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10,7/galaxy/operat/cnftab.mac
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TITLE CNFTAB - CONFIG commands module
SUBTTL Nick Tamburri 12-SEP-85
;
;COPYRIGHT (c) DIGITAL EQUIPMENT CORPORATION 1975,1976,1977,1978,1979,1980,1981,1982,1983,1984,1986.
;ALL RIGHTS RESERVED.
;
;
; THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED
; AND COPIED ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE
; AND WITH THE INCLUSION OF THE ABOVE COPYRIGHT NOTICE. THIS
; SOFTWARE OR ANY OTHER COPIES THEREOF MAY NOT BE PROVIDED OR
; OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON. NO TITLE TO
; AND OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
;
; THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE
; WITHOUT NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT
; BY DIGITAL EQUIPMENT CORPORATION.
;
; DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY
; OF ITS SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY
; DIGITAL.
SALL
SEARCH GLXMAC
PROLOG(OPRCNF)
CNFEDT==:13 ;EDIT LEVEL
.DIRECTIVE FLBLST
SUBTTL Table of Contents
SUBTTL Revision History
COMMENT |
1 Create this module.
9-Sep-84 GCO 10094/NT
2 Make SNAPSHUT, SHUTDOWN and SUSPEND non-abbreviable. also
make KONTROLLER invisible equivalent of CONTROLLER.
28-Nov-84 GCO 10125/NT
3 Add ADD/REMOVE commands for CI and NI.
29-Jan-84 GCO 10141/JAD
4 Add KLINIK line functions.
6-Feb-85 GCO 10146/DPM/TL
5 Add dynamic device table generation to alter the options on
the ADD/REMOVE, SET KLINIK, and AUTO-CONFIGURE commands.
25-Feb-85 GCO 10153 /DPM
6 Forgot to include secondary ports in dynamic disk stuff.
29-Mar-85 GCO 10182 /DPM
7 Add SET [NO] MICROCODE (loading) and LOAD (microcode) commands.
Remove SET [NO] DX20 command.
26-Apr-85 GCO 10199 /DPM
10 Call new OPRPAR routine P$XSBC to exit sub-command mode.
29-May-86 GCO 10221 /DPM
11 Magtape keyword table is ignored if there are no disk kontrollers
with loadable microcode. DSKTAB --> TAPTAB @TAPI.3
22-Jul-85 GCO 10258 /DPM
12 Add SET DUMP/RELOAD commands to diddle bits in DEBUGF. Add SHOW
STOPCODE-FLAGS command.
30-Jul-85 GCO 10264 /JAD
13 Update copyright statement. 12-SEP-85 /LEO
|
SUBTTL OPRTAB - Macro to be expanded in OPR
DEFINE CSTAB(VALUE,PREFIX)<
.....B==VALUE
DEFINE X(SYMBOL)<
PREFIX''SYMBOL==:.....B
.....B==.....B+1
>
DEFINE C(SYMBOL)<
PREFIX''SYMBOL==:.....B
.....B==.....B+7
>
>
SUBTTL Function symbol definitions
; Here we define all the message types that will be used by the
;CONFIG module, as well as all the command codes, which should always be
;identical for simplicity.
CSTAB(0,.CF) ;Main command table
X (ILL) ;Zero message illegal
X (ADD) ;ADD command
X (AUT) ;Auto-configure
X (DIS) ;Disable
X (ENA) ;Enable
X (HLP) ;Help
X (LOD) ;Load microcode
X (REM) ;Remove
X (SET) ;Set
X (SHO) ;Show
X (SHT) ;Shutdown
X (SNP) ;Snapshot
X (SUS) ;Suspend
CSTAB(0,.AR) ;Add/Remove
X (ILL) ;As always, 0 illegal
X (MEM) ;Memory
C (CPU) ;CPU0, CPU1, ... CPU5, ALL
C (CI) ;CI-0, CI-1, ... CI-5, ALL
C (NI) ;NI-0, NI-1, ... NI-5, ALL
X (FRC) ;Forced switch
CSTAB(0,.ST) ;Set command
X (BOT) ;Boot-text
X (ULD) ;Microcode
X (KLI) ;KLINIK
X (NOT) ;Negator
X (AUT) ;Auto-reload
X (DMP) ;Dump
