That’s for mounting, yeah, but when it comes to interacting with the hardware, Linux itself uses letters for some types of devices. For example, serial-connected ones (e.g. SATA internal drives, USB external drives) are /dev/sdx (x being a letter from A-Z). I don’t know what happens when all letters are used up though, maybe someone can chime in there? NVMe uses numbers it seems - my boot drive is /dev/nvme0n1
There are other ways to access devices and partitions besides that though. I just had to put EndeavourOS on a flash drive and the Arch Wiki recommended doing this by targeting the drive via /dev/disk/by-id/, which lists connected drives by name, connectivity and serial number.
That’s totally true and somehow it didn’t think of it. I think that is the closest equivalent of the Windows naming scheme on storage devices.
But on the contrary: I believe on Windows the drive letters ( C:, D;, etc) ARE used for recognition (by the user) while the drive is already mounted. But you can also mount them without assigning a drive letter, making it somewhat different than how it’s handled in Linux. On Linux, the (average) user usually doesn’t see stuff like “/dev/sda” unless they specifically look for it. At most, they will see the name that are assigned to the drive and it’s mounting point.
That’s for mounting, yeah, but when it comes to interacting with the hardware, Linux itself uses letters for some types of devices. For example, serial-connected ones (e.g. SATA internal drives, USB external drives) are /dev/sdx (x being a letter from A-Z). I don’t know what happens when all letters are used up though, maybe someone can chime in there? NVMe uses numbers it seems - my boot drive is /dev/nvme0n1
There are other ways to access devices and partitions besides that though. I just had to put EndeavourOS on a flash drive and the Arch Wiki recommended doing this by targeting the drive via /dev/disk/by-id/, which lists connected drives by name, connectivity and serial number.
When all the letters are used up, it goes into doubles, i.e. /dev/sdaa, /dev/sdab, and then triples, I believe.
That’s totally true and somehow it didn’t think of it. I think that is the closest equivalent of the Windows naming scheme on storage devices.
But on the contrary: I believe on Windows the drive letters ( C:, D;, etc) ARE used for recognition (by the user) while the drive is already mounted. But you can also mount them without assigning a drive letter, making it somewhat different than how it’s handled in Linux. On Linux, the (average) user usually doesn’t see stuff like “/dev/sda” unless they specifically look for it. At most, they will see the name that are assigned to the drive and it’s mounting point.
Pretty much, yeah. I think Windows uses something like \\PhysicalDisk0 internally, then shows it to the user with lettering.