Linux has a very different file-structure, which is the way your files are organized on a system. It’s a bit weird at first, but once you get used to it makes a lot of sense. A second drive can often be found at /mnt/DRIVENAME or /media/DRIVENAME. But they show up in the file manager in a list anyhow.
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.
Linux has a very different file-structure, which is the way your files are organized on a system. It’s a bit weird at first, but once you get used to it makes a lot of sense. A second drive can often be found at /mnt/DRIVENAME or /media/DRIVENAME. But they show up in the file manager in a list anyhow.
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.