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Maven uses the notion of a build life-cycle to which plugins can attach. Plugins are similar to Ant tasks. When a Maven build is invoked, we specify a point in the life-cycle up to which the build should proceed. The compile phase comes before test, and test comes before package, and package comes before install. Once we have Maven setup, we can invoke the Struts build, and specify which phase the build should use.
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We need maven 3, you can either install it from distribution, or install it from maven binary. Following is the steps to install it from maven binary:
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Add following to your .zshrc/.bashrc/.aliasrc:
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export M2_HOME=/usr/local/maven
export PATH=${M2_HOME}/bin:${PATH}
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*For Windows: *
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Right click on my computer and click on Properties
Click on Advanced system settings
Click on Environment Variables
Click on New... under System variables
Add M2_HOME to Variable name and /usr/local/maven to Variable value
Find Path and click Edit...
Add ;%M2_HOME%/bin at the end
Click OK, OK, and close to get out of all the dialogues
Locate a copy of genosimage.exe. It comes with cygwin and can be copied from %CYGWIN_HOME%\bin
copy %CYGWIN_HOME%\bin\genosimage.exe %SOURCE_HOME%\mkisofs
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Two spaces for XML files, which can be enforced by editors.
In Eclipse,
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Window -> PreferencesPreferences -> XML -> Editor -> select "Indent using spaces", also set "Indentation size 2 spaces" |
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# sudo apt-get install libxml2-utils # .vimrc au FileType xml setlocal equalprg=xmllint\ --format\ --recover\ -\ 2>/dev/null # gg=G |
POMs are the maven project configuration files. Here you can configure everything from mailinglists that belong to the project, compilation of the various pieces of the project all the way to the final deployment of release binaries.
To debug POMs, read through the effective POM:
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$ mvn help:effective-pom
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To see how the dependencies are related to the modules:
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$ mvn dependency:tree
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As with anything, feel free to browse the documentation on maven: This guide is very helpfullhelpful.
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-SNAPSHOT is a special marker in maven that tell everybody that this particular piece of code is under development and might change at any time. Opposed to a normal versioned release like '4.0.0', a snapshot is never a stable release. Maven will often try to get a more recent version of a SNAPSHOT during compile. A stable release is fixed, once published there is no changing it anymore. Snapshots are normally used to indicate that a build is made of the HEAD or trunk of a project. Later on this page more about releases using maven.
Some modules, e.g. vmware/netscaler/netapp, require dependencies that are not freely available or have an incompatible license. These dependencies you need to download yourself. See to following instructions to add them to your maven repository.
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As of 4.3 you should no longer need to download the following netscaler jars. You may receive an error in the install-non-oss.sh script as it will still look for these files.
In case of 4.2/master, Min suggests on ML: To build non-oss build, you need to first download Vmware 5.1 SDK fromfrom https://my.vmware.com/group/vmware/get-download?downloadGroup=VSP510-WEBSDK-510 (Version: 5.1, Release-date: 2012-09-10, Build: 774886) to a temp directory. This is a zip file, unzip file and you will see a vim25.jar in <unzip folder>/SDK/vsphere-ws/java/JAXWS/lib. Place this vim25.jar in deps folder and rename it as vim25_51.jar, then run: deps/install-non-oss.sh to install it into your m2 repo.
2. Go into the deps directory and run install-non-oss.sh
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$ cd deps
$ mv cloud-manageontap.jar manageontap.jar
$ mv vmware-apputils.jar apputils.jar
$ mv vmware-vim.jar vim.jar
$ mv vmware-vim25.jar vim25_51.jar
$ unzip cloud-netscaler-jars.zip
$ ./install-non-oss.sh
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Running the maven command in the top directory of the CloudStack sources will compile all sources for CloudStack. The resulting jar files will be in the directory target in the subdirectory for a particular module. The default build will have all components that depends on non opensource (non-oss) libraries disabled. If you want to enable this, just add -D nonoss noredist to the mvn command line or see the table below for more fine-grained options. The install goal will compile all sources, make war and jar files and add them to your local repository.
