Pushing with default settings: mvn -Pdocker deploy mvn clean install -Pdocker,dev -DskipTestsĪgain, don't forget the console profile if the Web Console image is needed: mvn clean install -Pdocker,dev,console -DskipTests You can also skip unit tests to speed things even more. If you want to speed up the build process you can ask Maven to ignore -SNAPSHOT updatesįorce it to use only locally present artifacts with the dev profile. Just like building Kapua from the source code, also add the console profile to generate the Web Console docker image: mvn clean install -Pdocker,console In order to build Kapua Docker images yourself, execute Maven build with docker profile enabled: mvn clean install -Pdocker The latest snapshots of images are updated every 15 minutes. Kapua Docker images are hosted under Kapua DockerHub account.
Red Hat CI server checks for code changes every 15 minutes and pushes updated version We also use CI server sponsored by Red Hat to automatically push latest Docker images to all tests pass) after you commit any changes into develop branch.
Please be sure that both environments are "green" (i.e. Kapua is running CI builds in the following public environments: To build documentation, run gitbook build from either docs/developer-guide/en or docs/user-manual/en Continuous integration You first install brew using the instructions on the Brew website.Īfter you installed brew you can install npm by: brew install npm The easiest way would be through brew brew This is what you should do if you are using Fedora 24+.
If you don't have npm installed then you would need to install it first. To install gitbook run $ npm install -g gitbook-cli If you only want to run Kapua locally for testing you can speed up the buildīy using: mvn clean install -Pdev -DskipTests=trueĪgain, add the console profile as well if needed: mvn clean install -Pdev,console -DskipTests=trueīefore you can build documentation, you need to install gitbook gitbook
You can run the Kapua full build issuing the command: mvn clean installĭon't forget to also add the console Maven profile if you are interested in building the Web Console as well: mvn clean install -Pconsole We use gitbook to build the documentation. 4.0.0 com.vogella 1.0-SNAPSHOT pom UTF-8 11 11 junit junit 4.12 test use Apache Maven as the build tool of choice. 4.0.0 com.vogella 1.0-SNAPSHOT pom UTF-8 11 11 junit junit 4.11 test first UTF - 8 11 11 (1) maven - surefire - plugin 2.22. Compiling 1 source file to /home/vogella/temp//target/classes Changes detected - recompiling the module! maven-compiler-plugin:3.8.0:compile (default-compile). skip non existing resourceDirectory /home/vogella/temp//src/main/resources Using 'UTF-8' encoding to copy filtered resources. maven-resources-plugin:3.0.2:resources (default-resources). ĭownloaded from central: (2.3 kB at 7.1 kB/s)
If the packaging type is pom, Maven does not create anything for this project, it is just meta-data. If a new version of the project is build, this version should change so that consumers can see that a different version is used. If you generate a new project via Maven this is also used as root folder for the project. This is normally a reverse domain name or the name of an open source project.įor the generation of new projects, the groupId also defines the package of the main class.ĭefines the unique name of the project within the groupId. Coordinate attributes Nameĭefines a unique base name of the organization or group that created the project. These attributes are explained in the following table. A Maven project uses the groupId, artifactId, version (also knows as GAV) and the packaging property to uniquely identify a Maven component.