ChiselFV: A Formal Verification Framework for Chisel

Mufan Xiang, Yongjian Li, Yongxin Zhao
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Abstract

Modern digital hardware is becoming ever more complex. And agile development, an efficient idea in software development, has been introduced into hardware. Furthermore, as a new hardware construction language, Chisel helps to raise the level of hardware design abstraction with the support of object-oriented and functional programming. Chisel plays a crucial role in future hardware design and open-source hardware development. However, the formal verification for Chisel is still limited. In this paper, we propose ChiselFV, a formal verification framework that has supported detailed formal hardware property descriptions and integrated mature formal hardware verification flows based on SymbiYosys. It builds on top of Chisel and uses Scala to drive the verification process. Thus the framework can be seen as an extension of Chisel. ChiselFV makes it easy to verify hardware designs formally when implementing them in Chisel.
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ChiselFV:一个凿子的正式验证框架
现代数字硬件正变得越来越复杂。敏捷开发作为一种高效的软件开发理念,已被引入硬件领域。此外,Chisel作为一种新的硬件构造语言,在面向对象和函数式编程的支持下,有助于提高硬件设计的抽象水平。Chisel在未来的硬件设计和开源硬件开发中扮演着至关重要的角色。然而,对Chisel的正式验证仍然有限。在本文中,我们提出了一个形式化验证框架ChiselFV,它支持详细的形式化硬件属性描述,并基于SymbiYosys集成了成熟的形式化硬件验证流程。它建立在Chisel之上,并使用Scala来驱动验证过程。因此,框架可以看作是凿子的延伸。在ChiselFV中实现硬件设计时,可以很容易地正式验证它们。
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