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10,7/track/track.mac
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TITLE TRACK A PROGRAM TO TRACK JOB EXECUTION AND SYSTEM PERFORMANCE
SUBTTL IRWIN L. GOVERMAN/ILG/EVS/ILG/RBP 12-JAN-77
MLON
IFNDEF BIGLST, <BIGLST==0> ;DEFAULT TO CLEAN LISTING
IFN BIGLST, <LALL>
IFE BIGLST, <SALL>
UNILOG==1
UNISYS==3
UNICHN==5
UNISTS==36
UNINAM==0
; SEARCH MACTEN,UUOSYM
SEARCH MACTEN,UUOSYM
; SHOW VERSION OR ERROR MESSAGE
IFNDEF %%MACT,<PRINTX ?NEEDS MACTEN.MAC OR MACTEN.UNV
PASS2
END>
SHOW.(%%MACT)
IFNDEF %%UUOS,<PRINTX ?NEEDS UUOSYM.MAC OR UUOSYM.UNV
PASS2
END>
SHOW.(%%UUOS)
; VERSION AND EDIT NUMBERS
TRKVER==5
TRKEDT==225
TRKMIN==1
TRKWHO==0
LOC 137
VRSN. (TRK) ;FORMAT VERSION NUMBER
; SET REENTRY POINT
LOC 124
RESTRT
RELOC
COMMENT @
Development by Pito Salas includes the following:
1) Adding a /DAILY switch to have the following function:
a: IF the output file specified in a command
does not already exist, THEN it is created.
ELSE,
the date of the existing one is checked.
IF it is equal to todays date, THEN the current data
is appended to that file.
ELSE,
that file is renamed to be MMDDYY.ext,
where MM=this month
DD=today's date
YY=this year
ext= TRK or TXT depending on /FORMAT
and a new file is started with the specified
name.
b: IF TRACK is running when daytime goes through midnite,
THEN the output file is renamed to MMDDYY.ext as above,
and a new file of the specified name is started.
2) The header of the TRACE files is slightly changed, so as
to conform with FACT files. This allows piping together of
TRACE files with FACT files for later analysis, without
confusing FACT analysis programs.
3) Adding a 'Real' response time measure.
@
SUBTTL REVISION HISTORY
;** EDIT HISTORY **
;225 Slight change in format of output for non-TRACE mode,
; so that mean and SD are on 1 line together
; Changed DEXTT to be TRC rather than TRK, to both make sense
; and to conform with documentation
;224 Removed the code to track %busy rather than queue lengths for
; disks/tapes. Too costly under post 7.01A monitors where the
; disk database is accessible only via PEEK UUOs, not SPY hiseg.
;223 ?
;222 Changed TRACEH to put out V4 TRACK format entries: first word
; is entry type, second is length, and data follows immediately.
; removed all of the snet hack for disk names
; reorganized entries in SYSDAT call to be by function, not
; cpu#
;221 added switches to control use of meter boards on a system-wide
; of per-cpu basis. use /METER for all cpus, or /METERn for
; cpu n.
;220 Hacked SNEBSY to not die if a non-RP disk is seen. Will fix
; this routine later, or turn of SNET ft switch that munges disk names.
;217 Add support for more than 2 processors. Use NCPU for multi-CPU
; tests instead of CPU.1 /rbp
;;** END OF 4(216). 5(217) HAS FULL SMP SUPPORT
;** TRACK-X VERSION STARTED HERE
;216 FIX BUG THAT CAUSED EXTRA DISK IO FOR SYSTEM TRACKS
;215 ALLOW SWAPPING DISK IO TO BE TRACKED WITHOUT USER DISK IO
;214 CALCULATE USER MEM AS TOTAL-(MONITOR HIGH+MONITOR LOW)
;213 REDO THE UNIT/CHANNEL STUFF SO NOT INTERDEPENDENT
;212 ADD SWAP SPACE LEFT TO SYSDAT,REMOVE SWAPPER DATA
;211 FLAG VIRTUAL JOBS WITH "V", ON PRINTOUT
;210 RE-DO UNITYP, INCLUDING NEWER DISK TYPES
;207 USE FILOP. FOR OUTPUT FILE SAVE FUNCTION, PRODUCES SMALLER FILE
;206 ADD EXIT COMMAND
;205 ADD /HELP:KEYWORD FOR GETTING VALUES OF COMPARE, INCLUDE/EXCLUDE
;204 BET YOU THOUGHT EDIT 203 WAS CORRECT, DIDN'T YOU?
;203 MAKE GETCOR A LITTLE BRIGHTER ON VM SYSTEMS
;202 ADD WILD CARD "*" TO PPN MATCH CODE
;201 MAKE PPN AND PROGRAM WATCHING ABLE TO DO MULTIPLE JOBS
;200 MAKE CHANNEL AND DISK STUFF NORMALLY EXCLUDED
;177 REMOVE RT/WANTED TO RT SINCE WAS NEVER RIGHT
;176 DON'T PRINT USERS PROLOG IF NO JOBS MATCH SPECS
;175 IMPLEMENT HELP:SWITCHES
;174 GIVE RIGHT TTY NUMBER IF JOB TRACKED VIA 'PROG'
;173 CORE SIZE COMPUTATION INCORRECT FOR VM SYSTEMS
;172 CORRECT THE BYTE POINTER USED FOR IMGIN IN ROUTINE VMSEG
;171 CLEAN UP "?TRKSVS SWITCH VALUE TOO SMALL" TYPEOUT
;170 CLEAR TAB.P ON RESTART OF TRACK
;167 ADD TRACKING OF A PROGRAM VIA 'PROGNM' TYPE CONSTRUCTION
;166 ADD TRACKING OF SCANNER SERVICE RECEIVE AND XMIT INTERUPTS
;165 REMOVE /CHANNEL AND /DISK:NONE
;164 ADD /INCLUDE AND /EXCLUDE SWITCHES
;163 INCREASE SIZE OF SEGTAB
;162 ADD ARGUMENTS FOR /COMPARE
;161 DONT PRINT RUNTIME IF DOING ALL USERS
;160 CHANGE DEFAULT VALUE OF GETUNI
;157 ADD ENQ TO LIST OF PRIVELEGES A JOB MIGHT HAVE
;156 B%RPT WORD OF %BSGO IN TRACE REPORT WAS MISSING
;155 ADD UUOS PER SECOND ON EACH CPU
;154 IDLE TIME WAS REALLY NULL TIME - CHANGE TO REAL IDLE TIME
;153 DON'T PRINT OUT POSTITION WAIT QUEUE FOR RS04 - REQUIRES
; .DCCFS DO BE DEFINED IN UUOSYM, WHICH IT WAS NOT IN TIME
; FOR 602 MONITOR
;152 CHANGE KL10 CACHE VARIABLES TO PER SECOND QUANTITIES
;151 CHANGE SYSGET AND SYSDIS TO CALL ITEM DEPENDENT ROUTINE
; ONLY IF AN ENTRY EXISTS IN TAB.P FOR THE ITEM.
;150 FIX EDIT 147
;147 ADD NEW 1088 KL10 CACHE RELATED VARIABLES TO SYSTEM DISPLAY
;146 ADD NUMBER OF UNWINDS, NUMBER OF TIMES JOB WAS RUN TO GIVE
; UP RESOURCE BECAUSE IT WAS SELECTED TO SWAP OUT, SWAPPER
; NULL AND LOST TIME TO SYSTEM DISPLAY
;145 ADD % OF TTY CHUNKS USED TO SYSTEM DISPLAY
;144 USE MAXMAX (%NSMXM) INSTEAD OF SUBTRACTING SYSSIZ FROM CORE SO
; TRACK WORKS WITH TWO SEGMENT MONITOR
;143 GET LENGTH OF DISK RELATED QUEUES FROM DSKCHR
;142 SEARCH MACTEN,UUOSYM INSTEAD OF C
;141 ADD MISSING CHECK FOR COMMA IN TPPN ROUTINE
;140 FIX UNITIALIZED BLT IN CHAN%I ROUTINE
;137 CHANGE LOOKUP AND ENTER ERROR PREFIXES
;136 ADD REPORT ON FREE CORE USAGE TO SYSTEM DATA
;135 MAKE "." WORK SAME AS SYSTAT, MAKE [,], [PROJ,],[,PROG] WORK
;134 ADD TRACE PACKAGE UNDER CONDITIONAL FTTRC
; ** END OF VERSION 3, VERSION 4 HAS TRACE CAPABILITY
;133 CLEAN GETCOR
;132 SPLIT DEFAULTS UP SO CAN HAVE DIFFERENT FOR USERS,SYS,JOB ETC.
;131 FIX MONDEP VALUES THAT WERE WRONG
;130 REMOVE INTERNAL HELP TEXT
;127 FIX SPACING PROBLEM IN CONFIG DATA PRINTOUT
;126 CLEAR CTRKJ BETWEEN USER PRINTOUTS
;125 FIX ^Z FROM INDIRECT DEVICE, MAKE IT FORCE A BREAK LIKE SCAN
;124 ADD INDIRECT FILE
;123 ADD MORE CONFIGURATION INFO
;122 ADD W TO RUNNING COMMANDS
;121 ADD FF TO SEPARATE APPENDED SYS REPORTS
;120 ADD MORE SYSINI CONFIGURATION DATA
;117 ADD DISK AND CHANNEL SWITCHES
;116 FIX BUG IN FILSPC THAT CHANGED FOO. TO FOO.TXT
;115 MORE OF EDIT 114
;114 MAKE A "USERS" COMMAND BE REPEATABLE
;113 MAKE [P,PN]/NOKILL WORK THE SAME AS FOR JOBS
;112 ADD /SUMMARY SWITCH FOR DELETION OF FREQ ON SYSDAT
;111 BEGIN RESTRUCTURING OF COMMAND SCANNER
;;** END OF VERSION 2, VERSION 3 HAS NEW COMMAND FORMAT
;110 ADD LOCK UUO SWITCH
;107 ADD HPQ SWITCH
;106 REDUCE CORE IF WE HAVE SWOLLEN
;105 STEAL SYSTAT'S SUPERIOR INTEGER SQUARE ROOT ROUTINE
;104 RE-DO REGISTER ALLOCATIONS, CHECK FOR ILLEGAL TTY AND JOB NRS
;103 RE-FORMAT THE STD. DEVIATION AND CLEAN CODE
;102 ADD BRANDEIS STUFF (FORMAX)
;101 ADD STD. DEVIATION TO DB PRINTOUT ROUTINE
;100 CLEAN UP OF SEVERAL CODE AREAS
;77 BETTER ERROR MESSAGES FOR SWITCH PROCESSOR
;76 FIX SOME ERRORS CAUSED BY EDIT 74
;75 ADD DDT COMMAND TO ENTER DEBUGGER , IF LOADED
;74 CHANGE ERROR MESSAGES SO ABLE TO DO LONG AND SHORT
;73 CHECK THAT CORE ASSIGNMENTS ARE REALLY MADE FOR VM SYSTEM
;72 UPDATE INTERNAL HELP TEXT
;71 ADD AVG. RESP. TIME TO SYSDAT TRACKING
;70 FIX OUTDBX ROUTINE SO IT CAN PRINT NUMBERS > 2 **18
;67 FIX BUG THAT WAS SHOWN UP BY PRINTING OF UNPRIVELEGED TRACKS
;66 MAKE /C MORE USEFUL BY NOT COMPARING QUITE SO MANY ITEMS
;65 CHANGE SOME DEFAULT PARAMETERS
;64 FIX SWITCH SECTION VALUE GETTER AND CLEAN CODE
;63 FIX BUG IN GETTAB SIMULATOR INTRODUCED BY EDIT 61
;62 ADD IPCF PRIVELEGE FUNCTION TO PUTPRV MODULE
;61 CHANGE TO USE C UNIVERSAL FILE
;60 MAKE /NOKILLWORK THE WAY HELP FILE SAYS IT DOES
;57 BE SUPER CAREFUL ABOUT DISK AND CHANNEL STUFF
;56 IMPLEMENT A WAY THAT SUB-VERSIONS OF MONITOR CAN BE IN MVTAB
;55 DONT TAB AFTER PPN (USERS) IF PPN > 11 CHARS
;54 EXIT ON ^Z INPUT
;53 MORE COMPLETE FILE ERROR MESSAGES
;52 ADD /NODISK SWITCH TO DELETE DISK & CHANNEL REPORT FOR SYSDAT
;51 RE-DO SWITCH MODULE
;50 TELL ABOUT KSYS TIMER (IF SET) WHEN DOING SYSTEM DATA
;47 ADD USERS COMMAND TO TAKE SINGLE SWEEP OF WHOLE SYSTEM
;46 INSERT .TEXT LOADING OF HELPER SO CAN JUST LOAD TRACK
;45 CHANGE CLRBFI UUO USAGE TO FLUSH ROUTINE SO PTY'S NOT A PROBLEM
;44 UPDATE THE INTERNAL HELP TEXT
;43 STOP TRACKING POSITION WAIT Q LENGTH FOR FIXED HEAD DEVICES
;42 MAKE MONITOR DEPENDENT THINGS MORE CHANGEABLE
;41 COMPUTE RT BEFORE WANTED TO RUN TIME SO DONT GET % > 100 IF BUSY
;40 ADD SYSTEM TRACKING OF RT/TIME WANTED TO RUN
;37 CLEANUP, 1 MORE WORD FOR SYS NAME AND ALLOW USER CORE >128 UNITS
;36 ADD TRACKING FOR SECOND CPU
;35 USE LESS STORAGE SPACE FOR EDIT 34
;34 IMPLEMENT CHANNEL WATCHING (NR OF REQUESTS PER CHN)
;33 IMPLEMENT DISK UNIT WATCHING (POSITION WAIT Q)
;32 IMPLEMENT JOB QUEUE INFORMATION WATCHING
;31 IMPLEMENT USER KCS/SECOND AND USER DISK IO/SECOND
;30 INCLUSION OF THE SYSTEM DATA WATCHING MODULE
;** END OF VERSION 1, START OF VERSION 2 FROM HERE ON UP
;27 ALLOW WATCHING OF NULL JOB (JOB 0)
;26 STOP DOING GETTABS WHEN INFO IS IN PROCESS DATA BLOCK
;25 STOP SPACING SO MUCH BEFORE RUNTIME PRINT
;24 SUBTRACT PROCESSING TIME FROM SLEEP TIME
;23 IMPLEMENT SPY UUO SO FASTER FOR PRIVELEGED USERS
;22 CHECK FOR NO RESPONSE TIME TABLE IN MONITOR
;21 IMPLEMENT /S (STATISTICS) SWITCH
;20 IMPLEMENT SHORT FORM OF JOB SPECIFICATIONS
;17 INCORPORATE STANDARD HELP MODULE
;16 TAKE ACCOUNT OF FACT USER MAY HAVE GONE VIRTUAL
;15 RE-WRITE GETCOR ROUTINE TO BE FASTER
;14 CLEAN UP PRINT-OUT A LITTLE
;13 IMPLEMENT STANDARD INPUT ROUTINES FOR CHARACTER CONVERSION
;12 IMPLEMENT /U SWITCH TO TELL USER NAME AND PPN
;11 IMPLEMENT /P SWITCH TO TELL PRIVELEGE BITS
;10 RE-DO DATA STRUCTURES TO USE NESTED MACROS
;7 FIX ZEROING OF JOB AREA SO /I WORKS BETTER
;6 IMPLEMENT PPN,MYPPN JOB SPECIFICATIONS
;5 FIX HIBER SO DONT GET SPURIOUS WAKES
;4 CHANGE TO DEC STANDARD ERROR MESSAGES
;3 IMPLEMENT /D FOR DISK I/O SWITCH
;2 IMPLEMENT CURSOR POSITIONING ROUTINE
;1 THE FIRST ATTEMPT
SUBTTL AC AND MISC. DECLARATIONS
; DEFINE THE ACS USED BY THE PROGRAM
DEFINE ACS.(AA)<
AA==ZZ
ZZ=ZZ+1>
ZZ==0
ACS.(SW) ;SWITCH REGISTER, USED TO HOLD FLAGS
ACS.(T1) ;TEMP, USED FOR ARGUMENT PASSING
ACS.(T2) ;TEMP
ACS.(T3) ;TEMP
ACS.(T4) ;TEMP
ACS.(N1) ;USED BY ROUTINES
ACS.(N2) ;USED BY ROUTINES
ACS.(N3) ;USED BY ROUTINES
ACS.(GT) ;USED FOR GETTAB AND SPY
ACS.(J) ;USUALLY INDEX FOR JOB TABLES
ACS.(FP) ;POINTER TO CURRENT OUTPUT FIELD
ACS.(CHRCNT) ;COUNTER OF CHARACTERS USED
ACS.(L) ;USED FOR INDIRECT PTR TO CURRENT SYSDAT PEEK NR.
ACS.(STR) ;POINTS TO OUTPUT ASCIZ STRING OR ERROR MESSAGE
ACS.(CHR) ;CURRENT INPUT/OUTPUT CHARACS.TER
ACS.(P) ;THE OMNIPRESENT PUSH DOWN POINTER
LUEB==T1 ;LOOKUP/ENTER BLOCK STARTING LOCATION
IFN P-17,<PRINTX %AC P IS NOT AC 17>
; OUTPUT CHANNEL INFORMATION
TY==1 ;OUTPUT CHANNEL
TYB==2 ;NUMBER OF OUTPUT BUFFERS
; CODE TO LOCK UUO
LOCCOD==LK.LLS!LK.LNE!LK.LNP ;LOCK ONLY
; EXTERNAL DECLARATIONS
EXTERNAL .JBREL, .JBFF,.JBOPS,.JBDDT
;
;
; OTHER STUFF
; JOBSTATUS BITS
JDC==100000
CMWB==200000
CLKR==1B18
JDCON==20000
JLOG==1B15
SWP==1B7
RUN==1B0
SHRSEG==1B1
SUBTTL DEFINE BITS IN FLAG REGISTER
; MACRO TO DEFINE SINGLE BIT SWITCHES
DEFINE SW.(NAME)<
IFE ZZ, <PRINTX ?TOO MANY SWITCHES DEFINED FOR FLAG REGISTER>
NAME==ZZ
ZZ=ZZ*2
>; END OF SW. MACRO DEFINITION
ZZ==1 ;INITIALIZE
SW.(OPT.S) ;/S, STATISTICS WANTED FOR TRACKED JOB
SW.(OPT.C) ;/C, OUTPUT ONLY WHEN CHANGE IN TRACKED JOB
SW.(OPT.I) ;/I, DO RUNTIME AND DISK IO INCREMENTAL
SW.(OPT.F) ;F, FORCED LOOK AND PRINTOUT
SW.(OPT.K) ;/K, DO NOT EXIT WHEN TRACKED JOB DISAPPEARS
SW.(OPT.U) ;/U, PRINT USER NAME AND PPN
SW.(OPT.P) ;/P, WATCH PRIVELEGE BITS THIS JOB
SW.(R.SUMM) ;WANT SUMMARY OF DB PRINTOUT
SW.(L.TTY) ;TRACKING A TTY
SW.(L.JOB) ;TRACKING A JOB
SW.(L.PPN) ;TRACKING A PPN
SW.(L.PROG) ;TRACKING A PROGRAM
SW.(L.USRS) ;TRACKING ALL USERS
SW.(REGET) ;REGET LAST CHARACTER SCANNED
SW.(BRK) ;SET BY INPUT, BREAK CHARACTER SEEN
SW.(KI.10) ;SET IF ON A KI 10 PROCESSOR
SW.(T.FLG) ;TEMPORARY FLAG USED BY VARIOUS ROUTINES
SW.(NO.RSP) ;RESPONSE TIME TABLES NOT IN THIS MONITOR
SW.(Y.SPY) ;CAN DO SPY
SW.(SYSD) ;DOING SYSTEM DATA GATHERING
SW.(SYSD.I) ;JUST INITIALIZED SYSTEM DATA
SW.(GT.OPT) ;CURRENT GETTAB IS FOR OPTIONAL TABLE
;AND ITS NOT FATAL IF GETTAB FAILS
SW.(F.TTY) ;FORCE OUTPUT TO TTY EVEN IF /SAVE OR /L IN EFFECT
SW.(F.SPEC) ;A FILE SPEC WAS GIVEN ("=" SEEN)
SW.(DEVTTY) ;OUTPUT DEVICE IS USER TTY
SW.(MRET) ;DO AN EXIT 1, JUST BEFORE STARTING MAIN LOOP
;SO AN UPRIVELEGED USER CAN DO "CCONT" "DET" SEQUENCE
SW.(R.LOCK) ;LOCKED JOB REQUESTED
;[rbp] SW.(CPU.1) ;SET IF SECOND PROCESSOR EXISTS
SW.(NO.PRF) ;OMIT PREFIX FROM ERROR MESSAGES (E=2)
SW.(NO.LIN) ;OMIT REST OF LINE FROM ERROR MESSAGES (E=1)
SW.(MD.TRC) ;MODE OF OUTPUT FILE IS TRACE (BINARY)
SW.(INDFLG) ;INDIRECT FILE "@" IS BEING READ
SW.(FT.VM) ;THIS SYSTEM SUPPORTS VM
SW.(UHP) ;ON MEANS USER HEADER PROLOG IS PRINTED
ZZ==ZZ ;SHOW NUMBER OF BITS IN USE
;BITS TO BE MEMORIZED AND NOT FORGOTTEN BETWEEN COMMANDS
STKDFL==KI.10!Y.SPY!F.TTY!FT.VM
SUBTTL TRACK TRACING FORMAT (BINARY FORMAT)
COMMENT @
TRACK USES A SPECIAL FORMAT FOR ITS BINARY OUTPUT. THIS MEANS
THAT THE FORMAT IS NOT FIXED BY POSITION.
EACH TYPE OF DATA THAT CAN
BE OUTPUT WHEN TRACK IS IN TRACE MODE IS OF THE FORM:
-----------------------------------------------------
! BLOCK TYPE !
-----------------------------------------------------
! LENGTH (including header) !
-----------------------------------------------------
! FIRST DATA WORD !
-----------------------------------------------------
! NEXT DATA WORD !
-----------------------------------------------------
....ETC
DEPENDING ON WHAT SWITCHES ARE GIVEN TRACK, AND WHAT TYPE OF TRACKING
IS BEING DONE, CERTAIN DATA BLOCKS WILL NOT APPEAR IN ALL RUNS.
THERE MAY ALSO BE ZERO WORDS BETWEEN DATA BLOCKS.
@
; 711 REPORT START BLOCK. ALWAYS PRESENT. ALWAYS FIRST.
; FORMAT:
;
%BTRK==711 ;FIRST WORD. FLAG WORD
%BTRKL==4 ;BLOCK LENGTH
B%VER==1 ;DATA WD 1. COPY OF .JBVER
B%TYP==2 ;DATA WD. 2. TYPE OF TRACKING
B%%S==0 ;(VALUE)SYSTEM TRACKING
B%%J==1 ;(VALUE)TRACKING A JOB NUMBER
B%%U==2 ;(VALUE)TRACKING USERS
B%%P==3 ;(VALUE)TRACKING A PPN
B%%T==4 ;(VALUE)TRACKING A TTY NUMBER
; 721 SYSTEM DATA INITIALIZATION BLOCK. IF TRACKING THE
; SYSTEM THEN THIS BLOCK WILL FOLLOW THE REPORT
; START BLOCK.
; ALWAYS PRESENT IN THIS CASE.
; FORMAT:
;
;
%BSI==721 ;FIRST WORD. FLAG WORD
%BSIL==13 ;BLOCK LENGTH
B%MVER==1 ;1ST DATA WORD. MONITOR VERSION
B%ASER==2 ;2ND D.W. APR SERIAL NUMBER
B%MXJB==3 ;3RD D.W. NR. OF JOBS MAXIMUM
B%MXTY==4 ;4TH D.W. " " TTYS "
B%UMEM==5 ;5TH D.W. USER MEMORY AVAILABLE (WORDS)
B%TMEM==6 ;6TH DW,TOTAL SYSTEM MEMORY (WORDS)
B%INT== 7 ;7TH DW,PEEK INTERVAL IN SECS
B%GRP==10 ;8TH DW,NUMBER OF INTERVALS/REPORT
B%TIME==11 ;9TH DW,TIME IN NBS UNIV DATE TIME FORMAT.
; 731 SYSTEM DATA DISPLAY BLOCK. EVERY TIME A REPORT IS
; PRODUCED BY THE SYSTEM DISPLAY MODULE, THIS
; BLOCK IS PRODUCED BEFORE ANY ITEM BLOCKS
; ARE OUTPUT. WILL APPEAR ONCE PER OUTPUT REPORT.
; FORMAT:
%BSGO==731 ;1ST WORD. FLAG WORD
%BSGOL==7 ;BLOCK LENGTH
B%RPT==1 ;NUMBER OF THIS REPORT
B%FRM==2 ;STARTING TIME OF REPORT
;IN UNIVERSAL DATE-TIME FORMAT
B%TO==03 ;ENDING TIME OF THIS REPORT IN
;UNIVERSAL DATE-TIME FORMAT
B%CMX==4 ;CURRENT CORMAX, IN WORDS
B%SCHD==5 ;SCHED BITS
;
; 732 SCHED PARMS BLOCK FOR SCHED LIR TO 6.03
%BSCD==732
%BSCDL==45 ;43 DATA ITEMS PLUS 2 OVRHD
; MODIFIED SEPT 79 TO TACK ON BACKGROUND BATCH CLASS AND SWAP TIME
; AT END OF RECORD
repeat 0,< FORMAT OF BLOCK TYPE 732:
+---------------------------------------------+
! micro scheduling interval !
+---------------------------------------------+
+ 5 (the # of words of class information): !
!---------------------------------------------!
!bit 0: fixed class !
!bits 1-27: class number !
!bits 18-35: class quota !
! !
! !
+---------------------------------------------+
! 2 (the # of words of quantum runtimes): !
+---------------------------------------------+
! quantum runtime: PQ1 !
! quantum runtime: PQ2 !
+---------------------------------------------+
! minimum core usage per job !
+---------------------------------------------+
! minimum core usage multiplier !
+---------------------------------------------+
! min core usage requeue constant !
+---------------------------------------------+
! minimum core usage maximum !
+---------------------------------------------+
! 3 (# words of quantum miltipliers): !
+---------------------------------------------+
!left half: queue number !
!right half: quantum multiplier !
! !
+---------------------------------------------!
! 2 (# words of quantum runtimes): !
+---------------------------------------------+
!left half: queue number !
!right half: maximum time slice !
+---------------------------------------------+
! 5 (# words of secondary class quotas): !
+---------------------------------------------+
!left half: class number !
!right half: quota !
! !
! !
! !
+---------------------------------------------+
!time % to scan queue swapped in before sub-q !
+---------------------------------------------+
! swap scan time !
+---------------------------------------------+
! scheduler fairness factor !
+---------------------------------------------+
! swapper fairness factor !
+---------------------------------------------+
! in-core fairness factor !
+---------------------------------------------+
! SCDCOR !
+---------------------------------------------+
! class number for batch background subq!
+---------------------------------------------+
! background batch swaptime interval !
+---------------------------------------------+
> ;end repeat 0
; 741 SYSTEM DATA ITEM REPORT. OCCURS ONCE FOR
; EACH ITEM DISPLAYED. THIS BLOCK GIVES INFORMATION
; ABOUT WHICH ITEM IS NEXT TO BE WRITTEN OUT. THERE ARE
; AS MANY BLOCKS OF THIS TYPE AS THERE CALLS TO THE
; DATA BLOCK (DB) OUTPUT ROUTINE.
; FORMAT:
;
;
%BITM==741 ;1ST WORD. FLAG WORD
%BITML==4 ;BLOCK LENGTH
B%CODE==1 ;1ST DW. THIS WORD CONTAINS A
;FOUR CHARACTER ASCII (7 BIT)
;CODE IDENTIFIEING THE ITEM
;TO FOLLOW. IT IS CREATED BY THE
;2ND ARGUMENT TO THE SYSDAT MACRO
B%AUX==2 ;AN AUXILLIARY WORD THAT IS USED
;WHEN THERE ARE MULTIPLE CALLS TO
;THE DB OUTPUT ROUTINE PER ENTRY
;IN THE SYSDAT MACRO. FOR INSTANCE
;THE DISK UNIT ROUTINE PUTS THE
;SIXBIT UNIT NAME HERE
; 751 SYSTEM DATA ITEM FREQUENCY BLOCK. THIS BLOCK APPEARS
; A VARIABLE NUMBER OF TIMES. IT GIVES THE
; FREQUENCY BREAKDOWN
; IF THIS TYPE BLOCK APPEARS, THE FIRST SUCH BLOCK
; APPEARS AFTER A %BITM TYPE BLOCK AND THE LAST SUCH BLOCK
; PRECEEDS A TYPE %BSUM TYPE BLOCK.
; NOTE: IF /SUMMARY SWITCH IS USED, THIS TYPE BLOCK
; DOES NOT APPEAR AT ALL, AND THE %BSUM BLOCK FOLLOWS
; THE %BITM IMMEDIATELY.
; FORMAT:
%BFRQ==751 ;1ST WORD, FLAG WORD
%BFRQL==5 ;BLOCK LENGTH
B%LOW==1 ;1ST DW,LOWER LIMIT OF VALUES
;IN THE RANGE
B%HIGH==2 ;2ND DW,UPPER LIMIT OF VALUES
;IN THE RANGE
B%PER==3 ;FLOATING POINT FORMAT
;WORD. THE PERCENT OF ALL VALUES
;SEEN IN THIS RANGE
; 761 TYPE SUMMARY BLOCK. THIS BLOCK APPEARS ONCE
; FOR EVERY CALL TO THE DB OUTPUT ROUTINE, THAT IS ONCE
; FOR EACH TYPE %BITM BLOCK. IT GIVES THE MEAN AND
; STAND. DEVIATION FOR ALL INTERVALS IN THE REPORT
; FORMAT:
;
%BSUM==761 ;THE HEADER FLAG WORD
%BSUML==5 ;BLOCK LENGTH
B%SAMP=1 ;1ST DW,THE NR. OF SAMPLES TAKEN
B%MEAN==2 ;FLT. PT. FORMAT MEAN OF ALL
;SAMPLES IN THIS REPORT.
B%STDD==3 ;FLT. PT. FORMAT STANDARD DEVIATION
;IN VALUES INCLUDED IN THIS REPORT
; 771 TYPE SYSTEM DATA END OF REPORT BLOCK
; THIS BLOCK CONVEYS NO USEFUL INFORMATION EXCEPT THAT THE
; SYSTEM DATA REPORT IS OVER. ESSENTIALLY, ALL WORDS, ZEROR
; OR NON-ZERO BETWEEN AND THE FIRST FLAG WORD
; FOR EITHER A %BTRK OR %BSGO TYPE BLOCK CAN BE IGNORED.
; ;FORMAT:
%BEND==771 ;FLAG WORD
%BENDL==2 ;LENGTH OF BLOCK DATA
;NOTE:NO DATA WORDS.
; NOTE: AT THIS TIME THE ONLY BINARY TRACE FILE FACILITIES
; INCLUDED IN TRACK ARE THOSE FOR SYSTEM TRACKING. A FUTURE
; VERSION MAY INCLUDE TRACE SUPPORT FOR
; OTHER TYPES.
SUBTTL DEFAULT DECLARATIONS
;
;************ DEFAULT VALUES AND SWITCH SETTINGS *************
ND PDSIZE,30 ;DEFAULT PDL SIZE
ND PURESW,0 ;1 FOR RE-ENTRANT, 0 IF NOT
ND SYS,1 ;1 TO INCLUDE SYSDAT MODULE
ND DFLTQJ,^D10 ;DEFAULT SLEEP INTERVAL JOBS
ND DFLTQU,^D60 ;DEFAULT FOR USERS
ND DFLTQS,^D10 ; " " SYSTEM
ND DEFLTR,^D30 ;DEFAULT LOOKS PER SYSDAT REPORT
ND CHNMAX,7 ;MAXIMUM NUMBER OF CHANNELS ON SYSTEM
ND GETUNI,^D8 ;NUMBER OF UNITS TO GRAB CORE FOR
;NEED MORE CORE
; FOR UNIT WATCHING TABLES
ND FTTRC,-1 ;INCLUDE /FORMAT:TRACE FACILITIES
ND MAXTOK,^D14 ;MAX. CHRS PER SWITCH
ND MAXSFD,7 ;MAXIMUM NR. OF SFDS
ND DFILE,'TRACK ' ;DEFAULT LISTING FILE
ND DEXT,'TXT ' ;AND EXT
ND DEXTT,'TRC ' ;EXT IF IN TRACE MODE
ND DDEV,'TTY ' ;DEFAULT OUTPUT DEVICE
ND DDEVF,'DSK ' ;DEFAULT OUTPUT DEVICE IS
;A FILE SPEC IS GIVEN
ND COMMAX,^D144 ;MAX COMMAND LINE
;*************************************************************
SUBTTL ERROR MESSAGE MACRO AND FLAGS
; FLAGS FOR ERROR MESSAGE PROCESSOR
; THESE FLAGS ARE OF THREE TYPES
; 1)WHAT TYPE OF MESSAGE
; 2)WHAT TO TYPE AFTER MESSAGE (IE T1 IS NULL,OCTAL,SIXBIT ETC.)
; 3)WHAT TO DO AFTER ERROR (EXIT,RESTART,CONTINUE)
ZZ==1 ;START
SW.(EF.FAT) ;FATAL ERROR
SW.(EF.CMT) ;COMMENT MESSAGE
SW.(EF.WRN) ;WARN MESSAGE
SW.(EF.RST) ;AFTER MESSAGE, RESTART
SW.(EF.EXT) ;AFTER MESSAGE, EXIT PROGRAM
SW.(EF.CON) ;AFTER MESSAGE, RETURN CPOPJ FOR SHORT
;AND CPOPJ1 FOR LONG MESSAGE
SW.(EF.DEC) ;AT END TYPE T1 IN DECIMAL
SW.(EF.OCT) ;AT END TYPE T1 IN OCTAL
SW.(EF.SIX) ;AT END TYPE T1 IN SIXBIT
SW.(EF.PPN) ;AT END TYPE T1 AS PPN
SW.(EF.MEM) ;AT END TYPE MEMORY UNITS
SW.(EF.STR) ;T1 POINTS TO STRING
; ERROR MESSAGE PROCESS DESTRYS T3,T4 AND RESPECTS
; ALL OTHER REGISTERS
;
; WHEN CALLING WITH FLAG "EF.CON" ; FINAL CRLF MUST BE LABELED "X$$'PREFIX"
;
DEFINE $ERROR($FLAGS,$PREFIX,$TEXT)<
E$$'$PREFIX:
MOVX T4,$FLAGS ;;PICK UP FLAGS
IFE BIGLST,<XLIST>
JSP T3,ERRMSG ;;GO PROCESS THE ERROR
IFNB <$TEXT>,<XWD ''$PREFIX'',[ASCIZ\$TEXT\]>
IFB <$TEXT>, <XWD ''$PREFIX'',[0]>
IFN $FLAGS&EF.CON, < JRST X$$'$PREFIX>
LIST
>
SUBTTL UTILITY MACROS
DEFINE HELPME <
MOVE 1,[SIXBIT/TRACK/] ;MUST BE AC 1
PUSHJ P,.HELPR## ;EXTERNAL ENTRY >
; LOAD HELPER WITH .TEXT IF WE CAN, AND LOAD INTO PROPER SEGMENT
IFN PURESW,<
IFDEF .TEXT,<.TEXT \,REL:HELPER\>>
IFE PURESW,<
IFDEF .TEXT,<.TEXT \,REL:HELPER/SEG:LOW\>>
;
; MACRO TO PACK SIXBIT CHARACTERS INTO WORDS
; AT END ZZ IS NUMBER OF CHARACTERS PACKED
DEFINE STASH(A)<
ZZ=0
.C==0
.D==-1
IRPC A,<
ZZ=ZZ+1
.D==.D+6
.C==<.C!<''A''B<.D>>>
IFE .D-^D35,<EXP .C
.D==-1
.C==0>>
IFG .D,<EXP .C>
PURGE .D,.C
>
; MACRO TO SEND ONE CHARACTER TO THE OUTPUT DEVICE
DEFINE TYPEC(AA)<
MOVEI CHR,"AA"
XLIST
PUSHJ P,PUTCHR
LIST
>;END OF TYPEC DEFINITION
; MACRO TO SEND ASCIZ TEXT TO THE OUTPUT DEVICE
DEFINE TYPES(AA)<
MOVEI STR,[ASCIZ\AA\]
XLIST
PUSHJ P,PUTSTR
LIST
> ; END OF TYPES DEFINITION
; MACRO TO SEND CONTENTS OF T1, IN BIANRY TO OUTPUT DEVICE
DEFINE TRACE <
IFN FTTRC, <
PUSHJ P,BINWRT
>
>
; MACRO TO SEND A CONSTANT TO TRACE DEVICE. USES T1
DEFINE TRACEI(CONS)<
IFN FTTRC, <
MOVX T1,CONS
XLIST
TRACE
LIST
>
>
; MACRO TO SEND CONTENTS OF MEMORY LOCATION TO TRACE. USES T1
DEFINE TRACEM(MEM)<
IFN FTTRC, <
MOVE T1,MEM
XLIST
TRACE
LIST
>
>
;MACRO TO SET UP THE FACT-STYLE HEADER
DEFINE TRACEH(TYPE),<
XLIST
TRACEI %B'TYPE ;;TYPE OF ENTRY
TRACEI %B'TYPE'L ;;LENGTH OF ENTRY
LIST
>
SUBTTL MACRO TO SET UP THE JOB TRACKING DATA AREA
; THIS MACRO SETS UP THE STUFF FOR THE JOB DATA ROUTINES.
; IT SETS UP DATA AREAS FOR JOB TRACKING.
; NEW ENTRIES SHOULD CONTAIN THE FOLLOWING:
; 1)UP TO FOUR CHARACTERS OF NAME FOR FIELD
; C.'NAME IS LOCATION OF CURRENT DATA FOR THAT FIELD
; O.'NAME IS OFFSET (RELOCATED BY CONTENTS OF AC J)
; OF THAT DATA ITEM FOR EACH JOB TRACKED
;
; 2)LENGTH OF THE FIELD FOR OUTPUT PURPOSES (OCTAL)
;
; 3)FOR /COMPARE SWITCH , VALUE "COMP" MEANS COMPARE THIS OLD VS
; CURRENT VALUE AND IF DIFFERENT PRINT, "NOCOMP" MEANS IGNORE
; ANY DIFFERENCES IN THIS FIELD
; THIS IS FOR DEFAULT /COMPARE AND CAN BE OVERIDDEN
; WITH ARGUMENTS.
COMP==1
NOCOMP==0
DEFINE DATUMS <
IFE BIGLST,<XLIST>
X FST,0,NOCOMP ;FIRST PRINT OF JOB FLAG
X DAY,10,NOCOMP ;TIME OF DAY OF PEEK
X JOB,4,COMP ;JOB NUMBER
X TTY,6,COMP ;TTY LINE NUMBER
X PROG,6,COMP ;PROGRAM NAME
X STAT,2,NOCOMP ;STATUS
X NSWP,2,NOCOMP ;NOT SWAPPED, IE IN CORE
X LOW,0,NOCOMP ;LOW SEG SIZE
X HIGH,6,NOCOMP ;HI-SEG SIZE
X RT,11,NOCOMP ;RUNTIME
X RD,7,NOCOMP ;DISK READS
X WR,7,NOCOMP ;DISK WRITES
X PRV,0,COMP ;PRIVELEGE BITS
X KCT,11,NOCOMP ;KILO-CORE-TICS FOR JOB
X GOD,^D22,COMP ;JACCT LIT (SPACING WIDTH USED FOR RT/ET)
X TLM,^D12,NOCOMP ;TIME LIMIT SET FOR JOB
X PPN,^D16,COMP ;PPN OF USER
X NAM1,0,COMP ;FIRST HALF OF USER NAME
X NAM2,^D17,COMP ;SECOND HALF
LIST
> ;END OF DATUMS DEFINITION
;SET UP DEFCMP (DEFINE COMPARE) WORD FOR USE BY COMPARE ROUTINE
;FOR EACH FIELD DEFINED IN DATUMS MACRO, A CORRESPONDING
;BIT = 1 MEANS COMPARE FOR /C , A BIT =0 MEANS
;DONT COMPARE
%CHKCM==0
ZZ==0
;
DEFINE X(A,Y,C)<
IFE ^D37-ZZ, <PRINTX ? TOO MANY FIELDS FOR COMPILING %CHKCM!>
%CHKCM==%CHKCM!<<C>B<ZZ>>
ZZ==ZZ+1
>
DATUMS ;DEFINE THE WORD
SHOW.(%CHKCM) ;AND THATS WHAT RESULTS
;THIS WILL BE USED LATER FOR /COMPARE
;DEFAULT VALUE
SUBTTL MACRO TO DEFINE THE SYSTEM TRACKING PARAMETERS
; THIS MACRO SETS UP THE STUFF FOR THE SYSTEM DATA ROUTINES
; FOR EACH ITEM YOU WISH TO HAVE 'TRACKED' FOR THE SYSTEM
; YOU MUST INCLUDE AN ENTRY HAVEING THE FORM:
;
; X OUTPUT LABEL,4 CHR NAME,ADDR OF INITIALIZATION ROUTINE,
; ADDR OF FETCH DATA ROUTINE,ADDR OF OUTPUT ROUTINE, RANGE FOR DATA
; POINTS TO BE GROUPED TOGETHER
; A) OUTPUT LABEL WILL BE PRINTED ON THE REPORT
; B) NAME WILL BE USED TO CREATE UNIQUE TABLE NAMES
; C) INITIALIZATION ROUTINE (IF NON-ZERO) WILL BE PUSHJ P'ED TO
; ONCE FOR EACH COMMAND STRING.
