/* This file is part of vobcopy. * * vobcopy is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * vobcopy is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with vobcopy; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #include "vobcopy.h" /* included from cdtitle.c (thx nils *g) * get the Title * returns 0 on success or a value < 0 on error */ int get_dvd_name(const char *device, char *title) { #if defined( __sun ) /* title is actually in the device name */ char *new_title; new_title = strstr( device, "d0/" ) + strlen( "d0/" ); strncpy( title, new_title, sizeof(title)-1 ); #else int filehandle = 0; int i = 0, last = 0; int bytes_read; char tmp_buf[2048]; /* open the device */ if ( !(filehandle = open(device, O_RDONLY, 0)) ) { /* open failed */ fprintf( stderr, _("[Error] Something went wrong while getting the dvd name - please specify path as /cdrom or /dvd (mount point) or use -t\n")); fprintf( stderr, _("[Error] Opening of the device failed\n")); fprintf( stderr, _("[Error] Error: %s\n"), strerror( errno ) ); return -1; } /* seek to title of first track, which is at (track_no * 32768) + 40 */ if ( 32768 != lseek( filehandle, 32768, SEEK_SET ) ) { /* seek failed */ close( filehandle ); fprintf( stderr, _("[Error] Something went wrong while getting the dvd name - please specify path as /cdrom or /dvd (mount point) or use -t\n")); fprintf( stderr, _("[Error] Couldn't seek into the drive\n")); fprintf( stderr, _("[Error] Error: %s\n"), strerror( errno ) ); return -1; } /* read title */ if ( (bytes_read = read(filehandle, tmp_buf, 2048)) != 2048 ) { close(filehandle); fprintf( stderr, _("[Error] something wrong in dvd_name getting - please specify path as /cdrom or /dvd (mount point) or use -t\n") ); fprintf( stderr, _("[Error] only read %d bytes instead of 2048\n"), bytes_read); fprintf( stderr, _("[Error] error: %s\n"), strerror( errno ) ); return -1; } strncpy( title, &tmp_buf[40], 32 ); /* make sure string is terminated */ title[32] = '\0'; /* we don't need trailing spaces */ /* find the last character that is not ' ' */ last = 0; /* and checkski below if it changes*/ for ( i = 0; i < 32; i++ ) { if ( title[i] != ' ' ) { last = i; } } if( 0 == last ) { fprintf( stderr, _("[Hint] The dvd has no name, will choose a nice one ;-), else use -t\n") ); strcpy( title, "insert_name_here\0" ); } else title[ last + 1 ] = '\0'; #endif return 0; } /* function to get the device of a given pathname */ /* returns 0 if successful and NOT mounted */ /* 1 if successful and mounted */ /* returns <0 if error */ int get_device( char *path, char *device ) { #if ( !defined( __sun ) ) FILE *tmp_streamin; char tmp_bufferin[ MAX_STRING ]; char tmp_path[ 256 ]; int l = 0; #endif #if (defined(__linux__)) struct mntent* lmount_entry; #endif #if ( defined( __sun ) ) FILE *mnttab_fp; char *mnt_special; int mntcheck; char *new_device; #endif char *pointer; char *k; bool mounted = FALSE; #ifdef USE_STATFS_FOR_DEV struct statfs buf; #endif #ifdef USE_STATVFS_FOR_DEV struct statvfs buf; #endif /* the string should have no trailing / */ if( path[ ( strlen( path ) - 1 ) ] == '/' ) { path[ ( strlen( path ) - 1 ) ] = '\0' ; } /* remove video_ts if given */ if( ( pointer = strstr( path, "/video_ts" ) ) || ( pointer = strstr( path, "/VIDEO_TS" ) ) ) { *pointer = '\0'; } /* check if it is given as /dev/xxx already */ if( strstr( path, "/dev/" ) ) { strcpy( device, path ); } else { /* *look through /etc/mtab to see if it's actually mounted */ #if ( defined( USE_STATFS_FOR_DEV ) || defined( USE_STATVFS_FOR_DEV ) ) #ifdef USE_STATFS_FOR_DEV if( !statfs( path, &buf ) ) #else if( !statvfs( path, &buf ) ) #endif { if( !strcmp( path, buf.f_mntonname ) ) { mounted = TRUE; #if defined(__FreeBSD__) && (__FreeBSD_Version > 500000) strcpy(device, buf.f_mntfromname); #else strcpy(device, "/dev/r"); strcat(device, buf.f_mntfromname + 5); #endif return mounted; } strcpy(device, buf.f_mntfromname); } else { fprintf( stderr, _("[Error] Error while reading filesystem info") ); return -1; } #elif ( defined( __sun ) ) struct mnttab mount_entry; int mntcheck; if ( ( mnttab_fp = fopen( "/etc/mnttab", "r" ) ) == NULL ) { fprintf( stderr, _(" [Error] Could not open mnttab for searching!