This page is about building Eclipse- and RCP-based products (including Eclipse itself). This document is focused on using PDE Build directly by Eclipse projects; work is currently underway to develop a Common Build Infrastructure that should, in the long term, make the build process much easier.
PDE Build is The Way to headlessly build Eclipse- and RCP-based products. The online documentation provides a good foundation of knowledge, but does fall short in on some specifics, including the use of Pack200 and JAR signing using the Eclipse Foundation's certificate. This document addresses these issues.
The following guides are available:
- PDE Build from Markus Barchfeld's Build and Test Automation for plug-ins and features. It's getting a bit old (having been written for eclipse-3.0).
- The Eclipse IDE for Education (IDE4EDU) project's releng project provides a relatively simple example of how PDE Build can be used to build, Pack 200, sign, and create an update site using the Eclipse Foundation's build server.
- Eclipse Headless build with PDE Build - Tutorial by Lars Vogel based on Eclipse 3.4
Eclipse projects can use the Eclipse Foundation's build server (build.eclipse.org) to run automated builds. If you're a committer with a shell account, you should already have access to the server. If not, your project lead should send a note to the Eclipse Webmaster. Once you have access to the build.eclipse.org server, you can move your build scripts to the 'shared' directory (i.e.
/shared/[top-level project]/[project]/[component]). For example, the build scripts for the aforementioned IDE4EDU are run from the
/shared/technology/soc/ide4edu/releng directory. If this directory doesn't exist for your project, please ask the webmaster to create it for you.
The Hudson build tool is now available . Committers can login with their CVS/SVN credentials.
This Hudson install is being managed by members of the community in the same way that PlanetEclipse is. If you want to start using Hudson to build your Eclipse.org project file a bug requesting a new build job under EclipseFoundation->Community and specify the Hudson component.
For more information, please see Hudson.
Eclipse itself is built using the PDE build infrastructure that it ships with the Plug-in Development Environment. Ant is used to run the build, with adequate plug-points where in you can perform custom tasks such as instrumentation of code.
To get comfortable with ant:-
http://ant.apache.org/manual - If you are new to ant
Eclipse provides a very usable interface for writing ant files(yes, with auto-complete and the stuff) as well as run the ant files from within the IDE. But, for headless(without UI, from command line) builds, you'll need to use the antRunner application provided by eclipse. For more help, peek into the help documentation of eclipse that you are using.
Plugin Builder plugin
http://www.pluginbuilder.org - Something to make your life even easier
You might get stuck nowhere:-
Plugins (including features and fragments) must specify their own versions as well as the versions of their dependencies appropriately.
See the eclipse team's plugin-versioning guidelines. You can also ask Pascal Rapicault or John Arthorne for their "Plug-in versioning" presentation.
Pascal Rapicault has created an application (org.eclipse.core.runtime.versionchecker.dependencyChecker) to "specify the ranges on all [your] required plug-ins."
Eclipse RCP applications can be cross-built for several platforms using any platform on which eclipse runs. You just need to install the RCP delta pack in your Target Platform. If you dont know what a Target Platform is, then just intall the RCP delta pack in your eclipse installation directory. To download the delta pack as per your platform, visit http://download.eclipse.org/eclipse/downloads/. Click the Release version that you are targeting, then search for 'delta'.