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/* $OpenBSD: hd_compat.c,v 1.1 1997/02/03 08:11:54 downsj Exp $ */
/* $NetBSD: rd_compat.c,v 1.6 1997/01/30 09:14:18 thorpej Exp $ */
/*
* Copyright (c) 1988 University of Utah.
* Copyright (c) 1982, 1990, 1993
* The Regents of the University of California. All rights reserved.
*
* This code is derived from software contributed to Berkeley by
* the Systems Programming Group of the University of Utah Computer
* Science Department.
*
* 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 developed by the University of
* California, Berkeley and its contributors.
* 4. Neither the name of the University nor the names of its contributors
* may be used to endorse or promote products derived from this software
* without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE REGENTS 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 REGENTS 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.
*
* from: Utah $Hdr: rd_compat.c 1.1 92/12/21$
*
* @(#)rd_compat.c 8.1 (Berkeley) 6/10/93
*/
/*
* Compatibility for CS80 disks without disklabels.
*/
#include <sys/param.h>
#include <sys/disklabel.h>
#include <sys/disk.h>
#include <sys/device.h>
#include <sys/buf.h> /* XXX */
#include <hp300/dev/hpibvar.h>
#include <hp300/dev/hdreg.h>
#include <hp300/dev/hdvar.h>
/*
* CS/80 partitions. We reserve the first cylinder for a LIF
* style boot directory (the 8k allowed in the BSD filesystem
* is just way too small). This boot area is outside of all but
* the C partition. This implies that you cannot use the C
* partition on a bootable disk since the filesystem would overlay
* the boot area. You must use the A partition.
*
* These maps support four basic layouts:
*
* A/B/G: This is the "traditional" setup for a bootable disk.
* A is the root partition, B the swap, and G a user partition.
* A/D/H: This is a setup for bootable systems requiring more swap
* (e.g. those who use HPCL). It has A as the root, D as a
* larger swap, and H as a smaller user partition.
* A/D/E/F: Similar to A/D/H with E and F breaking H into two partitions.
* E could be used for /usr and F for users.
* C: This gives a single, non-bootable, large user filesystem.
* Good for second drives on a machine (e.g. /usr/src).
*/
struct size {
daddr_t nblocks;
int cyloff;
} hd7945A_sizes[8] = {
HDSZ(15904), 1, /* A=cyl 1 thru 142 */
HDSZ(20160), 143, /* B=cyl 143 thru 322 */
HDSZ(108416), 0, /* C=cyl 0 thru 967 */
HDSZ(40320), 143, /* D=cyl 143 thru 502 */
HDSZ(0), 0, /* E=<undefined> */
HDSZ(0), 0, /* F=<undefined> */
HDSZ(72240), 323, /* G=cyl 323 thru 967 */
HDSZ(52080), 503, /* H=cyl 503 thru 967 */
}, hd9134D_sizes[8] = {
HDSZ(15936), 1, /* A=cyl 1 thru 166 */
HDSZ(13056), 167, /* B=cyl 167 thru 302 */
HDSZ(29088), 0, /* C=cyl 0 thru 302 */
HDSZ(0), 0, /* D=<undefined> */
HDSZ(0), 0, /* E=<undefined> */
HDSZ(0), 0, /* F=<undefined> */
HDSZ(0), 0, /* G=<undefined> */
HDSZ(0), 0, /* H=<undefined> */
}, hd9122S_sizes[8] = {
HDSZ(0), 0, /* A=<undefined> */
HDSZ(0), 0, /* B=<undefined> */
HDSZ(1232), 0, /* C=cyl 0 thru 76 */
HDSZ(0), 0, /* D=<undefined> */
