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* Added support for storing disk encryption keyfiles and add them to a keyslot.
* Added a luks2().add_key() function in order to inject a keyfile into a keyslot on a encrypted volume.
* Simplified 'missing encryption password' logic in Filesystem(). Added a call to luks2().add_key() after the root-password is set on the volume, to add the keyfile in slot 2
* Adding in password handling in luks2().add_key(). It's required to enter a previous passphrase to unlock the volume and add a new keyslot. Also simplified the handling of partition in Installer().mount_ordered_layout()
* Adding in encryption on all partitions except /boot when encryption is opted in
* Removed setting size on Partition() as it's a read only value. No idea how Partition().size = size hasn't caused an issue before. Removed size=X argument to Partition()
* Added a uniqueness to the loopdevice name. This should ensure that multiple encrypted volumes can be opened at the same time, except for Partition().detect_inner_filesystem() operations which can only happen one at a time since they share namespace. This should never be an issue since archinstall is single threaded and no concurrent operations can/should happen.
* Added partprobe() as part of disk/helpers.py, added a /dev/ -> UUID mapper function called convert_device_to_uuid(path). Added a luks2().crypttab() function that sets up a /etc/crypttab entry.
* Moved the responsability for telling archinstall to generate a keyfile from Filesystem() to user_interaction.py. This should in the future be a user-input based value, and not something the Filesystem() automatically dictates.
* Added a retry mechanism to luks2().encrypt() to avoid having to re-start the installation when a device simply wasn't up yet.
* Swapping UUID= lookup from loopdev to physdev.
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(#760)
* Add group of accesibility tools
* Conditionally extend base packages
* Enable it if accessibility in use in guided
* Fix circular import
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* Moved convert_size_to_gb() into disk/helpers.py, Added a Partition().size property meta function. Using the .size value to check if /boot is too small which will raise an exception. The only drawback is that it's done post-formatting. This in order to catch scenarios where formatting isn't used.
* Changed /boot warning from 0.15GB to 0.25GB
* Changed the wording in the warning when /boot is too small.
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just a few typos
* label instead of labling
* make UUID consistent
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* Make NTFS an advanced option
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* For fun, allow NTFS as a root filesystem type
Add ability to format a filesystem as NTFS
Try to force filesystem type
Fix FAT mounting
* Split out mount fs type method
* Handle rootfstype on non-GRUB bootloaders
* Add -Q to mkfs.ntfs command line for quick formatting
* I believe this will fix GRUB with NTFS root
* Remove the fsck hook if NTFS is used as the root partition
* Looks like the string is ntfs3 not ntfs so this logic wasn't running
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* Simplified size definition in dict. Also changed from MiB to MB and GiB to GB on places where they were used, as BlockDevice().size now returns GB by default, so no math operations needed
* Appended the /boot offset to /root when specifying /home start.
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partitioning (#751)
* Changed default value of info in largest_free_space()
* Fixing bad assumption that a disk always contain a minimum of two partitions.
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* Adding a cmd_history.txt log under /var/log/archinstall/ to get a clear picture of which commands was executed.
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thing but handles the DisKerror. This way we can use it in more places.
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doesn't immediately return None
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should still be quick. (#730)
Co-authored-by: Anton Hvornum <anton.feeds@gmail.com>
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* Added multiple `partprobe` calls and added a `.partprobe()` function on partitions, filesystem and blockdevice.
* Adding retry attempts to all UUID related operations tied to the boot process
* Tweaked logging for mounting and disk related operations
* Removed potential SysCall exception disruptor causing exceptions to go by unnoticed
* Increased the start position from 1MiB to 5MiB of /boot partition
* Optimized the GRUB installation & config code
* Improved Partition().uuid to never return None. Instead it will raise an exception if it can't get a PARTUUID within X retries with Y delay per attempt.
* Increased sleep timer for partition uuid retrieval, because even with a 3 second sleep it wasn't long enough even on fast devices.
* Make GRUB install to /dev/sda instead of /dev/sda1.
* Added 10 retries for retreiving PARTUUID with a one second sleep. Instead of increasing the sleep simply add more retries until we find a good balance on slower disks.
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validate this on instance creation. load_layout() Uses this only to detect what partition table format it should use when wiping the drive. Other than that we only check if MBR and part numbers are > 3, that's the only use of this variable at this moment.
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strategic places (not sure this is enough, will have to test)
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Created a new JSON serializer called `UNSAFE_JSON` that will serialize everything, including sensitive information. And `JSON` which is the default up to this point now safely ignores any sensitive information in dictionaries marked with `!`, for instance `{"!password" : "mypassword"}` will be omitted from any output.
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It seems the system does not syncronus update its internal information after a partitioning.
Two places are affected. Directly on filesystem.add_partition (the uuid of the new partition isn't available after the parted command)
and blockdevice.get_partition, where the list of partitions for the iterator might not be available in the query.
The patch places both sections under controlled loops, giving the system the chance to update the information.
Should be more controlled via application parameters
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And also added a check to grab !encryption-password if no partition-specific password was given.
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by unoticed
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Solves issue #674
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first decimal so output doesn't look too cluttered
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We turned the size query of the devices to byte mode in lsblk (lsblk -b)
It avoids problems with the localized output of the lsblk utility.
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highlighting.
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Tighten up flake8 tests used by GitHub Action lint_python
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mostly how we called things in guided.py but also some SysCommand calls
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This should enable people to use custom option arguments in their config files when scripting installations or using the API.
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