researchv10no/cmd/worm/oscsi/scsi.cpio - view

File: [Research Unix] / researchv10no / cmd / worm / oscsi / scsi.cpio
Revision 1.1.1.1 (vendor branch): download - view: text, annotated - select for diffs
Tue Apr 24 17:21:34 2018 UTC (8 years, 1 month ago) by root
Branches: belllabs, MAIN
CVS tags: researchv10, HEAD

researchv10 Norman

0707070035050422111006660011710000040000010273220464714144700000700000003143README This is a simple extensible shell (scsish) for poking at scsi devices, particularly the simpler kinds commonly called toasters. it is supposed to be self-documenting in use; try the help command. my use of the moran-dronek /dev/scsi library is still imperfect; there is still some some debugging showing. To compile, you first need mk. you then have to pick a system type to set some flags; currently we support research and sgi. yours may differ, particularly as no one else has our ansi C compiler for the sgi. the only problem i would expect is the normal header file crap you get mixing ansi and non-ansi files. i recommend setting NPROC=1 while debugging hdr files. if you change (header) files, try putting them in the directory inc (then others may benefit). To support a new system (say sgi-gcc), just create a new file sgi-gcc.mk and so on. you may be missing some devices in your /dev/scsi; the script scsi/gendev may help (but check the major/minor numbers and permissions). As for modifying/extending scsish, it has been designed to be not too hard. Adding a new device means adding a new set of rules (like the other rules) to mkfile and creating a new directory (say exabyte) and at least two files in it (dev.c and fns.h). The wren directory is a small example you can clone. Adding new functions to any device means updating a file list in mkfile, updating dev.c and fns.h in the device directory. The argument syntax scheme is arguably pokey, but liveable. at some future point we should probably switch over to osterhout's tcl. as always, i invite you send extensions/fixes etc back to [email protected] 0707070035050453661006660011710000040000010451330457563432000000500000000565TODO | COPY drive NUMBER NUMBER drive NUMBER {/*:COPY sdrive sstart nblocks ddrive dstart:: */ s_copy($2, $3, $4, $5, $6); } | READ drive NUMBER { struct scsi_ret output; s_read($2, $3, 1, &output); scsiodump(output.data, 1024); } | WRITE drive NUMBER { s_write($2, $3, 1); } | WRITE drive NUMBER NUMBER { s_write($2, $3, $4); } /*:WRITE drive start n:: */ 0707070035050450521006660011710000040000010447750457563431100001300000002057allocate.c#include <stddef.h> #include <stdio.h> #include <string.h> #include "scsi.h" #include "juke.h" allocate(char *vol_id, char *buf) { int drive, sh; char nbuf[512]; if(j_rdshelves(buf)) /* read in shelf names */ return(-1); if(j_getstatus(buf)) /* get the jukebox status */ return(-1); sh = j_shelfof(vol_id); if(sh >= 0){ sprintf(buf, "there is an existing '%s' on shelf %d", vol_id, sh); return(-1); } sh = j_shelfof(UNALLOCATED); if(sh < 0){ sprintf(buf, "no unallocated disks"); return(-1); } printf("using unallocated disk from shelf %d\n", sh); drive = min(nlun+1, NLUN-1); if(j_shelf_to_drive(sh, SIDEB, drive, buf) < 0) return(-1); sprintf(nbuf, "%sb", vol_id); if(j_wvolid(drive, nbuf, buf)) return(-1); j_wrshelf = 1; j_shelf[sh] = strdup(vol_id); if(j_drive_to_shelf(drive, sh, SIDEB, buf) < 0) return(-1); if(j_shelf_to_drive(sh, SIDEA, drive, buf) < 0) return(-1); sprintf(nbuf, "%sa", vol_id); if(j_wvolid(drive, nbuf, buf)) return(-1); if(j_drive_to_shelf(drive, sh, SIDEA, buf) < 0) return(-1); return(0); } 0707070035050452321006660011710000040000010576150463130011500000700000007736cold.c#include <stddef.h> #include <stdio.h> #include <string.h> #include "scsi.h" #include "juke.h" static sort(char *buf); cold_inv(char type, char *buf) { Side side; int drive, sh, nsh; int n; char vol_id[512]; int didit[NSHELF]; if(j_getstatus(buf)) /* get the jukebox status */ return(-1); printf("getstatus done\n"); /* first clear out nonexistent labels */ n = 0; for(sh = 0; sh < NSHELF; sh++){ if((j_status.shelf[sh]&0xC0) == 0xC0){ n++; j_shelf[sh] = "there"; } else j_shelf[sh] = 0; didit[sh] = 0; } printf("%d disks in shelves.\n", n); /* second, clear the drives */ for(sh = 0; sh < NSHELF; sh++) if(j_shelf[sh] == 0) break; for(drive = 0; drive < 8; drive++){ if(!j_status.lun[drive].diskin) continue; /* no disk in drive */ printf("clearing drive %d:\n", drive); if(j_status.lun[drive].diskindrive && !j_status.lun[drive].shelfvalid){ if(j_drive_to_shelf(drive, sh, SIDEA, buf)) return(-1); for(sh++; sh < NSHELF; sh++) if(j_shelf[sh] == 0) break; n++; } else if(j_drive_to_shelf(drive, -1, SIDEA, buf)) return(-1); printf("\n"); } printf("reloading %d disks.\n", n); side = SIDEA; drive = min(nlun+1, NLUN-1); j_wrshelf = 1; for(sh = 0; sh < NSHELF; sh++){ if(didit[sh]) continue; j_shelf[sh] = 0; /* the C0 means disk properly present (not temp) */ if((j_status.shelf[sh]&0xC0) == 0xC0){ if(getvol(sh, drive, vol_id, &side)) errexit(vol_id); switch(type) { case 'c': for(nsh = 0; j_shelf[nsh]; nsh++) ; break; case 's': case 'r': while(j_shelf[nsh = nrand(NSHELF)]) ; break; case 'u': default: nsh = sh; break; } printf("%s@%d -> %d\n", vol_id, sh, nsh); if(j_drive_to_shelf(drive, nsh, side, buf) < 0) return(-1); j_shelf[nsh] = strdup(vol_id); didit[nsh] = 1; sleep(2); } } printf("process any new disks.\n"); if(warm_inv(buf)) return(-1); if(type == 's') return(sort(buf)); return(0); } getvol(int sh, int drive, char *vol_id, int *side) { int i; char buf[512]; if(j_shelf_to_drive(sh, SIDEA, drive, vol_id) < 0) return(-1); if((i = j_rvolid(drive, buf)) < 0) goto softerr; if(i == 0) *side = SIDEA; else { *side = SIDEB; if(j_drive_to_shelf(drive, sh, SIDEA, vol_id) < 0) return(-1); if(j_shelf_to_drive(sh, SIDEB, drive, vol_id) < 0) return(-1); if((i = j_rvolid(drive, buf)) < 0) goto softerr; } if(i > 0) strcpy(vol_id, UNALLOCATED); else { strcpy(vol_id, buf); i = strlen(vol_id)-1; if(i < 0){ sprintf(buf, "apparently good superblock but null vol_id"); goto softerr; } else if(vol_id[i] == 'a') vol_id[i] = 0; else if(vol_id[i] == 'b'){ vol_id[i] = 0; *side = !*side; } else { sprintf(buf, "vol_id '%s' must end in a or b", vol_id); strcpy(vol_id, buf); return(-1); } } return(0); softerr: *side = SIDEA; fprintf(stderr, "error in reading shelf %d: %s; proceeding\n", sh, buf); sprintf(vol_id, "DISK_ERROR%d", sh); gen_reset(0, (int *)0, 0, (char **)0, buf); return(0); } static int index[NSHELF]; static cmp(int *a, int *b) { char *sa = j_shelf[*a], *sb = j_shelf[*b]; if((sa == 0) && (sb == 0)) return(0); if(sa == 0) return(-1); if(sb == 0) return(1); return(strcmp(sa, sb)); } static char *disk[8]; static sd(int a, int b, char *err) { disk[b] = j_shelf[a]; return(j_shelf_to_drive(a, SIDEB, b, err)); } static ds(int a, int b, char *err) { j_shelf[b] = disk[a]; return(j_drive_to_shelf(a, b, SIDEB, err)); } static sort(char *errbuf) { int i, j, org; for(i = 0; i < NSHELF; i++) index[i] = i; qsort(index, NSHELF, sizeof index[0], cmp); for(i = 0; i < NSHELF; i++){ if(index[i] < 0) continue; if(sd(org = i, NLUN-1, errbuf) < 0) return(-1); j = index[i]; index[i] = -1; while(j != org){ if(sd(j, NLUN-2, errbuf) < 0) return(-1); if(ds(NLUN-2, i, errbuf) < 0) return(-1); i = j; if(index[i] < 0) break; j = index[i]; index[i] = -1; } if(ds(NLUN-1, i, errbuf) < 0) return(-1); } return(0); } 0707070035050513661006440011710000040000010044130464677201700001000000027722dslib.c/* || dslib.c - library routines for /dev/scsi || || Copyright 1988, 1989, by || Gene Dronek (Vulcan Laboratory) and || Rich Morin (Canta Forda Computer Laboratory). || All rights reserved. */ #ident "dslib.c: $Revision: 1.1.1.1 $" #include <stdio.h> #include <sys/types.h> #include "dslib.h" #ifdef aux #include <sys/vio.h> #include <sys/scsireq.h> #endif aux int dsdebug=0; long dsreqflags; /* flag bits always set by filldsreq */ #define min(i,j) ( (i) < (j) ? (i) : (j) ) /* || Startup/shutdown ----------------------------------------------- */ static struct context *dsc[FDSIZ]; /* || dsopen - open device, set up structures */ struct dsreq * dsopen(opath, oflags) char *opath; int oflags; { struct dsreq *dsp; struct context *cp; int fd; DSDBG(fprintf(stderr,"dsopen(%s,%x) ", opath, oflags)); fd = open(opath, oflags); if (fd < 0) return NULL; /* can't open */ if (dsc[fd] != NULL) /* already in use */ ds_zot("dsopen: fd already in use"); cp = (struct context *) calloc(1, sizeof(struct context)); if (cp == NULL) /* can't allocate */ ds_zot("dsopen: can't allocate space"); dsc[fd] = cp; cp->dsc_fd = fd; dsp = &(cp->dsc_dsreq); dsp->ds_flags = 0; dsp->ds_time = 10 * 1000; /* 10 second default timeout */ dsp->ds_private = (ulong) cp; /* pointer back to context */ dsp->ds_cmdbuf = cp->dsc_cmd; dsp->ds_cmdlen = sizeof cp->dsc_cmd; dsp->ds_databuf = 0; dsp->ds_datalen = 0; dsp->ds_sensebuf = cp->dsc_sense; dsp->ds_senselen = sizeof cp->dsc_sense; DSDBG(fprintf(stderr,"=>cp %x, dsp %x\n", cp, dsp)); return dsp; } /* || dsclose - close device, release context struct. */ dsclose(dsp) struct dsreq *dsp; { int fd; struct context *cp; if (dsp == NULL) ds_zot("dsclose: dsp is NULL"); cp = (struct context *)dsp->ds_private; fd = getfd(dsp); if ( cp == NULL ) ds_zot("dsclose: private is NULL"); cfree(cp); dsc[fd] = (struct context *)NULL; return; } /* || Generic SCSI CCS Command functions ------------------------------------ || || dsp dsreq pointer || data data buffer pointer || datalen data buffer length || lba logical block address || vu vendor unique bits */ /* || testunitready00 - issue group 0 "Test Unit Ready" command (0x00) */ testunitready00(dsp) struct dsreq *dsp; { fillg0cmd(dsp, CMDBUF(dsp), G0_TEST, 0, 0, 0, 0, 0); filldsreq(dsp, 0, 0, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || requestsense03 - issue group 0 "Request Sense" command (0x03) */ requestsense03(dsp, data, datalen, vu) struct dsreq *dsp; caddr_t data; long datalen; char vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_REQU, 0, 0, 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ); return(doscsireq(getfd(dsp), dsp)); } /* || write0a - issue group 0 "Write" command (0x0a) */ write0a(dsp, data, datalen, lba, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_WRIT, B3(lba), B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ); return(doscsireq(getfd(dsp), dsp)); } /* || inquiry12 - issue group 0 "Inquiry" command (0x12) */ inquiry12(dsp, data, datalen, vu) struct dsreq *dsp; caddr_t data; long datalen; char vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_INQU, 0, 0, 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || modeselect15 - issue group 0 "Mode Select" command (0x15) || || save 0 - don't save saveable pages || 1 - save saveable pages */ modeselect15(dsp, data, datalen, save, vu) struct dsreq *dsp; caddr_t data; long datalen; char save, vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_MSEL, save&1, 0, 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_WRITE|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || modesense1a - issue group 0 "Mode Sense" command (0x1a) || || pagectrl 0 - current values || 1 - changeable values || 2 - default values || 3 - saved values || || pagecode 0 - vendor unique || 1 - error recovery || 2 - disconnect/reconnect || 3 - direct access dev. fmt. || 4 - rigid disk geometry || 5 - flexible disk || 6-9 - see specific dev. types || 0a - implemented options || 0b - medium types supported || 3f - return all pages */ modesense1a(dsp, data, datalen, pagectrl, pagecode, vu) struct dsreq *dsp; caddr_t data; long datalen; char pagectrl, pagecode, vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_MSEN, 0x10, ((pagectrl&3)<<6) | (pagecode&0x3F), 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || senddiagnostic1d - issue group 0 "Send Diagnostic" command (0x1d) || || self 0 - run test, hold results || 1 - run test, return status || || dofl 0 - device online || 1 - device offline || || uofl 0 - unit online || 1 - unit offline */ senddiagnostic1d(dsp, data, datalen, self, dofl, uofl, vu) struct dsreq *dsp; caddr_t data; long datalen; char self, dofl, uofl, vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_MSEN, (self&1)<<2 | (dofl&1)<<1 | (uofl&1), 0, B2(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || readcapacity25 - issue group 1 "Read Capacity" command (0x25) || || pmi 0 - return last logical block, entire unit || 1 - return last logical block, current track */ readcapacity25(dsp, data, datalen, lba, pmi, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char pmi, vu; { fillg1cmd(dsp, CMDBUF(dsp), G1_RCAP, 0, B4(lba), 0, 0, pmi&1, B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE /* |DSRQ_CTRL2 */ ); /* dsp->ds_time = 100; /* often takes a while */ return(doscsireq(getfd(dsp), dsp)); } /* || readextended28 - issue group 1 "Read Extended" command (0x28) */ readextended28(dsp, data, datalen, lba, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char vu; { fillg1cmd(dsp, CMDBUF(dsp), G1_READ, 0, B4(lba), 0, B2(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE /* |DSRQ_CTRL2 */ ); /* dsp->ds_time = 100; /* often takes a while */ return(doscsireq(getfd(dsp), dsp)); } /* || writeextended2a - issue group 1 "Write Extended" command (0x2a) */ writeextended2a(dsp, data, datalen, lba, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char vu; { fillg1cmd(dsp, CMDBUF(dsp), G1_WRIT, 0, B4(lba), 0, B2(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE /* |DSRQ_CTRL2 */ ); /* dsp->ds_time = 100; /* often takes a while */ return(doscsireq(getfd(dsp), dsp)); } /* || Support functions ---------------------------------------------------- */ /* || fillg0cmd - Fill a Group 0 command buffer */ fillg0cmd(dsp, cmd, b0,b1,b2,b3,b4,b5) struct dsreq *dsp; uchar_t *cmd, b0,b1,b2,b3,b4,b5; { uchar_t *c = cmd; DSDBG(fprintf(stderr,"fillg0cmd(%x,%x, %02x %02x %02x %02x %02x %02x)\n", dsp, cmd, b0,b1,b2,b3,b4,b5)); *c++ = b0, *c++ = b1, *c++ = b2, *c++ = b3, *c++ = b4, *c++ = b5; CMDBUF(dsp) = (caddr_t) cmd; CMDLEN(dsp) = 6; } /* || fillg1cmd - Fill a Group 1 command buffer */ fillg1cmd(dsp, cmd, b0,b1,b2,b3,b4,b5,b6,b7,b8,b9) struct dsreq *dsp; uchar_t *cmd, b0,b1,b2,b3,b4,b5,b6,b7,b8,b9; { uchar_t *c = cmd; DSDBG(fprintf(stderr, "fillg1cmd(%x,%x, %02x %02x %02x %02x %02x %02x %02x %02x %02x %02x)\n", dsp, cmd, b0,b1,b2,b3,b4,b5,b6,b7,b8,b9)); *c++ = b0, *c++ = b1, *c++ = b2, *c++ = b3, *c++ = b4, *c++ = b5; *c++ = b6, *c++ = b7, *c++ = b8, *c++ = b9; CMDBUF(dsp) = (caddr_t) cmd; CMDLEN(dsp) = 10; } /* || filldsreq - Fill a dsreq structure */ filldsreq(dsp,data,datalen,flags) struct dsreq *dsp; uchar_t *data; { DSDBG(fprintf(stderr,"filldsreq(%x,%x,%d,%x) cmdlen %d\n", dsp,data,datalen,flags,CMDLEN(dsp))); dsp->ds_flags = flags | dsreqflags | (((dsdebug&1) ? DSRQ_TRACE : 0) | ((dsdebug&2) ? DSRQ_PRINT : 0)); dsp->ds_time = 10 * 1000; /* default to 10 seconds */ dsp->ds_link = 0; dsp->ds_synch = 0; dsp->ds_ret = 0; DATABUF(dsp) = (caddr_t) data; DATALEN(dsp) = datalen; } /* || bprint - print array of bytes, in hex. */ #define hex(x) "0123456789ABCDEF" [ (x) & 0xF ] bprint(s,n,nperline,space) char *s; { int i, x; char *sp = (space) ? " ": ""; for(i=0;i<n;i++) { x = s[i]; fprintf(stderr,((i%4==3)?"%c%c%s%s":"%c%c%s"), hex(x>>4), hex(x), sp, sp); if ( i%nperline == (nperline - 1) ) fprintf(stderr,"\n"); } if ( space ) fprintf(stderr,"\n"); } /* || doscsireq - issue scsi command, return status or -1 error. */ doscsireq( fd, dsp) int fd; /* ioctl file descriptor */ struct dsreq *dsp; /* devscsi request packet */ { int cc; int retries = 4; uchar_t sbyte; DSDBG(fprintf(stderr,"doscsireq(%d,%x) %x ---- %s\n",fd,dsp, (CMDBUF(dsp))[0], ds_vtostr( (CMDBUF(dsp))[0], cmdnametab))); /* * loop, issuing command * until done, or further retry pointless */ while ( --retries > 0 ) { caddr_t sp; sp = SENSEBUF(dsp); DSDBG(fprintf(stderr,"cmdbuf = "); bprint(CMDBUF(dsp),CMDLEN(dsp),16,1)); if ( (dsp->ds_flags & DSRQ_WRITE) ) DSDBG(bprint( DATABUF(dsp), min(50,DATALEN(dsp)),16,1 )); DSDBG(fprintf(stderr,"databuf datalen %x %d\n",DATABUF(dsp), DATALEN(dsp))); cc = ioctl( fd, DS_ENTER, dsp); if ( cc < 0) { ds_panic(dsp, "cannot ioctl fd %d\n",fd); } DSDBG(fprintf(stderr,"cmdlen after ioctl=%d\n",CMDLEN(dsp))); DSDBG(fprintf(stderr,"ioctl=%d ret=%x %s", cc, RET(dsp), RET(dsp) ? ds_vtostr(RET(dsp),dsrtnametab) : "")); DSDBG(if (SENSESENT(dsp)) fprintf(stderr," sensesent=%d", SENSESENT(dsp))); DSDBG(fprintf(stderr, " cmdsent=%d datasent=%d sbyte=%x %s\n", CMDSENT(dsp), DATASENT(dsp), STATUS(dsp), ds_vtostr(STATUS(dsp), cmdstatustab))); DSDBG(if ( FLAGS(dsp) & DSRQ_READ ) bprint( DATABUF(dsp), min(16*16,DATASENT(dsp)), 16,1)); #ifdef aux /* * check for AUX bus-error * we retry with poll-dma */ if ( RET(dsp) == DSRT_AGAIN ) { int n = SDC_RDPOLL|SDC_WRPOLL; DSDBG(fprintf(stderr,"setting rd/wr-poll")); cc = ioctl( fd, DS_SET, n); /* set bits */ if ( cc != 0 ) return -1; } #endif aux if ( RET(dsp) == DSRT_NOSEL ) continue; /* retry noselect 3X */ /* decode sense data returned */ if ( SENSESENT(dsp) ) { DSDBG( fprintf(stderr, "sense key %x - %s\n", SENSEKEY(sp), ds_vtostr( SENSEKEY(sp), sensekeytab)); bprint( SENSEBUF(dsp), min(100, SENSESENT(dsp)), 16,1); ); } DSDBG(fprintf(stderr, "sbyte %x\n", STATUS(dsp))); /* decode scsi command status byte */ sbyte = STATUS(dsp); switch (sbyte) { case 0x08: /* BUSY */ case 0x18: /* RESERV CONFLICT */ sleep(2); continue; case 0x00: /* GOOD */ case 0x02: /* CHECK CONDITION */ case 0x10: /* INTERM/GOOD */ default: return sbyte; } } return -1; /* fail retry limit */ } /* || opttovar - lookup option in table, return var addr (NULL if fail) */ int * opttovar( ostr, table) char *ostr; struct opttab{ char *opt; int *var; } *table; { register struct opttab *tp; for (tp=table; (tp->var); tp++) if ( strncmp( ostr, tp->opt, 3) == 0 ) break; if ( !tp->var ) fprintf(stderr,"unknown option %s", ostr); return (tp->var); } /* || ds_vtostr - lookup value in table to return string pointer */ char * ds_vtostr( v, table) long v; struct vtab *table; { register struct vtab *tp; for (tp=table; (tp->string); tp++) if ( v == tp->val ) break; return (tp->string) ? tp->string : ""; } /* || ds_panic - yelp, leave... */ ds_panic( fmt, v) char *fmt; int v; { extern errno; fprintf(stderr,fmt,v); fprintf(stderr,"\nerrno = %d\n",errno); exit(1); } /* || ds_zot - go away, with a message. */ ds_zot(message) char *message; { fprintf(stderr, "%s\n", message); exit(1); } 0707070035050453640407770011710000040000020451370464700560700001000000000000generic0707070035050453631006660011710000040000010255410464713532400001600000002147generic/dev.