Block chain experiment system and management method

Abstract

The invention provides a block chain experiment system. The system comprises a management server, one or more experiment servers and a container mirror image warehouse used for providing container mirror images for the blockchain experiment system, and a monitoring subsystem is configured on the management server and used for being responsible for deployment, stop, cleaning and experiment data collection and processing of a corresponding blockchain experiment network; the experiment server is based on the control of the monitoring subsystem. One or more agent machines are automatically deployed according to block chain experiment requirements, each agent machine comprises a container corresponding to an agent subsystem and a container corresponding to a block chain node, and the agent subsystem performs action control and experiment data acquisition on the block chain node. A master-slave architecture and a container virtualization technology are adopted, parallel rapid deployment canbe automatically carried out in the experiment management process of a block chain new technology, operation and maintenance work is reduced, experiment data collection is carried out, whole-network monitoring is carried out, and the advantages of universality, platform independence, expandability and the like are achieved.

Description

technical field [0001] The present invention relates to the technical field of block chain, specifically, relates to the technical field of block chain extensibility research, more specifically, relates to a block chain experimental system for experimental verification of block chain before it is put into production and management methods. Background technique [0002] Blockchain is a distributed ledger technology based on cryptographic algorithms. Compared with traditional centralized storage methods, it uses consensus algorithms to ensure the consistency of data between nodes; compared to distributed databases, it uses Algorithms, hash chains and time stamp mechanisms ensure the traceability and immutability of data, and ensure the safe transfer of "value" on the public network. [0003] As a hot technology, blockchain has been researched and practiced in many fields, but the research results need to be verified by multi-node experiments to verify their correctness and ot...

AI Technical Summary

Problems solved by technology

[0008] In response to the above problems, Hyperledger Cello, a sub-project under the current Hyperledger project, implements a centralized method for creating, starting, stopping, deleting and health monitoring of blockchains on bare metal clusters or virtualized cloud platforms. However, it It can only support the management of the Hyperledger Fabric blockchain under the Hyperledger project, and the versatility is poor

Experimenters can use Hyperledger Cello to assist in experiment management, but because Hyperledger Cello can only support Hyperledger Fabric blockchains and features more packaging, there are also many restrictions in the field of experiment management, and it is impossible to achieve fast and large-scale blockchains Experimental network automatic deployment of nodes

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