Luvalley-Lite: An Effort to Balance Re-use and Re-coding

Xiao-Jian Liu, Xiaodong Yi, Yi Ren
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Abstract

When constructing a Virtual Machine Monitor(VMM), there are two different trends. The first one is trying to make the VMM be self-inclusive, while the second one is to make the VMM part of the host operating system. The former is prefered by independent virtualization provider(IVP) or BIOS manufacturer, and the later is advocated by OS vendors. In this article, after analyzing the implementation of three prevail VMMs, it is argued that: 1) unless the VMM is used as part of the BIOS, being self-inclusive is not a wise decision; 2) overly utilizing the existing functions that the underlying host operating system provides can not produce good solution to the problem of computer system virtualization. The design philosophy, architecture and implementation of Luvalley-lite is introduced to show our efforts to make a balance between reusing commodity OS functions and fitting the virtualization environment well. The approach of avoiding being restricted by the GPL license is also described. Due to the lack of publicly acknowledged performance benchmark, only preliminary experiments are conducted.
Luvalley-Lite:平衡重用和重新编码的努力
在构建虚拟机监视器(VMM)时,有两种不同的趋势。第一个是尝试使VMM具有自包容性,而第二个是使VMM成为主机操作系统的一部分。前者是独立虚拟化提供商(IVP)或BIOS制造商的首选,后者是操作系统厂商的首选。在本文中,在分析了三种流行的VMM的实现之后,我们认为:1)除非VMM被用作BIOS的一部分,否则自包容不是一个明智的决定;2)过度利用底层主机操作系统提供的现有功能,不能很好地解决计算机系统虚拟化问题。本文介绍了Luvalley-lite的设计理念、架构和实现,以展示我们在重用商用操作系统功能和适应虚拟化环境之间取得平衡的努力。本文还描述了避免受GPL许可限制的方法。由于缺乏公开认可的性能基准,所以只进行了初步的实验。
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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