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TV FOROTS Fortran object time system,10(4174)
;COPYRIGHT (C) DIGITAL EQUIPMENT CORPORATION 1981, 1985
;ALL RIGHTS RESERVED.
;
;THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
;ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE
;INCLUSION OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER
;COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY
;OTHER PERSON. NO TITLE TO AND OWNERSHIP OF THE SOFTWARE IS HEREBY
;TRANSFERRED.
;THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT NOTICE
;AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
;CORPORATION.
;DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
;SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY DIGITAL.
COMMENT \
***** Begin Revision History *****
FOROTS revision history moved to FORHST
***** Begin Version 7 *****
3005 AHM 28-Oct-81
Make %SAVE relocate arg block AC references properly by changing
"1,,ACn" produced by XMOVEI 0,@[IFIW ACn] into plain old "ACn".
3012 JLC 4-Nov-81
Total rework of I/O argument copier. Resolves all AC, immediate,
and indexed args. New list looks like the one that will hopefully
eventually come from the compiler.
3016 JLC 9-Nov-81
Modified new copied list so it's not quite like it will be -
immediate-mode zeroes now transformed to pointers to zero
words, no type bits turned on.
3026 JLC 24-Nov-81
In %FSAVE, leave the arg pntr alone so that FUNCT calls,
which now call it instead of %SAVE, will not have a
junk copied arg pntr.
3033 AHM 14-Dec-81
Check for indexing and indirection in %SAVE when checking for AC
references so that an address field in an argument of the form
<small_integer>(<index_register>) is not relocated to U.ACS
3035 JLC 5-Feb-82
Rework arg copier again. Install more locs at BEGZER which
must be cleared on RESET. Set reread unit to point to itself,
as 0 is a legal unit number.
3056 JLC 23-Mar-82
Implement new lowseg/hiseg dispatch. Remove %FSAVE and AC
copying in %SAVE, as AC copying is done in the lowseg.
3101 JLC 5-Apr-82
Fix passing of address of user's ACs, was being deposited
(ill mem ref) before data pages were created. Now passed in
F instead of T1.
3102 JLC 7-Apr-82
Slightly modify passing of return address of RESET. call -
PDL is now in the lowseg.
3103 JLC 8-Apr-82
More minor changes to lowseg/hiseg interface. Setup of
stack is now done totally in FORINI.
3105 JLC 9-Apr-82
Fix to get correct start address for TRACE.
3107 JLC 12-Apr-82
Fix FOROTS not to allow PA1050, RESET% was in the wrong
place (after SCVEC%), so it reset the monitor to allow
PA1050.
3110 JLC 14-Apr-82
Undo edit 3107 - it was a release 5 monitor bug.
3122 JLC 28-May-82
Added some new globals for errors. Initialize error tables.
3124 AHM 1-Jun-82
Added a .ORG to the place that initializes the version number
for Tops-10 in order to remove a RELOC that might confuse
MACRO when assembling with psects.
3125 JLC 3-Jun-82
Moved the AC save routine back to the hiseg.
3131 JLC 11-Jun-82
Make elapsed time calc more accurate.
3136 JLC 26-Jun-82
Support work for performance improvement. Moved %OVNUM to here.
3140 JLC 2-Jul-82
Remove edit 3124, as it was making FOROTS.MAC not assemble.
Instead, put LOC 137 and RELOC in IFE FTPSCT.
3146 AHM 8-Jul-82
Put the RESET% following the call to %MEMINI under IF20 so
that we can build on the -10.
3150 JLC 13-Jul-82
Move clearing of BEGZER variables, so they won't be cleared
after they are set up.
3161 JLC 18-Jul-82
Get initial CCOC words for .PRIIN so we can avoid using
incorrect ones later. Eliminate DIFACS, as the user's ACs
are stored in FOROTS' section forevermore.
3165 JLC 28-Aug-82
Added a new trap table for FORDDT breaks on FOROTS errors.
3167 JLC 31-Aug-82
Removed %SPEOL, as it accomplished nothing.
3176 JLC 9-Sep-82
Install disk quota exceeded trap. Fix CCOC words yet again.
3200 JLC 24-Sep-82
Install the hooks (%DBMAD and %SRTAD) for marking the pages
used by SORT and DBMS in the FORMEM page table.
3202 JLC 26-Oct-82
Move %SRTAD and %DBMAD to their respective own modules.
3212 JLC 11-Nov-82
Fix CCOC handling logic - only change CCOC words when we
are about to do TTY output, then restore them to just
previous to the output.
3216 JLC 16-Nov-82
Fix XSIR JSYS so it's pointing to a block of 30-bit
addresses, rather than using a literal (which are,
of course, 18-bit addresses). Also, always use XSIR
whether or not we are in section 0.
3221 JLC 18-Nov-82
Create the block for edit 3216...
3223 JLC 22-Nov-82
Fix code for large I/O lists.
3225 JLC 24-Nov-82
Install new entry point for AC saves for IOLST and FIN only.
Change the standard one (%SAVAC) to check for I/O within
I/O. Change the CCOC words to output nulls as nulls.
3226 JLC 29-Nov-82
Clear existence of DBMS in init code (only relevant on -20).
3231 JLC 14-Dec-82
Remove customer warning about transfer-table mismatch.
3240 JLC 20-Dec-82
Fix TOOMNY call to POPT, was causing arg pntr skew.
3245 JLC 5-Jan-83
Remove %DBMAD.
3246 JLC 5-Jan-83
Change name of FOROT% to %FRSLOAD.
3253 JLC 13-Jan-83
Change %FRSLOAD to %FRSLO.
