基于硬件的双启动开关,具有可定制的设置脚本和跨平台支持

Venkatesh Chaturvedi, D. Arora
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引用次数: 0

摘要

在当今繁忙的世界中,许多人使用各种操作系统来完成各种任务。在使用Linux进行编程和编码时,有些人可能会使用Windows进行一些文档编辑。在双引导两个操作系统时,除了为了双引导,每次都必须打开引导菜单以选择要引导的操作系统之外,没有什么主要问题。每次打开引导菜单并选择操作系统的过程是一个非常冗余的任务。因此,一个基于硬件的开关的想法诞生了,它可以帮助切换操作系统,而不必每次都打开引导菜单。开关最初的想法包括使用一个控制板,如树莓派来编程开关。为了创建一些基于硬件的控制器,甚至修改了引导加载程序源代码。然而,经过几天的研究和测试,得出的结论是,尽管以前曾尝试使用控制板创建双启动开关,并且在一定程度上取得了成功,但这些解决方案过于复杂,无法提供它们所提供的价值。因此,在不使用控制板和对引导加载程序进行最小修改的情况下,开始了创建双引导开关的工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hardware-based Dual Booting Switch with Customizable Setup Script and Cross Platform Support
Many people use numerous operating systems to do a variety of tasks in today's hectic world. While using Linux for programming and coding, someone may utilize Windows for some document editing. There are no major problems faced while dual booting two operating systems aside from the fact that in order to dual boot, one has to open the boot menu every time in order to select which operating system is to be booted. This process of opening the boot menu and selecting the operating system each time is a very redundant task. Hence, the idea of a hardware-based switch that would help in switching the operating system without opening the boot menu every time was born. Initial thoughts for the switch included using a control board such as the Raspberry Pi for programming the switch. Even modification of the bootloader source code in order to create some hardware-based controller was attempted. However, after several days of research and testing, it was concluded that even though previous attempts had been made to create a dual booting switch using control boards, and were successful to an extent, those solutions were too complex for the value they provided. Hence, work was started on creating a dual booting switch without using a control board and with minimum modifications to the bootloader.
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