Trailing-Edge
-
PDP-10 Archives
-
bb-jr93d-bb
-
7,6/ap014/sysdpy.x14
There are 3 other files named sysdpy.x14 in the archive. Click here to see a list.
SUBTTL SYSDPY %703(635) DYNAMIC SYSTAT FOR DISPLAYS 27-MAR-86
SUBTTL /PMW/RDH/GAT
;COPYRIGHT (c) DIGITAL EQUIPMENT CORPORATION 1970,1971,1972,1973,1974,1975,1976,1977,1978,1979,1981,1982,1984,1985,1986. ALL RIGHTS RESERVED.
;
;
;THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
;ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE
;INCLUSION OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER
;COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY
;OTHER PERSON. NO TITLE TO AND OWNERSHIP OF THE SOFTWARE IS HEREBY
;TRANSFERRED.
;
;THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT NOTICE
;AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
;CORPORATION.
;
;DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
;SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY DIGITAL.
SUBTTL VERSION INFORMATION
SEARCH SYSDPU ;SYSDPY'S CHEAP COPIES OF MONITOR'S SYMBOLS
SEARCH JOBDAT,MACTEN,UUOSYM ;SYMBOL DEFINITIONS
SEARCH GLXMAC,QSRMAC,ORNMAC ;FOR QUEUES SYMBOLS
COPYRIGHT (C) DIGITAL EQUIPMENT CORPORATION 1970,1986. ALL RIGHTS RESERVED.
\;END COPYRIGHT MACRO
SALL ;PRETTIER LISTINGS
.DIREC FLBLST ;PRETTIER LISTINGS
;THE VERSION NUMBERS
MAJVER==703 ;MAJOR (RELEASE) VERSION
MINVER==0 ;MINOR (MAINTENANCE) LEVEL
EDTVER==635 ;EDIT LEVEL
CSTVER==0 ;CUSTOMER EDIT LEVEL
LOC .JBVER
BYTE (3)CSTVER(9)MAJVER(6)MINVER(18)EDTVER
RELOC
SUBTTL EDIT HISTORY
;EDIT LEVEL 471 TO 472
;EDIT 1 SYSVBX DID NOT RUN WITHOUT A CORE ARGUMENT ,AS CORE
; EXPANSION WAS DONE AFTER A LOCK UUO
;EDIT 2 ASSIGN AND INIT VALUES WERE NO LONGER PRINTED BY VERSION471
; FOR DEVICES
;EDIT LEVEL 472 TO 474
;EDIT 3 UNMARKED ADD SUPPORT FOR VM SYSTEMS
;EDIT 4 ALWAYS USE REFRESH MODE FOR VM DISPLAY
;EDIT 5 USE IMGIN FOR SIZE OF LOW SEGMENTS ON VM SYSTEMS
;EDIT 6 FOR NONSHARABLE SEGMENTS ON VM SYSTEMS USE RIGHT HAND
; 9 BITS OF LEFT HALF WORD OF JBTSWP ENTRY
;EDIT 7 UPDATE HELP TEXT FOR M COMMAND AND ADD HELP TEXT
; FOR USERS WITHOUT SPY OR PEEK PRIV. USINF F COMMAND
;EDIT 8 UPDATE SECOND LINE OF VM DISPLAY
;EDIT 9 DISPLAY WARNINGS ONLY ONCE
; TO THE NORMAL DISPLAY
; ENTRY IN THE N DISPLAY
;EDIT 10 REPORT K OR P IN SWAP STATISTICS
;EDIT 11 THE AMOUNT OF SWAPPING SPACE USED IS COMPUTED WRONLY
; FOR KI SYSTEMS
;EDIT 12 THE SWAP ERROR COUNT IS COMPUTED IN THE WRONG WAY
; THIS MAY GIVE UNREASONABLY HIGH NUMBER OF ERRORS
;EDIT 13 INCREASE THE SLEEP TIME OF SYSDPY FROM 5 TO 10 SECONDS
;EDIT 14 SINCE VERSION 50665 MSK4KS IS 13 BITS
;EDIT 15 UNPRIVILIGED USERS DID NOT GET AN AUTOMATIC SCREEN REFRESH
; AFTER A WARNING
;EDIT 16 NEW VM DATA IN JOBVRT INTEGRATED
;EDIT 17 SINCE 678 LOAD JBT VRT IS OKAY SO UPDATE PGDATA LOGIC
;EDIT LEVEL 505 TO 506
;EDIT 18 CORRECT PRINTOUT OF VM DATA FOR INDIVIDUAL JOBS
; AND UPDATE SOME COMMENTS
;EDIT 19 PRINT CORRECT SWAPPING RATIO CORRECT EDIT 11
; AND USE RIGHT ACCU
;EDIT 20 LINE NUMBER OF JOBS IS WRONG FOR MONITORS OLDER
; THAN 503 NOT HAVING THE GETTAB ENTRY FOR DDBLDB
;EDIT 21 CORRECT CODE PRINTING LIMIT VALUES FOR SYSTEM
; AND USER PAGING RATES.NOTE: THIS EDIT IS NOT MARKED IN THE
; SOURCE
;EDIT 22 PRINT CORRECT SYSTEM PAGING RATE
; NOTE: EDIT NOT MARKED IN LISTING
;EDIT 507 VTO5-B DOES NOT WORK ON DC72 AT 2400 BAUD AS FILL CHARACTER
; 0 DISAPPEARS THIS IS DUE TO THE DC72 BEING ASSEMBLED
; FEATURE SWITCH FTTOFN .NEQ. 0
; THIS EDIT IS ONLY FOR DOCUMENTATION
;EDIT 510 GIVE STRANGE OPERATING SYSTEMS AND UNPRIVILIGED USERS A CHANCE
; TO SEE LINE NUMBERS BY USING THE TRMNO. AND DEVNAM UUO
;EDIT 511 ADAPT TO NEW NUMTAB FORMAT USE LOAD 721 AS THE TRANSACTION
; NUMTAB CONTAINS ENTRY TYPE VALUE
;EDIT 512 BELIEVE IN NEW DEVJOB ENTRY IN DDB'S
;EDIT 513 MAKE F DISPLAY PAGEABLE
;EDIT 514 CORRECT DEVICE LOGIC FOR 602
;EDIT 515 CLEAN UP CHARACTER INPUT LOGIC
;EDIT 516 MAKE C FILE A UNIVERSAL
;EDIT 517 CLEAN UP ERRORS IN PAGED F DISPLAY
;EDIT 520 WAIT A LITTLE BETWEEN DISPLAYS SO ONE CAN
; READ THE DISPLAY
;EDIT 521 REFRESH THE SREEN WHEN CHANGING THE DISPLAY PROGRAM
;EDIT 522 FIX THE DISAPEARING M DISPLAY
;EDIT 523 FIX REFRESH PROBLEM
;EDIT 524 ONLY ESCAPE COULD ESCAPE FROM A FROZEN SCREEN ALLOW ANY
; CHARACTER
;EDIT 525 USE HRRZ FOR GETTING MONVER
;EDIT 526 PEEK FACILITY WAS NOT RECOGNIZED
;EDIT 527 DONOT DISPLAY AN EMPTY F DISPLAY SCREEN
;EDIT 530 ADAPT TO CHANGED JUMPPT MACRO
;EDIT 531 UNPRIVILIGED JOBS GET DATA FOR CPU1 ON A SINGLE
; CPU SYSTEM
;EDIT 532 ADD HISEG SIZE TO MONITOR SIZE
;edit 533 search universal jobdat file for jobdat symbols
;edit 534 jobs locked into core cannot refresh the screen
;edit 535 too many " dev by how headers" are printed when
; display ends at bottom of a column
;edit 536 d display hangs for unpriviliged users
;edit 537 d display contains extra right paren between w column
; and swap ratio column
;edit 540 add vt61 support
;edit 541 add vt50 supprot
;edit 542 add vt52 support
;edit 543 add network topology "wt" display
;edit 544 add network statistics display
;edit 545 add individual print line for one job on normal display
;edit 546 add control R and A for VT61 support
;edit 547 make edits 540 thru 547 work
;edit 550 make edit 542 work
;edit 551 Fix averages of edit 544
;edit 552 Fix DEVJOB so owner of device is correct
;EDIT 553 VT50 CANNOT (IN GENERAL) CURSOR ADDRESS; NTAVG VALUE FOR
; "\" DISPLAY WRONG (MONITOR INFORMATION STILL ALMOST
; USELESS HOWEVER); "T" HISTOGRAM POWERS OF 2 OFF BY ONE;
; "DEVICE BY HOW" FIELD TOO SMALL FOR "HOW" FOR 5 & 6 CHAR
; DEVICE NAMES (IF 72-COLUMN TERMINAL ONLY 2 COLUMNS CAN
; NOW FIT ON SCREEN); DON'T SHOW HISEG STUFF ON VT50 SINCE
; IT CONFLICTS WITH DEV BY HOW FIELD (AND NEITHER WORKS AS
; A RESULT); ALLOW FOR 3-DIGIT NODE NUMBERS IN "T" DIS-
; PLAY; IMPLEMENT "O" COMMAND TO TOGGLE SUPPRESSION OF
; [OPR] JOBS ON "N" AND "M" DISPLAYS
;EDIT 554 FIX ^A AND ^R COMMANDS - ALSO, IF REVERSE VIDEO MODE
; AND REFRESHING, REFRESH SCREEN IN NORMAL MODE THEN GO
; BACK TO REVERSE VIDEO FOR UPDATING; ON EXIT CLEAR BOTH.
;EDIT 555 GETTAB THE PJOBN INFO (7.01) IF POSSIBLE; DON'T SHOW THE
; DUMMY DDB'S USED FOR TAPE LABELING; SHOW TTY DDB'S NOT
; CONTROLLING A JOB (I.E., IN USE AS AN I/O DEVICE)
;EDIT 556 USE .GTNDB TABLE IF EXTANT FOR NDB POINTERS. CLEANUP.
;EDIT 557 DON'T PRINT INCREMENTAL SYSTEM UPTIMES
; CALL VERSION 434
;EDIT 560 PRINT TRUE USER MEMORY AVAILABLE. ADD "L" COMMAND
; TO LOG THE SCREEN IN LPT:SYSDPY.LOG[-].
;EDIT 561 ADD "Q" COMMAND TO LIST THE QUEUES, COMPRESS "T"
; DISPLAY TO ALLOW FOR MORE NEIGHBORS. ADD (KL ONLY)
; RH20 AND PI USAGE DISPLAYS TO "N" DISPLAY.
;EDIT 562 ADD "N+" AND "N-" COMMANDS. SHOW SECOND UNIT OF DUAL-
; PORTED DISKS IN "F" DISPLAY. (NOTE THAT THIS DEPENDS ON
; DSKCHR RETURNING THE SECOND PORT INFORMATION, WHICH
; IT DOESN'T IN EARLY 7.00 MONITORS. DATE PRINTED WRONG.
; SHOW CACHE SWEEPS ON KS-10 ALSO. "J" DISPLAY DIDN'T DO
; INCREMENTAL RUNTIMES CORRECTLY. NEW VALUES FOR GALAXY
; SYMBOLS. LOG TO DSK:SYSDPY.LOG INSTEAD. CLEAR BOTTOM OF
; SCREEN ON EXIT (GENERAL VOTE SEEMS TO PREFER THIS OVER
; CLEARING ENTIRE SCREEN AND POSITIONING TO HOME).
;SYSDPY %434(562) RELEASED WITH 7.01 MONITOR
;563 BCM 8-JAN-81 SPR 10-30327
; MAKE PICKING UP THE HELP FILE ON HLP: WORK
;564 RDH 15-MAY-81 (GAT SPR 10-30418)
; ALLOW FOR MEMTAB AND PAGTAB IN PHYMAX CALCULATION.
;565 RDH 2-AUG-81 NO SPR
; WHEN LOOKING FOR ALTERNATE DISK PORT, DON'T BE CONFUSED BY FLAG
; BITS (1B0) IN UDB ADDRESS.
;566 RCB 21-AUG-81 NO SPR
; ADD SYSANS FOR VT100'S IN ANSII MODE
;567 RDH 12-OCT-81
; HANDLE NETWORK ("\" DISPLAY) LENGTH .GT. 2**9
;
;570 G. TREMBLAY 15-DEC-81 SPR 10-31707
; REMOVE CODE FROM ROUTINE "INACTC" THAT LOOKS FOR "HB"
; STATE IN QTAB. (THIS ALSO REMOVES TYPO: ACCUMULATER "C"
; SHOULD OF BEEN "D")
;
;571 G. TREMBLAY 18-DEC-81 SPR 10-30777
; ADD CONDITIONAL ASSEMBLY CODE AROUND THE DEFINITION
; LINES THAT REFERENCE SYMBOL "X2SIZE"
;
;572 G.TREMBLAY 23-FEB-82 SPR 10-31193,31484
; FIX >100%s DURING INCREMENTAL VIRTUAL MEMORY DISPLAY(I,M,%)
;
;573 G. TREMBLAY 23-FEB-82 SPR 10-31166
; PRINT LOGMAX IN "Log'd in:" MSG
;
;574 G. TREMBLAY 11-MAR-82
; CORRECT CALCULATION OF ASR TO INCLUDE LOCKED SEGMENT
; SIZES INTO MAXMAX. ALSO ONLY ADD HIGH SEGMENTS INTO ACTUSE
; ONCE. (SYSDPY/SYSTAT's ASR ARE THE SAME NOW)
;
;576 G. TREMBLAY 15-MAR-82 SPR 10-31393
; TRY TO GET QUASAR'S PID EACH "Q" COMMAND IF NOT SUCCESSFUL
; DURING SYSDPY INITIALIZATION.
;
;577 A RIZZOLO 8-JUN-82
; ADD CODE TO GIVE A DISPLAY OF BOTH DECNET LINK STATUS
; AND DECNET NODE STATUS (SPECIAL MESSAGES FOR ANSI TERMINALS).
;
;600 G. TREMBLAY 22-JUL-82 SPR 10-32709
; ADD NEW COMMAND ^N TO SYSDPY TO TOGGLE NON-IDLE JOBS.
;
;601 G. TREMBLAY 18-JAN-83 NO SPR
; GETTAB LDBDCH OFFSET TO CORRECT "T" DISPLAY
;
;602 G. TREMBLAY 28-APR-83 NO SPR
; REMOVE OLD "GODLY" DEBUGGING CODE.
;
;603 G.TREMBLAY 28-APR-83 NO SPR
; LET SYSDPY SEARCH GALAXY UNIVERSALS FOR SYMBOL DEFINITIONS.
;
;604 TARL 28-APR-83
; UPDATE SYSDPY TO USE NEW DNET. UUO FORMAT PER MCO 10716
;
;605 G. TREMBLAY 25-JUL-83 10-33739
; FIX ILL MEM REFERENCES CAUSED BY EDIT 563 WHEN ACCESSING
; EXTERNAL HELP FILE.
;
;606 G. TREMBLAY 6-AUG-83 SPR 10-34051
; CORRECT SYSDPY'S CPU IDLE TIMES TO BE EQUAL TO
; NULL TIME MINUS LOST TIME.
;
;607 RDH 27-NOV-83
; ADD "MTAI/MTAO" PER-CPU FIELDS; ADD DECNET BYTE COUNTS (RENAME "NET"
; TO "ANF", ADD "DCN" FOR DECNET); ADD CHUNK COUNTS TO "TTY CNK:"; ADD
; IPCF STATISTICS; REVAMP "JOBS:" DISPLAY (COMPRESS IT); ADD "^" COMMAND
; TO "SKIP" FIRST PART OF SYSTEM STATISTICS (ALSO INVALID-DELAY FOR
; DECNET); REFORMAT "F" DISPLAY (MINOR CHANGE); USE "!" FOR IDLE
; SUPPRESSION IN BOTH JOB AND DECNET DISPLAY.
; SUPPRESS "PHYMAX" (CAN'T GET IT RIGHT FOR 7.02); REVAMP CALCULATIONS
; FOR ACTUSE/PHYUSE/VIRUSE; CHANGE LOCK ("V") TO CACHED NON-CONTIGUOUS
; NON-EVM MEMORY (MINIMUM LOAD ON SYSTEM); FIX TYPEOUT OF USER NAME
; ("S" DISPLAY) TO ALWAYS TYPE ENTIRE NAME WITH EMBEDDED BLANKS;
; ALWAYS UNLOCK FOR "Q" DISPLAY; FIX "F" DISPLAY FOR NON-DUAL-PORTED
; SYSTEMS (E.G., KS10) WITH FTDUAL=0; CLEAR "L" ON EXIT (AVOID
; "I/O TO UNASSIGNED CHANNEL" ON CONTINUE COMMAND AFTER ^Z).
;
;SYSDPY %435(607) RELEASED WITH 7.02 MONITOR
;
;610 GAT 24-FEB-84 SPR 10-33672
; UPDATE EDIT 600 TO DISPLAY JOBS THAT WERE NON-IDLE BETWEEN SYSDPY
; PASSES. ALLOW A RUNTIME THRESHOLD VALUE TO BE INPUTTED
; TO DISPLAY NON-IDLE JOBS WHOS' RUNTIME EXCEED THE
; THRESHOLD VALUE. CHANGE COMMAND FROM "^N" TO "!"
; COMMAND FORM: "n!" WHERE THRESHOLD = n/100 SECONDS.
;
;611 GAT 18-JUN-84 SPR 10-33292
; ADD AUTO ROLL TO "Q" DISPLAY.
;
;612 RDH 22-JUN-84 NO SPR
; "CPOPJ" FROM ROUTINE GET0 IF NO GETTAB TABLE BASE ADDRESS IS FOUND.
; (M.DECN=0 DOES THIS, CAUSES LOOP, ILL MEM REF, ETC.)
;
;613 RDH 9-JUL-84
; FIRST 7.03 SYSDPY. REMOVE "SEEKS" FROM FILE DISPLAY IN ORDER TO
; EXPAND OTHER COLUMNS; ADD "PR" AND "PW" (PAGING I/O) TO SWAP
; DISPLAY.
;
;614 RDH 23-OCT-84
; MORE 7.03 UPDATING.
;
;615 RDH 5-NOV-84
; MORE 7.03 UPDATING; ADD MORE DECNET OBJECT TYPES.
;
;616 RDH 13-FEB-85
; MORE 7.03 UPDATING; ADD EVEN MORE DECNET OBJECT TYPES; EXPAND "M"
; DISPLAY COLUMNS TO HANDLE LARGER JOB SIZES (HOWEVER STILL NEEDS
; JBTVRT GETTAB'ABLE, SO FOR NOW "VIRTUAL" IS SAME AS "PHYSICAL").
;
;617 RDH 11-APR-85
; USE JBTVIR FOR VIRTUAL PROGRAM SIZES (ALSO FIXES "SWP" DISPLAY).
;
;620 RDH 23-MAY-85
; ADD "ETH" LINE TO SYSTEM DISPLAY.
;
;621 RDH 5-JUN-85
; DI/TI WRONG (DDB ADDRESS NOW IN JBTDDB). DISPLAY UNREASONABLY-
; LARGE KSYS TIMES AS DAYS:HOURS:MINUTES
;
;622 WXD 25-JUN-85
; ADD "E" COMMAND TO LIST ETHERNET STATISTICS. ALSO ADD "EE"
; EVENT WAIT CODE FOR ETHERNET EVENT WAIT.
;
;623 JAD 28-JUN-85
; ADD "K" COMMAND TO LIST CI NETWORK STATISTICS.
;
;624 CJA 1-JUL-85
; ADD "Z" COMMAND TO LIST LAT SERVER STATISTICS.
;
;625 RDH 21-AUG-85
; ADD "THISIM" ROUTINE TO PRINT DISPLAY-SPECIFIC-HEADER-TEXT AND
; THEN THE NORMAL "THISIS" SYSTEM HEADER, UPDATE MOST DISPLAYS TO
; USE NEW ROUTINE.
;
;626 WXD 29-AUG-85
; FIX ETHERNET DISPLAY TO PRINT KONTROLLER NAMES CORRECTLY.
;
;627 LEO 9-SEP-85
; Do Copyrights.
;
;630 WXD 16-SEP-85.
; PRINT OUT ETHERNET CHANNEL NUMBER FROM NEW VALUE RETURNED BY
; FUNCTION .ETRCI OF ETHNT. UUO.
;
;631 WXD 24-SEP-85.
; EDIT 626 BROKE INCREMENTAL DISPLAY OF ETHERNET COUNTERS.
;
;632 WXD 2-DEC-85.
; FIX BUG IN ETHRPL WHICH WASN'T STORING THE CHANNEL ID IN THE
; ETHNT. ARGUMENT BLOCK.
;
;633 RDH 5-MAR-86
; KS/DECNET IS INSANE. DON'T TRY TO DISPLAY "DCN" FIELD.
;
;634 RDH 7-MAR-86
; "DCN" COUNTS DON'T INCLUDE ETHERNET COUNTS (ETHERNET DOESN'T KEEP
; THE COUNTS IN THE "DL" BLOCK LIKE EVERYONE ELSE - GRRR!!!!)
;
;635 JAD 27-MAR-86
; SPACING ON SINGLE CPU CI STATUS DISPLAY IS INCORRECT.
;
;END OF EDIT HISTORY
SUBTTL AC ASSIGNMENTS
;
;NOTE THAT HELP PROGRAM USES ACS 0-6 IN UNUSUAL WAY
M=0
A=1
B=2
C=3
D=<T4==4>
J=<P4==5>
JS=<XCUR==6>
P1==6
P2==3
R=<YCUR==7>
N=<X==10>
N1=11
F=12
BP=13
T1=14
T2=15
CH=16
P=17
.XCREF M,A,B,C,D,J,JS,R,N,N1,BP,T1,T2,CH,P ;SAVE SOME PAPER
;I/O CHANNELS
TTY==1 ;NORMAL DISPLAY OUTPUT (CHARACTER TERMINAL)
DIS==1 ;VIDEO DISPLAY
HLP==3 ;HELP FILE CHANNEL
LOG==4 ;SCREEN LOGGING CHANNEL
SUBTTL DISPLAY PARAMETERS
V.DVT6==0 ;DIGITAL VT06
V.DV5A==1 ;DIGITAL VT05A
V.DV5B==2 ;DIGITAL VT05B
V.DVBX==3 ;DIGITAL VB10C
V.DV61==4 ;DIGITAL VT61 DISPLAY
V.DV50==5 ;DIGITAL VT50 DISPLAY
V.DV52==6 ;DIGITAL VT52 DISPLAY
V.ANSI==7 ;DIGITAL VT100 DISPLAY
V.DHZL==20 ;HAZELTINE 2000
V.DDLT==21 ;DELTA DATA TELTERM
;RECOMMEND CUSTOMERS ASSIGN NEGATIVE VALUES
ND V.DISP,V.ANSI ;DEFAULT TO VT100/ANSI TERMINALS
IFE V.DISP-V.DVT6,<
TITLE SYSDPY -- SYSTEM DISPLAY FOR DIGITAL VT06 DISPLAY TERMINAL
XSIZE==^D72 ;WIDTH OF SCREEN
YSIZE==^D25 ;HEIGHT OF SCREEN
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D100 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CFILL==177 ;FILLER CODE
CDOWN==12 ;CURSOR DOWN
CUP==32 ;CURSOR UP
CLEFT==31 ;CURSOR LEFT
CRIGHT==30 ;CURSOR RIGHT
HOMEUP==35 ;CURSOR TO HOME
ERASE==37 ;ERASE TO END OF SCREEN
EREOL==36 ;ERASE TO END OF LINE
>; END OF IFE V.DISP-V.DVT6
IFE <V.DISP-V.DV5A>*<V.DISP-V.DV5B>,<
IFE V.DISP-V.DV5A,<
TITLE SYSDPA -- SYSTEM DISPLAY FOR DIGITAL VT05A DISPLAY TERMINAL>
IFE V.DISP-V.DV5B,<
TITLE SYSDPB -- SYSTEM DISPLAY FOR DIGITAL VT05B DISPLAY TERMINAL>
XSIZE==^D72
YSIZE==^D20
ND UPDNJB,^D15 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D1000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CFILL==0
CDOWN==12
CUP==32
CLEFT==31
CRIGHT==30
HOMEUP==35
ERASE==37
EREOL==36
>; END OF IFE <V.DISP-V.DV5A>*<V.DISP-V.DV5B>
IFE V.DISP-V.DVBX, <
TITLE SYSVBX -- SYSTEM DISPLAY FOR DIGITAL VB10C INCREMENTAL PRECISION DISPLAY
XSIZE==^D72
YSIZE==^D25
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CDOWN==12
CUP==32
CLEFT==31
CRIGHT==30
HOMEUP==35
ERASE==37
EREOL==36
>; END OF IFE V.DISP-V.DVBX
IFE V.DISP-V.DV50,<
TITLE SYSV50 -- SYSTEM DISPLAY FOR DIGITAL VT50 DECSCOPE
XSIZE==^D80
YSIZE==^D12
ND UPDNJB,^D8 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CUP=="A"_^D9 + .CHESC
; CDOWN=="B"_^D9 + .CHESC
CDOWN==12
CRIGHT=="C"_^D9 + .CHESC
; CLEFT=="D"_^D9 + .CHESC
CLEFT==010
HOMEUP=="H"_^D9 + .CHESC
ERASE=="J"_^D9 + .CHESC
EREOL=="K"_^D9 + .CHESC
>; END V.DISP-V.DV50
IFE V.DISP-V.DV52,<
TITLE SYSV52 -- SYSTEM DISPLAY FOR DIGITAL VT52 DECSCOPE
XSIZE==^D80
YSIZE==^D24
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CUP=="A"_^D9 + .CHESC
CDOWN=="B"_^D9 + .CHESC
CRIGHT=="C"_^D9 + .CHESC
CLEFT=="D"_^D9 + .CHESC
HOMEUP=="H"_^D9 + .CHESC
ERASE=="J"_^D9 + .CHESC
EREOL=="K"_^D9 + .CHESC
>; END V.DISP-V.DV52
IFE V.DISP-V.DV61,<
TITLE SYSV61 -- SYSTEM DISPLAY FOR DIGITAL VT61 DECSCOPE
XSIZE==^D80
YSIZE==^D24
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CUP=="A"_^D9 + .CHESC
CDOWN=="B"_^D9 + .CHESC
CRIGHT=="C"_^D9 + .CHESC
CLEFT=="D"_^D9 + .CHESC
HOMEUP=="H"_^D9 + .CHESC
ERASE=="J"_^D9 + .CHESC
EREOL=="K"_^D9 + .CHESC
>; END V.DISP-V.DV61
IFE V.DISP-V.ANSI,< ;
TITLE SYSANS -- SYSTEM DISPLAY FOR ANSI TERMINALS (SUCH AS VT100)
XSIZE==^D80
YSIZE==^D24
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CUP=="A"_^D18 + "["_^D9 + .CHESC
CDOWN=="B"_^D18 + "["_^D9 + .CHESC
CRIGHT=="C"_^D18 + "["_^D9 + .CHESC
CLEFT=="D"_^D18 + "["_^D9 + .CHESC
HOMEUP=="H"_^D18 + "["_^D9 + .CHESC
ERASE=="J"_^D18 + "["_^D9 + .CHESC
EREOL=="K"_^D18 + "["_^D9 + .CHESC
>; END V.DISP-V.ANSI
IFE V.DISP-V.DHZL, <
TITLE SYSHZL -- SYSTEM DISPLAY FOR HAZELTINE 2000 DISPLAY TERMINAL
XSIZE==^D74
YSIZE==^D27
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CDOWN==12
CUP==32
CLEFT==31
CRIGHT==30
HOMEUP==35
ERASE==37
EREOL==36
>; END OF IFE V.DISP-V.DHZL
IFE V.DISP-V.DDLT, <
TITLE SYSDLT -- SYSTEM DISPLAY FOR DELTA DATA TELTERM DISPLAY TERMINAL
XSIZE==^D80
YSIZE==^D27
ND UPDNJB,^D20 ;NUMBER OF JOBS TO +-
ND NSYSYS,1 ;LINE TO START SYSTEM DISPLAY IN "N"
ND REPRAT,^D10000 ;NUMBER OF PASSES BEFORE REFRESH FORCED
CDOWN==12
CUP==32
CLEFT==31
CRIGHT==30
HOMEUP==35
ERASE==37
EREOL==36
>; END OF IFE V.DISP-V.DDLT
SUBTTL ASSEMBLY PARAMETERS
ND FTNET,-1 ;DEFAULT NETWORK DISPLAY ON
ND PDLEN,^D20 ;PUSH DOWN STACK LENGTH
ND JIFSEC,^D60 ;LINE FREQ IF NO GETTAB
ND INTVAL,^D10 ;NUMBER OF SECONDS BETWEEN UPDATES
ND RELOCK,^D1000 ;# PASSES BEFORE CANCELLING /V
ND DSKBKL,.DCMAX ;LENGTH OF DSKCHR BLOCK
ND SWPTLN,^D16 ;LENGTH OF SWAPPING UNIT TABLE
ND XDBLEN,^D64 ;SCRATCH DATA BLOCK LENGTH
ND IPCPAG,377 ;IPCF PAGE TO USE
ND MAXNDS,20 ;MAXIMUM NUMBER OF CI NODES
ND NOSTCT,25 ;NUMBER OF STATISTICS COUNTERS
HSIZE==^D39
SUBTTL PARAMETERS AND DEFINITIONS
;FLAGS (LH OF F)
FL.SUP==1 ;SUPPRESS OUTPUT
FL.DEV==2 ;DEVICE HEADER OUTPUT
FL.GOD==4 ;I AM [1,N]
FL.FLS==10 ;TOGGLE FOR FLASHING LINES
FL.INC==20 ;TOGGLE DISPLAY OF INCREMENTAL STATISTICS
FL.DOR==40 ;DORMANT SEG TABLE BEING PRINTED
FL.SCN==100 ;NEW SCANNER SERVICE (FOR TTYTAB LAYOUT)
FL.SPY==200 ;SPY UUO DONE SUCCESSFULLY
FL.EOL==400 ;SYNC FOR CLEAR EOL IN OUTPUT
FL.LOG==1000 ;LOGGING EACH SCREEN
FL.REF==2000 ;ONE FOR FULL REFRESH PASS, 0 FOR PARTIAL
FL.PDOR==4000 ;FIRST OR SECOND HISEG PASS
FL.NBK==10000 ;NON-BLANK LINE
FL.HLP==20000 ;LAST TYPEIN WAS JUNK--FLASH HELP
FL.PEK==40000 ;PEEK UUO DONE SUCCESSFULLY
FL.NHED==100000 ;NO HEADING ON 2ND COLUMN
FL.LOCK==200000 ;JOB IS LOCKED INTO CORE
FL.CRF==400000 ;GIVE A FREE CRLF AT RIGHT MARGIN IF NEEDED
;FLAGS (RH OF F)
FR.JOB==1B18 ;JOBS ONLY (MULTI-COLUMN) IN "N" DISPLAY
FR.SJB==1B19 ;EXPANDED JOB (72 CHARS WIDE), NO SYSTEM STUFF
FR.ALT==1B20 ;SINGLE PASS ALTMODE
FR.SKP==1B21 ;SKIP FIRST PART OF SYSTEM DISPLAY
FR.DIS==1B22 ;DISPLAY INITIALIZED
FR.KIX==1B23 ;RUNNING ON A KI-10
FR.KIP==1B24 ;CORE ALLOCATION IS IN PAGES
FR.PDB==1B25 ;FLAG FOR SPY TABLE INITILIZATION
FR.VMM==1B26 ;"M" OPTION DISPLAY
FR.IDL==1B27 ;SUPPRESS IDLE JOBS
FR.NRM==1B28 ;DISPLAY NORMAL PROGRAM AGAIN
FR.OPR==1B30 ;SUPPRESS [OPR] JOBS
FR.PCT==1B31 ;DISPLAY RUNTIME IN PERCENTAGE
; 1B32 ;FREE
FR.RVD==1B33 ;REVERSE VIDEO
FR.RVR==1B34 ;REVERSE VIDEO REFRESH RESET
FR.ALR==1B35 ;ALARM MODE
;STATUS BITS TO INITIALIZE
;STATUS BITS TO PRESERVE
FX.MSK==FL.GOD!FL.FLS!FL.INC!FL.SCN!FL.SPY!FL.LOG!FL.REF!FL.HLP!FL.PEK!FL.LOCK,,FR.SJB!FR.ALT!FR.DIS!FR.KIX!FR.KIP!FR.RVD!FR.RVR!FR.ALR!FR.IDL!FR.SKP!FR.OPR!FR.PCT
OPDEF IFIW [1B0]
.NODDT IFIW
OPDEF CALL [PUSHJ P,]
OPDEF RETURN [POPJ P,]
DEFINE HEX(NUM),<
..X==0
IRPC(NUM),<
...X==-1
IFIDN <NUM><0>,<...X==^D00>
IFIDN <NUM><1>,<...X==^D01>
IFIDN <NUM><2>,<...X==^D02>
IFIDN <NUM><3>,<...X==^D03>
IFIDN <NUM><4>,<...X==^D04>
IFIDN <NUM><5>,<...X==^D05>
IFIDN <NUM><6>,<...X==^D06>
IFIDN <NUM><7>,<...X==^D07>
IFIDN <NUM><8>,<...X==^D08>
IFIDN <NUM><9>,<...X==^D09>
IFIDN <NUM><A>,<...X==^D10>
IFIDN <NUM><B>,<...X==^D11>
IFIDN <NUM><C>,<...X==^D12>
IFIDN <NUM><D>,<...X==^D13>
IFIDN <NUM><E>,<...X==^D14>
IFIDN <NUM><F>,<...X==^D15>
IFL ...X,<
PRINTX ?Illegal Hexadecimal digit
STOPI>
..X==..X*^D16 + ...X>
..X>
DEFINE SET (LT,RT,TOP,BOT,NEXT,TABS)<
PUSHJ P,SETUP
XX=10
RADIX 10
BYTE (7)LT-1(7)RT-LT(5)TOP-1,BOT-1(2)NEXT(10)TABS-TAB0
RADIX XX
>
DEFINE TABSET (TABS)<
PUSHJ P,TSETUP
EXP TABS-TAB0
>
DEFINE CHANGE (LT,RT,TOP,BOT,NEXT,TABS)<
FIN
SET LT,RT,TOP,BOT,NEXT,TABS
>
DEFINE FIN <
TLO F,FL.NHED ;SET TO SUPPRESS SECOND HEADING
PUSHJ P,CRLF ;CLEAR ALL REMAINING SPACE
SKIPL LINE
JRST .-2
TLZ F,FL.NHED
>
DEFINE HEADER(TEXT,%L) <
CALL SETHDR ;REMEMBER HEADER CODE
JRST %L ;SKIP HEADER
PUSH P,M ;;SAVE M
TEXT
POP P,M ;;GET REGISTER BACK
RETURN
%L:
>
SUBTTL PSEUDO OPERATIONS
;THE FOLLOWING MACROS ALLOW THE DEFINITION OF PSEUDO OPCODES
;OPCODES
.OPTXT==0 ;TEXT TO BE PRINTED
.OPGTD==1 ;PRINT GETTAB X,Y IN DECIMAL
.OPNWL==2 ;A NEW LINE
.OPSTP==3 ;END OF PSEUDO PROGRAM
.OPPLD==4 ;PRINT LEFT HALF IN DECIMAL
.OPPRD==5 ;PRINT RIGHT HALF IN DECIMAL
.OPGTB==6 ;GETTAB VALUE
.OPPFS==7 ;PRINT A FLOAT SCALED
.OPTAB==10 ;PRINT ATAB CHARACTER
.OPLPA==11 ;PRINT A LEFT PAREN
.OPRPA==12 ;PRINT A RIGHT PAREN
.OPPER==13 ;PRINT A PERIOD
.OPPLS==14 ;PRINT A PLUS SIGN
.OPPRP==15 ;PRINT RIGHT DECIMAL PADDED
.OPMAX==15 ;LAST ONE
DEFINE .TXT(TEXT)
< BYTE (9).OPTXT(9)0(18)[ASCIZ \TEXT\]
>
DEFINE .PGTBD(X,Y)
< BYTE (9).OPGTD(9)X(9)0(9)Y
>
DEFINE .NWLIN
< BYTE (9).OPNWL(27)0
>
DEFINE .END
< BYTE (9).OPSTP(27)0
>
OPDEF .PLD[4B8]
OPDEF .PRD[5B8]
DEFINE .GTB(X,Y,WHERE)
< BYTE (9).OPGTB(9)X(18)Y
Z WHERE
>
OPDEF ..PRDP[15B8]
DEFINE .PRDP(WHERE,FACTOR)
< ..PRDP WHERE
EXP FACTOR
>
OPDEF ..PFLS[7B8]
DEFINE .PFLS(WHERE,SCALE)
< ..PFLS WHERE
EXP SCALE
>
DEFINE .INL(%L)
< MOVEI A,.+2 ;;GET PSEUDO PC
JRST PSEUDO ;;AND START PSEUDO INTERPRETATION
>
DEFINE .TAB
< BYTE (9).OPTAB(27)0
>
DEFINE .LPA
< BYTE (9).OPLPA(27)0
>
DEFINE .RPA
< BYTE (9).OPRPA(27)0
>
DEFINE .PER
< BYTE (9).OPPER(27)0
>
DEFINE .PLS
< BYTE (9).OPPLS(27)0
>
SUBTTL TOP LEVEL PROGRAM
;START HERE
SYSDPY: JFCL ;ALLOW FOR CCL ENTRY
SETZB 0,ZER ;CLEAR OUT SCRATCH
MOVE A,[ZER,,ZER+1]
BLT A,LZER
MOVEI 17,1 ;CLEAR
BLT 17,16 ; ACS
MOVE P,[IOWD PDLEN,PDLST] ;INITIALIZE PDL POINTER
SETZ F, ;NO FLAGS
SETOM .FRAJR ;AUTOMATIC ROLL FEATURE
JUMPPT A,,KA10 ;SEE IF KI-10
TRO F,FR.KIX!FR.KIP ;YES--SET FLAG
KA10: MOVE A,[%CNVER] ;GET MONITOR VERSION
GETTAB A, ;GET MONITOR VERSION VIA UUO!!
