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Disable zswap when using zram.
The swap device is now initialised before the bootloader, inline with the
installation guide.
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* Install.__init__ parameter kernel as a list everywhere.
I've dropped the string check, as it shouldn't happen again, and it's good that it fails, when it happens
* Global Menu now loads in the arguments dict all options enabled with default value and no manually selected (issue #868)
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Co-authored-by: Anton Hvornum <anton.feeds@gmail.com>
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* Btrfs with encrypted partitions.
We have changed installer.mount_ordered_layout into a series of loops
* open the encrypted devices
* manage btrfs subvolumes
* mount whatever
* create kyefiles for encrypted volumes
We have simplified the btrfs subvolume manager
We merged the locale branch as it is needed here
* We allow only the creation of keyfiles if the partition does not contain the root mount point.
Also, adapt examples/only_hd to the new __init__.py
Also, assorted flake8 warnings
* Cleanup code
* Naming schema for encrypted volumes
revert global locale association (provisional)
* We introduce the option of defining mount options in the partition dictionary.
It has forced us to define two new entries in this dictionary:
* format_options (formerly options) for mkfs options and
* mount_options for mount -o ones.
The different meaning of compress between partition and subvolumes is treated
* Function lib/disk/btrfs.py mount_subvolume marked as deprecated
Code cleanup.
* format_options now filesystem.options
* format_options now filesystem.format_options
mount_options nof filesystem.mount_options
* flake8 uncovered a slip in the code
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* Added type annotations for 1/5 of the files.
There's bound to be some issues with type miss-match, will sort that out later.
* Added type hints for 4/5 of the code
* Added type hints for 4.7/5 of the code
* Added type hints for 5/5 of the code base
* Split the linters into individual files
This should help with more clearly show which runner is breaking since they don't share a single common name any longer. Also moved mypy settings into pyproject.toml
* Fixed some of the last flake8 issues
* Missing parameter
* Fixed invalid lookahead types
* __future__ had to be at the top
* Fixed last flake8 issues
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* Adding a Pipewire application profile
This to better manage the pipewire setup process and minimize guided a bit. This also adds the concept of @archinstall.plugin decorators to add a plugin in run-time. Which pipewire uses to detect user creation and enable the pipewire-pulse service for new users.
* Forgot to run .install() on pipewire Application()
* Backwards compatible variable insertion for installation session
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* All the changes needed to make btrfs subvolumes work. It boils down to two points;
the handling of the addressing of subvolumes re. physical partitions, and the small changes at the bootloader level
* We added a new script only_hd for testing purposes. It only handles hadrd drive management
* restoring an escape hatch during subvolume processing
* hipercommented manage_btrfs_subvolumes
* Ready to be able to select and process options in subvolume mounting
* Separte nodatacow processing
* Solving a flake8 complain
* Use of bind names @ get_filesystem_type
* compress mount option bypass
* Preparations for encryption handling
* Compatibility to master version re. encrypted btrfs volumes
* Now we can create subvolumes and mountpoints inside an encrypted btrfs partition
* changes for entries file generation with systemd-bootctl
* flake8 corrections plus some comments
Co-authored-by: Anton Hvornum <anton@hvornum.se>
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mentioned in #819.
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* Removed silent 'ok' on mkdir for encryption key dir
* Fixed chmod path during crypttab setup
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* Modify inclusion of self.BINARIES entry due to a mistype
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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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* 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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* 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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Add EFISTUB bootloader support through config/api calls using:
```json
{
"bootloader": "efistub",
"kernels": [
"linux",
"linux-lts"
]
}
```
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* Clear storage variable if shutdown was successful
* Adding shutdown monitoring and debug output.
* It seams systemd-run gets a connection reset from running 'shutdown now', but in a good way - so it doesn't raise any exceptions. Or at least that's what it looks like.
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torxed-fix-109
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tho it uses the NTP protocol.
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mostly how we called things in guided.py but also some SysCommand calls
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systemd-timesyncd service before running a command against it.
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