#include <libmc-common.h>

Include dependency graph for libmc.h:

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

Data Structures
struct	mcIcon

struct	sceMcTblGetDir

struct	mcTable

Macros
#define	MC_WAIT 0

#define	MC_NOWAIT 1

#define	MC_TYPE_PSX sceMcTypePS1

#define	MC_TYPE_PS2 sceMcTypePS2

#define	MC_TYPE_POCKET sceMcTypePDA

#define	MC_TYPE_NONE sceMcTypeNoCard

#define	MC_FORMATTED 1

#define	MC_UNFORMATTED 0

#define	MC_ATTR_READABLE sceMcFileAttrReadable

#define	MC_ATTR_WRITEABLE sceMcFileAttrWriteable

#define	MC_ATTR_EXECUTABLE sceMcFileAttrExecutable

#define	MC_ATTR_PROTECTED sceMcFileAttrDupProhibit

#define	MC_ATTR_FILE sceMcFileAttrFile

#define	MC_ATTR_SUBDIR sceMcFileAttrSubdir

#define	MC_ATTR_OBJECT (sceMcFileAttrFile\|sceMcFileAttrSubdir)

#define	MC_ATTR_CLOSED sceMcFileAttrClosed

#define	MC_ATTR_PDAEXEC sceMcFileAttrPDAExec

#define	MC_ATTR_PSX sceMcFileAttrPS1

#define	MC_ATTR_HIDDEN sceMcFileAttrHidden

#define	MC_TYPE_MC 0

#define	MC_TYPE_XMC 1

Typedefs
typedef int	iconIVECTOR[4]

typedef float	iconFVECTOR[4]

Enumerations
enum	MC_FUNC_NUMBERS { MC_FUNC_NONE = 0x00 , MC_FUNC_GET_INFO , MC_FUNC_OPEN , MC_FUNC_CLOSE , MC_FUNC_SEEK , MC_FUNC_READ , MC_FUNC_WRITE , MC_FUNC_FLUSH = 0x0A , MC_FUNC_MK_DIR , MC_FUNC_CH_DIR , MC_FUNC_GET_DIR , MC_FUNC_SET_INFO , MC_FUNC_DELETE , MC_FUNC_FORMAT , MC_FUNC_UNFORMAT , MC_FUNC_GET_ENT , MC_FUNC_RENAME , MC_FUNC_CHG_PRITY , MC_FUNC_ERASE_BLOCK = 0x5A , MC_FUNC_READ_PAGE , MC_FUNC_WRITE_PAGE }

enum	MCICON_TYPES { MCICON_TYPE_SAVED_DATA = 0 , MCICON_TYPE_SOFTWARE_PS2 , MCICON_TYPE_SOFTWARE_PKT , MCICON_TYPE_SETTINGS_DATA }

Functions
int	mcInit (int type)

int	mcGetInfo (int port, int slot, int type, int free, int *format)

int	mcOpen (int port, int slot, const char *name, int mode)

int	mcClose (int fd)

int	mcSeek (int fd, int offset, int origin)

int	mcRead (int fd, void *buffer, int size)

int	mcWrite (int fd, const void *buffer, int size)

int	mcFlush (int fd)

int	mcMkDir (int port, int slot, const char *name)

int	mcChdir (int port, int slot, const char newDir, char currentDir)

int	mcGetDir (int port, int slot, const char name, unsigned mode, int maxent, sceMcTblGetDir table)

int	mcSetFileInfo (int port, int slot, const char name, const sceMcTblGetDir info, unsigned flags)

int	mcDelete (int port, int slot, const char *name)

int	mcFormat (int port, int slot)

int	mcUnformat (int port, int slot)

int	mcGetEntSpace (int port, int slot, const char *path)

int	mcRename (int port, int slot, const char oldName, const char newName)

int	mcEraseBlock (int port, int slot, int block, int mode)

int	mcReadPage (int port, int slot, unsigned int page, void *buffer)

int	mcWritePage (int port, int slot, int page, const void *buffer)

int	mcChangeThreadPriority (int level)

int	mcSync (int mode, int cmd, int result)

int	mcReset (void)

Detailed Description

Macros, structures & function prototypes for mclib.

Definition in file libmc.h.

Macro Definition Documentation

◆ MC_ATTR_CLOSED

#define MC_ATTR_CLOSED sceMcFileAttrClosed

Definition at line 58 of file libmc.h.

◆ MC_ATTR_EXECUTABLE

#define MC_ATTR_EXECUTABLE sceMcFileAttrExecutable

Definition at line 52 of file libmc.h.

◆ MC_ATTR_FILE

#define MC_ATTR_FILE sceMcFileAttrFile

Definition at line 54 of file libmc.h.

◆ MC_ATTR_HIDDEN

#define MC_ATTR_HIDDEN sceMcFileAttrHidden

not hidden in osdsys, but it is to games

Definition at line 62 of file libmc.h.

◆ MC_ATTR_OBJECT

#define MC_ATTR_OBJECT (sceMcFileAttrFile|sceMcFileAttrSubdir)

File or directory

Definition at line 57 of file libmc.h.

