Joint debugging test system and method for quantum key management software module

Abstract

The invention discloses a joint debugging test system and method for a quantum key management software module, and the method comprises the steps: transmitting a verification message to a Bob module end through an Alice module end to verify a classical channel, and transmitting a synchronous optical verification command to the Bob module end through the Alice module end to carry out the synchronous optical verification after the verification succeeds; after verification succeeds, the Alice module end issues a delay scanning command to the Bob module end for signal light delay scanning verification; and after verification succeeds, the Alice module end sends a synchronous correction command to the Bob end to correct the synchronous light and the signal light, and joint debugging of the Alice module end and the Bob module end succeeds after correction succeeds. According to the joint debugging test method, the verification message is sent between the software modules of the key system to ensure normal communication between the modules, different test operations are carried out through different command words in the sent data frames, the joint debugging efficiency between the quantum communication and the quantum network multi-purpose end modules can be improved, and the subsequent operation of the system is ensured.

Description

technical field [0001] The invention relates to the technical field of quantum information and computer software, in particular to a system and method for joint debugging and testing of quantum key management software modules. Background technique [0002] Quantum science and engineering is a cutting-edge technology field leading industry changes, and it is urgent to build an ecological software system for independent innovation in the field of quantum communication and quantum network. In the existing technology, the internal implementation logic of the software system is complicated. To ensure the development cycle, the software system is usually divided into multiple independent modules and subsystems, which are delivered to multiple people and teams for development and testing. After each system completes the necessary functional verification, it enters the cross-system joint debugging test. The joint debugging test is often the most important means to ensure that the v...

AI Technical Summary

Problems solved by technology

[0003] In the application of quantum communication and quantum network key management system software, there is currently a lack of corresponding joint debugging methods to perform functional tests on the entire system software before operation. During the operation, there may be the need to interrupt the operation of the software and the problem of data loss, resulting in the system of quantum communication and quantum network prone to loopholes and low operating efficiency

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