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SUBTTL GENERAL CUSP MACROS %10(164) 12-OCT-74
.XCREF
IFNDEF %.C,<XLIST>
;***COPYRIGHT 1971, 1972, 1973, 1974 DIGITAL EQUIPMENT CORP., MAYNARD, MASS.***
;THIS IS A HEADER FILE TO PRODUCE C.MAC GIVEN MACTEN.MAC
;AND UUOSYM.MAC. THE THREE OF THEM CONCATENATED ARE AN EXACT
;REPLACEMENT FOR THE OLD C.MAC. REFERENCES TO C.MAC SHOULD
;GO AWAY IN FAVOR OF "SEARCH MACTEN,UUOSYM".
;DEFINE %.C TO LIST FILE
;DEFINE %.C==-1 TO ASSEMBLE C IN BOTH PASSES
;DEFINE %.C==-2 TO ALSO INCLUDE END STATEMENT
;DEFINE %.C==-3 TO MAKE C A UNIVERSAL FILE
;DETERMINE IF SPECIAL ASSEMBLY NEEDED
IF1,<%..C==1 ;ALWAYS ASSEMBLE PASS1
IFDEF %.C,< IFE %.C+2,<TITLE C -- LISTING OF C.MAC (CUSP PARAMETER FILE)>
IFE %.C+3,<UNIVERSAL C -- CUSP PARAMETER UNIVERSAL SYMBOL TABLE
.DIRECTIVE .NOBIN>
> >
IF2,<IFNDEF %.C,<%..C==0> ;SUPPLY VALUE IF USER DIDN'T
IFDEF %.C,<%..C==%.C ;USE USER'S VALUE FOR PASS2>
>
;DEFINE JOBDAT LOCATIONS WHICH CAN BE LOC-ED TO
IFN %..C+3,<
.CREF
IF2,< GLOB <.JB41,.JBCST,.JBOPS,.JBREN,.JBVER>
.XCREF
>>
.CREF
LIST
SALL ;CLEAN EXPANSION LISTINGS
IFE %..C,<PURGE %.C,%..C
TAPE> ;SKIP REST IF NO ASSEMBLY NEEDED
SUBTTL DEC-10 UNIVERSAL PARAMETERS %1(24) 4-JAN-75
.XCREF
IFDEF %..C,<IFE %..C,< .CREF
TAPE >>
IFNDEF %..C,<UNIVER MACTEN DECsystem-10 Common Parameter File
.DIRECTIVE .NOBIN>
;***Copyright (C) 1971,1972,1973,1974,1975 Digital Equipment Corp., Maynard, Mass.***
;THIS PARAMETER FILE CONTAINS MACRO DEFINITIONS, SYMBOL DEFINITIONS
; AND OPDEFS WHICH ARE OPERATING SYSTEM INDEPENDENT. THIS
; FILE WAS ORIGINALLY PART OF C.MAC THE TOPS-10 CUSP UUO
; PARAMETER FILE.
MACWHO==0 ;LAST PATCHER
MACVER==1 ;MAJOR VERSION
MACMIN==0 ;MINOR VERSION
MACEDT==24 ;EDIT LEVEL
.CREF
SALL
SUBTTL TABLE OF CONTENTS
; SECTION PAGE
; 1. REVISION HISTORY...................................... 3
; 2. INTERESTING SYMBOLS................................... 4
; 3. MACRO DEFINITIONS -- ND, XP, EXT, GLOB................ 5
; 4. MACRO DEFINITIONS -- LISTING CONTROL.................. 7
; 5. MACRO DEFINITIONS -- BYTE MANIPULATION................ 8
; 6. MACRO DEFINITIONS -- INFO/REDEF....................... 9
; 7. MACRO DEFINITIONS -- STACK CONTROL.................... 10
; 8. SIMPLE STRUCTURE AND LOAD/STORE....................... 11
; 9. FLAG DEFINITIONS...................................... 12
; 10. MACRO DEFINITIONS -- GENERATE OP CODES ABCX........... 13
; 11. MACRO DEFINITIONS -- JUMPPT........................... 22
; 12. USEFUL OPDEFS......................................... 23
; 13. SYMBOLS FOR THE CONTROL CHARACTERS.................... 24
; 14. HARDWARE BITS OF INTEREST TO USERS.................... 25
SUBTTL REVISION HISTORY
;BASED UPON C.MAC %7(163) RELEASED MAY, 1974
;VERSIONS RESET WHEN CREATED
;1 CREATION
;2 CLEAN UP AND CORRECT BUGS INTRODUCED IN ORIGINAL SPLIT
;3 (10-14,209) REMOVE PDP-6 TEST IF SAME AS KA IN JUMPPT
;4 MASK DOWN VALUE IN INSVL.
;5 (10-14,209) ADD .SUA?? SYMBOLS
;6 ADD LSTOF., LSTON.
;7 ADD VRSN. AND VR.???
;10 ADD SHOW.
;11 ADD CONT.
;12 ADD DEFST., LOAD., STOR.
;13 ADD FLAG., LFLAG., SFLAG. AND CHANGE TX??
;14 ADD .LHALF, .RHALF, .FWORD
;15 ADD .ZERO5
;16 ADD FRAME.
;17 ADD TY??.
;20 ADD ZERO.
;21 ADD NDS.
;22 SIMPLIFY INSVL.
;23 ADD KL-10 IN JUMPPT
;24 WITHDRAW 13 UNTIL UNDERSTOOD
SUBTTL INTERESTING SYMBOLS
;VERSION FORMAT COMPONENTS
VR.WHO==7B2 ;WHO EDITTED (0=DEC DEVELOPMENT, 1=OTHER DEC,
; 2-4=CUSTOMER, 5-7=END USER)
VR.VER==777B11 ;MAJOR DEC VERSION
VR.MIN==77B17 ;MINOR DEC VERSION (1=A, ETC.)
VR.EDT==777777 ;EDIT LEVEL
;MACRO TO FORMAT THIS MODULE'S VERSION
; VRSN. PREFIX
;
;ASSUMES SYMBOLS OF FORM PREFIX'CUS, ..VER, ETC.
DEFINE VRSN.(PFX),<BYTE (3)PFX'WHO (9)PFX'VER (6)PFX'MIN (18)PFX'EDT>
;MISC. CONSTANTS
.INFIN==377777,,777777 ;PLUS INFINITY
.MINFI==1B0 ;MINUS INFINITY
LH.ALF==777777B17 ;LEFT HALF WORD
RH.ALF==777777 ;RIGHT HALF WORD
FW.ORD==-1 ;FULL WORD
.ZERO5==0 ;MNEMONIC THAT NO @ OR INDEX POSSIBLE
SUBTTL MACRO DEFINITIONS -- ND, XP, EXT, GLOB
;MACRO TO DEFINE A SYMBOL IF NOT ALREADY DEFINED
; ND SYMBOL,VALUE
DEFINE ND(SYMBOL,VALUE),<
IFNDEF SYMBOL,<SYMBOL==VALUE>
>
;MACRO TO SHOW THE VALUE OF AN ABSOLUTE SYMBOL
; SHOW SYMBOL
;WARNING-- DO NOT USE AS LAST LOCATION IN A SEGMENT
DEFINE SHOW.(ARG$),< .XCREF
EXP <ARG$>
.ORG .-1
.CREF>
;MACRO TO DEFINE A SYMBOL IF NOT ALREADY DEFINED AND SHOW ITS VALUE
;WARNING-- DO NOT USE AS LAST LOCATION IN A SEGMENT
DEFINE NDS.(SYMBOL,VALUE),<
IFNDEF SYMBOL,<SYMBOL==VALUE>
SHOW. (SYMBOL)
>
;MACRO TO DEFINE A SYMBOL AND FORCE IT INTERN
; XP SYMBOL,VALUE,PRINT
; WHERE PRINT IS NON-BLANK TO PRINT OUT FROM DDT
DEFINE XP(SYMBOL,VALUE,PRINT),<
INTERN SYMBOL
IFB <PRINT>,<SYMBOL==VALUE>
IFNB <PRINT>,<SYMBOL=VALUE>
>
;MACRO TO EXTERN A SYMBOL IF NOT DEFINED IN THIS ROUTINE
; EXT SYMBOL
DEFINE EXT(SYMBOL),<
IRP SYMBOL,<
IF2,< IFNDEF SYMBOL,<EXTERN SYMBOL> >>>
;MACRO TO EXTERN OR INTERN A SYMBOL
; GLOB SYMBOL
DEFINE GLOB(SYMBOL),<
IRP SYMBOL,<
IF2,< IFDEF SYMBOL,<INTERN SYMBOL>
IFNDEF SYMBOL,<EXTERN SYMBOL>
SUPPRE SYMBOL>>>
SUBTTL MACRO DEFINITIONS -- LISTING CONTROL
;THIS MACRO IS USED TO FORCE A PAGE OVERFLOW WITH COMMENT
;TO HAVE LISTINGS MATCH THE PROPOSED CODING STANDARD.
;
;IT IS INVOKED WHENEVER A PAGE OVERFLOW WOULD HAVE HAPPENED.
;
;
;ACCORDING TO THE PROPOSED STANDARD, ALL SOURCE FOR A ROUTINE
;MUST OCCUR ON ONE PAGE. HOWEVER, IT IS IMPORTANT FOR THE
;USER TO FIND "SENTENCE" BREAKS TO FORM THE OVERFLOW (EJECT)
;POINTS. WHENEVER OVERFLOW OCCURS, A COMMENT
;TO THAT EFFECT SHOULD APPEAR IN THE LISTING. ALL THIS IS
;ACCOMPLISHED BY THE USER INCLUDING THE MACRO "CONT." IN HIS
;SOURCE AT THE POINT OF THE OVERFLOW. NO BLANKS SHOULD PRECEED
;OR FOLLOW THE MACRO.
DEFINE CONT.<LALL
PAGE ;(CONTINUED ON NEXT PAGE)
SALL ;(CONTINUED FROM PREVIOUS PAGE)
>
;MACROS TO TURN ON AND OFF LISTINGS WHEN NESTING
; LSTOF. TURNS OFF LISTING AND CREF
; LSTOF. X TURNS OFF LISTING
; LSTON. RESTORES LISTING AND CREF IF TOP LEVEL
;IF LSTIN. IS DEFINED AS .MINFI, THEN ALL LISTINGS ON
DEFINE LSTOF.(CREF$),<
IFNDEF LSTIN., LSTIN.==0
IFE LSTIN.,<
IFB <CREF$>, .XCREF
XLIST>
LSTIN.==LSTIN.+1
>
DEFINE LSTON.,<
IFG LSTIN., LSTIN.==LSTIN.-1
IFLE LSTIN.,< .CREF
LIST>
>
SUBTTL MACRO DEFINITIONS -- BYTE MANIPULATION
;MACRO TO COMPUTE THE WIDTH OF A MASK
; "WID" RETURNS THE LENGTH OF THE LEFTMOST STRING OF
; CONSECUTIVE ONES IN THE WORD.
DEFINE WID(MASK),<<^L<-<<MASK>_<^L<MASK>>>-1>>>
;MACRO TO COMPUTE THE POSITION OF A MASK
DEFINE POS(MASK),<<^L<MASK>+^L<-<<MASK>_<^L<MASK>>>-1>-1>>
;MACRO TO BUILD A POINTER TO A MASKED QUANTITY
; POINTR LOCATION,MASK
DEFINE POINTR(LOC,MASK),<<POINT WID(MASK),LOC,POS(MASK)>>
;MACRO TO BUILD A MASK "WID" BITS WIDE, WITH ITS RIGHTMOST BIT
; IN THE BIT POSITION "POS". (I.E. A MASK FOR THE BYTE
; POINTED TO BY THE BYTE POINTER "POINT WID,LOC,POS")
DEFINE MASK.(WID,POS),<<<<1_<WID>>-1>B<POS>>>
;MACRO TO DEFINE A SYMBOL WITH ONLY ONE BIT ON, IN THE SAME POSITION AS
; THE RIGHTMOST BIT IN "MASK" (OR 0, IF "MASK" = 0)
DEFINE RGHBT.(MASK),<<<MASK>&-<MASK>>>
;MACRO TO DEFINE A SYMBOL WITH ONLY ONE BIT ON, IN THE SAME POSITION AS
; THE LEFTMOST BIT IN "MASK" (OR 0, IF "MASK" = 0)
DEFINE LFTBT.(MASK),<<1B<^L<MASK>>>>
; "FILIN." RETURNS A WORD WITH A CONSECUTIVE STRING OF ONES FROM THE
; BIT POSITION OF THE LEFTMOST ONE IN "MASK" THROUGH THE BIT POSITION
; OF THE RIGHTMOST ONE IN "MASK" INCLUSIVE.
DEFINE FILIN.(MASK),<<<MASK>!<<LFTBT.(MASK)>-<RGHBT.(MASK)>>>>
; "ALIGN." RETURNS THE NUMBER OF TRAILING ZEROS IN "MASK"
; (I.E. A VALUE WHICH IS THE RIGHT COUNTERPART OF THE VALUE
; RETURNED BY THE MACRO-10 OPERATOR "^L")
DEFINE ALIGN.(MASK),<<^D35-<^L<RGHBT.(MASK)>>+<^D37*<<^L<RGHBT.(MASK)>>/^D36>>>>
; BTSWP.(AC,BIT-1,BIT-2) SWAPS BITS 1 AND 2 IN AC.
; BIT-1 AND BIT-2 ARE DECIMALS 0-35
DEFINE BTSWP.(AC,BIT1,BIT2),<
REPEAT 3,<
TXCE AC,1B<BIT1>!1B<BIT2>
>>
; "INSVL." POSITIONS VALUE IN MASK
DEFINE INSVL.(VALUE,MASK),<<<<VALUE>B<POS(<MASK>)>>&<MASK>>>
SUBTTL MACRO DEFINITIONS -- INFO/REDEF
;THE FOLLOWING MACROS FACILITATE THE ACCUMULATION OF TEXT BY PERMITTING
;THE USER TO APPEND A LINE OF TEXT TO THE BODY OF TEXT ALREADY
;ACCUMULATED. THE MACROS ARE USED IN THE FOLLOWING WAY:
;1. TO CLEAR THE MECHANISM:
; CINFO.
;2. TO APPEND THE LINE "SAMPLE LINE" (FOLLOWED BY CR-LF) TO THE
;END OF THE TEXT ACCUMULATED SO FAR:
; INFO. REDEF.,"SAMPLE LINE"
;3. TO DEFINE A MACRO "NAME" SO THAT ITS EXPANSION WILL BE THE TEXT
;ACCUMULATED SO FAR, (NOTE-IT ADDS A NULL LINE TO THE END):
; INFO. DEFINE "NAME"
DEFINE CINFO. <
DEFINE INFO.(OPCODE,NEWARG)<
OPCODE NEWARG>>
DEFINE REDEF.(OLDARG)<
DEFINE INFO.(OPCODE,NEWARG)<
OPCODE <OLDARG
NEWARG>>>
SUBTTL MACRO DEFINITIONS -- STACK CONTROL
;MACRO TO DEFINE A BUNCH OF WORDS ON THE STACK.
;EACH ARGUMENT TO THE FRAME. MACRO ALLOCATES 1 WORD ON THE
; STACK AND DEFINES A MACRO WITH THE SAME NAME AS -N(P).
;
;WARNING: THIS MACRO DEFINES THINGS IN TERMS OF (P) AND THEREFOR
; NOTHING ELSE MAY BE PUSHED ON THE STACK!!!
DEFINE FRAME. (LIST,%A),<
OLD%%%==10 ;;SAVE CURRENT RADIX
RADIX 8
N%%%==0 ;;ARGUMENT COUNT
IRP LIST,<
FR%%AM (LIST,\<N%%%+1>) ;;DEFINE SYMBOL MACRO
N%%%==N%%%+1 ;;COUNT ARGS
>
ADD P,[N%%%,,N%%%] ;;ALLOCATE SPACE
PUSHJ P,%A ;;DO THE SUBROUTINE
SKIPA
AOS -N%%%(P) ;;PASS ON SKIP RETURN
SUB P,[N%%%,,N%%%] ;;DEALLOCATE SPACE
POPJ P, ;;RETURN
%A:
RADIX OLD%%%
PURGE N%%%,OLD%%%
>
DEFINE FR%%AM (A,B),<
DEFINE A,<-^O'B(P)>
>
SUBTTL SIMPLE STRUCTURE AND LOAD/STORE
;MACROS TO DEFINE AND LOAD/STORE A BYTE LOCATION
;MACRO DEFST. (BYTE NAME, WORD LOCATION, MASK)
; DEFINES THE LOCATION AND SIZE OF THE BYTE
DEFINE DEFST.(NAM$,LOC$,MASK$),<
..OLD==10
..TYP==3
IFE <MASK$>+1,..TYP==0
IFE <MASK$>-^O777777,..TYP==1
IFE <MASK$>-^O777777B17,..TYP==2
..POS==POS(<MASK$>)
..WID==WID(<MASK$>)
RADIX 10
DF%%ST (\..TYP,NAM$,<LOC$>,\..POS,\..WID)
PURGE ..OLD,..TYP,..POS,..WID>
; THIS IS A HELPER MACRO FOR INTERNAL USE
DEFINE DF%%ST (TYP$,NAM$,LOC$,POS$,WID$),<
RADIX ..OLD
DEFINE NAM$ (OPS,AC,E),<
..C==0
IRP OPS,<
IFE TYP$-..C,<
STOPI
IFN 3-..C, OPS <AC>,LOC$''E
IFE 3-..C, OPS <AC>,[POINT WID$,LOC$''E,POS$]
>
..C==..C+1>
PURGE ..C>
>
;MACRO LOAD. (AC, BYTE NAME, OPTIONAL LOC)
; WILL LOAD AC WITH THE CONTENTS OF THE BYTE. IF AND ONLY
; NO LOCATION WAS GIVEN IN DEFST., GIVE IT IN LOAD.
;MACRO STOR. IS IDENTICAL EXCEPT THE AC IS STORED INTO THE BYTE.
;MACRO ZERO. IS IDENTICAL (FIRST ARG IGNORED) EXCEPT ZERO IS STORED
DEFINE LOAD. (AC$,STR$,E$),< STR$ (<MOVE,HRRZ,HLRZ,LDB>,<AC$>,<E$>)>
DEFINE STOR. (AC$,STR$,E$),< STR$ (<MOVEM,HRRM,HRLM,DPB>,<AC$>,<E$>)>
DEFINE ZERO. (AC$,STR$,E$),< STR$ (<SETZM,HLLZS,HRRZS,<PRINTX ?CAN'T ZERO BYTE>>,<AC$>,<E$>)>
SUBTTL FLAG DEFINITIONS
;MACRO FLAG. DEFINES A LIST OF FLAGS AS BEING IN
;A PARTICULAR REGISTER IN SUCH A FASHION THAT
;THE BITS ARE ASSIGNED AT ASSEMBLY TIME AND THE REGISTER AND
;BITS ARE "REMEMBERED" FOR FUTURE USE IN THE TX?? MACROS.
;;THIS WILL BE DEFINED AT SOME FUTURE TIME AND VERSION.
SUBTTL MACRO DEFINITIONS -- GENERATE OP CODES ABCX
;MACRO TO GENERATE MOVEI, MOVSI, OR MOVE [] AS APPROPRIATE
; ALSO HRLOI, HRROI
DEFINE MOVX (AC,FLAG),<
.XCREF
TEST%%=0
IFE <<FLAG>_-^D18>,<
TEST%%=1
.CREF
MOVEI AC,<FLAG>
.XCREF
>
IFN <FLAG>,<
IFE <<FLAG>_^D18>,<
TEST%%=1
.CREF
MOVSI AC,(FLAG)
.XCREF
>
IFE <<<FLAG>_-^D18>-^O777777>,<
TEST%%=1
.CREF
HRROI AC,<FLAG>
.XCREF
>
IFE TEST%%,<
IFE <<<FLAG>_^D18>-^O777777B17>,<
TEST%%=1
.CREF
HRLOI AC,(<FLAG>-^O777777)
.XCREF
>
IFE TEST%%,<
.CREF
MOVE AC,[FLAG]
>>>
PURGE TEST%%
.CREF>
;STORE (AC,FIRST,LAST,CONSTANT) PUTS CONSTANT IN FIRST THRU LAST.