◆ MC_ATTR_PDAEXEC

#define MC_ATTR_PDAEXEC sceMcFileAttrPDAExec

Definition at line 59 of file libmc.h.

◆ MC_ATTR_PROTECTED

#define MC_ATTR_PROTECTED sceMcFileAttrDupProhibit

Definition at line 53 of file libmc.h.

◆ MC_ATTR_PSX

#define MC_ATTR_PSX sceMcFileAttrPS1

Definition at line 60 of file libmc.h.

◆ MC_ATTR_READABLE

#define MC_ATTR_READABLE sceMcFileAttrReadable

Definition at line 50 of file libmc.h.

◆ MC_ATTR_SUBDIR

#define MC_ATTR_SUBDIR sceMcFileAttrSubdir

Definition at line 55 of file libmc.h.

◆ MC_ATTR_WRITEABLE

#define MC_ATTR_WRITEABLE sceMcFileAttrWriteable

Definition at line 51 of file libmc.h.

◆ MC_FORMATTED

#define MC_FORMATTED 1

Definition at line 46 of file libmc.h.

◆ MC_NOWAIT

#define MC_NOWAIT 1

Definition at line 39 of file libmc.h.

◆ MC_TYPE_MC

#define MC_TYPE_MC 0

Definition at line 195 of file libmc.h.

◆ MC_TYPE_NONE

#define MC_TYPE_NONE sceMcTypeNoCard

Definition at line 44 of file libmc.h.

◆ MC_TYPE_POCKET

#define MC_TYPE_POCKET sceMcTypePDA

Definition at line 43 of file libmc.h.

◆ MC_TYPE_PS2

#define MC_TYPE_PS2 sceMcTypePS2

Definition at line 42 of file libmc.h.

◆ MC_TYPE_PSX

#define MC_TYPE_PSX sceMcTypePS1

Definition at line 41 of file libmc.h.

◆ MC_TYPE_XMC

#define MC_TYPE_XMC 1

Definition at line 196 of file libmc.h.

◆ MC_UNFORMATTED

#define MC_UNFORMATTED 0

Definition at line 47 of file libmc.h.

◆ MC_WAIT

#define MC_WAIT 0

Definition at line 38 of file libmc.h.

Typedef Documentation

◆ iconFVECTOR

typedef float iconFVECTOR[4]

Definition at line 103 of file libmc.h.

◆ iconIVECTOR

typedef int iconIVECTOR[4]

Definition at line 102 of file libmc.h.

Enumeration Type Documentation

◆ MC_FUNC_NUMBERS

enum MC_FUNC_NUMBERS

function numbers returned by mcSync in the 'cmd' pointer

Enumerator
MC_FUNC_NONE
MC_FUNC_GET_INFO
MC_FUNC_OPEN
MC_FUNC_CLOSE
MC_FUNC_SEEK
MC_FUNC_READ
MC_FUNC_WRITE
MC_FUNC_FLUSH
MC_FUNC_MK_DIR
MC_FUNC_CH_DIR
MC_FUNC_GET_DIR
MC_FUNC_SET_INFO
MC_FUNC_DELETE
MC_FUNC_FORMAT
MC_FUNC_UNFORMAT
MC_FUNC_GET_ENT
MC_FUNC_RENAME
MC_FUNC_CHG_PRITY
MC_FUNC_ERASE_BLOCK
MC_FUNC_READ_PAGE
MC_FUNC_WRITE_PAGE

Definition at line 65 of file libmc.h.

                     {
         MC_FUNC_NONE            = 0x00,
         MC_FUNC_GET_INFO,
         MC_FUNC_OPEN,
         MC_FUNC_CLOSE,
         MC_FUNC_SEEK,
         MC_FUNC_READ,
         MC_FUNC_WRITE,
         MC_FUNC_FLUSH           = 0x0A,
         MC_FUNC_MK_DIR,
         MC_FUNC_CH_DIR,
         MC_FUNC_GET_DIR,
         MC_FUNC_SET_INFO,
         MC_FUNC_DELETE,
         MC_FUNC_FORMAT,
         MC_FUNC_UNFORMAT,
         MC_FUNC_GET_ENT,
         MC_FUNC_RENAME,
         MC_FUNC_CHG_PRITY,
         MC_FUNC_ERASE_BLOCK     = 0x5A,
         MC_FUNC_READ_PAGE,
         MC_FUNC_WRITE_PAGE,
 };

◆ MCICON_TYPES

enum MCICON_TYPES

These types show up in the OSD browser when set. If the OSD doesn't know the number it'll display "Unrecognizable Data" or so. AFAIK these have no other effects. Known type IDs for icon.sys file:

Enumerator
MCICON_TYPE_SAVED_DATA
MCICON_TYPE_SOFTWARE_PS2
MCICON_TYPE_SOFTWARE_PKT
MCICON_TYPE_SETTINGS_DATA

Definition at line 95 of file libmc.h.