***** End V7 Development *****
3267 JLC 11-Feb-83
Change test so that an I/O list which contains more than
128 elements and one or more of them are subscripted array
references, retrieves or stores the data correctly.
3354 TGS 3-Oct-83 SPR:NONE
Move setup of DBMS entry vector from FORINI to here. Store
FUNCT address in .JBBLT+2 as well as .JBBLT.
3360 TGS 17-Oct-83 SPR:20-19540
Since both FORLIB and LIBOL define DBSTP. as a global symbol
for DBMS calls, producing a LNKMDS error, change it to D.BSTP.
***** Begin Version 10 *****
4000 JLC 22-Feb-83
Autopatch for the big arg copier. Performance enhancements.
4006 JLC 28-Feb-83
FOROT7 becomes FORO10.
4014 JLC 20-Jun-83
Add new CCOC words for image-mode TTY I/O.
4023 JLC 29-Jun-83
Remove all traces of FTSHR. Use [F.TOP] as a flag whether using
/OTS:NONSHARE.
4025 JLC 1-Jul-83
Add passing of user subroutine address for library traps.
4044 JLC 19-Sep-83
Added global variables for memory manager debugger, and made
the FUNCT. arg block global.
4045 JLC 3-Oct-83
Removed unnecessary code from arg copier.
4052 JLC 12-Oct-83
Removed unnecessary instructions from arg copier.
4053 JLC 18-Oct-83
Removed setup of AOBJN arg pointer.
4061 JLC 4-Nov-83
Create new variable %ERIOS for deferred setup of IOSTAT
variable.
4062 JLC 7-Nov-83
Reinsert "extraneous" code in arg copier - it was not
extraneous.
4064 JLC 14-Nov-83
Fix %OVNUM so that if format is not contained in overlay
structure it will get zero for the overlay number, rather
than the largest overlay number which happens to be in
core at the time.
4065 JLC 6-Dec-83
Setup variables %STRTP and %ENDP for memory allocation.
Eliminate FT20UUO code, which is replaced by PA1050
subroutine in FORMSC, since it didn't work very well.
Eliminate setup of TT.DES, as it was incorrect to
do it here.
4066 JLC 11-Jan-84
Move code to set up error handing system, as some errors
could happen before it was initialized. Move some code
around to make it more maintainable.
4072 JLC 24-Jan-84
New lowseg/hiseg value-passing mechanism.
4073 JLC 26-Jan-84
Create a new flag %FLGB which is the logical .AND.
of %FLGVX and %FLG77.
4102 JLC 17-Feb-84
Change the compatibility flags.
4106 JLC 2-Mar-84
Fix compatibility index calculation.
4111 JLC 16-Mar-84
Move the transfer vector table to FORBOT, so that it does not
appear in /OTS:NONSHARE.
4122 JLC 2-May-84
A whole raft of changes to make the TOPS-10 and TOPS-20
DDB databases the same.
4123 JLC 5-May-84
Fix JOBSTR UUO call.
4126 CDM 11-May-84
Update copyright notice for ots image in FOROTS.MAC.
4131 JLC 12-Jun-84
Add an non-skip memory full return for %GTBLK.
4152 JLC 24-Sep-84
Add %SVCNV, a routine to translate IOWD or symbol vector into
address and length, as a separate module at the end of this
file.
4153 JLC 27-Sep-84
Fix start-address recording problem introduced by edit 4152,
by adding the address of a location containing the start
address to the initialization argument block, along with
an arg count. Avoid breaking old (alpha site) V10 EXE files
by checking for the existence of an arg count, and doing it
the old way if none.
4155 JLC 2-Oct-84
Removed %SVCNV from this module, as it has to be after all of
its references.
4156 JLC 23-Oct-84
Set %UDBAD to -1 in %SAVAC so that it is really a flag
of whether I/O is in progress.
4174 JLC 9-Jan-85
Move code so that %LEVTB does not get cleared after it
is set up.
***** End V10 Development *****
***** End Revision History *****
\
INTERN D.BSTP,%LALAD,%FLIDX
INTERN %ISAVE,%SAVAC,%CPARG,%SAVIO,%PSINI
INTERN %CRLF,%HALT,%MSLJ,%MSPAD,%OVNUM
INTERN %STADD,%MSLVL,%NARGN,%FTAST,%FTSLB,%TRFLG,%SPFLG,%BZFLG
INTERN %DDBTAB,%EDDB,U.RERD,%UDBAD,%QUIET,%ABFLG,%FAREA,%FSECT
INTERN AU.ACS,%ERRCT,%ERRLM,%ERRSB,%ERRSZ,%ERRBK,%NAMLN,%EXCHN
INTERN %OCCOC,%OCLIT,%CCMSK,%OVPRG,%BLCNT,%PGCNT,%CPBLK,%SVFMT
INTERN %MMDEB,ILLEG.
INTERN %FNBLK,%FCODE,%FSTAT,%FARG1,%FARG2,%FARG3
INTERN %JIBLK,%CHMSK
EXTERN %MEMINI,%ERINI,%TRPINI,%VER,%DFERR,%FUNCX,FUNCT.
EXTERN %ABORT,%IONAM
EXTERN %GTBLK,%FREBLK,%ERNM1,%ERNM2,%ERIOS,%PUSHT,%POPT,%POPJ1
EXTERN F.BOT,F.TOP,F.BHS
EXTERN %STRTP,%ENDP
SEGMENT CODE
SUBTTL INIT. INITIALIZATION
FENTRY (INIT)
IF10,<
RESET ;RESET I/O, RESET .JBFF
> ;IF10
IF20,<
RESET% ;RESET I/O
HLRZ T1,.JBSA ;RESET .JBFF
MOVEM T1,.JBFF
>
PUSHJ P,MAKDP ;CREATE DATA PAGES
MOVE T1,[JRST FUNCT.] ;[3354] SETUP JUMP TO FUNCT.
