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10,7/who/whomac.mac
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UNIVERSAL WHOMAC -- Parameter file for WHO
.DIRECT .NOBIN ;NO REL FILE NEEDED
; TABLE OF CONTENTS FOR WHOMAC
;
;
; SECTION PAGE
; 1. MACROS - $SETUP - Setup globals and libraries.............. 3
; 2. OPDEFS.................................................... 4
; 3. Parameters................................................ 4
; 4. Extra AC definitions...................................... 4
; 5. I/O channels.............................................. 4
; 6. FLAGS
; 6.1 Global in LH of F................................. 4
; 6.2 Local in RH of F.................................. 4
; 7. Assembly switches......................................... 5
; 8. Monitor Parameters (mostly from S.MAC).................... 6
; 9. SCAN interface tables
; 9.1 Monitor commands.................................. 7
; 9.2 Summary keywords and actions...................... 8
; 9.3 State keywords and actions........................ 9
; 10. Format descriptors........................................ 10
SUBTTL Macros -- $SETUP - Setup globals and libraries
DEFINE $SETUP(NAME),<
SALL ;;FOR CLEAN LISTINGS
.DIREC FLBLST ;;FOR CLEANER LISTINGS
SEARCH JOBDAT ;;JOB DATA AREA SYMBOLS
SEARCH MACTEN ;;TOPS-10 MACROS
SEARCH SCNMAC ;;TOPS-10 COMMAND SCANNER
SEARCH UUOSYM ;;TOPS-10 UUO SYMBOLS
%%JOBD==%%JOBD ;;SHOW JOBDAT VERSION
%%MACT==%%MACT ;;SHOW MACTEN VERSION
%%UUOS==%%UUOS ;;SHOW UUOSYM VERSION
IFN FTIPC,<SEARCH TSGSYM> ;;INFORMATION PROCESSING CENETER DEFINITIONS
IFN FTMDC,<SEARCH MDCSYM> ;;MANUFACTURING DATA CENTER DEFINITIONS
IFN FTTUFTS,<SEARCH TCSSYM> ;;TUFTS UNIVERSITY DEFINITIONS
TWOSEG .JBHGH ;;DEFINE HIGH SEGMENT ORIGIN
..H%%==.JBHGH ;;SET INITIAL HIGH SEG RELOCATION COUNTER
..L%%=0 ;;SET INITIAL LOW SEG RELOCATION COUNTER
DEFINE $HIGH,<
IFL .-.JBHGH,<
VAR
..L%%==.
RELOC ..H%%
>;END IFL
>;END DEFINE $HIGH
DEFINE $LOW,<
IFGE .-.JBHGH,<
XLIST
LIT
LIST
..H%%==.
RELOC ..L%%
>;END IFGE
>;END DEFINE $LOW
>;END DEFINE $SETUP
$SETUP (WHOMAC)
SUBTTL Macros -- $TYPE - Type text
; Type a string via .TCHAR
DEFINE $TYPE(STRING),<
PUSHJ P,.TSTRM##
XLIST
ASCIZ\STRING\
LIST
>;END DEFINE $TYPE
SUBTTL Macros -- $TYPEL - Type text and a CRLF
; Type a string followed by a CRLF via .TCHAR
DEFINE $TYPEL(STRING),<
PUSHJ P,.TSTRM##
XLIST
ASCIZ\STRING
\
LIST
>;END DEFINE $TYPEL
SUBTTL Macros -- CHKSWT - See if switch given
DEFINE CHKSWT(SWT,NAME,%OK),<
XLIST
MOVE T2,.FZ'SWT##(I) ;;Get switch value
CAME T1,T2 ;;See if same value
CAMN T2,[-1] ;;Or switch not given
JRST %OK ;;Yes--Thats OK
IFB <NAME>, MOVX T1,<SIXBIT/SWT/> ;;No--Load switch
IFNB <NAME>, MOVX T1,<SIXBIT/NAME/> ;;No--Load switch
JRST E$$DSI## ;;And issue error
%OK: MOVEM T1,.FZ'SWT##(I) ;;Store new switch value
LIST
>;END DEFINE CHKSWT
SUBTTL Macros -- FT - Feature test definition
; Macro to globally define and print a feature test switch
;
; FT(SYM,VAL,TXT)
;
; SYM=feature test symbol (macro adds FT in front of it)
; VAL=value (0=off, non-zero=on)
; TXT=Text to form PRINTX message (blank if none desired)
DEFINE FT(SYM,VAL,TXT),<
ND(FT'SYM,VAL)
INTERNAL FT'SYM
IF1,IFNB <TXT>,IFE FT'SYM,PRINTX [Assembling with TXT off]
IF1,IFNB <TXT>,IFN FT'SYM,PRINTX [Assembling with TXT on]
>;END DEFINE FT
SUBTTL Macros -- LOAD and STORE - Byte manipulation
DEFINE LOAD(A,B,C),<.LDST.(A,B,C,HRRZ,HLRZ,LDB,MOVE)>
DEFINE STORE(A,B,C),<.LDST.(A,B,C,HRRM,HRLM,DPB,MOVEM)>
DEFINE .LDST.(A,B,C,D,E,F,G),<
IFNB <C>,<..T==0
IFE C-777777,<..T==1
D A,B>
IFE C-777777000000,<..T==1
E A,B>
IFE C-777777777777,<..T==1
G A,B>
IFE ..T,<F A,[POINTR(B,C)]>>
IFB <C>,<G A,B>
> ;END OF DEFINE .LDST.
JWW.FL==2
;ERROR TYPES
.ERHLT==0 ;HALT AFTER ERROR
.ERINF==1 ;INFORMATIONAL MESSAGE (STARTS WITH [)
.EROPR==2 ;OPERATOR MESSAGE (STARTS WITH $)
.ERWRN==3 ;WARNING MESSAGE (STARTS WITH %)
.ERFAT==4 ;FATAL MESSAGE (STARTS WITH ?)
