(New page: == Description == Support the use of encrypted filesystems for anything other than /boot using cryptsetup and LUKS. This includes install time creation/configuration, as well as integrated...) |
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* choose default partitioning layout and continue to the disk druid partition screen | * choose default partitioning layout and continue to the disk druid partition screen | ||
* continue with installation | * continue with installation | ||
== Expected Results == | == Expected Results == | ||
* Confirmed "Encrypt system" item is checked | * Confirmed "Encrypt system" item is checked |
Revision as of 18:20, 14 August 2008
Description
Support the use of encrypted filesystems for anything other than /boot using cryptsetup and LUKS. This includes install time creation/configuration, as well as integrated support in mkinitrd and initscripts (others?). Currently we are only pursuing support for encrypted devices using cryptsetup/LUKS.
When selecting the "Encrypt System" checkbox in anaconda, it is necessary to prompt the user for a passphrase to use for the encrypted filesystem.
References:
Steps To Reproduce
- Boot anaconda
- Proceed to the partitioning dialog
- Select the checkbox item "Encrypt system"
- Enter and confirm the passphrase in a pop up dialog for the encrypted filesystem
- choose default partitioning layout and continue to the disk druid partition screen
- continue with installation
Expected Results
- Confirmed "Encrypt system" item is checked
- Confirm able to enter and confirm the passphrase in the pop up dialog
- Proceed to the disk druid screen
- Verify the default logical volume group (VolGroup00) displays a "locked" icon in the format column
- Verify installation completes successfully
- Upon reboot, the user is asked for the LUKS passphrase at the console
- Verify entry in /etc/crypttab is present for LUKS device
/etc/crypttab may look something like:
luks-sda2 /dev/sda2 none