MOVEM T1,.JBBLT ;[3354] WHERE DBMS CAN USE IT
MOVEM T1,.JBBLT+2 ;[3354] HERE ALSO IF PA1050 BLAMS .JBBLT
XMOVEI T1,@FDBS(L) ;GET ADDRESS OF DBSTP$
MOVEM T1,D.BSTP ;SAVE IT
XMOVEI T1,@FLAL(L) ;GET ADDR OF LIBRARY ERROR ARG LIST
MOVEM T1,%LALAD ;SAVE IT
SETZ T1, ;SET NO COMPATIBILITY FLAGGING
SKIPE @FLGVX(L) ;VAX FLAGGING?
ADDI T1,VAXIDX ;YES. ADD IN VAX INCOMP INDEX
SKIPE @FLG77(L) ;ANSI-77 FLAGGING?
ADDI T1,ANSIDX ;SET. ADD IN ANSI-77 FLAG
MOVEM T1,%FLIDX ;SAVE IN INCOMP FLAGGING INDEX
MOVE T1,-1(L) ;[4153] GET ARG COUNT
TRNN T1,-1 ;[4153] IS IT AN ARG COUNT?
JRST GOSTAD ;[4153] YES. GO GET START ADDRESS' ADDRESS
XMOVEI T1,@(P) ;[4153] GET ADDRESS+1 OF JSP
SUBI T1,2 ;[4153] POINT TO RESET CALL
MOVEM T1,INDSTA ;[4153] SAVE IT FOR TRACEBACK
XMOVEI T1,INDSTA ;[4153] NOW GET ITS ADDRESS
MOVEM T1,%STADD ;[4153] SAVE IT
JRST GFSEC ;[4153] JOIN COMMON CODE
GOSTAD: XMOVEI T1,@FSTAD(L) ;[4153] GET ADDRESS OF START ADDRESS
MOVEM T1,%STADD ;[4153] SAVE IT
GFSEC: SETZM BEGZER ;[4174] CLEAR DATA THAT MUST BE ZERO ON RESTART
MOVE T1,[BEGZER,,BEGZER+1] ;[4174]
BLT T1,ENDZER ;[4174]
XMOVEI T1,. ;GET EXTENDED ADDR
HLLZM T1,%FSECT ;STORE FOROTS' SECTION NUMBER
XMOVEI T1,UACS ;FROM NOW ON
MOVEM T1,AU.ACS ;USER'S ACS ARE IN FOROTS DATA AREA
MOVEI T1,STARTP ;SETUP START AND TOP PAGE NUMBERS
MOVEM T1,%STRTP
MOVEI T1,ENDP
MOVEM T1,%ENDP
PUSHJ P,%PSINI ;INITIALIZE PSI SYSTEM
PUSHJ P,%TRPINI ;INITIALIZE TRAP HANDLER
PUSHJ P,%ERINI ;INITIALIZE ERROR SYSTEM
PUSHJ P,INIT1 ;GET RUN TIME AND TIME OF DAY
PUSHJ P,%MEMINI ;INITIALIZE CORE MANAGER
MOVX T1,FTAST ;GET DEFAULT SETTING OF ASTERISK ON OVERFLOW
MOVEM T1,%FTAST ;SET FOR FORCNV
HRROI T1,RRUNIT ;GET REREAD UNIT #
MOVEM T1,U.RERD ;SO IT POINTS TO ITSELF
MOVE T1,[MOVSLJ] ;FOR PADCHAR FILLING OF FIXED-LENGTH RECORDS
MOVEM T1,%MSLJ
SETOM %SVFMT ;SET FOROTS TO SAVE ENCODED FORMATS
MOVSI T1,-%ERRSZ ;GET AOBJN POINTER FOR ERROR TABLE
MOVEI T2,WRNCNT ;SET ALL ERROR LIMITS TO WRNCNT
MOVEM T2,%ERRLM(T1)
AOBJN T1,.-1
PUSHJ P,INIT2 ;DO SOME MORE INITIALIZATION
JRST %POPJ1 ;RETURN FROM RESET., SKIP ARG
%FNBLK: IFIW TP%INT,%FCODE ;GET A PSI CHANNEL
IFIW TP%INT,[ASCIZ /FRS/] ;FOROTS IS CALLING ITSELF
IFIW TP%INT,%FSTAT ;STATUS
IFIW TP%INT,%FARG1 ;ARG 1
IFIW TP%INT,%FARG2 ;ARG 2
IFIW TP%INT,%FARG3 ;ARG 3
;ROUTINE TO INIT PSI SYSTEM
IF10,<
%PSINI: POPJ P, ;NO PSI SETUP
INIT1: SETZ T1, ;GET RUNTIME FOR THIS JOB
RUNTIM T1,
MOVEM T1,I.RUNTM ;SAVE
MOVE T1,[%CNSUP] ;GET UPTIME IN JIFFIES
GETTAB T1,
SETZ T1,
MOVEM T1,I.DAYTM ;SAVE
HRROI T1,.GTWCH ;GET ERR MESSAGE CONTROL BITS
GETTAB T1, ;IN WATCH TABLE
SETZ T1,
TLNN T1,(JW.WMS) ;IF NOT SET,
TLO T1,(JW.WPR+JW.WFL) ;DEFAULT IS PREFIX+FIRST
TLNE T1,(JW.WCN) ;CONTINUATION?