X (RLD) ;Reload
X (CPN) ;CPU
X (DBG) ;DEBUG
X (JOB) ;JOB
CSTAB(0,.KL) ;Set KLINIK command
X (OFF) ;Set KLINIK OFF
X (REM) ;Set KLINIK REMOTE
X (USR) ;Set KLINIK USER
X (MNT) ;Console mode MAINTENANCE
X (OPR) ;Console mode OPERATOR
X (PRG) ;Console mode PROGRAMMER
CSTAB(0,.SH) ;Show command
X (KLI) ;SHOW KLINIK
X (STP) ;SHOW STOPCODE-FLAGS
SUBTTL Application table header
INTERN CNFTAB ;Make available to others
CNFTAB: EXP 2 ;Lenght of the table
EXP INICNF ;Address of initial PDB
EXP CNFFDB ;Top level keyword PDB
CNFGVR: EXP GLXVRS ;GLXLIB version
CNFVRN: EXP CNFEDT ;CONFIG version
SUBTTL Dynamic device definitions
; DEVICES
CPUMAX==7 ;MAXIMUM NUMBER OF CPUS + 1 FOR "ALL"
DEVMAX==5 ;TOTAL NUMBER OF DEVICE TYPES
; MAXIUMUM NUMBER OF CHANNELS
ND RH10D,2 ;RH10 DISK CHANNELS PER CPU
ND RH20D,2 ;RH20 DISK CHANNELS PER CPU
ND CI20D,1 ;CI20 DISK CHANNELS PER CPU
ND DX10T,1 ;DX10 TAPE CHANNELS PER CPU
ND RH10T,2 ;RH10 TAPE CHANNELS PER CPU
ND RH20T,2 ;RH20 TAPE CHANNELS PER CPU
ND CI20T,0 ;CI20 TAPE CHANNELS PER CPU
ND NI20E,1 ;TOTAL NI20 ENET CHANNELS
; MAXIMUM NUMBER OF CHANNELS IN SYSTEM
RH10DM==RH10D*CPUMAX ;TOTAL RH10 DISK CHANNELS
RH20DM==RH20D*CPUMAX ;TOTAL RH20 DISK CHANNELS
CI20DM==CI20D*CPUMAX ;TOTAL CI20 DISK CHANNELS
DX10TM==DX10T*CPUMAX ;TOTAL DX10 TAPE CHANNELS
RH10TM==RH10T*CPUMAX ;TOTAL RH10 TAPE CHANNELS
RH20TM==RH20T*CPUMAX ;TOTAL RH20 TAPE CHANNELS
CI20TM==CI20T*CPUMAX ;TOTAL CI20 TAPE CHANNELS
NI20EM==NI20E*CPUMAX ;TOTAL NI20 ENET CHANNELS
DSKMAX==RH10DM+RH20DM+CI20DM ;TOTAL DISK CHANNELS
TAPMAX==DX10TM+RH10TM+RH20TM+CI20TM ;TOTAL TAPE CHANNELS
CIPMAX==CPUMAX ;TOTAL CI20 PORTS
NIPMAX==CPUMAX ;TOTAL NI PORTS
Z.DEVB:! ;START OF DATA TO ZERO
CPUTAB: BLOCK 1+CPUMAX ;CPU KEYWORD TABLE
DSKTAB: BLOCK 1+<DSKMAX*2> ;DISK KONTROLLER KEYWORD TABLE
TAPTAB: BLOCK 1+<TAPMAX*2> ;TAPE KONTROLLER KEYWORD TABLE
CIPTAB: BLOCK 1+<CIPMAX*2> ;CI20 PORT KEYWORD TABLE
NIPTAB: BLOCK 1+<NIPMAX*2> ;NI PORT KEYWORD TABLE
PDBPTR: BLOCK 1 ;FIRST FREE DYNAMIC PDB ADDRESS
DEVPDB: BLOCK 1+<PB%SIZ*DEVMAX> ;DYNAMIC PDB STORAGE
Z.DEVE:! ;END OF DATA TO ZERO
DSKKON: BLOCK 1 ;POINTER TO DESIRED DISK KONTROLLERS
TAPKON: BLOCK 1 ;POINTER TO DESIRED TAPE KONTROLLERS
DEVARF: BLOCK 1 ;ADD/REMOVE FLAG (0=ADD, 1=REMOVE)
CPUFLG: BLOCK 1 ;ALL CPU FLAG (0 IF NOT, 1 IF ALL)
DEVFLG: BLOCK 1 ;ALL-DEV FLAG
DCHBLK: BLOCK .DCMAX+1 ;DSKCHR UUO BLOCK
SUBTTL CNFTAB - The actual tables
; This is the macro which will be expanded by the two module dependent
;support macros.
INTERN INICNF ;Make tables address available
INTERN CNFFDB
INICNF: $INIT(CNFFDB)
CNFFDB: $KEYDSP(CNFFD1,<$ERROR(BADCOM##)>)
CNFFD1: $STAB
DSPTAB(ADDFDB,.CFADD,ADD)
DSPTAB(AUTFDB,.CFAUT,AUTO-CONFIGURE)
DSPTAB(HLPFDB,.CFHLP,HELP)
DSPTAB(LODFDB,.CFLOD,LOAD)
DSPTAB(REMFDB,.CFREM,REMOVE)
DSPTAB(SETFDB,.CFSET,SET)
DSPTAB(SHOFDB,.CFSHO,SHOW)
DSPTAB(SHTFDB,.CFSHT,SHUTDOW,CM%NOR)
DSPTAB(SHTFDB,.CFSHT,SHUTDOWN)
DSPTAB(SNPFDB,.CFSNP,SNAPSHO,CM%NOR)
DSPTAB(SNPFDB,.CFSNP,SNAPSHOT)
DSPTAB(SUSFDB,.CFSUS,SUSPEN,CM%NOR)
DSPTAB(SUSFDB,.CFSUS,SUSPEND)
DSPTAB(SHOFDB,.CFSHO,WHAT,CM%INV)
$ETAB
ADDPRE: TDZA S1,S1
REMPRE: MOVEI S1,1
MOVEM S1,DEVARF
MOVEI S1,ADD000
SETZM CPUFLG
SETOM DEVFLG
SETZM DSKKON
SETZM TAPKON
PUSHJ P,DEVINI
$RETT
