/* $NetBSD: zbus.c,v 1.42 1999/11/25 21:57:45 is Exp $ */ /* * Copyright (c) 1994 Christian E. Hopps * All rights reserved. * * 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 Christian E. Hopps. * 4. The name of the author may not be used to endorse or promote products * derived from this software without specific prior written permission * * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``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 AUTHOR 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 #include #include #include #include #include #include #include struct aconfdata { char *name; int manid; int prodid; }; struct preconfdata { int manid; int prodid; caddr_t vaddr; }; /* * explain the names.. 0123456789 => zothfisven */ static struct aconfdata aconftab[] = { /* Commodore Amiga */ { "atzee", 513, 1 }, { "atzsc", 514, 2 }, { "atzsc", 514, 3 }, { "bah", 514, 9 }, /* A2060 */ { "ql", 514, 69 }, { "ql", 514, 70 }, { "atfsc", 514, 84 }, { "le", 514, 112 }, /* Ameristar */ { "le", 1053, 1 }, { "bah", 1053, 9 }, /* A2060 */ { "es", 1053, 10 }, /* University of Lowell */ { "grful", 1030, 0 }, /* DMI */ { "grfrs", 2129, 1 }, /* Resolver graphics board */ /* Macrosystems */ { "grfrt", 18260, 6 }, { "grfrh", 18260, 16}, /* Retina BLT Z3 */ { "grfrh", 18260, 19}, /* Altais */ /* Greater valley products */ { "gvpbus", 2017, 2 }, { "gvpbus", 2017, 11 }, { "giv", 2017, 32 }, { "gio", 2017, 255 }, /* progressive perhiperals */ { "zssc", 2026, 150 }, { "ppia", 2026, 187 }, { "ppta", 2026, 105 }, { "ppha", 2026, 1 }, { "mrsc", 2026, 0 }, /* CSA */ { "mgnsc", 1058, 17 }, { "otgsc", 1058, 21 }, /* Microbotics */ { "vhzsc", 1010, 69 }, /* Supra */ { "wstsc", 1056, 12 }, { "wstsc", 1056, 13 }, /* IVS */ { "itrmp", 2112, 48 }, { "itrmp", 2112, 52 }, { "ivasc", 2112, 242 }, { "ivsc", 2112, 243 }, /* Hydra */ { "ed", 2121, 1 }, /* ASDG */ { "ed", 1023, 254 }, /* Village Tronic Ariadne */ { "le", 2167, 201}, /* Village Tronic Ariadne II */ { "ne", 2167, 202}, /* bsc/Alf Data */ { "Tandem", 2092, 6 }, /* Tandem AT disk controler */ { "mfc", 2092, 16 }, { "mfc", 2092, 17 }, { "mfc", 2092, 18 }, /* Cirrus CL GD 5426 -> Picasso, Piccolo, EGS Spectrum */ { "grfcl", 2167, 11}, /* PicassoII mem */ { "grfcl", 2167, 12}, /* PicassoII regs */ { "grfcl", 2167, 21}, /* PicassoIV Z2 mem1 */ { "grfcl", 2167, 22}, /* PicassoIV Z2 mem2 */ { "grfcl", 2167, 23}, /* PicassoIV Z2 regs */ { "grfcl", 2167, 24}, /* PicassoIV Z3 */ { "grfcl", 2193, 2}, /* Spectrum mem */ { "grfcl", 2193, 1}, /* Spectrum regs */ { "grfcl", 2195, 5}, /* Piccolo mem */ { "grfcl", 2195, 6}, /* Piccolo regs */ { "grfcl", 2195, 10}, /* Piccolo SD64 mem */ { "grfcl", 2195, 11}, /* Piccolo SD64 regs */ /* MacroSystemsUS */ { "wesc", 2203, 19}, /* Warp engine */ /* phase 5 digital products */ { "flmem", 8512, 10}, /* FastlaneZ3 memory */ { "flsc", 8512, 11}, /* FastlaneZ3 */ { "cbsc", 8512, 12}, /* Cyberstorm Mk I SCSI */ { "bzivsc", 8512, 17}, /* Blizzard IV SCSI */ { "bztzsc", 8512, 24}, /* Blizzard 2060 SCSI */ { "cbiisc", 8512, 