A software testing method and system based on point function drive

Abstract

The invention discloses a software testing method and system based on point function driving. The software testing system comprises a client computer, a test execution environment server, a test driving device and a database server, wherein the test driving device comprises a central processor and an interface chip, an input field retrieval register, an input field stack supervisor register, a business function retrieval register, a function chain generating register and a function chain loading register, wherein the central processor and the interface chip are used for interacting data with the test execution environment server; the input field retrieval register is used for retrieving the association relationship data of the tested function, and obtaining the information of all input field data types; the input field stack supervisor register is used for storing the information of data types in a stacking way; the business function retrieval register is used for obtaining the function containing the information of corresponding data types; the function chain generating register is used for generating the function chain data containing the mapping relationship between the information of data types and the tested function; and the function chain loading register is used for loading the function chain data to the test execution environment server through the interface chip. According to the mutual relationship of functions, the correlation or cross function of the software is fully tested, and the software testing cost is reduced.

Description

technical field [0001] The invention relates to the technical field of computer software testing, in particular to a software testing method and system driven by point functions. Background technique [0002] Software testing refers to the process of operating the program under specified conditions to find program errors, measure software quality, and evaluate whether it can meet the design requirements. In the current computer software system, there are many types of functions and closely related data logic, and with the continuous improvement of customer needs, the software system has to be upgraded frequently. In this case, the existing software testing system has the following disadvantages: [0003] (1) Since the software system is only aimed at the functions that need to be added or upgraded in the process of modification and upgrade; however, the functions are not completely independent, and there will inevitably be defects in the degree of relevance of the functions...

AI Technical Summary

Problems solved by technology

[0003] (1) Since the software system is only aimed at the functions that need to be added or upgraded in the process of modification and upgrade; however, the functions are not completely independent, and there will inevitably be defects in the degree of relevance of the functions, that is, for some The modification of the function leads to the joint modification of other related functions, and thus causes the system hidden danger of cross influence

[0004] (2) In the software development cycle, the project-based development and testing process did not achieve a more detailed function-based or even key data-based design. Therefore, there was a gap between projects , the overlapping or interleaving between functions makes subsequent testing costs increase and inefficiency

Images