REMFDB: $NOISE (DEVPDB,<hardware>,<$PREFILL (REMPRE)>)
REMF04: $SWITCH(CONFRM##,REMF05,<$ALTER(CONFRM##)>)
REMF05: $STAB
DSPTAB(CONFRM##,.ARFRC,<FORCE>)
$ETAB
ADDFDB: $NOISE (DEVPDB,<hardware>,<$PREFILL (ADDPRE)>)
ADD000: $KEYDSP(ADDF01)
ADDF01: $STAB
DSPTAB(ADDF05,.ARMEM,MEMORY)
$ETAB
ADDF05: $NOISE(ADDF09,<from>)
ADDF09: $TOKEN(ADDF10,<#>,<$ALTER(ADDF10)>)
ADDF10: $FIELD(ADDF11,<first address>)
ADDF11: $NOISE(ADDF12,<to>)
ADDF12: $TOKEN(ADDF13,<#>,<$ALTER(ADDF13)>)
ADDF13: $FIELD(CONFRM##,<last address>)
AUTFDB: $NOISE (DEVPDB,<hardware>,<$ACTION (AUTCPU)>)
AUTCPU: MOVEI S1,CONFRM## ;COMMAND TREE REENTRY POINT
PJRST ALLCPU ;ALLOW ALL CPUS
EXTFDB: $NOISE (CONFRM##,<to OPR command level>)
SUBTTL HELP command
HLPFDB: $NOISE (HLPF01,<with>)
HLPF01: $KEY (HLPF02,CNFFD1,<$DEFAULT (<HELP>)>)
HLPF02: $CRLF (<$ACTION (CNFHLP)>)
SUBTTL SET command
SETFDB: $KEYDSP(SETF01)
SETF01: $STAB
DSPTAB(SETF05,.STAUT,AUTO-RELOAD)
DSPTAB(SETF02,.STBOT,BOOT-TEXT)
DSPTAB(SETF06,.STDMP,DUMP)
DSPTAB(KLIFDB,.STKLI,KLINIK)
DSPTAB(SETULD,.STULD,MICROCODE)
DSPTAB(SETF04,.STNOT,NO)
DSPTAB(SETF06,.STRLD,RELOAD)
$ETAB
SETF02: $NOISE(SETF21,<for system start up>)
SETF21: $CTEXT (CONFRM##,<a single line text string>,<$DEFAULT(<DSKA:SYSTEM.EXE[1,4]>)>)
SETF04: $KEYDSP(SETF40)
SETF40: $STAB
DSPTAB(STNF42,.STAUT,AUTO-RELOAD)
DSPTAB(SETF06,.STDMP,DUMP)
DSPTAB(SETULD,.STULD,MICROCODE)
DSPTAB(SETF06,.STRLD,RELOAD)
$ETAB
SETF05:
STNF42: $NOISE(CONFRM##,<upon system crashes>)
SETF06: $NOISE(SETF60,<on>)
SETF60: $KEYDSP(SETF61)
SETF61: $STAB
DSPTAB(SETF62,.STCPU,CPU-STOPCODES)
DSPTAB(SETF62,.STDBG,DEBUG-STOPCODES)
DSPTAB(SETF62,.STJOB,JOB-STOPCODES)
$ETAB
SETF62: $COMMA(SETF60,<$ALTER(CONFRM##),$HELP(comma to specify another stopcode type)>)
SUSFDB:
SNPFDB:
SHTFDB: $NOISE(SHTF01,<system>)
SHTF01: $CTEXT(CONFRM##,<single line reason>)
SUBTTL SHOW command
SHOFDB: $KEYDSP(SHOF01)
SHOF01: $STAB
DSPTAB(CONFRM##,.SHKLI,KLINIK)
DSPTAB(CONFRM##,.SHSTP,STOPCODE-FLAGS)
$ETAB
SUBTTL LOAD/SET [NO] MICROCODE tables
LODFDB: $NOISE (ULD000,<microcode on>,<$ACTION (ULDDEV)>)
SETULD: $NOISE (ULD000,<loading on>,<$ACTION (ULDDEV)>)
; FDBs for microcode commands
ULD000: $KEY (ULD020,CPUTAB,<$ALTER (DEVPDB)>)
ULD010: $KEY (ULD020,CPUTAB)
ULD020: $NOISE (ULD030,<device>)
ULD030: $NUMBER (ULD040,^D8,<device code>)
ULD040: $NOISE (ULD050,<unit>)
ULD050: $NUMBER (CONFRM##,^D8,<unit number>,<$DEFAULT (<0>)>)
ULD060: $NUMBER (ULD070,^D8,<device code>,<$ALTER (DEVPDB)>)
ULD070: $NOISE (ULD080,<unit>)
ULD080: $NUMBER (CONFRM##,^D8,<unit number>,<$DEFAULT (<0>)>)
; Action routine to build the device tables if necessary
ULDDEV: PUSHJ P,.SAVE3 ;SAVE SOME ACS
PUSH P,S2 ;SAVE POINTER
SETOM CPUFLG ;DON'T INSERT ANY CPUS
SETZM DEVFLG ;DON'T ALLOW ALL-XXX
MOVE S1,DSKUCD ;DISK KONTS WITH LOADABLE UCODE
MOVEM S1,DSKKON ;SAVE
MOVE S1,TAPUCD ;TAPE KONTS WITH LOADABLE UCODE
MOVEM S1,TAPKON ;SAVE
MOVNI S1,1 ;NO COMMAND TREE REENTRY POINT
PUSHJ P,DEVINI ;INIT DYNAMIC TABLES
POP P,S2 ;GET POINTER BACK
LOAD S1,CR.PDB(S2),LHMASK ;GET GIVEN PDB
PUSHJ P,P$GPDB## ;GET ADDR WORKING COPY
HLRZ S2,CPUTAB ;GET NUMBER OF CPUS
CAIN S2,1 ;ONLY ONE CPU?
SKIPA S2,[ULD060,,ULD030] ;YES
MOVE S2,[ULD000,,ULD010] ;FDBS
SKIPE DEVPDB ;LOADABLE KONTROLLERS PRESENT?
