Use case decomposition and function learning-based system automatic testing method

Abstract

The invention provides a use case decomposition and function learning-based system automatic testing method. The method comprises steps of transversely decomposing all test use cases to be automatically executed to obtain a factor set for all test use cases, conducting longitudinal summary and conclusion, extracting universal factors for test use cases, conducting function learning, configuring anIP and a route rule of a test computer according to a network plan of a to-be-tested system, orderly reading and saving parameters of each test use case, configuring a system scene according to the current use parameters, checking and judging a test entry condition, mapping key words of the current use case parameters to a function module layer by layer and starting tests, recording at the same time, differentiating business types, test results and determination conditions, judging results, integrating a test result of each use case, outputting a test report and producing a test record file.By the use of the use case decomposition and function learning-based system automatic testing method, quick and expandable system test automation can be achieved; and system test can be accurately andhighly effective conducted.

Description

technical field [0001] The invention belongs to the field of satellite communication network system testing, and relates to a system automatic testing method based on use case decomposition and function learning. Background technique [0002] System testing is based on unit testing and integration testing. It is a systematic and comprehensive testing of the entire product to verify whether the system meets product requirements and follows the system design. Usually, after the test case is designed and passed the review, the tester executes the test step by step according to the description in the test case, and judges the test conclusion based on the actual measurement results based on the judgment basis. For systems with complex functions and wide coverage, the maintenance and execution of use cases require a lot of human resources. During this process, testers will face many problems, which are mainly reflected in the following aspects. [0003] 1. The system has many fu...

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Problems solved by technology

[0004] For a system with complex functions, system testing needs to take into account every function point of the system, every network element characteristic and various practical application scenarios, so the number of test cases is huge, and the maintenance and execution of use cases will take up a lot of time and energy of testers , the accuracy of the test results cannot be guaranteed, seriously affecting the quality of the system

[0005] 2. Mostly repetitive labor, low test efficiency and accuracy

Although there are many existing automated testing methods, not every testing method is the most suitable and compatible in all environments. However, it is always difficult to apply automated testing methods for system testing

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