\n") ); fprintf( stderr, _(" [Error] error: %s\n"), strerror( errno ) ); return -1; } while ( ( mntcheck = getmntent( mnttab_fp, &mount_entry ) ) == 0 ) { /* check to see if our path is this entry */ if ( strcmp( path, mount_entry.mnt_mountp ) == 0 ) { char *new_device, *mnt_special; if ( strstr( mount_entry.mnt_special, "/dsk/" ) == NULL ) { fprintf( stderr, _("[Error] %s doesn't look like a disk device to me"), mount_entry.mnt_special ); return -1; } /* we actually want the raw device name */ mnt_special = malloc( strlen( mount_entry.mnt_special ) + 1 ); new_device = malloc( strlen( mount_entry.mnt_special ) + 2 ); strcpy( mnt_special, mount_entry.mnt_special ); strcpy( new_device, mnt_special ); strcpy( strstr( new_device, "/dsk/" ), "" ); strcat( new_device, "/rdsk/" ); strcat( new_device, strstr( mnt_special, "/dsk/" ) + strlen( "/dsk/" ) ); strncpy( device, new_device, sizeof(device)-1 ); free( mnt_special ); free( new_device ); mounted = TRUE; break; } } if ( mntcheck > 0 ) { fprintf( stderr, _("[Error] Encountered error in reading mnttab file\n") ); fprintf( stderr, _("[Error] error: %s\n"), strerror( errno ) ); return -1; } else if ( mntcheck == -1 ) { fprintf( stderr, _("[Error] Did not find mount %s in mnttab!\n"), path ); return -1; } #else /*~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ this is the code for the other-OSs, not solaris*/ #if (defined(__linux__)) if ((tmp_streamin = setmntent("/etc/mtab", "r"))){ while ((lmount_entry = getmntent(tmp_streamin))){ if (strcmp(lmount_entry->mnt_dir, path) == 0){ /* Found the mount point */ fprintf ( stderr, "[Info] Device %s mount on %s\n", lmount_entry->mnt_dir, lmount_entry->mnt_fsname); strcpy(device, lmount_entry->mnt_fsname); mounted = TRUE; break; } } endmntent(tmp_streamin); if (mounted) { /* device was set from /etc/mtab, no need to further check * /etc/fstab */ return mounted; } } #endif if( ( tmp_streamin = fopen( "/etc/mtab", "r" ) ) ) { strcpy( tmp_path, path ); strcat( tmp_path, " " ); /* otherwise it would detect that e.g. /cdrom is mounted even if only/cdrom1 is mounted */ memset( tmp_bufferin, 0, MAX_STRING * sizeof( char ) ); while( fgets( tmp_bufferin, MAX_STRING, tmp_streamin )) { if( strstr( tmp_bufferin, tmp_path ) ) { mounted = TRUE; } } fclose( tmp_streamin ); } else { fprintf( stderr, _("[Error] Could not read /etc/mtab!\n") ); fprintf( stderr, _("[Error] error: %s\n"), strerror( errno ) ); return -1; } #endif #if defined( __sun ) } #else /* *read the device out of /etc/fstab */ if( ( tmp_streamin = fopen( "/etc/fstab", "r" ) ) ) { strcpy(tmp_path, path); memset( tmp_bufferin, 0, MAX_STRING * sizeof( char ) ); while( fgets( tmp_bufferin, MAX_STRING, tmp_streamin ) ) { if( ( pointer = strstr( tmp_bufferin, tmp_path ) ) ) { if( isgraph( ( int ) *( pointer + strlen( tmp_path ) ) ) ) break; /* there is something behind the path name, for instance like it would find /cdrom but also /cdrom1 since /cdrom is a subset of /cdrom1 */ /*isblank should work too but how do you do that with the "gnu extension"? (man isblank) */ if( ( k = strstr( tmp_bufferin, "/dev/" ) ) == NULL ) { fprintf( stderr, _("[Error] Weird, no /dev/ entry found in the line where iso9660 or udf gets mentioned in /etc/fstab\n") ); return -1; } l=0; while( isgraph( (int) *(k) ) ) { device[l] = *(k); if( device[l] == ',' ) break; l++; k++; } if( isdigit( ( int) device[l-1] ) ) { if( strstr( device, "hd" ) ) fprintf( stderr, _("[Hint] Hmm, the last char in the device path (%s) that gets mounted to %s is a number.\n"), device, path); } device[l] = '\0'; } memset( tmp_bufferin, 0, MAX_STRING * sizeof( char ) ); } fclose( tmp_streamin ); if( !strstr( device, "/dev" ) ) { fprintf( stderr, _("[Error] Could not find the provided path (%s), typo?