区块链编排和实验框架:KYC案例研究

Wazen M. Shbair, M. Steichen, J. François, R. State
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引用次数: 20

摘要

对开发人员来说,进行实验来评估区块链应用程序是一项具有挑战性的任务,因为有一系列控制区块链环境的配置参数。许多公共测试网络(例如Rinkeby Ethereum)可以用于测试,但是,我们无法调整它们的参数(例如Gas限制,挖矿难度)来进一步理解所讨论的应用程序和所使用的区块链。本文提出了一个易于使用的基于Grid’5000平台的编排框架。Grid’5000是一个高度可重构和可控的大型测试平台。我们开发了一个工具,可以在Grid’5000平台上方便节点的保留、部署和区块链配置。此外,我们的工具可以在实验前和实验之间微调区块链和网络参数。拟议的框架为私人和联盟区块链开发人员提供了见解,以识别性能瓶颈并评估其应用程序在不同情况下的行为。
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Blockchain orchestration and experimentation framework: A case study of KYC
Conducting experiments to evaluate blockchain applications is a challenging task for developers, because there is a range of configuration parameters that control blockchain environment. Many public testnets (e.g. Rinkeby Ethereum) can be used for testing, however, we cannot adjust their parameters (e.g. Gas limit, Mining difficulty) to further the understanding of the application in question and of the employed blockchain. This paper proposes an easy to use orchestration framework over the Grid'5000 platform. Grid'5000 is a highly reconfigurable and controllable large-scale testbed. We developed a tool that facilitates nodes reservation, deployment and blockchain configuration over the Grid'5000 platform. In addition, our tool can fine-tune blockchain and network parameters before and between experiments. The proposed framework offers insights for private and consortium blockchain developers to identify performance bottlenecks and to assess the behavior of their applications in different circumstances.
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