Interpreter-based test method and system

Abstract

The invention provides an interpreter-based test method and system. The method comprises the steps that a test script manager obtains a test script used for testing an application in a target machine;the test script is sent to an interpreter embedded in the application; the interpreter performs registration on a global variable, a function pointer and a function call parameter form of the application; and after the registration is finished, the application is tested based on the test script. According to the test method and system, the interpreter is embedded in the application of the targetmachine; the interpreter can perform the registration on the global variable, the function pointer and the function call parameter form of the tested application; synchronous modification does not need to be performed during application upgrade in the test system; bidirectional conversion, between a C / C++ language and an interpretive language, of the application can be realized; and the interpreter only needs to perform conversion once, so that the error possibility is extremely low and the test efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of system testing, in particular to an interpreter-based testing method and system. Background technique [0002] Some embedded products have the installation conditions of the linux operating system. At this time, a debugging tool (gbd) for remote debugging can be used in the embedded products. figure 1 It is a schematic diagram of an existing gbd-based remote debugging. figure 1 Among them, the gbd debugging technology needs to involve the upper computer and the target computer, wherein, the target computer is the gbd server (server) running on the object under test, and the upper computer contains the local environment and source code of gbd. At this time, the upper computer is directly connected to the target computer through the network or field bus, and the upper computer obtains the symbol list, address offset and other content in the application program on the target computer when compiling through the compil...

AI Technical Summary

Problems solved by technology

[0006] The translation function of the debugging protocol analysis module is developed by developers, and there is no standard interface. It needs to be modified synchronously with the upgrade of the application under test, and the workload is heavy.

Moreover, the translation work of the debugging protocol analysis module is prone to errors. Once the function is wrong, it will lead to unexpected consequences of remote calls and cannot be debugged normally.

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