                  {
         MCICON_TYPE_SAVED_DATA          = 0,    // "Saved Data (PlayStation(r)2)"
         MCICON_TYPE_SOFTWARE_PS2,               // "Software (PlayStation(r)2)"
         MCICON_TYPE_SOFTWARE_PKT,               // "Software (PocketStation(r))"
         MCICON_TYPE_SETTINGS_DATA               // "Settings File (PlayStation(r)2)"
 };

Function Documentation

◆ mcChangeThreadPriority()

int mcChangeThreadPriority ( int level )

change mcserv thread priority (I don't think this is implemented properly) Note: rom0:MCSERV does not support this. mcSync returns: 0 if ok < 0 if error

Parameters

level thread priority

Returns: 0 = success; -1 = error

Definition at line 843 of file libmc.c.

 {
         int ret;
  
         // check lib is inited
         if((!g_mclibInited)||(g_mcType==MC_TYPE_MC))
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
 //      *(u32*)mcCmd.name = level;
  
         // call sif function
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_CHG_PRITY], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_CHG_PRITY;
         return ret;
 }

References g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_CHG_PRITY, MC_FUNC_NONE, MC_RPCCMD_CHG_PRITY, MC_TYPE_MC, mcRpcCmd, NULL, SIF_RPC_M_NOWAIT, and SifCallRpc().

◆ mcChdir()

int mcChdir	(	int	port,
		int	slot,
		const char *	newDir,
		char *	currentDir
	)

change current dir (can also get current dir) mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
newDir	new dir to change to
currentDir	buffer to get current dir (use 0 if not needed)

Returns: 0 = successful; < 0 = error

Definition at line 541 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port                = port;
         g_nameParam.slot                = slot;
         g_nameParam.curdir              = curDir;
         strncpy(g_nameParam.name, newDir, 1023);
         g_nameParam.name[1023] = 0;
         SifWriteBackDCache(curDir, 1024);
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_CH_DIR], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, (SifRpcEndFunc_t)mcStoreDir, currentDir)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_CH_DIR;
         return ret;
 }

References mcNameParam_t::curdir, curDir, g_cdata, g_currentCmd, g_mclibInited, g_mcType, g_nameParam, g_rdata, MC_FUNC_CH_DIR, MC_FUNC_NONE, MC_RPCCMD_CH_DIR, mcRpcCmd, mcStoreDir(), mcNameParam_t::name, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), SifWriteBackDCache(), mcNameParam_t::slot, and slot.

◆ mcClose()

int mcClose ( int fd )

close an open file on memcard mcSync returns: 0 if closed successfully < 0 = error

Parameters

fd	file descriptor of open file

Returns: 0 successful; < 0 = error

Definition at line 403 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.fd  = fd;
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_CLOSE], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_CLOSE;
         return ret;
 }

References mcDescParam_t::fd, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_CLOSE, MC_FUNC_NONE, MC_RPCCMD_CLOSE, mcRpcCmd, NULL, SIF_RPC_M_NOWAIT, and SifCallRpc().

◆ mcDelete()

int mcDelete	(	int	port,
		int	slot,
		const char *	name
	)

delete file mcSync returns: 0 if deleted successfully < 0 if error

Parameters

port	port number to delete from
slot	slot number to delete from
name	filename to delete

Returns: 0 = successful; < 0 = error

Definition at line 624 of file libmc.c.

 {
         int ret;
  
         // check lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port = port;
         g_nameParam.slot = slot;
         g_nameParam.flags = 0;
         strncpy(g_nameParam.name, name, 1023);
         g_nameParam.name[1023] = 0;
  
         // call delete function
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_DELETE], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_DELETE;
         return ret;
 }

References mcNameParam_t::flags, g_cdata, g_currentCmd, g_mclibInited, g_mcType, g_nameParam, g_rdata, MC_FUNC_DELETE, MC_FUNC_NONE, MC_RPCCMD_DELETE, mcRpcCmd, mcNameParam_t::name, NULL, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcNameParam_t::slot, and slot.

◆ mcEraseBlock()

int mcEraseBlock	(	int	port,
		int	slot,
		int	block,
		int	mode
	)

Erases a block on the memory card. Note: rom0:XMCSERV does not support this. mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
block	Block number of the block to be erased.
mode	Mode: -1 to inhibit ECC recalculation of the erased block's pages (useful if sceMcWritePage is used to fill in its contents later on), 0 for normal operation.

Returns: 0 = success; -1 = error

Definition at line 746 of file libmc.c.

                                                          {
         int result;
  
         // check lib is inited
         if((!g_mclibInited)||(g_mcType==MC_TYPE_XMC))
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         g_descParam.port=port;
         g_descParam.slot=slot;
         g_descParam.offset=block;
         g_descParam.origin=mode;
  
         if((result = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_ERASE_BLOCK], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL))==0){
                 g_currentCmd = MC_FUNC_ERASE_BLOCK;
         }
  
         return result;
 }

◆ mcFlush()

int mcFlush ( int fd )

flush file cache to memcard mcSync returns: 0 if ok < 0 if error

Parameters

fd	file descriptor

Returns: 0 = successful; < 0 = error

Definition at line 511 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.fd  = fd;
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_FLUSH], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_FLUSH;
         return ret;
 }

References mcDescParam_t::fd, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_FLUSH, MC_FUNC_NONE, MC_RPCCMD_FLUSH, mcRpcCmd, NULL, SIF_RPC_M_NOWAIT, and SifCallRpc().

