Abstract: Disclosed are a system (100) and a method for an identification of web elements used in an automation test case. The system (100) and the method ensure reliable identification of an object despite dynamism. The system (100) and the method allow a tester to focus on the test case development of test cases rather than object management that in turn increases the success rate and efficiency of the automatic testing. The system (100) and the method track changes in object attributes, structure and behaviour thereby facilitating identification of dynamic objects automatically and correction of the object locator on the fly during test execution.

Abstract: Disclosed are a system (100) and a method for an identification of web elements used in an automation test case. The system (100) and the method ensure reliable identification of an object despite dynamism. The system (100) and the method allow a tester to focus on the test case development of test cases rather than object management that in turn increases the success rate and efficiency of the automatic testing. The system (100) and the method track changes in object attributes, structure and behaviour thereby facilitating identification of dynamic objects automatically and correction of the object locator on the fly during test execution.

Abstract: Embodiments of the invention provide a technical solution by generating a value index score based on aggregation of a value from a combination of features as a unit. In one embodiment, instead of generating a value index score based on a collection of features with each feature being a discrete parameter, aspects of the invention generate the value index score while accounting for weights of a combination of features as a unit. Furthermore, embodiments of the invention generate a weight value for each feature and that the weight, not only will it be a factor in the calculation, but also be modifiable in response to other factors of the features.