GDFS FS_OpenFile( char *p_pFilePath )
{
char *pFileName;
char FileName[ GDD_FS_FNAMESIZE ];
char FilePath[ 256 ];
GDFS_DIRREC Directory;
static Uint32 DirectoryBuffer[ GDFS_DIRREC_SIZE( 64 ) ];
GDFS File;
/* Save the direcotry used before entering */
Directory = gdFsCreateDirhn( DirectoryBuffer, 64 );
gdFsLoadDir( ".", Directory );
/* For an absolute path, begin with the root directory */
if( p_pFilePath[ 0 ] == '/' )
{
gdFsSetDir( g_RootDirectory );
}
/* Don't modify the input file path */
strncpy( FilePath, p_pFilePath, strlen( p_pFilePath ) );
FilePath[ strlen( p_pFilePath ) ] = '\0';
/* Break the path down for GDFS to consume */
pFileName = strtok( FilePath, "/" );
File = NULL;
while( pFileName != NULL )
{
GDFS_DIRINFO FileInformation;
strcpy( FileName, pFileName );
if( gdFsGetDirInfo( pFileName, &FileInformation ) != GDD_ERR_OK )
{
LOG_Debug( "FILE: \"%s\" invalid", FileName );
goto OpenFileEnd;
}
if( FileInformation.flag & GDD_FF_DIRECTORY )
{
gdFsChangeDir( FileName );
}
pFileName = strtok( NULL, "/" );
}
File = gdFsOpen( FileName, NULL );
OpenFileEnd:
/* Restore the directory used before entering the function */
gdFsSetDir( Directory );
return File;
}
char streamReader_open(streamReader *pThis, const char *fileName, int fatal) {
#ifndef DREAMCAST
#ifdef USE_IFOPEN
pThis->fileHandle = ifopen(fileName, "rb");
#else
pThis->fileHandle = fopen(fileName, "rb");
#endif
#else
pThis->fileHandle = gdFsOpen(fileName, NULL);
#endif
if (pThis->fileHandle) {
pThis->currentSector = 0;
streamReader_feedBuffer(pThis);
return 1;
} else {
if (fatal) {
printf("FATAL: Can't find %s\n", fileName);
exit(-1);
}
return 0;
}
}
