Software integration testing method and platform

Abstract

The invention provides a software integration testing method and platform. The software integration testing method includes: S0. Dividing all components of the software under test into two sets: testobject set (non-empty) and non-test object set (can be empty); S1, taking the test object set as the current test object, and judging whether the current test object is a single component test objectconstituted by a single component or a multi-component integrated test object constituted by a plurality of components; 2, if that current test object is a single component test object, refreshing allinput interfaces of the single component according to the test case; 3. If that current test object is a multi-component integration test object, determining a first actual external input interface and / or a first actual external output interface of the multi-component integration test object according to an input interface and an output interface of each of the plurality of components, and refreshing the first actual external input interface according to a test case. The invention provides a software integration test method, and the platform has good universality.

Description

technical field [0001] The invention mainly relates to software testing, in particular to a software integration testing method and platform. Background technique [0002] Airborne software airworthiness standard DO-178C defines three levels of testing based on requirements: low-level testing, software integration testing, and software and hardware integration testing. Among them, software integration testing focuses on the realization of software requirements and software architecture requirements. Requirements-based software integration testing ensures that software components interact correctly and that software requirements and software architecture are met. Software integration testing can be realized by gradually integrating software components and continuously expanding the range of requirements and corresponding test cases. In software integration testing, the test object is from a single software component, to a combination of multiple related software components,...

AI Technical Summary

Problems solved by technology

As the software integration work progresses, the test environment must also be modified and maintained simultaneously, which brings a lot of additional workload to the software integration test work and seriously affects the efficiency of the software integration test.

[0008] Aiming at the problem of identifying and marking the external input and output interfaces of the overall object when multi-component integration is used as the test object in software integration testing: if the external test input is manually controlled and the test results are manually screened, since the test platform does not take effective protection measures, if Testers mistakenly inject test data into internal interfaces between components in the test object as external interfaces, which may affect the correctness of software integration testing; if the external input and output lists of all component combinations are exhausted statically, the workload will be too large , and the list update may be incomplete due to the large-scale impact of the minor update of the software architecture on the static list, resulting in a problem that the software integration test platform does not match the version of the tested software and is difficult to troubleshoot

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