
/***************************************************************************
 *                    __            __ _ ___________                       *
 *                    \ \          / /| |____   ____|                      *
 *                     \ \        / / | |    | |                           *
 *                      \ \  /\  / /  | |    | |                           *
 *                       \ \/  \/ /   | |    | |                           *
 *                        \  /\  /    | |    | |                           *
 *                         \/  \/     |_|    |_|                           *
 *                                                                         *
 *                           Wiimms ISO Tools                              *
 *                         http://wit.wiimm.de/                            *
 *                                                                         *
 ***************************************************************************
 *                                                                         *
 *   This file is part of the WIT project.                                 *
 *   Visit http://wit.wiimm.de/ for project details and sources.           *
 *                                                                         *
 *   Copyright (c) 2009-2015 by Dirk Clemens <wiimm@wiimm.de>              *
 *                                                                         *
 ***************************************************************************
 *                                                                         *
 *   This program 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.                                   *
 *                                                                         *
 *   This program 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.                          *
 *                                                                         *
 *   See file gpl-2.0.txt or http://www.gnu.org/licenses/gpl-2.0.txt       *
 *                                                                         *
 ***************************************************************************/

#define _GNU_SOURCE 1

#include <sys/types.h>
#include <sys/stat.h>
#include <sys/time.h>

#include <fcntl.h>
#include <unistd.h>
#include <getopt.h>
#include <time.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <limits.h>
#include <ctype.h>
#include <errno.h>

#include "debug.h"
#include "version.h"
#include "wiidisc.h"
#include "lib-sf.h"
#include "titles.h"
#include "wbfs-interface.h"

#include "ui-wwt.c"
#include "logo.inc"

//
///////////////////////////////////////////////////////////////////////////////

#define TITLE WWT_SHORT ": " WWT_LONG " v" VERSION " r" REVISION \
		" " SYSTEM " - " AUTHOR " - " DATE

time_t opt_set_time	= 0;
u64  opt_size		= 0;
u32  opt_hss		= 0;
u32  opt_wss		= 0;

//
///////////////////////////////////////////////////////////////////////////////

static void help_exit( bool xmode )
{
    fputs( TITLE "\n", stdout );

    if (xmode)
    {
	int cmd;
	for ( cmd = 0; cmd < CMD__N; cmd++ )
	    PrintHelpCmd(&InfoUI,stdout,0,cmd,0,0);
    }
    else
	PrintHelpCmd(&InfoUI,stdout,0,0,"HELP",0);

    exit(ERR_OK);
}

///////////////////////////////////////////////////////////////////////////////

static void print_version_section ( bool print_header )
{
    if (print_header)
	fputs("[version]\n",stdout);

    const u32 base = 0x04030201;
    const u8 * e = (u8*)&base;
    const u32 endian = be32(e);

    printf( "prog=" WWT_SHORT "\n"
	    "name=" WWT_LONG "\n"
	    "version=" VERSION "\n"
	    "beta=%d\n"
	    "revision=" REVISION  "\n"
	    "system=" SYSTEM "\n"
	    "endian=%u%u%u%u %s\n"
	    "author=" AUTHOR "\n"
	    "date=" DATE "\n"
	    "url=" URI_HOME WWT_SHORT "\n"
	    "\n"
	    , BETA_VERSION
	    , e[0], e[1], e[2], e[3]
	    , endian == 0x01020304 ? "little"
	    : endian == 0x04030201 ? "big" : "mixed" );
}

///////////////////////////////////////////////////////////////////////////////

static void version_exit()
{
    if ( brief_count > 1 )
	fputs( VERSION "\n", stdout );
    else if (brief_count)
	fputs( VERSION " r" REVISION " " SYSTEM "\n", stdout );
    else if (print_sections)
	print_version_section(true);
    else if (long_count)
	print_version_section(false);
    else
	fputs( TITLE "\n", stdout );

    exit(ERR_OK);
}

///////////////////////////////////////////////////////////////////////////////

void print_title ( FILE * f )
{
    static bool done = false;
    if (!done)
    {
	done = true;
	if (print_sections)
	    print_version_section(true);
	else if ( verbose >= 1 && f == stdout )
	    fprintf(f,"\n%s\n\n",TITLE);
	else
	    fprintf(f,"*****  %s  *****\n",TITLE);
    }
}

///////////////////////////////////////////////////////////////////////////////

static const CommandTab_t * current_command = 0;

static void hint_exit ( enumError stat )
{
    if ( current_command )
	fprintf(stderr,
	    "-> Type '%s help %s' (pipe it to a pager like 'less') for more help.\n\n",
	    progname, CommandInfo[current_command->id].name1 );
    else
	fprintf(stderr,
	    "-> Type '%s -h' or '%s help' (pipe it to a pager like 'less') for more help.\n\n",
	    progname, progname );
    exit(stat);
}

//
///////////////////////////////////////////////////////////////////////////////
///////////////                     commands                    ///////////////
///////////////////////////////////////////////////////////////////////////////

// common commands of 'wwt' and 'wit'
#define IS_WWT 1
#include "wwt+wit-cmd.c"

///////////////////////////////////////////////////////////////////////////////

enumError cmd_test()
{
 #if 1 || !defined(TEST) // test options

    return cmd_test_options();

 #elif 1

    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
    {
	printf("arg = |%s|\n",param->arg);
	time_t tim = ScanTime(param->arg);
	if ( tim == (time_t)-1 )
	    printf(" -> ERROR\n");
	else
	{
	    struct tm * tm = localtime(&tim);
	    char timbuf[40];
	    strftime(timbuf,sizeof(timbuf),"%F %T",tm);
	    printf(" -> %s\n",timbuf);
	}
    }
    return ERR_OK;

 #elif 0 && defined __CYGWIN__ // test AllocNormalizedFilenameCygwin

    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
    {
	char * arg = AllocNormalizedFilenameCygwin(param->arg);
	printf("> %s\n",arg);
	FreeString(arg);
    }
    return ERR_OK;

 #elif 1 // test SubstString

    SubstString_t tab[] =
    {
	{ '1', 0,   0, "1234567890" },
	{ 'a', 'A', 0, "AbCdEfGhIjKlMn" },
	{ 'x', 'X', 0, "xyz" },
	{0,0,0,0}
    };

    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
    {
	char buf[1000];
	int count;
	SubstString(buf,sizeof(buf),tab,param->arg,&count);
	printf("%s -> %s [%d]\n",param->arg,buf,count);
    }
    return ERR_OK;

 #else // test INT

    int i, max = 5;
    for ( i=1; i <= max; i++ )
    {
	fprintf(stderr,"sleep 20 sec (%d/%d)\n",i,max);
	sleep(20);
    }
    return ERR_OK;

 #endif
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_find()
{
    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto )
	ScanPartitions(true);

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    if ( verbose < 0 )
	return AnalyzePartitions(0,true,true);

    const enumError err = AnalyzePartitions(stderr,true,true);
    if ( err || verbose < 0 )
    {
	// if quiet: only status will be given, no print out
	return err;
    }

    if (print_sections)
    {
	int n_wbfs = 0, n_total = 0;

	PartitionInfo_t * info;
	for ( info = first_partition_info; info; info = info->next )
	{
	    if ( info->part_mode > PM_IGNORE )
	    {
		n_total++;
		if ( info->part_mode >= PM_WBFS )
		    n_wbfs++;
	    }
	}

	printf(
	    "[FIND]\n"
	    "n-partitions=%u\n"
	    "n-wbfs=%u\n"
	    "n-print=%u\n"
	    ,n_total
	    ,n_wbfs
	    ,long_count ? n_total : n_wbfs
	    );

	int count = 0;
	for ( info = first_partition_info; info; info = info->next )
	{
	    if ( info->part_mode >= PM_WBFS ||
		 info->part_mode > PM_IGNORE && long_count )
	    {
		const bool is_wbfs = info->part_mode >= PM_WBFS;
		printf(
		    "\n"
		    "[part-%u]\n"
		    "path=%s\n"
		    "real-path=%s\n"
		    "file-type=%s\n"
		    "is-wbfs=%u\n"
		    "hss=%u\n"
		    "size=%llu\n"
		    "disc-usage=%llu\n"
		    ,count++
		    ,info->path
		    ,info->real_path
		    ,GetFileModeText(info->filemode,false,"-")
		    ,is_wbfs
		    ,info->hss
		    ,info->file_size
		    ,info->disk_usage ? info->disk_usage : info->file_size
		);

		if (is_wbfs)
		    printf(
			"wbfs-hss=%u\n"
			"wbfs-wss=%u\n"
			"wbfs-size=%llu\n"
			,info->wbfs_hss
			,info->wbfs_wss
			,info->wbfs_size
		    );
	    }
	}
	putchar('\n');
    }
    else
    {
	PartitionInfo_t * info;
	const bool print_header = !OptionUsed[OPT_NO_HEADER];
	switch(long_count)
	{
	    case 0:
		for ( info = first_partition_info; info; info = info->next )
		    if ( info->part_mode >= PM_WBFS )
			printf("%s\n",info->path);
		break;

	    case 1:
		if (print_header)
		    printf("\n"
			    "type  wbfs d.usage    size  file (sizes in MiB)\n"
			    "-----------------------------------------------\n");
		for ( info = first_partition_info; info; info = info->next )
		    if ( info->part_mode > PM_IGNORE )
			printf("%-5s %s %7lld %7lld  %s\n",
				    GetFileModeText(info->filemode,false,"-"),
				    info->part_mode >= PM_WBFS ? "WBFS" : " -- ",
				    (info->disk_usage+MiB/2)/MiB,
				    (info->file_size+MiB/2)/MiB,
				    info->path );
		if (print_header)
		    printf("\n");
		break;

	    default: // >= 2x long_count
		if (print_header)
		    printf("\n"
			    "type  wbfs    disk usage     file size  full path\n"
			    "-------------------------------------------------\n");
		for ( info = first_partition_info; info; info = info->next )
		    if ( info->part_mode > PM_IGNORE )
			printf("%-5s %s %13lld %13lld  %s\n",
				    GetFileModeText(info->filemode,false,"-"),
				    info->part_mode >= PM_WBFS ? "WBFS" : " -- ",
				    info->disk_usage,
				    info->file_size,
				    info->real_path );
		if (print_header)
		    printf("\n");
		break;
	}
    }

    return 0;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_space()
{
    opt_all++; // --auto is implied

    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto )
	ScanPartitions(true);

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stderr,false,true);
    if (err)
	return err;

    const bool print_header = !OptionUsed[OPT_NO_HEADER];
    if (print_header)
	printf("\n   size    used used%%   free   discs    file   (sizes in MiB)\n"
		 "--------------------------------------------------------------\n");

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	printf("%7d %7d %3d%% %7d %4d/%-4d  %s\n",
		wbfs.total_mib,
		wbfs.used_mib,
		100*wbfs.used_mib/(wbfs.total_mib),
		wbfs.free_mib,
		wbfs.used_discs,
		wbfs.total_discs,
		long_count ? info->real_path : info->path );
    }
    if (print_header)
	printf("\n");

    return ResetWBFS(&wbfs);
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_analyze()
{
    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto )
	ScanPartitions(true);

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    File_t F;
    InitializeFile(&F);

    PartitionInfo_t * info;
    for ( info = first_partition_info; info; info = info->next )
    {
	if ( !info->path || !*info->path )
	    continue;

	const enumError stat = OpenFile(&F,info->path,IOM_IS_WBFS_PART);
	if (stat)
	    continue;

	printf("\nANALYZE %s\n",info->path);
	AWData_t awd;
	AnalyzeWBFS(&awd,&F);
	PrintAnalyzeWBFS(stdout,0,&awd,long_count);
    }
    putchar('\n');
    ResetFile(&F,0);
    return ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_dump()
{
    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto )
	ScanPartitions(true);

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stderr,false,true);
    if (err)
	return err;

    const int invalid = long_count > 4
				? 2
				: OptionUsed[OPT_INODE] || long_count > 3;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	printf("\nDUMP of %s\n\n",info->path);
	DumpWBFS(&wbfs,stdout,2,opt_show_mode,long_count,invalid,0);
    }
    return ResetWBFS(&wbfs);
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_id6()
{
    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto )
	ScanPartitions(true);

    if ( testmode < 2 )
    {
	const enumError err = AnalyzePartitions(stderr,false,true);
	if (err)
	    return err;
    }

    StringField_t select_list, id6_list, *print_list = &select_list;
    InitializeStringField(&select_list);
    InitializeStringField(&id6_list);
    enumError err = ScanParamID6(&select_list,first_param);
    if (err)
	return err;

    if ( testmode < 2 )
    {
	WBFS_t wbfs;
	InitializeWBFS(&wbfs);
	PartitionInfo_t * info;
	for ( err = GetFirstWBFS(&wbfs,&info,false);
	      !err && !SIGINT_level;
	      err = GetNextWBFS(&wbfs,&info,false) )
	{
	    AppendListID6(&id6_list,&select_list,&wbfs);
	}
	ResetWBFS(&wbfs);
	if ( err && err != ERR_NO_WBFS_FOUND )
	    return err;
	print_list = &id6_list;
    }

    //PRINT("N=%d,%d -> %d\n", select_list.used, id6_list.used, print_list->used );
    int i;
    for ( i = 0; i < print_list->used; i++ )
	if (!IsExcluded(print_list->field[i]))
	    printf("%s\n",print_list->field[i]);

    ResetStringField(&select_list);
    ResetStringField(&id6_list);
    return ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////

typedef struct fragment_summary_t
{
    uint	n_images;	// number of relevant images
    uint	n_frag_images;	// number of fragmented images
    uint	n_fragments;	// number of fragments
    u64		total_mib;	// total size of all images;

} fragment_summary_t;

//-----------------------------------------------------------------------------

static ccp print_fragment
(
    fragment_summary_t	* sum,		// summary record
    WDiscListItem_t	* witem,	// item to add
    ccp			filler		// added to end of line
)
{
    DASSERT(sum);
    DASSERT(witem);
    DASSERT(filler);
    static char buf[20];

    if (!witem->wbfs_fragments)
	snprintf(buf,sizeof(buf),"  -   -  %s",filler);
    else if (!witem->size_mib)
	snprintf(buf,sizeof(buf),"%3u   -  %s", witem->wbfs_fragments,filler);
    else
    {
	const double ratio = (witem->wbfs_fragments-1) * 1024.0 / witem->size_mib;
	snprintf(buf,sizeof(buf),"%3u %5.2f%s", witem->wbfs_fragments, ratio, filler );
	sum->n_images++;
	if ( witem->wbfs_fragments > 1 )
	    sum->n_frag_images++;
	sum->n_fragments += witem->wbfs_fragments;
	sum->total_mib   += witem->size_mib;
    }
    return buf;
}

