Description: Repetitive testing is an approach in automated testing that involves executing a set of tests multiple times to ensure the consistency and reliability of results. This type of testing is fundamental in software development as it allows for the identification of errors that may not be evident in a single execution. By repeating tests, developers can verify that changes in the code do not introduce new failures and that existing functionalities continue to operate as expected. Repetitive testing is particularly useful in continuous integration environments, where software is frequently updated. Additionally, it helps ensure that applications behave predictably under different conditions and configurations. This approach not only improves software quality but also optimizes development time by detecting issues early and efficiently.
History: Repetitive testing has evolved with the development of automation in software testing. In the 1990s, with the increasing complexity of applications and the need to ensure their quality, automation tools emerged that allowed for the repetitive execution of tests. As agile methodologies and DevOps gained popularity in the 2000s, the importance of repetitive testing was solidified, as these practices promote continuous delivery and the integration of changes in software.
Uses: Repetitive testing is primarily used in software development to validate code changes, ensure regression of functionalities, and verify performance under different conditions. It is common in continuous integration and continuous delivery environments, where software needs to be tested consistently as updates are made. It is also used in load and stress testing to assess how the system handles multiple simultaneous requests.
Examples: An example of repetitive testing is running unit tests in a software project every time a commit is made to the repository. Another application is the use of automated regression tests that run every time a new version of the application is deployed, ensuring that existing functionalities are not affected by recent changes.