\n"),path); device[0] = '\0'; return -1; } } else { fprintf( stderr, _("[Error] Could not read /etc/fstab!") ); fprintf( stderr, _("[Error] error: %s\n"), strerror( errno ) ); device[0] = '\0'; return -1; } } #endif return mounted; } /* function to get the device WITHOUT a given pathname */ /* therefore called oyo - on your own */ /* returns 0 if successful and NOT mounted */ /* 1 if successful and mounted */ /* returns <0 if error */ int get_device_on_your_own( char *path, char *device ) { /*oyo*/ #ifdef USE_GETMNTINFO int i, n, dvd_count = 0; #ifdef GETMNTINFO_USES_STATFS struct statfs *mntbuf; #else struct statvfs *mntbuf; #endif if( ( n = getmntinfo( &mntbuf, 0 ) ) > 0 ) { for( i = 0; i < n; i++ ) { if( strstr( mntbuf[i].f_fstypename, "cd9660" ) || strstr( mntbuf[i].f_fstypename, "udf" ) ) { dvd_count++; strcpy( path, mntbuf[i].f_mntonname ); #if defined(__FreeBSD__) && (__FreeBSD_Version > 500000) strcat(device, mntbuf[i].f_mntfromname); #else strcpy(device, "/dev/r"); strcat(device, mntbuf[i].f_mntfromname + 5); #endif } } if(dvd_count == 0) { /* no cd found? Then user should mount it */ fprintf( stderr, _("[Error] There seems to be no cd/dvd mounted. Please do that..\n")); return -1; } } else { fprintf( stderr, _("[Error] An error occured while getting mounted file system information\n")); return -1; } #elif ( defined( __sun ) ) /* Completely rewritten search of a mounted DVD on Solaris, much cleaner. No more parsing of strings -- lb */ /* the mnttab file */ FILE *mnttab_fp; /* The mount entry found */ struct mnttab mountEntry; /* The mount search fields */ struct mnttab udfsMount; /* Number of found entries */ int dvd_count = 0; /* Result of the mount search */ int result = 0; /* We're looking for any udfs-mounted FS Note that this is not always a DVD */ udfsMount.mnt_mountp = NULL; udfsMount.mnt_special = NULL; udfsMount.mnt_fstype = "udfs"; udfsMount.mnt_mntopts = NULL; udfsMount.mnt_time = NULL; /* Try to open the mnttab info */ if (( mnttab_fp = fopen( "/etc/mnttab", "r" ) ) == NULL) { fprintf( stderr, _("[Error] Could not open mnttab for searching!\n") ); fprintf( stderr, _("[Error] error: %s\n"), strerror( errno ) ); return -1; } /* Get the matching mount points */ /* If there is a match, handle it */ while ((result = getmntany(mnttab_fp, &mountEntry, &udfsMount)) == 0) { dvd_count++; } /* If the last result is not -1, there was a problem -- exit */ if (result != -1) return -1; /* no cd found? Then user should mount it */ if (dvd_count == 0) { fprintf( stderr, _("[Error] There seems to be no cd/dvd mounted. Please do that..\n")); return -1; } /* Copy the device name and mount points to the output variables */ strcpy(path, mountEntry.mnt_mountp); strcpy(device, mountEntry.mnt_special); #else /* End ifdef(__sun) */ FILE *tmp_streamin; char tmp_bufferin[MAX_STRING]; /* char tmp_path[20]; */ int l = 0, dvd_count = 0; char *k; /* *read the device out of /etc/mtab */ if( ( tmp_streamin = fopen( "/etc/mtab", "r" ) ) ) { /* strcpy(tmp_path, "iso9660"); */ memset( tmp_bufferin, 0, MAX_STRING * sizeof( char ) ); while( fgets( tmp_bufferin, MAX_STRING, tmp_streamin ) ) { /* if(strstr( tmp_bufferin, tmp_path)) */ if (strstr( tmp_bufferin, "iso9660" ) || strstr( tmp_bufferin, "udf" ) || strstr( tmp_bufferin, "cdrom" ) || strstr( tmp_bufferin, "dvd" ) ) { dvd_count++; /*count every cd we find */ /* extract the device */ if( ( k = strstr( tmp_bufferin, "/dev/" ) ) == NULL ) { fprintf( stderr, _("[Error] Weird, no /dev/ entry found in the line where iso9660, udf or cdrom gets mentioned in /etc/mtab\n") ); return -1; } while(isgraph( (int) *(k) )) { device[l] = *(k); if( device[l] == ',' ) break; l++; k++; } device[l] = '\0'; if(isdigit((int)device[l-1])) { if( strstr( device, "hd" ) ) fprintf( stderr, _("[Hint] Hmm, the last char in the device path %s is a number.