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Most PC operating systems still work with an ancient disk partition scheme that historically makes distinction between primary and extended partitions. It also places a limitation for four primary partitions or three primary partitions and one extended partition. When present, an extended partition can then be divided into any number number of logical partitions. However, many recent (since 2011) machines use a different and incompatible scheme known as “gpt” which allows many more primary partitions. Search these pages for UEFI to learn how to tell which scheme your system is using; applying techniques for one scheme to a system that uses the other will definitely lead to possibly serious problems. Each Windows installation will need to be installed on a primary partition. Windows systems commonly assign a drive letter to each individual (Windows) partition. Linux operating systems need a minimum of one partition: one for the OS itself (and data files) and optionally one for a swap area (to be used as an extension for RAM memory) if preferred over a swap file. While these two partitions can be primary partitions, more flexibility is afforded when logical partitions (within the extended partition) are used. In this manner, as many partitions can be created as is desired. Multiple (Ubuntu Linux and Mac) operating systems can be installed, each in its own partition, and data can also be more easily compartmentalized when it is placed within individually separate logical partitions. (The swap partition can also be located on a logical partition.)
一句话概括:Ubuntu系统在一个硬盘上只支持最多4个 Primary 分区或3个 Primary 分区加1个 Extended 分区。Extended 分区下面可以有多个 Logical 分区。
以2TB大小的硬盘为例,结合官方推荐的分区方案(单系统):
/home
文件夹下新建对应的文件夹/username
,这个用户的文档、下载等都存放在这个文件夹里,所以这个分区不能太小。
/data/
存放数据或/download
当下载盘。
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根据我自己查到的资料,分区类型为 Primary 或 Logical 本身并不影响分区的性能和使用。
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