; D) FETCH ROUTINE (IF NON-ZERO) WILL PUSHJ P'ED TO EVERY LOOK
; E) OUTPUT ROUTINE (IF NON-ZERO) WILL BE PUSHJ P'D TO EVERY REPORT
;
; THE FOLLOWING TABLES ARE CREATED:
;
; XXXX.N TABLE OF POINTERS TO LABELS
; XXXX.I TABLE OF INITIA ROUTINE ADDRESSES
; XXXX.P TABLE OF POINTERS TO DATA AREA FOR EACH ITEM
; EACH ENTRY IN THIS TABLE SHOULD BE OF THE FORM: L,,ADDR
; THE INITIALIZATION ROUTINE HAS THE RESPONSIBILITY
; OF CORRECTLY SETTING UP THIS WORD
; L WILL ALWAYS CONTAIN THE LOOK NUMBER WE ARE DOING
; AND ADDR THE START OF THE BLOCK "# OF LOOKS/REPORT"
; LONG USED FOR HOLDING THE DATA SEEN FOR EACH LOOK
;
; XXXX.G TABLE OF ADDRESSES OF DATA GATHERING ROUTINES
; PUSHJ P'ED TO EACH LOOK (IF NON-ZERO)
; XXXX.D SAME AS ABOVE, PUSHJ P'ED TO EVERY TIME WE REPORT
; XXXX.V TABLE CONTAINING THE RANGE OVER WHICH TO
; GROUP DATA POINTS TOGETHER WHEN MAKING OUTPUT
; REPORTS
;
; XXXX.C A TABLE OF 4 LETTER,LEFT JUSTIFIED SIXBIT
; CODES IS CREATED FOR IDENTIFYING ITEMS IN THE TRACE
; FORMAT REPORT AND FOR ARGUMENTS TO /INCLUDE,EXCLUDE
; THIS TABLE IS MADE UP FROM THE 4 LETTER
; SECOND ARGUMENT TO THE SYSDAT MACRO
; EACH TABLE IS PRECEDED BY THE LABEL 'TAB.X' AND ITS LENGTH IS
; LEN.X
; ALSO, WHEN ROUTINES ARE BEING EXECUTED, INDEX REGISTER J
; WILL CONTAIN THE ITEM WE ARE WORKING, AND INDEX REGISTER L
; WILL CONTAIN THE NUMBER OF THE CURRENT LOOK
;
;
; SEE FOLLOWING CODE FOR DEFINITIONS OF AVAILABLE ROUTINES AND
; FOR VARIABLES ALWAYS AVAILABLE FOR ROUTINES TO USE
;
DEFINE SYSDAT <
IFE BIGLST,< XLIST>
X USER CPU JIFFIES/SECOND,CPUT,CPUT%I,CPUT%G,OUTDBI,^D10
X PERCENT IDLE TIME ON CPU0,CP0I,DBCORE,CP0I%G,OUTDBI,5
X PERCENT IDLE TIME ON CPU1,CP1I,CP1INI,CP1I%G,OUTDBI,5
X PERCENT IDLE TIME ON CPU2,CP2I,CP2INI,CP2I%G,OUTDBI,5
X PERCENT IDLE TIME ON CPU3,CP3I,CP3INI,CP3I%G,OUTDBI,5
X PERCENT IDLE TIME ON CPU4,CP4I,CP4INI,CP4I%G,OUTDBI,5
X PERCENT IDLE TIME ON CPU5,CP5I,CP5INI,CP5I%G,OUTDBI,5
X PERCENT LOST TIME ON CPU0,CP0L,DBCORE,CP0L%G,OUTDBI,5
X PERCENT LOST TIME ON CPU1,CP1L,CP1INI,CP1L%G,OUTDBI,5
X PERCENT LOST TIME ON CPU2,CP2L,CP2INI,CP2L%G,OUTDBI,5
X PERCENT LOST TIME ON CPU3,CP3L,CP3INI,CP3L%G,OUTDBI,5
X PERCENT LOST TIME ON CPU4,CP4L,CP4INI,CP4L%G,OUTDBI,5
X PERCENT LOST TIME ON CPU5,CP5L,CP5INI,CP5L%G,OUTDBI,5
X CPU0 EXEC TIME(%),EXEC,EXEC%I,EXEC%G,OUTDBF,^D10
X CPU1 EXEC TIME(%),EXE1,EXE1%I,EXE1%G,OUTDBF,^D10
X CPU2 EXEC TIME(%),EXE2,EXE2%I,EXE2%G,OUTDBF,^D10
X CPU3 EXEC TIME(%),EXE3,EXE3%I,EXE3%G,OUTDBF,^D10
X CPU4 EXEC TIME(%),EXE4,EXE4%I,EXE4%G,OUTDBF,^D10
X CPU5 EXEC TIME(%),EXE5,EXE5%I,EXE5%G,OUTDBF,^D10
X CPU0 MBOX REFS(K/SEC),MBXR,MBXR%I,MBXR%G,OUTDBF,^D10
X CPU1 MBOX REFS(K/SEC),MBX1,MBX1%I,MBX1%G,OUTDBF,^D10
X CPU2 MBOX REFS(K/SEC),MBX2,MBX2%I,MBX2%G,OUTDBF,^D10
X CPU3 MBOX REFS(K/SEC),MBX3,MBX3%I,MBX3%G,OUTDBF,^D10
X CPU4 MBOX REFS(K/SEC),MBX4,MBX4%I,MBX4%G,OUTDBF,^D10
X CPU5 MBOX REFS(K/SEC),MBX5,MBX5%I,MBX5%G,OUTDBF,^D10
X PERCENT OVERHEAD TIME ON CPU0,CP0O,DBCORE,CP0O%G,OUTDBI,5
X PERCENT OVERHEAD TIME ON CPU1,CP1O,CP1INI,CP1O%G,OUTDBI,5
X PERCENT OVERHEAD TIME ON CPU2,CP2O,CP2INI,CP2O%G,OUTDBI,5
X PERCENT OVERHEAD TIME ON CPU3,CP3O,CP3INI,CP3O%G,OUTDBI,5
X PERCENT OVERHEAD TIME ON CPU4,CP4O,CP4INI,CP4O%G,OUTDBI,5
X PERCENT OVERHEAD TIME ON CPU5,CP5O,CP5INI,CP5O%G,OUTDBI,5
X CONTEXT SWITCHES PER SECOND ON CPU0,CP0C,DBCORE,CP0C%G,OUTDBI,^D10
X CONTEXT SWITCHES PER SECOND ON CPU1,CP1C,CP1INI,CP1C%G,OUTDBI,^D10
X CONTEXT SWITCHES PER SECOND ON CPU2,CP2C,CP2INI,CP2C%G,OUTDBI,^D20
X CONTEXT SWITCHES PER SECOND ON CPU3,CP3C,CP3INI,CP3C%G,OUTDBI,^D30
X CONTEXT SWITCHES PER SECOND ON CPU4,CP4C,CP4INI,CP4C%G,OUTDBI,^D40
X CONTEXT SWITCHES PER SECOND ON CPU5,CP5C,CP5INI,CP5C%G,OUTDBI,^D50
X UUOS PER SECOND ON CPU0,CP0U,DBCORE,CP0U%G,OUTDBI,^D10
X UUOS PER SECOND ON CPU1,CP1U,CP1INI,CP1U%G,OUTDBI,^D10
X UUOS PER SECOND ON CPU2,CP2U,CP2INI,CP2U%G,OUTDBI,^D20
X UUOS PER SECOND ON CPU3,CP3U,CP3INI,CP3U%G,OUTDBI,^D30
X UUOS PER SECOND ON CPU4,CP4U,CP4INI,CP4U%G,OUTDBI,^D40
X UUOS PER SECOND ON CPU5,CP5U,CP5INI,CP5U%G,OUTDBI,^D50
X CACHE SWEEPS PER SECOND ON CPU0,L0SN,CL0INI,L0SN%G,OUTDBI,^D10
X CACHE SWEEPS PER SECOND ON CPU1,L1SN,CL1INI,L1SN%G,OUTDBI,^D10
X CACHE SWEEPS PER SECOND ON CPU2,L2SN,cl2ini,l2SN%G,OUTDBI,^D10
X CACHE SWEEPS PER SECOND ON CPU3,L3SN,cl3INI,l3SN%G,OUTDBI,^D10
X CACHE SWEEPS PER SECOND ON CPU4,L4SN,cl4INI,l4SN%G,OUTDBI,^D10
X CACHE SWEEPS PER SECOND ON CPU5,L5SN,cl5INI,l5SN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS PER SECOND BY CPU0 SCHEDULER,L0LN,CL1INI,L0LN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS PER SECOND BY CPU1 SCHEDULER,L1LN,CL1INI,L1LN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS PER SECOND BY CPU2 SCHEDULER,L2LN,CL2INI,L2LN%G,OUTDBI,^D20
X CACHE SWEEP REQUESTS PER SECOND BY CPU3 SCHEDULER,L3LN,CL3INI,L3LN%G,OUTDBI,^D30
X CACHE SWEEP REQUESTS PER SECOND BY CPU4 SCHEDULER,L4LN,CL4INI,L4LN%G,OUTDBI,^D40
X CACHE SWEEP REQUESTS PER SECOND BY CPU5 SCHEDULER,L5LN,CL5INI,L5LN%G,OUTDBI,^D50
X CACHE SWEEP REQUESTS CPU0 SWEPT FOR PER SECOND,L0RN,CL1INI,L0RN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS CPU1 SWEPT FOR PER SECOND,L1RN,CL1INI,L1RN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS CPU2 SWEPT FOR PER SECOND,L2RN,CL2INI,l2RN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS CPU3 SWEPT FOR PER SECOND,L3RN,CL3INI,l3RN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS CPU4 SWEPT FOR PER SECOND,L4RN,CL4INI,l4RN%G,OUTDBI,^D10
X CACHE SWEEP REQUESTS CPU5 SWEPT FOR PER SECOND,L5RN,CL5INI,l5RN%G,OUTDBI,^D10
X PERCENT CACHE LOST TIME ON CPU1,L1LT,CL1INI,L1LT%G,OUTDBI,5
X PERCENT CACHE LOST TIME ON CPU2,L2LT,CL2INI,L2LT%G,OUTDBI,5
X PERCENT CACHE LOST TIME ON CPU3,L3LT,CL3INI,L3LT%G,OUTDBI,5
X PERCENT CACHE LOST TIME ON CPU4,L4LT,CL4INI,L4LT%G,OUTDBI,5
X PERCENT CACHE LOST TIME ON CPU5,L5LT,CL5INI,L5LT%G,OUTDBI,5
X DECTAPE GENERATED SLEEPS(#),SDGS,SDGS%I,SDGS%G,OUTDBI,^D10
X MAGTAPE GENERATED SLEEPS(#),SMGS,SMGS%I,SMGS%G,OUTDBI,^D10
X EVENT WAIT SATISFIED(#),SEWS,SEWS%I,SEWS%G,OUTDBI,^D10
X TTY INPUT WAIT SATISFIED(#),STIS,STIS%I,STIS%G,OUTDBI,^D10
X TTY OUTPUT WAIT SATISFIED(#),STOS,STOS%I,STOS%G,OUTDBI,^D10
X PTY INPUT WAIT SATISFIED(#),SPIS,SPIS%I,SPIS%G,OUTDBI,^D10
X PTY OUTPUT WAIT SATISFIED(#),SPOS,SPOS%I,SPOS%G,OUTDBI,^D10
X SS REQUEUE TO PQ1(#),SRS1,SRS1%I,SRS1%G,OUTDBI,^D10
X WAKE REQUEUE TO PQ1(#),SRW1,SRW1%I,SRW1%G,OUTDBI,^D10
X DAEMON SATISFIED REQUEUE TO PQ1(#),SRD1,SRD1%I,SRD1%G,OUTDBI,^D10
X ALL OTHER REQUEUE TO PQ1(#),SRO1,SRO1%I,SRO1%G,OUTDBI,^D10
X PQ1 JOBS EXPIRING QUANTUM(#),SQR1,SQR1%I,SQR1%G,OUTDBI,^D10
X PQ2 JOBS EXPIRING QUANTUM(#),SQR2,SQR2%I,SQR2%G,OUTDBI,^D10
X HPQ JOBS EXPIRING QUANTUM(#),SQRH,SQRH%I,SQRH%G,OUTDBI,^D10
X PQ1 JOBS EXPIRING ICPT(#),SIP1,SIP1%I,SIP1%G,OUTDBI,^D10
X PQ2 JOBS EXPIRING ICPT(#),SIP2,SIP2%I,SIP2%G,OUTDBI,^D10
X HPQ JOBS EXPIRING ICPT(#),SIPH,SIPH%I,SIPH%G,OUTDBI,^D10
X PQ1 SWAP IN MEMORY(K)(#),SKS1,SKS1%I,SKS1%G,OUTDBI,^D10
X PQ2 SWAP IN MEMORY(K)(#),SKS2,SKS2%I,SKS2%G,OUTDBI,^D10
X HPQ SWAP IN MEMORY(K)(#),SKSH,SKSH%I,SKSH%G,OUTDBI,^D10
X PQ1 JOBS SWAPPED IN(#),SNJ1,SNJ1%I,SNJ1%G,OUTDBI,^D10
X PQ2 JOBS SWAPPED IN(#),SNJ2,SNJ2%I,SNJ2%G,OUTDBI,^D10
X HPQ JOBS SWAPPED IN(#),SNJH,SNJH%I,SNJH%G,OUTDBI,^D10
X PQ1 EBOX/MBOX TICKS CHARGED(#),STC1,STC1%I,STC1%G,OUTDBI,^D10
X PQ2 EBOX/MBOX TICKS CHARGED(#),STC2,STC2%I,STC2%G,OUTDBI,^D10
X HPQ EBOX/MBOX TICKS CHARGED(#),STCH,STCH%I,STCH%G,OUTDBI,^D10
X AVERAGE WASTED CORE(PAGES),WASK,WASK%I,WASK%G,OUTDBI,^D10
X AVERAGE PQ1/CMQ SWAP IN RESPONSE(TICKS),CPSI,CPSI%I,CPSI%G,OUTDBI,^D10
X SWAPPING SPACE LEFT (PAGES),SWPS,DBCORE,SWPS%G,OUTDBF,^D50
X CACHE SWEEP REQUESTS BY SWAPPER PER SECOND,L0SD,CL1INI,L0SD%G,OUTDBI,^D10
X SWAPPER NULL TIME,SWPN,SWPN%I,SWPN%G,OUTDBI,^D10
X SWAPPER LOST TIME,SWPL,SWPL%I,SWPL%G,OUTDBI,^D10
X UNWIND COUNT,UNWD,UNWD%I,UNWD%G,OUTDBI,1
X SWAPPER FORCE COUNT,SWPF,SWPF%I,SWPF%G,OUTDBI,1
X PERCENT OF FREE CORE IN USE,PFCU,PFCU%I,PFCU%G,OUTDBF,5
X PERCENT TTY CHUNKS IN USE,PTCU,PTCU%I,PTCU%G,OUTDBF,5
X SCANNER SERVICE XMT INTERUPTS/SEC,SXMT,DBCORE,SXMT%G,OUTDBI,^D50
X SCANNER SERVICE RCV INTERUPTS/SEC,SRCV,DBCORE,SRCV%G,OUTDBI,^D50
X USER DISK BLOCKS PER SECOND,UDIO,UDIO%I,UDIO%G,OUTDBI,^D25
X SWAPPING BLOCKS PER SECOND,SWIO,SWIO%I,SWIO%G,OUTDBI,^D25
X USER KCS PER SECOND,UKCS,UKCS%I,UKCS%G,OUTDBI,5
X TERMINAL RESPONSE TIME (MS),RESP,DBCORE,RESP%G,OUTDBI,^D100
X AVERAGE RESPONSE TIME (MILLISECONDS),AVRT,DBCORE,AVRT%G,OUTDBI,^D25
X NUMBER OF JOBS LOGGED IN,JLGN,DBCORE,JLGN%G,OUTDBF,1
X PERCENT OF PHYS. CORE IN USE BY ACTIVE JOBS,ACCR,DBCORE,ACCR%G,OUTDBF,^D20
X PERCENT OF PHYS. CORE IN USE BY ALL JOBS,PHCR,DBCORE,PHCR%G,OUTDBF,^D20
X AVERAGE JOB SIZE (TO NEAREST UNIT),AVJS,DBCORE,AVJS%G,OUTDBF,^D5
X NR OF JOBS IN RUN QUEUES,NRJR,DBCORE,NRJR%G,OUTDBF,1
X PERCENT OF RUNNABLE JOBS IN CORE,PRJC,DBCORE,PRJC%G,OUTDBF,^D5
X JOBS IN TTY IO WAIT,TIOW,DBCORE,TIOW%G,OUTDBF,^D1
X JOBS IN IO WAIT OTHER THAN TTY,IOW,DBCORE,IOW%G,OUTDBF,^D1
X JOBS IN SHAREABLE RESOURCE QUEUES,JSHQ,DBCORE,JSHQ%G,OUTDBF,^D1
X 0,DISK,DISK%I,DISK%G,DISK%D,1 ;% busy for each disk unit
X 0,CHAN,CHAN%I,CHAN%G,CHAN%D,1 ;% busy for each channel
LIST
> ;END OF SYSDAT MACRO
; POSSIBLE START OF HIGH SEGMENT CODE
IFN PURESW, <TWOSEG
RELOC 400000>
SUBTTL INITIALIZE AND GET COMMAND STRING
TRACK: JFCL ;IN CASE CCL ENTRY
RESET
MOVE T1,[XWD LOWBEG,LOWBEG+1];CLEAR IMPURE AREA
SETZB SW,LOWBEG ;IN CASE OF RESTART
BLT T1,LOWEND ;ZAP
MOVE T1,.JBFF ;PICK UP JOBFF
MOVEM T1,SAVFF ;AND REMEMBER IT
MOVEI T1,DEBBLK ;DEBUG VARIABLES
MOVEM T1,.JBOPS## ;FOR CATASTROPHES
JUMPPT (T1,K.CORE,K.CORE,P.CORE,P.CORE) ;EXAMINE PROCESSOR
P.CORE: TXOA SW,KI.10 ;SET IT DOWN , ITS PAGES
K.CORE: TROA CHR,"K" ;MEMORY UNIT FOR K OF CORE
MOVEI CHR,"P" ;FOR PAGES THE SYMBOL IS "P"
MOVEM CHR,MEMUNI ;FOR PRINTOUT ROUTINES
MOVE P,[IOWD PDSIZE,PDL] ;SET UP PUSHDOWN LIST
IFE PURESW,<
PUSHJ P,SETTAB ;SET UP GETTABS
>
MOVX GT,%CCTYP ;GET CPU TYPE
PUSHJ P,FETTAB
MOVEM GT,CPUTYP ;REMEMBER IT
MOVX GT,%CNST2 ;LOOKUP FT TABLE
PUSHJ P,FETTAB
TXNE GT,ST%VMS ;CONTAINS VMSER?
TXO SW,FT.VM ;YES, REMEMBER THAT
MOVX GT,%CNLNP ;LOOK UP NUMBER OF LINES
PUSHJ P,FETTAB ;FROM MONITOR
HLROS GT ;MAKE FULL WORD NEGATIVE
MOVMM GT,MAXTTY ;MAXTTY BECOMES LARGEST TTY NR
SOS MAXTTY ;AFTER ACCOUNTING FOR ZERO
MOVX GT,%CNSJN ;DO SAME FOR NUMBER OF JOBS
PUSHJ P,FETTAB ;I.E. GET MAXIMUM NUMBER
HRRM GT,MAXJOB ;STORE FOR LATER GOOD THINGS
SOS MAXJOB ;ACCOUNT FOR NULL JOB
PJOB T1, ;SAVE OUR JOB
MOVEM T1,MYJOB ;FOR LATER USE
GETPPN T1, ;SAVE PPN
JFCL
MOVEM T1,MYPPN ;ALSO
TRACK1: SETZM LOOKS ;CLEAR ALL
SETZM HPQREQ ;
SETZM AVAL ;CLEAR /SAVE SWITCH
SETZM SDISK ;DEFAULT IS SYSTEM DISKS
MOVEI T1,DFLTQJ ;PICK UP DEFAULT SLEEP TIME FOR A JOB
MOVEM T1,QTUM
MOVEI T1,DEFLTR ;PICK UP DEFAULT LOOKS/REPORT
MOVEM T1,RVAL ;FOR SYSDAT STUFF
SETZM DEFCMP ;NO COMPARISON BITS DEFINED
IFN SYS,<
MOVE T1,[TAB.P,,TAB.P+1] ;CLEAR POINTERS FOR CORE TABLES (DB'S)
SETZM TAB.P ;TO CLEAR EXCLUDE/INCLUDES
BLT T1,TAB.P+LEN.P-1 ;AND ALLOCATIONS
SETOM CHAN.P ;START OUT EXCLUDING CHANNEL
SETOM DISK.P ;AND DISK STUFF
> ; END OF SYS CONDITIONAL
AND SW,[STKDFL] ;CLEAR ALL BUT STICKY DEFAULTS
SETOM C.FST ;SET FIRST FLAG
TRACK2: PUSHJ P,GETLIN ;LOAD COMMAND LINE
PUSHJ P,PRESCAN ;PRESCAN FOR FILESPEC
TXO SW,F.SPEC ;MARK AS PRESENT
MOVE T1,[XWD [.IOASC
DDEV
Z
DFILE
DEXT
Z
Z],FILMOD] ;LOAD DEFAULT FILE SPECS
BLT T1,FILPPN ;INTO FILE BLOCK
TXNN SW,F.SPEC ;FILE SPEC GIVEN?
JRST NOSPEC ;NO
MOVX T1,DDEVF ;LOAD DEFAULT FILE DEVICE
MOVEM T1,FILDEV ;
PUSHJ P,FILSPC ;GET FILE SPECIFICATION
PUSHJ P,GETCHR ;GET NEXT CHARACTER
CAIE CHR,"=" ;IS IT DELIMITER "="
JRST [$ERROR(EF.FAT!EF.RST,FDM,FILE SPECIFICATION DELIMITER "=" MISSING)]
NOSPEC: MOVE N1,COMPTR ;SAVE THE COMMAND POINTER
PUSHJ P,GETCHR ;GET A CHARACTER
TXNE SW,BRK ;BREAK CHARACTER?
JRST RESTRT ;YES,RECYCLE
CAIL CHR,"0" ;COULD BE JUST A NUMBER
CAILE CHR,"9" ;FOR JOB NUMBER TO WATCH
SKIPA
JRST TJOBS ;AND IT IS
MOVEM N1,COMPTR ;RESTORE THE COMMAND POINTER
PUSHJ P,TOKEN ;GET FIRST TOKEN
JUMPE T1,[ MOVEI T1,-" "(CHR) ;IF NOT ALPHANUMERIC
LSH T1,^D30
JRST NOSPC1] ;USE TOKEN'S DELIMITER
TXO SW,REGET ;DELIMITER STILL VALID
NOSPC1: MOVE T2,[-CSDLEN,,CSNAME] ;GET READY FOR TABLE LOOKUP
PUSHJ P,TABLUK ;LOOK IT UP
JRST [ JUMPL T1,[$ERROR(EF.FAT!EF.RST,CNU,COMMAND NOT UNIQUE)]
JRST BADCOM]
JRST @CSDISP(T1) ;DISPATCH ON COMMAND
BADCOM: MOVEI T1,LASTOK ;PICK UP LAST TOKEN
$ERROR(EF.FAT!EF.RST!EF.STR,UCS,UNKNOWN COMMAND )
; DEFINE COMMANDS
DEFINE CSCREATE<
IFE BIGLST, <XLIST>
X (MYPPN,TMPPNS) ;; "MYPPN"
X (SYSTEM,TSYS) ;; "SYSTEM"
X (#,TTTYS) ;;#NN (TTYNN)
X (/,TRYHLP) ;;/SWITCH
X ([,TPPNS) ;;[P,PN]
X (<'>,TPROG) ;;'PROGRAM'
X (PPN,TPPNS) ;;PPN[P,N]
X (DEBUG,TDDT) ;;DDT
X (USERS,TUSERS) ;;USERS
X (<.>,TMYJOB) ;;TRACK YOURSELF
X (<@>,TIND) ;;INDIRECT FILE SPECIFICATION
X (EXIT,FINISH) ;;EXIT FROM TRACK
LIST
> ; END OF CSCREATE DEFINITION
; NOW MAKE THE TABLE
DEFINE X(AA,BB)< SIXBIT\AA\>
CSNAME: CSCREATE
CSDLEN==.-CSNAME
DEFINE X(AA,BB)< XWD 0,BB>
CSDISP: CSCREATE
TRYHLP: PUSHJ P,GETSW ;GET SWITCH
CAIE CHR,"/" ;ANOTHER SWITCH?
JRST RESTRT ;NO
JRST TRYHLP ;YES
TMYJOB: MOVE T1,MYJOB ;TRACK YOURSELF
MOVEM T1,SAVNUM ;STORE IT
TXO SW,L.JOB ;LOOKING AT JOB
PUSHJ P,GETCHR ;LOAD CHARACTER
JRST SWCHK ;PROCESS SWITCHES
TPROG: PUSHJ P,TOKEN ;GET THE PROGRAM NAME
JUMPE T1,[$ERROR(EF.FAT!EF.RST,IPN,ILLEGAL PROGRAM NAME)]
MOVEM T1,SAVPOP ;STORE IT AWAY
TXO SW,L.PROG ;WATCHING A PROGRAM
CAIN CHR,"'" ;DELIMITED BY MATCHING '?
PUSHJ P,GETCHR ;YES,EAT IT
JRST TUSE.1 ;JOIN COMMON MULTIPLE JOB CODE
TPPNS: PUSHJ P,OCTIN ;GET FIRST HALF (PROJ)
JUMPN T1,TPPNS1 ;IF NOT, BLANK CONTINUE
CAIN CHR,"*" ;BLANK DELIMITED BY STAR?
SOJA T1,[PUSHJ P,GETCHR ;GET DELIMITER
JRST TPPNS1 ] ;ALL FILLED IN WITH -1
HLR T1,MYPPN ;ELSE USE MY PPN
TPPNS1: CAIE CHR,"," ;DELIMITED BY COMMA
JRST BPPN ;NOPE
HRLZM T1,SAVPOP ;STASH IT
PUSHJ P,OCTIN ;GET PROGRAMMER NUMBER
JUMPN T1,TPPNS2 ;IF GIVEN, JUST CONTINUE
CAIN CHR,"*" ;DELIMITED BY STAR?
SOJA T1,[PUSHJ P,GETCHR ;EAT THE STAR
JRST TPPNS2] ;AND CONTINUE
HRR T1,MYPPN ;GET PROG NUMBER RUNNING UNDER
TPPNS2: TXNN SW,BRK ;BREAK SEEN ?, OR
CAIN CHR,"]" ;DELIMITED BY ]
CAIA
JRST BPPN
HRRM T1,SAVPOP ;AND DONE WITH PPN!
JRST TMPSET ;AND CONTINUE WITH INITITALIZATION
TMPPNS: MOVE T1,MYPPN ;USE OWN PPN
MOVEM T1,SAVPOP
TMPSET: TXO SW,L.PPN ;WATCHING PPN
TXNN SW,BRK ;BREAK?
PUSHJ P,GETCHR ;NO,LOAD CHAR
JRST TUSE.1 ;JOIN COMMON MULTI-JOB CODE
BPPN: $ERROR(EF.FAT!EF.RST,BPN,BAD FORMAT FOR PROJECT-PROGRAMMER NUMBER)
TSYS:
IFN SYS, <
TXO SW,SYSD ;DOING SYSTEM DATA
MOVEI T1,DFLTQS ;RESET DEFAULT SLEEP TIME
MOVEM T1,QTUM
PUSHJ P,GETCHR ;LOAD NEXT CHR
JRST SWCHK ;GO PICK UP SWITCHES >
IFE SYS, <
$ERROR(EF.FAT!EF.RST,SNI,SYSTEM TRACKING NOT INCLUDED IN THIS VERSION)
>; IF NOT INCLUDED (IE FT SYS=0)
TUSERS: TXO SW,L.USRS ;TURN ON USERS
MOVEI T1,DFLTQU ;LOAD INTERVER FOR USERS
MOVEM T1,QTUM ;BECAUSE ITS LONGER
PUSHJ P,GETCHR ;GET NEXT CHARACTER LOADED
TUSE.1: MOVEI T1,1 ;START WITH JOB 1
MOVEM T1,SAVNUM
JRST SWCHK ;START WITH SWITCHES
TDDT: PUSHJ P,EATLIN ;EAT REST OF LINE
SKIPN N1,.JBDDT## ;DEBUGGER LOADED?
JRST [$ERROR(EF.FAT!EF.RST,DNL,DEBUGGER NOT LOADED)] ;NO
$ERROR(EF.CMT,DEB,ENTERING DEBUGGER)
JRST (N1) ;ENTER DDT
XDDT: JRST TRACK1 ;SO " XCT XDDT$X" GOES BACK
;TO COMMAND LEVEL
TIND: MOVE T1,[XWD [.IOASC
SIXBIT/DSK /
0,,TYBUF
SIXBIT/TRACK/
SIXBIT/CCL/
0
0],FILMOD]
BLT T1,FILPPN
PUSHJ P,FILSPC ;LOAD DEFAULTS,GET USER SPEC
PUSHJ P,GETCHR ;SEE IF ENDS W/BREAK
TXNN SW,BRK ;
JRST BADCOM ;NO
PUSHJ P,REDUCE ;GET RID OF EXCESS CORE
TXO SW,INDFLG ;MARK INDIRECT FILE ACTIVE
JRST TRACK2 ;AND GET COMMANDS
TJOBS: TXO SW,REGET+L.JOB ;LOOKING FOR JOB,REGET THE FIRST DIGIT
JRST GETNUM ;GET JOB NUMBER
TTTYS: TXO SW,L.TTY ;SET SWITCH FOR TTY LOOKS
PUSHJ P,OCTIN ;TTY #S ARE OCTAL
SKIPA
GETNUM: PUSHJ P,DECIN ;GET DECIMAL JOB NO.
MOVEM T1,SAVNUM ;SAVE FOR GOOD THINGS
TXNE SW,L.TTY ;LOOKING AT TTY?
JRST VALTTY ;YES
SKIPL T1 ;NO, DOING JOB. IS THIS NR. TOO LOW?
CAMLE T1,MAXJOB ;OR TOO HIGH?
JRST [MOVE T1,MAXJOB ;SET UP AND DO ERROR MESSAGE
$ERROR(EF.FAT!EF.RST!EF.DEC,JMR,JOB NUMBER MUST BE IN RANGE 0-)]
JRST SWCHK ;NO,ITS OK
VALTTY: SKIPL T1 ;ALSO MUST BE IN RANGE 0-MAXTTY
CAMLE T1,MAXTTY ;
JRST [MOVE T1,MAXTTY
$ERROR(EF.FAT!EF.RST!EF.OCT,TMR,TTY NUMBER MUST BE IN RANGE 0-)]
SWCHK: TXNE SW,BRK ;BREAK CHR ENDS THINGS
JRST START ;BUT IT WASNT
CAIE CHR,"/" ;MIGHT BE SWITCH
JRST BADCOM ;BUT IT WASNT
PUSHJ P,GETSW ;PICK UP SWITCH
JRST SWCHK ;GET NEXT SWITCH OR END
SUBTTL INITIALIZE PRIOR TO COMMENCEING TRACK LOOP
START: RELEAS TY, ;CLOSE OUTPUT
PUSHJ P,REDUCE ;REDUCE CORE TO STARTING SIZE
TXNE SW,OPT.S ;DO STATISTICS?
TXNN SW,NO.RSP ;ARE RESPONSE TIMES OFF
JRST STATOK
$ERROR(EF.WRN,JRU,JOB RUN QUEUE TIME UNAVAILABLE)
STATOK: PUSHJ P,FILOPN ;OPEN FILE
TXZ SW,F.TTY ;DONT FORCE OUTPUT TO TTY
TXNN SW,L.USRS!L.JOB!L.TTY!L.PPN!L.PROG ;JOB TRACKING?
JRST STRT1 ;NO.SKIP THE OLD DATA AREA SETUP
MOVEI T1,SIZDAT ;SIZE OF BLOCK PER JOB
TXNE SW,L.USRS!L.PPN!L.PROG ;NEED FOR ALL JOBS?
IMUL T1,MAXJOB ;YES,MULTIPLY
PUSHJ P,ASSCOR ;GET THE CORE
MOVEM T1,OLDPTR ;SAVE THE POINTER
STRT1: TRACEH (TRK) ;[*]OUTPUT FILE START HEADER
TRACEM .JBVER## ;PUT OUT VERSION OF TRACK
TRACEI B%%S ;SAY ITS A SYSTEM TRACK
IFN SYS, <
TXNE SW,SYSD ;DOING SYSTEM DATA?
PUSHJ P,SYSINI ;YES,GO START UP >
TXNE SW,MRET ;[*]DOES THE USER WISH A MONRET. (EXIT 1,)?
SKIPE STRTED ;[*] YES-BUT IS THIS THE FIRST TIME?
JRST GODO ;START
$ERROR(EF.CMT,PTC,PLEASE TYPE CONTINUE TO COMMENCE TRACKING)
EXIT 1, ;HERE IS THE MONRET.
GODO: SETOM STRTED ;[*]INDICATE THAT WE ARE STARTED.
SKIPN T1,HPQREQ ;ASK FOR HPQ?
JRST NOHPQ ;NO
HPQ T1, ;TRY IT
JRST [ MOVE T1,HPQREQ ;GET HPQ REQUESTED
$ERROR(EF.WRN!EF.OCT,HPQ,CANNOT SET TO HPQ)
JRST NOHPQ] ;RETURN
NOHPQ: TXNN SW,R.LOCK ;LOCK REQUESTED?
JRST NOLOCK ;NO
IFN PURESW, <
MOVE T1,[XWD LOCCOD,LOCCOD] >;LOCK BOTH SEGMENTS
IFE PURESW, <
MOVEI T1,LOCCOD ;LOCK LOW SEGMENT
LOCK T1, ;LOCK HIM
JRST [$ERROR(EF.WRN!EF.OCT,CLJ,<CANNOT LOCK JOB, ERROR CODE=>)
JRST NOLOCK] ;AND RETURN
NOLOCK: TXNE SW,DEVTTY!MRET ;TO TTY OR DETACHED?
JRST STRT2 ;YES,SKIP BANNER
$ERROR(EF.CMT,TRK,TRACKING...)
STRT2: MSTIME T1,
MOVEM T1,SAVST ;SAVE START TIME
IFN FTTRC, <
TXNN SW,MD.TRC ;DOING TRACE?
JRST MAIN ;NO,SKIP EXTRA UUO
MOVX GT,%CNDTM ;FOR TRACE, USE UNIVERSAL DATE-TIME
PUSHJ P,FETTAB
MOVEM GT,SAVSTU ;SAVE UNIVERSAL START TIME
> ;END OF CONDITIONAL ON FTTRC
JRST MAIN ;START PROCESSING
SUBTTL RESTART,EXIT AND FILE ROUTINES
; HERE TO CLOSE OUTPUT, RELEASE DEVICE AND EXIT
FINISH: CLOSE TY, ;CLOSE FILE
RELEAS TY, ;RELEASE CHANNEL
EXIT
; HERE TO UNLOCK, CLEAN UP AND GO BACK TO COMMAND LEVEL
;
RESTRT: CLOSE TY, ;CLOSE FILES
RELEAS TY,
TXO SW,F.TTY ;FORCE OUTPUT TO TTY
TXNN SW,R.LOCK ;WAS I LOCKED?
SKIPE HPQREQ ;OR IN HPQ?
RESET ;YES, UNDO THE CONDITION
MOVE P,[IOWD PDSIZE,PDL] ;RE-SET UP PDP
PUSHJ P,REDUCE ;RESTORE SIZE
JRST TRACK1 ;AND READY FOR NEXT COMMAND
; ROUTINE TO OPEN,LOOKUP AND APPEND THE OUTPUT REPORT
FILOPN: MOVE T1,FILDEV ;LOAD T1 WITH DEVICE
MOVE N1,T1 ;GET COPY
DEVCHR N1, ;LOOK UP
JUMPE N1,[$ERROR(EF.FAT!EF.SIX!EF.RST,DDE,DEVICE DOES NOT EXIST: )]
TXNN N1,DV.OUT ;DOES OUTPUT?
JRST [$ERROR(EF.FAT!EF.SIX!EF.RST,CDO,DEVICE CANNOT DO OUTPUT: )]
MOVE T2,FILMOD ;CHECK MODE
MOVEI T3,1 ;FOR LEGALITY
LSH T3,(T2)
TRNN N1,(T3) ;
JRST [$ERROR(EF.FAT!EF.SIX!EF.RST,IDM,ILLEGAL DATA MODE FOR DEVICE )]
TXNE N1,DV.TTA ;USER TTY?
TXO SW,DEVTTY ;YES,SET FLAG
MOVE LUEB,FILMOD ;[*]GET MODE
MOVE LUEB+1,FILDEV ;[*]AND DEVICE
MOVSI LUEB+2,TYBUF ;[*]POINT TO BUFFER
OPEN TY,LUEB ;[*]OPEN THE FILE
JRST [MOVE T1,FILDEV
$ERROR(EF.FAT!EF.SIX!EF.RST,OPN,OPEN FAILED FOR DEVICE )]
OUTBUF TY,TYB ;[*]SET BUFFERS
SETOM FSTFLG ;[*]SET FIRST LOOKUP FLAG
PUSHJ P,FSAV1 ;[*]AND OPEN FILE
TXNN N1,DV.DIR ;[*]WILL LOOKUP NEVER FAIL?
POPJ P, ;[*]RIGHT-SKIP MS
SKIPN FSTFLG ;[*]DID WE APPEND?
POPJ P, ;[*]NO
$ERROR(EF.WRN,APP,APPENDING TO EXISTING OUTPUT FILE)
MOVEI CHR,14 ;[*]
PJRST PUTCHR ;[*]OUTPUT IT AND RETURN
; THIS ROUTINE CLOSES THE OUTPUT FILE, RE-OPENS IT IN APPEND MODE
FILSAV: SKIPGE AVAL ;-1 MEANS SAVE EVERY TIME
JRST FSAVA ;[*]ELSE SAVE EVERY TIME
SKIPG AVAL
POPJ P, ;SHOULDN'T REALLY HAPPEN
SOSE AVALC ;DECREMENT COUNTER AND IF NOT 0
POPJ P, ;RETURN IMMEDIATELY
MOVE T1,AVAL ;PICK UP MASTER COUNT
MOVEM T1,AVALC ;AND RESET COUNTER
FSAVA: MOVEI T1,1 ;[*]MAKE FSTFLG BE POS.
MOVEM T1,FSTFLG
FSAV1: PUSHJ P,GENNAM ;[*]MAKE UP A 'MMDDYY' NAME IF /DAILY
MOVE LUEB,FILNAM ;[*]RE-OPEN
MOVE LUEB+1,FILEXT ;[*]
MOVE LUEB+2,FILDAT ;[*]LOAD
MOVE LUEB+3,FILPPN ;[*]REST OF BLOCK
LOOKUP TY,LUEB ;[*]LOOKUP THEN ENTER
JRST NOTHR ;[*]IT AINT THERE...
FSAV2: MOVE LUEB+1,FILEXT ;[*]RELOAD
MOVE LUEB+2,FILDAT ;[*]
MOVE LUEB+3,FILPPN ;[*]
ENTER TY,LUEB ;[*]AND HERES THE ENTER
JRST E$$OPE ;[*]GIVES US UPDATE MODE
SKIPE FSTFLG ;[*]IF FIRST LOOKUP FAILED SKIP, ELSE
USETI TY,-1 ;[*] DO APPENDING
POPJ P, ;[*]AND RETURN TO CALLER
NOTHR: AOSN FSTFLG ;[*]FIRST LOOKUP?
JRST FSAV2 ;[*]YES-NO PROBLEM
HRRZ T1,LUEB+1 ;[*]GET ERROR CODE
JUMPN T1,LUPERR ;[*]OTHER THAN FILE NOT FOUND
POP P,(P) ;[*]WE AINT RETURNING...
JRST START ;[*]JUST RESTARTING
SUBTTL DAILY SWITCH ROUTINE FILE HANDLING
;[*]THIS ROUTINE WILL GENERATE A 'MMDDYY' TYPE FILENAME
GENNAM: SKIPL DAILYF ;[*]DID HE WANT /DAILY?
POPJ P, ;[*]NOPE
MOVX GT,%CNDAY ;[*]WHAT IS TODAY?
PUSHJ P,FETTAB ;[*]ASK MON
CAMN GT,TODAY ;[*]SAME AS LAST LOOP?
POPJ P, ;[*]THEN SKIP ALL THIS B/S
EXCH GT,TODAY ;[*]UPDATE TODAY, AND LOOK AT LAST
JUMPN GT,NOTFST ;[*]GT=0 IMPLIES FIRST LOOP...
MOVE LUEB,FILNAM ;[*]GET FILE NAME ASKED
MOVE LUEB+1,FILEXT ;[*]FOR BY USER TO SEE
MOVE LUEB+2,FILDAT ;[*]IF IT ALREADY
MOVE LUEB+3,FILPPN ;[*]EXISTS
LOOKUP TY,LUEB ;[*]CHECK...
JRST NOREN ;[*]ASSUME NO FILE W/ OLD NAME
PUSHJ P,DATCHK ;[*]ITS THERE-CHECK CREATION DATE...
JRST NOREN ;[*]ITS NOT THERE ANYMORE UNLESS IT
;[*]WAS CREATED TODAY...
;[*]HERE IF THIS IS NOT THE FIRST LOOP, AND THE DATE JUST CHANGED (MIDNITE)
;[*]IN THIS CASE RENAME CURRENT FILE TO 'NEWNAME'...
NOTFST: MOVE LUEB,NEWNAM ;[*]THE NAME
TXNE SW,MD.TRC ;[*]ARE WE TRACING OR TEXTING
SKIPA LUEB+1,[DEXTT] ;[*]TRACING
MOVE LUEB+1,[DEXT] ;[*]TEXTING
MOVE LUEB+2,FILDAT ;[*]
MOVE LUEB+3,FILPPN ;[*]MKE IT LOOK LIKE USER WANTS
RENAME TY,LUEB ;[*]RENAME IT
JRST RENERR ;[*]ERROR CONDITION
NOREN: MOVE T1,[POINT 6,NEWNAM] ;[*]TO BUILD THE NAME
MOVX GT,%CNMON ;[*]MONTH FIRST
PUSHJ P,FETTAB ;[*]ASK THE MON...
PUSHJ P,BLDNAM ;[*]ADD TO THE NAME
MOVE GT,TODAY ;[*]WE ALREADY HAVE TODAY
PUSHJ P,BLDNAM ;[*]ADD ON
MOVX GT,%CNYER ;[*]AND NOW FOR YEAR...
PUSHJ P,FETTAB ;[*]GET IT FROM THE MONITR.
SUBI GT,^D1900 ;[*]- 1900 TO MAKE JUST 2 DIGITS
PUSHJ P,BLDNAM ;[*]ADD ON
POPJ P,
BLDNAM: IDIVI GT,^D10 ;[*]GET EACH DIGIT...
ADDI GT,20 ;[*]ASCIZIZE FIRST ONE
IDPB GT,T1 ;[*]AND LOAD
ADDI GT+1,20 ;[*]TAKE THE REMAINDER=2ND DIG
IDPB GT+1,T1 ;[*]SAME
POPJ P,
;[*]THIS ROUTINE WILL CHECK THE CREATION DATE OF THE FILE, AND IF
;[*]IT IS NOT EQUAL TO TODAY, IT WILL RENAME THAT FILE TO A MMDDYY NAME
;[*]CORRESPONDING TO ITS CREATION...
DATCHK: LDB T2,[POINT 3,LUEB+1,20] ;[*]GET THE CREAT DATE FOR FIL
LSH T2,^D12
ANDI LUEB+2,007777 ;[*]MASK OUT ALL BUT LOW 12 BITS
IOR T2,LUEB+2 ;[*]AND OR IN THE FIRST 12 BITS
DATE T1, ;[*]GET TODAYS DATE
CAMN T1,T2 ;[*]DIFFERENT?
POPJ P, ;[*]NO=NOTHING
IDIVI T2,^D31*^D12 ;[*]TO GET YEARS
IDIVI T3,^D31 ;[*]AND DAYS
ADDI T2,^D64 ;[*]CORRECT FOR 1964 START
ADDI T3,1 ;[*]AND FOR 0 OFFSET MONTH
ADDI T4,1 ;[*]AND DAY
MOVE T1,[POINT 6,NEWNAM] ;[*]PREPARE TO BUILD NAME
MOVE GT,T3 ;[*]GET MONTH
PUSHJ P,BLDNAM
MOVE GT,T4 ;[*]AND DAY
PUSHJ P,BLDNAM
MOVE GT,T2 ;[*]AND YEAR
PUSHJ P,BLDNAM
MOVE LUEB,NEWNAM ;[*]PREP FOR RENAME
TXNE SW,MD.TRC ;[*]GET THE RIGHT EXT
SKIPA LUEB+1,[DEXTT]
MOVE LUEB+1,[DEXT]
MOVE LUEB+2,FILDAT ;[*]GET ALL THE LUEB
MOVE LUEB+3,FILPPN ;[*]STUFF...
RENAME TY,LUEB ;[*]RENAME THE BOOGER
JRST RENERR ;[*]ERROR ON RENAME
POPJ P, ;[*]VOILA
SUBTTL MAIN PROGRAM LOOP
MAIN: SKIPE AVAL ;[*]IS SAVING DONE?
SKIPG FSTFLG ;[*]IF SO: IS THIS FIRST TIME?
CAIA ;[*]YES...
PUSHJ P,FILSAV ;[*]SAVE FILES
IFN FTTRC, <
TXNN SW,MD.TRC ;DOING TRACE?
JRST NTRC1 ;NO
MOVX GT,%CNDTM ;FOR TRACE, GET UDT
PUSHJ P,FETTAB
MOVEM GT,SAVUPU ;AS SAVE IT
NTRC1:
> ;END OF CONDITIONAL ON FTTRC
SETZM CTRKJ ;NOT CURRENTLY TRACKING JOB
TXNE SW,L.USRS!L.PPN!L.PROG ;TRACKING ALL USERS?
TXO SW,UHP ;YES, REMEMBER WE NEED HEADER
MSTIME T1, ;GET TIME OF DAY
MOVEM T1,SAVUP ;TIME WE START LOOP
SKIPA ;SKIP A UUO, WE JUST DID MSTIME
MAIN1A: MSTIME T1, ;USER TYPE THINGS
MOVEM T1,C.DAY ;AND STORE
IFN SYS, <
TXNE SW,SYSD ;DOING SYSTEM DATA?
JRST SYSGET ;YES,DO IT NOTE ,WE RETURN
;AFTER GATHERING AT REJOIN
>; END OF SYS CONDITIONAL
MOVE T1,SAVNUM ;GET MAGIC NUMBER
PUSHJ P,SETJ ;SET UP AC J FOR RELOCATION
TXNE SW,L.JOB!L.USRS!L.PPN!L.PROG ;WATCHING JOB?
JRST WJOB ;YES
TXNE SW,L.TTY ;WATCHING TTY
JRST WTTY ;YES
WJOB: MOVEM T1,C.JOB ;STORE AS JOB NUMBER.
PUSHJ P,GETTY ;GET ASSOC. TTY #
JRST GONJOB ;??JOB IS GONE
JRST MAIN1 ;GOT IT
WTTY: MOVEM T1,C.TTY ;STORE AS TTY NUMBER
PUSHJ P,GETJOB ;GET ASSOC. JOB
JRST GONJOB ;??JOB IS GONE
MAIN1: SETOM CTRKJ ;TRACKING A JOB
PUSHJ P,GETCOR ;GET CORE SIZE OF JOB
PUSHJ P,GETSTA ;GET STATUS
PUSHJ P,GETRUN ;GET RUN-TIME
PUSHJ P,GETNAM ;GET PROGRAM NAME
PUSHJ P,GETSTC ;GET RUN STATISTICS
PUSHJ P,GETPRV ;GET THEM
PUSHJ P,GETDSK ;GET DSK STATS
PUSHJ P,GETU ;GET IT
PUSHJ P,CHK2 ;MAKE SURE SAME JOB
MOVE N1,SAVPOP ;GET SAVED PPN OR PROGRAM
TXNN SW,L.PROG ;WATCHING PROGRAM?