.ERSTP==5 ;STOP MESSAGE (FATAL) (STARTS WITH ?)
;ERROR BITS
ER.HLT==1B0 ;HALT
ER.INF==1B1 ;INFORMATIONAL
ER.OPR==1B2 ;OPERATOR
ER.WRN==1B3 ;WARNING
ER.FAT==1B4 ;FATAL
ER.STP==1B5 ;STOP
ER.ALL=ER.HLT!ER.INF!ER.OPR!ER.WRN!ER.FAT!ER.STP ;ALL
$MXTYP==:6 ;NUMBER OF DIFFERENT ERROR TYPES
$MXERR==:3 ;MAX LENGTH OF ERROR BLOCK (SEE BELOW)
;DEFINE ERROR BLOCK OFFSETS
.ERPFX==0 ;TYPE,,PREFIX
.ERTXT==1 ;CONT,,[ASCIZ/TEXT/]
.ERTYP==2 ;TYPEOUT ADDR,,DISPATCH ADDR
.ERSER==3 ;SEVERITY,,SEVERITY TEST ADDR
;FORMAT:
; THE BASIC ERROR MSG CONSISTS OF
;1) LEAD CHAR (MAY BE ?,%,$,OR [)
;2) 3 CHAR MODULE NAME (XXX)
;3) 3 CHAR ERROR CODE (YYY)
;4) ASCIZ ERROR TEXT
;5) CONTINUATION ADDR FOR ERROR TYPEOUT
;
;THE MACROS GENERATE A CALL OF THE FORMAT:
; PUSHJ P,.ERROR##
; CAIA TYPE,'YYY'
; -N,,ADDR
;
;WHERE N IS THE LENGHT OF THE ERROR ARGUMENT BLOCK
;
;ERROR ARGUMENT BLOCK DESCRIPTION (MAY BE EXPANDED)
;
;BLOCK+0 CONT. ADDR,,[ASCIZ/TEXT STRING/]
;BLOCK+1 TYPEOUT ADDR,,FINAL DISPATCH ADDR
;BLOCK+2 SEVERITY,,ADDR TO PROCESS SEVERITY LEVEL
;
;THE BLOCK MAY BE EXPANDED AS NEEDED
DEFINE $STOP(A1,A2,A3,A4,A5,A6,A7),<%%ERR(.ERSTP,A1,<A2>,A3,A4,A5,A6,A7)>
DEFINE $FATAL(A1,A2,A3,A4,A5,A6,A7),<%%ERR(.ERFAT,A1,<A2>,A3,A4,A5,A6,A7)>
DEFINE $WARN(A1,A2,A3,A4,A5,A6,A7),<%%ERR(.ERWRN,A1,<A2>,A3,A4,A5,A6,A7)>
DEFINE $OPR(A1,A2,A3,A4,A5,A6,A7),<%%ERR(.EROPR,A1,<A2>,A3,A4,A5,A6,A7)>
DEFINE $INFO(A1,A2,A3,A4,A5,A6,A7),<%%ERR(.ERINF,A1,<A2>,A3,A4,A5,A6,A7)>
DEFINE $HALT(A1,A2,A3,A4,A5,A6,A7),<%%ERR(.ERHLT,A1,<A2>,A3,A4,A5,A6,A7)>
DEFINE %%ERR($TYPE,$PFX,$TEXT,A$CONT,A$DISP,A$TYPE,N$SEVER,A$SEVER),<
E$$'$PFX:PUSHJ P,.ERROR##
XLIST
ER'$PFX'$==E$$'$PFX
CAIA $TYPE,''$PFX''
.N.==1
IFNB A$TYPE,<.N.==2>
IFNB A$DISP,<.N.==2>
IFNB N$SEVER,<.N.==3>
IFNB A$SEVER,<.N.==3>
XWD -.N.,[E%%'$PFX: A$CONT,,[ASCIZ\$TEXT\]
IFG .N.-1,<XWD A$TYPE,A$DISP>
IFG .N.-2,<XWD N$SEVER,A$SEVER>
]
IFE $TYPE-.ERHLT,<
SKIPA
HALT E$$'$PFX
>
LIST>
SUBTTL OPDEFS
;The following are OPDEFed so as not to be confused with the monitor
;DDB symbols DEVNAM and DEVCHR (see WHOUUO).
