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Developer's Guide April 29, 2024

CI/CD Pipeline Integration for Liferay with Jenkins: Developer’s Guide

Writen by Mahipalsinh Rana


CI/CD Pipeline Integration for Liferay with Jenkins

What is a CI/CD pipeline?

Software development with Continuous Integration and Continuous Delivery(CI/CD) is quite essential tool for gaining automation, speed up, and reliability of application deployment. The Jenkins tool is an example of the kind of automation that has made the process faster by running build activities like testing, packaging, and deployment without input.

However, It is not less urgent to use CI/CD pipelines for Liferay if you are involved in the development of applications with this platform – it is designed to build strong digital experiences. Liferay is a particularly powerful portal software for enterprises and intranets due to its high scalability as well as a secure information management system, which makes it the number-one choice when it comes to business portals.

In this guide, we will be covering how to set up a Liferay CI/CD pipeline using Jenkins, thus delivering developers as well as development teams great advantages through smoother workflows and assurance that the applications shall continually meet the highest quality standards.


  • Jenkins: Self Hosted, or higher installed on a dedicated server or virtual environment.
  • Git: Repository hosting the source code, accessible over SSH or HTTPS.
  • Liferay: Established instances for development, staging, and production.
  • Maven/Gradle: Build tools configured for use with Liferay modules.
  • SonarQube: For continuous code quality monitoring, optionally integrated.

Understanding CI/CD Pipeline Integration

#1. Explanation of CI/CD pipeline and its components

  • A CI/CD pipeline is a sequence of actions in software production that help developers bring updates with higher frequency and stability.
  • “CI” which means Continuous Integration, represents an approach whereby code changes are automatically tested and merged into a central repository or storeroom.
  • This helps to prevent code integration errors, especially those that may arise when new code that is not well fused with the code base is run. Such issues are often detected using automated tests to enable early detection.
  • “CD” can be recognized as a kind of Continuous Delivery, which automates the process of delivering applications to any selected integrated infrastructure environment.
  • Generally, a typical CI/CD pipeline has stages that include building where the application is built, testing where the code is automatically checked for errors, and deploying where the application is made available such as production systems.

#2. Benefits of integrating CI/CD into Liferay development workflow

Adoption of a CI/CD pipeline as a part of the Liferay project development process helps to address several issues.

It is the source of faster release cycles which enables the teams to bring the features and forks of their respective projects into the market quickly.

This automation enables a significantly reduced number of manual errors in sectors such as the deployment and testing of applications.

Besides that, it guarantees homogeneity through the standardization of development activities, as the process of automation is well-defined and consistent.

Consequently for Liferay as a robust platform for conventional business purposes, this entails improvement of stability and speed of response to the dynamic market and user`s needs.

#3. Overview of Jenkins as a popular CI/CD tool

Jenkins is one of the most commonly used open-source automation servers, and the CI/CD pipelines are its common related practice.

Liferay gives developers more than a hundred plug-ins aimed at creation, deployment, and automation, so it is heavily flexible, and a huge number of different technology stacks can be used, among them Liferay.

Jenkins is an open-source application that allows automated testing and deployment along with integrations with multiple protocols, while it powerfully supports scripting languages.

The instrument is irreplaceable in the CI/CD pipeline because of its capability to sequence complicated operations, automate tasks, and manage environments. Its value increases particularly when optimizing the long rollback process for smooth and quick deployments of Liferay applications.

Learn More | Python Concurrency: Multithreading and Multiprocessing

Setting Up Jenkins for Liferay Projects

  • Installation and configuration of Jenkins

To set up Jenkins for Liferay projects, start by installing Jenkins on a server. Jenkins can run on various operating systems including Linux, Windows, and macOS. Here’s a straightforward way to get Jenkins up and running:

Download Jenkins: Go to the Jenkins official website and download the Jenkins War file or use native system packages.

Installation: For most users, installing Jenkins as a service on the system is recommended, which starts Jenkins automatically at boot time.

Initial Setup: Launch Jenkins through your browser using `http://yourserver:8080`. The first time you access Jenkins, it will ask for an initial admin password, which you can find in the Jenkins home directory (e.g., `/var/lib/jenkins/secrets/initialAdminPassword`).

