Abstract: The present disclosure relates to system(s) and method(s) for detecting change in software code of elements in a current version associated with a software application as compared to a reference version of the software application. The system and method further determines whether the change in the software code of the elements is a functional change or a non-functional change. The system and method also provides an optimized test suite for testing the current version of the software application, in order to test the elements with functional change, in the current version.

Abstract: Disclosed is a method and system for providing code coverage of a code. The system may determine a type of file comprising the code. The system may extract a source code from the code, based on the type of file. The system may process the source code for generating a structured source code. The system may determine code coverage of the structured source code by executing test cases upon the structured source code. The system may provide a code coverage report comprising line coverages, program coverages, and code block coverages of the structured source code.

Abstract: Generating an optimized test suite for use in a software testing environment. This invention relates to software testing systems, and more particularly to generating an optimized test suite for using in a software testing system. The principal object of this invention is to propose a method and system for generation of an optimized test suite using a sequential process with a combination of custom and generic optimization techniques.

Abstract: The present disclosure relates to system(s) and method(s) for detecting change in software code of elements in a current version associated with a software application as compared to a reference version of the software application. The system and method further determines whether the change in the software code of the elements is a functional change or a non-functional change. The system and method also provides an optimized test suite for testing the current version of the software application, in order to test the elements with functional change, in the current version.

Abstract: Generating an optimized test suite for use in a software testing environment. This invention relates to software testing systems, and more particularly to generating an optimized test suite for using in a software testing system. The principal object of this invention is to propose a method and system for generation of an optimized test suite using a sequential process with a combination of custom and generic optimization techniques.

Abstract: Embodiments herein provide a method and system to create an optimized test suite for software testing. This system fetches required input parameters such as risk parameters, release type of the application, requirement details, test case details, requirement to test case relation and so on automatically using any suitable tool. Then, first level optimized test suite is formed by removing redundant and obsolete test cases from test case set. Further, probability of failure is calculated for each test case either manually or through automation and risk index value for each test case is defined. Further, test cases are classified based on value of risk index obtained. Further, second level optimized test suite is formed by using orthogonal array methodology. Furthermore, final optimized test suite with greater precision is prepared by considering execution time of iteration of all test cases along with their risk index values.