What Does a DevOps Pipeline Mean? Overview, resources, use, and more
The catchy name comes from the famous application design philosophy known as DevOps, which unites development and operations. DevOps words are numerous, though, so it can be useful to occasionally take a closer look at one of them and delve deeper into it. We can improve our overall knowledge of a topic like DevOps by breaking it down and concentrating on one component at a time. This helps us make the most of the process.
In order to better understand DevOps, we’re going to look at pipelines in DevOps. What is a pipeline in DevOps? is the topic of this article. We’ll also go over the DevOps pipeline’s elements, stages, and phases, and even spend some time explaining how the Azure DevOps pipeline works.
What Does a DevOps Pipeline Mean?
The collection of automated procedures and instruments known as a DevOps pipeline is used by the development and operations teams to compile, assemble, test, and deploy software code more quickly and easily. The word “pipeline” doesn’t quite match because it’s more like an assembly line. Continuous assembly, for instance, takes place during the production of a vehicle. The chassis is first constructed, then the engine, doors, tyres, seats, and instrument panel are added, and finally, the exterior paint is applied.
This is how the DevOps pipeline operates: after writing the code, tests are performed to look for flaws, typos, and redundancies. After addressing the problems with fixes and patches, DevOps teams test the products once more before making them available to users.
The Phases of a DevOps Pipeline: What is a DevOps Pipeline?
It’s time to examine the phases, or stages, of the pipeline now that we are familiar with the DevOps pipeline’s components.
Develop: The source code integration takes place when the developers write the software code and send it into the source control repository.
Build: The application is constructed in the following stage using the integrated source code from the source code repository of the previous phase.
Testers run various tests (functional, system, and unit) on the build produced in the previous stage during this phase. If testing turn up problems, the developer is contacted to fix them.
Deploy: The deployment of the final version is done during this stage after the setup and configuration of the production environment.
What Continuous Integration and Continuous Delivery (CI/CD) Are All About
The DevOps pipeline’s two main components are these two tools, which, as we’ve seen, account for two of its seven elements. CI/CD collaborate to design a process that will help cut down on the time and money needed for an app development project.
The word “continuous” is key to understanding both ideas. The central repository can be updated frequently with code changes thanks to the continuous integration feature, which also speeds up the merging process. Additionally, it makes finding bugs for the team simple.
The incremental delivery of the software and its updates into production is handled by the continuous delivery stage. By improving the feedback loop, this phase increases the frequency of releasing new updates and additions and encourages consumer interaction.
From the perspective of application portfolio management, managing CI/CD pipelines Application portfolio management (APM) enables businesses to transition digitally and boost revenue. APM is especially helpful for businesses that struggle to sustain their current portfolio while integrating modern technologies and techniques.
When CI/CD and APM are combined, an organisation gains the improved accuracy, speed, and agility of the former as well as the improved business value of the latter.