In any competitive landscape, agile transformation allows its users to navigate change easily and seek growth strategies. Using agile test automation is a vital component of this strategy.
Application features are designed and released in rapid revisions, known as sprints in the agile strategy. To test these quick and regular iterations minimize the time available for regression testing, ensuring that new features do not cause unintended problems in existing applications.
The development team and testing teams must be ready to collaborate for agility, and test automation is just a part of the entire solution. We are going to view a brief picture of agile automation testing in this article.
Agile Test Automation
Majorly this Agile test automation is about a type of testing that adheres to agile software development’s values and practices. It is for the beginning of a project, with design and implementation running in coordination.
The Agile Testing approach is not linear but continuous since testers can carry it out only after they complete the coding process.
The test data specifications, infrastructure, test cases, and findings are all included in the agile test plan for that phase. An agile model requires writing and updating a test plan for each release.
Stages for Agile Testing
We divide the agile testing life cycle into four phases.
- Construction Iteration
- Transition Stage
You perform initial setup tasks during the first step or iteration. It involves selecting people for testing, setting up testing equipment, allocating resources (such as a usability testing lab), and so on. In iteration, testers plan certain phases to be completed.
- Create a business scenario for the project b) Identify the project’s boundary conditions and range.
- Define the critical criteria and use instances that will determine design trade-offs.
- Sketch out one or more potential frameworks
- Risk recognition
- Cost estimate and initial project planning
2. Iterations in Construction
Construction Iterations is the second phase in agile testing methodology, and it is during this phase, most of the testing takes place. Testers perform this step as a series of iterations to create a response increment. The team uses a combination of XP, Scrum, Agile modeling, agile data, and other practices in each iteration to accomplish this.
3. Edge Release Or Transition Stage
The aim of the transition stage is to deploy your device into action successfully. End-user preparation, support staff, and operating personnel are among the tasks included in this process. It also involves product launch publicity, backup and restoration, system finalization, and user manuals.
The last phase of transition or release phase, the stage of production stage.
Top 3 Practices for Agile Test Automation
The extent of test automation is defined by the amount of coding that must be protected. Code-coverage-based test automation loops can easily understand test traceability as part of the test automation execution framework.
In an agile process that relies on team input and customer feedback, it binds the user interface to go through a lot of changes and variants. As a result, agile test automation is time-consuming for UI maintenance. We need automation at the system and service levels to reduce maintenance costs while also improving overall coverage.
In an agile environment, wrong decisions and misguided tool selections can have long-term consequences that are difficult to reverse. Choosing the proper tool like ACCELQ is critical to ensuring good test runs, and testers have a wide range of commercial and open-source options to choose from.
Apart from a tool’s suitability for a specific automation concern, testers must consider various other issues, including seamless integration, implementation specifications, total cost, servicing, and compliance with the testing phase.