Install Plugins: During setup, you can install commonly recommended plugins. For Liferay, you might need specific plugins, which we’ll discuss next.

Configure System: Set up your JDK, Maven, and other tools under “Manage Jenkins” and “Global Tool Configuration”.

  • Creating a new Jenkins pipeline for Liferay projects

After installation and basic configuration, you can create a Jenkins pipeline specifically for your Liferay projects:

Create New Item: In Jenkins, select “New Item” from the main dashboard, then choose “Pipeline” and name your project.

Pipeline Configuration: Configure the pipeline to fetch code from your source control (like Git). You can write the pipeline script directly in Jenkins or point Jenkins to a Jenkinsfile in your repository.

Scripting the Pipeline: Use Groovy to script your pipeline phases such as `Build`, `Test`, and `Deploy`. For Liferay, ensure that the script includes steps for building Liferay plugins or modules, running Liferay-specific tests, and deploying to a Liferay environment.

  • Integrating necessary plugins for Liferay development

Jenkins has many add-ons to help it work well with Liferay: Jenkins has many add-ons to help it work well with Liferay:

Code Storage Plugins: Such as Git, yun can utilize this to travel between different tabs without losing progress.

Building and Testing Tools: Plugins such as Maven and Gradle are more commonly encountered in the creation of Liferay.

Liferay Jenkins Add-on: It is also good for people working with Liferay, as it enables them to perform maintenance tasks like employing a test Liferay setting.

Item Storage Plugins: Such as Artifactory or Nexus, an organizer that should be used for storing related build items.

Putting in Plugins: To do it properly, disassembling items for testing on a dev Liferay server first and then rebuilding them again on a main Liferay server later is an approach that should be taken.

After you have carefully installed Jenkins with exciting add-ons and a supporting structure of settings for Liferay tasks, you can automate CI/CD activities (build, test, and deployment), smoothing the entire development process.

Configuring CI/CD Pipeline for Liferay Projects

Creating a Continuous Integration/Continuous Deployment (CI/CD) pipeline for projects in Liferay using Jenkins requires several stages to be addressed and observed so that the cycles of development, testing, and deployment can be done effectively.

#1. Defining Stages and Steps in the Jenkins Pipeline

Pipeline Stages

  • A Jenkins pipeline for Liferay projects typically consists of several stages: A Jenkins pipeline for Liferay projects typically consists of several stages:
  • Source Code Checkout: Following that, you will need to check out the most recent code from the source control system like Git.
  • Build: Concat Liferay project file and generate artifacts pertaining to it (e.g. WAR files).
  • Unit Testing: The process of running unit tests to make sure the code is validated against known states is called validation.
  • Integration Testing: Set the application in a similar like to production and carry on integration testing.
  • Deployment: Include automatic application of the Liferay project on different environments (dev, test, staging, production).
  • Post-Deployment Testing: For instance, ensure that smoke and sanity testing procedures are also done in the deployment environment.
  • Cleanup: Tidy up the construction and test zone and then.

Pipeline Configuration

A Jenkinsfile should be used to lay down the pipeline’s configuration actions. This file will include the mentioned phases and identify the set of activities to be performed in each step.

#2. Setting Up Automated Builds, Tests, and Deployments

  • Automated Builds: Configure Jenkins to build the Liferay project automatically upon each commit to the repository or on a schedule. Use build tools like Maven or Gradle configured within Jenkins.
  • Automated Tests: Integrate testing frameworks (e.g., JUnit for unit testing) into your pipeline. Ensure that tests run automatically during the pipeline execution.
  • Automated Deployments: Liferay application can be automatically deployed through the scripts or models integrated with Jenkins. Various environments can be targeted. You can utilize tools such as Docker for containerization and Kubernetes for orchestration in case you are deploying in these kind of environment spaces.

#3. Implementing Best Practices

Source Control Management: Use branches effectively for features, bugs, and releases. Employ pull requests for code review.

Environment Consistency: Keep development, testing, and production environments as consistent as possible. This reduces the chances of environment-specific bugs.

Pipeline as Code: Store the Jenkinsfile and any scripts in source control. This practice enables versioning and history tracking of the pipeline itself.

Feedback Loops: Configure Jenkins to notify developers and stakeholders about the success or failure of builds and deployments. This can be done via email, Slack, or other messaging systems.