The CloudStack build process uses maven profiles. The following table shows the more common profiles that are defined:
Available profiles | Enabled by property | Requires profiles | Description | ||
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deps |
| Enables a convenience download for all dependencies into the deps directory, usage mvn -P deps -pl deps install | |||
developer |
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| Enables a convenience pom with developer functions | ||
vmware | nonoss | noredist | Enables the build of vmware-base and the vmware plugin, requires vmware SDK to be present. See also Hypervisor VMWare. | ||
netapp | nonoss | noredist | Enables the build of the netapp plugin, requires NetApp manageontap sdk. | ||
f5 | nonoss noredist |
| Enables the build of the f5 plugin, requires f5 iControl library | ||
netscaler | nonoss | noredist | Enables the build of the netscaler plugin, requires additional libraries. | ||
srx | nonoss | noredist | Enables the build of the juniper srx plugin, requires additional libraries. | ||
marvin | marvin.config | developer | Allows you to configure cloudstack using a marvin json configuration | ||
Available properties | Required profile | Description | |||
deploydb | developer | Clears and creates the cloud database in the mysql server configured utils/conf/db.properties | |||
nonoss | noredist |
| Enables all modules that are not part of the standard ASF build | ||
systemvm | systemvm | Enabled the build of the systemvm.iso, requires mkisofs to be available on the commandline | |||
awsapi | awsapi | Enables building of awsapi module along with rest of the CloudStack | |||
simulator | developer | Enables the simulator spring context for running the integration test |
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To build the oss code(if you don't care about vmware/netscaler/netapp, use this command):
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Make sure to intsall install "python-setuptools", "mkisofs", "mysql-server" before running below command |
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mvn clean install -P developer,systemvm |
To build nonoss noredist code:
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$ mvn clean $ mvn install -DnonossDnoredist |
Note: The following is a WIP feature, use the old Ant command for a complete refresh. This command assumes you have a proper setup in utils/conf/db.properties and the cloud user already exists on your mysql database. If you have a root password, copy db.properties to db.properties.override and put your password there.
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$ mvn -P developer -pl developer -Ddeploydb
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To customize hosts, password etc. just copy utils/conf/db.properties to utils/conf/db.properties.override (this is git ignored by default) and edit the properties as needed they will override the defaults in utils/conf/db.properties.
On One can use maven to deploy and debug the management server. First export the MAVEN_OPTS variable to open a transport socket on port 8787 (same as before).
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$ export MAVEN_OPTS="-Xmx1024m -XX:MaxPermSize=500m -Xdebug -Xrunjdwp:transport=dt_socket,address=8787,server=y,suspend=n"
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If you don't export using above configuration, the management server will run with no debugger attached.
This will run a jetty server on localhost port 8080 with the management server. Make sure that no other processes are using the port 8080. The default port for tomcat is 8080. You can either shut down tomcat service or switch to another port.
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$ mvn -pl :cloud-client-ui jetty:run
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To run a nonoss management server:
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$ mvn -pl :cloud-client-ui jetty:run -Dnonoss |
NOTE : In case if BUILD process goes fine but, you are unable to access management server then please make sure that 8080 is opened in iptables.
To run awsapi app
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$ mvn -Pawsapi -pl :cloud-awsapi jetty:run |
Note: The following is a WIP tomcat-plugin feature, use the above jetty command for now.
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$ mvn org.apache.tomcat.maven:tomcat7-maven-plugin:2.0:run -pl :cloud-client-ui -am -Pclient
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Open the following URL on your browser to access the Management Server UI:
http://localhost:8080/client/
Or,
http://management-server-ip-address:8080/client
The default credentials are; user: admin, password: password and the domain
field should be left blank which is defaulted to the ROOT domain.
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This feature is still being developed and tested, might not work as expected |
The agent simulator and marvin are integrated into build steps to help a developer ensure that some simple tests pass before making a commit. The developer environment needs to have Marvin installed for the integration-test to work: These tests are lightweight and should ensure that your checkin doesn't break critical functionality for others working with branch: master.
To run the basic tests please refer to the Marvin wiki section on checkin tests.
Warning | ||
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Follow the following wiki page for building specific versions of CloudStack from source code. |
Checkout Building where we document building process for specific version of CloudStack such as 4.0 oss/nonoss etc.
Use package.sh to build packages for linux systems that use rpms, like RedHat, CentOS and fedora.
