Evaluation method based on installation package full life cycle metadata and related equipment

Abstract

The invention relates to an evaluation method based on installation package full life cycle metadata and related equipment. The method comprises the following steps: collecting metadata of each stage of a full life cycle of an installation package, performing calculating to obtain a difference between an actual value and an expected value of each index based on a pre-established overall quality calculation model of the installation package according to the actual value of a quantitative index in the metadata and the preset expected value of each index, and calculating the overall quality of the installation package according to the difference, and obtaining a quality coefficient through comprehensive calculation; and judging whether the installation package meets a quality standard for downstream delivery according to the quality coefficient. The metadata comprises basic attribute data of the evaluated object in each stage, and quantitative index data generated by the processing process and the result of the evaluated object. In the application, the metadata representing the processing and manufacturing quality of each stage is collected in a full life cycle mode, the multi-dimensional quality evaluation is performed, and the overall quality is evaluated by taking the installation package as a final product, so that the automatic circulation efficiency from the upstream to the downstream is improved, and the overall production speed is accelerated and the business value is realized under the guarantee of high quality.

Description

technical field [0001] The present application relates to the technical field of quality evaluation of installation packages, in particular to an evaluation method and related equipment based on metadata of the whole life cycle of installation packages. Background technique [0002] With the development of the times and business needs, the demand for software delivery speed and quality assurance is increasing, and the demand for safe and reliable software delivery is increasing. Under the traditional waterfall software engineering research and development model, the entire process from requirements, design, development, testing and online Strict document review, artificially judge whether the software installation package meets the expected requirements and design goals, and whether the corresponding quality requirements are achieved, and then determine whether the installation package can be deployed online. Problems arising during operation are also manually step by step in...

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Problems solved by technology

[0002] With the development of the times and business needs, the demand for software delivery speed and quality assurance is increasing, and the demand for safe and reliable software delivery is increasing. Under the traditional waterfall software engineering research and development model, the entire process from requirements, design, development, testing and online Strict document review, artificially judge whether the software installation package meets the expected requirements and design goals, and whether the corresponding quality requirements are achieved, and then determine whether the installation package can be deployed online. Problems arising during operation are also manually step by step in the form of work orders Feedback to testing and development, the evaluation of the whole process basically relies on secondary processing data, which not only lacks authenticity and real-time performance, but also has very slow efficiency

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