SETZM A ;VERY OLD!!
MOVEM A,MONVER ; TESTS
MOVX A,%CNDJB ;ASK MONITOR FOR
GETTAB A, ;PJOBN/DEVJOB INFORMATION
MOVE A,[POINT 9,20,35] ;6-SERIES MONITORS
HRRM A,PJOBNO ;SAVE DEVJOB INDEX
HLLM A,PJOBNP ;AND POINTER TO JOB NUMBER IN SAME
SYSD00: MOVX A,%CNPGS ;GET "PAGE" SIZE
PUSHJ P,GETZ ;FROM MONITOR
JFFO A,.+1 ;COUNT BITS
MOVN B,B ;NEGATIVE LEADING ZEROS
ADDI B,^D35 ;POSITIVE TRAILING ZEROS
MOVEM B,P2WLSH ;SO CAN LSH @P2WLSH
MOVN B,B ;NEGATIVE
HRRZM B,W2PLSH ;SO CAN LSH @W2PLSH
SETZM DUAL ;ASSUME ONE CPU
MOVE A,[%CNSTS] ;GET STATUS WORD
PUSHJ P,GETA ;IN A
TLNE A,(ST%DUL) ;A DUAL PROCESSOR SYSTEM
SETOM DUAL ;YES FLAG IT
MOVE A,[%CNTIC] ;NO OF TICKS PER SECOND
PUSHJ P,GET ;GETTAB PRESENT?
MOVEI A,JIFSEC ;NO, PRESET JIFFY CLOCK
MOVEM A,TCKSEC
MOVEI A,NORMAL ;SET NORMAL PROGRAM ON ENTRY
MOVEM A,PROGRM ;SAVE DISPLAY PROGRAM ADDRESS
RESET ;RESET THE WORLD
HRROI A,.GTPRV ;GET OUR PRIVS
PUSHJ P,GETZ ; FROM MONITOR
TXNE A,JP.SPM ;SEE IF CAN SPY ON MONITOR
TLO F,FL.GOD ;YES--SET GOD FLAG
PUSHJ P,OPNTTY ;OPEN THE TTY CHANNEL
MOVE A,XGETTS ;GETTAB SELF TABLE
PUSHJ P,GETZ ;GET IT
JUMPE A,START ;OK?
MOVEM A,GTTSLF ;SAVE SELF POINTER
MOVE A,XPDBPT ;PTR TO PTR TO PDB'S
PUSHJ P,GETZ ;GET PTR TO PDB'S
SKIPLE A ;SKIP IF ABSENT
TDO A,[XWD N1,400000];SET BIT FOR SPYING
SKIPL A ;SEE IF SWAPPING PDBS
JRST SYSD03 ;NO--CONTINUE
TRNE F,FR.KIX ;SEE IF KI-10
MOVEI A,0 ;KI SWAP PDB--CLEAR POINTER
SYSD03: MOVEM A,PDBPTR ;AND SAVE FOR SPYING
MOVE A,XSYSSZ ;HOW MUCH TO ASK FOR IN SPY
PUSHJ P,GETA
MOVEI A,-1(A)
MOVEM A,SPYSIZ ;REMEMBER HOW MUCH EXEC VIRTUAL WE HAVE
SPY A, ;ASK FOR IT
JRST SYSD04 ;CAN'T HAVE IT
TLOA F,FL.SPY ;GOT IT. REMEMBER IT
SYSD04: SETZM SPYSIZ ;NO SPYING THIS TIME
HRRZ A,GTTSLF ;GET A NON ZERO LOCATION
PUSHJ P,MPEEK ;PEEK OR SPY
SKIPE A ; 0, PEEK FAILED
TLO F,FL.PEK ; ELSE SHOW PEEK WORKS
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
START: PUSHJ P,IJBDAT ;READ SYSTEM PARAMETERS
SKIPN TTYFLG ;CAN WE GET TTY DATA
TLNE F,FL.PEK!FL.SPY ;SPYING OR PEEKING POSSIBLE?
JRST START0 ;YES THEN NO SURPRISES
MOVEI A,NOSPPK ;NO SPY OR PEEK WARNING
MOVEM A,PROGRM ;SET THE PROGROM WORD
START0: MOVEI A,CCINT ;SETUP ^C INTERCEPT
MOVEM A,.JBINT ; TO RELEASE /V MODE
SETZM CCIOPC ; CLEAR OLD PC ON RESTART
;(START OF EDIT 1 PART 1)
IFE V.DISP-V.DVBX,<
MOVEI A,1 ;PREPARE TO LOCK LOW SEGMENT
LOCK A, ;TRY TO LOCK
JRST [OUTSTR [ASCIZ /?LOCK FAILED
/]
EXIT]
> ;END OF IFE V.DISP-V.DVBX (END OF EDIT 1 PART1)
; LOOP HERE TO REFRESH ENTIRE SCREEN
SYSTT0: TLNN F,FL.GOD ;SEE IF GOD
TRNE F,FR.NRM ;DO NOT GO TO ALTMOD WHEN
SKIPA ;EITHER GODLY OR GETTING NORMAL
TRO F,FR.ALT ;NO--TIME TO STOP AUTO UPDATES
SYSTT1: TLO F,FL.REF ;SHOW FULL-REFRESH PASS
MOVE A,[XWD 240240,240240]
MOVEM A,DBUF
MOVE A,[XWD DBUF,DBUF+1]
BLT A,DBFEND
PUSHJ P,CLEAR ;CLEAR SCREEN AT FIRST
MOVNI A,REPRAT
MOVEM A,REPS
IFN V.DISP-V.DVBX,<
PUSHJ P,HOME
PUSHJ P,FRCOUT ;FORCE OUTPUT
> ;END OF IFN V.DISP-V.DVBX
IFE V.DISP-V.DHZL, <
PUSHJ P,HOME ;PUT OUT A SECOND HOME FOR HAZELTINE
> ;END OF IFE V.DISP-V.DHZL
; LOOP HERE TO UPDATE SCREEN
REENT: IFN V.DISP-V.DVBX,<
PUSHJ P,HOME
PUSHJ P,FRCOUT ;FORCE OUTPUT
> ;END OF IFN V.DISP-V.DVBX
TDZ F,[-1-FX.MSK] ;CLEAR MOST FLAGS
IFE <V.DISP-V.DV61>*<V.DISP-V.ANSI>,< ;IF SYSV61 OR SYSANS
TLNN F,FL.REF ;REFRESH PASS?
TRZN F,FR.RVR ;NO - TIME TO RETURN TO REVERSE VIDEO?
CAIA ;LEAVE VIDEO ALONE
PUSHJ P,RVIDEO ;NEED TO RESTORE REVERSE VIDEO AFTER REFRESH
> ;END OF IFE V.DISP-V.DV61 OR SYSANS
REENT0: SETOM NLTYPD ;FLAG SOMETHING TYPED
CALL @PROGRM ;GO TO CURRENT DISPLAY PROGRAM
SKIPN NLTYPD ;ANYTHING TYPED
JRST REENT0 ;NO GET NEXT PAGE
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;HERE AT END OF SCREEN CONSTRUCTION TO OUTPUT SCREEN AND DO OVERHEAD
FINIS: FIN ;COMPLETE SCREEN
TLCN F,FL.FLS ;COMPLEMENT FLASHER
TLNN F,FL.HLP ;SEE IF HELP ADVISED
JRST FINISH ;NO-SKIP ADVISORY
SET 55,XSIZE+1,YSIZE,YSIZE+1,0,TAB0
MOVEI M,[ASCIZ / Type H for Help/]
PUSHJ P,MSG
FINISH: TLNE F,FL.LOG ;LOGGING SCREENS?
PUSHJ P,LISCR ;YES, LIST THIS SCREEN
IFE <V.DISP-V.ANSI>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DV61>*<V.DISP-V.DV52>,<
TLNN F,FL.REF ;SEE IF REFRESH CYCLE
JRST FINISQ ;NO--USE DIRECT CURSOR ADDRESSING
;YES--DO IT THE LONG WAY
> ;END OF IFE <V.DISP-V.ANSI>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DV61>*<V.DISP-V.DV52>
IFE <V.DISP-V.ANSI>*<V.DISP-V.DVT6>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DV61>*<V.DISP-V.DV50>*<V.DISP-V.DV52>,<
; BUFFER DUMP ROUTINE FOR INCREMENTAL POSITIONING DISPLAYS (VT06)
MOVE BP,[POINT 9,DBUF]
PUSHJ P,HOME
SETZB C,D ;CURRENT CURSOR POS
SETZM LINE
FIN5: SETZM COL
TLZ F,FL.EOL
FIN4: PUSHJ P,GETCH
CAIN T2,400!" " ;TEST FOR BLANK CHANGED TO BLANK
MOVEI T2," " ; YES, CONVERT TO NORMAL BLANK
TRNE T2,400 ;TEST FOR *SOMETHING* CHANGE TO BLANK
MOVEI T2,200!" " ; YES, SHOW IT AS SUCH
MOVE CH,T2
TRZN CH,200 ;NEW?
TLNE F,FL.EOL ;OR CONSIDERING BLANK LINE?
PUSHJ P,FINR ;YES
AOS T1,COL ;COUNT COLUMNS
CAIGE T1,XSIZE ;DONE LINE?
JRST FIN4
FIN3B: TLNN F,FL.EOL ;CLEAR LINE IN ORDER?
JRST FIN6 ;NO
MOVX CH,EREOL ;END OF LINE
PUSHJ P,DPYOUT
IFE <V.DISP-V.DV5B>*<V.DISP-V.DVT6>,<
PUSHJ P,FILLIT ;ADD FILLERS
> ;END OF IFE <V.DISP-V.DV5B>*<V.DISP-V.DVT6>
FIN6: AOS T1,LINE
CAIGE T1,YSIZE ;DONE WITH LAST LINE?
JRST FIN5 ;NO
JRST FINSLP
>; END OF IFE V.DISP-V.DVT6/DV51/DV5B/DV61/DV50/DV52/ANSI
IFE <V.DISP-V.ANSI>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DV61>*<V.DISP-V.DV52>*<V.DISP-V.DHZL>*<V.DISP-V.DDLT>,<
;
; BUFFER DUMP ROUTINE FOR ABSOLUTE POSITIONING DISPLAYS
; (HAZELTINE 2000, DELTA DATA TELTERM, VT05)
FINISQ: SETZB XCUR,YCUR
MOVSI J,-<XSIZE*YSIZE-1> ;GET # OF CHARACTERS, -1
MOVE BP,[POINT 9,DBUF]
FINIS0: ILDB T2,BP
CAIN T2,400!" " ;TEST FOR BLANK CHANGED TO BLANK
JRST [MOVEI CH," " ; YES, GET 'NORMAL' BLANK
DPB CH,BP ;CLEAR BIT IN CHAR BUFFER
JRST FINIS1] ; & CONTINUE
TRNE T2,400 ;TEST FOR *SOMETHING* CHANGED TO BLANK
MOVEI T2,200!" " ; YES, CONVERT TO CHANGED BLANK
TRZN T2,200
FINIS1: AOBJN J,FINIS0
JUMPGE J,FINSLP
DPB T2,BP
HRRZ C,J
IDIVI C,XSIZE
EXCH C,D
IFE V.DISP-V.DDLT, <
CAIN T2," " ;TEST FOR DELTA-DATA BLANK
PUSHJ P,DPYSPC ; YES, GO LOOK FOR SPECIAL HANDLING
> ;END OF IFE V.DISP-V.DDLT
CAIE D,(YCUR)
PUSHJ P,DPYPOS
CAIE C,(XCUR)
PUSHJ P,DPYX
MOVEI CH,(T2)
PUSHJ P,DPYOUT
IFE V.DISP-V.DDLT, <
CAIE T2,23 ;TEST FOR DELTA-DATA "CLEAR LINE"
JRST FINIS2 ; NO, JUMP
SOS XCUR ;BACK UP X-POSITION FOR NO-UPDATE
MOVE D,LASTCR(YCUR) ;GET LAST CHARACTER WRITTEN ON SCREEN
MOVEM XCUR,LASTCR(YCUR) ; & UPDATE TO NEW POSITION
SUB D,XCUR ; MINUS WHERE LAST CHARACTER WILL BE
MOVMS D ;GET MAGNITUDE OF CURSOR MOVEMENT
ASH D,-1 ; DIVIDE BY 2
PUSHJ P,DPYFIL ;PUT OUT A FILL CHARACTER
SOJG D,.-1 ;REPEAT AS NECESSARY
FINIS2: CAIGE XCUR,XSIZE-1 ;TEST FOR END OF DELTA-DATA LINE
AOJA XCUR,FINIS3 ; NO, UPDATE X-POSITION & JUMP
MOVEM XCUR,LASTCR(YCUR) ;SHOW CURRENT LAST-CHARACTER
SETZ XCUR, ;SHOW AT LEFT SIDE OF NEXT LINE
AOJA YCUR,FINIS1 ; NO, UPDATE Y-POSITION & REPEAT
FINIS3: CAMLE XCUR,LASTCR(YCUR) ;TEST FOR HIGHER VALUE
MOVEM XCUR,LASTCR(YCUR) ; YES, UPDATE L/C POSITION
JRST FINIS1 ; & REPEAT
>; END OF IFE V.DISP-V.DDLT
IFN V.DISP-V.DDLT, <
AOJA XCUR,FINIS1 ;UPDATE POSITION & REPEAT
>; END OF IFN V.DISP-V.DDLT
>; END OF <V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DHZL>*<V.DISP-V.DDLT>
IFE V.DISP-V.DVBX, <
MOVE A,[353535,,353535]
MOVE B,DISBES ;CLOBBER OLD JUMP
MOVEM A,(B)
MOVEM A,1(B)
MOVE A,[POINT 9,DBUF] ;POINT AT TEMP AREA
MOVE B,[POINT 6,DISBUF] ;POINT AT DISPLAY BUFFER
MOVEI J,YSIZE ;LINE COUNTER
DLP1: MOVEI JS,XSIZE ;COL. COUNTER
DLP2: ILDB CH,A ;GET NEXT CHARACTER
TRZE CH,400 ;CLEAR BLANK CODE
MOVEI CH," " ;CONVERT TO SPACE
ANDI CH,177 ;MASK TO ASCII
CAIGE CH,40 ;SEE IF CONTROL
JRST DCNTRL ;YES--GO HANDLE
CAIGE CH,100 ;SEE IF ALPHA
JRST DOK ;NO--MUST BE OK
CAILE CH,132 ;SEE IF ALPHA
JRST DCNTRL ;NO--HANDLE
SUBI CH,100 ;YES--CONVERT TO DISPLAY CODE
DOK: PUSHJ P,DSTORE ;STORE IN DISPLAY VECTOR
SOJG JS,DLP2 ;LOOP ACROSS LINE
MOVEI CH,34 ;STORE NEW-LINE
PUSHJ P,DSTORE ; SEQUENCE
MOVEI CH,33 ; ..
PUSHJ P,DSTORE ; ..
SOJG J,DLP1 ;LOOP FOR ALL LINES
MOVEI CH,40 ;GET A BLANK
DLP3: HLRZ C,B ;SEE IF AT MIDDLE OF WORD
CAIN C,300600 ; ..
JRST DDONE ;YES--PROCEED
IDPB CH,B ;NO--STUFF A BLANK
JRST DLP3 ;LOOP UNTIL DONE
DDONE: MOVEI CH,37 ;STORE ESCAPE
IDPB CH,B ; CODE
MOVEI CH,160000 ;ESCAPE TO MODE 7
HRRM CH,(B) ; ..
MOVEI CH,DISPLA ;JUMP TO START
MOVEM CH,1(B) ; ..
HRRZM B,DISBES ;STORE NEW END LOCATION
HRLI B,2(B) ;START DOWN TWO
MOVE A,[353535,,353535]
MOVEM A,2(B) ;CLEAR REST OF BUFFER
ADDI B,3 ;COMPLETE BLT POINTER
BLT B,DISBEN-1 ;CLEAR REST OF BUFFER
TRON F,FR.DIS ;SEE IF INITIALIZED YET
OUTPUT DIS,[DISPLA
0]
JRST FINSLP ;AND PROCEED
;HERE ON SPECIAL CHARACTER
DCNTRL: CAIL CH,140 ;SEE IF LOWER
CAILE CH,172 ; CASE ALPHA
JRST NOTLC ;NO--TRY AGAIN
SUBI CH,140 ;CONVERT TO DISPLAY CODE
SIO: PUSH P,CH ;SAVE CHARACTER
MOVEI CH,36 ;YES--SWITCH TO L.C.
PUSHJ P,DSTORE ; ..
POP P,CH ;RESTORE CHARACTER
PUSHJ P,DSTORE ;STORE IT
MOVEI CH,35 ;BACK TO U.C.
JRST DOK ;AND STORE THAT
NOTLC: CAIN CH,133
JRST OBRAK
CAIN CH,135
JRST CBRAK
CAIN CH,136
JRST UPARRO
MOVEI CH,0 ;ELSE GIVE UP
JRST DOK ;PRINT INDIRECT
OBRAK: MOVEI CH,53 ;GET CHAR
JRST SIO ;GO STORE AND SHIFT BACK
CBRAK: MOVEI CH,54 ;GET CHAR
JRST SIO ;GO STORE AND SHIFT BACK
UPARRO: MOVEI CH,46 ;GET CHAR
JRST SIO ;GO STORE AND SHIFT BACK
;ROUTINE TO STORE IF ROOM
DSTORE: HRRZ T1,B ;GET ADDRESS
CAIGE T1,DISBEN-5 ;SEE IF NEAR END
IDPB CH,B ;NO--STORE
; AND FALL INTO POPJ P,
HOME: ;ROUTINE TO HOME UP THE SCREEN
CLEAR: ;ROUTINE TO CLEAR THE SCREEN
HOMDWN: ;ROUTINE TO POSITION TO BOTTOM OF SCREEN
POPJ P, ;JUST RETURN
>; END OF IFE V.DISP-V.DVBX
FINSLP:
IFN V.DISP-V.DVBX,<
PUSHJ P,HOME ;RETURN TO HOME POSITION
PUSHJ P,FRCOUT ;FORCE OUTPUT
TLZE F,FL.REF ;TEST FOR REFRESH PASS
JRST HIBER0 ;GO RIGHT NOW
>; END OF IFN V.DISP-V.DVBX
TLNN F,FL.LOCK ;SEE IF /V MODE
JRST FINSL0 ;NOT V MODE
AOSL RELCKC ;COUNT TO AUTO UNLOCK
CALL UNLOCK ;UNLOCK JOB
FINSL0: CALL GETOPR ;GET DATA FROM OPR
SKIPA ;NO DATA THERE
PJRST FINX ;PROCESS OPERATOR REQUEST
SKIPG J,HIBTIM ;GET WAIT TIME
MOVEI J,INTVAL*^D1000 ;NONE, USE DEFAULT
TLO J,(HB.RTL!HB.RTC) ;WAKE UP ON TTY ACTIVITY
HIBER J,
PUSHJ P,[ANDI J,-1 ;HIBER FAILED, MS TO SLEEP
IDIVI J,^D1000;SECONDS TO SLEEP
SLEEP J, ;SLEEP
POPJ P,] ;DO NORMAL STUFF
HIBER0: MOVEI J,"N" ;NORMAL TO GO NOW?
TRNE F,FR.NRM ;IF SO DESIRED
JRST FINX ;DO AS IF N WAS TYPED
PJRST FINOPR ;FINISH ANY REQUESTS
;FINOPR IS USED TO PROCES ALL THE OPERATOR CHARACTERS
;THIS CODE EXITS TO REENT OR SYSTT0
FINOPR: CALL GETOPR ;SEE IF ANY INPUT
SKIPA ;(NO) DO EXIT LOGIC
JRST FINX ;PROCESS CHARACTER
TRNN F,FR.ALT ;STARTING TO WAIT
JRST FINOP0 ;NOPE STILL BUSY
FREEZE: INCHRW J ;WAIT FOR INPUT
JRST FINX ;HERE TO GO AFTER WE GOT CHAR
FINOP0: TLNE F,FL.REF ;REFRESH WISHED
JRST SYSTT1 ;YES DO IT
TLNE F,FL.GOD ;SEE IF GOD
TLNN F,FL.LOCK ;SEE IF LOCKED
AOSGE REPS
JRST REENT
JRST SYSTT0
;FINX IS ENTERED WITH A COMMAND CHARACTER IN J
FINX: TRZ F,FR.ALT ;UNFREEZE THE SCREEN
CAIL J,"A"+40 ;SEE IF LOWER CASE
CAILE J,"Z"+40 ; ALPHABETIC
SKIPA ;NO LEAVE ALONE
SUBI J,40 ;YES--CONVERT TO UPPER CASE
MOVSI A,-CHRN ;SEARCH CONTROL CHARACTER TABLE
FINXCL: HLRZ B,CHRTAB(A) ;GET NEXT CANDIDATE
CAIE B,(J) ;SEE IF MATCH
CAIN B,PRGFLG(J) ;OR MATCH ON PROGRAM
JRST FINXCX ;YES--GO HANDLE
AOBJN A,FINXCL ;NO--TRY NEXT
;NOT IN TABLE--
;HERE FOR SPECIAL PROCESSING OF A DIGIT
CAIL J,"0" ;CHECK THE RANGE
CAILE J,"9" ; 0-9
JRST FINXC1 ;NO
SUBI J,"0" ;CONVERT TO DECADE DIGIT
EXCH J,NUMBER ;GET ACCUMULATED NUMBER SO FAR
IMULI J,^D10 ;SHIFT OVER A DECADE
ADDB J,NUMBER ;MAKE NEW NUMBER
AOS NUMFLG ;NOTE EXPLICIT NUMBER TYPED IN
JRST FINOPR ;KEEP GOING
FINXC1: CAIL J,40 ;SKIP IF NOT CONTROL
TLO F,FL.HLP ;NOT FOUND--SET HELP MESSAGE FLAG
JRST FINOPR ;AND TRY NEXT ONE
FINXCX: TLZ F,FL.HLP ;CLEAR HELP NEEDED FLAG
SKIPGE B,CHRTAB(A) ;GET PROGRAM ADDRESS OR SUBROUTINE
JRST FINXC0 ;ONLY SET DISPLAY ADDRESS
CALL (B) ;DO ACTION CODE
SETZM NUMBER ;RESET COMMAND NUMBER PREFIX
SETZM NUMFLG ;AND NUMBER TYPED FLAG
PJRST FINOPR ;GET ANOTHER COMMAND
FINXC0: PUSHJ P,REFRSH ;GET A FRESH SCREEN
SETZM FIRJOB ;ALWAYS START AT THE END
FINXC9: HRRM B,PROGRM ;STORE FINAL DISPLAY ADDRESS
JRST FINOPR ;AND SEE WHAT MORE IN STORE
;GETOPR GET A CHARACTER IN J IF THERE IS ANY TYPED
;BY THE OPERATOR. RETURN A CONTROL C CHARACTER
;IF CCIOPC IS .NEQ. 0
GETOPR: SKIPN CCIOPC ;DO NOT LOSE CHARACTER
LOSER: INCHRS J ;GET ONE IF ANY
SKIPE CCIOPC ;NO CHARACTER AND NO ^C
SETCNC: AOSA (P) ;PREPARE THE SKIP RETURN
RETURN ;NORMAL RETURN NOTHING THERE
SKIPE CCIOPC ;A NORMAL CHARACTER?
MOVEI J,.CHCNC ;NO GET CONTROL C
RETURN
;NDECW -- INPUT A DECIMAL NUMBER FROM OPERATOR
;
;RETURNS NUMBER IN AC N; COUNT OF DIGITS TYPED IN AC N1
NDECW: SETZB N,N1 ;INITIALIZE COUNTS
NDECW0: INCHWL CH ;READ IN A CHARACTER
CAIL CH,"0" ;VALID DECIMAL DIGIT?
CAILE CH,"9" ;. . .
POPJ P, ;NOPE, ALL DONE
IMULI N,^D10 ;YES, NEXT DECADE
ADDI N,-"0"(CH) ;ADD IN THIS DECADE
AOJA N1,NDECW0 ;AND COUNT DIGITS
;TABLE FOR ACTION CHARACTER DISPATCH
PRGFLG==400000 ;SIGN BIT FLAGS THIS IS A DISPLAY PROGRAM
DEFINE DISPLAY(A,B)<
PRGFLG+A,,B>
CHRTAB: XWD " ",CPOPJ ;UPDATE SCREEN IMMEDIATELY
XWD "-",DWNJOB ;BACK UP JOBS BY 20.
XWD "+",UPJOB ;MOVE UP JOBS BY 20.
XWD .CHCNC,ALLDON ;IF ^C, GO EXIT
XWD .CHCNZ,ALLDON ;IF ^Z, GO EXIT
XWD .CHESC,ALTMOD ;ALTMOD, FREEZE THE SCREEN
XWD "V",STLOCK ;TOGGLE LOCK/UNLOCK HPQ 0/1 STATUS
XWD "R",REFRSH ;IMMEDIATE REFRESH ON THE SCREEN
XWD "W",WAITIM ;READ WAIT TIME
XWD "I",TGLINC ;TOGGLE INCREMENTAL STATISTICS
XWD "A",ALTJOB ;AUTO ROLL JOBS
XWD "L",LOGSCR ;SCREEN LOGGING
XWD "S",TGLSJB ;TOGGLE SYSTEM OR EXPANDED JOBS IN "N"
XWD "O",TGLOPR ;TOGGLE [OPR] SUPPRESSION
XWD "!",TGLIDL ;TOGGLE NON-IDLE JOBS
XWD "#",TGLTTY ;TOGGLE TTY OUTPUT FLAG
XWD "%",TGLPCT ;TOGGLE RUNTIME OR PERCENTAGE
XWD "^",TGLSKP ;TOGGLE SKIP/ADVANCE OF SYSTEM IN "N"
IFE <V.DISP-V.DV61>,<
XWD .CHCNR,RVIDEO
XWD .CHCNA,ALARM
>
IFE <V.DISP-V.ANSI>,< ;
XWD .CHCNR,RVIDEO ;
> ;
IF2,<
IFNDEF DEVPRG,<DEVPRG=FILPRG>
IFNDEF MEMPRG,<MEMPRG=NORMAL>
>
;TABLE FOR SCREEN SELECTOR
DISPLAY "N",NORMAL ;NORMAL DISPLAY
DISPLAY "F",FILPRG ;FILE SYSTEM DISPLAY
DISPLAY "D",DEVPRG ;DEVICES DISPLAY
DISPLAY "J",JOBPRG ;JOBS
DISPLAY "M",MEMPRG ;MEMORY AND SWAPPER
DISPLAY "H",HELP ;HELP TEXT
IFN FTNET,<
DISPLAY "C",DCNSTA ; List DECNET LINK Status
DISPLAY "*",DCNNOD ; Node Status
DISPLAY "T",NETPRG ;DISPLAY THE NETWORK TOPOLOGY
DISPLAY "\",NETSTT ;DISPLAY THE NETWORK STATISTICS
DISPLAY "E",ETHDPY ;ETHERNET DISPLAY
DISPLAY "Z",LATDPY ;LAT SERVER DISPLAY
>
DISPLAY "K",CISTAT ;DISPLAY CI STATISTICS
DISPLAY "Q",QUEPRG ;DISPLAY THE QUEUES
CHRN==.-CHRTAB
;HERE WHEN USER TYPES +, TO ADVANCE JOBS BY 20.
UPJOB: SKIPG A,NUMBER ;USER GIVE EXPLICIT SKIP VALUE?
MOVEI A,UPDNJB ;NO, USE DEFAULT INCREMENT
TRNE F,FR.VMM ;VM TYPE OF DISPLAY
SUBI A,2 ;IN THAT CASE 2 LINES ARE LOST
ADDM A,FIRJOB ;ADVANCE
JRST MOVJOB ;GO TO COMMON ROUTINE
;HERE WHEN USER TYPES -, TO BACK UP JOBS BY 20.
DWNJOB: SKIPG A,NUMBER ;USER GIVE EXPLICIT SKIP VALUE?
MOVEI A,UPDNJB ;NO, USE DEFAULT INCREMENT
MOVN A,A ;AND MAKE IT A DECREMENT
TRNE F,FR.VMM ;VM DISPLAY ON
ADDI A,2 ;THEN TWO LESS
ADDM A,FIRJOB ;RETARD
SKIPGE FIRJOB ;SEE IF TOO FAR
SETZM FIRJOB ;YES--SET TO START
MOVJOB: SETZM .FRAJR ;CLEAR AUTO ROLL FEATURE
HRRZ A,PROGRM ;GET DISPLAY PROGRAM
CAIL A,MEMPRG ;IF DISPLAY IS
CAILE A,NORMAL ;NOT J/M/N
POPJ P, ;THEN NO JOB LIMIT CHECK (E.G., H DISPLAY)
MOVE A,XHGHJB ;GET GETTAB PARM FOR HIGHEST ACTIVE JOB
PUSHJ P,GETZ ;GO TRY TO READ IT FROM SYSTEM
SKIPN A ; GOT IT, SKIP
MOVE A,JOBN ; ERROR, GET HIGHEST JOB NUMBER
SUB A,FIRJOB ;MINUS FIRST JOB TO BE DISPLAYED
SUBI A,UPDNJB-1 ;MINUS # OF JOBS DISPLAYED, MINUS 1
SKIPGE A ;SKIP IF JOBS FOR ENTIRE SCREEN
ADDM A,FIRJOB ; ELSE BACK FIRST JOB # DOWN
SKIPGE FIRJOB ;TEST FOR TOO FAR BACK
SETZM FIRJOB ; YES, LEAVE IT AT ZERO
RETURN
;HERE WHEN A TYPED TO FLAG FOR AUTO JOB ROLL
;EACH PASS WILL ADVANCE TO NEXT PAGE OF JOBS UNTIL DONE
;THEN START OVER WITH 1. STOP MODE WITH A, +, -.
ALTJOB: SETCMM .FRAJR ;TOGGLE ROLL FLAG
RETURN
;HERE WHEN USER TYPES #, TO TOGGLE FLAG WHICH DETERMINES
;WHETHER TTYS DISPLAY FOR OPERATORS OR FOR CLEMENTS
TGLTTY: SETCMM REALTT ;TOGGLE FLAG
RETURN
;TOGGLE SUPPRESSION OF [OPR] JOBS
TGLOPR: TRC F,FR.OPR ;TOGGLE [OPR] SUPPRESSION FLAG
POPJ P, ;RETURN
;TOGGLE WHETHER J/M/N DISPLAY RUNTIME OR PERCENTAGE
TGLPCT: TRC F,FR.PCT ;TOGGLE PERCENTAGE FLAG
POPJ P, ;THAT'S THAT.
;TOGGLE WHETHER EXPANDED JOB (USER NAME, DISK READS/WRITES) OR
;USUAL SYSTEM DISPLAY IN "N" DISPLAY
TGLSJB: TRC F,FR.SJB ;TOGGLE SYSTEM/JOB FLAG
PJRST REFRSH ;AND MARK A REFRESH NEEDED
;TOGGLE WHETHER TO SKIP THE FIRST PART OF THE SYSTEM STATISTICS IN THE "N"
;DISPLAY (I.E., GO DIRECTLY TO STR/MNFT/FREE AND DEV/BY/HOW DISPLAYS
;TOGGLE WHETHER TO SKIP "NON-VALID" DELAY LINKS IN DECNET DISPLAY
TGLSKP: TRC F,FR.SKP ;TOGGLE THE "SKIP" FLAG
POPJ P, ;AND CONTINUE
;TOGGLE SUPPRESSION OF IDLE JOBS/ETC
TGLIDL: SKIPE A,NUMFLG ;[610] WAS NUMBER TYPED?
MOVE A,NUMBER ;[610] YES, USE IT FOR THRESHOLD VALUE
IMUL A,TCKSEC ;[610] CONVERT JIFFIES TO SECONDS
IDIVI A,^D100 ;[610] AND THEN TO 1/100 SECONDS
MOVEM A,TRSHLD ;[610] SAVE THRESHOLD VALUE
SKIPN A ;[610] WAS NUMBER GIVEN?
TRC F,FR.IDL ;[610] NO, JUST TOGGLE
SKIPE A ;[610] ELSE, IF NUMBER WAS GIVEN
TRO F,FR.IDL ;[610] SET "!"
POPJ P, ;[610]
;HERE WHEN ^C INTERCEPT
CCTYPD: PUSH P,A ;SAVE AN AC
HRRZ A,CCIOPC ;GET PC IN QUESTION
CAIE A,LOSER ;GOING TO LOOSE A CHARACTER
CAIN A,FREEZE ;SEE IF HUNG ON AN ALTMODE
CCTYPC: MOVEI A,FINX ;YES--GO LOOK AT INPUT
HRRM A,CCIOPC ;SAVE NEW OR OLD PC
POP P,A ;RESTORE THE AC
JRSTF @CCIOPC ;JUST RETURN AND CATCH IN MAIN
;LOOP. DON'T CLEAR IN CASE OF LOOP.
;HERE WHEN USER TYPES ^C OR ^Z, TO EXIT TO MONITOR
ALLDON: IFE V.DISP-V.DV61,< ;IF VT61
TRNE F,FR.RVD ;IN REVERSE VIDEO?
PUSHJ P,RVIDEO ;YES, CLEAR IT (EXIT WITH NORMAL VIDEO)
TRNE F,FR.ALR ;IN "ALARM"ING MODE?
PUSHJ P,ALARM ;YES, CLEAR IT
> ;END OF IFE V.DISP-V.DV61
IFE V.DISP-V.ANSI,< ;IF VT100
TRNE F,FR.RVD ;IN REVERSE VIDEO?
PUSHJ P,RVIDEO ;YES, CLEAR IT (EXIT WITH NORMAL VIDEO)
> ;END OF IFE V.DISP-V.ANSI
PUSHJ P,HOMDWN ;HOME DOWN SCREEN
TLNE F,FL.LOG ;LOGGING SCREENS?
CLOSE LOG, ;YES, CLOSE OFF FILE
TLZE F,FL.LOG ;LOGGING SCREENS?
RELEAS LOG, ;YES, LEGGO OF LOG DEVICE
RESET ; & RESET EVERYTHING ELSE, TOO
ALLDNE: MOVN J,MYJOB ;GET NEGATIVE OF CURRENT JOB #
JOBSTS J, ;FIND OUT ABOUT ME
MOVEI J,0 ; ERROR, SET FLAGS TO ZERO
TXNE J,JB.ULI ;TEST FOR LOGGED IN
JRST DOEXIT ; YES, GO EXIT
SKIPE J ;(SKIP MSG IF NO JOBSTS UUO)
OUTSTR KJMSG ;GIVE A 'KJOB' & A LOGOUT
LOGOUT ; DITTO
KJMSG: ASCII /.KJOB/ ;MESSAGE FOR END OF PROGRAM
BYTE (7) 15, 12, ".", 0, 0 ; DITTO
DOEXIT: EXIT 1, ;RETURN TO MONITOR, WITH .CONT PRIVILEGES
TLZ F,FL.LOCK ;CLEAR LOCK (RESET DID IT)
PUSHJ P,OPNTTY ;RE-OPEN TTY CHANNEL
JRST START ; NOW START FROM THE TOP
ALTMOD: TRC F,FR.ALT ;YES--SET FLAG
RETURN ;FLAG JUST CLEARED OR SET
STLOCK: MOVX J,LK.LLS!LK.LNE!LK.LNP!LK.LLC ;MINIMUM-OVERHEAD LOCK FLAGS
TLCE F,FL.LOCK ;TEST FOR LOCKED NOW
JRST UNLOCK ; YES, GO RESET & UNLOCK
IFN V.DISP-V.DVBX,<
LOCK J, ;ATTEMPT TO LOCK US
JFCL ; FAILED
>; END OF IFN V.DISP-V.DVBX
HRROI A,.GTRTD ;REAL TIME WORD
PUSHJ P,GETZ ;GO GET IT
LDB A,[POINTR A,JR$HPC] ;USER LEVEL SET HPQ COMMAND
MOVEM A,HPQCMD ;REMEMBER IT
MOVEI A,1 ;GET FLAGS FOR HPQ #1
SKIPN HPQCMD ;IN NOT ALREADY IN HPQ,
HPQ A, ;GET IN A HPQ (MAYBE)
JFCL ; & IGNORE FAILURES
MOVNI A,RELOCK ;SET FOR AUTO UNLOCK
MOVEM A,RELCKC ; IN CASE OPER FORGETS
SKIPN A,HIBTIW ;GET OPERATOR-SPECIFIED WAIT TIME
MOVEI A,^D1000 ;NONE, USE DEFAULT (SHORT)
MOVEM A,HIBTIM ;SET WAIT TIME
RETURN
UNLOCK: TLZ F,FL.LOC ;WE ARE UNCONDITIONALLY UNLOCKED NOW!
IFN V.DISP-V.DVBX,<
UNLOK. J, ;ATTEMPT TO UNLOCK MYSELF
JRST SYSDPY ; FAILED, DO IT VIA 'RESET'
>; END OF IFN V.DISP-V.DVBX
MOVEI A,0 ;GET FLAGS FOR HPQ #0
SKIPN HPQCMD ;IF NOT SET HPQ COMMAND
HPQ A, ;REQUEST NORMAL CPU PRIORITY
JFCL ; IGNORE ERROR RETURN
MOVE A,HIBTIW ;GET OPERATOR-SPECIFIED WAIT TIME
MOVEM A,HIBTIM ;AND RESET WAIT TIME
RETURN
TGLINC: TLC F,FL.INC ;TOGGLE INCREMENTAL FLAG
POPJ P, ;THAT'S THAT
REFRSH: TLO F,FL.REF ;FORCE A REFRESH
IFN <V.DISP-V.ANSI>*<V.DISP-V.DV61>,<POPJ P,> ;IF NOT VT61 JUST RETURN, ELSE
IFE <V.DISP-V.ANSI>*<V.DISP-V.DV61>,< ;CHECK FOR REVERSE VIDEO
TRNN F,FR.RVD ;IN REVERSE VIDEO?
