Serienprüfungen

Serienprüfungen, often translated as series testing or batch testing, refers to a methodology in quality assurance where a collection of related test cases are executed sequentially. This approach is commonly employed in software development and manufacturing processes to ensure that a specific set of functionalities or components work together harmoniously. Unlike individual unit tests or standalone functional tests, serienprüfungen focus on the integrated behavior of multiple elements.

The primary objective of serienprüfungen is to identify defects that may arise from the interaction between different parts of a system or product. These tests are typically designed to simulate real-world usage scenarios where multiple features are accessed or several components are operated in conjunction. By executing tests in a predefined order, developers and testers can track the progression of the system and pinpoint issues that might not be apparent when testing components in isolation.

Serienprüfungen can be manual or automated. Automated series testing is particularly valuable for regression testing, where it ensures that new code changes have not negatively impacted existing functionalities. The results of each test case within the series are accumulated, providing a comprehensive overview of the system's stability and performance under combined conditions. This methodical execution helps in achieving a higher degree of confidence in the overall quality of the product before its release.