JRST MAIN0A ;NO
CAME N1,C.PROG ;PROGRAM MATCH?
JRST MCONT ;NO, DISCARD IT
MAIN0A: TXNN SW,L.PPN ;WATCHING PPN?
JRST MAIN0B ;NO, GO ON
SETCA N1, ;GET COMPLEMENT OF PPN
TLCN N1,-1 ;WAS PROJ NUMBER WILD?
HLL N1,C.PPN ;YES, INSURE MATCH
TRCN N1,-1 ;WAS PROG NUMBER WILD?
HRR N1,C.PPN ;YES, INSURE MATCH
CAME N1,C.PPN ;A MATCH ON PPN?
JRST MCONT ;NO, DISCARD THIS JOB
MAIN0B: TXNN SW,OPT.C ;IF COMPARE IS ON
JRST MAIN2 ;DONT JUMP YET
PUSHJ P,COMPR ;DO COMPARE
JRST MCONT ;SAME, SKIP PRINT-OUT
MAIN2: TXZE SW,UHP ;IS USER HEADER PROLOG NEEDED?
PUSHJ P,USRPRO ;YES, PRINT IT
PUSHJ P,PRNT ;PRINT JOB DATA
MCONT: SETZM C.FST ;SHUT OFF FIRST SWITCH
MOVSI N1,CURDAT ;PREPARE TO MAKE OLD=NEW
HRRI N1,OLDAT(J)
BLT N1,OLDAT+SIZDAT-1(J) ;DONE
REJOIN: TXZE SW,OPT.F ;[*]IF JUST DID A FORCED,
TXZ SW,F.TTY ;[*]FIX UP TO NORMAL OUTPUT
TXNN SW,L.USRS!L.PROG!L.PPN ;[*]DOING USERS?
JRST NOTUSR ;[*]NO
AOS T2,SAVNUM ;INCREMENT JOB NUMBER
CAMG T2,MAXJOB ;
JRST MAIN1A ;DO NEXT JOB
MOVEI T2,1 ;START OVER
MOVEM T2,SAVNUM ;AFTER SLEEP/EXIT CHECK
SETZM CTRKJ ;CLEAR CURRENT-JOB-ACTIVE FLAG
NOTUSR: SKIPN LOOKS ;[*]ZERO LOOKS = INFINITE
JRST SLEEPY ;[*]SO JUST CONTINUE
SOSG LOOKS ;[*]WHEN ZERO EXIT
JRST FINISH ;[*] GO AWAY
SLEEPY: SKIPE AVAL ;[*]IF WE ARE SAVING...
CLOSE TY, ;[*]RELEASE THE FILE WHILE SLEEPING
MOVEI N1,1 ;[*]A NON ZERO QUANTITY
MOVEM N1,FSTFLG ;[*]TO ALLOW FILSAV TO DO ITS STUFF
MOVE N1,QTUM ;[*]GET SLEEP TIME
JUMPE N1,SLP2 ;[*]IF NO SLEEP
MULI N1,^D1000 ;MAKE MSEC
MSTIME T1, ;GET DAYTIME
MOVEM T1,SLPTIM ;STORE AS TIME WE WENT TO SLEEP
SUB T1,SAVUP ;T1 NOW HAS TIME SPENT
;IN LOOKING AND PRINTING
JUMPGE T1,.+2 ;IF NEGATIVE
ADDX T1,^D1000*^D60*^D60*^D24 ;WE WENT AROUND MIDNITE
SUB N2,T1 ;CORRECT SLEEP TIME
JUMPLE N2,SLP2 ;CHECK FOR NEG OR ZERO SLEEP TIME
MOVEM N2,SLPQT ;SAVE
RSLEEP: CAILE N2,^D63000 ;IF LESS < 63K MS
JRST UDAEM ;THEN DONT USE DAEMON
SLP1: TXO N2,<HB.RTL!HB.RTC> ;WAKE ON TTY ACTIVITY
HIBER N2,
JRST USLP ;HIBER FAILED, USE SLEEP
SLP2: INCHRS CHR ;GET CHARACTER,SKIP IF ONE
JRST MAIN ;AND DO AGAIN
JRST NEWSPC ;WANT NEW SPECS
UDAEM: MOVEI T1,N1 ;SET UP FOR CLOCK REQUEST
MOVX N1,.CLOCK ;TIME FUNCTION
DAEMON T1,
JRST USLP ;IF FAILURE
SETZ N2, ;SET FOR INFINITE SLEEP
JRST SLP1 ;GO HIBERNATE
USLP: MOVE N1,QTUM ;GET SECS OF SLEEP
CAILE N1,77 ;IF NOT IN 63 SEC BRACKET
MOVEI N1,77 ;SET FOR MAX
SLEEP N1,
JRST SLP2 ;AND CONTINUE
SUBTTL SYSTEM TRACKING **DATA GATHERING MODULE **
; DO THE SYSTEM DATA GATHERING IF WE WANT TO
; AND THE RETURN TO REJOIN TO CHECK TIMEING,EXITS ETC.
; NOTE THAT NO ITEM DEPENDENT ROUTINE IS CALLED IF TAB.P IS ZERO
; FOR THAT ITEM; THIS WAY, IF AN ITEM IS NOT AVAILABLE WHEN
; TRACK IS RUNNING ON A CERTAIN SYSTEM, THE INITIALIZATION ROUTINE
; CAN SIMPLY NOT ALLOCATE CORE FOR THE ITEM AND THE ITEM WILL NOT
; BE GATHERED. THE SAME IS TRUE OF SYSDIS.
IFN SYS, <
SYSGET: MOVX GT, %NSHJB ;GET HIGHEST JOB NUMBER
PUSHJ P,FETTAB ;CAUSE MANY WANT TO KNOW
MOVEM GT,HIJOB ;THIS LOCATION AVAILABLE
MOVX GT, %CNLNM ;LOOKUP NUMBER OF JOBS TOO
PUSHJ P,FETTAB ;FOR ASR,SWR ETC
MOVEM GT,NUMJOB ;STORE THIS TOO
MOVE J,HIJOB ;SET UP J
LGNCHK: MOVX GT,.GTSTS ;LOOK UP STATUS
HRLI GT,(J)
PUSHJ P,FETTAB ;OF THIS JOB
TXNN GT,JLOG ;LOGGED IN?
JRST NOTLGN ;NO
PUSH P,GT ;SAVE STATUS WORD FOR LATER
MOVEM J,C.JOB ;ROUTINES EXPECT IT IN C.JOB
PUSHJ P,GETCOR ;GET HIS CORE ALLOCATION
MOVE T1,C.LOW ;AND STASH IT IN JOBTB1
HRLM T1,@JOBTB1 ;LEFT HALF
SKIPGE T2,C.HIGH ;PICK UP HI CORE
SETZ T2, ;DONT BOTHER WITH SPY
HRRM T2,@JOBTB1 ;HIGH CORE ALLOCATION
PUSHJ P,GETSTA ;GET HIS STATUS TOO
MOVE T1,C.STAT ;SO CAN DO ASR,Q INFO ETC
HRL T1,HISEGN ;HI-SEG # TO LH OF JOBTB2 ENTRY
SKIPN C.NSWP ;IF HES SWAPPED OUT
TLO T1,400000 ;SIGN BIT OF JOBTB2 ENTRY GOES ON
POP P,GT ;JOB STATUS WORD
TXNE GT,RUN ;IN RUN STATE?
TRO T1,400000 ;YES, BIT 18 OF JOBTB2 GOES ON
MOVEM T1,@JOBTB2 ;STORE IT
SKIPA ;SKIP SETTING NOT LOGGED IN BIT
NOTLGN: SETOM @JOBTB1 ;INDICATE NOT LOGGED IN
SOJG J,LGNCHK ;BACK FOR NEXT JOB
PUSHJ P,ANALYZ ;CALL COMMON JOB ANALYSIS ROUTINE
PUSHJ P,CELPST ;GET ELAPSED TIME
MOVSI J,-LEN.G ;LENGTH OF GET TABLE
SYSG1: SKIPLE TAB.P(J) ;WAS THERE CORE ALLOCATED?
SKIPN TAB.G(J) ;AND IS THERE A ROUTINE TO XCT?
JRST SYSG2 ;ONE OR THE OTHER IS NOT TRUE
PUSHJ P,@TAB.G(J) ;EXE2UTE PROPER ROUTINE
SYSG2: AOBJN J,SYSG1 ;SEE IF MORE
MOVEM L,T.LOOK ;TOTAL LOOKS DONE (START W/0)
MOVE N1,CU.TIC ;FIX UP TIMERS FOR NEXT LOOK
MOVEM N1,LS.TIC ;LAST = CURRENT
MOVE N1,CU.MS ;
MOVEM N1,LS.MS ;ALL DONE
SOSLE RVALC ;DECREMENT COUNTER
AOJA L,REJOIN ;MORE LOOKS LEFT
PUSHJ P,SYSDIS ;ELSE DO A DISPLAY
MOVE T1,RVAL ;RESET REPORT COUNTER
MOVEM T1,RVALC ;TO WANTED VALUE
SETZB L,T.LOOK ;RESET INDEX TO DATA AREA
MOVE T1,SAVUP ;RESET START TIME
MOVEM T1,SAVST ;SAVE IT
IFN FTTRC, <
MOVE T1,SAVUPU ;FOR TRACE, ROTATE TIMES
MOVEM T1,SAVSTU ;
> ;END OF IFN FTTRC
TXZ SW,SYSD.I ;HAVE DONE AT LEAST ONE LOOK
JRST REJOIN ;THEN CONTINUE
; SUBROUTINE TO CALCULATE ELAPSED TIME BETWEEN NOW AND LAST SEEN
; VALUES OF MS AND TICS
CELPST: MOVX GT, %CNTIM ;MANY THINGS LIKE TICS
PUSHJ P,FETTAB ;SO USE TICS
MOVEM GT,CU.TIC ;STASHED
SUB GT,LS.TIC ;MAKE INCREMENTAL
JUMPGE GT,.+2 ;IN CASE WENT PAST MIDNITE
ADDX GT,^D60*^D60*^D60*^D24 ;ADJUST IT
MOVEM GT,EL.TIC ;ELAPSED TICS
MSTIME N1, ;CURRENT MS TIMER
MOVEM N1,CU.MS ;SET IT
SUB N1,LS.MS ;LAST SEEN MS
JUMPGE N1,.+2 ;TAKE CARE OF NITE OWLS
ADDX N1,^D1000*^D60*^D60*^D24
MOVEM N1,EL.MS ;STASH IT
POPJ P,
;;STILL UNDER "IFN SYS" CONDITIONAL
SUBTTL SYSTEM TRACKING **DATA DISPLAY MODULE **
SYSDIS: TRACEH (SGO) ;[*]PUT ON A HEADER
MOVEI CHR,14 ;GIVE A FORM-FEED
PUSHJ P,PUTCHR ;TO SEPARATE REPORTS
TYPES (< STATUS FROM >);OUTPUT HEADER
MOVE T1,SAVST ;GET STARTING TIME
PUSHJ P,PUTDAY ;OUTPUT DAYTIME STARTED
TYPES (< TO >)
MOVE T1,SAVUP ;AND OUTPUT
PUSHJ P,PUTDAY ;DAYTIME STOPPED
PUSHJ P,CRLF
TYPES (<REPORT #>) ;GIVE SEQUENCE NUMBER
AOS T1,NLOOK ;PRINT NUMBER OF THIS REPORT
TRACE ;SEND IT TO THE TRACE FILE
PUSHJ P,DECOUT ;AND TO LISTING
TRACEM SAVSTU ;FOR TRACE, GIVE UNIVERSAL REPORT
TRACEM SAVUPU ;START TIME & END TIME
TXNE SW,OPT.F ;WAS THIS FORCED?
SOS NLOOK ;FIX UP LOOK NUMBER
TYPES (< UPTIME: >) ;PRINT UPTIME LABEL
MOVX GT, %NSUPT ;LOOKUP SYSTEM UPTIME
PUSHJ P,FETTAB ;
MOVE T1,GT ;CONVERT TICS TO MS
IMULI T1,^D100 ;
IDIVI T1,^D6 ;BY MULTIPLYING BY 16.666
PUSHJ P,PUTDAY ;PRINT IT HH:MM:SS
TYPES (< CORMAX:>) ;ALSO TELL CORMAX
MOVX GT, %NSCMX ;BECAUSE IT TOO CHANGES
PUSHJ P,FETTAB ;
MOVE T1,GT ;OUTPUT AS K OR P
TRACE ;CORMAX,IN WORDS, TO TRACE FILE
PUSHJ P,MEMPNT ;
TYPES (< SCHED:>) ;TELL IF OPR THERE, ETC.
MOVX GT, %CNSTS ;
PUSHJ P,FETTAB ;SEE IF THERE
ANDI GT,777 ;RIGHT MOST BITS OF WORD
MOVE T1,GT ;TO ARG REGISTER
TRACE ;SCHED TO TRACE FILE
PUSHJ P,OCTOUT ;AND PRINT IT
PUSHJ P,SCDWRT ;GO MAKE SCHED BLOCK
TYPES (<
STRUCTURES MOUNTED: >)
MOVEI CHRCNT,^D100
SETZ T1, ;START LIST
SMLOOP: SYSSTR T1, ;GET STRUCTURE NAME
JRST SMDONE ;UUO FAILURE , FAKE DONE
JUMPE T1,SMDONE ;OR IF EXHAUSETED
CAILE CHRCNT,^D41 ;ROOM LEFT?
JRST [TYPES (<
>) ; CRLF, 3<TAB>
SETZ CHRCNT, ; CLEAR COUNTER
JRST SMNOC]
TYPEC (<,>) ;COMMA
SMNOC: PUSHJ P,SIXPNT ;PRINT NAME
JRST SMLOOP ;BACK FOR MORE
SMDONE: MOVX GT, %NSKTM ;EXAMINE KSYS
PUSHJ P,FETTAB ;TIMER
JUMPLE GT,NOKSYS ;IF ZERO, NOT PENDING
TYPES (<
KSYS: >) ;TELL IF SYSTEM GOING DOWN
MOVE N1,GT ;SO THEY KNOW WHATS DOING
IDIVI N1,^D60 ;
PUSH P,N2 ;SAVE MINUTES
JUMPE N1,NOHRS ;
MOVE T1,N1 ;PRINT KSYS HRS
PUSHJ P,DECOUT
TYPES (< HRS. >)
NOHRS: POP P,T1 ;AND MINUTES
PUSHJ P,DECOUT ;
TYPES (< MINS.>) ;AND IN WHAT UNITS
NOKSYS: MOVEI J,5 ;GIVE 5 CRLFS
PUSHJ P,CRLF ;
SOJG J,.-1 ;
MOVSI J,-LEN.D ;GET LENGTH OF DISPLAY TABLE
SYSDS1: SKIPG TAB.P(J) ;WAS THERE CORE ALLOCATED?
JRST SYSDS2 ;NO, THERE IS NOTHING TO DISPLAY
SKIPE N1,TAB.D(J) ;GET AN ITEM AND IF NON-ZERO
PUSHJ P,(N1) ;DO IT
SYSDS2: AOBJN J,SYSDS1 ;IF MORE TO DO
TRACEH (END) ;[*]AND A REP END HEADER
POPJ P, ;RETURN TO CALLER
;scheduler data output
SCDWRT: MOVE T1,[XWD SCDLEN,SCDBLK]
SCHED. T1,
JRST SCDDON
TRACEH(SCD)
MOVNI T2,SCDL2
SCDMOR: AOJGE T2,SCDDON
MOVE T1,SCDEND(T2)
PUSHJ P,BINWRT
JRST SCDMOR
SCDDON: POPJ P,
;
;;STILL UNDER "IFN SYS" CONDITIONAL
SUBTTL SYSTEM TRACKING **DATA INITIALIZATION MODULE **
; ROUTINE TO DO INITIALIZATION OF DATA AREA
SYSINI:
TRACEH (SI) ;[*]SYSTEM INIT HEADER
PUSHJ P,JOBBLK ;GET A BLOCK FOR JOBTB1
MOVEM T1,JOBTB1 ;THIS BLOCK IS SET UP BEFORE GET ROUTINES
;ARE CALLED. SEE IMPURE SECTION
;FOR DEFINITION OF JOBTB1,JOBTB2
PUSHJ P,JOBBLK ;GET SECOND BLOCK
MOVEM T1,JOBTB2 ;STASH PTR WORD
MOVX GT,%CNCPU ;[217] GET NUMBER OF CPUS
PUSHJ P,FETTAB ;[217]
MOVEM GT,NCPU ;[217]
MOVX GT,%CNVER ;LOOK UP THE MONITOR VERSION
PUSHJ P,FETTAB ;FROM THE MONITOR
TRACEM GT ;PUT IT OUT TO THE TRACE FILE
ANDI GT,-1 ;CLEAR THE LH
MOVEM GT,SYSVER ;AND STORE SIGNIFICANT PART
MOVE T1,RVAL ;SET COUNTER FOR REPORTS
MOVEM T1,RVALC ;NUMBER OF LOOKS/REPORT
SETZB L,T.LOOK ;SET OTHER COUNTERS
SETZM LS.TIC ;SET UP TIMERS
SETZM LS.MS ;CLEAR
MOVSI J,-5 ;LOOK UP SYSTEM NAME
SINAMG: MOVX GT,%CNFG0 ;A WORD OF NAME
HRLZ T2,J ;ADD OFFSET
ADD GT,T2 ;FIN
PUSHJ P,FETTAB ;LOOK IT UP
MOVEM GT,SYSNAM(J) ;AND STORE IT
AOBJN J,SINAMG ;GO BACK TO SYSINI NAME GET
MOVX GT,%CNDT0 ;GET DATE TOO
PUSHJ P,FETTAB
MOVEM GT,SYSDTE ;
MOVX GT,%CNDT1 ;TWO WORDS
PUSHJ P,FETTAB
MOVEM GT,SYSDTE+1
MOVX GT, %CNSIZ ;ALSO LOOK UP SIZE
PUSHJ P,FETTAB ;LOOK UP
MOVEM GT,SYSSIZ ;AND STORE IT
TYPES <
REPORT ON SYSTEM PERFORMANCE AND UTILIZATION
BY TRACK %>
MOVEI T1,TRKVER ;GET VERSION NUMBER
PUSHJ P,OCTOUT ;AND PRINT IT
IFN TRKMIN, <
MOVEI T1,TRKMIN ;MINOR VERSION
IDIVI T1,^D27 ;SEPARATE THE LETTERS
JUMPE T1,MIN01 ;IF ZERO
MOVEI T1,'A'-1(T1) ;FOR OUTPUT
PUSHJ P,SIXPNT ;
AOS T2 ;ADJUST FOR ROUNDING
MIN01: SKIPN T1,T2 ;GET REST
JRST MIN02 ;IF ZERO
MOVEI T1,'A'-1(T1) ;AND DO IT
PUSHJ P,SIXPNT ;FINISHED
MIN02:
>; END OF IFN TRKMIN
TYPEC (<(>) ;PRINT EDIT NR. TOO
MOVEI T1,TRKEDT ;THE EDIT NUMBER
PUSHJ P,OCTOUT ;OUT IT GOES
TYPEC (<)>) ;
IFN TRKWHO,<
TYPEC (-) ;PRINT MINOR VERSION
MOVEI T1,TRKWHO
PUSHJ P,OCTOUT ;DO IT
> ;END OF IFN TRKWHO
TYPES (< ON >) ;DAY IT IS
MOVX GT, %CNDAY ;GET DAY
PUSHJ P,FETTAB ;FROM MONITOR
MOVEM GT,T1 ;AND OUTPUT AS DECIMAL
PUSHJ P,DECOUT ;DONE
MOVX GT, %CNMON ;AND MONTH
PUSHJ P,FETTAB ;OUR OWN GETTAB
MOVE T1,MONTAB-1(GT) ;PICK OUR MONTH
PUSHJ P,SIXPNT ;AND PRINT IT
MOVX GT, %CNYER ;GET YEAR
PUSHJ P,FETTAB ;DONE
MOVE T1,GT ;AND IT GETS PRINTED TOO
SUBI T1,^D1900 ;MAKE IT 2 DIGIT
PUSHJ P,DECOUT ;FINISH
TYPEC (< >) ;ONE SPACE
MOVX GT,%CNSER ;[*]GET OUR APR SER NUM
PUSHJ P,FETTAB ;[*]FROM THE SYSTEM
TRACEM GT ;[*]AND PUT INTO TRACE FILE
MOVX GT, %CNDTM ;LOOK UP THE DAY OF WEEK
PUSHJ P,FETTAB ;VIA 15 BIT UNIVERSAL DATE
HLRZ N1,GT ;THEN DATE IN LEFT HALF
IDIVI N1,7 ;THERE SHOULD BE 7 DAYS/WEEK
MOVE T1,DAYTAB(N2) ;FROM DAY TABLE
PUSHJ P,SIXPNT ;PRINT IT
TYPES (<
CONFIGURATION DATA FOR SYSTEM:>)
TYPES (<
SYSTEM RUNNING >)
MOVEI STR,SYSNAM ;POINT TO SYSTEM NAME
PUSHJ P,PUTSTR ;AND PRINT IT
TYPES (< (>)
MOVE T1,SYSVER
PUSHJ P,OCTOUT
TYPEC (<)>)
TYPES (< BUILT ON >)
MOVEI STR,SYSDTE ;GIVE BUILD DATE
PUSHJ P,PUTSTR ;
TYPES (<
MAX. NUMBER OF JOBS: >)
MOVE T1,MAXJOB ;GIVE CONFIGURATION MAX. JOB NR.
TRACE ;THIS GOES TO TRACE FILE
PUSHJ P,DECOUT ;
TYPES (< MAX. NUMBER OF TTY LINES: >)
MOVE T1,MAXTTY ;AND TTY LINES
TRACE ;THIS TOO GOES TO TRACE FILE
PUSHJ P,DECOUT ; OR TEXT FILE
MOVX GT, %NSMMS ;LOOK UP MEMORY SIZE
PUSHJ P,FETTAB ;
PUSH P,GT ;SAVE IT
SUB GT,SYSSIZ ;SUBTRACT MONITOR LOW SEG SIZE
MOVE N1,GT ;HANG ON TO THAT FIGURE
MOVX GT,%CNHSL ;MONITOR MAY BE TWO SEGMENT
PUSHJ P,FETOPT ;SO LOOK UP HIGH SEG LENGTH
SETZ GT, ;FAKE 0 LENGTH IF NOT THERE
SUB N1,GT ;SUBTRACT HI SIZE FROM TOTAL
MOVE T1,N1 ;GET USER MEMORY AVAILABLE
TYPES (<
USER MEMORY: >)
TRACE ;TRACE USER MEMORY SIZE
PUSHJ P,MEMPNT ;PRINT IT
MOVEM T1,USIZ ;AND STORE USER MEMORY SIZE
TYPES (< FROM TOTAL OF >)
POP P,T1 ;PRINT IN K OR P
TRACE ;AND TOTAL MEMORY SIZE IN WORDS
PUSHJ P,MEMPNT ;STD ROUTINE
TYPES (<
DISK UNITS:
NAME STR TYPE CONTROL CHAN# STATUS MOUNTED?
>)
SETZB GT,T1 ;GET NUMBER OF DISK UNITS ON SYSTEM
CNTUNI: SYSPHY GT, ;BY LOOPING THRU SYSPHY UUO
SETZ GT, ;FAKE DONE IF FAILS
SKIPE J,GT ;IF 0,WE ARE DONE
AOJA T1,CNTUNI ;OTHERWISE, RETURN NOW FOR NEXT ONE
HRLZM T1,UNIPTR ;STORE COUNT OF POINTER
MOVNS UNIPTR ;NEGATE IT
PUSH P,T1 ;SAVE SIZE
PUSHJ P,ASSCOR ;GET CORE FOR BLOCK
HRRM T1,UNIPTR ;STORE IT AWAY TOO
POP P,T1 ;RESTORE SIZE
PUSHJ P,ASSCOR ;ASSIGN CORE
MOVEM T1,UNIDB ;STORE DB ADDRESS
OUTUNI: SYSPHY GT, ;
JRST DUNUNI ;UUO ERROR FAKES DONE
JUMPE GT,DUNUNI ;AS DOES 0 RETURN
MOVEM GT,ARGS ;SET UP FOR DSKCHR
MOVE GT,[XWD ARGSLN,ARGS] ;GET CHARACTERISTICS
DSKCHR GT, ;
JRST DUNUNI ;IF UUO FAILS
PUSHJ P,TAB ;TAB OVER
MOVE T1,ARGS+.DCNAM ;GET UNIT NAME
SKIPN ARGS+.DCSNM ;IF STR, OK
MOVEM T1,ARGS+.DCSNM ;OTHERWISE, USE PHYS FOR STR[BOC]
PUSHJ P,SIXPNT ;OUTPUT IT
PUSHJ P,TAB ;TAB OVER
MOVE N1,UNIPTR
ADDI N1,0(J)
MOVE T1,ARGS+.DCULN ;WE WANT LOG UNIT NAME
MOVEM T1,0(N1)
MOVE T1,ARGS+.DCSNM ;WE WANT STR NAME
PUSHJ P,SIXPNT ;AND PRINT IT
PUSHJ P,TAB ;TAB OVER
LDB T4,[POINTR(GT,DC.CNT)] ;GET TYPE OF UNIT
CAXE T4,.DCCFS ;IS IT FIXED HEAD?
CAXN T4,.DCCFH ;OF SOME KIND
SETO T1, ;YES,FLAG WITH -1
MOVE N1,UNIDB ;GET BASE ADDRESS OF DBS
ADDI N1,0(J) ;GET THIS SLOT
MOVEM T1,0(N1) ;STORE FOR LATER USE
PUSHJ P,UNITYP ;TYPE OUT UNIT TYPE
MOVEI T1,'ON'
TXNE GT,DC.OFL ;OFF LINE?
MOVEI T1,'OFF'
PUSHJ P,SIXPNT
TYPES (<LINE>)
PUSHJ P,TAB ;TAB OVER
LDB T2,[POINTR(GT,DC.STS)] ;GET UNIT MOUNT STATUS
MOVE T1,[EXP 'YES','FUTURE','NO','DOWN'](T2)
PUSHJ P,SIXPNT
PUSHJ P,CRLF
MOVE GT,ARGS+.DCNAM ;FETCH LAST NAME TO GET NEXT
AOJA J,OUTUNI ;UPDATE COUNTER,LOOP FOR NEXT
DUNUNI: TYPES (<
DATA GATHERED EVERY >)
MOVE T1,QTUM ;
TRACE ;TELL TRACE LOOK INTERVAL
PUSHJ P, DECOUT ;TIME IN SECONDS
TYPES (< SECONDS AND REPORTED EVERY >)
MOVE T1,RVAL ;IN DECIMAL.NUMBER
TRACE ;TELL TRACE INTERVALS PER REPORT
PUSHJ P,DECOUT ;SO WE CAN SEE IT
TYPES (< LOOKS
>)
MOVX GT,%CNDTM ;[*]GET NBS TIME
PUSHJ P,FETTAB ;[*]FROM THE MON
TRACEM GT ;[*]AND STORE IN THE TRACE FILE
MOVSI J,-LEN.I ;LENGTH OF INITIALIZATION TABLE
SYSIN1: SKIPGE TAB.P(J) ;-1 IN TAB.P MEANS EXCLUDED
JRST SYSIN2 ;SO DONT SET IT UP
SKIPE N1,TAB.I(J) ;FETCH ITEM AND IF NOT ZERO
PUSHJ P,(N1) ;GO THERE TO DO WHAT THEY WANT
SYSIN2: AOBJN J,SYSIN1 ;IF MORE TO DO
SETZM NLOOK ;CLEAR REPORT COUNTER
TXO SW,SYSD.I ;MARK AS INITIALIZED
POPJ P, ;AND ON WITH THE SHOW
;END OF CONDITIONAL STARTS WITH "SYSGET" >
SUBTTL HANDLE DISSAPEARANCE OF A TRACKED JOB
GONJOB: SKIPGE O.FST(J) ;ALREADY BEEN GONE ONE PASS?
JRST GONJ1 ;YES,SKIP ZEROING
SETZM OLDAT(J) ;BLT ZEROES
MOVEI T1,OLDAT+1(J) ;
HRLI T1,-1(T1)
BLT T1,OLDAT+SIZDAT-1(J) ;DONE
SETOM O.FST(J) ;FLAG AS GONE
GONJ1: TXNN SW,L.USRS!L.PPN!L.PROG ;DOING MULTI-USERS?
JRST GONJ2 ;NO
SETZM C.FST ;CLEAR C.FST SO NEXXT JOB
;DOESNT FIND IT SET
JRST REJOIN ;YES,JUST GET NEXT JOB
GONJ2: TXNN SW,OPT.K ; WANTS FATAL (NO /NOKILL DONE)
JRST GNJFAT ;THEN GIVE IT TO HIM
$ERROR(EF.WRN,CFC,<CAN'T FIND JOB FITTING SPECIFICATIONS, CONTINUING...>)
SETOM C.FST ;SET FIRST TIME SWITCH
JRST MCONT ;AND GO ON
GNJFAT: MOVE T1,SAVNUM ;LOAD T1 WITH SPECIFICATION
TXNE SW,L.TTY ;WATCHING TTY?
JRST GOTTY ;YES
$ERROR(EF.FAT!EF.DEC!EF.RST,NJN,NO JOB NUMBER )
GOTTY: $ERROR(EF.FAT!EF.OCT!EF.RST,NJT,NO JOB ON TTY #)
CHK2: SKIPE C.FST ;ALREADY KNOW HE IS NEW?
POPJ P, ;YES,RETURN
MOVE T1,O.JOB(J) ;GET OLD JOB NUMBER
CAME T1,C.JOB ;SAME JOB?
JRST SETFST ;NO
MOVE T1,O.RT(J) ;RUNTIME DECREASED?
CAMLE T1,C.RT ;
SETFST: SETOM C.FST ;SET FLAG
POPJ P, ;RETURN
SUBTTL ROUTINE TO RELOCATE J TO POINT TO CURRENT OLD DATA BLOCK
SETJ: MOVE J,OLDPTR ;BASE ADDR
TXNN SW,L.USRS!L.PPN!L.PROG ;DOING MULTIPLE?
POPJ P, ;NO,ALL DONE
PUSH P,T1 ;SAVE T1
IMULI T1,SIZDAT ;
ADDI J,-SIZDAT(T1) ;UPDATE,BACKING OFF 1 BLOCK
SKIPGE O.FST(J) ;SEE IF C.FST NEEDS TO BE SET
SETOM C.FST ;
PJRST TPOPJ ;RESTORE T1 AND RETURN
SUBTTL HANDLE RUNNING COMMANDS
NEWSPC: PUSHJ P,GETCH2 ;CHECK/PROCESS THE CHARACTER
CAILE CHR," " ;SKIP
TXNE SW,BRK ;SKIP BREAK CHARACTERS
JRST NEWBCK ;
PUSH P,CHR ;SAVE CHARACTER
TXO SW,F.TTY ;RUNNING COMMANDS GO TO TTY
PUSHJ P,CRLF ;[5]GIVE A CR-LF
PUSHJ P,CRLF ;[5]AND A BLANK LINE
POP P,CHR ;UNSAVE CHARACTER
MOVSI T2,-RNCLEN ;LENGTH OF RUN COM TABLE
RCLOOP: LDB T1,[POINT 7,RUNTAB(T2),6] ;GET CHARACTER
CAIN CHR,(T1) ;A MATCH?
JRST @RUNTAB(T2) ;YES
AOBJN T2,RCLOOP
$ERROR(EF.FAT,BRC,BAD RUNNING COMMAND-- TYPE "H" FOR HELP)
CLRBFI ;GET RID OF TYPE AHEAD
NEWBCK: TXZ SW,F.TTY ;BACK TO NORMAL OUTPUT
SKIPN QTUM ;IF NO SLEEP TIME
JRST MAIN ;CLEAR AND GO BACK TO MAIN LOOP
MSTIME N2, ;GET CURRENT DAYTIME
SUB N2,SLPTIM ;SUBTRACT TIME WE WENT TO SLEEP
JUMPLE N2,MAIN ;IF NEG. WE WENT PAST MIDNITE
CAML N2,SLPQT ;IF ELAPSED > WANTED
JRST MAIN ;GO PROCESS
SUB N2,SLPQT ;SUBTRACT ELAPSED-WANTED
MOVMS N2 ;CORRECT SIGN
MOVEI T1,1 ;[3]CLEAR WAKE CONDITION
HIBER T1, ;[3]
JFCL ;[3]
JRST RSLEEP ;GO BACK TO SLEEP
NEW8: PUSHJ P,CRLF ;RESTART
PUSHJ P,CRLF
PUSHJ P,CRLF ;2 CR-LF PAIRS AS OUTPUT DEL.
MOVEI T1,1 ;[3]CLEAR WAKE CONDITION
HIBER T1, ;[3]
JFCL ;[3]
JRST RESTRT ;AND GO RESTART
NEW4: TXO SW,OPT.F ;SAY ITS FORCED
TXNN SW,SYSD ;DOING SYSTEM DATA?
JRST MAIN ;NO,GO DO A FORCED LOOK
IFN SYS, <
MOVE T1,T.LOOK ;SEE HOW MANY LOOKS TAKEN
CAIGE T1,2 ;0-2 MAKES FOR AT LEAST ON VALUE
JRST NOTYET ;ELSE TELL TO COME BACK LATER
PUSH P,SAVUP ;SAVE DAYTIME
MSTIME T1, ;AND MAKE A CURRENT ONE
MOVEM T1,SAVUP ;FOR THE FORCED LOOK
PUSHJ P,SYSDIS ;DO THE DISPLAY
POP P,SAVUP ;RESTORE TIME
JRST NEWBCK ;AND GO BACK TO SLEEP
NOTYET: $ERROR(EF.WRN,NED,NOT ENOUGH DATA FOR DISPLAY)
JRST NEWBCK ;AND RETURN >
H2: HELPME ;ASK FOR HELP
JRST NEWBCK ;CLEAN UP AND RETURN
NEW5: SKIPE CTRKJ ;TRACKING A JOB?
JRST NEW5A ;YES, PROCEED
NEW5B: $ERROR(EF.WRN,NTJ,NOT TRACKING A SINGLE JOB )
JRST NEWBCK ;[5]CONTINUE
NEW5A: PUSHJ P,GETU ;GET STUFF HE WANTS
PUSHJ P,PUTU ;[5]PUT OUT STUFF HE WANTS
PUSHJ P,CRLF ;AND A CR-LF PAIR
JRST NEWBCK ;[5]AND CONTINUE
NEW6: SKIPL CTRKJ ;JOB ACTIVE?
JRST NEW5B ;[11]NO, USER ERROR
PUSHJ P,GETPRV ;LOOKUP PRIVELEGES
PUSHJ P,PUTPRV ;PRINT STUFF
PUSHJ P,CRLF ;GIVE A CLEAR LINE
JRST NEWBCK ;AND GO BACK
NEW7: SKIPL CTRKJ ;JOB ACTIVE?
JRST NEW5B ;NO, ITS AN ERROR
MSTIME T1, ;NEED UPDATED ELAPSED TIME
MOVEM T1,C.DAY ;STASH IT
PUSHJ P,GETRUN ;ALSO NEW RUNTIME
PUSHJ P,GETSTC ;GET STATISTICS
PUSHJ P,PUTSTC ;AND PUT THEM OUT
PUSHJ P,CRLF ;AND PUT A CR-LF PAIR
PUSHJ P,CRLF ;AND A BLANK LINE
JRST NEWBCK ;AND CONTINUE
NEW11: TYPES (<PEEK INTERVAL IS: >)
MOVE T1,QTUM
PUSHJ P,DECOUT
TYPES (< SECONDS.
>)
TXNN SW,SYSD ;DOING SYSTEM?
JRST NEW11A ;NO
TYPES (<NUMBER OF INTERVALS PER REPORT IS: >)
MOVE T1,RVAL
PUSHJ P,DECOUT
TYPES (<
REPORTS WRITTEN: >)
MOVE T1,NLOOK
PUSHJ P,DECOUT
TYPES (<
INTERVALS TILL NEXT REPORT: >)
MOVE T1,RVALC
PUSHJ P,DECOUT
PUSHJ P,CRLF
NEW11A: SKIPN T1,LOOKS ;SEE IF EXIT COUNTER SET
JRST [ TYPES (<NO EXIT COUNTER SET>)
JRST NEW11B]
TYPES (<INTERVALS UNTIL EXIT: >)
PUSHJ P,DECOUT
NEW11B: PUSHJ P,CRLF
JRST NEWBCK
; TABLE FOR RUNNING COMMANDS
DEFINE RCCREATE <
IFE BIGLST,<XLIST>
X (H,H2) ;;H FOR HELP
X (F,NEW4) ;;F FOR FORCED LOOK
X (P,NEW6) ;;P FOR PRINT PRIVELIGE BITS
X (U,NEW5) ;;U FOR PRINT USER NAME
X (S,NEW7) ;;S FOR USER STATISTICS LINE
X (X,FINISH) ;;X FOR EXIT
X (N,NEW8) ;;N FOR NEW COMMAND
X (W,NEW11) ;;W FOR WHAT REPORT
LIST
> ;END OF RCCREATE DEFINITION
DEFINE X(AA,BB)<
XWD "AA"_^D11,BB>
>
RUNTAB: RCCREATE
RNCLEN==.-RUNTAB
SUBTTL ROUTINE TO GET SWITCH AND DATA
GETSW: TXZ SW,T.FLG ;CLEAR "VALID SW SEEN" FLAG
PUSHJ P,TOKEN ;GET SWITCH
JUMPE T1,[$ERROR(EF.FAT!EF.RST,NSS,NO SWITCH SPECIFIED)]
MOVEM T1,LASSW ;STORE SWITCH AWAY
MOVE T2,[-SWSLEN,,SWS] ;POINT TO SWITCH TABLE
TRZ T1,77 ;INSURE NO CHARACTER IN LAST PLACE
TRO T1,'*' ;CHECK FOR EXACT MATCH
ROT T1,-6 ;BY CHECKING FOR "*XXXXX"
PUSHJ P,TABLUK ;DO THE LOOKUP
SKIPA T1,LASSW ;NOT FOUND,CHECK OTHERS
JRST GETSW1 ;FOUND UNDER EXACT MATCH CODE
MOVE T2,[-SWSLEN,,SWS] ;INPUT TO TABLE LOOKUP
PUSHJ P,TABLUK ;LOOK IT UP
JRST [ JUMPL T1,[ MOVEI T1,LASTOK
$ERROR(EF.FAT!EF.RST!EF.STR,ABS,AMBIGUOUS SWITCH /)]
JUMPGE T1,[ MOVEI T1,LASTOK
$ERROR(EF.FAT!EF.RST!EF.STR,UKS,UNKNOWN SWITCH /)]]
GETSW1: MOVE T4,SWS(T1) ;REMEMBER SWITCH NAME
MOVEM T4,LASSW ;
XCT SWSTAB(T1) ;EXECUTE PROPER INSTRUCTION
POPJ P, ;THEN RETURN
;DEFINE SWITCHES AND THEIR INSTRUCTIONS
DEFINE SWCREAT <
IFE BIGLST,<XLIST>
X (<COMPAR>,< JRST CSW>) ;;ONLY IF CHANGE
X (<DAILY>,<SETOM DAILYF>) ;;DAILY FILE SAVING
X (<DISK>,<JRST DISKSW>) ;;/DISK
X (<EXCLUD>,<JRST EXCLSW>) ;;EXCLUDE
X (<*EXIT>,< JRST XSW>) ;;EXIT
X (<FORMAT>,<JRST FORMSW>) ;;FORMAT
X (<GROUP>,< JRST RSW>) ;;R
X (<*HELP>,< JRST HELPER>) ;;HELP
X (<HPQ>,<JRST HPQSW>) ;;HPQ
X (<INCLUD>,<JRST INCLSW>) ;;INCLUDE
X (<INCREM>,< TXO SW,OPT.I>) ;;DO INCREMENTAL DATA
X (<INTERV>,<JRST QSW>) ;;Q SWITCH
X (<*LIST>,<JRST LISSW>) ;;
X (<LOCK>,<TXO SW,R.LOCK>) ;;LOCK
X (<MESSAG>,<JRST ESW>) ;;
X (<NOKILL>,< TXO SW,OPT.K>) ;;DONT KILL IF JOB GOES AWAY
X (<PAUSE>,< TXO SW,MRET>) ;;DO MONRET AFTER INIT
x (<METER0>,<setom mbord0>) ;;METER board on cpu0
x (<METER1>,<setom mbord1>) ;;METER board on cpu1
x (<METER2>,<setom mbord2>) ;;METER board on cpu2
x (<METER3>,<setom mbord3>) ;;METER board on cpu3
x (<METER4>,<setom mbord4>) ;;METER board on cpu4
x (<METER5>,<setom mbord5>) ;;METER board on cpu5
x (<METER>,<jrst mtrsw>) ;;METER board on all cpus
X (<NOMETE>,<JRST NMTRSW>) ;;NO METER BOARD AT ALL
X (<PRIVEL>,<TXO SW,OPT.P>) ;;PRIVELEGE BITS
X (<SAVE>,< JRST ASW>) ;;SAVE OUTPUT FILE
X (<STATIS>,< JRST SSW>) ;;STATISTICS
X (<SUMMAR>,<TXO SW,R.SUMM>) ;;SUMMARY
X (<USER>,<TXO SW,OPT.U>) ;;USER NAME AND PPN
X (<X>,< JRST XSW>) ;; OLD FORM OF /EXIT
LIST
> ;END OF SWCREAT MACRO
DEFINE X(AA,BB)<
SIXBIT/AA/>
SWS: SWCREAT
SWSLEN==.-SWS
DEFINE X(AA,BB)<
BB>
SWSTAB: SWCREAT
HELPER: TXO SW,F.TTY ;FORCE ANY PRINTOUT TO TTY
CAIE CHR,":" ;FOLLOWED BY VALUE?
JRST HELP.5 ;NO, USER HELPER
PUSHJ P,TOKEN ;GET SIXBIT TOKEN
MOVE T2,[-2,,[SIXBIT /SWITCH/
SIXBIT /KEYWOR/]] ;SWITCHES OR KEYWORDS
PUSHJ P,TABLUK ;
JRST SAYUSV ;UNKNOWN SWITCH VALUE
JUMPN T1,HELP.K ;WANT KEYWORDS?
HELP.S: MOVE T2,[-SWSLEN,,SWS] ;NO, WANT SWITCHES
TYPES (<SWITCHES ARE:
>)
PUSHJ P,HELP.0 ;CALL COMMON ROUTINE
JRST HELP.6 ;AND EXIT
HELP.K: TYPES (</COMPARE KEYWORD VALUES ARE: "ALL"
>)
MOVE T2,[-JTNLEN,,JTNAM] ;POINTER TO LIT
PUSHJ P,HELP.0 ;CALL COMMON ROUTINE
TYPES (</INCLUDE/EXCLUDE KEYWORD VALUES ARE: "ALL"
>)
MOVE T2,[-LEN.C,,TAB.C] ;POINTER TO LIST
PUSHJ P,HELP.0 ;TYPE IT OUT
JRST HELP.6 ;END IT
HELP.0: MOVEI T4,7 ;ITEMS PER LINE
HELP.1: MOVE T1,0(T2) ;GET A NAME
PUSHJ P,SIXPNT ;PRINT IT
SOJLE T4,[PUSHJ P,CRLF
MOVEI T4,7
JRST HELP.2 ] ;OUTPUT CRLF AND GO
TYPES(< >) ;ELSE PRINT TAB
HELP.2: AOBJN T2,HELP.1 ;IF MORE TO DO
PJRST CRLF ;WHEN ALL DONE, ENDE W/CRLF
JRST HELP.6
HELP.5: HELPME
HELP.6: TXO SW,T.FLG ;IN CASE WE ARE ASKED
TXZ SW,F.TTY ;CLEAR FORCED TTY OUTPUT
POPJ P,
XSW: PUSHJ P,GETVAL ;GET VALUE OF SW
JUMPG T1,GOTVAL ;HAVE A VALUE FOR IT?
TXNN SW,SYSD!L.USRS!L.TTY!L.JOB!L.PPN!L.PROG ;SEEN A COMMAND?
EXIT ;NO, SO JUST LEAVE
MOVEI T1,1 ;FAKE AN X:1
GOTVAL: MOVEM T1,LOOKS ;SAVE NUMBER OF LOOKS
POPJ P, ;GO BACK
QSW: PUSHJ P,GETVAL
JUMPLE T1,SAYSVS ;IF NEG OR ZERO
MOVEM T1,QTUM ;STORE
POPJ P, ;GO BACK
ASW: PUSHJ P,GETVAL ;SEE IF VALUE THERE
SKIPG T1 ;NO VALUE SPECIFIED?