◆ mcFormat()

int mcFormat	(	int	port,
		int	slot
	)

format memory card mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number

Returns: 0 = success; -1 = error

Definition at line 649 of file libmc.c.

 {
         int ret;
  
         // check lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.port = port;
         g_descParam.slot = slot;
  
         // call format function
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_FORMAT], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_FORMAT;
         return ret;
 }

References g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_FORMAT, MC_FUNC_NONE, MC_RPCCMD_FORMAT, mcRpcCmd, NULL, mcDescParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcDescParam_t::slot, and slot.

◆ mcGetDir()

int mcGetDir	(	int	port,
		int	slot,
		const char *	name,
		unsigned	mode,
		int	maxent,
		sceMcTblGetDir *	table
	)

get memcard filelist mcSync result: 0 or more = number of file entries obtained (success) -2 = unformatted card -4 = dirname error

Parameters

port	port number of memcard
slot	slot number of memcard
name	filename to search for (can use wildcard and relative dirs)
mode	mode: 0 = first call, otherwise = followup call
maxext	maximum number of entries to be written to filetable in 1 call
table	mc table array

Returns: 0 = successful; < 0 = error

Definition at line 567 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port        = port;
         g_nameParam.slot        = slot;
         g_nameParam.flags       = mode;
         g_nameParam.maxent      = maxent;
         g_nameParam.mcT         = table;
         strncpy(g_nameParam.name, name, 1023);
         g_nameParam.name[1023] = 0;
         SifWriteBackDCache(table, maxent * sizeof(sceMcTblGetDir));
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_GET_DIR], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_GET_DIR;
         return ret;
 }

References mcNameParam_t::flags, g_cdata, g_currentCmd, g_mclibInited, g_mcType, g_nameParam, g_rdata, mcNameParam_t::maxent, MC_FUNC_GET_DIR, MC_FUNC_NONE, MC_RPCCMD_GET_DIR, mcRpcCmd, mcNameParam_t::mcT, mode, mcNameParam_t::name, NULL, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), SifWriteBackDCache(), mcNameParam_t::slot, and slot.

Referenced by main().

◆ mcGetEntSpace()

int mcGetEntSpace	(	int	port,
		int	slot,
		const char *	path
	)

get free space info mcSync returns: 0 or more = number of free entries (success) < 0 if error

Parameters

port	port number
slot	slot number
path	path to be checked

Returns: 0 or more = number of empty entries; -1 = error

Definition at line 693 of file libmc.c.

 {
         int ret;
  
         // check lib is inited
         if((!g_mclibInited)||(g_mcType==MC_TYPE_MC))
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port = port;
         g_nameParam.slot = slot;
         strncpy(g_nameParam.name, path, 1023);
         g_nameParam.name[1023] = 0;
  
         // call sif function
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_GET_ENT], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_GET_ENT;
         return ret;
 }

References g_cdata, g_currentCmd, g_mclibInited, g_mcType, g_nameParam, g_rdata, MC_FUNC_GET_ENT, MC_FUNC_NONE, MC_RPCCMD_GET_ENT, MC_TYPE_MC, mcRpcCmd, mcNameParam_t::name, NULL, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcNameParam_t::slot, and slot.

◆ mcGetInfo()

int mcGetInfo	(	int	port,
		int	slot,
		int *	type,
		int *	free,
		int *	format
	)

get memcard state mcSync result: 0 = same card as last getInfo call -1 = formatted card inserted since last getInfo call -2 = unformatted card inserted since last getInfo call < -2 = memcard access error (could be due to accessing psx memcard)

Parameters

port	port number
slot	slot number
type	pointer to get memcard type
free	pointer to get number of free clusters
format	pointer to get whether or not the card is formatted (Note: Originally, sceMcGetInfo didn't have a 5th argument for returning the format status. As this is emulated based on the return value of sceMcSync() when rom0:MCSERV is used, please keep track of the return value from sceMcSync instead!)

Returns: 0 = successful; < 0 = error

Definition at line 336 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         if(g_mcType == MC_TYPE_MC)
         {
                 g_descParam.port        = port;
                 g_descParam.slot        = slot;
                 g_descParam.size        = (type)        ? 1 : 0;
                 g_descParam.offset      = (free)        ? 1 : 0;
                 g_descParam.origin      = (format)      ? 1 : 0;
                 g_descParam.param       = endParameter;
         }
         else
         {
                 g_descParam.port        = port;
                 g_descParam.slot        = slot;
                 g_descParam.size        = (format)      ? 1 : 0;
                 g_descParam.offset      = (free)        ? 1 : 0;
                 g_descParam.origin      = (type)        ? 1 : 0;
                 g_descParam.param       = endParameter;
         }
         g_pType         = type;
         g_pFree         = free;
         g_pFormat       = format;
         SifWriteBackDCache(endParameter, 192);
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_GET_INFO], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, (SifRpcEndFunc_t)mcGetInfoApdx, endParameter)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_GET_INFO;
         return ret;
 }

References endParameter, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_pFormat, g_pFree, g_pType, g_rdata, MC_FUNC_GET_INFO, MC_FUNC_NONE, MC_RPCCMD_GET_INFO, MC_TYPE_MC, mcGetInfoApdx(), mcRpcCmd, mcDescParam_t::offset, mcDescParam_t::origin, mcDescParam_t::param, mcDescParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), SifWriteBackDCache(), mcDescParam_t::size, mcDescParam_t::slot, and slot.