OPDEF DVCHR. [CALLI 4] ;DEVCHR
OPDEF DVNAM. [CALLI 64] ;DEVNAM
SUBTTL Parameters
ND LN$PDL,100 ;LENGTH OF PUSH DOWN LIST
ND LN$OBJ,15 ;LENGTH OF ANF10 OBJECT TABLE
ND LN$INI,^D52 ;LENGTH OF INITIALIZATION TEXT
ND LN$SCB,^D200 ;LENGTH OF SERVER COMMAND BUFFER
ND LN$SBT,^D3 ;LENGTH OF SERVER BUFFER TABLES
ND LN$SMB,^D30 ;LENGTH OF SERVER MESSAGE BUFFER
ND LN$LEN,.RBSPL+1 ;LENGTH OF LIST FILE L/E/R BLOCKS
ND LN$SND,^D132/^D5+1 ;LENGTH OF SEND STRING
ND LN$SET,^D30 ;MAX ARG BLOCK FOR ALL SETUUO FNCS
ND LN$UNI,^D100 ;LENGTH OF UNIT TABLES
ND MX$FMT,^D40 ;MAX NUMBER OF FORMAT SWITCH ARGUMENTS
SUBTTL AC Definitions
F=:0 ;FLAG AC
T1=:1 ;TEMPORARY AC'S (NOT PRESERVED)
T2=:2
T3=:3
T4=:4
P1=:5 ;PERMANENT AC'S (PRESERVED)
P2=:6
P3=:7
P4=:10
I=:11 ;CURRENT SCAN BLOCK
O=:12 ;CURRENT OBJECT
JP=:13 ;ADDRESS OF CURRENT OBJECT DATA STORAGE
L=:14 ;FORMATTER COUNTER
D=:15 ;DDB ADDRESS
M=:16 ;MODE INDEX
P=:17 ;PUSH-DOWN LIST POINTER
; Extra ACs
N==P3 ;SCAN'S "NUMBER"
C==P4 ;SCAN'S "CHARACTER"
SUBTTL I/O channels
LST==1
SWP==2
INI==3
TSK==4
SUBTTL FLAGS -- Global in LH of F
FL.SPY== 1B0 ;WE ARE SPYING
FL.LOGIN== 1B1 ;WE ARE LOGGED IN
FL.GOD== 1B2 ;WE ARE OPR
FL.PEEK== 1B3 ;WE HAVE PEEK PRIVS
FL.POKE== 1B4 ;WE HAVE POKE PRIVS
FL.JACCT== 1B5 ;WE HAVE JACCT
FL.BATCH== 1B6 ;WE ARE A BATCH JOB
FL.WATCH== 1B7 ;WE HAVE SOME WATCH BITS SET
FL.WHOSRV== 1B8 ;WE ARE THE WHOSRVER
FL.CRASH== 1B9 ;READING CRASH FILES
FL.CHARGE== 1B10 ;CHARGE NUMBER SUPPORT
FL.ANF10== 1B11 ;ANF-10 NETWORK SUPPORT IN MONITOR
FL.DECNET== 1B12 ;DECNET-10 NETWORK SUPPORT IN MONITOR
FL.SMP== 1B13 ;SMP SUPPORT IN MONITOR
FL.LGNQ== 1B14 ;LOGIN QUEUE SUPPORT IN MONITOR
FL.SRVFLG==FL.SPY!FL.LOGIN!FL.GOD!FL.PEEK!FL.POKE!FL.JACCT
FL.NETWORKS==FL.ANF10!FL.DECNET
FL.FEATURES==FL.CHARGE!FL.ANF10!FL.DECNET!FL.SMP!FL.LGNQ
SUBTTL FLAGS-- Local in RH of F
FR.OPEN== 1B18 ;FILE HAS BEEN OPENED
FR.TASK== 1B19 ;OUTPUT TO AN OPENED TASK
FR.HEAD== 1B20 ;HEADER PRINTED
FR.ABORT== 1B21 ;FORMAT PRINT ABORT NOW
FR.MYTTY== 1B22 ;OUTPUT DEVICE IS MY TERMINAL
FR.DPY== 1B23 ;DPY HAS BEEN INITED
FR.TYPE== 1B24 ;A CHARACTER HAS BEEN OUTPUT
FR.APPEND== 1B25 ;USE APPEND WHEN OPENING OUTPUT FILE
FR.COMMA== 1B26 ;COMMA NEEDED IN OUTPUT OF LISTS
FR.TRMOP== 1B27 ;TRMOP. UUO FAILURE FOR SEND
FR.FRCUUO== 1B28 ;FRCUUO FAILED FOR FORCE
FR.SETUUO== 1B29 ;SETUUO FAILED
FR.DSKDDB== 1B30 ;LISTING A DSK DDB
FR.MTADDB== 1B31 ;LISTING A MTA DDB
FR.NETDDB== 1B32 ;LISTING A NETWORK DDB
FR.TTYDDB== 1B33 ;LISTING A TTY DDB
SUBTTL Version control
DEFINE $MONVER(VER),<
%VER=='VER
IF1,<PRINTX [Assembling WHO for VER monitors]>
> ;END DEFINE $MONVER
$MONVER (703)
SUBTTL Assembly switches
; Special UUOSYM symbols that determine feature test settings
FTLGNQ==:0+<IFDEF %LQCNT!%LQPTL!%LQQUE,<1>> ;GETTABS FOR LOGIN QUEUE
; Define the feature test switches
FT IPC,0,<IPC/TSG features>
FT MDC,0,<MDC features>
FT TUFTS,0,<TUFTS features>
FT LGNQ,0,<LOGIN queue support>
FT SERV,1,<Server support>
FT UUO,1,<UUO simulation>
FT DDB,1,<DDB scanning>
FT POWER,0,<POWERed on terminal detection>
IFN FTTUFTS,<
ND CL$SYS,0 ;SYSTEM=0
ND CL$ADM,1 ;ADMINISTRATION=1
ND CL$ACAD,2 ;ACADEMIC=2
>
SUBTTL Monitor Parameters (mostly from S.MAC)
;Bits in JBTSCD (.GTJTC)
JS.PQ2==1B0 ;ON IF JOB IN PQ2
JS.CLS==37B17
JS.TYP==777B35
;Bits in JBTSTS (.GTSTS)
JS.RUN==1B0
JS.CMW==1B1
JS.JNA==1B3
JS.ERR==1B4
JS.NSW==1B5
JS.SWP==1B7
JS.COD==37B14
JS.LOG==1B15
JS.JAC==1B17
JS.CLK==1B18
JS.JDC==1B20
JS.OPR==1B22
JS.XOY==1B25
JS.RUU==1B26
JS.DFP==1B33
;Bits in JBTST2
J2.IGS==1B10
J2.HIB==1B15
J2.EWC==37B24
J2.EWS==1B25
;Bits in JBTDDB
JD.LCR==777777B17 ;CORE LIMIT (FORMERLY IN JBTLIM)
JD.DDB==777777B35 ;I/O ACTIVE DDB ADDRESS
;ESLEEP codes
;Bits in JBTSWP (.GTSWP)
JS.SPY==1B0 ;SPYING (MUST BE SIGN BIT)
JS.SHR==1B1 ;HIGH SEG SHAREBLE
JS.SMP==77B8 ;# SECTION MAP PAGES (NOT INCLUDING SEC 0 MAP)
;Bits in JBTVRT (.GTVRT)
JS.LOW==777B35 ;LOW SEG SIZE
JS.HGH==777B26 ;HIGH SEG SIZE
JS.PGR==777777B17 ;PAGE RATE UNITS
;BITS IN JBTRTD (.GTRTD)
JS.HPQ==17B9 ;HPQ VALUE
;Bits in JBTSGN (.GTSGN)
SG.SPY==1B0
SG.SHR==1B1
;Bits in JBTPC
JS.DDB==-1,,0 ;I/O WAIT DDB
;Bits in JBTPDB
JS.FUN==37B17 ;PAGES OF FUNNY SPACE
;Values from GTXTN.
