Empirical method of hybrid test automation framework in effortless tradition

Abstract

quotA big task for developers and testers is to speed up the working process and those newlineincreases the accuracy and accomplish completeness of the work. When dealing with tests, the main newlineobjectives are maintainability and coverage. For a complex system, like a TGMC student newlineproject Blood donor, a large number of tests are needed in order to get decent test coverage. newlineSuch coverage is nearly impossible to get through manual testing and would also be very time newlineconsuming, reusable script and cost ineffective. However, when automated tests are used, the newlinetime and cost spent is decreased. newlineAn automated test is a script-based stimulus for the system where an expected output is newlinevalidated. The system under test is fed with input from the script, and then the actual output is newlinecompared to the expected. A validation process decides whether the test fails or not. In order to newlinehave an efficient automated testing tool, high maintainability is crucial. If an automated test suit newlineneeds to be changed in its entire test scripts every time a small change is made in the system, newlinethe maintenance process would rapidly increase beyond acceptable limits. How can this high newlinemaintainability of the testing tool be achieved with help of the testing tool newlineManual testing One of the most important methods for quality assurance, has become too newlineexpensive and error prone for complex modern software systems. Test automation aims to newlinereduce the costs of software testing and to improve its reliability. Despite advances in test newlineautomation, there are some domains for which automation seems to be difficult, for example, newlinetesting software to reveal the presence of security vulnerabilities, testing for conformance to newlinesecurity properties that traverse several functionalities of an application such as privacy newlinepolicies, and testing. newlineAlthough there are research works that aim to solve the problems of test automation for TGMC newlinestudent project Blood donor domains, there use is still a gap between the practice and the state newlineof the art. These works describe specific approaches