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Ci Jenkins Git Slide: Jenkins-Ci Explained

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Jenkins-CI is an open-source Continuous Integration (CI) and Continuous Delivery (CD) platform that is used to automate the building, testing, and deploying of software applications. By automating key parts of the build process, Jenkins-CI frees up development and PDev teams to focus on other areas of the business while feeling secure knowing their applications are running safely and reliably. In this article, we’ll cover all the basics of using Jenkins-CI, from setting up to creating automated builds, integrating tests, and troubleshooting common issues.

Overview of Jenkins-Ci

Jenkins-CI is a build automation platform designed to make software development easier and faster for developers. The tool features an intuitive point-and-click interface that allows users to quickly and easily set up automated CI/CD pipelines. Jenkins-CI builds applications from source code by taking these steps: retrieving the source code from a repo, compiling the source code into executables, running unit tests in the compilation phase, integrating with external testing suites and validating test results, pushing the application to a staging environment, and finally releasing the code.

Jenkins-CI also provides a wide range of plugins that can be used to extend the platform’s capabilities. These plugins allow users to customize their CI/CD pipelines to fit their specific needs. Additionally, Jenkins-CI provides a comprehensive set of APIs that can be used to integrate with other tools and services, such as source control systems, issue tracking systems, and deployment tools.

Advantages of Using Jenkins-Ci

Using Jenkins-CI offers a variety of benefits over alternative build automation systems. Some of its advantages include:

  • Easily integrates with other systems such as version control systems.
  • Allows you to easily add new stages or environments throughout the build cycle.
  • Built-in features for code inspection, test automation and surefire setups.
  • Can run in both cloud-based and on-premise environments.
  • Allows for distributed builds to lower build times and take advantage of multiple resources.

In addition, Jenkins-CI is highly customizable and can be tailored to fit the specific needs of any project. It also offers a wide range of plugins to extend its functionality, making it a great choice for any development team.

Setting Up Jenkins-Ci

Before getting started with Jenkins-CI, you’ll need to set it up. The first step is to install Jenkins on your systems or in the cloud. You can find instructions for downloading and installing Jenkins on their website. Jenkins’s install process is simple, but it is important to note that it requires the Java 8 Runtime Environment (JRE 8) to run. Once Jenkins has been installed, you can access it through its web interface and begin configuring your builds.

When configuring your builds, you can set up different jobs to run at different times. You can also set up triggers to run jobs when certain conditions are met. Additionally, you can configure Jenkins to send notifications when builds fail or succeed. This allows you to stay up to date on the status of your builds and take action if necessary.

Establishing a Build Environment

Once Jenkins has been installed, you’ll need to create a build environment. This includes configuring the appropriate environment variables and programming language runtimes. Different languages require different runtimes and configurations. For example, if you’re working with Java, you’ll need to have a JDK installed. Special care should be taken to properly configure these environments to ensure that the maven repository references are correct and that environment variables are properly set. Failing to set these values correctly could result in build failures.

Configuring Source Code Management

Once the build environment is set up, it’s time to configure source code management. This can be done through a variety of AVCS systems such as GitHub, BitBucket or Subversion by adding credentials and repository references within Jenkins. To ensure reliability, each repository should be configured correctly so that the appropriate hook is configured at each commit or merge operation. Additionally, you should specify any branches or tags that should be included in the build.

Connecting to Git Repositories

The next step is to configure your Git repository access. This requires setting up credentials for pulling code from Git or for pushing updated code back to the repository when builds pass or fail. You will also need to specify whether the repo should be accessed using HTTPS or SSH, as well as any signs of acceptance (OOA) checks necessary before pushing code back to the repository after builds complete.

Creating Automated Builds

Once the environment is ready and all necessary credentials have been established, you can create automated builds. This can be done by defining stages in the pipeline which contain instructions for how the build should be completed and executed. Text instructions, shell scripts, and config files can all be used to configure builds within Jenkins. When setting up builds, it’s important to remember that the code is compiled, tests are run and errors are reported.

Setting Up CI/CD Pipelines

Once your builds are configured, you can set up CI/CD pipelines that allow you to move your code through multiple stages of development. This involves configuring tools for testing, QA, performance monitoring and deployment — as well as setting up the appropriate connections between any external services such as Docker or Kubernetes. When configuring pipelines, it’s important to ensure that each stage is properly configured so that code flows smoothly through each environment.

Integrating Tests with Jenkins-Ci

While integrating tests with Jenkins is an essential part of building reliable software applications, it can also be a difficult endeavor. To ensure your tests are executed correctly, you should configure testing suites such as PHPUnit or JUnit in your Jenkins instance so that proper test suites are available when running builds. Additionally, you should add step definitions in the pipeline that allow tests to be included in the build process so that they can be evaluated and monitored over time.

Monitoring the Status of Your Builds

Once your builds are configured and running properly, it’s important to monitor them for anomalies or errors. You can monitor your builds using tools such as Nagios or New Relic in order to get feedback about build health and performance. Additionally, most versions of Jenkins have built-in graphical tools for monitoring builds over time so you can quickly identify when something has gone wrong during a build.

Troubleshooting Common Issues with Jenkins-Ci

While using Jenkins CI is generally straightforward, problems can arise from time to time. It’s important to keep a few best practices in mind when troubleshooting issues with your CI/CD pipeline:

  • Review your pipeline regularly and ensure that all steps are running as expected.
  • Check your system logs regularly for any errors or warnings related to builds.
  • Monitor usage patterns within Jenkins and make sure none of them are out of the ordinary.
  • Check your configuration files in case changes were made without your knowledge.
  • If all else fails, try restarting Jenkins in case something isn’t working correctly due to an unexpected crash or an upgrade.


Jenkins CI is an invaluable tool for automating the build process within software development. With its intuitive interface and ability to integrate with various third-party tools, it allows developers to focus on their work without worrying about the underlying complexities of the software development process. By following best practices for troubleshooting and maintaining your Jenkins CI pipelines, you can maintain high levels of reliability and performance within your codebase.

Nisha Kumari

Nisha Kumari

Nisha Kumari, a Founding Engineer at Bito, brings a comprehensive background in software engineering, specializing in Java/J2EE, PHP, HTML, CSS, JavaScript, and web development. Her career highlights include significant roles at Accenture, where she led end-to-end project deliveries and application maintenance, and at PubMatic, where she honed her skills in online advertising and optimization. Nisha's expertise spans across SAP HANA development, project management, and technical specification, making her a versatile and skilled contributor to the tech industry.

Written by developers for developers

This article was handcrafted with by the Bito team.

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