Maintaining product quality in this fast-changing world is critical when many firms have adjusted their mindset for faster and continuous delivery. Every firm in the software development lifecycle should prioritize quality since it gives the best customer experience. As a result, a high-quality product will always increase customer satisfaction.
So, when professional software developers and operations teams started working together, someone had to have a breakthrough idea. “Why don’t the QA and Ops teams collaborate as well?”
That’s what led to the combination of QA and Ops, which has become a new trend in the software testing industry known as QAOps. When we have to deliver a quality-driven project on schedule, QAOps takes over.
The notion of QAOps has made its way into the software industry, thanks to the rapid increase and adoption of DevOps methodology, which makes the development process easier and more efficient. In a nutshell, QAOps is QA and IT operations teams collaborating to provide high-quality software in a shorter amount of time. QAOps bridges the gap between QA and development teams in the software development process, allowing better communication and team bonding.
QAOps Framework: An Overview:
In other words, QAOps seeks to improve the software delivery process by making it faster and more stable while maintaining the quality of your website or online application. A QAOps framework, in technical terms, combines QA processes into software operations to create a more smooth and integrated operational software model. The QAOps architecture connects the Software Development Lifecycle (SDLC) process with QA processes, automation, and a QA Reporting dashboard. In a word, QAOps takes the basic ideas from continuous testing in DevOps, such as CI/CD, and applies them to the QA process by bringing together siloed teams to work on the pipeline.
QAOps Process Life Cycle:
QAOps, as we all know, is all about integrating the QA process to improve product quality. QAOps makes considerable use of continuous testing ideas such as CI/CD pipelines and is divided into three phases as follows:
The trigger step of the QAOps life cycle is crucial. This phase is completed by writing the relevant tests once the software has been integrated into the CI/CD pipeline.
The trigger step is designed to generate appropriate test cases for verifying the product’s technical functionality without wasting time on ineffective tests. This is why, to save money, companies should schedule their testing time.
While creating the trigger phase, keep the following factors in mind:
- Plan out the tests at the beginning.
- Take into account any form of testing that includes integration testing.
- Implement code verification and deployment tests.
After the trigger phase has been approved, the execution phase begins. This step includes framework and software quality testing to ensure that developers have everything they need to provide the desired results.
During the development life cycle, the following are some of the essential aspects that influence execution planning:
At the start of the process, parallel testing is performed.
- Choosing the proper support for all integration tests
- Examining the overall scalability of the process
- Assuming that the tests are carried out in the proper sequence
- distributing the execution test effort across several departments
They ensure that the frameworks and infrastructure are in place to ensure that the entire process runs smoothly.
The report stage of the QAOps life cycle summarizes the results of the trigger and completed phases. The whole process brief is created with a detailed description as a final report. Stakeholders will be able to compare and analyze it in the future.
To acquire a deeper understanding of the report, the team should concentrate on the following essential areas:
- Concentrate on the root reason for the numerous stages required.
- Access to specific results faster and with less uncertainty
- At any moment, you can access your report.
- A high-level overview and a thorough look at the entire project
- While dealing with a large volume of data, testing the report’s scalability.
- The report’s complete details
QAOps Testing Framework Implementation:
Unlike traditional testing, QAOps software testing is an agile process in which multiple departments collaborate to fulfill deadlines and ensure high-quality products. The QAOps testing framework is made up of four main components:
Testing that is carried out automatically:
It’s critical to recognize that application testing has evolved dramatically over the previous decade in these competitive times. Because of their capacity to reduce time and increase quality, automated testing technologies have grown increasingly popular due to technological advancements. Automated testing, as the name implies, is a method of reducing human intervention and effort by utilizing the power of contemporary technology and instruments. Your QA team reviews the entire project at this point and determines which aspects of the testing process should be automated. Automation testing also aids in the reduction of problems and the enhancement of the end-user experience.
Testing for scalability:
Scalability testing is the third and final component of the QAOps system. Once your product is live, it’s critical to monitor its performance, refine existing features, and add new ones to ensure that it runs smoothly under various loads and demands. The behavior of an application when it is scaled up or down, dependent on the number of user requests at any one time, is evaluated during scalability testing. For example, Facebook is one of the most powerful social media platforms. It exhibits significant load changes in the morning and evening. As a result, the QA team will need to do a scalability test to see if it can handle the traffic. The software QA testing team can grasp performance-related difficulties and remodel the existing application’s functionality once scalability testing is included in the CI/CD pipeline.
Testing in parallel:
Testing an application isn’t like a relay race where you have to wait for someone to pass the baton to you. Instead, each stage has an impact on overall performance and delivery. To save time and effort, parallel testing allows you to test many components simultaneously. You can conduct similar testing at scale using advanced software testing tools or threads built to perform numerous tests simultaneously. Parallel testing in the QAOps framework has the primary benefit of speeding up execution across many versions. Similar testing is hardware-dependent, and its implementation necessitates high-performance processors and architecture.
Integrating DevOps and ITOps with Quality Assurance (QA):
As previously stated, QA testing is no longer a stand-alone procedure. With the introduction of the QAOps testing framework, firms can easily integrate QA, development, and IT teams together to break down communication barriers. QA becomes a component of the CI/CD pipeline in the QAOps architecture, allowing developers and QA experts to understand an application’s functionality better and eradicate problems to improve the end-user experience.
Advantages of QAOps:
The following are some of the advantages of implementing the QAOps approach.
- QA engineers are always learning new things, which increases their productivity and efficiency and lowers the client’s costs.
- The QAOPs framework facilitates collaboration between the QA, Development, and Operations teams. It also helps you to improve your skills in a variety of areas.
- Because the QA, dev, and Ops teams get a clear picture of the testing process, the QAOps approach helps you fix defects faster and deploy the product earlier than intended.
- CI/CD testing allows problems to be spotted early, resulting in a more reliable product.
- Because QAOps testing ensures more excellent product quality and performance, the odds of a better customer experience increase.
When properly conceived and implemented, QAOps, or Continuous Testing in DevOps as it is often known, paves the way for speedier software delivery. This assures the development teams that they will be able to achieve a faster time to market without sacrificing quality. Reiterating the previous point, putting QAOps into operation necessitates much persuasion from the business’s stakeholders. It should be smooth sailing forward once you’ve passed this step.