DEFINE STORE(AC,FIRST,LAST,CONS),<
IFE <CONS>,< SETZM FIRST> ;;IF CONS=0, CLEAR FIRST
IFE <CONS>+1,< SETOM FIRST> ;;IF CONS=-1, SET FIRST TO -1
IFN <CONS>*<<CONS>+1>,<MOVX AC,<CONS> ;;ELSE DO IT
MOVEM AC,FIRST> ;; THE HARD WAY
IFNB <LAST>,< ;;IF MORE THAN ONE LOCATION
MOVE AC,[FIRST,,FIRST+1]
BLT AC,LAST ;;DISTRIBUTE THE CONSTANT
>>
;GENERATE CAI OR CAM AS APPROPRIATE
DEFINE CAX (AC,VAL),<OP%%CA (AC,VAL,)>
DEFINE CAXL (AC,VAL),<OP%%CA (AC,VAL,L)>
DEFINE CAXLE (AC,VAL),<OP%%CA (AC,VAL,LE)>
DEFINE CAXE (AC,VAL),<OP%%CA (AC,VAL,E)>
DEFINE CAXG (AC,VAL),<OP%%CA (AC,VAL,G)>
DEFINE CAXGE (AC,VAL),<OP%%CA (AC,VAL,GE)>
DEFINE CAXN (AC,VAL),<OP%%CA (AC,VAL,N)>
DEFINE CAXA (AC,VAL),<OP%%CA (AC,VAL,A)>
DEFINE OP%%CA (AC,VALUE,CODE),<
.XCREF
IFE <<VALUE>_-^D18>,<
.CREF
CAI'CODE AC,<VALUE>
.XCREF
>
IFN <<VALUE>_-^D18>,<
.CREF
CAM'CODE AC,[VALUE]
.XCREF
>
.CREF>
;GENERATE IMMEDIATE OR MEMORY CONSTANTS
DEFINE ADDX (AC,VAL),<OP%%IA (AC,VAL,ADD,SUB)>
DEFINE SUBX (AC,VAL),<OP%%IA (AC,VAL,SUB,ADD)>
DEFINE MULX (AC,VAL),<OP%%IN (AC,VAL,MUL)>
DEFINE IMULX (AC,VAL),<OP%%IN (AC,VAL,IMUL)>
DEFINE DIVX (AC,VAL),<OP%%IN (AC,VAL,DIV)>
DEFINE IDIVX (AC,VAL),<OP%%IN (AC,VAL,IDIV)>
DEFINE OP%%IA (AC,VALUE,CODE,ALT),<
.XCREF
IFE <<<VALUE>_-^D18>-^O777777>,<
.CREF
ALT'I AC,-<VALUE>
.XCREF
>
IFN <<<VALUE>_-^D18>-^O777777>,<
OP%%IN AC,<VALUE>,CODE
>
.CREF>
DEFINE OP%%IN (AC,VALUE,CODE),<
.XCREF
IFE <<VALUE>_-^D18>,<
.CREF
CODE'I AC,<VALUE>
.XCREF
>
IFN <<VALUE>_-^D18>,<
.CREF
CODE AC,[VALUE]
.XCREF
>
.CREF>
;GENERATE IMMEDIATE OR MEMORY FOR FLOATING POINT
DEFINE FADRX (AC,VAL),<OP%%FA (AC,VAL,FADR,FSBR)>
DEFINE FSBRX (AC,VAL),<OP%%FA (AC,VAL,FSBR,FADR)>
DEFINE FMPRX (AC,VAL),<OP%%FP (AC,VAL,FMPR)>
DEFINE FDVRX (AC,VAL),<OP%%FP (AC,VAL,FDVR)>
DEFINE OP%%FA (AC,VALUE,CODE,ALT),<
.XCREF
IFE <<<VALUE>_^D18>-^O777777B17>,<
.CREF
ALT'I AC,(-<VALUE>)
.XCREF
>
IFN <<<VALUE>_^D18>-^O777777B17>,<
OP%%FP AC,<VALUE>,CODE
>
.CREF
>
DEFINE OP%%FP (AC,VALUE,CODE),<
.XCREF
IFE <<VALUE>_^D18>,<
.CREF
CODE'I AC,(VALUE)
.XCREF
>
IFN <<VALUE>_^D18>,<
.CREF
CODE AC,[VALUE]
.XCREF
>
.CREF>
;MACRO TO GENERATE MACROS OF THE FORM TXYY. THESE MACRO REPLACE
; A TLYY OR A TRYY DEPENDING UPON THEIR ARGUMENT. SEE EXAMPLES:
;
; CALL RESULT
; TXNE F,1B20 TRNE F,1B20
; TXON F,1B0 TLON F,(1B0)
; TXZ F,1B1!1B31 TDZ F,[1B1!1B31]
;
;IF CALLED WITH ONLY ONE ARG, IT IS ASSUMED TO BE DEFINED BY A FLAG. MACRO
.XCREF
DEFINE TX0%% (M,S),<
IRP M,<
IRP S,<
DEFINE TX'M'S (AC,FLAG),<
.XCREF
IFB <FLAG>, OP%%TX <^O37777777&AC>,1B<AC_-^D30>,TL'M'S,TR'M'S,TD'M'S
IFNB <FLAG>, OP%%TX AC,<FLAG>,TL'M'S,TR'M'S,TD'M'S
.CREF
>>>>
TX0%% <N,Z,O,C>,<E,N,A>
PURGE TX0%%
.CREF
DEFINE TXN (AC,FLAG),<
IFB <FLAG>, JFCL 0
IFNB <FLAG>, TRN AC,<,,<FLAG>>
>
DEFINE TXZ (AC,FLAG),<
.XCREF
IFB <FLAG>, TXZ (<^O37777777&AC>,1B<AC_-^D30>)
IFNB <FLAG>,<
IFN <<AC>&^O777777777760>, PRINTX ? AC IS NOT AN ACCUMULATOR
IFE <<<FLAG>_-^D18>-^O777777>,<
.CREF
ANDI AC,<,,-1-<FLAG>>
.XCREF>
IFN <<<FLAG>_-^D18>-^O777777>,<
OP%%TX AC,<FLAG>,TLZ,TRZ,TDZ
>> .CREF>
DEFINE TXO (AC,FLAG),<
.XCREF
IFB <FLAG>, TXO (<^O37777777&AC>,1B<AC_-^D30>)
IFNB <FLAG>,<
IFN <<AC>&^O777777777760>, PRINTX ? AC IS NOT AN ACCUMULATOR
IFE <<<FLAG>_-^D18>-^O777777>,<
.CREF
ORCMI AC,<,,-1-<FLAG>>
.XCREF>
IFN <<<FLAG>_-^D18>-^O777777>,<
OP%%TX AC,<FLAG>,TLO,TRO,TDO
>> .CREF>
DEFINE TXC (AC,FLAG),<
.XCREF
IFB <FLAG>, TXC (<^O37777777&AC>,1B<AC_-^D30>)
IFNB <FLAG>,<
IFN <<AC>&^O777777777760>, PRINTX ? AC IS NOT AN ACCUMULATOR
IFE <<<FLAG>_-^D18>-^O777777>,<
.CREF
EQVI AC,<,,-1-<FLAG>>
.XCREF>
IFN <<<FLAG>_-^D18>-^O777777>,<
OP%%TX AC,<FLAG>,TLC,TRC,TDC
>> .CREF>
DEFINE OP%%TX (AC,FLAG,L,R,D)<
.XCREF
IFN <<AC>&^O777777777760>, PRINTX ? AC IS NOT AN ACCUMULATOR
TEMP%%=0
IFE <<FLAG>_^D18>,<
IFN <FLAG>,<
TEMP%%=1
.CREF
L AC,(FLAG)
.XCREF
>>
IFE <<FLAG>_-^D18>,<
TEMP%%=1
.CREF
R AC,<FLAG>
.XCREF
>
IFE TEMP%%,<
.CREF
D AC,[FLAG]
>
PURGE TEMP%%
.CREF>
;DEFINE MNEMONIC CODES FOR SOME OF ABOVE
DEFINE IORX (AC,FLAG),<TXO AC,<FLAG>>
DEFINE ANDX (AC,FLAG),<TXZ AC,-1-<FLAG>>
DEFINE XORX (AC,FLAG),<TXC AC,<FLAG>>
;MACROS TO TEST AND SET/CLEAR/COMPLEMENT FLAGS WHICH ARE NOT
;IN ACCUMULATORS. BE VERY CAREFUL THAT THESE GENERATE TWO
;INSTRUCTIONS, SO CAN NOT BE SKIPPED OVER.
;THEY EACH HAVE TWO ARGUMENTS, THE FIRST IS A SCRATCH AC
; AND THE SECOND IS THE FLAG WHICH WAS DEFINED IN A FLAG. MACRO.
DEFINE TYNE. (AC,FLAG),<
MOVX AC,1B<FLAG_-^D30>
.XCREF
<TDNE AC,>!<37777777&FLAG>
.CREF
>
DEFINE TYNN. (AC,FLAG),<
MOVX AC,1B<FLAG_-^D30>
.XCREF
<TDNN AC,>!<37777777&FLAG>
.CREF
>
DEFINE TYO. (AC,FLAG),<
MOVX AC,1B<FLAG_-^D30>
.XCREF
<IORM AC,>!<37777777&FLAG>
.CREF
>
DEFINE TYZ. (AC,FLAG),<
MOVX AC,1B<FLAG_-^D30>
.XCREF
<ANDCAM AC,>!<37777777&FLAG>
.CREF
>
DEFINE TYC. (AC,FLAG),<
MOVX AC,1B<FLAG_-^D30>
.XCREF
<XORM AC,>!<37777777&FLAG>
.CREF
>
;NOTE - "TXNI.", "TXND.", "JUMPI." & "JUMPD." MAY ASSEMBLE AS ONE OR MORE
; INSTRUCTIONS, DEPENDING ON THE ACTUAL VALUES OF THEIR ARGUMENTS.
; IN ALL CASES WHERE THE MACRO EXPANSION IS MORE THAN ONE INSTRUCTION
; IT WILL BE TRUE THAT IF CONTROL ARRIVES AT THE SECOND INSTRUCTION
; OF THE MACRO EXPANSION, CONTROL WILL UNCONDITIONALLY BE PASSED TO
; THE INSTRUCTION IMMEDIATELY FOLLOWING THE LAST INSTRUCTION OF THE
; MACRO EXPANSION (WITHOUT HAVING ALTERED ANY PART OF THE MACHINE
; STATE OTHER THAN THE PC). THUS A SKIP TYPE INSTRUCTION IMMEDIATELY
; PRECEEDING A "TXNI.", "TXND.", "JUMPI.", OR "JUMPD." MACRO WILL HAVE
; THE EFFECT OF SKIPPING OVER THE ENTIRE MACRO EXPANSION.
;
;
;TEST (BUT DON'T MODIFY) THE FIELD
; (IN "AC") SPECIFIED BY "MASK" AND SKIP IF IT IS IDENTICAL TO "PATERN"
DEFINE TXNI.(AC,MASK,PATERN),<
IFE <<MASK>_<1+^L<MASK>>>,<
IFE <<MASK>&<PATERN>>,<
TXNE AC,<MASK>
>
IFN <<MASK>&<PATERN>>,<
TXNN AC,<MASK>
>>
IFN <<MASK>_<1+^L<MASK>>>,<
TXCA AC,<<PATERN>&<MASK>>
JRST .+4
TXCE AC,<<PATERN>&<MASK>>
JRST .+2
TXNE AC,<<-<PATERN>-1>&<MASK>>
>>
;TEST (BUT DON'T MODIFY) THE FIELD
; (IN "AC") SPECIFIED BY "MASK" AND SKIP IF IT IS DIFFERENT THAN "PATERN"
DEFINE TXND.(AC,MASK,PATERN),<
IFE <<MASK>_<1+^L<MASK>>>,<
IFE <<MASK>&<PATERN>>,<
TXNN AC,<MASK>
>
IFN <<MASK>&<PATERN>>,<
TXNE AC,<MASK>
>>
IFN <<MASK>_<1+^L<MASK>>>,<
TXCA AC,<<PATERN>&<MASK>>
JRST .+4
TXCE AC,<<PATERN>&<MASK>>
JRST .+3
TXNN AC,<<-<PATERN>-1>&<MASK>>
>>
;JUMP TO "LOCATN" IF THE FIELD
; (IN "AC") SPECIFIED BY "MASK" IS IDENTICAL TO "PATERN"
DEFINE JUMPI.(AC,MASK,PATERN,LOCATN),<
IFE <<MASK>_1>,<
IFE <MASK>,<
JUMPA AC,LOCATN
>
IFN <MASK>,<
IFE <<PATERN>&<MASK>>,<
JUMPGE AC,LOCATN
>
IFN <<PATERN>&<MASK>>,<
JUMPL AC,LOCATN
>>>
IFN <<MASK>_1>,<
TXCA AC,<<PATERN>&<MASK>>
JRST .+5
TXCE AC,<<PATERN>&<MASK>>
JRST .+3
TXNN AC,<<-<PATERN>-1>&<MASK>>
JRST LOCATN
>>
;JUMP TO "LOCATN" IF THE FIELD
; (IN "AC") SPECIFIED BY "MASK" IS DIFFERENT THAN "PATERN"
DEFINE JUMPD.(AC,MASK,PATERN,LOCATN)
<IFE <<MASK>_1>,<
IFE <MASK>,<
JUMP AC,LOCATN
>
IFN <MASK>,<
IFE <<PATERN>&<MASK>>,<
JUMPL AC,LOCATN
>
IFN <<PATERN>&<MASK>>,<
JUMPGE AC,LOCATN
>>>
IFN <<MASK>_1>,<
TXCA AC,<<PATERN>&<MASK>>
JRST .+5
TXCE AC,<<PATERN>&<MASK>>
JRST LOCATN
TXNE AC,<<-<PATERN>-1>&<MASK>>
JRST LOCATN
>>
SUBTTL MACRO DEFINITIONS -- JUMPPT
;MACRO TO JUMP DEPENDING UPON PROCESSOR TYPE
;CALL: JUMPPT TEMPAC,PDP-6 ADDR,KA-10 ADDR,KI-10 ADDR,KL-10 ADDR
; WHERE TEMPAC IS AN AC TO USE AS A TEMP
; BLANK PROCESSORS FALL THROUGH TO NEXT INSTRUCTION
DEFINE JUMPPT (AC,CP166,KA10,KI10,KL10,KX,KY,KZ,%1),<
IFDIF <CP166><KA10>,<
JFCL 1,.+1 ;;CLEAR PC-CHANGE FLAG
JRST .+1 ;;SET PC-CHANGE
IFNB <CP166>,< JFCL 1,CP166
IFNB <KA10>,<IFIDN <KA10><KI10>,<IFIDN <KI10><KL10>,< JRST KA10>>>>
IFB <CP166>,< JFCL 1,%1
IFIDN <KA10><KI10>,<IFIDN <KI10><KL10>,< JRST KA10>>>
>;;END IFDIF <CP166><KA10>
IFDIF <KA10><KI10>,<
HRLOI AC,-2 ;;SET FOR KA/KI TEST
IFNB <KA10>,< AOBJP AC,KA10
IFNB <KI10>,<IFIDN <KI10><KL10>,<JRST KI10>>>
IFB <KA10>,<IFDIF <KI10><KL10>,<AOBJP AC,%1>
IFIDN <KI10><KL10>,<AOBJN AC,KI10>>
>;;END IFDIF <KA10><KI10>
IFDIF <KI10><KL10>,<
IF2,<IFE AC,<PRINTX ? AC MUST BE NON-ZERO IN JUMPPT>>
MOVEI AC,0 ;;SET FOR KI/KL TEST
BLT AC,0 ;;DO TEST
IFNB <KI10>,< JUMPE AC,KI10
IFNB <KL10>,< JRST KL10>>
IFB <KI10>,< JUMPN AC,KL10>
>;;END IFDIF <KI10><KL10>
%1:>
;DEFINE UNITS OF STORAGE ALLOCATION
.SUAP6==^D1024 ;PDP-6
.SUAKA==^D1024 ;KA-10
.SUAKI==^D512 ;KI-10
.SUAKL==^D512 ;KL-10
SUBTTL USEFUL OPDEFS
OPDEF PJRST [JRST] ;PUSHJ/POPJ
OPDEF PJRSTF [JRSTF] ;PUSHJ/POPJ
OPDEF PJSP [JSP] ;MOVEI .+1/PUSHJ/POPJ
OPDEF PJUMPL [JUMPL]
OPDEF PJMPLE [JUMPLE]
OPDEF PJUMPE [JUMPE]
OPDEF PJUMPN [JUMPN]
OPDEF PJUMPG [JUMPG]
OPDEF PJMPGE [JUMPGE]
;OPDEF THE KI-10 CONCEALED PAGE GATE-KEEPER
OPDEF PORTAL [JRST 1,]
SUBTTL SYMBOLS FOR THE CONTROL CHARACTERS
.CHNUL==000 ;NULL
.CHCNA==001
.CHCNB==002
.CHCNC==003
.CHCND==004
.CHCNE==005
.CHCNF==006
.CHBEL==007 ;BELL
.CHCNH==010
.CHTAB==011 ;TAB
.CHLFD==012 ;LINE-FEED
.CHVTB==013 ;VERTICAL TAB
.CHFFD==014 ;FORM FEED
.CHCRT==015 ;CARRIAGE RETURN
.CHCNN==016
.CHCNO==017
.CHCNP==020
.CHCNQ==021
.CHCNR==022
.CHCNS==023
.CHCNT==024
.CHCNU==025
.CHCNV==026
.CHCNW==027
.CHCNX==030
.CHCNY==031
.CHCNZ==032
.CHESC==033 ;ESCAPE
.CHCBS==034 ;CONTROL BACK SLASH
.CHCRB==035 ;CONTROL RIGHT BRACKET
.CHCCF==036 ;CONTROL CIRCONFLEX
.CHCUN==037 ;CONTROL UNDERLINE
.CHALT==175 ;OLD ALTMODE
.CHAL2==176 ;ALTERNATE OLD ALTMODE
.CHDEL==177 ;DELETE
SUBTTL HARDWARE BITS OF INTEREST TO USERS
;PC FLAGS
PC.OVF==1B0 ;OVERFLOW
PC.CY0==1B1 ;CARRY 0
PC.CY1==1B2 ;CARRY 1
PC.FOV==1B3 ;FLOATING OVERFLOW
PC.BIS==1B4 ;BYTE INCREMENT SUPPRESSION
PC.USR==1B5 ;USER MODE
PC.UIO==1B6 ;USER IOT MODE
PC.LIP==1B7 ;LAST INSTRUCTION PUBLIC
PC.AFI==1B8 ;ADDRESS FAILURE INHIBIT
PC.ATN==3B10 ;APR TRAP NUMBER
PC.FUF==1B11 ;FLOATING UNDERFLOW
PC.NDV==1B12 ;NO DIVIDE
SUBTTL
.XCREF
%%MACT==<VRSN. (MAC)>
PURGE MACWHO,MACVER,MACMIN,MACEDT
IF1,< ASUPPRESS>
IFNDEF %..C,<END> ;END UNIVERSAL OF MACTEN
.CREF
SUBTTL TOPS-10 UUO PARAMETERS %10(206) 7-JAN-75
.XCREF
IFDEF %..C,<IFE %..C,< .CREF
TAPE >>
IFNDEF %..C,<UNIVER UUOSYM non-spying, non-JACCT CUSP symbols for TOPS-10 UUOS
.DIRECTIVE .NOBIN
SEARCH MACTEN
%%MACT==%%MACT ;SHOW VERSION
>
;***Copyright (C) 1971,1972,1973,1974,1975 Digital Equipment Corp., Maynard, Mass.***
;THIS IS THE DEFINITION FILE OF ALL PUBLISHED TOPS-10 MONITOR
;UUO PARAMETERS WHICH DO NOT REQUIRE THE JACCT PRIVILEGE. IT
;EXCLUDES VARIOUS PARAMETERS WHICH CAN BE "SPYED" IF THE USER
;HAS SPY PRIVILEGE SINCE THOSE LOCATIONS CHANGE WITH MONITOR
;DEVELOPMENT. THESE SYMBOLS ARE ALL DEFINED IN THE
;TOPS-10 MONITOR CALLS MANUAL.
;THIS DERIVES FROM THE OLD C.MAC FILE. IT IS ONLY A UNIVERSAL
;VERSION INFORMATION
UUOWHO==0 ;LAST MODIFIER
UUOVER==10 ;MAJOR VERSION
UUOMIN==0 ;MINOR VERSION
UUOEDT==206 ;EDIT LEVEL
.CREF
SALL
SUBTTL TABLE OF CONTENTS
; SECTION PAGE
; 4. REVISION HISTORY...................................... 3
; 5. NAMING CONVENTIONS.................................... 5
; 6. UPDATE AND CHECKOUT INSTRUCTIONS....................... 6
; 7. ALL JOBDAT SYMBOLS.................................... 7
; 8. MACRO DEFINITIONS -- GTMSG............................ 8
; 9. MONITOR CALLS OPDEFS.................................. 9
; UUOS
; MTAPES
; TTCALLS
; CALLIS
; 10. GETTAB CONSTITUENTS................................... 14
; 11. MISC. UUOS............................................ 29
; TMPCOR
; LOCK
; RTTRP
; JOBSTS
; HIBER
; APRENB
; SAVEGET
; SETUUO
; ATTACH
; UNIVERSAL INDEX
; .JBINT
; 12. PSI SOFTWARE INTERRUPT SYSTEM......................... 33
; 13. IPCF INTERPROCESS COMMUNICATION FACILITY.............. 36
; 14. PAGE AND VM VIRTUAL MEMORY FACILITY.................. 39
; 15. DAEMON CALLS.......................................... 40
; 16. METER UUO............................................. 42
; 17. MISC. I/O UUOS........................................ 44
; DEVCHR
; DEVTYP
; MTCHR.
; WHERE
; CAL11.
; GETLCH
; TRMOP.
; GETSTS, SETSTS
; I/O MODES
; CLOSE
; OPEN
; BUFFER HEADERS AND MVHDR.
; MPX: UUOS
; DEVLNM, DEVSIZ
; CHANNEL DATA BLOCK
; 18. DISK UUOS............................................. 55
; DSKCHR
; CHKACC
; DISK.
; JOBSTR, GOBSTR
; SUSET.
; PATH.
; STRUUO
; RIB LOCATIONS
; LOOKUP/ENTER/RENAME
; PROTECTION CODES
SUBTTL REVISION HISTORY
;%3(67) MAY, 1972
;70 CORRECT MOVX TO INCLUDE <>
;71 ADD MACRO STORE TO GENERATE BLT
;72 MAKE USEABLE AS A UNIVERSAL FILE
;73 CORRECT MOVX, TXYY TO HANDLE RELOCATABLE MASKS
;74 HAVE MOVX GENERATE HRLOI, HRROI
;75 HAVE TXY GENERATE ORCMI, ANDI, EQVI
;76 ADD CAXYY, ADDX, ETC.
;77 ADD PJRSTF
;100 UPDATE TO 50434 (505) BY ADDING ADDITIONAL
; SYMBOLS; CHANGE %LDSXS TO %LDNEW, F%ABLB TO F%APLB
;101 ENHANCE ADDX, ETC., TO NOTICE SMALL NEGATIVES
;102 ADD PATH AREA
;103 ADD METER. BITS AND PIECES
;104 ADD ALL OLD CALLI MNEMONICS FOR DDT.SAV
;105 ADD SUBTITLES AND INDEX
;106 UPDATE RESPONSE SUBTABLE
;107 CORRECT BUGS IN UNIVERSAL SETUP
;110 ADD OPDEF FOR PORTAL
;%4(110) JULY, 1972
;111 CHANGE GL.NEC TO GL.LCP (SPR 10-7553)
;112 CHANGE SY.ERR AND SY.CCO TO %SYERR AND %SYCCO.
;113 CORRECT BUG IN STORE MACRO TO ALLOW MORE GENERAL USE
;114 ADD 5.06 DEFINITIONS
;115 COMPLETE .RBSTS BITS.
