/*	$NetBSD: menus.md.en,v 1.24 1999/06/20 05:47:56 cgd Exp $	*/

/*
 * Copyright 1997 Piermont Information Systems Inc.
 * All rights reserved.
 *
 * Written by Philip A. Nelson for Piermont Information Systems Inc.
 *
 * Redistribution and use in source and binary forms, with or without
 * modification, are permitted provided that the following conditions
 * are met:
 * 1. Redistributions of source code must retain the above copyright
 *    notice, this list of conditions and the following disclaimer.
 * 2. Redistributions in binary form must reproduce the above copyright
 *    notice, this list of conditions and the following disclaimer in the
 *    documentation and/or other materials provided with the distribution.
 * 3. All advertising materials mentioning features or use of this software
 *    must display the following acknowledgement:
 *      This product includes software develooped for the NetBSD Project by
 *      Piermont Information Systems Inc.
 * 4. The name of Piermont Information Systems Inc. may not be used to endorse
 *    or promote products derived from this software without specific prior
 *    written permission.
 *
 * THIS SOFTWARE IS PROVIDED BY PIERMONT INFORMATION SYSTEMS INC. ``AS IS''
 * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
 * ARE DISCLAIMED. IN NO EVENT SHALL PIERMONT INFORMATION SYSTEMS INC. BE 
 * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR 
 * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF 
 * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
 * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
 * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
 * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF 
 * THE POSSIBILITY OF SUCH DAMAGE.
 *
 */

/* Menu definitions for sysinst. i386 version, machine dependent. */

menu fullpart, title  "Select your choice";
	option "Use only part of the disk", exit, action  {usefull = 0;};
	option "Use the entire disk", 	    exit, action  {usefull = 1;};

menu wdtype, title  "Select type";
	display action { msg_display (MSG_wdtype, diskdev); };
	option "IDE", 	exit;
	option "ESDI", 	exit, action
		{ msg_display (MSG_sectforward);
		  process_menu (MENU_yesno);
		  if (yesno)
			doessf = "sf:";
		};
	option "ST506", exit, action
		{ msg_display (MSG_sectforward);
		  process_menu (MENU_yesno);
		  if (yesno)
			doessf = "sf:";
		};


menu dlgeom, title "Choose an option";
	display action { msg_display (MSG_dlgeom, diskdev, dlcyl, dlhead,
				dlsec, disk->dd_cyl, disk->dd_head,
				disk->dd_sec);
			};
	option "Use real geometry", exit, action {
			dlcyl  = disk->dd_cyl;
			dlhead = disk->dd_head;
			dlsec  = disk->dd_sec;
		};
	option "Use disklabel geometry", exit, action {
			disk->dd_cyl = dlcyl;
			disk->dd_head = dlhead;
			disk->dd_sec = dlsec;
		};

menu editparttable, title  "Choose your partition", exit;
	display action  { msg_display (MSG_editparttable);
			  disp_cur_part((struct mbr_partition *)&mbr[MBR_PARTOFF
], activepart,-1);
			};
	option "Edit partition 0",  sub menu editpart,
		action  { editpart = 0; };
	option "Edit partition 1",  sub menu editpart,
		action  { editpart = 1; };
	option "Edit partition 2",  sub menu editpart,
		action  { editpart = 2; };
	option "Edit partition 3",  sub menu editpart,
		action  { editpart = 3; };
	option "Reselect size specification",
		action  { reask_sizemult(); }; 

menu editpart, title  "Select to change";
	display action { msg_display (MSG_editpart, editpart);
			   disp_cur_part((struct mbr_partition *)&mbr[MBR_PARTOFF
], activepart,editpart);
			   msg_printf_add ("\n");
			};
	option "Kind", sub menu chooseid;
	option "Start and size", action 
		{	char buf[40]; int start, size;
			msg_prompt_add (MSG_start, NULL, buf, 40);
			start = NUMSEC(atoi(buf),sizemult,dlcylsize);
			if (sizemult > 1 && start < bsec)
				start = bsec;
			msg_prompt_add (MSG_size, NULL, buf, 40);
			size = NUMSEC(atoi(buf),sizemult,dlcylsize);
			if (sizemult > 1 && start == bsec)
				size -= bsec;
			if (start + size > bsize)
				size = bsize - start;
			if (size < 0) {
				size = 0;
				start = 0;
			}
			part[editpart].mbrp_start = start;
			part[editpart].mbrp_size = size;
		};
	option "Set active", action { activepart = editpart; };
	option "Partition OK", exit;

