Towards seamless interfacing between dynamic languages and native code

Guillaume Bertholon, Stephen Kell
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引用次数: 1

Abstract

Existing approaches to interfacing high- and low-level code push considerable burdens onto the programmer, such as wrapper maintenance, explicit code generation, interface re-declaration, and/or signalling to garbage collectors. We note that run-time information on data layout and allocations in native code is available, and may be extended with knowledge of object lifetimes to assist in automating garbage collection. We describe work in progress towards an extension of the CPython virtual machine along these lines. We report initial experience building a first working prototype, and some early performance experiments.
实现动态语言和本地代码之间的无缝接口
现有的高级和低级代码接口方法给程序员带来了相当大的负担,例如包装器维护、显式代码生成、接口重新声明和/或向垃圾收集器发送信号。我们注意到本机代码中有关数据布局和分配的运行时信息是可用的,并且可以通过对象生存期知识进行扩展,以帮助实现自动垃圾收集。我们描述了正在进行的CPython虚拟机扩展工作。我们报告了构建第一个工作原型的初步经验,以及一些早期的性能实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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