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static int gen_id(int, int *, int, char **, char *); static Function fns[] = { { "capacity", "capacity [lun=0]", "L?", gen_capacity }, { "display", "display", "", gen_display }, { "dev", "dev [type] # dev ? for list", "S?", gen_dev }, { "help", "help [cmd]", "S?", gen_help }, { "id", "id [target=0]", "L?", gen_id }, { "inq", "inq [lun=0]", "L?", gen_inq }, { "readt", "readt count [lun=0]", "IL?", gen_readt }, { "reset", "reset", "", gen_reset }, { "scsi", "scsi bytes... # 6 or 10", "I?I?I?I?I?I?I?I?I?I?", gen_scsi }, { "sense", "sense [lun=0]", "L?", gen_sense }, { "start", "start [lun=0]", "L?", gen_start }, { "stop", "stop [lun=0]", "L?", gen_stop }, { "testunit", "testunit [lun=0", "L?", gen_tur }, { 0 } }; Device genericdev = { "scsi", "generic scsi", gen_extsense, fns }; static int gen_id(int niargs, int *iargs, int ncargs, char **cargs, char *err) { #pragma ref ncargs #pragma ref cargs #pragma ref err if(niargs == 0) printf("current SCSI id = %d\n", s_id); else scsi_target(iargs[0]); return(0); } 0707070035050453621006660011710000040000010255560464677353600001600000002107generic/inq.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" char *gen_rmb[2] = { "nonremovable", "removable" }; char *gen_devtype[256] = { "direct access", "sequential access", "printer", "processor", "worm", "cd-rom" }; int gen_inq(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i; #pragma ref ncargs #pragma ref cargs if(niargs == 0) for(niargs = 0; niargs < 8; niargs++) iargs[niargs] = niargs; for(i = 0; i < niargs; i++){ set6(cmd, 0x12, iargs[i]<<5, 0, 0, 36, 0); if(n = s_io(0, &cmd, 0, &ret, -36, err)) return(n); printf("inq(%d,%d): %s %s;", s_id, iargs[i], gen_rmb[ret.data[1]>>7], gen_devtype[ret.data[0]]); if(ret.data[4] >= 16){ char buf[256]; fixedstr(&ret.data[8], 8, buf); printf(" %s", buf); if(ret.data[4] >= 32){ fixedstr(&ret.data[16], 16, buf); printf("/%s", buf); if(ret.data[4] >= 36){ fixedstr(&ret.data[32], 4, buf); printf(" rev=%s", buf); } } } printf(" [%d bytes]\n", ret.data[4]); } return(0); } 0707070035050453611006660011710000040000011500150464667004700002000000002650generic/sense.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_sense(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0x03, iargs[0]<<5, 0, 0, 4, 0); if(n = s_io(0, &cmd, 0, &ret, 4, err)) return(n); printf("sense(%d,%d): ", s_id, iargs[0]); if((ret.data[0]&0x7F) == 0) printf("no error\n"); else { printf("error class=0x%x, code=0x%x, sense=0x%x", (ret.data[0]>>4)&7, ret.data[0]&0xF, ret.data[2]&0xF); if(ret.data[0]&0x80) printf(", addr=0x%x", ret.data[3]+256L*ret.data[2]+256L*256*ret.data[1]); printf("\n"); } return(0); } static char *exstab[16] = { "no sense", "recovered error", "not ready", "medium error", "hardware error", "illegal request", "unit attention", "data protect", "blank check", "vendor specific (#9)", "copy aborted", "aborted command", "equal", "volume overflow", "miscompare", "reserved (#f)", }; void gen_extsense(uchar *data, char *dest, int ndata) { int class; class = (data[0]>>4)&7; if(class == 7){ if(data[0]&0x80) sprintf(dest, "extended sense: %s info=#%2.2x#%2.2x#%2.2x#%2.2x", exstab[data[2]&0xF], data[3], data[4], data[5], data[6]); else sprintf(dest, "extended sense: %s", exstab[data[2]&0xF]); } else { sprintf(dest, "sense: class=#%x, code=#%x", class, data[0]&0xF); } } 0707070035050453571006660011710000040000010451570457563432000002000000000613generic/start.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_start(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0x1B, iargs[0]<<5, 0, 0, 1, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); return(0); } 0707070035050453561006660011710000040000010451730457563432000001700000000612generic/stop.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_stop(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0x1B, iargs[0]<<5, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); return(0); } 0707070035050453551006660011710000040000010451750457563432000002300000001115generic/capacity.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_capacity(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; unsigned long ns, ss; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set10(cmd, 0x25, iargs[0]<<5, 0, 0, 0, 0, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 8, err)) return(n); ns = longat(&ret.data[0]); ss = longat(&ret.data[4]); printf("capacity(%d,%d): %ld blocks of %ld bytes (#%xx#%x)\n", s_id, iargs[0], ns, ss, ns, ss); return(0); } 0707070035050453541006660011710000040000010451770457563432000002200000002323generic/display.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" extern char *gen_rmb[2]; extern char *gen_devtype[256]; int gen_display(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i, old_id; int retv = 0; char rev[100], vendor[100], product[100]; #pragma ref niargs #pragma ref iargs #pragma ref ncargs #pragma ref cargs old_id = s_id; for(s_id = 0; s_id < 8; s_id++){ printf("target %d:\n"); set6(cmd, 0x00, 0, 0, 0, 0, 0); if(s_io(0, &cmd, 0, &ret, 0, err)) continue; printf("responded to test unit ready\n"); continue; for(i = 0; i < 8; i++){ set6(cmd, 0x12, i<<5, 0, 0, 36, 0); if(n = s_io(0, &cmd, 0, &ret, -36, err)){ retv = n; break; } if(ret.nread >= 16) fixedstr(&ret.data[8], 8, vendor); else sprintf(vendor, "??"); if(ret.nread >= 32) fixedstr(&ret.data[16], 16, product); else sprintf(product, "??"); if(ret.nread >= 16) fixedstr(&ret.data[32], 4, rev); else sprintf(vendor, "??"); printf("\tlun(%d): %s %s, %s/%s rev=%s\n", i, gen_rmb[ret.data[1]>>7], gen_devtype[ret.data[0]], vendor, product, rev); } } s_id = old_id; return(retv); } 0707070035050453531006660011710000040000011504230464700546400002000000000753generic/reset.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" #include <scsi.h> int gen_reset(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; #pragma ref niargs #pragma ref iargs #pragma ref ncargs #pragma ref cargs set6(cmd, 0, 0, 0, 0, 0, 0); cmd.bus_id = s_id; cmd.flags |= SCSI_RESET | SCSI_BRESET; /* should probably test for some kind of error... */ ss_io(0, &cmd, 0, &ret, 0, err); return(0); } 0707070035050453521006660011710000040000010452030457563432100001600000000674generic/tur.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_tur(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0x00, iargs[0]<<5, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); printf("(%d,%d): good status\n", s_id, iargs[0]); return(0); } 0707070035050453511006660011710000040000010452040457563432100001700000001215generic/scsi.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_scsi(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref ncargs #pragma ref cargs switch(niargs) { case 6: set6(cmd, iargs[0], iargs[1], iargs[2], iargs[3], iargs[4], iargs[5]); break; case 10: set10(cmd, iargs[0], iargs[1], iargs[2], iargs[3], iargs[4], iargs[5], iargs[6], iargs[7], iargs[8], iargs[9]); break; default: sprintf(err, "number of bytes (%d) must be 6 or 10\n", niargs); return(1); } if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); return(0); } 0707070035050453501006660011710000040000010255540464677346100001600000001234generic/fns.hextern int gen_inq(int, int *, int, char **, char *); extern int gen_dev(int, int *, int, char **, char *); extern int gen_help(int, int *, int, char **, char *); extern int gen_sense(int, int *, int, char **, char *); extern int gen_start(int, int *, int, char **, char *); extern int gen_stop(int, int *, int, char **, char *); extern int gen_capacity(int, int *, int, char **, char *); extern int gen_display(int, int *, int, char **, char *); extern int gen_reset(int, int *, int, char **, char *); extern int gen_tur(int, int *, int, char **, char *); extern int gen_scsi(int, int *, int, char **, char *); extern int gen_readt(int, int *, int, char **, char *); 0707070035050513641006660011710000040000010255520464677343300002000000002007generic/readt.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int gen_readt(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i; unsigned long ns, ss; long bs, addr; long t1, t2; #pragma ref ncargs #pragma ref cargs if(niargs == 1) iargs[1] = 0; set10(cmd, 0x25, iargs[1]<<5, 0, 0, 0, 0, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 8, err)) return(n); ns = longat(&ret.data[0]); ss = longat(&ret.data[4]); bs = ss? sizeof(ret.data)/ss : 1; time(&t1); srand(t1); addr = nrand(ns-iargs[0])-1; printf("read(%d,%d): %d blocks @%d (chunk=%dx%d),", s_id, iargs[1], iargs[0], addr, bs, ss); fflush(stdout); time(&t1); for(i = iargs[0]; i > 0; i -= bs){ set10(cmd, 0x28, iargs[1]<<5, addr>>24, addr>>16, addr>>8, addr, 0, 0, bs*0, 0); if(n = s_io(0, &cmd, 0, &ret, bs*ss, err)) return(n); addr += bs; } time(&t2); printf(" t=%ds (%.0fKB/s)\n", t2-t1, (iargs[0]*(float)ss/1024.)/((t1 == t2)? 1:t2-t1)); return(0); } 0707070035050450541006660011710000040000010253650464677245500001400000001727getstatus.c#include <stddef.h> #include <stdio.h> #include "scsi.h" #include "juke.h" struct Jstatus j_status; static dolun(struct Lunstatus *lun, uchar *u) { lun->poweron = ((*u)&0x80) == 0; lun->diskin = ((*u)&0x40) != 0; lun->ready = ((*u)&0x01) != 0; u++; lun->diskindrive = ((*u)&0x80) != 0; lun->driveshelf = (*u)&0x7F; u++; lun->shelfvalid = ((*u)&0x80) != 0; lun->retshelf = (*u)&0x7F; } j_getstatus(char *err) { struct scsi_cmd cmd; struct scsi_return ret; int i; set6(cmd, 0x1D, 0, 0, 0, 10, 0); memset(cmd.data, 0, 10); cmd.data[0] = 0xE2; if(s_io(1, &cmd, 10, &ret, 0, err)) return(-1); set6(cmd, 0x1C, 0, 0, 0, 128, 0); if(s_io(0, &cmd, 0, &ret, 128, err)) return(-1); for(i = 0; i < 8; i++) dolun(&j_status.lun[i], &ret.data[16+4*i]); for(i = 0; i < NSHELF; i++) j_status.shelf[i] = ret.data[48+i]; j_status.iounit = ret.data[98]; j_status.carrier = ret.data[99]; j_status.udrive = ret.data[100]; j_status.ldrive = ret.data[101]; return(0); } 0707070035050422060407770011710000040000020273120464713312700000400000000000inc0707070035050422051006660011710000040000010273140464713312700001300000000247inc/scsi.h#define SCSI_WR 0x80 #define SCSI_RD 0x40 #define SCSI_BRESET 0x20 #define SCSI_RESET 0x10 #define SCSI_SENSE 0x08 #define SCSI_LTMOUT 0x04 #define SCSI_CERR 0x01 0707070035050450411006660011710000040000010450110457563431200001200000002035iodr_sh.c#include "scsi.h" #include "juke.h" j_shelf_to_drive(int sh, Side side, int dr, char *err) { struct scsi_cmd cmd; struct scsi_return ret; set6(cmd, 0xD6, dr<<5, 0, (sh<<1)|side, 0, 0); return(s_io(0, &cmd, 0, &ret, 0, err)); } j_drive_to_shelf(int dr, int sh, Side side, char *err) { struct scsi_cmd cmd; struct scsi_return ret; if(sh < 0) set6(cmd, 0xD7, dr<<5, 0, 0, 0, 0); else set6(cmd, 0xD7, (dr<<5)|1, 0, (sh<<1)|side, 0, 0); return(s_io(0, &cmd, 0, &ret, 0, err)); } int j_empty_drive(long tlimit, char *buf) { int i, tstop; tstop = time((long *)0) + tlimit; while(time((long *)0) <= tstop){ setnlun(); /* in case it changes */ /* look for empty drives */ for(i = 0; i < nlun; i++) if(!j_status.lun[i].diskin) return(i); /* look for spun down drives */ for(i = 0; i < nlun; i++){ if(!j_status.lun[i].ready){ if(j_drive_to_shelf(i, -1, SIDEA, buf)) return(-1); else return(i); } } sleep(10); if(j_getstatus(buf)) /* get the jukebox status */ return(-1); } return(-1); } 0707070035050450401006660011710000040000010450120457563431300001400000002643ioshelves.c#include <stddef.h> #include <stdio.h> #include <string.h> #include "scsi.h" #include "juke.h" char *j_shelf[NSHELF]; int j_wrshelf = 0; j_rdshelves(char *err) { FILE *fp; static haveread = 0; int shno; char vname[256]; if(haveread) return(0); for(shno = 0; shno < NSHELF; shno++) j_shelf[shno] = 0; if((fp = fopen(JUKEDIR, "r")) == NULL){ pperror(err, JUKEDIR); return(-1); } while(fscanf(fp, "%d %s\n", &shno, vname) == 2){ if((shno < 0) || (shno >= NSHELF)){ fprintf(stderr, "Warning: bad shelf number in %s: %d (vol_id=%s)\n", JUKEDIR, shno, vname); continue; } j_shelf[shno] = strdup(vname); } fclose(fp); haveread = 1; return(0); } j_wrshelves(char *err) { FILE *fp; int shno; if((fp = fopen(JUKEDIR, "w")) == NULL){ pperror(err, JUKEDIR); return(-1); } for(shno = 0; shno < NSHELF; shno++) if(j_shelf[shno]) fprintf(fp, "%d %s\n", shno, j_shelf[shno]); fclose(fp); return(0); } int j_shelfof(char *vol_id) { int i; char buf[512]; for(;;){ for(i = 0; i < NSHELF; i++) if(j_shelf[i] && (strcmp(j_shelf[i], vol_id) == 0)) return(i); if((i = warm_inv(buf)) <= 0) break; } if(i < 0) fprintf(stderr, "jukebox: %s\n", buf); return(-1); } int j_driveof(char *vol_id) { int i, sh; if((sh = j_shelfof(vol_id)) < 0) return(-1); for(i = 0; i < NLUN; i++) if(j_status.lun[i].shelfvalid && (j_status.lun[i].retshelf == sh)) return(i); return(-1); } 0707070035050452251006660011710000040000010447370457563430700000700000004561juke.3.TH INTERNAL 3 .CT 2 file_io .SH NAME jukebox routines .tr %" .SH SYNOPSIS .B "#include %hdr.h%" .PP .tr %% .B "int j_shelf_to_drive(int sh, Side side, int dr, char *err)" .PP .B "int j_drive_to_shelf(int dr, int sh, Side side, char *err)" .PP .B "int j_empty_drive(int tlim, char *buf)" .PP .B "void j_rdshelves(char *buf)" .PP .B "int j_getstatus(char *buf)" .PP .B "int j_scsiio(struct scsi_cmd *cmd, int ncmd," .br .B "\ \ \ \ \ \ struct scsi_return *ret, int nret, char *err)" .PP .B "int j_shelfof(char *vol_id)" .PP .B "int j_volid(int dr, char *err)" .PP .B "extern char *j_shelf[NSHELF];" .PP .B "extern void pperror(char *buf, char *mesg); .SH DESCRIPTION .I J_shelf_to_drive places the disk in shelf .I sh in logical drive .IR dr . It returns 0 on success; otherwise an error message is placed in .I err . .PP .I J_drive_to_shelf places the disk in logical drive .IR dr in shelf .IR sh . If .I sh is negative, the disk is returned to its home shelf. It returns 0 on success; otherwise an error message is placed in .IR err . .PP .I J_rdshelves initializes each element of .I j_shelf to the volid of the disk on that shelf. A zero pointer means there is no disk; a name of .B UNALLOCATED means the disk has not been allocated a name yet. It returns 0 on success; otherwise an error message is placed in .IR err . .PP .I J_getstatus initializes .B j_status which include the following fields: .EX struct Lunstatus lun[NLUN]; /* disk status */ uchar shelf[NSHELF]; /* shelf status */ uchar iounit; /* I/O unit status */ uchar carrier; /* carrier status */ uchar udrive; /* upper drive status */ uchar ldrive; /* lower drive status */ .EE A return value of 0 implies success; otherwise \-1 is returned and an error message is placed in .IR err . .PP .I J_scsiio performs a SCSI transaction. It sends the command in .I cmd and .I ncmd data bytes and stores the return status in .IR ret . A return value of 0 implies success; otherwise \-1 is returned and an error message is placed in .IR err . .PP .I J_shelfof returns the shelf number of the disk labelled .IR vol_id . If there is no such disk, \-1 is returned. .PP .I J_volid returns the volid of the disk on drive .I dr in .IR err . A return value of 0 implies success; otherwise \-1 is returned and an error message is placed in .IR err . .PP .I Pperror returns an error message that is contained in .IR buf. .PP .SH "SEE ALSO" .SH DIAGNOSTICS 0707070035050453601006660011710000040000010447430457563430700000700000003362juke.h#define NLUN 8 #define NSHELF 50 extern int nlun; extern void setnlun(void); extern char *j_shelf[NSHELF]; extern int j_wrshelf; /* need to write out shelves */ extern j_rdshelves(char *err); extern j_wrshelves(char *err); extern j_inventory(char cold, int tlim, char *err); typedef enum { SIDEA = 0, SIDEB = 1 } Side; struct Lunstatus { unsigned int poweron:1; /* is power on ? */ unsigned int diskin:1; /* is disk in drive? */ unsigned int ready:1; /* is disk spun up or spun down? */ unsigned int writeprotect:1; /* is disk write protected? */ unsigned int diskindrive:1; /* is driveshelf a drive number? */ unsigned int shelfvalid:1; /* is retshelf valid? */ uchar driveshelf; /* drive number */ uchar retshelf; /* return shelf */ }; struct Jstatus { struct Lunstatus lun[NLUN]; /* disk status */ uchar shelf[NSHELF]; /* shelf status */ uchar iounit; /* I/O unit status */ uchar carrier; /* carrier status */ uchar udrive; /* upper drive status */ uchar ldrive; /* lower drive status */ }; extern struct Jstatus j_status; extern int j_getstatus(char *err); extern int j_shelfof(char *vol_id); extern int j_driveof(char *vol_id); extern char *strdup(char *); extern int j_shelf_to_drive(int, Side, int, char *); extern int j_drive_to_shelf(int, int, Side, char *); extern int j_empty_drive(long, char *); extern int j_rvolid(int, char *); extern int j_wvolid(int, char *, char *); extern void pperror(char *buf, char *mesg); extern int reserve_drive(int, char *); extern int release_drive(int, char *); extern int cold_inv(char, char *); extern int warm_inv(char *); extern int j_load(char *vol_id, char *buf, long tlim); extern int j_unload(char *vol_id, char *buf); #define JUKEDIR "/usr/worm/jukedir" #define UNALLOCATED "<unallocated>" 0707070035050450551007770011710000040000010576210464700562400001000000215126jukebox\H"��^Юn��P�P�Հ��P��p�P��P��[�� P��t.