GX.NOD==-1,,0 ;NODE
GX.LIN==0,,-1 ;LINE
;Values in .TOBCT
LS.CMD==-1,,0 ;Count of commands processed
LS.BRK==0,,-1 ;Count of break characters typed
LS.CAR==1B0 ;TRMOP. .TODSS carrier bit
;IN CASE NOT IN UUOSYM YET
ND .PFHOR,7 ;PFH ORIGINAL RUNTIME
ND .PFHLR,10 ;PFH LAST RUNTIME
ND .PFHCR,11 ;PFH CUMULATIVE RUNTIME
SUBTTL SCAN interface -- Opdefs
OPDEF SKPON [SKIPG]
OPDEF SKPYES [SKIPG]
OPDEF SKPOFF [SKIPE]
OPDEF SKPNO [SKIPE]
OPDEF SKPSWT [SKIPGE]
.NODDT SKPON, SKPYES
.NODDT SKPOFF, SKPNO
.NODDT SKPSWT
YES==<ON==1>
NO==<OFF==0>
SUBTTL SCAN interface -- Special definitions
; WHO uses the MACLIB subroutine library. Part of that package
; includes a copy of SCAN with additions and features not found in
; the field image version. To avoid conflicts with field image
; SCNMAC, the following definitions have been extracted from the
; extended version of SCNMAC.
FX.SCN==1B12 ;/SCAN
FS.STK==1B14 ;DON'T APPLY STICKY STUFF IN ALPSTK
FS.IFL==1B13 ;INDIRECT FILE ILLEGAL IN COMMAND IF NOT LOGGED IN
; The OKEYS macro is similar to the KEYS macro except value is a bit
; position for "or bit value" use.
;
DEFINE OKEYS(NAME,LST),<
NAME'.L==0
NAME'.T: IRP (LST)<EXP SIXBIT/LST/
NAME'.L==NAME'.L+1
..TEMP==0
IRPC (LST)<IFIDN <LST><*>,<..TEMP==1>
STOPI>
IFE ..TEMP,<NAME'LST==1_<NAME'.L-1>>
>
PURGE ..TEMP
>
;DEFINE THE ABOVE BUT WITH GLOBAL NAMES
;AND FINALLY, THE KEY-WORD VALUES
DEFINE GKEYS(NAME,LST),<
NAME'.L==:0
NAME'.T:: IRP (LST)<EXP SIXBIT /LST/
NAME'.L==:NAME'.L+1
..TEMP==0
IRPC (LST)<IFIDN <LST><*>,<..TEMP==1>
STOPI>
IFE ..TEMP,<NAME'LST==:NAME'.L>
>
PURGE ..TEMP
>
; A version of OKEYS that generates global symbols.
;
DEFINE GOKEYS(NAME,LST),<
NAME'.L==:0
NAME'.T:: IRP (LST)<EXP SIXBIT/LST/
NAME'.L==:NAME'.L+1
..TEMP==0
IRPC (LST)<IFIDN <LST><*>,<..TEMP==1>
STOPI>
IFE ..TEMP,<NAME'LST==:1_<NAME'.L-1>>
>
PURGE ..TEMP
>
SUBTTL SCAN interface -- DOFSWT macro
DEFINE DOFSWT,<
XLIST
DEFINE FS(NAME,OFFSET,DEFAULT,INITIAL),<
S.'NAME:
IRP OFFSET,<
.FZ'OFFSET==:.FZLEN
.FZLEN==:.FZLEN+1
BLOCK 1 ;Storage for /'NAME
>;END IRP
>;END DEFINE FS
.FZLEN==:.FXLEN
$LOW
FSWT.S::FSWTCH ;BUILD SWITCH STORAGE
FSWT.L==:.-FSWT.S
DEFINE FS(NAME,OFFSET,DEFAULT,INITIAL),<
IRP OFFSET,<
IFB <INITIAL>,<EXP -1 ;Initial value for /'NAME(.FZ'OFFSET)>
IFNB <INITIAL>,<EXP INITIAL ;Initial value for /'NAME(.FZ'OFFSET)>
>;END IRP
>;END DEFINE FS
$HIGH
FSWT.I::FSWTCH ;BUILD INITIAL VALUES
DEFINE FS(NAME,OFFSET,DEFAULT,INITIAL),<
IRP OFFSET,<
IFB <DEFAULT>,<EXP -1 ;Default value for /'NAME('.FZ'OFFSET)>
IFNB <DEFAULT>,<EXP DEFAULT ;Default value for /'NAME('.FZ'OFFSET)>
>;END IRP
>;END DEFINE FS
FSWT.D::FSWTCH ;BUILD DEFAULT VALUES
$LOW
FSWT.P::BLOCK FSWT.L ;BUILD STICKY SWITCH STORAGE
$HIGH
LIST
>;END DEFINE DOFSWT
SUBTTL SCAN interface -- DOGSWT macro
DEFINE DOGSWT,<
XLIST
DEFINE GS(NAME,LEN,DEFAULT,INITIAL),<
..TEMP==1
IFNB <LEN>,<..TEMP==LEN>
S.'NAME:: BLOCK ..TEMP
>;END DEFINE GS
$LOW
GSWT.S::GSWTCH ;GLOBAL SWITCH STORAGE
GSWT.L==:.-GSWT.S
DEFINE GS(NAME,LEN,DEFAULT,INITIAL),<
..TEMP==1