POPJ P, ;NO, JUST RETURN TO REFRESH
TRO F,FR.RVR ;YES, RESTORE IT LATER
JRST RVIDEO ;AND CANCEL IT FOR REFRESH
> ;END OF IFE V.DISP-V.DV61 OR V.ANSI
;WAITIM -- SET WAIT TIME BETWEEN SCREEN UPDATES
WAITIM: MOVE N,NUMBER ;PICK UP COMMAND ARGUMENT
CAILE N,^D60 ;MAX OF (APPROX) ONE MINUTE
MOVEI N,^D60 ;SET MAX
IMULI N,^D1000 ;CONVERT TO MILLISECONDS
CAIG N,0 ;IF USER TYPED EXPLICIT 0
MOVEI N,1 ;THEN MAKE INTO ONE TICK (NOT INFINITY)
SKIPN NUMFLG ;BY THE WAY, AN EXPLICIT NUMBER WAS TYPED?
SETZ N, ;NO, RETURN TO DEFAULT
MOVEM N,HIBTIM ;SET WAIT TIME
MOVEM N,HIBTIW ;AND REMEMBER OPERATOR GAVE IT
POPJ P, ;RETURN WITH NEW WAIT TIME SET
;SCREEN LOGGING COMMAND AND SUPPORT
LOGSCR: TLNE F,FL.LOG ;ALREADY LOGGING?
POPJ P, ;YES, NOOP
MOVE A,[LOGFLP,,FLPBLK] ;MAKE A COPY OF THE PROTOTYPE
BLT A,FLPBLK+FLPLEN-1 ;LOG FILE FILOP. BLOCK
MOVE A,[LOGLKE,,LKEBLK] ;MAKE A COPY OF THE PROTOTYPE
BLT A,LKEBLK+LKELEN-1 ;LOG FILE ENTER BLOCK
MOVE A,[FLPLEN,,FLPBLK] ;FILOP. ARG POINTER
FILOP. A, ;APPEND SCREEN LOG
JRST NOLOGS ;ERROR, FORGET IT
TLO F,FL.LOG ;GOT IT, NOTE WE ARE NOW LOGGING
; SETOM LOGSCT ;SUPPRESS LEADING <FF>
POPJ P, ;RETURN READY AND WILLING
LOGFLP: FO.PRV!<LOG,,.FOAPP> ;CHANNEL,,APPEND
.IOASL ;ASCII MODE
'DSK ' ;ON DEVICE DSK:
LOGOHD,,0 ;OUTPUT RING HEADER
0,,0 ;DEFAULT NUMBER OF BUFFERS
0,,LKEBLK ;ADDRESS OF ENTER BLOCK
FLPLEN==.-LOGFLP
LOGLKE: 3 ;LENGTH OF BLOCK
0 ;PATH [-]
'SYSDPY' ;FILENAME SYSDPY
'LOG ' ;EXTENSION .LOG
LKELEN==.-LOGLKE
LISCR: MOVEI T2,.CHFFD ;FORMFEED
PUSHJ P,LISCH ;TO START THINGS OFF
SETZB A,COL ;START AT COLUMN 0
SETZM LINE ;IN LINE 0
MOVEI B," " ;FOR SPACE FILL
LISCR2: PUSHJ P,GETCH ;GET NEXT SCREEN CHARACTER
TRNE T2,400 ;*SOMETHING* BLANKED OUT?
MOVEI T2," " ;YES, LIST AS BLANK THEN
ANDI T2,177 ;JUST THE CHARACTER
CAIN T2," " ;A BLANK?
AOJA A,LISCR5 ;YES, COUNT UP (MAYBE SUPPRESS)
JUMPE A,LISCR4 ;OUTPUT CHAR UNLESS SAVED BLANKS
EXCH T2,B ;IN WHICH CASE
PUSHJ P,LISCH ;LIST BLANKS INSTEAD
SOJG A,.-1 ;UNTIL CAUGHT UP WITH WHERE SHOULD BE
EXCH B,T2 ;RETREIVE REAL CHARACTER
LISCR4: PUSHJ P,LISCH ;OUTPUT CHARACTER
LISCR5: AOS T1,COL ;ADVANCE COLUMN COUNTER
CAIGE T1,XSIZE ;UNTIL THIS LINE FINISHED
JRST LISCR2 ;MORE OF THIS LINE TO GO
MOVEI T2,.CHCRT ;A <CR>
PUSHJ P,LISCH ;TO END THIS LISTING LINE
MOVEI T2,.CHLFD ;AND A <LF>
PUSHJ P,LISCH ;TO END THE <CR><LF>
SETZB A,COL ;NO BLANKS, START OF LINE
AOS T1,LINE ;ADVANCE TO NEXT LINE
CAIGE T1,YSIZE ;DONE YET?
JRST LISCR2 ;NOPE, DO ANOTHER LINE
POPJ P, ;YES - SCREEN OUTPUT
LISCH: SOSGE LOGOHD+2 ;ROOM FOR ANOTHER CHARACTER?
JRST LISCH2 ;NO, ASK MONITOR FOR NEXT BUFFER
IDPB T2,LOGOHD+1 ;STUFF THIS CHARACTER
POPJ P, ;DONE
LISCH2: OUTPUT LOG, ;ASK FOR NEXT BUFFER
JRST LISCH ;ASSUME GOT ONE . . .
SUBTTL VARIOUS "ERROR" MESSAGES
;SPY OR PEEK PRIVILEGES ARE REQUIRED FOR CERTAIN FUNCTIONS
NOPRIV:
NOSPPK: SET 1,XSIZE,1,YSIZE,0,TAB4
MOVEI M,NOSPTX ;WARNING
CALL MSG ;SET UP THE MESSAGE
JRST ADVICE ;TELL COMMON EXIT
NOSPTX: ASCIZ \You do not have either PEEK or SPY privileges.
\
;"\" COMMAND BUT FTCMSR TURNED OFF IN MONITOR
NOCMSR: SET 1,XSIZE,1,YSIZE,0,TAB4 ;STANDARD (FULL) SCREEN
MOVEI M,NOCMTX ;SAY WHY IT FAILS
PUSHJ P,MSG ;TELL USER
PJRST ADVICE ;COMMON EXIT
NOCMTX: ASCIZ \This monitor does not support network statistics.
\
;"K" COMMAND BUT FTSCA TURNED OFF IN MONITOR
NOSCA: SET 1,XSIZE,1,YSIZE,0,TAB4 ;STANDARD (FULL) SCREEN
MOVEI M,NOSCTX ;SAY WHY IT FAILS
PUSHJ P,MSG ;TELL USER
PJRST ADVICE ;COMMON EXIT
NOSCTX: ASCIZ \This monitor does not support Systems Communications Architecture.
\
NOCIP: SET 1,XSIZE,1,YSIZE,0,TAB4 ;STANDARD (FULL) SCREEN
MOVEI M,NOCITX ;SAY WHY IT FAILS
PUSHJ P,MSG ;TELL USER
PJRST ADVICE ;COMMON EXIT
NOCITX: ASCIZ \This monitor does not have any CI-20 interfaces.
\
;"L" COMMAND CAN'T ENTER/APPEND "LOG" FILE
NOLOGS: SET 1,XSIZE,1,YSIZE,0,TAB4
MOVEI M,NOLOTX ;ERROR TEXT
PUSHJ P,MSG ;SHOW ON SCREEN
PJRST ADVICE ;AND CAP OFF
NOLOTX: ASCIZ\? Can't create/append log file DSK:SYSDPY.LOG[-]
\
;COMMON ADVICE PRINTER
ADVICE: MOVEI M,ADVTXT ;GET ADVICE TEXT ADDRESS
CALL MSG ;AND PRINT IT
TRO F,FR.NRM ;AND RETURN TO NORMAL
TRZ F,FR.ALT ;DO NOT GET STUCK BY $ MODE
TLZ F,FL.REF ;WAIT A SECOND
RETURN
ADVTXT: ASCIZ \
This display will be automatically replaced by the normal display.
Type any command to effect immediate replacement.
\
SUBTTL "H" -- DISPLAY HELP MESSAGE
HELP: PUSHJ P,THISIS ;GIVE HEADER LINE
PUSHJ P,CRLF ;BLANK LINE FOR NEATNESS
TABSET TAB7 ;NORMAL TAB STOPS
MOVE A,FIRJOB ;COUNT OF "JOBS" TO SKIP
MOVEM A,EATCNT ;SET FOR EMSG
SKIPN HLPADR ;ALREADY GOT HELP TEXT?
JRST HELP0 ;NO, LOOK FOR IT ON DISK
MOVE M,HLPADR ;GET HELP TEXT INTO M
JRST HELP7 ;AND GO TYPE IT OUT
HELP0: MOVEI A,.IODMP ;NO, PREPARE TO READ IT IN
MOVSI B,'HLP' ;FROM HLP:
SETZ C, ;(IN DUMP MODE)
OPEN HLP,A ;OPEN HELP DEVICE
JRST HELP6 ;HMMMMM . . .
;NOTICE THAT AT THIS POINT PECULIAR AC USEAGE APPEARS
;AC'S 0 TO 6 ARE USED BUT NOT AS M/A/B/C/D/J/JS . . .
MOVEI .RBCNT,.RBSIZ ;LENGTH OF LOOKUP BLOCK
SETZ .RBPPN, ;DEFAULT PATH
MOVE .RBNAM,['SYSDPY'] ;NAME OF HELP FILE
MOVSI .RBEXT,'HLP' ;AND ITS EXTENSION
LOOKUP HLP,.RBCNT ;SEE IF HLP:SYSDPY.HLP EXISTS
JRST [HRRZ N,.RBEXT;ERROR CODE
CAIN N,ERFNF%;FILE NOT FOUND?
JRST HELP6 ;YES, USE OUR TEXT
MOVEI M,[ASCIZ\? LOOKUP error (\] ;MESSAGE
PUSHJ P,MSGOCT;TELL USER OF WOES
MOVEI M,[ASCIZ\) for help file HLP:SYSDPY.HLP\]
JRST HELP7] ;CAP OFF ERROR
MOVE A,.RBSIZ ;GET SIZE OF FILE
;NOW WE RETURN TO MORE RATIONAL AC USAGE . . .
MOVN C,A ;FOR IOWD
MOVE B,.JBFF ;ADDRESS FOR HELP TEXT
ADDI A,1 ;GUARANTEE TRAILING <NUL>
ADDB A,.JBFF ;ALLOCATE SPACE
CAMG A,.JBREL ;HAVE WE ROOM?
JRST HELP1 ;YES
CORE A, ;NO, ASK FOR SOME MORE
JRST [MOVEI M,[ASCIZ\? Insufficient memory for reading help file text!
\] ;TELL USER OF WOES
JRST HELP7] ;GO DISPLAY TEXT
MOVE A,.JBFF ;RESTORE AC A FROM CORE UUO
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
HELP1: MOVS C,C ;START IOWD
HRRI C,-1(B) ;FINISH IOWD
SETZ D, ;FINISH COMMAND LIST
IN HLP,C ;READ HELP FILE
SKIPA ;GOT IT
JRST [MOVEI M,[ASCIZ\? I/O error reading HLP:SYSDPY.HLP
\] ;MORE WOES
JRST HELP7] ;GO TELL USER
MOVEM B,HLPADR ;SAVE ADDRESS OF HELP TEXT
RELEAS HLP, ;DITCH I/O CHANNEL
SUB A,B ;GET BACK LENGTH
SUBI A,1 ;REAL FILE LENGTH
IMULI A,5 ;COUNT OF 7-BIT ASCII BYTES
TLO B,(POINT 7,) ;MAKE INTO BYTE POINTER
MOVE C,B ;COPY FOR RE-WRITTING
HELP2: ILDB CH,B ;GET CHARACTER
JUMPE CH,HELP3 ;SKIP OVER NULLS
IDPB CH,C ;OK CHARACTER, STORE IT
HELP3: SOJG A,HELP2 ;LOOP BACK FOR REST OF MESSAGE
MOVEI CH,0 ;NOW WE WANT A <NUL>
IDPB CH,C ;TO TERMINATE HELP TEXT
MOVE M,HLPADR ;ADDRESS OF HELP TEXT
JRST HELP7 ;GO SET TO TYPE IT OUT
HELP6: MOVEI M,HLPTXT ;USE OUR OWN MINI-HELP TEXT
HELP7: PUSHJ P,EMSG ;LIST ASCIZ TEXT
PUSHJ P,CHKDON ;SEE HOW SCREEN FARED
JRST HELP ;NOT SO GOOD, TRY AGAIN
POPJ P, ;REASONABLY WELL, GO SHOW IT
;AND OUR VERY OWN HELP TEXT
HLPTXT: ASCIZ n+ Advance screen by "n" or approximately one screen-full
n- Retreat screen by "n" or approximately one screen-full
A Toggle Auto roll of all jobs
C List DECNET link status
E List Ethernet status
F List file system statistics
H List this text
I List incremental statistics (where applicable)
J List only jobs (in multiple columns)
K List CI network status
L Log screens into file DSK:SYSDPY.LOG[-] (Close on ^Z)
M List virtual memory data
N List normal (some of everything) status
O Toggle suppression of [OPR] jobs in "N" & "M" display
Q List the system queues
R Refresh entire screen immediately
S Toggle System or expanded job statistics in "N" display
T Topology for network display
V Toggle cpu and core priority
Z List LAT server statistics
nW Set wait time to "n" decimal seconds
\ Display network statistics
n! Toggle non-idle jobs; "n" specifies runtime threshold = n/100 seconds
# Toggle PTY number or controlling job number
% Toggle runtime or percentage of cpu
^ Toggle skipping system statistics in "N" display
* List DECNET node status
^A Toggle alarm (flashing) mode (if applicable)
^C Terminate SYSDPY execution
^R Toggle reverse video updating (if applicable)
^Z Terminate SYSDPY execution
<ESC> Freeze screen as is (any subsequent command will thaw)
SPACE Update screen display immediately
SUBTTL "N" DISPLAY, SOME OF EVERYTHING
;MEMPRG IS THE START OF THE DISPLAY PROGRAM FOR A VM SYSTEM
;NORMAL IS THE START FOR THE CLASSIC SYSTEM DISPLAY
;THE CONTROL FLOW IS REGULATED BY THE FLAG FR.VMM
;ONCE THIS FLAG HAS BEEN SET BY MEMPRG THEN NORMAL
;CAN DO THE JOB. NOTE: THAT IF THE SYSTEM DOES NOT
;SUPPORT VM THAT THE VM DISPLAY AND NORMAL DISPLAY ARE
;IDENTICAL.
MEMPRG: TROA F,FR.VMM ;FLAG EXPANDED MEMORY DISPLAY
;AND SKIP INTO NORMAL
JOBPRG: TRO F,FR.JOB ;FLAG JOBS ONLY
;AND FALL INTO NORMAL
NORMAL: PUSHJ P,STROLL ;START DISPLAY VARIABLES
SETOM NLTYPD ;MARK THAT LINES HAVE BEEN TYPED
TRZ F,FR.NRM ;ONLY WHEN NORMAL FORGET FLAG
PUSHJ P,WNDJOB ;SET JOB WINDOW
SETZM JBUBZR ;CLEAR FIRST JOB USAGE WORD
MOVE A,[JBUBZR,,JBUBZR+1] ;BLT POINTER TO
BLT A,JBUEZR ;CLEAR ALL JOB USAGE FIGURES
TRNE F,FR.VMM ;DOING VM DISPLAY?
JRST NORMLA ;YES, DO INCREMENTALS IN ROUTINE THISIZ
PUSHJ P,GUPTIM ;GET SYSTEM UPTIME
SUB A,UPTIME ;A:= INCREMENTAL UPTIME
ADDM A,UPTIME ;UPDATE TOTAL UPTIME
TLNN F,FL.INC ;WANT INCREMENTAL OR TOTAL?
MOVE A,UPTIME ;TOTAL
MOVEM A,UPTINC ;SAVE INCREMENTAL UPTIME FOR OTHERS
NORMLA: MOVE A,[%NSHJB] ;HIGHEST JOB NUMBER IN USE
PUSHJ P,GET ;READ FROM MONITOR
MOVE A,JOBN ;???
MOVEM A,JBNMAX ;REMEMBER IT
PUSHJ P,GJBDAT ;READ ALL THE JOB DATA
MOVN J,JBNMAX ;GET MAX JOB IN USE
HRLZ J,J ;MAKE "IOWD" INDEX POINTER
HRRI J,1 ;START WITH JOB 1
SUBTTL "N" DISPLAY -- JOBS
NORML0: TLOE F,FL.NHED ;GOT HEADER YET?
JRST NORML2 ;YES
TRNE F,FR.VMM ;DOING VM DISPLAY?
PUSHJ P,PAGSYS ;YES, TYPE SOME LEADING INFORMATION
MOVEI M,[ASCIZ /Job Who Where What/]
CALL MSG ;PRINT PART OF MESSAGE
TRNE F,FR.VMM ;IS VIRTUAL M THERE
JRST NORML1 ;YES THEN ALL SET
MOVEI M,[ASCIZ / #/]
CALL MSG ;PRINT MESSAGE
CALL KAYPAG ;KAYS OR PAGES
NORML1: MOVEI M,[ASCIZ / Virtual Physical PGR /]
TRNE F,FR.VMM ;DOING MEMORY DISPLAY?
PUSHJ P,MSG ;YES
MOVEI M,[ASCIZ / State Runtime/]
CALL MSG ;PRINT THE END OF THE LINE
MOVEI M,[ASCIZ\ Reads Writes User\]
TRNN F,FR.JOB!FR.VMM ;IN "J" OR "M" DISPLAY?
TRNN F,FR.SJB ;NO, "N" DISPLAY, IN EXPANDED JOBS?
CAIA ;NO, THEN NO DISK READS/WRITES/ETC.
PUSHJ P,MSG ;YES, EXTRA HEADER
PUSHJ P,CRLF ;CAP OFF HEADER LINE
NORML2: MOVE JS,@JBSTS
TXNN JS,JS$JNA
JRST NORMNJ
NORML3: AOS JBNUSE ;COUNT JOBS IN USE
TXNE JS,JS$LOG ;JOB LOGGED IN?
AOS JBNLOG ;YES, COUNT LOGGED-IN JOBS
HRRZM J,CLINE ;WE ARE AT THIS LINE
PUSHJ P,SETVIS ;DETERMINE VISIBLITY
HRRZ N,J ;GET THE JOB NUMBER
SKIPE VISIBL ;NEXT SCREEN DISPLAY CAN SHOW IT
CAMGE N,FIRJOB
TLO F,FL.SUP ;NO, SUPPRESS THIS JOB
PUSHJ P,INCRTL ;[610] COMPUTE INCREMENTALS FOR THIS JOB
TRNE F,FR.IDL ;[610] SUPPRESS IDLE JOBS?
PUSHJ P,IDLEJB ;[610] YES, SEE IF JOB IDLE AND SUPPRESS IT
NL3A: TRNN F,FR.OPR ;WANT TO SUPPRESS [OPR] JOBS?
JRST NORML4 ;NO, ALWAYS SHOW
MOVE A,@JBPPN ;YES, GET JOB'S PPN
CAMN A,OPRPPN ;IS THIS AN [OPR] JOB?
TLOA F,FL.SUP ;YES, SUPPRESS THIS JOB
NORML4: TLNE F,FL.SUP ;WANT TO SUPPRESS THIS JOB?
JRST SYSL0E ;YES, JUST GATHER FIGURES
PUSHJ P,DECPRT ;PRINT THE JOB NUMBER
PUSHJ P,TAB ;AND TERMINATE WITH A <TAB>
MOVE A,@JBPPN ;GET THE JOB'S PPN
; CAMN A,LOGPPN ;TEST FOR [2,5]
; JRST [PUSHJ P,STRWHO ; YES, PRINT **,** CAUSE WE DON'T KNOW
; JRST SYSL0D]
CAMN A,OPRPPN ;TEST FOR [1,2]
JRST [MOVE A,[SIXBIT/[OPR]/] ;YES, PRINT [OPR]
PUSHJ P,SIXBP
JRST SYSL0D]
CAMN A,ME ;TEST FOR MY PPN
JRST [MOVE A,[SIXBIT/[SELF]/] ;YES, PRINT [SELF]
PUSHJ P,SIXBP
JRST SYSL0D]
PUSHJ P,PNTPPN ;PRINT PRJ-PRG #
SYSL0D: PUSHJ P,TAB
SYSL0E: SKIPN A,TTYFLG ;DO WE DECIDE HE IS DETACHED?
JRST SYS3LD ;YES HE LOSES
JUMPL A,SYS2LD ;JUMP IF PRIVILEGED TOPS10 STYLE
HRRZ A,J ;GET JOB NUMBER
TRMNO. A, ;GET LINE UDX
JRST SYS3LD ;CAN ONLY BE DETACHED
CAME A,CTYNDX ;IS IT CTY
JRST SYS1LD ;NO GO ON
MOVSI A,(SIXBIT .CTY.);SAY CTY
JRST SYS3LD ;THAT'S ALL
SYS1LD: DEVNAM A, ;GET THE DEVICE NAME
SETZM A ;ZAP NAME ON FAILURE
JRST SYS3LD ;PRINT IT
SYS2LD: MOVE A,@TTLDB
SYS3LD: PUSHJ P,PTYCTL ;CHANGE TO CONTROLLING JOB IF PTY
TLNN A,-1 ;ATTACHED TO A TTY?
AOS JBNDET ;COUNT DETACHED JOBS
TLNE F,FL.SUP ;OUTPUT FOR THIS JOB?
JRST SYSL2 ;NO
TLNN A,-1
TLO A,'DET'
HLRZ CH,A ;COPY L.H. OF NAME AS R.H. OF AC
CAIN CH,'TTY' ;TEST FOR 'TTYNN'
HRLZ A,A ; YES, CONVERT TO 'NN '
TRNN A,-1
JRST SYSL1G
HRRZ CH,A
LSH A,-14
HRR A,CH
LSH A,14
TRNE A,-1
SOS COL ;BACK UP ONE IF NO ROOM
SYSL1G: PUSHJ P,SIXTAB ;PRINT SIXBIT MSG FOLLOWED BY TAB
MOVE A,@JBPRG ;GET THE PROGRAM NAME
PUSHJ P,SIXTAB ;PRINT SIXBIT MSG FOLLOWED BY TAB
SYSL2: PUSHJ P,VMHILO ;GET PHY AND VIRT LOW AND HIGH SIZES
ADDM N,PHYUSE ;COUNT TOTAL (NON-SHARED) PHYSICAL IN USE
ADDM N1,VIRUSE ;COUNT TOTAL (NON-SHARED) VIRTUAL IN USE
ADDM BP,SHRSAV ;COUNT TOTAL MEMORY SAVED BY SHARING
PUSHJ P,INACTC ;TEST FOR ACTIVE PROGRAM
PUSHJ P,ACTVC ;YES, COUNT UP IT'S CONTRIBUTION
TLNN F,FL.SUP ;SEE IF SUPPRESSED
CALL PGDATA ;TYPE PAGING DATA
TSTATE: MOVSI A,'^W ' ;"COMMAND WAIT"
TXNE JS,JS$RUN ;RUN BIT ON?
MOVSI A,'CW ' ;YES, CHANGE INDICATION
TXNE JS,JS$CMW ;JOB IN COMMAND WAIT?
JRST TSTAT9 ;YES. SAY SO REGARDLESS OF STATE
MOVSI A,'OW ' ;"OPERATOR WAIT FOR DEVICE"
TXNE JS,JS$OWD ;JOB IN DEVICE ERROR WAIT?
JRST TSTAT9 ;YES, SAY SO
MOVSI A,'^D ' ;"DAEMON (.DCORE) WAIT"
TXNE JS,JS$JDC ;JOB WAITING FOR DAEMON?
JRST TSTAT9 ;YES, TELL USER THAT
MOVSI A,'^C ' ;"CONTROL-C (HALT) STATE"
JUMPGE JS,TSTAT9 ;IF JOB IS NOT RUNNING SAY HALTED
MOVSI A,'RU ' ;"RUN/GET[SEG]/MERGE COMMAND/UUO"
MOVX N,J2$IGS ;THE "IN GETSEG" BIT
TXNN JS,JS$RUU ;IN A RUN UUO OR COMMAND?
TDNE N,@JBST2 ;OR IN A GETSEG (MERGE) UUO OR COMMAND?
JRST TSTAT8 ;YES, SAY THAT THEN (AND COUNT ACTIVE)
LDB B,[POINTR JS,JS$WST] ;GET JOB WAIT STATE QUEUE
IDIVI B,3 ;THREE QUEUE NAMES PER WORD
IMULI C,^D12 ;EQUALS 12 BITS PER WORD
MOVE A,QTAB(B) ;WORD HOLDING QUEUE CODES
LSH A,(C) ;LEFT JUSTIFY QUEUE CODE NAME
AND A,[7777B11] ;MASK OFF ANY OTHER CODES
MOVS B,A ;PUT IN RH(B) FOR EASE OF CHECKING
CAIE B,'SL ' ;IN SLEEP QUEUE?
JRST TSTAT0 ;NO, CHECK FOR TI
MOVX N,J2$HIB ;THE "IN A HIBER" BIT
TDNN N,@JBST2 ;PROGRAM IN A HIBER OR A SLEEP?
JRST TSTAT8 ;IN A SLEEP, COUNT SLEEPY JOB
MOVSI A,'HB ' ;IN A HIBER, INDICATE ACCORDINGLY
TXNE JS,JS$CLK ;ALSO GOT A CLOCK REQUEST PENDING?
MOVSI A,'HS ' ;YES, "HIBER WITH A SLEEP TIME"
JRST TSTAT8 ;COUNT UP A SLEEPY JOB
TSTAT0: CAIE B,'DI ' ;IN DISK I/O WAIT?
CAIN B,'IO ' ;OR RANDOM I/O WAIT?
JRST TSTAT1 ;YES, SEE WHICH DIRECTION
CAIE B,'TI ' ;IN TERMINAL I/O WAIT?
JRST TSTAT2 ;NO, CHECK FOR OTHER STATES
;TTY'S MUST BE HANDLED SPECIAL SINCE FOR THEM IO$OUT IS IGNORED
MOVE B,['TWTITO'] ;YES
PUSHJ P,IOWTT ;CHECK IF TTY IS IN OR OUT BLOCKED
MOVS B,A ;GET STATE BACK INTO B AGAIN
CAIE B,'TI ' ;IN TERMINAL INPUT STATE?
JRST TSTAT7 ;NO, COUNT COUNT I/O BLOCKED
JRST TSTAT8 ;YES, COUNT AS SLEEPY JOB
TSTAT1: CAIN B,'DI ' ;IN DISK I/O WAIT?
MOVE B,['DWDIDO'] ;YES
CAIN B,'IO ' ;RANDOM I/O WAIT?
MOVE B,['IOINOU'] ;YES
PUSHJ P,IOWCK ;PICK APPROPRIATE STATE
JRST TSTAT7 ;NO, COUNT I/O BLOCK JOBS
TSTAT2: CAIE B,'RN ' ;IN THE RN QUEUE(S)?
JRST TSTAT3 ;NO--GO ON
LDB B,[POINTR @JBRTD,JR$HPQ] ;YES, GET HPQ (IF ANY)
JUMPE B,TSTAT6 ;NOT IN HPQ
TRZN B,10 ;HPQ .GE. 10?
TROA B,' H0' ;NO, PRINT AS HN
ADDI B,' 00' ;YES, PRINT AS NN
LSHC A,^D36+^D24 ;LEFT JUSTIFY SIXBIT IN A
JRST TSTAT6 ;COUNT RN JOBS
TSTAT3: CAIE B,'EW ' ;EVENT WAIT?
JRST TSTAT7 ;EVERYTHING ELSE COUNTS AS ACTIVE
; BUT "BLOCKED" (EVEN NA)
LDB B,[POINTR @JBST2,J2$WEW] ;ESLEEP (EVENT WAIT) CODE
CAIN B,EW$TKW ;MAGTAPE KONTROLLER WAIT?
MOVSI A,'EK ' ;YES, "EVENT KONTROLLER WAIT"
CAIN B,EW$REW ;MAGTAPE REWIND?
MOVSI A,'ER ' ;YES, "EVENT REWIND WAIT"
CAIN B,EW$LBL ;LABEL PROCESSING WAIT?
MOVSI A,'EL ' ;YES, "EVENT LABEL WAIT"
CAIN B,EW$NET ;ANF-10 NETWORK WAIT?
MOVSI A,'EN ' ;YES, "EVENT NETWORK WAIT"
CAIE B,EW$FEI ;FRONT END INPUT WAIT?
CAIN B,EW$FEO ;OR FRONT END OUTPUT WAIT?
MOVSI A,'EF ' ;YES, "EVENT FRONT-END WAIT"
CAIN B,EW$D60 ;DN60 WAIT?
MOVSI A,'E6 ' ;YES, "EVENT DN60 WAIT"
CAIN B,EW$DCN ;DECNET NETWORK WAIT?
MOVSI A,'ED ' ;YES, "EVENT DECNET WAIT"
CAIN B,EW$ETH ;ETHERNET WAIT?
MOVSI A,'EE ' ;YES, "EVENT ETHERNET WAIT"
MOVX N,J2$EWS ;EVENT WAIT SATISFIED BIT
TDNN N,@JBST2 ;JOB READY TO WAKE UP?
JRST TSTAT8 ;NO, COUNT AS A SLEEPY JOB
MOVSI A,'ES ' ;YES, CALL "EVENT WAIT SATISFIED"
JRST TSTAT7 ;COUNT AS ACTIVE, BUT NOT IN RN QUEUE(S)
TSTAT6: AOS JRNRN ;JOBS IN ACTIVE RN STATE
TSTAT7: AOS JRNIO ;JOBS ACTIVE OR IO BLOCKED
TSTAT8: AOS JRNSL ;JOBS ACTIVE BUT SLEEPING
TSTAT9: TLNE F,FL.SUP ;SUPPRESSING OUTPUT?
JRST TSTATL ;YES, NO OUTPUT
PUSHJ P,SIXBP
TXNN JS,JS$LCK ;SEE IF LOCKED
JRST TSTATL ;NO--PROCEED
MOVEI CH,"&" ;INDICATE LOCKED
PUSHJ P,TYO ;OUTPUT IT
SKIPN @JBSGN ;SEE IF HI-SEG LOGIC
JRST SYSL1E ;NO--FINISH UP
TSTATL: SKIPN A,@JBSGN ;JOB HAVE A HISEG?
JRST [PUSHJ P,SPACE
JRST SYSL1E]
JUMPL A,SYSL1S ;JUMP IF SPYING
PUSH P,J ;SAVE J
MOVE J,A
SKIPE B,@JBPRG ;AN OBSOLETED SEGMENT?
JRST SYSL1A ;NO-CHECK IF IT'S A NON CUSP HISEG
MOVEI CH,"@"
MOVE B,@JBSTS
TXNE B,JS$SHR ;IS IT SHARABLE?
JRST SYSL1B ;YES-FLAG JOB WITH @
JRST SYSL1F ;NO-MUST BE PRIVATE
SYSL1S: MOVEI CH,"+" ;GET A "+"
PUSHJ P,TYO ;OUTPUT IT TO SHOW SPYING
JRST SYSL1E ; CONTINUE ON
SYSL1A: MOVE B,@JBPPN ;GET HISEG OWNER
MOVEI CH,"#" ;PREPARE TO FLAG JOB WITH #
CAMN B,OLDPPN
MOVEI CH,"O"
CAMN B,NEWPPN
MOVEI CH,"N"
CAMN B,SYSPPN ;CUSP?
SYSL1F: MOVEI CH," " ;PRINT A SPACE
SYSL1B: PUSHJ P,TYO ;PRINT @ OR #
POP P,J ;RESTORE J & A
SYSL1E: SETZB CH,A ;ZAP BOTH V AND SW WORD
; HLRZ N,@JBVRT ;GET VIRTUAL FLAG
; JUMPE N,SYSL2E ;NOT VIRTUAL
MOVE N,JOBPHY ;JOB'S PHYSICAL MEMORY SIZE(S)
CAME N,JOBVIR ;SAME AS VIRTUAL SIZE(S)?
MOVEI CH,"V" ;NO, FLAG JOB AS VIRTUAL
SYSL2E: PUSHJ P,LHPSWP ;PRINT STATE AND "SW"/"SF" AS APPROPRIATE
MOVE A,JITIM ;[610] INCREMENTAL RUNTIME
TLNN F,FL.INC ;[610] INCREMENTAL OR TOTALS?
MOVE A,@JTTIM ;TOTALS
TRNN F,FR.PCT ;RUNTIME OR PERCENTAGE?
JRST SYSL2T ;RUNTIME, JUST TYPE IT
MOVE B,UPTINC ;PERCENTAGE, GET UPTIME
MOVEM B,TEMP ;AND STORE FOR CMPDNA
PUSHJ P,CMPDNA ;PRINT OUT PERCENTAGE OF CPU
PUSHJ P,PERCNT ;WITH A PERCENT SIGN FOR CUTENESS
CAIA ;DON'T BOTHER PRINTING TIME NOW
SYSL2T: PUSHJ P,TCKTIM ;JUST PRINT THE RUNTIME
TRNN F,FR.SJB ;EXPANDED JOB DISPLAY?
JRST SYSL5 ;NO
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;PRINT DISK READS AND WRITES
PUSHJ P,TAB ;YES, TAB OVER TO DISK READS COLUMN
MOVE N,JIRCT ;[610] INCREMENTAL READS
TLNN F,FL.INC ;[610] INCREMENTAL OR TOTALS?
MOVE N,@JTRCT ;TOTALS
PUSHJ P,DECB8 ;PRINT DISK READS
PUSHJ P,TAB ;TAB OVER TO NEXT COLUMN
MOVE N,JIWCT ;[610] INCREMENTAL WRITES
TLNN F,FL.INC ;[610] INCREMENTAL OR TOTALS?
MOVE N,@JTWCT ;TOTALS
PUSHJ P,DECB8 ;PRINT DISK WRITES
;PRINT USER NAME NOW
PUSHJ P,TAB ;TAB OVER TO USER NAME COLUMN
MOVE A,@JBNM1 ;FIRST HALF OF THE USER NAME
PUSHJ P,SIXB6 ;TYPE IT OUT
SKIPE A,@JBNM2 ;SECOND HALF OF THE USER NAME
PUSHJ P,SIXB6 ;TYPE ALL OF IT OUT IF NON-BLANK
;END OF JOBS DISPLAY
SYSL5: PUSHJ P,CRLF ;CAP OFF THIS JOB'S DISPLAY LINE
NORMNJ: TLZ F,FL.SUP ;CLEAR DISPLAY SUPPRESS FOR NEXT JOB
AOBJN J,NORML0 ;LOOP FOR ALL JOBS
CALL SETEND ;SET SLINE VARIABLE TO ADAPT TO EMPTY SCREEN
TRNE F,FR.JOB!FR.SJB!FR.VMM ;JOBS ONLY?
POPJ P, ;YES, THEN ALL DONE
JRST NSYS00 ;GO DO "N" DISPLAY SYSTEM STUFF
;SUBROUTINE TO CONVERT TTY NUMBER TO CONTROLLING JOB NUMBER
;IF CONTROLLED OVER A PTY (5.03 AND MORE RECENT ONLY)
;CALL: MOVE A,'TTYNN'
; PUSHJ P,PTYCTL
; RETURN WITH TTYNN OR JOBNN
;USES B,C,D,R
PTYCTL: TLNN A,-1 ;SEE IF DETACHED
POPJ P, ;YES--LEAVE ALONE
HRLZ C,A ;GET TTY NUMBER (0 IF CTY)
MOVEI B,0 ;CLEAR ACCUMULATOR
LSH C,3 ;CONVERT TO
LSHC B,3 ; BINARY FROM
JUMPN C,.-2 ; SIXBIT
CAML B,PTYOFS ;SEE IF PTY
CAML B,PTYMAX ; DRIVEN
POPJ P, ;NO--RETURN
SUB B,PTYOFS ;YES--GET PTY NUMBER
MOVEI R,10 ;CONVERT TO OCTAL
PUSHJ P,MAKSIX ; SIXBIT
HRLI B,'PTY' ;CHANGE TO DEVICE NAME
SKIPE REALTT ;TEST FOR PTY DISPLAY
JRST PTYXIT ; YES, JUMP
DEVTYP B,1B19 ;PHYSICAL DEVICE--GET JOB OWNER
POPJ P, ;ERROR RETURN IF PRE 5.03
LSH B,-11 ;GET JOB NUMBER
ANDI B,777 ;REMOVE JUNK
JUMPE B,CPOPJ ;IF NOT CONNECTED, GIVE UP
MOVEI R,12 ;CONVERT TO DECIMAL
PUSHJ P,MAKSIX ; SIXBIT
HRLI B,'JOB' ;ADD JOB PREFIX
PTYXIT: MOVE A,B ;CHANGE ANSWER
POPJ P, ;RETURN
;SUBROUTINE TO CONVERT BINARY TO SIXBIT IN ARBITRARY RADIX
;ARG/ANSWER IN B (0-777)
;USES C,D RADIX IN R
MAKSIX: MOVE D,[POINT 6,B,17] ;PRESET POINTER
MAKSX1: IDIVI B,(R) ;OLD FASHIONED WAY
HRLM C,(P)
SKIPE B
PUSHJ P,MAKSX1
HLRZ C,(P)
ADDI C,'0'
IDPB C,D
POPJ P,
;SUBROUTINE TO FIND 1ST. JOB USING A SEGMENT
;CALL MOVE J,SEGMENT NO.