MOVSS S2 ;YES
HRRZM S2,PB%NXT(S1) ;SET POINTER TO NEXT PARSE BLOCK
$RETT ;RETURN
SUBTTL SETKLI - Set KLINIK parameters
KLIFDB: $NOISE (DEVPDB,<parameters>,<$ACTION (KLICPU)>)
KLI015: $CRLF (<$NEXT (KLI020),$HELP (<Return to enter KLINIK mode>)>)
KLI020: $SUBCM (KLI025,KLIPMT,)
KLI025: $KEYDSP (KLI030,)
KLI030: $STAB
DSPTAB (CONFRM##,.KLOFF,<OFF>)
DSPTAB (KLI100,.KLREM,<REMOTE>)
DSPTAB (KLI200,.KLUSR,<USER>)
$ETAB
; Here for SET KLINK REMOTE
KLI100: $CRLF (<$NEXT (KLI105)>)
KLI105: $SUBCM (KLI110,PSWPMT,)
KLI110: $FIELD (KLI115,<Password>,<$PREFILL (NOECHO),$ERROR (ECHO)>)
KLI115: $CRLF (<$NEXT (KLI120),$PREFIL (ECHO)>)
KLI120: $SUBCM (KLI125,OPNPMT,)
KLI125: $TAD (KLI130,<$PREFILL (DTNOW0),$PDEFAULT (DEFDTM)>)
KLI130: $CRLF (<$NEXT (KLI135)>)
KLI135: $SUBCM (KLI140,CLSPMT,)
KLI140: $TAD (KLI145,<$PREFILL (DTNOW1),$PDEFAULT (DEFDTM)>)
KLI145: $CRLF (<$NEXT (KLI150)>)
KLI150: $SUBCM (KLI155,CONPMT,)
KLI155: $KEY (KLI165,KLI160,<$DEFAULT (<OPERATOR>)>)
KLI160: $STAB
KEYTAB (.KLMNT,<MAINTENANCE>)
KEYTAB (.KLOPR,<OPERATOR>)
KEYTAB (.KLPRG,<PROGRAMMER>)
$ETAB
KLI165: $CRLF (<$ACTION (P$XSBC##)>)
; Here for SET KLINIK USER
KLI200: $CRLF (<$NEXT (KLI205)>)
KLI205: $SUBCM (KLI210,OPNPMT,)
KLI210: $TAD (KLI215,<$PREFILL (DTNOW0),$PDEFAULT (DEFDTM)>)
KLI215: $CRLF (<$NEXT (KLI220)>)
KLI220: $SUBCM (KLI225,CLSPMT,)
KLI225: $TAD (CONFRM##,<$PREFILL (DTNOW1),$PDEFAULT (DEFDTM)>)
; KLINIK prompts
KLIPMT: ASCIZ /KLINIK mode: /
PSWPMT: ASCIZ /Password: /
OPNPMT: ASCIZ /Access window OPEN date-time: /
CLSPMT: ASCIZ /Access window CLOSED date-time: /
CONPMT: ASCIZ /Highest console mode: /
; Action routine to build the CPU table if necessary
KLICPU: MOVEI S1,KLI015 ;COMMAND TREE REENTRY POINT
PJRST ALLCPU ;ALLOW ALL CPUS
; Action routine to enable/disable echoing
NOECHO: TDZA S1,S1 ;SET TTY NO ECHO
ECHO: MOVEI S1,1 ;SET TTY ECHO
$CALL K%ECHO ;TOGGLE ECHO STATUS
$RETT ;RETURN
; Action routine to set the default date-time
DTNOW0: TDZA S2,S2 ;SET TO NOW
DTNOW1: MOVSI S2,1 ;SET TO NOW + 1 DAY
$CALL I%NOW ;GET CURRENT UDT
ADD S1,S2 ;PLUS THE INCREMENT
$TEXT (<-1,,DEFDTM>,<^H/S1/^0>)
MOVE S1,[POINT 7,DEFDTM] ;BYTE POINTER TO DEFAULT TEXT
ILDB S2,S1 ;GET FIRST CHAR
CAIE S2," " ;IF SMALL DATE
JRST DTNOW2 ;BIG DATE, NO PROBLEM
MOVEI S2,"0" ;MAKE INTO 02-FEB
DPB S2,S1 ;SIGH
DTNOW2: ILDB S2,S1 ;GET A CHARACTER
CAIE S2," " ;START OF TIME COMPONENT?
JRST DTNOW2 ;NO
MOVEI S2,":" ;MAKE PROPER FOR SCAN-STYLE PARSING
DPB S2,S1 ;OVERWRITE SPACE
ILDB S2,S1 ;GET NEXT CHARACTER
CAIN S2," " ;ANOTHER SPACE?
MOVEI S2,"0" ;IMBEDDED SPACES ARE ILLEGAL
DPB S2,S1 ;OVERWRITE CHARACTER
$RETT ;RETURN
DEFDTM: BLOCK 6 ;STORAGE FOR DEFAULT DATE-TIME TEXT
SUBTTL Dynamic device routines -- DEVINI - Action routine for command parsing
; THIS ROUTINE WILL CAUSE THE DEVICE TABLES TO BE BUILT, MOVE THE
; APPROPRIATE PDBS AND FDBS INTO WORKING STORAGE, AND LINK THEM INTO
; THE COMMAND TREE. ALTHOUGH DEVINI MAY BE CALLED AT ANY TIME, IT
; IS USUALLY CALLED AS AN ACTION ROUTINE ON THE ADD AND REMOVE COMMANDS.