SETO T1, ;YES, MAKE IT SAVE ALWAYS (-1)
MOVEM T1,AVAL ;AND STORE IT
POPJ P, ;AND RETURN
SSW: MOVX GT, %FTDEB ;DEBUG WORD OF FEATURE TABLE
PUSHJ P,FETTAB ;LOOK IT UP
TXNN GT,RGHBT.(F%RSP) ;KEEPING RESPONSE TIME?
TXO SW,NO.RSP ;NO,REMEMBER THAT
TXO SW,OPT.S ;TURN ON STATISTICS WATCHING
POPJ P,
HPQSW: MOVX GT,.GTPRV ;GET PRIV WORD
HRL GT,MYJOB ;FOR THIS JOB
PUSHJ P,FETTAB ;
LDB GT,[POINTR(GT,JP.HPQ)] ;GET MAX HPQ
MOVE T1,GT ;
CAIN CHR,":" ;VALUE SUPPLIED?
PUSHJ P,OCTIN ;YES, GET IT
JUMPE GT,[$ERROR(EF.WRN,NHP,NO HPQ PRIVELEGES)
POPJ P,]
CAMLE T1,GT ;UNDER MAX?
JRST [MOVE T1,GT
$ERROR(EF.WRN!EF.OCT,HQV,HIGHEST HPQ YOU ARE PRIVELEGED FOR IS)
JRST .+1]
MOVEM T1,HPQREQ
POPJ P,
RSW: PUSHJ P,GETVAL ;GET VALUE OF RVAL
CAIGE T1,2 ;MUST BE AT LEAST TWO
JRST SAYSVS ;TELL ITS TOO SMALL
MOVEM T1,RVAL ;STORE IT
POPJ P, ;IT WAS, RETURN
ESW: TXZ SW,NO.LIN!NO.PRF ;WIPE OUT OLD VALUE
CAIE CHR,":" ;VALUE GIVEN?
SKIPA T1,[SIXBIT/C/] ;NO, FAKE CONTINUATION
PUSHJ P,TOKEN ;
MOVE T2,[-6,,[ SIXBIT/NOPREF/
SIXBIT/NOFIRS/
SIXBIT/FIRST /
SIXBIT/PREFIX/
SIXBIT/CONTIN/
SIXBIT/NOCONT/]]
PUSHJ P,TABLUK ;LOOK IT UPT
JRST [JUMPL T1,SAYASV
JRST SAYUSV]
XCT [ TXO SW,NO.PRF ;EXECUTE PROPER INSTRUCTION
TXO SW,NO.LIN
JFCL
JFCL
JFCL
JFCL] (T1)
TXO SW,T.FLG
POPJ P,
LISSW: MOVSI T1,'LPT' ;
MOVEM T1,FILDEV ;CHANGE DEVICE TO LPT
POPJ P, ;AND RETURN
DISKSW: SETZM SDISK ;START WITH SYSTEM
CAIE CHR,":" ;ARGUMENT SUPPLIED?
SKIPA T1,[SIXBIT/SYS/] ;NO,SO PRETEND ARG IS "SYSTEM"
PUSHJ P,TOKEN ;ELSE GET USER ARGUMENT
LSH T1,-^D30 ;SHIFT OUT DRECK
CAIN T1,'A' ;IS IT "ALL"?
SOSA SDISK ;YES, FLAG SDISK WITH -1,MEANS ALL
CAIN T1,'S' ;MAKE SURE ITS SYS
POPJ P, ;IT IS,RETURN
JRST SAYUSV ;UNKNOWN
FORMSW: TXZ SW,MD.TRC ;SET TO FORMAT:TEXT
CAIE CHR,":" ;ARG PROVIDED?
SKIPA T1,[SIXBIT/TEXT/] ;NO,DEFAULT TO TEXT
PUSHJ P,TOKEN ;GET TOKEN
LSH T1,-^D24 ;MAKE SMALL,UNIQUE
CAIN T1,'TE' ;TEXT?
JRST [MOVX T1,.IOASC ;DEFAULT TEXT MODE
MOVEM T1,FILMOD
POPJ P,]
CAIE T1,'TR' ;TRACE?
JRST SAYUSV ;NO,NOT KNOWN
IFE FTTRC,<
$ERROR(EF.FAT!EF.RST,TNI,TRACING NOT INCLUDED IN THIS VERSION)
>; END OF IFE FTTRC
TXNN SW,SYSD ;DOING SYSTEM?
JRST [$ERROR(EF.FAT!EF.RST,STI,SYSTEM DATA TRACING IMPLEMENTED ONLY)]
TXO SW,MD.TRC ;TRACE MODE MARK
MOVX T1,.IOIBN ;TRACE IO MODE
MOVEM T1,FILMOD
MOVX T1,DEXTT ;GET DEFAULT EXT FOR TRACE FILES
MOVE T2,FILEXT ;GET GIVEN EXT
CAXN T2,DEXT ;SET TO TEXT DEFAULT?
MOVEM T1,FILEXT ;YES,CHANGE TO TRACE DEFAULT
POPJ P, ;RETURN
CSW: TXO SW,OPT.C ;MARK COMPARISON WANTED
CAIE CHR,":" ;VALUE SPECIFIED?
JRST [MOVX T1,%CHKCM ;NO,SO LOAD DEFAULT
MOVEM T1,DEFCMP ;STORE IT
POPJ P,] ;AND RETURN
PUSHJ P,GETCHR ;GET NEXT CHARACTER
CAIE CHR,"(" ;MIGHT BE OPEN PARENS
TXO SW,REGET ;IF SO,EAT IT
CSW1: PUSHJ P,TOKEN ;GET TOKEN
CAMN T1,[SIXBIT /ALL/] ;WANT ALL?
JRST [ MOVX T2,^-<1B1> ;TURN ON ALL BUT DAYTIME
JRST CSW2]
MOVE T2,[-JTNLEN,,JTNAM] ;LOOK IT UP
PUSHJ P,TABLUK ;
JRST [ JUMPE T1,SAYUSV
JRST SAYASV]
MOVX T2,<1B0> ;GET MARKER
JUMPE T1,CSW2 ;SAVE TIME IF POS 0
MOVNS T1 ;MAKE IT NEGATIVE
LSH T2,0(T1) ;AND POSITION BIT
CSW2: IORM T2,DEFCMP ;MARK IT ON
CAIN CHR,"," ;DELIMITED BY COMMA?
JRST CSW1 ;YES,SO GO AGAIN
CSW3: CAIN CHR,")" ;MIGHT BE CLOSE PARENS
PUSHJ P,GETCHR ;IF IT IS,EAT IT
POPJ P, ; RETURN
; MAKE UP A LIST OF THE FOUR LETTER ABBREVIATIONS, IN SIXBIT
; LEFT JUSTIFIED. THERE IS ONE FOR EACH JOB TRACKING FIELD
;
DEFINE X(A,Y,C)< SIXBIT \A\>
JTNAM: DATUMS
JTNLEN==.-JTNAM
INCLSW: SETZM EXCFLG ;NOT EXCLUDE
SKIPA
EXCLSW: SETOM EXCFLG ;EXCLUDE,MARK IT
CAIE CHR,":" ;FOLLOWED BY ARGS?
POPJ P, ;NO,RETURN
PUSHJ P,GETCHR ;GET A CHARACTER
CAIE CHR,"(" ;IF OPEN PARENS
TXO SW,REGET ;EAT IT
EXCL1: PUSHJ P,TOKEN ;GET ARGUMENT
CAMN T1,[SIXBIT /ALL/] ;IS IT ALL?
JRST EXCALL ;YES,GO HANDLE IT
MOVE T2,[-LEN.C,,TAB.C] ;PREPARE TO LOOK IT UP
PUSHJ P,TABLUK ;DO SO
JRST [JUMPE T1,SAYUSV
JRST SAYASV] ;IF NOT FOUND,AMBIGUOUS
MOVE T2,EXCFLG ;PICK UP FLAG
MOVEM T2,TAB.P(T1) ;AND MARK ITEM AS SUCH
EXCL2: CAIN CHR,"," ;ANOTHER ARG FOLLOWS?
JRST EXCL1 ;YES
JRST CSW3 ;NO
EXCALL: ;HANDLE ALL
MOVE T1,EXCFLG ;GET FLAG
MOVEM T1,TAB.P ;STORE IN FIRST WORD
MOVE T1,[TAB.P,,TAB.P+1] ;BLT POINTER
BLT T1,TAB.P+LEN.P-1 ;STORE ACROSS WHOLE ARRAY
JRST EXCL2 ;REJOIN COMMON CODE
;here on /meter to flag all cpus meter boards as possiblities
mtrsw: setom mbord0
setom mbord1
setom mbord2
setom mbord3
setom mbord4
setom mbord5
popj p,
;here on /nometer to flag all cpus meter boards as non-possiblities
nmtrsw: setzm mbord0
setzm mbord1
setzm mbord2
setzm mbord3
setzm mbord4
setzm mbord5
popj p,
SUBTTL SWITCH ERRORS AND ROUTINES
SAYUSV: MOVE T1,LASSW ;PICK UP SWITCH NANE
$ERROR(EF.FAT!EF.CON!EF.SIX,USV,UNKNOWN VALUE FOR SWITCH )
TYPES (<: >)
MOVEI STR,LASTOK ;POINT TO VALUE GIVEN
PUSHJ P,PUTSTR
X$$USV:
X$$ASV:
X$$SVS: PUSHJ P,CRLF
JRST RESTRT
SAYASV: MOVE T1,LASSW ;PICK UP NAME
$ERROR(EF.FAT!EF.CON!EF.SIX,ASV,AMBIGUOUS VALUE FOR SWITCH )
SVL.1: TYPES (<: >)
POP P,T1
PUSHJ P,OCTOUT
JRST X$$USV
SAYSVS: PUSH P,T1
MOVE T1,LASSW ;GET SWITCH NAME
$ERROR(EF.FAT!EF.CON!EF.SIX,SVS,VALUE TO SMALL FOR SWITCH )
JRST SVL.1
GETVAL: SETZM T1 ;START WITH NO VALUE
TXNN SW,BRK ;BREAK NEXT
CAIN CHR,"/" ;OR ALREADY TO NEXT SWITCH?
POPJ P, ;YES, SO NO VALUE GIVEN
CAIN CHR,":" ;IF WE SEE COLON
PUSHJ P,DECIN ;GET VALUE
POPJ P, ;AND RETURN
SUBTTL COMPARE ROUTINE SKIPS IF DIFFERENCE IN OLDAT VS CURDAT
COMPR: SKIPE C.FST ;IF FIRST TIME
JRST CPOPJ1 ;THEN PRETEND THERES A DIFFERENCE
MOVEI T1,OLDAT(J) ;PICK UP PTR TO OLD
MOVSI N1,-SIZDAT ;AOBJN PTR TO DATA AREAS
SKIPA N3,DEFCMP ;GET COMPARE/NO COMPARE WORD
CMLOOP: LSH N3,1 ;SHIFT RIGHT BIT INTO SIGN POSITION
JUMPGE N3,BLOOP ;IF COMP BIT OFF, TRY NEXT
MOVE N2,CURDAT(N1) ;CURRENT DATA
CAME N2,(T1) ;SAME AS OLD?
JRST CPOPJ1 ;NO,TAKE SKIP RETURN
BLOOP: AOS T1 ;UPDATE OLD POINTER
AOBJN N1,CMLOOP ;MORE TO DO?
POPJ P, ;RETURN TO MAIN LOOP
SUBTTL ROUTINE TO GIVE PROLOGUE TO USERS REPORT
USRPRO: TXNN SW,L.USRS ;REAL "USERS" COMMAND?
PJRST CRLF ;NO, JUST GIVE BLANK LINE
MOVEI CHR,14 ;SEPARATE
PUSHJ P,PUTCHR
TYPES (<TIME: >)
MSTIME T1, ;USE TIME NOW
PUSHJ P,PUTDAY ;TELL DAYTIME
PUSHJ P,TAB
MOVX GT,%CNLNM ;SEE HOW MANY JOBS LOGGED IN
PUSHJ P,FETTAB
MOVE T1,GT
PUSHJ P,DECOUT
TYPES (< JOBS LOGGED IN OUT OF >)
MOVX GT,%CNLMX ;TELL MAX
PUSHJ P,FETTAB ;
MOVE T1,GT
PUSHJ P,DECOUT ;
TYPES (< MAXIMUM (LOGMAX)
>)
POPJ P, ;RETURN
SUBTTL ROUTINE TO PRINT OUT THE DATA IN BLOCK "CURDAT"
PRNT: TXNE SW,L.USRS ;SKIP CHECK FOR DIFF IF ALL USERS
JRST PUTALL
TXNN SW,OPT.U ;[5]NOT WANT USER NAME AND PPN
JRST PUTD1 ;IF SW NOT SET
MOVE T1,C.PPN ;CHECK FOR DIFFERENCE
MOVE T2,C.NAM1 ;IN PPN OR NAME, IF NON, SKIP
CAMN T1,O.PPN(J)
CAME T2,O.NAM1(J)
PUTALL: PUSHJ P,PUTU ;[5]ELSE PUT USER NAME,PPN
PUTD1: SETZB FP,CHRCNT ;CLEAR COUNTERS
TXNE SW,L.USRS!L.PPN!L.PROG ;SKIP TIME STAMP IF MULITIPLE USERS
AOJA FP,PUTD1A ;AND FIX UP FIELD POINTER
MOVE T1,C.DAY ;CURRENT TIME
TXNE SW,OPT.I ;DOING INCREMENTAL
SUB T1,O.DAY(J) ;SUBTRACT
PUSHJ P,PUTDAY ;OUTPUT DAYTIME
PUSHJ P,POSIT ;CHARACTER POSITION
PUTD1A: TYPEC (J) ;JOB NUMBER
MOVE T1,C.JOB ;GET #
PUSHJ P,DECOUT ;OUTPUT
PUSHJ P,POSIT ;CORRECT POSITION
SKIPGE C.TTY ;IF TTY <0 THEN DETACHED
JRST DETACH
TYPES (<TTY>) ;START IT
MOVE T1,C.TTY ;PRINT IT
PUSHJ P,OCTOUT ;DONE
JRST TCONT
DETACH: SKIPN C.JOB ;IF WATCHING NULL JOB
SKIPA STR,[[ASCIZ/[NULL /]] ;SAY SO
MOVEI STR,[ASCIZ/DET/] ;THATS IT
PUSHJ P,PUTSTR
TCONT: PUSHJ P,POSIT ;CORRECT POSITION
SKIPN C.JOB ;IF NULL JOB
SKIPA T1,[SIXBIT/JOB]/] ;SAY SO
MOVE T1,C.PROG ;OUTPUT PROGRAM NAME
PUSHJ P,SIXPNB
PUSHJ P,POSIT ;CORRECT POSITION
MOVE T1,C.STAT ;GET STATUS
PUSHJ P,SIXPNT ;FININSHED THAT UP
PUSHJ P,POSIT ;TAKE CARE OF INCORE/SW
MOVEI T1,'SW' ;SET UP FOR SWAPPED
SKIPLE C.NSWP ;SEE IF VIRTUAL
MOVEI T1,'V ' ;
SKIPL C.NSWP ;BUT IF IN CORE DONT
PUSHJ P,SIXPNT ;PRINT ANYTHING
PUSHJ P,POSIT
MOVE T1,C.LOW ;GET LOW CORE ASSIGNMENT
PUSHJ P,DECOUT ;ALWAYS PRINT
SKIPGE C.HIGH ;-1 HICOR IS SPY
JRST SPYER ;SO SAY SO
SKIPN C.HIGH ;MAYBE NO HI-SEG
JRST ORUN ;THER ISNT
TYPEC (+) ;THERE IS
MOVE T1,C.HIGH ;PRINT IT
PUSHJ P,DECOUT
JRST ORUN ;AND GO DO MORE
SPYER: TYPES (<+SPY>) ;FLAG MONITOR AS HI-SEG
ORUN: TXNE SW,L.USRS ;DOING ALL USERS?
JRST DONEO ;YES,SO WE ARE DONE
PUSHJ P,POSIT ;CORRECT CURSOR POSITION
MOVSI N1,-3 ;SET UP FOR RT,RD,WR SETUP
MOVEI N3,O.RT(J) ;SET UP SOURCE
ORUNL: MOVE N2,C.RT(N1) ;GET A WORD
TXNE SW,OPT.I ;IF /I THEN SUB OLD
SUB N2,(N3) ;DONE
MOVEM N2,OUTRUN(N1) ;PUT IT AWAY
AOJ N3,
AOBJN N1,ORUNL ;IF MORE TO DO
MOVE T1,OUTRUN ;GET RT
TXNE SW,L.PPN!L.PROG ;DOING MORE THAN ONE JOB?
SKIPA N1,[EXP MSOUTJ] ;YES, ALIGN OUTPUT
MOVEI N1,MSOUT ;ELSE DONT BOTHER
PUSHJ P,0(N1) ;CALL APPROPRIATE ROUTINE
PUSHJ P,POSIT
TYPES (<RD:>) ;DSK RDS
MOVE T1,OUTRD ;GET # READS AS ADJUSTED
PUSHJ P,DECOUT ;AND PRINT
PUSHJ P,POSIT ;POSITION
TYPES (<WR:>) ;
MOVE T1,OUTWR ;GET NUMBER OF WRITES
PUSHJ P,DECOUT ;PRINT
DONEO: TXNE SW,OPT.S ;WANT STATISTICS
PUSHJ P,PUTSTC ;YES
TXNN SW,OPT.P ;[11]DONT WANT PRIVELEGES
JRST RFINP ;SO GO HOME
SKIPGE C.FST ;DO ON FIRST TIME
JRST PUTAL1
MOVE T1,C.GOD ;CHECK FOR A CHANGE
MOVE T2,C.PRV ;IN EITHER WORD
CAMN T1,O.GOD(J)
CAME T2,O.PRV(J)
PUTAL1: PUSHJ P,PUTPRV ;[11]ELSE PRINT
RFINP: PUSHJ P,CRLF ;[14]REALLY FINISHED WITH PRINTING
TXNE SW,OPT.S ;IF DOING STATISTICS GIVE XTRA
PUSHJ P,CRLF ;CR-LF PAIR
POPJ P, ;END OF ROUTINE
SUBTTL ROUTINE TO GET STATE OF JOB
GETSTA: HRLZ GT,C.JOB ;GET JOB NUMBER
HRRI GT,.GTSTS ;GET STATUS WORD
PUSHJ P,FETTAB
MOVE T1,GT ;GET RESULT
LDB N1,[POINT 5,T1,14] ;GET Q #
IDIVI N1,3 ;NAMES PACKED 3 TO A WORD
MOVX GT,.GTWSN ;GET NAME
HRL GT,N1
PUSHJ P,FETTAB ;DO GETTAB
MOVE N3,GT
MOVE N1,[POINT 12,N3,11] ;PICK OUT TWO CHARS
JUMPE N2,.+3
IBP N1
SOJG N2,.-1 ;MORE INCREMENTING?
LDB N2,N1 ;NO, GET BYTE
MOVEI N1,'^W' ;COMMAND WAIT
TLNE T1,400000 ;TRY IT
MOVEI N1,'CW'
TLNE T1,CMWB
JRST GOTSIT ;WE HAVE IT
MOVEI N1,'OW' ;OPERATOR WAIT
TRNE T1,JDCON ;MAYBE
JRST GOTSIT ;YES
MOVEI N1,'^D' ;DEAMON WAIT
TRNE T1,JDC ;POSSIBLY
JRST GOTSIT ;YES
MOVEI N1,'^C' ;IN MONITOR MODE
JUMPGE T1,GOTSIT ;SIGN BIT ON?
MOVEI N1,'SL' ;JOB SLEEPING?
CAIE N2,'SL' ;IF IN THAT Q
JRST TIWAIT ;COULD BE TTY INPUT
TRNN T1,CLKR ;GOT A CLOCK REQUEST?
MOVEI N1,'HB' ;NO, HIBERNATING
JRST GOTSIT
TIWAIT: CAIE N2,'TI' ;COULD BE TI
JRST ISIT ;YUP
MOVEI N1,'TI' ;SET IT UP
MOVN N3,C.JOB ;MAKE NEG JOB #
JOBSTS N3, ;GET JOB STATUS
JFCL
TXNE N3,JB.UOA ;IF OUTPUT AVAILABLE
MOVEI N1,'TO' ;THEN MUST BE TO STATE
SKIPA
ISIT: MOVE N1,N2 ;A CORRECTED STATE
GOTSIT: MOVEM N1,C.STAT ;STORE IN CURDAT
POPJ P, ;AND GO HOME
SUBTTL ROUTINE TO GET THE HI AND LO CORE USED BY A JOB
GETCOR: SETOM C.NSWP ;MARK AS IN CORE
MOVE N1,C.JOB ;GET CURRENT JOB
SETOM C.HIGH ;MARK AS DOING LOW SEGMENT
PUSHJ P,GETSIZ ;GET SIZE OF LOW-SEG
MOVEM GT,C.LOW ;STORE IT
;** THIS CODE FOR FLAGGING VIRTUAL JOBS LIES, SO REMOVE IT FOR NOW
; MOVS GT,C.JOB ;GET JOB INTO LH
; HRRI GT,.GTVRT ;LOOK UP VIRTUAL STATS FOR JOB
; TXNE SW,FT.VM ;SKIP LOOKING IF NON-VM SYSTEM
; PUSHJ P,FETOPT ;MAY NOT BE VM SYSTEM
; SETZ GT, ;IF NOT VM, FORCE NON-VIRTUAL
; TLNE GT,-1 ;SEE IF FAULT INTERVAL SET
; HRRZS C.NSWP ;IF FAULT INTERVAL, SET AS "V"
IFN SYS,<
SETZM HISEGN ;
>
SETZM C.HIGH
MOVX GT,.GTSGN ;LOOKUP HI-SEG NUMBER
HRLI GT,(N1) ;OF THIS JOB
PUSHJ P,FETTAB ;
JUMPE GT,CPOPJ ;IF NONE, WE ARE DONE
JUMPL GT,[SETOM C.HIGH ;SPY SEGEMENT, MARK AS C.HIGH= -1
POPJ P,] ;AND RETURN
MOVE N1,GT ;MAKE HI-SEG BE OUR GOAL
IFN SYS,<
HRRZM N1,HISEGN ;FOR SYSTEM STASH HI-SEG NUMBER
>
PUSHJ P,GETSIZ ;GET SIZE OF SEGMENT
MOVEM GT,C.HIGH ;STORE SIZE
TXNE SW,FT.VM ;IS THIS A VM SYSTEM?
TXNE N1,SHRSEG ;WAS THIS A SHAREABLE HI-SEG?
POPJ P, ;NO TO ONE OF THEM, WE ARE DONE
SUBM GT,C.LOW ;VM AND NON-SHAREABLE HI SEG
MOVNS C.LOW ;MEANS UPDATED LOWSEG SIZE
POPJ P, ;WE ARE DONE
GETSIZ: TXNN SW,FT.VM ;IS ITHIS A VM SYSTEM?
JRST GTSIZ7 ;NO, USE OLD METHOD
MOVSI GT,(N1) ;LOOK UP IN SWAPPING TABLE
HRRI GT,.GTSWP ;FROM MONITOR
PUSHJ P,FETTAB ;
SKIPE C.HIGH ;IF THIS IS NOT HIGH SEGMENT
JRST GTSIZ6 ;THEN RETURN LAST 9 BITS
TXNE N1,SHRSEG ;IS THIS SEGMENT SHAREABLE?
JRST GTSIZ7 ;YES, SHAREABLE HI-SEG IS DONE OLD WAY
MOVSS GT ;IT IS NON-SHAREABLE, SO
JRST GTSIZ6 ;USE 9 BIT FIELD
GTSIZ7: MOVX GT,.GTSTS ;LOOK UP THE JOBS STATUS
HRLI GT,0(N1) ;FROM MONITOR TABLE
PUSHJ P,FETTAB ;
MOVE N2,GT ;REMEMBER IT
MOVX GT,.GTADR ;USE IN CORE SIZE
HRLI GT,0(N1) ;
PUSHJ P,FETTAB ;
MOVSS GT ;GET RID OF RELOCATION
JUMPE GT,GTSIZ1 ;NOT IN CORE IF 0 HERE
SKIPE C.HIGH ;IF HIGH SEGMENT
TXNN N2,SWP ;IF SWAPPED OUT
JRST GTSIZ2 ;JUMP FOR HI-SEG OR IN-CORE LOWSEG
GTSIZ1: PUSHJ P,SEGSWP ;FETCH SWAPPING DATA
TRNE GT,377 ;SEE IF OUT YET
JRST GTSIZ3 ; USE IN CORE SIZE
MOVX GT,.GTADR ;USE IN CORE SIZE
HRLI GT,0(N1)
PUSHJ P,FETTAB
MOVSS GT
GTSIZ2: TXNE SW,KI.10 ;IS THIS A KI OR KL?
JRST GTSIZ5 ;YES
ADDI GT,1777 ;ROUND UP
ASH GT,-^D10 ;DIVIDE TO K
GTSIZ3: ANDI GT,377 ;MASK TO 256 K
POPJ P, ;RETURN
GTSIZ5: ADDI GT,777 ;ROUND UP TO P BOUNDARY
LSH GT,-^D9 ;
GTSIZ6: ANDI GT,777 ;MASK TO 512P
POPJ P, ;RETURN
; ROUTINE TO CONVERT CONTENTS OF N2 TO K OR P
KIKA: ADDI N2,777 ;ROUND TO PAGE BOUND
TXNN SW,KI.10 ;IF KA, ROUND TO K
ADDI N2,1000 ;
LSH N2,-11 ;MAKE PAGES
TXNN SW,KI.10 ;AND IF KA, MAKE TO K
LSH N2,-1 ;DONE
POPJ P,
SEGSWP: SETZM C.NSWP ;MARK AS SWAPPED
MOVSI GT,(N1) ;PICK UP SEGMENT NUMBER
HRRI GT,.GTSWP ;SWAPPING STAT. TABLE
PJRST FETTAB ;GET IT AND RETURN
SUBTTL ROUTINE TO GET PROGRAM NAME
GETNAM: MOVE N1,C.JOB ;GET JOB NUMBER
;ALT ENTRY POINT FOR PPN,MYPPN LOOP
GETP2: MOVX GT,.GTPRG ;TABLE OF NAMES
HRL GT,N1 ;SETUP
PUSHJ P,FETTAB ;AND GET
MOVEM GT,C.PROG ;STORE
POPJ P, ;AND RETURN
SUBTTL ROUTINE TO GET RUNTIME IN MS
GETRUN: HRLZ GT,C.JOB ;GET JOB NUMBER
HRRI GT,.GTTIM ;GET THE RUN TIME USED
PUSHJ P,FETTAB ;LOOK IT UP
MOVE T1,GT ;GET RESULT
IMULI T1,^D100 ;CONVERT TICS TO MS
IDIVI T1,6 ;FOR LATER USE
MOVEM T1,C.RT ;STORE IT
POPJ P, ;AND GO BACK
SUBTTL ROUTINE TO PICK UP STATISTICS FOR A JOB (/S STUFF)
GETSTC: MOVE N1,C.JOB ;GET JOB NUMBER
MOVX GT,.GTKCT ;PICK UP KCT
HRLI GT,(N1) ;PICK UP JOB #
PUSHJ P,FETTAB ;GETTAB
MOVEM GT,C.KCT ;STORE RESULT
MOVSI GT,(N1) ;JOB #
HRRI GT,.GTLIM ;TIME LIMIT
PUSHJ P,FETTAB
MOVEM GT,C.TLM
POPJ P,
SUBTTL ROUTINE TO GET JACCT BIT AND PRIVELEGE WORD OF JOB
GETPRV: SETZM C.GOD ;TURN OFF HES GOT JACCT
MOVN T1,C.JOB ;GET JOB NUMBER
JOBSTS T1, ;DO A JOB STATUS UUO
JFCL ;DONT REALLY CARE
TXNE T1,JB.UJC ;IS JACCT ON?
SETOM C.GOD ;YES, FLIP SWITCH
MOVS GT,T1 ;FLIP FOR GETTAB
HRRI GT,.GTPRV ;SET FOR PRIV. GETTAB
PUSHJ P,FETTAB ;DO IT
MOVEM GT,C.PRV ;STORE
POPJ P, ;GO HOME
SUBTTL ROUTINE TO GET DSK IO STUFF
GETDSK: MOVX GT,.GTRCT ;GET DSK READS
HRL GT,C.JOB ;GET JOB #
PUSHJ P,FETTAB
LDB N1,DBP ;GET THE POINTER
MOVEM N1,C.RD ;STORED
MOVX GT,.GTWCT ;SAME FOR WRITES
HRL GT,C.JOB ;
PUSHJ P,FETTAB
LDB N1,DBP ;
MOVEM N1,C.WR ;STORED
POPJ P, ;AND GO HOME
DBP: POINT 23,GT,35 ;DISK BYTE POINTER
SUBTTL ROUTINE TO GET USER NAME AND PPN
GETU: MOVS GT,C.JOB ;GET USER NAME
HRRI GT,.GTNM1 ;FIRST HALF
PUSHJ P,FETTAB
MOVEM GT,C.NAM1 ;STORE FIRST HALF
MOVS GT,C.JOB ;DO AGAIN FOR SECOND HALF
HRRI GT,.GTNM2 ;
PUSHJ P,FETTAB ;SECOND HALF,USERNAME
MOVEM GT,C.NAM2 ;STASH SECOND HALF
MOVS GT,C.JOB ;GET JOB NUMBER
HRRI GT,.GTPPN ;PPN TABLE
PUSHJ P,FETTAB ;LOOK IT UP
MOVEM GT,C.PPN ;STORE PPN
POPJ P, ;AND RETURN
SUBTTL OUTPUT ROUTINE PUTS OUT "USER:" USER-NAME, PPN
PUTU: TXNE SW,L.USRS ;NO TAB FOR USERS
JRST PUTU1 ;OR LABEL
TYPES (< USER:>) ;GIVE "TAB USER"
PUTU1: MOVE T1,C.NAM1 ;GET USER NAME
PUSHJ P,SIXPNB ;OUTPUT IT (WITH BLANKS)
MOVE T1,C.NAM2 ;SECOND HALF OF NAME
PUSHJ P,SIXPNB ;OUTPUT
MOVEI STR,[ASCIZ/ /];TWO TABS
TXNE SW,L.USRS ;UNLESS USERS, THEN ONLY ONE
MOVEI STR,[ASCIZ/ /] ;SPACE OR SO
PUSHJ P,PUTSTR
MOVE T1,C.PPN ;GET PPN
SETZ CHRCNT, ;CLEAR CHARACTER COUNTER
MOVEI STR,[ASCIZ/PPN:/] ;PREPARE FOR PPN
TXNN SW,L.USRS ;SHORT FOR USERS
PUSHJ P,PUTSTR ;AND OUTPUT 'PPN:['
MOVEI CHR,"[" ;BRACKET OPENS
TXNN SW,L.USRS ;EXCEPT FOR USERS
PUSHJ P,PUTCHR
PUSH P,T1 ;SAVE
HLRZS T1 ;MAKE PROJ BE IN R. HALF
PUSHJ P,OCTOUT ;OUTPUT IT
TYPEC (<,>) ;OUTPUT A COMMA
POP P,T1 ;RESTORE
ANDI T1,-1 ;AND MAKE IT CORRECT
PUSHJ P,OCTOUT ;OUTPUT IT
TXNE SW,L.USRS ;DOING USERS? IF YES THEN
JRST FPPNU ;FINISH PPN ALA USERS
TYPEC (]) ;RIGHT BRACKET
PJRST CRLF ;GIVE CRLF, WILL RETURN FROM THERE
FPPNU: CAIGE CHRCNT,^D11 ;NO TAB IF GONE TOO FAR
PJRST TAB ;TAB FOR USERS
POPJ P, ;OR MAYBE JUST RETURN
SUBTTL ROUTINE TO PRINT OUT THE PRIVELEGES FOR A JOB
PUTPRV: PUSHJ P,CRLF ;PUT OUT A CR-LF
SETOM CHRCNT ;USED FOR OUTPUT CHECK
MOVEI STR,[ASCIZ/JACCT /] ;SET FOR JACCT
SKIPE C.GOD ;WAS JACCT ON?
PUSHJ P,PUTSTR ;IT IS SO SAY SO
MOVE T1,C.PRV ;PICK UP PRIVS
TXNE T1,JP.HPQ ;SEE IF HPQ > 0
PUSHJ P,Y.HPQ ;YES, SO GIVE HPQXX
TXNE T1,JP.DPR ;SEE IF DISK PRIORITY
PUSHJ P,Y.DPR ;YES , SO GIVE DSKQX
MOVEI STR,[ASCIZ/MTR /] ;READY FOR METER
TXNE T1,JP.MET ;IS METER LIT?
PUSHJ P,PUTSTR ;YES
MOVEI STR,[ASCIZ/POK /] ;IS POKE LIT?
TXNE T1,JP.POK ;
PUSHJ P,PUTSTR ;YES
MOVEI STR,[ASCIZ/CPU /] ;IS CPU CHANGE LIT?
TXNE T1,JP.CCC ;
PUSHJ P,PUTSTR ;YES IT IS
MOVEI STR,[ASCIZ/UNSPL /] ;READY FOR UNSPOOL
TXNE T1,JP.NSP ;TEST THE BIT
PUSHJ P,PUTSTR ;IF ON
MOVEI STR,[ASCIZ/RTTRP /] ;SEE IF REAL TIME
TXNE T1,JP.RTT ;ETC
PUSHJ P,PUTSTR
MOVEI STR,[ASCIZ/LCK /] ;CHECK FOR LOCK ON
TXNE T1,JP.LCK ;TEST IT
PUSHJ P,PUTSTR ;AND PUT IT
MOVEI STR,[ASCIZ/TRPST /] ;TRAP SET UUO ENABLED?
TXNE T1,JP.TRP ;SET?
PUSHJ P,PUTSTR ;YES, SO PRINT IT
MOVEI STR,[ASCIZ/IPCF /] ;IPCF PRIVELEGED FUNCTIONS
TXNE T1,JP.IPC ;ARE THEY ON?
PUSHJ P,PUTSTR ;YES
MOVEI STR,[ASCIZ/ENQ /] ;ENQUE
TXNE T1,JP.ENQ ;SEE IF THEY HAVE IT
PUSHJ P,PUTSTR ;IF THEY DO,SAY SO
MOVEI STR,[ASCIZ/PEEK-ALL /] ;CAN PEEK ON ALL OF CORE
TXNE T1,JP.SPA ;WE SHALL SEE
PUSHJ P,PUTSTR
MOVEI STR,[ASCIZ/PEEK-MONITOR /] ;WHAT ABOUT ON MONITOR
TXNN T1,JP.SPA ;DONT SAY MON IF SAID ALL
TXNN T1,JP.SPM ;TEST
CAIA ;SKIP OVER
PUSHJ P,PUTSTR ;AND MAYBE PRINT
MOVEI STR,[ASCIZ/*UNPRIVELEGED*/]
SKIPGE CHRCNT ;HAVE WE SAID ANYTHING?
PUSHJ P,PUTSTR ;NO,NOW DO SO
PJRST CRLF ;AND GIVE CR-LF AND RETURN
Y.HPQ: PUSH P,T1 ;SAVE T1
TYPES (<HPQ>) ;SAY "HPQ"
LDB T1,[POINTR( T1,JP.HPQ)] ;GET Q NUMBER
PUSHJ P,OCTOUT ;AND PRINT
PJRST DUNQUE ;AND RESTORE, RETURN
Y.DPR: PUSH P,T1 ;SAVE T1
TYPES (<DSKQ>)
LDB T1,[POINTR (T1,JP.DPR)] ;GET Q
PUSHJ P,OCTOUT ;AND PRINT IT
DUNQUE: TYPEC ( ) ;PRINT A BLANK
PJRST TPOPJ ;RESTORE T1 AND RETURN
SUBTTL ROUTINE TO OUTPUT KCS,RT/ET,RT/TRQ,TIME LIMIT
;
; EXPECTS TO FIND CURRENT DATA AREA LOADED
PUTSTC: PUSHJ P,CRLF ;GIVE LEADING CRLF
SETZ CHRCNT, ;FIX CURSOR AND CHAR COUNT
MOVEI FP,P.KCT-SPATAB ;POSITION IN SPATAB
TYPES (<KCS:>) ;LABEL
MOVE T1,C.KCT ;PICK UP KILO-CORE-TICKS
IDIVI T1,^D60 ;60 TIC/SEC
PUSHJ P,DECOUT ;AND PRINT IT
PUSHJ P,POSIT ;CORRECT CURSOR POSITION
SKIPE C.FST ;DONT DO IT THE FIRST TIME
JRST NOET ;CAUSE YOU GET GARBAGE
MOVEI STR,[ASCIZ!RT/ET:!] ;RUNTIME/ELAPSED TIME
MOVE T1,C.RT ;PICK UP RUNTIME
SUB T1,O.RT(J) ;MAKE INCREMENTAL
MOVEM T1,ARGS ;STORE IT IN ARG BLOCK
MOVE T1,C.DAY ;PICK UP DAYTIME
SUB T1,O.DAY(J) ;MAKE INCREMENTAL
JUMPGE T1,.+2 ;ADJUST IF WENT AROUND CLOCK
ADDX T1,^D1000*^D60*^D60*^D24
MOVEM T1,ARGS+1 ;STASH IT
PUSHJ P,PUTMES ;OUTPUT THE STUFF
PUSHJ P,POSIT
NOET: ;SKIPPED OVER ABOVE, THE FIRST TIME
LDB T1,[POINTR(C.TLM,JB.LTM)] ;PICK IT UP
IMULI T1,^D1000 ;CONVERT TO MS
IDIVI T1,^D60
JUMPE T1,CPOPJ ;IF ZERO TLM , SKIP THE PRINT
TYPES (<TLM:>) ;LABEL
PJRST MSOUT ;OUTPUT T1 AS MILLISECONDS
SUBTTL ROUTINE TO DO GETTABS OR SPYS DEPENDING ON PRIV.
; ROUTINE HAS TWO ENTRY POINTS:
; FETOPT: DOING GETTAB ON AN OPTIONAL TABLE, TAKE SKIP RETURN
; IF GOOD LOOKUP, NON-SKIP IF GETTAB FAILS
; FETTAB: TABLE BEING LOOKED AT IS NON-OPTIONAL, IF THE
; GETTAB OR GETTAB SIMULATION FAIL THEN GO TO GFAIL
; WHICH IS A FATAL ERROR. (USER MAY "CONTINUE")
; THE ONLY RETURN IS A NON-SKIP RETURN
FETOPT: TXOA SW,GT.OPT ;MARK AS OPTIONAL
FETTAB: TXZ SW,GT.OPT ;NON-OPTIONAL
MOVEM GT,SAVGT ;SAVE FOR EXAMINATION IF WE GET A FAILURE
TXNE SW,Y.SPY ;CAN WE SPY?
JRST USPY ;YES, GO DO IT
UGET: GETTAB GT, ;NO, DO A GETTAB
PJRST GFAIL ;IF A FAILURE
TXNE SW,GT.OPT ;IF DOING OPTIONAL TABLE THEN
AOS (P) ;SKIP FOR GOOD RETURN
POPJ P,
USPY: HRRE T3 ,GT ;T3 GETS TABLE NUMBER
HLRZ T4 ,GT ;AND T4 THE ITEM NUMBER
CAMLE T3 ,MAXGTB ;UNDER THE LIMIT?
PJRST GFAIL ;NO, GIVE ERROR RETURN
ADD T3 ,TABTAB ;GET ADDR OF ADDR OF TABLE
MOVE T3 ,400000(T3 ) ;AND FETCH ADDR OF WANTED TABLE
LDB GT,[POINT 9,T3 ,8] ;GET MAX LENGTH
CAMLE T4 ,GT ;THIS ITEM # <= MAX?
JRST UZERO ;NO, RETURN ZERO RESULT
TLNE T3 ,400 ;IF ITS PROCESS DATA
JRST UPROC ;USE PROCESS TABLES
SPYBCK: ADDI T3 ,(T4 ) ;NOW T3 HAS ADDR OF EXACT ITEM
MOVEM T3 ,SAVADR ; SAVE ADDRESS OF EXEC LOC THIS ITEM
SKIPA
UZERO: TDZA GT,GT ;FOR RETURNING ZERO RESULT
MOVE GT,400000(T3 ) ;PICK UP ITEM
TXNE SW,GT.OPT ;IF OPTIONAL TABLE, GOOD LOOKUP GETS
CPOPJ1: AOS (P) ;SKIP RETURN
CPOPJ: POPJ P, ;AND RETURN
UPROC: MOVE GT,SAVGT ;RESTORE GT INCASE GETTAB
SKIPN PDBPTR ;HAVE PTR TO PROCESS DATA?
JRST UGET ;NO,USE GETTAB
ADD T4 ,PDBPTR ;T4 GETS ADDRESS OF ADDRESS OF PDB
SKIPN T4 ,(T4 ) ;IF NOT ZERO
JRST UZERO ;UNLESS THERE IS NO PDB
JRST SPYBCK ;AND GO BACK TO SPY
; ROUTINE TO RETURN A VALUE IN THE MONITOR WITHOUT GOING THRU GETTAB/SPY
; EXPECTS EXEC ADDRESS IN GT, RETURNS VALUE IN GT
; RETURNS ZERO IF CANT DO A SPY OR PEEK
MONVAL:
IFE PURESW,<
TXNE SW,Y.SPY ;CAN HE SPY?
SKIPA GT,400000(GT) ;YES, SO DO SO >
PEEK GT, ;PEEK HAS NO ERROR RETURN
POPJ P, ;NOW GO HOME
SUBTTL ROUTINE TO SET UP THE GETTAB SIMULATOR
IFE PURESW,<
SETTAB: MOVX GT, %CNSIZ ;LOOKUP SIZE OF MONITOR
PUSHJ P,FETTAB
SOJ GT, ;BACK OFF BY 1
SPY GT, ;TRY TO SPY
JRST XSPY ;CANT, NO PRIV, ETC
MOVE GT,[XWD .GTSLF,.GTSLF] ;[63]GET ADDRESS OF SELF TABLE
PUSHJ P,FETOPT ;THIS IS NON FATAL IF NOT FOUND
JRST XSPY ;AND ITS NOT
JUMPE GT,XSPY ;IF NO IMMEDIATE TABLE,DONT SPY
HRRZM GT,TABTAB ;STORE IT
LDB N2,[POINT 9,GT,8] ;GET MAX SIZE
MOVEM N2,MAXGTB ;STASH THAT TOO
MOVX GT, %CNPDB ;GET PROCESS DATA BLOCK ADDRESS
PUSHJ P,FETTAB ;STORING FOR LATER STUFF
TRO GT,400000 ;MAKE A SPY POINTER
MOVEM GT,PDBPTR ;AND STASH IT
TXO SW,Y.SPY ;FINALLY,TURN SPYING ON
XSPY: POPJ P, ;RETURN
> ;END OF CONDITIONAL
SUBTTL ROUTINE TO ASSIGN CORE WHEN NEEDED FOR TABLE SPACE
;
;ROUTINE ASSCOR : EXPECTS T1 TO CONTAIN NUMBER OF WORDS WANTED,
; ON RETURN T1 CONTAINS ADDRESS OF START OF GIVEN BLOCK
ASSCOR: EXCH T1,.JBFF ;T1 CONTAINED WORDS WANTED
ADDM T1,.JBFF ;.JBFF NOW UPDATED
PUSH P,T1 ;SAVE T1 WHILE WE CLEAR OR GET CORE
MOVE T1,.JBFF ;DID WE GO OVER?
TLNE T1,-1 ;MAKE SURE ITS REASONABLE
JRST NOCORE ;IE <= 2**18.
SOS T1 ;LAST WORD USED IS FIRST FREE-1
CAMG T1,.JBREL ;COMPARE TO .JBREL
JRST CLRCOR ;NO, SO JUST CLEAR CORE GIVEN
CORE T1, ;AND REQUEST CORE
JRST NOCORE ;COULDNT GET IT
CLRCOR: MOVE T1,(P) ;GET START
SETZM 0(T1) ;
AOS T1 ;
HRLI T1,-1(T1) ;
BLT T1,@.JBREL ;CLEAR CORE
TPOPJ: POP P,T1 ;RESTORE T1
POPJ P, ;AND RETURN
NOCORE: MOVE T1,.JBFF##
MOVEI T1,-1(T1)
$ERROR(EF.FAT!EF.MEM!EF.RST,CEF,CORE EXPANSION FAILED WHEN TRYING TO GET )
SUBTTL ROUTINE TO REDUCE SIZE BACK TO ORIGINAL
REDUCE: PUSH P,T1 ;SAVE T1
MOVE T1,SAVFF ;GET ORIGINAL SIZE
MOVEM T1,.JBFF## ;RESTORE IT
SUBI T1,1 ;BACK OFF ONE FOR LAST USED
CORE T1, ;AND MAKE OURSELVES THE RIGHT SIZE
JFCL ;DONT CARE
JRST TPOPJ ;RETURN TO CALLER
SUBTTL ROUTINE TO GET THE TTY # ATTACHED TO JOB
GETTY: TXNE SW,SYSD ;DOING THE SYSTEM?