��$^Ь[ЬZ�V��WЏ�B��~��6\��W?��Z�[��2�PY�P��YP�P�e|&�P�ah��P�U��P�w@ÏmPQ6�A�P`7��B�MX�c�wl�V�U��J��?��4��)��W� ��/e��<)�P��@�� e��V'��!�� W��Ub[��LbU�Ej��X��W �W��2�X��?��X��W�P�v��@��l��=��X�h�� Џu��~��P�0�V2�X��l?��X��P��{��X��@�PY��Y��P��Y��.��Y��P��Y��.�Y��n6��;��P�PU�Y�Y2#�I�Dc�I�;c�Y��$6�Y��zX��P��H�~��*��OX��!��X��.��*ݬ��X��-��*^��v�P ��X��-��\*��Q�P ��QX��z-��-*�[�[�.�K�m��U��|gUZˏ��jU��[��4��cUɏ�[T�UTxjU�UU�E�%W��4@��bUɏ�[T�UTxjU�UU�E��V��4 ��~4��t��q4ˏ��jUS��Ux��UU�E�_a.��Uˏ��UT��~x��UU�E�>a��'��)4 ��~��4 ��4��3�[��^Ь[��P ��6��V��,��(�� P ��V��+��(�Z�Z^�J��U��|gUYˏ��iU>�[ ˏ��iU0��~ݏ��Z��P��?V��h+�Z�Ь[�[�� P�[��o��V��:+��'ݬ��'�PZ�Zݬ��[��:Џ��Pj��Uݬ��^�PY�J�_�[�Y��@�Y�[�Y�~�Z��P Џ��P!�[�Y��P Џ��P �J�a_�Pxcan't find vol_id %s <unknown shelf??>unallocated shelf number %d??ab%s%c): in shelflower,%supper,%slun %d(onlineofflineUsage: jukebox [-aemprsuU] [-w secs] [vol_id %d: %s %d jukebox: %s -a needs a vol_id-e needs a vol_idaemprsuUw:^Ь[ЬZ�Z��>�P Џ��P��Z�� P Џ��P�s�[��N�PY�Y �Y�[��Z��D8Џ��P�C��PY�Y��[�Z��8Џ��P��Y��0��S~��?0�PX�Z�X��Y��P Џ��P��[��7�Z��X��P Џ��P��R�[��8�PI�-]�Z��Y�X��P Џ��Pi�Z�X�~�Y��V�P Џ��PM�[��I��.7�Z��X��P Џ��P�Z�~�Y�X��i�P Џ��P�P%sa%sbusing unallocated disk from shelf %d no unallocated disks<unallocated>there is an existing '%s' on shelf %d��^��[ЬZ�Z��P Џ��P��.�V�Y�Y27��gUʏ?��U�U��VЏ�I��[�I�[�I�8��Y��V��.�Y�Y2�I�[�Y��X�X�ˏ��H�>\U��X��)��V.�H�\Uˏ��UTCʏ��U:�Z�~�Y�X�� P Џ��P��Y�Y2�I�[�Y��V$�Z�~ݏ��X�� P Џ��P��-�X�C��V��u��-��4��P~��P-�PX��O�Y�Y2��I�8��I�Z��gUʏ?��U�U��4��8��X�Y�� P��8��[�0��0�U�U�r7�U�s.�U�u<�U�u3��0��c&�W�G��Y�W��2��0�PW�@��Y��YW�W�Y��8��p��,�Z��4�~�W�X��i �P Џ��P`��8��'5�PG�Y�G�8��3�Y��k,�Z�� P Џ��P�[�s�Z��B�P�^Ь[ЬZЬY�Y�Z�~�[��x�P Џ��P�j��Z��:�PX��XԼ\��Y�~�[�Z��P Џ��P�%�Y�Z��[��P Џ��P��Z��PX��X��Y��3��Y��3�Y��'4�PX�X��2a�YXU�e�a�YXU�eK�YXU�e�b�YXU�eռ�W�W�W�)�Y��@��Q2��Y��P3Џ��PF�PBԼ��[��M��#�[��Y�� 2��~�~�~�~�� PмU�E�W[мU�E�WZ�[�Z�P!�[ Џ��P�Z�P�Z�[��}2ЬUЬT�E�OWD��xݬݬ�ݬ��ЬUЬT�E��xD�Wݬ�ݬݬ��Ь[�Z�Z2�ZJ��x�Z��E��2��x��P*�Z�Z2��J�x��[��ZX�Z��P��P Џ��P��J�lxYЏ��J�_x�YXX�[��Y��P Џ��Pb�[�Z��)��P Џ��PH�YZ�J�x�J�xYЏ��J�x��[�Z��P Џ��P �Z�2��PDISK_ERROR%derror in reading shelf %d: %s; proceeding vol_id '%s' must end in a or bapparently good superblock but null vol_id<unallocated>process any new disks. %s@%d -> %d reloading %d disks. clearing drive %d: %d disks in shelves. theregetstatus done Ь[ЬZ�jUʏ��U�Y�Y�kUˏ��YT�TUk�jUʏ��U�Y�Y�kU�YT>D��Tʏ��T�TUk�jUʏ��U�Y�Y�kU�YT�D��Tʏ��T�TUk�Z�jUʏ��U�Y�Y�kUxYTʏ��T�TUk�jU��U��Z�jUʏ��U�Y�Y� kUxYTʏ��T�TUk�jU��U�8 ^��ߐ��ߔ��ߔ��ߔ��ߐ ��ߔ�� ~��L&��ݬ�~�� P Џ��P��ߐ��ߔ��ߔ��ߔ��ߐ��ߔ��ݬݏ��~��~��P Џ��PY�[�[�K��K�T��O��[��[�[2�K�,��g�[��^��CT��_��;T��`��3T��a��+T�P^��UH�P�ԭ�ѭ�2Э�U�E��R֭��P[��ݬ�� Џ��Ps��߭��[��c+�PFЭ�U�U2"��ݭ��s��rH��-Э�U�PE�FR��[��G�P��-��c��3�PZ��Qݬ��bЏ��P7�[�[2%�K��Q�K��Q�[��Z��[��Z��x�P^Ь[�Z�Z2"�J�QU�[�U��,�P�ZP6�Z��PZ��Z��h��vG��Џ��Pݬ��PZ Џ��P6�[�[(ˏ��K��QU�K��QU�eU�UZ�[P�[�Џ��Pjukebox: %s wWarning: bad shelf number in %s: %d (vol_id=%s) %d %s r/usr/worm/jukedir8 ^����x�U�U��ЬU>E��U��T�TU��ݬ�~��~��~��8 ^��լ&����x�U�U��7����x�U�U��ЬU>E�=��U��T�TU��ݬ�~��~��~��Ь[�~��,��PY�~��,�PY��Z�Z��Dˏ��J�FPU�ZPs�Z��Z�Z��D8ˏ��J�#PU%�[�~ݏ��Z��P Џ��P5�ZP0�Z�� (�[��P�c��Џ��PЏ��P�^Ь��ݬ߭��~߭��^Ь��ݬ߭��~߭��:�^Ь��ݬ߭��~߭��.�^Ь[ЬZ�[��~��P Џ��P� �[��Z��P Џ��P��ݬ��*�PXݬ��)�H��a�V-�H��b�Vݬ��[��_(Џ��P��H��2��PW�W ��[��((Џ��P�d�Z�@�X�X��H��U��|gUY�iUˏ��UT�ʏ��U��Ux��UU�WUs��Uʏ��U�VT�UT�X�B �XP��ˏ��iU��[�~ݏ��X��P Џ��P��[��PЏ��P��X�:��[�Z��.��P��խ��[��&'Џ��Pf�[ݭ��V~�W��P Џ��PHЭ�PB� ��&� Z�[��P��Џ��P��[��&Џ��Pdisk '%s' busycan't find a free drivecan't find vol_id %svol_id '%s' must end in a or b^��]A��WA2��NA��(��)&�~��P��$A�/dev/worm%d^Ь[�[��P Џ��P��@~��PY�[��Z��P Џ��P��Z�Z2��gUʏ��U�Z��Z2��Yݏ��P��[��c&Џ��Pl�Z�J��J�Z��Z��S��[��~�Z�Y��P Џ��P+��@��7&�PJ�J��$�#��P%s -> %d < ^լԼ��x�U�U��ݬ�~��~��~��P��P�P< ^լԼ��x�U�U��ݬ�~��~��~��%�P��P�P8 ^��I��U�0U��ݬ�~��~��~��[�P< ^����x�U�U��ݬ�~��~��~��y�P��P�P�^Ь[��Џ��f>5��q��P�N>��[ݬ��4Џ��P��[ Џ@ZЏ�ZЬU��T�ZT�߫ݬ��>��k&�P��[U�PU2��ݬ��=��Џ��=Э�P�լA�$�~ݬ��=�� P��$�U�PUZѭ�$��~ݬ��p�ì$~ݬ��h=��Y �P��Qݬ��C�g��ЬU�$��$լ��/=��4Џ��=�P^Ь[ЬZ��ЬU��G��Zݬ�[ݬݬݬ��b��P��"��P�S�Z��"�j��횫��.��ЬU��U�U��d��Zݏ��[�~��~��P��P��Q<n��&Uʏ��U�U^��U��UQ��ЬU��U�U��Z��[�~��~��q��P��Pf��GЏL"�Gݏ��߫$��rG��Yx��Uʏ��U�E�;Y�Y��Z��f �P�P%s; %sreservation conflictintermediate good/metintermediate goodbusyreservedmet/goodcheck conditiongoodscsiio readscsiio write/dev/scsi< ^լԼ��x�U�U��ݬ��~��~��y��P��P�ݼ��E��Uʏ��U��Uˏ��U~��Uˏ��U~��Ux��UUˏ��U~��9��Uʏ��U+��U��TxTT�TU��TxTT�TU~��p��c�P�^Ь[�kUx��UUˏ��U��ѭ�d�kUʏ��U4��~��~��~��~��Uʏ��U�E��9��~ݬ��VB��Uʏ��U�E�9��Gݬ��2�kUˏ��U~ݭ��ݬ��sense: class=#%x, code=#%xextended sense: %sextended sense: %s info=#%2.2x#%2.2x#%2.2x#%2.2xreserved (#f)miscomparevolume overflowequalaborted commandcopy abortedvendor specific (#9)blank checkdata protectunit attentionillegal requesthardware errormedium errornot readyrecovered errorno sense , addr=0x%xerror class=0x%x, code=0x%x, sense=0x%xno error sense(%d,%d): ^Ь[��(��x�U�U��x��[U�U��x��[U�U��x��[U�U��[��ݬݏݬ�~��~��(^Ь[ЬZ�W�j�Z�[��P Џ��P�r�Z��~�[��N��POݏ�~��ݏ��P#�W��P7��y��YЏ��X�W�Y��^��'7��P�Z��Y�[��P �YX�� Y��XF�Y�Y��W��6�� Z��[��P��Z��X�[��\��P-��[��Y�X��j��6��Џ��P>�W�X��6��a6��ݏ��&��Z��[��K��PЬ[ЬZ��*�x�U�U�x��[U�U�x��[U�U� x��[U�U� �[�� ݬ�~ݬݏ�Z�~��X"^Ь[ЬZݬ��d�� PY��Z��Џ��P��Z�[��a��P Џ��P��%��x[U�U��Z��ͬ��~��~��Q��Pͨ��ͨ�P�e��PX�XU�U��14�U��1K�X�o�@ݬ��ݏj��i�ͬ��Xݬ��ݏP�1��I�ͬ��8��H�P��z4�� ݬ��ͬ��ͬ��l�P �ͬ��Z��yЏ��P��~ݏ�Y�� Yݏ��P��Y�Z��8Џ��PC�Y��z�Z�ͬ��[��P Џ��P��!�Z�[��Pmkfs read%s: errorworm mkfs -f %s %swarning: bad capacity %d worm mkfs -n %d -f %s %sw+rmkfs %s superblock at %d read fail on block %d (b=%d) no superblocktried for superblock at blocks 1,2 read block %d superblok at 0 ��=U �U�:��=ݬ��8ݬ��!��=U�E��ݬ��ݬ��%s: %s%s: unknown errno %dЬ[��ZxZU��T�TUZxZU��T�TUZxZU�kT�TUZ�ZP�!�\�^Ь[�Z�Y�kP�P �P �P+�P-�Y�[�[�� ZP��Q�QP�0PZ�k0�k9��Y�ZP�ZP�P�<�P��P�+�+�+,,0,:,T,f,x,�,�,�,�,�,�,�,�,�,--.-=-N-b-v-�-�-�-�-�-�-�-�-..&.<.R.k..�.Error 0Not ownerNo such file or directoryNo such processInterrupted system callI/O errorNo such device or addressArg list too longExec format errorBad file numberNo childrenNo more processesNot enough memoryPermission deniedBad addressDirectory not emptyIn useFile existsCross-device linkNo such deviceNot a directoryIs a directoryInvalid argumentFile table overflowToo many open filesIllegal ioctlText file busyFile too largeNo space left on deviceIllegal seekRead-only file systemToo many linksBroken pipeArgument too largeResult too largeLink loopConcurrency violationIt's all Greg's faultSecurity label violationNo such system callOut of security labelsInadequate privilege�^��ݬ��^Ь[��U5��M5��O�� 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<stdio.h> #include <limits.h> #include "scsi.h" #include "juke.h" main(int argc, char *argv[]) { int c; int aflag = 0, eflag = 0, mflag = 0, pflag = 0; int rflag = 0, sflag = 0, uflag = 0, Uflag = 0; long secs = 3600L*24*183; /* half a year is enough */ char *vol_id; char errbuf[1024]; extern int optind; extern char *optarg; setbuf(stdout, (char *)0); /* turn off buffering */ while((c = getopt(argc, argv, "aemprsuUw:")) != -1) switch (c) { case 'a': aflag = 1; break; case 'e': eflag = 1; break; case 'm': mflag = 1; break; case 'p': pflag = 1; break; case 'r': rflag = 1; break; case 's': sflag = 1; break; case 'u': uflag = 1; break; case 'U': Uflag = 1; break; case 'w': secs = atol(optarg); break; default: usage(); break; } s_id = 2; setnlun(); if(!aflag&&!eflag&&!mflag&&!pflag&&!rflag&&!uflag&&!Uflag) sflag = 1; vol_id = (optind < argc)? argv[optind] : 0; if(uflag || Uflag) unload(Uflag); if(eflag){ if(vol_id == 0){ strcpy(errbuf, "-e needs a vol_id"); goto scram; } if(eject(vol_id, errbuf)) goto scram; } if(rflag){ unload(1); sleep(1); if(cold_inv(vol_id? *vol_id : 'u', errbuf) < 0) goto scram; } if(aflag){ if(vol_id == 0){ strcpy(errbuf, "-a needs a vol_id"); goto scram; } if(allocate(vol_id, errbuf)) goto scram; } if(mflag){ if((c = j_load(vol_id, errbuf, secs)) < 0) goto scram; if(s_start(c, errbuf) < 0) fprintf(stderr, "jukebox: %s\n", errbuf); if(s_stop(c, errbuf) < 0) fprintf(stderr, "jukebox: %s\n", errbuf); printf("%d\n", c); } if(sflag) prstatus(); if(pflag){ if(j_rdshelves(errbuf) < 0) goto scram; for(c = 0; c < NSHELF; c++) if(j_shelf[c]) printf("%d: %s\n", c, j_shelf[c]); } if(j_wrshelf) if(j_wrshelves(errbuf)) errexit(errbuf); exit(0); scram: if(j_wrshelf) j_wrshelves(errbuf); errexit(errbuf); } usage() { fprintf(stderr, "Usage: jukebox [-aemprsuU] [-w secs] [vol_id\n"); exit(1); } errexit(char *errbuf) { fprintf(stderr, "jukebox: %s\n", errbuf); exit(1); } prstatus() { struct Lunstatus *l; int c; char errbuf[1024]; static char *spin[2] = { "offline", "online" }; if(j_getstatus(errbuf)){ fprintf(stderr, "jukebox: %s\n", errbuf); exit(1); } if(j_rdshelves(errbuf)){ fprintf(stderr, "jukebox: %s\n", errbuf); exit(1); } for(c = 0; c < 8; c++){ l = &j_status.lun[c]; if(!l->diskin) continue; printf("lun %d(", c); if(j_status.udrive == (0x80|c)) printf("upper,%s", spin[l->ready]); else if(j_status.ldrive == (0x80|c)) printf("lower,%s", spin[l->ready]); else printf("in shelf"); printf("): "); if(l->shelfvalid){ if(j_shelf[l->retshelf>>1]) printf("%s%c", j_shelf[l->retshelf>>1], "ab"[l->retshelf&1]); else printf("unallocated shelf number %d??", l->retshelf); } else printf("<unknown shelf??>"); printf("\n"); } } unload(int force) { struct Lunstatus *l; int c; char errbuf[1024]; if(j_getstatus(errbuf)){ fprintf(stderr, "jukebox: %s\n", errbuf); exit(1); } if(j_rdshelves(errbuf)){ fprintf(stderr, "jukebox: %s\n", errbuf); exit(1); } for(c = 0; c < 8; c++){ l = &j_status.lun[c]; if(!l->diskin) continue; if(force || !l->ready) if(j_drive_to_shelf(c, -1, SIDEA, errbuf)) fprintf(stderr, "jukebox: %s\n", errbuf); } } eject(char *vol_id, char *errbuf) { int sh; int dr; if(j_rdshelves(errbuf)){ fprintf(stderr, "jukebox: %s\n", errbuf); exit(1); } sh = j_shelfof(vol_id); if(sh < 0){ sprintf(errbuf, "xcan't find vol_id %s", vol_id); return(-1); } j_wrshelf = 1; if((dr = j_driveof(vol_id)) >= 0){ j_shelf[sh] = 0; return(s_eject(dr, errbuf)); } dr = NLUN-1; if(j_shelf_to_drive(sh, SIDEA, dr, errbuf) < 0) return(-1); if(s_eject(dr, errbuf)) return(-1); j_shelf[sh] = 0; return(0); } 0707070035050453221006660011710000040000010452360457563432300000600000000741lib.c#include <stdio.h> #include "scsi.h" #include "scsish.h" #include "generic/fns.h" #include "sony/fns.h" s_start(int dr, char *err) { int iargs[1]; char *cargs[1]; iargs[0] = dr; return(gen_start(1, iargs, 0, cargs, err)); } s_stop(int dr, char *err) { int iargs[1]; char *cargs[1]; iargs[0] = dr; return(gen_stop(1, iargs, 0, cargs, err)); } s_eject(int dr, char *err) { int iargs[1]; char *cargs[1]; iargs[0] = dr; return(sony_eject(1, iargs, 0, cargs, err)); } 0707070035050453771006660011710000040000010450320457563431500000700000003012load.c#include <stdio.h> #include <stddef.h> #include <string.h> #include "scsi.h" #include "juke.h" j_load(char *vol_id, char *buf, long tlimit) { Side side; int n, sh, dr; char disk_to_load[256]; struct Lunstatus *l; if(j_rdshelves(buf)) /* read in shelf names */ return(-1); if(j_getstatus(buf)) /* get the jukebox status */ return(-1); /* now check which side we want */ n = strlen(vol_id); strcpy(disk_to_load, vol_id); if(disk_to_load[n-1] == 'a') side = SIDEA; else if(disk_to_load[n-1] == 'b') side = SIDEB; else { sprintf(buf, "vol_id '%s' must end in a or b", vol_id); return(-1); } disk_to_load[n-1] = 0; /* which shelf is that? */ sh = j_shelfof(disk_to_load); if(sh < 0){ sprintf(buf, "can't find vol_id %s", disk_to_load); return(-1); } while(tlimit >= 0){ for(n = 0; n < NLUN; n++){ l = &j_status.lun[n]; if(l->diskin && l->shelfvalid && (sh == (l->retshelf>>1))){ if(((l->retshelf&1) == side) && (n < nlun)) return(n); if(l->ready) goto await; if(j_drive_to_shelf(n, -1, 0, buf)) return(-1); if(j_getstatus(buf)) /* get the jukebox status */ return(-1); break; } } /* disk is available */ dr = j_empty_drive(tlimit, buf); if(dr < 0){ sprintf(buf, "can't find a free drive"); return(-1); } if(j_shelf_to_drive(sh, side, dr, buf) < 0) return(-1); return(dr); await: sleep(10); tlimit -= 10; if(j_getstatus(buf)) /* get the jukebox status */ return(-1); } sprintf(buf, "disk '%s' busy", disk_to_load); return(-1); } 0707070035050453761006660011710000040000010450340457563431500000700000002411main.c#include <stdio.h> #include "jukebox.h" #include "hdr.h" main(int argc, char *argv[]) { int c; int err = 0, cold = 0, warm = 0; char *toload = 0, *uload = 0; char *drive = 0; char buf[256]; extern int optind; extern char *optarg; setbuf(stdout, (char *)0); /* turn off buffering */ /* gather options */ while ((c = getopt(argc,argv,"cn:l:wu:")) != -1) switch (c) { case 'l': toload = optarg; break; case 'c': cold = 1; break; case 'w': warm = 1; break; case 'u': uload = optarg ; break; case 'n': drive = optarg ; break; default: err = 1; break; } if(err) exit(1); /* now actually do some work */ if (toload){ if (j_load(toload, buf, 30)) printf("load %s failed: %s\n", toload, buf); else printf("loaded %s on %s\n", toload, buf); } if(drive){ if(j_volid(atoi(drive), buf)) printf("j_volid(%s) failed: %s\n", drive, buf); else printf("%s is mounted on drive %d\n", buf, atoi(drive)); } if(cold){ printf("invent cold: %d\n", cold); cold_inventory(30, buf); } if (warm) { printf("invent warm: %d\n", warm); warm_inventory(buf); } if (uload){ if (j_unload(uload, buf)) printf("unload %s failed: %s\n", uload, buf); else printf("unloaded %s from %s\n", uload, buf); } exit(0); } 0707070035050375071006660011710000040000010576310464713705700000700000004763mkfileSYS=research < $SYS.mk JL=juke.a X=allocate cold getstatus ioshelves iodr_sh lib load nlun warm JLIB=${X:%=$JL(%.o)} JSRC=${X:%=%.c} SL=scsi.a X=s_$IO ge_sense s_volid s_pperror s_fixedstr s_longat s_xd SLIB=${X:%=$SL(%.o)} SHL=scsish.a GENERIC=ge_dev ge_inq ge_stop ge_start ge_capacity ge_display\ ge_reset ge_tur ge_scsi ge_readt # ge_sense in $SL SONY=so_dev so_inq so_alt so_config so_status so_eject so_rel so_set\ so_shelfside so_diskid so_internal so_media so_readid so_copy\ so_i0.tab so_i1.tab so_scsi.tab so_sense so_nesd.tab WREN=wr_dev wr_inq wr_mode wr_diag X=$GENERIC $SONY $WREN SHLIB=${X:%=$SHL(%.o)} all:V: jukebox scsish both:V: ../jukebox ../scsish ../%: % cp $prereq $target jukebox: jukebox.o $JL $SHL $SL $CC $CFLAGS -o $target $prereq $LDFLAGS scsish: scsish.o $SHL $SL $CC $CFLAGS -o $target $prereq $LDFLAGS jpp:V: pr mkfile juke.h scsi.h jukebox.c $JSRC | lp -ddp -n2 poot:V: scsish echo 'dev scsi id 6 readt 50000' | scsish scsi.cpio:V: inc/scsi.h find * -print | sed -e '/\.