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$ cd packaging/centos63
$ ./package.sh
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On Master:
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$ mvn install -P deps && dpkg-buildpackage
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If you have compiled with additional flags (ex: -Dnonoss), you can get them packaged into the DEB by exporting those flags into the ACS_BUILD_OPTS prior to running dpkg-buildpackage. Example: mvn clean install -P deps -Dnonoss; export ACS_BUILD_OPTS="-Dnonoss"; dpkg-buildpackage |
WIP: Package using deb profile (feature under development uses jdeb plugin, in https://github.com/bhaisaab/incubator-cloudstack/tree/debs-maven debs-maven branch):
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$ mvn package -P deb
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Following Building CloudStack section above.
Import the project as Maven project. Build with maven, set socket type debugger on port 8787, follow Building CloudStack section above.
See Using Eclipse With CloudStack
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$ mvn --projects='org.apache.cloudstack:cloudstack' org.apache.rat:apache-rat-plugin:0.8:check
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The output file is in ${project.build.directory}/rat.txt, by default in target/rat.txt
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$ mvn site
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Update the version number of the project
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mvn release:update-versions -DautoVersionSubmodules=true -Dnonoss -Pdeps,developer -DdevelopmentVersion=<version>-SNAPSHOT
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Releases can also be done using the release plugin. This plugin will automagically take care of setting the currect version (removing the -SNAPSHOT), making a tag in SCM and deploying the jars to the maven repository. This should only be executed by the release engineer. Maven assumes that once a version is released it will never change anymore and released binaries will never be updated, so any subsequent releases will have to bump the version number.
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mvn install -DskipTests=true |
Set commandline parameter -o to force maven to only use the local repository. This might trigger build failures if artifacts are not available locally, but might speed up the build process in some cases.
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$ mvn -o
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For most versions of java on most version of macosx you need to add '-Djava.net.preferIPv4Stack=true
' to that so to be on the save side; on macosx
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$ export MAVEN_OPTS="-Xmx1024m -XX:MaxPermSize=500m -Xdebug -Xrunjdwp:transport=dt_socket,address=8787,server=y,suspend=n -Djava.net.preferIPv4Stack=true" |
code
-Djava.net.preferIPv4Stack=true
code
If you don't export using above configuration, the management server will run with no debugger attached.
On some (macosx) systems you might want to add "-Djava.net.preferIPv4Stack=true". Escpecially when using mixed wired and wireless networks.
This will run a jetty server on localhost port 8080 with the management server. Make sure that no other processes are using the port 8080. The default port for tomcat is 8080. You can either shut down tomcat service or switch to another port.
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$ mvn -pl :cloud-client-ui jetty:run
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To run a noredist management server:
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$ mvn -pl :cloud-client-ui jetty:run -Dnoredist |
NOTE : In case if BUILD process goes fine but, you are unable to access management server then please make sure that 8080 is opened in iptables.
To run awsapi app
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$ mvn -Pawsapi -pl :cloud-awsapi jetty:run |
Note: The following is a WIP tomcat-plugin feature, use the above jetty command for now.
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$ mvn org.apache.tomcat.maven:tomcat7-maven-plugin:2.0:run -pl :cloud-client-ui -am -Pclient
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Open the following URL on your browser to access the Management Server UI:
http://localhost:8080/client/
Or,
http://management-server-ip-address:8080/client
The default credentials are; user: admin, password: password and the domain
field should be left blank which is defaulted to the ROOT domain.
Warning | ||
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This feature is still being developed and tested, might not work as expected |
The agent simulator and marvin are integrated into build steps to help a developer ensure that some simple tests pass before making a commit. The developer environment needs to have Marvin installed for the integration-test to work: These tests are lightweight and should ensure that your checkin doesn't break critical functionality for others working with branch: master.
To run the basic tests please refer to the Marvin wiki section on checkin tests.
Warning | ||
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Follow the following wiki page for building specific versions of CloudStack from source code. |
Checkout Building where we document building process for specific version of CloudStack such as 4.0 oss/nonoss etc.
Use package.sh to build packages for linux systems that use rpms, like RedHat, CentOS and fedora.