HDSZ(0), 0, /* E=<undefined> */
HDSZ(0), 0, /* F=<undefined> */
HDSZ(0), 0, /* G=<undefined> */
HDSZ(0), 0, /* H=<undefined> */
}, hd7912P_sizes[8] = {
HDSZ(15904), 0, /* A=cyl 1 thru 71 */
HDSZ(22400), 72, /* B=cyl 72 thru 171 */
HDSZ(128128), 0, /* C=cyl 0 thru 571 */
HDSZ(42560), 72, /* D=cyl 72 thru 261 */
HDSZ(0), 292, /* E=<undefined> */
HDSZ(0), 542, /* F=<undefined> */
HDSZ(89600), 172, /* G=cyl 221 thru 571 */
HDSZ(69440), 262, /* H=cyl 262 thru 571 */
}, hd7914P_sizes[8] = {
HDSZ(15904), 1, /* A=cyl 1 thru 71 */
HDSZ(40320), 72, /* B=cyl 72 thru 251 */
HDSZ(258048), 0, /* C=cyl 0 thru 1151 */
HDSZ(64960), 72, /* D=cyl 72 thru 361 */
HDSZ(98560), 362, /* E=cyl 362 thru 801 */
HDSZ(78400), 802, /* F=cyl 802 thru 1151 */
HDSZ(201600), 252, /* G=cyl 221 thru 1151 */
HDSZ(176960), 362, /* H=cyl 362 thru 1151 */
}, hd7933H_sizes[8] = {
HDSZ(16146), 1, /* A=cyl 1 thru 27 */
HDSZ(66976), 28, /* B=cyl 28 thru 139 */
HDSZ(789958), 0, /* C=cyl 0 thru 1320 */
HDSZ(16146), 140, /* D=cyl 140 thru 166 */
HDSZ(165646), 167, /* E=cyl 167 thru 443 */
HDSZ(165646), 444, /* F=cyl 444 thru 720 */
HDSZ(706238), 140, /* G=cyl 140 thru 1320 */
HDSZ(358800), 721, /* H=cyl 721 thru 1320 */
}, hd9134L_sizes[8] = {
HDSZ(15920), 1, /* A=cyl 1 thru 199 */
HDSZ(20000), 200, /* B=cyl 200 thru 449 */
HDSZ(77840), 0, /* C=cyl 0 thru 972 */
HDSZ(32000), 200, /* D=cyl 200 thru 599 */
HDSZ(0), 0, /* E=<undefined> */
HDSZ(0), 0, /* F=<undefined> */
HDSZ(41840), 450, /* G=cyl 450 thru 972 */
HDSZ(29840), 600, /* H=cyl 600 thru 972 */
}, hd7957A_sizes[8] = {
HDSZ(16016), 1, /* A=cyl 1 thru 104 */
HDSZ(24640), 105, /* B=cyl 105 thru 264 */
HDSZ(159544), 0, /* C=cyl 0 thru 1035 */
HDSZ(42350), 105, /* D=cyl 105 thru 379 */
HDSZ(54824), 380, /* E=cyl 380 thru 735 */
HDSZ(46200), 736, /* F=cyl 736 thru 1035 */
HDSZ(118734), 265, /* G=cyl 265 thru 1035 */
HDSZ(101024), 380, /* H=cyl 380 thru 1035 */
}, hd7958A_sizes[8] = {
HDSZ(16128), 1, /* A=cyl 1 thru 64 */
HDSZ(32256), 65, /* B=cyl 65 thru 192 */
HDSZ(255276), 0, /* C=cyl 0 thru 1012 */
HDSZ(48384), 65, /* D=cyl 65 thru 256 */
HDSZ(100800), 257, /* E=cyl 257 thru 656 */
HDSZ(89712), 657, /* F=cyl 657 thru 1012 */
HDSZ(206640), 193, /* G=cyl 193 thru 1012 */
HDSZ(190512), 257, /* H=cyl 257 thru 1012 */
}, hd7957B_sizes[8] = {
HDSZ(16002), 1, /* A=cyl 1 thru 127 */
HDSZ(32760), 128, /* B=cyl 128 thru 387 */
HDSZ(159894), 0, /* C=cyl 0 thru 1268 */
HDSZ(49140), 128, /* D=cyl 128 thru 517 */
HDSZ(50400), 518, /* E=cyl 518 thru 917 */
HDSZ(44226), 918, /* F=cyl 918 thru 1268 */
HDSZ(111006), 388, /* G=cyl 388 thru 1268 */
HDSZ(94626), 518, /* H=cyl 518 thru 1268 */
}, hd7958B_sizes[8] = {
HDSZ(16254), 1, /* A=cyl 1 thru 43 */
HDSZ(32886), 44, /* B=cyl 44 thru 130 */
HDSZ(297108), 0, /* C=cyl 0 thru 785 */
HDSZ(49140), 44, /* D=cyl 44 thru 173 */
HDSZ(121716), 174, /* E=cyl 174 thru 495 */
HDSZ(109620), 496, /* F=cyl 496 thru 785 */
HDSZ(247590), 131, /* G=cyl 131 thru 785 */
HDSZ(231336), 174, /* H=cyl 174 thru 785 */
}, hd7959B_sizes[8] = {
HDSZ(16254), 1, /* A=cyl 1 thru 43 */
HDSZ(49140), 44, /* B=cyl 44 thru 173 */
HDSZ(594216), 0, /* C=cyl 0 thru 1571 */
