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Difference between revisions of "Stardust/Source Code"

(Running the Build)
m (Set the same Ant/Maven version as Hudson build job is using)
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*JDK - we suggest Java 1.6  
*JDK - we suggest Java 1.6  
*[http://ant.apache.org/ Apache ANT] - we suggest Ant 1.8.4
*[http://ant.apache.org/ Apache ANT] - we suggest Ant 1.7.0
*[http://maven.apache.org/download.html Apache Maven] - we suggest Maven 3.0.4
*[http://maven.apache.org/download.html Apache Maven] - we suggest Maven 3.0.5
==== Environment-specific Changes  ====
==== Environment-specific Changes  ====

Revision as of 02:56, 13 December 2013

Browsing the Source Code

For initial quick browsing of the source code please go to http://git.eclipse.org/c/?q=stardust.


This documentation covers the local build of stardust. You can use the command line or build directly in the Eclipse IDE.

Command Line Build

Installing Git

To checkout the source code you need to install git first. You have different options:

  • git scm installs a minimal environment to run Git. It comes with a Bash,a Perl interpreter, the Git executable plus dependencies.
  • msysgit installs a build environment for Git on Windows. It includes git scm. After installtion you can open a git shell to run git commands (git bash or git-cmd.bat).

Clone git Repositories

  • Create a new folder, e.g. C:\\stardust, and open a git shell there. (bash on Linux/Win or git-cmd.bat on Win)
  • Copy the following commands to a file named cloneStardust.cmd or cloneStardust.sh file.
  • Save it to the stardust folder and execute it.
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.build.tools.git build.tools
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.components.git components
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.deploy.jee.git deploy.jee
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.documentation.git documentation
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.engine.git engine
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.examples.git examples
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.git org.eclipse.stardust
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.ide.git ide
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.ide.simulation.git ide.simulation
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.ide.wst.git ide.wst
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.product.git product
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.reporting.app.web.git reporting.app.web
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.reporting.rt.git reporting.rt
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.reporting.ui.git reporting.ui
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.repository.git repository
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.ui.common.git ui.common
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.ui.web.git ui.web
git clone http://git.eclipse.org/gitroot/stardust/org.eclipse.stardust.ui.web.mobile.git ui.web.mobile

If you run git clone behind a HTTP proxy specify proxy details first.

git config --global http.proxy http://<user>:<password>@proxy:port

Now you have the default checkout which is the master branch.

Actually we have the following branches:

  • master - is used for the upcoming luna release, which will be stardust 2.0
  • I_4_3 - is used for kepler releases
  • I_4_3_SR1 - is a special branch only for the kepler SR1 release, which is stardust 1.0.1

For more details on the differences between stardust versions, please look at the projects website.

If you like to clone a specific branch add "-b <branch-name>" to the git command. To work on a stable source please use release tags as checkout. We have a help script (linux) to do git commands on all stardust repositories:

cd <root-of-your-stardust-checkout>
build.tools\bin\git-all.sh checkout v1.0.0.20130612-0325-R

Build Stardust

To maybe cover the different build configurations in branches, we have a readme.txt available in the sources. Please follow the steps described in readme.txt residing in product folder.


Environment-specific Changes

see readme.txt

If you're using your own Maven settings file please make sure that you provide the path to your local Maven repository as a property, called buildenv.m2.localRepository


Running the Build

see readme.txt

Please note that you must add the profile update-version-properties in the above mentioned command if you have changed something in build.tools/dependency-version.properties.

Modules may be built individually. However, as they partially depend on each other, it is required to:

  • use the "install" goal to ensure built artifacts are made available for downstream module builds
  • build modules in the following order (means to start mvn builds from those directories):
  1.  stardust/ide/3rdparty/
  2. stardust/ide/engine/
  3. stardust/ide/model/
  4. stardust/ide/modeling/
  5. stardust/ide.simulation/
  6. stardust/reporting.rt/
  7. stardust/reporting.ui/
  8. stardust/documentation/
  9. stardust/ide.wst/
  10. stardust/repsoitory/
Version Qualifier

The concrete value of the .qualifier version part may be set to a define value by appending "-DforceContextQualifer=<qualifier value>". Please note, that if you do not provide an explicit Stardust version and qualifier, build artifacts will use the default build version (which is currently 9.9.9-SNAPSHOT). You should check startust/org.eclipse.stardust/org.eclipse.stardust-parent/pom.xml for the ipp.version, which should equal the version you are using in your overall build.

Where to go from here?

Now you can use the build result, a local eclipse update site, to install Stardust. Follow the instructions in the section Local Eclipse Update Site (offline)

Next check out the resource in the Stardust Knowledge Base, especially the Getting Started section. You may also want to check out the Forum to post questions or just exchange thoughts with the community.


If you experience any problems downloading the source code or building Stardust then please contact us via the Forum.

Error retrieving BIRT Runtime

If you get the error below or something similar while running the p2 repository build (step 2) then this is caused by an instabilty of the connection with the Eclipse server. Retrying the same build command at a later point in time should resolve the issue.

[ivy:retrieve]  Server access Error: Read timed out 
Errors fetching Dependencies

If you encounter errors during the build that indicate missing dependencies which could not be fetched from the repositories then try cleaning the ivy cache folder .ivy in your user.home (e.g. C:\Users\your.name\.ivy, if it exists) and the maven repository (check settings.xml in M2_HOME/etc and/or user.home/.m2 to determine the location).

If your are using Maven 3.0.4 behind a proxy please see here on how to fix the issue.

IDE Build (Under Construction)

You have the possibility to build stardust also in your Eclipse IDE.

Importing projects into Eclipse

After you have executed the build you can import the projects into Eclipse. Although we're using Maven as the main dependency management system we have currently some projects which are using Ivy for the dependency management (this will be slowly but surely changed sooner or later). Because of the fact that the IvyDE plugin can handle Ivy and Maven projects we have adjusted all projects to work with this plugin.

Installing IvyDE plugin

At first you have to install the IvyDE plugin. To do that just click on "Install new Software..." in the Help menu item of Eclipse. In the upcoming dialog press the "Add..." button and provide the following URL http://www.apache.org/dist/ant/ivyde/updatesite. Please install "Apache IvyDE" and optionaly "Apache IvyDE Resolve Visualizer". These can be found in the section "Apache IvyDE Eclipse plugins".

Import build.tools project

Now import the build.tools project with help of the "Existing Projects into Workspace" wizard of the import dialog of Eclipse.

Configure IvyDE plugin

After the installation of IvyDE and the build.tools project import, open the preferences dialog of Eclipse which can be found in the Window menu item and click on Ivy in the left panel. Now configure the plugin as follows:

  • Advanced: enable "Use extended resolve id"
  • Classpath Container: enable "Resolve dependencies in workspace"
  • Settings/Ivy settings path: ${workspace_loc:build.tools/ivysettings-eclipse.xml}
    • this assumes that you have already imported the build.tools project in Eclipse

Importing all projects

In the last step you can import all remaining projects into Eclipse with the "Existing Projects into Workspace" wizard of the import dialog of Eclipse. As the root directory you can choose the GIT checkout folder. As a result of this all projects are listed in the Projects view. Please remove the marker left of the project stardust-hazelcast-ra because it is currently not used. After this click on the "Resolve All" button which can you find in the IvyDE toolbar:


This step can take some time. Therefore we're suggesting to open the Ivy Console in the Console view to see/validate the resolve progress.