通过VeriSolid验证多个交互智能合约的开发和部署

Keerthi Nelaturu, Anastasia Mavridou, A. Veneris, Aron Laszka
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引用次数: 15

摘要

智能合约允许创建分散的应用程序,这些应用程序通常处理大价值的资产。这些分散的应用程序通常建立在多个交互契约之上。虽然底层平台确保了智能合约执行的正确性,但今天开发人员仍在努力创建功能正确的合约,最近发生的一些安全事件证明了这一点。尽管这些事件经常利用合约交互,但之前在智能合约验证、漏洞发现和安全开发方面的工作通常只考虑单个合约。本文通过引入图形符号(称为部署图)来指定合约类型之间可能的交互,提出了一种设计正确的开发和部署多个交互智能合约的方法。基于这个符号,它随后为符合部署图的交互契约的自动验证、生成和部署提供了一个框架。作为一个额外的好处,所提出的框架在内部合约行为和合约交互之间提供了明确的关注点分离,这允许人们有效地组合建模和分析交互智能合约的系统。
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Verified Development and Deployment of Multiple Interacting Smart Contracts with VeriSolid
Smart contracts enable the creation of decentralized applications which often handle assets of large value. These decentralized applications are frequently built on multiple interacting contracts. While the underlying platform ensures the correctness of smart contract execution, today developers continue struggling to create functionally correct contracts, as evidenced by a number of security incidents in the recent past. Even though these incidents often exploit contract interaction, prior work on smart contract verification, vulnerability discovery, and secure development typically considers only individual contracts. This paper proposes an approach for the correct-by-design development and deployment of multiple interacting smart contracts by introducing a graphical notation (called deployment diagrams) for specifying possible interactions between contract types. Based on this notation, it later presents a framework for the automated verification, generation, and deployment of interacting contracts that conform to a deployment diagram. As an added benefit, the proposed framework provides a clear separation of concerns between the internal contract behavior and contract interaction, which allows one to compositionally model and analyze systems of interacting smart contracts efficiently.
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