menu chooseid, title  "Partition Kind?";
	option "NetBSD", 	exit,	action
	{
		part[editpart].mbrp_typ = 169;
	};
	option "DOS < 32 Meg",	exit,	action
	{
		part[editpart].mbrp_typ = 4;
	};
	option "DOS > 32 Meg",	exit,	action
	{
		part[editpart].mbrp_typ = 6;
	};
	option "unused",	exit,	action
	{
		part[editpart].mbrp_typ = 0;
	};

menu cyl1024;
	display action {
		msg_display(MSG_cyl1024);
	};
	option "Re-edit both MBR and label", exit, action
	{
		/* XXX UGH */
		extern int c1024_resp;

		c1024_resp = 1;
	};
	option "Re-edit the label", exit, action
	{
		extern int c1024_resp;

		c1024_resp = 2;
	};
	option "Use it anyway",	exit, action
	{	
		extern int c1024_resp;

		c1024_resp = 3;
	};

menu editfsparts, y=13, exit;
	display action  {
			ask_sizemult();
			msg_display(MSG_fspart, multname);
			disp_cur_fspart(-1, 1);
		};
	option "Change a", action { editpart = A;}, sub menu edfspart;
	option "Change b", action { editpart = B;}, sub menu edfspart;
	option "NetBSD partition - can't change", action {};
	option "Whole disk - can't change", action {};
	option "Change e", action { editpart = E;}, sub menu edfspart;
	option "Change f", action { editpart = F;}, sub menu edfspart;
	option "Change g", action { editpart = G;}, sub menu edfspart;
	option "Change h", action { editpart = H;}, sub menu edfspart;
	option "Set new allocation size", action { reask_sizemult(); };
 

menu md_distcustom, y=3, exit, title "Selection toggles inclusion";
	display action { show_cur_distsets (); };
	option  "Compiler Tools", 	 action { toggle_getit (3); };
	option  "Games", 		 action { toggle_getit (4); };
	option  "Online Manual Pages", 	 action { toggle_getit (5); };
	option  "Miscellaneous", 	 action { toggle_getit (6); };
	option  "Text Processing Tools", action { toggle_getit (7); };
	option  "X11 base and clients",	 action { toggle_getit (8); };
	option  "X11 fonts",		 action { toggle_getit (9); };
	option  "X11 servers",		 action { toggle_getit (10); };
	option  "X contrib clients",	 action { toggle_getit (11); };
	option  "X11 programming",	 action { toggle_getit (12); };

menu biosonematch;
	option "This is the correct geometry", exit, action {
		extern struct disklist *disklist;
		extern struct nativedisk_info *nativedisk;
		struct biosdisk_info *bip;
		extern struct biosdisk_info *biosdisk;

		bip = &disklist->dl_biosdisks[nativedisk->ni_biosmatches[0]];
		bcyl = bip->bi_cyl;
		bhead = bip->bi_head;
		bsec = bip->bi_sec;
		biosdisk = bip;
	};
	option "Set the geometry by hand", exit, action {
		set_bios_geom(dlcyl, dlhead, dlsec);
		biosdisk = NULL;
	};

menu biosmultmatch;
	option "Use one of these disks", exit, action {
		extern struct disklist *disklist;
		extern struct nativedisk_info *nativedisk;
		struct biosdisk_info *bip;
		extern struct biosdisk_info *biosdisk;
		int sel;
		char res[80];

		do {
			strcpy(res, "0");
			msg_prompt(MSG_pickdisk, res, res, 80);
			sel = atoi(res);
		} while (sel < 0 || sel >= nativedisk->ni_nmatches);
		bip = &disklist->dl_biosdisks[nativedisk->ni_biosmatches[0]];
		bcyl = bip->bi_cyl;
		bhead = bip->bi_head;
		bsec = bip->bi_sec;
		biosdisk = bip;
	};
	option "Set the geometry by hand", exit, action {
		set_bios_geom(dlcyl, dlhead, dlsec);
		biosdisk = NULL;
	};