//-----------------------------------------------------------------------------

static void print_fragment_summary
(
    fragment_summary_t	* sum		// summary record
)
{
    if ( !print_sections && sum->n_images > 0 )
    {
	if ( sum->n_frag_images > 0 )
	{
	    const uint n = sum->n_fragments - sum->n_images;
	    const double ratio = n * 1024.0 / sum->total_mib;
	    printf("       %u of %u disc%s %s fragmented, weighted ratio = %4.2f.\n",
		sum->n_frag_images, sum->n_images,
		sum->n_images > 1 ? "s" : "",
		sum->n_frag_images > 1 ? "are" : "is",
		ratio );
	}
	else
	    printf("       %u unfragmented disc%s.\n",
		sum->n_images, sum->n_images > 1 ? "s" : "" );
    }
}

///////////////////////////////////////////////////////////////////////////////

static int print_list_mixed()
{
    ScanPartitionGames();
    SortWDiscList(&pi_wlist,sort_mode,SORT_TITLE, OptionUsed[OPT_UNIQUE] != 0 );

    WDiscListItem_t * witem;
    char footer[200];
    int footer_len = 0;
    int i, max_name_wd = 9;

    if ( print_sections )
    {
	printf("\n[wbfs]\n");
	printf("total_wbfs=%u\n",pi_count);
	printf("total_discs=%u\n",pi_wlist.used);
	printf("used_mib=%u\n",pi_wlist.total_size_mib);
	printf("free_mib=%u\n",pi_free_mib);
	printf("total_mib=%u\n",pi_wlist.total_size_mib+pi_free_mib);

	char buf[10];
	snprintf(buf,sizeof(buf),"%u",pi_wlist.used-1);
	const int fw = strlen(buf);
	for ( i = 0, witem = pi_wlist.first_disc; i < pi_wlist.used; i++, witem++ )
	{
	    printf("\n[disc-%0*u]\n",fw,i);
	    const int pi = witem->part_index;
	    PrintSectWDiscListItem(stdout,witem,
			pi > 0 && pi <= pi_count ? pi_list[pi]->path : 0 );
	}
	return ERR_OK;
    }

    const bool print_fragments =  OptionUsed[OPT_FRAGMENTS] != 0;
    const bool print_header    = !OptionUsed[OPT_NO_HEADER];

    if (print_header)
    {
	if ( long_count > 1 )
	{
	    // find max path width
	    for ( i = 1; i <= pi_count; i++ )
	    {
		const int plen = strlen(pi_list[i]->path);
		if ( max_name_wd < plen )
		    max_name_wd = plen;
	    }

	    printf("\n WI  WBFS file\n%.*s\n",max_name_wd+6,wd_sep_200);
	    for ( i = 1; i <= pi_count; i++ )
		printf("%3d  %s\n",i,pi_list[i]->path);
	    printf("%.*s\n",max_name_wd+6,wd_sep_200);
	}

	// find max name width
	max_name_wd = 0;
	for ( i = pi_wlist.used, witem = pi_wlist.first_disc; i-- > 0; witem++ )
	{
	    const int plen = strlen( witem->title
					? witem->title : witem->name64 );
	    if ( max_name_wd < plen )
		max_name_wd = plen;
	}

	footer_len = snprintf(footer,sizeof(footer),
		"Total: %u discs, %u MiB ~ %u GiB used, %u MiB ~ %u GiB free.",
		pi_wlist.used,
		pi_wlist.total_size_mib, (pi_wlist.total_size_mib+512)/1024,
		pi_free_mib, (pi_free_mib+512)/1024 );
    }

    fragment_summary_t fsum;
    memset(&fsum,0,sizeof(fsum));

    if ( long_count > 1 )
    {
	if (print_header)
	{
	    int n1, n2;
	    printf("\nID6     MiB %s  WI  %n%d discs (%d GiB)%n\n",
			print_fragments ? "fragments" : "Reg.",
			&n1, pi_wlist.used, (pi_wlist.total_size_mib+512)/1024, &n2 );
	    max_name_wd += n1;
	    if ( max_name_wd < n2 )
		max_name_wd = n2;
	    if ( max_name_wd < footer_len )
		max_name_wd = footer_len;
	    printf("%.*s\n", max_name_wd, wd_sep_200);
	}

	for ( i = pi_wlist.used, witem = pi_wlist.first_disc; i-- > 0; witem++ )
	    printf("%s %4d %s %3d  %s\n",
		witem->id6, witem->size_mib,
		print_fragments
			? print_fragment(&fsum,witem,"")
			: GetRegionInfo(witem->id6[3])->name4,
		witem->part_index,
		witem->title ? witem->title : witem->name64 );
    }
    else if (long_count)
    {
	if (print_header)
	{
	    int n1, n2;
	    printf("\nID6     MiB %s  %n%d discs (%d GiB)%n\n",
		    print_fragments ? "fragments" : "Reg.",
		    &n1, pi_wlist.used, (pi_wlist.total_size_mib+512)/1024, &n2 );
	    max_name_wd += n1;
	    if ( max_name_wd < n2 )
		max_name_wd = n2;
	    if ( max_name_wd < footer_len )
		max_name_wd = footer_len;
	    printf("%.*s\n", max_name_wd, wd_sep_200);
	}

	for ( i = pi_wlist.used, witem = pi_wlist.first_disc; i-- > 0; witem++ )
	    printf("%s %4d %s  %s\n",
		witem->id6, witem->size_mib,
		print_fragments
			? print_fragment(&fsum,witem,"")
			: GetRegionInfo(witem->id6[3])->name4,
		witem->title ? witem->title : witem->name64 );
    }
    else
    {
	if (print_header)
	{
	    int n1, n2;
	    printf("\nID6    %n%d discs (%d GiB)%n\n",
		    &n1, pi_wlist.used, (pi_wlist.total_size_mib+512)/1024, &n2 );
	    max_name_wd += n1;
	    if ( max_name_wd < n2 )
		max_name_wd = n2;
	    printf("%.*s\n", max_name_wd, wd_sep_200 );
	}

	for ( i = pi_wlist.used, witem = pi_wlist.first_disc; i-- > 0; witem++ )
	    printf("%s %s\n", witem->id6, witem->title ? witem->title : witem->name64 );
    }

    if (print_header)
    {
	printf("%.*s\n%s\n", max_name_wd, wd_sep_200, footer );
	if (print_fragments)
	    print_fragment_summary(&fsum);
	putchar('\n');
    }

    return ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_list ( int long_level )
{
    if ( long_level > 0 )
    {
	RegisterOptionByIndex(&InfoUI,OPT_LONG,long_level,false);
	long_count += long_level;
    }

    const bool print_fragments = OptionUsed[OPT_FRAGMENTS] != 0;
    if ( print_fragments && !long_count )
    {
	RegisterOptionByIndex(&InfoUI,OPT_LONG,1,false);
	long_count++;
    }

    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto )
	ScanPartitions(true);

    if ( OptionUsed[OPT_UNIQUE] )
	opt_all++;

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stderr,false,false);
    if (err)
	return err;

    if ( OptionUsed[OPT_MIXED] || OptionUsed[OPT_UNIQUE] )
	return print_list_mixed();

    const bool print_header = !print_sections && !OptionUsed[OPT_NO_HEADER];

    int gt_wbfs = 0, gt_disc = 0, gt_max_disc = 0, gt_used_mib = 0, gt_free_mib = 0;

    PrintTime_t pt;
    int opt_time = opt_print_time;
    if ( long_count > 1 )
    {
	opt_time = EnablePrintTime(opt_time);
	if ( long_count > 2 )
	    opt_time = SetPrintTimeMode(opt_time,PT_PRINT_SEC);
    }
    SetupPrintTime(&pt,opt_time);

    WBFS_t wbfs;
    int wbfs_index = 0;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	WDiscList_t * wlist = GenerateWDiscList(&wbfs,0);
	if (wlist)
	{
	    SortWDiscList(wlist,sort_mode,SORT_TITLE,false);
	    WDiscListItem_t * witem;

	    int i, max_name_wd = 0;
	    char footer[200];
	    int footer_len = 0;

	    if (print_header)
	    {
		// find max name width
		max_name_wd = 0;
		for ( i = wlist->used, witem = wlist->first_disc; i-- > 0; witem++ )
		{
		    const int plen = strlen( witem->title
						? witem->title : witem->name64 );
		    if ( max_name_wd < plen )
			max_name_wd = plen;
		}

		footer_len = snprintf(footer,sizeof(footer),
			"Total: %d/%d discs, %d MiB ~ %d GiB used, %d MiB ~ %d GiB free.",
			wlist->used, wbfs.total_discs,
			wlist->total_size_mib, (wlist->total_size_mib+512)/1024,
			wbfs.free_mib, (wbfs.free_mib+512)/1024 );
	    }

	    fragment_summary_t fsum;
	    memset(&fsum,0,sizeof(fsum));

	    if (print_sections)
	    {
		printf("\n[wbfs-%u]\n",wbfs_index++);
		printf("file=%s\n",info->path);
		printf("used_discs=%u\n",wlist->used);
		printf("total_discs=%u\n",wbfs.total_discs);
		printf("used_mib=%u\n",wbfs.used_mib);
		printf("free_mib=%u\n",wbfs.free_mib);
		printf("total_mib=%u\n",wbfs.total_mib);

		char buf[10];
		snprintf(buf,sizeof(buf),"%u",wlist->used-1);
		const int fw = strlen(buf);
		for ( i = 0, witem = wlist->first_disc; i < wlist->used; i++, witem++ )
		{
		    printf("\n[disc-%0*u]\n",fw,i);
		    PrintSectWDiscListItem(stdout,witem,info->path);
		}
	    }
	    else if (long_count)
	    {
		if (print_header)
		{
		    int n1, n2;
		    putchar('\n');
		    printf("ID6   %s  MiB %s %n%d/%d discs (%d GiB)%n\n",
				pt.head, print_fragments ? "fragments " : "Reg.",
				&n1, wlist->used, wbfs.total_discs,
				(wlist->total_size_mib+512)/1024, &n2 );
		    noTRACE("N1=%d N2=%d max_name_wd=%d\n",n1,n2,max_name_wd);
		    max_name_wd += n1;
		    if ( max_name_wd < n2 )
			max_name_wd = n2;
		    if ( max_name_wd < footer_len )
			max_name_wd = footer_len;
		    noTRACE(",%d\n",max_name_wd);
		    printf("%.*s\n", max_name_wd, wd_sep_200);
		}

		for ( i = wlist->used, witem = wlist->first_disc; i-- > 0; witem++ )
		    printf("%s%s %4d %s %s\n",
				witem->id6, PrintTime(&pt,&witem->fatt),
				witem->size_mib,
				print_fragments
					? print_fragment(&fsum,witem," ")
					: GetRegionInfo(witem->id6[3])->name4,
				witem->title ? witem->title : witem->name64 );
	    }
	    else
	    {
		if (print_header)
		{
		    int n1, n2;
		    putchar('\n');
		    printf("ID6   %s  %n%d/%d discs (%d GiB)%n\n",
				pt.head, &n1, wlist->used, wbfs.total_discs,
				(wlist->total_size_mib+512)/1024, &n2 );
		    noTRACE("N1=%d N2=%d max_name_wd=%d\n",n1,n2,max_name_wd);
		    max_name_wd += n1;
		    if ( max_name_wd < n2 )
			max_name_wd = n2;
		    if ( max_name_wd < footer_len )
			max_name_wd = footer_len;
		    noTRACE(" -> %d\n",max_name_wd);
		    printf("%.*s\n", max_name_wd, wd_sep_200 );
		}

		for ( i = wlist->used, witem = wlist->first_disc; i-- > 0; witem++ )
		    printf("%s%s  %s\n",witem->id6, PrintTime(&pt,&witem->fatt),
				witem->title ? witem->title : witem->name64 );
	    }

	    if (print_header)
	    {
		printf("%.*s\n%s\n", max_name_wd, wd_sep_200, footer );
		if (print_fragments)
		    print_fragment_summary(&fsum);
		putchar('\n');
	    }

	    gt_wbfs++;
	    gt_disc	+= wlist->used;
	    gt_max_disc	+= wbfs.total_discs;
	    gt_used_mib	+= wlist->total_size_mib;
	    gt_free_mib	+= wbfs.free_mib;
	    FreeWDiscList(wlist);
	}
    }
    ResetWBFS(&wbfs);

    if ( print_header && gt_wbfs > 1 )
	printf("Grand total: %d WBFS, %d/%d discs, %d GiB used, %d GiB free.\n\n",
		gt_wbfs, gt_disc, gt_max_disc,
		(gt_used_mib+512)/1024, (gt_free_mib+512)/1024 );

    return ERR_OK;
}

//-----------------------------------------------------------------------------

enumError cmd_list_a()
{
    if (!opt_auto)
	ScanPartitions(true);
    return cmd_list(2);
}

//-----------------------------------------------------------------------------

enumError cmd_list_m()
{
    RegisterOptionByIndex(&InfoUI,OPT_MIXED,1,false);
    opt_all++;
    return cmd_list(2);
}

//-----------------------------------------------------------------------------

enumError cmd_list_u()
{
    RegisterOptionByIndex(&InfoUI,OPT_UNIQUE,1,false);
    opt_all++;
    return cmd_list(2);
}

//-----------------------------------------------------------------------------

enumError cmd_list_f()
{
    RegisterOptionByIndex(&InfoUI,OPT_FRAGMENTS,1,false);
    return cmd_list(0);
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_format()
{
    if (!OptionUsed[OPT_FORCE])
    {
	testmode++;
	print_title(stderr);
	fprintf(stderr,
		"!! %s: Option --force must be set to formatting a WBFS!\n"
		"!! %s:   => test mode (like --test) enabled!\n\n",
		    progname, progname );

    }
    else if (verbose>=0)
	print_title(stdout);

    if (!n_param)
	return ERROR0(ERR_MISSING_PARAM,"Missing partitions/file to init => abort!\n");

    int error_count = 0, create_count = 0, format_count = 0;
    const u32 create_size_gib = (opt_size+GiB/2)/GiB;
    const bool opt_recover = 0 != OptionUsed[OPT_RECOVER];

    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
    {
	if ( !param->arg || !*param->arg )
	    continue;

	bool recover = opt_recover;
	u32 size_gib = create_size_gib;
	enumFileMode filemode = FM_PLAIN;

	struct stat st;
	if (StatFile(&st,param->arg,0))
	{
	    // no file found
	    recover = false;
	    if (!opt_size)
	    {
		error_count++;
		ERROR0(ERR_SEMANTIC,"Option --size needed to create a new WBFS file: %s",
			param->arg );
		continue;
	    }

	    if (testmode)
	    {
		TRACE("WOULD CREATE FILE %s [%d GiB]\n", param->arg, size_gib );
		printf("WOULD CREATE FILE %s [%d GiB]\n", param->arg, size_gib );
		create_count++;
	    }
	    else
	    {
		TRACE("CREATE FILE %s [%d GiB]\n", param->arg, size_gib );
		if (verbose>=0)
		    printf("CREATE FILE %s [%d GiB]\n", param->arg, size_gib );

		File_t f;
		InitializeFile(&f);
		enumError err = CreateFile(&f,param->arg,IOM_NO_STREAM,1);
		if (err)
		{
		    error_count++;
		    continue;
		}

		if (opt_split)
		    SetupSplitFile(&f,OFT_WBFS,opt_split_size);

		if (SetSizeF(&f,opt_size))
		{
		    ClearFile(&f,true);
		    error_count++;
		    continue;
		}