IFNB <LEN>,<..TEMP==LEN>
REPEAT ..TEMP,<
IFB <INITIAL>,<EXP -1 ;Initial value for /'NAME('.FZ'OFFSET)>
IFNB <INITIAL>,<EXP INITIAL ;Initial value for /'NAME('.FZ'OFFSET)>
>;END REPEAT
>;END DEFINE GS
$HIGH
GSWT.I::GSWTCH ;GLOBAL SWITCH INITIAL VALUES
DEFINE GS(NAME,LEN,DEFAULT,INITIAL),<
..TEMP==1
IFNB <LEN>,<..TEMP==LEN>
IFB <DEFAULT>,<REPEAT ..TEMP,<EXP -1>>
IFNB <DEFAULT>,<
..TEMR==0
IRP DEFAULT,<
EXP DEFAULT
..TEMR==..TEMR+1
>;END IRP DEFAULT
IFN ..TEMR-1,<REPEAT ..TEMP-..TEMR,<EXP -1>>
IFE ..TEMR-1,<REPEAT ..TEMP-..TEMR,<EXP DEFAULT>>
>;END IFNB <DEFAULT>
>;END DEFINE GS
GSWT.D::GSWTCH ;GLOBAL SWITCH DEFAULT VALUES
$HIGH
LIST
>;END DEFINE DOGSWT
SUBTTL SCAN interface -- Monitor commands
DEFINE MODES,<
XX JOB ,JOB ,LINE ,job ,<Job not assigned>
XX LINE ,LIN ,JOB ,line ,<Line not connected>
XX NODE ,NOD ,LINE ,node ,<Node not online>
XX STRUCTURE ,STR ,UNIT ,structure ,<Structure not found>
XX UNIT ,UNI ,STRUCT ,unit ,<Disk unit not found>
>
SUBTTL SCAN interface -- Summary keywords and actions
DEFINE SUMMARY,<
XLIST
START JOB
X ACCOUNT ,Account ,JB$AC1 ,.TASCW ,8
IFN FTIPC,<
X BADGE ,Badge ,JB$BDG ,.TDECJ ,6
>;END IFN FTIPC
X BATCH ,Batch ,JB$BJB ,YESNO ,6
X BATCORE ,Batch core ,JB$BCL ,.TDECJ ,11
IFN FTIPC,<
X CATEGORY ,Category ,JB$CAT ,.TOCTJ ,9
>;END IFN FTIPC
X CHARGE ,Charge ,JB$CNO ,CHGTYO ,6
IFN FTIPC,<
X CID ,Charge ID ,JB$CID ,.TSIXN ,9
>;END IFN FTIPC
X CLASS ,Class ,JB$CLS ,.TDECJ ,7
X CORE ,Core ,CCORE ,.TDECJ ,6,10
X CPL ,Current physical limit ,JB$CPL ,.TDECJ ,22 ,5
X CTLJOB ,CTLJOB ,JB$CJN ,.TDECJ ,7
X CTLPRG ,CTLPRG ,JB$CPN ,.TSIXN ,6
X CVL ,Current virtual limit ,JB$CVL ,.TDECJ ,21 ,5
X DEFATTACH ,Attach jobs ,JB$DAD ,ATTYES ,13
X DEFBIGBUF ,Default BIGBUF ,JB$DBB ,.TDECJ ,14
X DEFBUFFER ,Default buffers ,JB$DNB ,.TDECJ ,17
X DEFPROTECT ,Default protection ,JB$DPV ,.TPROT,21
X APC ,Asynchronous port characteristic ,JB$APC ,TAPC ,32
X DSKPRIORITY ,Disk priority ,JB$DPR ,.TDECJ ,14
X FUNNY ,Funny ,JB$PFS ,.TDECJ ,6
X GLXOPR ,Galaxy operator ,JB$GOP ,TGOP ,15
X HPQ ,HPQ ,JB$HPQ ,.TDECJ ,5
X IPCFORECEIVE ,IPCF receives outstanding,JB$IOR,.TDECJ ,26
X IPCFOSEND ,IPCF sends outstanding ,JB$IOS ,.TDECJ ,23
X IPCFQRECEIVE ,IPCF receive quota ,JB$IQR ,.TDECJ ,19
X IPCFQSEND ,IPCF send quota ,JB$IQS ,.TDECJ ,16
X IPCFRECEIVE ,IPCF receives ,JB$IMR ,.TDECJ ,14,100
X IPCFSEND ,IPCF sends ,JB$IMS ,.TDECJ ,11,100
X JLT ,JLT ,JB$IJL ,.TUFTM ,8,<400000/^D24+1>
X KCS ,KCS ,JB$KCM ,.TDECJ ,6,10000
X LIMIT ,Limit ,JB$BTL ,.TTIME ,8,60000
X LINE ,Line ,JB$NLN ,.TOCTJ ,6
X LOCATION ,Location ,JB$LOC ,.TOCTJ ,9
IFN FTIPC,<
X LPPN ,LPPN ,JB$LPN ,.TPPNW ,15
X LPRGNUM ,Lprogrammer ,JB$LPG ,.TOCTJ ,11
X LPRJNUM ,Lproject ,JB$LPJ ,.TOCTJ ,9
>;END IFN FTIPC
X MPL ,Maximum physical limit ,JB$MPL ,.TDECJ ,22 ,5
X MVL ,Maximum virtual limit ,JB$MVL ,.TDECJ ,21 ,5
X NAME ,Name ,JB$NM1 ,.TSIXN ,6
X NODE ,Node ,JB$NNM ,.TSIXN ,6
X NODENAME ,Node ,JB$NNM ,.TSIXN ,6
X NODENUMBER ,Node number ,JB$NNU ,.TOCTJ ,12
X PAGERATE ,Paging rate ,JB$PGR ,TPGR ,12,50
X PC ,PC ,JB$PC ,.TOCTZ ,6,512