;%5(115) NOV 72
;116 SUPPORT DATE75 BY CHANGING RB.ACD AND ADDING RB.CRX
;117 CLEAN UP PAGE 1 LISTING
;120 ADD .STDFL
;121 ADD LKNEM%
;122 (10-9627) ALLOW FLAG=0 IN TX?? MACROS
;123 (10-9725) CHANGE CAXNE TO CAXN
;124 ADD OPEN BLOCK
;125 ADD MACROS MASK. RGHBT. LFTBT. FILIN. ALIGN. TXND. TXNI. JUMPI. JUMPN.
;126 ADD MACRO BTSWP.
;127 ADD INFO-REDEF.
;130 ADD SN%LOK, CORRECT .BFSTS
;131 (10-11609) FIX STORE MACRO FOR RELOC. 0
;%6(131) DEC 73
;132 UPDATE TO 50644 (6.01/5.07) MCO 4072
;133 CORRECT BUG IN %FT??? DEFINITIONS
;134 IF UNIVERSAL, MAKE .JB41, ETC., BE EXTERNAL
;135 ADD ALL 6.01 JOBDAT SYMBOLS
;136 ADD .SGDDT
;137 ADD GTMSG.
;140 UPDATE TO 50645
;141 UPDATE TO 50646
;142 UPDATE TO 50650
;143 CORRECT MISSING .CREF IN TX? MACROS
;144 UPDATE TO 50657
;145 RESERVE Q SYMBOLS TO QPRM.UNV; %DIGITS AND U..??? TO E.UNV
;146 UPDATE TO 50660
;147 ADD LOCK UUO BITS, DEVLNM+DEVSIZ+DISK. ERRORS
;150 UPDATE TO 50662
;151 RESERVE SYMBOLS OF THE FORM ?.???? TO OTHER FILES
;152 RESERVE FS.M??, FX.???, TS.???, AND .FX??? TO SCNMAC.UNV
;153 ADD ST.W??, AND "ALL" BITS SETS: JW.WAL, ST.WAL, JS.PAL, RB.ERR
;154 ADD .SG41
;155 ADD BOXES FOR FUNNY FORMATS; RE-ORDER CL.??? FOR CONSISTENCY
;156 CORRECT DEFINITIONS OF .BFSTS, .BFHDR, AND .BFCNT
;157 OBSOLETE IO.FCS. ADD IO.LEM
;160 ADD .INFIN AND .MINFI
;161 UPDATE TO 50664
;162 UPDATE TO 50666
;163 DEFINE INSVL.
;%7(163) MAY 74
;201 SPLIT INTO MACTEN.MAC AND UUOSYM.MAC
;202 ADD REMAINING 5.07/6.01 SYMBOLS
;203 ADD WORDS IN .FSDEF PRIVILEGED FUNCTION OF STRUUO
;204 UPDATE TO 5.07A/6.01A
;205 CHANGE WAY UUOS ARE DEFINED
;206 CORRECT BUG IN REFERENCE TO VRSN.
SUBTTL NAMING CONVENTIONS
;PATTERN USAGE
; .GGSSS NUMBER OF GENERAL CATEGORY GG, SPECIFIC USE SSS
; GG.SSS BYTE OF GENERAL CATEGORY GG, SPECIFIC USE SSS
; UUUUU. UUO OR FUNCTION OR MACRO
; %GGSSS GETTAB INDEX (WORD,,TABLE)
; GG%SSS BYTE IN A SPECIFIC GETTAB
; GGEEE% ERROR CODE OF CATEGORY GG, SPECIFIC ERROR EEE
;SPECIAL CASES--
; F%AAAA RH=BYTE OF FEATURE TEST NAMED FTAAAA
; IN LH=FEATURE DEFINED
; IN RH=FEATURE TURNED ON
; LH=LH OF GETTAB IN .GTFET CONTAINING INFO
;RESERVED FOR OTHER THAN C.MAC, C.UNV--
;ALL SYMBOLS CONTAING $ ARE RESERVED TO THE USER
; (CUSTOMER, HIS USER, OR SPECIFIC PROGRAMS)
; ?.???? RESERVED TO OTHER PARAMETER FILES
;ALL SYMBOLS OF THE FORMS: QABCDE, .QABCD, %QABCD
; (I.E, WITH FIRST ALPHABETIC "Q") ARE RESERVED TO
; QPRM.MAC, QPRM.UNV FOR THE QMANGR PARAMETER AREA, ETC.
;ALL SYMBOLS OF THE FORMS: %NNNNN, U..NNN, E..AAA
; ARE RESERVED TO E.MAC, E.UNV FOR THE ERROR HANDLER
;ALL SYMBOLS OF THE FORMS: FS.M??, FX.???, TS.???, AND .FX???
; ARE RESERVED TO SCNMAC.MAC, SCNMAC.UNV FOR SCAN AND WILD
SUBTTL UPDATE AND CHECKOUT INSTRUCTIONS
;1. COMPARE CREFS OF F% IN C VS. FT IN DATMAN
;2. VERIFY NO $ IN CREF IN C AND THAT ONLY LEGAL PATTERNS EXIST
;3. UPDATE CALLI TABLE FROM UUOCON
;4. UPDATE GETTAB LIST OF TABLES (.GTABC) FROM UUOCON. DEFINE
; ENTRIES/BYTES IN NEW TABLES
;5. FIND NEW ENTRIES IN OLD TABLES (ESP. .GTCNF, .GTLVD, .GTSYS,
; .GTC0C, .GTC0V)
;6. FIND NEW BYTES IN OLD WORDS (ESP. .GTPRV, %CNDBG, .GTWCH,
; %CNST2)
;7. FIND NEW ERRORS AND FUNCTIONS FOR UUOS (ESP. DEVTYP, OPEN/CLOSE,
; PATH., LOOKUP)
;8. FIND NEW DAEMON FUNCTIONS, ERRORS, FORMATS.
;9. VERIFY NO DUPLICATES BY SCANNING CREF FOR ONLY SINGLE REFERENCES
;10. VERIFY THAT ALL USER JOBDAT SYMBOLS APPEAR
;11. VERIFY THAT SYMBOLS RESERVED TO OTHER FILES DO NOT APPEAR:
; ?.????
; Q?????, %Q????, .Q????
; %NNNNN, U..NNN, E..???
; FS.M??, FX.???, TS.???, .FX???
SUBTTL ALL JOBDAT SYMBOLS
EXTERN .JBAPR,.JBBLT,.JBCHN,.JBCNI,.JBCOR
EXTERN .JBDA,.JBDDT,.JBERR,.JBFF,.JBH41,.JBHCR,.JBHDA,.JBHGA
EXTERN .JBHGH,.JBHNM,.JBHRL,.JBHRN,.JBHSA,.JBHSM,.JBHVR,.JBINT,.JBOPC
EXTERN .JBOVL,.JBPFH,.JBPFI,.JBREL,.JBSA,.JBSYM,.JBTPC,.JBUSY,.JBUUO
EXTERN .JB41,.JBCST,.JBOPS,.JBREN,.JBVER
SUBTTL MACRO DEFINITIONS -- GTMSG.
;MACRO TO GET ERROR MESSAGE CODE AND CLEAN IT UP
;CALL: GTMSG. AC
; WHERE AC WILL END UP WITH IT IN BYTE JW.WMS
; DEFAULT IS /MESSAGE:(PREFIX,FIRST)
; IF /MESSAGE:CONTINUATION, THEN /MESSAGE:FIRST
; IS ASSUMED
DEFINE GTMSG. (AC),<
.XCREF ;;SUPPRESS REDUNDANT CREF
HRROI AC,.GTWCH ;;IT'S IN THE WATCH TABLE
.CREF
GETTAB AC, ;;GET FROM MONITOR
.XCREF
MOVEI AC,0 ;;DEFAULT TO 0
TXNN AC,JW.WMS ;;IF 0,
TXO AC,.JWWPO_<ALIGN. (JW.WMS)> ;; DEFAULT TO PREFIX,FIRST
TXNE AC,JW.WCN ;;IF /MESSAGE:CONTINUATION
TXO AC,JW.WFL ;; DEFAULT TO /MESSAGE:FIRST
.CREF
>
SUBTTL MONITOR CALLS OPDEFS
;OPDEF THE UUOS SO THEY APPEAR IN THE OPCODE LISTING
OPDEF HALT [JRST 4,]
;40B8 IS OBSOLETE (CALL)
OPDEF INIT [41B8]
;42-46B8 ARE RESERVED TO CUSTOMERS
OPDEF CALLI [47B8] ;(PURGED LATER)
OPDEF OPEN [50B8]
OPDEF TTCALL [51B8] ;(PURGED LATER)
;52-54B8 ARE RESERVED TO DEC
OPDEF RENAME [55B8]
OPDEF IN [56B8]
OPDEF OUT [57B8]
OPDEF SETSTS [60B8]
OPDEF STATO [61B8]
OPDEF GETSTS [62B8]
OPDEF STATZ [63B8]
OPDEF INBUF [64B8]
OPDEF OUTBUF [65B8]
OPDEF INPUT [66B8]
OPDEF OUTPUT [67B8]
OPDEF CLOSE [70B8]
OPDEF RELEAS [71B8]
OPDEF MTAPE [72B8] ;(PURGED LATER)
OPDEF UGETF [73B8]
OPDEF USETI [74B8]
OPDEF USETO [75B8]
OPDEF LOOKUP [76B8]
OPDEF ENTER [77B8]
OPDEF UJEN [100B8]
OPDEF MTWAT. [MTAPE 0] ;WAIT FOR POSITIONING
OPDEF MTREW. [MTAPE 1] ;REWIND
OPDEF MTEOF. [MTAPE 3] ;WRITE END OF FILE
OPDEF MTSKR. [MTAPE 6] ;SKIP RECORD
OPDEF MTBSR. [MTAPE 7] ;BACKSPACE RECORD
OPDEF MTEOT. [MTAPE 10] ;SKIP TO END OF TAPE
OPDEF MTUNL. [MTAPE 11] ;REWIND AND UNLOAD
OPDEF MTBLK. [MTAPE 13] ;BLANK TAPE
OPDEF MTSKF. [MTAPE 16] ;SKIP FILE
OPDEF MTBSF. [MTAPE 17] ;BACKSPACE FILE
OPDEF MTDEC. [MTAPE 100] ;DEC 9-CHANNEL
OPDEF MTIND. [MTAPE 101] ;INDUSTRY STANDARD 9-CHANNEL
OPDEF MTLTH. [MTAPE 200] ;LOW THRESHOULD
OPDEF INCHRW [TTCALL 0,] ;INPUT CHAR AND WAIT
OPDEF OUTCHR [TTCALL 1,] ;OUTPUT CHAR
OPDEF INCHRS [TTCALL 2,] ;INPUT CHAR AND SKIP
OPDEF OUTSTR [TTCALL 3,] ;OUTPUT STRING
OPDEF INCHWL [TTCALL 4,] ;INPUT CHAR WAIT, LINE
OPDEF INCHSL [TTCALL 5,] ;INPUT CHAR SKIP, LINE
OPDEF GETLCH [TTCALL 6,] ;GET LINE CHARS
OPDEF SETLCH [TTCALL 7,] ;SET LINE CHARS
OPDEF RESCAN [TTCALL 10,] ;RESET INPUT LINE
OPDEF CLRBFI [TTCALL 11,] ;CLEAR INPUT BUFFER
OPDEF CLRBFO [TTCALL 12,] ;CLEAR OUTPUT BUFFER
OPDEF SKPINC [TTCALL 13,] ;SKIP IF CHAR IN INPUT
OPDEF SKPINL [TTCALL 14,] ;SKIP IF LINE IN INPUT
OPDEF IONEOU [TTCALL 15,] ;OUTPUT IMAGE CHAR
;OPDEF ALL CALLI'S FOR USING PROGRAMS
OPDEF LIGHTS [CALLI -1] ;DISPLAY IN LIGHTS
OPDEF RESET [CALLI 0] ;RESET PROGRAM
OPDEF DDTIN [CALLI 1] ;DDT MODE CONSOLE INPUT
OPDEF SETDDT [CALLI 2] ;SET .JBDDT
OPDEF DDTOUT [CALLI 3] ;DDT MODE CONSOLE OUTPUT
OPDEF DEVCHR [CALLI 4] ;GET DEVICE CHARACTERISTICS
OPDEF DDTGT [CALLI 5] ;(HISTORICAL)
OPDEF GETCHR [CALLI 6] ;SAVE AS 4
OPDEF DDTRL [CALLI 7] ;(HISTORICAL)
OPDEF WAIT [CALLI 10] ;WAIT FOR DEVICE INACTIVE
OPDEF CORE [CALLI 11] ;ALLOCATE CORE
OPDEF EXIT [CALLI 12] ;STOP JOB
OPDEF MONRT. [CALLI 1,12] ;MONITOR RETURN
OPDEF UTPCLR [CALLI 13] ;CLEAR DECTAPE DIRECTORY
OPDEF DATE [CALLI 14] ;GET DATE
OPDEF LOGIN [CALLI 15] ;LOGIN
OPDEF APRENB [CALLI 16] ;ENABLE TRAPS
OPDEF LOGOUT [CALLI 17] ;LOGOUT OR EXIT
OPDEF SWITCH [CALLI 20] ;READ CONSOLE SWITCHES
OPDEF REASSI [CALLI 21] ;REASSIGN DEVICES
OPDEF TIMER [CALLI 22] ;READ TIME OF DAY IN TICKS
OPDEF MSTIME [CALLI 23] ;READ TIME OF DAY IN MSEC.
OPDEF GETPPN [CALLI 24] ;RETURN PPN OF THIS JOB
OPDEF TRPSET [CALLI 25] ;ENABLE I/O MODE
OPDEF TRPJEN [CALLI 26] ;(ILLEGAL)
OPDEF RUNTIM [CALLI 27] ;RETURN MSEC TIME THIS JOB
OPDEF PJOB [CALLI 30] ;RETURN JOB NUMBER
OPDEF SLEEP [CALLI 31] ;SLEEP
OPDEF SETPOV [CALLI 32] ;(HISTORICAL)
OPDEF PEEK [CALLI 33] ;READ ABSOL. CORE ADDRESS
OPDEF GETLIN [CALLI 34] ;GET NAME OF TERMINAL
OPDEF RUN [CALLI 35] ;RUN PROGRAM
OPDEF SETUWP [CALLI 36] ;DIDDLE USER WRITE PROTECT
OPDEF REMAP [CALLI 37] ;REMAP LOW TO HIGH SEG
OPDEF GETSEG [CALLI 40] ;GET NEW HIGH SEG
OPDEF GETTAB [CALLI 41] ;READ MONITOR TABLE
OPDEF SPY [CALLI 42] ;SPY ON MONITOR
OPDEF SETNAM [CALLI 43] ;CHANGE NAME OF PROGRAM
OPDEF TMPCOR [CALLI 44] ;ACCESS TMPCOR
OPDEF DSKCHR [CALLI 45] ;RETURN DISK CHARACTERISTICS
OPDEF SYSSTR [CALLI 46] ;RETURN ALL S/L
OPDEF JOBSTR [CALLI 47] ;RETURN JOB S/L
OPDEF STRUUO [CALLI 50] ;DIDDLE STRS
OPDEF SYSPHY [CALLI 51] ;RETURN ALL DISK UNITS
OPDEF FRECHN [CALLI 52] ;(FUTURE)
OPDEF DEVTYP [CALLI 53] ;RETURN DEVICE PROPERTIES
OPDEF DEVSTS [CALLI 54] ;RETURN LAST CONI
OPDEF DEVPPN [CALLI 55] ;RETURN PPN OF ERSATZ DEVICE
OPDEF SEEK [CALLI 56] ;SEEK DISK
OPDEF RTTRP [CALLI 57] ;CONNECT RT DEVICE
OPDEF LOCK [CALLI 60] ;LOCK IN CORE
OPDEF JOBSTS [CALLI 61] ;RETURN JOB STATUS
OPDEF LOCATE [CALLI 62] ;CHANGE LOGICAL STATION
OPDEF WHERE [CALLI 63] ;RETURN PHYSICAL STATION
OPDEF DEVNAM [CALLI 64] ;RETURN PHYSICAL NAME
OPDEF CTLJOB [CALLI 65] ;RETURN CONTROLLING JOB
OPDEF GOBSTR [CALLI 66] ;RETURN NEXT JOB S/L
OPDEF ACTIVAT [CALLI 67] ;(FUTURE)
OPDEF DEACTI [CALLI 70] ;(FUTURE)
OPDEF HPQ [CALLI 71] ;SET HPQ RUN
OPDEF HIBER [CALLI 72] ;SLEEP ON EVENT
OPDEF WAKE [CALLI 73] ;WAKE SOME JOB
OPDEF CHGPPN [CALLI 74] ;CHANGE PPN
OPDEF SETUUO [CALLI 75] ;GENERAL SET SYS PARAMS
OPDEF DEVGEN [CALLI 76] ;(FUTURE)
OPDEF OTHUSR [CALLI 77] ;CHECK FOR ANOTHER USER
OPDEF CHKACC [CALLI 100] ;VALIDATE FILE ACCESS
OPDEF DEVSIZ [CALLI 101] ;GET BUFFER SIZES
OPDEF DAEMON [CALLI 102] ;REQUEST DAEMON FUNCTION
OPDEF JOBPEK [CALLI 103] ;READ/WRITE ANOTHER JOB
OPDEF ATTACH [CALLI 104] ;ATTACH TTY/JOB
OPDEF DAEFIN [CALLI 105] ;DAEMON INDICATES DONE
OPDEF FRCUUO [CALLI 106] ;FORCE COMMAND ON JOB
OPDEF DEVLNM [CALLI 107] ;SET LOGICAL NAME
OPDEF PATH. [CALLI 110] ;DEAL WITH DIRECTORY PATHS
OPDEF METER. [CALLI 111] ;PERFORMANCE METERING
OPDEF MTCHR. [CALLI 112] ;GET MAG TAPE CHARACTERISTICS
OPDEF JBSET. [CALLI 113] ;SETUUO FOR ARBITRARY JOB
OPDEF POKE. [CALLI 114] ;CHANGE MONITOR
OPDEF TRMNO. [CALLI 115] ;JOB'S TERMINAL NUMBER
OPDEF TRMOP. [CALLI 116] ;TERMINAL OPERATION
OPDEF RESDV. [CALLI 117] ;RESET CHANNEL
OPDEF UNLOK. [CALLI 120] ;UNLOCK A LOCKED JOB
OPDEF DISK. [CALLI 121] ;MISC. DISK FUNCTIONS
OPDEF DVRST. [CALLI 122] ;RESTRICT DEVICE TO OPER
OPDEF DVURS. [CALLI 123] ;UNRESTRICT DEVICE
OPDEF XTTSK. [CALLI 124] ;DA28C FUNCTIONS
OPDEF CAL11. [CALLI 125] ;DL10 MULTI-FUNCTION
OPDEF MTAID. [CALLI 126] ;SET MAG TAPE ID
OPDEF IONDX. [CALLI 127] ;RETURN UNIVERSAL DEVICE INDEX
OPDEF CNECT. [CALLI 130] ;CONNECT TO MPX
OPDEF MVHDR. [CALLI 131] ;MOVE BUFFER HEADER
OPDEF ERLST. [CALLI 132] ;ERROR LIST
OPDEF SENSE. [CALLI 133] ;SENSE
OPDEF CLRST. [CALLI 134] ;CLEAR STATUS
OPDEF PIINI. [CALLI 135] ;INITIALIZE SOFT. PI SYS
OPDEF PISYS. [CALLI 136] ;MANIPULATE SOFT. PI SYS
OPDEF DEBRK. [CALLI 137] ;DISMISS SOFT. PI INTER.
OPDEF PISAV. [CALLI 140] ;SAVE SOFT. PI SYS
OPDEF PIRST. [CALLI 141] ;RESTORE SOFT. PI SYS
OPDEF IPCFR. [CALLI 142] ;IPCF READ
OPDEF IPCFS. [CALLI 143] ;IPCF SEND
OPDEF IPCFQ. [CALLI 144] ;IPCF QUERY
OPDEF PAGE. [CALLI 145] ;PAGING UUO
OPDEF SUSET. [CALLI 146] ;SUPER USETI/O
OPDEF COMPT. [CALLI 147] ;CALL COMPATABILITY PACKAGE
SUBTTL GETTAB CONSTITUENTS
.GTSTS==0 ;JOB STATUS
.GTADR==1 ;JOB RELOCATION AND PROTECTION
.GTPPN==2 ;PROJ-PROG NUMBER
.GTPRG==3 ;PROGRAM NAME
.GTTIM==4 ;TOTAL RUN TIME IN TICKS
.GTKCT==5 ;KILO-CORE TICKS
.GTPRV==6 ;PRIV WORD
JP.IPC==1B0 ;IPCF PRIVILEGED FUNCTIONS
JP.DPR==3B2 ;HIGHEST DISK PRIORITY
JP.MET==1B3 ;METER UUO
JP.POK==1B4 ;POKE MONITOR
JP.CCC==1B5 ;CHANGE CPU SPECIFICATION
JP.HPQ==17B9 ;HI PRIORITY QUEUE
JP.NSP==1B10 ;UNSPOOL DEVICES
JP.RTT==1B13 ;RTTRP UUO
JP.LCK==1B14 ;LOCK UUO
JP.TRP==1B15 ;TRAPSET UUO
JP.SPA==1B16 ;SPY ON ALL CORE
JP.SPM==1B17 ;SPY ON MONITOR
.GTSWP==7 ;SWAPPING POINTERS
.GTTTY==10 ;TTY TABLE
.GTCNF==11 ;CONFIGURATION
%CNFG0==0,,11 ;NAME OF SYSTEM
%CNFG1==1,,11 ; ..
%CNFG2==2,,11 ; ..
%CNFG3==3,,11 ; ..
%CNFG4==4,,11 ; ..
%CNDT0==5,,11 ;DATE OF SYSTEM
%CNDT1==6,,11 ; ..
