Disadvantages of Sanity Testing
- It focuses only on the functions and commands of the system application.
- It is not possible to cover all the test cases in test scenarios.
- It covers only few functionalities in the system application. Issues in the unchecked functionalities can’t be recovered.
- Sanity testing is usually unscripted. Hence, future references are not available.
- It doesn’t cover the design structure level and hence it will be difficult for development team to identify and fix the issues.
- Limited Scope: The limited scope of sanity testing means that it may not uncover all potential issues or bugs in the software. This means that more comprehensive testing will be required to thoroughly validate the software’s functionality.
- Incomplete Testing: Sanity testing is only a preliminary evaluation of the software, and it does not provide a complete picture of the software’s performance or quality.
- Potential for False Positives: Sanity testing is a quick process that may produce false positives, indicating that a particular feature or function is working correctly when it is actually broken.
- Dependence on Expertise: The success of sanity testing depends on the expertise and knowledge of the tester, who must have a deep understanding of the software’s critical functions in order to perform the tests effectively.
- Time Constraints: While sanity testing is faster than other forms of testing, it can still be time-consuming and may require a significant amount of time and resources to complete. This can be a disadvantage when time is a critical factor in the development process.
Sanity Testing – Software Testing
Sanity testing is a type of software testing that aims to quickly evaluate whether the basic functionality of a new software build is working correctly or not. It is usually performed on builds that are in the initial stages of development before the full regression testing is performed. Sanity testing is limited in scope and typically focuses on critical functionality and does not aim to uncover every possible error or bug in the system. It is a quick and lightweight way to ensure that the software is functioning as expected before further testing is conducted.