A quality software development cycle must involve testing software at each stage of the development process. The continuous testing process is made more accessible by developers and operators working together. This process includes automation, early and undisrupted testing anywhere in the development cycle. A step-by-step procedure can be followed by businesses to achieve endless testing.
Continuous Testing: Best Practices
Changing things for the better sometimes can be a challenge. What are the best practices to apply to these challenges in order to effectively adapt continuous testing? Here are five best practices to follow:
1. Test Automation
Businesses can use a manual system to check code in continuous testing. But using more and more automation is beneficial. It saves time and ensures faster release. Autotest provides error-free test results, which are impossible in manual testing. But shifting to autotest needs a proper plan and strategy. Otherwise, it will not provide expected results.
2. Integrate Tools
Teams need to choose proper tools for making the test process more manageable, effective, and continuous. These tools need to be DevOps friendly. These tools can remove repetitive tasks and let members focus on their core job. After choosing the tools, members need to track two key metrics: defects and fails. Findings from the tracking help to produce a better comprehensive testing strategy.
Containerization is a process of combining the components of the applications. These components include configuration files, libraries, and dependencies. It keeps all the services in its environment. Instead of testing the entire application, teams can test specific code. The containers auto-updates the latest code changes. Containerization makes the whole process easier.
To prevent siloes, members need to keep the communication transparent. Bottlenecks can form from unclear communication, and members have to waste their time to fix it. That is why members have to set a strategy to smoothly move from one step to another and fulfill all the steps.
5. Performance Test in Delivery Cycle
Users can use a multi-layered approach to ensure the whole lifecycle of development is covered. At the last step, members have to do the performance test within the delivery cycle. This test includes the speed, responsiveness, and stability of the application. To test, teams need to choose tools that can speed up the process and create parallel executions.
Using best practices to accomplish continuous testing makes the process more successful and smoother. Quality control is achieved through continuous testing. Quality leads to more customers and increased ROI.