[oa]$/d' -e '/\.cpio$/d' | cpio -oc > $target inc/scsi.h:Pcmp -s: /usr/include/scsi.h cp $prereq $target # below is just magic; believe it. $JL(%.o):N: %.o $JL:Q: $JLIB names=`membername $newprereq` ar rv $JL $names && rm $names $RANLIB $JL $SL(%.o):N: %.o $SL:Q: $SLIB names=`membername $newprereq` ar rv $SL $names && rm $names $RANLIB $SL $SHL(%.o):N: %.o $SHL:Q: $SHLIB names=`membername $newprereq` ar rv $SHL $names && rm $names $RANLIB $SHL s_%.o: scsi/%.c cd scsi; $CC $CFLAGS -c $stem.c && mv $stem.o ../$target so_%.o: sony/%.c cd sony; $CC $CFLAGS -c $stem.c && mv $stem.o ../$target so_%.o: sony/fns.h ge_%.o: generic/%.c cd generic; $CC $CFLAGS -c $stem.c && mv $stem.o ../$target ge_%.o: generic/fns.h wr_%.o: wren/%.c cd wren; $CC $CFLAGS -c $stem.c && mv $stem.o ../$target wr_%.o: wren/fns.h so_%.o wr_%.o ge_%.o: scsish.h scsi.h so_%.tab.o:Q: sony/%.tab cd sony echo generating $target p=$stem.tab awk -F' ' ' BEGIN { h["0"]=0;h["1"]=1;h["2"]=2;h["3"]=3;h["4"]=4;h["5"]=5;h["6"]=6;h["7"]=7; h["8"]=8;h["9"]=9;h["a"]=10;h["b"]=11;h["c"]=12;h["d"]=13;h["e"]=14;h["f"]=15; } function done( i){ for(i = 0; i < 256; i++) if(x[i]){ print "\t\"" x[i] "\"," x[i] = "" } else printf "\t\"<#%x>\",\n", i print "};" } function hex(n, i){ return(h[substr(n, 1, 1)]*16+h[substr(n, 2, 1)]); } NF == 1 { if(NR > 1) done(); print "char *" $1 "[] = {" } NF > 1 { x[hex($1)] = $2; } END { done(); }' < $p > $p.c && $CC $CFLAGS -c $p.c && mv $p.o ../$target rm $p.c 0707070035050450531006660011710000040000010447730457563431100000700000000340nlun.c#include <stdio.h> #include "scsi.h" #include "juke.h" int nlun = 1; void setnlun(void) { char buf[512]; for(nlun = 0; nlun < NLUN; nlun++){ sprintf(buf, "/dev/worm%d", nlun); if(access(buf, 0) < 0) return; } } 0707070035050453131006660011710000040000010000000457563432400001200000000000nohup.out0707070035050446240407770011710000040000020447210457563430600001000000000000osanity0707070035050452261006660011710000040000010447230457563430600002200000001051osanity/tstfill.cshort pat[][8] = { 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0xb6db, 0xeb6d, 0xb6db, 0xeb6d, 0xb6db, 0xeb6d, 0xb6db, 0xeb6d, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xFFFF, 0xAAAA, 0xAAAA, 0xAAAA, 0xAAAA, 0xAAAA, 0xAAAA, 0xAAAA, 0xAAAA, 0x5555, 0x5555, 0x5555, 0x5555, 0x5555, 0x5555, 0x5555, 0x5555, }; fillbuf(buf, n) char *buf; { int i = 0; register j; while(n > 0){ if(i >= sizeof(pat)/sizeof(pat[0])) i = 0; for(j = 0; j < 64; j++, buf += 16) memcpy(buf, pat[i], 16); n--; i++; } } 0707070035050446231006660011710000040000010447250457563430600002000000002004osanity/tstrd.cmain(argc, argv) char **argv; { long first, last, t; char buf[32768], buf1[32768], *bufp; int fd, n; char *worm = "/dev/worm0"; if((argc < 3) || (argc > 4)){ print("Usage: tstrd [device] firstblock firstnonblock\n"); exit(1); } if(argc > 3) worm = *++argv; if((fd = open(worm, 0)) < 0){ perror(worm); exit(1); } first = atol(argv[1]); last = atol(argv[2]); if((first < 0) || (last <= first)){ print("bad first=%ld last=%ld\n", first, last); exit(1); } print("reading blocks %ld - %ld inclusive on %s\n", first, last-1, worm); fillbuf(buf, 32); bufp = &buf[1024*(first%5)]; lseek(fd, first*1024, 0); while(first < last){ n = last-first; if(n > 25) n = 25; if(read(fd, buf1, n*1024) != n*1024){ print("block %ld: ", first); perror("read"); exit(1); } if(memcmp(bufp, buf1, n*1024)){ print("block %ld: bytes differ\n", first); exit(1); } if((first%5000) == 0){ t = time((long *)0); print("done block %ld: %s", first, ctime(&t)); } first += n; } exit(0); } 0707070035050452331006660011710000040000010447270457563430600002000000002730osanity/tstsk.cmain(argc, argv) char **argv; { long first, last, t; char buf[32768], buf1[32768], *bufp; int fd, n, i; char *worm = "/dev/worm0"; long bands[50][2]; int nbands; long loop; double tseek, tbl; float floop; if(argc < 3){ print("Usage: tstsk [device] firstblock firstnonblock ...\n"); exit(1); } if((argc&1) == 0) worm = *++argv; if((fd = open(worm, 0)) < 0){ perror(worm); exit(1); } nbands = 0; while(*++argv){ first = atol(*argv); last = atol(*++argv); if((first < 0) || (last <= first)){ print("bad first=%ld last=%ld\n", first, last); exit(1); } bands[nbands][0] = first; bands[nbands][1] = last; nbands++; } tseek = tbl = 0; last = 0; fillbuf(buf, 32); for(loop = 0;; loop++){ i = nrand(nbands); first = bands[i][0] + lrand()%(bands[i][1]-bands[i][0]); n = 20; if(first+n > bands[i][1]) first = bands[i][1]-n; if(first < bands[i][0]) first = bands[i][0], n = bands[i][1]-first; tbl += n; lseek(fd, first*1024, 0); last -= first; if(last < 0) last = -last; tseek += last; bufp = &buf[1024*(first%5)]; if(read(fd, buf1, n*1024) != n*1024){ print("block %ld: ", first); perror("read"); exit(1); } if(memcmp(bufp, buf1, n*1024)){ print("block %ld: bytes differ\n", first); exit(1); } if(loop && ((loop%100) == 0)){ t = time((long *)0); floop = loop+1; print("loop %ld: ave blocks=%.1f, ave seek=%.1fk at %s", loop, tbl/floop, tseek/floop, ctime(&t)); } last = first+n; } } 0707070035050446221006660011710000040000010447310457563430600002000000001646osanity/tstwr.cmain(argc, argv) char **argv; { long first, last, t; char buf[32768], buf1[32768], *bufp; int fd, n; char *worm = "/dev/worm0"; if((argc < 3) || (argc > 4)){ print("Usage: tstwr [device] firstblock firstnonblock\n"); exit(1); } if(argc > 3) worm = *++argv; if((fd = open(worm, 1)) < 0){ perror(worm); exit(1); } first = atol(argv[1]); last = atol(argv[2]); if((first < 0) || (last <= first)){ print("bad first=%ld last=%ld\n", first, last); exit(1); } print("writing blocks %ld - %ld inclusive on %s\n", first, last-1, worm); fillbuf(buf, 32); bufp = &buf[1024*(first%5)]; lseek(fd, first*1024, 0); while(first < last){ n = last-first; if(n > 25) n = 25; if(write(fd, bufp, n*1024) != n*1024){ print("block %ld: ", first); perror("write"); exit(1); } if((first%5000) == 0){ t = time((long *)0); print("done block %ld: %s", first, ctime(&t)); } first += n; } exit(0); } 0707070035050452241006660011710000040000010447330457563430600001700000000214osanity/mkfileCFLAGS=-g NPROC=2 ALL=tstwr tstrd tstsk all:V: $ALL tst%: tst%.o tstfill.o $CC $CFLAGS -o $target $prereq clean:V: rm -f *.o $ALL core 0707070035050446211007770011710000040000010447350457563430600001500000000113osanity/seektstsk 5 100000 400000 500000 800000 900000 1200000 1300000 1500000 1600000 0707070035050422101006660011710000040000010273160464713414700001400000000126research.mk# config stuff: research unix CC=lcc CFLAGS=-g RANLIB=ranlib LDFLAGS= IO=h_io NPROC=2 0707070035050450510407770011710000040000020447760464700560600000500000000000scsi0707070035050517151006440011710000040000010255620464677426000001500000027722scsi/dslib.c/* || dslib.c - library routines for /dev/scsi || || Copyright 1988, 1989, by || Gene Dronek (Vulcan Laboratory) and || Rich Morin (Canta Forda Computer Laboratory). || All rights reserved. */ #ident "dslib.c: $Revision: 1.1.1.1 $" #include <stdio.h> #include <sys/types.h> #include "dslib.h" #ifdef aux #include <sys/vio.h> #include <sys/scsireq.h> #endif aux int dsdebug=0; long dsreqflags; /* flag bits always set by filldsreq */ #define min(i,j) ( (i) < (j) ? (i) : (j) ) /* || Startup/shutdown ----------------------------------------------- */ static struct context *dsc[FDSIZ]; /* || dsopen - open device, set up structures */ struct dsreq * dsopen(opath, oflags) char *opath; int oflags; { struct dsreq *dsp; struct context *cp; int fd; DSDBG(fprintf(stderr,"dsopen(%s,%x) ", opath, oflags)); fd = open(opath, oflags); if (fd < 0) return NULL; /* can't open */ if (dsc[fd] != NULL) /* already in use */ ds_zot("dsopen: fd already in use"); cp = (struct context *) calloc(1, sizeof(struct context)); if (cp == NULL) /* can't allocate */ ds_zot("dsopen: can't allocate space"); dsc[fd] = cp; cp->dsc_fd = fd; dsp = &(cp->dsc_dsreq); dsp->ds_flags = 0; dsp->ds_time = 10 * 1000; /* 10 second default timeout */ dsp->ds_private = (ulong) cp; /* pointer back to context */ dsp->ds_cmdbuf = cp->dsc_cmd; dsp->ds_cmdlen = sizeof cp->dsc_cmd; dsp->ds_databuf = 0; dsp->ds_datalen = 0; dsp->ds_sensebuf = cp->dsc_sense; dsp->ds_senselen = sizeof cp->dsc_sense; DSDBG(fprintf(stderr,"=>cp %x, dsp %x\n", cp, dsp)); return dsp; } /* || dsclose - close device, release context struct. */ dsclose(dsp) struct dsreq *dsp; { int fd; struct context *cp; if (dsp == NULL) ds_zot("dsclose: dsp is NULL"); cp = (struct context *)dsp->ds_private; fd = getfd(dsp); if ( cp == NULL ) ds_zot("dsclose: private is NULL"); cfree(cp); dsc[fd] = (struct context *)NULL; return; } /* || Generic SCSI CCS Command functions ------------------------------------ || || dsp dsreq pointer || data data buffer pointer || datalen data buffer length || lba logical block address || vu vendor unique bits */ /* || testunitready00 - issue group 0 "Test Unit Ready" command (0x00) */ testunitready00(dsp) struct dsreq *dsp; { fillg0cmd(dsp, CMDBUF(dsp), G0_TEST, 0, 0, 0, 0, 0); filldsreq(dsp, 0, 0, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || requestsense03 - issue group 0 "Request Sense" command (0x03) */ requestsense03(dsp, data, datalen, vu) struct dsreq *dsp; caddr_t data; long datalen; char vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_REQU, 0, 0, 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ); return(doscsireq(getfd(dsp), dsp)); } /* || write0a - issue group 0 "Write" command (0x0a) */ write0a(dsp, data, datalen, lba, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_WRIT, B3(lba), B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ); return(doscsireq(getfd(dsp), dsp)); } /* || inquiry12 - issue group 0 "Inquiry" command (0x12) */ inquiry12(dsp, data, datalen, vu) struct dsreq *dsp; caddr_t data; long datalen; char vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_INQU, 0, 0, 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || modeselect15 - issue group 0 "Mode Select" command (0x15) || || save 0 - don't save saveable pages || 1 - save saveable pages */ modeselect15(dsp, data, datalen, save, vu) struct dsreq *dsp; caddr_t data; long datalen; char save, vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_MSEL, save&1, 0, 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_WRITE|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || modesense1a - issue group 0 "Mode Sense" command (0x1a) || || pagectrl 0 - current values || 1 - changeable values || 2 - default values || 3 - saved values || || pagecode 0 - vendor unique || 1 - error recovery || 2 - disconnect/reconnect || 3 - direct access dev. fmt. || 4 - rigid disk geometry || 5 - flexible disk || 6-9 - see specific dev. types || 0a - implemented options || 0b - medium types supported || 3f - return all pages */ modesense1a(dsp, data, datalen, pagectrl, pagecode, vu) struct dsreq *dsp; caddr_t data; long datalen; char pagectrl, pagecode, vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_MSEN, 0x10, ((pagectrl&3)<<6) | (pagecode&0x3F), 0, B1(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || senddiagnostic1d - issue group 0 "Send Diagnostic" command (0x1d) || || self 0 - run test, hold results || 1 - run test, return status || || dofl 0 - device online || 1 - device offline || || uofl 0 - unit online || 1 - unit offline */ senddiagnostic1d(dsp, data, datalen, self, dofl, uofl, vu) struct dsreq *dsp; caddr_t data; long datalen; char self, dofl, uofl, vu; { fillg0cmd(dsp, CMDBUF(dsp), G0_MSEN, (self&1)<<2 | (dofl&1)<<1 | (uofl&1), 0, B2(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE); return(doscsireq(getfd(dsp), dsp)); } /* || readcapacity25 - issue group 1 "Read Capacity" command (0x25) || || pmi 0 - return last logical block, entire unit || 1 - return last logical block, current track */ readcapacity25(dsp, data, datalen, lba, pmi, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char pmi, vu; { fillg1cmd(dsp, CMDBUF(dsp), G1_RCAP, 0, B4(lba), 0, 0, pmi&1, B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE /* |DSRQ_CTRL2 */ ); /* dsp->ds_time = 100; /* often takes a while */ return(doscsireq(getfd(dsp), dsp)); } /* || readextended28 - issue group 1 "Read Extended" command (0x28) */ readextended28(dsp, data, datalen, lba, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char vu; { fillg1cmd(dsp, CMDBUF(dsp), G1_READ, 0, B4(lba), 0, B2(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE /* |DSRQ_CTRL2 */ ); /* dsp->ds_time = 100; /* often takes a while */ return(doscsireq(getfd(dsp), dsp)); } /* || writeextended2a - issue group 1 "Write Extended" command (0x2a) */ writeextended2a(dsp, data, datalen, lba, vu) struct dsreq *dsp; caddr_t data; long datalen, lba; char vu; { fillg1cmd(dsp, CMDBUF(dsp), G1_WRIT, 0, B4(lba), 0, B2(datalen), B1(vu<<6)); filldsreq(dsp, data, datalen, DSRQ_READ|DSRQ_SENSE /* |DSRQ_CTRL2 */ ); /* dsp->ds_time = 100; /* often takes a while */ return(doscsireq(getfd(dsp), dsp)); } /* || Support functions ---------------------------------------------------- */ /* || fillg0cmd - Fill a Group 0 command buffer */ fillg0cmd(dsp, cmd, b0,b1,b2,b3,b4,b5) struct dsreq *dsp; uchar_t *cmd, b0,b1,b2,b3,b4,b5; { uchar_t *c = cmd; DSDBG(fprintf(stderr,"fillg0cmd(%x,%x, %02x %02x %02x %02x %02x %02x)\n", dsp, cmd, b0,b1,b2,b3,b4,b5)); *c++ = b0, *c++ = b1, *c++ = b2, *c++ = b3, *c++ = b4, *c++ = b5; CMDBUF(dsp) = (caddr_t) cmd; CMDLEN(dsp) = 6; } /* || fillg1cmd - Fill a Group 1 command buffer */ fillg1cmd(dsp, cmd, b0,b1,b2,b3,b4,b5,b6,b7,b8,b9) struct dsreq *dsp; uchar_t *cmd, b0,b1,b2,b3,b4,b5,b6,b7,b8,b9; { uchar_t *c = cmd; DSDBG(fprintf(stderr, "fillg1cmd(%x,%x, %02x %02x %02x %02x %02x %02x %02x %02x %02x %02x)\n", dsp, cmd, b0,b1,b2,b3,b4,b5,b6,b7,b8,b9)); *c++ = b0, *c++ = b1, *c++ = b2, *c++ = b3, *c++ = b4, *c++ = b5; *c++ = b6, *c++ = b7, *c++ = b8, *c++ = b9; CMDBUF(dsp) = (caddr_t) cmd; CMDLEN(dsp) = 10; } /* || filldsreq - Fill a dsreq structure */ filldsreq(dsp,data,datalen,flags) struct dsreq *dsp; uchar_t *data; { DSDBG(fprintf(stderr,"filldsreq(%x,%x,%d,%x) cmdlen %d\n", dsp,data,datalen,flags,CMDLEN(dsp))); dsp->ds_flags = flags | dsreqflags | (((dsdebug&1) ? DSRQ_TRACE : 0) | ((dsdebug&2) ? DSRQ_PRINT : 0)); dsp->ds_time = 10 * 1000; /* default to 10 seconds */ dsp->ds_link = 0; dsp->ds_synch = 0; dsp->ds_ret = 0; DATABUF(dsp) = (caddr_t) data; DATALEN(dsp) = datalen; } /* || bprint - print array of bytes, in hex. */ #define hex(x) "0123456789ABCDEF" [ (x) & 0xF ] bprint(s,n,nperline,space) char *s; { int i, x; char *sp = (space) ? " ": ""; for(i=0;i<n;i++) { x = s[i]; fprintf(stderr,((i%4==3)?"%c%c%s%s":"%c%c%s"), hex(x>>4), hex(x), sp, sp); if ( i%nperline == (nperline - 1) ) fprintf(stderr,"\n"); } if ( space ) fprintf(stderr,"\n"); } /* || doscsireq - issue scsi command, return status or -1 error. */ doscsireq( fd, dsp) int fd; /* ioctl file descriptor */ struct dsreq *dsp; /* devscsi request packet */ { int cc; int retries = 4; uchar_t sbyte; DSDBG(fprintf(stderr,"doscsireq(%d,%x) %x ---- %s\n",fd,dsp, (CMDBUF(dsp))[0], ds_vtostr( (CMDBUF(dsp))[0], cmdnametab))); /* * loop, issuing command * until done, or further retry pointless */ while ( --retries > 0 ) { caddr_t sp; sp = SENSEBUF(dsp); DSDBG(fprintf(stderr,"cmdbuf = "); bprint(CMDBUF(dsp),CMDLEN(dsp),16,1)); if ( (dsp->ds_flags & DSRQ_WRITE) ) DSDBG(bprint( DATABUF(dsp), min(50,DATALEN(dsp)),16,1 )); DSDBG(fprintf(stderr,"databuf datalen %x %d\n",DATABUF(dsp), DATALEN(dsp))); cc = ioctl( fd, DS_ENTER, dsp); if ( cc < 0) { ds_panic(dsp, "cannot ioctl fd %d\n",fd); } DSDBG(fprintf(stderr,"cmdlen after ioctl=%d\n",CMDLEN(dsp))); DSDBG(fprintf(stderr,"ioctl=%d ret=%x %s", cc, RET(dsp), RET(dsp) ? ds_vtostr(RET(dsp),dsrtnametab) : "")); DSDBG(if (SENSESENT(dsp)) fprintf(stderr," sensesent=%d", SENSESENT(dsp))); DSDBG(fprintf(stderr, " cmdsent=%d datasent=%d sbyte=%x %s\n", CMDSENT(dsp), DATASENT(dsp), STATUS(dsp), ds_vtostr(STATUS(dsp), cmdstatustab))); DSDBG(if ( FLAGS(dsp) & DSRQ_READ ) bprint( DATABUF(dsp), min(16*16,DATASENT(dsp)), 16,1)); #ifdef aux /* * check for AUX bus-error * we retry with poll-dma */ if ( RET(dsp) == DSRT_AGAIN ) { int n = SDC_RDPOLL|SDC_WRPOLL; DSDBG(fprintf(stderr,"setting rd/wr-poll")); cc = ioctl( fd, DS_SET, n); /* set bits */ if ( cc != 0 ) return -1; } #endif aux if ( RET(dsp) == DSRT_NOSEL ) continue; /* retry noselect 3X */ /* decode sense data returned */ if ( SENSESENT(dsp) ) { DSDBG( fprintf(stderr, "sense key %x - %s\n", SENSEKEY(sp), ds_vtostr( SENSEKEY(sp), sensekeytab)); bprint( SENSEBUF(dsp), min(100, SENSESENT(dsp)), 16,1); ); } DSDBG(fprintf(stderr, "sbyte %x\n", STATUS(dsp))); /* decode scsi command status byte */ sbyte = STATUS(dsp); switch (sbyte) { case 0x08: /* BUSY */ case 0x18: /* RESERV CONFLICT */ sleep(2); continue; case 0x00: /* GOOD */ case 0x02: /* CHECK CONDITION */ case 0x10: /* INTERM/GOOD */ default: return sbyte; } } return -1; /* fail retry limit */ } /* || opttovar - lookup option in table, return var addr (NULL if fail) */ int * opttovar( ostr, table) char *ostr; struct opttab{ char *opt; int *var; } *table; { register struct opttab *tp; for (tp=table; (tp->var); tp++) if ( strncmp( ostr, tp->opt, 3) == 0 ) break; if ( !tp->var ) fprintf(stderr,"unknown option %s", ostr); return (tp->var); } /* || ds_vtostr - lookup value in table to return string pointer */ char * ds_vtostr( v, table) long v; struct vtab *table; { register struct vtab *tp; for (tp=table; (tp->string); tp++) if ( v == tp->val ) break; return (tp->string) ? tp->string : ""; } /* || ds_panic - yelp, leave... */ ds_panic( fmt, v) char *fmt; int v; { extern errno; fprintf(stderr,fmt,v); fprintf(stderr,"\nerrno = %d\n",errno); exit(1); } /* || ds_zot - go away, with a message. */ ds_zot(message) char *message; { fprintf(stderr, "%s\n", message); exit(1); } 0707070035050450471006660011710000040000011476170464014756600001500000005504scsi/volid.c#include <stddef.h> #include <stdio.h> #include "../scsi.h" #include "../juke.h" static myread(int drive, long block, struct scsi_return *ret, char *err) { struct scsi_cmd cmd; set10(cmd, 0x28, drive<<5, block>>24, block>>16, block>>8, block, 0, 0, 1, 0); return(s_io(0, &cmd, 0, ret, 1024, err)); } j_rvolid(int drive, char *err) { struct scsi_return ret; long b, lastb; char buf[1024]; int debug = 0; err[0] = 0; if(s_start(drive, err) < 0) return(-1); if(myread(drive, 0L, &ret, err) == 0){ memset(buf, 0, 1024); if(memcmp(buf, ret.data, 1024)){ if(debug) fprintf(stderr, "superblok at 0\n"); goto done; /* found a superblock at 0 */ } } for(b = 1, lastb = -1;;){ hack: if(debug) fprintf(stderr, "read block %d\n", b); if(myread(drive, b, &ret, err)) break; lastb = b; b = ((long *)ret.data)[9]; } if(lastb < 0){ if(b == 1){ /* for disks with a bad block 1 */ b = 2; goto hack; } if(debug) fprintf(stderr, "tried for superblock at blocks 1,2\n"); sprintf(err, "no superblock"); s_stop(drive, buf); return(1); } if(myread(drive, lastb, &ret, err) < 