Reused code matching inquiry method based on meaning

Abstract

The invention discloses a reused code matching inquiry method based on meaning, which belongs to the technical field of computer software and includes: (1) requiring whether an ontology base has a domain ontology to be provided which reused codes belong to and building a domain ontology the reused codes belong to if the ontology base has no domain ontology to be provided, (2) performing abstract description based on meaning on the reused codes, (3) sending description information and domain information the reused codes belong to to a reused code management center for registering, (4) determining the domain ontology the requiring reused codes belong to according to the ontology base through a request end and performing meaning annotation on requiring requests, (5) performing abstract description based on meaning on the requiring requests after meaning annotation through the request end and sending the abstract description to the reused code management center for requiring, and (6) returning reused code abstract description information meeting the requiring requests to corresponding reused code requestor client sides through the reused code management center. The reused code matching inquiry method based on meaning improves project development efficiency and saves manpower and material resources.

Description

technical field [0001] The invention relates to a matching query method, in particular to a semantic-based reuse code matching query method, and belongs to the technical field of computer software. Background technique [0002] In the process of software project development, we often face the problem of code reuse. However, the current reuse code query method still has the following problems: [0003] 1. Modern software companies lack the utilization of reusable code, or even build their own code base; [0004] 2. The use efficiency of the current code base is low, mainly reflected in: the use of keyword-based search methods, the lack of domain-based classification of reusable code and the lack of a unified abstract description of reusable code; [0005] 3. There is no reference to advanced SOA-based management ideas and semantic-based matching methods. [0006] The above problems lead to a lot of repetitive labor in the software project development process, which delays t...

AI Technical Summary

Problems solved by technology

[0003] 1. Modern software companies lack the utilization of reusable code, or even build their own code base;

[0004] 2. The use efficiency of the current code base is low, mainly reflected in: the use of keyword-based search methods, the lack of domain-based classification of reusable code and the lack of a unified abstract description of reusable code;

[0005] 3. Did not learn from SOA-based advanced management ideas and semantic-based matching methods

[0006] The above problems lead to a lot of repetitive labor in the software project development process, which delays the development progress of the project.

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