		ClearFile(&f,false);
		create_count++;
	    }
	}
	else
	{
	    size_gib = (st.st_size+GiB/2)/GiB;
	    filemode = GetFileMode(st.st_mode);
	    if ( filemode == FM_OTHER )
	    {
		ERROR0(ERR_WRONG_FILE_TYPE,
		    "%s: Neither regular file nor block device: %s\n",
				progname, param->arg);
		continue;
	    }
	}

	ccp filetype = GetFileModeText(filemode,true,"");

	u32 hss = opt_hss, wss = opt_wss;
	if ( recover && ( !hss || !wss ) )
	{
	    if ( testmode || verbose >= 0 )
		printf("ANALYZE %s %s\n", filetype, param->arg );

	    File_t f;
	    InitializeFile(&f);
	    if ( OpenFile(&f,param->arg,IOM_IS_WBFS_PART) == ERR_OK )
	    {
		AWData_t awd;
		AnalyzeWBFS(&awd,&f);
		if (awd.n_record)
		{
		    hss = awd.rec[0].hd_sector_size;
		    wss = awd.rec[0].wbfs_sector_size;
		}
		ResetFile(&f,0);
	    }
	}

	if ( !hss && ( S_ISBLK(st.st_mode) || S_ISCHR(st.st_mode) ))
	{
	    const int fd = open(param->arg,O_RDONLY);
	    if ( fd != -1 )
	    {
		u32 dev_hss = GetHSS(fd,0);
		close(fd);
		if (dev_hss)
		{
		    hss = HD_SECTOR_SIZE;
		    while ( hss && hss < dev_hss )
			hss <<= 1;
		}
	    }
	}

	if ( hss < HD_SECTOR_SIZE )
	    hss = HD_SECTOR_SIZE;

	char buf_wss[30];
	if (wss)
	{
	    if ( wss <= hss )
		wss = 2 * hss;
	    if ( wss >= MiB )
		snprintf(buf_wss,sizeof(buf_wss),", wss=%u MiB",wss/MiB);
	    else
		snprintf(buf_wss,sizeof(buf_wss),", wss=%u KiB",wss/KiB);
	}
	else
	    buf_wss[0] = 0;

	if (testmode)
	{
	    TRACE("WOULD FORMAT %s %s [%u GiB, hss=%u%s]\n",
			filetype, param->arg, size_gib, hss, buf_wss );
	    printf("WOULD FORMAT %s %s [%u GiB, hss=%u%s]\n",
			filetype, param->arg, size_gib, hss, buf_wss );
	    format_count++;
	}
	else
	{
	    TRACE("FORMAT %s %s [%u GiB, hss=%u%s]\n",
			filetype, param->arg, size_gib, hss, buf_wss );
	    if (verbose>=0)
		printf("FORMAT %s %s [%u GiB, hss=%u%s]\n",
			filetype, param->arg, size_gib, hss, buf_wss );

	    WBFS_t wbfs;
	    InitializeWBFS(&wbfs);

	    wbfs_param_t par;
	    memset(&par,0,sizeof(par));
	    par.hd_sector_size	= hss;
	    par.wbfs_sector_size= wss;
	    par.reset		= 1;
	    par.clear_inodes	= !recover;
	    par.setup_iinfo	= !recover
				&& ( filemode > FM_PLAIN || OptionUsed[OPT_INODE] );

	    if ( FormatWBFS(&wbfs,param->arg,true,&par,0,0) == ERR_OK )
	    {
		format_count++;
		if (recover)
		    RecoverWBFS(&wbfs,param->arg,false);
	    }
	    else
		error_count++;
	    ResetWBFS(&wbfs);
	}
    }

    if (verbose>=0)
    {
	printf("** ");
	if ( create_count > 0 )
	    printf("%d file%s created, ",
		    create_count, create_count==1 ? "" : "s" );
	printf("%d file%s formatted.\n",
		    format_count, format_count==1 ? "" : "s" );
    }

    return error_count ? ERR_WRITE_FAILED : ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_recover()
{
    if (verbose>=0)
    {
	print_title(stdout);
	fputc('\n',stdout);
    }

    AddEnvPartitions();

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stderr,false,true);
    if (err)
	return err;

    if (long_count)
	verbose = long_count;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    int err_count = 0;

    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	printf("%sRECOVER %s\n\n",testmode ? "WOULD " : "", info->path);
	RecoverWBFS(&wbfs,info->path,testmode);
    }
    ResetWBFS(&wbfs);

    if ( verbose > 0 )
	putchar('\n');

    return err_count ? ERR_WBFS_INVALID : max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_check()
{
    if (verbose>=0)
    {
	print_title(stdout);
	fputc('\n',stdout);
    }

    AddEnvPartitions();
    if ( !n_param && !opt_part && !opt_auto && !repair_mode )
	ScanPartitions(true);

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stderr,false,true);
    if (err)
	return err;

    if (long_count)
	verbose = long_count;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    int err_count = 0;
    for ( err = GetFirstWBFS(&wbfs,&info,repair_mode);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,repair_mode) )
    {
	if (print_sections)
	    printf("[check]\nwbfs-file=%s\n",info->path);
	else if ( verbose >= 0 )
	    printf("%sCHECK %s\n", verbose>0 ? "\n" : "", info->path );

	CheckWBFS_t ck;
	InitializeCheckWBFS(&ck);
	if (   CheckWBFS(&ck,&wbfs,print_sections,verbose,stdout,1)
	    || repair_mode & REPAIR_FBT && wbfs.wbfs->head->wbfs_version < WBFS_VERSION
	    || repair_mode & REPAIR_INODES && ck.no_iinfo_count
	   )
	{
	    if (ck.err)
		err_count++;
	    if (repair_mode)
	    {
		if ( verbose >= 0 )
		    printf("%sREPAIR %s\n", verbose>0 ? "\n" : "", info->path );
		RepairWBFS(&ck,testmode,repair_mode,verbose,stdout,1);
	    }
	}
	ResetCheckWBFS(&ck);
    }
    ResetWBFS(&wbfs);

    if ( verbose > 0 && !print_sections )
	putchar('\n');

    return err_count ? ERR_WBFS_INVALID : max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_repair()
{
    if (!OptionUsed[OPT_REPAIR])
    {
	RegisterOptionByIndex(&InfoUI,OPT_REPAIR,1,false);
	repair_mode = REPAIR_DEFAULT;
    }
    return cmd_check();
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_edit()
{
    if (!OptionUsed[OPT_FORCE])
    {
	testmode++;
	print_title(stderr);
    }
    else if (verbose>=0)
	print_title(stdout);

    if (!n_param)
    {
	printf("\n"
	 "EDIT is a dangerous command. It let you (de-)activate the disc slots and\n"
	 "edit the block assignments. Exactly 1 WBFS must be specified. All parameters\n"
	 "are sub commands. Modifications are only done if option --force is set.\n"
	 "\n"
	 "     **********************************************************\n"
	 "     *****  WARNING: This command can damage your WBFS!!  *****\n"
	 "%s"
	 "     *****  See documentation file 'wwt.txt' for details. *****\n"
	 "     **********************************************************\n"
	 "\n",
	OptionUsed[OPT_FORCE] ? ""
		: "     *****     INFO: Use --force to leave the test mode.  *****\n" );

	return ERR_OK;
    }

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    if ( wbfs_count != 1 )
	return ERROR0( wbfs_count ? ERR_TO_MUCH_WBFS_FOUND : ERR_NO_WBFS_FOUND,
			"Exact one WBFS mus be selected, not %u\n",wbfs_count);

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    err = GetFirstWBFS(&wbfs,&info,true);
    if (err)
	return err;
    wbfs_t * w = wbfs.wbfs;

    printf("\n* MODIFY WBFS partition %s:\n"
	   "  > WBFS block size:  %x/hex = %u = %1.1f MiB\n"
	   "  > WBFS block range:   1..%u\n"
	   "  > ISO block range:    0..%u\n"
	   "  > Number of discs:  %3u\n"
	   "  > Number of slots:  %3u\n"
	   "\n",
	   info->path,
	   w->wbfs_sec_sz, w->wbfs_sec_sz,
	   (double)w->wbfs_sec_sz/MiB,
	   w->n_wbfs_sec - 1, w->n_wbfs_sec_per_disc,
	   wbfs.used_discs, w->max_disc );

    enum { DO_RM = -5, DO_ACT, DO_INV, DO_FREE, DO_USED };
    ASSERT( DO_USED < 0 );

    CommandTab_t * ctab = CALLOC(6+wbfs.used_discs,sizeof(*ctab));
    CommandTab_t * cptr = ctab;

    cptr->id	= DO_RM;
    cptr->name1	= "RM";
    cptr->name2	= "R";
    cptr++;

    cptr->id	= DO_ACT;
    cptr->name1	= "ACT";
    cptr->name2	= "A";
    cptr++;

    cptr->id	= DO_INV;
    cptr->name1	= "INV";
    cptr->name2	= "I";
    cptr++;

    cptr->id	= DO_FREE;
    cptr->name1	= "FREE";
    cptr->name2	= "F";
    cptr++;

    cptr->id	= DO_USED;
    cptr->name1	= "USE";
    cptr->name2	= "U";
    cptr++;

    int i;
    WDiscInfo_t dinfo;
    for ( i = 0; i < wbfs.used_discs; i++ )
	if ( GetWDiscInfo(&wbfs,&dinfo,i) == ERR_OK )
	{
	    cptr->id	= i;
	    cptr->name1	= STRDUP(dinfo.id6);
	    cptr++;
	}

    wbfs_load_freeblocks(w);

    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
    {
	char * arg = param->arg;
	char cmd_buf[COMMAND_NAME_MAX];
	char *dest = cmd_buf;
	char *end  = cmd_buf + sizeof(cmd_buf) - 1;
	while ( *arg && *arg != '=' && dest < end )
	    *dest++ = *arg++;
	*dest = 0;
	int cstat;
	const CommandTab_t * cptr = ScanCommand(&cstat,cmd_buf,ctab);

	if (cstat)
	{
	    ERROR0(ERR_SYNTAX,"Unknown command: %s\n",cmd_buf);
	    putchar('\n');
	    continue;
	}
	ASSERT(cptr);

	if ( *arg != '=' )
	    continue;

	arg++;

	if ( cptr->id == DO_RM || cptr->id == DO_ACT || cptr->id == DO_INV )
	{
	    int mode;
	    ccp info;
	    switch(cptr->id)
	    {
		case DO_RM:  mode = WBFS_SLOT_FREE;	info = "remove"; break;
		case DO_ACT: mode = WBFS_SLOT_VALID;	info = "activate"; break;
		default:     mode = WBFS_SLOT_INVALID;	info = "invalidate"; break;
	    }

	    while (*arg)
	    {
		u32 stat, n1, n2;
		arg = ScanRangeU32(arg,&stat,&n1,&n2,0,w->max_disc-1);
		if ( n1 >= 0 && n1 <= n2 )
		{
		    if ( n1 == n2 )
			printf("  - %s%s disc %u.\n",
				testmode ? "WOULD " : "", info, n1 );
		    else
			printf("  - %s%s discs %u..%u.\n",
				testmode ? "WOULD " : "", info, n1, n2 );
		    if (!testmode)
			while ( n1 <= n2 )
			    w->head->disc_table[n1++] = mode;
		}
		if ( *arg != ',' )
		    break;
		arg++;
	    }
	}
	else if ( cptr->id == DO_FREE || cptr->id == DO_USED )
	{
	    const bool is_free = cptr->id == DO_FREE;
	    while (*arg)
	    {
		u32 stat, n1, n2;
		arg = ScanRangeU32(arg,&stat,&n1,&n2,1,w->n_wbfs_sec-1);
		if ( n1 > 0 && n1 <= n2 )
		{
		    if ( n1 == n2 )
			printf("  - %smark block %u as %s.\n",
				testmode ? "WOULD " : "",
				n1, is_free ? "FREE" : "USED" );
		    else
			printf("  - %smark blocks %u..%u as %s.\n",
				testmode ? "WOULD " : "",
				n1, n2, is_free ? "FREE" : "USED" );
		    if (!testmode)
		    {
			if (is_free)
			    while ( n1 <= n2 )
				wbfs_free_block(w,n1++);
			else
			    while ( n1 <= n2 )
				wbfs_use_block(w,n1++);
		    }
		}
		if ( *arg != ',' )
		    break;
		arg++;
	    }
	}
	else
	{
	  wbfs_disc_t * disc = wbfs_open_disc_by_id6(w,(u8*)cptr->name1);
	  if (disc)
	  {
	    u16 * wlba_tab = disc->header->wlba_table;
	    while (*arg)
	    {
		u32 stat, n1, n2;
		arg = ScanRangeU32(arg,&stat,&n1,&n2,0,w->n_wbfs_sec_per_disc-1);
		if ( *arg != ':' )
		    break;
		arg++;

		if ( n1 > 0 && n1 <= n2 )
		{
		    u32 val;
		    arg = ScanNumU32(arg,&stat,&val,0,~(u16)0);
		    u32 add = val > 0, count = n2 - n1;

		    if ( n1 == n2 )
			printf("  - Disc %s: %sset block %u to WBFS block %u.\n",
				    cptr->name1, testmode ? "WOULD " : "",
				    n1, val );
		    else
			printf("  - Disc %s: %sset blocks %u..%u to WBFS blocks %u..%u.\n",
				cptr->name1, testmode ? "WOULD " : "",
				n1, n2, val, (u16)(val+count*add) );
		    if (!testmode)
			while ( n1 <= n2 )
			{
			    wlba_tab[n1] = htons(val);
			    n1++;
			    val += add;
			}
		}
		if ( *arg != ',' )
		    break;
		arg++;
	    }
	    wbfs_sync_disc_header(disc);
	    wbfs_close_disc(disc);
	  }
	}
	putchar('\n');
    }
    wbfs_sync(w);

    CheckWBFS_t ck;
    InitializeCheckWBFS(&ck);
    if (CheckWBFS(&ck,&wbfs,0,0,stdout,0))
	putchar('\n');
    ResetCheckWBFS(&ck);
    ResetWBFS(&wbfs);

    if (!OptionUsed[OPT_FORCE])
	printf("* Use option --force to leave the test mode.\n\n" );

    return ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_phantom()
{
    if (verbose>=0)
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    int total_add_count = 0, wbfs_count = 0, wbfs_mod_count = 0;

    const bool check_it	    = OptionUsed[OPT_NO_CHECK] == 0;
    const bool ignore_check = OptionUsed[OPT_FORCE]    != 0;
    const u32  max_mib = (u64)WII_MAX_SECTORS * WII_SECTOR_SIZE / MiB;
    const uint n_wbfs = CountWBFS();