0){ s_stop(drive, buf); fprintf(stderr, "read fail on block %d (b=%d)\n", lastb, b);/**/ return(-1); } if(debug) fprintf(stderr, "superblock at %d\n", lastb); done: strncpy(err, (char *)&ret.data[42], 128); err[127] = 0; s_stop(drive, buf); return(0); } static mywrite(int drive, long block, struct scsi_cmd *cmd, struct scsi_return *ret, char *err) { set10((*cmd), 0x2A, drive<<5, block>>24, block>>16, block>>8, block, 0, 0, 1, 0); return(s_io(0, cmd, 1024, ret, 0, err)); } j_wvolid(int drive, char *vol_id, char *err) { char tmpfile[L_tmpnam]; char buf[512]; struct scsi_return ret; struct scsi_cmd cmd; FILE *fp; int n; printf("mkfs %s\n", vol_id); /* first get the capacity/size for mkfs to make a valid superblock */ tmpnam(tmpfile); if((fp = fopen(tmpfile, "w+r")) == NULL){ pperror(err, tmpfile); return(-1); } if(s_start(drive, err) < 0) return(-1); set10(cmd, 0x25, drive<<5, 0, 0, 0, 0, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 8, err)) return(n); switch(longat(&ret.data[0])) { case 1637999: /* sony 12in clv single density */ sprintf(buf, "worm mkfs -n %d -f %s %s", 1600000, tmpfile, vol_id); break; case 3275999: /* sony 12in clv double density */ sprintf(buf, "worm mkfs -n %d -f %s %s", 3250000, tmpfile, vol_id); break; default: fprintf(stderr, "warning: bad capacity %d\n", longat(&ret.data[0])); sprintf(buf, "worm mkfs -f %s %s", tmpfile, vol_id); break; } if(system(buf)){ sprintf(err, "%s: error", buf); return(-1); } unlink(tmpfile); fseek(fp, 1024L, 0); if(fread(cmd.data, 1, 1024, fp) == 0){ pperror(err, "mkfs read"); return(-1); } fclose(fp); if(mywrite(drive, 1L, &cmd, &ret, err)) return(-1); unlink(tmpfile); s_stop(drive, err); return(0); } 0707070035050450461006660011710000040000010450010457563431200001700000000434scsi/pperror.c#include "../scsi.h" void pperror(char *buf, char *mesg) { extern int sys_nerr; extern char *sys_errlist[]; extern int errno; if((errno < 0) || (errno >= sys_nerr)) sprintf(buf, "%s: unknown errno %d", mesg, errno); else sprintf(buf, "%s: %s", mesg, sys_errlist[errno]); } 0707070035050450451006660011710000040000010450030457563431200002000000000400scsi/fixedstr.c#include "../scsi.h" void fixedstr(uchar *src, int len, char *dest) { uchar *s; while((*src == ' ') && (len > 0)) src++, len--; for(s = src+len-1; s >= src; s--) if(*s != ' ') break; memcpy(dest, (char *)src, len = s-src+1); dest[len] = 0; } 0707070035050450441006660011710000040000010450040457563431200001600000000247scsi/longat.c#include "../scsi.h" unsigned long longat(uchar *src) { unsigned long n; n = *src++; n = (n<<8) | *src++; n = (n<<8) | *src++; n = (n<<8) | *src; return(n); } 0707070035050450431006660011710000040000010450050457563431200001200000001642scsi/xd.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #define WIDTH 32 void xd(uchar *p, int n, FILE *fp) { register i, nd, l; unsigned char buf[WIDTH]; int didstar; unsigned char *s; for(nd = 0; n > 0; n -= l, nd += l){ l = min(WIDTH, n); if(nd && (l == WIDTH) && (memcmp(buf, p, l) == 0)){ p += WIDTH; if(didstar++ == 0) fprintf(fp, "*\n"); continue; } memcpy(buf, p, l); didstar = 0; fprintf(fp, "%5.5d", nd); s = p; for(i = 0; i < l; i++){ if((i%4) == 0) putc(' ', fp); fprintf(fp, "%2.2x", *p++); } putc('\n', fp); fprintf(fp, " "); for(i = 0; i < l; i++){ if((i%4) == 0) putc(' ', fp); if((*s >= ' ') && (*s < 0177)) fprintf(fp, " %c", *s++); else switch(*s++) { case '\n': fprintf(fp, "\\n"); break; case '\t': fprintf(fp, "\\t"); break; default: fprintf(fp, ".."); break; } } putc('\n', fp); } fprintf(fp, "%5.5d\n", nd); } 0707070035050513571006660011710000040000011505520464714335200001500000005050scsi/md_io.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include <sys/types.h> #include <sys/dsreq.h> #define DEV(buf, target, lun) sprintf(buf, "/dev/scsi/sc0d%dl%d", target, lun) static fd = -1; int s_id; void (*ss_extsense)(uchar *, char *, int); ss_io(int preserve, struct scsi_cmd *cmd, int ncmd, struct scsi_return *ret, int nret, char *err) { int retv; dsreq_t ds; char dev[512]; err[0] = 0; retv = -1; if(ncmd && nret){ sprintf(err, "both input (%d bytes) and output (%d bytes) expected", ncmd, nret); return(retv); } if(cmd->bus_id & 0x8000){ sprintf(err, "reset not supported"); return(retv); } if(fd < 0){ DEV(dev, cmd->bus_id, ((cmd->cmd[1]>>5)&7)); if((fd = open(dev, 2)) < 0){ pperror(err, dev); return(-1); } } ds.ds_flags = DSRQ_SENSE; ds.ds_time = 30000; ds.ds_cmdbuf = (char *)cmd->cmd; ds.ds_cmdlen = 10; if(ncmd){ ds.ds_databuf = (char *)cmd->data; ds.ds_datalen = ncmd; ds.ds_flags |= DSRQ_WRITE; } else { ds.ds_databuf = (char *)ret->data; ds.ds_datalen = nret; ds.ds_flags |= DSRQ_READ; } ds.ds_sensebuf = (char *)ret->sense; ds.ds_senselen = sizeof ret->sense; ds.ds_iovbuf = 0; ds.ds_link = 0; if(ioctl(fd, DS_ENTER, &ds) < 0){ pperror(err, "DS_ENTER ioctl"); err_ret: close(fd); fd = -1; return(retv); } if(ds.ds_ret && (ds.ds_ret != DSRT_SHORT) && (ds.ds_ret != DSRT_OK) ) /* an error */ fprintf(stderr, "ds_ret = #%x\n", ds.ds_ret); ret->type = 3; ret->scsi_stat = ds.ds_status; ret->scsi_msg = ds.ds_msg; ret->reg1 = ret->reg2 = 0; if(nret >= 0){ if(ds.ds_datasent != nret){ if(ds.ds_datasent == 0) retv = 1; else sprintf(err, "data transfer error; wanted %d, got %d", nret, ds.ds_datasent); goto err_ret; } } else { ret->nread = ds.ds_datasent; } if(!preserve){ close(fd); fd = -1; } return(0); } static char *smsg[16] = { "good", "check condition", "met/good", "reserved", "busy", "reserved", "reserved", "reserved", "intermediate good", "reserved", "intermediate good/met", "reserved", "reservation conflict", "reserved", "reserved", "reserved", }; s_io(int preserve, struct scsi_cmd *cmd, int ncmd, struct scsi_return *ret, int nret, char *err) { int n; int status; char buf[512]; char ioerr[512]; cmd->bus_id = s_id; if(n = ss_io(preserve, cmd, ncmd, ret, nret, err)){ if(n < 0) return(n); strcpy(ioerr, err); err[0] = 0; } else ioerr[0] = 0; if(status = ret->scsi_stat){ (*ss_extsense)(ret->data, buf, sizeof buf); sprintf(err, "%s; %s", ioerr[0]? ioerr : smsg[(status>>1)&0xF], buf); return(1); } return(0); } 0707070035050450501006660011710000040000010576220464700551700001400000004236scsi/h_io.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include <scsi.h> #define DEV "/dev/scsi" static fd = -1; int s_id; int s_ignua = 1; void (*ss_extsense)(uchar *, char *, int); ss_io(int preserve, struct scsi_cmd *cmd, int ncmd, struct scsi_return *ret, int nret, char *err) { int n; int retv; err[0] = 0; retv = -1; if(fd < 0){ if((fd = open(DEV, 2)) < 0){ pperror(err, DEV); return(-1); } } cmd->flags |= (ncmd == 0)? SCSI_RD:SCSI_WR; if((n = write(fd, cmd, 16+ncmd)) != 16+ncmd){ pperror(err, "scsiio write"); err_ret: close(fd); fd = -1; return(retv); } if(nret >= 0){ if((n = read(fd, ret, 36+nret)) != 36+nret){ if(n == 36) retv = 1; else pperror(err, "scsiio read"); goto err_ret; } } else { if((n = read(fd, ret, 36-nret)) < 0){ pperror(err, "scsiio read"); goto err_ret; } ret->nread = n-36; } if(!preserve){ close(fd); fd = -1; } return(0); } static char *smsg[16] = { "good", "check condition", "met/good", "reserved", "busy", "reserved", "reserved", "reserved", "intermediate good", "reserved", "intermediate good/met", "reserved", "reservation conflict", "reserved", "reserved", "reserved", }; s_io(int preserve, struct scsi_cmd *cmd, int ncmd, struct scsi_return *ret, int nret, char *err) { int n; int status; char buf[512]; char ioerr[512]; struct scsi_cmd mycmd; int ignoredua = 0; cmd->bus_id = s_id; again: if(n = ss_io(preserve, cmd, ncmd, ret, nret, err)){ if(n < 0) return(n); strcpy(ioerr, err); err[0] = 0; } else ioerr[0] = 0; if(status = ret->scsi_stat){ set6(mycmd, 0x03, cmd->cmd[1]&0xE0, 0, 0, 100, 0); if(n = ss_io(0, &mycmd, 0, ret, -100, err)) return(n); if(s_ignua){ /* ignore unit attention ?? */ if((ret->data[2]&0xF) == 6){ /* it is */ if(ignoredua++ == 0){ /* but only ignore once */ set6(mycmd, 0x12, cmd->cmd[1]&0xE0, 0, 0, 5, 0); if(n = ss_io(0, &mycmd, 0, ret, 5, err)) return(n); goto again; } } } if(ss_extsense == 0) ss_extsense = gen_extsense; (*ss_extsense)(ret->data, buf, sizeof buf); sprintf(err, "%s; %s", ioerr[0]? ioerr : smsg[(status>>1)&0xF], buf); return(1); } return(0); } 0707070035050517141007550011710000040000010255710464677445500001400000000251scsi/gendevawk 'END { for(t = 1; t < 8; t++) for(l=0; l < 8; l++){ printf "/etc/mknod sc0d%dl%d c 43 %d\n", t, l, l*8+t } print "chmod 600 *; chown andrew *" }' < /dev/null 0707070035050446171006660011710000040000011470230464700536700000700000003041scsi.htypedef unsigned char uchar; struct scsi_cmd { unsigned long id; uchar bus_id; /* SCSI id of destination device */ uchar flags; uchar cmd[10]; /* SCSI command */ uchar data[4096]; /* optional data */ }; struct scsi_return { unsigned long id; uchar scsi_stat; /* scsi status byte */ uchar scsi_msg; /* scsi message byte */ uchar flags; uchar type; /* 1=td 2=us */ unsigned short reg1; /* td=sa, us=per */ unsigned short reg2; /* td=mscp, us=per */ unsigned char sense[22]; char pad[2]; uchar data[4096]; /* any data */ uchar nread; /* chars read(-8) if ret count was -ve */ }; #define set6(x,a,b,c,d,e,f) (x).flags=0,(x).cmd[0]=(a),(x).cmd[1]=(b),(x).cmd[2]=(c),\ (x).cmd[3]=(d),(x).cmd[4]=(e),(x).cmd[5]=(f) #define set10(x,a,b,c,d,e,f,g,h,i,j) (x).flags=0,(x).cmd[0]=(a),(x).cmd[1]=(b),(x).cmd[2]=(c),\ (x).cmd[3]=(d),(x).cmd[4]=(e),(x).cmd[5]=(f),(x).cmd[6]=(g),(x).cmd[7]=(h),\ (x).cmd[8]=(i),(x).cmd[9]=(j) #define setdiag(x,lun,n) (x).flags=0,(x).cmd[0]=0x1C,(x).cmd[1]=(lun)<<5,(x).cmd[2] = 0,\ (x).cmd[3]=(n)>>8,(x).cmd[4]=(n),(x).cmd[5]=0 extern s_io(int, struct scsi_cmd *, int, struct scsi_return *, int, char *);/* return 0 on no error, does sense on error */ extern ss_io(int, struct scsi_cmd *, int, struct scsi_return *, int, char *);/* return 0 on no error */ extern int s_ignua; /* should s_io ignore unit attentions? */ extern void (*ss_extsense)(uchar *, char *, int); extern int s_start(int, char *); extern int s_stop(int, char *); extern int s_eject(int, char *); extern int s_id; extern unsigned long longat(uchar *); 0707070035050454001007770011710000040000011461060464700562400000700000435026scsish�0�+T�^Юn��P�P�Հ��P��p�P��P�؟�� P���~��o��M�� ��[��~�[�[��ڋ��(��~�� @^Ь[��廓��7��[ݏ�� P�� ͐�PZ�jݏd��p�� Q��PX�X��p��PV��p��e��WЦZ�Y�YX��P�P�I�P�L"�P�S[k�I�p��Hu��U�PE� �T�I�p��1u��U�PE� ��G��G��0�G��p��V��M��U��I�p�E��j?�Z�Y�Y��j��U �U?�Z��YX��j��1�Z�X�Y��p��ݦ��D�� W��P��f��G��A����Ь[ЬZի$�k��֏�P�Z�k��P�[P�[��P�^ԭ��U"ХUݬ�U��P�� ݬ��P��Џ��Э�PЬ�Ȝ��UХ�i��Ь[ЬZЬY�YթЩV�V�VW�ZHݫ�k��K��ЫX,�h(�W�h�W�� Pݨ��ﳈ�X��P9ЫX/�h+�Z�h��!��Pݨ�k��P �X��P��&�~լ�[м[�[��0��P�P$��ڛլ�[м[�[�﹜��PЬ[լ-�者 ��Y�Y�Y��=��(�k��_��P2��Џ�Z�j`�jUݥ�e���Z�Џ�Z�jݺ�k��P�Z��j�j��<��k��~��PЬ[�[�[�[��>��[�s��^Џ`��߭��߭��~��sony%d is an invalid target device '%s' unknown %s(%s) available devices: ?dev=%s (%s) %s %s device %s(%s): error in '%s': %s device %s: %s param mismatch: %s: i=%d/n=%d param='%s' %s: lun %d out of range can't find cmd '%s' > dev=%s, target=%d: լ��7��ޅ ݼ��~��Pcurrent SCSI id = %d generic scsitestunit [lun=0testunitstop [lun=0]stopstart [lun=0]startsense [lun=0]senseI?I?I?I?I?I?I?I?I?I?scsi bytes... # 6 or 10scsiresetIL?readt count [lun=0]readtinq [lun=0]inqid [target=0]idhelp [cmd]helpS?dev [type]devdisplayL?capacity [lun=0]capacity�8!^Ь[ЬZЬY�[�[�[�[Kj�[��X�X[��xHjU�U��$��Yݏ��~��~��e�PW �WP��U�Eﲘ��Ux��UU�E�Hj��8��߃��U�Uz��xk��ﳃ��U�U N��Lk��g���U�U$"�� k��3��[��~��I��X��P [%d bytes] rev=%s/%s %sinq(%d,%d): %s %s;cd-romwormprocessorprintersequential accessdirect accessremovablenonremovable< ^լԼ��x�U�U��ݬ�~��~��~��2d�P��P�P< ^լԼ��x�U�U��ݬ�~��~��~��c�P��P�P< ^լԼ��%��x�U�U��ݬ��~��~��bc�P��P<��i�P[��i�PZ�Z�[�Z�[ݼ��P��Pcapacity(%d,%d): %ld blocks of %ld bytes (#%xx#%x) h!^Ь[�X��O�͘��F��@��ހ��[�~��~��~��ub�P�6��m��#�Z�Z��xZU�U��$��[ݏ��~��~�� b�PY �YX��U�U��d��g��d����U�U ��g��Y��U�U�͜��rg��d��+��͜��dߚ��U�E�?��Ux��UU�E�&��Z��*��s�Z��e��͘��XP lun(%d): %s %s, %s/%s rev=%s ??responded to test unit ready target %d: 8 ^��%��U�0U��ݬ�~��~��~��_�P< ^լԼ��x�U�U��ݬ�~��~��~��/`�P��Pݼ��A~�P(%d,%d): good status < ^ЬU�U U�U �Ѭ����ЬU��ЬU��ЬU��ЬU��ЬU��~����ЬU��ЬU��ЬU��ЬU��ЬU��ЬU��ЬU��ЬU�� ЬU��$��ݬ��:ݬ��ā�P(ݬ�~��~��~��^�P��P�Pnumber of bytes (%d) must be 6 or 10 �X ^Ь[ЬZѬԫ��%��x�U�U��Z��~��~��R^�PV �VP��d�P͸��od�P��ݏ��C��Pʹ��ʹ��ʹ�X��|�k͸�~��?~�PY��X�Y�kݫ��D��5��{��I��zs��ￂ�kW�Wu��(��x�U�U��x��YU�U��x��YU�U��x��YU�U��Y��X��Z��X~��~��~��3]�PV�VP}�XY�XW��ͼ��8��UnUͬ� nUTa�]Tͬ��ͼ��ͨ� ��ͼ�ͨ�NkUvͬ�TDTUVUTf�#Tnͨ�RgRT~��ͼ�~��z�P�E�P t=%ds (%.0fKB/s) read(%d,%d): %d blocks @%d (chunk=%dx%d),Sony WDA-3000sonystatusSLset shelfside lunsetsense [lun=0]senseLS?rel lun [shelfside]relLI?readid lun [start]readidLIIS?media lun start count [file]mediaII?internal test [drive] # internal -1 for listinternalinq [lun]inqLeject lunejectdiskid [lun]diskidLIILIcopy srclun start n destlun destcopyconfigL?alternate [lun]alternate�D ^Ь[ЬZЬY�[�[�[�[Kj�[��X�X[�o��xHjU�U��Y��~��~��~Z�PW �WP�(�Hj��x��Uʏ��U ��Uˏ��U~��V��hx��Uʏ��U ��Uˏ��U~��:x��Uˏ��U~��Uʏ��U Џ�VЏ�V�V��Uʏ��UЏ�� Џ��ߚ��Uʏ��UЏ�� Џ��ߚ��Uʏ��UЏͼ� Џͼ��ͼ��T��w�X��Pnot readyreadydrive errorno alternatewritablewrite protect%s,%s,%s,%s (0x%x) empty (0x%x) power off (0x%x) inq(%d,%d): Ь[��Y�Yݬݬ��,�� v�[�Z�ZYH� Z~� nÎZU�U � X� X�X�kU��TxTT�TU��TxTT�TU~��v�[�Z�� Z~� nÎZU-�Y)��ί��ʯU��ï� e�ﴯ� ��l< ^Ь[լ�k��ߐ��xkU�U��ߔ��ߔ��ߔ��ߔ��ݬݏ��~��~��W�P��P"�Z�Zx ZU�E��ߪ�k��Z��P%ld%c(%d,%d): alternate table %d (%d entries) <"^��ߐ��ߔ��ߔ��ߔ��ߐ,��ߔ��ݬ�,��~��~��W�P��P�/��!�~��t�P[��\>KﳎU�e1 Џ�ZЏ�Z�Z>KU�e~>KU�e1 Џ�YЏ�Y�Y>K�i�U�e~��ݚ��U�U Џ�XЏ�X�X�~�� t��U�E�0��{t��nt��"�U�U��"�~��Nt��$�U�U��$�~��O��.t��'�~��&�~�� ~�� t�P IF-129=0x%x, SY-46=0x%x, SS-30=0x%x lower controller=0x%x, upper controller=0x%x, ROMS: Unibus-SCSI controller=%s sUnknownWORMconfig(%d,%d): %s device, '%s', %c controller%s, %c drive%s U.S. Design 1158T.D. Systems Vikingno doardЬ[��q��sˏ��[Uxˏ��[U Џ�ZЏ�Z�Z��:��rˏ��[U ��rˏ��[U ��rˏ��[U$ˏ��[~��r ��vr��u��ir^�� �� ݬ�~ݬ� ��~��S�P[�[PF����ݬݏ�ݬ�~��~��S�P[�[P�P�,^ݬ��/��P��P�m��[�Z�Z��kUʏ��U Џ1XЏ.X�X�kUʏ��U Џ>WЏ5W�W�kUʏ��U Џ>VЏ9V�V�Z�� q�kUʏ��U��Uʏ��US��Uˏ��U~��p��Uʏ��UV��Uˏ��UT��~ʏ��U�U~��F��p)��Uˏ��UT�Tʏ��Uߥa�T~��op��n��bp�Z�[��Z�Z2_�ZY�ZU�UZ�U2�[ZU�eU�[YT�dT�UT��YU�ZU�Y��p�Z~�Y��p�[YU�e~��2[��_��o�k~��[��<��o�kUˏ��UZ�kUʏ��U �Zˏ��ZUߥa�Z~��o ��o�[�kUʏ��U�kUˏ��U~��^o ��s��Oo�[�kUʏ��U�kUˏ��U~��2��)o �� o�Plower drive: no disk lower drive: disk, LUN=%d upper drive: no disk upper drive: disk, LUN=%d no disk disk shelf=%d%c (%d) carrier: I/O shelf%d-%d%ddisk in shelf %d%c (%d)ab, return shelf %d%cdisk in drive %donoffno not drive %d: %sready,%sdisk in LUN,power %s, no diskuse shelf instead of drive for LUN %dwait ejection,wait loading,temporarydisk%s,: < ^����x�U�U��ݬ�~��~��~��O�P��P�PD ^լ ��ݬݼ��P��PR����x�U��U��ݬ�~�ͼ��~��~��N�P��P�P@ ^ݬݼ��^�P��PO����x�U�U��ݬ�~��~��~��N�P��P�P�^Ь[�[��kU�U0�U9ݭ��]ݬ��pЏ��PH�Z�kU�U0�U9�Z U��T�TU�0UZ�>J��Z�k�a �k�b��Z�[U�U[�e��ZPshelfside '%s' must be numa or numb< ^լԼ����x�U�U��ݬݏ��~��~��M�P��P/ݼ���"��'k�ݏ��PS�P(%d,%d) disk id block: ^Ь[ЬZ���� [��x��U�U�� ݬ�~ݬ� ��~��FL�P[�[PG��x��ZU�U��Z��ݬ�Zݬ�~��~��L�P[�[P�PL ^мY�Y��Y��I�Ue�"�"J#�#�$E%�'�� i�Z�J�z��`�J�k��Z��i�Z�ݬ��ݏ�~ݏ��P �P�мU�E�$��ci��F��Vi�Z��[�Z��~��~��U�E�i��k~��!i�Z�[�ݬ��ݏ�~ݏ�� P �P�мU�E��h��Q��h�Z��[�Z�\��U�E��~��U�E�؆��U�E�͒�kU�E�Î��~h�Z�[�мU�E� ��_h�｡��_��3oݬ��~ݏ��;��P �P��ͼ��o��[�kU��M��h��~��~�k~��g��ͼ�~��g�mмU�E�t��g��B_��nݬ��~ݏ��P �P��ͼ��Wn��[�kU��Tg��~��~�k~��d��:g��ͼ�~��@��%g��ѬЬUԥЬUХ��ݬ��P �P��`�Uʏ��U��`�Uʏ��U��UЏ͸�L��a�Uʏ��U��a�Uʏ��U��UЏ͸� ��v��B`�P�мU�E��͸ߏ Џ7*YЏ3*Y�Y��<f���]��mݬ��ݏ�͸��P �P��ͼ��l��[��Uʏ��U��e��Uʏ��U��k��e��Uʏ��U ��9��e��Uʏ��U ��ye��Uʏ��U ��_e��~��Ne��Uʏ��U�E� ��-e��ͼ�~��3��e�Z�Z 7~J��U��U�U�[U�eU�E�,��J��~�Z��!��d�Z��d��h[�Z�Z%�kU��TxTT�TU~�Z��d�Z�[��d�)��ߐ��ߔ��ߔ��ߔ��ߔ��ߔ��ߔ��ߔ��ߔ��ߔ��ݬ��~��~��F�Pʹ��ʹ�P��мU�E��}��d��[� ��U��TxTT�TU~��~��~��c� �� U��TxTT�TU~�� ~��~��c� �� U��TxTT�TU~��~��~��U��s��c��U��TxTT�TU~��U��TxTT�TU~�� ^c�Pbackup mem(0/%d/%d) sys controllower driveupper drive%s(%d/%d/%d)%c%s: component(fatal err/err/cmds) %d:%ddiagnostic count (drive:avail):test %d[%s]: %s diagnostic not performed: %s (last error code 0x%2.2ux) disk-fault drive-fault controller-fault no faultsdiagnostic result:upplowdrive %d[%ser]: %s drive %d not occupied internal 3 (%s): (time: %lds) failed, error codes=#%x, #%x, #%x ended normallyinternal 2 (%s): %s[%s]: %s[#%x] (%s) Diagnostic #E4: last 16 errors; initiator[identify] error[sense] (cmd) internal 1 (%s): [%d] %s (%d,%d) Diagnostic #E5: last 16 internal tasks (drive,shelf) internal 0 (%s): internal %d: %s available internal commands: read data compareECC margin checkwritesearch writable areawritten sector searchblank sector searchseekmoveread disk iddrive on/offurk 15urk 14urk 13urk 12urk 11urk 10urk 9urk 8urk 7urk 6urk 5urk 4diagnostic aborted: write area fulldiagnostic aborted: write-protectdrive connected but no diskdrive not connected or powered offjukebox statusdrive controller diagnosticsscsi control board diagnosticsarm controller diagnosticserror information tableinternal command table^Ь[ЬZ��x[U�U�� լ�X�X�X��[��Z��x��ZU�U��x��ZU�U�� ݬ�~ݬ� ��~��?�PY�YPJ��x[U�U��ݬݏݬ�~��~��?�PY�YP�P�P^Ь[ЬZ�k��Ыͼ�Ы͸��XѬE��Kݼ��c�P��*��.