Security and Compliance: Ensure that your pipeline complies with security policies. Include security scans and compliance checks as part of your pipeline stages.

Scalability and Performance: Optimize build times and resource usage. Consider parallel execution of tests, efficient artifact management, and caching strategies.

By following these guidelines, you can set up a robust, efficient, and scalable CI/CD pipeline for Liferay projects, enhancing your team’s productivity and the reliability of your Liferay applications.

Automating Liferay Deployment with Jenkins

1. Executive Summary

The main purpose of this document is to step-by-step show how to set up an advanced CI/CD pipeline for Liferay applications with Jenkins, so it is possible to speed up the process of code deployment across different environments and as well as following the most accepted practices in the use of continuous integration and delivery.

2. Prerequisites
  • Jenkins: This also requires and Self Hosted, where a single dedicated server or virtual environment is used.
  • Git: Repository which is with the source code and fully accessible over SSH or HTTPS.
  • Liferay: Established fiscal relationships for development, staging, and production.
  • Maven/Gradle: Create gears adjusted to run within Liferay modules.
  • SonarQube: On the code quality monitoring side, it could be optionally integrated or integrated.
3. Jenkins Configuration

3.1 Plugin Installation

Install and configure the following essential Jenkins plugins: Install and configure the following essential Jenkins plugins:

  • Git Plugin: Secures code checkout/ authentication, a SSH git files.
  • Maven/Gradle Integration Plugin: Creates home-building products.
  • Pipeline Plugin: Supports pipeline definition through the utilization of Groovy-JavaScript plugins.
  • SonarQube Scanner: The framework enables the use of static code analysis in the pipeline.

3.2 System Settings

Configure Jenkins with the necessary system settings: Configure Jenkins with the necessary system settings:

  • Global Tool Configuration: Determine paths to JDK, Maven/Gradle, and use those tools.
  • Credentials: Take care of the secrecy of the credentials for source control and deployment; store and manage these credentials securely.
4. Pipeline Design

4.1 Jenkinsfile Creation

Build a Jenkinsfile for initializing and describing the pipeline as a code that is stored at the root of the repository. The outline of the Jenkinsfile should cover functional stages such as build, test, quality analysis, and release, including error handling and notification abilities.

Sample Groovy code

4.2 Advanced Features

  • Parallel Execution: Make a collocated and concise building process with all the associated steps.
  • Manual Triggers: Deployments to the next stages should undergo approval to fully guarantee they are tested and ready.
  • Dynamic Environments: The application of scripted pipeline syntax for tackling complex deployment cases will give you the edge over your competitors.
5. Deployment Strategies

5.1 Environment Setup

Describe the deployment setup for each environment (Development, staging, production) including Server configurations, networking layouts, and detailed deployment scripts.

5.2 Rollback Procedures

Provide Jenkins roles by which we set the rollback procedures in place and we use Jenkins to revert its failed deployment.

6. Monitoring and Reporting

6.1 Log Aggregation

The interface is to be linked with aggregation tools of log like ELK Stack or Splunk for maintaining logs in real-time and diagnostics.

6.2 Performance Metrics (optional)

Install databases like Prometheus and Grafana on managers that help to track application health and responsiveness after deployment.

7. Security Considerations

Underline the security practices, including regular vulnerability scans, secured app passwords, and the use of HTTPS for data transmission.

8. Building a process with the help of Jenkins

To create a pipeline in the Jenkins Classic UI: To create a pipeline in the Jenkins Classic UI:

Log into Jenkins

  • In the Dashboard, new Item, click.
  • Type the supplied item name and choose Pipeline from the dropdown list of product types. Click OK

  • In the Pipeline configuration page, click the Pipeline tab. Under Definition, select the option Pipeline script.
  • Type your Pipeline code in the text area, as shown below.


  • Click Save. The Pipeline project/item view page appears. Click Build Now.

We’ve launched a pipeline using the pipeline script you provided:

  • Access details for your pipeline by clicking Build History and selecting the pipeline.
  • See full output from the pipeline run by clicking Console Output.