Referenced by main().

◆ mcInit()

int mcInit ( int type )

init memcard lib

Parameters

type	MC_TYPE_MC = use MCSERV/MCMAN; MC_TYPE_XMC = use XMCSERV/XMCMAN

Returns: 0 = successful; < 0 = error

Definition at line 230 of file libmc.c.

 {
         int ret=0;
         mcRpcStat_t *rpcStat = (mcRpcStat_t*)UNCACHED_SEG(&g_rdata.rpcStat);
         static int _rb_count = 0;
  
         if(_rb_count != _iop_reboot_count)
         {
                 _rb_count = _iop_reboot_count;
                 mcReset();
         }
  
         if(g_mclibInited)
                 return -1;
  
         SifInitRpc(0);
  
         // set which modules to use
         g_mcType = type;
  
         // bind to mc rpc on iop
         do
         {
                 if((ret=SifBindRpc(&g_cdata, 0x80000400, 0)) < 0)
                 {
                         #ifdef MC_DEBUG
                                 printf("libmc: bind error\n");
                         #endif
  
                         return ret;
                 }
                 if(g_cdata.server == NULL)
                         nopdelay();
         }
         while (g_cdata.server == NULL);
  
         // for some reason calling this init sif function with 'mcserv' makes all other
         // functions not work properly. although NOT calling it means that detecting
         // whether or not cards are formatted doesnt seem to work :P
         if(g_mcType == MC_TYPE_MC)
         {
 #ifdef MC_DEBUG
                 printf("libmc: using MCMAN & MCSERV\n");
  
 #endif
                 g_descParam.offset = -217;
  
                 // call init function
                 if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_INIT], 0, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL))>=0)
                 {
                         ret = g_rdata.result;
                 }
                 else{
                         // init error
 #ifdef MC_DEBUG
                         printf("libmc: initialisation error\n");
 #endif
                         g_mclibInited = 0;
                         return g_rdata.result - 100;
                 }
         }
         else if(g_mcType == MC_TYPE_XMC)
         {
 #ifdef MC_DEBUG
                 printf("libmc: using XMCMAN & XMCSERV\n");
 #endif
  
                 // call init function
                 if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_INIT], 0, &g_descParam, sizeof(g_descParam), &g_rdata, 12, NULL, NULL)) < 0)
                 {
                         // init error
 #ifdef MC_DEBUG
                         printf("libmc: initialisation error\n");
 #endif
                         g_mclibInited = 0;
                         return ret - 100;
                 }
  
                 // check if old version of mcserv loaded
                 if(rpcStat->mcserv_version < 0x205)
                 {
 #ifdef MC_DEBUG
                         printf("libmc: mcserv is too old (%x)\n", rpcStat->mcserv_version);
 #endif
                         g_mclibInited = 0;
                         return -120;
                 }
  
                 // check if old version of mcman loaded
                 if(rpcStat->mcman_version < 0x206)
                 {
 #ifdef MC_DEBUG
                         printf("libmc: mcman is too old (%x)\n", rpcStat->mcman_version);
 #endif
                         g_mclibInited = 0;
                         return -121;
                 }
                 ret = rpcStat->result;
         }
  
         // successfully inited
         g_mclibInited = 1;
         g_currentCmd = 0;
         return ret;
 }

References _iop_reboot_count, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_RPCCMD_INIT, MC_TYPE_MC, MC_TYPE_XMC, mcRpcStat_t::mcman_version, mcReset(), mcRpcCmd, mcRpcStat_t::mcserv_version, nopdelay(), NULL, mcDescParam_t::offset, mcRpcStat_t::result, rpcStat, SifRpcClientData_t::server, SifBindRpc(), SifCallRpc(), SifInitRpc(), and UNCACHED_SEG.

Referenced by main().

◆ mcMkDir()

int mcMkDir	(	int	port,
		int	slot,
		const char *	name
	)

create a dir mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
name	directory name

Returns: 0 = successful; < 0 = error

Definition at line 532 of file libmc.c.

 {
         int ret = mcOpen(port, slot, name, 0x40);
  
         if(ret != 0)
                 g_currentCmd = MC_FUNC_MK_DIR;
         return ret;
 }

References g_currentCmd, MC_FUNC_MK_DIR, mcOpen(), port, and slot.

◆ mcOpen()

int mcOpen	(	int	port,
		int	slot,
		const char *	name,
		int	mode
	)

open a file on memcard mcSync returns: 0 or more = file descriptor (success) < 0 = error

Parameters

port	port number
slot	slot number
name	filename to open
mode	open file mode (O_RDWR, O_CREAT, etc)

Returns: 0 = successful; < 0 = error

Definition at line 378 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port                = port;
         g_nameParam.slot                = slot;
         g_nameParam.flags               = mode;
         strncpy(g_nameParam.name, name, 1023);
         g_nameParam.name[1023] = 0;
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_OPEN], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_OPEN;
         return ret;
 }

References mcNameParam_t::flags, g_cdata, g_currentCmd, g_mclibInited, g_mcType, g_nameParam, g_rdata, MC_FUNC_NONE, MC_FUNC_OPEN, MC_RPCCMD_OPEN, mcRpcCmd, mode, mcNameParam_t::name, NULL, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcNameParam_t::slot, and slot.

