Get a human readable description of this region

Get a human readable description of this strategy

Get a human readable description of pending changes

Attempts to detect a superblock of the given type from the reader

Returns the device path.

Discovers all block devices present in the system. # Returns A vector of discovered block devices or an IO error if the discovery fails.

Discovers block devices in a specified sysroot directory. # Arguments `sysroot` - Path to the system root directory # Returns A vector of discover

forward Display to BasicDisk

Determine the kdl value type

Format a disk position as a percentage and absolute size Format a disk position as both a percentage and absolute size This is useful for displaying

Format a size in bytes into a human readable string Format a byte size into a human-readable string with appropriate units # Examples ``` use disks:

Attempt to detect and read a filesystem superblock from raw bytes This is more efficient than using a reader as it avoids multiple seeks

Creates a new Device instance from a device path.

Attempt to detect and read a filesystem superblock from a reader Note: This will read the minimum necessary bytes to detect the superblock, which is

Attempt to convert a string to a partition role

Attempt to convert a string to a partition table type

Attempt to convert a string to a storage unit

Creates a new Device instance from a sysfs path if the device name matches loop device pattern. # Arguments `sysroot` - The root path of the sysfs f

Creates a new Partition instance from a sysfs path and partition name. # Arguments `sysroot` - Base path to sysfs `name` - Name of the partition # R

Creates a BlockDevice from a specific device path # Arguments `device_path` - Path to the block device (e.g. "/dev/sda") # Returns The block devic

Creates a new MMC disk from a sysfs path and device name # Arguments `sysroot` - The sysfs root path `name` - The device name to check # Returns `So

Creates a new NVMe disk from a sysfs path and device name # Arguments `sysroot` - The sysfs root path `name` - The device name to check # Returns `S

Creates a new Disk instance from a sysfs path if the device name matches SCSI naming pattern. # Arguments `sysroot` - The root path of the sysfs fil

Creates a new Disk instance from a sysfs path if the device name matches virtual disk naming pattern. # Arguments `sysroot` - The root path of the s

Returns the filesystem type of this superblock

Returns the volume label if available

Return the volume label as a string

Return the volume label as valid utf8

Returns the volume label as a UTF-16 decoded string Handles null termination and invalid UTF-16 sequences

Returns the volume label

Returns the volume label as a UTF-8 string, trimming any null termination

Get the label of the LUKS2 volume Note: Label is often empty, set in config instead

Creates a loopback block device from a file path.

Main entry point - creates and partitions a loopback device

Creates a mock block device with a specified number of sectors.

Returns the device name.

Returns the name of the disk device.

Create a new parser from a string

Create a new provisioner

Creates a new mock disk with the specified size in bytes

Create a new region with the given bounds

Creates a new Formatter for the given filesystem

Create a new DiskWriter.

Create a new strategy using the specified allocation method

Create a new parser from a file path

Generate a command to find a disk

Generate a command to create a partition

Generate a command to create a partition table

Parse a strategy node

Returns the partitions on the disk.

Plan to delete an existing partition

Clear all planned changes

Returns the total size of the block device in bytes.

[should_panic]