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Mastering Apache Maven 3

Mastering Apache Maven 3

By : Siriwardena
4.3 (3)
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Mastering Apache Maven 3

Mastering Apache Maven 3

4.3 (3)
By: Siriwardena

Overview of this book

If you are working with Java or Java EE projects and you want to take full advantage of Maven in designing, executing, and maintaining your build system for optimal developer productivity, then this book is ideal for you. You should be well versed with Maven and its basic functionality if you wish to get the most out of the book.
Table of Contents (11 chapters)
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Preface
Preface
What this book covers
What you need for this book
Who this book is for
Conventions
Reader feedback
Customer support
Free Chapter
1
1. Apache Maven Quick Start
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1. Apache Maven Quick Start
A quick introduction
Installing Apache Maven
Configuring the heap size
Monitoring the build
Remote debugging
Convention over configuration
IDE integration
Troubleshooting
Summary
2
2. Demystifying Project Object Model
2. Demystifying Project Object Model
Project Object Model
The POM hierarchy
Super POM
POM extending and overriding
Maven coordinates
Parent POM file
Managing POM dependencies
Summary
3
3. Maven Configuration
3. Maven Configuration
Maven Wagon
Proxy authentication
Secured repositories
Encrypting credentials in settings.xml
Source Control Management systems
Local repository location
Mirrored repositories
Deploying artifacts
Enabling Maven logging
Summary
4
4. Build Lifecycles
4. Build Lifecycles
Standard lifecycles in Maven
Lifecycle bindings
Building a custom lifecycle
Lifecycle extensions
Summary
5
5. Maven Plugins
5. Maven Plugins
Common Maven plugins
Plugin discovery and execution
Plexus
Maven and Dependency Injection
Developing custom plugins
Summary
6
6. Maven Assemblies
6. Maven Assemblies
The assembly plugin
The assembly descriptor
Artifact/resource filtering
Assembly help
A runnable, standalone Maven project
Summary
7
7. Maven Archetypes
7. Maven Archetypes
Archetype quickstart
The batch mode
Archetype catalogues
The archetype plugin goals
Maven plugins with the archetype plugin
Java EE web applications with the archetype plugin
Android mobile applications with the archetype plugin
EJB archives with the archetype plugin
JIRA plugins with the archetype plugin
Spring MVC applications with the archetype plugin
Building a custom archetype
Summary
8
8. Maven Repository Management
8. Maven Repository Management
Maven repositories
The update policy
Multiple repositories
The Maven repository manager
Creating a proxy repository
Creating a virtual repository
Blocking selected artifacts
Inclusive and exclusive routing
Scheduled tasks
Artifact indexing
Nexus plugins
A repository metadata model
Summary
9
9. Best Practices
9. Best Practices
Dependency management
Defining a parent module
POM properties
Avoiding repetitive groupId and version tags and inherit from the parent POM
Following naming conventions
Maven profiles
Think twice before you write your own plugin
The Maven release plugin
The Maven enforcer plugin
Avoid using un-versioned plugins
Using exclusive and inclusive routes
Avoid having both release and snapshot repositories in the same group repository
Avoid having both proxy and hosted repositories in the same group repository
Minimizing the number of repositories
Using mirrorOf instead of changing repository URLs
Descriptive parent POM files
Documentation is your friend
Avoid overriding the default directory structure
Using SNAPSHOT versioning during development
Get rid of unused dependencies
Avoid keeping credentials in application POM files
Avoid using deprecated references
Avoid repetition – use archetypes
Avoid using maven.test.skip
Share resources – avoid duplicates
Summary
10
Index
Index

Remote debugging

For a developer, remote debugging is a must-have feature for any build system. Why do we need remote debugging for a build system? This is extremely useful when you run your tests through the build itself. If any of the tests fail during the build, you should be able to debug and pinpoint the problem. The following command will run Maven in the debugging mode:

$ mvn clean install -Dmaven.surefire.debug

When the build starts to execute tests, it will be paused to connect with an IDE. You can connect Eclipse, NetBeans, or your favorite IDE to port 5005 in order to start remote debugging. By default, Maven opens up port 5005 for remote debugging.

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 T E S T S
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Listening for transport dt_socket at address: 5005

The default listening port number can be changed by setting the value of address appropriately. When you set the value of the suspend variable to y, the Maven build will stop until an IDE gets connected to it. If you want the build to continue and connect the IDE later, then set the value to n. To get full control over the debugging options, you can use the following command:

$ mvn clean install -Dmaven.surefire.debug="-Xdebug -Xrunjdwp:transport=dt_socket,server=y,suspend=y,address=8000 -Xnoagent -Djava.compiler=NONE"

Note

Refer to the corresponding IDE documentation to see how it can be remotely connected to an externally running process for remote debugging.

End of Section 6
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