Testing system and method for nuclear power software

Abstract

The invention provides a testing system and method for nuclear power software. The system comprises a test initialization device used for pre-processing a test program in order to obtain modules, variants and correlations among modules, a test object recognition device used for obtaining modules and related modules in accord with the condition based on a condition inputted by a user as test objects; a variant management device used for assigning value related to test objects, a test execution device used for executing tests of test objects with variant values based on a pre-established test rule of a rule library and generating a test result and a test result management device used for managing test results. The system and the method help integrate unit tests, integration tests and system tests and adopts the method of combining a static grammar defect examination and a dynamic compiling test so that all kinds of detects in a test project can be effectively and accurately recognized and positioned.

Description

technical field [0001] The present disclosure relates to the field of software testing, in particular to a nuclear power software testing system and method. Background technique [0002] Internationally, automated testing theories and method systems for general software systems have been formed, and multinational companies such as IBM and Oracle have also released automated testing tools for programming languages ​​such as C++ and Java. However, as a typical scientific computing program, nuclear power software has always been an important part of my country's independent development of nuclear power technology due to its complex theoretical models, extremely high requirements for testing and verification, high requirements for accuracy of calculation results, and high reliability and stability of operation. Therefore, the automation of the test process is of great significance to the successful development and delivery of large-scale high-confidence software systems. However,...

AI Technical Summary

Problems solved by technology

However, as a typical scientific computing program, nuclear power software has always been an important part of my country's independent development of nuclear power technology due to its complex theoretical models, extremely high requirements for testing and verification, high requirements for accuracy of calculation results, and high reliability and stability of operation. Therefore, the automation of the test process is of great significance to the successful development and delivery of large-scale high-confidence software systems. However, there is no automated test process, standard and tool platform for the design and use of nuclear power software in the world.

Images