ݼ�� V�PXݼ�Z��D�P�~�Z��P �P�d��`�Uʏ��U��`�Uʏ��U��U��D��a�Uʏ��U��a�Uʏ��U��U��v�Z��Sa�P��Џ�5ʹ� Џ�5ʹ��ʹ��ͼ�U�͸�T�TUS�S~�U�T��\�Xݼ��k\��ɕ��ŕU�ﾕ� e�ﯕ� ��R��W�W�*�W��Q��`��b�PG��W�Џ�5�ԿЏu5��Џ[5��ЏA5��Џ'5��Џ5��Џ5��Џ�4��Џ�4��Џ�4�}�Џ�4�v�ЏVЏ��W�W��G�@��W��ͼ�W�͸��Z��W��P �P�J��Y��U�YU��X"�hШU֨�ie�X�i~��~Q��iU�UV��YWU��T�TUͰ��d��^��U�U�F�UͰ�~��Z��U�U��U-��ܓU��Փ� e��Ɠ� ��P�iV�Ͱ��U�E�%��)��W��Z��W��^��P �P�(��Y��X"�hШU֨�ie�X�i~��`P��iU�UV��YWU��T�TUͰ��d��^��U�U�F�k��UͰ�~��xY��U�U��U-��ﾒU�﷒� e�晴� ��O�iV�Ͱ��U�E��)��X$�hШU֨�e�Xݏ��O��V��YWU��T�TUͰ��d��^��U�U�F�UͰ�~��X��U�U��U-��U�� e��ڑ� ��OЏV�Ͱ��)�﷑�ﳑU�﬑� e�� ��N��d��#X��4��U�E�� U�E�ڻ�E�ӿ��W�� W�P %d %s, %d %s@%d, uncorrectable (alternated)>96% burst (alternated)50-96% burst (alternated)<50% burstread error 3 (alternated)unwrittenread error 1 (alternated)seek error 3 (alternated)seek error 2 (alternated)seek error 1 (alternated)goodrare error 0x%x stored in '%s'upperlowermedia margin check for %d blocks [%d-%d] on %s drive (%d,%d):drive %d not occupied and ready w-v^Ь[��y��(��x�U�U��x��[U�U��x��[U�U��x��[U�U��[��ݬݏݬ�~��~��,6�P��P��^Ь[мX�W��X�ѬЬUХZ"�ZZ�W�[��~�X��<��Pp�ZЏ��Y�W�Z��YU�[��Z�X��P �ZY�� Z��Y�Z��k��%U�PN�[��Y�X��P�P4ݏ��&��X��[��X��X��-��T�P(%d,%d): '%s' read(blk=%d) failed %d: �T^Ь[ЬZ�k��ЫYЫ��Ы��Ы��ﺗ��Э�Ͱ�Э�UЭ�T�TUS�S~�Uݭ�ݭ��TYU�U~�Yݭ�ݭ��U� �1T�Z�ʹ��P �P�P��<�Uʏ��U��<�Uʏ��Uѭ�Uԭ�A��=�Uʏ��U��=�Uʏ��Uѭ�U��ݭ��Z��:X�P�� u��ͬ��vZЏ��խ��Eݭ�ݏ��S�PVy�Z��V�Yݭ�ݭ��s�PX�X[�XY�X��X��XVIǏ'YU�U��Ǐ'Y��߭��Y߭��=�Pŭ��'~��R�r��ݭ�ݏ��R�PV�L��Z�~�V�Yݭ�ݭ��PW�W�*��Zݭ�ݭ�ݭ��W�Yݭ�ݭ��P��WY�W��W��Ǐ'YU�U��Ǐ'Y��߭��FY߭��,=�Pŭ��'~��.��8R�I��߭��Y�ͬ��խ��ݭ�� Rխ�ݭ�ݭ��Y��Q�P#�Ͱ�UNUTN��SFSTVT~�U��t��Q�P8 ^Ь[ЬZЬY��x�U�U��x�U��U��x�U��U��x��ZU�U��x��ZU�U� �x��ZU�U� �Z��x��[U�U��x��[U�U� �x��[U�U��[��x��YU�U��x��YU�U��x��YU�U��Y��ݬ �~��~��2(^Ь[��Z�[�Pc�[�Џ[ݬ��ݬݬݬ��P Џ��P/��Y�[U�[�U�iU��D�U�ZT�UT�Y��U�UYP%d blocks at %.1fKB/s copy buggered up: sbase=%d nblks=%d dbase=%d %ds: doing block %ld at %sdrive %d not occupied copying drive (%d,%d)[%d-%d] to drive (%d,%d)[%d-%d] <#ff><#fe><#fd><#fc><#fb><#fa><#f9><#f8><#f7><#f6><#f5><#f4><#f3><#f2><#f1><#f0><#ef><#ee><#ed><#ec><#eb><#ea><#e9><#e8><#e7><#e6><#e5><#e4><#e3><#e2><#e1><#e0><#df><#de><#dd><#dc><#db><#da><#d9><#d8><#d7><#d6><#d5><#d4><#d3><#d2><#d1><#d0><#cf><#ce><#cd><#cc><#cb><#ca><#c9><#c8><#c7><#c6><#c5><#c4><#c3><#c2><#c1><#c0><#bf><#be><#bd><#bc><#bb><#ba><#b9><#b8><#b7><#b6><#b5><#b4>disk rotatedisk releasedisk set<#b0><#af><#ae><#ad><#ac><#ab><#aa><#a9><#a8><#a7><#a6><#a5><#a4><#a3>carrier movedisk check<#a0><#9f><#9e><#9d><#9c><#9b><#9a><#99><#98><#97><#96><#95><#94><#93><#92><#91><#90><#8f><#8e><#8d><#8c><#8b><#8a><#89><#88><#87><#86><#85><#84><#83><#82><#81><#80><#7f><#7e><#7d><#7c><#7b><#7a><#79><#78><#77><#76><#75><#74><#73><#72><#71><#70><#6f><#6e><#6d><#6c><#6b><#6a><#69><#68><#67><#66><#65><#64><#63><#62><#61><#60><#5f><#5e><#5d><#5c><#5b><#5a><#59><#58><#57><#56><#55><#54><#53><#52><#51><#50><#4f><#4e><#4d><#4c><#4b><#4a><#49><#48><#47><#46><#45><#44><#43><#42><#41><#40><#3f><#3e><#3d><#3c><#3b><#3a><#39><#38><#37><#36><#35><#34><#33>readmoveseek<#2f><#2e><#2d><#2c><#2b><#2a><#29><#28><#27><#26><#25>disk outdrive offdrive onrecalibratesense drive status<#1f><#1e><#1d><#1c><#1b><#1a><#19>diagnostics<#17><#16><#15><#14><#13><#12><#11><#10><#f><#e><#d><#c><#b>error margin check<#9>sense alternate information<#7><#6><#5>recover disk warning<#3>version checksense resultnop<#ff><#fe><#fd><#fc><#fb><#fa><#f9><#f8><#f7><#f6><#f5><#f4><#f3><#f2><#f1><#f0><#ef><#ee><#ed><#ec><#eb><#ea><#e9><#e8><#e7><#e6><#e5><#e4><#e3><#e2><#e1><#e0><#df><#de><#dd><#dc><#db><#da><#d9><#d8><#d7><#d6><#d5><#d4><#d3><#d2><#d1><#d0><#cf><#ce><#cd><#cc><#cb><#ca><#c9><#c8><#c7><#c6><#c5><#c4><#c3><#c2><#c1><#c0><#bf><#be><#bd><#bc><#bb><#ba><#b9><#b8><#b7><#b6><#b5><#b4><#b3><#b2><#b1><#b0><#af><#ae><#ad>no disk in LUNreservedmedium removal preventeddrive not readyunit attentionunacceptable diagnostics parameterillegal parameterillegal parameter lengthillegal shelf numberillegal logical addressreserved bit nonzeroinvalid LUNinvalid command<#9f><#9e><#9d><#9c><#9b><#9a><#99><#98><#97><#96><#95>drive error (SONY)<#93><#92><#91><#90><#8f><#8e><#8d><#8c><#8b><#8a><#89><#88><#87><#86><#85><#84><#83><#82><#81><#80><#7f><#7e><#7d><#7c><#7b><#7a><#79><#78><#77><#76><#75><#74><#73><#72><#71><#70><#6f><#6e><#6d><#6c><#6b><#6a><#69><#68><#67><#66><#65><#64><#63><#62><#61><#60><#5f><#5e><#5d><#5c><#5b><#5a><#59><#58><#57><#56><#55><#54><#53><#52><#51><#50><#4f><#4e><#4d><#4c><#4b><#4a><#49><#48><#47><#46><#45><#44><#43><#42><#41><#40><#3f><#3e><#3d><#3c><#3b><#3a><#39><#38><#37><#36><#35><#34><#33><#32><#31><#30><#2f><#2e><#2d><#2c><#2b><#2a><#29><#28><#27><#26><#25><#24><#23><#22><#21><#20><#1f><#1e><#1d><#1c><#1b><#1a><#19><#18><#17><#16><#15><#14><#13><#12><#11><#10><#f><#e><#d><#c><#b><#a><#9><#8><#7><#6><#5><#4><#3><#2><#1><#0>not connected or power offdrive not ready (no disk)diagnostic could not be donetest not donegooddis/reconnect-LUN 7dis/reconnect-LUN 6dis/reconnect-LUN 5dis/reconnect-LUN 4dis/reconnect-LUN 3dis/reconnect-LUN 2dis/reconnect-LUN 1dis/reconnect-LUN 0no dis/reconnect-LUN 7no dis/reconnect-LUN 6no dis/reconnect-LUN 5no dis/reconnect-LUN 4no dis/reconnect-LUN 3no dis/reconnect-LUN 2no dis/reconnect-LUN 1no dis/reconnect-LUN 0<#d7><#d6><#d3><#c4><#c3><#c2><#c0>7<#2d><#2c><#2a><#28><#25><#1e><#1d><#1c><#1b><#1a><#18><#17><#16><#15><#12><#c><#b><#a><#8><#3>1<#1><#0><#ff><#fe><#fd><#fc><#fb><#fa><#f9><#f8><#f7><#f6><#f5><#f4><#f3><#f2><#f1><#f0><#ef><#ee><#ed><#ec><#eb><#ea><#e9><#e8><#e7><#e6><#e5><#e4><#e3><#e2><#e1><#e0><#df><#de><#dd><#dc><#db><#da><#d9><#d8>disk releasedisk set<#d5><#d4>request recovered status<#d2><#d1><#d0><#cf><#ce><#cd><#cc><#cb><#ca><#c9><#c8><#c7><#c6><#c5>recover disk warningsense alternate informationread disk id<#c1>disk eject<#bf><#be><#bd><#bc><#bb><#ba><#b9><#b8><#b7><#b6><#b5><#b4><#b3><#b2><#b1><#b0><#af><#ae><#ad><#ac><#ab><#aa><#a9><#a8><#a7><#a6><#a5><#a4><#a3><#a2><#a1><#a0><#9f><#9e><#9d><#9c><#9b><#9a><#99><#98><#97><#96><#95><#94><#93><#92><#91><#90><#8f><#8e><#8d><#8c><#8b><#8a><#89><#88><#87><#86><#85><#84><#83><#82><#81><#80><#7f><#7e><#7d><#7c><#7b><#7a><#79><#78><#77><#76><#75><#74><#73><#72><#71><#70><#6f><#6e><#6d><#6c><#6b><#6a><#69><#68><#67><#66><#65><#64><#63><#62><#61><#60><#5f><#5e><#5d><#5c><#5b><#5a><#59><#58><#57><#56><#55><#54><#53><#52><#51><#50><#4f><#4e><#4d><#4c><#4b><#4a><#49><#48><#47><#46><#45><#44><#43><#42><#41><#40><#3f><#3e><#3d><#3c><#3b><#3a><#39><#38><#37><#36><#35><#34><#33><#32><#31><#30><#2f><#2e>written sector searchblank sector search<#2b><#29><#27><#26>read capacity<#24><#23><#22><#21><#20><#1f>prevent/allow medium removalsend diagnosticsreceive diagnosticsstart/stop unitmode sense<#19>copyreleasereservemode select<#14><#13>inquiry<#11><#10><#f><#e><#d>moveseekwrite<#9>read<#7><#6><#5><#4>request sense<#2>rezero unittest unit ready<0^լԼ��x�U�U�� ݬݏ��~��~��P��P>ݼ��H|��8ݏ��8�P^��ЬU��[�[�[!�[I�[ .B��ݬ��=�X��^ݬ��<�B��Hݬ��<�,ЬU��U�UЬU��~��F�U��<ЬU��Uʏ��U�E�j��<��ݬ��#=ЬU��Uʏ��U>ЬU��T�� SxSS�ST�� UxUU�UT~��B<��ݬ��<ЬU��U�E��i��}��<��ݬ��<��Uʏ��UIЬU��T��SxSS�ST��SxSS�ST��UxUU�UT~��;��ݬ��P< info=#%x, ext sense: %s at addr #%xsense: %swarning: extra data is %d, not 4! no errorkey #fmiscomparevolume overflowkey #caborted commandcopy abortedkey #9blank checkdata protectunit attentionillegal requesthardware errormedium errornot readyrecovered errorno sense%s sense(%d,%d): <#ff><#fe><#fd><#fc><#fb><#fa><#f9><#f8><#f7><#f6><#f5><#f4><#f3><#f2><#f1><#f0><#ef><#ee><#ed><#ec><#eb><#ea><#e9><#e8><#e7><#e6><#e5><#e4><#e3><#e2><#e1><#e0><#df><#de><#dd><#dc><#db><#da><#d9><#d8><#d7><#d6><#d5><#d4><#d3><#d2><#d1><#d0><#cf><#ce><#cd><#cc><#cb><#ca><#c9><#c8><#c7><#c6><#c5><#c4><#c3><#c2><#c1><#c0><#bf><#be><#bd><#bc><#bb><#ba><#b9><#b8><#b7><#b6><#b5><#b4><#b3><#b2><#b1><#b0><#af><#ae><#ad><#ac><#ab><#aa><#a9><#a8><#a7><#a6><#a5><#a4><#a3><#a2><#a1><#a0><#9f><#9e><#9d><#9c><#9b><#9a><#99><#98><#97><#96><#95><#94><#93><#92><#91><#90><#8f><#8e><#8d><#8c><#8b><#8a><#89><#88><#87><#86><#85><#84><#83><#82><#81><#80><#7f><#7e><#7d><#7c><#7b><#7a><#79><#78><#77><#76><#75><#74><#73><#72><#71><#70>carrier errorshelf errordrive 1 errordrive 0 errori/o shelf errorhook servo errorroter servo errorz-axis servo error<#67><#66><#65><#64><#63><#62><#61>no data in specified address<#5f><#5e><#5d><#5c><#5b><#5a><#59><#58><#57><#56>tracking erroruncorrectable read errordata could not be readall address could not be readaddress block not foundspecified address not found<#4f><#4e><#4d><#4c><#4b><#4a><#49><#48>alternation troubledisk warningwrite protect error 2write protect error 1cannot read disk iddisk errorwrite errorwrite warning<#3f><#3e><#3d><#3c><#3b>disk already exists in shelfdisk already exists in drive<#37><#36><#35><#34><#33>drive not readyno disk in drivedrive power offdrive error<#2e><#2d><#2c>over laser powerunder laser powerwrite modulation troublehead lead outskew troubleslide trouiblespindle troubletracking troublefocus troubleloading troubledrive interface parity errorcommand not terminated<#1f><#1e><#1d><#1c><#1b><#1a><#19><#18><#17><#16><#15>scsi hardware/firmware errorSONY I/F II hardware/firmware errorcontroller errortime out errorecc trouible occurred<#f><#e><#d><#c><#b>copy aborted<#9>message reject errorparity errorunit attention<#5><#4>illegal requestrecovered errorinvalid commandno senseWren VIwrenIIIIImodeselect er-param er-retries read-recon write-recon cache-enablemodeselectmodesenseextinqdiag\ ^��`��ݬݏ`��~��~��j�Pͤ��ͤ�Pf�ͼ��5�ͨ��$��ͨ��ͼߚ��U�E�A��Ux��UU�E��@�~��o�� .,�Pinq(%d,%d): %s %s, %s/%s rev=%0.4s serial=%0.8s 8 ^��ߐ��ߔ��x�U�U��ߔ��ߐ��ߔ��ݬ��~��~��x �P[�[Ph�� +�[�[;�K�ab�� Ux[T�TT�TU Џ>kZЏ<kZ�Z��; ��Y+�[��~��~�� >+�P< ^��x�U�U��ݬ��~��~��P��P3�� *��~��X ��*��~��- ��*�P8 ^��ߐ��ߔ��x�U�U��ߔ��ߐ$��ߔ��ݬ�$��~��~��6�P[ �[P�(��Q*��UxUU��T�TU~��UxUU��T�TU~��UxUU��T�TU~��UxUU��T�TU~��UxUU��T�TU~��)��UxUU��T�TU~�� UxUU��T�TU~��UxUU��T�TU~��UxUU�� T�TU~��[��)��A��)�[�[;�K�q`��Ux[T�TT�TU Џ>kZЏ<kZ�Z��+��I)�[��8)�P< ^��x�U�U�� ݬ� ��~��~�� P��P2��~��UxUU��TxTT��S�ST�TU~��C��(�P8 ^��ߐ��ߔ��x�U�8U��ߔ��ߐ��ߔ��ݬ��~��~��0 �P[ �[P��K(�[�[;�K�T_�� Ux[T�TT�TU Џ>kZЏ<kZ�Z��(�[�� Uˏ��U~��J��'��~��~�� ~��~��~��'�PЬ[��k��'�[�~��PZ�ZPV�[�~��Q��PZ�ZPA�[�~��PZ�ZP,�[�~��-��PZ�ZP�[�~��PZ�ZP�P8 ^Ь[ЬZ��/�� '�kU�U��U�kU�U�U��&ЫU�U��Uݫ��&ЫU�U��Uݫ��&ЫU�U��Uݫ��[��&ЫU�U�(�U$ի Џ iXЏ iX�X��d&��W&��_�� )�kU�U��UЫU�U��U��Z��~��~��PY �YP�L��%��U�U��kU�U� �U�k��ЫU�U� �U��Z�~��~��PY �YP��ЫU�U��UЫU�U��U��Z��~��~��PY �YP�N�� $ЫU�U� �U��ЫU�U� �U��Z�~��~��'�PY �YP��ЫU�U��U��8��Z��~��~��PY�YPn��)#��U�U��ի��U�U��Z�~��~��Z�PY�YP�P sleep(10); kill me if you disagree disencache %sable, write-recon=%d/256, read-recon=%d/256, er-retries=%d, er-param=%d(=#%x), changing modes to mode sense(%d,0): prefetch: thr=%d max=%dx%d min=%dx%d , cache size=%d cache control: WIERSVDCacheEnabledrive geometry: %d cyls, %d heads drive type: %d alt sec/%d alt trk per zone(=%d trks), %d alt trks per vol sec=%dB, trk=%d secs, interleave=%d trk skew=%d cyl skew=%d format parameters: SoftSecHardSecRemoveSURFINS write reconnect=%d/256 read reconnect=%d/256,disconnect/reconnect: %d retries, max ecc span=%d ~ %s%serror recovery: AWREARRETBRCEECPERDTEDCR8 ^�~��'�P[��ݬ�~��~��~��k�PZ �ZP��ݬ��~��~��'�PZ�ZPf�~��6'�[P[�[��7 ��U��U��^�� +��~��~��~��~��~��~�� P error==#%x,#%x FRU=(#%x,#%x,#%x,#%x) no errors selftest diagnostic (%ds) �^Ь[��Џ��V5��q��a�P�V��[ݬ��Џ��P��[ Џ@ZЏ�ZЬU��T�ZT�߫ݬ��VV��?&�P��[U�PU2��ݬ��>��,V�� Џ��VЭ�P�լA�$�~ݬ��U��!�P��$�U�PUZѭ�$��~ݬ��ì$~ݬ��U��y!�P��Qݬ��g��ЬU�$��$լ��U�� Џ��qU�P^Ь[ЬZ��ЬU��ca��Zݬ�[ݬݬݬ��b��P��"��P�S�Z��#�j��횫��.��ЬU��U�U��d��Zݏ��[�~��~��P��P��Tn��&Uʏ��U�U^��U��UQ��ЬU��U�U��Z��[�~��~��q��P��Pf��C`Џ|q�6`ݏ��߫$��"`��Yx��Uʏ��U�E��SY�Y��Z��!�P�P%s; %sreservation conflictintermediate good/metintermediate goodbusyreservedmet/goodcheck conditiongoodscsiio readscsiio write/dev/scsi< ^լԼ��x�U�U��ݬ��~��~��y��P��P�ݼ��^��Uʏ��U��l��Uˏ��U~��Uˏ��U~��Ux��UUˏ��U~��9��1��Uʏ��U+��U��TxTT�TU��TxTT�TU~��P�^Ь[�kUx��UUˏ��U��ѭ�d�kUʏ��U4��~��~��~��~��Uʏ��U�E�R��~ݬ�� B��Uʏ��U�E��Q��Gݬ��kUˏ��U~ݭ��ݬ��sense: class=#%x, code=#%xextended sense: %sextended sense: %s info=#%2.2x#%2.2x#%2.2x#%2.2xreserved (#f)miscomparevolume overflowequalaborted commandcopy abortedvendor specific (#9)blank checkdata protectunit attentionillegal requesthardware errormedium errornot readyrecovered errorno sense , addr=0x%xerror class=0x%x, code=0x%x, sense=0x%xno error sense(%d,%d): ��\U �U�Y��[ݬ��8ݬ��!��[U�E�c ݬ��ݬ��%s: %s%s: unknown errno %dЬ[ЬZ�kU�U �Z�[�Z��[ZU��UY�Y[�iU�U �Y��[YU�U�UZ�U�[ݬ��B��ZU�eЬ[��ZxZU��T�TUZxZU��T�TUZxZU�kT�TUZ�ZP�� ^�Zլ��ݬ� ��N�PY�Z=�Y 8�Yݬ߭��P%� ��U��ݬ��(��Yݬ߭��W�Z��ݬ��ЬX�[�[YO�[~�nÎ[U$ЬU�eЬUХT֥� dݬ� �� ЬU֬�e~��Qݬ��[�ЬU�eЬUХT֥� dݬ� ��U ��ݬ��q�[�[Y��[~�nÎ[U$ЬU�eЬUХT֥� dݬ� �� hU�U �U��~��ݬ��C��V�V �V $��ݬ��"��tݬ��_ݬ��[�S��ЬU�eЬUХT֥� dݬ� ��r�Y��YZ��Z�� ݬ��%5.5d ..\t\n %c %2.2x%5.5d* �^Ь[�Z�Y�kP�P �P �P+�P-�Y�[�[�� ZP��Q�QP�0PZ�k0�k9��Y�ZP�ZP��P�^ݬ�� P��^߭��2��P�<P�P��߭��v�PZ��ZP1Ъ[Џ�Y�YXЏVԭ�Э��Wx�WWP�PP�PP��b�P�P�_�WWP�PP�PP��c�PѪPH�WWP�PP�PP2�f�Y�WWP�PP�PP2�h�X�WWP�PP�PP��d��WWP�PP�PP��e��W�W�'�1|��YX�Y��XYЭ�X�V��VV�Y�Z��R��PY�X�Z��B��PX�[Y�[Y1 �Ѫ��[X�[X�Ѫ��V��߭��T�PZ֪ 1��^Ь[ЬZ�Z:ݫ��lmP�PZëZP��P��P�PQ�Q�QPQ�QZP�^Ǐ�Q�Pď�QP�P��Ǐ�Q��խ��Q��׭��Y�<��P�<P�P��<��Z�<ZP�<P�PZ��<Z�Z��p��P�PQ�Q�QP�[�խ�DЏFZ�:��Zѭ��:��Z��P��Z�Z��ѭ�P�:ЏFZ��:��Zѭ��O��Z~��Q�P��Zխ��Z��Э�[�[��Z��+�P�n��J�Z 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<stddef.h> #include <stdio.h> #include <string.h> #include "scsi.h" #include "scsish.h" extern Device genericdev; static Device *dev = 0; static Function *function(char *, Device **); static void parse(FILE *); main() { setbuf(stdout, (char *)0); scsi_target(2); set_sony(); printf("dev=%s, target=%d:\n", dev? dev->name:genericdev.name, s_id); parse(stdin); exit(0); } static void parse(FILE *fp) { int i, n; char *param; char buf[4096]; char *ptrs[100], *cargs[20]; int iargs[20]; int nc, ni; Function *fn; Device *thatdev; char err[512]; for(;;){ printf("> "); fflush(stdout); if(fgets(buf, sizeof buf, fp) == NULL) break; if(param = strchr(buf, '\n')) *param = 0; n = getmfields(buf, ptrs, sizeof ptrs/sizeof ptrs[0]); if(n < 1) continue; if((fn = function(ptrs[0], &thatdev)) == 0){ fprintf(stderr, "can't find cmd '%s'\n", ptrs[0]); continue; } ni = nc = 0; param = fn->param; for(i = 1; i < n; i++){ switch(*param++) { case 'I': iargs[ni++] = atoi(ptrs[i]); break; case 'L': iargs[ni++] = atoi(ptrs[i]); if((iargs[ni-1] < 0) || (iargs[ni-1] > 7)){ fprintf(stderr, "%s: lun %d out of range\n", ptrs[0], iargs[ni-1]); continue; } break; case 'S': cargs[nc++] = ptrs[i]; break; default: break; } if(*param == '?') param++; } while(param[0] && param[1] && (param[1] == '?')) param += 2; if((i == n) != (*param == 0)){ printf("param mismatch: %s: i=%d/n=%d param='%s'\n", ptrs[0], i, n, param); printf("device %s: %s\n", thatdev->name, fn->help); continue; } if((*fn->fn)(ni, iargs, nc, cargs, err)) fprintf(stderr, "error in '%s': %s\n", fn->name, err); } } static Function * flook(Function *f, char *name) { for(; f->help; f++) if(strncmp(f->name, name, strlen(f->name)) == 0) return(f); return(0); } static Function * function(char *name, Device **devptr) { Function *f = 0; if(dev && dev->fns && (f = flook(dev->fns, name))) *devptr = dev; else if(f = flook(genericdev.fns, name)) *devptr = &genericdev; return(f); } void setdevice(Device *d) { dev = d; ss_extsense = dev->extsense; } static help(Device *d, char *cmd, Device *prec) { Function *f; Function *base; base = (prec && prec->fns)? prec->fns:0; if(cmd == 0){ printf("device %s(%s):\n", d->name, d->verbose); if(f = d->fns) while(f->name){ if((base == 0) || (flook(base, f->name) == 0)) printf("\t%s\n", f->help); f++; } return(0); } else { if(f = d->fns) while(f->name) if(strcmp(f->name, cmd) == 0){ printf("(%s) %s\n", d->name, f->help); return(1); } else f++; return(0); } } int gen_help(int niargs, int *iargs, int ncargs, char **cargs) { #pragma ref niargs #pragma ref iargs if(dev) if(help(dev, ncargs == 0? 0:cargs[0], (Device *)0)) return(0); help(&genericdev, ncargs == 0? 0:cargs[0], dev); return(0); } extern Device sonydev; extern Device wrendev; static Device *devs[] = { &genericdev, &sonydev, &wrendev, 0 }; int gen_dev(int niargs, int *iargs, int ncargs, char **cargs) { Device **d; #pragma ref niargs #pragma ref iargs if(ncargs == 0) printf("dev=%s\n", dev? dev->name : genericdev.name); else if(strcmp(cargs[0], "?") == 0){ printf("available devices:\n"); for(d = devs; *d; d++) printf("\t%s(%s)\n", (*d)->name, (*d)->verbose); } else { for(d = devs; *d; d++) if(strcmp(cargs[0], (*d)->name) == 0) break; if(*d) setdevice(*d); else fprintf(stderr, "device '%s' unknown\n", cargs[0]); } return(0); } void scsi_target(int n) { if((n < 0) || (n >= 8)) fprintf(stderr, "%d is an invalid target\n", n); else s_id = n; } set_sony() { int iargs[1]; char *cargs[1]; cargs[0] = "sony"; gen_dev(0, iargs, 1, cargs); } 0707070035050453651006660011710000040000010451350457563432000001100000001004scsish.htypedef int (*Functionfn)(int, int *, int, char **, char *); typedef struct { char *name; char *help; char *param; Functionfn fn; } Function; typedef struct { char *name; char *verbose; void (*extsense)(uchar *, char *, int); Function *fns; } Device; extern void setdevice(Device *); extern void scsi_target(int); extern void fixedstr(uchar *src, int len, char *dest); extern void gen_extsense(uchar *, char *, int); extern int shelfside(char *arg, char *err); extern void xd(uchar *base, int, FILE *fp); 0707070035050422071006660011710000040000010273200464713423200000700000000215sgi.mk# config stuff: sgi; system v with moran/droneck /dev/scsi CC=pcc # must be ansi RANLIB=: LDFLAGS= -lds IO=md_io CFLAGS=-g -I../inc NPROC=4 0707070035050453470407770011710000040000020452060464700560100000500000000000sony0707070035050453461006660011710000040000010031700463122750000001300000001570sony/dev.