Multi-computing-based software project test quantitative evaluating method and system

Abstract

The invention discloses a multi-computing-based software project test quantitative evaluating method and system. The multi-computing-based software project test quantitative evaluating method comprises the steps of: aiming at demand points of a software test project in each stage, presetting a test case; allocating a stage score and a demand point score for each stage according to a total score of the software test project; testing a software product by using all unsanctioned test cases in a stage to which the current test belongs, recording the quantity of sanctioned or unsanctioned test cases of the software product in the local test; when the software product passes all test cases in the stage to which the current test belongs, scoring the stage according to a preset scoring formula; and when the software product completes all stages of test, accumulating according to stage scores obtained in all stages, so as to obtain an evaluating fraction of the software test project by a software manufacturer. By adopting the method and the system, the staging evaluation of the project can be realized through a quantitative evaluating factor, and the software completing quality and the project test evaluating level are improved.

Description

technical field [0001] The invention relates to software testing technology, in particular to a method and system for quantitative evaluation of software project testing based on multiple calculations. Background technique [0002] From the birth of the computer to the present, the computer has undoubtedly become the most rapidly developing science and technology in the contemporary era. Today, computers have penetrated into all aspects of people's lives, such as industry, agriculture, finance, science, education, health, national defense, and people's lives. The size and complexity of computer systems have increased dramatically as the demands and dependencies on computers have increased day by day. The cost of software development and the economic loss caused by software failure are also increasing, and the problem of software quality has become the focus of common attention. In order to occupy the market, software developers take software quality as one of the important...

AI Technical Summary

Problems solved by technology

In 2004, millions of customers were affected by a newly installed software flaw in Bank of North America. It took two weeks to fix the flaw and caused losses worth hundreds of millions of dollars.

In April 2003, a company specializing in providing student loans in the United States miscalculated the interest rates of 800,000 loans due to a software error, resulting in an interest rate loss of 8 million US dollars

[0004] However, there are two major defects in the traditional software testing and assessment methods: first, the use case test and assessment method is simple

This type of assessment method is too simple, it is difficult to conduct a comprehensive evaluation of the overall development process of the project, and it is difficult to reflect the integrity of the system itself and the developer's ability to maintain software in the later stage

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