Automatic detection system of embedded type system based on testing script technique

Abstract

The invention discloses an automatic detection system of an embedded type system based on a testing script technique, comprising a crosslink environment modeling module, a testing panel allocation module, a testing script interpreter, a multi-task scheduling module, an interface drive module, a data collection module, a testing report generation module and a testing management module. The multi-task scheduling module transmits registered tasks interpreted by the script interpreter to the interface drive module through the crosslink environment modeling module, then the interface drive module excites a system to be tested to finish the test, wherein the interface drive module provides uniform interfaces for the system. The invention is a solution to the defects that the traditonal testing system has poor universality and low automatization degree and has the capability for secondary development.

Description

technical field [0001] The invention relates to computer software technology, in particular to embedded software testing, in particular to an embedded system automatic detection system based on test script technology. Background technique [0002] Embedded systems generally have high quality requirements, such as the flight control system on an aircraft, if it fails, it will cause very serious consequences. This requires the product to be fully inspected and tested before leaving the factory; when it is used in the field, it can quickly locate the fault location of the product. Whether it is factory inspection or field inspection, it is required that the inspection equipment can realize the automation of the test to the greatest extent, so as to improve the test efficiency, reduce the workload of the operator, and ensure the accuracy of the test. [0003] Most testing equipment requires testers to wait in front of the testing equipment to perform various operations when in ...

AI Technical Summary

Problems solved by technology

[0003] Most testing equipment requires testers to wait in front of the testing equipment to perform various operations when in use. The same process must be repeated for each product that needs to be shipped, which is time-consuming, laborious and error-prone; although some testing equipment has achieved a certain degree of automation, However, they lack a description of the testing process, and all automated testing processes are solidified in the code, which cannot adapt to changes in the testing process

In addition, almost all testing equipment has its specificity, because the interface characteristics and functional requirements of the products are different, these testing equipment can only be used to detect a specific model or a specific series of embedded products, and do not have the ability of secondary development

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