X PHYHIGH ,Physical high segment size,JB$PPH,.TDECJ,26 ,5
X PHYLOW ,Physical low segment size,JB$PPL,.TDECJ,25 ,5
X PPN ,PPN ,JB$PPN ,.TPPNW ,15
X PRGNUMBER ,Programmer ,JB$PPG ,.TOCTJ ,11
X PRGRUN ,Program to run ,JB$PTR ,.TSIXN ,14
X PRJNUMBER ,Project ,JB$PPJ ,.TOCTJ ,9
X PROJECT ,Project ,JB$PPJ ,.TOCTJ ,9
X PROGRAM ,Program ,JB$PRG ,.TSIXN ,7
X PROSET ,Default protection set ,JB$DPS ,ONOFF ,25
X READS ,Reads ,JB$DBR ,.TDECJ ,8,1000
X REMOTE ,Remote ,JB$RMT ,YESNO ,7
X RESET ,Reset ,JB$ITR ,.TUFTM ,8,<400000/^D24+1>
X RUNTIME ,Runtime ,JB$TIM ,.TTIME ,8,30000
X SEGMENT ,Segment ,JB$HSN ,.TSIXN ,7
IFN FTIPC,<
X SLOT ,Slot ,JB$SLT ,.TOCTJ ,6
>;END IFN FTIPC
X TTY ,TTY ,JB$TLN ,.TOCTJ ,6
X UUOS ,UUOs ,JB$UUC ,.TDECJ ,8,10000
X VCORE ,VCore ,VCORE ,.TDECJ ,6,10
X VIRHIGH ,Virtual high segment size,JB$PVH,.TDECJ,25 ,5
X VKCS ,VKCS ,JB$VKM ,.TDECJ ,6,10000
X VIRLOW ,Virtual low segment size,JB$PVL,.TDECJ ,24 ,5
X WRITES ,Writes ,JB$DBW ,.TDECJ ,8,1000
X WSCODE ,Wait state code ,JB$WSC ,.TSIXN ,15
X WTO ,WTO privileges ,JB$WTO ,TWTO ,15
LEN JOB
START LIN
X ASSIGN ,Assigned ,LB$TAC ,YESNO ,9
X BREAK ,Break chars ,LB$BCC ,.TDECJ ,12,100
X CARRIER ,Carrier ,LB$DSC ,YESNO ,8
X COMMANDS ,Commands ,LB$CMD ,.TDECJ ,9,100
X APC ,Asynchronous port characteristic ,LB$APC ,TAPC ,32
X INITED ,Inited ,LB$TAP ,YESNO ,7
X INPUT ,Input chars ,LB$ICT ,.TDECJ ,12,1000
X JOB ,Job ,LB$JOB ,.TDECJ ,4
X LINE ,Line ,LB$NLN ,.TOCTJ ,5
IFN FTLGNQ,<
X LOGINQ ,Login queue ,LB$LQP ,TLGNQ ,12
>;END IFN FTLGNQ
X MIC ,Mic ,LB$MCL ,YESNO ,3
X NODE ,Node ,LB$NNM ,.TSIXN ,6
X NODENAME ,Node ,LB$NNM ,.TSIXN ,6
X NODENUMBER ,Node number ,LB$NNU ,.TOCTJ ,11
X OUTPUT ,Output chars ,LB$OCT ,.TDECJ ,13,1000
X RCVSPEED ,RCVspeed ,LB$RBD ,.TDECJ ,9
X REMOTE ,Remote ,LB$RMT ,YESNO ,7
X SLAVE ,Slave ,LB$SLV ,YESNO ,6
X TYPE ,Type ,LB$TYP ,.TSIXN ,6
X USERS ,Users ,LB$TCJ ,YESNO ,6
X XMTSPEED ,XMTspeed ,LB$TBD ,.TDECJ ,9
LEN LIN
START NOD
X CDP ,Card punches ,NB$CDP ,.TDECJ ,12
X CDR ,Card readers ,NB$CDR ,.TDECJ ,12
X CONFIGURATION,Configuration ,NB$CNF ,.TASCW ,13
X DATE ,Date ,NB$DAT ,.TASCW ,4
X DDP ,DDCMP devices ,NB$DDP ,.TDECJ ,13
X DTA ,DECtapes ,NB$DTA ,.TDECJ ,8
X LPT ,Line printers ,NB$LPT ,.TDECJ ,13
X MCR ,MCRs ,NB$MCR ,.TDECJ ,4
X MTA ,Magtapes ,NB$MTA ,.TDECJ ,8
X NAME ,Name ,NB$NNM ,.TSIXN ,4
X NODE ,Node ,NB$NNM ,.TSIXN ,6
X NODENAME ,Node ,NB$NNM ,.TSIXN ,6
X NODENUMBER ,Node number ,NB$NNU ,.TOCTJ ,11
X NUMBER ,Node number ,NB$NNU ,.TOCTW ,6
X PLT ,Plotters ,NB$PLT ,.TDECJ ,8
X PTP ,Paper tape punches ,NB$PTP ,.TDECJ ,18
X PTR ,Paper tape readers ,NB$PTR ,.TDECJ ,18
X RDA ,Remote data entry ,NB$RDA ,.TDECJ ,17
X TSK ,Tasks ,NB$TSK ,.TDECJ ,5
X TTY ,Terminals ,NB$TTY ,.TDECJ ,9
X TYPE ,Type ,NB$TYP ,.TSIXN ,6
LEN NOD
START STR
X FSNUMBER ,FS number ,SB$MTC ,.TDECW ,9
X MOUNT ,Mount count ,SB$MTC ,.TDECW ,11
X NAME ,Name ,SB$STN ,.TSIXN ,6
X OWNER ,Owner ,SB$OWN ,TOWNER ,13
LEN STR
START UNI
X 1CONI ,CONI before retry ,UB$SOF ,.TOCTW ,17
X 2CONI ,CONI after retry ,UB$ERR ,.TOCTW ,16
