Novel software test use case designing and compiling method

Abstract

The invention relates to the technical field of software test, in particular to a novel method for designing and compiling a use case for software test. The method comprises the steps of 1, listing all test points and all test factors covered by each test point; 2, defining the priority of all test factors, and identifying the priority of the test factors; 3, adjusting a form, and arranging the test factors in a descending order manner according to the quantity of the high-grade test factors contained by each test point in the longitudinal direction; 4, completely combining all high-grade factors, and generating a test case form; 5, deleting a use case with no test need; 6, supplementing the form to ensure that all test factors of the test point with the most test factors are covered; 7, filling the test factors of the residual test points in the form, and adding the lacked test use cases; 8, defining the priority of the use cases, and utilizing the use case with the highest priority for smoke test; and 9, compiling and outputting the test use case according to the final form. By adopting the method, the design and compiling quality and test efficiency of the test use case can be improved; the method can be used for designing and compiling the use case for testing software.

Description

technical field [0001] The invention relates to the technical field of software testing, in particular to a method for designing and writing novel software testing cases. Background technique [0002] Software testing is an important means to improve software quality. Test cases are the guidance in the process of software testing, the guidelines that must be followed by software testing, and the fundamental guarantee for the stability of software testing quality. In the process of software testing, the design and preparation of test cases is the most important in software testing activities, and it is the basis for the correctness and effectiveness of test execution. How to effectively design test cases has always been a concern of testers. As the scale of software becomes larger and larger, there are many test points and test factors involved in a certain function / module. As a result, testers for this module do not know how to design more effective test cases, because if t...

AI Technical Summary

Problems solved by technology

As the scale of software becomes larger and larger, there are many test points and test factors involved in a certain function / module. As a result, testers for this module do not know how to design more effective test cases, because if they want to find all defects, they will To achieve a 100% defect discovery rate, it is necessary to traverse the complete combination of all test factors, and the number of test cases may be very alarming and unrealizable; although testers have spent a lot of time testing this function / module, they are still worried about missing place; after a relatively long period of time or multiple versions of the test, this function / module has been very stable, but a code change in a certain place has caused more problems, and the testers have to spend a considerable amount of time to test the function / module

Images