Component testing method and device

Abstract

The invention provides an assembly test method and device. The assembly test method includes the steps that test cases corresponding to serial numbers of the test cases are acquired from a preset test case library according to the serial numbers of the test cases of tested assemblies, wherein the test cases comprise test case TCL scripts, test input data, test case anticipated output and test case execution configuration files; the test input data are input to the test case TCL scripts, and then configuration of the test case execution configuration files is finished; whether the test cases meet preset test conditions or not is judged according to the configured test case execution configuration files; if yes, the test input data are sent to the tested assemblies, the tested assemblies are made to execute logic processing and output a processing result according to the test input data; the processing result is compared with the test case anticipated output, and corresponding test logs are generated according to the comparison result.

Description

technical field [0001] The invention relates to computer technology, in particular to a component testing method and device. Background technique [0002] In the process of computer programming, unit testing is a test for the correctness of the smallest unit of a program module. It has independent specifications, so it is also called component testing. The components of a traditional application are discrete files, modules, or classes that are compiled and linked to form the application. Rolling out a new version of an application requires recompiling these components, which is time-consuming and laborious. With the concept of components, you can insert new and improved components into the application and replace the old components, thus giving the application new vitality. [0003] Currently, the mainstream solution for component testing in the industry is based on an embedded automated test system. There are mainly the following methods: [0004] The first one is reali...

AI Technical Summary

Problems solved by technology

[0006] In the above-mentioned first solution based on hardware implementation, the system can only be tested by sampling method, and the limited functions can be analyzed, which cannot flexibly meet the testing requirements.

The second solution is based on software. The development of source code involves the underlying packaging language, such as C, C++, etc., which requires high personnel skills, compiling and compiling the tested code is cumbersome, and the testing efficiency is low.

Images