X 1DATAI ,DATAI before retry ,UB$SDI ,.TOCTW ,18
X 2DATAI ,DATAI after retry ,UB$HDI ,.TOCTW ,17
X ALTERNATE ,Alternate port ,UB$ALT ,.TSIXN ,14
X BREADS ,Buffered reads ,UB$BRC ,.TDECW ,14
X BWRITES ,Buffered writes ,UB$BWC ,.TDECW ,15
X CBLOCKS ,Cached blocks ,UB$CBK ,.TDECW ,13
X CHKERRORS ,Checksum errors ,UB$CER ,.TDECW ,15
X CRCALLS ,Cache read calls ,UB$CRC ,.TDECW ,16
X CRHITS ,Cache read hits ,UB$CRH ,.TDECW ,15
X CWCALLS ,Cache write calls ,UB$CWC ,.TDECW ,17
X CWHITS ,Cache write hits ,UB$CWH ,.TDECW ,16
X DETACHED ,Detached port ,UB$DET ,.TSIXN ,13
X DREADS ,Dump reads ,UB$DRC ,.TDECW ,10
X DWRITES ,Dump writes ,UB$DWC ,.TDECW ,11
X FREEBLOCKS ,Free blocks ,UB$FRB ,.TDECW ,11
X FREESWAPPING ,Free swapping blocks ,UB$FRB ,.TDECW ,20
X HARDDATA ,Hard data errors ,UB$HDT ,.TDECW ,16
X HARDDEVICE ,Hard device errors ,UB$HDV ,.TDECW ,18
X LBN ,Logical block number ,UB$HBN ,.TOCTW ,20
X LOGICAL ,Logical unit name ,UB$LOG ,.TSIXN ,17
X MREADS ,Monitor reads ,UB$MRC ,.TDECW ,13
X MSEEKS ,Monitor seeks ,UB$MSC ,.TDECW ,13
X MWRITES ,Monitor writes ,UB$MWC ,.TDECW ,14
X NAME ,Name ,UB$UNN ,.TSIXN ,6
X NEXTUNIT ,Next unit in structure ,UB$NUS ,.TSIXN ,22
X PREADS ,Paging reads ,UB$PRC ,.TDECW ,12
X PWRITES ,Paging writes ,UB$PWC ,.TDECW ,13
X RIBERRORS ,RIB errors ,UB$RER ,.TDECW ,10
X SATERRORS ,SAT errors ,UB$RER ,.TDECW ,10
X SEEKS ,Seeks ,UB$TSC ,.TDECW ,5
X SOFTDATA ,Soft data errors ,UB$SDT ,.TDECW ,16
X SOFTDEVICE ,Soft device errors ,UB$SDV ,.TDECW ,18
X STRUCTURE ,Structure ,UB$STR ,.TSIXN ,9
X SREADS ,Swapping reads ,UB$SRC ,.TDECW ,14
X SWRITES ,Swapping writes ,UB$SWC ,.TDECW ,15
X UNITID ,Unit-Id ,UB$UID ,.TSIXN ,7
X USEEKS ,User seeks ,UB$USC ,.TDECW ,10
X XREADS ,Extended RIB reads ,UB$XRC ,.TDECW ,18
X XWRITES ,Extended RIB writes ,UB$XWC ,.TDECW ,19
LEN UNI
LIST
>;END DEFINE SUMMARY
SUBTTL SCAN interface -- State keywords and actions
DEFINE STATES,<
XLIST
X ACTIVE
X SWAP
X LOCK
X STOP
X RUN
X EVENTWAIT
X IOWAIT
X SLEEP
X CODES
X RWAITS
X QUEUES
LIST
>
SUBTTL SCAN interface -- OBJECT definitions
DEFINE OBJECTS,<
XX MCR
XX TTY
XX CDR
XX LPT
XX PTR
XX PTP
XX PLT
XX MTA
XX DTA
XX TSK
XX RDA
XX CDP
XX DDP
>
SUBTTL Format descriptors
PHASE 0
.FMFMT: BLOCK 1 ;FORMAT FIELDWIDTH DESCRIPTORS
FM.USR==1B0 ;USER SPECIFIED
FM.FMT==3B2 ;FORMAT TYPE
.FMFIX==1 ;FIXED
.FMFLT==2 ;FLOATING
.FMBLK==3 ;FIXED WITH BLANK FIELD SUPPRESS
FM.JUS==3B4 ;JUSTIFY FIELD
.FMLEF==0 ;LEFT
.FMCEN==1 ;CENTER
.FMRIG==2 ;RIGHT
FM.SPC==17B8 ;SPACE COUNT IF FORFLOAT TO TRAIL
FM.STR==1B9 ;FORMAT IS A STRING (LEAVE BLANKS)
FM.WID==377B17 ;FIELDWIDTH
FM.PRT==777777B35 ;ADDR TO PUSHJ TO PRINT FIELD
.FMLOD: BLOCK 1 ;INSTR TO XCT TO LOAD FIELD
.FMLEN: ;LENGTH OF BLOC
DEPHASE
SUBTTL Check block description
PHASE 0
.CKSWT:! BLOCK 1 ;ADDRESS OF SWITCH VALUE
.CKMSK:! BLOCK 1 ;ADDRESS OF SWITCH VALUE MASK
.CKINI:! BLOCK 1 ;DEFAULT INITIAL SWITCH VALUE
.CKLOD:! BLOCK 1 ;ADDRESS OF ROUTINE TO LOAD VALUE
.CKCHK:! BLOCK 1 ;ADDRESS OF ROUTINE TO CHECK VALUE
.CKLEN:!