TLO T1,(JW.WFL) ;YES, IMPLIES FIRST
MOVEM T1,%MSLVL ;SAVE FOR FORERR
;GET RUN FILESPEC FOR OVERLAY HANDLER
HRROI T1,.GTRDV ;GET DEVICE WE WERE RUN FROM
GETTAB T1,
SETZ T1,
MOVEM T1,I.DEV ;SAVE FOR FUNCT.
HRROI T1,.GTRFN ;FILE NAME
GETTAB T1,
SETZ T1,
MOVEM T1,I.FILE
HRROI T1,.GTRDI ;PPN
GETTAB T1,
SETZ T1,
MOVEM T1,I.PPN
MOVEM T1,I.PATH+2 ;ALSO PPN PART OF FULL PATH
MOVSI T2,-5 ;GET AOBJN WORD FOR SFD GETTABS
INISFD: HRROI T1,.GTRS0(T2) ;GET AN SFD NAME
GETTAB T1,
AOJA T2,INISF1 ;FAILED, NO SFDS
JUMPE T1,.-1 ;END OF SFDS, QUIT
MOVEM T1,I.PATH+3(T2) ;STORE SFD NAME IN PATH BLOCK
AOBJN T2,INISFD ;GET ALL SFDS
INISF1: SETZM I.PATH+2(T2) ;PUT ZERO AT END OF LIST
MOVEI T1,I.PATH ;GET PATH POINTER IN CASE OF SFDS
SKIPE I.PATH+3 ;ANY SFDS?
MOVEM T1,I.PPN ;YES, CHANGE PPN TO SFD POINTER
SETZM %JIBLK
MOVE T1,[%JIBLK,,%JIBLK+1] ;CLEAR PATH BLOCK
BLT T1,%JIBLK+.PTMAX
MOVEI T1,.PTFRD ;GET DEFAULT DIRECTORY PATH
MOVEM T1,%JIBLK+.PTFCN
MOVE T1,[.PTMAX,,%JIBLK]
PATH. T1,
$SNH
MOVE T1,[1,,T2] ;GET JUST A STRUCTURE NAME
SETO T2, ;RETURN FIRST STRUCTURE IN SEARCH LIST
JOBSTR T1,
$SNH
MOVEM T2,%JIBLK+.PTSTR ;SAVE IT
POPJ P,
INIT2: MOVSI T1,377774 ;MARK ALL I/O CHANNELS AVAILABLE
MOVEM T1,%CHMSK
HRROI T1,.GTLIM ;GET BATCH STATUS
GETTAB T1,
SETZ T1,
TXNN T1,JB.LBT
TDZA T1,T1
SETO T1,
MOVEM T1,I.BAT
PJOB T1, ;[2064] Get job number
MOVEM T1,I.JOB ;SAVE IT
POPJ P,
%HALT: ;ERROR HALT, DON'T TOUCH ANYTHING
EXIT 1,
JRST .-1
;IF TOPS-10 SHARABLE FOROTS, MAKE DATA PAGES
MAKDP: SKIPN [F.TOP] ;SHARABLE FOROTS?
POPJ P, ;NO. DON'T CREATE PAGES
MOVEI T2,1 ;SET LENGTH OF PAGE. ARG BLOCK
MOVEI T3,F.BOT/1000 ;GET FIRST PAGE TO CREATE
MOVEI T4,<F.BHS-F.BOT>/1000 ;GET NUMBER OF PAGES TO CREATE
INILP: MOVE T1,[.PAGCD,,T2] ;SET TO CREATE PAGE
PAGE. T1, ;DO IT
JRST INIHLT ;CAN'T
INILP1: ADDI T3,1 ;BUMP TO NEXT PAGE
SOJG T4,INILP ;CREATE ALL PAGES
POPJ P,
INIHLT:
CAIN T1,PAGCE% ;PAGE EXISTS?
JRST INILP1 ; YES, OK
TXO T3,PA.GCD ;NO. TRY CREATING ON DISK
MOVE T1,[.PAGCD,,T2]
PAGE. T1,
JRST FATMEM ;REALLY CAN'T
JRST INILP1 ;AND CONTINUE ON DISK
FATMEM: OUTSTR [ASCIZ /? Insufficient memory for initialization
/]
JRST %HALT
> ;END IF10
IF20,<
%PSINI:
XMOVEI T1,%PC1 ;SET UP LEVTAB
MOVEM T1,%LEVTAB
XMOVEI T1,%PC2
MOVEM T1,%LEVTAB+1
XMOVEI T1,%PC3
MOVEM T1,%LEVTAB+2
;ASSUME EXTENDED MACHINE. IF XSIR FAILS, USE SIR.
