Abstract
The research object of our work is evaluating program for the component-based software testing. As an important part into the software engineering, software testing is the primary instrumentality to guarantee the quality and reliability of the software. With the Component-Based Software Development (CBSD) method becoming a popular method of software engineering, people pay more and more attention to the quality of component software. Therefore, the component-based software testing is an important method to guarantee the quality of component software. There are many factors existing in the component-based software testing process, in order to avoid some errors and defects and improve the testing process, we need evaluate the validity of component-based software testing. Based on the discussion of the quality characteristics of the software component, the study studies the workflow and the relevant measures which apply to evaluate the validity of component-based software testing.
Highlights
Software quality (Chen, 2008) is the consistent level that between the software product and the needs which defined explicitly and implicitly
There are many studies about component software testing researchers have proposed many feasible methods and testing strategy, such as the testing method based on component metadata (Ma et al, 2006), the testing method based on UML (Unified Modeling Language, UML) (Shang and Zhang, 2006), the testing method based on interface mutation (Andres and Macario, 2009) and so on
In the field of studies about the evaluation of software testing, there are many research results, for example, the method of evaluation of software testing quality combined with fuzzy theory (Yao et al, 2007), the dynamic evaluation method based on multi dimensional test coverage (An et al, 2010) and an evaluation model of validity of software testing based on Bayesian theorem (Wang, 2007)
Summary
Software quality (Chen, 2008) is the consistent level that between the software product and the needs which defined explicitly and implicitly. At the same time, they pay more attention to the quality of component software and the problem of component software testing. In order to improve the testing process and use the developing cost effectively, it is necessary to evaluate the validity of software testing. In the field of studies about the evaluation of software testing, there are many research results, for example, the method of evaluation of software testing quality combined with fuzzy theory (Yao et al, 2007), the dynamic evaluation method based on multi dimensional test coverage (An et al, 2010) and an evaluation model of validity of software testing based on Bayesian theorem (Wang, 2007). The study studies the component-base software testing and studies the evaluation of the validity of component software testing to ensure the quality of component software
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