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static Function fns[] = { { "alternate", "alternate [lun]", "L?", sony_alt }, { "config", "config", "", sony_conf }, { "copy", "copy srclun start n destlun dest", "LIILI", sony_copy }, { "diskid", "diskid [lun]", "L?", sony_diskid }, { "eject", "eject lun", "L", sony_eject }, { "inq", "inq [lun]", "L?", sony_inq }, { "internal", "internal test [drive] # internal -1 for list", "II?", sony_internal }, { "media", "media lun start count [file]", "LIIS?", sony_media }, { "readid", "readid lun [start]", "LI?", sony_readid }, { "rel", "rel lun [shelfside]", "LS?", sony_rel }, { "sense", "sense [lun=0]", "L?", sony_sense }, { "set", "set shelfside lun", "SL", sony_set }, { "status", "status", "", sony_status }, { 0 } }; Device sonydev = { "sony", "Sony WDA-3000", sony_extsense, fns }; 0707070035050453451006660011710000040000010452100457563432100001300000001625sony/inq.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int sony_inq(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i; #pragma ref ncargs #pragma ref cargs if(niargs == 0) for(niargs = 0; niargs < 8; niargs++) iargs[niargs] = niargs; for(i = 0; i < niargs; i++){ set6(cmd, 0x12, iargs[i]<<5, 0, 0, 6, 0); if(n = s_io(0, &cmd, 0, &ret, 6, err)) return(n); printf("inq(%d,%d): ", s_id, iargs[i]); if(ret.data[5]&0x80) printf("power off (0x%x)\n", ret.data[5]&0xFF); else if(ret.data[5]&0x40) printf("empty (0x%x)\n", ret.data[5]&0xFF); else printf("%s,%s,%s,%s (0x%x)\n", (ret.data[5]&0x08)?"write protect":"writable", (ret.data[5]&0x04)?"no alternate":"", (ret.data[5]&0x02)?"drive error":"", (ret.data[5]&0x01)?"ready":"not ready", ret.data[5]&0xFF); } return(0); } 0707070035050453441006660011710000040000010452120457563432100001300000001423sony/alt.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static table(int drive, int tab, uchar *data) { int n, i; n = data[6]; printf("(%d,%d): alternate table %d (%d entries)\n", s_id, drive, tab, n); for(data += 0x18, i = 0; i < n; data += 4, i++) printf("%ld%c", data[0]+256L*data[1]+256L*256*data[2], (i%10 == 9)? '\n':' '); if((i%10) && n) putchar('\n'); } int sony_alt(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0xC3, iargs[0]<<5, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 4096, err)) return(n); for(i = 0; i < 4; i++) table(iargs[0], i+1, &ret.data[1024*i]); return(0); } 0707070035050453431006660011710000040000011505140464060013200001600000002236sony/config.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static char mtab[5][2] = { '0', '0', '1', '1', '1', '2', '2', '2', '?', '?' }; static char *brdname[] = { "no doard", "T.D. Systems Viking", "U.S. Design 1158" }; int sony_conf(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i; char buf[512]; #pragma ref niargs #pragma ref iargs #pragma ref ncargs #pragma ref cargs set6(cmd, 0x12, 0, 0, 0, 44, 0); if(n = s_io(0, &cmd, 0, &ret, 44, err)) return(n); i = min(ret.data[37], 4); fixedstr(&ret.data[8], 28, buf); printf("config(%d,%d): %s device, '%s', %c controller%s, %c drive%s\n", s_id, 0, (ret.data[0] == 0x4)? "WORM":"Unknown", buf, mtab[i][0], (mtab[i][0] == '1')?"":"s", mtab[i][1], (mtab[i][1] == '1')?"":"s"); printf("\tUnibus-SCSI controller=%s\n", brdname[ret.type]); printf("\tROMS:"); if(ret.data[38] != 0xFF) printf(" upper controller=0x%x,", ret.data[38]); if(ret.data[40] != 0xFF) printf(" lower controller=0x%x,", ret.data[40]); printf( " IF-129=0x%x, SY-46=0x%x, SS-30=0x%x\n", ret.data[36], ret.data[42], ret.data[43]); return(0); } 0707070035050453421006660011710000040000011504400463127760200001600000004127sony/status.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" static shelf(int i) { printf(": "); if(i&0x80){ printf("%s,", (i&0x40)? "disk":"temporary"); if(i&0x10) printf("wait loading,"); if(i&0x08) printf("wait ejection,"); if(i&0x20) printf("use shelf instead of drive for LUN %d", i&7); } else printf("no disk"); printf("\n"); } int sony_istatus(struct scsi_return *ret, char *err) { struct scsi_cmd cmd; int n; set6(cmd, 0x1D, 0, 0, 0, 10, 0); cmd.data[0] = 0xE2; /* internal status */ cmd.data[1] = 0; cmd.data[2] = 0; cmd.data[3] = 0; cmd.data[4] = 0; cmd.data[5] = 0; cmd.data[6] = 0; cmd.data[7] = 0; cmd.data[8] = 0; cmd.data[9] = 0; if(n = s_io(0, &cmd, 10, ret, 0, err)) return(n); setdiag(cmd, 0, 128); if(n = s_io(0, &cmd, 0, ret, 128, err)) return(n); return(0); } int sony_status(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_return ret; int n, i, start; uchar *d; #pragma ref niargs #pragma ref iargs #pragma ref ncargs #pragma ref cargs if(n = sony_istatus(&ret, err)) return(n); d = &ret.data[16]; for(i = 0; i < 8; i++, d += 4){ printf("drive %d: %sready,%sdisk in LUN,power %s,", i, (d[0]&1)?"":"not ", (d[0]&0x40)?"":"no ", (d[0]&0x80)?"off":"on"); if(d[0]&0x40){ if(d[1]&0x80){ printf("disk in drive %d", d[1]&0x7f); if(d[2]&0x80) printf(", return shelf %d%c", (d[2]&0x7F)/2, "ab"[d[2]&1]); } else printf("disk in shelf %d%c (%d)", (d[1]&0x7f)/2, (d[1]&1)+'a', d[1]&0x7f); } printf("\n"); } for(i = 0; i < 50;){ for(start = i; ++i < 50;) if(d[i] != d[start]) break; if(i == start+1) printf("%d", start); else printf("%d-%d", start, i-1); shelf(d[start]); } d += 50; printf("I/O shelf"); shelf(*d); d++; printf("carrier: "); i = *d&0x7F; if(*d&0x80) printf("disk shelf=%d%c (%d)\n", i/2, 'a'+(i&1), i); else printf("no disk\n"); d++; if(*d&0x80) printf("upper drive: disk, LUN=%d\n", *d&7); else printf("upper drive: no disk\n"); d++; if(*d&0x80) printf("lower drive: disk, LUN=%d\n", *d&7); else printf("lower drive: no disk\n"); return(0); } 0707070035050453411006660011710000040000010452160457563432200001300000000754sony/rel.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int sony_rel(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i, j; #pragma ref niargs if(ncargs == 0){ i = 0; j = 0; /* its ignored anyway */ } else { i = 1; if((j = shelfside(cargs[0], err)) < 0) return(1); } set6(cmd, 0xD7, (iargs[0]<<5)|i, 0, j, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); return(0); } 0707070035050453401006660011710000040000010452170457563432200001300000000642sony/set.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int sony_set(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n, i; #pragma ref niargs #pragma ref ncargs if((i = shelfside(cargs[0], err)) < 0) return(1); set6(cmd, 0xD6, iargs[0]<<5, 0, i, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); return(0); } 0707070035050453371006660011710000040000010452200457563432200001500000000576sony/eject.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int sony_eject(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref niargs #pragma ref ncargs #pragma ref cargs set6(cmd, 0xC0, iargs[0]<<5, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); return(0); } 0707070035050453361006660011710000040000010452210457563432200002100000000754sony/shelfside.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int shelfside(char *arg, char *err) { char *oarg = arg; int shelf; if((*arg < '0') || (*arg > '9')){ usage: sprintf(err, "shelfside '%s' must be numa or numb", oarg); return(-1); } shelf = 0; while((*arg >= '0') && (*arg <= '9')) shelf = 10*shelf + *arg++ - '0'; shelf <<= 1; if(*arg == 'a') ; else if(*arg == 'b') shelf |= 1; else goto usage; if(*++arg) goto usage; return(shelf); } 0707070035050453351006660011710000040000010452220457563432200001600000000742sony/diskid.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int sony_diskid(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0xC2, iargs[0]<<5, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 1024, err)) return(n); printf("(%d,%d) disk id block:\n", s_id, iargs[0]); xd(ret.data, 1024, stdout); return(0); } 0707070035050453341006660011710000040000010332450463123222500002000000011302sony/internal.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static internal(int n, int b1, int nb, struct scsi_return *ret, char *err) { struct scsi_cmd cmd; set6(cmd, 0x1D, b1, 0, 0, 10, 0); cmd.data[0] = n; cmd.data[1] = b1>>8; cmd.data[2] = 0; cmd.data[3] = 0; cmd.data[4] = 0; cmd.data[5] = 0; cmd.data[6] = 0; cmd.data[7] = 0; cmd.data[8] = 0; cmd.data[9] = 0; if(n = s_io(0, &cmd, 10, ret, 0, err)) return(n); setdiag(cmd, 0, nb); if(n = s_io(0, &cmd, 0, ret, nb, err)) return(n); return(0); } static char *cmds[] = { "internal command table", "error information table", "arm controller diagnostics", "scsi control board diagnostics", "drive controller diagnostics", "jukebox status", 0 }; static char *msg1[16] = { "drive not connected or powered off", "drive connected but no disk", "diagnostic aborted: write-protect", "diagnostic aborted: write area full", "urk 4", "urk 5", "urk 6", "urk 7", "urk 8", "urk 9", "urk 10", "urk 11", "urk 12", "urk 13", "urk 14", "urk 15" }; static char *testn[10] = { "drive on/off", "read disk id", "move", "seek", "blank sector search", "written sector search", "search writable area", "write", "ECC margin check", "read data compare" }; int sony_internal(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; register unsigned char *d; int i, drive, lower; long t1, t2; extern char *cmesg[]; extern char *i0com[], *i1err[], *scsicmd[], *busid[], *scsiident[]; #pragma ref ncargs #pragma ref cargs switch(iargs[0]) { case -1: printf("available internal commands:\n"); for(i = 0; cmds[i]; i++) printf("\tinternal %d: %s\n", i, cmds[i]); break; case 0: if(internal(0xE5, 0, 256, &ret, err)) return(1); printf("internal 0 (%s):\n", cmds[iargs[0]]); printf("Diagnostic #E5: last 16 internal tasks (drive,shelf)\n"); for(i = 0, d = ret.data; i < 16; i++, d += 16){ printf("[%d] %s (%d,%d)\n", d[0], i0com[d[1]], d[2], d[3]); } break; case 1: if(internal(0xE4, 0, 256, &ret, err)) return(1); printf("internal 1 (%s):\n", cmds[iargs[0]]); printf("Diagnostic #E4: last 16 errors; initiator[identify] error[sense] (cmd)\n"); for(i = 0, d = ret.data; i < 16; i++, d += 16){ printf("%s[%s]: %s[#%x] (%s)\n", busid[d[0]], scsiident[d[1]], i1err[d[14]], d[15], scsicmd[d[4]]); } break; case 2: printf("internal 2 (%s):\n", cmds[iargs[0]]); fflush(stdout); time(&t1); if(internal(0x90, 0, 8, &ret, err)) return(1); time(&t2); d = ret.data; if(d[0] == 0) printf("\tended normally"); else printf("\tfailed, error codes=#%x, #%x, #%x", d[0], d[1], d[2]); printf(" (time: %lds)\n", t2-t1); break; case 3: printf("internal 3 (%s):\n", cmds[iargs[0]]); fflush(stdout); time(&t1); if(internal(0xe0, 0, 8, &ret, err)) return(1); time(&t2); d = ret.data; if(d[0] == 0) printf("\tended normally"); else printf("\tfailed, error codes=#%x, #%x, #%x", d[0], d[1], d[2]); printf(" (time: %lds)\n", t2-t1); break; case 4: if(niargs == 1) iargs[1] = 0; /* zero default */ drive = iargs[1]; if(sony_istatus(&ret, err)) return(1); if((ret.data[100]&0x80) && (drive == (ret.data[100]&7))) lower = 0x100; else if((ret.data[101]&0x80) && (drive == (ret.data[101]&7))) lower = 0x200; else { fprintf(stderr, "drive %d not occupied\n", drive); return(1); } printf("drive %d[%ser]: %s\n", drive, (lower == 0x200)?"low":"upp", cmds[iargs[0]]); fflush(stdout); time(&t1); if(internal(0x18, lower, 256, &ret, err)) return(1); time(&t2); d = ret.data; if(d[1]&0x80){ printf("diagnostic result:"); if((d[1]&0x70) == 0) printf(" no faults"); else { if(d[1]&0x10) printf(" controller-fault"); if(d[1]&0x20) printf(" drive-fault"); if(d[1]&0x10) printf(" disk-fault"); printf(" (last error code 0x%2.2ux)", d[4]); } } else printf("diagnostic not performed: %s", msg1[d[1]&0xF]); printf(" (time: %lds)\n", t2-t1); for(i = 0; i < 10; i++) printf("test %d[%s]: %s\n", i, testn[i], cmesg[d[i*8+drive+8]]); printf("diagnostic count (drive:avail):"); for(d += 104, i = 0; i < 8; i++, d += 2) printf(" %d:%d", i, d[0]+d[1]*256); printf("\n"); break; case 5: set10(cmd, 0xD3, 0, 0, 0, 0, 0, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 20, err)) return(n); printf("%s: component(fatal err/err/cmds)\n", cmds[iargs[0]]); d = ret.data; #define ONE(str, x, sep) printf("%s(%d/%d/%d)%c", str, d[x+3], d[x+2], d[x+1]+256*d[x], sep) ONE("upper drive", 4, ' '); ONE("lower drive", 8, ' '); ONE("sys control", 12, ' '); printf("backup mem(0/%d/%d)\n", d[19]+256*d[18], d[17]+256*d[16]); break; } return(0); } 0707070035050453331006660011710000040000010452240457563432200001400000000465sony/i0.tabi0com 00 nop 01 sense result 02 version check 04 recover disk warning 08 sense alternate information 0a error margin check 18 diagnostics 20 sense drive status 21 recalibrate 22 drive on 23 drive off 24 disk out 30 seek 31 move 32 read a1 disk check a2 carrier move b1 disk set b2 disk release b3 disk rotate 0707070035050453321006660011710000040000010452260457563432200001400000000477sony/i1.tabi1err 94 drive error (SONY) a0 invalid command a1 invalid LUN a2 reserved bit nonzero a3 illegal logical address a4 illegal shelf number a5 illegal parameter length a6 illegal parameter a7 unacceptable diagnostics parameter a8 unit attention a9 drive not ready aa medium removal prevented ab reserved ac no disk in LUN 0707070035050453311006660011710000040000010452270457563432200001600000001777sony/scsi.tabscsicmd 00 test unit ready 01 rezero unit 03 request sense 08 read 0a write 0b seek 0c move 12 inquiry 15 mode select 16 reserve 17 release 18 copy 1a mode sense 1b start/stop unit 1c receive diagnostics 1d send diagnostics 1e prevent/allow medium removal 25 read capacity 28 read 2a write 2c blank sector search 2d written sector search c0 disk eject c2 read disk id c3 sense alternate information c4 recover disk warning d3 request recovered status d6 disk set d7 disk release busid 01 0 02 1 80 7 scsiident 80 no dis/reconnect-LUN 0 81 no dis/reconnect-LUN 1 82 no dis/reconnect-LUN 2 83 no dis/reconnect-LUN 3 84 no dis/reconnect-LUN 4 85 no dis/reconnect-LUN 5 86 no dis/reconnect-LUN 6 87 no dis/reconnect-LUN 7 c0 dis/reconnect-LUN 0 c1 dis/reconnect-LUN 1 c2 dis/reconnect-LUN 2 c3 dis/reconnect-LUN 3 c4 dis/reconnect-LUN 4 c5 dis/reconnect-LUN 5 c6 dis/reconnect-LUN 6 c7 dis/reconnect-LUN 7 cmesg 0 good e0 test not done ee diagnostic could not be done fe drive not ready (no disk) ff not connected or power off 0707070035050453301006660011710000040000011504740464014764400001500000005757sony/media.c#include <stdio.h> #include <stddef.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static int cnts[256]; static char *cmsg[256]; sony_media1(int drive, long lbn, int lower, struct scsi_return *ret, char *err) { struct scsi_cmd cmd; int n; set6(cmd, 0x1D, drive<<5, 0, 0, 10, 0); cmd.data[0] = 0x0A; /* error margin check */ cmd.data[1] = lower? 2:1; cmd.data[2] = 0; cmd.data[3] = 0; cmd.data[4] = drive; cmd.data[5] = lbn; cmd.data[6] = lbn>>8; cmd.data[7] = lbn>>16; cmd.data[8] = 0; cmd.data[9] = 0; if(n = s_io(0, &cmd, 10, ret, 0, err)) return(n); setdiag(cmd, drive, 256); if(n = s_io(0, &cmd, 0, ret, 256, err)) return(n); return(0); } int sony_media(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_return ret; uchar *d; int bn, c; char buf[256]; int lower; int nline; int cur, curb; int drive = iargs[0]; long lbn = iargs[1]; int count = iargs[2]; extern char *strdup(char *); int verbose = 0; FILE *fp = 0; #pragma ref niargs if(ncargs == 1){ if(strcmp(cargs[0], "-v") == 0) verbose = 1; else if((fp = fopen(cargs[0], "w")) == NULL){ pperror(err, cargs[0]); return(1); } } if(sony_istatus(&ret, err)) return(1); if((ret.data[100]&0x80) && (drive == (ret.data[100]&7))) lower = 0; else if((ret.data[101]&0x80) && (drive == (ret.data[101]&7))) lower = 1; else { sprintf(err, "drive %d not occupied and ready\n", drive); return(1); } printf("media margin check for %d blocks [%d-%d] on %s drive (%d,%d):", count, lbn, lbn+count-1, lower? "lower":"upper", s_id, drive); if(fp) printf(" stored in '%s'", cargs[0]); putchar('\n'); if(cmsg[0] == 0){ for(bn = 0; bn < 256; bn++){ sprintf(buf, "rare error 0x%x", bn); cmsg[bn] = strdup(buf); } cmsg[0] = "good"; cmsg[0x40] = "seek error 1 (alternated)"; cmsg[0x41] = "seek error 2 (alternated)"; cmsg[0x42] = "seek error 3 (alternated)"; cmsg[0x44] = "read error 1 (alternated)"; cmsg[0x45] = "unwritten"; cmsg[0x46] = "read error 3 (alternated)"; cmsg[0x81] = "<50% burst"; cmsg[0x82] = "50-96% burst (alternated)"; cmsg[0x83] = ">96% burst (alternated)"; cmsg[0x84] = "uncorrectable (alternated)"; } #define DO(ch,cp) if(fp) putc(ch,fp); else if(ch != cur){\ int newb = bn+cp-ret.data;\ if(verbose && (curb>=0)){\ printf("%d %s@%d, ", newb-curb, cmsg[cur], curb);\ if(++nline == 5){nline = 0; putchar('\n');}\ }\ cur = ch;\ curb = newb;\ } cur = 256; curb = -1; nline = 0; for(bn = 0; bn < 256; bn++) cnts[bn] = 0; for(bn = lbn, c = count; c >= 256; c -= 256, bn += 256){ if(sony_media1(drive, bn, lower, &ret, err)) return(1); for(d = ret.data; d < &ret.data[256];){ DO(*d, d); cnts[*d++]++; } } if(c){ if(sony_media1(drive, bn, lower, &ret, err)) return(1); for(d = ret.data; c; c--){ DO(*d, d); cnts[*d++]++; } } DO(256, d); if(nline) putchar('\n'); printf("\t"); for(c = 0; c < 256; c++) if(cnts[c]) printf("%d %s, ", cnts[c], cmsg[c]); printf("\n"); return(0); } 0707070035050453271006660011710000040000011504660464215423500001600000002140sony/readid.