MOVEI T1,3 ;3-WORD BLOCK
MOVEM T1,%SRBLK
XMOVEI T1,%LEVTAB ;SETUP LEVEL TABLE ADDR
MOVEM T1,%SRBLK+1
XMOVEI T1,%CHNTAB ;SETUP CHANNEL TABLE ADDR
MOVEM T1,%SRBLK+2
MOVEI T1,.FHSLF ;THIS FORK
XMOVEI T2,%SRBLK ;POINT TO 3-WORD BLOCK
XSIR% ;SET INTERRUPT TABLE ADDRESSES
ERJMP NOXSIR ;XSIR DIDN'T WORK
SETOM I.XSIR ;REMEMBER WE ARE USING XSIR-FORMAT TABLES
JRST PIINI1 ;JOIN COMMON CODE
NOXSIR: SETZM I.XSIR ;NOT USING XSIR-FORMAT TABLES
MOVEI T1,.FHSLF ;THIS FORK
MOVE T2,[%LEVTAB,,%CHNTAB] ;SET LEVTAB AND CHNTAB
SIR% ;SET INTERRUPT TABLES
PIINI1: EIR% ;ENABLE INTERRUPT SYSTEM
POPJ P, ;DONE
INIT1: MOVEI T1,.FHSLF ;GET RUNTIME FOR THIS FORK
RUNTM%
MOVEM T1,I.RUNTM ;SAVE FOR END-OF-JOB STATISTICS
TIME% ;GET SYSTEM UP-TIME
MOVEM T1,I.DAYTM ;SAVE FOR END OF JOB
SETZM %MSLVL ;DEFAULT ON 20 IS FIRST
MOVEI T1,.FHSLF ;SET NO UUO SIMULATION
SETO T2,
SCVEC%
POPJ P,
INIT2: SETO T1, ;CLOSE ALL FILES UNMAPPED BY %MEMINI
CLOSF%
JSHALT
MOVEI T1,FN%GPS ;GET PSI CHANNEL FUNCTION
MOVEM T1,%FCODE
MOVEI T1,.ICQTA ;SETUP FOR DISK QUOTA EXCEEDED
MOVEM T1,%FARG1
MOVEI T1,1 ;LEVEL 1
MOVEM T1,%FARG2
XMOVEI T1,%DFERR ;SET THE ADDRESS
MOVEM T1,%FARG3
XMOVEI L,%FNBLK ;SET INTERRUPT FOR DISK FULL
PUSHJ P,%FUNCX ;CALL FUNCT. ENTRY POINT
MOVE T1,%CHNTAB+.ICQTA ;AND COPY CHANNEL WORD IN FOROTS
MOVEM T1,%FCHTB+.ICQTA ;SO FUNCT WILL KNOW IT'S FOROTS
MOVEI T1,.FHSLF ;ACTIVATE CHANNEL
MOVSI T2,(1B<.ICQTA>) ;FOR DISK FULL OR QUOTA EXCEEDED
AIC%
SETO T1, ;GET ALL JOB INFO
MOVEI T2,%JIBLK
HRLI T2,-JIBSZ
MOVEI T3,.JIJNO ;STARTING WITH THE 0TH WORD
GETJI%
ERCAL ERRIJE
MOVE T1,%JIBLK+.JIBAT ;GET BATCH STATUS
MOVEM T1,I.BAT ;SAVE IT
POPJ P,
ERRIJE: ;ERR (IJE,?,"Impossible" JSYS error at $P - $J,,%HALT)
$ECALL IJE,%HALT
%HALT: ;ERROR HALT, DON'T TOUCH ANYTHING
HALTF%
JRST .-1
;ON TOPS-20, CREATING DATA PAGES IS RELATIVELY EASY
MAKDP: POPJ P,
> ;END IF20
SEGMENT DATA
;FUNCT. BLOCK ARGS
%FCODE: BLOCK 1 ;FUNCTION CODE
%FSTAT: BLOCK 1 ;STATUS
%FARG1: BLOCK 1 ;ARGUMENT 1
%FARG2: BLOCK 1 ;ARGUMENT 2
%FARG3: BLOCK 1 ;ARGUMENT 3
%SRBLK:: BLOCK 3 ;THE XSIR SETUP BLOCK
I.RUNTM:: BLOCK 1 ;INITIAL RUNTIME
I.DAYTM:: BLOCK 1 ;INITIAL TIME AND DATE
U.RERD: BLOCK 1 ;UNIT NUMBER FOR REREAD OPERATIONS
%MSLJ: BLOCK 1 ;MOVSLJ INST
%MSPAD: BLOCK 1 ;THE PAD CHARACTER
%CHMSK: BLOCK 1 ;TOPS-10 CHANNEL MASK
%FTAST: BLOCK 1 ;ASTERISKS ON FIELD WIDTH OVERFLOW
INDSTA: BLOCK 1 ;[4153] ACTUAL START ADDRESS IF OLD V10 PROG
%STADD: BLOCK 1 ;ADDRESS OFSTART ADDRESS
I.BAT:: BLOCK 1 ;BATCH STATUS, -1 IF BATCH JOB
%MSLVL: BLOCK 1 ;ERR MESSAGE VERBOSITY
I.XSIR:: BLOCK 1 ;MONITOR ALLOWS XSIR/XRIR FORMS OF PSI JSYSES
D.BSTP: BLOCK 1 ;[3360] Address of DBPST$, or 0
%LALAD: BLOCK 1 ;LIBRARY ERROR ARG LIST ADDRESS
%FLIDX: BLOCK 1 ;COMPATIBILITY FLAGGING INDEX
AU.ACS: BLOCK 1 ;ADDRESS OF USER'S ACS
UACS: BLOCK 20 ;USERS ACS
IF20,<
JIBSZ==.JILLO+1
%JIBLK: BLOCK JIBSZ ;JOB INFORMATION BLOCK
>;END IF20
IF10,<
%JIBLK: BLOCK .PTMAX ;PATH BLOCK
I.DEV:: BLOCK 1 ;DEVICE WE WERE RUN FROM
I.FILE:: BLOCK 1 ;FILENAME
I.PPN:: BLOCK 1 ;PPN (EITHER STRAIGHT PPN OR POINTER TO I.PATH)