; PUSHJ P,SEGSCN
; NONE FOUND RETURN
; FOUND
;AC'S B & C DESTROYED
;AC J IS RESPECTED
SEGSCN: MOVN B,JOBN
HRLZS B
HRR B,JBSGN ;PREPARE AOBJN PTR. FOR SCANNING JBTSGN
HIGH06: HRRZ C,(B) ;GET SEGMENT NO.
CAIE C,(J) ;DOES IT MATCH WITH CURRENT ONE?
HIGH6A: AOBJN B,HIGH06 ;NO-DO AGAIN
SKIPGE B ;WE HAVE A MATCH?
CPOPJ1: AOS (P) ;YES - SKIP RETURN
POPJ P, ;NO-NONE FOUND RETURN
;SUBROUTINE SEGLOK CHECKS IF A SEGMENT IS LOCKED IN CORE
; J=JOB # OR HIGH SEG #
; N=SIZE OF SEGMENT
; UPDATES MAXMAX TO INCLUDE LOCKED SEG SIZE
; ALWAYS NON-SKIP RETURN
SEGLOK: SETOM LOKCHK ;FLAG THAT WE WERE HERE
PUSH P,B ;SAVE B
MOVE B,@JBSTS ;GET STATUS WORD
TXNE B,JS$LCK ;SEE IF LOCKED
ADDM N,MAXMAX ;YES,UPDATE MAXMAX W/ SIZE OF LOCKED SEG
POP P,B ;(NO)RESTORE B
POPJ P, ;RETURN
;SUBROUTINE TO CHECK IF A SEGMENT IS INACTIVE
;INACTIVE IS DEFINED AS RUN BIT OFF OR SL/TI/EW STATE
;ARGS J=SEGMENT NUMBER IN RH
;NON-SKIP RETURN IF ACTIVE, SKIP RETURN IF INACTIVE
INACTC: SKIPL D,@JBSTS ;SKIP IF RUN BIT ON
JRST CPOPJ1 ;OFF, INACTIVE
LDB D,[POINT 5,D,14] ;GET WAIT STATE CODE
CAMN D,SLQ ;IN "SL" STATE?
JRST CPOPJ1 ;YES, ONE MATCHES, INACTIVE
CAME D,TIQ ;IN "TI" STATE?
CAMN D,EWQ ;OR "EW" STATE?
AOS (P) ;YES, MATCHES, INACTIVE
POPJ P, ;NO, MUST BE ACTIVE
;SUBROUTINE ACTVC ADDS UP CURRENT JOB'S CONTRIBUTION TO ACTUSE
;CALL WITH A/SEGMENT INDEX FOR @SGCNT
ACTVC: HLRZ N,JOBPHY ;LOSEG PHYSICAL SIZE
JUMPLE A,ACTVC3 ;ONLY COUNT HISEGS THAT EXIST
MOVX N1,SGC$AC ;THE HISEG-COUNTED FLAG
TDNN N1,@SGCNT ;HAS THE HISEG ALREADY GIVEN TO ACTUSE?
ADD N,JOBPHY ;NO, FIRST TIME, ADD IN HISEG PHYSICAL SIZE
IORM N1,@SGCNT ;MARK THE HISEG'S CONTRIBUTION
ACTVC3: ADD N,JOBPPG ;ADD MONITOR PER-PROCESS SPACE OVERHEAD
ANDI N,777777 ;STRIP OFF LH GARBAGE
ADDM N,ACTUSE ;ACCUMULATE PHYSICAL ACTIVE MEMORY USAGE
POPJ P, ;ALL DONE
;SUBROUTINE IDLEJB SUPPRESSES IDLE JOBS
;IDLE JOB = JOB HAS ACCUMULATED NO RUNTIME AND NO DISK READS/WRITES
;ARGS J=JOB NUMBER (RH)
IDLEJB: MOVE A,TRSHLD ;[610] GET THRESHOLD VALUE
SUB A,JITIM ;[610] SUBTRACT INCREMENTAL RUNTIME
SKIPGE A ;[610] NOT ENOUGH FOR US
POPJ P, ;[610] MEETS THRESHOLD REQUIREMENTS, SHOW JOB
SKIPE TRSHLD ;[610] IF THRESHOLD WAS GIVEN, BUT NOT EXCEEDED
TLO F,FL.SUP ;[610] THEN FORCE JOB TO IDLE, OTHERWISE CHECK FOR
SKIPN JIRCT ;[610] ANY DISK READS
SKIPE JIWCT ;[610] OR WRITES?
POPJ P, ;[610] YES, NON-IDLE JOB
TLO F,FL.SUP ;[610] MUST BE IDLE, SUPPRESS JOB
POPJ P, ;[610] RETURN
;SUBROUTINE INCRTL COMPUTES INCREMENTAL RUNTIME AND DISK I/O ON A
;PER JOB BASIS AND STORES THE RESULTS IN THE "JIXXX" JOB TABLES.
INCRTL: MOVE A,@JBTIM ;[610] COMPUTE INCREMENTALS FOR THIS JOB
SUB A,@JTTIM ;[610] A := INCREMENTAL RUN TIME
JUMPGE A,INCR2 ;[610] VALID?
MOVE A,@JBTIM ;[610] NO! JOB HAS CHANGED, USE TOTAL AS INCREMENTAL
SETZM @JTTIM ;[610] ZERO RUNTIME,
SETZM @JTRCT ;[610] DISK READS
SETZM @JTWCT ;[610] AND WRITES TOTALS
INCR2: ADDM A,@JTTIM ;[610] UPDATE TOTAL
MOVEM A,JITIM ;[610] SAVE INCREMENTAL
MOVE A,@JBRCT ;[610] PICK UP DISK READS
ANDX A,RC.TTL ;[610] REDUCE TO JOB TOTAL
SUB A,@JTRCT ;[610] A := INCREMENTAL DISK READS
ADDM A,@JTRCT ;[610] UPDATE TOTAL
MOVEM A,JIRCT ;[610] SAVE INCREMENTAL
MOVE A,@JBWCT ;[610] DISK WRITES
ANDX A,WC.TTL ;[610] REDUCE TO JOB TOTAL
SUB A,@JTWCT ;[610] A := INCREMENTAL DISK WRITES
ADDM A,@JTWCT ;[610] UPDATE TOTAL
MOVEM A,JIWCT ;[610] SAVE INCREMENTAL
POPJ P,
;VMHILO COMPUTE PHYSICAL AND VIRTUAL HIGH AND LOW DATA
;THIS SHOULD BE COMPATIBLE WITH THE CORE COMMAND OUTPUT
;
;RETURNS:
;
; N/ NON-SHARABLE PHYSICAL SIZE
; N1/ NON-SHARABLE VIRTUAL SIZE
;
; JOBPHY LOW,,HIGH PHYSICAL SEGMENT SIZES
; JOBVIR LOW,,HIGH VIRTUAL SEGMENT SIZES
; JOBPPG MONITOR PER-PROCESS PAGES FOR THIS JOB
VMHILO: SETZ N1, ;ASSUME NO HIGH SEG
LDB N,[POINTR @JBIMI,JP$IMI] ;GET LOW SEG "IMGIN" SIZE
MOVE A,@JBSGN ;GET JBTSGN ENTRY
JUMPLE A,VMHIL2 ;SPYING OR NO HIGH SEG
HRRZ BP,A ;SEGMENT NUMBER ONLY
EXCH J,BP ;POINT J AT SEGMENT INDEX
TXNN A,JS$SHR ;SHARABLE??
JRST VMHIL0 ;NOPE OTHER ARITHMETIC
LDB N1,[POINTR @JBIMI,JP$IMI] ;GET SHARABLE HISEG "IMGIN" SIZE
JRST VMHIL1 ;ALL SET
VMHIL0: HLRZ N1,@JBSWP ;GET NON-SHARABLE HISEG SIZE
SUB N,N1 ;REDUCE LOW SEG SIZE
VMHIL1: EXCH BP,J ;RESTORE JOB NUMBER
VMHIL2: HRL N1,N ;MAKE LOW,,HIGH PHYSICAL SIZES
MOVEM N1,JOBPHY ;REMEMBER PHYSICAL SIZES
LDB N,[POINTR @JBVIR,JP$IMV] ;GET LO SEG VIRTUAL SIZE
TXNN A,JS$SHR ;SHARABLE HIGH SEGMENT?
LDB N1,[POINTR @JBVIR,JP$HMV] ;GET NON-SHARABLE HI SEG VIRTUAL SIZE
HRL N1,N ;MAKE LOW,,HIGH VIRTUAL SIZES
MOVEM N1,JOBVIR ;REMEMBER VIRTUAL SIZES
LDB N,[POINTR @JBPDB,JP$PPP] ;JOB'S PER-PROCESS PAGES
MOVEM N,JOBPPG ;REMEMBER MONITOR OVERHEAD PAGES
LDB N,[POINTR @JBIMI,JP$NZS] ;JOB'S NON-ZERO-SECTION MAP COUNT
ADDM N,JOBPPG ;SECTION-MAPS COUNT AS MONITOR OVERHEAD PAGES
HLRZ N,JOBPHY ;LOSEG PHYSICAL SIZE
HLRZ N1,JOBVIR ;LOSEG VIRTUAL SIZE
JUMPLE A,VMHIL6 ;WAS THERE A HISEG?
SUB A,JOBN ;YES, OFFSET FOR "SEGMENT ONLY" TABLE
SKIPE @SGCNT ;IS THIS THE FIRST USAGE?
JRST VMHIL4 ;NO - COUNT UP SAVED-BY-SHARING USAGE
ADD N,JOBPHY ;ACCOUNT FOR FIRST USER OF PHYSICAL HISEG
ADD N1,JOBVIR ;ACCOUNT FOR FIRST USER OF VIRTUAL HISEG
TDZA BP,BP ;NO MEMORY SAVED HERE
VMHIL4: HRRZ BP,JOBPHY ;RETURN "SHRSAV" MEMORY SIZE IN "BP"
VMHIL5: AOSA @SGCNT ;COUNT USERS OF THIS SEGMENT
VMHIL6: SETZ BP, ;NO MEMORY SAVED IF NO HISEG
ADD N,JOBPPG ;RETURN "PHYUSE" MEMORY SIZE IN "N"
ANDI N,777777 ;STRIP OFF LH GARBAGE
ADD N1,JOBPPG ;RETURN "VIRUSE" MEMORY SIZE IN "N1"
ANDI N1,777777 ;STRIP OFF LH GARBAGE
POPJ P, ;RETURN WITH MEMORY SIZES
;IOWCK -- DETERMINE IF I/O WAIT JOB IS IN OR OUT BLOCKED
;CALL IS:
;
; MOVX B,SIXBIT/XXYYZZ/
; PUSHJ P,IOWCK
; RETURN
;
;WHERE 'XX' IS THE INDETERMINATE (NO PEEK OR SPY) STATE, 'YY' IS THE
;INPUT STATE, AND 'ZZ' IS THE OUTPUT STATE.
IOWCK: MOVE A,@JBDDB ;[621] ADDRESS OF I/O BLOCKED DDB
ADDI A,$DVIOS ;OFFSET INTO DEVIOS WORD
PUSHJ P,MPEEK ;READ THE DEVICE I/O STATUS WORD
JUMPE A,IOWCK5 ;IF 0 THEN NO PRIVS
TXNE A,IO$OUT ;DOING INPUT OR OUTPUT?
LSH B,^D12 ;OUTPUT
LSH B,^D12 ;INPUT
IOWCK5: HLLZ A,B ;GET I/O CODE IN A
TLZ A,77 ;AND ONLY 2 CHARS WORTH
POPJ P, ;RETURN WITH STATE IN A
;SPECIAL KROCK IOWCK FOR TTY'S SINCE THEY WORK DIFFERENTLY
IOWTT: MOVE A,@JBDDB ;[621] ADDRESS OF I/O BLOCKED TTY DDB
ADDI A,$DVIOS ;OFFSET INTO DEVIOS WORD
PUSHJ P,MPEEK ;READ THE DEVICE I/O STATUS WORD
JUMPE A,IOWTT5 ;IF 0 THEN NO PRIVS
SKIPGE A ;DOING INPUT OR OUTPUT?
LSH B,^D12 ;OUTPUT
LSH B,^D12 ;INPUT
IOWTT5: HLLZ A,B ;GET I/O CODE IN A
TLZ A,77 ;AND ONLY 2 CHARS WORTH
POPJ P, ;RETURN WITH TTY STATE IN A
;SUBROUTINE TO PRINT A MSG. FOLLOWED "SW" IF SEGMENT SWAPPED & NOT FRAGMENTED
; OR "SF" IF SWAPPED & FRAGMENTED, OR NOTHING IF IN CORE & NOT FRAGMENTED
;CALL MOVE JS,JOB/HISEG STATUS
; MOVEI CH,CHAR ;VALUE TO BE APPENDED
; PUSHJ P,LOPSWP
; ALWAYS GOOD RETURN
;AC'S A,BP,CH ARE DESTROYED
;AC JS IS RESPECTED *******MSG TO BE PRINTED MUSTN'T EXCEED 4 CHS.********
;DSKUSE IS UPDATED TO REFLECT SWAPPED MEMORY
LHPSWP: PUSH P,CH ;SAVE APPENDENDUM
SETZ A, ;INITIALLY ASSUME WHOLE JOB IS IN CORE
TXNN JS,JS$SWP ;IS LOSEG SWAPPED?
JRST LHPSW2 ;NO - GO CHECK OUT THE ASSOCIATED HISEG (IF ANY)
LDB N,[POINTR @JBIMO,JP$IMI] ;YES - GET LOSEG SIZE ON DISK
ADD N,JOBPPG ;PLUS OVERHEAD (LOW SEG ONLY)
ADDM N,DSKUSE ;ADD TO TOTAL SPACE USED ON SWAPPING SPACE
MOVEI A,'S ' ;PREPARE TO PRINT "S"
SKIPGE @JBSWP ;IS SEG FRAGMENTED?
MOVEI A,'SF ' ;YES - INDICATE SWAPPED & FRAGMENTED
LHPSW2: SKIPG N,@JBSGN ;JOB GOT A HISEG?
JRST LHPSW7 ;NO HISEG (OR SPYSEG)
PUSH P,J ;SAVE JOB INDEX
HRRZ J,N ;POSITION "SEG" INDEX
MOVE CH,@JBSTS ;GET HISEG STATUS
TXNN CH,JS$SWP ;IS HISEG SWAPPED?
JRST LHPSW6 ;NO - NOTHING FURTHER HERE
LDB N,[POINTR @JBIMO,JP$IMI] ;YES - GET HISEG SIZE ON DISK
EXCH A,J ;SGCNT WANTS SEG INDEX IN AC "A"
SUB A,JOBN ;AND SGCNT IS A "SEGMENT ONLY" TABLE TO BOOT!
MOVE CH,@SGCNT ;GET COUNT OF HISEG'S USERS
ADD A,JOBN ;MAKE BACK INTO REAL INDEX
EXCH J,A ;REPOSITION SWAP CODE IN "A"
CAIN CH,1 ;IF THIS IS FIRST USER (COURTESY VMHILO),
ADDM N,DSKUSE ;ADD TO TOTAL SPACE USED ON SWAPPING SPACE
CAIN A,'SF ' ;LOW SEG ALREADY WORST CASE?
JRST LHPSW6 ;YES
MOVEI A,'S ' ;NO, THEN MINIMUM IS "S"WAPPED
SKIPGE @JBSWP ;IS HISEG FRAGMENTED?
MOVEI A,'SF ' ;YES, ADVANCE TO "S"WAPPED "F"RAG'ED
LHPSW6: POP P,J ;RESTORE JOB INDEX
LHPSW7: MOVS A,A ;REPOSITION SWAPPING CODE (IF ANY)
CAIE A,0 ;IF ANYTHING WAS SWAPPED THEN
PUSHJ P,SIXBP ;PRINT "S" OR "SF"
POP P,CH ;GET APPENDENDUM BACK
SKIPE CH ;ANYTHING TO PRINT?
CALL TYO ;(YES) DO IT
JRST TAB ;PRINT TAB & EXIT
SUBTTL "N" DISPLAY -- GENERAL SYSTEM STATISTICS
NSYS00: CALL WNDSYS ;WINDOW FOR SYSTEM DATA
NSYS01: PUSHJ P,CONFIG ;SHORT FORM OF "THISIS"
CALL CRLF ;START A NEW LINE
TRNE F,FR.SKP ;WANT TO SKIP FIRST PART?
JRST STRLP ;YES, GO DIRECTLY TO STR/DEV STUFF
PUSHJ P,PDATIM
MOVEI M,[ASCIZ/ UP:/] ;IDENTIFY DATA
PUSHJ P,MSG ;TYPE OUT TEXT
MOVE A,UPTIME ;ALWAYS PRINT TOTAL UPTIME
PUSHJ P,TCKTIM ;TYPE OUT UPTIME
PUSHJ P,CRLF ;END LINE
SUBTTL "N" DISPLAY -- CPU USAGE STATISTICS
CPULP: MOVE A,[%CNCPU] ;MAX CPU'S MONITOR BUILT FOR
PUSHJ P,GET ;FIND OUT
JRST [MOVEI A,1 ;ASSUME 1
SKIPE DUAL ;UNLESS 1077/1088/1099
MOVEI A,2 ;IN WHICH CASE IS 2 CPU'S
JRST .+1] ;CONTINUE
MOVEM A,CPMAX ;SAVE FOR LOOP EXIT
SUBI A,1 ;FLAG, .GT. 0 IF MULTI-CPU
MOVEM A,CPMNY ;REMEMBER FOR DOORBELL ETC.
MOVE A,[%CNBCP] ;FIND OUT BOOT CPU
PUSHJ P,GETZ ;ON GENERAL PRINCIPLES
MOVEM A,CPBTS ;AND REMEMBER IT
MOVE A,[%CCTYP] ;FIND OUT CPU TYPE FOR CPU0
PUSHJ P,GETZ ;READ IT
CAIE A,.CCKSX ;[633] ON A KS-10?
TDZA M,M ;[633] NO
SETO M, ;[633] YES
MOVEM M,CPKS10 ;[633] FLAG KS'EDNESS
CAIE A,.CCKLX ;ON A KL-10?
CAIN A,.CCKSX ;OR A KS-10?
SETOM CPCSH ;YES, WATCH CACHE FLUSHES
MOVEI M,[ASCIZ/ (+)/] ;INDICATE "INCREMENTAL" NUMBERS
TLNE F,FL.INC ;INCREMENTAL OR TOTAL?
PUSHJ P,MSG ;INCREMENTAL, TELL USER
MOVEI M,[ASCIZ/ ID OV LS UPTIME CTX UUO/]
PUSHJ P,MSG ;LABEL COLUMNS
MOVEI M,[ASCIZ/ DBL/] ;DOORBELLS/SEC
SKIPLE CPMNY ;MULTI-CPU?
PUSHJ P,MSG ;YES, ADD COLUMN FOR DOORBELLS/SEC
MOVEI M,[ASCIZ/ CSH/] ;CACHE SWEEP COUNT
SKIPE CPCSH ;WATCHING CACHE FLUSHES?
PUSHJ P,MSG ;YES, ADD COLUMN
PUSHJ P,CRLF ;END HEADER LINE
SETOM CPU ;START WITH CPU-1
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
CPULP0: AOS J,CPU ;ADVANCE TO NEXT CPU
CAML J,CPMAX ;EXCEEDED SYSTEM MAX?
JRST CPULP9 ;END CPU STUFF
ASH J,1 ;INDEX INTO %CCXXX/%CVXXX TABLES
MOVE A,[%CCLOG] ;CPU LOGICAL NAME
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GET ;GET THIS CPU'S NAME
MOVE A,['CPU? '] ;FAILED?
MOVEM A,CPNAM(J) ;SAVE IT
PUSHJ P,SIXBP ;AND TYPE IT OUT
;MAKE SURE CPU IS RUNNING, ABORT DISPLAY IF NOT
SETZ M, ;ASSUME CPU IS OK
MOVE A,[%CCOKP] ;CPU "OK" WORD
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
CAILE A,0 ;CPU RUNNING OK IF .LE. 0
MOVEI M,[ASCIZ/ (Not Running)/] ;SAY NOT RUNNING
MOVE A,[%CVRUN] ;CPU RUN/SCHEDULING WORD
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;SEE WHAT MONITOR THINKS
TXNE A,CV%RUN ;"NOT RUNNING JOBS"?
MOVEI M,[ASCIZ/ (Not Scheduling)/] ;NO
TXNE A,CV%SPD ;SUSPENDED (SHOULDN'T HAPPEN TO RUNNING SYSTEM)
MOVEI M,[ASCIZ/ (Suspended (???))/]
TXNE A,CV%DET ;DETACHED?
MOVEI M,[ASCIZ/ (Detached)/]
TXNE A,CV%RMV ;REMOVED?
MOVEI M,[ASCIZ/ (Removed)/]
CPULP1: MOVEM M,CPOKF(J) ;SAVE GOODNESS FOR OTHERS ALSO
JUMPE M,CPULP2 ;IF NO ERROR PROCEDE WITH CPU STUFF
PUSHJ P,MSG ;TELL USER OF WOES
JRST CPULP7 ;THAT'S IT FOR THIS CPU
;CPU IS RUNNING, SET UPTIME FOR CALCULATING INCREMENTAL VALUES
CPULP2: MOVE A,[%CVUPT] ;CPU UPTIME
ADD A,J ;OFFSET FOR CURRENT CPU
PUSHJ P,GETZ ;GET WHAT'S THERE
SUB A,CPUPT(J) ;A := INCREMENTAL VALUE
ADDM A,CPUPT(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPUPT(J) ;WANT TOTALS
MOVEM A,TEMP ;SAVE IT
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;SHOW CPU IDLE (NO JOBS TO RUN) TIME
PUSHJ P,TAB ;TAB OVER TO THE COLUMN
MOVE A,[%CVLST] ;CPU LOST TIME
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPLST(J) ;A := INCREMENTAL VALUE
ADDM A,CPLST(J) ;UPDATE TOTALS TABLE
MOVEM A,TEMP1 ;SAVE INCR LOST TIME
MOVE A,[%CVNUL] ;CPU NULL (IDLE) TIME
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPNUL(J) ;A := INCREMENTAL VALUE
SUB A,CPLST(J) ;SUBTRACT INCR LOST TIME
ADDM A,CPNUL(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPNUL(J) ;WANT TOTALS
PUSHJ P,CALCNA ;CALCULATE PERCENT IDLE TIME
PUSHJ P,DECB2 ;PRINT PERCENT IDLE TIME
;SHOW CPU OVERHEAD (INTERRUPT LEVEL, SCHEDULER, ETC.) TIME
PUSHJ P,TAB ;TAB OVER TO THE COLUMN
MOVE A,[%CVOHT] ;CPU OVERHEAD TIME
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPOHT(J) ;A := INCREMENTAL VALUE
ADDM A,CPOHT(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPOHT(J) ;WANT TOTALS
PUSHJ P,CALCNA ;CALCULATE PERCENT OVERHEAD TIME
PUSHJ P,DECB2 ;PRINT PERCENT OVERHEAD TIME
;SHOW CPU LOST (JOBS RUNNABLE, BUT COULDN'T) TIME
PUSHJ P,TAB ;TAB OVER TO THE COLUMN
MOVE A,TEMP1 ;GET INCR LOST TIME
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPLST(J) ;WANT TOTALS
PUSHJ P,CALCNA ;CALCULATE PERCENT LOST TIME
PUSHJ P,DECB2 ;PRINT PERCENT LOST TIME
;SHOW CPU UPTIME
PUSHJ P,TAB ;SPACE OVER FOR UPTIME
MOVE A,TEMP ;GET THIS CPU UPTIME
PUSHJ P,TCKTIM ;PRINT UPTIME
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;SHOW CPU CONTEXT SWITCHES PER SECOND
PUSHJ P,TAB ;TAB OVER TO CONTEXT SWITCHS
MOVE A,[%CVTJC] ;CONTEXT SWITCH COUNT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPTJC(J) ;A := INCREMENTAL VALUE
ADDM A,CPTJC(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPTJC(J) ;WANT TOTALS
PUSHJ P,CALCPT ;CALCULATE CONTEXT SWITCHES PER SECOND
PUSHJ P,DECB3 ;PRINT CONTEXT SWITCHES PER SECOND
;SHOW CPU MONITOR CALLS ("UUO'S") PER SECOND
PUSHJ P,TAB ;TAB OVER TO UUOS
MOVE A,[%CVTUC] ;UUO COUNT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPTUC(J) ;A := INCREMENTAL VALUE
ADDM A,CPTUC(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPTUC(J) ;WANT TOTALS
PUSHJ P,CALCPT ;CALCULATE UUOS PER SECOND
PUSHJ P,DECB3 ;PRINT UUOS PER SECOND
;SHOW INTER-CPU DOORBELLS PER SECOND (IF APPLICABLE)
SKIPN CPMNY ;ON A MULTI-CPU SYSTEM?
JRST CPULP5 ;NO
PUSHJ P,TAB ;YES, TAB OVER TO DOORBELLS COLUMN
MOVE A,[%CVNDB] ;NUMBER OF TIMES DOORBELL RUNG
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPNDB(J) ;A := INCREMENTAL VALUE
ADDM A,CPNDB(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPNDB(J) ;WANT TOTALS
PUSHJ P,CALCPT ;CALCULATE DOORBELLS PER SECOND
PUSHJ P,DECB3 ;PRINT DOORBELLS PER SECOND
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;SHOW CPU CACHE SWEEPS PER SECOND (IF APPLICABLE)
CPULP5: SKIPN CPCSH ;WATCHING CACHE FLUSHES?
JRST CPULP7 ;NO, NO CACHE SWEEPS THEN
PUSHJ P,TAB ;YES, TAB OVER
MOVE A,[%CVCSN] ;CACHE SWEEPS SINCE RELOAD
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
SUB A,CPCSN(J) ;A := INCREMENTAL VALUE
ADDM A,CPCSN(J) ;UPDATE TOTALS TABLE
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,CPCSN(J) ;WANT TOTALS
PUSHJ P,CALCPT ;CALCULATE CACHE SWEEPS PER SECOND
PUSHJ P,DECB3 ;PRINT CACHE SWEEPS PER SECOND
;CALCULATE CPU CLOCK RATE IN CASE BPA STUFF TURNED ON
MOVE A,[%CCEBS] ;EBOX TICKS PER SECOND
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ IT
IDIV A,[^D500000] ;CONVERT TO MHZ FOR BPA STUFF
CAIGE A,0 ;JUST TO MAKE SURE
SETZ A, ;. . .
MOVEM A,CPMHZ(J) ;SAVE CPU CLOCK RATE
CPULP7: PUSHJ P,CRLF ;END OF THIS LINE
JRST CPULP0 ;CHECK OUT ANY MORE CPU'S
CPULP9:!
SUBTTL "N" DISPLAY -- FILE AND SWAPPING I/O COUNTS
CPUIO: TABSET TAB1IO ;SET NEAT TABS FOR I/O
MOVEI M,[ASCIZ\ DSKI DSKO SWPI SWPO MTAI MTAO
\] ;COLUMN HEADER
PUSHJ P,MSG ;LABEL COLUMNS
SETOM CPU ;START WITH CPU -1
CPUIO0: AOS J,CPU ;NEXT CPU
CAML J,CPMAX ;REACHED END YET?
JRST CPUIO9 ;YES, EXIT THIS STUFF
ASH J,1 ;DOUBLE WORD INDEX
SKIPE CPOKF(J) ;IS CPU RUNNING OK?
JRST CPUIO0 ;CPU KNOWN NOT RUNNING
MOVE A,CPNAM(J) ;GET THIS CPU'S NAME
PUSHJ P,SIXTAB ;AND TYPE IT OUT
;LIST FILE BLOCKS PER SECOND INPUT
MOVE A,[%CVFBI] ;FILE BLOCKS INPUT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,CPFBI(J) ;A := INCREMENTAL
ADDM A,CPFBI(J) ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL MODE?
MOVE A,CPFBI(J) ;TOTAL
PUSHJ P,CALCTT ;CALCULATE PER-SECOND FIGURE
PUSHJ P,DECB4 ;PRINT PER-SECOND FILE READS
;LIST FILE BLOCKS PER SECOND OUTPUT
PUSHJ P,TAB ;SPACE OVER
MOVE A,[%CVFBO] ;FILE BLOCKS OUTPUT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,CPFBO(J) ;A := INCREMENTAL
ADDM A,CPFBO(J) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,CPFBO(J) ;TOTALS
PUSHJ P,CALCTT ;CALCULATE PER-SECOND FILE WRITES
PUSHJ P,DECB4 ;PRINT PER-SECOND FILE WRITES
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;LIST SWAP BLOCKS PER SECOND INPUT
CPUIO2: PUSHJ P,TAB ;SPACE OVER
MOVE A,[%CVSBI] ;SWAP BLOCKS INPUT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,CPSBI(J) ;A := INCREMENTAL
ADDM A,CPSBI(J) ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,CPSBI(J) ;TOTAL
PUSHJ P,CALCTT ;CALCULATE PER-SECOND SWAP READS
PUSHJ P,DECB4 ;PRINT PER-SECOND SWAP READS
;LIST SWAP BLOCKS PER SECOND OUTPUT
PUSHJ P,TAB ;SPACE OVER
MOVE A,[%CVSBO] ;SWAP BLOCKS OUTPUT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,CPSBO(J) ;A := INCREMENTAL
ADDM A,CPSBO(J) ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,CPSBO(J) ;TOTALS
PUSHJ P,CALCTT ;CALCULATE PER-SECOND SWAP WRITES
PUSHJ P,DECB4 ;PRINT PER-SECOND SWAP WRITES
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;LIST MAGTAPE "BLOCKS" PER SECOND INPUT
CPUIO5: PUSHJ P,TAB ;SPACE OVER
MOVE A,[%CVTFI] ;TAPE FRAMES INPUT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ VALUE
SUB A,CPTFI(J) ;A := INCREMENTAL TAPE FRAMES READ
ADDM A,CPTFI(J) ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,CPTFI(J) ;TOTALS
IDIVI A,^D5 * ^D128 ;CONVERT TO "BLOCKS" (APPROXIMATELY)
PUSHJ P,CALCTT ;CALCULATE PER-SECOND TAPE READS
PUSHJ P,DECB4 ;PRINT PER-SECOND TAPE READS
;LIST MAGTAPE BLOCKS PER SECOND OUTPUT
PUSHJ P,TAB ;SPACE OVER
MOVE A,[%CVTFO] ;TAPE FRAMES OUTPUT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ VALUE
SUB A,CPTFO(J) ;A := INCREMENTAL TAPE FRAMES WRITTEN
ADDM A,CPTFO(J) ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,CPTFO(J) ;TOTALS
IDIVI A,^D5 * ^D128 ;CONVERT TO "BLOCKS" (APPROXIMATELY)
PUSHJ P,CALCTT ;CALCULATE PER-SECOND TAPE WRITES
PUSHJ P,DECB4 ;PRINT PER-SECOND TAPE WRITES
;CAP OFF THIS CPU I/O STATISTICS
PUSHJ P,CRLF ;END OF LINE
JRST CPUIO0 ;LOOP FOR NEXT CPU
CPUIO9:! ;END OF CPU DISK I/O
SUBTTL "N" DISPLAY -- KL-10 RH20 CHANNEL USAGE
;IT SHOULD BE NOTED (LEST CONFUSION ARISE) THAT THE PERCENTAGES CAL-
;CULATED HERE ARE NOT RH20 USAGE, BUT RATHER RH20 TO MBOX USAGE, AND
;AS SUCH CAN VARY WIDELY (COMME, PAR EXAMPLE, A FACTOR OF TEN) FROM WHAT
;ONE MIGHT INTUITIVELY EXPECT THE NUMBERS TO BE. TYPICALLY THE MORE THE
;SYSTEM IS BEAT UPON (CHANNELS ACTIVE, SWEEPING CACHE, ETC.) THE HIGHER
;THE CHANNEL PERCENTAGES WILL BE FOR THE SAME (!) AMOUNT OF THROUGHPUT.
CPUCH: TABSET TAB1CP ;SET NEAT TABS
MOVEI M,[ASCIZ\ CH0 CH1 CH2 CH3 CH4 CH5 CH6 CH7
\] ;COLUMN HEADER
MOVEM M,CPHDR ;SAVE FOR FIRST OCCURENCE
SETOM CPU ;START WITH CPU -1
;LOOP OVER EACH CPU IN SYSTEM
CPUCH0: AOS J,CPU ;NEXT CPU
CAML J,CPMAX ;DONE LAST ONE YET?
JRST CPUCH9 ;YES, EXIT CHANNEL PERCENTAGES
ASH J,1 ;%CCXXX/%CVXXX DOUBLE WORD INDEX
SKIPE CPOKF(J) ;IS CPU RUNNING OK?
JRST CPUCH0 ;CPU KNOWN NOT RUNNING
MOVE A,[%CVBPF] ;SEE IF PERF ANAL COUNTS BEING KEPT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;AND READ MONITOR'S COUNTER FLAG
JUMPGE A,CPUCH0 ;SKIP THIS CPU IF NOT COUNTING
MOVE A,[%CCBPA] ;PERF ANAL COUNT SUBTABLE POINTER
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ FROM CDB
JUMPE A,CPUCH0 ;NONE FOR THIS CPU
TXNN A,777B8 ;GOT A LENGTH?
JRST CPUCH0 ;NO, SKIP THIS CPU
HRLZM A,CPRLX ;SAVE REL OFFSET INTO CDB
SKIPE M,CPHDR ;GIVEN COLUMN HEADER YET?
PUSHJ P,MSG ;NO, LABEL THE COLUMNS
SETZM CPHDR ;NOTE COLUMNS HAVE BEEN IDENTIFIED
MOVE A,CPNAM(J) ;NOW GET THIS CPU'S NAME
PUSHJ P,SIXBP ;TYPE IT OUT
MOVE JS,[-10,,%CVCH0];PRESET JS INDEX FOR RH20 CHANNELS
PUSHJ P,CPLQR ;DO ALL THE WORK
JRST CPUCH0 ;TRY FOR ANOTHER CPU
CPUCH9:! ;END OF KL-10 CHANNEL USAGE
SUBTTL "N" DISPLAY -- KL-10 PI CHANNEL USAGE
CPUPI: TABSET TAB1CP ;SET NEAT TABS
MOVEI M,[ASCIZ\ PI0 PI1 PI2 PI3 PI4 PI5 PI6 PI7
\] ;COLUMN HEADER
MOVEM M,CPHDR ;SAVE FOR FIRST OCCURENCE
SETOM CPU ;START WITH CPU -1
;LOOP OVER EACH CPU IN SYSTEM
CPUPI0: AOS J,CPU ;NEXT CPU
CAML J,CPMAX ;DONE LAST ONE YET?
JRST CPUPI9 ;YES, EXIT PI PERCENTAGES
ASH J,1 ;%CCXXX/%CVXXX DOUBLE WORD INDEX
SKIPE CPOKF(J) ;IS CPU RUNNING OK?
JRST CPUPI0 ;CPU KNOWN NOT RUNNING
MOVE A,[%CVBPF] ;SEE IF PERF ANAL COUNTS BEING KEPT
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;AND READ MONITOR'S COUNTER FLAG
JUMPGE A,CPUPI0 ;SKIP THIS CPU IF NOT COUNTING
MOVE A,[%CCBPA] ;PERF ANAL COUNT SUBTABLE POINTER
ADD A,J ;OFFSET FOR THIS CPU
PUSHJ P,GETZ ;READ FROM CDB
JUMPE A,CPUPI0 ;NONE FOR THIS CPU
TXNN A,777B8 ;GOT A LENGTH?
JRST CPUPI0 ;NO, SKIP THIS CPU
HRLZM A,CPRLX ;SAVE REL OFFSET INTO CDB
SKIPE M,CPHDR ;GIVEN COLUMN HEADER YET?
PUSHJ P,MSG ;NO, LABEL THE COLUMNS
SETZM CPHDR ;NOTE COLUMNS HAVE BEEN IDENTIFIED
MOVE A,CPNAM(J) ;NOW GET THIS CPU'S NAME
PUSHJ P,SIXBP ;TYPE IT OUT
MOVE JS,[-10,,%CVPI0];PRESET JS INDEX FOR PI CHANNELS
PUSHJ P,CPLQR ;DO ALL THE WORK
JRST CPUPI0 ;TRY FOR ANOTHER CPU
CPUPI9: JRST NETLA ;END OF KL-10 PI USAGE
;STUFF FOR CPU STATISTICS ABOVE
;CPLQR -- LOOP THROUGH KL10 PERF ANAL SUBTABLE PRINTING PERCENTAGES
CPLQR0: ADDI JS,3 ;SUBTABLE IS IN 4 WORD BLOCKS
CPLQR: HRLZI A,(JS) ;SUBTABLE ITEM
ADD A,CPRLX ;RELOCATE INTO %CVXXX TABLE
HRRI A,.GTC0V(J) ;RELOCATE INTO CDB (GETTAB)
PUSHJ P,GET4 ;READ 4 WORDS
PJRST CRLF ;IT'S ALL OVER
ASHC A,-^D12 ;A'B := TOTAL ELAPSED TIME IN USEC
ASHC C,-^D12 ;C'D := CPU CYCLES / 2
DMOVE N,A ;HOLD ELAPSED TIME
DSUB A,@CIELT(J) ;A'B := INCREMENTAL ELAPSED TIME
DMOVEM N,@CIELT(J) ;SET NEW TOTAL ELAPSED TIME
TLNE F,FL.INC ;INCREMENTAL OR TOTAL?