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_t * w = wbfs.wbfs;
	ASSERT(w);

	wbfs_count++;
	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	// scan WBFS for already existing phantom ids

	char phantom_used[1000];
	memset(phantom_used,0,sizeof(phantom_used));
	int slot;
	for ( slot = 0; slot < w->max_disc; slot++ )
	{
	    wbfs_disc_t * d = wbfs_open_disc_by_slot(w,slot,0);
	    if (d)
	    {
		u8 * id6 = d->header->dhead;
		if ( !memcmp(id6,"PHT",3) )
		{
		    const u32 idx = (id6[3]-'0') * 100 + (id6[4]-'0') * 10 + (id6[5]-'0');
		    if ( idx < sizeof(phantom_used) )
			phantom_used[idx]++;
		}
		wbfs_close_disc(d);
	    }
	}

	int wbfs_add_count = 0;
	bool abort = false;
	ParamList_t * param;
	for ( param = first_param;
	      param && !SIGINT_level && !abort;
	      param = param->next )
	{
	    char *arg = param->arg;
	    if ( !arg || !*arg )
		continue;

	    u32 stat, n1 = 1, n2 = 1, s1, s2;

	    arg = ScanRangeU32(arg,&stat,&s1,&s2,1,10000);
	    if ( stat && *arg == 'x' )
	    {
		arg++;
		n1 = s1;
		n2 = s2;
		arg = ScanRangeU32(arg,&stat,&s1,&s2,0,max_mib);
	    }

	    if ( *arg == 'm' || *arg == 'M' )
		arg++;
	    else
	    {
		if ( *arg == 'g' || *arg == 'G' )
		    arg++;
		s1 *= 1024;
		s2 *= 1024;
		if ( s2 > max_mib )
		    s2 = max_mib;
	    }

	    if ( !stat || *arg || n1 > n2 || s1 > s2 )
	    {
		printf(" - PHANTOM ARGUMENT IGNORED: %s\n",param->arg);
		continue;
	    }

	    if ( testmode || verbose >= 0 )
		printf(" - %sGENERATE %d..%d PHANTOMS with %d..%d MiB\n",
			testmode ? "WOULD " : "", n1, n2, s1, s2 );

	    u32 n = n1 + Random32(n2-n1+1);
	    while ( !abort && n-- > 0 )
	    {
		u32 size = s1 + Random32(s2-s1+1);
		u32 n_sect = (u64)size * MiB /WII_SECTOR_SIZE;

		int idx;
		for ( idx = 0; idx < sizeof(phantom_used); idx++ )
		    if (!phantom_used[idx])
			break;
		if ( idx >= sizeof(phantom_used) )
		{
		    n = 0;
		    continue;
		}
		phantom_used[idx]++;

		char id6[7];
		snprintf(id6,sizeof(id6),"PHT%03u",idx);
		if ( testmode || verbose >= 1 )
		    printf("   - %sGENERATE PHANTOM [%s] with %4u MiB = %u Wii sectors.\n",
			testmode ? "WOULD " : "", id6, size, n_sect );
		if (!testmode)
		{
		    if (wbfs_add_phantom(w,id6,n_sect))
			abort = true;
		    else
			wbfs_add_count++;
		}
	    }
	}

	if ( wbfs_add_count )
	{
	    wbfs_mod_count++;
	    total_add_count += wbfs_add_count;

	    if (verbose>=0)
		printf("* WBFS #%d: %d phantom%s added.\n",
		    wbfs_count, wbfs_add_count, wbfs_add_count==1 ? "" : "s" );
	}
    }
    ResetWBFS(&wbfs);

    if ( verbose >= 1 )
	printf("\n");

    if ( verbose >= 0 )
    {
	if ( wbfs_count > 1 )
	{
	    printf("** %d phantom%s added, %d of %d WBFS used.\n",
			total_add_count, total_add_count==1 ? "" : "s",
			wbfs_mod_count, wbfs_count );
	}
	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_truncate()
{
    if (verbose>=0)
	print_title(stdout);

    if (n_param)
    {
	opt_part++;
	opt_all++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    if (!n_param)
	return ERROR0(ERR_MISSING_PARAM,"Missing parameters\n");

    int wbfs_count = 0, wbfs_mod_count = 0;
    const bool check_it	    = OptionUsed[OPT_NO_CHECK] == 0;
    const bool ignore_check = OptionUsed[OPT_FORCE]    != 0;

    SuperFile_t sf;
    InitializeSF(&sf);

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_count++;

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	if (testmode)
	{
	    TRACE("WOULD truncate WBFS to minimal size: %s\n",info->path);
	    printf(" - WOULD truncate WBFS to minimal size: %s\n",info->path);
	    wbfs_mod_count++;
	}
	else if ( TruncateWBFS(&wbfs) == ERR_OK )
	{
	    if (verbose>=0)
		printf(" - WBFS truncated to minimal size: %s\n",info->path);
	    wbfs_mod_count++;
	}
	ResetWBFS(&wbfs);
    }
    ResetSF(&sf,0);

    if ( verbose >= 0 && wbfs_count > 1 )
	printf("** %d of %d WBFS truncated.\n",wbfs_mod_count,wbfs_count);

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

static ID_DB_t sync_list;

enumError exec_scan_id ( SuperFile_t * sf, Iterator_t * it )
{
    if (sf->f.id6_src[0])
	InsertID(&sync_list,sf->f.id6_src,0);
    return ERR_OK;
}

//-----------------------------------------------------------------------------

enumError exec_rm_source ( SuperFile_t * sf, Iterator_t * it )
{
    ASSERT(sf);
    ASSERT(it);

    if (SIGINT_level)
	return ERR_INTERRUPT;

    if ( sf->f.id6_src && !IsExcluded(sf->f.id6_src) && S_ISREG(sf->f.st.st_mode) )
    {
	if ( testmode || verbose > 0 )
	{
	    if (print_sections)
		printf(
		    "[REMOVE-SOURCE]\n"
		    "testmode=%u\n"
		    "path=%s\n"
		    "\n"
		    ,testmode
		    ,sf->f.fname
		    );
	    else
		printf(" - %s\n",  sf->f.fname );
	}
	if (!testmode)
	   RemoveSF(sf);
    }
    return ERR_OK;
}

//-----------------------------------------------------------------------------

static void count_jobs ( WBFS_t * w, Iterator_t * it, bool count_it )
{
    noPRINT("COUNT JOBS\n");
    DASSERT(w);
    DASSERT(it);

    if ( it->overwrite && !it->update && !it->newer )
    {
	// with this options a WBFS scanning is not needed

	IdItem_t ** ptr = it->source_list.field;
	IdItem_t ** end = ptr + it->source_list.used;
	while ( ptr < end )
	{
	    IdItem_t *item = *ptr++;
	    DASSERT(item);
	    item->flag = 1;
	    if (count_it)
		it->job_total++;
	}
	//DumpIdField(stdout,0,&it->source_list);
	return;
    }

    IdField_t id_wbfs;
    InitializeIdField(&id_wbfs);
    GetIdWBFS(w,&id_wbfs);
    //DumpIdField(stdout,0,&id_wbfs);

    IdItem_t ** ptr = it->source_list.field;
    IdItem_t ** end = ptr + it->source_list.used;
    while ( ptr < end )
    {
	IdItem_t *item = *ptr++;
	DASSERT(item);

	if ( !item->id6[0] )
	{
	    // any special like stdin/pipe
	    item->flag = 1;
	    if (count_it)
		it->job_total++;
	    continue;
	}

	id6_t patched_id6;
	CopyPatchWbfsId(patched_id6,item->id6);

	item->flag = 0;
	if (IsExcluded(patched_id6))
	    continue;

	//---- find id

	IdItem_t ** wptr = id_wbfs.field;
	IdItem_t ** wend = wptr + id_wbfs.used;
	IdItem_t * wfound = 0;
	while ( wptr < wend )
	{
	    IdItem_t *witem = *wptr++;
	    DASSERT(witem);
	    if (!memcmp(witem->id6,patched_id6,6))
	    {
		noPRINT("FOUND: %s\n",witem->id6);
		wfound = witem;
		break;
	    }
	}
	PRINT_IF(wfound,"FOUND: mtime= %llu/src %c %llu/found\n",
		(u64)item->mtime,
		item->mtime < wfound->mtime
			? '<' : item->mtime > wfound->mtime ? '>' : '=',
		(u64)wfound->mtime );
	if ( !wfound || it->overwrite
		|| it->newer && ( !item->mtime || item->mtime > wfound->mtime ))
	{
	    item->flag = 1;
	    if (count_it)
		it->job_total++;
	    if (wfound)
		wfound->mtime = item->mtime;
	    else
		InsertIdField(&id_wbfs,patched_id6,0,item->mtime,item->arg);
	}
	else if ( !it->update && !it->newer )
	{
	    item->flag = 3;
	    if (count_it)
		it->job_total++;
	}
    }
    //DumpIdField(stdout,0,&it->source_list);

    ResetIdField(&id_wbfs);
}

//-----------------------------------------------------------------------------

enumError exec_add ( SuperFile_t * sf, Iterator_t * it )
{
    ASSERT(sf);
    ASSERT(it);
    ASSERT(it->wbfs);

    if (SIGINT_level)
	return ERR_INTERRUPT;

    CopyPatchWbfsId(sf->f.id6_dest,sf->f.id6_dest);

    // [[2do]] [rewrite] count_jobs() does most decicions

    enumFileType ft_test = FT_A_ISO|FT_A_SEEKABLE;
    if ( !(sf->f.ftype&FT_M_WDF) && !sf->f.seek_allowed )
	ft_test = FT_A_ISO;

    if ( IsExcluded(sf->f.id6_src) || PrintErrorFT(&sf->f,ft_test) )
	return ERR_OK;

    bool update    = it->update;
    bool overwrite = it->overwrite;
    int  exists    = -1; // -1=unknown, 0=nonexist, 1=exist

    if (   it->newer
	&& sf->f.fatt.mtime
	&& OpenWDiscID6(it->wbfs,sf->f.id6_dest) == ERR_OK )
    {
	exists = 1;
	ASSERT(it->wbfs->disc);
	wbfs_inode_info_t * iinfo = wbfs_get_disc_inode_info(it->wbfs->disc,1);
	ASSERT(iinfo);
	const time_t mtime = ntoh64(iinfo->mtime);
	if (mtime)
	{
	    overwrite = sf->f.fatt.mtime > mtime;
	    update = !overwrite;
	}
	CloseWDisc(it->wbfs);
    }

    const int fw_counter = snprintf(iobuf,sizeof(iobuf),"%u",it->job_total);
    ccp title = GetTitle(sf->f.id6_dest,"");

    if ( exists>0 || exists < 0 && !ExistsWDisc(it->wbfs,sf->f.id6_dest))
    {
	if (update)
	    return ERR_OK;

	if (overwrite)
	{
	    if ( testmode || verbose >= 0 )
	    {
		if (print_sections)
		    printf(
			"[REMOVE]\n"
			"testmode=%d\n"
			"id=%s\n"
			"title=%s\n"
			"\n"
			,testmode
			,sf->f.id6_dest
			,title
			);
		else
		    printf(" - %s%-*s [%s] %s\n",
			testmode ? "WOULD " : "",
			2 * fw_counter + 5, "REMOVE",
			sf->f.id6_dest, title );
	    }
	    if ( !testmode && RemoveWDisc(it->wbfs,sf->f.id6_dest,0,false) )
		return ERR_WBFS;
	    it->rm_count++;
	}
	else
	{
	    printf("! DISC %s [%s] already exists -> ignore\n",
		    sf->f.fname, sf->f.id6_dest );
	    if ( max_error < ERR_JOB_IGNORED )
		max_error = ERR_JOB_IGNORED;
	    return ERR_OK;
	}
    }

    if ( testmode || verbose >= 0 || progress > 0 )
    {
	TRACE("%sADD [%s] %s\n",testmode ? "WOULD " : "",sf->f.id6_dest,sf->f.fname);
	if (print_sections)
	    printf(
		"[ADD]\n"
		"testmode=%d\n"
		"job-counter=%u\n"
		"job-total=%u\n"
		"id=%s\n"
		"title=%s\n"
		"source-path=%s\n"
		"source-real-path=%s\n"
		"source-type=%s\n"
		"source-n-split=%d\n"
		"\n"
		,testmode
		,it->job_count
		,it->job_total
		,sf->f.id6_dest
		,title
		,sf->f.fname
		,it->real_path
		,oft_info[sf->iod.oft].name
		,sf->f.split_used
		);
	else
	    printf(" - %sADD %*u/%u [%s] %s:%s\n",
		testmode ? "WOULD " : "",
		fw_counter, it->job_count, it->job_total,
		sf->f.id6_dest, oft_info[sf->iod.oft].name, sf->f.fname );
	fflush(stdout);
    }

    if (!testmode)
    {
	sf->f.read_behind_eof	= verbose > 1 ? 1 : 2;

	enumError err = AddWDisc(it->wbfs,sf,&part_selector);
	if ( err > ERR_WARNING )
	    return ERROR0(err,"Error while adding disc [%s] @%s\n",
			sf->f.id6_dest, it->wbfs->sf->f.fname );
    }
    it->done_count++;
    return ERR_OK;
}

//-----------------------------------------------------------------------------

enumError cmd_add()
{
    if (verbose>=0)
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    // fill the source_list
    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
	AppendStringField(&source_list,param->arg,true);

    if ( !source_list.used && !recurse_list.used )
	return ERROR0(ERR_MISSING_PARAM,"Missing files to add!\n");

    if ( OptionUsed[OPT_SYNC] )
	RegisterOptionByIndex(&InfoUI,OPT_UPDATE,1,false);

    encoding |= ENCODE_F_ENCRYPT; // hint: encrypten and any signing wanted

    Iterator_t it;
    InitializeIterator(&it);
    it.act_non_iso	= OptionUsed[OPT_IGNORE] ? ACT_IGNORE : ACT_WARN;
    it.act_non_exist	= it.act_non_iso;
    it.act_open		= it.act_non_iso;
    it.act_wbfs		= ACT_EXPAND;
    it.act_gc		= ACT_ALLOW;
    it.act_fst		= allow_fst ? ACT_EXPAND : ACT_IGNORE;
    it.update		= OptionUsed[OPT_UPDATE]	? 1 : 0;
    it.newer		= OptionUsed[OPT_NEWER]		? 1 : 0;
    it.overwrite	= OptionUsed[OPT_OVERWRITE]	? 1 : 0;
    //it.remove_source	= OptionUsed[OPT_REMOVE]	? 1 : 0; -> see below
    it.progress_t_file	= "disc";
    it.progress_t_files	= "discs";

    err = SourceIterator(&it,0,false,true);
    if ( err > ERR_WARNING )
    {
	ResetIterator(&it);
	return err;
    }

    if ( OptionUsed[OPT_SYNC] )
    {
	it.func = exec_scan_id;
	err = SourceIteratorCollected(&it,0,0,false);
	if (err)
	{
	    ResetIterator(&it);
	    return err;
	}
    }
    it.func = exec_add;

