分布式和乐观制造:实现和性能

V. Ramji, T. Gonsalves
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引用次数: 3

摘要

开发了与常规版本兼容的Make实用程序的两个增强版本,即分布式Make和乐观Make。分布式Make利用工作站网络中的空闲CPU周期,通过在负载较轻的远程工作站上并发地运行编译来改善响应时间。当用户正在编辑时,乐观制作会在后台运行。当用户保存文件时,即使在用户继续编辑时,也会重新编译呈现为过期的任何目标。因此,当用户完成编辑会话时,大多数编译已经完成。这两个版本的Make在sun网络中进行了性能评估。发现分布式Make在某些情况下实现了接近线性的加速。使响应时间减少2-7倍,编辑器的响应几乎没有退化。因此,两者都显著缩短了程序开发周期。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Distributed and Optimistic Make: implementation and performance
Two enhanced versions of the Make utility compatible with the conventional version were developed, namely Distributed Make and Optimistic Make. Distributed Make uses the idle CPU cycles in a network of workstations to improve response time by running compilations concurrently on lightly loaded remote workstations. Optimistic Make runs in the background while the user is editing. When the user saves a file, any targets that are rendered out-of-date are recompiled even while the user continues editing. Thus, when the user finishes the editing session, most of the compilations have already been done. The performances of these two versions of Make were evaluated in a network of SUNs. Distributed Make was found to achieve a close to linear speedup in certain cases. Optimistic Make reduced response time by a factor of 2-7 with little degradation in editor response. Thus, both significantly reduce the program development cycle.<>
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