朝着具有可伸缩抽象和类型的可扩展模块化编译器结构的方向发展

Jari-Matti Mäkelä, V. Leppänen
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引用次数: 0

摘要

随着语言、范式和新编译工具的激增,对易于扩展的编程语言工具的需求几乎消失了。新语言研究的一个特定领域是并行编程领域,这通常需要在不同层次上进行新的语言抽象。我们引入了一个框架,利用面向对象设计、函数式编程和依赖类型的特点,构建具有可组合抽象的可扩展编译器。我们用从编译器中提取的用于并行Replica语言的解析和中间表示格式的示例来演示我们的方法,并从开发人员生产力的角度对该方法进行简要评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards an extensible, modular compiler construction with scalable abstractions and types
The need for easily extendable programming language tools has all but disappeared with the proliferation of language and paradigms and new compilation tools. A particular area of new language research is the domain of parallel programming which often requires new language abstractions on various levels. We introduce a framework for building extendable compilers with composable abstractions utilizing features of object-oriented design, functional programming and dependent types. We demonstrate our approach with examples from parsing and intermediate representation formats extracted from the compiler for a parallel Replica language and make a brief evaluation of the approach from point of view of developer productivity.
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