    //---------------

    uint copy_count = 0, rm_count = 0, wbfs_count = 0, wbfs_mod_count = 0;

    const bool check_it	    = OptionUsed[OPT_NO_CHECK] == 0;
    const bool ignore_check = OptionUsed[OPT_FORCE]    != 0;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;

    const uint n_wbfs = CountWBFS();
    if ( n_wbfs > 1 )
    {
	for ( err = GetFirstWBFS(&wbfs,&info,true);
		!err && !SIGINT_level;
		err = GetNextWBFS(&wbfs,&info,true) )
	{
	    if ( !info->is_checked && check_it )
	    {
		info->is_checked = true;
		if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
		{
		    ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		    ResetWBFS(&wbfs);
		    info->ignore = true;
		    continue;
		}
	    }

	    count_jobs(&wbfs,&it,true);
	}
    }

    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_count++;
	if ( verbose >= 0 )
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	count_jobs(&wbfs,&it,n_wbfs==1);
	it.rm_count = 0;

	if ( OptionUsed[OPT_SYNC] )
	{
	    const int fw_counter = snprintf(iobuf,sizeof(iobuf),"%u",it.job_total);

	    if (OptionUsed[OPT_SYNC_ALL])
		disable_exclude_db++;
	    WDiscList_t * wlist = GenerateWDiscList(&wbfs,0);
	    if (OptionUsed[OPT_SYNC_ALL])
		disable_exclude_db--;

	    WDiscListItem_t * ptr = wlist->first_disc;
	    WDiscListItem_t * end = ptr + wlist->used;
	    for ( ; ptr < end; ptr++ )
	    {
		if ( *ptr->id6 == '_' ) // special handling for discs like '__CFG_' 
		    continue;

		TDBfind_t stat;
		FindID(&sync_list,ptr->id6,&stat,0);
		if ( stat != IDB_ID_FOUND || IsExcluded(ptr->id6) )
		{
		    if ( testmode || verbose >= 0 )
		    {
			if (print_sections)
			    printf(
				"[REMOVE]\n"
				"testmode=%d\n"
				"id=%s\n"
				"title=%s\n"
				"\n"
				,testmode
				,ptr->id6
				,GetTitle(ptr->id6,ptr->name64)
				);
			else
			    printf(" - %s%-*s [%s] %s\n",
				testmode ? "WOULD " : "",
				2 * fw_counter + 5, "REMOVE",
				ptr->id6, GetTitle(ptr->id6,ptr->name64) );
		    }
		    if ( testmode || !RemoveWDisc(&wbfs,ptr->id6,0,false) )
			it.rm_count++;
		}
	    }
	    FreeWDiscList(wlist);
	}

	it.done_count = 0;
	it.wbfs = &wbfs;
	it.open_dev = wbfs.sf->f.st.st_dev;
	it.open_ino = wbfs.sf->f.st.st_ino;
	err = SourceIteratorCollected(&it,1,0,false);
	if (err)
	    break;

	if ( it.done_count || it.rm_count || print_sections )
	{
	    if ( it.done_count || it.rm_count )
	    {
		wbfs_mod_count++;
		copy_count += it.done_count;
		rm_count += it.rm_count;
	    }

	    if ( testmode || verbose >= 0 )
	    {
		if (print_sections)
		{
		    LogCloseWBFS(&wbfs,wbfs_count,n_wbfs,info->path);
		    printf(
			"n-removed=%u\n"
			"n-added=%u\n"
			"\n"
			,it.rm_count
			,it.done_count
			);
		}
		else
		{
		    *iobuf = 0;
		    if ( it.rm_count )
			snprintf(iobuf,sizeof(iobuf)," %d disc%s removed,",
			    it.rm_count, it.rm_count == 1 ? "" : "s" );
		    printf("* WBFS #%d:%s %d disc%s added.\n",
			wbfs_count, iobuf,
			it.done_count, it.done_count==1 ? "" : "s" );
		}
	    }
	}

	if (opt_truncate)
	{
	    if (testmode)
	    {
		TRACE("WOULD truncate WBFS #%d to minimal size.\n",wbfs_count);
		if (!it.done_count)
		    wbfs_mod_count++;
	    }
	    else if ( TruncateWBFS(&wbfs) == ERR_OK )
	    {
		if ( verbose >= 0 && !print_sections )
		    printf("* WBFS #%d truncated to minimal size.\n",wbfs_count);
		if (!it.done_count)
		    wbfs_mod_count++;
	    }
	}
	// [[2do]] missing: totals if n_wbfs > 1
    }
    max_error = SourceIteratorWarning(&it,max_error,false);

    if ( !max_error && OptionUsed[OPT_REMOVE] && !SIGINT_level )
    {
	if (( testmode || verbose >= 0 ) && !print_sections )
	    printf("%semove source files\n", testmode ? "WOULD r" : "R" );
	it.func = exec_rm_source;
	SourceIteratorCollected(&it,0,0,false); // max_error is adjusted automatically!
    }

    ResetIterator(&it);
    ResetWBFS(&wbfs);
    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_update()
{
    RegisterOptionByIndex(&InfoUI,OPT_UPDATE,1,false);
    return cmd_add();
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_new()
{
    RegisterOptionByIndex(&InfoUI,OPT_NEWER,1,false);
    RegisterOptionByIndex(&InfoUI,OPT_UPDATE,1,false);
    return cmd_add();
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_sync()
{
    RegisterOptionByIndex(&InfoUI,OPT_SYNC,1,false);
    return cmd_add();
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_dup()
{
    //--- extract destination from param list

    if (!opt_dest)
    {
	if (!first_param)
	    return ERROR0(ERR_MISSING_PARAM, "Missing destination parameter\n" );

	ParamList_t * param;
	for ( param = first_param; param->next; param = param->next )
	    ;
	DASSERT(param);
	DASSERT(!param->next);
	SetDest(param->arg,false);
	param->arg = 0;
    }

    const bool dest_is_dir = IsDirectory(opt_dest,false);


    //--- find sources

    opt_all++;
    if (n_param)
    {
	opt_part++;
	ParamList_t * param;
	for ( param = first_param; param; param = param->next )
	    if (param->arg)
		CreatePartitionInfo(param->arg,PS_PARAM);
    }

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    const uint n_wbfs = CountWBFS();
    if ( n_wbfs > 1 && !dest_is_dir )
	return ERROR0(ERR_SEMANTIC,
		"There are %u (>1) sources => destination must be a directory.",n_wbfs);


    //--- execute job

    char path_buf[PATH_MAX];
    int wbfs_count = 0;
    const bool check_it	= OptionUsed[OPT_NO_CHECK] == 0;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level && wbfs_count < job_limit;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	wbfs_count++;

	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	//--- destination

	ccp dest = opt_dest;
	if (dest_is_dir)
	{
	    ccp fname = strrchr(info->path,'/');
	    fname = fname ? fname+1 : info->path;
	    PathCatPP(path_buf,sizeof(path_buf),opt_dest,fname);
	    dest = path_buf;
	}

	if ( testmode || verbose >= 0 || progress > 0 )
	{
	    TRACE("%sDUP %s ->%s\n", testmode ? "WOULD " : "", info->path, dest );
	    if (print_sections)
		printf(
		    "[DUP]\n"
		    "testmode=%d\n"
		    "job-count=%d\n"
		    "total-count=%d\n"
		    "source-path=%s\n"
		    "dest-path=%s\n"
		    "\n"
		    ,testmode
		    ,wbfs_count
		    ,n_wbfs
		    ,info->path
		    ,dest
		    );
	    else
		printf(" - %sDUP %u/%u %s -> %s\n",
		    testmode ? "WOULD " : "",
		    wbfs_count, n_wbfs, info->path, dest );
	    fflush(stdout);

	    if (testmode)
		continue;
	}
	DASSERT(!testmode);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    AutoCheckWBFS(&wbfs,true,4,0);
	}

	SuperFile_t fo;
	InitializeSF(&fo);
	err = CreateSF(&fo,dest,OFT_PLAIN,IOM_IS_IMAGE,OptionUsed[OPT_OVERWRITE]);
	if (err)
	    break;

	fo.indent			= 5;
	fo.show_progress		= verbose > 1 || progress;
	fo.show_summary			= verbose > 0 || progress;
	fo.show_msec			= verbose > 2;
	fo.progress_trigger		= 1;
	fo.progress_trigger_init	= 1;
	fo.progress_start_time		= GetTimerMSec();
	fo.progress_last_view_sec	= 0;
	fo.progress_max_wd		= 0;

	wbfs_t * w = wbfs.wbfs;
	DASSERT(w);
	const u8 *used_block = w->used_block;
	DASSERT(used_block);

	uint i;
	u64 done = 0, total = 0;
	const u64 blocksize = w->wbfs_sec_sz;
	DASSERT(blocksize>0);
	SetSizeSF(&fo,blocksize*w->n_wbfs_sec);

	for ( i = 0; i < w->n_wbfs_sec; i++ )
	    if (used_block[i])
		total += blocksize;
	if (fo.show_progress)
	    PrintProgressSF(0,total,&fo);
	
	SuperFile_t *fi = wbfs.sf;
	DASSERT(fi);

	for ( i = 0; !err && i < w->n_wbfs_sec && SIGINT_level < 2; i++ )
	{
	    if (!used_block[i])
		continue;

	    uint copysize = blocksize;
	    off_t off = i * blocksize;
	    while (copysize)
	    {
		const uint tfersize = copysize < sizeof(iobuf) ? copysize : sizeof(iobuf);
		err = ReadSF(fi,off,iobuf,tfersize);
		if (err)
		    break;
		err = WriteSparseSF(&fo,off,iobuf,tfersize);
		if (err)
		    break;
		copysize -= tfersize;
		done     += tfersize;
		off      += tfersize;

		if (fo.show_summary)
		    PrintProgressSF(done,total,&fo);
	    }
	}

	if (fo.show_summary)
	    PrintSummarySF(&fo);

	if (err)
	{
	    RemoveSF(&fo);
	    break;
	}
	ResetSF(&fo,&fi->f.fatt);
    }
    ResetWBFS(&wbfs);

    return ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_extract()
{
    if ( verbose >= 0 && testmode < 2 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;


    if (!SetupParamDB(0,!OptionUsed[OPT_IGNORE],true))
	return OptionUsed[OPT_IGNORE] ? ERR_OK : ERR_MISSING_PARAM;

    if ( testmode > 1 )
    {
	DumpParamDB(SEL_ALL,false);
	return ERR_OK;
    }


    //----- dest path

    ccp dest_path, default_fname = "\1X";
    char dest_buf[PATH_MAX];
    if ( !opt_dest || !*opt_dest )
	dest_path = "";
    else if (IsDirectory(opt_dest,false))
	dest_path = PathCatPP(dest_buf,sizeof(dest_buf),opt_dest,"/");
    else
    {
	ccp temp = strrchr(opt_dest,'/');
	if (temp)
	{
	    temp++;
	    size_t len = temp - opt_dest;
	    if ( len > sizeof(dest_buf)-1 )
		 len = sizeof(dest_buf)-1;
	    memcpy(dest_buf,opt_dest,len);
	    dest_buf[len] = 0;
	    dest_path = dest_buf;
	    if (*temp)
		default_fname = temp;
	}
	else
	{
	    dest_path = "";
	    default_fname = opt_dest;
	}
    }

    noTRACE("DEST: |%s|%s|\n", dest_path, default_fname );

    const int update = OptionUsed[OPT_UPDATE];
    if (update)
	DefineExcludePath(dest_path,1);


    //----- extract discs

    int extract_count = 0, rm_count = 0;
    int wbfs_count = 0, wbfs_used_count = 0, wbfs_mod_count = 0;
    const int overwrite	    = update ? -1 : OptionUsed[OPT_OVERWRITE] ? 1 : 0;
    const bool check_it	    = OptionUsed[OPT_NO_CHECK] == 0;
    const bool ignore_check = OptionUsed[OPT_FORCE]    != 0;
    const uint n_wbfs	    = CountWBFS();

    SuperFile_t fo;
    InitializeSF(&fo);
    StringField_t id_done_list;
    InitializeStringField(&id_done_list);

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level && extract_count < job_limit;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	wbfs_count++;

	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	int wbfs_extract_count = 0, wbfs_rm_count = 0;
	bool wbfs_go = true;

	int slot;
	for ( slot = 0;
	      slot < wbfs.wbfs->max_disc
			&& extract_count < job_limit
			&& wbfs_go
			&& !SIGINT_level;
	      slot++ )
	{
	    ccp id6, title;
	    const IdItem_t * item = CheckParamSlot(&wbfs,slot,true,&id6,&title);
	    if (item)
	    {
		DASSERT( id6 && *id6 && title );
		wd_header_t * dhead = GetWDiscHeader(&wbfs);
		if (dhead)
		{
		    if (!InsertStringField(&id_done_list,id6,false))
		    {
			TRACE("ALREADY DONE %s @ %s\n",id6,info->path);
			if ( verbose > 0 && !print_sections )
			    printf(" - ALREADY EXTRACTED: [%s] %s\n",id6,title);
			continue;
		    }
		    ResetSF(&fo,0);

		    char dbuf[PATH_MAX], fbuf[PATH_MAX];
		    ccp dpath;
		    if ( *item->arg )
		    {
			dpath = PathCatPP(dbuf,sizeof(dbuf),dest_path,item->arg);
			if (IsDirectory(dpath,true))
			    dpath = PathCatPP(dbuf,sizeof(dbuf),dpath,default_fname);
		    }
		    else
			dpath = PathCatPP(dbuf,sizeof(dbuf),dest_path,default_fname);

		    enumOFT oft = CalcOFT(output_file_type,dpath,0,OFT__DEFAULT);
		    int conv_count = SubstFileName( fbuf, sizeof(fbuf),
						    id6, (ccp)dhead->disc_title,
						    info->path, 0, dpath, oft );
		    noTRACE("|%s|%s|\n",dpath,fbuf);
		    SetFileName(&fo.f,fbuf,true);
		    fo.f.create_directory = conv_count || opt_mkdir;
		    //fo.src = wbfs.sf;

		    ccp fname;
		    char dest_dir[PATH_MAX];
		    if ( oft == OFT_FST )
		    {
			NormalizeExtractPath ( dest_dir, sizeof(dest_dir), fo.f.fname, 1 );
			fname = dest_dir;
		    }
		    else
			fname = fo.f.fname;

		    if (print_sections)
		    {
			printf(
			    "[EXTRACT]\n"
			    "test-mode=%d\n"
			    "data-mode=%s\n"
			    "job-counter=%d\n"
			    "wbfs-slot=%u\n"
			    "id=%s\n"
			    "title=%s\n"
			    "dest-path=%s\n"
			    "dest-type=%s\n"
			    "\n"
			    ,testmode>0
			    ,oft == OFT_FST ? "extract"
				: part_selector.whole_disc ? "copy/raw" : "copy/scrubbed"
			    ,extract_count+1
			    ,slot
			    ,id6
			    ,title
			    ,fo.f.fname
			    ,oft_info[oft].name
			    );
			fflush(stdout);
		    }

		    if (testmode)
		    {
			if ( overwrite > 0 || stat(fo.f.fname,&fo.f.st) )
			{
			    if (!print_sections)
				printf(" - WOULD EXTRACT %s -> %s:%s\n",
					id6, oft_info[oft].name, fname );
			    wbfs_extract_count++;
			    extract_count++;
			}
			else if (!update)
			    printf("!- WOULD NOT OVERWRITE %s -> %s\n",id6,fname);
			fflush(stdout);
		    }
		    else
		    {
			if ( !print_sections && ( verbose >= 0 || progress > 0 ))
			{
			    printf(" - EXTRACT %s -> %s:%s\n",
				    id6, oft_info[oft].name, fo.f.fname );
			    fflush(stdout);
			}