%CNTAP==7,,11 ;NAME OF SYSTEM DEVICE
%CNTIM==10,,11 ;TIME OF DAY
%CNDAT==11,,11 ;DATE IN BINARY
%CNSIZ==12,,11 ;SYSTEM MEMORY SIZE
%CNOPR==13,,11 ;NAME OF OPR TTY
%CNDEV==14,,11 ;LH = DDB CHAIN
%CNSJN==15,,11 ;LH=-SEGN, RH=JOBN NUMBERS
%CNTWR==16,,11 ;NON-ZERO IS DUAL SEGMENTS
%CNSTS==17,,11 ;SYSTEM STATES
ST%DSK==1B0 ;DISK SYSTEM
ST%SWP==1B1 ;SWAPPING SYSTEM
ST%LOG==1B2 ;LOGIN
ST%FTT==1B3 ;FULL DUPLEX TTY SOFTWARE
ST%PRV==1B4 ;PRIVILEGES
ST%TWR==1B5 ;DUAL SEGMENT SOFTWARE
ST%CYC==1B6 ;50 HERTZ CLOCK
ST%TDS==7B9 ;TYPE OF DISK SYSTEM
ST%IND==1B10 ;IND. PPNS ON DISK
ST%IMG==1B11 ;IMAGE MODE TTYS
ST%DUL==1B12 ;DUAL PROCESSOR SYSTEM
ST%MRB==1B13 ;MULTIPLE RIBS SUPPORTED
ST%HPT==1B14 ;HIGH PRECISION TIME ACCOUNTING
ST%EMO==1B15 ;EXCLUDE OVERHEAD FROM TIME ACCOUNTING
ST%RTC==1B16 ;REAL TIME CLOCK
ST%MBF==1B17 ;MADE FOR FOROTS
ST%NOP==1B27 ;NO OPERATOR IN ATTENDANCE
ST%NSP==1B28 ;UNSPOOL DEVICES
ST%ASS==1B29 ;ASSIGN/INIT DEVICES
ST%NRT==1B32 ;NO REMOTE TTY'S
ST%BON==1B33 ;BATCH ONLY
ST%NRL==1B34 ;NO REMOTE LOGINS
ST%NLG==1B35 ;NO LOGINS EXCEPT CTY/OPR
%CNSER==20,,11 ;APR SERIAL NUMBER
%CNNSM==21,,11 ;NANO-SECS PER MEMORY CYCLE
%CNPTY==22,,11 ;LH=NUMBER FIRST INV. TTY, RH=NUMBER PTYS
%CNFRE==23,,11 ;POINTER FOR BIT MAP OF CORE BLOCKS
%CNLOC==24,,11 ;LOCATION OF LOW CORE CORE BLOCKS
%CNSTB==25,,11 ;POINTER TO STATION BLOCK CHAIN
%CNOPL==26,,11 ;OPR LDB ADDRESS
%CNTTF==27,,11 ;POINTER TO TTY FREE CHUNKS
%CNTTC==30,,11 ;LH=NUMBER OF TTY CHUNKS, RH=ADDR OF FIRST
%CNTTN==31,,11 ;NUMBER OF FREE CHUNKS
%CNLNS==32,,11 ;POINTER TO CURRENT COMMAND TTY
%CNLNP==33,,11 ;POINTER TO TTY LINE TABLE
%CNVER==34,,11 ;MONITOR VERSION
%CNDSC==35,,11 ;POINTER TO DATA SET CONTROL TABLE
%CNDLS==36,,11 ;LAST RECIEVE INT. FROM DC10 (PRE 5.07)
%CNCCI==37,,11 ;LAST RECIEVE INT. FROM 680I (PRE 5.07)
%CNSGT==40,,11 ;LAST DORM. SEG THROWN AWAY
%CNPOK==41,,11 ;ADDRESS OF LAST POKED LOCATION
%CNPUC==42,,11 ;LH=JOB, RH=COUNT OF POKES
%CNWHY==43,,11 ;REASON FOR LAST RELOAD
%CNTIC==44,,11 ;NUMBER OF TICKS PER SECOND
%CNPDB==45,,11 ;POINTER TO PDB POINTER TABLES
%CNRTC==46,,11 ;RESOLUTION OF RUNTIME CLOCK (UNITS/SEC)
%CNCHN==47,,11 ;LH=PTR TO CHANNEL D.B. LIST,RH=UNUSED
%CNLMX==50,,11 ;LOGMAX (MAX JOBS TO BE LOGGED IN)
%CNBMX==51,,11 ;BATMAX (MAX BATCH JOBS)
%CNBMN==52,,11 ;BATMIN (MIN JOBS RESERVED FOR BATCH)
%CNDTM==53,,11 ;INTERNAL FORMAT DATE,,TIME
%CNLNM==54,,11 ;NUMBER OF JOBS LOGGED IN
%CNBNM==55,,11 ;NUMBER OF BATCH JOBS LOGGED IN
%CNYER==56,,11 ;LOCAL YEAR
%CNMON==57,,11 ;LOCAL MONTH
%CNDAY==60,,11 ;LOCAL DAY OF MONTH
%CNHOR==61,,11 ;LOCAL HOUR
%CNMIN==62,,11 ;LOCAL MINUTES
%CNSEC==63,,11 ;LOCAL SECONDS
%CNGMT==64,,11 ;TIME FROM GMT IN INTERNAL FORMAT
%CNDBG==65,,11 ;DEBUGGING STATUS WORD
ST%DBG==1B0 ;SYSTEM DEBUGGING
ST%RDC==1B1 ;RELOAD ON DEBUF STOPCD
ST%RJE==1B2 ;RELOAD ON JOB STOPCD
ST%NAR==1B3 ;NO AUTO RELOADS
ST%CP1==1B4 ;IF SECOND CPU STOPS, STOP CPU0
%CNFRU==66,,11 ;MONITOR FREE CORE USED
%CNTCM==67,,11 ;MAX TTY CHUNKS
%CNCVN==70,,11 ;CUSTOMER VERSION (136)
%CNDVN==71,,11 ;DEC VERSION (137)
%CNDFC==72,,11 ;NUMBER OF DF10 DATA CHANS
%CNRTD==73,,11 ;NUMBER OF RT DEVICES
%CNHPQ==74,,11 ;NUMBER OF HPQ'S
%CNLDB==75,,11 ;TTY DDB WORD POINTING TO LDB
%CNMVO==76,,11 ;MAX VECTOR OFFSET FOR PISYS.
%CNMIP==77,,11 ;MAX PRIORITY FOR PISYS.
%CNMER==100,,11 ;ADDR OF MTA0,,OFFSET OF MTA ERR RPT WORD
%CNET1==101,,11 ;USER ADDRESS OF EXEC'S AC T1
%CNLSD==102,,11 ;LENGTH OF SHORT DDB
%CNLLD==103,,11 ;LENGTH OF LONG DDB
%CNLDD==104,,11 ;LENGTH OF DISK DDB
%CNEXM==105,,11 ;ADDRESS IN JOBDAT OF LAST E/D COMMAND
%CNST2==106,,11 ;MORE CONFIGURATION FEATURE INDICATORS
ST%MBE==1B25 ;MASS BUS ERROR REPORTS
;1B26-28 ARE 6.02 FEATURES
ST%NSE==1B29 ;NON-SUPERSEDING ENTER
ST%MSG==1B30 ;MSGSER INCLUDED
ST%PSI==1B31 ;PSISER INCLUDED
ST%IPC==1B32 ;IPCF INCLUDED
ST%VMS==1B33 ;VMSER INCLUDED
ST%MER==1B34 ;MTA ERROR REPORTING
ST%SSP==1B35 ;SWAP SPACE IN PAGES
%CNPIM==107,,11 ;MINIMUM CONDITION IN PISYS
%CNPIL==110,,11 ;LENGTH OF INTERNAL PIT'S
%CNPIA==111,,11 ;ADDRESS OF JBTPIA
%CNMNT==112,,11 ;MONITOR TYPE
CN%MNX==1B0 ;STRANGE MONITOR
CN%MNT==77B23 ;DEC-KNOWN TYPE
;1=TOPS 2=ITS 3=TENEX
CN%MNS==77B29 ;DEC SUB TYPE
CN%MNC==77 ;CUSTOMER SUBSUB TYPE
%CNOCR==113,,11 ;FIRST CDR DDB,,OFFSET TO CARD COUNT
%CNOCP==114,,11 ;DITTO FOR CDP
%CNPGS==115,,11 ;UNIT OF CORE ALLOCATION
%CNMMX==116,,11 ;MINIMUM LEGAL CORMAX
.GTNSW==12 ;NON-SWAPPING DATA TABLE
%NSCMX==10,,12 ;SYSTEM CORMAX (LARGEST USER JOB+1)
%NSCLS==11,,12 ;BYTE POINTER TO LAST FREE CORE AREA
%NSCTL==12,,12 ;VIRTUAL CORE TALLY
%NSSHW==13,,12 ;JOB NUMBER STOPPED BY SHUFFLER
%NSHLF==14,,12 ;ADDRESS OF LOWEST HOLE IN SYSTEM
%NSUPT==15,,12 ;UPTIME (TICKS)
%NSSHF==16,,12 ;WORDS SHUFFLED BY SYSTEM
%NSSTU==17,,12 ;SYSTEM TAPE USER
%NSHJB==20,,12 ;HIGHEST JOB NUMBER IN USE
%NSCLW==21,,12 ;WORDS CLEARED BY SYSTEM
%NSLST==22,,12 ;LOST TIME
%NSMMS==23,,12 ;MEMORY SIZE
%NSTPE==24,,12 ;TOTAL MEMEORY PARITY ERRORS
%NSSPE==25,,12 ;SPURIOUS MEMORY PARITY ERRORS
%NSMPC==26,,12 ;MULTIPLE MEMORY PARITY ERRORS
%NSMPA==27,,12 ;LAST MEMORY PARITY ADDRESS
%NSMPW==30,,12 ;LAST MEMORY PARITY WORD
%NSMPP==31,,12 ;LAST MEMORY PARITY PC
%NSEPO==32,,12 ;NUMBER OF EXEC PDL OVERFLOWS NOT RECOVERED
%NSEPR==33,,12 ;NUMBER OF EXEC PDL OVERFLOWS RECOVERED
%NSMXM==34,,12 ;MAX VALUE OF CORMAX
%NSKTM==35,,12 ;KSYS TIMER
%NSCMN==36,,12 ;CORMIN
%NSABC==37,,12 ;COUNT OF ADDRESS BREAKS
%NSABA==40,,12 ;ADDRESS OF ADDRESS BREAKS
%NSLJR==41,,12 ;LAST JOB RUN
%NSACR==42,,12 ;ACCUMULATED CPU RESPONSE
%NSNCR==43,,12 ;NUMBER OF CPU RESPONSES
%NSSCR==44,,12 ;ACCUMULATED SQUARE OF CPU RESPONSE
;*** NO MORE GROWTH--SEE .GTC0V
.GTSDT==13 ;SWAPPING DATA TABLE
%SWBGH==0,,13 ;BIG HOLE
%SWFIN==1,,13 ;FINISH
%SWFRC==2,,13 ;FORCE
%SWFIT==3,,13 ;FIT
%SWVRT==4,,13 ;VIRTAL
%SWERC==5,,13 ;SWAP ERROR COUNT
%SWPIN==6,,13 ;-1 IF SWAP IN AND FTPDBS=1
.GTSGN==14 ;SEGMENT NUMBERS
SN%SHR==1B1 ;SHARABLE SEGMENT
SN%LOK==1B5 ;HIGH SEGMENT IS LOCKED
.GTODP==15 ;ONCE ONLY DISK PARAMETERS
%ODSWP==0,,15 ;HIGHEST SWAPPING IN 4-SERIES
%ODK4S==1,,15 ;K FOR SWAPPING
%ODPRT==2,,15 ;IN CORE PROTECT TIME MULTIPLIER
%ODPRA==3,,15 ;IN CORE PROTECT TIME OFFSET
.GTLVD==16 ;LEVEL-D PARAMETERS
%LDMFD==0,,16 ;MFD PPN [1,1]
%LDSYS==1,,16 ;SYS PPN [1,4]
%LDFFA==2,,16 ;FULL FILE ACCESS PPN [1,2]
%LDHLP==3,,16 ;UNLOGGED IN PPN [2,5]
%LDQUE==4,,16 ;QUE AREA PPN [3,3]
%LDSPB==5,,16 ;FIRST PPB,,NEXT PPB TO SCAN
%LDSTR==6,,16 ;FIRST STR DATA BLOCK,,OFFSET TO NEXT
%LDUNI==7,,16 ;FIRST UNIT DATA BLOCK,,OFFSET TO NEXT
%LDSWP==10,,16 ;FIRST SWAP UNIT,,OFFSET TO NEXT
%LDCRN==11,,16 ;NUMBER OF CORE BLOCKS
%LDSTP==12,,16 ;STANDARD FILE PROTECTION
%LDUFP==13,,16 ;STANDARD UFD PROTECTION
%LDMBN==14,,16 ;NUMBER OF MONITOR BUFFERS
%LDQUS==15,,16 ;QUE STRUCTURE NAME
%LDCRP==16,,16 ;CRASH PPN [10,1]
%LDSFD==17,,16 ;MAX DEPTH OF SFDS TO WRITE
%LDSPP==20,,16 ;SPOOLED FILE PROTECTION
%LDSYP==21,,16 ;STANDARD SYS: PROTECTION
%LDSSP==22,,16 ;STANDARD SYS:.SYS PROTECTION
%LDMNU==23,,16 ;MAX. NEGATIVE USETI WHICH READS EXTENDED RIBS
%LDMXT==24,,16 ;MAX. BLOCKS TO TRANSFER
%LDNEW==25,,16 ;EXPERIMENTAL SYS PPN [1,5]
%LDOLD==26,,16 ;OLD SYS PPN [1,3]
%LDUMD==27,,16 ;USER MODE DIAGNOSTICS PPN [6,6]
%LDNDB==30,,16 ;DEFAULT DISK BUFFERS IN RING
%LDMSL==31,,16 ;MAX UNITS IN A.S.L.
%LDALG==32,,16 ;ALGOL LIBRARY PPN [5,4]
%LDBLI==33,,16 ;BLISS LIBRARY PPN [5,5]
%LDFOR==34,,16 ;FORTRAN LIBRARY PPN [5,6]
%LDMAC==35,,16 ;MACRO LIBRARY PPN (SOURCE NOT UNIVERSALS) [5,7]
%LDUNV==36,,16 ;UNIVERSAL LIBRARY PPN [5,17]
%LDPUB==37,,16 ;PUBLIC USER SOFTWARE LIBRARY PPN [1,6]
;CONTINUE .GTLVD
%LDTED==40,,16 ;TEXT EDITOR LIBRARY PPN [5,10]
%LDREL==41,,16 ;REL FILE LIBRARY PPN [5,11]
%LDRNO==42,,16 ;RUNOFF LIBRARY PPN [5,12]
%LDSNO==43,,16 ;SNOBOL LIBRARY PPN [5,13]
%LDDOC==44,,16 ;DOC FILE LIBRARY PPN [5,14]
%LDFAI==45,,16 ;FAIL LIBRARY PPN [5,15]
%LDMUS==46,,16 ;MUSIC LIBRARY PPN [5,16]
%LDDEC==47,,16 ;STANDARD DEC SOFTWARE [10,7]
.GTRCT==17 ;DISK BLOCKS READ
.GTWCT==20 ;DISK BLOCKS WRITTEN
.GTDBS==21 ;DISK BLOCK SECONDS
.GTTDB==22 ;TIME OF LAST ALLOCATE AND SIZE
.GTSLF==23 ;GETTAB IMMEDIATE (SELF)
.GTDEV==24 ;DEVICE OR STRUCTURE (SEGMENTS ONLY)
.GTWSN==25 ;NAMES OF WAIT STATES
.GTLOC==26 ;REMOTE STATION NUMBER
.GTCOR==27 ;CORE TABLE
.GTCOM==30 ;MONITOR COMMAND NAMES
.GTNM1==31 ;USER NAME
.GTNM2==32 ; ..
.GTCNO==33 ;CHARGE NUMBER
.GTTMP==34 ;TMPCOR POINTERS
.GTWCH==35 ;WATCH BITS
JW.WDY==1B1 ;DAYTIME AT START
JW.WRN==1B2 ;RUN TIME
JW.WWT==1B3 ;WAIT TIME
JW.WDR==1B4 ;DISK READS
JW.WDW==1B5 ;DISK WRITES
JW.WVR==1B6 ;VERSIONS
JW.WMT==1B7 ;MTA STATISTICS
JW.WAL==376B8 ;WATCH ALL
JW.WMS==7B11 ;/MESSAGE LEVEL
.JWWPR==1 ;PREFIX
.JWWOL==2 ;ONE LINE
.JWWPO==3 ;PRIFIX,FIRST
.JWWLG==6 ;LONG, NO PREFIX
.JWWPL==7 ;PREFIX AND LONG
JW.WCN==1B9 ;/MESSAGE:CONTINUATION
JW.WFL==1B10 ;/MESSAGE:FIRST
JW.WPR==1B11 ;/MESSAGE:PREFIX
.GTSPL==36 ;SPOOLING CONTROL
JS.PRI==7B26 ;DISK PRIORITY
JS.PCR==1B31 ;SPOOL CDR
JS.PCP==1B32 ;SPOOL CDP
JS.PPT==1B33 ;SPOOL PTP
JS.PPL==1B34 ;SPOOL PLT
JS.PLP==1B35 ;SPOOL LPT
JS.PAL==37 ;SPOOL ALL
.GTRTD==37 ;REAL TIME STATUS
.GTLIM==40 ;TIME AND BATCH STATUS
JB.LCR==777B9 ;CORE LIMIT
JB.LBT==1B10 ;BATCH JOB
JB.LSY==1B11 ;GOTTEN FROM SYS:
JB.LTM==77777777 ;TIME LIMIT TO GO IN JIFFIES
.GTQQQ==41 ;SCHEDULING QUEUE HEADERS
.GTQJB==42 ;JOB QUEUE LINK
.GTCM2==43 ;MONITOR SET COMMAND NAMES
.GTCRS==44 ;HARDWARE STATUS FROM CRASH
CR.SAP==0,,44 ;APR CONI
CR.SPI==1,,44 ;PI CONI
CR.SSW==2,,44 ;APR DATAI (SWITCHES)
.GTISC==45 ;SWAP IN SCAN TABLES
.GTOSC==46 ;SWAP OUT SCAN
.GTSSC==47 ;SCHEDULER SCAN
.GTRSP==50 ;RESPONSE COUNTER TABLE
.GTSYS==51 ;SYSTEM WIDE DATA
%SYERR==0,,51 ;SYSTEM WIDE HARDWARE ERROR COUNT
%SYCCO==1,,51 ;NUMBER OF TIMES COMCNT WAS OFF
%SYDEL==2,,51 ;DISABLED HARDWARE ERROR COUNT
%SYSPC==3,,51 ;LH=3 LETTER CODE OF LAST STOPCD,RH=ADDRESS+1 OF LAST STOPCD
%SYNDS==4,,51 ;NUMBER OF DEBUG STOPCDS
%SYNJS==5,,51 ;NUMBER OF JOB STOPCDS
%SYNCP==6,,51 ;NUMBER OF COMMANDS PROCESSED
%SYSJN==7,,51 ;LAST STOPCD--JOB NUMBER
%SYSTN==10,,51 ;LAST STOPCD--TTY NAME
%SYSPN==11,,51 ;LAST STOPCD--PROGRAM NAME
%SYSUU==12,,51 ;LAST STOPCD--UUO
%SYSUP==13,,51 ;LAST STOPCD--USER PC
.GTWHY==52 ;OPERATOR WHY COMMENTS IN ASCIZ
.GTTRQ==53 ;TOTAL TIME IN RUN QUEUES WHETHER OR NOT RUNNING
.GTSPS==54 ;SECOND PROCESSOR STATUS
SP.SC0==1B29 ;SET CPU COMMAND (OK TO USE)
SP.CR0==1B35 ;SET CPU UUO (OK TO USE)
;OTHERS BY SHIFTING LEFT 1 BIT/PROCESSOR
.GTC0C==55 ;CPU0 CDB CONSTANTS
.GTC0V==56 ;CPU0 CDB VARIABLES
.GTC1C==57 ;CPU1 CDB CONSTANTS
.GTC1V==60 ;CPU1 CDB VARIABLES
.GTC2C==61 ;CPU2 CDB CONSTANTS
.GTC2V==62 ;CPU2 CDB VARIABLES
.GTC3C==63 ;CPU3 CDB CONSTANTS
.GTC3V==64 ;CPU3 CDB VARIABLES
.GTC4C==65 ;CPU4 CDB CONSTANTS
.GTC4V==66 ;CPU4 CDB VARIABLES
.GTC5C==67 ;CPU5 CDB CONSTANTS
.GTC5V==70 ;CPU5 CDB VARIABLES
%CCPTR==0,,55 ;LH=POINTER TO NEXT CDB
%CCSER==1,,55 ;APR SERIAL NUMBER
%CCOKP==2,,55 ;CPU OK IF LE 0, JIFFIES DEAD IF GT 0
%CCTOS==3,,55 ;TRAP OFFSET FOR KA10 INTERRUPT LOCATIONS
%CCLOG==4,,55 ;LOGICAL NAME (CPUN)
%CCPHY==5,,55 ;PHYSICAL NAME (CPXN)
%CCTYP==6,,55 ;TYPE OF PROCESSOR (LH-DEC, RH-CUST)
.CC166==1 ;PDP-6
.CCKAX==2 ;KA-10
.CCKIX==3 ;KI-10
%CCMPT==7,,55 ;REL. GETTAB POINTER TO BAD ADDRESS TABLE
%CCRTC==10,,55 ;REAL TIME CLOCK (DK10) DDB
%CCRTD==11,,55 ;REAL TIME CLOCK DDB IF HI PREC. TIME ACCT.