MOVEI T1,(J) ;YES, SO J HAS JOB NUMBER
SKIPN N1,T1 ;GET JOB
JRST YDET ;MARK NULL JOB AS DETACHED
TRMNO. N1, ;UUO
JRST DET ;MAY BE DETACHED
SUBI N1,.UXTRM ;SUBTRACT IO INDEX
MOVEM N1,C.TTY ;STORE
JRST CPOPJ1 ;TAKE A SKIP RETURN
DET: MOVN N1,T1 ;SETUP FOR JOB STATUS
JOBSTS N1,
JRST NOJOB ;NO JOB THIS NUMBER
JUMPL N1,YDET ;DETACHED
NOJOB: POPJ P,
YDET: SETOM C.TTY ;-1 TTY # MEANS DETACHED
JRST CPOPJ1 ;RETURN VIA SKIP
SUBTTL ROUTINE TO GET JOB ATTACHED TO A TTY
GETJOB: MOVE N1,T1 ;GET LINE #
MOVEI T2,3 ;3 TIMES
IDIVI N1,10 ;GET A DIGIT
LSHC N2,-6 ;SHIFT INTO N3 THE REMAINDER
SOJG T2,.-2 ;IF MORE
HLRZS N3 ;PUT INTO RIGHT HALF
ADD N3,[SIXBIT/TTY000/] ;ADD TTY HANDLE
SETZM C.JOB ;ZERO THE JOB #
DEVTYP N3,
JFCL ;DEVTYPE RETURNS JOB #
HRRZS N3 ;GET RID OF LEFT HALG
LSH N3,-11 ;AND SHIFT OVER JOB NUMBER
SKIPN N3 ;IF NOT 0 THEN THERE IS A JOB
POPJ P,
MOVEM N3,C.JOB ;STORE
JRST CPOPJ1 ;SKIP RETURN = FOUND A JOB #
SUBTTL OUTPUT ROUTINES AND INPUT ROUTINES
SUBTTL ROUTINE TO OUTPUT DAYTIME AS HH:MM:SS
; T1 MUST CONTAIN DAYTIME OR SOME TIME IN MS
PUTDAY: PUSH P,T1 ;SAVE T1
IDIVI T1,1750 ;GET AS SECS
IDIVI T1,74 ;SECS IN T2, MIN IN T1
PUSH P,T2 ;STORE ON STACK
IDIVI T1,74 ;GET AS HRS MINS
PUSH P,T2 ;SAVE MIN ON STACK
CAIGE T1,12 ;IF <10
PUSHJ P,ZEROUT ;OUTPUT LEADING 0
PUSHJ P,DECOUT
TYPEC (:) ;AND COLON
POP P,T1 ;SAME FOR MINUTES
CAIGE T1,12
PUSHJ P,ZEROUT
PUSHJ P,DECOUT
TYPEC (:)
POP P,T1 ;AND SECS
CAIGE T1,12
PUSHJ P,ZEROUT
PUSHJ P,DECOUT ;ALWAYS PRINT
MOVEI CHRCNT,10 ;UPDATE CHARACTER COUNTER
PJRST TPOPJ ;RESTORE T1 AND RETURN
SUBTTL ROUTINE TO OUTPUT MILLISECONDS AS HH:MM:SS.SS
; EXPECTS MS IN T1
; MSOUTJ IS LIKE MSOUT EXCEPT THAT IT RIGHT-JUSTIFIES
; THE OUTPUT SO THAT THINGS LINE UP NICE
MSOUTJ: SOSA JSTFLG ;JUSTIFY
MSOUT: SETZM JSTFLG
MOVE N1,T1 ;NEED 3 CONTIG. REGISTERS
IDIVI N1,1750 ;OFF THE MS
IDIVI N2,12 ;MS
PUSH P,N2 ;STORE ARGS
IDIVI N1,74 ;GET SECS
PUSH P,N2 ;STORE SECS
IDIVI N1,74 ;SEPARATE MINS,HOURS
PUSH P,N2 ;STORE MINS
PUSH P,N1 ;STORE HOURS ON STACK
TXZ SW,T.FLG ;SET FLAG FOR NO LEADING ZERO
MOVEI T3 ,":" ;FIELD DELIMITER
SETZ T4 , ;INIT COUNTER
ORUN2: AOJ T4 , ;INCR CNT
CAIN T4 ,3 ;IF 3RD ONE
MOVEI T3 ,"." ;NEW FILED DEL.
POP P,T1 ;POP OFF A NUMBER
SKIPN T1 ;IF NON-ZERO
PUSHJ P,ZERUN ;DONT FAKE IT
CAIL T1,^D10 ;IF >=10 NO NEED FOR DIGIT FILL
JRST ORUN2A ;SO SKIP IT
MOVEI CHR,"0" ;ELSE FILL WITH BLANK OR ZERO
TXNN SW,T.FLG ;DEPENDING ON PREV. TYPEOUT
MOVEI CHR," " ;BLANK IF LEADING
PUSHJ P,PUTCHR ;AND PUT IT OUT
ORUN2A: PUSHJ P,DECOUT ;OUT IT
TXO SW,T.FLG ;SAY WE HAVE DONE OUTPUT
CAIN T4 ,4 ;NO FD FOR FRACTIONS
JRST ORUN3
MOVE CHR,T3
PUSHJ P,PUTCHR
ORUN3: CAIE T4 ,4
JRST ORUN2
POPJ P, ;GO HOME
ZERUN: TXNN SW,T.FLG ;IF NOT A LEADING TYPE ZERO
CAILE T4 ,2 ;OR IF NOT HRS OR MINS OF RT
POPJ P, ;GO BACK AND PRINT
POP P,(P) ;POP OFF CALL
MOVEI STR,[ASCIZ! !] ;UNLESS WANT JUSTIFICATION
SKIPE JSTFLG ;THEN SPACE OVER
PUSHJ P,PUTSTR ;TO LINE UP TIMES
JRST ORUN3 ;AND GO BACK TO END OF LOOP
SUBTTL ROUTINE TO PUT OUT "MESS"ARG1/ARG2=NN%
; EXPECTS MESSAGE ADDR IN REG. STR
; AND ARGS IN ARG: AND ARGS+1, ARG PRESERVED, ARG+1 DESTROYED
PUTMES: PUSHJ P,PUTSTR ;PUT OUT MESSAGE
MOVE T1,ARGS ;GET FIRST ARG
PUSHJ P,MSOUT ;OUTPUT IT
MOVE T1,ARGS ;FETCH FIRST ARG AGAIN
IMULI T1,^D1000 ;1ST ARG * 1000 (AVOID FL. PT)
IDIV T1,ARGS+1 ;DIVIDE BY 2ND ARG
ADDI T1,5 ;ROUND IT
IDIVI T1,^D10 ;AND MAKE 2 PLACE PERCENT
EXCH T1,ARGS+1 ;STASH IT FOR NOW
TYPEC (/) ;DIVIDE SIGN
PUSHJ P,MSOUT ;OUTPUT THE 2ND NUMBER
TYPEC (=) ;NOW THE =NN%
MOVE T1,ARGS+1 ;PICK UP PERCENT
CAILE T1,^D100 ;IF MORE THAN 100%, SET IT TO THAT
MOVEI T1,^D100 ;ERROR PROB. DUE TO SLOWNESS IN TRACK
PUSHJ P,DECOUT
MOVEI CHR,"%" ;THATS THE PERCENT SIGN
PJRST PUTCHR ;OUTPUT IT AND RETURN FROM THERE
SUBTTL OUTDBF, OUTDBI, OUTDBX - OUTPUT THE SYSDAT DATA BLOCK
; ROUTINE TO TAKE A DATA BLOCK AND OUTPUT IT AS
;
; "LABEL"
;
; R1 - R2 XX%
; .
; .
; ETC
;
; "AVERAGE VALUE : " NN
;
; ROUTINE EXPECTS SYSDAT TABLES TO BE SET UP, T.LOOK TO CONTAIN
; NUMBER OF LOOKS TAKEN AND EXPECTS J TO BE SET TO CURRENT DATA ITEM
; ROUTINE HAS THREE ENTRY POINTS:
; ENTRY POINT ONE: 'OUTDBF' OUT DATA BLOCK FLASH
; OUTPUTS RANGE USING ALL DATA POINTS IN THE BLOCK
; ENTRY POINT TWO: 'OUTDBI' OUT DATA BLOCK INCREMENTAL
; THIS ENTRY POINT IS USED IN CONJUNCTION WITH THE
; ROUTINES MEASURING SOMETHING AS A FUNCTION OF UNITS PER
; ELAPSED TIME. USER ROUTINES USING 'OUTDBI' SHOULD
; BE SET UP VIA DBCORE
; DBCORE SETS UP A DATA BLOCK OF SIZE '# OF LOOKS/REPORT'+1
; THE ACTION IS THAT STONXT, OR THE USER ROUTINE IS USED TO PLACE
; CURRENT CUMMALATIVE VALUE IN CURRENT DB CELL+1. WHEN
; OUTDBI IS CALLED THE FIRST TIME, IT IGNORES CELL ONE, FROM
; THEREAFTER, IT USES ALL CELLS. AFTER REPORTING, IT PLACES THE VALUE
; IN THE LAST DB CELL INTO THE FIRST DB CELL. THAT IS THE
; "EXTRA CELL" IS WRAPPED AROUND
; ENTRY POINT THREE: 'OUTDBX' OUT DATA BLOCK EXTRODINARY
; SAME AS OTHERS AS FAR AS OUTPUT GOES, DIFFERENCE
; IS THAT ADJPTR AND ADJLOK MUST BE SET UP BEFORE THE CALL
; THIS ALLOWS A USER ROUTINE TO MAKE THESE POINTERS REFERENCE
; ANY ARBITRARY DATA AREA AND CALL OUTDBX TO DO THE STANDARD
; OUTPUT.
;
IFN SYS, <
OUTDBF: HRRZ N1,TAB.P(J) ;PICK UP TABLE PTR TO DB
MOVE N2,T.LOOK ;ALSO GET # LOOKS
JRST OUTDBX ;DEPOSIT AND GO SORT
OUTDBI: HRRZ N1,TAB.P(J) ;GET DB PTR
MOVE N2,T.LOOK ;AND DATA BASE LENGTH -1
TXNE SW,SYSD.I ;
AOJ N1, ;INCREMENT BASE ADDRESS
;TO IGNORE 1ST VALUE
;IF FIRST REPORT
TXNE SW,SYSD.I ;IF FIRST REPORT, VALUE IN
SOJ N2, ;IF FIRST REPORT THEN LOOKS =LOOKS-1
SETOM ROTFLG ;TURN ON ROTATE VALUE FLAG
SKIPA ;AND SKIP TURNING IT OFF
OUTDBX: SETZM ROTFLG ;TURN OFF ROTATE VALUE FLAG
MOVEM N1,ADJPTR ;STORE ADJUSTED PTR
MOVEM N2,ADJLOK ;AND ADJUSTED LOOKS
TRACEH (ITM) ;[*]PUT THE HEADER
IFN FTTRC,<
PUSHJ P,ITMCOD ;PUT OUT ASCII CODE
> ; END OF FTTRC CONDITIONAL
TRACEM BAUXWD ;AND AUXILLIARY ID WORD
SETZM SUMSQ ;CLEAR SUM OF SQUARES
HRRZ N3,ADJPTR ;PICK UP POINTER TO DATA BLOCK
ADD N3,ADJLOK ;GIVES N3 LAST ADDR IN BLOCK
HRRZ N1,ADJPTR ;N1 GETS BEGINNING ADDRESS
CSRT1: MOVEI N2,1(N1) ;N2 CONTAINS ADDR 1 GREATER N1
CSRT2: MOVE T1,(N1) ;GET DATA IN BLOCK
CAMG T1,(N2) ;DATA IN ORDER?
JRST NOEXCH ;YES, SKIP EXCHANGE
EXCH T1,(N2) ;EXCHANGE TWO ITEMS
EXCH T1,(N1)
NOEXCH: CAIGE N2,(N3) ;DONE WITH INNER LOOP?
AOJA N2,CSRT2 ;NO,GO BACK
CAIGE N1,-1(N3) ;YES,DONE WITH OUTER LOOP?
AOJA N1,CSRT1 ;NO, GO BACK
;NOW DATA IS SORTED, OUTPUT LABEL THEN DATA
SKIPE STR,TAB.N(J) ;FETCH ADDR OF LABEL
PUSHJ P,PUTSTR ;OUTPUT IT IF NOT NULL
TXNE SW,R.SUMM ;SUMMARY ONLY?
JRST SKPLB1 ;YES
PUSHJ P,CRLF ;GIVE CR-LF
PUSHJ P,CRLF ;AND ANOTHER
TYPES (< VALUE FREQUENCY
>)
SKPLB1: SETZ GT, ;GT USED TO TOTAL ALL POINTS
SETZB T4,DONFLG ;ZERO INDEX AND DONE FLAG
SKIPA N1,ADJPTR ;MAKE N1 POINT TO START OF DB
COUT: MOVE N1,ARGS ;RESTORE N1 AFTER PRINTING
MOVE N2,(N1) ;GET A READING
MOVE T2,TAB.V(J) ;GET VARIANCE OF THIS ITEM
IDIV N2,T2 ;GET TO A BOUNDARY
IMUL N2,T2 ;IE INT*VARIANCE
MOVEM N2,LL ;STORE AS LOWER LIMIT
MOVE N3,TAB.V(J) ;VARIANCE
ADD N3,N2 ;[70]THATS THE UPPER LIMIT
SOJ N3, ;PLUS 1
MOVEM N3,UL ;AND STORE IT TOO
SETZ T3 , ;T3 USED AS TMP CNTER
COUT2: MOVE N2,(N1) ;GET A POINT
CAMLE N2,N3 ;[70]FALL BELOW LIMIT?
JRST CBRK ;NO,SO PRINT AND BREAK
MOVEI T3 ,1(T3 ) ;INCREMENT
MOVEI T4 ,1(T4 ) ;BOTH COUNTERS
ADD GT,N2 ;ADD INTO GRAND TOTAL
IMUL N2,N2 ;ADD IT
ADDM N2,SUMSQ ;AND SUM THE SQUARES
CAMLE T4 ,ADJLOK ;DONE?
SOSA DONFLG ;MARK AS DONE, AND SKIP
AOJA N1,COUT2 ;NO,GET ANOTHER POINT
CBRK: IMULI T3 ,^D1000 ;GET PERCENT OF TOTAL
MOVE N2,T3 ;DO IDIV UNCRAZY
MOVE N3,ADJLOK ;DIVIDE THIS COUNT/TOTAL LOOKS
IDIVI N2,1(N3) ;TO GET PERCENT OF TOTAL
MOVEM N1,ARGS ;SAVE DB PTR
MOVEM N2,VAL ;OUTPUT ROUTINES USE N1-N3
TXNE SW,R.SUMM ;ONLY SUMMARY?
JRST SKPLB2 ;YES
TRACEH (FRQ) ;[*]FREQ BLOCK HEADER
MOVE T1,LL ;OUTPUT LOWER LIMIT-UPPER LIMIT
TRACE ;GIVE TRACE THE LOWER LIMIT
PUSHJ P,DECOUT
PUSHJ P,TAB ;TAB
TYPEC (-) ;DASH
PUSHJ P,TAB
MOVE T1,UL ;UPPER LIMIT
TRACE ;GIVE TRACE THE UPPER LIMIT
CAME T1,LL ;DONT PRINT IF SAME AS LOWER
PUSHJ P,DECOUT ;OUT
PUSHJ P,TAB ;TAB
MOVE T1,VAL ;ACTUAL PERCENT
MOVEI CHR," " ;MAKE DECIMAL POINT LINE UP
CAIGE T1,^D1000 ;FOR PERCENT LESS THAN 100%
PUSHJ P,PUTCHR ;ONE LEADING SPACE
CAIGE T1,^D100 ;FOR PERCENT LESS THAN 10
PUSHJ P,PUTCHR ;USE ANOTHER LEADING SPACE
IFN FTTRC, <
PUSHJ P,BFP10 ;IF DOING TRACE,GIVE IT FP FORMAT
> ;END OF IFN FTTRC
PUSHJ P,SCD10 ;SCALED DECIMAL, DIVIDE BY 10.
TYPEC (%) ;ITS A PERCENT
PUSHJ P,CRLF ;FOLLOWED BY CRLF
SKPLB2: SKIPL DONFLG ;DONE?
JRST COUT ;NO
TRACEH (SUM) ;[*]AND PUT THE SUMMARY BL HEADER
TYPES (<
MEAN VALUE FOR >)
MOVE T1,T4 ;OUTPUT SAMPLES
TRACE ;PUT TO TRACE, THE NUMBER OF SAMPLES
PUSHJ P,DECOUT
TYPES (< SAMPLES= >)
MOVE N1,GT ;GRAND TOTAL
IMULI N1,^D100 ;DONT LOSE PRECISION
IDIVI N1,(T4 ) ;DIVIDE BY NR OF SAMPLES
MOVE T1,N1 ;T1 GETS NUMBER *100
IFN FTTRC, <
PUSHJ P,BFP100 ;GIVE TRACE GOOD FLT. PT. FORMAT
>; END OF IFN FTTRC
PUSHJ P,SCD100 ;SCALED DECIMAL OUT
MOVE N1,GT ;PICK UP SUM
MUL N1,N1 ;SQUARE IT
DIV N1,T4 ;DIVIDE BY NR. POINTS
MOVE N2,SUMSQ ;SUM OF POINT SQUARES
SUB N2,N1 ;N2 GETS NR. WE WANT ROOT OF
IMULI N2,^D100 ;DONT LOSE PRECISION
IDIV N2,T4
LSH N3,1
JUMPE N3,.+3 ;DONT ROUND UP ZERO
CAML N3,N2 ;ROUND UP
ADDI N2,1
MOVEM N2,N3 ;N3 GETS NUMBER WE WANT ROOT OF
PUSHJ P,ISQRT ;GET ROOT OF NR IN N3
TYPES (<; STD. DEVIATION= >)
IFN FTTRC, <
PUSHJ P,BFP10 ;GIVE TRACE FLOATING POINT FORMAT
SETZM BAUXWD ;ALSO,ZERO OUT BINARY AUX WORD
> ;END OF IFN FTTRC
PUSHJ P,SCD10 ;PRINT
PUSHJ P,CRLF
PUSHJ P,CRLF ;GIVE A FEW CARRIAGE RETURN LINE-FEEDS
PUSHJ P,CRLF
TXZN SW,OPT.F ;NEVER ROLL FOR FORCED LOOK
SKIPN ROTFLG ;WANT "EXTRA CELL" TO CELL 1?
JRST OUTEND ;NO SO SKIP IT
HRRZ N1,ADJPTR ;GET DB PTR
ADD N1,ADJLOK ;AND LENGTH
MOVE N1,1(N1) ;GET EXTRA CELL CONTENTS
TXNE SW,SYSD.I ;IF WE DIDDLED BASE PTR UP ONE
SOS ADJPTR ;PUT IT BACK TO BASE OF CELL
MOVEM N1,@ADJPTR ;AND PUT IT AWAY
OUTEND: POPJ P, ;AND RETURN
;CALLED WITH POS ARG IN N3, RESULT RETURNED IN T1, USES N2
; THIS ROUTINE STOLEN FROM SYSTAT
ISQRT: SETZB T1,N2 ;ZERO ANSWER TO START
JUMPLE N3,CPOPJ ;IF ARG IS .LE. 0
TRO N3,1 ;FORCE SOME BITS ON TO TERMINATE
ISQ1: ASH T1,1 ;MOVE TO NEXT BIT
CAMG N2,T1 ;SEE IF REMAINDER IS BIG
JRST ISQ2 ;NO--LOOP ON
SUB N2,T1 ;DECREASE REMAINDER
SUBI N2,1 ; ..
TRO T1,2 ;INCREASE RESULT
ISQ2: LSHC N2,2 ;SHIFT REMAINDER TWO BITS
JUMPN N3,ISQ1 ;LOOP UNTIL DONE
ASH N2,-1 ;BACK OFF REMAINDER
JUMPE N2,CPOPJ
CAML N2,T1 ;SEE IF ROUNDING NEEDED
ADDI T1,1 ;YES--INCREASE RESULT
POPJ P, ;RETURN
; OUTPUT THE INDEXED ITEM IN TAB.C IN ASCII FORM TO TRACE FILE
ITMCOD: MOVE T2,TAB.C(J) ;GET IT
MOVEI T3,5 ;FIVE LETTERS
LSHC T1,6 ;GET 1 LETTER
LSH T1,1 ;MAKE ROOM FOR 7TH BIT
SOJG T3,.-2 ;REPEAT SIX TIMES
ADD T1,[BYTE (7)" "," "," "," "," "];CONVERT TO 7 BIT
TRACE ;OUTPUT IT TO TRACE FILE
POPJ P, ;AND RETURN
> ; END OF CONDITIONAL AROUND OUTDBI & ISQRT ROUTINE
SUBTTL ROUTINE TO TYPE OUT THE UNIT TYPES
;
; INPUT IS AC GT CONTAINING THE DSKCHR BITS
UNITYP: SETZ T1, ;ASSUME UNKNOWN TYPE OF CONTROLLER
LDB T2,[POINTR(GT,DC.CNT)] ;PICK OUT CONTROLLER INFO
CAIG T2,.DCCRP ;MAKE RANGE CHECK
MOVE T1,[ EXP 0 ;0=NOT USED
SIXBIT /RC10/ ;1=RC10
SIXBIT /RP10/ ;2=RP10
SIXBIT /RH10/ ;3=RH10 (FIXED HEAD)
SIXBIT /RH10/ ;4=RH10 (MULTIPLE HEAD)
SIXBIT /RH20/](T2) ;5=RH20 (MULTIPLE HEAD)
PUSHJ P,SIXPNT ;PRINT THE CONTROLLER TYPE
TYPES (< >) ;TAB OVER
SETZ T1, ;ASSUME UNKNOWN DISK TYPE
LDB T3,[POINTR(GT,DC.UNT)] ;GET UNIT INFO
CAIG T3,.DCUR6 ;MAKE RANGE CHECK
JRST @[EXP DU.0,DU.1,DU.2](T3);DISPATCH ON UNIT TYPE
UNIT.1: PUSHJ P,SIXPNT ;PRINT UNIT TYPE
TYPES (< >) ;TAB OVER
LDB T1,[POINTR(GT,DC.DCN)] ;GET CHANNEL NUMBER
PUSHJ P,DECOUT ;PRINT IT
PJRST TAB ;RETURN,TABBING OVER
DU.0: MOVE T1,[SIXBIT/RD10/] ;ASSUME DRUM
CAXN T2,.DCCFS ;IS THIS ON A FIXED HEAD RH10?
MOVE T1,[SIXBIT/RS04/] ;YES,ADJUST
CAXN T2,.DCCRP ;IS THIS ON A MULTI-HEAD RH10?
MOVE T1,[SIXBIT/RP04/] ;YES,MUST BE RP04
CAXN T2,.DCCRN ;RP20?
MOVE T1,[SIXBIT/RP20/] ;YES
JRST UNIT.1 ;PRINT,CONTINUE
DU.1: MOVE T1,[SIXBIT/RM10B/] ;DRUM?
CAXN T2,.DCCDP ;MAYBE, SO SEE IF THIS IS A PACK
MOVE T1,[SIXBIT/RP02/] ;COULD BE RP02
CAXN T2,.DCCRP ;CHECK FOR RP06,SINCE IT LOOKS
MOVE T1,[SIXBIT/RP06/] ;LIKE AN RP05
JRST UNIT.1 ;
DU.2: MOVE T1,[SIXBIT/RP03/] ;ASSUME RP03
CAXN T2,.DCCRP ;UNLESS THIS IS AN RH10 CONTROLLER
MOVE T1,[SIXBIT/RP06/] ;WHICH MEANS ITS AN RP06
JRST UNIT.1 ;CONTINUE
SUBTTL UTILITY INPUT/OUTPUT ROUTINES
; NUMERIC OUTPUT ROUTINES
DECOUT: SKIPA N3,[^D10] ;DECIMAL OUTPUT
OCTOUT: MOVEI N3,10 ;OCTAL OUTPUT ROUTINE
MOVE N1,T1 ;GET NUMBER TO BE OUTPUT
JUMPGE N1,ONL ;IF NEGATIVE, SAY SO
TYPEC (-) ;BY MINUS SIGN
MOVMS N1 ;AND MAKE IT THE MAGNITUDE
ONL: IDIV N1,N3 ;GET A DIGIT
HRLM N2,(P) ;STORE IT
SKIPE N1 ;END?
PUSHJ P,ONL ;NO
HLRZ CHR,(P) ;GET DIGIT BACK
ADDI CHR,"0" ;ASCIISIZE IT
PJRST PUTCHR ;PUT OUT DIGIT
; SCALED DECIMAL OUTPUT ROUTINES
SCD10: SKIPA N3,[^D10] ;SCALED DOWN BY 10
SCD100: MOVEI N3,^D100 ;SCALED DOWN BY 100
PUSH P,T1 ;SAVE T1 ACROSS CALL
MOVE N1,T1 ;READY FOR OUTPUT
IDIV N1,N3 ;DIVIDE
PUSH P,N2 ;SAVE REMAINDER
MOVE T1,N1 ;READY FOR PRINT
PUSHJ P,DECOUT ;PRINT IT
TYPEC (.) ;PRINT THE DOT
POP P,T1
PUSHJ P,DECOUT ;PRINT FRACTION TOO
PJRST TPOPJ ;RESTORE T1 AND RETURN
; NUMERIC INPUT ROUTINES
DECIN: SKIPA N3,[12] ;DECIMAL INPUT ROUTINES
OCTIN: MOVEI N3,10 ;OCTAL INPUT
SETZ N2,
INL: PUSHJ P,GETCHR ;GET A CHARACTER
CAIL CHR,"0" ;IF LESS THAN ZERO
CAILE CHR,"0"-1(N3) ;OR MORE THAN BASE
JRST ENDNI ;THEN END
IMUL N2,N3 ;MULTIPLY WHAT WE HAVE
ADDI N2,-"0"(CHR) ;AND ADD NEW STUFF
JRST INL ;GO BACK FOR MORE
ENDNI: MOVE T1,N2 ;RETURN # IN T1
POPJ P,
SUBTTL TOKEN INPUT ROUTINE
; ROUTINE TO RETURN IN T1 A SIXBIT TOKEN
; AND IN THE LASTOK BLOCK THE UNNABREVIATED ASCIZ VERSION
; OF THE INPUT
; UPON RETURN THE CHARACTER THAT DELIMITED THE TOKEN IS IN CHR
; IE. WAS OUTSIDE ASCII 0-9,A-Z
;
TOKEN: PUSH P,T2 ;SAVE T2
MOVE STR,[POINT 7,LASTOK] ;POINT TO BLOCK
MOVE N3,[POINT 6,T1] ;POINT TO T1
SETZB T2,T1 ;CLEAR
MOVEI N1,6 ;NUMBER OF CHR TO T1
MOVEI N2,MAXTOK ;MAXIMUM TO TAKE INTO LASTOK
TOKE1: IDPB T2,STR ;ZERO TO DELIMIT STRING
PUSHJ P,GETCHR ;GET A CHARACTER
CAIL CHR,"0" ;CHECK FOR DELIMITED
CAILE CHR,"Z"
JRST TOKE2 ;.LT.0 OR .GT. Z
CAILE CHR,"9"
CAIL CHR,"A"
TXNE SW,BRK
JRST TOKE2 ;BREAK OR BETWEEN 9 AND A
SOSLE N2
DPB CHR,STR ;DEPOSIT IN LASTOK IF ROOM
SOJL N1,TOKE1 ;AND IN T1 IF ROOM
SUBI CHR,40 ;SIXBIT IT
IDPB CHR,N3 ;AND DEPOSIT
JRST TOKE1 ;GET NEXT CHARACTER
TOKE2: POP P,T2 ;RESTORE T2
POPJ P, ;AND RETURN
SUBTTL ROUTINE TO INPUT A FILESPEC
FILSPC: MOVE T1,[XWD PTHADR,PTHADR+1] ;CLEAR PATH
SETZM PTHADR
BLT T1,PTHADR+PTHLEN-1
PUSHJ P,TOKEN ;GET FIRST TOKEN
CAIE CHR,":" ;FIRST DEVICE COMES?
JRST NODEV ;NO
JUMPE T1,E$$NDI ;NULL DEVICE ILLEGAL
MOVEM T1,FILDEV ;SET IT
PUSHJ P,FENCHK ;SEE IF END
PUSHJ P,TOKEN ;GET NEXT TOKEN
NODEV: SKIPE T1 ;DONT DEPOSIT NULL FILENAME
MOVEM T1,FILNAM ;
CAIN CHR,"[" ;PPN?
JRST GPPN ;YES, GET IT
PUSHJ P,FENCHK ;CHECK FOR END
CAIE CHR,"." ;EXT NEXT?
JRST FILERR ;NO,ERROR
PUSHJ P,TOKEN ;GET NEXT TOKEN
MOVEM T1,FILEXT ;STORE
PUSHJ P,FENCHK ;SEE IF DONE
CAIE CHR,"[" ;PPN?
JRST FILERR ;NO
GPPN: PUSHJ P,OCTIN ;GET PRJ
JUMPE T1,[ CAIN CHR,"-"
JRST DEFPATH ;SET DEFAULT PATH
CAIE CHR,"," ;DEF. PPN?
JRST FILERR
HLRZ T1,MYPPN ;YES
JRST .+1] ;CONTINUE
HRLZM T1,FILPPN ;STORE
CAIE CHR,"," ;COMMA?
JRST FILERR ;NO
PUSHJ P,OCTIN ;GET PRG NR.
SKIPN T1 ;DEFAULT?
MOVE T1,MYPPN ;YES
HRRM T1,FILPPN ;STASH
CAIN CHR,"]" ;OK?
POPJ P, ;RETURN
CAIE CHR,"," ;SFDS FOLLOW
JRST E$$BPS ;NO, BAD PATH SPECIFIED
MOVE T1,FILPPN ;POINT TO PATH BLOCK
MOVEM T1,PTHADR+2 ;
MOVEI T1,PTHADR
MOVEM T1,FILPPN
MOVEI T2,1 ;1ST SFD
SFDLP: PUSHJ P,TOKEN ;GET SFD NAME
JUMPE T1,E$$NSI ;NULL SFD ILLEGAL
CAILE T2,MAXSFD ;ROOM?
JRST E$$TMS ;TOO MANY SFDS
MOVEM T1,PTHSFD-1(T2) ;PLACE
CAIN CHR,"]" ;DONE?
POPJ P, ;YES
CAIE CHR,"," ;COMMA?
JRST E$$BPS ;NO,BAD PATH
AOJA T2,SFDLP ;GET NEXT SFD
DEFPATH: MOVX T1,-1 ;GET DEFAULT PATH
MOVEM T1,PTHADR ;FROM MONITOR
MOVE T1,[XWD PTHLEN,PTHADR] ;SET UP FOR PATH. UUO
PATH. T1,
JRST E$$PUF ;PATH UUO FAILURE
PUSHJ P,GETCHR ;SHOULD END STRING WITH ]
CAIE CHR,"]" ;END CORRECTLY?
JRST E$$BPS ;NO
MOVEI T1,PTHADR ;MAKE FILPPN POINT TO PATH
HRRZM T1,FILPPN
FENCHK: CAIE CHR,"=" ;END IS "="?
TXNE SW,BRK ;OR BREAK?
TXOA SW,REGET ;YES,REGET IT FLAG ON AND
POPJ P, ;NOT END RETURN
PJRST TPOPJ ;BALANCE STACK AND RETURN
;; ERROR MESSAGES FOR FILSPC
$ERROR(EF.FAT!EF.RST,NDI,NULL DEVICE NAME IS ILLEGAL)
$ERROR(EF.FAT!EF.RST,BPS,BAD PATH SPECIFICATION)
$ERROR(EF.FAT!EF.RST,TMS,TOO MANY SFDS SPECIFIED)
$ERROR(EF.FAT!EF.RST,PUF,PATH UUO FAILED)
$ERROR(EF.FAT!EF.RST,NSI,NULL SFD ILLEGAL)
FILERR: $ERROR(EF.FAT!EF.RST,FSE,FILE SPECIFICATION SYNTAX ERROR)
SUBTTL LINE MANIPULATION ROUTINES
; ROUTINE TO EAT REST OF LINE
EATLIN: TXNE SW,BRK ;BREAK SEEN?
POPJ P, ;YES, SO RETURN
PUSHJ P,GETCHR ;GET NEXT CHARACTER
PJRST EATLIN ;AND TRY AGAIN
; ROUTINE TO GET A CHARACTER FROM THE TELETYPE
GETCHR: TXZN SW,REGET ;CHECK FOR REGET
ILDB CHR,COMPTR ;GET A CHARACTER
TXZA SW,T.FLG ;REGULAR ENTRY
GETCH2: TXO SW,T.FLG ;RUNNING COMMAND ENTRY PT.
TXZ SW,BRK ;SHUT OFF BREAK INDICATOR
CAIN CHR,32 ;IF IT IS ^Z
EXIT 1, ;TEMPORARILY EXIT
CAILE CHR,140 ;SEE IF ITS LOWER CASE
SUBI CHR,40 ;CONVERT TO UPPER CASE
CAIL CHR,12 ;IF NOT LF,VT OR FF
CAILE CHR,14 ;THEN SKIP BREAK SET
CAIN CHR,33 ;CHK FOR ALT. MODE
JRST BREAKX ;ELSE TAKE BREAK EXIT
CAIE CHR,";" ;ALLOW COMMENTS IN THE COMMAND
CAIN CHR,"!" ;STRINGS BY TURNING ON BREAK
JRST BREAKX ;HERE
CAIG CHR," " ;FINALLY , SKIP BLANKS AND
JRST SEECHK ;CONTROL CHARACTERS
POPJ P, ;RETURN
BREAKX: TXOA SW,BRK ;SET BREAK
SEECHK: TXZE SW,T.FLG ;CHECK FOR SPECIAL CASE
POPJ P, ;RETURN
JRST GETCHR ;NOT THIS TIME
; ROUTINE TO PRINT OUT VALUE IN T1 AS SO MANY K OR P
; DEPENDING ON PROCESSOR WE ARE RUNNING ON. OUTPUT IS "NNK" OR "NNP"
;
MEMPNT: MOVE N2,T1 ;CONVERT USING GETCOR'S ROUTINE
PUSHJ P,KIKA ;SINCE ITS HANDY
MOVE T1,N2 ;PRINT IT OUT
PUSHJ P,DECOUT ;PRINT IT OUT AS DECIMAL
MOVEI CHR,"K" ;PRETEND ITS A KA
TXNE SW,KI.10 ;UNLESS ITS A KI
MOVEI CHR,"P" ;THEN ITS PAGES
PJRST PUTCHR ;OUTPUT CHAR AND RETURN
; ROUTINE TO TYPE A PPN AS "[PROJ,PROG]"
PPNTYP: PUSH P,T1 ;SAVE T1
TYPEC ([) ;OPEN BRACKET
HLRZS T1 ;PROJECT NR.
PUSHJ P,OCTOUT
TYPEC (<,>) ;COMMA
HRRZ T1,0(P) ;GET PROGRAMMER NR.
PUSHJ P,OCTOUT
TYPEC (]) ;CLOSE BRACKET
PJRST TPOPJ ;RESTORE T1 AND RETURN
; SIXBIT OUTPUT ROUTINES
SIXPNT: TXZA SW,T.FLG ;CLEAR T.FLG
SIXPNB: TXO SW,T.FLG ;SET SO PRINT BLANKS
MOVEI N1,6 ;NUMBER OF CHARS
MOVE N2,[POINT 6,T1] ;POINTER TO T1
SIXP2: ILDB CHR,N2 ;GET A BYTE
TXNN SW,T.FLG ;IF WANT BLANKS
JUMPE CHR,.+3 ;SKIP BLANKS
ADDI CHR,40 ;MAKE ASCII
PUSHJ P,PUTCHR ;AND PRINT
SOJG N1,SIXP2 ;MORE TO DO
POPJ P, ;NO
; ROUTINE TO PRINT AN ASCIZ STRING
PUTSTR: HRLI STR,(POINT 7,0) ;MAKE A BYTE POINTER
P1: ILDB CHR,STR ;GET A BYTE
JUMPE CHR,CPOPJ
PUSHJ P,PUTCHR ;OUTPUT THE CHARACTER
JRST P1 ;AND GO BACK FOR MORE
SUBTTL ROUTINE TO LOAD A COMMAND LINE FROM TTY OR TMPCOR
GETLIN: MOVEI T1,<COMMAX+4>/5 ;GET CORE FOR COMMAND
PUSHJ P,ASSCOR ;GET IT
GTLIA: HRLI T1,(POINT 7,0) ;MAKE IT A BYTE POINTER
MOVEM T1,COMPTR
SETZB T2,CHR ;CLEAR COUNT AND CHR
MOVEI T2,COMMAX ;MAX LINE LENGTH
TXNE SW,INDFLG ;INDIRECT FILE?
JRST INDIR ;YES,GET IT
TTCALL 3,[ASCIZ/
*/]
GTLI1: CAILE CHR," " ;IF NOT SPACE
MOVEM CHR,LASCHR ;SAVE LAST CHAR
TTCALL 4,CHR ;GET CHARACTER
CAIN CHR,32 ;^Z?
JRST [EXIT 1,
MOVE T1,COMPTR
JRST GTLIA] ;YES
SOJGE T2,GTLI2
$ERROR(EF.FAT!EF.RST,LTL,COMMAND LINE TOO LONG)
GTLI2: CAIN CHR,"-" ;SAVE BP TO LAST DASH
MOVE T4,T1 ;IN CASE CONTINUATION
IDPB CHR,T1 ;STORE CHAR
CAIL CHR,12 ;CHECK FOR BREAK
CAILE CHR,14
CAIN CHR,33
JRST [MOVE T3,LASCHR ;CHECK FOR CONT
CAIE T3,"-"
POPJ P, ;ITS NOT
SETZM LASCHR ;PREVENT LOOP
TTCALL 1,["#"] ;PROMPT
ADDI T2,2
MOVEM T4,T1
JRST GTLI1] ;AND CONTINUE
JRST GTLI1 ;BACK FOR NEXT CHARACTER
;** PROCESS INDIRECT FILE
INDIR: OPEN TY,FILMOD ;OPEN UP FILE
JRST [$ERROR(EF.FAT!EF.RST,CID,CANT OPEN INDIRECT DEVICE)]
LOOKUP TY,FILNAM ;FROM SPEC BLOCK
JRST [ MOVE LUEB+1,FILEXT
PJRST LUPERR] ;ON LOOKUP ERROR
INBUF TY,1 ;
INDIN: SOSGE TYBUF+2 ;STANDARD INPUT
JRST [IN TY,
JRST INDIN
STATZ TY,74B23
CAIA
JRST INDEND
$ERROR(EF.FAT!EF.RST,ERI,ERROR READING INDIRECT FILE)]
ILDB CHR,TYBUF+1
JUMPE CHR,INDIN
CAIN CHR,32 ;^Z FORCES AN END
JRST INDEND
SOJL T2,E$$LTL ;ROOM FOR CHARACTER?
IDPB CHR,T1 ;STASH THE NON-ZERO CHR
JRST INDIN ;AND GET THE NEXT ONE
INDEND: MOVEI CHR,12 ;INSURE A BREAK CHARACTER
IDPB CHR,T1 ;STORE
TXZ SW,INDFLG ;DONE
POPJ P, ;DONE
SUBTTL PRESCAN FOR FILE SPEC DELIMITER
PRESCA: MOVE T1,COMPTR ;GET POINTER
PRESC1: PUSHJ P,GETCHR ;LOAD
CAIN CHR,"=" ;SEE IT?
JRST PRESC2 ;YES
TXNN SW,BRK ;
JRST PRESC1 ;NOT BREAK,GET NEXT
AOS (P) ;SKIP RETURN,BREAK BEFORE
PRESC2: MOVEM T1,COMPTR ;RESTORE POINTER
POPJ P, ;RETURN
SUBTTL MAIN CHARACTER OUTPUT ROUTINE
; ROUTINE TO OUTPUT A SINGLE CHARACTER
PUTCHR: TXNE SW,F.TTY ;SHOULD DO TTCALL?
JRST TYOUTP ; YES
TXNE SW,MD.TRC ;TRACING?
DBLOC1: POPJ P, ;YES SKIP ASCII OUTPUT
;NOTE: CHANGE POPJ TO JRST TYOUTP
;TO DEBUG. GETS DUPLICATE TO TTY
SOSG TYBUF+2 ;IF BUFFER NOT FULL
PUSHJ P,PUTBUF ;OUTPUT BUFFER
IDPB CHR,TYBUF+1 ;DEPOSIT CHARACTER
TXNE SW,DEVTTY ;IF TTY IS OUTPUT DEVICE
CAIE CHR,12 ;A LINE-FEED
SKIPA
PUSHJ P,PUTBUF ;OUTPUT THE BUFFER
PUTINC: AOJ CHRCNT, ;UPDATE CHARACTER COUNTER
POPJ P, ;GO HOME
PUTBUF: OUT TY, ;OUTPUT BUFFER
POPJ P, ;AND GO BACK
$ERROR(EF.FAT!EF.CON,OUT,<OUTPUT UUO FAILED (>)
GETSTS TY,T1 ;GET STATUS
JFCL
TRZ T1,17 ;SHUT OFF MODE BITS
PUSHJ P,OCTOUT ;AND PRINT IT
TTCALL 3,[ASCIZ/) ON DEVICE /] ;TELL USER THE DEVICE NAME
MOVE T1,FILDEV ;THAT WE SAVED EARLIER
PUSHJ P,SIXPNT
X$$OUT: PUSHJ P,CRLF
JRST RESTRT
TYOUTP: TTCALL 1,CHR ;TTY OUTPUT
PJRST PUTINC ;INCREMENT CURSOR POS. AND RETURN
SUBTTL DO THE BINARY OUTPUT FOR TRACE MODE
IFN FTTRC, <
BINWRT: TXNN SW,F.TTY ;IN ERROR MODE?
TXNN SW,MD.TRC ;OR NOT IN TRACE MODE?
POPJ P, ;RETURN
SOSG TYBUF+2 ;ROM IN BUFFER?
PUSHJ P,PUTBUF ;OUTPUT IT
IDPB T1,TYBUF+1 ;DEPOSIT WORD
POPJ P, ;DONE
SUBTTL ROUTINE TO DO THE FLOATING FOR THE TRACE PACKAGE
BFP10: SKIPA T2,[10.0] ;DIVIDE BY 10
BFP100: MOVE T2,[100.0] ;DIVIDE BY 100
CAIA ;SKIP
BFP001: MOVE T2,[1.0] ;JUST OUTPUT
PUSH P,T1 ;SAVE T1
PUSHJ P,FLOAT ;FLOAT T1
FDVR T1,T2 ;DIVIDE BY DESIRED FIGURE
PUSHJ P,BINWRT ;WRITE OUT THE RESULT
PJRST TPOPJ ;RESTORE T1
FLOAT: TXNE SW,KI.10 ;ON A SMART MACHINE?
JRST [FLTR T1,T1 ;YES, USE HARDWARE
POPJ P,]
PUSH P,T2 ;SAVE T2
HLRE T2,T1 ;THIS IS STOLEN FROM FOROTS
HLL T1,T2 ;
FSC T1,233 ;FLOAT THE LOW HALF OF THE INT
SKIPGE T1 ;FOR NEGATIVE NUMBERS
AOJE T2,FLTXIT ;DONE?
