liblp.reader

Functions

`AdjustMetadataForSlot`(metadata, slot_number)
`GetBlockDevicePartitionName`(block_device)
`GetPartitionGroupName`(group)
`GetPartitionName`(partition)
`NameFromFixedArray`(name)
`ParseGeometry`(buffer)
`ParseMetadata`(geometry, fd)	Read and validate metadata information from a block device that holds logical partitions.
`ReadBackupGeometry`(fd)
`ReadBackupMetadata`(fd, geometry, slot_number)
`ReadLogicalPartitionGeometry`(fd)	Read and validate geometry information from a block device that holds logical partitions.
`ReadMetadata`(super_partition, slot_number[, ...])
`ReadMetadataHeader`(fd)
`ReadPrimaryGeometry`(fd)
`ReadPrimaryMetadata`(fd, geometry, slot_number)
`ValidateTableBounds`(header, table)

liblp.reader.AdjustMetadataForSlot(metadata: LpMetadata, slot_number: int)

liblp.reader.GetBlockDevicePartitionName(block_device: LpMetadataBlockDevice) → str

liblp.reader.GetPartitionGroupName(group: LpMetadataPartitionGroup) → str

liblp.reader.ParseMetadata(geometry: LpMetadataGeometry, fd: BufferedIOBase) → LpMetadata: Read and validate metadata information from a block device that holds logical partitions. If the information is corrupted, this will attempt to read it from a secondary backup location.

liblp.reader.ReadBackupMetadata(fd: BufferedIOBase, geometry: LpMetadataGeometry, slot_number: int)

liblp.reader.ReadLogicalPartitionGeometry(fd: BufferedIOBase) → LpMetadataGeometry: Read and validate geometry information from a block device that holds logical partitions. If the information is corrupted, this will attempt to read it from a secondary backup location.

liblp.reader.ReadMetadata(super_partition: str, slot_number: int, opener: IPartitionOpener = None) → LpMetadata

liblp.reader.ReadPrimaryGeometry(fd: BufferedIOBase) → LpMetadataGeometry

liblp.reader.ReadPrimaryMetadata(fd: BufferedIOBase, geometry: LpMetadataGeometry, slot_number: int)

liblp.reader.ValidateTableBounds(header: LpMetadataHeader, table: LpMetadataTableDescriptor)