			OpenWDiscSF(&wbfs);
			OpenDiscSF(wbfs.sf,true,true);

			if ( oft == OFT_FST )
			{
			    if (!ExtractImage( wbfs.sf, fname, overwrite, false ))
			    {
				wbfs_extract_count++;
				extract_count++;
			    }
			}
			else
			{
			    fo.src = wbfs.sf;
			    enumError err = CopyImage(wbfs.sf,&fo,oft,overwrite,false,false);
			    if (!err)
			    {
				wbfs_extract_count++;
				extract_count++;
			    }
			    else if ( err != ERR_ALREADY_EXISTS )
				ERROR0(ERR_WBFS,"Can't extract disc [%s] @%s\n",id6,info->path);
			}
		    }
		}
		CloseWDisc(&wbfs);
	    }
	}

	if ( wbfs_extract_count || wbfs_rm_count )
	{
	    if (wbfs_extract_count)
		wbfs_used_count++;
	    if (wbfs_rm_count)
	    {
		rm_count += wbfs_rm_count;
		wbfs_mod_count++;
	    }

	    if ( verbose >= 0 )
	    {
		if (print_sections)
		{
		    LogCloseWBFS(&wbfs,wbfs_count,n_wbfs,info->path);
		    printf(
			"n-removed=%u\n"
			"n-extracted=%u\n"
			"\n"
			,wbfs_rm_count
			,wbfs_extract_count
			);
		}
		else
		{
		    char buf[50];
		    if (wbfs_rm_count)
			snprintf(buf,sizeof(buf),", %d disc%s removed",
				    wbfs_rm_count, wbfs_rm_count==1 ? "" : "s" );
		    else
			*buf = 0;

		    printf("* WBFS #%d: %d disc%s extracted%s.\n",
			wbfs_count, wbfs_extract_count,
			wbfs_extract_count==1 ? "" : "s", buf );
		}
	    }
	}
    }
    ResetWBFS(&wbfs);
    ResetSF(&fo,0);
    ResetStringField(&id_done_list);

    if ( verbose >= 1 )
	printf("\n");

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
	DumpParamDB(SEL_UNUSED,true);

    if ( verbose >= 0 )
    {
	if ( wbfs_count > 1 && !print_sections )
	{
	    printf("** %d disc%s extracted, %d of %d WBFS used.\n",
			extract_count, extract_count==1 ? "" : "s",
			wbfs_used_count, wbfs_count );
	    if (rm_count)
		printf("** %d disc%s removed, %d of %d WBFS modified.\n",
			rm_count, rm_count==1 ? "" : "s",
			wbfs_mod_count, wbfs_count );
	}
	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_scrub()
{
    if ( verbose >= 0 && testmode < 2 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    if (!SetupParamDB(0,!OptionUsed[OPT_IGNORE],true))
	return OptionUsed[OPT_IGNORE] ? ERR_OK : ERR_MISSING_PARAM;

    if ( testmode > 1 )
    {
	DumpParamDB(SEL_ALL,false);
	return ERR_OK;
    }


    //----- scrub images

    int scrub_count = 0;
    int wbfs_count = 0, wbfs_modified_count = 0;

    const bool check_it	    = OptionUsed[OPT_NO_CHECK] == 0;
    const bool ignore_check = OptionUsed[OPT_FORCE]    != 0;
    const uint n_wbfs	    = CountWBFS();
    const u16 wlba_null	    = htons(0);

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level && scrub_count < job_limit;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_count++;

	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	int wbfs_scrub_count = 0;
	bool wbfs_go = true;

	int slot;
	for ( slot = 0;
	      slot < wbfs.wbfs->max_disc
			&& scrub_count < job_limit
			&& wbfs_go
			&& !SIGINT_level;
	      slot++ )
	{
	    ccp id6, title;
	    const IdItem_t * item = CheckParamSlot(&wbfs,slot,true,&id6,&title);
	    if (item)
	    {
		DASSERT( id6 && *id6 && title );
		wd_header_t * dhead = GetWDiscHeader(&wbfs);
		if (dhead)
		{
		    if (print_sections)
		    {
			printf(
			    "[SCRUB]\n"
			    "test-mode=%d\n"
			    "job-counter=%d\n"
			    "wbfs-slot=%u\n"
			    "id=%s\n"
			    "title=%s\n"
			    "\n"
			    ,testmode>0
			    ,scrub_count+1
			    ,slot
			    ,id6
			    ,title
			    );
			fflush(stdout);
		    }

		    if (testmode)
		    {
			if (!print_sections)
			{
			    printf(" - WOULD SCRUB %s : %s\n", id6, title );
			    fflush(stdout);
			}
			wbfs_scrub_count++;
			scrub_count++;
		    }
		    else
		    {
			if ( !print_sections && ( verbose >= 0 || progress > 0 ))
			{
			    printf(" - SCRUB %s : %s\n", id6, title );
			    fflush(stdout);
			}

			OpenWDiscSF(&wbfs);
			wd_disc_t *disc = OpenDiscSF(wbfs.sf,true,true);
			bool modified = PatchSF(wbfs.sf,ERR_DIFFER) == ERR_DIFFER;
			wd_calc_usage_table(disc);

		    #if HAVE_PRINT0
			wd_print_usage_tab(stdout,2,disc->usage_table,WII_MAX_DISC_SIZE,false);
		    #endif
	
			wbfs_t *w = wbfs.wbfs;
			DASSERT(w);
			u16 * wlba_tab = wbfs.disc->header->wlba_table;
			DASSERT(wlba_tab);

			const u32 wii_sec_per_wbfs_sect 
				= 1 << (w->wbfs_sec_sz_s - w->wii_sec_sz_s);

			uint i;
			for ( i = 0; i < w->n_wbfs_sec_per_disc; i++ )
			    if ( wlba_tab[i] != wlba_null
				&& !wd_is_block_used(disc->usage_table,i,wii_sec_per_wbfs_sect))
			    {
				wlba_tab[i] = wlba_null;
				modified = true;
			    }

			if (modified)
			{
			    wbfs.disc->is_dirty = true;
			    wbfs_scrub_count++;
			    scrub_count++;
			}
		    }
		}
		CloseWDisc(&wbfs);
	    }
	}

	if ( wbfs_scrub_count )
	{
	    if (wbfs_scrub_count)
		wbfs_modified_count++;

	    if ( verbose >= 0 )
	    {
		if (print_sections)
		{
		    LogCloseWBFS(&wbfs,wbfs_count,n_wbfs,info->path);
		    printf(
			"n-scrubbed=%u\n"
			"\n"
			,wbfs_scrub_count
			);
		}
		else
		{
		    printf("* WBFS #%d: %d disc%s scrubbed/patched.\n",
			wbfs_count, wbfs_scrub_count,
			wbfs_scrub_count==1 ? "" : "s" );
		}
	    }
	}
    }
    ResetWBFS(&wbfs);

    if ( verbose >= 1 )
	printf("\n");

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
	DumpParamDB(SEL_UNUSED,true);

    if ( verbose >= 0 )
    {
	if ( wbfs_count > 1 && !print_sections )
	{
	    printf("** %d disc%s scrubbed, %d of %d WBFS modified.\n",
			scrub_count, scrub_count==1 ? "" : "s",
			wbfs_modified_count, wbfs_count );
	}
	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_remove()
{
    if ( verbose >= 0 && testmode < 2 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    if (!SetupParamDB(0,!OptionUsed[OPT_IGNORE],false))
	return OptionUsed[OPT_IGNORE] ? ERR_OK : ERR_MISSING_PARAM;

    if ( testmode > 1 )
    {
	DumpParamDB(SEL_ALL,false);
	return ERR_OK;
    }


    //----- remove discs

    const bool check_it		= OptionUsed[OPT_NO_CHECK] == 0;
    const bool ignore_check	= OptionUsed[OPT_FORCE]    != 0;
    const bool free_slot_only	= OptionUsed[OPT_NO_FREE]  != 0;
    const uint n_wbfs		= CountWBFS();
    int rm_count = 0, wbfs_count = 0, wbfs_mod_count = 0;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_count++;
	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	int wbfs_rm_count = 0;
	bool wbfs_go = true;

	int slot;
	for ( slot = 0;
	     slot < wbfs.wbfs->max_disc && wbfs_go && !SIGINT_level;
	     slot++ )
	{
	    ccp id6, title;
	    if (CheckParamSlot(&wbfs,slot,false,&id6,&title))
	    {
		DASSERT( id6 && *id6 && title );
		if ( testmode || verbose > 0 )
		{
		    TRACE("%s%s %s @ %s\n",
			testmode ? "WOULD " : "",
			free_slot_only ? "DROP" : "REMOVE", id6, info->path );
		    if (print_sections)
		    {
			printf(
			    "[REMOVE]\n"
			    "test-mode=%d\n"
			    "job-counter=%d\n"
			    "wbfs-slot=%u\n"
			    "id=%s\n"
			    "title=%s\n"
			    "\n"
			    ,testmode>0
			    ,wbfs_rm_count+rm_count+1
			    ,slot
			    ,id6
			    ,title
			    );
		    }
		    else
			printf(" - %s%s [%s] %s\n",
			    testmode ? "WOULD " : "",
			    free_slot_only ? "DROP" : "REMOVE",
			    id6, title );
		}
		if (testmode)
		    wbfs_rm_count++;
		else if (RemoveWDisc(&wbfs,0,slot,free_slot_only))
		    wbfs_go = false;
		else
		    wbfs_rm_count++;
	    }
	}

	if (wbfs_rm_count)
	{
	    wbfs_mod_count++;
	    rm_count += wbfs_rm_count;

	    if ( verbose >= 0 )
	    {
		if (print_sections)
		{
		    LogCloseWBFS(&wbfs,wbfs_count,n_wbfs,info->path);
		    printf("n-removed=%u\n\n",wbfs_rm_count);
		}
		else
		    printf("* WBFS #%d: %d disc%s %s.\n",
			wbfs_count, wbfs_rm_count, wbfs_rm_count==1 ? "" : "s",
			free_slot_only ? "droped" : "removed" );
	    }
	}
    }
    ResetWBFS(&wbfs);

    if ( verbose >= 1 )
	printf("\n");

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
	DumpParamDB(SEL_UNUSED,true);

    if ( verbose >= 0 && !print_sections )
    {
	if ( wbfs_count > 1 )
	    printf("** %d disc%s %s, %d of %d WBFS modified.\n",
			rm_count, rm_count==1 ? "" : "s",
			free_slot_only ? "droped" : "removed",
			wbfs_mod_count, wbfs_count );

	if ( wbfs_mod_count > 0 && free_slot_only )
	    printf("*%s Run CHECK to fix the free blocks table%s!\n",
			wbfs_count > 1 ? "*" : "",
			wbfs_mod_count == 1 ? "" : "s" );

	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_rename ( bool rename_id )
{
    if ( verbose >= 0 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    if (!n_param)
	return ERROR0(ERR_MISSING_PARAM,"Missing renaming parameters\n");

    err = CheckParamRename(rename_id,!rename_id,true);
    if (err)
	return err;

    //----- rename

    const bool check_it		= 0 == OptionUsed[OPT_NO_CHECK];
    const bool ignore_check	= 0 != OptionUsed[OPT_FORCE];
    const bool change_wbfs	= 0 != OptionUsed[OPT_WBFS];
    const bool change_iso	= 0 != OptionUsed[OPT_ISO];
    const uint n_wbfs		= CountWBFS();

    int mv_count = 0, wbfs_count = 0, wbfs_mod_count = 0;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_count++;
	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	int wbfs_mv_count = 0;
	bool wbfs_go = true;
	ParamList_t * param;
	for ( param = first_param;
	      param && wbfs_go && !SIGINT_level;
	      param = param->next )
	{
	    ccp sel = param->selector;
	    if (!*sel)
		continue;
	    fflush(stdout);

	    if ( *sel == '+' )
	    {
		int idx;
		for ( idx = 0; idx < wbfs.used_discs; idx++ )
		{
		    enumError err = OpenWDiscIndex(&wbfs,idx);
		    if (err)
			return err;
		    RenameWDisc( &wbfs, param->id6, param->arg,
				 change_wbfs, change_iso, verbose, testmode );
		    wbfs_mv_count++;
		}
		param->count++;
		continue;
	    }

	    enumError err;
	    switch (*sel)
	    {
		case '#': // disc slot
		    {
			u32 slot = strtoul(sel+1,0,10);
			err = OpenWDiscSlot(&wbfs,slot,0);
			if ( err == ERR_WDISC_NOT_FOUND )
			    ERROR0(err, "No disc at slot #%u; %s\n",slot,info->path);
		    }
		    break;

		case '$': // disc index
		    {
			u32 idx = strtoul(sel+1,0,10);
			err = OpenWDiscIndex(&wbfs,idx);
			if ( err == ERR_WDISC_NOT_FOUND )
			    ERROR0(err, "No disc at index %u; %s\n",idx,info->path);
		    }
		    break;

		default: // ID6
		    err = OpenWDiscID6(&wbfs,sel);
		    break;
	    }
	    if (!err)
	    {
		RenameWDisc( &wbfs, param->id6, param->arg,
				change_wbfs, change_iso, verbose, testmode );
		param->count++;
		wbfs_mv_count++;
	    }
	}

	if (wbfs_mv_count)
	{
	    wbfs_mod_count++;
	    mv_count += wbfs_mv_count;
	    if (verbose>=0)
		printf("* WBFS #%d: %d disc%s changed.\n",
		    wbfs_count, wbfs_mv_count, wbfs_mv_count==1 ? "" : "s" );
	}
    }
    ResetWBFS(&wbfs);

    if ( verbose >= 1 )
	printf("\n");

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
    {
	ParamList_t * param;
	int warn_count = 0;
	for ( param = first_param; param; param = param->next )
	    if ( param->selector && !param->count )
	    {
		ERROR0(ERR_WARNING,"Disc [%s] not found.\n",param->selector);
		warn_count++;
	    }
	if ( warn_count && verbose >= 1 )
	    printf("\n");
    }

    if ( verbose >= 0 )
    {
	if ( wbfs_count > 1 )
	    printf("** %d disc%s changed, %d of %d WBFS modified.\n",
			mv_count, mv_count==1 ? "" : "s",
			wbfs_mod_count, wbfs_count );

