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disk handling. (#949)
* Renamed all_disks() to all_blockdevices() as it's technically a bit more correct. As it would return partitions as well. And it now distinguishes between BlockDevice() and Partition() when returning values. Also lsblk has been replaced with blkid and glob.glob() on /sys/class/block/
* Added handling of loop devices
* Added device information enrichment
* Removed old code
* Updated the usage of blockdevice.info['type'] to 'DEVTYPE' as per returned by blkid instead of lsblk
* Created a MapperDev() and DMCryptDev() 'disk' classes. This should help differentiate between BlockDevice(), Partition() and crypt-specific devices. Due to some new helper functions (mentioned later) BlockDevice().device_or_backfile has been simplified thanks to the information being pre-existing instead of having to call losetup. BlockDevice().mountpoint has been added as a dummy function. archinstall.enrich_blockdevice_information() has been added to enrich information extracted from blkid. archinstall.uevent() has been created to parse blkdid data when in -o export format, also eats up /sys/class/x/y/uevent data which is of the same format. all_blockdevices() now returns mapper devices found under /dev/mapper/ and properly returns the different types, not just BlockDevice() for everything. archinstall.get_parent_of_partition() has been added, which can translate /dev/sda1 to /dev/sda via strings by using /sys/class/block/ - note here tho that it has to be a blockdevice. Other parents won't return properly. archinstall.find_mountpoint() was created to be able to find mountpoints for a device, rather than the other way around which get_mount_info() handles. find_mountpoint() will convert /dev/sda1 -> /boot for instance, whereas get_mount_info('/boot') will convert /boot -> /dev/sda1. archinstall.get_partitions_in_use() will now properly traverse the entire structure, not just one level deep. This called for the creation of get_all_targets() which will take a dictionary structure and look for 'target': '/path' and return all '/path' values, recursively without being trapped in get_partitions_in_use() which has recursive targets. get_partitions_in_use() now returns a dictionary instead of a list, as it also returns the mountpoint and associated device. It will also prioritize MapperDev over DMCryptDev (as MapperDev is a child of DMCryptDev and can be resolved, other way around is 'trickier').
* Reverted Installer().partitions to return only the partitions. It's a slight speed defecit by not returning the mountpoints directly as {mntpoint: partition}, because the partition.mountpoint is a bit slow. But it avoids breaking legacy code :)
* Fixed a few imports, and added MapperDev.filesystem
* Fixed so that Installer().detect_encryption() uses the new separated logic of MapperDev/DMCryptDev/Partition
* Fixing a translation issue on hostname
* Added DMCryptDev.filesystem
* Added back archinstall.all_disks() for legacy reasons.
* Added a deprecation warning to archinstall.all_disks()
* Added a enrichment check for dm-crypt specific devices, which in turn sets DMCRYPT_NAME on the device information, making it easier to detect and target DMCryptDev when needed. This should avoid issues with loopdevices being detected as DMCryptDev. Also some minor tweaks to variable names on unencrypted setups
* Made debug output hidden without --verbose. Also added get_subvolume_info() which takes a path and returns any 'btrfs subvol show' information on the path
* Partition().subvolumes has been added. Which generates an iterator over potential subvolumes based on mountpoint. Partition().mount_information is now a list of mount-destinations, as one partition should be allowed to be mounted to several places (more commonly used in btrfs subvolumes). BtrfsSubvolume() has been added as a 'device type', which should make it more easy to recognize a BtrfsSubvolume object right out of the gate. Only found from Partition().subvolumes currently.
* Parameter fix for --verbose in log()
* Made sure loopdev devices have a PATH key as well, to make dealing with them as blockdevice as seamless as possible.
* Added backup information grabbing on uninitated devices
* Tweaked backup option if losetup cannot find the blockdev
* looks like losetup doesn't exit with a bad code even when it should. Raising ourselves when information is empty.
* Fixed structure returned from get_blockdevice_uevent()
* Made sure that fallback to blkid and loopdev info returns a PTTYPE (Partition Table Type) that is None, since we can't locate it yet (empty drive). But it's not False either, which is what logic after is looking for
* Deprecated split_bind_name() and added more debugging
* get_partitions_in_use() now only iterates over Partition() objects. And properly checks all mountpoints, not only the first.
* Flipped SysCallError to show the last 500 bytes if data rather than the first, to catch the actual errors.
* Removed anonymous parameters to all_blockdevices()
* Added .mount_information to MapperDev
* Added typing annotations
* Partition().mountpoint is now a @property that will live-report the current mountpoint.
* Removed the need for setting Partition().mountpoint = X when calling .mount() and .unmount(), as it's live-reported instead.
* Added .subvolumes to MapperDev()
* Added debug information
* Muting F841 in helpers.py
* Tweaked debug information in get_mount_info()
* Minimized log output by moving Partition().mountpoint to DEBUG, as partitions are allowed to not be mounted
* Simplified Installer().add_bootloader() to act as a router to the new split function, one for each bootloader type. This since flake8 complained about complexity and I agree that it became to wild.
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* Fixed exceptions in is_vm() and virtualization()
* Added exception handling for parted in BlockDevice.free_space
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* Added a new return value from add_partition. Also added an exception to make sure `add_partition` can't continue silently
* Added a log of debugging to add_partition
* Removed a blank line (flake8)
* Misconfigured variable
* Added some more debugging information to partprobe
* FIX: disk layout: partprobe should be called and checked only for target device (#896)
* disk layout: partprobe should be called and checked only for target device
* disk layout: partprobe: removed unnecessary bash subprocess
* Properly defined BlockDevice() on Partition() creation. Also made sure mount-checks got some rrro handling and non-block devices should no longer attempt to return a size
Co-authored-by: Anton Hvornum <anton.feeds@gmail.com>
Co-authored-by: Victor Gavro <vgavro@gmail.com>
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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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* Swapped lsblk for blkid
* Added a hefty sleep on partprobe()
And added a TODO for the future
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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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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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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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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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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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through a few of the menu's
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through a few of the menu's
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through a few of the menu's
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broken links as we expose all the functions through __init__.py - but you never know so I'll keep an eye for issues with this.
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