DEPHASE
SUBTTL PSI definitions
; Macro to count up and assign interrupt vector block offsets
DEFINE $PSI (NAM),<
.IV'NAM==VECNUM*4 ;;ASSIGN INTERRUPT VECTOR OFFSET
VECNUM==VECNUM+1 ;;COUNT VECTORS
> ;END $PSI MACRO
VECNUM==0 ;INITIALIZE COUNTER
$PSI (DET) ;ATTACH/DETACH
$PSI (STP) ;CONTROL-C TRAP
IFN FTSERV,<$PSI (IPC)> ;IPCF
IFN FTSERV,<$PSI (ANF)> ;ANF10
IFN FTSERV,<$PSI (DCN)> ;DECNET
SUBTTL Task I/O and server definitions
; Task dispatch vector offsets
.TSNAM==0 ;NAME
.TSTYP==1 ;TYPE
.TSNET==2 ;NETWORK TYPE
.TSTIM==3 ;DEFAULT TIMEOUT
.TSFET==4 ;FEATURE FLAG
.TSOPN==5 ;OPEN TASK
.TSCLS==6 ;CLOSE TASK
.TSINP==7 ;INPUT A BUFFER
.TSOUT==10 ;OUTPUT A BUFFER
.TSIBR==11 ;ADDR OF INPUT BUFFER RING HEADER
.TSOBR==12 ;ADDR OF OUTPUT BUFFER RING HEADER
.TSPRV==13 ;SET/CLEAR PRIV AND JOB FLAGS
; Macro to build a dispatch vector
DEFINE TASK (NAM,PFX,TYP,NET,TIM,FET),<
PFX'TSK::
XLIST
EXP [ASCIZ |NAM|] ;;NAME
EXP TYP ;;TASK TYPE
EXP NET ;;NETWORK TYPE
EXP ^D<TIM> ;;TIMEOUT
EXP FET ;;FEATURE
EXP PFX'OPN ;;OPEN TASK
EXP PFX'CLS ;;CLOSE TASK
EXP PFX'INP ;;INPUT A BUFFER
EXP PFX'OUT ;;OUTPUT A BUFFER
EXP PFX'IBR ;;ADDRESS OF INPUT BUFFER RING HEADER
EXP PFX'OBR ;;ADDRESS OF OUTPUT BUFFER RING HEADER
EXP PFX'PRV ;;SET/CLEAR PRIV AND JOB FLAGS
LIST
> ;END TASK MACRO
; Task open definitions
TS.ACT==1B0 ;ACTIVE
TS.TYP==177B8 ;TYPE OF CONNECT
.TSIPC==0 ;IPCF
.TSANF==1 ;ANF10
.TSDCN==2 ;DECNET
.TSNUM==3 ;NUMBER OF DEFINED TASK TYPES
TS.TIM==777B17 ;TIMEOUT IN SECONDS
.TSTMN==0 ;MINIMUM TIMEOUT VALUE
.TSTMX==<TS.TIM_-<ALIGN.(TS.TIM)>> ;MAXIMUM TIMEOUT VALUE
; The /SERVER switch has the format:
;
; /SERVE:node-string:connect-type:timeout
;
; Where "node-string" One node name or a quoted string of node names.
; This argument occupies .SVMAX-.SVNOD words.
; connect-type Defines the connect type (IPCF, ANF10, DECNET).
; This field occupies one word.
; timeout The maximum number of seconds to wait.
; This field occupies one word.
;
; Offsets into /SERVER storage block
.SVFLG==0 ;NON-NEGATIVE IF ARGUMENTS TYPED
.SVTYP==1 ;CONNECT TYPE
.SVTIM==2 ;TIMEOUT VALUE IN SECONDS
.SVNOD==3 ;START OF NODE TEXT (MUST BE AT END)
.SVMAX==^D28 ;LENGTH OF BLOCK
.SVWDS==.SVMAX-.SVNOD ;LENGTH OF NODE STRING TEXT IN WORDS
.SVCHR==<.SVWDS*5>-1 ;LENGTH OF NODE STRING TEXT IN CHARACTERS
SUBTTL Mount count flags and fields
MC.SYS==1B0 ;STR IN SSL
MC.SDL==1B1 ;STR IN SDL
MC.ASL==1B2 ;STR HAS UNITS IN ASL
MC.TMC==777777B35 ;TOTAL MOUNT COUNT
MC.PAS==777777B17 ;PASSIVE S/L COUNT
MC.ACT==777777B35 ;ACTIVE S/L COUNT
SUBTTL Network data
; Network type codes
.NTNON==0 ;NO NETWORK SUPPORT
.NTANF==1 ;ANF10
.NTDCN==2 ;DECNET
; Network flags
NT.ONL==1B0 ;ON-LINE
NT.KNO==1B1 ;KNOWN
; NRTSER information block offsets
.NRTFL==0 ;LINE FLAG (0=NOT NRT, -1=NRT)
.NRTNM==1 ;NODE NAME
.NRTNN==2 ;NODE NUMBER
.NRTCH==3 ;NRTSER CHANNEL NUMBER
.NRTLN==.NRTCH+1 ;LENGTH OF NRTSER BLOCK
SUBTTL END
END