DEVINI: PUSH P,S1 ;SAVE COMMAND TREE REENTRY POINT
MOVE S1,[Z.DEVB,,Z.DEVB+1] ;SET UP BLT
SETZM Z.DEVB ;CLEAR FIRST WORD
BLT S1,Z.DEVE-1 ;CLEAR ENTIRE BLOCK
MOVEI S1,DEVPDB ;GET ADDRESS OF FIRST PDB STORAGE
MOVEM S1,PDBPTR ;SAVE
MOVSI S1,-DEVMAX ;-NUMBER OF DEVICE TYPES
PUSH P,S1 ;SAVE
DEVI.1: PUSHJ P,@DEVTAB(S1) ;INITIALIZE
MOVE S1,(P) ;GET COUNTER AGAIN
AOBJP S1,DEVI.2 ;DONE?
MOVEM S1,(P) ;UPDATE
JRST DEVI.1 ;LOOP
DEVI.2: POP P,(P) ;PHASE STACK
MOVEI TF,DEVMAX ;NUMBER OF DEVICE TYPES (AND PDBS)
MOVEI S1,DEVPDB ;POINT TO THE FIRST DYNAMIC PDB
DEVI.3: SKIPN 0(S1) ;END?
JRST DEVI.4 ;YES
MOVEI S2,PB%SIZ+1(S1) ;POINT TO THE NEXT DYNAMIC PDB
MOVEM S2,1(S1) ;LINK CURRENT TO NEXT
MOVEI S1,-1(S2) ;ADVANCE POINTER
SOJG TF,DEVI.3 ;COUNT DOWN AND LOOP
DEVI.4: POP P,S2 ;GET COMMAND TREE REENTRY POINT
AOS S2 ;OFFSET
MOVEM S2,-PB%SIZ+1(S1) ;LINK LAST BACK TO TREE
$RETT ;RETURN
; TABLE OF DEVICE TYPE INITIALIZATION ROUTINES
DEVTAB: EXP CPUINI ;CPUS
EXP DSKINI ;DISKS
EXP TAPINI ;TAPES
EXP CIPINI ;CI20 PORTS
EXP NIPINI ;NI PORTS
SUBTTL Dynamic device routines -- CPUINI - CPUs
CPUINI: MOVE S1,[CPUKEY,,CPUTAB] ;SET UP BLT
BLT S1,CPUTAB+5 ;COPY TABLE
MOVE S1,[%CNCPU] ;GETTAB ARGUMENT TO RETURN
GETTAB S1, ;THE NUMBER OF CPUS THE MONITOR
MOVEI S1,1 ;WAS BUILT FOR
CAIN S1,1 ;JUST ONE?
$RETT ;YES--CAN'T ADD OR REMOVE IT
HRLM S1,CPUTAB ;ADJUST KEYWORD TABLE
SKIPGE CPUFLG ;SKIP IF CALLER WANTS CPU TABLE LINKED
$RETT ;ELSE RETURN
MOVEI S1,CPUTAB ;POINT TO WORKING COPY OF TABLE
MOVSI S2,[ASCIZ /ALL-CPUS/] ;POSSIBLE TEXT TO ADD
HRRI S2,.ARCPU+6 ;CODE FOR ALL CPUS
SKIPE CPUFLG ;IS ALL LEGAL?
$CALL S%TBAD ;YES--ADD TO TABLE
PUSH P,PDBPTR ;SAVE PDB POINTER
MOVEI S1,CPUPDB ;POINT TO OUR PDB
PUSHJ P,COPPDB ;COPY TO WORKING STORAGE
POP P,S1 ;GET POINTER BACK
MOVEI S2,REMF04 ;ASSUME REMOVE
SKIPLE DEVARF ;IS IT?
MOVEM S2,3(S1) ;YES--LINK IN /FORCE
$RETT ;DONE
; CPU PARSER DATA BLOCK
CPUPDB: $KEY (CONFRM##,CPUTAB,<$ALTER (.-.)>)
BLOCK PB%SIZ-<.-CPUPDB>
; STATIC CPU KEYWORD TABLE
CPUKEY: $STAB
KEYTAB (.ARCPU+0,<CPU0>)
KEYTAB (.ARCPU+1,<CPU1>)
KEYTAB (.ARCPU+2,<CPU2>)
KEYTAB (.ARCPU+3,<CPU3>)
KEYTAB (.ARCPU+4,<CPU4>)
KEYTAB (.ARCPU+5,<CPU5>)
$ETAB
SUBTTL Dynamic device routines -- DSKINI - Disk kontrollers
DSKINI: $SAVE <P1,P2> ;SAVE SOME ACS
MOVEI P1,0 ;START WITH FIRST UNIT
MOVE P2,[-DSKMAX,,DSKTAB] ;POINTER TO STORAGE
PUSHJ P,KONSET ;SET UP STORAGE
DSKI.1: SYSPHY P1, ;GET NEXT UNIT
MOVEI P1,0 ;???
JUMPE P1,DSKI.3 ;DONE?
MOVE S1,[1,,P1] ;SET UP UUO AC
DSKCHR S1, ;READ BITS
JRST DSKI.2 ;ASSUME OK TO INSERT
LOAD S2,S1,DC.CNT ;GET KONTROLLER TYPE
MOVE S1,DSKKON ;GET POINTER TO LEGAL KONTROLLER TYPES
PUSHJ P,KONCHK ;CHECK THIS ONE OUT
JUMPF DSKI.1 ;NO GOOD
DSKI.2: PUSHJ P,KONNAM ;CONVERT TO ASCII
JUMPF DSKI.3 ;FAILED?