FSC T2,255 ;FLOAT THE HIGH PART
FADR T1,T2 ;COMBINE THE TWO PARTS
FLTXIT: POP P,T2 ;RESTORE T2
POPJ P, ;RETURN W/ T1 FLOATED
>; END OF IFN FTTRC
SUBTTL FIXED CHARACTER OUTPUT ROUTINES
; ROUTINE TO OUTPUT A ZERO
ZEROUT: MOVEI CHR,"0" ;GET ZERO
PJRST PUTCHR ;AND PRINT IT
; CURSOR POSITIONING ROUTINE
POSIT: MOVE N1,SPATAB(FP) ;GET MAX # CHARS THIS FIELD
CAMG N1,CHRCNT ;IF GT THAN USED
TDZA N1,N1 ;
SUB N1,CHRCNT ;GET CHARACTTERS NEEDED
AOJ N1, ;INSURE 1 BLANK BETWEEN FIELDS
PUSHJ P,SPACES ;AND SPACE OVER
AOJ FP, ;CORRECT FIELD POSITION
SETZ CHRCNT, ;ZERO CHARACTER COUNT
POPJ P, ;AND GO BACK
;SPACES OUTPUT ROUTINE
SPACES: MOVEI CHR," " ;A SPACE
JUMPE N1,CPOPJ ;MAYBE NONE
PUSHJ P,PUTCHR ;PRINT A BLANK
SOJG N1,.-1 ;IF MORE THAN 1
POPJ P,
; OUTPUT A TAB
TAB: MOVEI CHR," " ;A TAB
PJRST PUTCHR ;PRINT IT
;OUTPUT A CR-LF PAIR
CRLF: MOVEI CHR,15 ;CARRIAGE RETURN
PUSHJ P,PUTCHR
MOVEI CHR,12 ;LINE-FEED
PJRST PUTCHR
SUBTTL TABLE LOOKUP ROUTINE
; /TABLUK/ - LOOKS UP TOKEN IN AN UNORDERED TABLE
; DOES THE USUAL UNIQUENESS CHECKING.
; INPUT - T1/ SIXBIT TOKEN TO BE MATCHED
; T2/ IOWD POINTING TO TABLE
; OUTPUT - T1 / INDEX INTO THE TABLE
; RETURNS - CPOPJ WITH T1/0 MEANS NOT FOUND
; CPOPJ WITH T1=-1 MEANS AMBIGUOUS
; CPOPJ1 MEANS ALL IS OK, T1 HAS INDEX
TABLUK: HRRZM T2,SWIDX ;SAVE INITIAL ADDRESS
MOVE T3,T1 ;COPY INPUT TOKEN
SETO T4, ;INITIAL MASK IS NO BITS
LSH T3,6 ;GET RID OF ONE CHARACTER
LSH T4,-6 ;ADJUST MASK
JUMPN T3,.-2 ;REPEAT FOR ALL PRESENT CHRS
SETZ GT, ;CLEAR INDEX FOUND
TABL.3: MOVE T3,0(T2) ;GET AN ITEM
TDZ T3,T4 ;MASK OUT UNWANTED PART
CAMN T1,T3 ;IS THIS A MATCH?
JRST [ JUMPN GT,[ SETO T1, ;YES,CHECK FOR MULTIPLE
POPJ P,] ;MATCHES.
MOVEM T2,GT ;STORE INDEX
JRST .+1] ;AND CONTINUE
AOBJN T2,TABL.3 ;SEE IF MORE TO DO
TABL.4: HRRZ T1,GT ;GET ADDRESS OF MATCH
JUMPE T1,CPOPJ ;IF NONE FOUND,RETURN
SUB T1,SWIDX ;CONVERT TO OFFSET
JRST CPOPJ1 ;AND TAKE GOOD RETURN
SUBTTL ERROR MESSAGES
;ERROR MESSAGE PROCESSOR
; CALL IS : (PRODUCED BY $ERROR MACRO)
; MOVE T1,<OPTIONAL VALUE TO BE TYPED> ;IF ANY
; MOVX T4,<FLAGS FOR TYPE OF ERROR,RETURN DISPOSITION & TYPEOUT>
; JSP T3,ERRMSG
; XWD SIXBIT CODE(3CHRS),ADDRESS OF ASCIZ STRING (OR 0)
; AND IF EF.CON (MESSAGE CONTINUES) IS SET, THERE IS AN EXTRA
; WORD "JRST AROUND.REST.OF.MESSAGE"(SKIPPED IF PREFIX-ONLY NOT SET)
;
ERRMSG: MOVEM 0,SAVAC ;SAVE THE ACS
MOVE 0,[XWD 1,SAVAC+1]
BLT 0,SAVAC+17
MOVE 0,SAVAC+0 ;RESTORE BASHED AC
MOVEM T3,ERRPC ;SAVE ERROR PC
TXO SW,F.TTY ;ERRORS GO TO TTY
PUSHJ P,CRLF ;GIVE A CRLF PAIR
MOVEI CHR,"?" ;SET FOR FATAL ERROR
TXNE T4,EF.CMT ;IS IT A COMMENT?
MOVEI CHR,"[" ;YES
TXNE T4,EF.WRN ;IS IT A WARNING
MOVEI CHR,"%" ;YES
PUSHJ P,PUTCHR ;TYPE IT
GTMSG. (CHR) ;GET OUR MESSAGE LEVEL
TXNN SW,NO.PRF ;/E VALUE SAYS NO PREFIX?
TXNN CHR,JW.WPR ;WANT PREFIX?
JRST NOPRFX ;NO
PUSH P,CHR ;SAVE MESSAGE LEVEL
MOVEI T1,'TRK' ;PUT OUT OUR PREFIX
PUSHJ P,SIXPNT ;
HLLZ T1,(T3) ;AND SPECIFIC CODE
PUSHJ P,SIXPNT ;
TYPEC (< >) ;AND A SPACE
POP P,CHR ;RESTORE MESSAGE LEVEL
NOPRFX: TXNN SW,NO.LIN ;/E VALUE SAYS NO REST OF LINE?
TXNN CHR,JW.WFL ;WANT SHORT ONLY ?
JRST ENDMSG ;ONLY PREFIX WANTED, SO GO BACK
MOVE STR,(T3) ;GET ADDRESS OF STRING
PUSHJ P,PUTSTR ;AND PRINT IT
TXNN T4,EF.DEC!EF.OCT!EF.SIX!EF.PPN!EF.MEM!EF.STR
JRST ENDMSG ;THATS ALL
MOVE T1,SAVAC+T1 ;RESTORE ARGUMENT REGISTER
TXNE T4,EF.DEC ;DECIMAL?
PUSHJ P,DECOUT ;
TXNE T4,EF.OCT ;OCTAL?
PUSHJ P,OCTOUT ;
TXNE T4,EF.SIX ;SIXBIT?
PUSHJ P,SIXPNT ;
TXNE T4,EF.PPN ;AS A PPN?
PUSHJ P,PPNTYP ;YES
TXNE T4,EF.MEM ;IN TERMS OF CURRENT MEMEORY
PUSHJ P,MEMPNT ;YES
TXNE T4,EF.STR ;WANT STRING
JRST [MOVE STR,T1 ;YES
PUSHJ P,PUTSTR;
JRST .+1] ;
ENDMSG: MOVE 0,[XWD SAVAC+1,1] ;RESTORE THE ACS
BLT 0,17
MOVE 0,SAVAC ;FROM SAVE BLOCK
TXNE T4,EF.CON ;WANT A CONTINUAI?
JRST [GTMSG. (T4)
TXNN SW,NO.LIN
TXNN T4,JW.WFL
JRST 1(T3) ;NO, RETURN+0 HAS JUMP AROUND REST
TXO SW,F.TTY ;WANTS REST, TURN ON F.TTY AGAIN
JRST 2(T3)] ;AND SKIP JUMP,FALLING INTO REST OF MS.
TXNE T4,EF.CMT ;FINISH COMMENT
TTCALL 1,["]"] ;IF DESIRED
TTCALL 3,[ASCIZ/
/] ;CLEAN UP
TXNE T4,EF.EXT ;WANT TO EXIT?
JRST FINISH ;YES, SO DO SO
TXNE T4,EF.RST ;WANT TO EAT LINE AND GO TO "*"?
JRST [PUSHJ P,EATLIN
JRST RESTRT] ;YES
JRST 1(T3) ;NORMAL OLD RETURN
SUBTTL NOTIFY OF GETTAB ERROR
; GETTAB FAILURE NOTIFICATION
; CALLED VIA PJRST FROM FETTAB.
; IF GT.OPT BIT IS SET, WE JUST DO A POPJ, GIVING
; USER A NON-SKIP (IE. BAD) RETURN
; IF GT.OPT NOT SET , WE TELL HIM LOC OF FAILING GETTAB
; AND EXIT. TYPING CONTINUE DOES A NON-SKIP RETURN
; NOTE: FOR DEBUGGING-- LOCATION SAVGT HAS OFFENDING GETTAB PARAMETER
GFAIL: TXZE SW,GT.OPT ;OPTIONAL ?
POPJ P, ;YES, JUST DO A NON-SKIP RETURN
PUSH P,T1 ;SAVE T1
HRRZ T1,-1(P) ;GET CALL ADDRESS
SOJ T1, ;MINUS ONE WAS CALL
$ERROR(EF.FAT!EF.OCT,GTF,GETTAB UUO FAILURE AT PC )
EXIT 1, ;EXIT
PJRST TPOPJ ;RESTORE T1 AND RETURN
;
;** LOOKUP , ENTER AND OPEN ERROR NOTIFICATION
RENERR: $ERROR(EF.FAT!EF.CON,RNE,RENAME FAILURE FOR )
JRST IOERR1
LUPERR: $ERROR(EF.FAT!EF.CON,LKE,LOOKUP FAILED FOR )
JRST IOERR1 ;ENTER CHAIN OF MESSAGES
$ERROR(EF.FAT!EF.CON,OPE,OUTPUT ENTER FAILED FOR )
IOERR1: PUSH P,LUEB+1 ;SAVE ERROR CODE
MOVE T1,FILDEV ;PRINT DEVICE
PUSHJ P,SIXPNT
TYPEC (:)
MOVE T1,FILNAM ;FILENAME
PUSHJ P,SIXPNT
TYPEC (.)
HLRZ T1,FILEXT ;AND EXTENSION
PUSHJ P,SIXPNT
SKIPN T1,FILPPN ;PPN OR PATH?
JRST IOERR2 ;NO
TLNE T1,-1 ;POINTER TO PATH?
JRST [PUSHJ P,PPNTYP ;NO,JUST TYPE PPN
JRST IOERR2]
TYPEC ([)
HLRZ T1,PTHPPN ;GET PPN
PUSHJ P,OCTOUT ;
TYPEC (<,>)
HRRZ T1,PTHPPN
PUSHJ P,OCTOUT
SETZ T2, ;SEE IF SFDS SPECIFIED
ERRSFD: SKIPN T1,PTHSFD(T2) ;
JRST [MOVEI CHR,"]" ;IF DONE GIVE "]" AND CONTINUE
PUSHJ P,PUTCHR
JRST IOERR2]
TYPEC (<,>)
PUSHJ P,SIXPNT ;TYPE SFD NAME
AOJA T2,ERRSFD ;BACK FOR MORE
IOERR2: POP P,T1 ;GET ERROR CODE
HRRZS T1 ;BLANK OUT GARBAGE
TYPES (< (>) ;ERROR CODE
PUSHJ P,OCTOUT ;IN OCTAL
TYPES (<) >) ;
CAIG T1,ERRLN. ;CODE GREATER THAN SIZE?
TTCALL 3,@ERRTAB(T1) ;NO, OUTPUT THE STRING
X$$RNE:
X$$LKE:
X$$OPE: PUSHJ P,CRLF ;AND CRLF
JRST RESTRT ;BACK FOR NEXT COMMAND
; TABLE OF LOOKUP/ENTER FAILURE MESSAGES
; NON-APPLICABLE MESSAGES HAVE ZERO
DEFINE LEER(AA)<
IFNB <AA>,<[ASCIZ\AA\]>
IFB <AA>,<[EXP 0]>
>
ERRTAB: LEER(FILE NOT FOUND)
LEER(NON-EXISTANT UFD)
LEER(PROTECTION FAILURE)
LEER(FILE BEING MODIFIED)
LEER(ALREADY EXISTING FILENAME)
LEER(ILLEGAL UUO SEQUENCE)
LEER(BAD RIB OR UFD)
LEER()
LEER()
LEER()
LEER()
LEER()
LEER(NO ROOM OR QUOTA EXCEEDED)
LEER(WRITE-LOCK ERROR)
LEER(NOT ENOUGH MONITOR FREE CORE)
LEER(PARTIAL ALLOCATION ONLY)
LEER(BLOCK NOT FREE ON ALLOCATED POSITION)
LEER(CANNOT SUPERSEDE DIRECTORY)
LEER(CANNOT DELETE NON-EMPTY DIRECTORY)
LEER(SFD NOT FOUND)
LEER(SEARCH LIST EMPTY)
LEER(SFD NESTING TOO DEEP)
LEER(NO STRUCTURES IN PATH BOTH CREATABLE AND WRITEABLE)
LEER()
ERRLN.==.-ERRTAB ;LENGTH OF TABLE
SUBTTL SHARED UTILITY MODULES THAT CAN BE USED BY INITIA,GATHER, ETC
;
; THE FOLLOWING ROUTINES ARE AVAILABLE FOR USE BY ANY SYSTEM DATA
; ROUTINE. IN GENERAL THEY EXPECT USES FOR REGISTERS TO CONFORM
; TO THE STANDARD SPECIFICALLY J,L,GT)
; REGISTER USAGE AND SIDE EFFECTS ARE AS DOCUMENTED
IFN SYS, <
; THIS ROUTINE TAKES CONTENTS OF GT AND PLACES THEM IN THE DB CELL
; IMMEDIATELY FOLLOWING THE CURRENT ONE.
;
; NOTE: ROUTINES USEING STONXT MUST ALLOCATE 1 MORE CELL PER DB THAN THERE
; ARE LOOKS PER REPORT
; EXPECTS VALUE IN GT, PRESERVES ALL REGISTERS.
STONXT: AOJ L, ;POINT TO NEXT CELL
MOVEM GT,@TAB.P(J) ;PUT VALUE AWAY
SOJ L, ;FIX UP INDEX
POPJ P, ;AND RETURN
; ROUTINE TO MAKE GT BE A PERCENT OF THE CONTENTS OF GT
; DIVIDED BY THE NUMBER OF ELAPSED TICS
; EXPECTS GT TO HAVE VALUE. ALL AC'S PRESERVED
;
PRETIC: IMULI GT,^D1000 ;DONT LOSE PRECISION
PUSH P,GT+1 ;GOING TO DO AN IDIV
IDIV GT,EL.TIC ;DO IT
ADDI GT,5 ;ROUND IT
IDIVI GT,^D10 ;DONE
POP P,GT+1 ;RESTORE THE AC
POPJ P, ;AND RETURN
; DIVSEC: DIVIDES BY NUMBER OF SECONDS THAT HAVE PASSED
; EXPECTS VALUE IN GT, RETURNS VALUE IN GT. USES EL.MS AS
; ELAPSED SECONDS
DIVSEC: IMULI GT,^D1000 ;MULTIPLY BY 1000
PUSH P,GT+1 ;READY TO DO IDIV
IDIV GT,EL.MS ;DONE
POP P,GT+1 ;RESTORE THE AC
POPJ P, ;AND RETURN
; ROUTINE TO TAKE A VALUE IN GT, LOOK IT UP AND CALL STONXT,
; GET CURRENT VALUE DIVIDED BY ELAPSED SECONDS AND DISMISS THE
; CALL.
INCSEC: PUSHJ P,FETTAB ;LOOK UP VALUE
PUSHJ P,STONXT ;STORE IN NEXT CELL
SUB GT,@TAB.P(J) ;SUBTRACT TO MAKE INCR.
PUSHJ P,DIVSEC ;DIVIDE BY ELAPSED SECS.
MOVEM GT,@TAB.P(J) ;STORE IT AWAY
POPJ P, ;AND RETURN
;CODE ADDED TO ALLOW FOR SIMPLE INCREMTAL VALUES
SIMINC: PUSHJ P,FETTAB ;LOOK UP VALUE
PUSHJ P,STONXT ;STORE IN NEXT CELL
SUB GT,@TAB.P(J) ;SUBTRACT TO MAKE INCR.
MOVEM GT,@TAB.P(J) ;STORE IT AWAY
POPJ P, ;AND RETURN
;ROUTINE TO SEE IF A GIVEN ITEM IS AVAILABLE, AND ALLOCATE CORE
; IF IT IS. CALL WITH THE GETTAB NUMBER IN GT.
DBOPTN: PUSHJ P,FETOPT ;IS THIS AVAILABLE?
POPJ P, ;NO, DON'T ALLOCATE CORE
; PJRST DBCORE ;FALL THROUGH TO DBCORE
; DBCORE : SETS UP T1 WITH VALUE OF NUMBER OF LOOKS PER REPORT
; AND THEN GOES TO ASSCOR. USED MAINLY TO SET UP
; STANDARD LENGTH DATA BLOCKS FOR SYSTEM TRACKING.
; ALSO SETS UP UP THE WORD POINTED TO BY REGISTER J
; IN THE STANDARD DB FORMAT OF L,,ADDR
; IE. SETS UP DB PTR UPON RETURN FROM ASSCOR
DBCORE: MOVE T1,RVAL ;GET LENGTH WANTED FOR DATA BLOCKS
AOJ T1, ;ADD ONE EXTRA CELL FOR INCR.
PUSHJ P,ASSCOR ;GO THERE, GET CORE
TLO T1,L ;MAKE INDEX REG. PTR
MOVEM T1,TAB.P(J) ;STASH IT AS WORD PTR
TLZ T1,L ;IN CASE A ROUTINE CHECKS
POPJ P, ;AND GO HOME
; JOBBLK : FINDS TOTAL NUMBER OF JOBS IN THE SYSTEM (POSSIBLE)
; AND SETS UP A BLOCK OF THAT MANY WORDS. IT THEN
; RETURNS IN T1 A WORD OF THE FORM J,,ADDR
; WHERE ADDR IS THE STARTING ADDRESS OF THE WORD
; NOTE: JOB 0 IS INCLUDED IN THE MAXIMUM
JOBBLK: MOVE T1,MAXJOB ;GET MAX NR OF JOBS
MOVEI T1,1(T1) ;PLUS ONE FOR NULL JOB
PUSHJ P,ASSCOR ;GET A BLOCK OF CORE
TLO T1,J ;MAKE AN INDEX REGISTER
POPJ P, ;AND RETURN
;*** END OF UTILITY ROUTINES ***
> ; END OF SYS CONDITIONAL
SUBTTL INDIVIDUAL ROUTINES FOR GATHEREING,INITIA,AND DISPLAY
;
; ROUTINES OF A SPECIFIC NATURE FOR GATHERING INDIVIDUAL ITEMS
; AND FOR SPECIAL CASES WHERE UTILITY ROUTINES WONT WORK
;
; SEE SYSDAT MACRO FOR NAMES,CONVENTIONS
IFN SYS, <
;ROUTINE FOR GATHERING CPU0 LOST TIME
CP0L%G: MOVX GT, %CVLST ;LOOKUP LOST TIME
; PJRST CPCOMM ;FINISH UP
; OTHER CPU0 ROUTINES ENTER HERE FOR COMMON ACTIONS
CPCOMM: PUSHJ P,FETTAB ;DO IT
CPCOM2: PUSHJ P,STONXT ;STORE NEXT FOR INCREMENTAL
SUB GT,@TAB.P(J) ;MAKE THIS ONE INCREMENTAL
PUSHJ P,PRETIC ;MAKE IT A % OF ELAPSED TICS
MOVEM GT,@TAB.P(J) ;AND STASH IT
POPJ P, ;RETURN, WE ARE DONE
;ROUTINE FOR GATHERING CPU0 IDLE TIME
CP0I%G: MOVX GT,%CVNUL
PUSHJ P,FETTAB
MOVE T1,GT ;SAVE FOR SUBTRACT
MOVX GT,%CVLST ;NULL-LOST=IDLE
PUSHJ P,FETTAB
SUBM T1,GT ;RESULT IN GT
PJRST CPCOM2 ;GO TO COMMON PLACE WITH ANSWER
;ROUTINE FOR GATHERING CPU0 OVERHEAD TIME
CP0O%G: MOVX GT, %CVOHT ;OVERHEAD TIME
PJRST CPCOMM ;DO COMMON CPU STUFF
;ROUTINE FOR GATHERING UUOS PER SECOND
CP0U%G: MOVX GT,%CVTUC ;GET
PJRST INCSEC ;STORE INCREMENTAL BY SECS
; ROUTINE FOR GATHERING CONTEXT SWITCHES PER SECOND
CP0C%G: MOVX GT, %CVTJC ;LOOK UP CONTEXT SWITCHES
PJRST INCSEC ;STORE INCREM./SECS ELAPSED
; SECOND PROCESSOR STUFF
;
; INITIALIZE FOR LOST,IDLE,OVERHEAD AND CONTEXT ONLY IF CPU1 EXISTS
CP1INI: MOVE T1,NCPU ;[217] # CPUS BUILT FOR
CAIGE T1,2 ;CPU1 THERE?
POPJ P, ;NO , RETURN
PJRST DBCORE ;GET CORE AND RETURN
;
; COMMON STUFF FOR SECOND PROCESSOR
CP1I%G: MOVX GT, %CVNUL+2 ;NULL JOB TIME FOR CPU1
PUSHJ P,FETTAB ;GET
MOVE T1,GT ;SAVE FOR SUBTRACE
MOVX GT,%CVLST+2 ;SAME AS ON CPU0
PUSHJ P,FETTAB
SUBM T1,GT
PJRST CPCOM2 ;GO TO COMMON ROUTINE, NO GETTAB.
; PRINT IN % ELAPSED TICKS.
CP1L%G: MOVX GT, %CVLST+2 ;LOST TIME FOR CPU1
PJRST CPCOMM
CP1O%G: MOVX GT, %CVOHT+2 ;OVERHEAD TIME FOR CPU1
PJRST CPCOMM
CP1C%G: MOVX GT, %CVTJC+2 ;CONTEXT SWITCHES
PJRST INCSEC ;SAME AS FOR CPU0
;ROUTINE FOR GATHERING UUOS PER SECOND ON CPU1
CP1U%G: MOVX GT,%CVTUC+2 ;UUOS PER SECOND
PJRST INCSEC ;PRINT THIS-LAST/<ELAPSED SECS>
;[217] THIRD PROCESSOR STUFF
;
; INITIALIZE FOR LOST,IDLE,OVERHEAD AND CONTEXT ONLY IF CPU2 EXISTS
CP2INI: MOVE T1,NCPU ;[217] # CPUS BUILT FOR
CAIGE T1,3 ;CPU2 THERE?
POPJ P, ;NO , RETURN
PJRST DBCORE ;GET CORE AND RETURN
;
; COMMON STUFF FOR SECOND PROCESSOR
CP2I%G: MOVX GT, %CVNUL+4 ;NULL JOB TIME FOR CPU2
PUSHJ P,FETTAB ;GET
MOVE T1,GT ;SAVE FOR SUBTRACE
MOVX GT,%CVLST+4 ;SAME AS ON CPU0
PUSHJ P,FETTAB
SUBM T1,GT
PJRST CPCOM2 ;GO TO COMMON ROUTINE, NO GETTAB.
; PRINT IN % ELAPSED TICKS.
CP2L%G: MOVX GT, %CVLST+4 ;LOST TIME FOR CPU2
PJRST CPCOMM
CP2O%G: MOVX GT, %CVOHT+4 ;OVERHEAD TIME FOR CPU2
PJRST CPCOMM
CP2C%G: MOVX GT, %CVTJC+4 ;CONTEXT SWITCHES
PJRST INCSEC ;SAME AS FOR CPU0
;ROUTINE FOR GATHERING UUOS PER SECOND ON CPU2
CP2U%G: MOVX GT,%CVTUC+4 ;UUOS PER SECOND
PJRST INCSEC ;PRINT THIS-LAST/<ELAPSED SECS>
;[217] FOURTH PROCESSOR STUFF
;
; INITIALIZE FOR LOST,IDLE,OVERHEAD AND CONTEXT ONLY IF CPU3 EXISTS
CP3INI: MOVE T1,NCPU ;[217] # CPUS BUILT FOR
CAIGE T1,4 ;CPU3 THERE?
POPJ P, ;NO , RETURN
PJRST DBCORE ;GET CORE AND RETURN
;
; COMMON STUFF FOR SECOND PROCESSOR
CP3I%G: MOVX GT, %CVNUL+6 ;NULL JOB TIME FOR CPU3
PUSHJ P,FETTAB ;GET
MOVE T1,GT ;SAVE FOR SUBTRACE
MOVX GT,%CVLST+6 ;SAME AS ON CPU0
PUSHJ P,FETTAB
SUBM T1,GT
PJRST CPCOM2 ;GO TO COMMON ROUTINE, NO GETTAB.
; PRINT IN % ELAPSED TICKS.
CP3L%G: MOVX GT, %CVLST+6 ;LOST TIME FOR CPU3
PJRST CPCOMM
CP3O%G: MOVX GT, %CVOHT+6 ;OVERHEAD TIME FOR CPU3
PJRST CPCOMM
CP3C%G: MOVX GT, %CVTJC+6 ;CONTEXT SWITCHES
PJRST INCSEC ;SAME AS FOR CPU0
;ROUTINE FOR GATHERING UUOS PER SECOND ON CPU3
CP3U%G: MOVX GT,%CVTUC+6 ;UUOS PER SECOND
PJRST INCSEC ;PRINT THIS-LAST/<ELAPSED SECS>
;[217] FIFTH PROCESSOR STUFF
;
; INITIALIZE FOR LOST,IDLE,OVERHEAD AND CONTEXT ONLY IF CPU4 EXISTS
CP4INI: MOVE T1,NCPU ;[217] # CPUS BUILT FOR
CAIGE T1,5 ;CPU1 THERE?
POPJ P, ;NO , RETURN
PJRST DBCORE ;GET CORE AND RETURN
;
; COMMON STUFF FOR FIFTH PROCESSOR
CP4I%G: MOVX GT, %CVNUL+10 ;NULL JOB TIME FOR CPU4
PUSHJ P,FETTAB ;GET
MOVE T1,GT ;SAVE FOR SUBTRACE
MOVX GT,%CVLST+10 ;SAME AS ON CPU0
PUSHJ P,FETTAB
SUBM T1,GT
PJRST CPCOM2 ;GO TO COMMON ROUTINE, NO GETTAB.
; PRINT IN % ELAPSED TICKS.
CP4L%G: MOVX GT, %CVLST+10 ;LOST TIME FOR CPU4
PJRST CPCOMM
CP4O%G: MOVX GT, %CVOHT+10 ;OVERHEAD TIME FOR CPU4
PJRST CPCOMM
CP4C%G: MOVX GT, %CVTJC+10 ;CONTEXT SWITCHES
PJRST INCSEC ;SAME AS FOR CPU0
;ROUTINE FOR GATHERING UUOS PER SECOND ON CPU4
CP4U%G: MOVX GT,%CVTUC+10 ;UUOS PER SECOND
PJRST INCSEC ;PRINT THIS-LAST/<ELAPSED SECS>
;[217] SIXTH PROCESSOR STUFF
;
; INITIALIZE FOR LOST,IDLE,OVERHEAD AND CONTEXT ONLY IF CPU5 EXISTS
CP5INI: MOVE T1,NCPU ;[217] # CPUS BUILT FOR
CAIGE T1,6 ;CPU5 THERE?
POPJ P, ;NO , RETURN
PJRST DBCORE ;GET CORE AND RETURN
;
; COMMON STUFF FOR SIXTH PROCESSOR
CP5I%G: MOVX GT, %CVNUL+12 ;NULL JOB TIME FOR CPU5
PUSHJ P,FETTAB ;GET
MOVE T1,GT ;SAVE FOR SUBTRACE
MOVX GT,%CVLST+12 ;SAME AS ON CPU0
PUSHJ P,FETTAB
SUBM T1,GT
PJRST CPCOM2 ;GO TO COMMON ROUTINE, NO GETTAB.
; PRINT IN % ELAPSED TICKS.
CP5L%G: MOVX GT, %CVLST+12 ;LOST TIME FOR CPU5
PJRST CPCOMM
CP5O%G: MOVX GT, %CVOHT+12 ;OVERHEAD TIME FOR CPU5
PJRST CPCOMM
CP5C%G: MOVX GT, %CVTJC+12 ;CONTEXT SWITCHES
PJRST INCSEC ;SAME AS FOR CPU0
;ROUTINE FOR GATHERING UUOS PER SECOND ON CPU5
CP5U%G: MOVX GT,%CVTUC+12 ;UUOS PER SECOND
PJRST INCSEC ;PRINT THIS-LAST/<ELAPSED SECS>
;ROUTINES FOR SPECIAL KL10 ONLY VARIABLES
; MOST OF THESE ARE ONLY USEFUL ON 1088 SYSTEMS
;ROUTINES TO INITIALIZE, IF NECESSARY
CL0INI: PUSHJ P,ISCPKL ;IS CPU A KL10?
POPJ P, ;NO, DON'T ALLOCATE ANYTHING
PJRST DBCORE ;YES, ALLOCATE DB AND RETURN
;ROUTINE SAME AS CL0INI, EXCEPT CPU1 MUST EXIST TOO.
CL1INI: PUSHJ P,ISCPL1 ;IS THIS 1088 SYSTEM?
POPJ P, ;NO, RETURN
PJRST DBCORE ;YES, ALLOCATE DB AND RETURN
;ROUTINE SAME AS CL0INI, EXCEPT CPU2 MUST EXIST TOO.
CL2INI: PUSHJ P,ISCPL2 ;IS THIS SMP SYSTEM?
POPJ P, ;NO, RETURN
PJRST DBCORE ;YES, ALLOCATE DB AND RETURN
;ROUTINE SAME AS CL0INI, EXCEPT CPU3 MUST EXIST TOO.
CL3INI: PUSHJ P,ISCPL3 ;IS THIS SMP SYSTEM?
POPJ P, ;NO, RETURN
PJRST DBCORE ;YES, ALLOCATE DB AND RETURN
;ROUTINE SAME AS CL0INI, EXCEPT CPU4 MUST EXIST TOO.
CL4INI: PUSHJ P,ISCPL4 ;IS THIS SMP SYSTEM?
POPJ P, ;NO, RETURN
PJRST DBCORE ;YES, ALLOCATE DB AND RETURN
;ROUTINE SAME AS CL0INI, EXCEPT CPU5 MUST EXIST TOO.
CL5INI: PUSHJ P,ISCPL5 ;IS THIS SMP SYSTEM?
POPJ P, ;NO, RETURN
PJRST DBCORE ;YES, ALLOCATE DB AND RETURN
;ROUTINES TO GATHER KL10 CACHE RELATED INFO
L0SD%G: MOVX GT,%CVCSD ;NUMBER OF CACHE SWEEP REQ.
PJRST INCSEC ;PER SECOND
L1LN%G: SKIPA GT,[%CVCLN+2] ;FOR CPU1
L0LN%G: MOVX GT,%CVCLN ;SCHEDULER CACHE SWEEP REQ
PJRST INCSEC ;PER SECS ELASPED
L1RN%G: SKIPA GT,[%CVCRN+2]
L0RN%G: MOVX GT,%CVCRN ;REQ ACTUALLY SWEPT FOR
PJRST INCSEC ;PER SECOND
L1LT%G: SKIPA GT,[%CVCLT+2] ;FOR CPU1
L0LT%G: MOVX GT,%CVCLT
PJRST CPCOMM
L1SN%G: SKIPA GT,[%CVCSN+2] ;NUMBER OF CACHE SWEEPS
L0SN%G: MOVX GT,%CVCSN ;NUMBER OF CACHE SWEEPS
PJRST INCSEC ;PER SECOND
;CPU2 & CPU3
L3LN%G: SKIPA GT,[%CVCLN+6] ;FOR CPU3
L2LN%G: MOVX GT,%CVCLN+4 ;CPU2: SCHEDULER CACHE SWEEP REQ
PJRST INCSEC ;PER SECS ELASPED
L3RN%G: SKIPA GT,[%CVCRN+6]
L2RN%G: MOVX GT,%CVCRN+4 ;REQ ACTUALLY SWEPT FOR
PJRST INCSEC ;PER SECOND
L3LT%G: SKIPA GT,[%CVCLT+6] ;FOR CPU3
L2LT%G: MOVX GT,%CVCLT+4 ;FOR CPU2
PJRST CPCOMM
L3SN%G: SKIPA GT,[%CVCSN+6] ;NUMBER OF CACHE SWEEPS
L2SN%G: MOVX GT,%CVCSN+4 ;NUMBER OF CACHE SWEEPS
PJRST INCSEC ;PER SECOND
;CPU4 & CPU5
L5LN%G: SKIPA GT,[%CVCLN+12] ;FOR CPU5
L4LN%G: MOVX GT,%CVCLN+10 ;CPU4: SCHEDULER CACHE SWEEP REQ
PJRST INCSEC ;PER SECS ELASPED
L5RN%G: SKIPA GT,[%CVCRN+12]
L4RN%G: MOVX GT,%CVCRN+10 ;REQ ACTUALLY SWEPT FOR
PJRST INCSEC ;PER SECOND
L5LT%G: SKIPA GT,[%CVCLT+12] ;FOR CPU5
L4LT%G: MOVX GT,%CVCLT+10 ;FOR CPU4
PJRST CPCOMM
L5SN%G: SKIPA GT,[%CVCSN+12] ;NUMBER OF CACHE SWEEPS
L4SN%G: MOVX GT,%CVCSN+10 ;NUMBER OF CACHE SWEEPS
PJRST INCSEC ;PER SECOND
;ROUTINES TO CHECK ON WHETHER OR NOT THIS IS A SINGLE-CPU OR SMP SYSTEM.
; ISCPLn SKIPS IF RUNNING ON n+1 CPU SMP, ISCPKL SKIPS IF RUNNING ON KL10.
; USES T2
ISCPL1: MOVE T2,NCPU ;[217] GET #CPU
CAIGE T2,2 ;ANY CPU1 AT ALL?
POPJ P, ;NO, CANT BE 1088
;FALL INTO ISCPKL
ISCPKL: MOVE T2,CPUTYP ;GET CPU TYPE CODE
CAXN T2,.CCKLX ;IS THIS A KL10?
AOS (P) ;YES, SET SKIP RETURN
POPJ P, ;RETURN ONE WAY OR THE OTHER
;[217] SAME ROUTINES, FOR CPU2, CPU3, CPU4, CPU5
ISCPL2: MOVE T2,NCPU ;[217] GET #CPU
CAIGE T2,3 ;ANY CPU2 AT ALL?
POPJ P, ;NO, CANT BE 1088
JRST ISCPKL
ISCPL3: MOVE T2,NCPU ;[217] GET #CPU
CAIGE T2,4 ;ANY CPU3 AT ALL?
POPJ P, ;NO, CANT BE 1088
JRST ISCPKL
ISCPL4: MOVE T2,NCPU ;[217] GET #CPU
CAIGE T2,5 ;ANY CPU4 AT ALL?
POPJ P, ;NO, CANT BE 1088
JRST ISCPKL
ISCPL5: MOVE T2,NCPU ;[217] GET #CPU
CAIGE T2,6 ;ANY CPU5 AT ALL?
POPJ P, ;NO, CANT BE 1088
JRST ISCPKL
; ROUTINE FOR INITIALIZING USER DISK STUFF
UDIO%I: PUSHJ P,JOBBLK ;SET UP A JOB TABLE BLOCK
MOVEM T1,DIOTAB ;STORE THE J,,ADDR PTR
PJRST DBCORE ;SET UP A DATA BLOCK, RETURN
; ROUTINE TO GATHER INCREMENTAL DISK I/O
; FILLS TWO VALUES, INCDIO: GETS DISK BLOCKS SINCE LAST CALL
; INCSWP: GETS DISK BLOCKS SWAPPED
;
; EXPECTS DIOTAB TO POINT TO A BLOCK OF WORDS AS LONG AS # JOBS
; IN SYSTEM, DIOTAB WORD SHOULD HAVE FORM J,,ADDR
; NOTE: ALSO SETS UP INCSWP FOR SWAPPING STATISTICS SO MAKE
; SURE USER DISK IO APPEARS BEFORE SWAPPING IO IN SYSDAT MACRO
UDIO%G: PUSH P,J ;SAVE REGISTER J
SETZ N2, ;N2 GETS TALLY
MOVE J,HIJOB ;J GETS HIGHEST JOB NUMBER ASSIGNED
UDILOP: SKIPGE @JOBTB1 ;SEE IF JOB LOGGED IN
JRST NODIO ;HE IS NOT
MOVSI GT,(J) ;DO A DISK RD/WR GETTAB
HRRI GT,.GTRCT ;FIRST READS
PUSHJ P,FETTAB ;LOOKING UP
LDB T1,DBP ;GET JUST TOTAL
MOVSI GT,(J) ;LOOK UP WRITES TOO
HRRI GT,.GTWCT ;LOOK UP WRITES
PUSHJ P,FETTAB ;
LDB GT,DBP ;CLEAR INCREMENTAL
ADD GT,T1 ;GET THE TOTAL OF THE TWO
MOVE N1,@DIOTAB ;PICK UP LAST SEEN VALUE
MOVEM GT,@DIOTAB ;AND STORE NEW ONE
CAML GT,N1 ;IS CURRENT VALUE LESS?
SUB GT,N1 ;NO, SUBTRACT OLD FROM NEW
JUMPN J,DIO1A ;DOING JOB 0?
MOVEM GT,INCSWP ;YES, STORE SWAPPED BLOCKS
SKIPA ;AND DONT ADD TO USER TOTAL
DIO1A: ADD N2,GT ;ADD TO TOTAL
DIO1B: SOJGE J,UDILOP ;MORE TO DO?
MOVEM N2,INCDIO ;STORE THE NEW VALUE
POP P,J ;RESTORE J
MOVE GT,INCDIO ;GET USER DISK IO
PUSHJ P,DIVSEC ;DIVIDE BY NUMBER OF SECS PASSED
SKIPL TAB.P(J) ;MIGHT BE NO DB IF UDIO WAS EXCLUDED
MOVEM GT,@TAB.P(J) ;OTHERWISE STORE OBTAINED VALUE
POPJ P, ;AND RETURN
NODIO: SETZM @DIOTAB ;CLEAR THE LOCATION
JRST DIO1B ;AND RE-ENTER LOOP
; ROUTINE TO TAKE SWAPPING IO BLOCKS, DONE BY ABOVE
; AND STORE IN DB AS VALUE/SEC
; NOTE: THIS ROUTINE MUST BE CALLED AFTER UDIO%G
SWIO%G: SKIPGE UDIO.P ;WAS USER IO DONE?
PUSHJ P,UDIO%G ;NO,MUST CALL IT HERE THEN
MOVE GT,INCSWP ;GET SWAPPED VALUE
PUSHJ P,DIVSEC ;PER SECOND
MOVEM GT,@TAB.P(J) ;DONE
POPJ P,
SWIO%I: SKIPGE UDIO.P ;DID USER IO GET SET UP?
PJRST UDIO%I ;NO,DO IT HERE WHICH SETS UP OUR DB
PJRST DBCORE ;OTHERWISE JUST GET A DB
; ROUTINE TO FIND THE NUMBER OF PAGES OF SWAPPING SPACE LEFT
SWPS%G: MOVE GT,[%SWVRT] ;GET NUMBER OF PAGES LEFT
PUSHJ P,FETTAB ;LOOK IT UP
MOVEM GT,@TAB.P(J) ;STORE IT
POPJ P, ;RETURN
; ROUTINE TO INITIALIZE A JOB BLOCK AND DB FOR GETTING INCREMENTAL
; USER KCS/SECOND
UKCS%I: PUSHJ P,JOBBLK ;GET A JOB BLOCK
MOVEM T1,KCSTAB ;STORE IT
PJRST DBCORE ;GET DB AND RETURN FROM THERE
; ROUTINE TO GATHER DATA FOR INCREMENTAL KCS
UKCS%G: PUSH P,J ;SAVE J
MOVE J,HIJOB ;HIGHEST JOB NUMBER
SETZ N2, ;N2 IS THE ACCUM VALUE
UKLOP: SKIPGE @JOBTB1 ;IF JOB NOT LOGGED IN
JRST NOKCS ;SKIP HIM
MOVSI GT,(J) ;LOOK UP JOB
HRRI GT,.GTKCT ;IN PDB OR VIA GETTAB
PUSHJ P,FETTAB
MOVE N1,@KCSTAB ;PICK UP OLD VALUE
MOVEM GT,@KCSTAB ;STORE NEW VALUE
CAML GT,N1 ;NEW LESS THAN OLD?
SUB GT,N1 ;NO, SUBTRACT OLD
ADD N2,GT ;ADD TO TOTAL
UKCS1A: SOJG J,UKLOP ;MORE TO DO?
POP P,J ;RESTORE J
IDIVI N2,^D60 ;DIVIDE BY 60 TO MAKE KCS FROM KCT
MOVE GT,N2 ;GET A VALUE OVER ELAPSED SECONDS
PUSHJ P,DIVSEC ;
MOVEM GT,@TAB.P(J) ;STORED
POPJ P, ;AND RETURN
NOKCS: SETZM @KCSTAB ;CLEAR IT
JRST UKCS1A ;AND RE-ENTER LOOP
; ROUTINE TO INITIALIZE A JOB BLOCK AND DB FOR GETTING INCREMENTAL
; USER CPU TICKS/SECOND
CPUT%I: PUSHJ P,JOBBLK ;GET A JOB BLOCK
MOVEM T1,CPTTAB ;STORE IT
PJRST DBCORE ;GET DB AND RETURN FROM THERE
;
; ROUTINE TO GATHER DATA FOR INCREMENTAL CPU TICKS
CPUT%G: PUSH P,J ;SAVE J
MOVE J,HIJOB ;HIGHEST JOB NUMBER
SETZ N2, ;N2 IS THE ACCUM VALUE
CTLOP: SKIPGE @JOBTB1 ;IF JOB NOT LOGGED IN
JRST NOCPT ;SKIP HIM
MOVSI GT,(J) ;LOOK UP JOB
HRRI GT,.GTTIM ;IN PDB OR VIA GETTAB
PUSHJ P,FETTAB
MOVE N1,@CPTTAB ;PICK UP OLD VALUE
MOVEM GT,@CPTTAB ;STORE NEW VALUE
CAML GT,N1 ;NEW LESS THAN OLD?
SUB GT,N1 ;NO, SUBTRACT OLD
ADD N2,GT ;ADD TO TOTAL
CPUT1A: SOJG J,CTLOP ;MORE TO DO?
POP P,J ;RESTORE J
MOVE GT,N2 ;GET A VALUE OVER ELAPSED SECONDS
PUSHJ P,DIVSEC ;
MOVEM GT,@TAB.P(J) ;STORED
POPJ P, ;AND RETURN
NOCPT: SETZM @CPTTAB ;CLEAR IT
JRST CPUT1A ;AND RE-ENTER LOOP
>
;HERE TO COMPUTE THE 'REAL RESPONSE TIME'. APPLIES THE FOLLOWING
;RELATIONSHIP: (FROM QUEUEING THEORY)
; # OF JOBS IN 'READY TO RUN OR RUNNING' STATE
;RESP = ---------------------------------------------------
; # OF INTERACTIONS (CR'S) PER SECOND OVER INTERVAL
;
; WHICH REDUCES TO: RESP = (READY JOBS)*(PEEK INTERVAL)/(INTERACTIONS)
RESP%G: MOVX GT,%CCRSP ;GET OFFSET OF RESP SUB TAB
PUSHJ P,FETTAB ;FROM THE MON
ADDI GT,%CVRNX ;GET OFFSET INTO RESP TABLE
HRLS GT ;INTO LH
HRRI GT,.GTC0V ;GET THE VAR TABLE #
PUSHJ P,FETTAB ;FROM MON
MOVE T1,GT ;SAVE
MOVX GT,%SYNCP ;GET # RESP FROM COMMAND LEVEL
PUSHJ P,FETTAB ;..
ADD GT,T1 ;TOTAL # OF RESPONSES
PUSHJ P,STONXT ;SAVE FOR INCREMENTAL
SUB GT,@TAB.P(J) ;GET DIFFERENCE FROM LAST TIME
MOVE T1,JOBRN ;GET JOBS IN 'RN' STATE
ADD T1,JOBSHR ;ADD JOBS IN SHAR RES WAIT STATE
ADD T1,JOBIO ;AND JOBS IN IO WAIT (LESS TTY)
IMUL T1,QTUM ;TIMES PEEK INTERVAL
IMULI T1,^D1000 ;MAKE IT MILLESEC
IDIV T1,GT ;AND DIV BY RESPONSES
MOVEM T1,@TAB.P(J) ;STASH FOR REPORTER
POPJ P,
; ROUTINE TO GATHER THE AVERAGE RESPONSE TIME OVER EACH TRACK INTERVAL
; BY LOOKING AT THE NON-SWAPPING DATA TABLE AND DIVIDING THE INCREMENTAL
;TIME SPENT WAITING BY THE INCREMENTAL NUMBER OF RESPONSES.
; THE VALUE OBTAINED IS STORED IN MS. FORM IN THE DB ALLOCATED FOR THIS
; PARAMETER.