I.PATH: BLOCK .PTMAX ;WHOLE PATH
I.JOB:: BLOCK 1 ;JOB NUMBER
> ;END IF10
BEGZER:! ;FOLLOWING DATA IS ZEROED ON RESTART
BLOCK -MINUNIT ;DDB ADDRESSES OF NEGATIVE UNITS
%DDBTAB: BLOCK 1+MAXUNIT ; POSITIVE UNITS
%BLCNT: BLOCK 1 ;COUNT OF MEMORY BLOCKS ALLOCATED
%PGCNT: BLOCK 1 ;COUNT OF PAGES ALLOCATED
%BZFLG: BLOCK 1 ;BLANK=ZERO
%SPFLG: BLOCK 1 ;FORCE PLUS SIGN ON NUMERIC OUTPUT
%FTSLB: BLOCK 1 ;SUPPRESS LEADING BLANKS ON NUMERIC OUTPUT
%NAMLN: BLOCK 1 ;0=IONAM LINE NOT OUT YET
%TRFLG: BLOCK 1 ;NONZERO=WE ARE IN A TRAP
%FAREA: BLOCK 1 ;FORMAT DECODING AREA
%EXCHN: BLOCK 1 ;EXTENDED CHANNELS ALLOWED
%ABFLG: BLOCK 1 ;ABORT FLAG - PREVENTS I/O
%QUIET: BLOCK 1 ;FLAG FOR QUIET EXIT
%SVFMT: BLOCK 1 ;NON-ZERO = SAVE ENCODED FORMATS
%MMDEB: BLOCK 1 ;MEMORY MANAGER DEBUG FLAG
%UDBAD: BLOCK 1 ;DDB ADDRESS
%CPBLK: BLOCK 1 ;POINTER TO ALLOCATED ARGLST
CPYSIZ: BLOCK 1 ;SIZE OF ALLOCATED ARGLST
%EDDB: BLOCK 1 ;ENCODE/DECODE DDB ADDRESS
ILLEG.: BLOCK 1 ;ILLEGAL INPUT FLAG
U.ERR:: BLOCK 1 ;UNIT BLOCK ADDR. OF ERROR-MESSAGE UNIT, IF SET
D.TTY:: BLOCK 1 ;DDB OF CONTROLLING TTY, IF OPEN
U.TTY:: BLOCK 1 ;UDB OF CONTROLLING TTY, IF OPEN
%ERRSZ==ETBSIZ ;SET THE SIZE OF THE TABLE GLOBALLY
%ERRCT: BLOCK ETBSIZ ;COUNT OF APR ERRORS, BY TYPE
%ERRLM: BLOCK ETBSIZ ;LIMIT OF ERROR BEFORE ERR MSG SUPPRESSED
%ERRSB: BLOCK ETBSIZ ;ROUTINE TO CALL ON APR TRAP
%ERRBK: BLOCK 1 ;FORDDT BREAK ADDR TO CALL ON ERROR
FMT.LS:: BLOCK FMTN ;ENCODED FORMAT POINTERS
I.PID:: BLOCK 1 ;MYPID
%FCHTB:: BLOCK ^D36 ;FOROTS-OWNED CHANNELS
%LEVTAB:: BLOCK 3 ;PSI TABLES: LEVTAB
%CHNTAB:: BLOCK ^D36 ; CHNTAB
%PC1:: BLOCK 2 ;LEVEL 1 PC, FLAGS
%PC2:: BLOCK 2 ;LEVEL 2 PC, FLAGS
%PC3:: BLOCK 2 ;LEVEL 3 PC, FLAGS
G.PRP:: BLOCK 1 ;PROMPT STRING BYTE POINTER
ENDZER==.-1
SUBTTL OVNUM
SEGMENT CODE
;ROUTINE TO FIND LINK NUMBER GIVEN AN ADDRESS
;ARGS: T1 = ADDR
;RETURN: T1 = LINK NUMBER,,ADDR
; Unless extended addressing: Then, T1 will not be changed.
;ASSUMPTIONS:
;THE CONTROL SECTION IS THE LAST THING IN EACH LINK.
;LINKS ARE DISJOINT AND ARE STRUNG TOGETHER IN INCREASING ORDER OF ADDRESS.
;CODE AND DATA ARE LOADED CONTIGUOUSLY WITHIN A LINK, SEPARATE FROM OTHER
;LINKS.
;CONTROL SECTION OFFSETS (FROM OVRLAY.MAC)
CS.NUM==2 ;LINK NUMBER
CS.FPT==4 ;FORWARD POINTER TO NEXT CONTROL SECTION
%OVPRG==.JBOVL ;IF OVERLAY PROGRAM, .JBOVL NON-ZERO
;Note: At this point, we can assume that FOROTS is running in section 0
%OVNUM: MOVE T3,.JBOVL ;GET ROOT LINK CONTROL SECTION ADDRESS
OVLP: HRRZ T2,CS.NUM(T3) ;GET LINK NUMBER OF THIS LINK
CAML T3,T1 ;IS SEARCH ADDRESS WITHIN THIS LINK?
POPJ P, ;YES. RETURN WITH LINK NUMBER IN T2
HRRZ T3,CS.FPT(T3) ;GET POINTER TO FOLLOWING LINK
JUMPN T3,OVLP ;IF ANOTHER, SEARCH ON
SETZ T2, ;NONE. ADDRESS IS NOT IN AN OVERLAY
POPJ P,
;ROUTINE TO SAVE THE USER'S AC'S
%SAVAC: SKIPE %UDBAD ;I/O IN PROGRESS?
$ACALL IWI ;YES. DON'T WANT TO TRASH THE CURRENT ACS
SETZM %NAMLN ;TELL ERROR PROCESSOR NEW STATEMENT
SETZM %ERNM1 ;CLEAR THE ERROR NUMBERS
SETZM %ERNM2
SETZM %ERIOS ;CLEAR THE ONE USED FOR IOSTAT
SETOM %UDBAD ;[4156] I/O IS IN PROGRESS!