DMOVE N,A ;N'N1 := ELAPSED TIME (USEC)
DMOVE A,C ;TEMP COPY
DSUB A,@CIELC(J) ;A'B := INCREMENTAL PERF COUNT
DMOVEM C,@CIELC(J) ;SET NEW TOTAL PERF COUNT
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
DMOVE A,C ;A'B := PERF COUNT
DMUL A,[EXP 0,^D20000] ;PERCENTAGE FIGURE
; (CPU CYCLES * ^D100 * ^D100)
DDIV A,CPMHD(J) ;DIVIDE BY CLOCK RATE (IN MHZ)
DMOVE C,A ;DDIV WANTS QUAD WORD
SETZB A,B ;A'B'C'D := PERF USEC COUNT * ^D10000
DDIV A,N ;A'B := PERCENTAGE (HUNDREDTHS)
ASHC C,1 ;ROUND UP
DSUB C,N ;(DON'T HAVE DCAM??)
CAILE C,0 ;HALFWAY TO NEXT POINT?
ADDI B,1 ;YES
MOVE N,B ;PUT WHERE DECOUT CAN FIND IT
PUSHJ P,TAB ;SEPARATE COLUMNS
PUSHJ P,CPCPT ;TYPE OUT PERCENTAGE
AOBJN JS,CPLQR0 ;LOOP FOR REST OF LINE
PJRST CRLF ;CAP OFF LINE
;CDB SUBTABLE INDEX POINTERS
CIELT: Z CP0PAV(JS) ;CPU0 PERF ITEMS (ELAPSED)
CIELC: Z CP0PAV+2(JS) ;CPU0 PERF ITEMS (COUNT)
Z CP1PAV(JS) ;CPU1 PERF ITEMS (ELAPSED)
Z CP1PAV+2(JS) ;CPU1 PERF ITEMS (COUNT)
Z CP2PAV(JS) ;CPU2 PERF ITEMS (ELAPSED)
Z CP2PAV+2(JS) ;CPU2 PERF ITEMS (COUNT)
Z CP3PAV(JS) ;CPU3 PERF ITEMS (ELAPSED)
Z CP3PAV+2(JS) ;CPU3 PERF ITEMS (COUNT)
Z CP4PAV(JS) ;CPU4 PERF ITEMS (ELAPSED)
Z CP4PAV+2(JS) ;CPU4 PERF ITEMS (COUNT)
Z CP5PAV(JS) ;CPU5 PERF ITEMS (ELAPSED)
Z CP5PAV+2(JS) ;CPU5 PERF ITEMS (COUNT)
SUBTTL "N" DISPLAY -- ANF NETWORK BYTE I/O STATISTICS
NETLA: TABSET TAB1NT ;SET TO NET I/O TABS
;INPUT BYTES PER SECOND PROCESSED
MOVE A,[%NTBYI] ;TOTAL INPUT BYTES PROCESSED
PUSHJ P,GETZ ;READ FROM MONITOR
JUMPE A,NETLA9 ;SKIP ANF SUMMARY IF NOTHING THERE
MOVEI M,[ASCIZ\ANF In:\] ;IDENTIFY ANF SUMMARY
PUSHJ P,MSG ;PREFIX INPUT COUNT
SUB A,NABYI ;A := INCREMENTAL
ADDM A,NABYI ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,NABYI ;TOTALS
PUSHJ P,CMPCTT ;BYTES PER SECOND
;OUTPUT BYTES PROCESSED PER SECOND
MOVEI M,[ASCIZ\ Out:\] ;PREFIX OUT
PUSHJ P,MSG ;TELL USER
MOVE A,[%NTBYO] ;TOTAL OUTPUT BYTES PROCESSED
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,NABYO ;A := INCREMENTAL
ADDM A,NABYO ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTALS?
MOVE A,NABYO ;TOTALS
PUSHJ P,CMPCTT ;BYTES PER SECOND
;MONITOR FREE CORE USED
MOVEI M,[ASCIZ\ Cor:\] ;PREFIX MSG
MOVE A,[%NTCOR] ;NETWORK CORE IN USE
PUSHJ P,GETZ ;READ FROM MONITOR
MOVE N,A ;POSITION FOR DECPRT
PUSHJ P,MSGDEC ;TYPE OUT PREFIX AND MESSAGE
;CAP OFF LINE
PUSHJ P,CRLF ;END OF ANF NET I/O STATISTICS
NETLA9:!
;FALL INTO NETLD
SUBTTL "N" DISPLAY -- DECNET NETWORK BYTE I/O STATISTICS
NETLD: TABSET TAB1NT ;SET TO NET I/O TABS
;FIRST TRACK DOWN THE NETWORK BYTES
SKIPE CPKS10 ;[633] ON A KS-10?
JRST NETLD9 ;[633] YES, FORGET IT (KS/DECNET IS INSANE)
MOVE A,[%DNRCH] ;BASE OF DECNET'S CIRCUIT BLOCKS
PUSHJ P,GETZ ;READ MONITOR/GETTAB VALUE
JUMPE A,NETLD9 ;NO BYTES IF NO CIRCUIT BLOCKS!
MOVEI M,[ASCIZ\DCN In:\] ;IDENTIFY DECNET SUMMARY
PUSHJ P,MSG ;PREFIX INPUT COUNT
SETZB C,D ;INITIAL BYTE COUNTS ACCUMULATED
NETLD1: PUSHJ P,MPEEK ;GET ADDRESS OF NEXT CIRCUIT BLOCK
SKIPN J,A ;PROTECT CURRENT CIRCUIT BLOCK ADDRESS
JRST NETLD3 ;NO MORE CIRCUIT BLOCKS, PRINT COUNT
ADDI A,$RCDLB ;OFFSET TO ASSOCIATED DLL BLOCK
PUSHJ P,MPEEK ;GET ADDRESS OF DLL BLOCK FOR THIS CIRCUIT
PUSH P,A ;SAFE COPY OF DLL BLOCK
ADDI A,$DLBYR ;OFFSET TO BYTES RECEIVED
PUSHJ P,MPEEK ;READ BYTES RECEIVED ON THIS CIRCUIT
ADD C,A ;AND ACCUMULATE DECNET BYTES RECEIVED
POP P,A ;RETRIEVE ADDRESS OF DLL BLOCK AGAIN
ADDI A,$DLBYS ;OFFSET TO BYTES SENT
PUSHJ P,MPEEK ;READ BYTES SENT ON THIS CIRCUIT
ADD D,A ;AND ACCUMULATE DECNET BYTES SENT
MOVE A,J ;RESET BASE ADDRESS OF CIRCUIT BLOCK
ADDI A,$RCNXT ;OFFSET TO POINTER TO NEXT CIRCUIT BLOCK
JRST NETLD1 ;LOOP BACK FOR REST OF THE CIRCUIT BLOCKS
;[634] COUNT IN ETHERNET BYTES ALSO
NETLD3: PUSH P,D ;[634] PRESERVE OUTPUT COUNT TO DATE
PUSH P,C ;[634] PRESERVE INPUT COUNT TO DATE
PUSHJ P,ETHRCL ;[634] READ IN LIST OF ETH-0/ETC.
JRST NETLD7 ;[634] NONE, NO ETHERNET?
MOVE T1,RCLBUF ;[634] GET ETH-0 CHANNEL ID
PUSHJ P,ETHRPL ;[634] READ ETH-0 PORTAL LIST
JRST NETLD7 ;[634] FAILED??? NO ETHERNET COUNTS THEN.
MOVSI P1,-RPLBFL ;[634] AOBJN INDEX COUNTER FOR PORTAL LIST
NETLD4: MOVE T1,RPLBUF(P1) ;[634] NEXT "PORTAL ID"
PUSHJ P,ETHRPI ;[634] READ PORTAL INFORMATION
JRST NETLD5 ;[634] FAILED, SKIP THIS PORTAL
HRRZ T2,RPIBUF+.EIPPI;[634] PORTAL PROTOCOL
CAIE T2,60003 ;[634] IS THIS DECNET (PROTOCOL 60-03)?
JRST NETLD5 ;[634] NOPE, SKIP IT
MOVE T1,RPLBUF(P1) ;[634] YUP, GET PORTAL ID BACK AGAIN
PUSHJ P,ETHRPC ;[634] AND READ THE PORTAL COUNTERS
JRST NETLD5 ;[634] FAILED???
MOVE T2,RPCBUF+.ECPBR;[634] DECNET/ETHERNET BYTES RECEIVED
ADDM T2,0(P) ;[634] ACCUMULATE TOTAL DECNET BYTES
MOVE T2,RPCBUF+.ECPBX;[634] DECNET/ETHERNET BYTES TRANSMITTED
ADDM T2,-1(P) ;[634] ACCUMULATE TOTAL DECNET BYTES
NETLD5: AOBJN P1,NETLD4 ;[634] LOOP FOR ALL PORTALS
;INPUT BYTES PER SECOND PROCESSED
NETLD7: POP P,A ;[634] RETRIEVE DECNET BYTES RECEIVED
SUB A,NDBYI ;A := INCREMENTAL
ADDM A,NDBYI ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,NDBYI ;TOTALS
PUSHJ P,CMPCTT ;BYTES PER SECOND
;OUTPUT BYTES PROCESSED PER SECOND
MOVEI M,[ASCIZ\ Out:\] ;PREFIX OUT
PUSHJ P,MSG ;TELL USER
POP P,A ;RETRIEVE ACCUMULATE OUTPUT TOTAL
SUB A,NDBYO ;A := INCREMENTAL
ADDM A,NDBYO ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTALS?
MOVE A,NDBYO ;TOTALS
PUSHJ P,CMPCTT ;BYTES PER SECOND
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;MESSAGE BLOCK USAGE (MOST USEFUL "CONCISE" MEMORY VALUE FOR DECNET)
MOVE A,[%DNCHB] ;GETTAB POINTER TO READ
PUSHJ P,GETZ ;BASE POINTER TO DECNET "CH" POOL(S)
ADDI A,$CHLEN ;SKIP OVER EVENT BLOCKS, POINT TO MSG BLOCKS
MOVE J,A ;SAVE BASE ADDRESS
SETZ N, ;ACCUMULATE CORE ALLOCATION
ADDI A,$CHALC ;OFFSET TO ALLOCATED QUANTITIES
PUSHJ P,MPEEK ;GET ALLOCATION
LDB N,[POINTR A,CH$NUM] ;N := NUMBER OF CHUNKS ALLOCATED
MOVEM N,TEMP ;SAVE FOR PERCENTAGE CALCULATION
MOVE A,J ;CH BLOCK AGAIN
ADDI A,$CHAVL ;OFFSET TO COUNT OF CHUNKS AVAILABLE
PUSHJ P,MPEEK ;GET COUNT OF CHUNKS REMAINING
SUBB N,A ;N := COUNT OF MSG BLOCKS IN USE
MOVEI M,[ASCIZ\ Blk:\] ;PREFIX MSG
PUSHJ P,MSGDEC ;TYPE OUT PREFIX AND MESSAGE
MOVEI M,[ASCIZ\/\] ;SEPARATE WITH A "/"
MOVE N,TEMP ;N := COUNT OF MESSAGE BLOCKS ALLOCATED
PUSHJ P,MSGDEC ;CAP OFF MESSAGE BLOCK SUMMARY
MOVEI CH,"=" ;SEPARATE ABSOLUTE USAGES
PUSHJ P,TYO ; FROM FOLLOWING PERCENTAGE
PUSHJ P,CMPCNA ;TYPE OUT PERCENTAGE IN USE
MOVEI CH,"%" ;TELL USER IT IS
PUSHJ P,TYO ;A PERCENTAGE VALUE
;CAP OFF LINE
PUSHJ P,CRLF ;END OF NET I/O STATISTICS
NETLD9:!
;FALL INTO NETLE
SUBTTL "N" DISPLAY -- ETHERNET BYTE I/O STATISTICS
NETLE: TABSET TAB1NT ;SET TO NET I/O TABS
;INPUT BYTES PER SECOND
MOVE A,[%EIBYR] ;ETHERNET BYTES RECEIVED
PUSHJ P,GETZ ;QUERY THE MONITOR
JUMPE A,NETLE9 ;PUNT IF NO ACTIVITY (ASSUME NO KLNI)
MOVEI M,[ASCIZ\ETH In:\] ;IDENTIFY ETHERNET ACTIVITY
PUSHJ P,MSG ;START UP LINE OF DISPLAY
SUB A,NEBYI ;A:=INCREMENTAL BYTES RECEIVED
ADDM A,NEBYI ;UPDATE TO-DATE TOTALS
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS?
MOVE A,NEBYI ;TOTALS
PUSHJ P,CMPCTT ;LIST BYTES RECEIVED PER SECOND
;ETHERNET BYTES SENT PER SECOND
MOVEI M,[ASCIZ\ Out:\] ;PREFIX XMIT COUNT
PUSHJ P,MSG ;IDENTIFY NEXT COLUMN
MOVE A,[%EIBYX] ;TOTAL BYTES TRANSMITTED
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,NEBYO ;A:=INCREMENTAL
ADDM A,NEBYO ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTALS OR TOTALS?
MOVE A,NEBYO ;TOTALS
PUSHJ P,CMPCTT ;LIST BYTES XMITED PER SECOND
;ETHERNET DATAGRAMS/SECOND (IN/OUT)
MOVEI M,[ASCIZ\ Dgm:\] ;PREFIX DATAGRAMS
PUSHJ P,MSG ;TELL USER
MOVE A,[%EIDGR] ;TOTAL DATAGRAMS RECEIVED
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,NEDGI ;A:=INCREMENTAL
ADDM A,NEDGI ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTALS OR TOTALS?
MOVE A,NEDGI ;TOTALS
PUSHJ P,CMPCTT ;LIST DATAGRAMS RECEIVED PER SECOND
MOVEI M,[ASCIZ\/\] ;SEPARATE WITH A "/"
PUSHJ P,MSG ;LIST
MOVE A,[%EIDGX] ;DATAGRAMS XMITED
PUSHJ P,GETZ ;READ FROM MONITOR
SUB A,NEDGO ;A:=INCREMENTAL
ADDM A,NEDGO ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTALS OR TOTALS?
MOVE A,NEDGO ;TOTALS
PUSHJ P,CMPCTT ;DATAGRAMS TRANSMITTED PER SECOND
;CAP OFF LINE
PUSHJ P,CRLF ;END OF ETHERNET STATISTICS
NETLE9:
;FALL INTO TTYLP
SUBTTL "N" DISPLAY -- TTY CHARACTER I/O STATISTICS
TTYLP: TABSET TAB1TT ;CHANGE TAB STOPS FOR TTY STATS
MOVEI M,[ASCIZ/TTY In:/] ;SHOW TTY STATISTICS
PUSHJ P,MSG ;PREPARE USER
;INPUT CHARACTERS RECEIVED
MOVE A,[%SCNRI] ;TOTAL RECEIVED CHARACTERS
PUSHJ P,GETZ ;READ IT
SUB A,SCNRI ;A := INCREMENTAL VALUE
ADDM A,SCNRI ;UPDATE TOTALS
TLNN F,FL.INC ;WANT INCREMENTALS OR TOTALS
MOVE A,SCNRI ;TOTALS
PUSHJ P,CMPCTT ;RECEIVED CHARACTERS PER SECOND
;OUTPUT CHARACTERS TRANSMITTED
MOVEI M,[ASCIZ/ Out:/] ;SHOW OUTPUT
PUSHJ P,MSG ;PREPARE USER
MOVE A,[%SCNXI] ;TOTAL CHARACTERS SENT
PUSHJ P,GETZ ;READ IT
SUB A,SCNXI ;A := INCREMENTAL
ADDM A,SCNXI ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTALS OR TOTALS?
MOVE A,SCNXI ;TOTALS
PUSHJ P,CMPCTT ;TRANSMITTED CHARACTERS PER SECOND
;CHUNKS IN USE (PERCENTAGE)
MOVE A,[%CNTTC] ;TOTAL CHUNKS COUNT
PUSHJ P,GETZ ;READ IT
HLREM A,TEMP ;SAVE TOTAL FOR PERCENTAGE CALC
MOVE A,[%CNTTN] ;TOTAL NUMBER OF FREE CHUNKS
PUSHJ P,GETZ ;READ IT
MOVN A,A ;ACTUALLY WANT CHUNKS USED
ADD A,TEMP ;A := CHUNKS USED
MOVE N,A ;N := CHUNKS USED
MOVEI M,[ASCIZ/ Cnk:/] ;LABEL IT
PUSHJ P,MSGDEC ;TYPE OUT CHUNKS IN USE
MOVEI M,[ASCIZ\/\] ;SEPARATE WITH A "/"
MOVE N,TEMP ;N := TOTAL CHUNKS ALLOCATED
PUSHJ P,MSGDEC ;DISPLAY "USE/ALLOC"
MOVEI CH,"=" ;SEPARATE ABSOLUTE VALUE
PUSHJ P,TYO ; FROM PERCENTAGE FOLLOWING
PUSHJ P,CMPCNA ;TYPE OUT PERCENTAGE CHUNKS USED
MOVEI CH,"%" ;TELL USER THAT NUMBER
PUSHJ P,TYO ;IS A PERCENTAGE
PUSHJ P,CRLF ;END OF TTY STATISTICS
TTYLP9:!
;FALL INTO IPCF STATISTICS
SUBTTL "N" DISPLAY -- IPCF STATISTICS
IPCLP: MOVE A,[%IPCTS] ;GETTAB ARGUMENT TO
PUSHJ P,GETZ ;READ TOTAL IPCF PACKETS SENT
JUMPE A,IPCLP9 ;IF NONE AT ALL, JUST DISAPPEAR
;TOTAL PACKETS SENT, PER MINUTE
MOVEI M,[ASCIZ\IPCF S:\] ;IDENTIFY IPCF STUFF
PUSHJ P,MSG ;TELL USER
SUB A,IPCTS ;A := INCREMENTAL PACKETS SENT
ADDM A,IPCTS ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,IPCTS ;TOTAL
IMULI A,^D60 ;LIST PER MINUTE
PUSHJ P,CMPCTT ;IPCF PACKETS PER MINUTE
;TOTAL PACKETS OUTSTANDING
MOVE A,[%IPCTO] ;GETTAB ARGUMENT TO
PUSHJ P,GETZ ;READ IPCF PACKETS OUTSTANDING
MOVE N,A ;POSITION IN "N" FOR DECPRT
MOVEI M,[ASCIZ\ Out:\] ;PREFIX
PUSHJ P,MSGDEC ;LIST OUTSTANDING IPCF
;IPCF RATE
MOVEI M,[ASCIZ\ W/P:\] ;IDENTIFY WORDS/PAGES PER MINUTE
PUSHJ P,MSG ;TO THE USER
MOVE A,[%IPTWT] ;GETTAB ARGUMENT TO
PUSHJ P,GETZ ;READ TOTAL WORDS TRANSFERED
SUB A,IPTWT ;A := INCREMENTAL WORDS
ADDM A,IPTWT ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,IPTWT ;TOTAL
IMULI A,^D60 ;LIST PER MINUTE
PUSHJ P,CMPCTT ;PRINT WORDS PER MINUTE
MOVEI CH,"/" ;SEPARATE FROM PAGES
PUSHJ P,TYO ;WITH A "/" CHARACTER
MOVE A,[%IPTPT] ;GETTAB ARGUMENT TO
PUSHJ P,GETZ ;READ TOTAL PAGES TRANSFERED
SUB A,IPTPT ;A := INCREMENTAL PAGES
ADDM A,IPTPT ;UPDATE TOTALS
TLNN F,FL.INC ;INCREMENTAL OR TOTALS?
MOVE A,IPTPT ;TOTALS
IMULI A,^D60 ;LIST PER MINUTE
PUSHJ P,CMPCTT ;PRINT PAGES PER MINUTE
;CAP OFF IPCF DISPLAY
PUSHJ P,CRLF ;END OF LINE
IPCLP9:!
;FALL INTO MEMORY UTILIZATION STATISTICS
SUBTTL "N" DISPLAY -- MEMORY AVAILABILITY AND JOB LOADING STATISTICS
MEMLP: MOVX A,%NSCMX ;GET CORMAX VALUE
PUSHJ P,GETA ;FROM MONITOR
MOVEM A,CORMAX ;SAVE FOR MOMENT
MOVEM A,N ;HOLD HERE ALSO
MOVX A,%NSMXM ;GET MAX USER MEMORY SPACE
PUSHJ P,GETA ;FROM MONITOR
MOVEM A,MAXMAX ;SAVE FOR MOMENT
MOVX A,%CNNWC ;TOTAL (MAX) WORDS OF MEMORY
PUSHJ P,GETA ;READ FROM MONITOR
MOVE B,A ;HOLD ONTO IT FOR A MOMENT
HLRZ A,B ;"SECTIONS" USED BY PHYSICAL MEMORY
LSH A,@P2WLSH ;CONVERT TO WORDS USED FOR MAPPING
SUB B,A ;ALLOW FOR MEMTAB
SUB B,A ;ALLOW FOR PAGTAB
MOVX A,%CNSIZ ;GET SIZE OF MONITOR LOW SEG
PUSHJ P,GETA ;FROM MONITOR
SUB B,A ;SUBTRACT FROM TOTAL
MOVX A,%CNMXF ;GET FINAL VIRTUAL ADDRESS
PUSHJ P,GETZ ;OF MONITOR HIGHSEG
JUMPE A,MEMLP1 ;IF PRE-7.01335 USE OLD VALUE
SUB B,A ;REMOVE FROM PHYSICAL MEM AVAILABLE
MOVX A,%CNVSH ;GET FIRST VIRTUAL ADDRESS
PUSHJ P,GET ;OF MONITOR HIGH SEGMENT
MOVEI A,453000 ;DEFAULT
ADD B,A ;ALLOW FOR MONITOR HIGH SEGMENT
JRST MEMLP2 ;B := MAX POSSIBLE MAXMAX
MEMLP1: MOVX A,%CNHSL ;OLD (PRE-HIGHSEG-LDB DAYS) LENGTH
PUSHJ P,GETA ;OF MONITOR HIGH SEG
SUB B,A ;B := MAX POSSIBLE MAXMAX
MEMLP2: MOVEM B,PHYMAX ;REMEMBER IT
;CORMAX := MAXIMUM SINGLE USER PHYSICAL MEMORY AVAILABLE
;MAXMAX := MAXIMUM TOTAL USER PHYSICAL MEMORY AVAILABLE (INCL LOCKED)
;PHYMAX := MAXIMUM PHYSICAL MEMORY AVAILABLE AFTER MONITOR
;
;CORMAX .LE. MAXMAX .LE. PHYMAX (MAXMAX .LT. PHYMAX MEANS SOMEONE HAS
;PUT SOME MEMORY OFFLINE - I.E., THERE IS A HOLE IN MEMORY SOMEWHERE)
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;PRINT THE VARIOUS PHYSICAL MEMORY VALUES
MOVEI M,[ASCIZ /Mem:/]
LSH N,@W2PLSH ;MAXIMUM SINGLE USER SIZE
PUSHJ P,MSGDEC ;ISSUE
MOVE A,MAXMAX ;MAXIMUM USER SPACE AVAILABLE
CAMN A,CORMAX ;CORMAX SAME AS MAXMAX
CAME A,B ;AS WELL AS PHYMAX?
CAIA ;NO
JRST MEMLP4 ;ALL THREE THE SAME
MOVEI M,[ASCIZ \/\]
MOVE N,A ;GET CORMAX WHERE DECOUT WANTS IT
LSH N,@W2PLSH ;CONVERT TO PAGE COUNT
CAMN A,CORMAX ;CORMAX AND MAXMAX THE SAME?
PUSHJ P,MSG ;YES, THEN PHYMAX DIFFERENT
CAME A,CORMAX ;CORMAX AND MAXMAX THE SAME?
PUSHJ P,MSGDEC ;NO, LIST MAXMAX AS WELL
;RDH MOVE N,B ;GET PHYMAX FOR DECOUT
;RDH LSH N,@W2PLSH ;AND MAKE INTO PAGE COUNT
;RDH MOVEI M,[ASCIZ\/\] ;SEPARATOR
;RDH CAME A,B ;MAXMAX AND PHYMAX THE SAME?
;RDH PUSHJ P,MSGDEC ;NO, LIST PHYMAX AS WELL THEN
;RDH ;WE CAN'T GET IT "RIGHT" ANYMORE, SO PUNT IT
;NOW LIST MEMORY SPACE SAVED BY SHARING PAGES (HIGHSEGS)
MEMLP4: MOVEI M,[ASCIZ / Shr:/]
MOVE N,SHRSAV ;MEMORY SAVED BY SHARING
PUSHJ P,MSGDEC ;PRINT MEM SAVED BY SHARING
;DISPLAY ACTIVE JOB LOADING
MOVEI M,[ASCIZ\ JRN:\] ;JOBS RUNNING
MOVE N,JRNRN ;JOBS IN RN STATE
PUSHJ P,MSGDEC ;LIST THEM
MOVEI M,[ASCIZ\/\] ;SEPARATE FROM
MOVE N,JRNIO ;JOBS RUNNING OR IO BLOCKED
PUSHJ P,MSGDEC ;LIST THEM
MOVEI M,[ASCIZ\/\] ;SEPARATE FROM
MOVE N,JRNSL ;JOBS NOT ^C'ED
PUSHJ P,MSGDEC ;LIST THEM
PUSHJ P,CRLF ;START A NEW LINE FOR SWAPPING
;CONTINUED ON NEXT PAGE
SUBTTL "N" DISPLAY -- SWAPPING AND VIRTUAL MEMORY USAGE
SWPLP: MOVEI M,[ASCIZ/Use:/]
MOVE N,PHYUSE ;PHYSICAL (WORKING SET) MEMORY
PUSHJ P,MSGDEC ;TELL USER
MOVEI M,[ASCIZ\/\] ;SEPARATE WITH A "/"
MOVE N,VIRUSE ;TOTAL VIRTUAL PROGRAM SIZES
CAME N,PHYUSE ;SAME AS PHYSICAL TOTALS?
PUSHJ P,MSGDEC ;NO, TYPE VIRTUAL USE ALSO
MOVEI M,[ASCIZ/ Swp:/]
MOVE N,VIRUSE ;TOTAL VIRTUAL PROGRAM SIZE
SUB N,PHYUSE ;LESS THAT PHYSICALLY USED
ADD N,DSKUSE ;PLUS PHYSICAL STUFF SWAPPED
PUSHJ P,MSGDEC
MOVEI M,[ASCIZ \/\]
MOVE A,XK4SWP
PUSHJ P,GETA
MOVE N,A
PUSHJ P,MSGDEC
MOVEI M,[ASCIZ/ ASR:/];GET MESSAGE FOR ACTIVE SWAPPING RATIO
PUSHJ P,MSG ;PREFIX ACTIVE SWAPPING RATIO
MOVE N,ACTUSE ;TOTAL ACTIVE USER MEMORY (P)
MOVE A,MAXMAX ;TOTAL AVAILABLE PHYSICAL MEMORY (W)
LSH A,@W2PLSH ;TOTAL AVAILABLE PHYSICAL MEMORY (P)
IMULI N,^D100 ;CONVERT TO HUNDREDTHS OF PERCENT
IDIV N,A ;N:=ASR * ^D100
PUSHJ P,CPCPT ;TYPE OUT "PERCENTAGE"
PUSHJ P,CRLF ;NEW LINE
;CONTINUED ON NEXT PAGE
SUBTTL "N" DISPLAY -- SCHEDULE, KSYS, AND ERROR COUNTERS
;CONTINUED FROM PREVIOUS PAGE
ERRLP: SETO J, ;INITIALIZE COUNTER
;CHECK KSYS (SYSTEM SHUTDOWN) TIMER
MOVX A,%NSKTM ;KSYS TIMER
PUSHJ P,GETZ ;GET MINUTES TILL KSYS
JUMPE A,ERRLP1 ;SKIP IF NO KSYS TIMER IN EFFECT
MOVEI M,[ASCIZ\KSYS:+\] ;WARN USER
CAIGE A,0 ;KSYS ALREADY EXPIRED?
MOVEI M,[ASCIZ\KSYS:-\] ;YES, SO INDICATE
MOVMS N,A ;POSITION POSITIVE COUNT OF MINUTES
PUSHJ P,MSPDHM ;GIVE KSYS TIMER
;CHECK FOR SYSTEM-WIDE HARDWARE ERRORS
ERRLP1: MOVX A,%SYERR ;GET HARDWARE ERROR COUNT
PUSHJ P,GETZ ; OR 0
MOVEI M,[ASCIZ/HDE:/] ;HARDWARE ERROR HEADER
SKIPE N,A ;MOVE TO AC
PUSHJ P,MSPDEC ;PRINT IF NON-ZERO
;CHECK FOR ANY JOB AND/OR DEBUG MONITOR STOPCD'S
MOVX A,%SYNDS ;GET SOFTWARE DEBUG STOPS
PUSHJ P,GETZ ; OR 0
MOVE B,A ;SAVE AWAY
MOVX A,%SYNJS ;GET SOFTWARE JOB STOPS
PUSHJ P,GETZ ; OR 0
MOVEI M,[ASCIZ/STP:/] ;SOFTWARE ERROR HEADER
SKIPN N,B ;MOVE TO AC
SKIPE A ; IF NON-ZERO
PUSHJ P,MSPDEC ; PRINT
MOVEI M,[ASCIZ\/\] ;SEPARATE DEBUG AND JOB
SKIPE N,A ;GET DEBUG STOPCODES
PUSHJ P,MSPDEC ;PRINT IF ANY
;CHECK FOR SYSTEM MAIN MEMORY PARITY ERRORS
MOVX A,%NSTPE ;TOTAL SYSTEM MEMORY PARITY ERRORS
PUSHJ P,GETZ ;READ FROM MONITOR
MOVEI M,[ASCIZ/MPE:/] ;PARITY ERROR HEADER
SKIPE N,A ;ANY PARITY ERRORS?
PUSHJ P,MSPDEC ;YES, LIST THE COUNT
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;CHECK FOR FILE SYSTEM RETRIEVAL INFORMATION BLOCK ERRORS
MOVX A,%LDTOT ;TOTAL FILE SYSTEM RIB ERRORS
PUSHJ P,GETZ ;SEE HOW IT'S DOING
MOVEI M,[ASCIZ/RIB:/] ;RIB ERROR HEADER
SKIPE N,A ;IF ANY RIB ERRORS
PUSHJ P,MSPDEC ;TELL OPERATOR
;SHOW COUNT OF POKE.'S DONE TO MONITOR IF NON-ZERO
MOVX A,%CNPUC ;JOB,,COUNT OF POKE.'S
PUSHJ P,GETZ ;READ FROM MONITOR
JUMPE A,ERRLP6 ;SKIP IF NO POKE.'S HAVE BEEN DONE
MOVEI M,[ASCIZ/POK:/] ;POKE COUNT HEADER
HRRZ N,A ;COUNT OF POKE.'S
PUSHJ P,MSPDEC ;PRINT OUT COUNT OF POKE.'S
MOVEI M,[ASCIZ\/\] ;SEPARATOR
HLRZ N,A ;JOB WHICH LAST POKE.'ED
PUSHJ P,MSGDEC ;TYPE THAT TOO
ERRLP6:
;SHOW CURRENT RUNNING SCHEDULE (STATES) IF NON-ZERO
MOVX A,%CNSTS ;GET SYSTEM STATES
PUSHJ P,GETZ ;FROM MONITOR
ANDI A,1777 ;REDUCE TO SCHEDULING PARMS
MOVEI M,[ASCIZ/SCH:/] ;SHOW OPR SCHEDULING
SKIPE N,A ;IF NON-ZERO
PUSHJ P,MSPOCT ;SOME SORT OF SCHED SET
CAIL J,0 ;IF NEGATIVE, NOTHING TYPED
PUSHJ P,CRLF ;END OF THIS LINE
;HERE TO PRINT RESPONSE MEASURES
REPEAT 0,< ;DON'T BOTHER, SINCE NO ONE SEEMS TO KNOW WHAT
;THEY ARE, LET ALONE CARE.
MOVEI M,[ASCIZ /RSP:/];HEADER FOR RESPONSES
SETZM CPU ;SET FOR CPU0
;LOOP TO PRINT RESPONSE FOR EACH CPU
RSPLP1: SKIPE CPU ;IF FIRST CPU OR
SKIPE DUAL ;SEVERAL CPU'S THEN
SKIPA ;PRINT
JRST RSP1C ;ELSE SKIP IT
MOVEI A,%CVRNX ;NO. OF RESPONSES SINCE STARTUP
PUSHJ P,GETRSP ;GET FROM MONITOR REL TABLE
JRST RSP1C ;NOT PRESENT FOR THIS CPU
PUSH P,A ;SAVE TOTAL NO. OF RESPONSES
MOVEI A,%CVRSX ;SUM OF RESPONSE TIMES IN JIFFIES
PUSHJ P,GETRSP ;GET FROM MONITOR REL TABLE
JRST RSP1B ;NOT PRESENT FOR THIS CPU
MOVE N,A ;MOVE TO N FOR PNTSEC ROUTINE
MUL A,A ;GET SQUARE OF SUM OF RESPONSES
PUSH P,A ;SAVE FOR STANDARD DEV
PUSH P,B ; ..
IDIV N,-2(P) ;AVERAGE RSP=SUM/NUMBER(IN JIFFIES)
PUSHJ P,PNTSEC ;PRINT IN SECONDS + TENTHS
POP P,N1 ;RESTORE SQUARE OF SUM
POP P,N ; ..
MOVEI M,[ASCIZ / /] ;SEPARATE AVER FROM STAND DEV
MOVEI A,%CVRLX ;SUM OF SQUARES OF RESPONSES
PUSHJ P,GETRSP ;GET FROM MONITOR REL TABLE
JRST RSP1B ;NOT THERE
MOVE B,A ;POSITION
MOVEI A,%CVRHX ;ASK FOR HIGH SUM OF SQUARES
PUSHJ P,GETRSP ;FROM MONITOR
JRST RSP1B ;(STRANGE!)
MUL B,(P) ;MULT BY NUMBER
IMUL A,(P) ; BOTH HALVES
ADD A,B ;INCLUDE CROSS CARRY
MOVE B,C ;POSITION LOW HALF
SETCMM N ;COMPLEMENT SQUARE OF SUM
MOVNS N1 ; ..
SKIPN N1 ;HANDLE CARRY
ADDI N,1 ; YES
TLZ N1,(1B0) ;GOT (N,N1)=-SQ.SUM
ADD B,N1 ;ADD TO N*SUM SQ.
ADD A,N ; ..
TLZE B,(1B0) ;SEE IF CARRY
ADDI A,1 ;YES. GOT (A,B)=N*SUM SQ.-SQ.SUM
PUSHJ P,ISQRT ;COMPUTE N=SQRT((A,B))
IDIV N,(P) ;DIVIDE BY NUMBER; N=STD.DEV
PUSHJ P,PNTSEC ;PRINT AS SECONDS PLUS TENTHS
POP P,A ;REMOVE NO.
MOVEI M,[ASCIZ /+/] ;SEPARATE CPU0 AND CPU1 STUFF
AOS CPU ;STEP TO NEXT CPU
JRST RSPLP1 ;GO SEE IF EXISTS
;HERE WHEN PRINTED MEAN AND STANDARD DEV FOR ALL CPUS
RSP1B: POP P,A ;REMOVE NUMBER
RSP1C: MOVEI M,[ASCIZ " #/M:"] ;HEADER FOR NUMBER OF RESPONSES
MOVE T1,UPTIME ;UP TIME IN JIFFIES
IDIV T1,TCKSEC ;NO. OF SECONDS UP
IDIVI T1,^D60 ;NO. OF MINUTES UP
MOVEM T1,TEMP ;STORE FOR CMPCNA
SETZM CPU ;START WITH CPU0
RSPLP2: SKIPE CPU ;IF FIRST CPU OR
SKIPE DUAL ;SEVERAL CPU'S
SKIPA ;THEN PRINT
JRST RSP2 ;ELSE SKIP
MOVEI A,%CVRNX ;NO. OF RESPONSES FOR THIS CPU
PUSHJ P,GETRSP ;GET FROM MONITOR TABLE
JRST RSP2 ;NOT THERE
PUSHJ P,CMPDFA ;PRINT NO. RESPONSES PER MIN
MOVEI M,[ASCIZ /+/] ;SEPARATE CPUS WITH +
AOS CPU ;STEP TO NEXT CPU
JRST RSPLP2 ;TRY NEXT CPU
;HERE WHEN PRINTED FOR ALL CPUS
RSP2: PUSHJ P,CRLF
> ;END OF REPEAT 0 FROM PREVIOUS PAGE
SUBTTL "N" DISPLAY -- JOBS-IN-USE STATISTICS
PRJOB: MOVEI M,[ASCIZ /Job:/]
MOVE N,JBNLOG ;COUNT OF JOBS LOGGED-IN
PUSHJ P,MSGDEC ;TELL USER
MOVE N,JBNUSE ;TOTAL JOBS IN USE
SUB N,JBNLOG ;N := NUMBER OF NOT-LOGGED-IN JOBS
JUMPE N,PRJOB2 ;IF BLANK, DON'T BOTHER
MOVEI M,[ASCIZ\+\] ;SEPARATE WITH A "+" CHARACTER
PUSHJ P,MSGDEC ;LIST SEPARATE NOT-LOGGED-IN JOBS
PRJOB2: MOVE A,[%CNLMX] ;LOGMAX
PUSHJ P,GETZ ;GET IT
JUMPN A,PRJOB4 ;IF ZERO,
MOVE A,JOBN ;USE JOBMAX
SUBI A,1 ;MINUS ONE (NUL JOB)
PRJOB4: MOVE N,A ;SET UP FOR OUTPUT
MOVEI M,[ASCIZ \/\] ;SEPARATOR
PUSHJ P,MSGDEC ;OUTPUT IT
MOVE N,JOBN ;GET JOBMAX
SUBI N,1 ;LESS NULL JOB
CAMG N,A ;LOGMAX .LT. JOBMAX?