HDSZ(65772), 44, /* D=cyl 44 thru 217 */
HDSZ(303912), 218, /* E=cyl 218 thru 1021 */
HDSZ(207900), 1022, /* F=cyl 1022 thru 1571 */
HDSZ(528444), 174, /* G=cyl 174 thru 1571 */
HDSZ(511812), 218, /* H=cyl 218 thru 1571 */
}, hd2200A_sizes[8] = {
HDSZ(16272), 1, /* A=cyl 1 thru 36 */
HDSZ(49720), 37, /* B=cyl 37 thru 146 */
HDSZ(654948), 0, /* C=cyl 0 thru 1448 */
HDSZ(65992), 37, /* D=cyl 37 thru 182 */
HDSZ(304648), 183, /* E=cyl 183 thru 856 */
HDSZ(267584), 857, /* F=cyl 857 thru 1448 */
HDSZ(588504), 147, /* G=cyl 147 thru 1448 */
HDSZ(572232), 183, /* H=cyl 183 thru 1448 */
}, hd2203A_sizes[8] = {
/* modelled after the 7937; i.e. bogus */
HDSZ(16272), 1, /* A=cyl 1 thru 18 */
HDSZ(67800), 19, /* B=cyl 19 thru 93 */
HDSZ(1309896), 0, /* C=cyl 0 thru 1448 */
HDSZ(16272), 94, /* D=cyl 19 thru 111 */
HDSZ(305552), 112, /* E=cyl 112 thru 449 */
HDSZ(305552), 450, /* F=cyl 450 thru 787 */
HDSZ(1224920), 94, /* G=cyl 94 thru 1448 */
HDSZ(597544), 788, /* H=cyl 788 thru 1448 */
}, hd7936H_sizes[8] = {
HDSZ(16359), 1, /* A=cyl 1 thru 19 */
HDSZ(67158), 20, /* B=cyl 20 thru 97 */
HDSZ(600978), 0, /* C=cyl 0 thru 697 */
HDSZ(16359), 98, /* D=cyl 98 thru 116 */
HDSZ(120540), 117, /* E=cyl 117 thru 256 */
HDSZ(120540), 256, /* F=cyl 256 thru 396 */
HDSZ(516600), 98, /* G=cyl 98 thru 697 */
HDSZ(259161), 397, /* H=cyl 397 thru 697 */
}, hd7937H_sizes[8] = {
HDSZ(15990), 1, /* A=cyl 1 thru 10 */
HDSZ(67158), 11, /* B=cyl 11 thru 52 */
HDSZ(1116102), 0, /* C=cyl 0 thru 697 */
HDSZ(124722), 53, /* D=cyl 53 thru 130 */
HDSZ(163098), 131, /* E=cyl 131 thru 232 */
HDSZ(287820), 233, /* F=cyl 233 thru 412 */
HDSZ(1031355), 53, /* G=cyl 53 thru 697 */
HDSZ(455715), 413, /* H=cyl 413 thru 697 */
};
/*
* Indexed the same as hdidentinfo array.
*/
struct hdcompatinfo {
struct size *sizes; /* partition info */
} hdcompatinfo[] = {
hd7945A_sizes,
hd9134D_sizes,
hd9122S_sizes,
hd7912P_sizes,
hd7914P_sizes,
hd7958A_sizes,
hd7957A_sizes,
hd7933H_sizes,
hd9134L_sizes,
hd7936H_sizes,
hd7937H_sizes,
hd7914P_sizes,
hd7945A_sizes,
hd9122S_sizes,
hd7957B_sizes,
hd7958B_sizes,
hd7959B_sizes,
hd2200A_sizes,
hd2203A_sizes,
};
int nhdcompatinfo = sizeof(hdcompatinfo) / sizeof(hdcompatinfo[0]);
hdmakedisklabel(unit, lp)
int unit;
struct disklabel *lp;
{
extern struct cfdriver hd_cd;
register struct hd_softc *rs = hd_cd.cd_devs[unit];
register struct hdcompatinfo *ci = &hdcompatinfo[rs->sc_type];
struct hdidentinfo *ri = &hdidentinfo[rs->sc_type];
register struct partition *pi;
register int dcount;
lp->d_nsectors = ri->ri_nbpt;
lp->d_ntracks = ri->ri_ntpc;
lp->d_ncylinders = ri->ri_ncyl;
lp->d_secpercyl = ri->ri_nbpt * ri->ri_ntpc;
lp->d_secperunit = lp->d_secpercyl * ri->ri_ncyl;
lp->d_rpm = 3600;
lp->d_interleave = 1;
lp->d_npartitions = 8;
pi = lp->d_partitions;
for (dcount = 0; dcount < lp->d_npartitions; dcount++) {
pi->p_size = ci->sizes[dcount].nblocks;
pi->p_offset = ci->sizes[dcount].cyloff * lp->d_secpercyl;
pi->p_fsize = 1024;
if (dcount == 1 || dcount == 3)
pi->p_fstype = FS_SWAP;
else if (dcount == 2)
pi->p_fstype = FS_BOOT;
else
pi->p_fstype = FS_BSDFFS;
pi->p_frag = 8;
pi++;
}
}
|