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static int my_read(int lun, long blk, struct scsi_return *ret, char *err) { struct scsi_cmd cmd; int n; cmd.bus_id = s_id; set10(cmd, 0x28, lun<<5, blk>>24, blk>>16, blk>>8, blk, 0, 0, 1, 0); n = ss_io(0, &cmd, 0, ret, 1024, err); return(n); } int sony_readid(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_return ret; char buf[128]; int drive = iargs[0]; long blk, lastb; int pr = 0; #pragma ref ncargs #pragma ref cargs buf[0] = 0; if(niargs == 2){ if((blk = iargs[1]) < 0){ blk = -blk; pr = 1; } } else { if(my_read(drive, 0L, &ret, err) == 0) goto done; blk = 1; } for(lastb = -1;;){ if(pr){ printf("%d: ", blk); } if(my_read(drive, blk, &ret, err)) break; lastb = blk; blk = ((long *)ret.data)[9]; } if(lastb < 0){ printf("read(blk=%d) failed\n", blk); return(1); } if(my_read(drive, lastb, &ret, err) != 0) return(1); done: strncpy(buf, (char *)&ret.data[42], 128); buf[127] = 0; printf("(%d,%d): '%s'\n", s_id, drive, buf); return(0); } 0707070035050453261006660011710000040000011504720464014762400001400000006207sony/copy.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" #define PROGRESS \ if(sbase/TALK != goo){\ goo = sbase/TALK;\ time(&t2);\ printf("\tdoing block %ld at %s", goo*TALK, ctime(&t2));\ } static char good[256]; /* by default, all BAD */ typedef enum { BAD = 0, GOOD } Searchtype; static int copy1(int, int, int, int, int, int, int, char *); static int search(int, int, int, int, Searchtype, char *); int sony_copy(int niargs, int *iargs, int ncargs, char **cargs, char *err) { int n; int sdr = iargs[0]; int sbase = iargs[1]; int nblocks = iargs[2]; int ddr = iargs[3]; int dbase = iargs[4]; int starget = s_id; int dtarget = s_id; int wr, unwr; long nb = nblocks; long t1, t2; long goo; int lower; struct scsi_return ret; #define TALK 10000 extern char *ctime(); #pragma ref niargs #pragma ref ncargs #pragma ref cargs printf("copying drive (%d,%d)[%d-%d] to drive (%d,%d)[%d-%d]\n", starget, sdr, sbase, sbase+nblocks-1, dtarget, ddr, dbase, dbase+nblocks-1); if(sony_istatus(&ret, err)) return(1); if((ret.data[100]&0x80) && (sdr == (ret.data[100]&7))) lower = 0; else if((ret.data[101]&0x80) && (sdr == (ret.data[101]&7))) lower = 1; else { sprintf(err, "drive %d not occupied\n", sdr); return(1); } good[0] = good[0x81] = good[0x82] = good[0x83] = GOOD; time(&t1); goo = -1; while(nblocks > 0){ /* search for a block to copy */ while(n = min(256, nblocks)){ wr = search(sdr, lower, sbase, n, GOOD, err); if(wr < 0) break; sbase += wr; dbase += wr; nblocks -= wr; if(wr < n) break; PROGRESS } /* now copy until the first bad block */ while(n = min(256, nblocks)){ unwr = search(sdr, lower, sbase, n, BAD, err); if(unwr < 0) break; /*printf("writing %d-%d\n", sbase, sbase+unwr-1);/**/ if(copy1(starget, sdr, sbase, unwr, dtarget, ddr, dbase, err)) break; sbase += unwr; dbase += unwr; nblocks -= unwr; PROGRESS } } time(&t2); t2 -= t1; if(t2 == 0) t2 = 1; printf("%ds: ", t2); if(nblocks){ printf("copy buggered up: sbase=%d nblks=%d dbase=%d\n", sbase, nblocks, dbase); return(1); } printf("%d blocks at %.1fKB/s\n", nb, nb/(float)t2); return(0); } static int copy1(int st, int sd, int sb, int n, int dt, int dd, int db, char *err) { struct scsi_cmd cmd; struct scsi_return ret; set6(cmd, 0x18, sd<<5, 0, 0, 20, 0); cmd.data[0] = 0x10; /* copy */ cmd.data[1] = 0; cmd.data[2] = 0; cmd.data[3] = 0; cmd.data[4] = (st<<5)|sd; cmd.data[5] = (dt<<5)|dd; cmd.data[6] = 0; cmd.data[7] = 0; cmd.data[8] = n>>24; cmd.data[9] = n>>16; cmd.data[10] = n>>8; cmd.data[11] = n; cmd.data[12] = sb>>24; cmd.data[13] = sb>>16; cmd.data[14] = sb>>8; cmd.data[15] = sb; cmd.data[16] = db>>24; cmd.data[17] = db>>16; cmd.data[18] = db>>8; cmd.data[19] = db; return(s_io(0, &cmd, 20, &ret, 0, err)); } static int search(int dr, int lower, int sbase, int n, Searchtype s, char *err) { uchar *cp; struct scsi_return ret; if(n <= 0) return(0); if(n > 256) n = 256; if(sony_media1(dr, sbase, lower, &ret, err)) return(-1); for(cp = ret.data; n-- > 0; cp++) if(good[*cp] != s) break; return(cp-ret.data); } 0707070035050453251006660011710000040000010452330457563432300001300000001477sony/fns.hextern int sony_inq(int, int *, int, char **, char *); extern int sony_alt(int, int *, int, char **, char *); extern int sony_conf(int, int *, int, char **, char *); extern int sony_status(int, int *, int, char **, char *); extern int sony_set(int, int *, int, char **, char *); extern int sony_rel(int, int *, int, char **, char *); extern int sony_eject(int, int *, int, char **, char *); extern int sony_diskid(int, int *, int, char **, char *); extern int sony_internal(int, int *, int, char **, char *); extern int sony_media(int, int *, int, char **, char *); extern int sony_readid(int, int *, int, char **, char *); extern int sony_copy(int, int *, int, char **, char *); extern int sony_sense(int, int *, int, char **, char *); extern void sony_extsense(uchar *, char *, int); extern int shelfside(char *arg, char *err); 0707070035050453241006660011710000040000010452340457563432300001500000003205sony/sense.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int sony_sense(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; char buf[4096]; #pragma ref ncargs #pragma ref cargs if(niargs == 0) iargs[0] = 0; set6(cmd, 0x03, iargs[0]<<5, 0, 0, 32, 0); if(n = s_io(0, &cmd, 0, &ret, -32, err)) return(n); printf("sense(%d,%d): ", s_id, iargs[0]); sony_extsense(ret.data, buf, sizeof buf); printf("%s\n", buf); return(0); } static char *exstab[16] = { "no sense", "recovered error", "not ready", "medium error", "hardware error", "illegal request", "unit attention", "data protect", "blank check", "key #9", "copy aborted", "aborted command", "key #c", "volume overflow", "miscompare", "key #f", }; void sony_extsense(uchar *data, char *dest, int ndata) { char buf[4096]; extern char *nesd[]; dest[0] = 0; switch(data[2]) { case 0: sprintf(dest, "no error"); break; case 0x1: /* recovered error */ sprintf(dest, "recovered error"); break; case 0xA: /* recovered error */ sprintf(dest, "recovered error"); break; default: if(data[7] != 4) sprintf((char *)data, "warning: extra data is %d, not 4! ", data[7]); sprintf(buf, "sense: %s", nesd[data[8]&0x7f]); strcat(dest, buf); if(data[8]&0x80){ sprintf(buf, " at addr #%x", data[11]+256L*data[10]+256L*256*data[9]); strcat(dest, buf); } sprintf(buf, ", ext sense: %s", exstab[data[2]]); strcat(dest, buf); if(data[0]&0x80){ sprintf(buf, " info=#%x", data[6]+256L*data[5]+256L*256L*data[4]+256L*256L*256L*data[3]); strcat(dest, buf); } break; } } 0707070035050453231006660011710000040000010452350457563432300001600000002251sony/nesd.tabnesd 00 no sense 01 invalid command 02 recovered error 03 illegal request 06 unit attention 07 parity error 08 message reject error 0a copy aborted 10 ecc trouible occurred 11 time out error 12 controller error 13 SONY I/F II hardware/firmware error 14 scsi hardware/firmware error 20 command not terminated 21 drive interface parity error 22 loading trouble 23 focus trouble 24 tracking trouble 25 spindle trouble 26 slide trouible 27 skew trouble 28 head lead out 29 write modulation trouble 2a under laser power 2b over laser power 2f drive error 30 drive power off 31 no disk in drive 32 drive not ready 38 disk already exists in drive 39 no disk in drive 3a disk already exists in shelf 40 write warning 41 write error 42 disk error 43 cannot read disk id 44 write protect error 1 45 write protect error 2 46 disk warning 47 alternation trouble 50 specified address not found 51 address block not found 52 all address could not be read 53 data could not be read 54 uncorrectable read error 55 tracking error 60 no data in specified address 68 z-axis servo error 69 roter servo error 6a hook servo error 6b i/o shelf error 6c drive 0 error 6d drive 1 error 6e shelf error 6f carrier error 0707070035050453711006660011710000040000010450560457563431600001100000002145unload.c#include <stdio.h> #include <stddef.h> #include <string.h> #include "scsi.h" #include "juke.h" j_unload(char *vol_id, char *buf) { Side side; int i, sh, dr; char disk_to_unload[256]; if(j_rdshelves(buf)) /* read in shelf names */ return(-1); if(j_getstatus(buf)) /* get the jukebox status */ return(-1); /* now check which side we want */ strcpy(disk_to_unload, vol_id); side = SIDEA; sh = j_shelfof(disk_to_unload); if(sh < 0){ sprintf(buf, "can not find vol_id %s", disk_to_unload); return(-1); } dr = -1; for(i = 0; i < NLUN; i++){ printf("dr:.. %d ", i); printf(" rtsh: %d\n", j_status.lun[i].retshelf); /* is sh = retshelf? */ if( (j_status.lun[i].retshelf>>1 == sh) || (j_status.lun[i].retshelf == sh*2+1) ){ dr = i; break; } } printf("dr: %d, sh: %d, side: %d, i: %d\n", dr, sh, side, i); if (dr == -1){ sprintf(buf, "no drive has vol_id %s", disk_to_unload); return(-1); } /* put vol_id in it's shelf*/ if (j_drive_to_shelf(dr, sh, side, buf) >= 0){ sprintf(buf,"/dev/worm%d\n", dr); return(0); } return(-1); } 0707070035050446201006660011710000040000010447410457563430700000700000001357warm.c#include <stddef.h> #include <stdio.h> #include <string.h> #include "scsi.h" #include "juke.h" warm_inv(char *buf) { Side side; int drive, sh; char vol_id[512]; if(j_rdshelves(buf)) /* read in shelf names */ return(-1); side = SIDEA; drive = min(nlun+1, NLUN-1); for(;;){ if(j_getstatus(buf)) /* get the jukebox status */ return(-1); for(sh = 0; sh < NSHELF; sh++) if(j_status.shelf[sh]&0x10) break; if(sh >= NSHELF) break; if(getvol(127, drive, vol_id, &side)){ strcpy(buf, vol_id); return(-1); } for(sh = 0; j_shelf[sh]; sh++) ; printf("%s -> %d\n", vol_id, sh); if(j_drive_to_shelf(drive, sh, side, buf) < 0) return(-1); j_wrshelf = 1; j_shelf[sh] = strdup(vol_id); sleep(1); } return(0); } 0707070035050453210407770011710000040000020452370464700560500000500000000000wren0707070035050453201006660011710000040000010452400457563432300001300000000637wren/dev.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" static Function fns[] = { { "diag", "diag", "", wr_diag }, { "extinq", "extinq", "", wr_extinq }, { "modesense", "modesense", "", wr_modesense }, { "modeselect", "modeselect er-param er-retries read-recon write-recon cache-enable", "IIIII", wr_modeselect }, { 0 } }; Device wrendev = { "wren", "Wren VI", gen_extsense, fns }; 0707070035050453171006660011710000040000011471660464666727400001300000001326wren/inq.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" extern char *gen_rmb[2]; extern char *gen_devtype[256]; int wr_extinq(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; char vendor[9], product[17]; #pragma ref niargs #pragma ref iargs #pragma ref ncargs #pragma ref cargs set6(cmd, 0x12, 0, 0, 0, 96, 0); if(n = s_io(0, &cmd, 0, &ret, 96, err)) return(n); fixedstr(&ret.data[8], 8, vendor); fixedstr(&ret.data[16], 16, product); printf("inq(%d,%d): %s %s, %s/%s rev=%0.4s serial=%0.8s\n", s_id, 0, gen_rmb[ret.data[1]>>7], gen_devtype[ret.data[0]], vendor, product, &ret.data[32], &ret.data[36]); return(0); } 0707070035050453161006660011710000040000010452420457563432300001400000011721wren/mode.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" #define SHORT(n) ((ret.data[n]<<8)|(ret.data[n+1])) static int er(int pcf, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; static char *bit[8] = { "DCR", "DTE", "PER", "EEC", "RC", "TB", "ARRE", "AWRE" }; set6(cmd, 0x1A, 0, (pcf<<6)|0x01, 0, 20, 0); if(n = s_io(0, &cmd, 0, &ret, 20, err)) return(n); printf("error recovery:\n\t"); for(n = 7; n >= 0; n--) printf(" %s%s", (ret.data[14]&(1<<n))? "":"~", bit[n]); printf("\n\t%d retries, max ecc span=%d\n", ret.data[15], ret.data[16]); return(0); } static int dr(int pcf, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; set6(cmd, 0x1A, 0, (pcf<<6)|0x02, 0, 24, 0); if(n = s_io(0, &cmd, 0, &ret, 24, err)) return(n); printf("disconnect/reconnect:\n"); printf("\tread reconnect=%d/256,", ret.data[14]); printf(" write reconnect=%d/256\n", ret.data[15]); return(0); } static int fp(int pcf, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; static char *bit[8] = { "", "", "", "INS", "SURF", "Remove", "HardSec", "SoftSec" }; set6(cmd, 0x1A, 0, (pcf<<6)|0x03, 0, 36, 0); if(n = s_io(0, &cmd, 0, &ret, 36, err)) return(n); printf("format parameters:\n"); printf("\tsec=%dB, trk=%d secs, interleave=%d trk skew=%d cyl skew=%d\n", SHORT(24), SHORT(22), SHORT(26), SHORT(28), SHORT(30)); printf("\t%d alt sec/%d alt trk per zone(=%d trks), %d alt trks per vol\n", SHORT(16), SHORT(18), SHORT(14), SHORT(20)); printf("\tdrive type:"); for(n = 7; n >= 3; n--) printf(" %s%s", (ret.data[32]&(1<<n))? "":"~", bit[n]); printf("\n"); return(0); } static int geom(int pcf, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; set6(cmd, 0x1A, 0, (pcf<<6)|0x04, 0, 32, 0); if(n = s_io(0, &cmd, 0, &ret, 32, err)) return(n); printf("drive geometry:\n\t%d cyls, %d heads\n", (ret.data[14]<<16)|SHORT(15), ret.data[17]); return(0); } static int cc(int pcf, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; static char *bit[8] = { "", "", "", "", "CacheEnable", "RSVD", "WIE", "RSVD" }; set6(cmd, 0x1A, 0, (pcf<<6)|0x38, 0, 28, 0); if(n = s_io(0, &cmd, 0, &ret, 28, err)) return(n); printf("cache control:\n\t"); for(n = 7; n >= 4; n--) printf(" %s%s", (ret.data[14]&(1<<n))? "":"~", bit[n]); printf(", cache size=%d\n", ret.data[14]&0xF); printf("\tprefetch: thr=%d max=%dx%d min=%dx%d\n", ret.data[15], ret.data[16], ret.data[17], ret.data[18], ret.data[19]); return(0); } int wr_modesense(int niargs, int *iargs, int ncargs, char **cargs, char *err) { int n; #pragma ref ncargs #pragma ref cargs #pragma ref niargs #pragma ref iargs #define PCF 0 /* current values */ printf("mode sense(%d,0):\n", s_id); if(n = er(PCF, err)) return(n); if(n = dr(PCF, err)) return(n); if(n = fp(PCF, err)) return(n); if(n = geom(PCF, err)) return(n); if(n = cc(PCF, err)) return(n); return(0); } int wr_modeselect(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; #pragma ref niargs #pragma ref ncargs #pragma ref cargs printf("changing modes to "); if((iargs[0] < 256) && (iargs[0] >= 0)) printf("er-param=%d(=#%x), ", iargs[0], iargs[0]); if((iargs[1] < 256) && (iargs[1] >= 0)) printf("er-retries=%d, ", iargs[1]); if((iargs[2] < 256) && (iargs[2] >= 0)) printf("read-recon=%d/256, ", iargs[2]); if((iargs[3] < 256) && (iargs[3] >= 0)) printf("write-recon=%d/256, ", iargs[3]); if((iargs[4] < 256) && (iargs[4] >= 0)) printf("cache %sable, ", iargs[4]?"en":"dis"); printf("\nsleep(10); kill me if you disagree\n"); fflush(stdout); sleep(10); /* do error recovery */ if(((iargs[0] < 256) && (iargs[0] >= 0)) || ((iargs[1] < 256) && (iargs[1] >= 0))){ set6(cmd, 0x1A, 0, (0<<6)|0x01, 0, 20, 0); if(n = s_io(0, &cmd, 0, &ret, 20, err)) return(n); memcpy(cmd.data, ret.data, 20); cmd.data[14] &= ~0x10; if((iargs[0] < 256) && (iargs[0] >= 0)) cmd.data[14] = iargs[0]; if((iargs[1] < 256) && (iargs[1] >= 0)) cmd.data[15] = iargs[1]; set6(cmd, 0x15, 0x11, 0, 0, 20, 0); if(n = s_io(0, &cmd, 20, &ret, 0, err)) return(n); } /* reconnect */ if(((iargs[2] < 256) && (iargs[2] >= 0)) || ((iargs[3] < 256) && (iargs[3] >= 0))){ set6(cmd, 0x1A, 0, (0<<6)|0x02, 0, 24, 0); if(n = s_io(0, &cmd, 0, &ret, 24, err)) return(n); memcpy(cmd.data, ret.data, 24); if((iargs[3] < 256) && (iargs[3] >= 0)) cmd.data[14] = iargs[3]; if((iargs[4] < 256) && (iargs[4] >= 0)) cmd.data[15] = iargs[4]; set6(cmd, 0x15, 0x11, 0, 0, 24, 0); if(n = s_io(0, &cmd, 24, &ret, 0, err)) return(n); } /* do cache control */ if((iargs[4] < 256) && (iargs[4] >= 0)){ set6(cmd, 0x1A, 0, (0<<6)|0x38, 0, 28, 0); if(n = s_io(0, &cmd, 0, &ret, 28, err)) return(n); memcpy(cmd.data, ret.data, 28); cmd.data[14] &= ~0x10; if(iargs[4]) cmd.data[14] |= 0x10; set6(cmd, 0x15, 0x11, 0, 0, 28, 0); if(n = s_io(0, &cmd, 28, &ret, 0, err)) return(n); } return(0); } 0707070035050453151006660011710000040000010452430457563432400001400000001427wren/diag.c#include <stdio.h> #include "../scsi.h" #include "../scsish.h" #include "fns.h" int wr_diag(int niargs, int *iargs, int ncargs, char **cargs, char *err) { struct scsi_cmd cmd; struct scsi_return ret; int n; long t; #pragma ref niargs #pragma ref iargs #pragma ref ncargs #pragma ref cargs t = time((long *)0); set6(cmd, 0x1D, 0x04, 0, 0, 0, 0); if(n = s_io(0, &cmd, 0, &ret, 0, err)) return(n); set6(cmd, 0x1C, 0, 0, 0, 8, 0); if(n = s_io(0, &cmd, 0, &ret, 8, err)) return(n); t = time((long *)0)-t; printf("selftest diagnostic (%ds)\n", t); if((ret.data[7] == 0) && (ret.data[2] == 0)) printf("\tno errors\n"); else printf("\terror==#%x,#%x FRU=(#%x,#%x,#%x,#%x)\n", ret.data[6], ret.data[7], ret.data[2], ret.data[3], ret.data[4], ret.data[5]); return(0); } 0707070035050453141006660011710000040000010452450457563432400001300000000345wren/fns.hextern int wr_extinq(int, int *, int, char **, char *); extern int wr_modesense(int, int *, int, char **, char *); extern int wr_modeselect(int, int *, int, char **, char *); extern int wr_diag(int, int *, int, char **, char *); 0707070035050453141006660011710000040000010452450457563432400001300000000000TRAILER!!!ret.data[3], ret.data[4], ret.data[5]); return(0); } 0

This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.