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Keep the same variables names as the ones in the script

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Le0xFF 2022-07-26 22:26:09 +02:00
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README.md
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@ -79,9 +79,9 @@ Here is documented how the script works in details and what will ask to the user
`/dev/mapper/<encrypted_name>`; `/dev/mapper/<encrypted_name>`;
6. apply Logical Volume Management to the previous encrypted partition, to have the flexibility to resize `/` and to add more space in the future without reformatting the whole system: 6. apply Logical Volume Management to the previous encrypted partition, to have the flexibility to resize `/` and to add more space in the future without reformatting the whole system:
- it will ask for a Volume Group name, so that will be mounted as - it will ask for a Volume Group name, so that will be mounted as
`/dev/mapper/<volume_group>`; `/dev/mapper/<vg_name>`;
- it will ask for a Logical Volume name for **root** partition and its size will be the previously selected partition, so that will be mounted as - it will ask for a Logical Volume name for **root** partition and its size will be the previously selected partition, so that will be mounted as
`/dev/mapper/<volume_group>-<lv_root_name>`; `/dev/mapper/<vg_name>-<lv_root_name>`;
- check the [Final partitioning result](#final-partitioning-result) to get an overview of what the outcome will be; - check the [Final partitioning result](#final-partitioning-result) to get an overview of what the outcome will be;
7. Formatting partitions to proper filesystems: 7. Formatting partitions to proper filesystems:
- it will prompt user to select which partition to use as **boot** partition and to choose its label; it will be formatted as FAT32 and mounted as - it will prompt user to select which partition to use as **boot** partition and to choose its label; it will be formatted as FAT32 and mounted as
@ -123,13 +123,13 @@ You don't need to create a `/home` partition because BTRFS subvolumes will take
Following the script, at the very end your drive will end up being like the following: Following the script, at the very end your drive will end up being like the following:
``` bash ``` bash
/dev/nvme0n1 259:0 0 953,9G 0 disk /dev/nvme0n1 259:0 0 953,9G 0 disk
├─/dev/nvme0n1p1 259:1 0 1G 0 part /boot/efi ├─/dev/nvme0n1p1 259:1 0 1G 0 part /boot/efi
└─/dev/nvme0n1p2 259:2 0 942,9G 0 part └─/dev/nvme0n1p2 259:2 0 942,9G 0 part
└─/dev/mapper/<encrypted_name> 254:0 0 942,9G 0 crypt └─/dev/mapper/<encrypted_name> 254:0 0 942,9G 0 crypt
└─/dev/mapper/<volume_group>-<lv_root_name> 254:1 0 942,9G 0 lvm /.snapshots └─/dev/mapper/<vg_name>-<lv_root_name> 254:1 0 942,9G 0 lvm /.snapshots
/home /home
/ /
``` ```
> Note: `/.snapshots` will be available after following the [Follow up for `@snapshots` subvolume](#follow-up-for-snapshots-subvolume) section. > Note: `/.snapshots` will be available after following the [Follow up for `@snapshots` subvolume](#follow-up-for-snapshots-subvolume) section.
@ -162,24 +162,24 @@ In case anything will break, you will just have to delete the `@` subvolume, cre
In details, after booting a LiveCD, mount the encrypted partition: In details, after booting a LiveCD, mount the encrypted partition:
``` bash ``` bash
cryptsetup open /dev/nvme0n1p2 LinuxCrypt cryptsetup open /dev/nvme0n1p2 <encrypted_name>
``` ```
Scan for Volume Groups and then enable the one you need: Scan for Volume Groups and then enable the one you need:
``` bash ``` bash
vgscan vgscan
vgchange -ay LinuxGroup vgchange -ay <vg_name>
``` ```
Mount the true btrfs root by its subvol or by its subvolid: Mount the true btrfs root by its subvol or by its subvolid:
``` bash ``` bash
# by subvol # by subvol
mount -o subvol=/ /dev/mapper/LinuxGroup-LinuxSystem /mnt mount -o subvol=/ /dev/mapper/<vg_name>-<lv_root_name> /mnt
# or by subvolid # or by subvolid
mount -o subvolid=0 /dev/mapper/LinuxGroup-LinuxSystem /mnt mount -o subvolid=0 /dev/mapper/<vg_name>-<lv_root_name> /mnt
``` ```
After that if you do an `ls /mnt/` you will see all the subvolume previously created. After that if you do an `ls /mnt/` you will see all the subvolume previously created.