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Are you familiar with the Agile Testing Life Cycle (ATLC)?
It is a process used by software development teams to ensure that their applications are tested properly and effectively.
But despite that, it is often underestimated activity within agile delivery.
The reason being is, of course, the money in relation to the time to production delivery.
The agile testing cycle requires developers and testers to be involved in every single sprint.
Focus on automation should be the primary goal of any agile team.
Another side benefit is a betterestimation of project costand timeline.
Agile Testing Life Cycle Steps
The agile testing life cycle consists of four distinct stages.
It is executed in isolation in a development environment without involving other parts of the system.
Unit tests are conducted to test the code and can be done manually and automatically.
If executed manually, the developer runs its test cases against the code.
They can even be included in regular regression test cases, which then saves even more time.
Functional Tests
Functional tests are designed to determine how well a feature of an utility works.
However, a constant manual and repeated activity every single sprint will be required.
Regression tests need to be conducted to ensure there arent compatibility issues between different modules.
Test cases for regression tests are best if they are regularly maintained and revisited before each release.
This approach works best when testing a piece of software frequently in short and intense cycles.
Alternatively, the product owner can substitute here the end users.
The results of these tests are here to make the all-important go / no go decision for production release.
It also needs to set clear timeline expectations in the context of the sprints.
Obviously, greater collaboration between testers and developers is expected.
Hence, everyone knows exactly when their participation is required for a successful agile launch.
How to set up the plan can be upon further discussion and agreement.
However, the most important thing is to make it a process and stick to it.
Create a periodicity that will be reliable and predictable.
Do not drift away from the process.
Otherwise, directly the opposite will be the reality chaos and unpredictable releases to production.
Executing Tests Based on Requirements Gathering
Tests must be executed against the requirements of each stage.
Once all bugs have been fixed, agile testing execution can continue until all tests have passed.
Reviewing Results and Bug Tracking
An effective review of results and a solid bug-tracking process are essential.
The tool of choice is again up to the team.
Ultimately, these tests guarantee a successful release.
Over time, such a comprehensive testing pipeline will shorten the total time needed for all the testing phases.
Eventually, it can lead to a really fast incremental production release after the end of each sprint.
Automation is the only way how to get there.
In this regard, agile methodology definitely has a better chance of success.
The entire process is continuous and goes on until the product release date.
A well-planned test strategy helps you choose which features or modules require more attention than others.
You may now look at some of the best practices in scrum testing.