MOVEM P1,DCHBLK ;SAVE UNIT NAME
MOVE S1,[.DCMAX,,DCHBLK] ;SET UP UUO AC
DSKCHR S1, ;READ CHARACTERISTICS
JRST DSKI.1 ;TRY THE NEXT UNIT
SKIPN P1,DCHBLK+.DCDET ;GET DETACHED PORT
MOVE P1,DCHBLK+.DCALT ;ELSE GET CONVENTIONAL ALTERNATE
SKIPE P1 ;HAVE A SECONDARY PORT?
PUSHJ P,KONNAM ;ADD TO TABLE
MOVE P1,DCHBLK ;GET ORIGINAL UNIT NAME BACK
JUMPT DSKI.1 ;LOOP IF OK
DSKI.3: HLRZ S1,DSKTAB ;GET NUMBER OF ENTRIES IN TABLE
JUMPE S1,.RETT ;RETURN IF EMPTY
MOVEI S1,DSKPDB ;POINT TO OUR PDB
PUSHJ P,COPPDB ;COPY TO WORKING STORAGE
$RETT ;GIVE UP
; DISK PARSER DATA BLOCK
DSKPDB: $KEY (CONFRM##,DSKTAB,<$ALTER (.-.)>)
BLOCK PB%SIZ-<.-DSKPDB>
; DISK KONTROLLERS WITH LOADABLE MICROCODE
DSKUCD: -DSKULN+1,,.+1 ;POINTER
EXP .DCCRN ;RP20
DSKULN==.-DSKUCD ;LENGTH OF TABLE
SUBTTL Dynamic device routines -- TAPINI - Tape kontrollers
TAPINI: $SAVE <P1,P2> ;SAVE SOME ACS
MOVEI P1,0 ;START WITH FIRST UNIT
MOVE P2,[-TAPMAX,,TAPTAB] ;POINTER TO STORAGE
PUSHJ P,KONSET ;SET UP STORAGE
TAPI.1: MOVE TF,[2,,S1] ;SET UP UUO AC
MOVEI S1,.TYMTA ;DEVICE TYPE = MAGTAPE
MOVE S2,P1 ;GET PREVIOUS DEVICE
DVPHY. TF, ;GET A DEVICE
JRST TAPI.3 ;SAY NO MORE
SKIPN P1,S2 ;GET DEVICE NAME
JRST TAPI.3 ;DONE
JUMPG P1,TAPI.1 ;SKIP LABEL DDBS
MOVE S2,[2,,TF] ;SET UP UUO AC
MOVEI TF,.TFKTP ;FUNCTION CODE
HLLZ S1,P1 ;GET KONTROLLER NAME
TAPOP. S2, ;READ KONTROLLER TYPE
JRST TAPI.2 ;ASSUME OK TO INSERT
MOVE S1,TAPKON ;GET POINTER TO LEGAL KONTROLLER TYPES
PUSHJ P,KONCHK ;CHECK THIS ONE OUT
JUMPF TAPI.1 ;NO GOOD
TAPI.2: PUSHJ P,KONNAM ;CONVERT TO ASCII
JUMPT TAPI.1 ;LOOP IF OK
TAPI.3: HLRZ S1,TAPTAB ;GET NUMBER OF ENTRIES IN TABLE
JUMPE S1,.RETT ;RETURN IF EMPTY
MOVEI S1,TAPPDB ;POINT TO OUR PDB
PUSHJ P,COPPDB ;COPY TO WORKING STORAGE
$RETT ;GIVE UP
; TAPE PARSER DATA BLOCK
TAPPDB: $KEY (CONFRM##,TAPTAB,<$ALTER (.-.)>)
BLOCK PB%SIZ-<.-TAPPDB>
; TAPE KONTROLLERS WITH LOADABLE MICROCODE
TAPUCD: -TAPULN+1,,.+1 ;POINTER
EXP .TFKTX ;DX10/TX01
EXP .TFKD2 ;DX20/TX02
TAPULN==.-TAPUCD ;LENGTH OF TABLE
SUBTTL Dynamic device routines -- CIPINI - CI20 ports
CIPINI: $SAVE <P1,P2> ;SAVE SOME ACS
MOVEI P1,0 ;START WITH FIRST UNIT
MOVE P2,[-CIPMAX,,CIPTAB] ;POINTER TO STORAGE
PUSHJ P,KONSET ;SET UP STORAGE
CIPI.1: MOVE S1,P1 ;GET CPU NUMBER
LSH S1,1 ;OFFSET TO MAKE THE RIGHT GETTAB TABLE
ADD S1,[%CCCIP] ;FORM GETTAB FOR APPROPRIATE CPU
GETTAB S1, ;SEE IF THIS CPU HAS A CI20 PORT
SETZ S1, ;NOPE
JUMPE S1,CIPI.2 ;JUMP IF NONE
AOBJN P2,.+1 ;ADVANCE POINTER
MOVE S1,CIPKEY(P1) ;GET KEYWORD TABLE ENTRY FOR THIS CPU
MOVEM S1,0(P2) ;STORE FOR PARSER
MOVSI S1,1 ;MUST COUNT UP
ADDM S1,CIPTAB ; THE HEADER WORD
CIPI.2: CAIGE P1,CPUMAX-1 ;CHECKED ALL CPUS?