JRST PRJOB6 ;NO, LEAVE IT ALONE
MOVEI M,[ASCIZ\/\] ;YES, SEPARATE LOGMAX FROM JOBMAX
PUSHJ P,MSGDEC ;AND LIST JOBMAX AS WELL
PRJOB6: MOVEI M,[ASCIZ / Det:/]
MOVE N,JBNDET ;NUMBER OF DETACHED JOBS
PUSHJ P,MSGDEC ;INFORM USER
PUSHJ P,CRLF ;START ON A NEW LINE
;FALL INTO STRUCTURE DISPLAY
SUBTTL "N" DISPLAY -- DISK STRUCTURES
STRCL==<XSIZE-^D40>/^D20 ;NUMBER OF STR COLUMNS ON SCREEN
STRLP: SKIPL A,LINE ;OFF BOTTOM OF SCREEN?
CAILE A,YSIZE-2 ;ROOM FOR AT LEAST ONE LINE OF STRS?
JRST STRLP9 ;NO, NO STRUCTURES DISPLAY
TABSET TAB1ST ;SET UP STRUCTURE COLUMNS
SETZM CURFS ;INITIALIZE SYSSTR LOOP
MOVEI J,STRCL ;NUMBER OF COLUMNS
MOVEI M,[ASCIZ/Struc Mnt Free /] ;COLUMN HEADER
PUSHJ P,MSG ;LABEL COLUMN
SOJG J,.-2 ;LABEL ALL COLUMNS
;LOOP FOR ALL STRUCTURES IN SYSTEM
STRLP1: PUSHJ P,CRLF ;START A FRESH LINE
MOVEI J,STRCL ;RESET COLUMN COUNTER
STRLP3: MOVE A,CURFS ;LAST STRUCTURE
SYSSTR A, ;SEE WHAT'S NEXT
JRST STRLP8 ;???
JUMPE A,STRLP8 ;0 IS END
MOVEM A,CURFS ;SAVE FOR NEXT ITERATION
MOVEM A,DSKBLK ;SETUP FOR DSKCHR
MOVE B,[DSKBKL,,DSKBLK] ;POINTER FOR DSKCHR TO
DSKCHR B, ;RETURN STRUCTURE INFORMATION
JRST STRLP8 ;??? CAN'T FAIL HERE
PUSHJ P,SIXTAB ;ISSUE STRUCTURE NAME, <TAB>
MOVE N,DSKBLK+.DCSMT ;STRUCTURE MOUNT COUNT
PUSHJ P,DECPRT ;TYPE IT OUT
PUSHJ P,TAB ;SPACE OVER
MOVE N,DSKBLK+.DCFCT ;FREE BLOCKS COUNT
PUSHJ P,DECPRT ;TYPE IT OUT ALSO
SOJE J,STRLP1 ;END OF SCREEN?
PUSHJ P,TAB ;NO, ADVANCE TO NEXT COLUMN
JRST STRLP3 ;AND DO ANOTHER STRUCTURE
STRLP8: CAIE J,STRCL ;AT START OF A LINE?
PUSHJ P,CRLF ;NO, CAP OFF CURRENT LINE
STRLP9:! ;END OF STRUCTURES DISPLAY
SUBTTL "N" DISPLAY -- DEVICES ASSIGNED OR IN USE
DEVCL==<XSIZE-^D40>/^D13 ;NUMBER OF DEVICE COLUMNS
DEVLP: SKIPL A,LINE ;IF NOT OFF BOTTOM OF SCREEN
CAILE A,YSIZE-2 ;THEN ROOM FOR AT LEAST ONE LINE OF DEV?
JRST DEVLP9 ;NO, FORGET THE DEVICES DISPLAY
TABSET TAB1DV ;SET DEVICE COLUMNS
MOVEI J,DEVCL ;NUMBER OF DEVICE COLUMNS
MOVEM J,CPHDR ;MARK NO HEADER OUTPUT YET
MOVE A,XDVLST ;GET THE BASE OF THE DDB CHAIN
CALL GET ;GET THE VALUE
JRST DEVLP9 ;END OF DEVICES DISPLAY
DEVLP1: TLNN A,-1 ;IS THIS THE END OF THE DDB LIST
JRST DEVLP8 ;END OF DEVICES DISPLAY
HLRZ D,A ;GET THE DDB ADDRESS
MOVEI A,$DVMOD(D)
PUSHJ P,MPEEK ;SPY OR PEEK
MOVE B,A ;(EDIT 2) REMEMBER THE DEVMOD ENTRY
TXNE A,DV$ASC!DV$ASP ;IN USE BY ANYONE?
TXNE A,DV$TTA!DV$DSK ;SHOW TTY'S NOT CONTROLLING JOBS
JRST DEVLP6 ;LOOK AT NEXT DEVICE
MOVEI A,@PJOBNO ;GET ADDRESS OF DEVJOB WORD
PUSHJ P,MPEEK ;SPY OR PEEK
MOVE C,A ;GET A COPY OF THE RESULT
MOVEI A,$DVNAM(D)
PUSHJ P,MPEEK ;SPY OR PEEK
HLRZ BP,A
CAIN BP,'PTY'
JRST DEVLP6 ;LOOK AT NEXT DEVICE
TRZ BP,77 ;ONLY FIRST TWO CHARACTERS
CAIN BP,'''L ' ;TAPE LABEL PROCESSOR DUMMY DDB?
JRST DEVLP6 ;YES, DON'T CLUTTER UP SCREEN
SKIPN CPHDR ;PRINTED COLUMN HEADER YET?
JRST DEVLP2 ;YES, JUST PRINT DEVICE
MOVEI M,[ASCIZ /Dev By How /] ;DEVICE HEADER
PUSHJ P,MSG ;LABEL COLUMN
SOJG J,.-2 ;LABEL ALL COLUMNS
PUSHJ P,CRLF ;END COLUMN HEADERS
EXCH J,CPHDR ;MARK HEADER AS HAVING BEEN PRINTED
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
DEVLP2: PUSHJ P,SIXTAB ;PRINT SIXBIT DEVICE NAME FOLLOWED BY TAB
LDB N,PJOBNP ;GET JOB NUMBER OWNING DDB
JUMPE N,[MOVEI M,[ASCIZ/Det /] ;IF "ASSIGNED" TO JOB 0
PUSHJ P,MSG ;SAY DEVICE IS DETACHED
JRST DEVLP3] ;CAP OFF
PUSHJ P,DECPRT ;SHOW OWNER JOB NUMBER
PUSHJ P,TAB ;TAB OVER TO "HOW" COLUMN
MOVEI CH,"A" ;IN CASE "A"SSIGNED
TXNE B,DV$ASC ;IS DEVICE ASSIGNED BY CONSOLE COMMAND?
PUSHJ P,TYO ;YES (OR REASSI CALLI)
MOVEI CH,"I" ;IN CASE "I"NITED OR OPENED
TXNE B,DV$ASP ;IS DEVICE IN USE FOR I/O?
PUSHJ P,TYO ;YES
DEVLP3: SOJG J,DEVLP4 ;UNLESS STILL ROOM ON SCREEN
PUSHJ P,CRLF ;END THIS LINE
TROA J,DEVCL ;AND RESET COLUMN COUNT
DEVLP4: PUSHJ P,TAB ;JUST TAB OVER TO NEXT COLUMN
DEVLP6: MOVEI A,$DVSER(D)
PUSHJ P,MPEEK ;SPY OR PEEK
JRST DEVLP1
DEVLP8: CAIE J,DEVCL ;IN MIDDLE OF A LINE?
PUSHJ P,CRLF ;YES, CAP IT OFF
DEVLP9:! ;END OF DEVICES DISPLAY
POPJ P, ;END OF "N" DISPLAY
SUBTTL "F" -- FILE SYSTEM DISPLAY PROGRAM
FILPRG: CALL STROLL ;START THE ROLL CALL
MOVEI M,[ASCIZ\Disk Status for\] ;FILE SYSTEM HEADER PREFIX
PUSHJ P,THISIM ;OUTPUT HEADER
TABSET TAB4FS ;FILE SYSTEM TABS
PUSHJ P,SETVIS ;DETERMINE INITIAL SCREEN VISIBILITY
HEADER < MOVEI M,[ASCIZ .Unit or F/S Free BR BW DR DW MR MW.]
CALL IMSG ;PRINT HEADER
CALL ICRLF ;AND A NEW LINE
>
SETZM CURFS ;INITIALIZE STRUCTURE "INDEX"
SETZM SWPTAB ;INITIALIZE SWAP UNIT TABLE
MOVE A,[SWPTAB,,SWPTAB+1] ;BLT POINTER TO
BLT A,SWPTAB+SWPTLN-A ;BLAST THE SWAP UNIT TABLE
FLFSL: MOVE A,CURFS
SYSSTR A,
JFCL
JUMPE A,FILEXI ;NONE OR ALL DONE
MOVEM A,CURFS
MOVEM A,DSKBLK
PUSHJ P,ISIXBP ;TYPE STRUCTURE NAME
MOVE A,[XWD DSKBKL,DSKBLK] ;SET FOR DISK CHARACTERISTICS UUO
DSKCHR A, ;FOR THE STRUCTURE FIRST
JRST FILEXI ;SHOULDN'T FAIL
MOVEI M,[ASCIZ / Mnt:/]
CALL IMSG ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCSMT ;GET MOUNT COUNT
CALL IDECPR ;PRINT IF VISIBLE
CALL ITAB ;TAB OVER TO "FREE" COLUMN
MOVE N,DSKBLK+.DCFCT ;GET BLOCKS LEFT
PUSHJ P,IDECPR ;ON STR
CALL ICRLF ;END OF STRUCTURE
;FALL INTO FLUNL
;LIST INFO ON EACH UNIT WITHIN FILE STRUCTURE
FLUNL: MOVE A,DSKBLK+.DCUPN ;START WITH FIRST UNIT WITHIN FILE STRUCTURE
FLUNL0: MOVEM A,DSKBLK ;SET FOR DSKCHR
MOVE A,[XWD DSKBKL,DSKBLK] ;ARG POINTER FOR DSKCHR TO
DSKCHR A, ;READ LOGICAL UNIT INFORMATION
JRST FLFSL ;SHOULD NEVER HAPPEN
MOVEM A,DSKBLK ;SAVE BITS
CALL ISPACE ;INDENT A SPACE FOR NEATNESS
MOVE A,DSKBLK+.DCUPN ;UNIT PHYSICAL NAME
SKIPL N,DSKBLK+.DCPAS ;IS THIS UNIT IN THE ACTIVE SWAP LIST?
SKIPE CURUN2 ;(IGNORE IF ALTERNATE PORT)
CAIA ;NO
MOVEM A,SWPTAB(N) ;FLAG SWAPPING UNIT
CALL ISIXBP ;PRINT IF VISIBLE
MOVEI M,[ASCIZ /(/] ;PREPARE FOR UNIT LOGICAL NAME
CALL IMSG ;PRINT IF VISIBLE
SKIPE CURUN2 ;LOOKING AT SECOND PORT?
SKIPA A,['..... '] ;YES, THEN SO INDICATE
MOVE A,DSKBLK+.DCULN ;NO, READ STRUCTURE UNIT NAME
CALL ISIXBP ;PRINT IF VISIBLE
MOVEI M,[ASCIZ /) /]
CALL IMSG ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCUNT ;UNIT FREE BLOCKS
SKIPN CURUN2 ;IF LOOKING AT ALTERNATE PORT NO FREE
CALL IDECPR ;MAIN PORT, PRINT IF VISIBLE
CALL ITAB ;ALWAYS TAB OVER
MOVE N,DSKBLK+.DCBRC ;BUFFERED READ COUNT
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCBWC ;BUFFERED WRITE COUNT
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCDRC ;DUMP READ COUNT
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCDWC ;DUMP WRITE COUNT
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCMRC ;MONITOR READ COUNT
SUB N,DSKBLK+.DCSRC ;DISCOUNT SWAP READS
SUB N,DSKBLK+.DCPRC ;DISCOUNT PAGE READS TOO
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCMWC ;MONITOR WRITE COUNT
SUB N,DSKBLK+.DCSWC ;DISCOUNT SWAP WRITES
SUB N,DSKBLK+.DCPWC ;DISCOUNT PAGE WRITES TOO
CALL IDECTAB ;PRINT IF VISIBLE
CALL ICRLF ;NEW LINE IF VISIBLE
TRNE F,FR.SKP ;SKIP THE ERROR/ETC STUFF?
JRST FLUNL7 ;YEAH
;LIST THE PER-UNIT ERROR INFORMATION
FLUNL2: TLZ F,FL.NBK+FL.DEV
HLLZ A,DSKBLK
TLZ A,BITMSK
JUMPE A,FLUNL5
MOVSI C,-BITTL
FLUNL3: SKIPGE A
PUSHJ P,PRTBIT
LSH A,1
AOBJN C,FLUNL3
;HERE TO DO 5.03 OR LATER UNIT ERROR INFO
FLUNL5: MOVSI C,-UER2TL
FLUNL6: HLRZ A,UER2T1(C)
HRRZ M,UER2T1(C) ;ERROR IDENTIFICATION TEXT
TLO F,FL.CRF ;ADVANCE TO NEW LINE IF NEEDED
SKIPE N,DSKBLK(A) ;PICK UP ERROR INFO (IF ANY)
PUSHJ P,@UER2T3(C) ;PRINT OUT ERROR INFO
TLZ F,FL.CRF ;CLEAR FREE CRLF FLAG
AOBJN C,FLUNL6
TLZE F,FL.NBK+FL.DEV ;HAVE WE TYPED ANYTHING ON THIS LINE?
PUSHJ P,ICRLF ;YES, WE NEED A NEW LINE IF VISIBLE
FLUNL7: SKIPE A,DSKBLK+.DCALT ;MULTI-PORTED DISK UNIT?
CAMN A,CURUN2 ;HAVE WE WRAPPED TO THE "PRIME" UNIT YET?
JRST FLUNL8 ;ADVANCE TO NEXT UNIT IN F/S
MOVE N,DSKBLK+.DCUPN ;NO, GET THIS UNIT PHYSICAL NAME
SKIPN CURUN2 ;IS THIS "PRIME" UNIT?
MOVEM N,CURUN2 ;YES, REMEMBER PRIME UNIT NAME
JRST FLUNL0 ;TYPE UNIT INFO FOR ALTERNATE PORT
FLUNL8: SETZM CURUN2 ;NO LONGER DOING ALTERNATE UNITS
SKIPE A,DSKBLK+.DCNUS ;NAME OF NEXT UNIT WITHIN FILE STRUCTURE
JRST FLUNL0 ;TYPE UNIT INFO FOR NEXT UNIT
JRST FLFSL ;LOOP FOR NEXT STRUCTURE
FILEXI: CALL ICRLF ;A BLANK LINE FOR NEATNESS
HEADER < MOVEI M,[ASCIZ /Swap Unit SR SW PR PW Used(/]
CALL MSG ;AND PRINT IT
CALL KAYPAG ;PRINT K OR P
MOVEI M,[ASCIZ /)/] ;RIGHT BRACKET
CALL IMSG ;FINISH IT NICELY
CALL ICRLF ;PRINT NEW LINE
>
SETZM CURUN2 ;NO ALTERNATE PORTS YET
MOVSI D,-SWPTLN ;INITIALIZE INDEX INTO SWAPPING TABLE
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
SWLP1: SKIPN A,SWPTAB(D) ;GET NEXT UNIT FROM SWAPPING (IF ANY)
JRST SWLP7 ;BLANK HERE, TRY NEXT SLOT
SWLP2: MOVEM A,DSKBLK ;SAVE FOR DSKCHR
CALL ISIXBP ;PRINT IF VISIBLE
MOVE A,[XWD DSKBKL,DSKBLK] ;DSKCHR UUO ARG POINTER TO
DSKCHR A, ;READ ALL ABOUT THIS SWAPPING UNIT
JFCL ;DUH?
MOVEI M,[ASCIZ /(/] ;GET LEFT-PAREN MESSAGE
CALL IMSG ;PRINT IF VISIBLE
SKIPE CURUN2 ;LOOKING AT ALTERNATE PORT?
SKIPA A,['..... '] ;YES, SO INDICATE
MOVE A,DSKBLK+.DCULN ;NO, GET UNIT LOGICAL NAME
CALL ISIXBP ;PRINT IF VISIBLE
MOVEI M,[ASCIZ /) /] ;GET RIGHT-PAREN & TAB MESSAGE
CALL IMSG ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCSRC ;SWAPPING BLOCKS READ
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCSWC ;SWAPPING BLOCKS WRITTEN
PUSHJ P,IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCPRC ;PAGING BLOCKS READ
CALL IDECTAB ;PRINT IF VISIBLE
MOVE N,DSKBLK+.DCPWC ;PAGING BLOCKS WRITTEN
CALL IDECTAB ;PRINT IF VISIBLE
SKIPE CURUN2 ;LOOKING AT MAIN OR ALTERNATE
JRST SWLP4 ;ALTERNATE, HAS JUNK NUMBERS
MOVE A,DSKBLK+.DCK4S ;SWAPPING SPACE ALLOCATED ON UNIT
MOVE N,DSKBLK+.DCFKS ;SWAPPING SPACE LEFT ON UNIT
TRNE F,FR.KIP
LSH A,1
MOVEM A,TEMP
SUBB A,N
CALL IPRPCNT ;PRINT PERCENTAGE
SWLP4: CALL ICRLF ;END THE LINE NICELY
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;CHECK FOR SECOND PORT ACCESS TO THIS SWAPPING UNIT
SKIPE A,DSKBLK+.DCALT ;THIS UNIT HAVE AN ALTERNATE PORT?
CAMN A,CURUN2 ;HAVE WE WRAPPED TO THE "PRIME" UNIT YET?
JRST SWLP7 ;ADVANCE TO NEXT UNIT IN SWAPPING LIST
MOVE N,DSKBLK+.DCUPN ;THIS UNIT'S PHYSICAL NAME
SKIPN CURUN2 ;IS THIS THE PRIME PORT?
MOVEM N,CURUN2 ;YES, REMEMBER PRIME UNIT NAME
JRST SWLP2 ;TYPE OUT ALTERNATE PORT STATISTICS
SWLP7: SETZM CURUN2 ;CLEAR ALTERNATE-PORT FLAGS
AOBJN D,SWLP1 ;LOOP FOR REST OF SWAPPING TABLE
;HERE TO CHECK FOR SWAP READ ERRORS
MOVE A,XSWPER
PUSHJ P,GETZ
JUMPE A,SWFIN
MOVE D,A
CALL ICRLF ;PRINT NEW LINE
MOVEI M,[ASCIZ /Swap errors: /]
CALL IMSG ;PRINT IF VISIBLE
HLRZ N,D
CALL IDECTAB ;PRINT IF VISIBLE
MOVEI M,[ASCIZ / CHK/]
TXZE D,IO$IMP
CALL IMSG ;PRINT IF VISIBLE
MOVEI M,[ASCIZ / DEV/]
TXZE D,IO$DER
CALL IMSG ;PRINT IF VISIBLE
MOVEI M,[ASCIZ / DAT/]
TXZE D,IO$DTE
CALL IMSG ;PRINT IF VISIBLE
MOVEI M,[ASCIZ / Lost: /]
HRRZ N,D
TRZ N,070000 ;ZAP TWO MORE ERROR BITS
SKIPGE VISIBLE ;CAN WE SEE IT?
PUSHJ P,MSGDEC
CALL ICRLF ;PRINT NEW LINE
SWFIN: RETURN ;END OF DISPLAY PROGRAM
PRTBIT: MOVEI M,BITTAB(C)
SKIPN @M ;THIS BIT MEAN ANYTHING?
POPJ P, ;NO, NO TYPEOUT THEN
PUSHJ P,ISPACE ;WANT LEADING SPACE SEPARATOR
PUSHJ P,ISPACE ;AND ANOTHER
PUSHJ P,ISPACE ;AND ANOTHER
PUSHJ P,IMSG ;PRINT IF VISIBLE
TLO F,FL.NBK ;NOTE SOMETHING OUTPUT
POPJ P, ;RETURN HAVING PRINTED FLAG
PRTUED: TLO F,FL.NBK ;NOTE SOMETHING OUTPUT
PUSH P,M
MOVE M,RTEND ;GET RIGHT-HAND MARGIN
SUB M,COL ;M := SPACES LEFT ON SCREEN
CAIGE M,^D11 ;REASONABLE AMOUNT LEFT?
PUSHJ P,IFRCL ;NO, FORCE NEW (INDENTED) LINE
MOVEI M,[ASCIZ / Errors:/]
TLON F,FL.DEV
PUSHJ P,IMSG ;PRINT IF VISIBLE
POP P,M
PUSHJ P,ISPACE ;GET LEADING SPACE
PUSHJ P,IMSG ;PRINT IF VISIBLE
PJRST IDECPR ;PRINT IF VISIBLE
PRTUEO: TLO F,FL.NBK ;NOTE SOMETHING OUTPUT
PUSH P,M
MOVE M,RTEND ;GET RIGHT-HAND MARGIN
SUB M,COL ;M := SPACES LEFT ON SCREEN
CAIGE M,^D18 ;REASONABLE AMOUNT LEFT?
PUSHJ P,IFRCL ;NO, FORCE NEW (INDENTED) LINE
MOVEI M,[ASCIZ / Errors:/]
TLON F,FL.DEV
PUSHJ P,IMSG ;PRINT IF VISIBLE
POP P,M
PUSHJ P,ISPACE ;LEADING SPACE SEPARATOR
PUSHJ P,IMSG ;PRINT IF VISIBLE
SKIPGE VISIBL ;CAN WE SEE IT?
PJRST OCTPRT
POPJ P,
BITMSK=77 ;CLEAR, LEAVING BITS IN 777700,,0
BITTAB: ASCIZ /RHB/ ;REREAD HOME BLOCKS
ASCIZ /OFL/ ;UNIT IS OFFLINE
ASCIZ /HWP/ ;HARDWARE WRITE PROTECT
ASCIZ /SWP/ ;SOFTWARE WRITE PROTECT
ASCIZ /SAF/ ;SINGLE-ACCESS FILE STRUCTURE
Z ;ZERO MOUNT COUNT
ASCIZ /PRF/ ;PRIVATE FILE STRUCTURE
Z ;FIRST HALF OF DC.STS FIELD
Z ;SECOND HALF OF DC.STS FIELD
Z ;MULTIPLE SAT BLOCKS
ASCIZ /NNA/ ;NO NEW ACCESSES
ASCIZ /AWL/ ;WRITE-LOCKED FOR ALL JOBS
Z ;NOT ASSIGNED
Z ;NOT ASSIGNED
ASCIZ /2PT/ ;DUAL-PORTED UNIT
BITTL==.-BITTAB
UER2T1: XWD .DCHDV,[ASCIZ /HDEV:/]
XWD .DCHDT,[ASCIZ /HDAT:/]
XWD .DCSDV,[ASCIZ /SDEV:/]
XWD .DCSDT,[ASCIZ /SDAT:/]
XWD .DCECT,[ASCIZ /RETRIES:/]
XWD .DCSER,[ASCIZ /SER:/]
XWD .DCRER,[ASCIZ /RER:/]
XWD .DCCER,[ASCIZ /CER:/]
XWD .DCPHG,[ASCIZ /PHUNG:/]
XWD .DCTHG,[ASCIZ /THUNG:/]
XWD .DCNHG,[ASCIZ /NTHUNG:/]
XWD .DCSHG,[ASCIZ /SHUNG:/]
XWD .DCHBN,[ASCIZ /LBN:/]
XWD .DCSOF,[ASCIZ /1CONI:/]
XWD .DCERR,[ASCIZ /2CONI:/]
XWD .DCSDI,[ASCIZ /1DATAI:/]
XWD .DCHDI,[ASCIZ /2DATAI:/]
UER2TL==.-UER2T1
UER2T3: IFIW PRTUED ;HDEV
IFIW PRTUED ;HDAT
IFIW PRTUED ;SDEV
IFIW PRTUED ;SDAT
IFIW PRTUED ;RETRIES
IFIW PRTUED ;SER
IFIW PRTUED ;RER
IFIW PRTUED ;CER
IFIW PRTUED ;PHUNG
IFIW PRTUED ;THUNG
IFIW PRTUED ;NTHUNG
IFIW PRTUED ;SHUNG
IFIW PRTUED ;LBN
IFIW PRTUEO ;1CONI
IFIW PRTUEO ;2CONI
IFIW PRTUEO ;1DATAI
IFIW PRTUEO ;2DATAI
SUBTTL "\" NETWORK STATISTICS DISPLAY PROGRAM
IFN FTNET,<
X2SIZE==XSIZE/2
NETSTT: MOVE A,[<F%CMSR&777000000>+.GTFET] ;GET FTCMSR
PUSHJ P,GETZ ;FROM MONITOR
TRNN A,<F%CMSR&777777> ;IS FTCMSR TURNED ON?
JRST NOCMSR ;NO, THIS DISPLAY USELESS
;LINE 1
MOVEI M,[ASCIZ\ANF Statistics for\] ;HEADER PREFIX
PUSHJ P,THISIM ;GIVE STANDARD HEADER LINE
TABSET TAB7 ;NETWORK TABS
;LINE 2
MOVEI M,[ASCIZ /NTCOR= /]
PUSHJ P,MSG
MOVE A,[%NTCOR]
PUSHJ P,GETA
MOVEI N,(A)
PUSHJ P,DECTAB
MOVEI M,[ASCIZ /NTMAX= /]
PUSHJ P,MSG
MOVE A,[%NTMAX]
PUSHJ P,GETA
MOVEI N,(A)
PUSHJ P,DECTAB
MOVEI M,[ASCIZ /NTBAD= /]
PUSHJ P,MSG
MOVE A,[%NTBAD]
PUSHJ P,GETA
MOVEI N,(A)
PUSHJ P,DECPRT
NETST4: PUSHJ P,CRLF
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;UN-NUMBERED CONTROL WINDOW
SET 1,X2SIZE-1,3,12,0,TAB9A
SETZM NTRTL ;INITIALIZE RECEIVED TOTAL
SETZM NTXTL ;INITIALIZE TRANSMITTED TOTAL
MOVEI M,[ASCIZ /Unnumbered CTL XMIT'ed RECV'ed
/]
PUSHJ P,MSG
MOVSI J,-^D7 ;MAX ENTRIES
UNPRT1: MOVE M,[[ASCIZ \0 DAP/DATA \]
[ASCIZ /1 ACK /]
[ASCIZ /2 NAK /]
[ASCIZ /3 REP /]
[ASCIZ /4 START /]
[ASCIZ /5 STACK /]
[ASCIZ /6 NODE ID /]](J)
PUSHJ P,MSG
MOVE A,[%NTXTP] ;RECEVICE TABLE
PUSHJ P,GETA
ADDI A,(J)
MOVSI A,(A)
HRRI A,.GTNTP
PUSHJ P,GETA
SUB A,NTXTP(J) ;A := INCREMENTAL
ADDM A,NTXTP(J) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
SKIPA N,NTXTP(J) ;TOTAL
MOVE N,A
ADDM N,NTXTL ;ACCUMULATE TOTAL SENT
TRNN J,-1 ;DAP/DATA MESSAGES?
MOVNM N,NTXTH ;YES, REMEMBER FOR HISTOGRAM
PUSHJ P,DECTAB
MOVE A,[%NTRTP]
PUSHJ P,GETA
ADDI A,(J)
MOVSI A,(A)
HRRI A,.GTNTP
PUSHJ P,GETA
SUB A,NTRTP(J) ;A := INCREMENTAL
ADDM A,NTRTP(J) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
SKIPA N,NTRTP(J) ;TOTAL
MOVE N,A
ADDM N,NTRTL ;ACCUMULATE TOTAL RECEIVED
TRNN J,-1 ;DAT/DATA MESSAGES?
MOVNM N,NTRTH ;YES, REMEMBER FOR HISTOGRAM
PUSHJ P,DECPRT
PUSHJ P,CRLF
AOBJN J,UNPRT1
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;NUMBERED MESSAGE WINDOW
SET X2SIZE,XSIZE,3,12,0,TAB9B
MOVEI M,[ASCIZ /Numbered CTL XMIT'ed RECV'ed
/]
PUSHJ P,MSG
MOVSI J,-^D7
HRRI J,1
NUPRT1: MOVE M,[[ASCIZ /0 /]
[ASCIZ /1 CONNECT /]
[ASCIZ /2 DISCONNECT /]
[ASCIZ /3 NEIGHBORS /]
[ASCIZ /4 REQ CONFIG /]
[ASCIZ /5 CONFIG /]
[ASCIZ /6 DATA REQUEST /]
[ASCIZ /7 STATION CTL /]](J)
PUSHJ P,MSG
MOVE A,[%NTXMT] ;RECEVICE TABLE
PUSHJ P,GETA
ADDI A,(J)
MOVSI A,(A)
HRRI A,.GTNTP
PUSHJ P,GETA
SUB A,NTXMT(J) ;A := INCREMENTAL
ADDM A,NTXMT(J) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
SKIPA N,NTXMT(J) ;TOTAL
MOVE N,A
ADDM N,NTXTH ;ACCUMULATE TOTAL DATA SENT
PUSHJ P,DECTAB
MOVE A,[%NTRMT]
PUSHJ P,GETA
ADDI A,(J)
MOVSI A,(A)
HRRI A,.GTNTP
PUSHJ P,GETA
SUB A,NTRMT(J) ;A := INCREMENTAL
ADDM A,NTRMT(J) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
SKIPA N,NTRMT(J) ;TOTAL
MOVE N,A
ADDM N,NTRTH ;ACCUMULATE TOTAL DATA RECEIVED
PUSHJ P,DECPRT
PUSHJ P,CRLF
AOBJN J,NUPRT1
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;HERE TO DO A HISTOGRAM OF MESSAGE LENGTHS
SET 1,X2SIZE-1,11,YSIZE,0,TAB7
MOVEI M,[ASCIZ /XMIT'ed=/]
PUSHJ P,MSG
MOVE N,NTXTL ;TOTAL MESSAGES SENT
PUSHJ P,DECTAB
MOVEI M,[ASCIZ /Average=/]
PUSHJ P,MSG
MOVE N,NTXTL ;GET TOTAL SENT AGAIN
MOVE A,UPTINC ;UPTIME
IDIV A,TCKSEC
IDIV N,A
PUSH P,N+1
PUSHJ P,DECPRT
MOVEI CH,"."
PUSHJ P,TYO
POP P,N
IMULI N,^D100 ;- SCALE REMAINDER
IDIV N,A ;
PUSHJ P,DECPRT
MOVEI M,[ASCIZ \/sec\]
PUSHJ P,MSG
PUSHJ P,CRLF
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
IFGE <YSIZE-20>,< ;DON'T BOTHER FOR VT50'S, ETC.
;PRINT THE ACTUAL HISTOGRAM
MOVEI M,[ASCIZ / 2**N 0% 20% 40% 60% 80% 99%
/]
PUSHJ P,MSG
MOVE A,[%NTXDL]
PUSHJ P,GETA
LDB J,[POINT 9,A,8] ;NUMBER OF ENTRIES
MOVNS J
MOVSI J,(J) ;AOBJN POINTER
HRRI J,(A) ;TABLE INDEX
SETZB N,JS ;SETUP COUNT/INDEX
MOVMS NTXTH ;POSITIFY TOTAL DATA SENT
LEN2: HRLI A,1(J) ;OFF BY ONE
HRRI A,.GTNTP
PUSHJ P,GETA
SUB A,NTXDL(JS) ;A := INCREMENTAL
ADDM A,NTXDL(JS) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,NTXDL(JS) ;TOTAL
IMULI A,^D100
IDIV A,NTXTH ;SCALE BY TOTAL DATA SENT
HRRI N,1(JS) ;SIZE (LOG 2)
MOVEI CH," " ;LEADING SPACE
CAIGE N,^D10 ;"EXPONENT" ONLY ONE DIGIT?
PUSHJ P,TYO ;YES, MAKE TWO FOR NEATNESS
PUSHJ P,DECPRT
PUSHJ P,SPACE
MOVE N,A
MOVEI CH,"0" ;LEADING 0
CAIGE N,^D10 ;PERCENTAGE ONLY ONE DIGIT?
PUSHJ P,TYO ;YES, MAKE TWO FOR NEATNESS
PUSHJ P,DECPRT
MOVEI CH,"%"
PUSHJ P,TYO
JUMPE A,LEN3
PUSHJ P,TAB
ADDI A,3 ;ROUNDING
ASH A,-2
MOVEI CH,"*"
PUSHJ P,TYO
SOJG A,.-1
LEN3: PUSHJ P,CRLF
ADDI JS,1 ;INDEX TO INTERNAL TABLE
AOBJN J,LEN2
> ;END IFGE <YSIZE-20>
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;HERE TO DO THE HISTOGRAM OF RECEIVED MESSAGES
SET X2SIZE,XSIZE,11,YSIZE,0,TAB8
MOVEI M,[ASCIZ /RECV'ed=/]
PUSHJ P,MSG
MOVE N,NTRTL ;GET TOTAL RECEIVED
PUSHJ P,DECTAB
MOVEI M,[ASCIZ/Average=/]
PUSHJ P,MSG
MOVE N,NTRTL ;TOTAL RECEIVED AGAIN
MOVE A,UPTINC ;UPTIME
IDIV A,TCKSEC
IDIV N,A
PUSH P,N+1
PUSHJ P,DECPRT
MOVEI CH,"."
PUSHJ P,TYO
POP P,N
IMULI N,^D100 ;- SCALE REMAINDER
IDIV N,A ;
PUSHJ P,DECPRT
MOVEI M,[ASCIZ \/sec\]
PUSHJ P,MSG
PUSHJ P,CRLF
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
IFGE <YSIZE-20>,< ;DON'T BOTHER IF VT50'S, ETC.
MOVEI M,[ASCIZ / 2**N 0% 20% 40% 60% 80% 99%
/]
PUSHJ P,MSG
MOVE A,[%NTRDL]
PUSHJ P,GETA
LDB J,[POINT 9,A,8] ;NUMBER OF ENTRIES
MOVNS J
MOVSI J,(J) ;AOBJN POINTER
HRRI J,(A) ;TABLE INDEX
SETZB N,JS ;INITIALIZE COUNT/INDEX
MOVMS NTRTH ;POSITIFY TOTAL DATA RECEIVED
LEN5: HRLI A,1(J) ;OFF BY ONE
HRRI A,.GTNTP
PUSHJ P,GETA
SUB A,NTRDL(JS) ;A := INCREMENTAL VALUE
ADDM A,NTRDL(JS) ;UPDATE TOTAL
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,NTRDL(JS) ;TOTAL
IMULI A,^D100
IDIV A,NTRTH ;SCALE BY TOTAL DATA RECEIVED
HRRI N,1(JS) ;GET SIZE (LOG 2)
MOVEI CH," " ;LEADING SPACE
CAIGE N,^D10 ;"EXPONENT" ONLY ONE DIGIT?
PUSHJ P,TYO ;YES, MAKE TWO FOR NEATNESS
PUSHJ P,DECPRT
PUSHJ P,SPACE
MOVE N,A
MOVEI CH,"0" ;LEADING 0
CAIGE N,^D10 ;PERCENTAGE ONLY ONE DIGIT?
PUSHJ P,TYO ;YES, MAKE TWO FOR NEATNESS
PUSHJ P,DECPRT
MOVEI CH,"%"
PUSHJ P,TYO
JUMPE A,LEN6
PUSHJ P,TAB
ADDI A,3 ;ROUNDING
ASH A,-2
MOVEI CH,"*"
PUSHJ P,TYO
SOJG A,.-1
LEN6: PUSHJ P,CRLF
ADDI JS,1 ;OFFSET FOR INTERNAL TABLE
AOBJN J,LEN5
> ;END IFGE <YSIZE-20>
POPJ P,
SUBTTL "T" NETWORK DISPLAY OF THE TOPOLOGY
NETPRG: MOVEI M,[ASCIZ\ANF Topology for\] ;HEADER TEXT PREFIX
PUSHJ P,THISIM ;GIVE STANDARD HEADER LINE
N.1: TABSET TAB7 ;SET STANDARD TABS
NETPI0: MOVE A,[%CNNDB] ;GET THE GETTAB POINTER TO THE NDB'S
PUSHJ P,GET ;GET IT
CAIA
JUMPN A,NETPI2 ;OK THERE IS A NETWORK
SET 1,XSIZE,2,YSIZE,0,TAB4
MOVEI M,[ASCIZ \The T command can only be executed if:
1.The requester has SPY or PEEK privileges.
2. And the monitor was built for network support =603
\]
CALL MSG
JRST ADVICE
NETPI2: TLNN F,FL.SPY!FL.PEK ;IS THE USER PRIVILEGED
JRST NOPRIV ;NO
PUSH P,A ;SAVE FIRST NDB
MOVSI B,-NDBTLN ;NDB POINTERS TABLE LENGTH
NETPI4: MOVE A,NDBGTB(B) ;NEXT POINTER GETTAB TABLE INDEX
GETTAB A, ;(MUST GETTAB SINCE IN HIGH SEG)
JRST NETPI5 ;MUST BE PRE-7.01
TLZ A,37 ;CLEAR INDEX AND INDIRECT BITS
TRNE B,-1 ;FIRST ENTRY?
ADDI A,XDBBLK ;NO (NOT LENGTH) RELOCATE POINTER
MOVEM A,NDBPTB(B) ;SAVE IN NDB POINTER TABLE
AOBJN B,NETPI4 ;LOOP
MOVEI A,N ;ADDRESS OF NEIGHBORS INFO
HRRM A,NDBNGN ;SET UP BYTE POINTER
NETPI5: POP P,A ;GET BACK FIRST NDB
DPB A,NDBNXT ;SAVE THE FIRST NDB POINTER
SKIPG N,FIRJOB ;ANY "+" COMMANDS SEEN?
JRST NETPI8 ;NO
NETPI6: PUSHJ P,NXTNDB ;YES, SKIP THAT MANY NDB'S
JRST [PUSHJ P,DWNJOB ;TOO MANY, BACKUP SOME
JRST NETPI0] ;TRY AGAIN
SOJG N,NETPI6 ;SKIP NODES
NETPI8: CALL STROLL
SETOM NLTYPD ;YES, WE TYPED
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
SKIPG NETMNY ;LOTS OF NEIGHBORS SOMEWHERE?
