Developing software is something that requires a large amount of planning and an intense work ethic. When doing so at a business level, this becomes even truer. In reality, application development is not possible without understanding the DevOps lifecycle.
Let’s take a look at the DevOps lifecycle explained.
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The first phase of this cycle is continuous development.
This is where programmers will plan and code the software. This is also the stage in which the vision for the entire project is established.
As more and more code is written, programmers use version control tools in order to maintain it. This ensures that the program is always in its most current form across all platforms.
As the name suggests, this phase involves rigorous testing for bugs and other anomalies.
Even a minor flaw in functionality could come with a large number of different consequences. In context, this could involve eroding a relationship with the client or dealing with a large number of dissatisfied users.
Programmers will change the source code of an application on a regular basis.
In some circumstances, they could change the code every single day. Ongoing integration will ensure that all of these updates are pushed to the application. So, the new code is consistently integrated with code that already exists.
This is the only way to ensure that the user experience remains smooth and uninterrupted.
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This phase is when the application is sent to production servers. More specifically, this involves scheduling updates on relevant servers, releasing application deployments, and maintaining configurations on the servers.
If a program is not deployed correctly, it may be unusable or unable to satisfy the needs of the users. This phase also involves containerization, a process that aims to ensure that applications work correctly across different computers.
Without containerization, you run the risk of dealing with failure in the production environment.
This is one of the most important DevOps lifecycle phases of the entire cycle.
After an application is released, it’s imperative that you continuously monitor it. Even if the code of the application has been built perfectly, it’s still possible for issues to occur.
Catching and managing these issues before they evolve into something more serious could mean the difference between whether or not you avoid consequences. Over time, you’ll also be able to use the information you acquire in this phase to improve the quality of the application.
Understanding The DevOps Lifecycle Might Seem Difficult
The good news is that it’s not nearly as complicated as many people believe. The above information about the DevOps lifecycle will ensure that you understand everything you need to succeed in the future.
Looking for more tips that can help you out later on? Check out the rest of our blog for plenty of more useful information.