AVRT%G: MOVX GT,%NSNCR ;GET NUMBER OF RESPONSES (TOTAL)
PUSHJ P,FETTAB ;FROM THE MONITOR
PUSH P,GT ;SAVE IT
SUB GT,NSNCRL ;SUBTRACT LAST-SEEN VALUE
POP P,NSNCRL ;AND MAKE CURRENT THE LAST SEEN
MOVEM GT,T2 ;SAVE FOR THE DIVIDE
MOVX GT,%NSACR ;GET THE TOTAL NUMBER OF RESPONSES
PUSHJ P,FETTAB ;
PUSHJ P,STONXT ;SAVE TOTAL IN CURRENT DB CELL+1
SUB GT,@TAB.P(J) ;AND MAKE (GT) BE INCR. VALUE
MOVEM GT,T1 ;READY FOR THE DIVIDE
IDIV T1,T2 ;T1 GETS AVG # OF JIFFIES/RESPONSE
IMULI T1,^D100 ;CONVERT TO MS.
IDIVI T1,^D6 ;
MOVEM T1,@TAB.P(J) ;STORE IT
POPJ P, ;AND RETURN
SUBTTL LOGGED IN JOB ANALYSIS ROUTINE
; DOES ALL THE ANALYSIS FOR ALL JOB RELATED DATA
; SUCH AS ASR , AVE JOB SIZE, WHAT QUEUES JOBS ARE IN
ANALYZ: PUSH P,J ;SAVE J
MOVE T1,[XWD SEGTAB,SEGTAB+1] ;PREPARE TO ZERO JOB RELATED DATA AREA
SETZM SEGTAB ;
BLT T1,ACTCOR ;DONE
MOVE J,HIJOB ;GET HIGHEST JOB NUMBER ASSIGNED
ANAL1:
SKIPGE @JOBTB1 ;-1 ENTRY IN JOBTB1 MEANS NOT LOGGED IN
JRST NOTACT ;SO SKIP HIM
HRRZ T2,@JOBTB1 ;GET HIGH CORE ALLOCATION
HLRZ T1,@JOBTB1 ;AND LOW CORE ALLOCATION
ADDM T1,TOTCOR ;AND UPDATE TOTAL VIRT CORE IN USE
ADDM T2,TOTCOR ;FOR AVERAGE JOB SIZE
ADDM T1,SHRCOR ;STORE SHARED CORE
PUSHJ P,SEESHR ;SKIPS IF HAVE SEEN THIS HI-SEG
;ALREADY IN DOING SHARED
ADDM T2,SHRCOR ;ADD HIGH SEGMENT TOO(MAYBE)
HRL T3,@JOBTB2 ;GET (RH) JOBTB2 ENTRY
JUMPGE T3,NOTACT ;IF RUN BIT OFF
HLRZS T3 ;SWAP HALVES
ANDI T3,7777 ;BLANK ALL BUT SIXBIT CODE
CAIN T3,'TI' ;IN TI STATE
JRST NOTRUN ;MEANS JOB NOT ACTIVE
CAIE T3,'SL' ;SLEEPING OR HIBERNATING
CAIN T3,'HB' ;MEANS
JRST NOTACT ;NOT ACTIVE
ADDM T1,ACTCOR ;UPDATE ACTIVE CORE
PUSHJ P,SEEACT ;DONT COUNT SHARED SEGMENTS TWICE
ADDM T2,ACTCOR ;
CAIE T3 ,'RN' ;RUN QUEUE?
JRST NOTRUN ;NO
AOS JOBRN ;A RUNNING JOB
SKIPL @JOBTB2 ;AND IN CORE?
AOS JOBRNC ;YES, COUNT HIM AS THAT
JRST NOTACT ;DONE WITH HIM
NOTRUN: CAIN T3 ,'PI' ;DOING PAGING I/O?
JRST YIO ;YES, COUNT HIM AS IN IO
CAIE T3 ,'TI' ;TI OR TO IS TTY IO
CAIN T3 ,'TO' ;SO COUNT HIM AS THAT
AOSA JOBTTY ;UPDATED COUNTER
JRST .+2
JRST NOTACT ;IF TTY PERSON, DONE WITH HIM
CAIE T3 ,'DI' ;OTHER IO
CAIN T3 ,'IO' ;DI OR IO
YIO: AOSA JOBIO ;JOBS DOING IO COUNTER
JRST .+2 ;STILL HAVE NOT FOUND HIS SLOT
JRST NOTACT ;FOUND HIM
MOVEI N1,SHRQLN ;NUMBER OF SHARE QUEUE NAMES PACKED
;THREE TO A WORD
MOVE N2,[POINT 12,SHRQ] ;BYTE POINTER TO SAME
SHRQL: ILDB N3,N2 ;GET A SHARE Q NAME
CAMN N3,T3 ;IS IT HIM?
AOSA JOBSHR ;YES, FINIS
SOJG N1,SHRQL ;NO, SEE IF MORE TO DO
NOTACT: SOJG J,ANAL1 ;IF MORE
POP P,J ;RESTORE J
POPJ P, ;AND RETURN
; THIS ROUTINE IS USED FOR ACCOUNTING FOR SHARED HISEGMENTS
; A BIT MAP IS USED , 1 BIT FOR EACH SEGMENT
; A 0 BIT INDICATES WE HAVE NOT SEEN THIS SEGMENT BEFORE
; A 1 BIT MEANS IT HAS BEEN COUNTED ALREADY. WORDS 0-7 OF SEGTAB
; A THE MAP FOR ALL USERS, WORDS 10-17 ARE FOR ACTIVE USERS
SEESHR: SKIPA N1,[XWD N1,SEGTAB] ;INDIRECT WORD TO SEGTAB INDEX BY N1
SEEACT: MOVE N1,[XWD N1,SEGTAB+10] ;INDIRECT WORD FOR ACTIVE USERS
MOVEM N1,SEGPTR ;STORE IT
JUMPE T2,NOHIC ;IF HAS NO HI-SEG, NO NEED TO ADJUST IT
HLRZ N1,@JOBTB2 ;GET HIGH SEGMENT NUMBER
TRZ N1,400000 ;CLEAR SWAPPED OUT BIT
IDIVI N1,^D36 ;FIND WORD IN SEGMENT BIT MAP
MOVE T4 ,@SEGPTR ;GET PROPER WORD
MOVEI N3,1 ;READY TO SET UP FOR PARTICULAR BIT
LSH N3,(N2) ;DO IT
TDOE T4 ,N3 ;READ AND UPDATE BIT MAP
AOS (P) ;ALREADY SEEN, TAKE SKIP RETURN
MOVEM T4 ,@SEGPTR ;STORE IT BACK
NOHIC: POPJ P, ;RETURN
SHRQ: STASH(AUMQDACBD1D2DCM1M2T1CAEVJD^D^W)
SHRQLN==ZZ/2 ;NUMBER OF QUEUES IN TABLE
SUBTTL HANDLE ANALYZED JOB DATA
; ROUTINE TO STORE NUMBER OF JOBS LOGGED IN
JLGN%G: MOVE T1,NUMJOB ;GET IT
MOVEM T1,@TAB.P(J) ;AND STORE IN APPROPRIATE PLACE
POPJ P, ;THEN RETURN
; ROUTINE TO STASH ACTIVE SWAPPING RATIO
ACCR%G: MOVE N1,ACTCOR ;GET ACTIVE CORE IN USE
; PHRC%G ENTERS HERE FOR COMMON STUFF
CORCOM: IMULI N1,^D1000 ;GET READY TO DIVIDE
IDIV N1,USIZ ;SIZE OF USER MEMORY
ADDI N1,5 ;ROUND IT
IDIVI N1,^D10 ;DONE
MOVEM N1,@TAB.P(J) ;DONE AND STASHED
POPJ P, ;RETURN
; ROUTINE TO GET SWAPPING RATIO FROM SHRCOR AND USIZ
PHCR%G: MOVE N1,SHRCOR ;GET TOTAL CORE IN USE
PJRST CORCOM ;DO SAME AS ABOVE
; ROUTINE TO GET AVERAGE JOB SIZE FROM TOTCOR AND NUMJOB
AVJS%G: MOVE N1,TOTCOR ;TOTAL CORE IN USE
IDIV N1,NUMJOB ;DIVIDE BY NUMBER OF JOBS
LSH N2,1 ;MULTIPLY REMAINDER BY 2
CAML N2,NUMJOB ;ROUND UP IF HAVE TO
ADDI N1,1
MOVEM N1,@TAB.P(J) ;STORE
POPJ P, ;AND RETURN
; ROUTINE TO STASH NUMBER OF JOBS IN RUN QUEUE
NRJR%G: MOVE N1,JOBRN ;GET IT
MOVEM N1,@TAB.P(J) ;STORE IT
POPJ P, ;AND RETURN
; ROUTINE TO GET PERCENT OF JOBS IN RUN QUEUE THAT ARE IN CORE
PRJC%G: MOVE N1,JOBRNC ;GET NUMBER OF JOBS IN RUN QUE IN COREUE
IMULI N1,^D1000 ;READY TO DIVIDE
IDIV N1,JOBRN ;DIVIDE
ADDI N1,5 ;ROUND
IDIVI N1,^D10 ;DO IT
MOVEM N1,@TAB.P(J) ;STORE IT
POPJ P, ;AND RETURN
; ROUTINE TO STASH NR OF JOBS IN TTY IO QUEUES
TIOW%G: MOVE N1,JOBTTY ;GET NUMBER OF JOBS IN TTY QUEUES
MOVEM N1,@TAB.P(J) ;AND STORE IT
POPJ P, ;AND RETURN
; ROUTINE TO STASH NUMBER OF JOBS IN OTHER WAIT QUEUES
IOW%G: MOVE N1,JOBIO ;PICK UP COUNT AS SEEN BY OTHER ROUTINE
MOVEM N1,@TAB.P(J) ;STORE IT
POPJ P, ;AND THATS IT
; ROUTINE TO STORE NUMBER OF JOBS SEEN IN SHAREABLE RESOURCE QUEUES
JSHQ%G: MOVE N1,JOBSHR ;PICK UP
MOVEM N1,@TAB.P(J) ;AND STORE IT
POPJ P, ;AND THATS ALL
SUBTTL PHYSICAL DISK UNIT ANALYSIS/INITIALIZATION ROUTINES
; HERE WE GO OVER THE LIST POINTED TO BY THE POINTER "UNIPTR"
; AND DISCARD APPROPRIATE UNITS AND SET UP DBS FOR THE OTHERS
DISK%I: SKIPN N1,UNIPTR ;GET UNIT POINTER
POPJ P, ;IF NONE,NO NEED TO BOTHER
MOVSI T2,'DSK' ;MUST HAVE A DISK
MOVEM T2,ARGS+.DCNAM ;STORE AS FIRST ARGUMENT
MOVE T2,[ARGSLN,,ARGS] ;SET UP FOR DSKCHR
DSKCHR T2, ;DO IT
POPJ P, ;IF NOT AVAILABLE,SKIP IT
SKIPN ARGS+.DCBUM ;CHECK NUMBER OF CYLINDERS
POPJ P, ;EXTENDED INFO NOT AVAILABLE
MOVE N2,UNIDB ;GET BASE OF DBS
DISK.1: MOVE T2,0(N2) ;GET THE STR NAME
CAMN T2,[-1] ;IS IT -1 (FIXED HEAD)?
JRST DISK.3 ;YES,IGNORE THE DB SETUP
SKIPE SDISK ;WANT ONLY SYSTEM DISKS(SDISK=0)
JRST DISK.2 ;NO,USE ALL
MOVEM T2,ARGS+2 ;STORE AS GOBSTR ARG
SETZM ARGS+0
SETZM ARGS+1
MOVE T2,[3,,ARGS] ;SET IT UP
GOBSTR T2, ;SEE IF IN SYSTEM S.L.
TDZA T1,T1 ;FLAG WITH 0 DB SINCE NOT WANTED
DISK.2: PUSHJ P,DBCORE ;GET APPOPRIATE CORE
HRRZM T1,0(N2) ;STORE DB ADDRESS
DISK.3: AOJ N2, ;INCREMENT DB ADDRESS
AOBJN N1,DISK.1 ;LOOP FOR ALL
POPJ P, ;THEN RETURN
DISK%G: SKIPN N1,UNIPTR ;GET ADDRESS OF POINTERS
POPJ P, ;RETURN IF NONE
MOVE N2,UNIDB ;GET DB ADDRESS TOO
DISG.1: HRRZ N3,0(N2) ;GET DB ADDRESS
CAIE N3,0 ;IF 0 OR
CAIN N3,-1 ; -1 THEN WE DON'T DO THIS ONE
JRST DISG.2 ;ITS EITHER FH OR NON SYS
SKIPN (N1) ;IF UNIT IS NULL, SKIPIT
JRST DISG.2
ADDI N3,(L) ;UPDATE DB ADDRESS FOR CURRENT LOOK
MOVE T1,0(N1) ;GET NAME OF UNIT
MOVEM T1,ARGS ;STORE FOR DSKCHR
MOVE T1,[ARGSLN,,ARGS] ;SET FOR UUO
DSKCHR T1, ;DO IT
JRST E$$DUF ;DSCHR UUO FAILED
MOVE T1,ARGS+.DCLPQ ;GET LENGTH OF POSITION WAIT Q
MOVEM T1,0(N3) ;STORE IT FOR THIS LOOK
DISG.2: AOJ N2, ;UPDATE DB POINTER
AOBJN N1,DISG.1 ;REPEAT FOR ALL
POPJ P, ;THEN RETURN
$ERROR(EF.FAT!EF.EXT,DUF,DSKCHR UUO FAILED)
; HERE TO DISPLAY ALL SELECTED DISK UNITS
DISK%D: SKIPN N1,UNIPTR ;IF NO UNITS
POPJ P, ;RETURN
MOVE N2,UNIDB ;BASE OF DB LIST
UNIOL: HRRZ T2,0(N2) ;GET DB ADDRESS
CAIE T2,0 ;IF ITS 0 OR
CAIN T2,-1 ; -1,THEN SKIP THIS ONE
JRST UNIFHD ;SKIP STUFF IF FIXED HEAD OR NON-SYS
MOVEM T2,TAB.P(J) ;STORE IT AS ADRESS THIS ITEM
MOVE T1,0(N1) ;GET UNITS NAME
PUSH P,N1 ;SAVE N1 AND N2 ACROSS CALL
PUSH P,N2
TYPES (<LENGTH OF POSITION WAIT QUEUE FOR >)
PUSHJ P,SIXPNT ;AND PRINT IT
IFN FTTRC,<
MOVEM T1,BAUXWD ;STASH NAME FOR TRACE TOO.
>; END OF IFN FTTRC
PUSHJ P,CRLF
PUSHJ P,OUTDBF ;AND PRINT
POP P,N2
POP P,N1 ;RESTORE THE ACS
UNIFHD: AOJ N2, ;UPDATE POINTER TO DBS
AOBJN N1,UNIOL ;LOOP FOR ALL IN LIST
POPJ P, ;ELSE RETURN
SUBTTL ANALYZE THE CHANNEL DATA
; ROUTINE TO INITIALIZE FOR WATCHING REQUESTS FOR EACH CHANNEL
CHAN%I: MOVE N1,UNIPTR ;GET POINTER TO STR NAMES
MOVE N2,UNIDB ;GET BASE OF DB LIST
SETO N3, ;INITIAL CHANNEL NUMBER
CHNI.1: MOVE T2,0(N1) ;GET UNIT NAME
JUMPE T2,CHNI.2 ;SKIP IF NULL
MOVEM T2,ARGS+.DCNAM ;STORE AS DSKCHR ARG
MOVE T2,[ARGSLN,,ARGS] ;GET LENGTH,ADDRESS OF ARG BLOCK
DSKCHR T2, ;ASK MONITOR FOR INFO
JRST E$$DUF ;IF UNAVAILABLE,COMPLAIN
LDB T2,[POINTR(T2,DC.DCN)] ;GET CHANNEL NUMBER
CAMN T2,N3 ;SAME AS LAST ONE QUERIED?
TDZA T1,T1 ;YES,DON'T SET UP A DB
PUSHJ P,DBCORE ;OTHERWISE ALLOCATE CORE
HRLM T1,0(N2) ;STORE IN LEFT HALF OF DB LIST
MOVEM T2,N3 ;INSURE THAT CHANNEL NR. IS UPDATED
CHNI.2: ADDI N2,1 ;UPDATE POINTER
AOBJN N1,CHNI.1 ;LOOP FOR ALL UNITS IN LIST
POPJ P, ;THEN RETURN
; HERE TO FIND OUT THE LENGTH OF THE XFER WAIT QUEUE FOR EACH CHANNEL
; ON THE SYSTEM.
CHAN%G: MOVE N1,UNIPTR ;GET UNIT NAME POINTER
MOVE N2,UNIDB ;GET BASE OF DB LIST
CHNG.1: HLRZ T1,0(N2) ;GET THIS DBS ADDRESS
JUMPE T1,CHNG.2 ;IF NONE SET UP,SKIP THIS ENTRY
HLLZ T2,0(N1) ;GET LH OF UNIT NAME (IE KONTROLLER NAME)
MOVEM T2,ARGS+.DCNAM ;STORE INTO ARG BLOCK
MOVE T2,[ARGSLN,,ARGS] ;L,,A OF ARG BLOCK
DSKCHR T2, ;ASK MONITOR FOR DATA
JRST E$$DUF ;SHOULDNT FAIL HERE
MOVE T2,ARGS+.DCLTQ ;GET LENGTH OF QUEUE
ADDI T1,0(L) ;UPDATE TO THIS LOOK
MOVEM T2,0(T1) ;AND STORE REPORT VALUE
CHNG.2: ADDI N2,1 ;UPDATE DB LIST ADDRESS
AOBJN N1,CHNG.1 ;AND LOOP FOR ALL UNITS
POPJ P, ;THEN RETURN
; ROUTINE TO PRINT NR OF REQUESTS PER CHANNEL
CHAN%D: MOVE N2,UNIPTR ;GET BASE POINTER OF LIST
HRR N2,UNIDB ;BUT MAKE IT POINT TO DB'S
SETZ N1, ;0 CHANNEL IS FIRST
CHND.1: HLRZ T1,0(N2) ;GET DB ENTRY
JUMPE T1,CHND.2 ;SKIP IF NULL
MOVEM T1,TAB.P(J) ;STORE AS THE ADDRESS
PUSH P,N1 ;STORE N1
PUSH P,N2 ;AND N2 ACROSS DBOUT CALL
TYPES (<LENGTH OF TRANSFER WAIT QUEUE ON DATA CHANNEL >)
MOVE T1,N1 ;GET CHANNEL NUMBER
PUSHJ P,OCTOUT ;PRINT IT
IFN FTTRC, <
MOVEM T1,BAUXWD ;STORE FOR TRACE
> ;END OF IFN FTTRC
PUSHJ P,CRLF ;PRINT A CR-LF PAIR
PUSHJ P,OUTDBF ;FLASH
POP P,N2 ;RESTORE N2
POP P,N1 ;RESTORE N1
ADDI N1,1 ;UPDATE THE CHANNEL COUNTER
CHND.2: AOBJN N2,CHND.1 ;REPEAT FOR ALL CHANNELS
POPJ P, ;THEN RETURN TO CALLER
SUBTTL ROUTINE TO DO FREE CORE ANALYSIS
PFCU%I: MOVX GT,%CNLOC ;GET FIRST EXEC ADDR USED FOR
PUSHJ P,FETTAB ;FREE CORE
MOVE T1,SYSSIZ ;TOTAL SYSTEM SIZE
SUB T1,GT ;GET SIZE OF FREE CORE
LSH T1,-2 ;NR. OF 4 WORD CHUNKS
MOVEM T1,TNFCC ;TOTAL NR. OF FREE CORE CHUNKS
PJRST DBCORE ;GET DB AND RETURN
PFCU%G: MOVX GT,%CNFRU ;GET NR. CHUNKS USED
PUSHJ P,FETTAB ;
MOVE T1,GT
IMULI T1,^D100 ;GET PERCENT OF TOTAL
IDIV T1,TNFCC
MOVEM T1,@TAB.P(J) ;STORE
POPJ P, ;AND RETURN
;ROUTINES TO DO TTY CHUNK USAGE ANALYSIS
PTCU%I: MOVX GT,%CNTTC ;NUMBER OF TTY CHUNKS
PUSHJ P,FETTAB
HLRZM GT,TNTCH ;STORE FOR LATER
; (# CHUNKS IS IN LH)
PJRST DBCORE ;GET DB AND RETURN
PTCU%G: MOVX GT,%CNTTN ;GET NUMBER OF FREE CHUNKS
PUSHJ P,FETTAB
MOVE T1,GT ;GET INTO BETTER AC
IMULI T1,^D100 ;TURN INTO % FREE
IDIV T1,TNTCH
MOVEI T2,^D100 ;AND NOW INTO % USED
SUB T2,T1
MOVEM T2,@TAB.P(J) ;STORE
POPJ P, ;RETURN
; ROUTINE TO GET FROM MONITOR THE NUMBER OF XMT/RCV INTERUPTS FROM SCNSER
SRCV%G: SKIPA GT,[%SCNRI] ;SCANNER SERVICE RCV INTERUPTS
SXMT%G: MOVX GT,%SCNXI ;SCANNER SERVICE XMT INTERUPTS
PJRST INCSEC ;STORE AS PER SECOND
SUBTTL SCHEDULER PARAMETERS AVAILABLE WITH 602 SCHEDULER
SWPN%I: SKIPA GT,[%SSNUL] ;SEE IF ITS THERE
SWPL%I: MOVX GT,%SSLOS ;DITTO
PJRST DBOPTN ;DO THE GETTAB, AND CALL DBCORE IF ITS THERE
SWPN%G: MOVX GT,%SSNUL ;GET SWAPPER NULL TIME, IN TICKS
PJRST CPCOMM ;IT WILL BE PRINTED AS TICKS
SWPL%G: MOVX GT,%SSLOS ;GET SWAPPER LOST TIME
PJRST CPCOMM ;GO JOIN COMMON % CODE
;REPORT NUMBER OF UNWINDS - TIMES A JOB WAS RUN OUT OF ORDER
SWPF%I: SKIPA GT,[%SSOSO] ;TEST FOR EXISTENCE OF NUMBER
UNWD%I: MOVX GT,%SSORJ ;DITTO
PJRST DBOPTN ;IF GETTAB EXISTS, CALL DBCORE
SWPF%G: SKIPA GT,[%SSOSO]
UNWD%G: MOVX GT,%SSORJ ;GET UNWIND COUNT
PUSHJ P,FETOPT ;GET THE COUNT
SETZ GT, ;IGNORE ERROR
PUSHJ P,STONXT ;STORE AS NEXT
SUBM GT,@TAB.P(J) ;AND MAKE THIS INCREMENTAL
POPJ P,
;
; THIS RUN TO METER EXEC TIME-CPU0
EXEC%I: MOVE T1,[XWD 2,PF0A1] ;TO GET METER
skipn mbord0 ;user want on this cpu?
jrst [setom tab.p(j)
setzm pf0a1b
POPJ P,
]
PERF. T1, ;TRY IT
JRST [OUTSTR [ASCIZ/
NOT ABLE TO ALLOCATE PERFORMANCE METER-CPU0
/]
SETOM TAB.P(J) ;CLEAR IT
SETZM PF0A1B ;TELL MBXR NO GO
POPJ P, ;RETURN
]
PJRST DBCORE ;SET UP CORE
;
;
EXEC%G: MOVE T1,[XWD 1,PF0A3] ;READ METER
PERF. T1, ;DO IT
POPJ P, ;NOPE GO AWAY
;
;
PUSH P,N1 ;SAVE A FEW AC(S)
PUSH P,N2 ;DITTO
PUSH P,N3 ;DITTO
PUSH P,GT ;DITTO
;
; COMPUTE % OF TIME SPEN IN EXEC MODE BASED ON TIME
; BASE INCREMENT FROM PERF BOARD AND EXEC TIME BASE
; INCREMENT FROM PERF BOARD.
;
; NOTE THAT THE ELAPSED TIME ASSUMES A CLOCK RATE OF 1MHZ
; AND THAT THE EXEC TIME BASE ASSUMES A CLOCK RATE OF 1/2
; THE SYSTEM CLOCK RATE.
;
; FOR OUR SYSTEMS (KL1090-B) THE CLOCK RATE IS 30MHZ.
; THE HALF CLOCK RATE IS 15MHZ.
; SEE THE HARDWARE REF MANUAL ..PERFORMANCE AND ACCOUNTING
;
DMOVE T1,PF0A3B+2 ;GET TIME WE FINISHED
DSUB T1,PF0A2B+2 ;SUBTRACT ORIGINAL COUNT
ASHC T1 ,-^D12 ;ELIMINATE RESERVED
FLTR T2,T2 ;FLOAT...SINGLE PRESISION
FDVR T2,[EXP 1000000.] ;CONVERT TO SECONDS.
;
; NOW FOR TIME (SECONDS) SPENT IN EXEC MODE PC.
;
DMOVE N1,PF0A3B+4 ;GET DURATION IN EXEC
DSUB N1,PF0A2B+4 ;SUB FROM ORIG
ASHC N1,-^D12 ;ELIMINATE RESERVED BITS
FLTR N2,N2 ;FLOAT...SINGLE PRES.
FDVR N2,[EXP 15000000.] ;CONVERT TO SECONDS.
;
; NOW FOR THE PERCENTAGE CALULATION.
;
FDVR N2,T2 ;EXEC/ELAPSED
FMPR N2,[EXP 100.] ;TO %
FIXR N2,N2 ;TO INTEGER
MOVEM N2,@TAB.P(J) ;FOR TRACK
;
; ALL DONE...
;
;DO STUFF FOR MBOX REFS
MOVE T1,MB0ON ;MBOX ON???
JUMPN T1,N0MBX ;NOPE
DMOVE T3,PF0A3B+6 ;GET NEW COUNT
DSUB T3,PF0A2B+6 ;FROM ORIGINAL
ASHC T3,-^D12 ;GET RID OF 00000'S
FLTR T4,T4 ;MAKE ARITH EASY TO FOLLOW
FDVR T4,[EXP 1000.0] ;CONVERT TO K
FDVR T4,T2 ;CONVERT TO K/SEC (PERF TIME BASE)
FIXR T4,T4 ;SO TRACK WILL UNDERSTAND
MOVEM T4,MB0CT ;SAVE FOR MBXR%G
N0MBX:
POP P,GT ;RESTORE AC(S)
POP P,N3
POP P,N2
POP P,N1
;
MOVE T1,[XWD PF0A3B,PF0A2B] ;BLT SETUP
BLT T1,PF0A2B+10 ;MAKE RECENT OLD
;
POPJ P, ;RETURN
;
;FUNCTION BLOCKS
;
PF0A1: 1,,PF0A1B ;SET
PF0A2: 2,,PF0A2B ;START
PF0A3: 3,,PF0A3B ;READ
;
;SET FUNCTION ARG LIST
;
PF0A1B: 11 ;LENGTH OF BLOCK
EXP 1B3 ;YES WE ARE A KL(!)
EXP 1B18!1B19 ;CPU0 ,CLEAR AND DURATION MODE
0 ;NO CACHE STUFF
Z ;NO PI STUFF
EXP 1B0 ;EXEC MODE PC
0 ;NO MICROCODE ENA
0 ;NO PROBE ENABLES
0 ;NO JOB ENABLES
0 ;NO RH20 ENAABLE
;START
PF0A2B: EXP 7 ;DATA RETURNED IF OK
BLOCK 7
;READ
PF0A3B: EXP 7 ;DATA RETURNED IF OK
BLOCK 7
;
;HERE TO SET UP FOR MBOX REFERENCES COUNTS
MBXR%I: MOVE T1,PF0A1B ;IS EXEC ON???
SKIPE T1 ;NOPE
JRST [SETZM MB0ON
PJRST DBCORE
]
OUTSTR [ASCIZ/
NEED PERF BOARD TO GET MBXR-CPU0
/]
SETOM TAB.P(J) ;TURN OFF MBXR
POPJ P,
;
MBXR%G: MOVE GT,MB0CT ;GET COUNT
MOVEM GT,@TAB.P(J) ;FOR TRACK
POPJ P,
MB0CT: 0
MB0ON: -1
;
; THIS RUN TO METER EXEC TIME-CPU1
EXE1%I: MOVE T1,NCPU ;[217] GET # CPUS
skipe mbord1 ;user want board on cpu1?
CAIGE T1,2 ;CPU1 EXIST??
JRST [ SETOM TAB.P(J);CLEAR TABLE
setzm pf1a1b
POPJ P, ;AND RETURN
] ;END LITERAL..NO CPU1
MOVE T1,[XWD 2,PF1A1] ;TO GET METER
PERF. T1, ;TRY IT
JRST [OUTSTR [ASCIZ/
NOT ABLE TO ALLOCATE PERFORMANCE METER-CPU1
/]
SETOM TAB.P(J) ;CLEAR IT
SETZM PF1A1B ;TELL MBXR NO GO
POPJ P, ;RETURN
]
PJRST DBCORE ;SET UP CORE
;
;
EXE1%G: MOVE T1,NCPU ;[217] # OF CPUS
CAIGE T1,2 ;[217] DOES CPU1 EXIST?
POPJ P, ;NO..RETURN
MOVE T1,[XWD 1,PF1A3] ;READ METER
PERF. T1, ;DO IT
POPJ P, ;NOPE GO AWAY
;
;
PUSH P,N1 ;SAVE A FEW AC(S)
PUSH P,N2 ;DITTO
PUSH P,N3 ;DITTO
PUSH P,GT ;DITTO
;
; COMPUTE % OF TIME SPEN IN EXEC MODE BASED ON TIME
; BASE INCREMENT FROM PERF BOARD AND EXEC TIME BASE
; INCREMENT FROM PERF BOARD.
;
; NOTE THAT THE ELAPSED TIME ASSUMES A CLOCK RATE OF 1MHZ
; AND THAT THE EXEC TIME BASE ASSUMES A CLOCK RATE OF 1/2
; THE SYSTEM CLOCK RATE.
;
; FOR OUR SYSTEMS (KL1090-B) THE CLOCK RATE IS 30MHZ.
; THE HALF CLOCK RATE IS 15MHZ.
; SEE THE HARDWARE REF MANUAL ..PERFORMANCE AND ACCOUNTING
;
DMOVE T1,PF1A3B+2 ;GET TIME WE FINISHED
DSUB T1,PF1A2B+2 ;SUBTRACT ORIGINAL COUNT
ASHC T1 ,-^D12 ;ELIMINATE RESERVED
FLTR T2,T2 ;FLOAT...SINGLE PRESISION
FDVR T2,[EXP 1000000.] ;CONVERT TO SECONDS.
;
; NOW FOR TIME (SECONDS) SPENT IN EXEC MODE PC.
;
DMOVE N1,PF1A3B+4 ;GET DURATION IN EXEC
DSUB N1,PF1A2B+4 ;SUB FROM ORIG
ASHC N1,-^D12 ;ELIMINATE RESERVED BITS
FLTR N2,N2 ;FLOAT...SINGLE PRES.
FDVR N2,[EXP 15000000.] ;CONVERT TO SECONDS.
;
; NOW FOR THE PERCENTAGE CALULATION.
;
FDVR N2,T2 ;EXEC/ELAPSED
FMPR N2,[EXP 100.] ;TO %
FIXR N2,N2 ;TO INTEGER
MOVEM N2,@TAB.P(J) ;FOR TRACK
;
; ALL DONE...
;
;DO STUFF FOR MBOX REFS
MOVE T1,MB1ON ;MBOX ON???
JUMPN T1,N1MBX ;NOPE
DMOVE T3,PF1A3B+6 ;GET NEW COUNT
DSUB T3,PF1A2B+6 ;FROM ORIGINAL
ASHC T3,-^D12 ;GET RID OF 00000'S
FLTR T4,T4 ;MAKE ARITH EASY TO FOLLOW
FDVR T4,[EXP 1000.0] ;CONVERT TO K
FDVR T4,T2 ;CONVERT TO K/SEC(PERF TIME BASE)
FIXR T4,T4 ;SO TRACK WILL UNDERSTAND
MOVEM T4,MB1CT ;SAVE FOR MBXR%G
N1MBX:
POP P,GT ;RESTORE AC(S)
POP P,N3
POP P,N2
POP P,N1
;
MOVE T1,[XWD PF1A3B,PF1A2B] ;BLT SETUP
BLT T1,PF1A2B+10 ;MAKE RECENT OLD
;
POPJ P, ;RETURN
;
;FUNCTION BLOCKS
;
PF1A1: 1,,PF1A1B ;SET
PF1A2: 2,,PF1A2B ;START
PF1A3: 3,,PF1A3B ;READ
;
;SET FUNCTION ARG LIST
;
PF1A1B: 11 ;LENGTH OF BLOCK
EXP 1B3 ;YES WE ARE A KL(!)
EXP 1B17!1B18!1B19 ;CPU1 ,CLEAR AND DURATION MODE
0 ;NO CACHE STUFF
Z ;NO PI STUFF
EXP 1B0 ;EXEC MODE PC
0 ;NO MICROCODE ENA
0 ;NO PROBE ENABLES
0 ;NO JOB ENABLES
0 ;NO RH20 ENAABLE
;START
PF1A2B: EXP 7 ;DATA RETURNED IF OK
OCT 1 ;CPU1
BLOCK 7
;READ
PF1A3B: EXP 7 ;DATA RETURNED IF OK
OCT 1 ;CPU1
BLOCK 7
;
;HERE TO SET UP FOR MBOX REFERENCES COUNTS
MBX1%I: MOVE T1,NCPU ;[217] # OF CPUS
CAIGE T1,2 ;217] CPU1 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
POPJ P, ;AND RETURN
]
MOVE T1,PF1A1B ;IS EXEC ON???
SKIPE T1 ;NOPE
JRST [SETZM MB1ON
PJRST DBCORE
]
OUTSTR [ASCIZ/
NEED PERF BOARD TO GET MBXR-CPU1
/]
SETOM TAB.P(J) ;TURN OFF MBXR
POPJ P,
;
MBX1%G: MOVE GT,MB1CT ;GET COUNT
MOVEM GT,@TAB.P(J) ;FOR TRACK
POPJ P,
MB1CT: 0
MB1ON: -1
;[217] BEGINNING OF PERFORMANCE METER CODE FOR CPU2
;
; THIS RUN TO METER EXEC TIME-CPU2
EXE2%I: MOVE T1,NCPU ;GET # CPUS
skipe mbord2 ;user want board on cpu2?
CAIGE T1,3 ;CPU2 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
setzm pf2a1b
POPJ P, ;AND RETURN
] ;END LITERAL..NO CPU1
MOVE T1,[XWD 2,PF2A1] ;TO GET METER
PERF. T1, ;TRY IT
JRST [OUTSTR [ASCIZ/
NOT ABLE TO ALLOCATE PERFORMANCE METER-CPU2
/]
SETOM TAB.P(J) ;CLEAR IT
SETZM PF2A1B ;TELL MBXR NO GO
POPJ P, ;RETURN
]
PJRST DBCORE ;SET UP CORE
;
;
EXE2%G: MOVE T1,NCPU ;[217] GET # CPUS
CAIGE T1,1+2 ;[217] CPU2 EXIST?
POPJ P, ;NO..RETURN
MOVE T1,[XWD 1,PF2A3] ;READ METER
PERF. T1, ;DO IT
POPJ P, ;NOPE GO AWAY
;
;
PUSH P,N1 ;SAVE A FEW AC(S)
PUSH P,N2 ;DITTO
PUSH P,N3 ;DITTO
PUSH P,GT ;DITTO
;
; COMPUTE % OF TIME SPENT IN EXEC MODE BASED ON TIME
; BASE INCREMENT FROM PERF BOARD AND EXEC TIME BASE
; INCREMENT FROM PERF BOARD.
;
; NOTE THAT THE ELAPSED TIME ASSUMES A CLOCK RATE OF 1MHZ
; AND THAT THE EXEC TIME BASE ASSUMES A CLOCK RATE OF 1/2
; THE SYSTEM CLOCK RATE.
;
; FOR OUR SYSTEMS (KL1090-B) THE CLOCK RATE IS 30MHZ.
; THE HALF CLOCK RATE IS 15MHZ.
; SEE THE HARDWARE REF MANUAL ..PERFORMANCE AND ACCOUNTING
;
DMOVE T1,PF2A3B+2 ;GET TIME WE FINISHED
DSUB T1,PF2A2B+2 ;SUBTRACT ORIGINAL COUNT
ASHC T1 ,-^D12 ;ELIMINATE RESERVED
FLTR T2,T2 ;FLOAT...SINGLE PRESISION
FDVR T2,[EXP 1000000.] ;CONVERT TO SECONDS.
;
; NOW FOR TIME (SECONDS) SPENT IN EXEC MODE PC.
;
DMOVE N1,PF2A3B+4 ;GET DURATION IN EXEC
DSUB N1,PF2A2B+4 ;SUB FROM ORIG
ASHC N1,-^D12 ;ELIMINATE RESERVED BITS
FLTR N2,N2 ;FLOAT...SINGLE PRES.
FDVR N2,[EXP 15000000.] ;CONVERT TO SECONDS.
;
; NOW FOR THE PERCENTAGE CALULATION.
;
FDVR N2,T2 ;EXEC/ELAPSED
FMPR N2,[EXP 100.] ;TO %
FIXR N2,N2 ;TO INTEGER
MOVEM N2,@TAB.P(J) ;FOR TRACK
;
; ALL DONE...
;
;DO STUFF FOR MBOX REFS
MOVE T1,MB2ON ;MBOX ON???
JUMPN T1,N2MBX ;NOPE
DMOVE T3,PF2A3B+6 ;GET NEW COUNT
DSUB T3,PF2A2B+6 ;FROM ORIGINAL
ASHC T3,-^D12 ;GET RID OF 00000'S
FLTR T4,T4 ;MAKE ARITH EASY TO FOLLOW
FDVR T4,[EXP 1000.0] ;CONVERT TO K
FDVR T4,T2 ;CONVERT TO K/SEC(PERF TIME BASE)
FIXR T4,T4 ;SO TRACK WILL UNDERSTAND
MOVEM T4,MB2CT ;SAVE FOR MBXR%G
N2MBX:
POP P,GT ;RESTORE AC(S)
POP P,N3
POP P,N2
POP P,N1
;
MOVE T1,[XWD PF2A3B,PF2A2B] ;BLT SETUP
BLT T1,PF2A2B+10 ;MAKE RECENT OLD
;
POPJ P, ;RETURN
;
;FUNCTION BLOCKS
;
PF2A1: 1,,PF2A1B ;SET
PF2A2: 2,,PF2A2B ;START
PF2A3: 3,,PF2A3B ;READ
;
;SET FUNCTION ARG LIST
;
PF2A1B: 11 ;LENGTH OF BLOCK
EXP 1B3 ;YES WE ARE A KL(!)
EXP 2B17!1B18!1B19 ;CPU2 ,CLEAR AND DURATION MODE
0 ;NO CACHE STUFF
Z ;NO PI STUFF
EXP 1B0 ;EXEC MODE PC
0 ;NO MICROCODE ENA
0 ;NO PROBE ENABLES
0 ;NO JOB ENABLES
0 ;NO RH20 ENAABLE
;START
PF2A2B: EXP 7 ;DATA RETURNED IF OK
OCT 2 ;CPU2
BLOCK 7
;READ
PF2A3B: EXP 7 ;DATA RETURNED IF OK
OCT 2 ;CPU2
BLOCK 7
;
;HERE TO SET UP FOR MBOX REFERENCES COUNTS
MBX2%I: MOVE T1,NCPU ;[217] GET # CPUS
CAIGE T1,1+2 ;[217] DOES CPU2 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
POPJ P, ;AND RETURN
]
MOVE T1,PF2A1B ;IS EXEC ON???
SKIPE T1 ;NOPE
JRST [SETZM MB2ON
PJRST DBCORE
]
OUTSTR [ASCIZ/
NEED PERF BOARD TO GET MBXR-CPU2
/]
SETOM TAB.P(J) ;TURN OFF MBXR
POPJ P,
;
MBX2%G: MOVE GT,MB2CT ;GET COUNT
MOVEM GT,@TAB.P(J) ;FOR TRACK
POPJ P,
MB2CT: 0
MB2ON: -1
;[217] END OF PERF METER SUPPORT FOR CPU2
;[217] BEGINNING OF PERFORMANCE METER CODE FOR CPU3
;
; THIS RUN TO METER EXEC TIME-CPU3
EXE3%I: MOVE T1,NCPU ;GET # CPUS
skipe mbord3 ;user want board on cpu3?
CAIGE T1,4 ;CPU3 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
setzm pf3a1b
POPJ P, ;AND RETURN
] ;END LITERAL..NO CPU1
MOVE T1,[XWD 2,PF3A1] ;TO GET METER
PERF. T1, ;TRY IT
JRST [OUTSTR [ASCIZ/
NOT ABLE TO ALLOCATE PERFORMANCE METER-CPU3
/]
SETOM TAB.P(J) ;CLEAR IT
SETZM PF3A1B ;TELL MBXR NO GO
POPJ P, ;RETURN
]
PJRST DBCORE ;SET UP CORE
;
;
EXE3%G: MOVE T1,NCPU ;[217] GET # CPUS
CAIGE T1,1+3 ;[217] CPU3 EXIST?
POPJ P, ;NO..RETURN
MOVE T1,[XWD 1,PF3A3] ;READ METER
PERF. T1, ;DO IT
POPJ P, ;NOPE GO AWAY
;
;
PUSH P,N1 ;SAVE A FEW AC(S)
PUSH P,N2 ;DITTO
PUSH P,N3 ;DITTO
PUSH P,GT ;DITTO
;
; COMPUTE % OF TIME SPENT IN EXEC MODE BASED ON TIME
; BASE INCREMENT FROM PERF BOARD AND EXEC TIME BASE
; INCREMENT FROM PERF BOARD.
;
; NOTE THAT THE ELAPSED TIME ASSUMES A CLOCK RATE OF 1MHZ
; AND THAT THE EXEC TIME BASE ASSUMES A CLOCK RATE OF 1/2
; THE SYSTEM CLOCK RATE.
;
; FOR OUR SYSTEMS (KL1090-B) THE CLOCK RATE IS 30MHZ.
; THE HALF CLOCK RATE IS 15MHZ.
; SEE THE HARDWARE REF MANUAL ..PERFORMANCE AND ACCOUNTING
;
DMOVE T1,PF3A3B+2 ;GET TIME WE FINISHED
DSUB T1,PF3A2B+2 ;SUBTRACT ORIGINAL COUNT
ASHC T1 ,-^D12 ;ELIMINATE RESERVED
FLTR T2,T2 ;FLOAT...SINGLE PRESISION
FDVR T2,[EXP 1000000.] ;CONVERT TO SECONDS.
;
; NOW FOR TIME (SECONDS) SPENT IN EXEC MODE PC.
;
DMOVE N1,PF3A3B+4 ;GET DURATION IN EXEC
DSUB N1,PF3A2B+4 ;SUB FROM ORIG
ASHC N1,-^D12 ;ELIMINATE RESERVED BITS
FLTR N2,N2 ;FLOAT...SINGLE PRES.
FDVR N2,[EXP 15000000.] ;CONVERT TO SECONDS.
;
; NOW FOR THE PERCENTAGE CALULATION.
;
FDVR N2,T2 ;EXEC/ELAPSED
FMPR N2,[EXP 100.] ;TO %
FIXR N2,N2 ;TO INTEGER
MOVEM N2,@TAB.P(J) ;FOR TRACK
;
; ALL DONE...
;
;DO STUFF FOR MBOX REFS
MOVE T1,MB3ON ;MBOX ON???
JUMPN T1,N3MBX ;NOPE
DMOVE T3,PF3A3B+6 ;GET NEW COUNT
DSUB T3,PF3A2B+6 ;FROM ORIGINAL
ASHC T3,-^D12 ;GET RID OF 00000'S
FLTR T4,T4 ;MAKE ARITH EASY TO FOLLOW
FDVR T4,[EXP 1000.0] ;CONVERT TO K
FDVR T4,T2 ;CONVERT TO K/SEC(PERF TIME BASE)
FIXR T4,T4 ;SO TRACK WILL UNDERSTAND
MOVEM T4,MB3CT ;SAVE FOR MBXR%G
N3MBX:
POP P,GT ;RESTORE AC(S)
POP P,N3
POP P,N2
POP P,N1
;
MOVE T1,[XWD PF3A3B,PF3A2B] ;BLT SETUP
BLT T1,PF3A2B+10 ;MAKE RECENT OLD
;
POPJ P, ;RETURN
;
;FUNCTION BLOCKS
;
PF3A1: 1,,PF3A1B ;SET
PF3A2: 2,,PF3A2B ;START
PF3A3: 3,,PF3A3B ;READ
;
;SET FUNCTION ARG LIST
;
PF3A1B: 11 ;LENGTH OF BLOCK
EXP 1B3 ;YES WE ARE A KL(!)