JRST NETPR0 ;NO, NORMAL DISPLAY
SET 1,XSIZE,2,YSIZE,0,TAB6X ;YES, COMPRESS SCREEN
JRST NETPR1 ;AND BUILD DISPLAY
NETPR0: SET 1,XSIZE,2,YSIZE,0,TAB6 ;NORMAL TOPOLOGY DISPLAY
NETPR1: MOVEI M,[ASCIZ \ Node Neighbors OPR CTL LAR LAP LMS LMA LMR LMP
\]
CALL MSG
NETPR2: SKIPGE LINE ;FILLED SCREEN YET?
POPJ P, ;YEAH, QUIT NOW
PUSHJ P,NXTNDB ;NO, ADVANCE TO NEXT NODE
JRST [PUSHJ P,CHKDON;SCREEN NICELY FILLED UP YET?
JRST NETPRG ;NO, TRY AGAIN
POPJ P,] ;YES, SCREEN OK TO SHOW
LDB A,NDBSNM ;GET THE NODE NAME ADDRESS
PUSHJ P,MPEEK ;GET NODE NAME
PUSHJ P,SIXBP
MOVEI CH,"("
PUSHJ P,TYO
LDB N,NDBNNM ;GET THE NODE NUMBER
PUSHJ P,OCTPRT
MOVEI M,[ASCIZ \)\]
CALL MSG
PUSHJ P,TAB
SETZ A, ;COUNT THE NEIGHBORS
SKIPA C,NDBNGH ;GET THE TOPOLOGY POINTER
NETPR4: IBP C ;ADVANCE TOPOLOGY POINTER
LDB N,C ;GET A NEIGHBOR ENTRY
LDB N,NDBNGN ;GET NODE NUMBER OF NEIGHBOR
SKIPE N
PUSHJ P,[TRNN N,700 ;FULL THREE DIGITS?
PUSHJ P,SPACE ;NO MORE THAN TWO
TRNN N,770 ;HOW MAY DIGITS
PUSHJ P,SPACE ;ONLY ONE
PUSHJ P,OCTPRT;PRINT OCTAL NODE NUMBER
AOJA A,COMMA];COUNT NEIGHBORS AND SEPARATE
CAME C,NDBNGL ;LAST NEIGHBOR?
JRST NETPR4 ;NOT YET, KEEP GOING
SUBI A,<<XSIZE-40>/7>;SEE IF LOTS OF NEIGHBORS
MOVEM A,NETMNY ;(COMPRESS SCREEN IF .GT. 0)
PUSHJ P,TAB
LDB A,NDBOPR ;GET THE OPR ENTRY
JUMPE A,NETPR5 ;NO OPR TERMINAL
ADD A,DCHOFF ;YES, POINT TO THE LDBDCH ENTRY IN THE LDB
PUSHJ P,MPEEK ;READ IT
ANDI A,777 ;ONLY NINE BITS
MOVEI N,(A) ;COPY
PUSHJ P,OCTPRT
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
NETPR5: PUSHJ P,TAB
LDB N,NDBCTJ ;IS STATION CONTROL BUSY
SKIPE N
PUSHJ P,DECPRT ;YES, PRINT THE JOB NUMBER
PUSHJ P,TAB
LDB N,NDBLAR ;LAR
PUSHJ P,DECTAB
LDB N,NDBLAP ;LAP
PUSHJ P,DECTAB
LDB N,NDBLMS
PUSHJ P,DECTAB
LDB N,NDBLMA ;LMA
PUSHJ P,DECTAB
LDB N,NDBLMR ;LMR
PUSHJ P,DECTAB
LDB N,NDBLMP ;LMP
PUSHJ P,DECPRT
PUSHJ P,CRLF ;END OF LINE 1
JRST NETPR2 ;DO NEXT NODE IN NETWORK
NXTNDB: LDB B,NDBNXT ;ADDRESS OF NEXT NDB
JUMPE B,CPOPJ ;0 TERMINATES LIST
MOVE C,NDBLEN ;LENGTH OF NDB
CAILE C,XDBLEN ;SMALL ENOUGH FOR US?
MOVEI C,XDBLEN ;ONLY READ IN FIRST PART
MOVN C,C ;NEGATIVE LENGTH
ASH C,^D18 ;AOBJN POINTER
NXTND1: MOVE A,B ;ADDRESS OF NDB WORD
PUSHJ P,MPEEK ;GET A WORD
MOVEM A,XDBBLK(C) ;STORE
AOBJP C,CPOPJ1 ;EXIT IF LAST WORD
AOJA B,NXTND1 ;GET NEXT WORD
SUBTTL LOCAL STORAGE FOR "T" DISPLAY
;LIST OF BYTE POINTERS TO BE GETTAB'ED FROM MONITOR (MATCHES NDBPTB)
NDBGTB: %NDLEN ;LENGTH OF NDB
%NDNXT ;ADDRESS OF NEXT NDB
%NDNNM ;NODE NUMBER
%NDSNM ;ADDRESS OF STATION NAME
%NDNGH ;FIRST NEIGHBOR POINTER
%NDNGL ;LAST NEIGHBOR POINTER
%NDNGN ;NODE NUMBER IN %NDNGH
%NDOPR ;ADDRESS OF OPR LDB IF ANY
%NDCTJ ;STATION CONTROL JOB NUMBER
%NDLAR ;LAST ACK RECEIVED
%NDLAP ;LAST MESSAGE ACK'ED
%NDLMS ;LAST MESSAGE SENT
%NDLMA ;LAST MESSAGE ASSIGNED
%NDLMR ;LAST MESSAGE RECEIVED
%NDLMP ;LAST MESSAGE PROCESSED
NDBTLN==.-NDBGTB
>;END FTNET
SUBTTL "K" DISPLAY OF CI STATISTICS
CISTAT: MOVE A,[<F%SCA&777000000>+.GTFET] ;GETTAB FOR SCA FEATURE TEST
PUSHJ P,GETZ ;GET IT FROM MONITOR
TRNN A,<F%SCA&777777> ;MONITOR SUPPORT SCA?
JRST NOSCA ;NO, THEN THIS IS USELESS
SETZM CIVARB ;CLEAR VARIABLES
MOVE A,[CIVARB,,CIVARB+1]
BLT A,CIVARE ;ZEROES TO END
MOVE A,[%CNCPU] ;GETTAB POINTER FOR NUMBER OF CPUS IN SYSTEM
PUSHJ P,GET ;GET IT
JRST [MOVEI A,1 ;ASSUME 1
SKIPE DUAL ;UNLESS 1077/1088/1099
MOVEI A,2 ;IN WHICH CASE IS 2 CPU'S
JRST .+1] ;CONTINUE
MOVN P1,A ;COPY -VE NUMBER OF CPUS TO P1
HRLZS P1 ;MAKE AN AOBJN POINTER
MOVEM P1,CPUPTR ;SAVE IT
SETZ N, ;INIT COUNT OF CI PORTS
CISTS1: HRRZ A,P1 ;GET CPU NUMBER
LSH A,1 ;TIMES TWO
ADDX A,%CCCIP ;GETTAB TO GET CI PORT BLOCK ADDRESS
PUSHJ P,GETZ ;GET IT OR ZERO
SKIPE A ;CI PORT ON THIS CPU?
AOS N ;YES, COUNT THEM UP
MOVE T1,[.SQLNN+1,,.SSGLN] ;SCS. FUNCTION TO GET LOCAL NODE NUMBER
DPB P1,[POINTR T1,SS.CPU] ;PLUG IN CPU NUMBER
MOVEM T1,SCSBLK+.SQFNC ;STORE IN BLOCK
MOVEI A,SCSBLK ;POINT AT ARGUMENTS
SCS. A, ;ASK MONITOR
SKIPA A,[-1] ;ERROR, GET FUNNY NUMBER
MOVE A,SCSBLK+.SQLNN ;GET LOCAL NODE NUMBER
MOVEM A,CPULNN(P1) ;SAVE IT
AOBJN P1,CISTS1 ;LOOP FOR REMAINING CPUS
JUMPE N,NOCIP ;JUMP IF NO CI PORTS ON SYSTEM
MOVEI M,[ASCIZ\CI Status of\] ;LABEL OUR DISPLAY
PUSHJ P,THISIM ;FIRE UP HEADER LINE
MOVEI M,[ASCIZ /
Open Paths:
CI Node /]
PUSHJ P,MSG ;START HEADER
MOVSI P1,-MAXNDS ;SET TO PRINT COLUMNS
CISTS2: PUSHJ P,SPACE ;SPACE OVER
HRRZ N,P1 ;GET NODE NUMBER
PUSHJ P,DECZ2 ;PRINT IT
AOBJN P1,CISTS2 ;LOOP FOR REMAINDER
PUSHJ P,CRLF ;END WITH CRLF
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
MOVE P1,CPUPTR ;GET AOBJN POINTER TO CPUS
CISTS3: SKIPGE CPULNN(P1) ;OUR NODE NUMBER KNOWN?
JRST CIST4A ;NO
MOVEI M,[ASCIZ /CPU/] ;[635] ASSUME MULTI-PROCESSOR CONFIGURATION
SKIPN DUAL ;[635] IS IT?
MOVEI M,[ASCIZ / /];[635] NO, JUST PRINT 4 SPACES
PUSHJ P,MSG ;PRINT MESSAGE
HRRZ N,P1 ;GET CPU NUMBER
SKIPE DUAL ;DON'T PRINT IF SINGLE PROCESSOR
PUSHJ P,DECPRT ;ADD CPU NUMBER
MOVEI M,[ASCIZ / /] ;4 SPACES
PUSHJ P,MSG ;PRINT MESSAGE
MOVSI P2,-MAXNDS ;LOOP FOR EACH NODE
CISTS4: PUSHJ P,SPACE ;SPACE OVER TO CORRECT COLUMN
MOVE A,[.SQRPS+1,,.SSRPS] ;SET UP ARGUMENT BLOCK
DPB P1,[POINTR A,SS.CPU] ;PLUG IN CPU NUMBER
MOVEM A,SCSBLK+.SQFNC ;STORE
HRRZM P2,SCSBLK+.SQRPN ;NODE NUMBER
MOVEI T1,SCSBLK ;POINT AT ARGUMENTS
SCS. T1, ;ASK MONITOR
TDZA A,A ;IF ERROR, ASSUME BOTH PATHS DOWN
MOVE A,SCSBLK+.SQRPS ;GET PATH STATUS
TLZE A,1 ;PATH A OPEN?
TLOA A,"A" ;YES, MARK SO
TLO A," " ;NO
TRZE A,1 ;PATH B OPEN?
TROA A,"B" ;YES, MARK SO
TRO A," " ;NO
HRRZ T1,SCSBLK+.SQRPN ;GET NODE NUMBER
CAMN T1,CPULNN(P1) ;IS THIS "OUR" NODE?
MOVE A,["-",,"-"] ;YES, PRINT DASHES TO INDICATE SUCH
HLRZ CH,A ;GET FIRST CHARACTER
PUSHJ P,TYO ;PRINT IT
HRRZ CH,A ;GET SECOND CHARACTER
PUSHJ P,TYO ;PRINT IT
AOBJN P2,CISTS4 ;LOOP FOR REMAINING PATHS ON THIS CPU
PUSHJ P,CRLF ;NEW LINE
CIST4A: AOBJN P1,CISTS3 ;LOOP FOR REMAINING CPUS
MOVE P1,CPUPTR ;SET TO SCAN CPU'S AGAIN
CISTS5: MOVEI P2,NOSTCT ;GET OFFSET IN STATISTICS COUNTERS BLOCK
IMULI P2,(P1) ;...
HRLZ A,P1 ;GET CPU NUMBER
HRRI A,.DIACC ;FUNCTION TO READ CI STATISTICS COUNTERS
MOVEM A,CTRBLK(P2) ;STORE IN FIRST WORD
MOVE A,[7,,.DICRD] ;CHANNEL,,SUB-FUNCTION TO READ COUNTERS
MOVEM A,CTRBLK+1(P2) ;STORE IN SECOND WORD
MOVSI A,-NOSTCT ;-VE NUMBER OF WORDS
HRRI A,CTRBLK(P2) ;OFFSET
SKIPL CPULNN(P1) ;PUNT IF WE DON'T HAVE A CI PORT
DIAG. A, ;READ CI PORT COUNTERS
SETOM CPULNN(P1) ;IF IT FAILED, ASSUME CI PORT WENT AWAY
AOBJN P1,CISTS5 ;LOOP FOR REMAINING CPUS
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
TABSET TABCI ;SET TAB STOPS
MOVEI M,[ASCIZ "
Packet counts:
XMT Avg/sec RCV Avg/sec Discarded Node
"]
PUSHJ P,MSG ;PRINT HEADER
MOVE P1,CPUPTR ;GET POINTER AGAIN
CISTS6: SKIPGE CPULNN(P1) ;HAVE A CI PORT?
JRST CIST6A ;NO
MOVEI P2,NOSTCT ;GET OFFSET IN STATISTICS COUNTERS BLOCK
IMULI P2,(P1) ;...
MOVEI M,[ASCIZ /CPU/] ;GET MESSAGE
SKIPE DUAL ;MULTI-PROCESSOR CONFIGURATION?
PUSHJ P,MSG ;YES, PRINT MESSAGE
HRRZ N,P1 ;GET CPU NUMBER
SKIPE DUAL ;DON'T PRINT IF SINGLE PROCESSOR
PUSHJ P,DECPRT ;ADD CPU NUMBER
PUSHJ P,TAB ;PRINT A TAB
MOVE N,CTRBLK+13(P2) ;GET TRANSMITTED PACKET COUNT
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+13(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT IT
PUSHJ P,TAB ;ANOTHER TAB
MOVE N,CTRBLK+13(P2) ;GET TRANSMITTED PACKET COUNT AGAIN
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+13(P2) ;YES, REMOVE BASE
MOVE A,UPTINC ;GET UPTIME
IDIV A,TCKSEC ;DIVIDE BY TICKS/SECOND
MOVEM A,TEMP ;SAVE FOR USE AGAIN
PUSHJ P,CMPDDN ;PRINT 4 DIGITS, ".", 2 DIGITS
PUSHJ P,TAB ;PRINT A TAB
MOVE N,CTRBLK+14(P2) ;GET RECEIVED PACKET COUNT
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+14(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT IT
PUSHJ P,TAB ;ANOTHER TAB
MOVE N,CTRBLK+14(P2) ;GET RECEIVED PACKET COUNT AGAIN
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+14(P2) ;YES, REMOVE BASE
PUSHJ P,CMPDDN ;PRINT 4 DIGITS, ".", 2 DIGITS
PUSHJ P,TAB ;ADD A TAB
MOVE N,CTRBLK+12(P2) ;GET DATAGRAMS DISCARDED
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+12(P2) ;YES, REMOVE BASE
PUSHJ P,SPACE ;SPACE OVER
PUSHJ P,DECB8 ;PRINT IT
PUSHJ P,TAB ;ADD A TAB
MOVEI M,[ASCIZ / /] ;AND A FEW SPACES
PUSHJ P,MSG ;...
LDB N,[POINT 8,CTRBLK+15(P2),31] ;GET SELECTED NODE
CAIN N,377 ;-1 IN 8 BITS?
JRST [MOVEI M,[ASCIZ /ALL/] ;YES, GET TEXT
PUSHJ P,MSG ;PRINT IT
JRST .+2] ;CONTINUE
PUSHJ P,DECZ2 ;ADD SELECTED NODE
PUSHJ P,CRLF ;ADD CRLF
CIST6A: AOBJN P1,CISTS6 ;LOOP FOR REMAINING CPUS
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
MOVEI M,[ASCIZ "
Statistics:
A ACK A NAK A NRS B ACK B NAK B NRS
"]
PUSHJ P,MSG ;PRINT HEADER
MOVE P1,CPUPTR ;GET POINTER AGAIN
CISTS7: SKIPGE CPULNN(P1) ;HAVE A CI PORT?
JRST CIST7A ;NO
MOVEI P2,NOSTCT ;GET OFFSET IN STATISTICS COUNTERS BLOCK
IMULI P2,(P1) ;...
MOVEI M,[ASCIZ /CPU/] ;GET MESSAGE
SKIPE DUAL ;MULTI-PROCESSOR CONFIGURATION?
PUSHJ P,MSG ;YES, PRINT MESSAGE
HRRZ N,P1 ;GET CPU NUMBER
SKIPE DUAL ;DON'T PRINT IF SINGLE PROCESSOR
PUSHJ P,DECPRT ;ADD CPU NUMBER
PUSHJ P,TAB ;PRINT A TAB
MOVE N,CTRBLK+4(P2) ;GET A ACKS
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+4(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT
PUSHJ P,TAB ;TAB
MOVE N,CTRBLK+5(P2) ;GET A NAKS
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+5(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT
PUSHJ P,TAB ;TAB
MOVE N,CTRBLK+6(P2) ;GET A NRS
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+6(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT
PUSHJ P,TAB ;TAB
MOVE N,CTRBLK+7(P2) ;GET B ACKS
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+7(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT
PUSHJ P,TAB ;TAB
MOVE N,CTRBLK+10(P2) ;GET B NAKS
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+10(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT
PUSHJ P,TAB ;TAB
MOVE N,CTRBLK+11(P2) ;GET B NRS
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+11(P2) ;YES, REMOVE BASE
PUSHJ P,DECB8 ;PRINT
PUSHJ P,CRLF ;ADD CRLF
CIST7A: AOBJN P1,CISTS7 ;LOOP FOR REMAINING CPUS
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
MOVE P1,CPUPTR ;GET POINTER AGAIN
TLZ F,FL.DEV ;NO HEADER PRINTED YET
CISTS8: SKIPGE CPULNN(P1) ;HAVE A CI PORT?
JRST CISTS0 ;NO
MOVEI P2,NOSTCT ;GET OFFSET IN STATISTICS COUNTERS BLOCK
IMULI P2,(P1) ;...
SETZ N, ;ACCUMULATE TOTAL
MOVSI A,-7 ;NUMBER OF ERROR COUNTERS
HRR A,P2 ;OFFSET FOR THIS CPU
ADD N,CTRBLK+16(A) ;ADD IN THIS PAIR
TLNE F,FL.INC ;INCREMENTAL?
SUB N,CTRSAV+16(A) ;YES, REMOVE BASE
AOBJN A,.-3 ;LOOP FOR ALL ERROR COUNTERS
JUMPE N,CISTS0 ;JUMP IF NO ERRORS
MOVEI M,[ASCIZ /
Errors:
/]
TLON F,FL.DEV ;NEED THE HEADER?
PUSHJ P,MSG ;YES, PRINT IT
MOVEI M,[ASCIZ /CPU/] ;GET MESSAGE
SKIPE DUAL ;MULTI-PROCESSOR CONFIGURATION?
PUSHJ P,MSG ;YES, PRINT MESSAGE
HRRZ N,P1 ;GET CPU NUMBER
SKIPE DUAL ;DON'T PRINT IF SINGLE PROCESSOR
PUSHJ P,DECPRT ;ADD CPU NUMBER
PUSH P,P1 ;SAVE AN AC
MOVSI P1,-CTRLEN ;LENGTH OF ERROR COUNTERS TABLES
CISTS9: MOVEI T1,CTRBLK(P2) ;GET ADDRESS OF BLOCK
ADD T1,CTRGET(P1) ;ADD IN BYTE POINTER
LDB N,T1 ;GET THE CURRENT VALUE
ADDI T1,CTRSAV-CTRBLK ;OFFSET TO SAVED AREA
LDB T2,T1 ;GET THE PREVIOUS VALUE
TLNE F,FL.INC ;INCREMENTAL?
SUB N,T2 ;YES, REMOVE BASE
MOVE M,CTRTXT(P1) ;GET ADDRESS OF TEXT
SKIPE N ;IF ANYTHING,
PUSHJ P,MSGDEC ; PRINT IT
AOBJN P1,CISTS9 ;LOOP FOR ALL COUNTERS
PUSHJ P,CRLF ;END THE LINE
POP P,P1 ;RESTORE P1
CISTS0: AOBJN P1,CISTS8 ;LOOP FOR REMAINING CPUS
MOVE A,[CTRBLK,,CTRSAV] ;NOW COPY THE INFO TO THE SAVE AREA
BLT A,CTRSVE ;...
RETURN ;END OF DISPLAY PROGRAM
;MACRO TO DEFINE CI ERROR COUNTER NAMES AND OFFSETS
DEFINE CICTRS,<
CTR <CRC:>,<POINT 36,16,35>
CTR <MVR PAR:>,<POINT 18,17,17>
CTR <CBUS PAR:>,<POINT 18,17,35>
CTR <REG PLIPE:>,<POINT 18,20,17>
CTR <DATA PLIPE:>,<POINT 18,20,35>
CTR <CHN:>,<POINT 18,21,17>
CTR <EBUS PAR:>,<POINT 18,21,35>
CTR <SPR CHN:>,<POINT 18,22,17>
CTR <CBUS AVL TMO:>,<POINT 18,22,35>
CTR <SPR RCV ATTN:>,<POINT 18,23,17>
CTR <SPR XMT ATTN:>,<POINT 18,23,35>
CTR <XMT BFR PAR:>,<POINT 18,24,17>
CTR <XMT TMO:>,<POINT 18,24,35>
>; END DEFINE CICTRS
DEFINE CTR(TEXT,PTR),<PTR>
CTRGET: CICTRS
CTRLEN==.-CTRGET ;LENGTH OF TABLES
DEFINE CTR(TEXT,PTR),<[ASCIZ / TEXT/]>
CTRTXT: CICTRS
SUBTTL "E" DISPLAY OF ETHERNET STATUS
IFN FTNET,<
ETHDPY: MOVEI M,[ASCIZ |Ethernet Status of|]
PUSHJ P,THISIM ;FIRE UP SYSTEM HEADER LINE
TABSET TABETH ;ETHERNET TABS
PUSHJ P,ETHRCL ;READ ETHERNET CHANNEL LIST
POPJ P, ;ERROR, RETURN
SKIPL P2,T1 ;SAVE AOBJN POINTER TO LIST
POPJ P, ;EMPTY LIST, RETURN
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;LOOP FOR EACH CIRCUIT IN THE SYSTEM
ETHDP0: PUSHJ P,CRLF ;BLANK LINE BEFORE DISPLAY
MOVEI M,[ASCIZ |Chan/Kont State E-Net Address DgmXmt DgmRcv|]
PUSHJ P,MSG ;...
PUSHJ P,CRLF ;END LINE
SETZ J, ;INCREMENTAL STATISTICS TABLE INDEX
MOVE T1,(P2) ;GET NEXT CHANNEL ID
PUSHJ P,ETHRCI ;READ CHANNEL INFO
JRST ETHDPX ;ERROR, TRY NEXT CHANNEL
MOVE P1,T1 ;SAVE AOBJN POINTER TO BUFFER
MOVEI M,[ASCIZ |ETH-|] ;OUTPUT CHANNEL STATUS LINE
PUSHJ P,MSG ;...
MOVE N,.EICNM(P1) ;GET ETHERNET CHANNEL NUMBER
PUSHJ P,DECPRT ;PRINT OUT
PUSHJ P,TAB ;TAB OVER TO STATUS COLUMN
LDB T1,[POINTR (ENTBLK+.ETCSW,ET.CON)] ;GET CHANNEL ONLINE FLAG
MOVE M,ONFSTS(T1) ;GET ADDRESS OF ONLINE/OFFLINE STRING
PUSHJ P,MSG ;PRINT STATUS
PUSHJ P,TAB ;TAB OVER TO ETHERNET ADDRESS COLUMN
MOVEI T1,.EICEA(P1) ;GET ADDRESS OF ETHERNET ADDRESS
PUSHJ P,EADPRT ;PRINT ETHERNET ADDRESS
MOVE T1,(P2) ;GET CHANNEL ID
PUSHJ P,ETHRCC ;READ CHANNEL COUNTERS
JRST ETHDP1 ;ERROR, SKIP DISPLAY
MOVE P1,T1 ;SAVE AOBJN POINTER TO BUFFER
PUSHJ P,TAB ;TAB TO DATAGRAMS TRANSMITTED COLUMN
PUSHJ P,TAB ;...
MOVE N,.ECCDX(P1) ;GET DATAGRAMS TRANSMITTED COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMXMT(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB8 ;PRINT OUT
PUSHJ P,TAB ;TAB TO DATAGRAMS RECEIVED COLUMN
MOVE N,.ECCDR(P1) ;GET DATAGRAMS RECEIVED COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMRCV(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB8 ;PRINT OUT
MOVE N,.ECCDX(P1) ;GET DATAGRAMS TRANSMITTED COUNT
MOVEM N,DGMXMT(J) ;SAVE CURRENT VALUE
MOVE N,.ECCDR(P1) ;GET DATAGRAMS RECEIVED COUNT
MOVEM N,DGMRCV(J) ;SAVE CURRENT VALUE
AOJ J, ;UPDATE TABLE INDEX
ETHDP1: PUSHJ P,CRLF ;FINISH STATUS LINE
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
ETHDP2: MOVE T1,(P2) ;GET CHANNEL ID
PUSHJ P,ETHRKL ;READ KONTROLLER LIST
JRST ETHDP5 ;ERROR, DO PORTAL LIST
JUMPGE T1,ETHDP5 ;SKIP DISPLAY IF EMPTY LIST
PUSH P,P2 ;SAVE CHANNEL LIST AOBJN POINTER
MOVE P2,T1 ;SET UP KONTROLLER LIST AOBJN POINTER
ETHDP3: MOVE T1,(P2) ;GET KONTROLLER ID
PUSHJ P,ETHRKI ;READ KONTROLLER INFO
JRST ETHDP4 ;ERROR, TRY NEXT KONTROLLER
MOVE P1,T1 ;SAVE AOBJN POINTER TO BUFFER
PUSHJ P,SPACE ;INDENT THE KONTROLLER
PUSHJ P,SPACE ; BY A TAD OR TWO
DMOVE T1,.EIKCP(P1) ;GET CPU NUMBER AND KONTROLLER TYPE
MOVE T4,.EIKNO(P1) ;AND KONTROLLER NUMBER
PUSHJ P,KTYPRT ;OUTPUT
PUSHJ P,TAB ;TAB OVER TO STATUS COLUMN
LDB T1,[POINTR (ENTBLK+.ETKSW,ET.KON)] ;GET KONTROLLER ONLINE FLAG
MOVE M,ONFSTS(T1) ;GET ADDRESS OF ONLINE/OFFLINE STRING
PUSHJ P,MSG ;PRINT STATUS
PUSHJ P,TAB ;TAB OVER TO ETHERNET ADDRESS COLUMN
MOVEI T1,.EIKHA(P1) ;GET ADDRESS OF ETHERNET ADDRESS
PUSHJ P,EADPRT ;PRINT ETHERNET ADDRESS
MOVE T1,(P2) ;GET KONTROLLER ID
PUSHJ P,ETHRKC ;READ KONTROLLER COUNTERS
JRST ETHDP4 ;ERROR, TRY NEXT KONTROLLER
MOVE P1,T1 ;SAVE AOBJN POINTER TO BUFFER
PUSHJ P,TAB ;TAB TO DATAGRAMS TRANSMITTED COLUMN
PUSHJ P,TAB ;...
MOVE N,.ECKDX(P1) ;GET DATAGRAMS TRANSMITTED COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMXMT(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB8 ;PRINT OUT
PUSHJ P,TAB ;TAB TO DATAGRAMS RECEIVED COLUMN
MOVE N,.ECKDR(P1) ;GET DATAGRAMS RECEIVED COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMRCV(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB8 ;PRINT OUT
MOVE N,.ECKDX(P1) ;GET DATAGRAMS TRANSMITTED COUNT
MOVEM N,DGMXMT(J) ;SAVE CURRENT VALUE
MOVE N,.ECKDR(P1) ;GET DATAGRAMS RECEIVED COUNT
MOVEM N,DGMRCV(J) ;SAVE CURRENT VALUE
AOJ J, ;UPDATE TABLE INDEX
ETHDP4: PUSHJ P,CRLF ;FINISH STATUS LINE
AOBJN P2,ETHDP3 ;LOOP BACK FOR ALL KONTROLLERS
POP P,P2 ;RESTORE CHANNEL LIST AOBJN POINTER
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
ETHDP5: MOVE T1,(P2) ;GET CHANNEL ID
PUSHJ P,ETHRPL ;READ PORTAL LIST
JRST ETHDPX ;SKIP DISPLAY IF ERROR
JUMPGE T1,ETHDPX ;SKIP DISPLAY IF EMPTY LIST
PUSH P,P2 ;SAVE CHANNEL LIST AOBJN POINTER
MOVE P2,T1 ;SET UP PORTAL LIST AOBJN POINTER
PUSHJ P,CRLF ;BLANK LINE BEFORE DISPLAY
MOVEI M,[ASCIZ |Protocol State Kont User DgmXmt DgmRcv FQE|]
PUSHJ P,MSG ;PRINT SUBHEADER
PUSHJ P,CRLF ;END LINE
ETHDP6: MOVE T1,(P2) ;GET PORTAL ID
PUSHJ P,ETHRPI ;READ PORTAL INFO
JRST ETHDP8 ;ERROR, TRY NEXT PORTAL
MOVE P1,T1 ;SAVE AOBJN POINTER TO BUFFER
PUSHJ P,SPACE ;INDENT PROTOCOL TYPES
PUSHJ P,SPACE ; BY A LITTLE BIT
HRRE N,.EIPPI(P1) ;GET PROTOCOL TYPE CODE
PUSHJ P,EPTPRT ;PRINT OUT
PUSHJ P,TAB ;TAB OVER TO STATUS COLUMN
LDB T1,[POINTR (ENTBLK+.ETPSW,ET.PON)] ;GET PORTAL ONLINE FLAG
MOVE M,ONFSTS(T1) ;GET ADDRESS OF ONLINE/OFFLINE STRING
PUSHJ P,MSG ;PRINT STATUS
PUSHJ P,TAB ;TAB OVER TO KONTROLLER COLUMN
MOVE T1,.EIPKS(P1) ;GET KONTROLLER ID
PUSHJ P,ETHRKI ;READ KONTROLLER INFO
JRST ETHDP7 ;ERROR, SKIP KONTROLLER COLUMN
DMOVE T1,RKIBUF+.EIKCP ;GET CPU NUMBER AND KONTROLLER TYPE
MOVE T4,RKIBUF+.EIKNO ;AND KONTROLLER NUMBER
PUSHJ P,KTYPRT ;OUTPUT
ETHDP7: PUSHJ P,TAB ;TAB OVER TO OWNER COLUMN
SKIPN .EIPJC(P1) ;PORTAL BELONG TO SYSTEM?
JRST [MOVEI M,[ASCIZ |System|] ;YES, SAY SO
PUSHJ P,MSG ;...
JRST ETHDP8] ;AND CONTINUE
MOVEI M,[ASCIZ |Job |] ;OUTPUT JOB INFO
PUSHJ P,MSG ;...
LDB N,[POINT 9,.EIPJC(P1),35] ;GET JOB NUMBER
PUSHJ P,DECPRT ;OUTPUT
MOVEI M,[ASCIZ | Ctx |] ;OUTPUT CONTEXT INFO
PUSHJ P,MSG ;...
LDB N,[POINT 9,.EIPJC(P1),26] ;GET CONTEXT NUMBER
PUSHJ P,DECPRT ;OUTPUT
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
ETHDP8: MOVE T1,(P2) ;GET PORTAL ID
PUSHJ P,ETHRPC ;READ PORTAL COUNTERS
JRST ETHDP9 ;ERROR, SKIP DISPLAY
MOVE P1,T1 ;SAVE AOBJN POINTER TO BUFFER
PUSHJ P,TAB ;TAB TO DATAGRAMS TRANSMITTED COLUMN
MOVE N,.ECPDX(P1) ;GET DATAGRAMS TRANSMITTED COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMXMT(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB8 ;PRINT OUT
PUSHJ P,TAB ;TAB TO DATAGRAMS RECEIVED COLUMN
MOVE N,.ECPDR(P1) ;GET DATAGRAMS RECEIVED COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMRCV(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB8 ;PRINT OUT
PUSHJ P,TAB ;TAB TO FREE QUEUE ERROR COLUMN
MOVE N,.ECPUU(P1) ;GET FREE QUEUE ERROR COUNT
TLNE F,FL.INC ;WANT INCREMENTAL?
SUB N,DGMFQE(J) ;YES, COMPUTE VALUE
PUSHJ P,DECB6 ;YES, PRINT OUT
MOVE N,.ECPDX(P1) ;GET DATAGRAMS TRANSMITTED COUNT
MOVEM N,DGMXMT(J) ;SAVE CURRENT VALUE
MOVE N,.ECPDR(P1) ;GET DATAGRAMS RECEIVED COUNT
MOVEM N,DGMRCV(J) ;SAVE CURRENT VALUE
MOVE N,.ECPUU(P1) ;GET FREE QUEUE ERROR COUNT
MOVEM N,DGMFQE(J) ;SAVE CURRENT VALUE
AOJ J, ;UPDATE TABLE INDEX
ETHDP9: PUSHJ P,CRLF ;FINISH STATUS LINE
AOBJN P2,ETHDP6 ;LOOP BACK FOR ALL PORTALS
POP P,P2 ;RESTORE CHANNEL LIST AOBJN POINTER
ETHDPX: AOBJN P2,ETHDP0 ;LOOP BACK FOR ALL CHANNELS
POPJ P, ;AND RETURN
;ROUTINE TO READ ETHERNET CHANNEL LIST
ETHRCL: MOVE T1,[.ETRCL,,4] ;SET UP ETHNT. TO READ LIST
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RCLBFL ;SIZE OF BUFFER
MOVEI T2,RCLBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET CHANNEL INFORMATION
ETHRCI: MOVEM T1,ENTBLK+.ETCSW ;STORE CHANNEL ID
MOVE T1,[.ETRCI,,4] ;SET UP ETHNT. TO READ CHANNEL INFO
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RCIBFL ;SIZE OF BUFFER
MOVEI T2,RCIBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET CHANNEL COUNTERS
ETHRCC: MOVEM T1,ENTBLK+.ETCSW ;STORE CHANNEL ID
MOVE T1,[.ETRCC,,4] ;SET UP ETHNT. TO READ CHANNEL COUNTERS
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RCCBFL ;SIZE OF BUFFER
MOVEI T2,RCCBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET KONTROLLER LIST
ETHRKL: MOVEM T1,ENTBLK+.ETCSW ;STORE CHANNEL ID
MOVE T1,[.ETRKL,,4] ;SET UP ETHNT. TO READ KONTROLLER LIST
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RKLBFL ;SIZE OF BUFFER
MOVEI T2,RKLBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET KONTROLLER INFORMATION
ETHRKI: MOVEM T1,ENTBLK+.ETCSW ;STORE KONTROLLER ID
MOVE T1,[.ETRKI,,4] ;SET UP ETHNT. TO READ KONTROLLER INFO
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RKIBFL ;SIZE OF BUFFER
MOVEI T2,RKIBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET KONTROLLER COUNTERS
ETHRKC: MOVEM T1,ENTBLK+.ETCSW ;STORE KONTROLLER ID
MOVE T1,[.ETRKC,,4] ;SET UP ETHNT. TO READ KONTROLLER COUNTERS
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RKCBFL ;SIZE OF BUFFER
MOVEI T2,RKCBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET PORTAL LIST
ETHRPL: MOVEM T1,ENTBLK+.ETCSW ;STORE CHANNEL ID
MOVE T1,[.ETRPL,,4] ;SET UP ETHNT. TO READ PORTAL LIST
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RPLBFL ;SIZE OF BUFFER
MOVEI T2,RPLBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET PORTAL INFORMATION
ETHRPI: MOVEM T1,ENTBLK+.ETCSW ;STORE PORTAL ID
MOVE T1,[.ETRPI,,4] ;SET UP ETHNT. TO READ PORTAL INFO
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RPIBFL ;SIZE OF BUFFER
MOVEI T2,RPIBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET PORTAL COUNTERS
ETHRPC: MOVEM T1,ENTBLK+.ETCSW ;STORE PORTAL ID
MOVE T1,[.ETRPC,,4] ;SET UP ETHNT. TO READ PORTAL COUNTERS
MOVEM T1,ENTBLK+.ETFCN ;...
MOVEI T1,RPCBFL ;SIZE OF BUFFER
MOVEI T2,RPCBUF ;ADDRESS OF BUFFER
DMOVEM T1,ENTBLK+.ETAR1 ;...
PJRST ETHRXL ;READ LIST AND RETURN
;ROUTINE TO READ ETHERNET LIST AND RETURN AOBJN POINTER
ETHRXL: MOVEI T1,ENTBLK ;READ ETHERNET LIST
ETHNT. T1, ;...
POPJ P, ;ERROR
MOVNS T1 ;MAKE AOBJN POINTER TO BUFFER
HRLZS T1 ;...
HRR T1,ENTBLK+.ETAR2 ;...
JRST CPOPJ1 ;RETURN
;ROUTINE TO PRINT OUT AN ETHERNET ADDRESS
EADPRT: PUSH P,[5] ;SET LOOP ITERATION COUNT
HRLI T1,(POINT 8,) ;BUILD BYTE POINTER TO ADDRESS
PUSH P,T1 ;SAVE BYTE POINTER ON STACK
EADPR1: ILDB N,(P) ;GET NEXT HEX BYTE
PUSHJ P,HEXPRB ;PRINT OUT
MOVEI CH,"-" ;PRINT HYPHEN
PUSHJ P,TYO ;...
SOSLE -1(P) ;DECREMENT AND TEST ITERATION COUNT
JRST EADPR1 ;LOOP BACK FOR FIRST 5 BYTES
ILDB N,(P) ;GET LAST BYTE OF ADDRESS
POP P,(P) ;CLEAN STACK
POP P,(P) ;...
