Disklabel: Difference between revisions

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Disklabel sits on the physical [[disk breakdown|disk]] (wd0c, sd0c, or da0s1c) and has an internal table of partitions on this disk.  Disklabel itself is a command to create these partitions.
Disklabel sits on the physical [[disk breakdown|disk]] (wd0c, sd0c, or da0s1c) and has an internal table of partitions on this disk.  Disklabel itself is a command to create these partitions.


In openbsd disklabel can be used interactively with disklabel -E option.  This is also the same as the OS install.
In OpenBSD disklabel can be used interactively with disklabel -E option.  This is also the same as the OS install.


OpenBSD allows 16 partitions using "disklabel wd0" shows the partition table
OpenBSD allows 16 partitions using "disklabel wd0" shows the partition table

Latest revision as of 07:22, 8 September 2010

Disklabel sits on the physical disk (wd0c, sd0c, or da0s1c) and has an internal table of partitions on this disk. Disklabel itself is a command to create these partitions.

In OpenBSD disklabel can be used interactively with disklabel -E option. This is also the same as the OS install.

OpenBSD allows 16 partitions using "disklabel wd0" shows the partition table

{drive data cut}
16 partitions:
#                size           offset  fstype [fsize bsize  cpg]
 a:          2104452               63  4.2BSD   2048 16384    1 
 b:          2104515          2104515    swap                   
 c:         50331648                0  unused      0     0      
 d:          2104515          4209030  4.2BSD   2048 16384    1 
 e:         44018100          6313545  4.2BSD   2048 16384    1 

This is a sample OpenBSD disklabel on a 24 GB drive. Partition a is the root disk, historically the root drive is always on a. Partition b is for swap, partition c represents the entire disk and d is /var filesystem. The rest (partition e) is for the /usr filesystem.