tiered application that can plugin into several front-end web frameworks like Java Server Faces, Struts, and Tapestry. Starting with AppFuse 2.0, Matt Raible has been transitioning the framework to Maven 2 to take advantage of the dependency management and archetype capabilities. AppFuse 2 provides the following archetypes all in the groupId org.appfuse.archetypes:

appfuse-basic-jsf and appfuse-modular-jsf

End-to-end application using Java Server Faces in the presentation layer

appfuse-basic-spring and appfuse-modular-spring

End-to-end application using Spring MVC in the presentation layer

appfuse-basic-struts and appfuse-modular-struts

End-to-end application using Struts 2 in the presentation layer

appfuse-basic-tapestry and appfuse-modular-tapestry

End-to-end application using Tapestry in the presentation layer


Persistence and object model without the presentation layer

Archetypes following the appfuse-basic-* pattern are entire end-to-end applications in a single Maven project, and archetypes following the appfuse-modular-* pattern are end-to-end applications in a multimodule Maven project which separates the core model objects and persistence logic from the web front-end. Here’s an example from generating a project to running a web application for the modular Spring MVC application:

$ mvn archetype:generate \
-DarchetypeArtifactId=appfuse-modular-spring \
-DarchetypeGroupId=org.appfuse.archetypes \
-DgroupId=org.sonatype.mavenbook \
-DartifactId=mod-spring \
-Dversion=1.0-SNAPSHOT \
-DinteractiveMode=false[INFO] Scanning for projects...
[INFO] [archetype:generate]
[INFO] Generating project in Batch mode
[INFO] Archetype [org.appfuse.archetypes:appfuse-modular-spring:RELEASE]
found in catalog
[INFO] Parameter: groupId, Value: org.sonatype.mavenbook
[INFO] Parameter: packageName, Value: org.sonatype.mavenbook
[INFO] Parameter: basedir, Value: /Users/tobrien/tmp
[INFO] Parameter: package, Value: org.sonatype.mavenbook
[INFO] Parameter: version, Value: 1.0-SNAPSHOT
[INFO] Parameter: artifactId, Value: mod-spring
[INFO] OldArchetype created in dir: /Users/tobrien/tmp/mod-spring
[INFO] ------------------------------------------------------------------------
$ cd mod-spring
$ mvn
... (an overwhelming amount of activity ~5 minutes)
$ cd web
$ mvn jetty:run-war
... (Maven Jetty plugin starts a Servlet Container on port 8080)

From generating a project with the AppFuse archetype to running a web application with a authentication and user-management system takes all of 5 minutes. This is the real power of using a Maven Archetype as a foundation for a new application. We oversimplified the AppFuse installation process a bit and left out the important part where you download and install a MySQL database, but that’s easy enough to figure out by reading the AppFuse Quickstart Documentation.

Confluence and JIRA plugins

Atlassian has created some archetypes for people interested in developing plugins for both Confluence and JIRA. Confluence and JIRA are, respectively, a Wiki and an issue tracker both of which have gained a large open source user base through granting free licenses for open source projects. Both the jira-plugin-archetype and the confluence-maven-archetype artifacts are under the com.atlassian.maven.archetypes groupId. When you generate a Confluence plugin, the archetype will generate a pom.xml which contains the necessary references to the Atlassian repositories and a dependency on the confluence artifact. The resulting Confluence plugin project will have a single example macro class and an atlassian-plugin.xml descriptor. Generating a project from the Jira archetype creates a project with a single, blank MyPlugin class and an atlassian-plugin.xml descriptor in ${basedir}/src/main/resources.

For more information about developing Confluence plugins with Maven 2, see Developing Confluence Plugins with Maven 2 on the Confluence project’s Wiki. For more information about developing Jira plugins with Maven 2, see How to Build and Atlassian Plugin on the Atlassian Developer Network.


Apache Wicket is a component-oriented web framework which focused on managing the server-side state of a number of components written in Java and simple HTML. Where a framework like Spring MVC or Ruby on Rails focuses on merging objects within a request with a series of page templates, Wicket is very strongly focused on capturing interactions and page structure in a series of POJO Java classes. In an age where hype-driven tech media outlets are proclaiming the "Death of Java", Wicket is a contrarian approach to the design and assembly of web applications. To generate a Wicket project with the Maven Archetype plugin:

$ mvn archetype:generate
... (select the "wicket-archetype-quickstart" artifact from the interactive \
menu) ...
... (supply a groupId, artifactId, version, package) ...
... (assuming the artifactId is "ex-wicket") ...
$ cd ex-wicket
$ mvn install
... (a lot of Maven activity) ...
$ mvn jetty:run
... (Jetty will start listening on port 8080) ...