%SAVIO: POP P,RETADR ;SAVE THE RETURN ADDR
MOVEM 0,UACS ;SAVE AC 0
MOVE 0,[1,,UACS+1] ;SAVE THE REST
BLT 0,UACS+17
PUSHJ P,@RETADR ;RETURN TO FOROTS, LEAVE RESTORE RETURN ADDR
HRLZI 16,UACS ;RESTORE THE ACS
BLT 16,16 ;WITH A BLT
POPJ P, ;RETURN TO USER'S PROGRAM
;ROUTINE TO COPY ARG ADDRESSES
;COPIES THE ARG LIST, RESOLVING INDEXING AND INDIRECTION.
%CPARG: MOVEM P,SAVEP ;SAVE P
MOVE P,-1(L) ;Get arg count (-n)
;Here with P = -number of args,,0
SAVEX: MOVEM P,%NARGN ;Store in local area
SETZM DIFSEC ;CLEAR "DIFFERENT SECTION" FLAG
HLLZ 0,L ;GET SECTION # OF ARG LIST
CAME 0,%FSECT ;SAME AS FOROTS?
SETOM DIFSEC ;NO. SET FLAG
JUMPGE P,NOARGX ;Jump if no args for this FN
CAMGE P,[-MAXARG,,0] ;See if all will fit in our block
JRST TOOMNY ;NO, GO ALLOCATE A BLOCK FOR THEM
;Here with L = 30-bit address of user's arg list.
;Copy from the user's arglist to ours.
ARGXFR: MOVE 0,(L) ;GET AN ARG WORD
TXNN 0,ARGTYP ;TYPE BITS?
JRST IMMED ;NO. GO RESOLVE IMMED ARG
TLNE 0,37 ;INDEXED OR INDIRECTED?
JRST IND ;YES. GO RESOLVE IT
TRNN 0,777760 ;ARG IN AC?
JRST ACS ;YES. GO RESOLVE
SKIPE DIFSEC ;ARG BLOCK SECTION DIFFERENT THAN FOROTS'
JRST IND ;YES. GO RESOLVE
MOVEM 0,ARGLST(P) ;AND SAVE IT
ADDI L,1 ;INCR USER ARG PNTR
AOBJN P,ARGXFR ;BACK FOR MORE
JRST ARGDON
IND: HRRI 0,ARGLS2(P) ;GET THE SUBSTITUTE ADDR
TLO 0,(IFIW @) ;TURN ON LOCAL INDIRECT
TLZ 0,17 ;TURN OFF OTHERS
MOVEM 0,ARGLST(P) ;SAVE LOCAL PNTR
XMOVEI 0,@(L) ;GET 30-BIT ADDR
MOVEM 0,ARGLS2(P) ;SAVE IT
ADDI L,1 ;INCR USER ARG PNTR
AOBJN P,ARGXFR
JRST ARGDON
IMMED: JUMPE 0,IMMED0 ;JUST STORE 0 IF ALL ZERO
HRRZM 0,ARGLS2(P) ;SAVE THE IMMED ARG LOCALLY
HRRI 0,ARGLS2(P) ;POINT TO IT
TLO 0,(IFIW) ;LOCAL ADDR
IMMED0: MOVEM 0,ARGLST(P) ;SAVE THE REF
ADDI L,1 ;INCR USER ARG PNTR
AOBJN P,ARGXFR ;BACK FOR MORE
JRST ARGDON
ACS: HRRZ 0,AU.ACS ;POINT TO USER'S ACS
ADD 0,(L)
TLO 0,(IFIW) ;LOCAL ADDR
MOVEM 0,ARGLST(P) ;SAVE THE REF
ADDI L,1 ;INCR USER ARG PNTR
AOBJN P,ARGXFR
ARGDON: XMOVEI L,ARGLST ;POINT TO COPIED ARG LIST
NOARGX: SETZ F, ;INIT FLAG AC
MOVE P,SAVEP ;GET STACK PNTR AGAIN
POPJ P, ;RETURN
;HERE WHEN THE PROGRAM SENDS MORE THAN MAXARG ARGUMENTS. ALLOCATE A
;BLOCK FOR THEM, COPY THEM INTO IT, RESOLVING INDEXING AND INDIRECTION,
;AND POINT L AT THE COPIED ARG LIST.
;0= -# args
;L= ptr to user's arg list
TOOMNY: MOVE P,SAVEP ;GET THE USER'S PDP AGAIN
PUSHJ P,%PUSHT ;SAVE T ACS
HLRE T1,-1(L) ;GET SIZE NEEDED
MOVM T1,T1
LSH T1,1 ;FOR 2 TABLES
ADDI T1,1 ;PLUS THE COUNT WORD
CAMG T1,CPYSIZ ;BIGGER THAN THE ONE WE HAVE?
JRST GOTBLK ;NO. USE IT
MOVEM T1,CPYSIZ ;YES. SAVE NEEDED SIZE
SKIPE T1,%CPBLK ;GET OLD BLOCK ADDR
PUSHJ P,%FREBLK ;FREE IT IF ANY
MOVE T1,CPYSIZ ;GET SIZE NEEDED
PUSHJ P,%GTBLK ;ALLOCATE A BIG ENOUGH BLOCK
$ECALL MFU,%ABORT ;CAN'T
MOVEM T1,%CPBLK ;SAVE ADDRESS
GOTBLK: PUSHJ P,%POPT ;RESTORE T ACS (DON'T USE T1 AFTER HERE!)
