/*-
* Copyright (c) 1999 The NetBSD Foundation, Inc.
* All rights reserved.
*
* This code is derived from software contributed to The NetBSD Foundation
* by Minoura Makoto.
*
* 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.
*
* THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS
* ``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 THE FOUNDATION OR CONTRIBUTORS
* 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.
*/
#include <sys/types.h>
#include "memswitch.h"
#include "methods.h"
/*
* XXX: gcc extension is used.
*/
struct property properties[] = {
{
"special", "magic1",
0, 4, 0, {longword:0}, 0, {longword:0}, {longword:MAGIC1},
parse_dummy, 0, 0,
print_magic,
fill_ulong, flush_ulong,
" Magic. Must be 0x82773638\n"
},
{
"special", "magic2",
4, 4, 0, {longword:0}, 0, {longword:0}, {longword:MAGIC2},
parse_dummy, 0, 0,
print_magic,
fill_ulong, flush_ulong,
" Magic. Must be 0x30303057\n"
},
{
"alarm", "bootmode",
30, 4, 0, {longword:0}, 0, {longword:0}, {longword:0},
parse_ulong, 0, 0xff0000,
print_ulongh,
fill_ulong, flush_ulong,
" What to do on RTC alarm boot.\n"
},
{
"alarm", "boottime",
34, 4, 0, {longword:0}, 0, {longword:0}, {longword:0xffff0000},
parse_ulong, 0, 0xffffffff,
print_ulongh,
fill_ulong, flush_ulong,
" Alarm.\n"
},
{
"alarm", "enabled",
38, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 7,
print_uchar,
fill_uchar, flush_uchar,
" 0 to enable alarm, 7 to disable.\n"
},
{
"alarm", "timetodown",
20, 4, 0, {longword:0}, 0, {longword:0}, {longword:-1},
parse_time, -1, 0x7fffffff,
print_timesec,
fill_ulong, flush_ulong,
" When boot on alarm, time to shutdown is stored in second.\n"
" Can be specified in minite with suffix minute.\n"
},
{
"boot", "device",
24, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] -1}},
parse_bootdev, 0, 0,
print_bootdev,
fill_ushort, flush_ushort,
" Boot device.\n"
" STD for standard, HDn for the nth harddisk, FDn for the nth floppy drive,\n"
" ROM for the ROM firmware, RAM for the non-volatile SRAM,\n"
" INSCSIn for the SCSI device ID n which is attached to the built-in adaptor,\n"
" EXSCSIn for the SCSI device ID n which is attached to the external adaptor.\n"
},
{
"boot", "ramaddr",
16, 4, 0, {longword:0}, 0, {longword:0}, {longword:0xed0100},
parse_ulong, 0xed0000, 0xed3fff,
print_ulongh,
fill_ulong, flush_ulong,
" If boot.device specifies to boot from RAM, the start address is stored.\n"
},
{
"boot", "romaddr",
12, 4, 0, {longword:0}, 0, {longword:0}, {longword:0xbffffc},
parse_ulong, 0xe80000, 0xffffff,
print_ulongh,
fill_ulong, flush_ulong,
" If boot.device specifies to boot from ROM, the start address is stored.\n"
},
{
"display", "contrast",
40, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 14}},
parse_uchar, 0, 15,
print_uchar,
fill_uchar, flush_uchar,
" Display contrast (0-15).\n"
},
{
"display", "dentakufont",
44, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 1,
print_uchar,
fill_uchar, flush_uchar,
" In-line calculator font. 0 for LCD-like, 1 for normal.\n"
" Note on NetBSD in-line calculator is not supported.\n"
},
{
"display", "glyphmode",
89, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 0x7,
print_ucharh,
fill_uchar, flush_uchar,
" Glyph mode for ASCII/JIS ROMAN characters (bitmap).\n"
" Bit 0 (LSB) is for codepoint 0x5c (\\), bit 1 for 0x7e (~),\n"
" bit 2 for 0x7c (|).\n"
" 0 for JIS ROMAN, 1 for ASCII.\n"
},
{
"display", "resolution",
29, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 16}},
parse_uchar, 0, 18,
print_ucharh,
fill_uchar, flush_uchar,
" Initial display resolution.\n"
},
{
"display", "tcolor0",
46, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0}},
parse_ushort, 0, 0xffff,
print_ushorth,
fill_ushort, flush_ushort,
" Initial RGB value for color cell #0.\n"
" Note on NetBSD the value is ignored.\n"
},
{
"display", "tcolor1",
48, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0xf83e}},
parse_ushort, 0, 0xffff,
print_ushorth,
fill_ushort, flush_ushort,
" Initial RGB value for color cell #1.\n"
" Note on NetBSD the value is ignored.\n"
},
{
"display", "tcolor2",
50, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0xffc0}},
parse_ushort, 0, 0xffff,
print_ushorth,