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$ cd packaging/centos63
$ ./package.sh
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On Master:
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$ mvn install -P deps && dpkg-buildpackage
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Note |
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If you have compiled with additional flags (ex: -Dnoredist), you can get them packaged into the DEB by exporting those flags into the ACS_BUILD_OPTS prior to running dpkg-buildpackage. Example: mvn clean install -P deps -Dnoredist; export ACS_BUILD_OPTS="-Dnoredist"; dpkg-buildpackage or mvn install -P deps -Dnoredist -Dnonoss; export ACS_BUILD_OPTS="-Dnoredist -Dnonoss"; dpkg-buildpackage |
WIP: Package using deb profile (feature under development uses jdeb plugin, in https://github.com/bhaisaab/incubator-cloudstack/tree/debs-maven debs-maven branch):
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$ mvn package -P deb
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Following Building CloudStack section above.
Import the project as Maven project. Build with maven, set socket type debugger on port 8787, follow Building CloudStack section above.
See Using Eclipse With CloudStack
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$ mvn --projects='org.apache.cloudstack:cloudstack' org.apache.rat:apache-rat-plugin:0.10:check
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The output file is in ${project.build.directory}/rat.txt, by default in target/rat.txt
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$ mvn -P developer,systemvm,quality -Dsimulator -Dnoredist clean install clover:aggregate clover:clover
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The output coverage website is generated at target/site/clover/index.html
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$ mvn site
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Update the version number of the project
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mvn release:update-versions -DautoVersionSubmodules=true -Dnoredist -Pdeps,developer -DdevelopmentVersion=<version>-SNAPSHOT
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Releases can also be done using the release plugin. This plugin will automagically take care of setting the currect version (removing the -SNAPSHOT), making a tag in SCM and deploying the jars to the maven repository. This should only be executed by the release engineer. Maven assumes that once a version is released it will never change anymore and released binaries will never be updated, so any subsequent releases will have to bump the version number.
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mvn install -DskipTests=true |
Set commandline parameter -o to force maven to only use the local repository. This might trigger build failures if artifacts are not available locally, but might speed up the build process in some cases.
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$ mvn -o
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// Bash
export MAVEN_OPTS=-Xmx512m
// Windows
set MAVEN_OPTS=-Xmx512m
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The install-sys-tmplt script will need to be run (before you launch the management server). The example below is for XenServer, if you are using KVM or VMware use "-h" option to specify a different Hypervisor. The choice of the systemVM template from the download site is also Hypervisor specific. This script will place the systemVM image the secondary storage. The systemVMs (e.g. SecondaryStorageVM) are cloned from this image and with the systemv.iso that is built from the image the SystemVM is patched. The install-sys-tmplt script is meant to run in a production environment, and will fail if you run it from a development environment. Here are the step to run it from a development environment:
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# mkdir -p /etc/cloudstack/management/
# cp ./client/target/cloud-client-ui-4.3.0-SNAPSHOT/WEB-INF/classes/db.properties /etc/cloudstack/management/
# ./client/target/generated-webapp/WEB-INF/classes/scripts/storage/secondary/cloud-install-sys-tmplt -m /mnt/secondary -u http://jenkins.buildacloud.org/view/All/job/build-systemvm64-master/lastSuccessfulBuild/artifact/tools/appliance/dist/systemvm64template-master-4.6.0-xen.vhd.bz2 -h xenserver -F
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To enable remote debugging on a system go to the cloudstack-management file (for centOS 7 this file can be found under the following path: /etc/default/cloudstack-management).|
Add
-agentlib:jdwp=transport=dt_socket,server=y,suspend=n,address=5000
To the JAVA_OPTS:
JAVA_OPTS="-Djava.awt.headless=true -Dcom.sun.management.jmxremote=false -Xmx2g -XX:+HeapDumpOnOutOfMemoryError -XX:HeapDumpPath=/var/log/cloudstack/management/ -XX:PermSize=512M -XX:MaxPermSize=800m -Djavax.net.ssl.trustStore=/etc/cloudstack/management/cloud.jks -Djavax.net.ssl.trustStorePassword=vmops.com -agentlib:jdwp=transport=dt_socket,server=y,suspend=n,address=5000 "
Restart your management server (systemctl restart cloudstack-management).
You can now connect your java debugger on port 5000.
Add
JAVA_TOOL_OPTIONS="-agentlib:jdwp=transport=dt_socket,server=y,suspend=n,address=5000"
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