Referenced by mcMkDir().

◆ mcRead()

int mcRead	(	int	fd,
		void *	buffer,
		int	size
	)

read from file on memcard mcSync returns: 0 or more = number of bytes read from memcard < 0 = error

Parameters

fd	file descriptor
buffer	buffer to read to
size	number of bytes to read

Returns: 0 = successful; < 0 = error

Definition at line 447 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.fd          = fd;
         g_descParam.size        = size;
         g_descParam.buffer      = buffer;
         g_descParam.param       = endParameter;
         SifWriteBackDCache(buffer, size);
         SifWriteBackDCache(endParameter, 192);
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_READ], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, (SifRpcEndFunc_t)mcReadFixAlign, endParameter)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_READ;
         return ret;
 }

References mcDescParam_t::buffer, buffer, endParameter, mcDescParam_t::fd, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_NONE, MC_FUNC_READ, MC_RPCCMD_READ, mcReadFixAlign(), mcRpcCmd, mcDescParam_t::param, SIF_RPC_M_NOWAIT, SifCallRpc(), SifWriteBackDCache(), and mcDescParam_t::size.

◆ mcReadPage()

int mcReadPage	(	int	port,
		int	slot,
		unsigned int	page,
		void *	buffer
	)

Reads a page from the memory card. Note: rom0:XMCSERV does not support this. mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
page	Page number of the page to be read.
buffer	Pointer to buffer that will contain the read data.

Returns: 0 = success; -1 = error

Definition at line 789 of file libmc.c.

                                                                    {
         int result;
  
         // check lib is inited
         if((!g_mclibInited)||(g_mcType==MC_TYPE_XMC))
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         g_descParam.fd=page;
         g_descParam.port=port;
         g_descParam.slot=slot;
         g_descParam.buffer=buffer;
         g_descParam.param=&libmc_ReadPageAlignData;
  
         SifWriteBackDCache(buffer, 0x200);
  
         if((result = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_READ_PAGE], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, (void*)&libmc_ReadAlignFunction, UNCACHED_SEG(&libmc_ReadPageAlignData)))==0){
                 g_currentCmd = MC_FUNC_READ_PAGE;
         }
  
         return result;
 }

References mcDescParam_t::buffer, buffer, mcDescParam_t::fd, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, libmc_ReadAlignFunction(), libmc_ReadPageAlignData, MC_FUNC_NONE, MC_FUNC_READ_PAGE, MC_RPCCMD_READ_PAGE, MC_TYPE_XMC, mcRpcCmd, mcDescParam_t::param, mcDescParam_t::port, port, result, SIF_RPC_M_NOWAIT, SifCallRpc(), SifWriteBackDCache(), mcDescParam_t::slot, slot, and UNCACHED_SEG.

◆ mcRename()

int mcRename	(	int	port,
		int	slot,
		const char *	oldName,
		const char *	newName
	)

rename file or dir on memcard Note: rom0:MCSERV does not support this. mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
oldName	name of file/dir to rename
newName	new name to give to file/dir

Returns: 1 = success; < 0 = error

Definition at line 717 of file libmc.c.

 {
         int ret;
  
         // check lib is inited
         if((!g_mclibInited)||(g_mcType==MC_TYPE_MC))    //I don't think that the old MCSERV module supports this because the v1.00 and v1.01 OSDSYS doesn't seem to have the sceMcRename function at all and the sceMcRename function was only introduced with SCE PS2SDK v1.50. I see that it doesn't work with rom0:MCSERV either way...
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port = port;
         g_nameParam.slot = slot;
         g_nameParam.flags = 0x10;
         g_nameParam.mcT = &g_fileInfoBuff;
         strncpy(g_nameParam.name, oldName, 1023);
         g_nameParam.name[1023] = 0;
         strncpy((char*)g_fileInfoBuff.EntryName, newName, 31);
         g_fileInfoBuff.EntryName[31] = 0;
         FlushCache(0);
  
         // call sif function
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_SET_INFO], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_RENAME;
         return ret;
 }

References sceMcTblGetDir::EntryName, mcNameParam_t::flags, FlushCache(), g_cdata, g_currentCmd, g_fileInfoBuff, g_mclibInited, g_mcType, g_nameParam, g_rdata, MC_FUNC_NONE, MC_FUNC_RENAME, MC_RPCCMD_SET_INFO, MC_TYPE_MC, mcRpcCmd, mcNameParam_t::mcT, mcNameParam_t::name, NULL, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcNameParam_t::slot, and slot.

◆ mcReset()

int mcReset ( void )

Reset (force deinit) of library

Returns: 0 = success

Definition at line 905 of file libmc.c.

 {
         g_mclibInited = 0;
         g_cdata.server = NULL;
         return 0;
 }

References g_cdata, g_mclibInited, NULL, and SifRpcClientData_t::server.

