MTA supports specific test capabilities of the ISTQB standard. Read more to know which ones.
Shift left testing shifts testing activities to the beginning of the development process. This provides great effectiveness and cost savings because errors are discovered early. MTA focuses on the discovery of functional and integration errors. MTA supports shift left test capabilities by:
Continuous testing is the process of running automated tests as part of the software delivery pipeline to obtain immediate feedback on the risks associated with delivering a software release. MTA supports this with a CI/CD API that allows test initiation to be integrated with the CI/CD solution. In this way, errors are prevented from spreading unnoticed to production environments.
The Agile software development approach has replaced the traditional testing strategy based on product risk analysis with the delivery of test effort based on sprint impact. As a result, (automated) tests are often focused on a small piece of functionality with the smallest result being the unit test. However, these tests can hardly ever be used as building blocks for functional tests.
As a result, there is insufficient cohesion between unit and functional tests, leading to duplicate testing.
With MTA’s test capabilities this impasse is broken because the principle behind MTA is based on a building block approach. Unit tests are used as the smallest units to define component tests which in turn are aggregated into process tests. Because multiple applications can be configured simultaneously in an MTA test configuration, it is possible to define processes even across multiple microservices (applications).
Request a demo to see how MTA supports these test levelsMenditect’s MTA solution is suitable for several test capabilities:
Testing techniques focus on identifying and capturing test conditions, test cases, and test data. MTA supports a number of standard testing techniques:
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