AOJA P1,CIPI.1 ;LOOP FOR ANOTHER
MOVEI S1,CIPTAB ;POINT TO TABLE
MOVSI S2,[ASCIZ /ALL-CI/] ;POSSIBLE TEXT TO ADD
HRRI S2,.ARCI+6 ;CODE FOR ALL CI PORTS
PUSHJ P,ALLDEV ;ADD IF MULTIPLE CPUS
CIPI.3: HLRZ S1,CIPTAB ;GET NUMBER OF ENTRIES IN TABLE
JUMPE S1,.RETT ;RETURN IF EMPTY
MOVEI S1,CIPPDB ;POINT TO OUR PDB
PUSHJ P,COPPDB ;COPY TO WORKING STORAGE
$RETT ;GIVE UP
; CI20 PORT PARSER DATA BLOCK
CIPPDB: $KEY (CONFRM##,CIPTAB,<$ALTER (.-.)>)
BLOCK PB%SIZ-<.-CIPPDB>
; CI20 PORT KEYWORD TABLE
CIPKEY: KEYTAB (.ARCI+0,<CI-0>)
KEYTAB (.ARCI+1,<CI-1>)
KEYTAB (.ARCI+2,<CI-2>)
KEYTAB (.ARCI+3,<CI-3>)
KEYTAB (.ARCI+4,<CI-4>)
KEYTAB (.ARCI+5,<CI-5>)
SUBTTL Dynamic device routines -- NIPINI - CI20 ports
NIPINI: $SAVE <P1,P2> ;SAVE SOME ACS
MOVEI P1,0 ;START WITH FIRST UNIT
MOVE P2,[-NIPMAX,,NIPTAB] ;POINTER TO STORAGE
PUSHJ P,KONSET ;SET UP STORAGE
NIPI.1: MOVE S1,P1 ;GET CPU NUMBER
LSH S1,1 ;OFFSET TO MAKE THE RIGHT GETTAB TABLE
ADD S1,[%CCNIP] ;FORM GETTAB FOR APPROPRIATE CPU
GETTAB S1, ;SEE IF THIS CPU HAS A NIA20 PORT
SETZ S1, ;NOPE
JUMPE S1,NIPI.2 ;JUMP IF NONE
AOBJN P2,.+1 ;ADVANCE POINTER
MOVE S1,NIPKEY(P1) ;GET KEYWORD TABLE ENTRY FOR THIS CPU
MOVEM S1,0(P2) ;STORE FOR PARSER
MOVSI S1,1 ;MUST COUNT UP
ADDM S1,NIPTAB ; THE HEADER WORD
NIPI.2: CAIGE P1,CPUMAX-1 ;CHECKED ALL CPUS?
AOJA P1,NIPI.1 ;LOOP FOR ANOTHER
MOVEI S1,NIPTAB ;POINT TO TABLE
MOVSI S2,[ASCIZ /ALL-NI/] ;POSSIBLE TEXT TO ADD
HRRI S2,.ARNI+6 ;CODE FOR ALL NI PORTS
PUSHJ P,ALLDEV ;ADD IF MULTIPLE CPUS
NIPI.3: HLRZ S1,NIPTAB ;GET NUMBER OF ENTRIES IN TABLE
JUMPE S1,.RETT ;RETURN IF EMPTY
MOVEI S1,NIPPDB ;POINT TO OUR PDB
PUSHJ P,COPPDB ;COPY TO WORKING STORAGE
$RETT ;GIVE UP
; NI PORT PARSER DATA BLOCK
NIPPDB: $KEY (CONFRM##,NIPTAB,<$ALTER (.-.)>)
BLOCK PB%SIZ-<.-NIPPDB>
; NI PORT KEYWORD TABLE
NIPKEY: KEYTAB (.ARNI+0,<NI-0>)
KEYTAB (.ARNI+1,<NI-1>)
KEYTAB (.ARNI+2,<NI-2>)
KEYTAB (.ARNI+3,<NI-3>)
KEYTAB (.ARNI+4,<NI-4>)
KEYTAB (.ARNI+5,<NI-5>)
SUBTTL Dynamic device routines -- ALLDEV - Add "ALL" keyword
; ROUTINE TO CHECK IF "ALL" MAY BE USED AND ADD THE "ALL" ENTRY TO
; THE DYNAMICALLY BUILT TABLE
; CALL: MOVE S1, KEYWORD TABLE ADDRESS
; MOVE S2, ADDRESS OF "ALL" KEYWORD TEXTR
ALLDEV: MOVE TF,[%CNCPU] ;GETTAB ARGUMENT
SKIPE DEVFLG ;SKIP IF DISALLOWING ALL-XXX
GETTAB TF, ;FIND OUT HOW MANY CPUS
MOVEI TF,1 ; THE MONITOR IS BUILT FOR
CAILE TF,1 ;MORE THAN ONE?
$CALL S%TBAD ;ADD THE "ALL" KEYWORD TO THE TABLE
POPJ P, ;PROPAGATE TRUE/FALSE RETURN BACK
SUBTTL Dynamic device routines -- ALLCPU - Add "ALL-CPUS" keyword
; ACTION/PREFILL ROUTINE TO ADD "ALL-CPUS" TO THE CPU KEYWORD LIST
; CALL: MOVE S1, COMMAND TREE REENTRY ADDRESS
; PUSHJ P,ALLCPU
ONECPU: TDZA S2,S2 ;ONE CPU
ALLCPU: MOVEI S2,1 ;ALL CPUS
PUSH P,S1 ;SAVE COMMAND TREE REENTRY POINT
MOVE S1,[Z.DEVB,,Z.DEVB+1] ;SET UP BLT
SETZM Z.DEVB ;CLEAR FIRST WORD
BLT S1,Z.DEVE-1 ;CLEAR ENTIRE BLOCK
MOVEM S2,CPUFLG ;SET FLAG
MOVEI S1,DEVPDB ;GET ADDRESS OF FIRST PDB STORAGE
MOVEM S1,PDBPTR ;SAVE
PUSHJ P,CPUINI ;INIT DYNAMIC TABLE
MOVE S1,PDBPTR ;POINT TO PDB FOR CPU NAMES
CAIN S1,DEVPDB ;MORE THAN ONE CPU?
