Gyrex builds are produced on the Eclipse.org infrastructure. It's also possible to build locally. We use Maven and Tycho as our build technology which is also the standard build technology recommended by CBI.
- 1 Really Quick HowTo
- 2 Prerequisites
- 3 Building on Windows
- 4 Build Environment Setup
- 5 Cloning Gyrex Source Tree
- 6 Running The Build
- 7 Build Process Insights
Really Quick HowTo
# create temp directory mkdir -p /tmp/gyrex cd /tmp/gyrex # clone source into local directory git clone git://git.eclipse.org/gitroot/gyrex/gyrex-server.git . # run Maven mvn clean verify -f releng/aggregator/pom.xml
The build is modular with build-order dependencies between the modules. We do not use a single "aggregator" project that aggregates the various Git repositories. But the build process expects that repositories are cloned into the same parent directory in order to allow relative path reference in build scripts/descriptor files.
Oracle Java 7 or higher
- Oracle Java 7 JDK installed
Note: Open JDK might work too but hasn't been tested yet. Feedback is welcome!
- Environment variable JAVA_HOME set to the JDK directory
- Please ensure that the java executable is available in the PATH!
- Download from http://maven.apache.org/download.html or use your Linux distribution provided version (whether it works depends on the distribution).
Note: At the time of writing, Maven 3.0.4 has been used and tested.
- Please ensure that the mvn executable is available in the PATH!
- Please ensure that a recent version of the git executable is on the PATH!
- Depending on your operating system the setup might vary. A good setup guide is available at Set Up Git (GitHub).
Building on Windows
In general, the build should also work on Windows. However, please be aware that there might be some limitations which make it a difficult to produce good results. For example, the path length is limited. Thus, the code tree should not be cloned into an exciting deep hierarchy of folders.
Additionally, builds on Windows can't produce the correct permissions in produced archives on Linux. Therefore, good quality builds for multiple platforms should not be produced from a Windows system.
Build Environment Setup
The following instructions are required to prepare your build environment. Unless otherwise stated, they apply to Linux, Mac OS X, and Windows platforms.
To avoid getting hit by bug 365727 and to make sure your local environment configuration does not interfere with CBI build, make sure build user account does not have a Maven settings.xml
your_user@desktop:~$ ls -l ~/.m2/settings.xml ls: cannot access /home/your_user/.m2/settings.xml: No such file or directory
On Windows XP this is located in:
C:\Documents and Settings\your_user\.m2\settings.xml File should not exist, if it does delete it.
On Windows 7 this is located in:
C:\Users\your_user\.m2\settings.xml File should not exist, if it does delete it.
Maven Memory Consumption
It may be necessary to grant Maven more memory. In this case, 2GB of RAM should be enough.
If you're using Windows:
Cloning Gyrex Source Tree
All Gyrex Git repositories must be cloned into the same parent directory.
Running The Build
From the aggregator directory (directory
mvn clean verify
If you build multiple streams on the same system, you'll want to add
'-Dmaven.repo.local=/some/directory/somewhere' to the end of each
'mvn' command to avoid collisions (using a different local repo for each stream). Most casual developers won't be affected.
Alternatively, you can add the additional argument to the
MAVEN_OPTS environment variable instead.
On Windows use
Building directly from Eclipse
Instead of using Maven and Tycho, it is also possible to simply use the PDE Product Export wizard that's available in Eclipse. It requires to have the target platform configured and all Gyrex bundles imported in your workspace. The export can be started via File -> Export... -> Product configuration menu.
Note, however, that this is not recommended for producing official, production build results (to be published on Eclipse.org). But it's a convenient way of testing a product setup.
Build Process Insights
The root for all build related stuff is the Gyrex RelEng (Release Engineering) tree. It contains:
git clone git://git.eclipse.org/gitroot/gyrex/gyrex-server.git cd gyrex-server/releng
The Target Definition is used for dependency management. All dependencies are listed as p2 repositories hosted at Eclipse.
Product Configuration and Features
The Product Configuration generates the various downloadable artifacts (eg. Gyrex Server ZIP). It references Eclipse Features which define collection of bundles that are meant to be build/deployed together. There are two types of features - regular Gyrex features and dependency-only features. Gyrex features collect Gyrex bundles. Dependency-only feature collect all dependencies. This makes it easy to customize Gyrex based products with different dependencies by using custom features.
Headless Build Process
The build process is entirely based on CBI. CBI is the common build infrastructure at Eclipse.org which is based on Maven and Tycho and has some additional Maven plug-ins for signing of bundles/binaries, etc.
We use Hudson for CI. The build process on Hudson is as follows:
- Checkout all Git repos into same directory
- Invoke Maven using
- Build target platform from target definition
- Build modules referenced in POM
- Assemble Gyrex Server Product
- Produce final p2 Repo (including signing of artifacts when executed on Eclipse.org infrastructure with Maven profile)
- Publish to download.eclipse.org (when executed on Eclipse.org infrastructure with Maven profile)
Hudson Build Jobs
The integration job is used for producing I, S and R builds. Care must be taken when producing S and R builds. The results are automatically published to download.eclipse.org (when running on Eclipse.org infrastructure).
The integration job is used for producing M and R builds of the maintenance branch.