Jenkins use local maven repo to jobs

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If not found it will be checked on the master. There are two locations where a settings. If both files exists, their contents gets merged, with the user-specific settings. If auto-install is disabled, the JDK will be downloaded and made available for the pipeline job.

Note: This option does not work with docker. If auto-install is enabled, maven will be downloaded and made available for the pipeline job. The upside of this is that you can save the disk space, the downside is that the repository is not multi process safe and having multiple builds run concurrently can corrupt it.

Additionally builds could interfere with each other by sharing incorrect or partially built artifacts. For example, you might end up having builds incorrectly succeed, just because your have all the dependencies in your local repository, despite that fact that none of the repositories in POM might have them. The container-based approach also suits well the microservices architecture that gained significant momentum in the past few years. Building and packaging an application needs an environment that can download the source code, access dependencies and has the build tools installed.

Running unit and component tests as part of the build may use local ports or require third party applications databases, message brokers, etc… running somewhere. At the end, we usually have multiple pre-configured build servers each running a certain type of job. Build environments can be started and configured for each job execution independently. Tests during the build have free rein to use available resources in this isolated box, while we can also bring up a third party application in a side container that only exists for the lifecycle of this job.

This blog is based on a real world solution we put together for a project recently running on a Red Hat OpenShift v3. OpenShift is the enterprise ready version of Kubernetes so these practices work on a k8s cluster as well. The build is queued until the agent node comes up and picks up the build.

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Project configuration - Build Triggers Once we have told Jenkins where to find the source code for our application, we need to tell it how often it should check for updates. We want Jenkins to monitor the repository and start a build whenever any changes have been committed. This is a common way to set up a build job in a Continuous Integration context, as it provides fast feedback if the build fails. Other approaches include building on regular intervals for example, once a day , requiring a user to kick of the build manually, or even triggering a build remotely using a "post-commit" hook in our SCM.

In a freestyle build job, we can break down our build job into a number of build steps. This makes it easier to organize builds in clean, separate stages. For example, a build might run a suite of functional tests in one step, and then tag the build in a second step if all of the functional tests succeed.

In technical terms, a build step might involve invoking an Ant task or a Maven target, or running a shell script. For now, we just want to run a simple Maven build. Scroll down to the Build section and click on the "Add build step" and choose "Invoke top-level Maven targets". Then enter "clean package" in the Goals field. This setup will delete any previous build artifacts, compile our code, run our unit tests, and generate a JAR file.

In other words, mvn clean package will remove the target folder, compile our code and also package it. For example, if our pom says the project is a jar, it will create a jar for us when we package it and put it in the target directory by default.

Note that mvn clean install will compile and package, but it will also put the package in our local repository. By default, this build job will fail if the code does not compile or if any of the unit tests fail. That's the most fundamental thing that we'd expect of any build server. But Jenkins also does a great job of helping us display our test results and test result trends.

Jenkins understands this format, so if our build produces JUnit XML test results, Jenkins can generate nice graphical test reports and statistics on test results over time, and also let us view the details of any test failures. Jenkins also keeps track of how long our tests take to run, both globally, and per test-this can come in handy if we need to track down performance issues.

When Maven runs unit tests in a project, it automatically generates the XML test reports in a directory called surefire-reports in the target directory. Another thing we often want to do is to archive our build results. Save Running Jenkins builds in containers Running applications in containers has become a well-accepted practice lately in the enterprise sector as Docker with Kubernetes provides a scalable, manageable application platform.

The container-based approach also suits well the microservices architecture that gained significant momentum in the past few years. Building and packaging an application needs an environment that can download the source code, access dependencies and has the build tools installed. Running unit and component tests as part of the build may use local ports or require third party applications databases, message brokers, etc… running somewhere. At the end, we usually have multiple pre-configured build servers each running a certain type of job.

Build environments can be started and configured for each job execution independently. Tests during the build have free rein to use available resources in this isolated box, while we can also bring up a third party application in a side container that only exists for the lifecycle of this job. This blog is based on a real world solution we put together for a project recently running on a Red Hat OpenShift v3.

OpenShift is the enterprise ready version of Kubernetes so these practices work on a k8s cluster as well.