ref/mempak_8h_source.html

#ifndef __LIBDRAGON_MEMPAK_H

#define __LIBDRAGON_MEMPAK_H


#define MEMPAK_BLOCK_SIZE   256


typedef struct entry_structure

{

    uint32_t vendor;

    uint16_t game_id;

    uint16_t inode;

    uint8_t region;

    uint8_t blocks;

    uint8_t valid;

    uint8_t entry_id;

    char name[19];

} entry_structure_t;


#ifdef __cplusplus

extern "C" {

#endif


int read_mempak_sector( int controller, int sector, uint8_t *sector_data );

int write_mempak_sector( int controller, int sector, uint8_t *sector_data );

int validate_mempak( int controller );

int get_mempak_free_space( int controller );

int get_mempak_entry( int controller, int entry, entry_structure_t *entry_data );

int format_mempak( int controller );

int read_mempak_entry_data( int controller, entry_structure_t *entry, uint8_t *data );

int write_mempak_entry_data( int controller, entry_structure_t *entry, uint8_t *data );

int delete_mempak_entry( int controller, entry_structure_t *entry );


#ifdef __cplusplus

}

#endif

 /* controllerpak */


#endif

entry_structure_t::game_id
uint16_t game_id
Game ID.
Definition: mempak.h:25

entry_structure_t::vendor
uint32_t vendor
Vendor ID.
Definition: mempak.h:23

entry_structure_t::inode
uint16_t inode
Inode pointer.
Definition: mempak.h:27

entry_structure_t::region
uint8_t region
Intended region.
Definition: mempak.h:29

entry_structure_t::blocks
uint8_t blocks
Number of blocks used by this entry.
Definition: mempak.h:32

entry_structure_t::valid
uint8_t valid
Validity of this entry.
Definition: mempak.h:34

entry_structure_t::entry_id
uint8_t entry_id
ID of this entry.
Definition: mempak.h:36

format_mempak
int format_mempak(int controller)
Format a Controller Pak.
Definition: mempak.c:853

read_mempak_sector
int read_mempak_sector(int controller, int sector, uint8_t *sector_data)
Read a sector from a Controller Pak.
Definition: mempak.c:65

write_mempak_entry_data
int write_mempak_entry_data(int controller, entry_structure_t *entry, uint8_t *data)
Write associated data to a Controller Pak entry.
Definition: mempak.c:1012

get_mempak_free_space
int get_mempak_free_space(int controller)
Return the number of free blocks on a Controller Pak.
Definition: mempak.c:819

read_mempak_entry_data
int read_mempak_entry_data(int controller, entry_structure_t *entry, uint8_t *data)
Read the data associated with an entry on a Controller Pak.
Definition: mempak.c:949

delete_mempak_entry
int delete_mempak_entry(int controller, entry_structure_t *entry)
Delete a Controller Pak entry and associated data.
Definition: mempak.c:1167

get_mempak_entry
int get_mempak_entry(int controller, int entry, entry_structure_t *entry_data)
Read an entry on a Controller Pak.
Definition: mempak.c:754

write_mempak_sector
int write_mempak_sector(int controller, int sector, uint8_t *sector_data)
Write a sector to a Controller Pak.
Definition: mempak.c:100

validate_mempak
int validate_mempak(int controller)
Return whether a Controller Pak is valid.
Definition: mempak.c:721

entry_structure_t
Structure representing a save entry on a Controller Pak.
Definition: mempak.h:21