Method and device for verifying software and hardware configuration and logic diagram of relay protection device

Abstract

The invention discloses a verification method and device for software and hardware configuration and a logic diagram of a relay protection device, different static verification rules and dynamic verification rules are configured for the software and hardware configuration and the logic diagram respectively, and the rules are stored as files in an XML format; the static verification rule and the dynamic verification rule are analyzed into code logic, and corresponding verification is conducted in the development stage and the operation stage; a static detection result is displayed on a development tool in the development stage, and a dynamic detection result is displayed in a device running log. According to the relay protection device software and hardware configuration and logic diagram verification method and device, the verification result can be flexibly configured and visually displayed, and static verification and dynamic verification are supported at the same time.

Description

technical field [0001] The invention relates to a method and device for verifying software and hardware configurations and logic diagrams of a relay protection device, belonging to the technical field of relay protection. Background technique [0002] The software and hardware configuration and logic diagram of current relay protection devices are very complex and abstract. Traditional software and hardware configuration and logic diagram verification methods have the following disadvantages: [0003] (1) The traditional software and hardware configuration and logic diagram checking and verification methods are solidified in the code, which is poor in flexibility, customization and maintainability. [0004] (2) The traditional software and hardware configuration and logic diagram inspection and verification methods can only be verified dynamically, that is, the verification can only be performed during the device operation stage; static verification cannot be performed, tha...

AI Technical Summary

Problems solved by technology

[0003] (1) The traditional software and hardware configuration and logic diagram inspection and verification methods are solidified in the code, and the flexibility, customization and maintainability are poor

[0004] (2) The traditional software and hardware configuration and logic diagram inspection and verification methods can only be verified dynamically, that is, the verification can only be performed during the device operation stage; static verification cannot be performed, that is, it cannot be performed during the development stage Verification of software and hardware configuration and logic diagram

[0005] (3) Traditional software and hardware configuration and logic diagram inspection and verification methods, the verification results cannot be displayed intuitively, and the user experience is not good

[0006] Due to the above shortcomings, if the code logic changes or the verification rules change, this method will lead to an increase in the development workload and testing workload of the code, and the maintainability and readability of the code will decrease.

Re-development, re-testing and re-launching resulted in a lot of waste of manpower, material and financial resources

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