Referenced by mcInit().

◆ mcSeek()

int mcSeek	(	int	fd,
		int	offset,
		int	origin
	)

move memcard file pointer mcSync returns: 0 or more = offset of file pointer from start of file < 0 = error

Parameters

fd	file descriptor
offset	number of bytes from origin
origin	initial position for offset

Returns: 0 = successful; < 0 = error

Definition at line 424 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.fd          = fd;
         g_descParam.offset      = offset;
         g_descParam.origin      = origin;
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_SEEK], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_SEEK;
         return ret;
 }

References mcDescParam_t::fd, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_NONE, MC_FUNC_SEEK, MC_RPCCMD_SEEK, mcRpcCmd, NULL, mcDescParam_t::offset, mcDescParam_t::origin, SIF_RPC_M_NOWAIT, and SifCallRpc().

◆ mcSetFileInfo()

int mcSetFileInfo	(	int	port,
		int	slot,
		const char *	name,
		const sceMcTblGetDir *	info,
		unsigned	flags
	)

change file information mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
name	filename to access
info	data to be changed
flags	flags to show which data is valid

Returns: 0 = successful; < 0 = error

Definition at line 595 of file libmc.c.

 {
         int ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_nameParam.port        = port;
         g_nameParam.slot        = slot;
         g_nameParam.flags       = flags;        // NOTE: this was ANDed with 7 so that u cant turn off copy protect! :)
         g_nameParam.mcT         = &g_fileInfoBuff;
         memcpy(&g_fileInfoBuff, info, sizeof(sceMcTblGetDir));
  
         strncpy(g_nameParam.name, name, 1023);
         g_nameParam.name[1023] = 0;
         FlushCache(0);
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_SET_INFO], SIF_RPC_M_NOWAIT, &g_nameParam, sizeof(g_nameParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_SET_INFO;
         return ret;
 }

References mcNameParam_t::flags, FlushCache(), g_cdata, g_currentCmd, g_fileInfoBuff, g_mclibInited, g_mcType, g_nameParam, g_rdata, info, MC_FUNC_NONE, MC_FUNC_SET_INFO, MC_RPCCMD_SET_INFO, mcRpcCmd, mcNameParam_t::mcT, mcNameParam_t::name, NULL, mcNameParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcNameParam_t::slot, and slot.

◆ mcSync()

int mcSync	(	int	mode,
		int *	cmd,
		int *	result
	)

wait for mc functions to finish or check if they have finished yet

Parameters

mode	mode 0=wait till function finishes, 1=check function status
cmd	pointer for storing the number of the currenlty processing function
result	pointer for storing result of function if it finishes

Returns: 0 = function is still executing (mode=1); 1 = function has finished executing; -1 = no function registered

Definition at line 864 of file libmc.c.

 {
         int funcIsExecuting, i;
  
         // check if any functions are registered
         if(g_currentCmd == MC_FUNC_NONE)
                 return -1;
  
         // check if function is still processing
         funcIsExecuting = SifCheckStatRpc(&g_cdata);
  
         // if mode = 0, wait for function to finish
         if(mode == 0)
         {
                 while(SifCheckStatRpc(&g_cdata))
                 {
                         for(i=0; i<100000; i++)
                         ;
                 }
                 // function has finished
                 funcIsExecuting = 0;
         }
  
         // get the function that just finished
         if(cmd)
                 *cmd = g_currentCmd;
  
         // if function is still processing, return 0
         if(funcIsExecuting == 1)
                 return 0;
  
         // function has finished, so clear last command
         g_currentCmd = 0;
  
         // get result
         if(result)
                 *result = g_rdata.result;
  
         return 1;
 }

References g_cdata, g_currentCmd, g_rdata, MC_FUNC_NONE, mode, result, and SifCheckStatRpc().

Referenced by main().

◆ mcUnformat()

int mcUnformat	(	int	port,
		int	slot
	)

unformat memory card mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number

Returns: 0 = success; -1 = error

Definition at line 671 of file libmc.c.

 {
         int ret;
  
         // check lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.port = port;
         g_descParam.slot = slot;
  
         // call unformat function
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_UNFORMAT], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_UNFORMAT;
         return ret;
 }

References g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_NONE, MC_FUNC_UNFORMAT, MC_RPCCMD_UNFORMAT, mcRpcCmd, NULL, mcDescParam_t::port, port, SIF_RPC_M_NOWAIT, SifCallRpc(), mcDescParam_t::slot, and slot.

◆ mcWrite()

int mcWrite	(	int	fd,
		const void *	buffer,
		int	size
	)

write to file on memcard mcSync returns: 0 or more = number of bytes written to memcard < 0 = error

Parameters

fd	file descriptor
buffer	to write from write
size	number of bytes to read

Returns: 0 = successful; < 0 = error

Definition at line 473 of file libmc.c.

