Difference between revisions of "Dual Boot Linux Mint Partition With GParted Example"
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Create the following: | Create the following: | ||
| − | * Create Primary Partition #1 (fat32 1024) | + | * Create Primary Partition #1 (fat32 1024) ends up /dev/sda1 and won't be used but is created if efi doesn't exist and may be needed |
| − | * Create Primary Partition #2 (linux-swap, 16,384) | + | * Create Primary Partition #2 (linux-swap, 16,384) end up /dev/sda2 |
| − | * Create Primary Partition #3 (ext4, 131072 as /) | + | * Create Primary Partition #3 (ext4, 131072 as /) end up /dev/sda3 |
| − | * Create Primary Partition #4 (ext4, 131072 as /2) | + | * Create Primary Partition #4 (ext4, 131072 as /2) end up /dev/sda4 |
| − | * Create Primary Partition #5 (ext4, remaining space as /share) | + | * Create Primary Partition #5 (ext4, remaining space as /share) end up /dev/sda5 |
Revision as of 16:32, 28 August 2019
In this example we use GParted to create a file system for dual boot two versions of Mint Linux on a 500GB harddrive.
After you boot from the Linux Mint installation media click the Linux Mint Menu -> Administration -> GParted
Select the correct drive, in this example unallocated space on /dev/sda (465.76 GiB)
You need only one partition table for the physical disk drive. Device -> Create Partition Table... -> gpt
We create a GPT (GUID Partition Table) rather than MS-DOS for this example.
Partition -> New
Create the following:
- Create Primary Partition #1 (fat32 1024) ends up /dev/sda1 and won't be used but is created if efi doesn't exist and may be needed
- Create Primary Partition #2 (linux-swap, 16,384) end up /dev/sda2
- Create Primary Partition #3 (ext4, 131072 as /) end up /dev/sda3
- Create Primary Partition #4 (ext4, 131072 as /2) end up /dev/sda4
- Create Primary Partition #5 (ext4, remaining space as /share) end up /dev/sda5
