DiskImageUtils.hh File Reference

#include "openmsx.hh"
#include "endian.hh"
#include "alignof.hh"
#include <vector>
#include <memory>

Include dependency graph for DiskImageUtils.hh:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Classes
struct	openmsx::MSXBootSector
struct	openmsx::MSXDirEntry
struct	openmsx::Partition
struct	openmsx::PartitionTable

Namespaces
namespace	openmsx
	Thanks to enen for testing this on a real cartridge:
namespace	openmsx::DiskImageUtils

Functions
	openmsx::static_assert (sizeof(MSXBootSector)==512,"must be size 512")
	openmsx::static_assert (ALIGNOF(MSXBootSector)==1,"must not have alignment requirements")
	openmsx::static_assert (sizeof(MSXDirEntry)==32,"must be size 32")
	openmsx::static_assert (ALIGNOF(MSXDirEntry)==1,"must not have alignment requirements")
	openmsx::static_assert (sizeof(Partition)==16,"must be size 16")
	openmsx::static_assert (ALIGNOF(Partition)==1,"must not have alignment requirements")
	openmsx::static_assert (sizeof(PartitionTable)==512,"must be size 512")
void	openmsx::DiskImageUtils::checkValidPartition (SectorAccessibleDisk &disk, unsigned partition)
	Checks whether the disk is partitioned the specified partition exists throws a CommandException if one of these conditions is false.
void	openmsx::DiskImageUtils::checkFAT12Partition (SectorAccessibleDisk &disk, unsigned partition)
	Like above, but also check whether partition is of type FAT12.
bool	openmsx::DiskImageUtils::hasPartitionTable (SectorAccessibleDisk &disk)
	Check whether the given disk is partitioned.
void	openmsx::DiskImageUtils::format (SectorAccessibleDisk &disk)
	Format the given disk (= a single partition).
void	openmsx::DiskImageUtils::partition (SectorAccessibleDisk &disk, const std::vector< unsigned > &sizes)
	Write a partition table to the given disk and format each partition.