%CCPAR==12,,55 ;REL. GETTAB POINTER TO PARITY SUMMARY
%CCRSP==13,,55 ;REL. GETTAB POINTER TO RESPONSE SUMMARY
%CCDKX==14,,55 ;NUMBER OF DK10'S ON THIS CPU
%CVUPT==5,,56 ;UPTIME
%CVLST==12,,56 ;LOST TIME
%CVTPE==14,,56 ;TOTAL MEMORY PARITY ERRORS
%CVSPE==15,,56 ;SPURIOUS MEMORY PARITY ERRORS
%CVMPC==16,,56 ;MULTIPLE MEMORY PARITY ERRORS
%CVMPA==17,,56 ;MEMORY PARITY ADDRESS
%CVMPW==20,,56 ;MEMORY PARITY WORD
%CVMPP==21,,56 ;MEMORY PARITY PC
;HOLES ABOVE HERE BECAUSE OF .GTNSW COMPATABILITY
%CVABC==27,,56 ;ADDRESS BREAK COUNT
%CVABA==30,,56 ;ADDRESS BREAK ADDRESS
%CVLJR==31,,56 ;LAST JOB RUN
;(OBSOLETE)
%CVSTS==35,,56 ;STOP TIME-SHARING THIS CPU
%CVRUN==36,,56 ;OPERATOR CONTROLLED SCHEDULING
CV%RUN==1B0 ;DON'T RUN JOBS
%CVNUL==37,,56 ;NULL TIME
%CVEDI==40,,56 ;LH=PC,RH=COUNT OF EXEC DON'T CARE INTERRUPTS.
%CVJOB==41,,56 ;CURRENT JOB
%CVOHT==42,,56 ;OVERHEAD TIME IN JIFFIES (EXC. UUOS)
%CVEVM==43,,56 ;MAX EVM FOR LOCK UUO MAPPING
%CVEVU==44,,56 ;USED EVM FOR LOCK UUO MAPPING
%CVLLC==45,,56 ;LOCK LOOP COUNT
%CVTUC==46,,56 ;TOTAL UUO COUNT
%CVTJC==47,,56 ;TOTAL JOB CONTEXT SWITCH COUNT
%CVRSO==0 ;(REL.) SUM TTY OUT UUO RESPONSE
%CVRNO==1 ;(REL.) NUMBER TTY OUT UUO RESPONSE
%CVRHO==2 ;(REL.) HI-SUM SQ TTY OUT UUO RESPONSE
%CVRLO==3 ;(REL.) LO-SUM SQ TTY OUT UUO RESPONSE
%CVRSI==4 ;(REL.) SUM TTY INP UUO RESPONSE
%CVRNI==5 ;(REL.) NUMBER TTY INP UUO RESPONSE
%CVRHI==6 ;(REL.) HI-SUM SQ TTY INP UUO RESPONSE
%CVRLI==7 ;(REL.) LO-SUM SQ TTY INP UUO RESPONSE
%CVRSR==10 ;(REL.) SUM QUANTUM REQ RESPONSE
%CVRNR==11 ;(REL.) NUMBER QUANTUM REQ RESPONSE
%CVRHR==12 ;(REL.) HI-SUM SQ QUANTUM REQ RESPONSE
%CVRLR==13 ;(REL.) LO-SUM SQ QUANTUM REQ RESPONSE
%CVRSX==14 ;(REL.) SUM ONE OF ABOVE RESPONSE
%CVRNX==15 ;(REL.) NUMBER ONE OF ABOVE RESPONSE
%CVRHX==16 ;(REL.) HI-SUM SQ ONE OF ABOVE RESPONSE
%CVRLX==17 ;(REL.) LO-SUM SQ ONE OF ABOVE RESPONSE
%CVRSC==20 ;(REL.) SUM CPU RESPONSE
%CVRNC==21 ;(REL.) NUMBER CPU RESPONSE
%CVRHC==22 ;(REL.) HI-SUM SQ CPU RESPONSE
%CVRLC==23 ;(REL.) LO-SUM SQ CPU RESPONSE
%CVPLA==0 ;(REL.) HIGHEST ADDRESS OF PARITY ERROR
%CVPMR==1 ;(REL.) ADDRESS IN SEGMENT OF PARITY ERROR
%CVPTS==2 ;(REL.) NUMBER OF PARITIES THIS SWEEP
%CVPSC==3 ;(REL.) NUMBER OF PARITY SWEEPS
%CVPUE==4 ;(REL.) NUMBER OF USER ENABLED PARITY ERRORS
%CVPAA==5 ;(REL.) AND OF BAD ADDRESS THIS SWEEP
%CVPAC==6 ;(REL.) AND OF BAD CONTENTS THIS SWEEP
%CVPOA==7 ;(REL.) IOR OF BAD ADDRESS THIS SWEEP
%CVPOC==10 ;(REL.) IOR OF BAD CONTENTS THIS SWEEP
%CVPCS==11 ;(REL.) NUMBER OF SPURIOUS CHANNER ERRORS
.GTFET==71 ;FEATURE TEST SETTINGS
%FTUUO==0,,71 ;UUOS
F%PI==000,,1B24 ;SOFT. PI SYS
F%IPCF==0,,1B25 ;IPCF
F%CCIN==0,,1B26 ;CONTROL-C INTERCEPT
F%PTYU==0,,1B27 ;JOBSTS AND CNTLJOB UUOS
F%PEEK==0,,1B28 ;PEEK UUO
F%POKE==0,,1B29 ;POKE. UUO
F%JCON==0,,1B30 ;JOB CONTINUE
F%SPL==00,,1B31 ;SPOOLING
F%PRV==00,,1B32 ;JOB PRIVS
F%DAEM==0,,1B33 ;DAEMON FUNCTIONS, ETC.
F%GETT==0,,1B34 ;GETTAB UUO
F%2REL==0,,1B35 ;2-REGISTER RELOCATION
%FTRTS==1,,71 ;REAL TIME AND SCHEDULER
F%VM==001,,1B26 ;VIRTUAL MEMORY
F%SWAP==1,,1B27 ;SWAPPER (DEFINED IN S)
F%SHFL==1,,1B28 ;SHUFFLER
F%RTC==01,,1B29 ;DK10 SERVICE
F%LOCK==1,,1B30 ;LOCK UUO
F%TRPS==1,,1B31 ;TRPSET UUO
F%RTTR==1,,1B32 ;RTTRAP UUO
F%SLEE==1,,1B33 ;SLEEP UUO
F%HIBW==1,,1B34 ;HIBER/WAKE UUOS
F%HPQ==01,,1B35 ;HIGH PRIORITY RUN QUEUES
%FTCOM==2,,71 ;COMMANDS
F%CCL==02,,1B23 ;COMPIL COMMANDS (DEFINED IN S)
F%CCLX==2,,1B24 ;COMPIL-CLASS
F%QCOM==2,,1B25 ;QUEUE AND FRIENDS
F%SET==02,,1B26 ;SET UUO/COMMAND
F%VERS==2,,1B27 ;VERSION
F%BCOM==2,,1B28 ;BATCH CONTROL FILE
F%SEDA==2,,1B29 ;SET DAYTIME AND SET DATE
F%WATC==2,,1B30 ;WATCH
F%FINI==2,,1B31 ;FINISH AND CLOSE
F%REAS==2,,1B32 ;REASSIGN UUO/COMMAND
F%EXAM==2,,1B33 ;E AND D
F%TALK==2,,1B34 ;SEND
F%ATTA==2,,1B35 ;ATTACH COMMAND/UUO
%FTACC==3,,71 ;ACCOUNTING INFO
F%TLIM==3,,1B31 ;TIME/CORE LIMITS, ETC.
F%CNO==03,,1B32 ;CHARGE NUMBER
F%UNAM==3,,1B33 ;USER NAME
F%KCT==03,,1B34 ;KILO-CORE-TICKS
F%TIME==3,,1B35 ;RUN TIME
%FTERR==4,,71 ;ERROR CONTROL AND OPTIONS
F%22BI==4,,1B25 ;22 BIT CHANNEL (DF10C)
F%PDBS==4,,1B26 ;SWAPPING PDB
F%KI10==4,,1B27 ;KI10 FEATURES AT STATRUP TIME
F%METR==4,,1B28 ;METER. UUO
F%EXON==4,,1B29 ;EXECUTE ONLY FILES (ALWAYS 1 SINCE 5.06)
F%KII==04,,1B30 ;KI-10 INSTR CHECK ON KA10
F%BOOT==4,,1B31 ;BOOTS BOOTSTRAP
F%2SWP==4,,1B32 ;MULT. SWAPPING DEVICES
F%EL==004,,1B33 ;DAEMON ERROR LOGGING
F%MS==004,,1B34 ;MULTI-PROCESSORS
F%MEMP==4,,1B35 ;MEMORY PARITY RECOVERY CODE
%FTDEB==5,,71 ;DEBUGGING FEATURES
F%RSP==05,,1B28 ;RESPONSE TIME
F%WHY==05,,1B29 ;WHY RELOAD
F%PATT==5,,1B30 ;PATCH SPACE IN TABLES
F%TRAC==5,,1B31 ;BACK TRACKING FEATURES
F%HALT==5,,1B32 ;HALTS IN MONITOR
F%RCHK==5,,1B33 ;INTERNAL REDUNDANCY CHECKS
F%MONP==5,,1B34 ;MONITOR WRITE PROTECTED
F%CHEC==5,,1B35 ;MONITOR CHECKSUMMED
%FTSTR==6,,71 ;FILE STRUCTURE PARAMS
F%NUL==06,,1B21 ;NUL
F%LIB==06,,1B22 ;LIB/SYS/SXS
F%DPRI==6,,1B23 ;DISK PRIORITY TRANSFERS
F%APLB==6,,1B24 ;APPEND TO LAST BLOCK
F%AIR==06,,1B25 ;APPEND IMPLIES READ
F%GSRC==6,,1B26 ;GENERIC DEVICE SEARCH
F%DRDR==6,,1B27 ;RENAME ACROSS DIRECTORIES
F%DSEK==6,,1B28 ;SEEK UUO
F%DSUP==6,,1B29 ;SUPER USETI/O
F%DQTA==6,,1B30 ;DISK QUOTAS
F%STR==06,,1B31 ;MULTIPLE STRUCTURES
F%5UUO==6,,1B32 ;MISC. 5-SERIES UUOS
F%PHYO==6,,1B33 ;PHYSICAL ONLY
F%SFD==06,,1B34 ;SUB FILE DIRECTORIES
F%MOUN==6,,1B35 ;STRUUO FUNCTIONS
%FTDSK==7,,71 ;INTERNAL DISK PARAMS
F%CBDB==7,,1B21 ;DEBUG CB INTERLOCK
F%LOGI==7,,1B22 ;LOGIN (DEFINED IN S)
F%DISK==7,,1B23 ;DISK SYSTEM (DEFINED IN S)
F%FFRE==7,,1B24 ;PREVENT RACES IN FILFND
F%SWPE==7,,1B25 ;SWAP READ ERROR RECOVERY
F%DBBK==7,,1B26 ;BAD BLOCK MARKING
F%DUFC==7,,1B27 ;UFD COMPRESSOR
F%DETS==7,,1B28 ;DISK ERROR SIMULATOR
F%DMRB==7,,1B29 ;MULTI RIBS
F%DSMC==7,,1B30 ;SMALLER ALLOC. OF DISK CORE BLOCKS
F%DALC==7,,1B31 ;ALLOCATION OPTIMISATIONS
F%DSTT==7,,1B32 ;DISK USAGE STATISTICS
F%DHNG==7,,1B33 ;HUNG DISK RECOVERY
F%DBAD==7,,1B34 ;DISK OFF-LINE RECOVERY
F%DOPT==7,,1B35 ;LATENCY OPTIMIZATION
%FTSCN==10,,71 ;SCANNER OPTIONS
F%TVP==010,,1B23;FANCY VERTICAL POSITIONING
F%TYPE==10,,1B24;TYPESET-10 FEATURES IN DC76
F%2741==10,,1B25;SUPPORT 2741-LIKE TERMINALS
F%CAFE==10,,1B26;DC76
F%TBLK==10,,1B27;TTY BLANK COMMAND
F%TPAG==10,,1B28;PAGE AND DISPLAY KNOWLEDGE
F%DIAL==10,,1B29;AUTO DIALER
F%SCLC==10,,1B30;SPECIAL LINE CONTROL
F%SCNR==10,,1B31;HARDWARE SCANER
F%MODM==10,,1B32;MODEM CONTROL
F%630H==10,,1B33;SINGLE SCANNER 630
F%GPO2==10,,1B34;U.K. MODEM SUPPORT
F%HDPX==10,,1B35;TRULY HALF DUPLEX TERMINALS
%FTPER==11,,71 ;I/O PARAMS
F%MSGS==11,,1B25;MSGSER (MPX DEVICE)
F%HSLN==11,,1B26;HIGH-SPEED LOGICAL DEVICE SEARCH
F%CPTR==11,,1B27;CDP TROUBLE INTERCEPT
F%CRTR==11,,1B28;CDR TROUBLE INTERCEPT
F%CTY1==11,,1B29;SUPPORT CTY1
F%REM==011,,1B30;REMOTE STATION SOFTWARE
F%LPTR==11,,1B31;LPT DEVICE ERROR RECOVERY
F%OPRE==11,,1B32;DEVICE ERRS TO OPER
F%CDRS==11,,1B33;CDR SUPER IMAGE MODE
F%MTSE==11,,1B34;MTA DENSITY/BLOCK COMMANDS
F%TMP==011,,1B35;TMPCOR AREA
.GTEDN==72 ;ERSATZ DEVICE NAMES
.GTSCN==73 ;SCANNER DATA
%SCNRI==0,,73 ;NUMBER OF RCV INTERRUPTS
%SCNXI==1,,73 ;NUMBER OF XMT INTERRUPTS
%SCNEI==2,,73 ;NUMBER OF ECHO INTERRUPTS (IN XI)
%SCNMB==3,,73 ;MAX BUFFER SIZE
%SCNAL==4,,73 ;NUMBER OF ACTIVE LINES
.GTSNA==74 ;LAST SEND ALL IN 9-BIT
%SCNAE==0,,74 ;BYTE POINTER TO END BYTE IN MESSAGE
%SCNAS==1,,74 ;BYTE POINTER TO FIRST-1 BYTE IN MESSAGE
%SCNAM==2,,74 ;FIRST WORD OF DATA IN MESSAGE
.GTCMT==75 ;SET TTY COMMAND NAMES
.GTPID==76 ;PROCESS COMMUNICATION ID (IPCF)
.GTIPC==77 ;IPCF MISC. DATA
%IPCML==0,,77 ;MAX. PACKET LENGTH
%IPCSI==1,,77 ;PID OF SYSTEM-WIDE [SYSTEM]INFO
%IPCDQ==2,,77 ;DEFAULT QUOTA
%IPCTS==3,,77 ;TOTAL PACKETS SENT
%IPCTO==4,,77 ;TOTAL PACKETS OUTSTANDING
%IPCCP==5,,77 ;PID OF [SYSTEM]IPCC
%IPCPM==6,,77 ;PID MASK
%IPCMP==7,,77 ;LENGTH OF PID TABLE
%IPCNP==10,,77 ;NUMBER OF PID'S NOW DEFINED
%IPCTP==11,,77 ;TOTAL PID'S DEFINED SINCE RELOAD
.GTUPM==100 ;USER PAGE MAP PAGE
.GTCMW==101 ;SET WATCH COMMAND NAMES
.GTCVL==102 ;CURRENT VIRT LIMIT,,CURRENT PHY LIMIT
.GTMVL==103 ;MAXIMUM VIRT LIMIT,,MAXIMUM PHY LIMIT
.GTIPA==104 ;IPCF STATISTICS PER JOB
IP.CQD==-1,,0 ;COUNT OF SENDS SINCE LOGIN
IP.CQC==0,,-1 ;COUNT OF RECEIVES SINCE LOGIN
.GTIPP==105 ;IPCF POINTERS AND COUNTS
IP.CQP==777B26 ;OUTSTANDING SENDS
IP.CQO==777 ;OUTSTANDING RECEIVES
.GTIPI==106 ;PID FOR THIS JOB'S [SYSTEM]INFO
.GTIPQ==107 ;IPCF FLAGS AND QUOTAS PER JOB
IP.CQX==1B0 ;DISABLED
IP.CQQ==1B1 ;QUOTA SET
IP.CQS==777B26 ;SEND QUOTA
IP.CQR==777 ;RECEIVE QUOTA
.GTDVL==110 ;POINTER TO THIS JOB'S LOGICAL NAME TABLE
.GTABS==111 ;ADDRESS BREAK WORD (DATAO PTR,)
.GTCMP==112 ;RESERVED FOR COMPATABILITY PACKAGES
%CMPMT==0,,112 ;SIMULATED MONITOR TYPE (%CNMNT)
%CMPCV==1,,112 ;CUSTOMER VERSION OF COMPAT. (136)
%CMPDV==2,,112 ;DEC VERSION OF COMPAT. (137)
.GTVM==113 ;GENERAL VIRTUAL MEMORY DATA
%VMSWP==0,,113 ;SWAP COUNT
%VMSCN==1,,113 ;SCAN COUNT
%VMSIP==2,,113 ;SWAPS IN PROGRESS
%VMSLE==3,,113 ;SWAP LIST ENTRIES
%VMTTL==4,,113 ;TOTAL VM IN USE
%VMCMX==5,,113 ;MAX VALUE OF %VMTTL ALLOWED
%VMRMX==6,,113 ;PAGING RATE MAX FOR SYSTEM
%VMCON==7,,113 ;CONSTANT USED IN SWAP RATE COMPUTATION
%VMQJB==10,,113 ;JOB TO REQUE TO PQV (-1 IF ALL)
%VMRMJ==11,,113 ;PAGING RATE MAX PER JOB
%VMTLF==12,,113 ;TIME OF LAST FAULT
%VMSPF==13,,113 ;SYSTEM PAGE FAULT COUNTS: NOT IN WS,,IN WS
%VMSW1==14,,113 ;ADDRESS OF SWPLST
%VMSW2==15,,113 ;ADDRESS OF SW2LST
%VMSW3==16,,113 ;ADDRESS OF SW3LST
.GTVRT==114 ;PER JOB PAGING RATE
SUBTTL MISC. UUOS
;TEMP CORE FUNCTIONS
.TCRFS==0 ;COUNT OF FREE SPACE
.TCRRF==1 ;READ FILE
.TCRDF==2 ;DELETE FILE
.TCRWF==3 ;WRITE FILE
.TCRRD==4 ;READ DIRECTORY
.TCRDD==5 ;DELETE DIRECTORY
;LOCK UUO FUNCTIONS
LK.HNP==1B15 ;HI-SEG DON'T LOCK PHYSICALLY CONTIGUOUS
LK.HNE==1B16 ;HI-SEG DON'T MAP IN EXEC VM
LK.HLS==1B17 ;HI-SEG LOCK SEGMENT
LK.LNP==1B33 ;LO-SEG DON'T LOCK PHYSICALLY CONTIGUOUS
LK.LNE==1B34 ;LO-SEG DON'T MAP IN EXEC VM
LK.LLS==1B35 ;LO-SEG LOCK SEGMENT
.LKPPN==0 ;PHYSICAL PAGE NUMBER
;LOCK UUO ERRORS
LKNIS%==0 ;NOT IMPLEMENTED IN THIS SYSTEM
LKNLP%==1 ;NO LOCKING PRIVS
LKNCA%==2 ;NOT ENOUGH CORE TO CONTINUE CURRENT JOBS
LKNCM%==3 ;NOT ENOUGH CORE TO GUARANTEE CORMIN
LKNEM%==4 ;NOT ENOUGH EXEC VIRT MEM
LKNIA%==5 ;ILLEGAL SUB-FUNCTION ARGUMENT
LKNPU%==6 ;PAGE UNAVAILABLE
;RTTRP UUO ERROR CODES
RTJNP%==1B24 ;JOB DOESN'T HAVE PRIVS
RTNC0%==1B25 ;NOT RUNNABLE ON CPU0
RTDIU%==1B26 ;DEVICE IN USE BY ANOTHER JOB
RTIAU%==1B27 ;ILLEGAL AC USED DURING RTTRP AT INTERRUPT
RTJNL%==1B28 ;JOB NOT LOCKED (OR NOT PRIVILEGED)
RTSLE%==1B29 ;SYSTEM LIMIT EXCEEDED FOR RT DEVICES
RTILF%==1B30 ;ILLEGAL FORMAT OF I/O INSTRUCTION
RTPWI%==1B31 ;POINTER WORD ILLEGAL
RTEAB%==1B32 ;ERROR ADDRESS OUT OF BOUNDS
RTTAB%==1B33 ;TRAP ADDRESS BAD
RTPNB%==1B34 ;PI CHANNEL NOT CURRENTLY AVAILABLE FOR BLKI/O
RTPNA%==1B35 ;PI CHANNEL NOT AVAILABLE
;JOBSTS ANSWERS
JB.UJA==1B0 ;JOB NUMBER ASSIGNED
JB.ULI==1B1 ;JOB IS LOGGED IN
JB.UML==1B2 ;TTY IS AT MONITOR LEVEL
JB.UOA==1B3 ;OUTPUT IS AVAILABLE
JB.UDI==1B4 ;TTY IS DEMANDING INPUT
JB.UJC==1B5 ;JACCT IS SET
JB.UJN==777777 ;JOB NUMBER
;HIBER ENABLE BITS
HB.SWP==1B0 ;FORCE IMMEDIATE SWAP OUT
HB.IPC==1B10 ;IPCF
HB.RIO==1B11 ;I/O
HB.RPT==1B12 ;PTY ACTIVITY
HB.RTL==1B13 ;TTY LINE ACTIVITY
HB.RTC==1B14 ;TTY CHARACTER ACTIVITY
HB.RWJ==1B15 ;THIS JOB
HB.RWP==1B16 ;THIS PROGRAMMER
HB.RWT==1B17 ;THIS PROJECT
;APRENB BITS
AP.REN==1B18 ;REPETITIVE ENABLE
AP.POV==1B19 ;PUSH DOWN OVERFLOW
AP.ABK==1B21 ;(FUTURE)ADDRESS BREAK
AP.ILM==1B22 ;ILLEGAL MEMORY
AP.NXM==1B23 ;NON-EXISTENT MEMORY
AP.PAR==1B24 ;PARITY ERROR FLAG
AP.CLK==1B26 ;CLOCK
AP.FOV==1B29 ;FLOATING OVERFLOW
AP.AOV==1B32 ;ARITHMETIC OVERFLOW
;SAVEGET LOCATIONS
.SGNAM==0 ;FILE NAME FROM RUN UUO
.SGPPN==7 ;DIRECTORY FROM RUN UUO
.SGDEV==11 ;DEVICE FROM RUN UUO
.SGLOW==17 ;EXTENSION OF LOW SEG FROM RUN UUO
.SG41==122 ;LOCATION IN SAVE FILE CONTAINING COPY OF .JB41
.SGDDT==114 ;LOCATION IN SAVE FILE CONTAINING COPY OF .JBDDT
;SETUUO FUNCTIONS
.STCMX==0 ;CORE MAX
.STCMN==1 ;CORE MIN
.STDAY==2 ;DAYTIME
.STSCH==3 ;SCHED WORD (SAME AS %CNSTS)
.STCDR==4 ;CDR SPOOL NAME
.STSPL==5 ;SPOOLING BITS (SAME AS .GTSPL)
.STWTC==6 ;WATCH BITS
ST.WDY==1B19 ;WATCH DAYTIME AT START
ST.WRN==1B20 ;WATCH RUN TIME
ST.WWT==1B21 ;WATCH WAIT TIME
ST.WDR==1B22 ;WATCH DISK READS
ST.WDW==1B23 ;WATCH DISK WRITES
ST.WVR==1B24 ;WATCH VERSIONS
ST.WMT==1B25 ;WATCH MTA STATISTICS
ST.WAL==376B26 ;WATCH ALL
.STDAT==7 ;DATE
.STOPR==10 ;OPR DEVICE
.STKSY==11 ;KSYS TIMER
.STCLM==12 ;CORE LIMIT
.STTLM==13 ;TIME LIMIT
.STCPU==14 ;CPU SPECIFICATION
.STCRN==15 ;CPU RUNABILITY
SP.CR5==1B30 ;CPU5
SP.CR4==1B31 ;CPU4
SP.CR3==1B32 ;CPU3
SP.CR2==1B33 ;CPU2
SP.CR1==1B34 ;CPU1
;SP.CR0==1B35 ;CPU0 (SAME BIT DEFINED EARLIER)
.STLMX==16 ;LOGMAX
.STBMX==17 ;BATMAX
.STBMN==20 ;BATMIN
.STDFL==21 ;DSKFUL
.DFPSE==0 ;PAUSE
.DFERR==1 ;ERROR
.STMVM==22 ;MAX VM
.STMVR==23 ;MAX VM RATE
.STUVM==24 ;USER VM MAXIMA (VIRT,,PHY)
.STCVM==25 ;USER CURRENT VM MAXIMA (VIRT,,PHY)
ST.VSG==1B18 ;SET IF PHYS LIMIT IS GUIDELINE
.STTVM==26 ;USER VIRT TIME INTERRUPTS
.STABK==27 ;ADDRESS BREAK (HDWR FORMAT; 1B3 BREAKS UUO REFERENCES)
;ATTACH UUO CONTROL BITS
AT.UMM==1B0 ;PLACE IN MONITOR MODE
AT.UUM==1B1 ;PLACE IN USER MODE
;UNIVERSAL DEVICE INDEX
.UXCHN==0 ;I/O CHANNEL NUMBER
;001000-077777 ARE PHYSICAL DEVICES
UX.TYP==77B26 ;DEVICE TYPE (SAME AS DEVTYP)
UX.UNT==777 ;UNIT WITHIN TYPE
.UXTRM==200000 ;TERMINALS
.UXPRC==300000 ;PROCESS
;.JBINT INTERCEPT BLOCK
;; !=======================================================!