25}, /* Cyberstorm Mk II SCSI */ { "grfcv", 8512, 34}, /* CyberVison 64 */ { "grfcv3d", 8512, 67}, /* CyberVison 64/3D */ { "cbiiisc", 8512, 100}, /* Cyberstorm Mk III SCSI */ /* Hacker Inc. */ { "mlhsc", 2011, 1 }, /* Resource Management Force */ { "qn", 2011, 2 }, /* QuickNet Ethernet */ /* ??? */ { "empsc", 2171, 21 }, /* Emplant SCSI */ { "empsc", 2171, 32 }, /* Emplant SCSI */ /* Tseng ET4000 boards */ { "grfet", 2117, 3 }, /* Merlin mem */ { "grfet", 2117, 4 }, /* Merlin regs */ { "grfet", 2167, 1 }, /* Domino mem */ { "grfet", 2167, 2 }, /* Domino regs */ { "grfet", 2167, 3 }, /* Domino regs (proto 16M) */ { "grfet", 2181, 0 }, /* oMniBus */ /* Advanced Systems */ { "nxsc", 2102, 1 }, /* Nexus SCSI board */ /* Masoboshi */ { "mcsc", 8535, 4 }, /* Masoboshi Mastercard 702 */ /* Apollo */ { "apssc", 8738, 35 }, /* Apollo '060 scsi */ /* KATO development */ { "aumld", 2145, 128 }, /* Melody MPEG layer 2 audio board */ /* Individual Computers / Joerg Schoenfeld */ { "buddha", 4626, 0 }, { "X-serve", 4626, 23 }, /* X-serve Ethernet */ /* VMC Harald Frank */ { "blst", 5001, 1}, /* ISDN Blaster */ { "hyper4", 5001, 2}, /* Hypercom4-Zbus */ { "hyper3Z", 5001, 3}, /* Hypercom3-Zbus */ { "hyper4+", 5001, 6}, /* Hypercom4+ */ { "hyper3+", 5001, 7} /* Hypercom3+ */ }; static int naconfent = sizeof(aconftab) / sizeof(struct aconfdata); /* * Anything listed in this table is subject to pre-configuration, * if autoconf.c:config_console() calls amiga_config_found() on * the Zorro III device. */ static struct preconfdata preconftab[] = { {18260, 6, 0 }, /* Retina Z2 */ /* grf1 */ {18260, 16, 0}, /* Retina BLT Z3 */ /* grf2 */ {18260, 19, 0}, /* Altais */ {2167, 11, 0}, /* PicassoII mem */ /* grf3 */ {2167, 12, 0}, /* PicassoII regs */ {2167, 21, 0}, /* PicassoIV Z2 mem1 */ {2167, 22, 0}, /* PicassoIV Z2 mem2 */ {2167, 23, 0}, /* PicassoIV Z2 regs */ {2167, 24, 0}, /* PicassoIV Z3 */ {2193, 2, 0}, /* Spectrum mem */ {2193, 1, 0}, /* Spectrum regs */ {2195, 5, 0}, /* Piccolo mem */ {2195, 6, 0}, /* Piccolo regs */ {2195, 10, 0}, /* Piccolo SD64 mem */ {2195, 11, 0}, /* Piccolo SD64 regs */ {1030, 0, 0}, /* Ulwl board */ /* grf4 */ {8512, 34, 0}, /* Cybervison 64 */ /* grf5 */ {2117, 3, 0}, /* Merlin mem */ /* grf6 */ {2117, 4, 0}, /* Merlin regs */ {2167, 1, 0}, /* Domino mem */ {2167, 2, 0}, /* Domino regs */ {2167, 3, 0}, /* Domino regs (proto 16M) */ {2181, 0, 0}, /* oMniBus mem or regs */ {8512, 67, 0} /* Cybervison 64/3D */ /* grf7 */ }; static int npreconfent = sizeof(preconftab) / sizeof(struct preconfdata); void zbusattach __P((struct device *, struct device *, void *)); int zbusprint __P((void *, const char *)); int zbusmatch __P((struct device *, struct cfdata *, void *)); caddr_t zbusmap __P((caddr_t, u_int)); static char *aconflookup __P((int, int)); /* * given a manufacturer id and product id, find the name * that describes this board. */ static char * aconflookup(mid, pid) int mid, pid; { struct aconfdata *adp, *eadp; eadp = &aconftab[naconfent]; for (adp = aconftab; adp < eadp; adp++) if (adp->manid == mid && adp->prodid == pid) return(adp->name); return("board"); } /* * mainbus driver */ struct cfattach zbus_ca = { sizeof(struct device), zbusmatch, zbusattach }; static struct cfdata *early_cfdata; /*ARGSUSED*/ int zbusmatch(pdp, cfp, auxp) struct device *pdp; struct cfdata *cfp; void *auxp; { if (matchname(auxp, "zbus") == 0) return(0); if (amiga_realconfig == 0) early_cfdata = cfp; return(1); } /* * called to attach bus, we probe, i.e., scan configdev structs passed * in, for each found name call config_found() which will do this again * with that driver if matched else print a diag. */ void zbusattach(pdp, dp, auxp) struct device *pdp, *dp; void *auxp; { struct zbus_args za; struct preconfdata *pcp, *epcp; struct cfdev *cdp, *ecdp; epcp = &preconftab[npreconfent]; ecdp = &cfdev[ncfdev]; if (amiga_realconfig) { if (ZTWOMEMADDR) printf(": mem 0x%08lx-0x%08lx", ZTWOMEMADDR, ZTWOMEMADDR + NBPG * NZTWOMEMPG - 1); if (ZBUSAVAIL) printf (": i/o size 0x%08x", ZBUSAVAIL); printf("\n"); } for (cdp = cfdev; cdp < ecdp; cdp++) { for (pcp = preconftab; pcp < epcp; pcp++) { if (pcp->manid == cdp->rom.manid && pcp->prodid == cdp->rom.prodid) break; } if (amiga_realconfig == 0 && pcp >= epcp) continue; /* * check if it's a Zorro II or III board and not linked into * MemList (i.e. not a memory board) */ if ((cdp->rom.type & 0xe0) != 0xc0 && (cdp->rom.type & 0xe0) != 0x80) continue; /* er_Type != Zorro I/O */ za.pa = cdp->addr; za.size = cdp->size; if (amiga_realconfig && pcp < epcp && pcp->vaddr) za.va = pcp->vaddr; else { za.va = (void *) (isztwopa(za.pa) ? ztwomap(za.pa) : zbusmap(za.pa, za.size)); /* ??????? */ /* * save value if early console init */ if (amiga_realconfig == 0) pcp->vaddr = za.va; } za.manid = cdp->rom.manid; za.prodid = cdp->rom.prodid; za.serno = cdp->rom.serno; za.slot = (((u_long)za.pa >> 16) & 0xF) - 0x9; amiga_config_found(early_cfdata, dp, &za, zbusprint); } } /* * print configuration info. */ int zbusprint(auxp, pnp) void *auxp; const char *pnp; { struct zbus_args *zap; int rv; rv = UNCONF; zap = auxp; if (pnp) { printf("%s at %s:", aconflookup(zap->manid, zap->prodid), pnp); if (zap->manid == -1) rv = UNSUPP; } printf(" pa %8p man/pro %d/%d", zap->pa, zap->manid, zap->prodid); return(rv); } /* * this function is used to map Zorro physical I/O addresses into kernel * virtual addresses. We don't keep track which address we map where, we don't * NEED to know this. We made sure in amiga_init.c (by scanning all available * Zorro devices) to have enough kva-space available, so there is no extra * range check done here. */ caddr_t zbusmap (pa, size) caddr_t pa; u_int size; { static vaddr_t nextkva = 0; vaddr_t kva; if (nextkva == 0) nextkva = ZBUSADDR; if (nextkva > ZBUSADDR + ZBUSAVAIL) return 0; /* size better be an integral multiple of the page size... */ kva = nextkva; nextkva += size; if (nextkva > ZBUSADDR + ZBUSAVAIL) panic("allocating too much Zorro I/O address space"); physaccess((caddr_t)kva, (caddr_t)pa, size, PG_RW|PG_CI); return((caddr_t)kva); }