	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_touch()
{
    if ( verbose >= 0 && testmode < 2 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    if (!SetupParamDB(0,!OptionUsed[OPT_IGNORE],false))
	return OptionUsed[OPT_IGNORE] ? ERR_OK : ERR_MISSING_PARAM;

    if ( testmode > 1 )
    {
	DumpParamDB(SEL_ALL,false);
	return ERR_OK;
    }


    //----- setup time modes

    int touch_count = 0, wbfs_count = 0, wbfs_mod_count = 0;
    const u64 set_time = !opt_set_time || opt_set_time == (time_t)-1
				? time(0)
				: opt_set_time;

    u64 itime = OptionUsed[OPT_ITIME] ? set_time : 0;
    u64 mtime = OptionUsed[OPT_MTIME] ? set_time : 0;
    u64 ctime = OptionUsed[OPT_CTIME] ? set_time : 0;
    u64 atime = OptionUsed[OPT_ATIME] ? set_time : 0;

    if ( !itime && !mtime && !ctime && !atime )
	itime = mtime = ctime = atime = set_time;

    //----- touch discs

    const bool check_it		= 0 == OptionUsed[OPT_NO_CHECK];
    const bool ignore_check	= 0 != OptionUsed[OPT_FORCE];
    const uint n_wbfs		= CountWBFS();

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,true);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,true) )
    {
	wbfs_count++;
	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		continue;
	    }
	}

	int wbfs_touch_count = 0;
	bool wbfs_go = true;

	int slot;
	for ( slot = 0;
	     slot < wbfs.wbfs->max_disc && wbfs_go && !SIGINT_level;
	     slot++ )
	{
	    ccp id6, title;
	    if ( CheckParamSlot(&wbfs,slot,true,&id6,&title) && wbfs.disc )
	    {
		DASSERT( id6 && *id6 && title );
		if (testmode || verbose > 0 )
		{
		    TRACE("%sTOUCH %s @ %s\n",
			testmode ? "WOULD " : "", id6, info->path );
		    printf(" - %sTOUCH [%s] %s\n", testmode ? "WOULD " : "", id6, title );
		}
		if (testmode)
		    wbfs_touch_count++;
		else if (wbfs_touch_disc(wbfs.disc,itime,mtime,ctime,atime))
		    wbfs_go = false;
		else
		    wbfs_touch_count++;
		CloseWDisc(&wbfs);
	    }
	}

	if (wbfs_touch_count)
	{
	    wbfs_mod_count++;
	    touch_count += wbfs_touch_count;
	    if (verbose>=0)
		printf("* WBFS #%d: %d disc%s touched.\n",
		    wbfs_count, wbfs_touch_count, wbfs_touch_count==1 ? "" : "s" );
	}
    }
    ResetWBFS(&wbfs);

    if ( verbose >= 1 )
	printf("\n");

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
	DumpParamDB(SEL_UNUSED,true);

    if ( verbose >= 0 )
    {
	if ( wbfs_count > 1 )
	    printf("** %d disc%s touched, %d of %d WBFS modified.\n",
			touch_count, touch_count==1 ? "" : "s",
			wbfs_mod_count, wbfs_count );

	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_verify()
{
    if ( verbose >= 0 && testmode < 2 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    SetupParamDB("+",!OptionUsed[OPT_IGNORE],false);

    if ( testmode > 1 )
    {
	DumpParamDB(SEL_ALL,false);
	return ERR_OK;
    }


    //----- count discs

    const bool remove		= OptionUsed[OPT_REMOVE]  != 0;
    const bool check_it		= 0 == OptionUsed[OPT_NO_CHECK];
    const bool ignore_check	= 0 != OptionUsed[OPT_FORCE];

    int disc_count = 0;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,remove);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,remove) )
    {
	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		info->ignore = true;
		continue;
	    }
	}

	int slot;
	for ( slot = 0;
	     slot < wbfs.wbfs->max_disc && !SIGINT_level;
	     slot++ )
	{
	    if (CheckParamSlot(&wbfs,slot,false,0,0))
		disc_count++;
	}
    }


    //----- verify discs

    int disc_index = 0, verify_count = 0, fail_count = 0, wbfs_count = 0;

    const bool free_slot_only	= OptionUsed[OPT_NO_FREE] != 0;
    const uint n_wbfs		= CountWBFS();
    ccp fail_verb = !remove ? "found" : free_slot_only ? "dropped" : "removed";
    char fail_buf[100];

    for ( err = GetFirstWBFS(&wbfs,&info,remove);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,remove) )
    {
	wbfs_count++;
	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	int wbfs_verify_count = 0, wbfs_fail_count = 0;

	int slot;
	for ( slot = 0;
	     slot < wbfs.wbfs->max_disc && !SIGINT_level;
	     slot++ )
	{
	    ccp id6, title;
	    if (CheckParamSlot(&wbfs,slot,true,&id6,&title))
	    {
		DASSERT( id6 && *id6 && title );
		disc_index++;
		if (testmode )
		    printf(" - WOULD VERIFY [%s] %s\n", id6, title );
		else
		{
		    SuperFile_t *sf = wbfs.sf;
		    ASSERT(sf);
		    Verify_t ver;
		    InitializeVerify(&ver,sf);
		    ver.long_count = long_count;
		    ver.disc_index = disc_index;
		    ver.disc_total = disc_count;
		    ver.fname = title;
		    ver.indent = 2;
		    if ( opt_limit >= 0 )
		    {
			ver.max_err_msg = opt_limit;
			if (!ver.verbose)
			    ver.verbose = 1;
		    }

		    SetupIOD(sf,OFT_WBFS,OFT_WBFS);
		    sf->wbfs = &wbfs;
		    const enumError stat = VerifyDisc(&ver);

		    SetupIOD(sf,OFT_PLAIN,OFT_PLAIN);
		    sf->wbfs = 0;
		    ResetVerify(&ver);

		    if ( stat == ERR_DIFFER )
		    {
			wbfs_fail_count++;
			if (remove)
			{
			    if ( verbose >= 0 )
				printf(" - %s disc [%s] %s\n",
					free_slot_only ? "DROP" : "REMOVE", id6, title );
			    if (RemoveWDisc(&wbfs,id6,0,free_slot_only))
				fail_verb = "found";
			}
		    }
		    else if (stat)
		    {
			err = stat;
			wbfs_fail_count++;
		    }
		}
		wbfs_verify_count++;
		CloseWDisc(&wbfs);
	    }
	}

	if (wbfs_verify_count)
	{
	    verify_count += wbfs_verify_count;
	    if (verbose>=0)
	    {
		if (wbfs_fail_count)
		{
		    fail_count += wbfs_fail_count;
		    snprintf(fail_buf,sizeof(fail_buf),", %d bad disc%s %s",
			    wbfs_fail_count, wbfs_fail_count==1 ? "" : "s", fail_verb );
		}
		else
		    *fail_buf = 0;
		printf("* WBFS #%d: %d disc%s verified%s.\n",
		    wbfs_count, wbfs_verify_count, wbfs_verify_count==1 ? "" : "s",
		     fail_buf);
	    }
	}
    }
    ResetWBFS(&wbfs);

    if ( verbose >= 1 )
	printf("\n");

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
	DumpParamDB(SEL_UNUSED,true);

    if ( verbose >= 0 )
    {
	if ( wbfs_count > 1 )
	{
	    if (fail_count)
		snprintf(fail_buf,sizeof(fail_buf),", %d bad disc%s %s",
			fail_count, fail_count==1 ? "" : "s", fail_verb );
	    else
		*fail_buf = 0;
	    printf("** Total: %d disc%s of %d WBFS verified%s.\n",
			verify_count, verify_count==1 ? "" : "s", wbfs_count,fail_buf);
	}

	if ( verbose >= 1 )
	    printf("\n");
    }

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_skeletonize()
{
    if ( verbose >= 0 && testmode < 2 )
	print_title(stdout);

    enumError err = AnalyzePartitions(stdout,false,false);
    if (err)
	return err;

    SetupParamDB("+",!OptionUsed[OPT_IGNORE],false);

    if ( testmode > 1 )
    {
	DumpParamDB(SEL_ALL,false);
	return ERR_OK;
    }


    //----- count discs

    const bool check_it		= 0 == OptionUsed[OPT_NO_CHECK];
    const bool ignore_check	= 0 != OptionUsed[OPT_FORCE];

    int disc_count = 0;

    WBFS_t wbfs;
    InitializeWBFS(&wbfs);
    PartitionInfo_t * info;
    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	if ( !info->is_checked && check_it )
	{
	    info->is_checked = true;
	    if ( AutoCheckWBFS(&wbfs,ignore_check,1,0) > ERR_WARNING )
	    {
		ERROR0(ERR_WBFS_INVALID,"Ignore invalid WBFS: %s\n\n",info->path);
		ResetWBFS(&wbfs);
		info->ignore = true;
		continue;
	    }
	}

	int slot;
	for ( slot = 0;
	     slot < wbfs.wbfs->max_disc && !SIGINT_level;
	     slot++ )
	{
	    if (CheckParamSlot(&wbfs,slot,false,0,0))
		disc_count++;
	}
    }


    //----- skeletonize discs

    int disc_index = 0, wbfs_count = 0;
    const uint n_wbfs = CountWBFS();

    for ( err = GetFirstWBFS(&wbfs,&info,false);
	  !err && !SIGINT_level;
	  err = GetNextWBFS(&wbfs,&info,false) )
    {
	wbfs_count++;
	if (verbose>=0)
	    LogOpenedWBFS(&wbfs,wbfs_count,n_wbfs,info->path);

	int slot;
	for ( slot = 0;
	     slot < wbfs.wbfs->max_disc && !SIGINT_level;
	     slot++ )
	{
	    ccp id6, title;
	    if (CheckParamSlot(&wbfs,slot,true,&id6,&title))
	    {
		DASSERT( id6 && *id6 && title );
		OpenWDiscSF(&wbfs);
		OpenDiscSF(wbfs.sf,true,true);
		snprintf(iobuf,sizeof(iobuf),"%s/#%u",info->path,slot);
		err = Skeletonize(wbfs.sf,iobuf,++disc_index,disc_count);
		CloseWDisc(&wbfs);
	    }
	}
    }
    ResetWBFS(&wbfs);

    if ( !OptionUsed[OPT_IGNORE] && !SIGINT_level )
	DumpParamDB(SEL_UNUSED,true);

    return max_error;
}

//
///////////////////////////////////////////////////////////////////////////////

enumError cmd_filetype()
{
    SuperFile_t sf;
    InitializeSF(&sf);

    if (!OptionUsed[OPT_NO_HEADER])
    {
	if ( long_count > 1 )
	    printf("\n"
		"file     disc   size reg split\n"
		"type     ID6     MIB ion   N  %s\n"
		"%s\n",
		long_count > 2 ? "real path" : "filename", sep_79 );
	else if (long_count)
	    printf("\n"
		"file     disc  split\n"
		"type     ID6     N  filename\n"
		"%s\n", sep_79 );
	else
	    printf("\n"
		"file\n"
		"type     filename\n"
		"%s\n", sep_79 );
    }

    ParamList_t * param;
    for ( param = first_param; param; param = param->next )
    {
	ResetSF(&sf,0);
	sf.f.disable_errors = true;
	OpenSF(&sf,param->arg,true,false);
	AnalyzeFT(&sf.f);
	TRACELINE;

	ccp ftype = GetNameFT( sf.f.ftype, OptionUsed[OPT_IGNORE] ? 1 : 0 );
	if (ftype)
	{
	    if ( long_count > 1 )
	    {
		char split[10] = " -";
		if ( sf.f.split_used > 1 )
		    snprintf(split,sizeof(split),"%2d",sf.f.split_used);

		ccp region = "-   ";
		char size[10] = "   -";
		if (sf.f.id6_dest[0])
		{
		    region = GetRegionInfo(sf.f.id6_dest[3])->name4;
		    u32 count = CountUsedIsoBlocksSF(&sf,&part_selector);
		    if (count)
			snprintf(size,sizeof(size),"%4u",
				(count+WII_SECTORS_PER_MIB/2)/WII_SECTORS_PER_MIB);
		}

		printf("%-8s %-6s %s %s %s  %s\n",
			ftype, sf.f.id6_dest[0] ? sf.f.id6_dest : "-",
			size, region, split, sf.f.fname );
	    }
	    else if (long_count)
	    {
		char split[10] = " -";
		if ( sf.f.split_used > 1 )
		    snprintf(split,sizeof(split),"%2d",sf.f.split_used);
		printf("%-8s %-6s %s  %s\n",
			ftype, sf.f.id6_dest[0] ? sf.f.id6_dest : "-",
			split, sf.f.fname );
	    }
	    else
		printf("%-8s %s\n", ftype, sf.f.fname );
	}
	CloseSF(&sf,0);
    }

    ResetSF(&sf,0);

    if (!OptionUsed[OPT_NO_HEADER])
	putchar('\n');

    return ERR_OK;
}

//
///////////////////////////////////////////////////////////////////////////////
///////////////                   check options                 ///////////////
///////////////////////////////////////////////////////////////////////////////

enumError CheckOptions ( int argc, char ** argv, bool is_env )
{
    TRACE("CheckOptions(%d,%p,%d) optind=%d\n",argc,argv,is_env,optind);

    optind = 0;
    int err = 0;

    for(;;)
    {
      const int opt_stat = getopt_long(argc,argv,OptionShort,OptionLong,0);
      if ( opt_stat == -1 )
	break;

      RegisterOptionByName(&InfoUI,opt_stat,1,is_env);

      switch ((enumGetOpt)opt_stat)
      {
	case GO__ERR:		err++; break;

	case GO_VERSION:	version_exit();
	case GO_HELP:		help_exit(false);
	case GO_XHELP:		help_exit(true);
	case GO_WIDTH:		err += ScanOptWidth(optarg); break;

	case GO_QUIET:		verbose = verbose > -1 ? -1 : verbose - 1; break;
	case GO_VERBOSE:	verbose = verbose <  0 ?  0 : verbose + 1; break;
	case GO_PROGRESS:	progress++; break;
	case GO_SCAN_PROGRESS:	scan_progress++; break;
	case GO_LOGGING:	logging++; break;
	case GO_ESC:		err += ScanEscapeChar(optarg) < 0; break;
	case GO_IO:		ScanIOMode(optarg); break;
	case GO_DIRECT:		opt_direct++; break;

	case GO_TITLES:		AtFileHelper(optarg,0,0,AddTitleFile); break;
	case GO_UTF_8:		use_utf8 = true; break;
	case GO_NO_UTF_8:	use_utf8 = false; break;
	case GO_LANG:		lang_info = optarg; break;

	case GO_TEST:		testmode++; break;