;; ! BLOCK LENGTH ! NEW PC !
;; !-------------------------------------------------------!
;; !M! !E!T!Q!F!O!C!D!
;; !-------------------------------------------------------!
;; ! OLD PC AND FLAGS !
;; !-------------------------------------------------------!
;; ! CHANNEL NUMBER ! CLASS OF INTERRUPT !
;; !=======================================================!
.ERNPC==0 ;LH=LENGTH, RH=NEW PC FOR INTERRUPT
.ERCLS==1 ;CLASSES OF ERROR INTERCEPTING
ER.MSG==1B0 ;SUPPRESS ERROR MESSAGE
ER.EIJ==1B29 ;ERROR IN JOB
ER.TLX==1B30 ;TIME LIMIT EXCEEDED
ER.QEX==1B31 ;QUOTA EXHAUSTED
ER.FUL==1B32 ;FILE STRUCTURE FULL
ER.OFL==1B33 ;DISK UNIT OFF-LINE
ER.ICC==1B34 ;CONTROL-C INTERCEPT
ER.IDV==1B35 ;"PROBLEM ON DEVICE" ERRORS
.EROPC==2 ;OLD PC
.ERCCL==3 ;LH=CHANNEL, RH=CLASS OF INTERRUPT
SUBTTL PSI SOFTWARE INTERRUPT SYSTEM
;INTERRUPT VECTOR
; SETS OF 4-WORD BLOCKS
;; !=======================================================!
;; ! NEW PC AND FLAGS !
;; !-------------------------------------------------------!
;; ! OLD PC AND FLAGS !
;; !-------------------------------------------------------!
;; ! !O!R!A!D!M!I! ! I/O REASON !
;; !-------------------------------------------------------!
;; ! INTERRUPT STATUS !
;; !=======================================================!
.PSVNP==0 ;NEW PC AND FLAGS
.PSVOP==1 ;OLD PC AND FLAGS
.PSVFL==2 ;FLAGS
PS.VPO==1B1 ;TURN PERMANENTLY OFF, NO RESTORE
PS.VTO==1B2 ;TURN OFF, RESTORE ON DEBRK.
PS.VAI==1B3 ;ALLOW ADDITIONAL INTERRUPT
PS.VDS==1B4 ;DISCARD SUCCESSIVE INTERRUPTS WHILE INTERRUPTED
PS.VPM==1B5 ;PRINT STANDARD MESSAGE
PS.VIP==1B6 ;INTERRUPTS IN PROGRESS FOR THIS BLOCK
; (USED BY PSISER)
PS.RID==1B19 ;REASON--INPUT DONE
PS.ROD==1B20 ;REASON--OUTPUT DONE
PS.REF==1B21 ;REASON--END FILE
PS.RIE==1B22 ;REASON--INPUT ERROR
PS.ROE==1B23 ;REASON--OUTPUT ERROR
PS.RDO==1B24 ;REASON--DEVICE OFF-LINE
PS.RDF==1B25 ;REASON--DEVICE FULL
PS.RQE==1B26 ;REASON--QUOTA EXCEEDED
PS.RWT==1B27 ;REASON--IO WAIT
.PSVIS==3 ;INTERRUPT STATUS (AUX. WORD)
; I/O DEVICES RETURN UDX,,GETSTS
;NON-DEVICE CONDITIONS
.PCTLE==-1 ;TIME LIMIT EXCEEDED (NON-BATCH ONLY)
.PCABT==-2 ;ABORT (^A); RETURNS 1B0=1 IF TI WAIT; (FUTURE)
.PCSTP==-3 ;STOP (^C); RETURNS 1B0=1 IF TI WAIT
.PCUUO==-4 ;ANY MUUO; RETURNS UUO
.PCIUU==-5 ;ILLEGAL UUO; RETURNS UUO
.PCIMR==-6 ;ILLEGAL MEMORY REFERENCE
.PCACK==-7 ;ADDRESS CHECK; RETURNS DEVICE NAME
.PCARI==-10 ;ARITHMETIC EXCEPTION
.PCPDL==-11 ;PDL OVERFLOW
.PCTT3==-12 ;TRAP TYPE 3 (FUTURE)
.PCNXM==-13 ;NON-EXISTENT MEMORY
.PCAPC==-14 ;APR CLOCK; RETURNS MSTIME
.PCUEJ==-15 ;USER INDUCED ERROR IN JOB
.PCXEJ==-16 ;EXTERNAL ERROR IN JOB
.PCKSY==-17 ;KSYS WARNING; RETURNS MINS TO KSYS
.PCDSC==-20 ;DATA-SET CHANGE; RETURNS NEW STATUS
.PCDAT==-21 ;DETACH/ATTACH; RETURNS -1 OR TTY UDX
.PCWAK==-22 ;WAKE UUO; RETURNS JOB NUMBER OF WAKER
.PCABK==-23 ;ADDRESS BREAK
.PCIPC==-24 ;IPCF RECEIVE; RETURNS LENGTH,,FLAGS
;INTERRUPT ENABLE REQUEST BLOCK
; SETS OF 3-WORD BLOCKS
.PSECN==0 ;CONDITION OR DEVICE
.PSEOR==1 ;OFFSET,,REASON BITS
.PSEPR==2 ;PRIORITY,,RESERVED
;PISYS. FUNCTION BITS
PS.FOF==1B1 ;TURN OFF
PS.FON==1B2 ;TURN ON
PS.FCP==1B3 ;CLEAR ALL PENDING INTERRUPTS
PS.FCS==1B4 ;CLEAR SELECTED INTERRUPT
PS.FRC==1B5 ;REMOVE CONDITION OR DEVICE
PS.FAC==1B6 ;ADD CONDITION OR DEVICE
;PISAV./PIRST. FLAGS
.PSSFC==0 ;FLAGS,,COUNT
PS.SON==1B0 ;SYSTEM IS ON
.PSSIV==1 ;ADDRESS OF INTERRUPT VECTOR
.PSSBL==2 ;START OF 3-WORD BLOCKS
;PISYS. ERRORS
PSTMA%==0 ;TOO MANY ARGUMENTS
PSNFS%==1 ;NO FUNCTION SUPPLIED
PSUKF%==2 ;UNKNOWN FUNCTION REQUESTED
PSOOF%==3 ;ON AND OFF IN SAME FUNCTION
PSUKC%==4 ;UNKNOWN CONDITION REQUESTED
PSDNO%==5 ;DEVICE NOT OPEN
PSPRV%==6 ;PRIVILEGE FAILURE
PSIVO%==7 ;INVALID VECTOR OFFSET
PSUKR%==10 ;UNKNOWN REASON ENABLED
PSPTL%==11 ;PRIORITY TOO LARGE
PSNRW%==12 ;NON-ZERO RESERVED WORD
PSPND%==13 ;PIINI. NOT DONE
PSARF%==14 ;ADD AND REMOVE IN SAME FUNCTION
;PISAV. ERRORS
PSBTS%==0 ;BLOCK TOO SMALL
;PIRST. ERRORS
PSNRS%==0 ;NOT RESTORING WHAT WAS SAVED
SUBTTL IPCF INTERPROCESS COMMUNICATION FACILITY
;PACKET FORMAT
;; !=========================================================================!
;; !BB!IS!IR!O! !P!V! ! ERROR !SENDR!RETRN!
;; !-------------------------------------------------------------------------!
;; ! SENDER'S PID !
;; !-------------------------------------------------------------------------!
;; ! RECEIVER'S PID !
;; !-------------------------------------------------------------------------!
;; ! WORD LENGTH OF DATA ! START OF DATA (WORD/PAGE) !
;; !=========================================================================!
.IPCFL==0 ;FLAGS
IP.CFB==1B0 ;DON'T BLOCK READ
IP.CFS==1B1 ;INDIRECT SENDER'S PID
IP.CFR==1B2 ;INDIRECT RECEIVER'S PID
IP.CFO==1B3 ;OVERDRAW SEND
IP.CFT==1B4 ;TRUNCATE READ
IP.CFP==1B18 ;SENDER IS PRIVILEGED AND IS INVOKING THEM
IP.CFV==1B19 ;VM PAGE TRANSFER MODE
IP.CFE==77B29 ;ERROR FIELD (NOT PRIV.)
IP.CFC==7B32 ;SYSTEM SENDER CODE (PRIV.)
.IPCCC==1 ;SENT BY [SYSTEM]IPCC
.IPCCF==2 ;SENT BY SYSTEM-WIDE [SYSTEM]INFO
.IPCCP==3 ;SENT BY RECEIVER'S [SYSTEM]INFO
IP.CFM==7 ;SPECIAL MESSAGE RETURN FIELD (PRIV.)
.IPCFN==1 ;MESSAGE WAS NOT DELIVERED
.IPCFS==1 ;SENDER'S PID
.IPCFR==2 ;RECEIVER'S PID
.IPCFP==3 ;LENGTH,,START OF DATA IN PACKET
;IPCC AND INFO ERROR CODES
IPCAC%==1 ;ADDRESS CHECK
IPCNL%==2 ;NOT LONG ENOUGH
IPCNP%==3 ;NO PACKET IN RECEIVE QUEUE
IPCIU%==4 ;(UNUSED)
IPCTL%==5 ;DATA TOO LONG FOR USER'S BUFFER
IPCDU%==6 ;DESTINATION UNKNOWN (RECEIVER'S PID)
IPCDD%==7 ;DESTINATION DISABLED
IPCRS%==10 ;NO ROOM IN SENDER'S QUOTA
IPCRR%==11 ;NO ROOM IN RECEIVER'S QUOTA
IPCRY%==12 ;NO ROOM IN SYSTEM STORAGE
IPCUP%==13 ;UNKNOWN PAGE ON SEND; DUPLICATE PAGE ON RECEIVE (VM)
IPCIS%==14 ;INVALID SEND PID
IPCPI%==15 ;PRIV INSUFFICIENT
IPCUF%==16 ;UNKNOWN FUNCTION
IPCBJ%==17 ;BAD JOB NUMBER
IPCPF%==20 ;PID TABLE FULL
IPCPR%==21 ;PAGE REQUESTED, NORMAL NEXT
IPCIE%==22 ;PAGING I/O ERROR
IPCFU%==70 ;[SYSTEM]INFO HAS AN UNKNOWN, INTERNAL ERROR
IPCCF%==71 ;[SYSTEM]IPCC REQUEST FROM [SYSTEM]INFO FAILED
IPCFF%==72 ;[SYSTEM]INFO FAILED TO COMPLETE AN ASSIGN
IPCQP%==73 ;PID QUOTA EXCEEDED
IPCBP%==74 ;BAD (UNKNOWN) PID
IPCDN%==75 ;DUPLICATE NAME
IPCNN%==76 ;NO SUCH NAME
IPCBN%==77 ;NAME HAS ILLEGAL CHARACTERS
;MESSAGES TO AND FROM [SYSTEM]IPCC
.IPCS0==0 ;LH=CALLER'S IDENTIFIER, RH=FUNCTION
.IPCSE==1 ;ENABLE (ME OR (1)=PID)
.IPCSD==2 ;DISABLE (ME OR (1)=PID)
.IPCSI==3 ;TELL PID OF [SYSTEM]INFO FOR (ME OR (1)=PID); (2) GETS PID
.IPCSF==4 ;MAKE [SYSTEM]INFO OF (1) (2)=FOR WHOM (0=SYSTEM)
.IPCSZ==5 ;ZAP PID IN (1)
.IPCSC==6 ;CREATE PID FOR JOB IN (1); (2) GETS PID
.IPCSQ==7 ;SET QUOTA (2) FOR (1)=PID
.IPCSO==10 ;CHANGE OWNER OF (1)=PID, (2)=NEW JOB NUMBER
.IPCSJ==11 ;GIVE JOB OF PID IN (1); (2) GETS JOB NO
.IPCSP==12 ;GIVE PID LIST FOR JOB (1) STARTING AT (2)
.IPCSR==13 ;READ QUOTA OF JOB (1); INTO (2)
.IPCSW==14 ;WAKE JOB (1) SLEEPING FROM .IPCSS
.IPCSS==15 ;(ANSWER ONLY) IF LH(1)=0, JOB RH(1) IS RESETTING
; IF LH(1)=-1, JOB RH(1) IS LOGGING OUT
.IPCS1==1 ;FIRST ARGUMENT
.IPCS2==2 ;SECOND ARGUMENT
.IPCS3==3 ;THIRD ARGUMENT
;MESSAGES TO AND FROM [SYSTEM]INFO
.IPCI0==0 ;LH=CALLER'S IDENTIFIER, RH=FUNCTION
.IPCIW==1 ;WHAT IS PID, ASCIZ IN (2+)
.IPCIG==2 ;GET NAME OF (2)=PID
.IPCII==3 ;ASSIGN NAME UNTIL RESET (FORMAT=.IPCIW)
.IPCIJ==4 ;ASSIGN NAME UNTIL LOGOUT (FORMAT=.IPCIW)
.IPCID==5 ;DROP SPECIFIC PID (2)
.IPCIR==6 ;DROP NAMES SET BY .IPCII, (2)=JOB NUMBER
.IPCIL==7 ;DROP NAMES SET BY .IPCIJ, (2)=JOB NUMBER
.IPCIS==15 ;RESET JOB RH(1) IF LH(1)=0, OR LOGOUT IF LH=-1
.IPCI1==1 ;FIRST ARGUMENT (ALWAYS 0 OR PID TO GET DUPLICATE OF ANSWER)
.IPCI2==2 ;SECOND ARGUMENT
SUBTTL PAGE AND VM VIRTUAL MEMORY FACILITY
;PAGE. UUO FUNCTIONS
.PAGIO==0 ;PAGE IN/OUT (OUT IF 1B0=1 IN LIST)
PA.GSL==1B1 ;PAGE TO SLOW SWAPPING SPACE
.PAGCD==1 ;PAGE CREATE/DESTROY
PA.GCD==1B1 ;CREATE PAGE ON DISK
.PAGEM==2 ;PAGE EXCHANGE/MOVE
.PAGAA==3 ;CLEAR/SET ACCESS ALLOWED
.PAGWS==4 ;GET WORKING SET
.PAGGA==5 ;GET ACCESS ALLOWED
.PAGCA==6 ;CHECK ACCESS LEGAL
PA.GNE==1B0 ;DOES NOT EXIST
PA.GWR==1B1 ;WRITABLE
PA.GRD==1B2 ;READABLE
PA.GAA==1B3 ;ACCESS ALLOWED
PA.GAZ==1B4 ;ALLOCATED BUT ZERO
PA.GCP==1B5 ;CAN'T BE PAGED OUT
PA.GPO==1B6 ;IS PAGED OUT
;PAGE. UUO ERRORS
PAGIA%==1 ;ILLEGAL ARGUMENT
PAGIP%==2 ;ILLEGAL PAGE NUMBER
PAGCE%==3 ;PAGE CAN'T EXIST BUT DOES
PAGME%==4 ;PAGE MUST EXIST BUT DOESN'T
PAGMI%==5 ;PAGE MUST BE IN CORE BUT ISN'T
PAGCI%==6 ;PAGE CAN'T BE IN CORE BUT IS
PAGSH%==7 ;PAGE IS IN A SHARABLE HI-SEG
PAGIO%==10 ;PAGING I/O ERROR
PAGNS%==11 ;NO SWAPPING SPACE AVAILABLE
PAGLE%==12 ;CORE LIMIT EXCEEDED
PAGIL%==13 ;ILLEGAL IF LOCKED
;.JBPFH REGION
.PFHNP==0 ;NEW PC AND FLAGS
.PFHOP==1 ;OLD PC AND FLAGS
.PFHFC==2 ;FAULT WORD
PF.HCB==1B0 ;WORKING SET CHANGED BEHIND BACK
PF.HPN==777B17 ;PAGE NUMBER
PF.HFC==0,,-1 ;FAULT CODE
.PFHNA==1 ;PAGE NOT ACCESSABLE
.PFHNI==2 ;PAGE NOT IN CORE
.PFHUU==3 ;PAGE FAULT IN UUO ARGS
.PFHTI==4 ;VIRTUAL TIMER
.PFHZI==5 ;ALLOCATED BUT ZERO FROM USER
.PFHZU==6 ;ALLOCATED BUT ZERO DURING UUO
.PFHVT==3 ;VIRTUAL TIME
.PFHPR==4 ;PAGING RATE
;5-10 RESERVED
SUBTTL DAEMON CALLS
;DAEMON UUO FUNCTIONS
.DCORE==1 ;DUMP CORE
.CLOCK==2 ;ENTER A CLOCK REQUEST
.FACT==3 ;MAKE A FACT FILE ENTRY
.DMQUE==4 ;(UNIMPLEMENTED)
.DMERR==5 ;ERROR LOGGING
.DMCTL==6 ;(UNIMPLEMENTED)
;DAEMON UUO ERRORS
DMILF%==1 ;ILLEGAL FUNCTION
DMACK%==2 ;ADDRESS CHECK
DMWNA%==3 ;WRONG NUMBER OF ARGUMENTS
DMSNH%==4 ;IMPOSSIBLE UUO FAILURE (SHOULD NEVER HAPPEN)
DMCWF%==5 ;CAN'T WRITE FILE
DMNPV%==6 ;NO PRIVILEGES
DMFFB%==7 ;FACT FORMAT BAD
DMPTH%==10 ;INVALID PATH SPECIFICATION
;DCORE DUMP CATEGORIES
.CAJOB==1 ;JOB TABLES (SEE BELOW)
.CACNF==2 ;CONFIGURATION TABLES (.GTCNV)
.CADDB==3 ;JOB'S DDBS
.CACOR==4 ;USER'S CORE IMAGE (COMPRESSED)
.CAFET==5 ;FET GETTAB
.CAMAX==5 ;HIGHEST LEGAL CATEGORY NUMBER
;DCORE JOB TABLE ENTRIES
.DJVER==0 ;DAEMON VERSION (137)
.DJDAT==1 ;DATE (FROM DATE UUO)
.DJMST==2 ;TIME IN MILLISEC. (FROM MSTIME UUO)
.DJJSN==3 ;JOB,,SEGMENT NUMBERS
.DJLIN==4 ;???,,LINE NUMBER (TTY)
.DJSTS==5 ;.GTSTS(JOB)
.DJHTS==6 ;.GTSTS(HISEG)
.DJPPN==7 ;.GTPPN(JOB)
.DJHPN==10 ;.GTPPN(HISEG)
.DJPRG==11 ;.GTPRG(JOB)
.DJHRG==12 ;.GTPRG(HISEG)
.DJTIM==13 ;.GTTIM(JOB)
.DJKCT==14 ;.GTKCT(JOB)
.DJPRV==15 ;.GTPRV(JOB)
.DJSWP==16 ;.GTSWP(JOB)
.DJHWP==17 ;.GTSWP(HISEG)
.DJRCT==20 ;.GTRCT(JOB)
.DJWCT==21 ;.GTWCT(JOB)
.DJTDB==22 ;.GTTDB(JOB)
.DJDEV==23 ;.GTDEV(HISEG)
.DJNM1==24 ;.GTNM1(JOB)
.DJNM2==25 ;.GTNM2(JOB)
.DJCNO==26 ;.GTCNO(JOB)
.DJTMP==27 ;.GTTMP(JOB)
.DJWCH==30 ;.GTWCH(JOB)
.DJSPL==31 ;.GTSPL(JOB)
.DJRTD==32 ;.GTRTD(JOB)
.DJLIM==33 ;.GTLIM(JOB)
.DJSPS==34 ;.GTSPS(JOB)
.DJRSP==35 ;.GTRSP(JOB)
.DJTRQ==36 ;.GTTRQ(JOB)
.DJUPM==37 ;.GTUPM(JOB)
.DJHPM==40 ;.GTUPM(HISEG)
.DJCVL==41 ;.GTCVL(JOB)
.DJMVL==42 ;.GTMVL(JOB)
.DJIPA==43 ;.GTIPA(JOB)
.DJIPC==44 ;.GTIPC(JOB)
.DJIPI==45 ;.GTIPI(JOB)
.DJIPQ==46 ;.GTIPQ(JOB)
.DJDVL==47 ;.GTDVL(JOB)
.DJABS==50 ;.GTABS(JOB)
.DJVRT==51 ;.GTVRT(JOB)
.DJHRT==52 ;.GTVRT(HISEG)
.DJMAX==52 ;HIGHEST LEGAL JOB TABLE
SUBTTL METER UUO
;METER. FUNCTIONS
.MEFCI==0 ;INITIALIZE METER CHANNEL
.MEFCS==1 ;READ METER CHANNEL STATUS
.MEFCR==2 ;RELEASE METER CHANNEL
