What You Need to Know About the CI/CD Process

CI/CD processes encompass software engineering approaches that are a part of the larger software delivery pipeline. Used effectively, they can help ensure that software is high quality, reliable, and safe and secure. Learn more about the CI/CD process and CI/CD tools.

Continuous Integration Overview

One of the key components of DevOps Automation, Continuous Integration (CI) refers to the automated process of building and testing code each time a change is made. These changes are then committed back to the central repository.

Each time changes are committed, it triggers a consistent, automated build and test process, which is often referred to as a “pipeline”. This process helps to report any defects found as code is being compiled and/or tested.

Learn more about Continuous Integration

A Look at How Continuous Integration Works

Continuous Integration streamlines the software development process by automating the integration of code changes from multiple contributors into a single project. It does this by splitting the code integration process into smaller, more manageableLLearn more about how Continuous Integration works.

How to Use Branching with Continuous Integration

Feature branching and continuous integration can be problematic. This article from JRebel looks at how to use a Jenkins plugin called Feature Branch Notifier to launch builds on different branches without causing a mess.

See how to branch with Continuous Integration.

How to Use Continuous Integration Build Servers With Helix Core

Build runners are at the center of Continuous Integration. It's important to choose the right one. Learn how— plus get tips for using it with version control (such as Helix Core).

See how to use CI build servers.

Learn more about build automation

How to Test for Memory Leaks in Continuous Integration Systems

Memory leaks are detrimental to an application, as they result in hangs, buffering, and crashes. For that reason, it is important to detect and fix memory leaks during the Continuous Integration process. 

Learn how to test for Memory Leaks in this TotalView Article

Continuous Integration Overview

One of the key components of DevOps Automation, Continuous Integration (CI) refers to the automated process of building and testing code each time a change is made. These changes are then committed back to the central repository.

Each time changes are committed, it triggers a consistent, automated build and test process, which is often referred to as a “pipeline”. This process helps to report any defects found as code is being compiled and/or tested.

Learn more about Continuous Integration

A Look at How Continuous Integration Works

Continuous Integration streamlines the software development process by automating the integration of code changes from multiple contributors into a single project. It does this by splitting the code integration process into smaller, more manageable tasks.

Learn more about how Continuous Integration works

How to Use Branching with Continuous Integration

Feature branching and continuous integration can be problematic. This article from JRebel looks at how to use a Jenkins plugin called Feature Branch Notifier to launch builds on different branches without causing a mess.

See how to branch with Continuous Integration

How to Use Continuous Integration Build Servers With Helix Core

Build runners are at the center of Continuous Integration. It's important to choose the right one. Learn how— plus get tips for using it with version control (such as Helix Core).

See how to use CI build servers

Learn more about build automation

How to Test for Memory Leaks in Continuous Integration Systems

Memory leaks are detrimental to an application, as they result in hangs, buffering, and crashes. For that reason, it is important to detect and fix memory leaks during the Continuous Integration process. 

Learn how to test for Memory Leaks in this TotalView Article

Learn How to Reduce Lead Time with Continuous Delivery

Speed is a crucial component of innovation. And for application developers, reducing lead time can mean the difference between the next big thing, and the second-best thing. In this article from Zend, they show how to reduce lead time via continuous delivery

See how to reduce lead time

The Benefits of Continuous Delivery

Continuous delivery is hugely beneficial – but that doesn’t mean implementation is easy. In this article from Zend, they look at common barriers and benefits to continuous delivery and how teams can best prepare for implementation.

Learn more about the benefits of Continuous Delivery

Advice From DevOps Experts on How to Make the Transition to Continuous Delivery

DevOps experts have a lot of opinions on the best way to deliver innovative software. In this white paper from Zend, they share their advice on transitioning to a continuous delivery model, and common mistakes teams make along the way.

See how to easily transition to Continuous Delivery

How to Use Jenkins to Create Continuous Delivery Pipelines

Using Jenkins to chain and visualize jobs can make creating a continuous delivery pipeline an easier feat. In this blog from Toomas Römer, he shows practical examples of the Jenkins plugins best used for specific continuous delivery situations. 

Checkout these Jenkins Pipeline examples

How to Use Continuous Delivery with Jenkins, Nexus, and LiveRebel

In this detailed guide from Toomas Römer, he shows an example of how to use Jenkins and Nexus to implement continuous delivery on a live chat application.

See how to use Jenkins and Nexus for Continuous Delivery

CI/CD Process Best Practices

Used together, CI/CD form the backbone of efficient software development and DevOps automation. By adopting CI/CD best practices for software development, you can improve the quality of your software.

Find out what are CI/CD best practices

Discover the Keys to a Strong CI/CD Pipeline

Only 43% of developers deploy on-demand or multiple times a day. But having a strong CI/CD pipeline is important. A fully optimized CI/CD pipeline saves time and eliminates manual errors. It makes a complicated process from development to delivery more efficient. 

Additionally, teams also benefit from faster feedback and increased visibility, and a CI/CD pipeline provides stability.

Learn about the keys to a strong CI/CD Pipeline

Learn How to Optimize Your Software Delivery Pipelines with CI/CD Process

Optimizing your delivery pipeline is important — whether it’s a CI/CD pipeline or not. That’s because you need to release more, faster. At the same time, teams are growing and projects are more complex. 

Learn how to enhance your pipeline to handle more code, files, and assets to accelerate your pipeline. 

How to optimize software delivery pipelines with the CI/CD process

Learn How to Build CI/CD Pipelines with Jenkins

Why is Jenkins important for CI/CD pipelines? Because Jenkins adds automation.

Find out why the best way to build effective CI/CD pipelines is to use Jenkins with Helix Core.

How to build CI/CD Pipelines with Jenkins

Learn More About Agile Development in CI/CD

Continuous Testing (CT) is an important addition to CI/CD, especially in Agile development. While serving slightly different objectives, these elements can actually integrate to assist the team to achieve high-velocity delivery of quality applications. 

Continuous Testing enables the promise of Agile development by automating all testing activities into every commit. Together, CI/CD/CT empowers development and testing for faster processes and delivery.

The 3 big Cs of Continuous Agile Development

How Branching Works Within CI/CD

Most organizations today have implemented some form of CI/CD to automate stages of development. Having a CI/CD branching strategy can help your teams integrate code easier and find bugs before they are released into production. Set up your pipeline for success with the right strategy.

Learn more about how branching works within the CI/CD Process

What Is the State of CI/CD in DevOps

In the current state of CI/CD, the majority of organizations have shifted to Continuous Deployment. However, quality remains an issue for many organizations, and teams continue to struggle with identifying real issues rather than false negatives. 

For that reason, many teams have adopted automation to help ensure the success of their CI/CD Pipelines. Learn more about current issues faced by teams trying to implement CI/CD, and how the market is responding. 

A reflection on the state of CI/CD DevOps

Learn How to Pair Static Analysis with CI/CD Pipelines

Static analysis tools — like Klocwork for C, C++, C#, Java, JavaScript, Python, and Kotlin — inspect your source code to identify defects, errors, and compliance issues as you code. What’s more, these tools can be easily and effectively integrated into your CI/CD pipeline to help ensure that no vulnerabilities are added as your codebase grows. This makes static analysis an essential part of any CI/CD pipeline.

Find out how to pair your static analysis tool with your CI/CD Pipeline