 {
         int i, ret;
  
         // check mc lib is inited
         if(!g_mclibInited)
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         // set global variables
         g_descParam.fd  = fd;
         if(size < 17)
         {
                 g_descParam.size        = 0;
                 g_descParam.origin      = size;
                 g_descParam.buffer      = 0;
         }
         else
         {
                 g_descParam.size        = size        - ( ((int)(buffer-1) & 0xFFFFFFF0) - (int)(buffer-16) );
                 g_descParam.origin      =               ( ((int)(buffer-1) & 0xFFFFFFF0) - (int)(buffer-16) );
                 g_descParam.buffer      = (void*)((int)buffer + ( ((int)(buffer-1) & 0xFFFFFFF0) - (int)(buffer-16) ));
         }
         for(i=0; i<g_descParam.origin; i++)
         {
                 g_descParam.data[i] = *(char*)(buffer+i);
         }
         FlushCache(0);
  
         // send sif command
         if((ret = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_WRITE], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL)) != 0)
                 return ret;
         g_currentCmd = MC_FUNC_WRITE;
         return ret;
 }

References mcDescParam_t::buffer, buffer, mcDescParam_t::data, mcDescParam_t::fd, FlushCache(), g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_NONE, MC_FUNC_WRITE, MC_RPCCMD_WRITE, mcRpcCmd, NULL, mcDescParam_t::origin, SIF_RPC_M_NOWAIT, SifCallRpc(), and mcDescParam_t::size.

◆ mcWritePage()

int mcWritePage	(	int	port,
		int	slot,
		int	page,
		const void *	buffer
	)

Writes a page to the memory card. (The block which the page resides on must be erased first!) Note: rom0:XMCSERV does not support this. mcSync returns: 0 if ok < 0 if error

Parameters

port	port number
slot	slot number
page	Page number of the page to be written.
buffer	Pointer to buffer containing data to be written.

Returns: 0 = success; -1 = error

Definition at line 814 of file libmc.c.

                                                                  {
         int result, misaligned;
  
         // check lib is inited
         if((!g_mclibInited)||(g_mcType==MC_TYPE_XMC))
                 return -1;
         // check nothing else is processing
         if(g_currentCmd != MC_FUNC_NONE)
                 return g_currentCmd;
  
         g_descParam.fd=page;
         g_descParam.port=port;
         g_descParam.slot=slot;
         g_descParam.buffer=(void*)buffer;
  
         SifWriteBackDCache((void*)buffer, 512);
  
         if((misaligned=(unsigned int)buffer&0xF)!=0){
                 memcpy(g_descParam.data, buffer, 16-misaligned);
                 memcpy((void*)(g_descParam.data+(16-misaligned)), (void*)(buffer+(16-misaligned)+0x1F0), misaligned);
         }
  
         if((result = SifCallRpc(&g_cdata, mcRpcCmd[g_mcType][MC_RPCCMD_WRITE_PAGE], SIF_RPC_M_NOWAIT, &g_descParam, sizeof(g_descParam), &g_rdata, 4, NULL, NULL))==0){
                 g_currentCmd = MC_FUNC_WRITE_PAGE;
         }
  
         return result;
 }

References mcDescParam_t::buffer, buffer, mcDescParam_t::data, mcDescParam_t::fd, g_cdata, g_currentCmd, g_descParam, g_mclibInited, g_mcType, g_rdata, MC_FUNC_NONE, MC_FUNC_WRITE_PAGE, MC_RPCCMD_WRITE_PAGE, MC_TYPE_XMC, mcRpcCmd, NULL, mcDescParam_t::port, port, result, SIF_RPC_M_NOWAIT, SifCallRpc(), SifWriteBackDCache(), mcDescParam_t::slot, and slot.

Data Structures

Macros

Typedefs

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ MC_ATTR_CLOSED

◆ MC_ATTR_EXECUTABLE

◆ MC_ATTR_FILE

◆ MC_ATTR_HIDDEN

◆ MC_ATTR_OBJECT

◆ MC_ATTR_PDAEXEC

◆ MC_ATTR_PROTECTED

◆ MC_ATTR_PSX

◆ MC_ATTR_READABLE

◆ MC_ATTR_SUBDIR

◆ MC_ATTR_WRITEABLE

◆ MC_FORMATTED

◆ MC_NOWAIT

◆ MC_TYPE_MC

◆ MC_TYPE_NONE

◆ MC_TYPE_POCKET

◆ MC_TYPE_PS2

◆ MC_TYPE_PSX

◆ MC_TYPE_XMC

◆ MC_UNFORMATTED

◆ MC_WAIT

Typedef Documentation

◆ iconFVECTOR

◆ iconIVECTOR

Enumeration Type Documentation

◆ MC_FUNC_NUMBERS

◆ MCICON_TYPES

Function Documentation

◆ mcChangeThreadPriority()

◆ mcChdir()

◆ mcClose()

◆ mcDelete()

◆ mcEraseBlock()

◆ mcFlush()

◆ mcFormat()

◆ mcGetDir()

◆ mcGetEntSpace()

◆ mcGetInfo()

◆ mcInit()

◆ mcMkDir()

◆ mcOpen()

◆ mcRead()

◆ mcReadPage()

◆ mcRename()

◆ mcReset()

◆ mcSeek()

◆ mcSetFileInfo()

◆ mcSync()

◆ mcUnformat()

◆ mcWrite()

◆ mcWritePage()