MOVE P,-1(L) ;GET ARG COUNT
MOVEM P,@%CPBLK ;SAVE IT
HRR P,%CPBLK ;PUT ADDR IN ARG PNTR
ADDI P,1 ;POINT PAST ARG COUNT
HLRE 0,-1(L) ;GET -COUNT
MOVM 0,0 ;GET POSITIVE
ADD 0,%CPBLK ;POINT TO 2ND ARG BLOCK-1
ADDI 0,1 ;POINT TO 2ND ARG BLOCK
MOVEM 0,AFALAD ;SAVE ITS ADDRESS
BARGXF: MOVE 0,(L) ;GET AN ARG WORD
TXNN 0,ARGTYP ;TYPE BITS?
JRST BIMMED ;NO. GO RESOLVE IMMED ARG
TLNE 0,37 ;INDEXED OR INDIRECTED?
JRST BIND ;YES. GO RESOLVE IT
TRNN 0,777760 ;ARG IN AC?
JRST BACS ;YES. GO RESOLVE
SKIPE DIFSEC ;ARG BLOCK DIFFERENT THAN FOROTS'
JRST BIND ;YES. GO RESOLVE
MOVEM 0,(P) ;AND SAVE IT
ADDI L,1 ;INCR USER ARG PNTR
AOBJN P,BARGXF ;BACK FOR MORE
JRST BARGDN
BIND: HRR 0,AFALAD ;GET THE SUBSTITUTE ADDR
TLO 0,(IFIW @) ;TURN ON LOCAL INDIRECT
TLZ 0,17 ;TURN OFF OTHERS
MOVEM 0,(P) ;SAVE LOCAL PNTR
XMOVEI 0,@(L) ;GET 30-BIT ADDR
MOVEM 0,@AFALAD ;SAVE IT
ADDI L,1 ;INCR USER ARG PNTR
AOS AFALAD ;INCR ADDR PNTR
AOBJN P,BARGXF
JRST BARGDN
BIMMED: JUMPE 0,BIMED0 ;JUST STORE 0 IF ALL ZERO
HRRZM 0,@AFALAD ;SAVE THE CONSTANT LOCALLY
HRR 0,AFALAD ;POINT TO IT
TLO 0,(IFIW) ;LOCAL ADDR
BIMED0: MOVEM 0,(P) ;SAVE THE REF
ADDI L,1 ;INCR USER ARG PNTR
AOS AFALAD ;INCR ADDR PNTR
AOBJN P,BARGXF ;BACK FOR MORE
JRST BARGDN
BACS: HRRZ 0,AU.ACS ;POINT TO USER'S ACS
ADD 0,(L)
TLO 0,(IFIW) ;LOCAL ADDR
MOVEM 0,(P) ;SAVE THE REF
ADDI L,1 ;INCR USER ARG PNTR
AOBJN P,BARGXF ;BACK FOR MORE
BARGDN: MOVE L,%CPBLK ;POINT TO COPIED LIST
AOJA L,NOARGX ;POINT TO ARGS, NOT COUNT
SEGMENT DATA
;*** DO NOT SEPARATE THE COUNT FROM THE LIST ***
%NARGN: BLOCK 1 ;ARG COUNT
ARGLST: BLOCK MAXARG ;COPY OF ARG LIST WITHOUT INDEX OR INDIRECT BITS
ARGLS2: BLOCK MAXARG ;EXTENDED ADDRESS OF ARG
%FSECT: BLOCK 1 ;FOROTS' SECTION NUMBER
DIFSEC: BLOCK 1 ;0 = ARG LIST IN SAME SECTION AS FOROTS
AFALAD: BLOCK 1 ;EXTENDED ADDRESS OF ARG
SAVEP: BLOCK 1 ;STACK POINTER FOR ERRORS
RETADR: BLOCK 1 ;TEMP FOR RETURN ADDRESS
SEGMENT CODE
;ROUTINE TO COPY ARGS FOR IOLST.
;ALMOST IDENTICAL, BUT COMPILER DOES NOT PROVIDE ARG COUNT FOR IOLST, SO
;MUST GO THROUGH FIRST AND COUNT ARG LIST
%ISAVE: MOVEM P,SAVEP ;SAVE P
MOVE P,-1(L) ;GET ARG COUNT, IF THE COMPILER PROVIDED ONE
JUMPL P,SAVEX ;IT DID, GO USE IT
SETO P, ;Count args
ISAVEL: SKIPN 1,(L) ;GET AN ARG
JRST ISAVEE ;ZERO MEANS END OF LIST
CAMN 1,[004000000000] ;End of IO arg list (FIN)?
JRST ISAVEE ;Yes
SUBI P,1 ;Count args (0= -number of args)
AOJA L,ISAVEL ;Bump arg pointer and loop
ISAVEE: HRLZ P,P ;GET NEG COUNT IN LEFT HALF
MOVE L,AU.ACS ;GET ADDR OF USER'S SAVED ACS
MOVE 1,1(L) ;RESTORE AC 1
MOVE L,L(L) ;RESTORE THE ORIGINAL LIST PNTR
JRST SAVEX ;GO PROCEED LIKE NORMAL LIST
SUBTTL GLOBAL CONSTANTS
%CPYRT: ASCIZ/COPYRIGHT (C) DIGITAL EQUIPMENT CORPORATION 1984/ ;[4126]
;FORTRAN CCOC WORDS AND MASK
; @ A B C D E F G H I J K L M N O P Q R S T U V W X Y Z [ \ ] ^ _
%OCCOC: BYTE (2)2,2,2,2,2,2,2,2,2,0,2,2,0,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2
%CCMSK: BYTE (2)0,0,0,0,0,0,0,0,0,3,0,0,3,0,0,0,0,0
%OCLIT: BYTE (2)2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2
%CRLF: ASCIZ /
/
END