\n"), device ); } /*The syntax of /etc/fstab and mtab seems to be something like this: Either /dev/hdc /cdrom or, in case of supermount none /mnt/cdrom supermount ro,dev=/dev/hdc, Therefore I parse for /dev/ first and take everything up to a blank for the device and then I locate the first space in this line and after that comes the mount-point */ k = strstr( tmp_bufferin, " " ); /*traverse the gap*/ if( isgraph( (int) *(k) )) k++; while(!(isgraph( (int) *(k) ))) k++; /* extract the path the device has been mounted to */ l=0; while(isgraph( (int) *(k) )) { if (!strncmp(k, "\\040", 4)) { /* replace escaped ASCII space ... */ path[l++] = ' '; /* ... with literal space */ k+=4; } else { path[l] = *(k); k++; l++; } } path[l] = '\0'; } memset( tmp_bufferin, 0, MAX_STRING * sizeof( char ) ); l = 0; /*for the next run we take the last entry in /etc/mtab since that has been mounted the last and we assume that this is the dvd. */ } fclose( tmp_streamin ); if(dvd_count == 0) { /* no cd found? Then user should mount it */ fprintf( stderr, _("[Error] There seems to be no cd/dvd mounted. Please do that..\n")); return -1; } } else { fprintf( stderr, _("[Error] Could not read /etc/mtab!")); fprintf( stderr, _("[Error] error: %s\n"), strerror( errno ) ); return -1; } #endif return dvd_count; } /******************* get the whole vob size via stat() ******************/ off_t get_vob_size( int title, char *provided_input_dir ) { char path_to_vobs[278], path_to_vobs1[278], path_to_vobs2[278], path_to_vobs3[278]; char stat_path[278]; int subvob; FILE *tmp_streamin1; struct stat buf; off_t vob_size = 0; /* first option: path/vts_xx_yy.vob */ sprintf( path_to_vobs, "%s/vts_%.2d", provided_input_dir, title ); /*which title-vob */ /* second option: path/VTS_XX_YY.VOB */ sprintf( path_to_vobs1, "%s/VTS_%.2d", provided_input_dir, title ); /*which title-vob */ /* third option: path/VIDEO_TS/VTS_XX_YY.VOB */ sprintf( path_to_vobs2, "%s/VIDEO_TS/VTS_%.2d", provided_input_dir, title ); /*which title-vob */ /* fourth option: path/video_ts/vts_xx_yy.vob */ sprintf( path_to_vobs3, "%s/video_ts/vts_%.2d", provided_input_dir, title ); /*which title-vob */ /* * extract the size of the files on dvd using stat */ sprintf( stat_path, "%s_1.vob", path_to_vobs ); if( ( tmp_streamin1 = fopen( stat_path, "r" ) ) != NULL ) /*check if this path is correct*/ { fclose ( tmp_streamin1 ); subvob = 1; while( !stat( stat_path, &buf ) ) { /* adjust path for next subvob */ subvob++; sprintf( stat_path, "%s_%d.vob", path_to_vobs, subvob ); vob_size += buf.st_size; } return ( off_t ) vob_size; } sprintf( stat_path, "%s_1.VOB", path_to_vobs1 ); if( ( tmp_streamin1 = fopen( stat_path, "r" ) ) != NULL ) /*check if this path is correct */ { fclose ( tmp_streamin1 ); subvob = 1; while( !stat( stat_path, &buf ) ) { /* adjust path for next subvob */ subvob++; sprintf( stat_path, "%s_%d.VOB", path_to_vobs1, subvob ); vob_size += buf.st_size; } return ( off_t ) vob_size; } sprintf( stat_path, "%s_1.VOB", path_to_vobs2 ); if( ( tmp_streamin1 = fopen( stat_path, "r" ) ) != NULL ) /*check if this path is correct */ { fclose ( tmp_streamin1 ); subvob = 1; while( !stat( stat_path, &buf ) ) { /* adjust path for next subvob */ subvob++; sprintf( stat_path, "%s_%d.VOB", path_to_vobs2, subvob ); vob_size += buf.st_size; } return ( off_t ) vob_size; } sprintf( stat_path, "%s_1.vob", path_to_vobs3 ); if( ( tmp_streamin1 = fopen( stat_path, "r" ) ) != NULL ) /*check if this path is correct */ { fclose ( tmp_streamin1 ); subvob = 1; while( !stat( stat_path, &buf ) ) { /* adjust path for next subvob */ subvob++; sprintf( stat_path, "%s_%d.vob", path_to_vobs3, subvob ); vob_size += buf.st_size; } return ( off_t ) vob_size; } /*none of the above seemed to have caught it, so this is the error return */ return ( off_t ) 0; /* think that (off_t) is not really needed here? as it is defined as off_t and the function is also defined as off_t */ }