.MEFPI==3 ;INITIALIZE METER POINT
.MEFPS==4 ;READ METER POINT STATUS
.MEFPR==5 ;RELEASE METER POINT
;METER. ERRORS
MEILF%==1 ;ILLEGAL FUNCTION
MENPV%==2 ;NOT PRIVILEGED USER
MEIMA%==3 ;ILLEGAL MEMORY ADDRESS
MEPDL%==4 ;PDL OVERFLOW
MEIAL%==5 ;ILLEGAL ARG LIST
MEIAV%==6 ;ILLEGAL ARG VALUE
MENFC%==7 ;NOT ENOUGH FREE CORE
MEICT%==10 ;ILLEGAL CHANNEL TYPE
MEIPT%==11 ;ILLEGAL POINT ROUTINE TYPE
MENXP%==12 ;NON-EXISTENT POINT NAME
MENXC%==13 ;NON-EXISTENT CHANNEL
MEPNA%==14 ;POINT NOT AVAILABLE
;STANDARD CHANNEL ARGUMENT BLOCK LOCATIONS
.MCFUN==0 ;UUO FUNCTION CODE
.MCCID==1 ;USER CHANNEL ID
.MCTYP==2 ;CHANNEL TYPE
.MCTYN==0 ;NULL CHANNEL
.MCTYD==1 ;DISPLAY CHANNEL
.MCTYT==2 ;TRACE CHANNEL
.MCSTS==3 ;CHANNEL STATUS
MC.STS==17777B12 ;STATUS MASK
MC.USA==1B1 ;USER SEGMENT ADDRESSED
.MCJOB==4 ;CHANNEL JOB NUMBER
;DISPLAY CHANNEL ARGS
.MCTCN==5 ;AVERAGING TIME CONSTANT
.MCPTR==6 ;DEPOSIT BYTE POINTER
;TRACE CHANNEL ARGS
.MCFLG==5 ;USER ADDRESS OF FLAG AND STATUS WORD
MC.WAK==1B0 ;ENABLED FOR WAKEUP
.MCBUF==6 ;USER ADDRESS OF TRACE BUFFER
.MCIOX==7 ;USER ADDRESS OF BUFFER INDEX
.MCCNT==10 ;USER ADDRESS OF WAKEUP COUNTER
.MCBFL==11 ;BUFFER LENGTH
;ARGUMENT BLOCK FOR METER. POINT FUNCTIONS
.MPFUN==0 ;UUO FUNCTION CODE
.MPAPP==1 ;NUM ARGS PER POINT IN LIST
.MPNUM==2 ;NUMBER OF POINTS IN LIST
.MPADR==3 ;ADDRESS OF POINT LIST
.MPERR==4 ;ADDRESS OF ERROR POINT
;ARG DISPLACEMENTS PER POINT IN POINT LIST
.MPNAM==0 ;POINT NAME
.MPPID==1 ;USER POINT ID
.MPPAR==2 ;POINT PARAMETER
.MPJOB==3 ;JOB NUMBER
.MPSTS==4 ;POINT STATUS
MP.STS==17777B12 ;POINT STATUS MASK
MP.ENB==1B0 ;POINT IS ENABLED
MP.USA==1B1 ;USER SEGMENT ADDRESSED
.MPPRT==5 ;POINT ROUTINE TYPE
.MPRN==00 ;NULL ROUTINE
.MPRV==01 ;INTRINSIC VALUE
.MPRT==02 ;TIME INTERVAL
.MPRVI==3 ;INTRINSIC VALUE+POINT ID
.MPRTI==4 ;TIME+POINT ID
.MPPRP==6 ;POINT ROUTINE PARAMETER
.MPCID==7 ;USER CHANNEL ID
SUBTTL MISC. I/O UUOS
;DEVCHR BITS
DV.DRI==1B0 ;DTA WITH DIRECTORY IN CORE
DV.DSK==1B1 ;DEVICE IS A FILE STRUCTURE
DV.CDR==1B2 ;IF DVOUT=1 DEVICE IS A CDP
; IF DVIN=1 DEVICE IS A CDR
DV.LPT==1B3 ;DEVICE IS A LINE PRINTER
DV.TTA==1B4 ;DEVICE IS A TTY CONTROLING A JOB
DV.TTU==1B5 ;TTY DDB IS IN USE
DV.TTB==1B6 ;FREE BIT LEFT FROM SCNSRF
DV.DIS==1B7 ;DEVICE IS A DISPLAY
DV.LNG==1B8 ;DEVICE HAS A LONG DISPATCH TABLE
DV.PTP==1B9 ;DEVICE IS A PAPER TAPE PUNCH
DV.PTR==1B10 ;DEVICE IS A PAPER TAPE READER
DV.DTA==1B11 ;DEVICE IS A DEC TAPE
DV.AVL==1B12 ;DEVICE IS AVAILABLE TO THIS JOB
DV.MTA==1B13 ;DEVICE IS A MAG TAPE
DV.TTY==1B14 ;DEVICE IS A TTY
DV.DIR==1B15 ;DEVICE HAS A DIRECTORY
DV.IN==1B16 ;DEVICE CAN DO INPUT
DV.OUT==1B17 ;DEVICE CAN DO OUTPUT
DV.ASC==1B18 ;DEVICE ASSIGNED BY ASSIGN COMMAND
DV.ASP==1B19 ;DEVICE ASSIGNED BY INIT OR OPEN UUO
DV.M17==1B20 ;DEVICE CAN DO MODE 17
DV.M16==1B21 ;DEVICE CAN DO MODE 16
DV.M15==1B22 ;DEVICE CAN DO MODE 15
DV.M14==1B23 ;DEVICE CAN DO MODE 14
DV.M13==1B24 ;DEVICE CAN DO MODE 13
DV.M12==1B25 ;DEVICE CAN DO MODE 12
DV.M11==1B26 ;DEVICE CAN DO MODE 11
DV.M10==1B27 ;DEVICE CAN DO MODE 10
DV.M7==1B28 ;DEVICE CAN DO MODE 7
DV.M6==1B29 ;DEVICE CAN DO MODE 6
DV.M5==1B30 ;DEVICE CAN DO MODE 5
DV.M4==1B31 ;DEVICE CAN DO MODE 4
DV.M3==1B32 ;DEVICE CAN DO MODE 3
DV.M2==1B33 ;DEVICE CAN DO MODE 2
DV.M1==1B34 ;DEVICE CAN DO MODE 1
DV.M0==1B35 ;DEVICE CAN DO MODE 0
;DEVTYP UUO CODES
;FIRST THE TYPE CODES
.TYDSK==0 ;DEVICE IS A DISK
.TYDTA==1 ;DEVICE IS A DEC TAPE
.TYMTA==2 ;DEVICE IS A MAG TAPE
.TYTTY==3 ;DEVICE IS A TTY
.TYPTR==4 ;DEVICE IS A PTR
.TYPTP==5 ;DEVICE IS A PTP
.TYDIS==6 ;DEVICE IS A DISPLAY
.TYLPT==7 ;DEVICE IS A LINE PRINTER
.TYCDR==10 ;DEVICE IS A CARD READER
.TYCDP==11 ;DEVICE IS A CARD PUNCH
.TYPTY==12 ;DEVICE IS A PTY
.TYPLT==13 ;DEVICE IS A PLOTTER
.TYEXT==14 ;EXTERNAL TASK (DA28C)
.TYMPX==15 ;MULTIPLEXOR
.TYPAR==16 ;PA611R ON DC44
.TYPCR==17 ;PC11(R) ON DC44
.TYPAP==20 ;PA611P ON DC44
.TYLPC==21 ;LPC-11 ON DC44
.TYPCP==22 ;PC-11(P) ON DC44
;NOW THE CHARACTERISTICS
TY.MAN==1B0 ;LOOKUP/ENTER IS REQUIRED
TY.AVL==1B12 ;DEVICE IS FREE
TY.SPL==1B13 ;DEVICE IS SPOOLED
TY.INT==1B14 ;DEVICE IS INTERACTIVE
TY.VAR==1B15 ;DEVICE HAS VARIABLE BUFFER SIZE
TY.IN==1B16 ;DEVICE CAN DO INPUT
TY.OUT==1B17 ;DEVICE CAN DO OUTPUT
TY.JOB==777B26 ;JOB NUMBER OWNING DEVICE
TY.RAS==1B29 ;RESTRICTED DEVICE
TY.DEV==77B35 ;DEVICE TYPE
;MTCHR. RESULTS
MT.AWC==777777B17 ;ACTUAL WORD COUNT
MT.CRC==777B26 ;CRC LAST READ
MT.NCR==7B29 ;NUMBER CHARACTERS READ IN LAST WORD
MT.7TR==1B31 ;7 TRACK
MT.WLK==1B32 ;WRITE LOCKED
MT.DEN==7B35 ;DENSITY
.MTDN2==1 ;200
.MTDN5==2 ;556
.MTDN8==3 ;800
.MTD16==4 ;1600
.MTRID==1 ;REEL ID
.MTWRD==2 ;WORDS READ
.MTWWT==3 ;WORDS WRITTEN
.MTSRE==4 ;SOFT READ ERRORS
.MTHRE==5 ;HARD READ ERRORS
.MTSWE==6 ;SOFT WRITE ERRORS
.MTHWE==7 ;HARD WRITE ERRORS
.MTTME==10 ;TOTAL MEDIA ERRORS
.MTTDE==11 ;TOTAL DEVICE ERRORS
.MTTUN==12 ;TOTAL UNLOADS
.MTNFB==13 ;NUMBER OF FILES FROM BOT
.MTNRF==14 ;NUMBER OF RECORDS FROM EOF
.MTICC==15 ;INITIAL ERROR CONI MTC
.MTICS==16 ;INITIAL ERROR CONI MTS
.MTFCC==17 ;FINAL ERROR CONI MTC
.MTFCS==20 ;FINAL ERROR CONI MTS
.MTTRY==21 ;RETRIES TO RESOLVE LAST ERROR
;WHERE UUO RESULTS
RM.SUP==17B17 ;STATION UP STATUS
.RMSUN==1 ;NOT IN CONTACT
.RMSUD==2 ;DOWN
.RMSUG==4 ;LOADING
.RMSUL==10 ;LOADED
RM.SDU==1B13 ;DIAL-UP
;CAL11. UUO
.C11FC==0 ;FUNCTION WORD
C1.1NO==777777B17 ;WHICH -11
C1.1FC==777777 ;WHICH FUNCTION
.C11DP==0 ;DEPOSIT FUNCTION
.C11EX==1 ;EXAMINE FUNCTION
.C11QU==2 ;QUEUE A REQUEST
.C11NM==3 ;RETURN NAME OF FRONT END PROG
.C11UP==4 ;RETURN 0 IF DOWN, 1 IF UP
.C11AD==1 ;ADDRESS OF EXAMINE/DEPOSIT
.C11CN==2 ;CONTENTS TO DEPOSIT
.C11EN==1 ;START OF QUEUE ENTRY
C11NP%==1 ;NOT PRIVILEGED
C11UF%==2 ;UNKNOWN FUNCTION
C11ND%==3 ;NOT DC76
C11IU%==4 ;EXAM/DEP IN USE
C11NA%==5 ;NO ANSWER TO EXAM/DEP
C11TS%==6 ;QUEUE ENTRY TOO SHORT
C11NE%==7 ;NOT ENOUGH ARGS
;GETLCH BITS
GL.ITY==1B0 ;INVISIBLE TTY (PTY)
GL.CTY==1B1 ;SYSTEM CTY
GL.DSP==1B2 ;DISPLAY CONSOLE
GL.DSL==1B3 ;DATASET DATA LINE
GL.HDP==1B5 ;HALF-DUPLEX
GL.REM==1B6 ;REMOTE TTY
GL.RBS==1B7 ;REMOTE BATCH TTY
GL.LIN==1B11 ;LINE HAS BEEN TYPED
GL.LCM==1B13 ;LOWER CASE MODE
GL.TAB==1B14 ;TABS
GL.LCP==1B15 ;LOCAL COPY
GL.PTM==1B16 ;PAPER TAPE MODE
;TRMOP. ERRORS
TOPRC%==1 ;PROTECTION CHECK
TORGB%==2 ;RANGE BAD
TOADB%==3 ;ADDRESS BAD
TOIMP%==4 ;IMPOSSIBLE
TODIL%==5 ;ERROR IN DIALLER
;TRMOP. FUNCTIONS
.TOSIP==1 ;SKIP IF INPUT PRESENT
.TOSOP==2 ;SKIP IF OUTPUT PRESENT
.TOCIB==3 ;CLEAR INPUT BUFFER
.TOCOB==4 ;CLEAR OUTPUT BUFFER
.TOOUC==5 ;OUTPUT CHARACTER
.TOOIC==6 ;OUTPUT IMAGE CHARACTER
.TOOUS==7 ;OUTPUT STRING
.TOINC==10 ;INPUT CHARACTER
.TOIIC==11 ;INPUT IMAGE CHARACTER
.TODSE==12 ;DATA SET ENABLE
.TODSC==13 ;DATA SET CALL
.TODSF==14 ;DATA SET OFF
.TORSC==15 ;RESCAN
.TOELE==16 ;SET ELEMENT
.TOEAB==17 ;ENABLE AUTO BAUD DETECT
.TOOIP==1000 ;OUTPUT IN PROGRESS
.TOCOM==1001 ;AT COMMAND LEVEL
.TOXON==1002 ;PAPER TAPE MODE
.TOLCT==1003 ;LOWER CASE TRANSLATE TO UPPER
.TOSLV==1004 ;SLAVE
.TOTAB==1005 ;ACCEPTS TABS
.TOFRM==1006 ;ACCEPTS FF AND LF
.TOLCP==1007 ;LOCAL COPY (NO ECHO)
.TONFC==1010 ;NO FREE CARRIAGE RETURN
.TOHPS==1011 ;HORIZONTAL POSITION
.TOWID==1012 ;WIDTH
.TOSND==1013 ;SEND ALLOWED (NO GAG)
.TOHLF==1014 ;HALF DUPLEX
.TORMT==1015 ;REMOTE NON-DATA SET
.TODIS==1016 ;DISPLAY CONSOLE
.TOFLC==1017 ;FILLER CLASS
.TOTAP==1020 ;PAPER TAPE ENABLED
.TOPAG==1021 ;PAGE COMMAND GIVEN
.TOSTP==1022 ;OUTPUT STOPPED (XOFF OR PAGE LIMIT)
.TOPSZ==1023 ;PAGE SIZE (HEIGHT IN LINES)
.TOPCT==1024 ;LINE COUNT IN PAGE
.TOBLK==1025 ;SUPPRESS BLANK LINES
.TOALT==1026 ;CONVERT ALTMODE (175,176) TO ESCAPE
.TOAPL==1027 ;APL MODE
.TORSP==1030 ;RECIEVE SPEED
.TOTSP==1031 ;TRANSMIT SPEED
.TODBK==1032 ;HAS DEBREAK
.TO274==1033 ;2741
.TOTDY==1034 ;TIDY MODE
.TOACR==1035 ;AUTO CRLF
.TORTC==1036 ;^R ^T COMPATIBLE MODE (DISABLED)
.TOSET==1000 ;OFFSET FROM GET TO SET
;BITS IN GETSTS AND SETSTS
IO.IMP==1B18 ;IMPROPER MODE -- SOFTWARE DETECTECTED ERROR
IO.DER==1B19 ;DEVICE ERROR
IO.DTE==1B20 ;DATA ERROR
IO.BKT==1B21 ;BLOCK TOO LARGE
IO.ERR==17B21 ;I/O ERROR BITS
IO.EOF==1B22 ;END OF FILE
IO.ACT==1B23 ;DEVICE IS ACTIVE
IO.D29==1B29 ;DEC029 MODE (CDP ONLY)
IO.SIM==1B29 ;SUPER-IMAGE MODE (CDR ONLY)
IO.WHD==1B29 ;WRITE DISK PACK HEADERS (DSK ONLY)
IO.SSD==1B28 ;SEMI-STANDARD MODE (DTA ONLY)
IO.NSD==1B29 ;NON-STANDARD MODE (DTA ONLY)
IO.SFF==1B29 ;SUPPRESS FORM FEEDS (LPT ONLY)
IO.BOT==1B24 ;BEGINNING OF TAPE (MAG TAPE ONLY)
IO.EOT==1B25 ;END OF TAPE (MAG TAPE ONLY)
IO.PAR==1B26 ;PARITY 1=EVEN 0=ODD (MAG TAPE ONLY)
IO.DEN==3B28 ;DENSITY 0-STD 1-200 2-556 3-800 (MAG TAPE ONLY)
IO.NRC==1B29 ;READ WITH NO REREAD CHECK (MAG TAPE ONLY)
IO.PTI==1B24 ;SUBJOB IN TTY INPUT WAIT (PTY ONLY)
IO.PTO==1B25 ;SUBJOB HAS TTY OUTPUT AVAILABLE (PTY ONLY)
IO.PTM==1B26 ;SUBJOB IS IN MONITOR MODE (PTY ONLY)
IO.TEC==1B27 ;TRUTH IN ECHOING MODE (TTY ONLY)
IO.SUP==1B28 ;SUPPRESS ECHOING (TTY ONLY)
IO.FCS==1B29 ;FULL CHARACTER SET (TTY ONLY) -- OBSOLETE SYMBOL
IO.LEM==1B29 ;LINE EDITOR MODE (TTY ONLY)
IO.SYN==1B30 ;SYNCRONOUS MODE I/O
IO.UWC==1B31 ;USE USER'S WORD COUNT
IO.MOD==17B35 ;DATA MODE
;I/O MODES
.IOASC==0 ;ASCII
.IOASL==1 ;ASCII LINE
.IOPIM==2 ;PACKED IMAGE MODE
.IOIMG==10 ;IMAGE
.IOIBN==13 ;IMAGE BINARY
.IOBIN==14 ;BINARY
.IOIDP==15 ;IMAGE DUMP
.IODPR==16 ;DUMP RECORDS
.IODMP==17 ;DUMP
;CLOSE BITS
CL.DAT==1B29 ;DELETE ACCESS TABLE FROM DISK DATA BASE
CL.RST==1B30 ;INHIBIT CREATING A NEW FILE (OR SUPERSEDING
; AN OLD ONE) ON OUTPUT CLOSE
CL.NMB==1B31 ;INHIBIT DELETING NAME BLOCK ON A
; CLOSE WITH ONLY A LOOKUP DONE
CL.ACS==1B32 ;INHIBIT UPDATING ACCESS DATE
CL.DLL==1B33 ;INHIBIT DEALLOCATION OF ALLOCATED
; BUT UNWRITTEN BLOCKS
CL.IN==1B34 ;INHIBIT CLOSING INPUT
CL.OUT==1B35 ;INHIBIT CLOSING OUTPUT
;OPEN BLOCK
.OPMOD==0 ;MODE, ETC.
.OPDEV==1 ;DEVICE NAME
.OPBUF==2 ;BUFFER HEADER ADDRESSES
;OPEN AND PHYSICAL BITS
UU.PHY==1B19 ;BIT 19 .NE. BIT 18 OF CALLI IMPLIES
; PHYSICAL DEVICE SEARCH
UU.PHS==1B0 ;SIGN BIT IN OPEN BLOCK IMPLIES PHYSICAL
; DEVICE SEARCH
UU.DEL==1B1 ;DISABLE ERROR LOGGING
UU.DER==1B2 ;DISABLE ERROR RETRY
UU.AIO==1B3 ;ASYNCHRONOUS I/O
UU.IBC==1B4 ;ENABLE INHIBITING OF BUFFER CLEAR
;BUFFER HEADER FORMATS
;BUFFER RING HEADER
;; !=======================================================!
;; !VR!I! !ADDRESS OF CURRENT BUFFER !
;; !-------------------------------------------------------!
;; ! BYTE POINTER TO DATA !
;; !-------------------------------------------------------!
;; ! BYTE COUNTER !
;; !=======================================================!
;; ! (MPX: ONLY) UNIVERSAL INDEX OF THIS DEVICE !
;; !=======================================================!
.BFADR==0 ;ADDRESS OF BUFFER RING
BF.VBR==1B0 ;VIRGIN BUFFER RING
BF.IBC==1B1 ;INHIBIT BUFFER CLEAR
.BFPTR==1 ;BYTE POINTER TO DATA
.BFCTR==2 ;ITEM BYTE COUNT
.BFUDX==3 ;UNIVERSAL DEVICE INDEX (MPX: ONLY)
;INDIVIDUAL BUFFER HEADER
;; !=======================================================!
;; ! ! FILE STATUS !
;; !-------------------------------------------------------!
;; !US! DATA SIZE ! NEXT BUFFER ADDRESS !
;; !-------------------------------------------------------!