EXP 3B17!1B18!1B19 ;CPU3 ,CLEAR AND DURATION MODE
0 ;NO CACHE STUFF
Z ;NO PI STUFF
EXP 1B0 ;EXEC MODE PC
0 ;NO MICROCODE ENA
0 ;NO PROBE ENABLES
0 ;NO JOB ENABLES
0 ;NO RH20 ENAABLE
;START
PF3A2B: EXP 7 ;DATA RETURNED IF OK
OCT 3 ;CPU3
BLOCK 7
;READ
PF3A3B: EXP 7 ;DATA RETURNED IF OK
OCT 3 ;CPU3
BLOCK 7
;
;HERE TO SET UP FOR MBOX REFERENCES COUNTS
MBX3%I: MOVE T1,NCPU ;[217] GET # CPUS
CAIGE T1,1+3 ;[217] DOES CPU3 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
POPJ P, ;AND RETURN
]
MOVE T1,PF3A1B ;IS EXEC ON???
SKIPE T1 ;NOPE
JRST [SETZM MB3ON
PJRST DBCORE
]
OUTSTR [ASCIZ/
NEED PERF BOARD TO GET MBXR-CPU3
/]
SETOM TAB.P(J) ;TURN OFF MBXR
POPJ P,
;
MBX3%G: MOVE GT,MB3CT ;GET COUNT
MOVEM GT,@TAB.P(J) ;FOR TRACK
POPJ P,
MB3CT: 0
MB3ON: -1
;[217] END OF PERF METER SUPPORT FOR CPU3
;[217] BEGINNING OF PERFORMANCE METER CODE FOR CPU4
;
; THIS RUN TO METER EXEC TIME-CPU4
EXE4%I: MOVE T1,NCPU ;GET # CPUS
skipe mbord4 ;user want board on cpu4?
CAIGE T1,5 ;CPU4 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
setzm pf4a1b
POPJ P, ;AND RETURN
] ;END LITERAL..NO CPU1
MOVE T1,[XWD 2,PF4A1] ;TO GET METER
PERF. T1, ;TRY IT
JRST [OUTSTR [ASCIZ/
NOT ABLE TO ALLOCATE PERFORMANCE METER-CPU4
/]
SETOM TAB.P(J) ;CLEAR IT
SETZM PF4A1B ;TELL MBXR NO GO
POPJ P, ;RETURN
]
PJRST DBCORE ;SET UP CORE
;
;
EXE4%G: MOVE T1,NCPU ;[217] GET # CPUS
CAIGE T1,1+4 ;[217] CPU4 EXIST?
POPJ P, ;NO..RETURN
MOVE T1,[XWD 1,PF4A3] ;READ METER
PERF. T1, ;DO IT
POPJ P, ;NOPE GO AWAY
;
;
PUSH P,N1 ;SAVE A FEW AC(S)
PUSH P,N2 ;DITTO
PUSH P,N3 ;DITTO
PUSH P,GT ;DITTO
;
; COMPUTE % OF TIME SPENT IN EXEC MODE BASED ON TIME
; BASE INCREMENT FROM PERF BOARD AND EXEC TIME BASE
; INCREMENT FROM PERF BOARD.
;
; NOTE THAT THE ELAPSED TIME ASSUMES A CLOCK RATE OF 1MHZ
; AND THAT THE EXEC TIME BASE ASSUMES A CLOCK RATE OF 1/2
; THE SYSTEM CLOCK RATE.
;
; FOR OUR SYSTEMS (KL1090-B) THE CLOCK RATE IS 30MHZ.
; THE HALF CLOCK RATE IS 15MHZ.
; SEE THE HARDWARE REF MANUAL ..PERFORMANCE AND ACCOUNTING
;
DMOVE T1,PF4A3B+2 ;GET TIME WE FINISHED
DSUB T1,PF4A2B+2 ;SUBTRACT ORIGINAL COUNT
ASHC T1 ,-^D12 ;ELIMINATE RESERVED
FLTR T2,T2 ;FLOAT...SINGLE PRESISION
FDVR T2,[EXP 1000000.] ;CONVERT TO SECONDS.
;
; NOW FOR TIME (SECONDS) SPENT IN EXEC MODE PC.
;
DMOVE N1,PF4A3B+4 ;GET DURATION IN EXEC
DSUB N1,PF4A2B+4 ;SUB FROM ORIG
ASHC N1,-^D12 ;ELIMINATE RESERVED BITS
FLTR N2,N2 ;FLOAT...SINGLE PRES.
FDVR N2,[EXP 15000000.] ;CONVERT TO SECONDS.
;
; NOW FOR THE PERCENTAGE CALULATION.
;
FDVR N2,T2 ;EXEC/ELAPSED
FMPR N2,[EXP 100.] ;TO %
FIXR N2,N2 ;TO INTEGER
MOVEM N2,@TAB.P(J) ;FOR TRACK
;
; ALL DONE...
;
;DO STUFF FOR MBOX REFS
MOVE T1,MB4ON ;MBOX ON???
JUMPN T1,N4MBX ;NOPE
DMOVE T3,PF4A3B+6 ;GET NEW COUNT
DSUB T3,PF4A2B+6 ;FROM ORIGINAL
ASHC T3,-^D12 ;GET RID OF 00000'S
FLTR T4,T4 ;MAKE ARITH EASY TO FOLLOW
FDVR T4,[EXP 1000.0] ;CONVERT TO K
FDVR T4,T2 ;CONVERT TO K/SEC(PERF TIME BASE)
FIXR T4,T4 ;SO TRACK WILL UNDERSTAND
MOVEM T4,MB4CT ;SAVE FOR MBXR%G
N4MBX:
POP P,GT ;RESTORE AC(S)
POP P,N3
POP P,N2
POP P,N1
;
MOVE T1,[XWD PF4A3B,PF4A2B] ;BLT SETUP
BLT T1,PF4A2B+10 ;MAKE RECENT OLD
;
POPJ P, ;RETURN
;
;FUNCTION BLOCKS
;
PF4A1: 1,,PF4A1B ;SET
PF4A2: 2,,PF4A2B ;START
PF4A3: 3,,PF4A3B ;READ
;
;SET FUNCTION ARG LIST
;
PF4A1B: 11 ;LENGTH OF BLOCK
EXP 1B3 ;YES WE ARE A KL(!)
EXP 4B17!1B18!1B19 ;CPU4 ,CLEAR AND DURATION MODE
0 ;NO CACHE STUFF
Z ;NO PI STUFF
EXP 1B0 ;EXEC MODE PC
0 ;NO MICROCODE ENA
0 ;NO PROBE ENABLES
0 ;NO JOB ENABLES
0 ;NO RH20 ENAABLE
;START
PF4A2B: EXP 7 ;DATA RETURNED IF OK
OCT 4 ;CPU4
BLOCK 7
;READ
PF4A3B: EXP 7 ;DATA RETURNED IF OK
OCT 4 ;CPU4
BLOCK 7
;
;HERE TO SET UP FOR MBOX REFERENCES COUNTS
MBX4%I: MOVE T1,NCPU ;[217] GET # CPUS
CAIGE T1,1+4 ;[217] DOES CPU4 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
POPJ P, ;AND RETURN
]
MOVE T1,PF4A1B ;IS EXEC ON???
SKIPE T1 ;NOPE
JRST [SETZM MB4ON
PJRST DBCORE
]
OUTSTR [ASCIZ/
NEED PERF BOARD TO GET MBXR-CPU4
/]
SETOM TAB.P(J) ;TURN OFF MBXR
POPJ P,
;
MBX4%G: MOVE GT,MB4CT ;GET COUNT
MOVEM GT,@TAB.P(J) ;FOR TRACK
POPJ P,
MB4CT: 0
MB4ON: -1
;[217] END OF PERF METER SUPPORT FOR CPU4
;[217] BEGINNING OF PERFORMANCE METER CODE FOR CPU5
;
; THIS RUN TO METER EXEC TIME-CPU5
EXE5%I: MOVE T1,NCPU ;GET # CPUS
skipe mbord5 ;user want board on cpu5?
CAIGE T1,6 ;CPU5 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
setzm pf5a1b
POPJ P, ;AND RETURN
] ;END LITERAL..NO CPU1
MOVE T1,[XWD 2,PF5A1] ;TO GET METER
PERF. T1, ;TRY IT
JRST [OUTSTR [ASCIZ/
NOT ABLE TO ALLOCATE PERFORMANCE METER-CPU5
/]
SETOM TAB.P(J) ;CLEAR IT
SETZM PF5A1B ;TELL MBXR NO GO
POPJ P, ;RETURN
]
PJRST DBCORE ;SET UP CORE
;
;
EXE5%G: MOVE T1,NCPU ; GET # CPUS
CAIGE T1,1+5 ; CPU5 EXIST?
POPJ P, ;NO..RETURN
MOVE T1,[XWD 1,PF5A3] ;READ METER
PERF. T1, ;DO IT
POPJ P, ;NOPE GO AWAY
;
;
PUSH P,N1 ;SAVE A FEW AC(S)
PUSH P,N2 ;DITTO
PUSH P,N3 ;DITTO
PUSH P,GT ;DITTO
;
; COMPUTE % OF TIME SPENT IN EXEC MODE BASED ON TIME
; BASE INCREMENT FROM PERF BOARD AND EXEC TIME BASE
; INCREMENT FROM PERF BOARD.
;
; NOTE THAT THE ELAPSED TIME ASSUMES A CLOCK RATE OF 1MHZ
; AND THAT THE EXEC TIME BASE ASSUMES A CLOCK RATE OF 1/2
; THE SYSTEM CLOCK RATE.
;
; FOR OUR SYSTEMS (KL1090-B) THE CLOCK RATE IS 30MHZ.
; THE HALF CLOCK RATE IS 15MHZ.
; SEE THE HARDWARE REF MANUAL ..PERFORMANCE AND ACCOUNTING
;
DMOVE T1,PF5A3B+2 ;GET TIME WE FINISHED
DSUB T1,PF5A2B+2 ;SUBTRACT ORIGINAL COUNT
ASHC T1 ,-^D12 ;ELIMINATE RESERVED
FLTR T2,T2 ;FLOAT...SINGLE PRESISION
FDVR T2,[EXP 1000000.] ;CONVERT TO SECONDS.
;
; NOW FOR TIME (SECONDS) SPENT IN EXEC MODE PC.
;
DMOVE N1,PF5A3B+4 ;GET DURATION IN EXEC
DSUB N1,PF5A2B+4 ;SUB FROM ORIG
ASHC N1,-^D12 ;ELIMINATE RESERVED BITS
FLTR N2,N2 ;FLOAT...SINGLE PRES.
FDVR N2,[EXP 15000000.] ;CONVERT TO SECONDS.
;
; NOW FOR THE PERCENTAGE CALULATION.
;
FDVR N2,T2 ;EXEC/ELAPSED
FMPR N2,[EXP 100.] ;TO %
FIXR N2,N2 ;TO INTEGER
MOVEM N2,@TAB.P(J) ;FOR TRACK
;
; ALL DONE...
;
;DO STUFF FOR MBOX REFS
MOVE T1,MB5ON ;MBOX ON???
JUMPN T1,N5MBX ;NOPE
DMOVE T3,PF5A3B+6 ;GET NEW COUNT
DSUB T3,PF5A2B+6 ;FROM ORIGINAL
ASHC T3,-^D12 ;GET RID OF 00000'S
FLTR T4,T4 ;MAKE ARITH EASY TO FOLLOW
FDVR T4,[EXP 1000.0] ;CONVERT TO K
FDVR T4,T2 ;CONVERT TO K/SEC(PERF TIME BASE)
FIXR T4,T4 ;SO TRACK WILL UNDERSTAND
MOVEM T4,MB5CT ;SAVE FOR MBXR%G
N5MBX:
POP P,GT ;RESTORE AC(S)
POP P,N3
POP P,N2
POP P,N1
;
MOVE T1,[XWD PF5A3B,PF5A2B] ;BLT SETUP
BLT T1,PF5A2B+10 ;MAKE RECENT OLD
;
POPJ P, ;RETURN
;
;FUNCTION BLOCKS
;
PF5A1: 1,,PF5A1B ;SET
PF5A2: 2,,PF5A2B ;START
PF5A3: 3,,PF5A3B ;READ
;
;SET FUNCTION ARG LIST
;
PF5A1B: 11 ;LENGTH OF BLOCK
EXP 1B3 ;YES WE ARE A KL(!)
EXP 5B17!1B18!1B19 ;CPU5 ,CLEAR AND DURATION MODE
0 ;NO CACHE STUFF
Z ;NO PI STUFF
EXP 1B0 ;EXEC MODE PC
0 ;NO MICROCODE ENA
0 ;NO PROBE ENABLES
0 ;NO JOB ENABLES
0 ;NO RH20 ENAABLE
;START
PF5A2B: EXP 7 ;DATA RETURNED IF OK
OCT 5 ;CPU5
BLOCK 7
;READ
PF5A3B: EXP 7 ;DATA RETURNED IF OK
OCT 5 ;CPU5
BLOCK 7
;
;HERE TO SET UP FOR MBOX REFERENCES COUNTS
MBX5%I: MOVE T1,NCPU ;GET # CPUS
CAIGE T1,1+5 ;DOES CPU5 EXIST?
JRST [ SETOM TAB.P(J);CLEAR TABLE
POPJ P, ;AND RETURN
]
MOVE T1,PF5A1B ;IS EXEC ON???
SKIPE T1 ;NOPE
JRST [SETZM MB5ON
PJRST DBCORE
]
OUTSTR [ASCIZ/
NEED PERF BOARD TO GET MBXR-CPU5
/]
SETOM TAB.P(J) ;TURN OFF MBXR
POPJ P,
;
MBX5%G: MOVE GT,MB5CT ;GET COUNT
MOVEM GT,@TAB.P(J) ;FOR TRACK
POPJ P,
MB5CT: 0
MB5ON: -1
; END OF PERF METER SUPPORT FOR CPU5
;SCDPER DATA
;SEE SCHED1.MAC SCDPER:
;FOR USE IN 603+SCHED LIR OR 603.A + MONITORS
;
SDGS%I: MOVE GT,[%SPDGS] ;DTA GEN SLEEPS
PJRST DBOPTN
SDGS%G: MOVE GT,[%SPDGS]
PJRST SIMINC
;
SMGS%I: MOVE GT,[%SPMGS] ;MTA GEN SLEEPS
PJRST DBOPTN
SMGS%G: MOVE GT,[%SPMGS]
PJRST SIMINC
;
SEWS%I: MOVE GT,[%SPEWS] ;EVENT WAIT SATIS.
PJRST DBOPTN
SEWS%G: MOVE GT,[%SPEWS]
PJRST SIMINC
;
STIS%I: MOVE GT,[%SPTIS] ;TTY INP WAIT SATIS.
PJRST DBOPTN
STIS%G: MOVE GT,[%SPTIS]
PJRST SIMINC
;
STOS%I: MOVE GT,[%SPTOS] ;TTY OUTPUT SATIS.
PJRST DBOPTN
STOS%G: MOVE GT,[%SPTOS]
PJRST SIMINC
;
SPIS%I: MOVE GT,[%SPPIS] ;PTY INPUT SATIS.
PJRST DBOPTN
SPIS%G: MOVE GT,[%SPPIS]
PJRST SIMINC
;
SPOS%I: MOVE GT,[%SPPOS] ;PTY OUTPUT SATIS.
PJRST DBOPTN
SPOS%G: MOVE GT,[%SPPOS]
PJRST SIMINC
;
SRS1%I: MOVE GT,[%SPRS1] ;SS TO PQ1 REQ
PJRST DBOPTN
SRS1%G: MOVE GT,[%SPRS1]
PJRST SIMINC
;
SRW1%I: MOVE GT,[%SPRW1] ;WAKE TO PQ1 REQ
PJRST DBOPTN
SRW1%G: MOVE GT,[%SPRW1]
PJRST SIMINC
;
SRD1%I: MOVE GT,[%SPRD1] ;JD WAIT SATIS TO PQ1 REQ
PJRST DBOPTN
SRD1%G: MOVE GT,[%SPRD1]
PJRST SIMINC
;
SRO1%I: MOVE GT,[%SPRO1] ;OTHER TO PQ1 REQ
PJRST DBOPTN
SRO1%G: MOVE GT,[%SPRO1]
PJRST SIMINC
;
SQR1%I: MOVE GT,[%SPQR1] ;PQ1 QUANTUM EXPIRE
PJRST DBOPTN
SQR1%G: MOVE GT,[%SPQR1]
PJRST SIMINC
;
SQR2%I: MOVE GT,[%SPQR2] ;PQ2 QUANTUM EXPIRE
PJRST DBOPTN
SQR2%G: MOVE GT,[%SPQR2]
PJRST SIMINC
;
SQRH%I: MOVE GT,[%SPQRH] ;HPQ QUANTUM EXPIRE
PJRST DBOPTN
SQRH%G: MOVE GT,[%SPQRH]
PJRST SIMINC
;
SIP1%I: MOVE GT,[%SPIP1] ;PQ1 ICPT EXPIRE
PJRST DBOPTN
SIP1%G: MOVE GT,[%SPIP1]
PJRST SIMINC
;
SIP2%I: MOVE GT,[%SPIP2] ;PQ2 ICPT EXPIRE
PJRST DBOPTN
SIP2%G: MOVE GT,[%SPIP2]
PJRST SIMINC
;
SIPH%I: MOVE GT,[%SPIPH] ;HPQ ICPT EXPIRE
PJRST DBOPTN
SIPH%G: MOVE GT,[%SPIPH]
PJRST SIMINC
;
SKS1%I: MOVE GT,[%SPKS1] ;SWAP IN K PQ1
PJRST DBOPTN
SKS1%G: MOVE GT,[%SPKS1]
PJRST SIMINC
;
SKS2%I: MOVE GT,[%SPKS2] ;SWAP IN K PQ2
PJRST DBOPTN
SKS2%G: MOVE GT,[%SPKS2]
PJRST SIMINC
;
SKSH%I: MOVE GT,[%SPKSH] ;SWAP IN K HPQ
PJRST DBOPTN
SKSH%G: MOVE GT,[%SPKSH]
PJRST SIMINC
;
SNJ1%I: MOVE GT,[%SPNJ1] ;PQ1 JOBS SWAPPED IN
PJRST DBOPTN
SNJ1%G: MOVE GT,[%SPNJ1]
PJRST SIMINC
;
SNJ2%I: MOVE GT,[%SPNJ2] ;PQ2 JOBS SWAPPED IN
PJRST DBOPTN
SNJ2%G: MOVE GT,[%SPNJ2]
PJRST SIMINC
;
SNJH%I: MOVE GT,[%SPNJH] ;HPQ JOBS SWAPPED IN
PJRST DBOPTN
SNJH%G: MOVE GT,[%SPNJH]
PJRST SIMINC
;
; EBOX/MBOX SINCE HI PRES ACCOUTING USED ...SEE CLOCK1.MAC
STC1%I: MOVE GT,[%SPTC1] ;PQ1 EBOX/MBOX TICKS
PJRST DBOPTN
STC1%G: MOVE GT,[%SPTC1]
PJRST SIMINC
STC2%I: MOVE GT,[%SPTC2] ;PQ2 EBOX/MBOX TICKS
PJRST DBOPTN
STC2%G: MOVE GT,[%SPTC2]
PJRST SIMINC
;
STCH%I: MOVE GT,[%SPTCH] ;HPQ EBOX/MBOX TICKS
PJRST DBOPTN
STCH%G: MOVE GT,[%SPTCH]
PJRST SIMINC
;
; NOW FOR THE WASTED CORE STUFF.
;
WASK%I: MOVE GT,[%SPMWC] ;# OF MEASUREMENTS
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,WASK%C ;# OF MEASUREMEMTS.
MOVE GT,[%SPSWC] ;SUM OF WASTED PAGES
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,WASK%P ;PAGES
PJRST DBCORE ;ALLOCATE CORE.
;
;INCREMETAL DATA COLLECTION
;
WASK%G: MOVE GT,[%SPMWC] ;# OF MEASUREMENTS
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,WASK%D ;NEW COUNT...SAVE IT
MOVE GT,[%SPSWC] ;SUM OF WASTED PAGES
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,WASK%Q ;NEW SUM OF PAGES
;
; SAVE A FEW AC(S)
;
PUSH P,N1
PUSH P,N2
;
MOVE N1,WASK%P ;PREVIOUS PAGES
MOVE N2,WASK%C ;PREVIOUS COUNT
SUBM GT,N1 ;INCREMENTAL PAGES .. N1
MOVE GT,WASK%D ;NEW COUNT
SUBM GT,N2 ;INCREMENTAL COUNT
FLTR N1,N1 ;MAKE THE ARITMETIC
FLTR N2,N2 ;EASY TO DO
FDVR N1,N2 ;INC PAGES/INC COUNT
FIXR N1,N1 ;SO TRACK WILL UNDERSTAND
MOVE GT,N1 ;FOR STONXT
;
; RESTORE N1 & N2
;
POP P,N1
POP P,N2
PUSHJ P,STONXT ;STORE IN NEXT CELL
;
MOVE GT,WASK%D ;MAKE RECENT OLD
MOVEM GT,WASK%C ;COUNT...
MOVE GT,WASK%Q ;MAKE RECENT OLD
MOVEM GT,WASK%P ;PAGES
POPJ P, ;EXIT/RETURN
;
;
;THE FUNNY LITTLE DATA BASE
;
WASK%C: Z
WASK%P: Z
WASK%D: Z
WASK%Q: Z
;
; NOW FOR CMQ/PQ1 SWAP IN RESPONSE TIME
;
CPSI%I: MOVE GT,[%SPNRS] ;# OF RESPONSES CMQ/PQ1 SWAP IN
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,CPSI%R ;# OF RESPONSES.
MOVE GT,[%SPNTS] ;TOTAL TICKS
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,CPSI%T ;TICKS
PJRST DBCORE ;ALLOCATE CORE.
;
;INCREMETAL DATA COLLECTION
;
CPSI%G: MOVE GT,[%SPNRS] ;# OF RESPONSES
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,CPSI%S ;NEW RESPONSE COUNT...SAVE IT
MOVE GT,[%SPNTS] ;SUM OF TICKS
PUSHJ P,FETTAB ;NON OPTIONAL
MOVEM GT,CPSI%U ;NEW TICK VALUE
;
; SAVE A FEW AC(S)
;
PUSH P,N1
PUSH P,N2
;
MOVE N1,CPSI%T ;PREVIOUS TICKS
MOVE N2,CPSI%R ;PREVIOUS COUNT OF RESPONSES
SUBM GT,N1 ;INCREMENTAL TICKS .. N1
MOVE GT,CPSI%S ;NEW COUNT OF RESPONSES
SUBM GT,N2 ;INCREMENTAL COUNT
FLTR N1,N1 ;MAKE THE ARITMETIC
FLTR N2,N2 ;EASY TO DO
FDVR N1,N2 ;TICKS/RESPONSES.
FIXR N1,N1 ;SO TRACK WILL UNDERSTAND
MOVE GT,N1 ;FOR STONXT
;
; RESTORE N1 & N2
;
POP P,N1
POP P,N2
PUSHJ P,STONXT ;STORE IN NEXT CELL
;
MOVE GT,CPSI%S ;MAKE RECENT OLD
MOVEM GT,CPSI%R ;COUNT OF RESPONSES...
MOVE GT,CPSI%U ;MAKE RECENT OLD
MOVEM GT,CPSI%T ;TICKS
POPJ P, ;EXIT/RETURN
;
;
;THE FUNNY LITTLE DATA BASE
;
CPSI%R: Z
CPSI%T: Z
CPSI%S: Z
CPSI%U: Z
;
;** END OF INDIVIDUAL ROUTINES ***
SUBTTL DATA AREA
;TABLE OF FIELD LENGTHS FOR POSITIONING ROUTINE
; NOTE : LENGTH OF HIGH CORE FIELD IS FOR BOTH HIGH AND LOW
;
DEFINE X(A,B,C) <
IFN B, <P.'A: EXP B >>
SPATAB: DATUMS
%NUMFL==.-SPATAB
; HERE WE MAKE A TABLE OF 12 MONTHS FOR THE SYSDAT MODULE
DEFINE X(AA),
<IRP AA
< SIXBIT/-'AA'-/>>
MONTAB:
X <JAN,FEB,MAR,APR,MAY,JUN,JUL,AUG,SEP,OCT,NOV,DEC>
; AND MAKE A DAY TABLE TOO
DAYTAB: SIXBIT/(WED)/
SIXBIT/(THUR)/
SIXBIT/(FRI)/
SIXBIT/(SAT)/
SIXBIT/(SUN)/
SIXBIT/(MON)/
SIXBIT/(TUES)/
; HERE WE DEFINE THE PURE TABLES FOR THE SYSDAT MODULE
IFN SYS, <
; NOW IS THE VARIANCE TABLE, FOR EACH ITEM IT CONTAINS THE RANGE
; OVER WHICH WE MAY GROUP ITEMS TOGETHER FOR THE "PERCENT OF TOTAL
; IN THE RANGE X TO Y" ROUTINE (OUTDB?)
; DEFINE THIS AS 1 IF EACH POINT IS TO BE DISCRETE
; EACH ENTRY HAS THE FORM : XXXX.V: EXP VARIANCE THIS ITEM
;
DEFINE X(AA,BB,CC,DD,EE,FF)<
BB'.V:
IFG FF, <EXP FF>
IFLE FF, <PRINTX ?VALUES FOR SYSDAT VARIANCE MUST BE 1 OR GREATER
EXP 1>>
TAB.V: SYSDAT
LEN.V==.-TAB.V
; HERE WE HAVE THE TABLE OF INITIALIZING ROUTINES
; THEY ARE CALLED ONCE , WHEN WE FIRST GO INTO THE SYSDAT MODULE
; THEY SET UP POINTERS, PERHAPS GET FIXED ADDRESSES TO AVOID GETTABS,ETC
; THIS TABLE CONTAINS THE ADDRESS OF THE INITIALIZING ROUTINES
; A ZERO ENTRY INDICATES NO ROUTINE
; NOTE: THESE ROUTINES CALL ASSCOR AND SET UP THE DATA BLOCKS
;
DEFINE X(AA,BB,CC,DD,EE,FF)<
BB'.I: EXP CC
>
TAB.I: SYSDAT
LEN.I==.-TAB.I
; HERE WE DEFINE TABLE OF ADDRESSES FOR GATHERING DATA ROUTINES
;
; EACH ENTRY IS THE ADDRESS OF A ROUTINE FOR PUSHING TO , TO GET
; DATA ON EACH LOOK. ROUTINES FOR INITIALIZING,GETTING AND DISPLAYING
; SHOULD ALL END WITH A POPJ TO RETURN.
; AS WITH INITIALIZING, A ZERO ENTRY MEANS NO ROUTINE IS TO BE DONE
;
; EACH ENTRY IS OF THE FORM: XXXX.G: EXP GATHER ROUTINE
DEFINE X(AA,BB,CC,DD,EE,FF)<
BB'.G: EXP DD
>
TAB.G:
SYSDAT
LEN.G==.-TAB.G
; HERE WE MAKE THE TABLE OF POINTERS TO DATUM LABELS
; IT IS OF THE FORM XXXX.N: 0,,ADDR LABEL IN ASCIZ
DEFINE X(AA,BB,CC,DD,EE,FF)<
IFDIF <AA> <0>,<
BB'.N: [ASCIZ\AA\] >
IFIDN <AA> <0>,<
BB'.N: EXP 0>>
TAB.N: SYSDAT
LEN.N==.-TAB.N
; FINALLY, WE DEFINE A TABLE CONTAINING THE ADDRESSES OF THE OUTPUT
; ROUTINES. EACH ENTRY IS A POINTER TO A ROUTINE TO DO A PRINTOUT
; OF THE DATA BLOCK. SEE THE CODE FOR A DESCRIPTION OF AVAILABLE
; ROUTINES.
;
; EACH ENTRY IS OF THE FORM XXXX.D: EXP PRINT ROUTINE
;
; A ZERO ENTRY IS OF COURSE AN INSTRUCTION TO DO NO DISPLAYING OF THE
; ITEM
DEFINE X(AA,BB,CC,DD,EE,FF)<
BB'.D: EXP EE
>
TAB.D:
SYSDAT
LEN.D==.-TAB.D
; FORM A TABLE OF 4 LETTER SIXBIT CODES , 1 FOR EACH
; ITEM. THE TABLE IS USED FOR FORMAT:TRACE TYPE REPORTS AND FOR
; ARGUMENTS TO /INCLUDE AND /EXCLUDE
; THE 4 LETTERS ARE THE SECOND ARGUMENT IN THE SYSDAT MACRO
; FORM IS: XXXX.C: SIXBIT/XXXX/
;
DEFINE X(AA,BB,CC,DD,EE,FF)<
BB'.C: SIXBIT/BB/>
TAB.C: SYSDAT
LEN.C==.-TAB.C
; END OF CONDITIONAL FOR SYSDAT TABLES >
;** POSSIBLE START OF IMPURE AREA **
IFN PURESW, < RELOC >
LOWBEG==. ;START OF CORE AREA TO CLEAR ON START AND RESTART
; THIS BLOCK CONTAINS THE CURRENT DATA ON JOB
DEFINE X(A,B,C)<
C.'A: BLOCK 1 >
CURDAT: DATUMS
SIZDAT==.-CURDAT ;SIZE OF THIS BLOCK
; THIS BLOCK CONTAINS THE OLD CURRENT DATA ON JOB
DEFINE X(A,B,C)<
O.'A==C.'A-CURDAT>
;SINCE THESE ARE OFFSETS TO FREE CORE LOCATIONS
;WITH AC J SET UP AS BASE ADDRESS, DONT GET REAL LOCATIONS
DATUMS
OLDAT==CURDAT-CURDAT
QTUM: BLOCK 1 ;TIME TO SLEEP BETWEEN LOOKS
SAVNUM: BLOCK 1 ;THE TTY OR JOB NUMBER USER WANTS TO WATCH
SAVPOP: BLOCK 1 ;PPN OR PROGRAM THAT WE ARE WATCHING
CTRKJ: BLOCK 1 ;-1 WHEN TRACKING AN ACTIVE JOB
DEFCMP: BLOCK 1 ;BIT MAP FOR DEFINING WHAT /COMPARE DOES
SLPTIM: BLOCK 1 ;TIME WE WENT TO SLEEP LAST IN MS SINCE MID.
SLPQT: BLOCK 1 ;SAME AS QTUM EXCEPT IN MILLISECONDS
LOOKS: BLOCK 1 ;NUMBER OF LOOKS TO TAKE BEFORE EXITING (0=INFINITE)
HIJOB: BLOCK 1 ;HIGHEST JOB NUMBER CURRENTLY ASSIGNED
MAXTTY: BLOCK 1 ;HIGHEST TTY NUMBER EXISTANT
MAXJOB: BLOCK 1 ;HIGHEST NUMBER OF JOBS
MYPPN: BLOCK 1 ;PPN OF THIS JOB
MYJOB: BLOCK 1 ;JOB NR. OF JOB RUNNING
SAVUP: BLOCK 1 ;NEG. TIME OF DAY ENTERED LOOKUP&PRINT
SAVST: BLOCK 1 ;TIME STARTING REPORT
SAVSTU: BLOCK 1 ;REPORT START TIME IN UNIVERSAL FORMAT
SAVUPU: BLOCK 1 ;REPORT END TIME IN UNIVERSAL FORMAT
JSTFLG: BLOCK 1 ;SET TO -1 WHEN WANT OUTPUT LINED UP
RVAL: BLOCK 1 ;VALUE OF /R REPORT COUNTER
AVALC: BLOCK 1 ;COUNTER FOR FILSAV ROUTINE
AVAL: BLOCK 1 ;MASTER COPY OF AVALC, PRINTOUTS/SAVE
SDISK: BLOCK 1 ;-1 MEANS WATCH ALL DISKS
;0 MEANS WATCH ONLY DISKS IN SYSTEM SL
OUTRUN: BLOCK 1 ;OUTPUT RUNTIME
OUTRD: BLOCK 1 ;OUTPUT READS
OUTWR: BLOCK 1 ;OUTPUT WRITES
NCPU: BLOCK 1 ; # CPUS MONITORS WAS BUILT FOR
mbord0: block 1 ;use meter board on cpu0
mbord1: block 1 ;use meter board on cpu1
mbord2: block 1 ;use meter board on cpu2
mbord3: block 1 ;use meter board on cpu3
mbord4: block 1 ;use meter board on cpu4
mbord5: block 1 ;use meter board on cpu5
; STUFF FOR SPYING
MAXGTB: BLOCK 1 ;CONTAINS NUMBER OF GETTAB TABLES
TABTAB: BLOCK 1 ;ADDRESS OF GETTAB IMMEDIATE TABLE
PDBPTR: BLOCK 1 ;POINTER TO PDB TABLE (JBTPDB)
; DEBUG BLOCK POINTED TO BY .JBOPS (LOC 135)
;MAY BE USEFUL SOME DAY FOR ERROR DEBUGGING
DEBBLK:
SAVGT: BLOCK 1 ;SAVE GETTAB ARGS
SAVADR: BLOCK 1 ;SAVE EXEC ADDRESS OF LAST SPY
ERRPC: BLOCK 1 ;ADDRESS ERRMSG LAST CALLED FROM
MEMUNI: BLOCK 1 ;ASCII K OR P DEPENDING ON PROCESSOR
LASTOK: BLOCK <MAXTOK+1+4>/5 ;LAST TOKEN INPUT
OLDPTR: BLOCK 1 ;POINTER TO BASE OF OLD DATA
SWIDX: BLOCK 1 ;BASE OF ADDRESS OF TABLE FOR TABLUK
LASSW: BLOCK 1 ;SIXBIT NAME OF LAST SWITCH SEEN
HPQREQ: BLOCK 1 ;HPQ NUMBER THAT USER REQUESTED
EXCFLG: BLOCK 1 ;0/-1 FOR INCLUDE/EXCLUDE
; IO AREA
TYBUF: BLOCK 3
SAVFF: BLOCK 1 ;REMEMBERED VALUE OF JOBFF
; AREA FOR COMMAND INPUT
;[*] NEW AND OLDER LOCATIONS..
FSTFLG: BLOCK 1 ;[*]SET TO -1 FOR FIRST TIME
TODAY: BLOCK 1 ;[*]TODAY'S DATE FOR DAILY STUFF
NEWNAM: BLOCK 1 ;[*]NAME FOR THE NEXT DAILY FILE
DAILYF: BLOCK 1 ;[*]SEEN /DAILY SWITCH
STRTED: BLOCK 1 ;[*]-1 MEANS THAT TRACK IS ALL INITED AND RUNNING
COMPTR: BLOCK 1 ;PTR TO BYTE IN COMBUF
LASCHR: BLOCK 1 ;LAST CHARACTER SEEN
; AREA FOR FILE SPECIFICATIONS
FILMOD: BLOCK 1 ;GETS FILE MODE FOR OPEN
FILDEV: BLOCK 1 ;GETS DEVICE NAME
FILBUF: BLOCK 1 ;GETS BUFFER ADDRESSES
FILNAM: BLOCK 1 ;GETS FILE NAME
FILEXT: BLOCK 1 ;GET FILE EXTENSION
FILDAT: BLOCK 1 ;GETS FILE DATE
FILPPN: BLOCK 1 ;GETS PPN OR PTR TO PATH BLOCK
LUELEN==.-FILNAM ; SIZE OF LOOKUP BLOCK
PTHADR: BLOCK 1 ;GETS PATH UUO ARG
PTHSCN: BLOCK 1 ;SCAN SWITCH, CURRENTLY ALWAYS LEFT DEFAULT
PTHPPN: BLOCK 1 ;PPN OF PATH SPECIFICATION
PTHSFD: BLOCK MAXSFD+1;MAXIMUM SIZE SFD BLOCK
PTHLEN==.-PTHADR
; ARG BLOCK FOR MULTIPLE ARGUMENT HANDLING
ARGS: BLOCK 26
ARGSLN==.-ARGS
SAVAC: BLOCK 20 ;SAVE THE ACS
CPUTYP: BLOCK 1 ;CPU TYPE OF CPU0 (SAME AS ALL TYPES, HOPEFULLY)
;** DATA AREA FOR SYSDAT MODULE
IFN SYS, <
T.LOOK: BLOCK 1 ;TOTAL LOOKS TAKEN,STARTS WITH LOOK ZERO
NLOOK: BLOCK 1 ;NUMBER OF REPORTS PRINTED
LS.TIC: BLOCK 1 ;LAST TICK TIMER
CU.TIC: BLOCK 1 ;CURRENT TICK TIMER
EL.TIC: BLOCK 1 ;ELAPSED TIME IN TICKS BETWEEN LS,CU.TIC
LS.MS: BLOCK 1 ;LAST MS TIMER
CU.MS: BLOCK 1 ;CURRENT MS TIME
EL.MS: BLOCK 1 ;ELAPSED MS BETWEEN LS.MS,CU.MS
ADJPTR: BLOCK 1 ;PTR TO CURRENT DATA BLOCK ADJUSTED FOR OUTPUT
ADJLOK: BLOCK 1 ;ADJUSTED NUMBER OF LOOKS TAKEN
UL: BLOCK 1 ;UPPER LIMIT OF OUTDB? ROUTINE
LL: BLOCK 1 ;LOWER LIMIT OF OUTDB? ROUTINE
DONFLG: BLOCK 1 ;FLAG IS -1 WHEN OUTDBX IS DONE
VAL: BLOCK 1 ;PERCENT OF TOTAL IN THE RANGE(INTEGER PART)
ROTFLG: BLOCK 1 ;FLAG FOR ROTATING INCREMENTAL VALUES
SUMSQ: BLOCK 1 ;SUM-OF-SQUARES FOR OUTDB? ITEMS
RVALC: BLOCK 1 ;COUNTDOWN OF LOOKS LEFT IN THIS REPORT
SYSNAM: BLOCK 5 ;SYSTEM NAME IN ASCIZ
SYSDTE: BLOCK 2 ;DATE SYSTEM WAS BUILT
SYSVER: BLOCK 1 ;MONITOR VERSION
SYSSIZ: BLOCK 1 ;SIZE OF MONITOR IN WORDS
USIZ: BLOCK 1 ;SIZE OF USER MEMORY IN APPROPRIATE UNITS (K OR P)
IFN FTTRC, <
BAUXWD: BLOCK 1 ;AUXIALLY ID WORD USED FOR TRACE REPORTS
>; END OF IFN FTTRC
INCDIO: BLOCK 1 ;INCREMENTAL USER DISK IO IN BLOCKS
INCSWP: BLOCK 1 ;INCREMENTAL DISK IO IN BLOCKS FOR SWAPPING
DIOTAB: BLOCK 1 ;PTR TO BLOCK LOGMAX LONG FOR DISK IO
KCSTAB: BLOCK 1 ;PTR TO BLOCK LOGMAX LONG FOR INCR. KCS
CPTTAB: BLOCK 1 ;PTR TO BLOCK LOGMAX FOR INCR. CPUT
;
NUMJOB: BLOCK 1 ;NUMBER OF JOBS CURRENTLY LOGGED IN
HISEGN: BLOCK 1 ;HIGH SEGMENT NUMBER SEEN BY GETCOR
JOBTB1: BLOCK 1 ;PTR TO TABLE WITH 1 ENTRY FOR EACH JOB
;HAS FORM J,,ADDRESS OF BLOCK
;FORMAT OF TABLE WORD IS:
; XWD LOW CORE, HIGH CORE IF JOB IS LOGGED IN
; -1 IF JOB NOT LOGGED IN. NOTE THAT
;CORE IS IN UNITS OF K OR P
JOBTB2: BLOCK 1 ;POINTER TO JOB BLOCK . FORMAT OF PTR
;IS SAME AS JOBTB1. 1 WORD FOR EACH JOB
;WORD FORMAT:
;BIT 0 =0 IF JOB IS IN CORE
; =1 IF JOB IS SWAPPED
;BITS 1-17 HIGH SEGMENT NUMBER OR 0
;BIT 18 ON IF STATUS RUN BIT WAS ON
;BITS 19-23 CURRENTLY UNUSED
;BITS 24-35 2 CHR SIXBIT STATUS CODE
;DO NOT SEPARATE SEGTAB THRU ACTCOR
SEGTAB: BLOCK 20 ;BIT MAP 1 BIT PER HISEG. 1 IF ALREADY COUNTED THIS HISEG
SEGPTR: BLOCK 1 ;WILL GET INDIRECT PTR OF SEGTAB+OFFSET(AC)
;IN CORE USE TALLY.
JOBRN: BLOCK 1 ;JOBS IN "RN" STATE
JOBRNC: BLOCK 1 ;JOBS IN "RN" STATE AND IN CORE
JOBSHR: BLOCK 1 ;JOBS IN SHAREABLE RESOURCE QUEUES
JOBTTY: BLOCK 1 ;JOBS IN TI OR TO STATUS
JOBIO: BLOCK 1 ;JOBS IN IO STATUS, CURRENTLY IO,DI,PI
TOTCOR: BLOCK 1 ;TOTAL VIRTUAL CORE IN USE
SHRCOR: BLOCK 1 ;TOTAL CORE IN USE TAKING SHAREING INTO ACCOUNT
ACTCOR: BLOCK 1 ;LIKE SHRCOR, BUT FOR ACTIVE JOBS
UNIPTR: BLOCK 1 ;AOBJN POINTER TO LIST OF DISK UNIT NAMES
UNIDB: BLOCK 1 ;ADDRESS OF LIST OF DBS FOR DISK UNITS AND CHANNELS
NSNCRL: BLOCK 1 ;LAST SEEN VALUE OF MONITOR'S %NSNCR
TNFCC: BLOCK 1 ;TOTAL NR. OF FREE CORE CHUNKS
TNTCH: BLOCK 1 ;TOTAL NR. OF TTY CHUNKS
; HERE WE CREATE THE DATA BLOCK POINTER TABLE.
; NOTE THAT SPACE IS RESERVED FOR EVERY ITEM IN THE SYSDAT
; MACRO, BUT NO POINTERS ARE ACTUALLY CREATED, OR DATA BLOCKS
; CREATED. THIS IS THE RESPONSIBILTY OF THE INITIA ROUTINES
; THATS WHY THIS TABLE IS IN THE IMPURE SECTION OF THE PROGRAM
; EACH ITEM IN THIS TABLE IS INITIALLY OF THE FORM:
; XXXX.P: BLOCK 1
;
; AFTER INITIALIZATION IT IS USUALLY OF THE FORM:
; XXXX.P: L,,ADDR WHERE ADDR IS THE START OF THE
; DATA BLOCK FOR THIS ITEM
DEFINE X(AA,BB,CC,DD,EE,FF)<
BB'.P: BLOCK 1
>
TAB.P: SYSDAT
LEN.P==.-TAB.P
; END OF CONDITIONAL FOR SYSDAT DATA AREA >
; PUSH DOWN LIST
PDL: BLOCK PDSIZE
VAR
LOWEND==.-1 ;END OF CORE AREA TO CLEAR ON START AND RESTART
IFN PURESW, <RELOC >
SCD0: BLOCK 1 ;uscheduling interval (SCDINT)
SCD2: 5 ;class quotas/flags: b0=fixed, 1-17=class, 18-35=quota
BLOCK 5
SCD3: 2 ;pq1, pq2 quantum runtimes
BLOCK 2
SCD6: BLOCK 1 ;min core usage per job (PROTO)
SCD11: BLOCK 1 ;min core usage multiplier (PROT)
SCD13: BLOCK 1 ;min core usage requeue constant (PROT1)
SCD14: BLOCK 1 ;min core usage maximum (PROTM)
SCD15: 3
block 1 ;PQ1 quantum multiplier: rh=quantum multiplier
block 1 ;PQ2 quantum multiplier: rh=quantum multiplier
BLOCK 1 ;scaling factor
SCD16: 2
block 1 ;PQ1 max quantum runtime/queue: rh=max time slice
block 1 ;PQ2 max quantum runtime/queue: rh=max time slice
SCD17: 5 ;secondary class quota: lh=class#, rh=quota
BLOCK 5
SCD20: BLOCK 1 ;time % to scan q swapped in before subqueue (SCDJIL)
SCD21: BLOCK 1 ;swap scan time - (SCDSWP)
SCD24: BLOCK 1 ;scheduler fairness factor
SCD25: BLOCK 1 ;swapper fairness factor (MAXIFC)
SCD26: BLOCK 1 ;incore fairness factor (SCDIOF)
SCD27: BLOCK 1 ;SCDCOR
SCD22: BLOCK 1 ;BACKGROUND BATCH CLASS (BBSUBQ)
SCD23: BLOCK 1 ;BACKGROUND BATCH SWAP TIME (SCDBBS)
SCD4: BLOCK 5 ;CHAN USE FRACTION
;LH=CHAN#, RH=USE FRACTION
SCDEND:
SCDL2=SCDEND-SCD0+1
;
SCDBLK: 0,,SCD0
2,,SCD2
3,,SCD3
6,,SCD6
11,,SCD11
13,,SCD13
14,,SCD14
15,,SCD15
16,,SCD16
17,,SCD17
20,,SCD20
21,,SCD21
24,,SCD24
25,,SCD25
26,,SCD26
27,,SCD27
22,,SCD22 ;BB CLASS
23,,SCD23 ;BB SWAP TIME
4,,SCD4 ;CHAN USE FRACTION
SCDLEN=.-SCDBLK
END TRACK