Just like the AppFuse archetype, this archetype creates a shell web application which can be immediately executed with the Maven Jetty plugin. If you hit http://localhost:8080/ex-wicket, you be able to see the newly created web application in a servlet container.


Think about the power of Maven Archetypes versus the copy and paste approach that has characterized the last few years of web development. Six years ago, without the benefit of something like the Maven Archetype plugin, you would have had to slog through a book about AppFuse or a book about Wicket and followed circuitous pedagogy about the framework before you could actually fire it up in servlet container. It was either that or just copying an existing project and customizing it for your needs. With the Maven Archetype plugin, framework developers can now give you a working, customized shell for an application in a matter of minutes. This is a sea change that has yet to hit the enterprise development space, and you can expect that this handful of available third-party artifacts will balloon to hundreds within the next few years.

12.4. Publishing Archetypes

Once you’ve generated a good set of archetypes, you will probably want to share them with the world. To do this, you’ll need to create something called an Archetype catalog. An Archetype catalog is an XML file which the Maven Archetype plugin can consult to locate archetypes in a repository. Archetype Catalog for the Apache Cocoon Project shows the contents of the Archetype catalog for the Apache Cocoon project which can be found at

Archetype Catalog for the Apache Cocoon Project. 

            <description>Creates an empty Cocoon block; useful if you want to add
                another block to a Cocoon application</description>

            <description>Creates a Cocoon block containing some small

            <description>Creates a web application configured to host Cocoon blocks.
                Just add the block dependencies</description>


To generate such a catalog, you’ll need to crawl a Maven repository and generate this catalog XML file. The Archetype plugin has a goal named crawl which does just this, and it assumes that it has access to the file system that hosts a repository. If you run archetype:crawl from the command line with no arguments, the Archetype plugin will crawl your local repository searching for Archetypes and it will create an archetype-catalog.xml in ~/.m2/repository.

[tobrien@MACBOOK repository]$ mvn archetype:crawl
[INFO] Scanning for projects...
[INFO] Searching repository for plugin with prefix: 'archetype'.
[INFO] ------------------------------------------------------------------------
[INFO] Building Maven Default Project
[INFO]task-segment: [archetype:crawl] (aggregator-style)
[INFO] ------------------------------------------------------------------------
[INFO] [archetype:crawl]
repository /Users/tobrien/.m2/repository
catalogFile null
[INFO] Scanning /Users/tobrien/.m2/repository/ant/ant/1.5/ant-1.5.jar
[INFO] Scanning /Users/tobrien/.m2/repository/ant/ant/1.5.1/ant-1.5.1.jar
[INFO] Scanning /Users/tobrien/.m2/repository/ant/ant/1.6/ant-1.6.jar
[INFO] Scanning /Users/tobrien/.m2/repository/ant/ant/1.6.5/ant-1.6.5.jar
[INFO] Scanning /Users/tobrien/.m2/repository/xom/xom/1.0/xom-1.0.jar
[INFO] Scanning /Users/tobrien/.m2/repository/xom/xom/1.0b3/xom-1.0b3.jar
[INFO] ------------------------------------------------------------------------
[INFO] ------------------------------------------------------------------------
[INFO] Total time: 31 seconds
[INFO] Finished at: Sun Oct 12 16:06:07 CDT 2008
[INFO] Final Memory: 6M/12M
[INFO] ------------------------------------------------------------------------

If you are interested in creating an Archetype catalog it is usually because you are an open source project or organization which has a set of archetypes to share. These archetypes are likely already available in a repository, and you need to crawl this repository and generate a catalog in a file system. In other words, you’ll probably want to scan a directory on an existing Maven repository and generate an Archetype plugin at the root of the repository. To do this, you’ll need to pass in the catalog and repository parameters to the archetype:crawl goal.

The following command line assumes that you are trying to generate a catalog file in /var/www/html/archetype-catalog.xml for a repository hosted in /var/www/html/maven2.

$ mvn archetype:crawl -Dcatalog=/var/www/html/archetype-catalog.xml \
[INFO] Scanning for projects...
[INFO] Searching repository for plugin with prefix: 'archetype'.
[INFO] ------------------------------------------------------------------------
[INFO] Building Maven Default Project
[INFO]task-segment: [archetype:crawl] (aggregator-style)
[INFO] ------------------------------------------------------------------------
[INFO] [archetype:crawl]
repository /Users/tobrien/tmp/maven2
catalogFile /Users/tobrien/tmp/blah.xml