JRST NOCPUK ;NO CPU KEYWORDS
POP P,S2 ;GET COMMAND TREE REENTRY POINT
MOVEM S2,-PB%SIZ+1+PB%ERR(S1) ;LINK LAST BACK TO NEXT PDB
AOS S2 ;OFFSET
MOVEM S2,-PB%SIZ+1(S1) ;LINK LAST BACK TO TREE
$RETT ;YES--DONE
NOCPUK: POP P,S1 ;GET COMMAND TREE REENTRY POINT
HRLZ S2,S1 ;STARTING ADDRESS
HRRI S2,DEVPDB ;WHERE TO STORE
HLRZ S1,(S1) ;GET LENGTH OF PDB
ADDI S1,DEVPDB ;CPMPUTE END OF BLT
BLT S2,-1(S1) ;COPY THE PDB
$RETT ;RETURN
SUBTTL Dynamic device routines -- COPPDB - Copy PDBs
; ROUTINE TO COPY A STATIC PDB TO WORKING STORAGE
; CALL: MOVE S1, ADDRESS OF STATIC PDB
; PUSHJ P,COPPDB
COPPDB: PUSH P,S1 ;SAVE STATIC PDB ADDRESS
MOVE S1,PDBPTR ;GET FIRST FREE PDB ADDRESS
MOVEI S2,PB%SIZ(S1) ;COMPUTE END OF BLT
HRL S1,(P) ;MAKE A BLT POINTER
BLT S1,-1(S2) ;COPY PDB INTO THE PARSE TABLES
MOVEM S2,PDBPTR ;UPDATE
POP P,S1 ;PHASE STACK
POPJ P, ;RETURN
SUBTTL Dynamic device routines -- KONSET - Set up a kontroller table
KONSET: HLRE S2,P2 ;GET -NUMBER OF KONTROLLERS
MOVMM S2,(P2) ;SAVE AT HEAD OF TABLE
MOVSI S1,1(P2) ;POINT TO FIRST DATA WORD IN TABLE
HRRI S1,2(P2) ;MAKE A BLT POINTER
MOVMS S2 ;MAKE WORD COUNT POSITIVE
LSH S2,1 ;TIMES TWO
ADDI S2,1(P2) ;COMPUTE END OF BLT
BLT S1,-1(S2) ;CLEAR STORAGE
POPJ P, ;RETURN
SUBTTL Dynamic device routines -- KONCHK - Check for valid kontollers
; CHECK KONTROLLER AGAINST THE LIST OF LEGAL TYPES POINTED TO BY S1
KONCHK: JUMPE S1,.RETT ;RETURN IF NONE TO CHECK AGAINST
CAME S2,(S1) ;MATCH?
AOBJN S1,.-1 ;LOOP
JUMPGE S1,.RETF ;JUMP IF POINTER RAN OUT
$RETT ;RETURN
SUBTTL Dynamic device routines -- KONNAM - Build kontroller names
; CONVERT KONTROLLER NAME TO ASCII AND INSERT INTO TABLE
KONNAM: HLLZ S2,P1 ;COPY SIXBIT WORD
KONN.1: LSHC S1,6 ;SHIFT IN A CHARACTER
ANDI S1,77 ;STRIP OFF JUNK
ADDI S1," " ;CONVERT TO ASCII
LSH S1,35 ;LEFT JUSTIFY
LSHC TF,7 ;APPEND
JUMPN S2,KONN.1 ;LOOP
LSH TF,7+7+1 ;LEFT JUSTIFY
MOVE S2,P2 ;POINT TO STORAGE
HRRZ S1,(S2) ;GET NUMBER OF ENTRIES
ADDI S2,1(S1) ;OFFSET TO NAME STORAGE
KONN.2: SKIPN (S2) ;ENTRY IN USE?
JRST KONN.3 ;NO--GO ADD
CAME TF,(S2) ;ALREADY THERE?
AOBJN S2,KONN.2 ;KEEP SEARCHING
$RETT ;DON'T ADD DUPLICATE ENTRIES
KONN.3: MOVEM TF,(S2) ;SAVE KONTROLLER NAME
HRRZ S1,P2 ;GET KEYWORD TABLE ADDRESS
HRLZS S2 ;LH = THE ASCII STRING ADDRESS
HLR S2,P1 ;RH = 3 CHARACTER SIXBIT KONT NAME
$CALL S%TBAD ;ADD THIS ENTRY
POPJ P, ;PROPAGATE TRUE/FALSE RETURN BACK
SUBTTL CNFHLP - Help action routine
CNFHLP: MOVEI S1,HELPFD ;POINT TO HELP FILE FD
HLRO S2,@CR.RES(S2) ;GET ADDRESS OF KEYWORD TEXT
PUSHJ P,P$HELP## ;READ AND TYPE HELP FILE
PUSHJ P,P$NPRO## ;NO PROCESSING NEEDED
$RETT ;RETURN
HELPFD: $BUILD (FDMSIZ) ;SIZE OF BLOCK
$SET (.FDLEN,FD.LEN,FDMSIZ) ;LENGTH OF FD
$SET (.FDLEN,FD.TYP,.FDNAT) ;FILE SPEC TYPE (NATIVE)
$SET (.FDSTR,,<'HLP '>) ;ERSATZ DEVICE HLP:
$SET (.FDNAM,,<'CONFIG'>) ;FILE NAME
$SET (.FDEXT,,<'HLP '>) ;EXTENSION
$EOB ;END OF BLOCK
SUBTTL End of CNFCMD
END