fill_ushort, flush_ushort,
" Initial RGB value for color cell #2.\n"
" Note on NetBSD the value is ignored.\n"
},
{
"display", "tcolor3",
52, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0xfffe}},
parse_ushort, 0, 0xffff,
print_ushorth,
fill_ushort, flush_ushort,
" Initial RGB value for color cell #3.\n"
" Note on NetBSD the value is ignored.\n"
},
{
"display", "tcolor47",
54, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0xde6c}},
parse_ushort, 0, 0xffff,
print_ushorth,
fill_ushort, flush_ushort,
" Initial RGB value for color cell #4-7.\n"
" Note on NetBSD the value is ignored.\n"
},
{
"display", "tcolor8f",
56, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0}},
parse_ushort, 0, 0xffff,
print_ushorth,
fill_ushort, flush_ushort,
" Initial RGB value for color cell #8-15.\n"
" Note on NetBSD the value is ignored.\n"
},
{
"hw", "harddrive",
90, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 15,
print_ucharh,
fill_uchar, flush_uchar,
" Number of old, SASI-compatible hard disks connected.\n"
" Note they are not supported on NetBSD.\n"
},
{
"hw", "memory",
8, 4, 0, {longword:0}, 0, {longword:0}, {longword:1024*1024},
parse_byte, 1024*1024, 12*1024*1024,
print_ulongh,
fill_ulong, flush_ulong,
" Memory size in byte.\n"
" Can be specified by Kilobyte and Megabyte with suffix KB and MB respectively.\n"
},
{
"hw", "serial",
26, 2, 0, {word:{[0] 0}}, 0, {word:{[0] 0}}, {word:{[0] 0x4e07}},
parse_serial, 0, 0,
print_serial,
fill_ushort, flush_ushort,
" Serial mode.\n"
" Consist of comma-separated 5 specs. The first value means speed in bps,\n"
" second means the bit width (5-8), third means parity (n for non parity,\n"
" o for odd parity, e for even parity), fourth means stop bit (2, 1 or 1.5),\n"
" fifth for software flow control (`-' or `s').\n"
" Note that the value is ignored on NetBSD.\n"
},
{
"hw", "srammode",
45, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_srammode, 0, 1,
print_srammode,
fill_uchar, flush_uchar,
" Usage of the user area of non-volatile static RAM.\n"
" 0 for unused, 1 for SRAMDISK, 2 for user program.\n"
},
{
"hw", "upcount",
84, 4, 0, {longword:0}, 0, {longword:0}, {longword:0},
parse_dummy, 0, 0xffffffff,
print_ulong,
fill_ulong, flush_dummy,
" Boot count since the SRAM is initialized.\n"
},
{
"hw", "uptime",
76, 4, 0, {longword:0}, 0, {longword:0}, {longword:0},
parse_dummy, 0, 0xffffffff,
print_ulong,
fill_ulong, flush_dummy,
" Total uptime since the SRAM is initialized.\n"
},
{
"keyboard", "delay",
58, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 3}},
parse_uchar, 0, 0xff,
print_uchar,
fill_uchar, flush_uchar,
" Delay for start keyboard autorepeat. (200+100*n) ms.\n"
},
{
"keyboard", "kanalayout",
43, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 1,
print_uchar,
fill_uchar, flush_uchar,
" Layout of kana keys. 0 for JIS, 1 for AIUEO order.\n"
" Note on NetBSD kana input is not supported.\n"
},
{
"keyboard", "ledstat",
28, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 0x7f,
print_uchar,
fill_uchar, flush_uchar,
" Initial keyboard LED status (bitmap).\n"
" Each bit means KANA, ROMAJI, CODE, CAPS, INS, HIRAGANA, ZENKAKU from LSB.\n"
},
{
"keyboard", "opt2",
39, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 1,
print_uchar,
fill_uchar, flush_uchar,
" 1 for normal, 0 for TV control.\n"
},
{
"keyboard", "repeat",
59, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 3}},
parse_uchar, 0, 0xff,
print_uchar,
fill_uchar, flush_uchar,
" Time elapsed between the keyboard autorepeat. (30+5*n^2 ms.\n"
},
{
"poweroff", "ejectfloppy",
41, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 0}},
parse_uchar, 0, 1,
print_uchar,
fill_uchar, flush_uchar,
" 1 to eject floppy disks at shutdown.\n"
},
{
"poweroff", "tvctrl",
42, 1, 0, {byte:{[0] 0}}, 0, {byte:{[0] 0}}, {byte:{[0] 13}},
parse_uchar, 0, 0xff,
print_uchar,
fill_uchar, flush_uchar,
" What to do at shutdown for display TV.\n"
},
{
"printer", "timeout",
60, 4, 0, {longword:0}, 0, {longword:0}, {longword:0x80000},
parse_ulong, 0, 0xffffffff,
print_ulong,
fill_ulong, flush_ulong,
" Printer timeout in second.\n"
},
};
int number_of_props = sizeof (properties) / sizeof (struct property);
