SUAVE:面向对象VHDL的无痛扩展

P. Ashenden, P. Wilsey, Donald E. K. Martin
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引用次数: 27

摘要

SUAVE项目旨在以不干扰现有语言或其使用的方式将面向对象的数据建模扩展引入VHDL。设计者经常使用VHDL的类型系统、子程序和包的各个方面来定义抽象数据类型。SUAVE方法建立在这些基本机制的基础上,增强了封装功能并添加了继承机制。除了支持面向对象之外,这些扩展机制还提高了VHDL在从高级到门级的整个建模范围内的表达能力。通过选择增量和进化的扩展方法,SUAVE避免了对语言的主要添加,这些添加会使表达设计的机制的选择复杂化。本文概述了SUAVE扩展,并通过一些示例说明了它们的使用。这些机制和示例很容易被理解为对当前建模实践的增量扩展,因此是“无痛扩展”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SUAVE: painless extension for an object-oriented VHDL
The SUAVE project aims to introduce object-oriented extensions to data modeling into VHDL in a way that does not disturb the existing language or its use. Designers regularly define abstract data types by using aspects of VHDL's type system, subprograms, and packages. The SUAVE approach builds on these basic mechanisms by strengthening the facilities for encapsulation and adding an inheritance mechanism. In addition to supporting object-orientation, these extended mechanisms improve the expressiveness of VHDL across the modeling spectrum, from high-level to gate-level. By choosing an incremental and evolutionary approach to extensions, SUAVE avoids major additions to the language that would complicate choice of mechanisms for expressing a design. The paper outlines the SUAVE extensions and illustrates their use through some examples. The mechanisms and examples are readily understood as incremental extensions to current modeling practices, hence "painless extension".
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