;; ! (MPX:) UNIV.DEV. INDEX ! WORD COUNT !
;; !=======================================================!
;; / /
;; / /
;; ! DATA !
;; / /
;; / /
;; !=======================================================!
.BFSTS==0 ;FILE STATUS WORD
BF.STS==0,,-1 ;FILE STATUS THIS BUFFER
.BFHDR==1 ;BUFFER CONTROL THIS BUFFER
BF.IOU==1B0 ;BUFFER IN USE
BF.SIZ==377777B17 ;SIZE OF BUFFER
BF.NBA==777777 ;NEXT BUFFER ADDRESS
.BFCNT==2 ;WORD COUNT OF DATA (SOMEWHAT DEVICE DEPENDENT)
;MVHDR. UUO
MVHDR%==1 ;CHANNEL NOT OPEN
;CNECT. FUNCTIONS
.CNCCN==1 ;CONNECT DEVICE
.CNCDC==2 ;CLOSE AND DISCONNECT
.CNCDR==3 ;RESET AND DISCONNECT
;CNECT. ERRORS
CNCNM%==1 ;NOT MPX: CHANNEL
CNCUD%==2 ;UNKNOWN DEVICE
CNCCM%==3 ;CAN'T MULTIPLEX THIS DEVICE
CNCNF%==4 ;NO FREE STORAGE
CNCNC%==5 ;NOT CONNECTED
CNCNO%==6 ;CHANNEL NOT OPEN
CNCII%==7 ;INVALID UNIVERSAL DEVICE INDEX
CNCUF%==10 ;UNKNOWN FUNCTION
CNCDU%==11 ;DEVICE UNAVAILABLE
CNCSD%==12 ;SPOOLED DEVICE
;SENSE. SUB-BLOCK
.SNSDV==0 ;DEVICE NAME IN SIXBIT
.SNSST==1 ;GETSTS
.SNSDS==2 ;DEVSTS
;SENSE. ERRORS
SNSBD%==1 ;BAD DEVICE
;ERLST. ERRORS
ERLBC%==1 ;BAD CHANNEL
ERLNM%==2 ;NOT MPX: CHANNEL
;CLRST. BLOCK
.CLRSX==0 ;UDX
.CLRST==1 ;SETSTS
;CLRST. ERRORS
CLRID%==1 ;ILLEGAL DEVICE
CLRNO%==2 ;NOT OWN DEVICE
;DEVLNM ERRORS
DVLNX%==-1 ;NON-EXISTENT DEVICE
DVLIU%==-2 ;LOGICAL NAME IN USE
DVLNA%==-3 ;DEVICE NOT ASSIGNED OR OPEN
;DEVSIZ ERRORS
DVSDM%==0 ;DUMP MODE
DVSNX%==-1 ;NON-EXISTENT DEVICE
DVSIM%==-2 ;ILLEGAL MODE
;MTAID. ERRORS
MTINX%==-1 ;DEVICE DOES NOT EXIST OR NOT A MAG TAPE
MTINA%==-2 ;DEVICE IS NOT AVAILABLE TO THIS JOB
;HARDWARE CHANNEL DATA BLOCK WORDS
.CNBSY==0 ;BUSY IF POSITIVE
.CNSYS==1 ;LH=ADDRESS OF NEXT BLOCK
.CNLUE==1 ;RH=ADDRESS OF UNIT WITH LAST ERROR
.CNICW==2 ;INITIAL C.W. ON LAST ERROR
.CNFCW==3 ;FINAL C.W. ON LAST ERROR
.CNCW2==4 ;COMMAND WORD-2 OF ERROR
.CNCW1==5 ;-1
.CNCW0==6 ;-0
.CNDW2==7 ;DATA WORD-2
.CNDW1==10 ;DATA WORD-1
.CNDW0==11 ;DATA WORD-0
.CNMPE==12 ;NO. CHANNEL MEMORY PARITY ERRORS
.CNDPE==13 ;NO. DATA PARITY ERRORS
.CNNXM==14 ;NO. CHANNEL NXM
.CNCSR==15 ;LH=BITS TO REQUEST CPU SWEEP OF CORE
.CNLDE==15 ;RH=LAST DDB ADDR
.CNCBL==16 ;LENGTH OF DATA BLOCK
SUBTTL DISK UUOS
;DSKCHR STATUS BITS
;; !=======================================================================!
;; !R!O!H!S!A!Z! !STS!M!N!L! ! TYP ! DCN ! CNT-TYP ! CNN ! UNT ! UNN !
;; !=======================================================================!
DC.RHB==1B0 ;READ HOME BLOCK
DC.OFL==1B1 ;UNIT IS OFF-LINE
DC.HWP==1B2 ;HARDWARE WRITE PROTECT
DC.SWP==1B3 ;SOFTWARE WRITE PROTECT
DC.SAF==1B4 ;SINGLE ACCESS FILE STRUCTURE
DC.ZMT==1B5 ;ZERO MOUNT COUNT
DC.STS==3B8 ;UNIT STATUS
.DCSTP==0 ;PACK IS MOUNTED
.DCSTN==2 ;NO PACK IS MOUNTED
.DCSTD==3 ;UNIT IS DOWN
DC.MSB==1B9 ;MULTIPLE SAT BLOCKS
DC.NNA==1B10 ;NO NEW ACCESSES
DC.AWL==1B11 ;WRITE LOCKED FOR ALL JOBS
DC.TYP==7B17 ;TYPE OF ARGUMENT
.DCTDS==0 ;GENERIC DSK
.DCTAB==1 ;SUBSET DUE TO ABBREVIATIONS
.DCTFS==2 ;FILE STRUCTURE NAME
.DCTUF==3 ;UNIT WITHIN F/S
.DCTCN==4 ;CONTROLLER CLASS NAME
.DCTCC==5 ;CONTROLLER CLASS
.DCTPU==6 ;PHYSICAL UNIT
DC.DCN==7B20 ;DATA CHANNEL NUMBER
DC.CNT==77B26 ;CONTROLLER TYPE
.DCCFH==1 ;RC-10
.DCCDP==2 ;RP-10
DC.CNN==7B29 ;CONTROLLER NUMBER
DC.UNT==7B32 ;UNIT TYPE
.DCUFD==0 ;RD-10
.DCUFM==1 ;RM-10B
.DCUD2==1 ;RP02
.DCUD3==2 ;RP03
DC.UNN==7B35 ;PHYSICAL UNIT NUMBER
;DSKCHR LOCATIONS
.DCNAM==0 ;ARGUMENT NAME
.DCUFT==1 ;LOGGED IN BLOCKS REMAINING
DC.NPA==1B0 ;NO PREVIOUS ACCESS
.DCFCT==2 ;PHYSICAL FCFS BLOCKS REMAINING
.DCUNT==3 ;PHYSICAL UNIT BLOCKS REMAINING
.DCSNM==4 ;STRUCTURE NAME
.DCUCH==5 ;CHARACTERISTIC SIZES
DC.UCC==777B8 ;BLOCKS/CLUSTER
DC.UCT==777B17 ;BLOCKS/TRACK
DC.UCY==777777 ;BLOCKS/CYLINDER
.DCUSZ==6 ;UNIT SIZE IN BLOCKS
.DCSMT==7 ;STRUCTURE MOUNT COUNT
.DCWPS==10 ;WORDS/SAT
.DCSPU==11 ;SATS/UNIT
.DCK4S==12 ;K FOR SWAPPING
.DCSAJ==13 ;SINGLE ACCESS JOB
.DCULN==14 ;UNIT LOGICAL NAME
.DCUPN==15 ;UNIT PHYSICAL NAME
.DCUID==16 ;UNIT ID
.DCUFS==17 ;UNIT FIRST BLOCK FOR SWAPPING
;FUNCTIONS FOR CHKACC UUO
.ACCPR==0 ;CHANGE PROTECTION
.ACREN==1 ;RENAME
.ACWRI==2 ;WRITE
.ACUPD==3 ;UPDATE
.ACAPP==4 ;APPEND
.ACRED==5 ;READ
.ACEXO==6 ;EXECUTE
.ACCRE==7 ;CREATE
.ACSRC==10 ;SEARCH DIRECTORY
;FUNCTIONS FOR DISK. UUO
.DUPRI==0 ;SET PRIORITY
;DISK. ERRORS
DUILF%==-1 ;ILLEGAL FUNCTION
DUILP%==-2 ;ILLEGAL PRIORITY
;JOBSTR UUO
.DFJNM==0 ;STR NAME
.DFJDR==1 ;DIRECTORY
.DFJST==2 ;STATUS
DF.SWL==1B0 ;WRITE LOCKED
DF.SNC==1B1 ;NO CREATE
;GOBSTR UUO
.DFGJN==0 ;JOB NUMBER
.DFGPP==1 ;JOB P,PN
.DFGNM==2 ;STR NAME
.DFGDR==3 ;DIRECTORY
.DFGST==4 ;STATUS (SAME AS .DFJST)
;GOBSTR ERRORS
DFGIF%==3 ;ILLEGAL STR
DFGPP%==6 ;INCORRECT PPN
DFGNP%==10 ;NOT PRIV.
DFGLN%==12 ;INCORRECT LENGTH
;SUSET. UUO
SU.SOT==1B1 ;OUTPUT
SU.SMN==1B2 ;MAINTENANCE CYLINDER
SU.SCH==17B12 ;CHANNEL
SU.SBL==37,,777777 ;BLOCK NUMBER
;SUSET. ERRORS
SUSNP%==-1 ;NOT PRIVILEGED
;PATH UUO AND ARRAY IN LOOKUP/ENTER
.PTFCN==0 ;JOB #,,FUNCTION OR ARGUMENT CHANNEL OR DEVICE
.PTFRD==-1 ;READ DEFAULT
.PTFSD==-2 ;SET DEFAULT PATH
.PTFSL==-3 ;SET LIB, NEW, SYS
.PTFRL==-4 ;READ LIB, NEW, SYS
.PTSTR==0 ;ANSWER HAS STR NAME
.PTSWT==1 ;SWITCHES AND FLAGS
PT.SLT==7B29 ;TYPE OF SEARCH LIST
.PTSLJ==1 ;JOB
.PTSLA==2 ;ALL
.PTSLS==3 ;SYS
PT.IPP==1B30 ;IMPLIED PPN (FORCED)
PT.LIB==1B31 ;/LIB
PT.SYS==1B32 ;/SYS
PT.NEW==1B33 ;/NEW
PT.SCN==3B35 ;SCAN SWITCH
.PTSCN==1 ;NO (OFF)
.PTSCY==2 ;YES (ON)
PT.SNW==1B34 ;/NEW ON .PTFSL/.PTFRL
PT.SSY==1B35 ;/SYS ON .PTFSL/.PTFRL
.PTPPN==2 ;PPN (UFD) OF PATH
.PTMAX==11 ;LAST POSSIBLE 0 AFTER LAST SFD +1
;(IE, LENGTH OF PATH BLOCK)
;STRUUO FUNCTIONS
.FSSRC==0 ;UPDATE THIS SEARCH LIST (SEE .DFJXX)
.FSDSL==1 ;UPDATE SYSTEM/JOB SEARCH LIST
.FSDJN==1 ;JOB# (0=SYS)
.FSDPP==2 ;PPN
.FSDFL==3 ;FLAGS
DF.SRM==1B35 ;REMOVE FROM S/L COMPLETELY
.FSDEF==2 ;DEFINE NEW F/S
.FSNST==1 ;POINTER TO STR PARAMS
.FSNUN==2 ;FIRST POINTER TO UNIT PARAMS
;STR PARAM BLOCK
.FSSNM==0 ;NAME OF STRUCTURE
.FSSNU==1 ;NUMBER OF UNITS
.FSSHL==2 ;HIGHEST LOGICAL BLOCK
.FSSSZ==3 ;SIZE OF STR
.FSSRQ==4 ;RESERVED QUOTA
.FSSRF==5 ;RESERVED FREE
.FSSTL==6 ;TALLY OF FCFS FREE
.FSSOD==7 ;BLOCKS FOR OVERDRAW
.FSSMP==10 ;MFD FIRST RETRIEVAL POINTER
.FSSML==11 ;-1 IF .FSSMP IS ONLY POINTER
.FSSUN==12 ;MFD UNIT
.FSSTR==13 ;NUMBER OF RETRIES ON ERROR
.FSSBU==14 ;LARGEST BLOCK ON UNIT
.FSSBC==15 ;BLOCKS PER SUPER-CLUSTER
.FSSSU==16 ;SUPER-CLUSTERS PER UNIT
.FSSIG==17 ;(IGNORED)
.FSSCC==20 ;BYTE POINTER TO CLUSTER COUNT
.FSSCK==21 ;BYTE POINTER TO CHECKSUM
.FSSCA==22 ;BYTE POINTER TO CLUSTER ADDRESS
;UNIT DATA BLOCK
.FSUNM==0 ;UNIT NAME
.FSUID==1 ;PACK ID
.FSULN==2 ;LOGICAL NAME
.FSULU==3 ;NUMBER WITHIN STR
.FSUDS==4 ;STATUS BITS
FS.UWL==1B0 ;SOFTWARE WRITE-LOCK
FS.USA==1B1 ;SINGLE ACCESS
.FSUGP==5 ;NUMBER BLOCKS TO ALLOCATE
.FSUTL==6 ;FREE BLOCK TALLY
.FSUBC==7 ;BLOCKS PER CLUSTER
.FSUCS==10 ;CLUSTERS PER SAT
.FSUWS==11 ;WORDS PER SAT
.FSUSC==12 ;SATS IN CORE
.FSUSU==13 ;SATS PER UNIT
.FSUSP==14 ;POINTER TO SPT TABLE
;(CONT.) OF STRUUO FUNCTIONS
.FSRDF==3 ;CHANGE F/S STATUS
.FSRJN==1 ;JOB NUMBER
.FSRPP==2 ;JOB P,PN
.FSRNM==3 ;STR NAME
.FSRST==4 ;NEW STATUS
FS.RWL==1B0 ;WRITE LOCK ALL USERS
FS.RSA==1B1 ;SINGLE ACCESS
.FSLOK==4 ;LOCK F/S
.FSREM==5 ;REMOVE F/S
.FSULK==6 ;TEST/SET UFD INTERLOCK
.FSUCL==7 ;CLEAR UFD INTERLOCK
.FSETS==10 ;SIMULATE ERROR
.FSEUN==1 ;UNIT
.FSEGT==2 ;NUMBER OF TRANSFERS BEFORE ERROR
.FSEDB==3 ;NUMBER OF DATAI'S TO RUIN
.FSEDO==4 ;OR TO DATAI
.FSEDA==5 ;ANDCAM TO DATAI
.FSECB==6 ;NUMBER OF CONI'S TO RUIN
.FSECO==7 ;OR TO CONI
.FSECA==10 ;ANDCAM TO CONI
;STRUUO ERRORS
FSILF%==0 ;ILLEGAL FUNCTION CODE
FSSNF%==1 ;STR NOT FOUND
FSSSA%==2 ;STR IS SINGLE ACCESS
FSILE%==3 ;ILLEGAL ENTRY IN LIST
FSTME%==4 ;TOO MANY ENTRIES IN S/L
FSUNA%==5 ;UNIT NOT AVAILABLE
FSPPN%==6 ;PPN DOES NOT MATCH
FSMCN%==7 ;MOUNT COUNT GREATER THAN ONE
FSNPV%==10 ;NOT PRIVILEGED USER
FSFSA%==11 ;STRUCTURE ALREADY EXISTS
FSILL%==12 ;ILLEGAL ARGUMENT LIST LENGTH
FSUNC%==13 ;UNABLE TO COMPLETE UUO
FSNFS%==14 ;SYSTEM FULL OF STRS
FSNCS%==15 ;INSUFFICIENT FREE CORE FOR DATA BLOCKS
FSUNF%==16 ;ILLEGAL UNIT
FSRSL%==17 ;STR REPEATED IN S/L
;DEFINE RIB LOCATIONS (IE, INDEX IN EXTENDED LOOKUP/ENTER BLOCK)
.RBCNT==0 ;COUNT OF ARGS FOLLOWING
RB.NSE==1B18 ;(ENTER ONLY) NON-SUPERSEDING ENTER
.RBPPN==1 ;DIRECTORY NAME OR POINTER
.RBNAM==2 ;FILENAME
.RBEXT==3 ;EXTENSION, ACCESS DATE, ERROR CODE
RB.CRX==7B20 ;EXTENSION OF RB.CRD
RB.ACD==77777 ;ACCESS DATE
.RBPRV==4 ;PRIVILEGE, MODE, CREATION TIME AND DATE
RB.PRV==777B8 ;PRIVILEGE
RB.MOD==17B12 ;MODE
RB.CRT==3777B23 ;CREATION TIME
RB.CRD==7777B35 ;CREATION DATE
.RBSIZ==5 ;LENGTH
.RBVER==6 ;VERSION
.RBSPL==7 ;SPOOLED FILE NAME
.RBEST==10 ;ESTIMATED LENGTH
.RBALC==11 ;ALLOCATION
.RBPOS==12 ;POSITION TO ALLOCATE
.RBFT1==13 ;DEC NON-PRIV. FUTURE ARG
.RBNCA==14 ;NON-PRIV. CUSTOMER ARG
.RBMTA==15 ;TAPE LABEL
.RBDEV==16 ;LOGICAL UNIT NAME
.RBSTS==17 ;FILE STATUS BITS
RP.LOG==1B0 ;LOGGED IN
RP.UCE==1B9 ;CHECKSUM ERROR
RP.UWE==1B10 ;WRITE ERROR
RP.URE==1B11 ;READ ERROR
RP.UER==7B11 ;ALL UFD ERRORS
RP.DIR==1B18 ;DIRECTORY
RP.NDL==1B19 ;NO DELETES
RP.NFS==1B21 ;DON'T FAILSAFE
RP.ABC==1B22 ;ALWAYS BAD CHECKSUM
RP.NQC==1B25 ;NON-QUOTA CHECKED FILE
RP.CMP==1B26 ;UFD COMPRESSING
RP.FCE==1B27 ;CHECKSUM ERROR
RP.FWE==1B28 ;WRITE ERROR
RP.FRE==1B29 ;READ ERROR
RP.BFA==1B32 ;BAD BY FAILSA RESTORE
RP.CRH==1B33 ;CLOSED AFTER CRASH
RP.BDA==1B35 ;BAD BY DAMAGE ASSESSMENT
RP.ERR==715 ;ALL FILE ERRORS
.RBELB==20 ;ERROR LOGICAL BLOCK
.RBEUN==21 ;ERROR UNIT AND LENGTH
.RBQTF==22 ;FCFS LOGGED-IN QUOTA
.RBQTO==23 ;LOGGED-OUT QUOTA
.RBQTR==24 ;RESERVED QUOTA
.RBUSD==25 ;BLOCK IN USE
.RBAUT==26 ;AUTHOR
.RBNXT==27 ;CONTINUED STR
.RBPRD==30 ;PREDECESSOR STR
.RBPCA==31 ;PRIV. CUSTOMER ARG
.RBUFD==32 ;POINTER BACK TO UFD
.RBFLR==33 ;RELATIVE BLOCK IN FILE COVERED BY THIS RIB
.RBXRA==34 ;POINTER TO NEXT RIB IN CHAIN
.RBTIM==35 ;CREATION DATE,,TIME IN INTERNAL SYSTEM FORMAT
;LOOKUP/ENTER/RENAME/GETSEG/RUN ERROR CODES
ERFNF%==0 ;FILE NOT FOUND
ERIPP%==1 ;INCORRECT PPN
ERPRT%==2 ;PROTECTION FAILURE
ERFBM%==3 ;FILE BEING MODIFIED
ERAEF%==4 ;ALREADY EXISTING FILE NAME
ERISU%==5 ;ILLEGAL SEQUENCE OF UUOS
ERTRN%==6 ;TRANSMISSION ERROR
ERNSF%==7 ;NOT A SAVE FILE
ERNEC%==10 ;NOT ENOUGH CORE
ERDNA%==11 ;DEVICE NOT AVAILABLE
ERNSD%==12 ;NO SUCH DEVICE
ERILU%==13 ;ILLEGAL UUO
ERNRM%==14 ;NO ROOM
ERWLK%==15 ;WRITE-LOCKED
ERNET%==16 ;NOT ENOUGH TABLE SPACE
ERPOA%==17 ;PATIAL ALLOCATION
ERBNF%==20 ;BLOCK NOT FREE
ERCSD%==21 ;CAN'T SUPERSEDE A DIRECTORY
ERDNE%==22 ;CAN'T DELETE NON-EMPTY DIRECTORY
ERSNF%==23 ;SFD NOT FOUND
ERSLE%==24 ;SEARCH LIST EMPTY
ERLVL%==25 ;SFD NEST LEVEL TOO DEEP
ERNCE%==26 ;NO-CREATE FOR ALL S/L
ERSNS%==27 ;SEGMENT NOT ON SWAP SPACE
ERFCU%==30 ;CAN'T UPDATE FILE
ERLOH%==31 ;LOW SEG OVERLAPS HI SEG (GETSEG)
ERNLI%==32 ;NOT LOGGED IN (RUN)
;FILE PROTECTION CODES
.PTCPR==0 ;CHANGE PROTECTION
.PTREN==1 ;RENAME
.PTWRI==2 ;WRITE
.PTUPD==3 ;UPDATE
.PTAPP==4 ;APPEND
.PTRED==5 ;READ
.PTEXO==6 ;EXECUTE
.PTNON==7 ;NO-ACCESS
;DIRECTORY PROTECTION CODES
PT.LOK==4 ;ALLOW LOOKUPS
PT.CRE==2 ;ALLOW CREATES
PT.SRC==1 ;SEARCH DIRECTORY
SUBTTL
.XCREF
%%UUOS==<VRSN. (UUO)>
PURGE UUOWHO,UUOVER,UUOMIN,UUOEDT,%%MACT,CALLI,MTAPE,TTCALL
IFDEF %..C,< %%C==%%UUOS >
IF1,< ASUPPRESS>
IFNDEF %..C,<PURGE VRSN.
END> ;END UNIVERSAL OF UUOSYM
IFDEF %.C,<IFLE %.C+2,<
IF2,<PURGE %.C,%..C>
END>> ;BIND OFF TO GET CLEAN LISTING
.CREF
LIST