#if OPT_OLD_NEW
	case GO_OLD:		newmode = -1; break;
	case GO_NEW:		newmode = +1; break;
#endif

	case GO_ALL:		opt_all++; break;
	case GO_PART:		AtFileHelper(optarg,0,0,AddPartition); break;
	case GO_WBFS_ALLOC:	err += ScanOptWbfsAlloc(optarg); break;
	case GO_SOURCE:		AppendStringField(&source_list,optarg,false); break;
	case GO_NO_EXPAND:	opt_no_expand = true; break;
	case GO_RECURSE:	AppendStringField(&recurse_list,optarg,false); break;
	case GO_RDEPTH:		err += ScanOptRDepth(optarg); break;
	case GO_PSEL:		err += ScanOptPartSelector(optarg); break;
	case GO_RAW:		part_selector.whole_disc
					= part_selector.whole_part = true; break;
	case GO_FLAT:		opt_flat++; break;
	case GO_COPY_GC:	opt_copy_gc = true; break;
	case GO_NO_LINK:	opt_no_link = true; break;
	case GO_NEEK:		SetupNeekMode(); break;

	case GO_INCLUDE:	AtFileHelper(optarg,SEL_ID,SEL_FILE,AddIncludeID); break;
	case GO_EXCLUDE:	AtFileHelper(optarg,SEL_ID,SEL_FILE,AddExcludeID); break;
	case GO_INCLUDE_PATH:	AtFileHelper(optarg,0,0,AddIncludePath); break;
	case GO_EXCLUDE_PATH:	AtFileHelper(optarg,0,0,AddExcludePath); break;
	case GO_INCLUDE_FIRST:	include_first = true; break;

	case GO_ONE_JOB:	job_limit = 1; break;
	case GO_IGNORE:		break;
	case GO_IGNORE_FST:	allow_fst = false; break;
	case GO_IGNORE_SETUP:	ignore_setup = true; break;
	case GO_LINKS:		opt_links = true; break;

	case GO_INODE:		break;
	case GO_DEST:		SetDest(optarg,false); break;
	case GO_DEST2:		SetDest(optarg,true); break;
	case GO_HOOK:		opt_hook = 1; break;
	case GO_ENC:		err += ScanOptEncoding(optarg); break;
	case GO_REGION:		err += ScanOptRegion(optarg); break;
	case GO_COMMON_KEY:	err += ScanOptCommonKey(optarg); break;
	case GO_IOS:		err += ScanOptIOS(optarg); break;
	case GO_MODIFY:		err += ScanOptModify(optarg); break;
	case GO_HTTP:		err += ScanOptDomain(1,0); break;
	case GO_DOMAIN:		err += ScanOptDomain(0,optarg); break;
	case GO_WIIMMFI:	err += ScanOptDomain(1,"wiimmfi.de"); break;
	case GO_TWIIMMFI:	err += ScanOptDomain(1,"test.wiimmfi.de"); break;
	case GO_NAME:		err += ScanOptName(optarg); break;
	case GO_ID:		err += ScanOptId(optarg); break;
	case GO_DISC_ID:	err += ScanOptDiscId(optarg); break;
	case GO_BOOT_ID:	err += ScanOptBootId(optarg); break;
	case GO_TICKET_ID:	err += ScanOptTicketId(optarg); break;
	case GO_TMD_ID:		err += ScanOptTmdId(optarg); break;
	case GO_TT_ID:		err += ScanOptTicketId(optarg);
				err += ScanOptTmdId(optarg); break;
	case GO_WBFS_ID:	err += ScanOptWbfsId(optarg); break;
	case GO_FILES:		err += ScanRule(optarg,PAT_FILES); break;
	case GO_RM_FILES:	err += ScanRule(optarg,PAT_RM_FILES); break;
	case GO_ZERO_FILES:	err += ScanRule(optarg,PAT_ZERO_FILES); break;
	case GO_IGNORE_FILES:	err += ScanRule(optarg,PAT_IGNORE_FILES); break;
	case GO_REPL_FILE:	err += ScanOptFile(optarg,false); break;
	case GO_ADD_FILE:	err += ScanOptFile(optarg,true); break;
	case GO_TRIM:		err += ScanOptTrim(optarg); break;
	case GO_ALIGN:		err += ScanOptAlign(optarg); break;
	case GO_ALIGN_PART:	err += ScanOptAlignPart(optarg); break;
	case GO_ALIGN_FILES:	opt_align_files = true; break;
	case GO_DISC_SIZE:	err += ScanOptDiscSize(optarg); break;
	case GO_AUTO_SPLIT:	opt_auto_split = 2; opt_split = 0; break;
	case GO_NO_SPLIT:	opt_auto_split = opt_split = 0; break;
	case GO_SPLIT:		opt_split++; break;
	case GO_SPLIT_SIZE:	err += ScanOptSplitSize(optarg); break;
	case GO_PREALLOC:	err += ScanPreallocMode(optarg); break;
	case GO_TRUNC:		opt_truncate++; break;
	case GO_CHUNK_MODE:	err += ScanChunkMode(optarg); break;
	case GO_CHUNK_SIZE:	err += ScanChunkSize(optarg); break;
	case GO_MAX_CHUNKS:	err += ScanMaxChunks(optarg); break;
	case GO_COMPRESSION:	err += ScanOptCompression(false,optarg); break;
	case GO_MEM:		err += ScanOptMem(optarg,true); break;
	case GO_RECOVER:	break;
	case GO_FORCE:		opt_force++; break;
	case GO_NO_CHECK:	break;
	case GO_NO_FREE:	break;

	case GO_UPDATE:		break;
	case GO_SYNC:		break;
	case GO_SYNC_ALL:	break;
	case GO_NEWER:		break;
	case GO_OVERWRITE:	opt_overwrite = true; break;
	case GO_REMOVE:		break;

	//case GO_WDF:		output_file_type = OFT__WDF_DEF; break; // [[wdf2]]
	case GO_WDF:		err += SetModeWDF(0,optarg); break;
	case GO_WDF1:		err += SetModeWDF(1,optarg); break;
	case GO_WDF2:		err += SetModeWDF(2,optarg); break;
	case GO_ALIGN_WDF:	err += ScanOptAlignWDF(optarg,0); break;

	case GO_WIA:		err += ScanOptCompression(true,optarg); break;
	case GO_ISO:		output_file_type = OFT_PLAIN; break;
	case GO_CISO:		output_file_type = OFT_CISO; break;
	case GO_WBFS:		output_file_type = OFT_WBFS; break;
	case GO_GCZ:		output_file_type = OFT_GCZ; break;
	case GO_GCZ_ZIP:	opt_gcz_zip = true; break;
	case GO_GCZ_BLOCK:	err += ScanOptGCZBlock(optarg); break;
	case GO_FST:		output_file_type = OFT_FST; break;

	case GO_ITIME:		SetTimeOpt(PT_USE_ITIME|PT_F_ITIME); break;
	case GO_MTIME:		SetTimeOpt(PT_USE_MTIME|PT_F_MTIME); break;
	case GO_CTIME:		SetTimeOpt(PT_USE_CTIME|PT_F_CTIME); break;
	case GO_ATIME:		SetTimeOpt(PT_USE_ATIME|PT_F_ATIME); break;

	case GO_LONG:		long_count++; break;
	case GO_NUMERIC:	break;
	case GO_TECHNICAL:	opt_technical++; break;
	case GO_MIXED:	    	break;
	case GO_UNIQUE:	    	break;
	case GO_NO_HEADER:	break;
	case GO_FRAGMENTS:	break;
	case GO_OLD_STYLE:	print_old_style++; break;
	case GO_SECTIONS:	print_sections++; break;
	case GO_SHOW:		err += ScanOptShow(optarg); break;
	case GO_SORT:		err += ScanOptSort(optarg); break;

	case GO_AUTO:
	    if (!opt_auto)
		ScanPartitions(false);
	    break;

	case GO_SIZE:
	    if (ScanSizeOptU64(&opt_size,optarg,GiB,0,
				"size",MIN_WBFS_SIZE,0,0,0,true))
		err++;
	    break;

	case GO_HSS:
	    if (ScanSizeOptU32(&opt_hss,optarg,1,0,
				"hss",512,WII_SECTOR_SIZE,0,1,true))
		err++;
	    break;

	case GO_WSS:
	    if (ScanSizeOptU32(&opt_wss,optarg,1,0,
				"wss",1024,0,0,1,true))
		err++;
	    break;

	case GO_PMODE:
	    {
		const int new_pmode = ScanPrefixMode(optarg);
		if ( new_pmode == -1 )
		    err++;
		else
		    prefix_mode = new_pmode;
	    }
	    break;

	case GO_REPAIR:
	    {
		const int new_repair = ScanRepairMode(optarg);
		if ( new_repair == -1 )
		    err++;
		else
		    repair_mode = new_repair;
	    }
	    break;

	case GO_TIME:
	    if ( ScanAndSetPrintTimeMode(optarg) == PT__ERROR )
		err++;
	    break;

	case GO_SET_TIME:
	    {
		const time_t tim = ScanTime(optarg);
		if ( tim == (time_t)-1 )
		    err++;
		else
		    opt_set_time = tim;
	    }
	    break;

	case GO_LIMIT:
	    {
		u32 limit;
		if (ScanSizeOptU32(&limit,optarg,1,0,"limit",0,INT_MAX,0,0,true))
		    err++;
		else
		    opt_limit = limit;
	    }
	    break;

	case GO_JOB_LIMIT:
	    {
		u32 limit;
		if (ScanSizeOptU32(&limit,optarg,1,0,"job-limit",0,UINT_MAX,0,0,true))
		    err++;
		else
		    job_limit = limit ? limit : ~(u32)0;
	    }
	    break;

	// no default case defined
	//	=> compiler checks the existence of all enum values
      }
    }
    NormalizeIdOptions();
    if ( OptionUsed[OPT_NO_HEADER] )
	opt_show_mode &= ~SHOW_F_HEAD;

 #ifdef DEBUG
    DumpUsedOptions(&InfoUI,TRACE_FILE,11);
 #endif

    if ( verbose > 3 && !is_env )
    {
	print_title(stdout);
	printf("PROGRAM_NAME   = %s\n",progname);
	if (lang_info)
	    printf("LANG_INFO      = %s\n",lang_info);
	ccp * sp;
	for ( sp = search_path; *sp; sp++ )
	    printf("SEARCH_PATH[%td] = %s\n",sp-search_path,*sp);
	printf("\n");
    }

    return !err ? ERR_OK : max_error ? max_error : ERR_SYNTAX;
}

//
///////////////////////////////////////////////////////////////////////////////
///////////////                   check command                 ///////////////
///////////////////////////////////////////////////////////////////////////////

enumError CheckCommand ( int argc, char ** argv )
{
    TRACE("CheckCommand(%d,) optind=%d\n",argc,optind);

    if ( optind >= argc )
    {
	ERROR0(ERR_SYNTAX,"Missing command.\n");
	hint_exit(ERR_SYNTAX);
    }

    int cmd_stat;
    const CommandTab_t * cmd_ct = ScanCommand(&cmd_stat,argv[optind],CommandTab);
    if (!cmd_ct)
    {
	PrintCommandError(CommandTab,argv[optind],cmd_stat,0);
	hint_exit(ERR_SYNTAX);
    }

    TRACE("COMMAND FOUND: #%lld = %s\n",(u64)cmd_ct->id,cmd_ct->name1);
    current_command = cmd_ct;

    enumError err = VerifySpecificOptions(&InfoUI,cmd_ct);
    if (err)
	hint_exit(err);

    argc -= optind+1;
    argv += optind+1;

    while ( argc-- > 0 )
	AtFileHelper(*argv++,false,true,AddParam);

    switch ((enumCommands)cmd_ct->id)
    {
	case CMD_VERSION:	version_exit();
	case CMD_HELP:		PrintHelp(&InfoUI,stdout,0,"HELP",0); break;
	case CMD_INFO:		err = cmd_info(); break;
	case CMD_TEST:		err = cmd_test(); break;
	case CMD_ERROR:		err = cmd_error(); break;
	case CMD_COMPR:		err = cmd_compr(); break;
	case CMD_FEATURES:	return cmd_features(); break;
	case CMD_EXCLUDE:	err = cmd_exclude(); break;
	case CMD_TITLES:	err = cmd_titles(); break;
	case CMD_GETTITLES:	err = cmd_gettitles(); break;

	case CMD_FIND:		err = cmd_find(); break;
	case CMD_SPACE:		err = cmd_space(); break;
	case CMD_ANALYZE:	err = cmd_analyze(); break;
	case CMD_DUMP:		err = cmd_dump(); break;

	case CMD_ID6:		err = cmd_id6(); break;
	case CMD_LIST:		err = cmd_list(0); break;
	case CMD_LIST_L:	err = cmd_list(1); break;
	case CMD_LIST_LL:	err = cmd_list(2); break;
	case CMD_LIST_LLL:	err = cmd_list(3); break;
	case CMD_LIST_A:	err = cmd_list_a(); break;
	case CMD_LIST_M:	err = cmd_list_m(); break;
	case CMD_LIST_U:	err = cmd_list_u(); break;
	case CMD_LIST_F:	err = cmd_list_f(); break;

	case CMD_FORMAT:	err = cmd_format(); break;
	case CMD_RECOVER:	err = cmd_recover(); break;
	case CMD_CHECK:		err = cmd_check(); break;
	case CMD_REPAIR:	err = cmd_repair(); break;
	case CMD_EDIT:		err = cmd_edit(); break;
	case CMD_PHANTOM:	err = cmd_phantom(); break;
	case CMD_TRUNCATE:	err = cmd_truncate(); break;

	case CMD_ADD:		err = cmd_add(); break;
	case CMD_UPDATE:	err = cmd_update(); break;
	case CMD_NEW:		err = cmd_new(); break;
	case CMD_SYNC:		err = cmd_sync(); break;
	case CMD_DUP:		err = cmd_dup(); break;
	case CMD_EXTRACT:	err = cmd_extract(); break;
	case CMD_SCRUB:		err = cmd_scrub(); break;
	case CMD_REMOVE:	err = cmd_remove(); break;
	case CMD_RENAME:	err = cmd_rename(true); break;
	case CMD_SETTITLE:	err = cmd_rename(false); break;
	case CMD_TOUCH:		err = cmd_touch(); break;
	case CMD_VERIFY:	err = cmd_verify(); break;
	case CMD_SKELETON:	err = cmd_skeletonize(); break;

	case CMD_FILETYPE:	err = cmd_filetype(); break;

	// no default case defined
	//	=> compiler checks the existence of all enum values

	case CMD__NONE:
	case CMD__N:
	    help_exit(false);
    }

    return PrintErrorStat(err,cmd_ct->name1);
}

//
///////////////////////////////////////////////////////////////////////////////
///////////////                       main()                    ///////////////
///////////////////////////////////////////////////////////////////////////////

int main ( int argc, char ** argv )
{
    SetupLib(argc,argv,WWT_SHORT,PROG_WWT);
    allow_fst = true;

    //----- process arguments

    if ( argc < 2 )
    {
	printf("\n%s\n%s\nVisit %s%s for more info.\n\n",
		text_logo, TITLE, URI_HOME, WWT_SHORT );
	hint_exit(ERR_OK);
    }

    enumError err = CheckEnvOptions("WWT_OPT",CheckOptions);
    if (err)
	hint_exit(err);

    err = CheckOptions(argc,argv,false);
    if (err)
	hint_exit(err);

    err = CheckCommand(argc,argv);
    CloseAll();

    if (SIGINT_level)
	err = ERROR0(ERR_INTERRUPT,"Program interrupted by user.");
    return err;
}

//
///////////////////////////////////////////////////////////////////////////////
///////////////                     END                         ///////////////
///////////////////////////////////////////////////////////////////////////////