menu configbootsel, title  "Change a bootmenu item", exit;
        display action  { msg_display(MSG_configbootsel);
                          disp_bootsel((struct mbr_partition *)&mbr[MBR_PARTOFF], mbs);
			  msg_display_add(MSG_bootseltimeout, (1000 * mbs->timeo) / 18200);
			  msg_display_add(MSG_defbootselopt);
			  if (mbs->defkey == SCAN_ENTER)
			  	msg_display_add(MSG_defbootseloptactive);
			  else if (mbs->defkey < (SCAN_F1 + 4))
				msg_display_add(MSG_defbootseloptpart,
				    defbootselpart);
			  else
				msg_display_add(MSG_defbootseloptdisk,
				    defbootseldisk);
                        };
        option "Edit menu entry 0",
		action {
			if (part[0].mbrp_typ != 0)
				msg_prompt(MSG_bootselitemname, mbs->nametab[0],
				    mbs->nametab[0], 8);
		};
        option "Edit menu entry 1",
		action {
			if (part[1].mbrp_typ != 0)
				msg_prompt(MSG_bootselitemname, mbs->nametab[1],
				    mbs->nametab[1], 8);
		};
        option "Edit menu entry 2",
		action {
			if (part[2].mbrp_typ != 0)
				msg_prompt(MSG_bootselitemname, mbs->nametab[2],
				    mbs->nametab[2], 8);
		};
        option "Edit menu entry 3",
		action {
			if (part[3].mbrp_typ != 0)
				msg_prompt(MSG_bootselitemname, mbs->nametab[3],
				    mbs->nametab[3], 8);
		};
	option "Set timeout value",
		action {
			char tstr[8];
			unsigned timo;

			do {
				snprintf(tstr, 8, "%u",
				    (1000 * mbs->timeo) / 18200);
				msg_prompt(MSG_bootseltimeoutval, tstr, tstr,
				    8);
				timo = (unsigned)atoi(tstr);
			} while (timo > 3600);
			mbs->timeo = (u_int16_t)((timo * 18200) / 1000);
		};
	option "Set default option", sub menu defaultbootsel;

menu defaultbootsel, title "Pick a default partition/disk to boot";
	option "Partition 0", exit,
		action {
			if (mbs->nametab[0][0] != 0 && part[0].mbrp_typ != 0)
				mbs->defkey = SCAN_F1; defbootselpart = 0;
		};
	option "Partition 1", exit,
		action {
			if (mbs->nametab[1][0] != 0 && part[1].mbrp_typ != 0)
				mbs->defkey = SCAN_F1 + 1; defbootselpart = 1;
		};
	option "Partition 2", exit,
		action {
			if (mbs->nametab[2][0] != 0 && part[2].mbrp_typ != 0)
				mbs->defkey = SCAN_F1 + 2; defbootselpart = 2;
		};
	option "Partition 3", exit,
		action {
			if (mbs->nametab[3][0] != 0 && part[3].mbrp_typ != 0)
				mbs->defkey = SCAN_F1 + 3; defbootselpart = 3;
		};
	option "Harddisk 0", exit,
		action { mbs->defkey = SCAN_F1 + 4; defbootseldisk = 0; };
	option "Harddisk 1", exit,
		action { mbs->defkey = SCAN_F1 + 5; defbootseldisk = 1; };
	option "Harddisk 2", exit,
		action { mbs->defkey = SCAN_F1 + 6; defbootseldisk = 2; };
	option "Harddisk 3", exit,
		action { mbs->defkey = SCAN_F1 + 7; defbootseldisk = 3; };
	option "Harddisk 4", exit,
		action { mbs->defkey = SCAN_F1 + 8; defbootseldisk = 4; };
	option "Harddisk 5", exit,
		action { mbs->defkey = SCAN_F1 + 9; defbootseldisk = 5; };
	option "First active partition", exit,
		action { mbs->defkey = SCAN_ENTER; };