Note: This document provides a comprehensive guide for setting up a robust CI/CD pipeline using Jenkins for Liferay projects. It is tailored to meet the needs of an organization aiming to optimize its deployment processes and ensure high standards of quality and reliability in its software development lifecycle.

Monitoring and Managing CI/CD Pipelines

Observing and maintaining CI/CD pipelines become the key processes that allow the smooth and fluid execution of development and deployment processes. This is for Jenkins where software like Liferay uses it often to automate the pipelines as a strategy. A few strategies and tools can be practiced to monitor, manage, and troubleshoot effectively the pipelines.

Monitoring Jenkins Builds and Deployments

Dashboard Views

Jenkins is equipped with a graphical interface that makes it easy for you to monitor all the pipelines that are in action. Custom dashboards can be configured in an open source platform like Dashboard View which contains many plugins are offer advanced options to create long tailed or project focused pictures of your pipelines and look at their progress and health status.

Real-Time Monitoring

Such as Build Monitor Plugin or Blue Ocean and take advantage of plugins plugins as those to obtain a more visual and real-time view of the build process. These tools provide not only information on which parts of the pipeline are currently active, getting ready to operate, or failed, but they also show those parts of the pipeline that have been closed for success or failed.

Logs and Artifacts

Each job in Jenkins will have a log and artifact usable for future inspections. Easier socket output management is a key point. A socket or file can be where your pipeline could store these outputs if the diagnosis is required after the build.

Managing and Troubleshooting CI/CD Pipeline Failures

Immediate Feedback

Ensure that developers receive immediate feedback if a build or deployment fails. Jenkins can be configured to send notifications via email, Slack, or other messaging platforms whenever a pipeline fails.

Root Cause Analysis

This information is useful to find the cause of the problem which is the first step to ensure successful deployment. Search for the most usual and easy-to-notice failure signs, like compilation problems, failed testing procedures, or any faulty calls to deployment scripts. The Log Parser Plugin for instance is a plugin that serves that purpose by emphasizing these errors and warnings in the console.


If the pipeline is sufficiently long to use the feature of restarting the job from the stage where a failure occurred instead of from the beginning, then add that feature. It can be executed using the Jenkins Pipeline plugin, which is used later for configuration.

Implementing Logging and Alerting Mechanisms

System-level Monitoring

Implement system-level monitoring tools like Prometheus, Grafana, or Nagios to monitor the Jenkins server’s health, including CPU usage, memory consumption, and disk space. This helps in understanding the resource needs and potential bottlenecks of your CI/CD environment.

Logging Integration

Integrate comprehensive logging solutions such as ELK (Elasticsearch, Logstash, Kibana) stack or Splunk. These tools can aggregate logs from various parts of your pipeline and provide advanced search capabilities, which are invaluable for troubleshooting and historical analysis.

Proactive Alerting

Configure alerting mechanisms using the monitoring tools mentioned above. Set up alerts for critical events such as failed builds, high resource utilization, or downtime of the Jenkins server. This proactive approach allows teams to respond quickly before they impact the broader team or production environments.

Audit Trails

Maintain an audit trail of all changes and deployments. This not only helps in troubleshooting but also complies with regulatory requirements. Jenkins can be configured to keep records of all user actions and changes.

Continuous Improvement

Feedback Loops

Implement feedback loops where developers and operations teams can suggest improvements to the CI/CD process based on their experiences and pain points.

Regular Reviews

Conduct regular pipeline reviews to identify bottlenecks or redundant steps that can be optimized. Use metrics and data collected from your monitoring tools to drive these discussions.

By effectively monitoring and managing your CI/CD pipelines, you can significantly reduce downtime, improve the efficiency of your development and deployment processes, and ultimately deliver higher-quality software products more reliably.


In conclusion, effectively monitoring and managing CI/CD pipelines is crucial for maintaining a smooth and efficient software development lifecycle, particularly when working with complex projects like Liferay in a Jenkins environment.

By utilizing comprehensive dashboards for real-time monitoring, implementing robust logging and alerting systems, and actively managing pipeline failures through systematic troubleshooting, organizations can greatly enhance the stability and reliability of their deployment processes.

One Reply to “CI/CD Pipeline Integration for Liferay with Jenkins: Developer’s Guide”

Java Application Monitoring with OpenTelemetry – DevStackTips

May 7, 2024

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