PJRST HEXPRB ;OUTPUT LAST BYTE AND RETURN
;ROUTINE TO PRINT OUT AN ETHERNET PROTOCOL TYPE
EPTPRT: JUMPL N,EPPPRT ;JUMP IF PSEUDO-PROTOCOL TYPE CODE
PUSH P,N ;SAVE PROTOCOL TYPE ON STACK
ANDI N,177777 ;MASK TO SIXTEEN BITS
LSH N,-^D8 ;GET HIGH BYTE
PUSHJ P,HEXPRB ;PRINT IT OUT
MOVEI CH,"-" ;PRINT HYPHEN
PUSHJ P,TYO ;...
MOVE N,0(P) ;GET LOW BYTE OF PROTOCOL TYPE
ANDI N,377 ;...
PUSHJ P,HEXPRB ;PRINT OUT
MOVEI N,EPTTAB ;ADDRESS OF NAME STRING TABLE
EPTPR2: HLRZ CH,0(N) ;GET PROTOCOL TYPE
JUMPE CH,EPTPR3 ;DONE WHEN 0 ENCOUNTERED
CAME CH,0(P) ;IS THIS OURS?
AOJA N,EPTPR2 ;NO, CHECK REST OF TABLE
HRRZ M,0(N) ;YES, GET ADDRESS OF NIFTY STRING
PUSHJ P,SPACE ;SPACE OVER A BIT
PUSHJ P,MSG ;AND TYPE OUT TEXT
EPTPR3: POP P,N ;ADJUST STACK
POPJ P, ;AND RETURN
EPTTAB: HEX (6001),,[ASCIZ\DNA/MOP\] ;DNA LOAD/DUMP (MOP)
HEX (6002),,[ASCIZ\RmtCon\] ;DNA Remote Console (MOP)
HEX (6003),,[ASCIZ\DECnet\] ;DNA Routing
HEX (6004),,[ASCIZ\LAT\] ;Local Area Terminal
HEX (6005),,[ASCIZ\Diag's\] ;Diagnostics
HEX (6006),,[ASCIZ\Customer\] ;Reserved for customer
HEX (6007),,[ASCIZ\SCA\] ;System Comm Architecture
HEX (9000),,[ASCIZ\Loopback\] ;Loopback testing
0
EPPPRT: MOVNS N ;CONVERT TO POSITIVE OFFSET
CAILE N,EPPMAX ;IN RANGE?
SETZ N, ;NO, GET DEFAULT
MOVE M,EPPTAB(N) ;GET ADDRESS OF PSEUDO-PROTOCOL TYPE STRING
PJRST MSG ;PRINT PROTOCOL TYPE AND RETURN
EPPTAB: [ASCIZ |-???-|] ;UNKNOWN
[ASCIZ |-Inf-|] ;INFO
[ASCIZ |-Prm-|] ;PROMISCUOUS
[ASCIZ |-Unk-|] ;UNKNOWN PROTOCOL TYPES
EPPMAX==.-EPPTAB-1 ;MAXIMUM PSEUDO-PROCOTOL TYPE CODE
;ROUTINE TO PRINT OUT AN ETHERNET KONTROLLER ID
KTYPRT: PUSH P,P1 ;SAVE P1
PUSH P,T4 ;SAVE KONTROLLER NUMBER
PUSH P,T1 ;AND CPU NUMBER
CAILE T2,KTYMAX ;KONTROLLER TYPE IN RANGE?
SETZ T2, ;NO, GET DEFAULT
MOVE P1,KTYTAB(T2) ;GET KONTROLLER TABLE VALUE
HRRZ M,P1 ;GET ADDRESS OF KONTROLLER TYPE STRING
PUSHJ P,MSG ;PRINT KONTROLLER TYPE
POP P,N ;GET BACK CPU NUMBER
TLNN P1,(KY.CPU) ;PRINT CPU NUMBER?
JRST KTYPR1 ;NO, SKIP OVER
MOVEI CH,"-" ;GET HYPHEN
PUSHJ P,TYO ;PRINT
PUSHJ P,DECPRT ;PRINT CPU NUMBER
KTYPR1: POP P,N ;GET BACK KONTROLLER NUMBER
TLNN P1,(KY.KNO) ;PRINT KONTROLLER NUMBER?
JRST KTYPR2 ;NO, SKIP OVER
MOVEI CH,"-" ;GET HYPHEN
PUSHJ P,TYO ;PRINT
PUSHJ P,DECPRT ;PRINT KONTROLLER NUMBER
KTYPR2: POP P,P1 ;RESTORE P1
POPJ P, ;AND RETURN
KY.CPU==1B0 ;PRINT CPU NUMBER
KY.KNO==1B1 ;PRINT KONTROLLER NUMBER
KTYTAB: KY.CPU+KY.KNO+[ASCIZ |???|] ;UNKNOWN KONTROLLER TYPE CODE
KY.CPU+ [ASCIZ |NI|] ;KLNI
KY.KNO+ [ASCIZ |UNA|] ;DEUNA
KTYMAX==.-KTYTAB-1 ;MAXIMUM KONTROLLER TYPE CODE
;ONLINE/OFFLINE STATUS STRINGS
ONFSTS: [ASCIZ |Offline|]
[ASCIZ |Online|]
>; END IFN FTNET
SUBTTL "Z" DISPLAY OF LAT SERVER COUNTERS
IFN FTNET,<
LATDPY: MOVEI M,[ASCIZ /LAT Status on/]
PUSHJ P,THISIM ;FIRE UP HEADER LINE
TABSET TABLAT ;SELECT LAT TABS
MOVEI M,[ASCIZ /Server Received Xmitted Re-Xmitted Seq error Ill msg Ill slot
/]
PUSHJ P,MSG
DMOVE T1,[.LAQUA+1
.LASAS] ;SET UP TO FIND ALL SERVERS
DMOVEM T1,LASARG
DMOVE T1,[^D20*7 ;SPACE FOR 20 SERVERS
LASBUF]
DMOVEM T1,LASARG+.LABCT
SETZM LASARG+.LAQUA ;ZERO MEANS LIST ALL SERVERS
MOVEI T1,LASARG
LATOP. T1,
POPJ P,
HLRZ T1,LASARG+.LABCT ;GET COUNT OF WORDS RETURNED
IDIVI T1,^D7 ;CONVERT TO NUMBER OF SERVERS
MOVN P2,T1
HRLZS P2 ;MAKE AN AOBJN POINTER
HRRI P2,LASBUF ;TO POINT TO LIST OF SERVER NAMES
LATDP1: PUSHJ P,CRLF
DMOVE T1,[.LAQUA+1
.LASAS] ;SET UP ARGS TO GET LAT INFO
DMOVEM T1,LASARG
DMOVE T1,[^D26
LASCBF]
DMOVEM T1,LASARG+.LABCT
HRROI T1,1(P2) ;MAKE CANONICAL ASCIZ POINTER
MOVEM T1,LASARG+.LAQUA ;AS QUALIFIER
MOVEI T1,LASARG
LATOP. T1, ;OH WHELL
JFCL
HRRZ T1,LASCBF+5
MOVEI CH,"*"
CAIE T1,2
MOVEI CH," "
PUSHJ P,TYO
MOVEI M,1(P2) ;POINT TO SERVER NAME
PUSHJ P,MSG ;OUTPUT IT
MOVEI CH,"("
PUSHJ P,TYO
MOVEI M,LASCBF+14
PUSHJ P,MSG
MOVEI M,[ASCIZ /)
/]
PUSHJ P,MSG
DMOVE T1,[.LAQUA+1
.LASCO] ;SET UP ARGS TO GET LAT COUNTERS
DMOVEM T1,LASARG
DMOVE T1,[^D8
LASCBF] ;8 COUNTERS
DMOVEM T1,LASARG+.LABCT
HRROI T1,1(P2) ;MAKE CANONICAL ASCIZ POINTER
MOVEM T1,LASARG+.LAQUA ;AS QUALIFIER
MOVEI T1,LASARG
LATOP. T1, ;OH WHELL
JFCL
MOVE P1,[-6,,LASCBF]
LATDP2: PUSHJ P,TAB
MOVE N,(P1)
PUSHJ P,DECB8
AOBJN P1,LATDP2
ADDI P2,6
AOBJN P2,LATDP1
POPJ P,
>; END IFN FTNET
SUBTTL "Q" DISPLAY OF THE SYSTEM QUEUES
QUEPRG: PUSHJ P,UNLOCK ;DEFEAT "V" COMMAND, ALLOW IPCF TO WORK
PUSHJ P,STROLL ;[611] START DISPLAY VARIABLES
SETOM NLTYPD ;[611] MARK THAT LINES HAVE BEEN TYPED
MOVEI M,[ASCIZ\Queues for\] ;HEADER TEXT PREFIX
PUSHJ P,THISIM ;IDENTIFY US
PUSHJ P,CRLF ;BLANK LINE FOR NEATNESS
TABSET TAB7 ;SET NORMAL TAB STOPS
PUSHJ P,SETVIS ;[611] DETERMINE VISIBILITY
MOVE A,FIRJOB ;COUNT OF "JOBS" TO SKIP
MOVEM A,EATCNT ;SET FOR EMSG
;ASK [SYSTEM] QUASAR FOR A LISTING OF THE QUEUES
MOVE A,[1000,,IPCPAG];PAGE POINTER TO USE
PUSHJ P,RSTIPC ;CLEAR OUT ANY SPURIOUS IPCF PACKETS
SKIPN B,QSRPID ;PID FOR [SYSTEM] QUASAR
JRST QSRPD2 ;NO PID--TRY AGAIN
PIDOK: PUSHJ P,CREPAG ;CREATE PAGE TO SEND TO QUASAR
JRST QUEERR ;NO PAGE, NO QUEUES
MOVX N,LIQALL ;LIST ALL QUEUES
MOVEM N,QSRFLG ;SET IN FLAG WORD TO QUASAR
MOVE N,[QSRMSG,,<IPCPAG*1000>] ;BLT POINTER TO
BLT N,<IPCPAG*1000>+QSRLEN-1 ;COPY QUASAR REQUEST MESSAGE
PUSHJ P,SNDIPC ;SEND REQUEST TO QUASAR
JRST QUEERR ;QUE ERROR
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
;NOW RECEIVE IPCF REPLY PACKET(S)
QUELOP: PUSHJ P,RECIPC ;GET ANSWER PACKET
JRST QUEERR ;DOESN'T WORK
CAME B,IPCBLK+.IPCFS ;THIS PACKET FROM [SYSTEM]QUASAR?
JRST QUELOP ;NO, EAT IT
MOVEI C,<IPCPAG*1000>+.OHDRS ;FIRST ARGUMENT ADDRESS
;LOOP OVER ARGUMENT BLOCKS WITHIN IPCF MESSAGE
QUELO1:
;MACRO %53A(1072) AND MACTEN %2(26) BLOW THE POINTR FORM:
; LDB D,[POINTR ARG.HD(C),AR.LEN] ;LENGTH OF THIS ARGUMENT BLOCK
; LDB N,[POINTR ARG.HD(C),AR.TYP] ;TYPE OF THIS ARGUMENT BLOCK
HLRZ D,ARG.HD(C) ;LENGTH OF ARG BLOCK
HRRZ N,ARG.HD(C) ;TYPE OF ARG BLOCK
CAIN N,.ORDSP ;OPR DISPLAY ARGUMENT?
JRST QUELO6 ;YES, JUST EAT IT
MOVEI M,ARG.DA(C) ;START OF TEXT (ASCIZ) STRING
HRLI M,(POINT 7,) ;MAKE ASCII BYTE POINTER
MOVE N,EATCNT ;GET EAT COUNTER
CAME N,FIRJOB ;STARTED DISPLAY YET?
JRST QUELO4 ;YES, PASS TEXT VERBATIM
QUELO3: MOVE N,M ;COPY OF BYTE POINTER
ILDB CH,N ;GET A CHARACTER
CAIE CH,.CHCRT ;A <CR>?
JRST QUELO4 ;NO, REAL TEXT, DISPLAY IT
IBP M ;YES, EAT IT
IBP M ;AND ASSUMED <LF> FOLLOWING
JRST QUELO3 ;CHECK FOR MORE BLANK LINES
QUELO4: PUSHJ P,EMSG ;NO - GO DISPLAY THE TEXT
QUELO6: SOSG <IPCPAG*1000>+.OARGC ;MORE ARGUMENT BLOCKS?
JRST QUELOS ;NO, SEE IF MORE IPCF PACKETS
ADD C,D ;POINT TO NEXT ARGUMENT BLOCK
JRST QUELO1 ;BACK TO TYPE IT
;LOOP OVER ALL IPCF PACKETS COMPRISING ANSWER FROM [SYSTEM]QUASAR
QUELOS: MOVE N,<IPCPAG*1000>+.OFLAG ;QUASAR FLAGS
TXNE N,WT.MOR ;MORE TO COME?
JRST QUELOP ;YES, GO READ IT
PUSHJ P,CHKDON ;NO, SEE HOW THIS SCREEN FARED
JRST QUEPRG ;NOT SO GOOD
POPJ P, ;OK
QSRPD2: PUSH P,A ;SAVE A
MOVX A,%SIQSR ;GETTAB ARG TO
PUSHJ P,GETZ ;GET PID FOR [SYSTEM] QUASAR OR ZERO
MOVEM A,QSRPID ;SAVE IT
POP P,A ;RESTORE A
SKIPE B,QSRPID ;ANY GOOD?
JRST PIDOK ;YES -- LET'S CONTINUE
QUEERR: MOVEI M,[ASCIZ\? Queues cannot be listed
\] ;HORRIBLE ERROR MESSAGE
PJRST MSG ;GO LIST IT ON SCREEN
SUBTTL DCNNOD - Display DECnet node status
DCNNOD: SET 1,XSIZE,1,YSIZE,0,TAB7 ; Set the terminal up
MOVEI M,[ASCIZ | DECnet Node Status for System |]; Use this one for NON-ANSI
PUSHJ P,MSG ; Output as a message
PUSHJ P,CONFI0 ; Output the system name
PUSHJ P,SPACE ; Type a space
PUSHJ P,PDATIM ; and the date and time
SET 1,XSIZE,2,YSIZE,0,TABDNN ; Set up header tab stops
MOVEI M,[ASCIZ |Node Delay Hops Cost Links Address Circuit|]
PUSHJ P,MSG ; Output it as a message
SET 1,XSIZE,3,YSIZE,0,TABDNN ; Set up for Job information
MOVX T1,DN.FLK!<.DNLNN,,^D1024+3> ; Known, list, length
MOVEM T1,KNONOD ; Get list of known nodes
MOVEI T1,KNONOD ; Get the address of the list
DNET. T1, ; do it
RETURN ; None there
MOVE P1,KNONOD+.DNCNT; Get the count of nodes returned
SUB P1,FIRJOB ; Do the right thing
JUMPLE P1,CPOPJ ; Return if none
MOVE P2,FIRJOB ; Get the first job
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
DCNND0: MOVE T1,KNONOD+.DNNMS(P2) ; Get the first one on the list
JUMPE T1,DCNND5 ; Do the next one if no name
MOVEM T1,NODSTA+.DNNAM; Save as node name for DNET. function
MOVX T1,<XWD .DNNDI,.DNNLN> ; Get the function code and length
MOVEM T1,NODSTA ; Save it
MOVEI T1,NODSTA ; Get the address of the block
DNET. T1, ; Get the information
JRST DCNND5 ; None available
LDB T1,[POINTR(NODSTA+.DNRTR,DN.RCH)] ; Get the valid flag
TRNE F,FR.SKP ;Checking for "skip" (valid delay)?
JUMPE T1,DCNND5 ;Yes, then skip if it isn't
TRNE F,FR.IDL ; List all or just active (suppress idle)?
JRST [LDB T1,[POINTR(NODSTA+.DNLLI,DN.VLD)] ; Get links
JUMPE T1,DCNND5 ; If invalid, then skip it
LDB T1,[POINTR(NODSTA+.DNLLI,DN.LNK)] ; Get links
JUMPE T1,DCNND5 ; If none and valid, then skip it
JRST .+1] ; Continue on below
MOVE A,NODSTA+.DNNAM ; Get the node name we used
CALL SIXBP ; Type it out
CALL TAB ; And position for the next one
LDB N,[POINTR(NODSTA+.DNLLI,DN.DLY)] ; Get the delay
SKIPGE NODSTA+.DNLLI ; Blank field if not valid info
CALL DECB6 ; Type it in decimal
NODT1: CALL TAB ; And position for the next one
LDB N,[POINTR(NODSTA+.DNRTR,DN.HOP)] ; Get the number of hops away
CALL DECB3 ; Type it out
CALL TAB ; And position to the next one
LDB N,[POINTR(NODSTA+.DNRTR,DN.CST)] ; Get the cost
CALL DECB3 ; Type it out
CALL TAB ; And to the next column
LDB N,[POINTR(NODSTA+.DNLLI,DN.VLD)] ; Get the number of links
SKIPE N ; Anything there
JRST [LDB N,[POINTR(NODSTA+.DNLLI,DN.LNK)] ; Getactive links
JUMPE N,.+1 ; Nothing if zero
CALL DECB4 ; Print it out
JRST .+1] ; And do the next one
CALL TAB ; No, then position to the next column
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
MOVE A,NODSTA+.DNADR ; Node address
IDIVI A,2000 ; A := "area"; B := "node number"
JUMPE A,[MOVEI M,[ASCIZ\ \] ;Place holder text
PUSHJ P,MSG ;Type it out
JRST DCNND2] ;And cap off with the local number
MOVE N,A ; N := area number
PUSHJ P,DECB2 ; Type out two-digit number
MOVEI CH,"." ; Area separator
PUSHJ P,TYO ; Tell user the difference
DCNND2: MOVE N,B ; N := local node number
PUSHJ P,DECB4 ; Type out four-digit node number
PUSHJ P,TAB ; Cap off address column, position to next
SKIPN NODSTA+.DNCKT ; Have an output circuit
JRST [MOVEI M,[ASCIZ | |]
CALL MSG ; Type it out
JRST DCNND3] ; And type out tab and next field
MOVEI M,NODSTA+.DNCKT ; Get the byte pointer back
CALL MSG ; Type it out
DCNND3:
;[604] CALL TAB ; Tab to right place
;[604] LDB T1,[POINTR(NODSTA+.DNRTR,DN.BNT)] ; Get the node type
;[604] CAIGE T1,2 ; Is it legal
;[604] JRST DCNND1 ; Nope
;[604] MOVE M,[[ASCIZ |Phase II|]
;[604] [ASCIZ |Phase III|]
;[604] [ASCIZ |Phase IV|]]-2(T1) ; Get the phase number
;[604] CALL MSG
DCNND1: CALL CRLF ; Type a CRLF
DCNND5: AOS P2 ; Increment index
SOJGE P1,DCNND0 ; Loop for the next one
POPJ P, ; or return to caller
POPJ P, ; Return to caller
SUBTTL DCNSTA - Display DECnet link status information
DCNSTA: SET 1,XSIZE,1,YSIZE,0,TAB7 ; Set the terminal up
MOVEI M,[ASCIZ | DECnet Link Status for System |] ; Use this one for NON-ANSI
PUSHJ P,MSG ; Output as a message
PUSHJ P,CONFI0 ;Type out node name and time
PUSHJ P,SPACE ;Type a space
PUSHJ P,PDATIM ;Type the date and time
SET 1,XSIZE,2,YSIZE,0,TABDNL ; Set up to type header
MOVEI M,[ASCIZ |Job Node Chn State XMIT RCVD DOBJ SOBJ Seg XFLOW RFLOW|]
CALL MSG ; To the TTY
DCNJOB: SET 1,XSIZE,3,YSIZE,0,TABDNL ; Reset for Job INFO
SKIPN P1,FIRJOB ; Have A first job
SETZM P1 ; Place for job number
HRLZS P1 ; Job number is in the left half
MOVEM P1,DNTBLK+.DNJCN ; Save the job number
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
DCNJB1: MOVX X,DN.FLS!<XWD .DNSLS,.DNSLN>; Get a block of the correct length for all
MOVEM X,DNTBLK ; Save it
; Please note that in order for this to work, You must save the contents of
; DNTBLK+.DNJCN if you use the UUO block for something else. Or else it
; will do the next function with garbage in this word.
MOVEI X,DNTBLK ; Get the address of the block
DNET. X, ; Get the arguments
SKIPA ; Skip if he errors to us
SKIPN DNTBLK+.DNJCN ; Any jobs returned
POPJ P, ; No, then return to caller
TRNN F,FR.IDL ; Want to supress "idle" links?
JRST DCN.0 ; No, print all links
HRRZ A,DNTBLK+.DNSTA ; Link status
CAIN A,'CW ' ; Waiting for a connect?
JRST DCNJB1 ; Yes, "idle", suppress
DCN.0: HLRE P1,DNTBLK+.DNJCN ; Get the job number in T1
SKIPGE P1 ; Have a live one?
JRST [MOVEI M,[ASCIZ |NRTSER|]
CALL MSG ; Output a line
JRST DCN.1] ; And continue on below
MOVE N,P1 ; Get the job number
PUSHJ P,DECPRT ; Output a decimal number
DCN.1: SKIPN DNTBLK+.DNMPR ; Monitor process word?
JRST DCN.11 ; no skip it.
MOVEI M,[ASCIZ |_|] ; Yes, type out additional info
PUSHJ P,MSG ; Type it out
MOVE N,DNTBLK+.DNMPR ; Get the process info (line number)
PUSHJ P,OCTPRT ; Print out an octal number
DCN.11: CALL TAB ; Go to the next column
SKIPN A,DNTBLK+.DNNOD ; Any node name
JRST [MOVEI M,[ASCIZ | --|] ; Get a string
PUSHJ P,MSG ; onto the terminal
JRST DCN.M] ; Do the next one
CALL SIXBP ; Output sixbit word
DCN.M: CALL TAB ; Go to the next column
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
HRRZ N,DNTBLK+.DNJCN ; Get the channel
CALL DECB3 ; Output it
CALL TAB ; Get to the next column
HRLZ A,DNTBLK+.DNSTA ; Get the status
CALL SPACE ; Space over to center within column
CALL SIXBP ; Output sixbit status word
CALL TAB ; And get to the next column
HLRZ N,DNTBLK+.DNMSG ; Get XMIT count
JUMPE N,DCN.NM ; And go to the Receive count
CALL DECB6 ; Output it in Decimal
DCN.NM: CALL TAB ; Type a TAB
HRRZ N,DNTBLK+.DNMSG ; Get Received messages
JUMPE N,DCN.N2 ; None, then don't output this
CALL DECB6 ; Output the number in decimal
DCN.N2: CALL TAB ; Type a Tab
HLRZ N,DNTBLK+.DNOBJ ; Get the destination object type
ANDI N,377 ; Make it 8-bits
CALL DCNTOB ; Type out object type
DCN.M1: CALL TAB ; Position it
HRRZ N,DNTBLK+.DNOBJ ; And the source
ANDI N,377 ; Make it 8-bits
CALL DCNTOB ; Type out object type
DCN.M2: CALL TAB ; And on to the next column
HRRZ N,DNTBLK+.DNSEG ; Get the segment size
CALL DECB3 ; And output it
CALL TAB ; And get to the next column
HLRZ T1,DNTBLK+.DNFLO ; Get the XMIT flow control option
MOVE M,FLOPTR(T1) ; Get the option
CALL MSG ; Output it
CALL TAB ; ANd type it out
HRRZ T1,DNTBLK+.DNFLO ; And the receive flow control option
MOVE M,FLOPTR(T1) ; Get the type
CALL MSG
CALL CRLF ; Output a CRLF
JRST DCNJB1 ; DO the next job
;Type out DECnot object type names, or decimal object type if unknown
DCNTOB: SETZ M, ; No idea yet
CAIG N,DCNOTL ; Is it in our table?
MOVE M,DCNOTB(N) ; Get the object type name
CAIN N,^D63 ; Is it DTR?
MOVEI M,[ASCIZ |DTR|] ; DTR/DTS
CAIN N,^D123 ; PSTHRU?
MOVEI M,[ASCIZ |PST|] ; Get the passthrough task name
CAIN N,^D201 ; TOPS-10/20 MS/MAIL?
MOVEI M,[ASCIZ |MAIL|] ; Get 36-bit mail name
CAIN N,^D255 ; "-1" ?
MOVEI M,[ASCIZ | **|] ; Yeah, anything goes
JUMPN M,MSG ; Print out known object type name
CALL SPACE ; Elstwise one space for good form
PJRST DECPRT ; Print unknown object type numerically
;DCNOTB - DECnot object type table
DCNOTB: [ASCIZ |ANY|] ; 0 is any task
[ASCIZ |FAL|] ; 1 is FAL
[ASCIZ |URD|] ; 2 is Unit Record Devices
[ASCIZ |ATS|] ; 3 is application terminal service
[ASCIZ |CTS|] ; 4 is Command terminal Services
[ASCIZ |TCV|] ; 5 is RSX-11M Task control Version 1
[ASCIZ |OSI|] ; 6 Operator Services Interface
[ASCIZ |NRM|] ; 7 Node Resources Manager
[ASCIZ |70G|] ; 8 IMB 3270-BSC Gateway
[ASCIZ |80G|] ; 9 IBM 2780-BSC Gateway
[ASCIZ |90G|] ;10 IBM 3790-BSC Gateway
[ASCIZ |TPS|] ;11 TPS Application
[ASCIZ |RDA|] ;12 RT-11 DIBOL Application
[ASCIZ |T2TH|] ;13 TOPS-20 Terminal Handler
[ASCIZ |T2RS|] ;14 TOPS-20 Remote Spooler
[ASCIZ |TCV2|] ;15 RSX-11M Task control version 2
[ASCIZ |TLK|] ;16 TLK Utility
[ASCIZ |FAL|] ;17 FAL
[ASCIZ |RTL|] ;18 RSX-11M Remote Task Loader
[ASCIZ |NICE|] ;19 NICE process
[ASCIZ |MTP|] ;20 RSTS/E Media Transfer Program
[ASCIZ |HNCT|] ;21 RSTS/E Homogeneous Network CTH
[ASCIZ |MAIL|] ;22 Mail Listener
[ASCIZ |NRT|] ;23 NRT program
[ASCIZ |CTH|] ;24 Concentrator Terminal Handler
[ASCIZ |LBM|] ;25 Loop back mirror
[ASCIZ |ERCV|] ;26 Event Receiver
[ASCIZ |VPMU|] ;27 VAX/VMS Personal Message Utility
[ASCIZ |FTS|] ;28 FTS
[ASCIZ |PHON|] ;29 PHONE Utility
[ASCIZ |DDMF|] ;30 Distributed Data Management Facility
[ASCIZ |X25G|] ;31 X.25 Gateway server
[ASCIZ |UETP|] ;32 UETP
[ASCIZ |VMAI|] ;33 VAX/VMS MAIL utility
[ASCIZ |X29S|] ;34 X.29 Terminal server
[ASCIZ |CAL|] ;35 Calendar system
[ASCIZ |X25A|] ;36 X.25 Gateway access
[ASCIZ |SNAG|] ;37 SNA Gateway access
[ASCIZ |SNAR|] ;38 SNA RJE utility
Z ;39
Z ;40
Z ;41
[ASCIZ |CTRM|] ;42 CTERM terminal protocol
DCNOTL==.-DCNOTB ; Maximum
;FLOPTR - Pointers to output flow control options
FLOPTR: POINT 7,[ASCIZ | |]
POINT 7,[ASCIZ | None|]
POINT 7,[ASCIZ | Seg |]
POINT 7,[ASCIZ | Msg |]
SUBTTL PAGE CREATE/DESTROY SUBROUTINES
;CREPAG -- CREATE A PAGE
;CALL IS:
;
; MOVX A,<PAGE>
; PUSHJ P,CREPAG
; ERROR
; NORMAL
;
;WHERE <PAGE> IS THE DESIRED PAGE NUMBER.
;
;ON ERROR THE PAGE COULD NOT BE CREATED (ERROR CODE IN M)
;
;ON NORMAL RETURN THE DESIRED PAGE IS CREATED AND ADDRESSABLE.
;
;USES M, N, N1
CREPAG: HRRZ N1,A ;DESIRED PAGE NUMBER
MOVEI N,1 ;ONLY ONE ARGUMENT
MOVE M,[.PAGCD,,N] ;PAGE. ARGUMENT BLOCK TO
PAGE. M, ;CREATE A NEW PAGE
CAIN M,PAGCE% ;ERROR UNLESS PAGE ALREADY EXISTED
AOS (P) ;SUCCESSFUL RETURN
POPJ P, ;RETURN AS APPROPRIATE
;DESPAG -- DESTROY PAGE
;CALL IS:
;
; MOVX A,<PAGE>
; PUSHJ P,DESPAG
; ERROR
; NORMAL
;
;WHERE <PAGE> IS THE DESIRED PAGE TO BE DESTROYED.
;
;ON ERROR THE PAGE COULD NOT BE MADE NON-EXISTANT
;
;ON NORMAL RETURN THE PAGE DOES NOT EXIST
;
;USES M, N, N1
DESPAG: HRRZ N1,A ;DESIRED PAGE NUMBER
TXO N1,PA.GAF ; (WANT TO DESTROY)
MOVEI N,1 ;ONLY ONE ARGUMENT
MOVE M,[.PAGCD,,N] ;PAGE. ARGUMENT BLOCK TO
PAGE. M, ;DESTROY THE PAGE
CAIN M,PAGME% ;ERROR ONLY IF PAGE ALREADY NON-EXTANT
AOS (P) ;SKIP RETURN
POPJ P, ;RETURN AS APPROPRIATE
SUBTTL IPCF SEND/RECEIVE ROUTINES
;RSTIPC -- RESET IPCF (CLEAR ANY "BOGUS" PAGES)
;CALL IS:
;
; MOVX A,<PAGE>
; PUSHJ P,RSTIPC
; RETURN
;
;WHERE <PAGE> IS A SCRATCH PAGE AVAILABLE TO RECEIVE ANY STRAY
;IPCF PAGES.
;
;ON RETURN THERE ARE NO IPCF PAGES WAITING TO BE RECEIVED BY THIS
;JOB.
;
;USES M, N, N1
RSTIPC: PUSHJ P,DESPAG ;MAKE SURE PAGE AVAILABLE TO RECEIVE
POPJ P, ;DUH?
MOVX N,IP.CFB!IP.CFV ;NON-BLOCKING RECEIVE
MOVEM N,IPCBLK+.IPCFL ;SET FLAGS WORD
SETZM IPCBLK+.IPCFS ;CLEAR SENDERS PID
SETZM IPCBLK+.IPCFR ;CLEAR RECEIVERS PID
MOVEM A,IPCBLK+.IPCFP ;SET WHERE TO RECEIVE PAGE
MOVE N,[.IPCFP+1,,IPCBLK] ;IPCFR. ARGUMENT BLOCK TO
IPCFR. N, ;RECEIVE ANY PAGE (NON-BLOCKING)
POPJ P, ;GOOD ENOUGH
JRST RSTIPC ;AH HA! MAKE SURE NO MORE PAGES LEFT
;RECIPC -- RECEIVE IPCF PAGE, BLOCKING
;CALL IS:
;
; MOVX A,<PAGE>
; PUSHJ P,RECIPC
; ERROR
; NORMAL
;
;WHERE <PAGE> IS THE DESIRED PAGE NUMBER TO RECEIVE THE IPCF
;MESSAGE PACKET.
;
;ON ERROR RETURN EITHER THE PAGE COULD NOT BE MADE AVAILABLE
;(DESTROYED) FOR RECEIVING OR AN IPCF FAILURE OCCURED
;
;ON NORMAL RETURN THE IPCF MESSAGE PACKET IS IN <PAGE> AND N
;CONTAINS THE IPCF "ASSOCIATED VARIABLE"
;
;USES M, N, N1
RECIPC: PUSHJ P,DESPAG ;MAKE SURE PAGE AVAILABLE
POPJ P, ;IS NOT, ERROR
MOVX N,IP.CFV ;PAGE MODE (BLOCKING)
MOVEM N,IPCBLK+.IPCFL ;SET IPCF FLAGS
SETZM IPCBLK+.IPCFS ;CLEAR SENDERS PID
SETZM IPCBLK+.IPCFR ;CLEAR RECEIVERS PID
MOVEM A,IPCBLK+.IPCFP ;SET RECEIVE POINTER
MOVE N,[.IPCFP+1,,IPCBLK] ;IPCFR. ARGUMENT POINTER TO
IPCFR. N, ;RECEIVE A PAGE
POPJ P, ;ERROR
JRST CPOPJ1 ;SUCCESS, MESSAGE IN PAGE <PAGE>
;SNDIPC -- SEND AN IPCF MESSAGE PAGE
;CALL IS:
;
; MOVX A,<PAGE>
; MOVX B,<PID>
; PUSHJ P,SNDIPC
; ERROR
; NORMAL
;
;WHERE <PAGE> IS THE PAGE NUMBER OF THE MESSAGE PAGE TO BE SENT,
;AND <PID> IS THE IPCF PID TO WHOM THE MESSAGE IS TO BE SENT.
;
;ON ERROR THE MESSAGE COULD NOT BE SENT (ERROR OTHER THAN RECEIVER
;OR SYSTEM FULL)
;
;ON NORMAL THE IPCF MESSAGE PAGE HAS BEEN SENT.
;
;USES M, N, N1
SNDIPC: MOVX N,IP.CFV ;PAGE MODE
MOVEM N,IPCBLK+.IPCFL ;SET FLAGS WORD
SETZM IPCBLK+.IPCFS ;CLEAR SENDERS PID
MOVEM B,IPCBLK+.IPCFR ;SET RECEIVERS PID
MOVEM A,IPCBLK+.IPCFP ;SET MESSAGE POINTER
SNDIPD: MOVE N,[.IPCFP+1,,IPCBLK] ;IPCFS. ARGUMENT POINTER TO
IPCFS. N, ;SEND THE IPCF MESSAGE PAGE
CAIA ;MAYHAPS AN ERROR
JRST CPOPJ1 ;PACKET SENT
CAIE N,IPCRR% ;RECEIVER FULL?
CAIN N,IPCRY% ;OR SYSTEM FULL?
CAIA ;YES, NOT REALLY AN ERROR
POPJ P, ;ERROR
MOVEI N,1 ;ONE SECOND
SLEEP N, ;TO WAIT FOR THINGS TO IMPROVE
JRST SNDIPD ;TRY ANOTHER SEND
SUBTTL SUBROUTINES FOR STATUS COMPUTATION
;SUBROUTINE TO READ JOB DATA AND VARIOUS PARAMETERS
IJBDAT: MOVE A,[%CNSTS] ;GET FEATURES
CALL GETZ ;IF ANY THERE
MOVEI B,^D50 ;50 HERTZ??
TXNN A,ST%CYC ;IF 60 HERTZ THEN
MOVEI B,^D60 ;CHANGE THE VALUE
MOVEM B,FREAK ;REMEMBER FREQUENCY
MOVE A,[%VMPPB] ;GETTAB INDEX TO
PUSHJ P,GETZ ;READ "PER-PROCESS" START ADDRESS
HRLI A,1 ;*** HO HUM ASSUME SECTION 1
HRRZM A,VMPPB0 ;SET SECTION-0 PER-PROCESS BEGIN ADDRESS
MOVEM A,VMPPB1 ;SET SECTION-1 PER-PROCESS BEGIN ADDRESS
MOVE A,[%VMPPE] ;GETTAB INDEX TO
PUSHJ P,GETZ ;READ "PER-PROCESS" END (+1) ADDRESS
HRLI A,1 ;*** HO HUM ASSUME SECTION 1
HRRZM A,VMPPE0 ;SET SECTION-0 PER-PROCESS END ADDRESS
MOVEM A,VMPPE1 ;SET SECTION-1 PER-PROCESS END ADDRESS
MOVE A,XDDBLD ;GET DDBLDB VALUE FROM THE SYSTEM
PUSHJ P,GETZ ;SEE IF GETTAB IMPLEMENTED
MOVEM A,VDDLDB ;REMEMBER THE VALUE
PUSHJ P,GUPTIM ;GET SYSTEM UPTIME
MOVEM A,UPTIME ;FOR INCREMENTAL DISPLAYS
SETZM TTYTAB ;FIND ADDRESS OF TTYTAB
MOVEI A,10 ;TABLE INDEX FOR GETTAB UUO
PUSHJ P,GET0 ;TRY TO GET THE SPY ADDRESS
JRST IJBDA1 ;LOOK UP INDIVIDUALLY
JRST IJBDA1 ;PEEK NEEDED
MOVEM N1,TTYTAB ;FOR LATER
IJBDA1: PJOB A,
MOVEM A,MYJOB ;GET JOB NUMBER
SETOM TTYFLG ;SUPPOSE TOPS10
MOVE A,[%CNMNT] ;TRY TO GET MONITOR TYPE
CALL GETZ ;GET IT OR A ZERO
LDB A,[POINT 6,A,23];GET MONITOR TYPE
CAIE A,1 ;TOPS-10?
JRST IJBDA2 ;NO TRY UUO'S
TLNE F,FL.PEK ;CLAIRVOYANT?
JRST IJBDA3 ;YES THEN ALL SET
IJBDA2: SETZM TTYFLG ;ASSUME DETACHED
MOVE A,MYJOB ;GET LINE NUMBER OF MY JOB
TRMNO. A, ;TRY TO GET INDEX
JRST IJBDA3 ;I CANNOT HELP YOU
AOS TTYFLG ;MAKE FLAG >0
MOVSI A,(SIXBIT /CTY/);GET INDEX OF CTY
IONDX. A, ;AND GET ITS INDEX
SETOM A ;ERROR NEVER MATCH
MOVEM A,CTYNDX ;REMEBER CTY INDEX
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
IJBDA3: MOVE A,XOPPN ;GET GETTAB PARAMETER
PUSHJ P,GETZ ;GO READ OPERATOR PPN
SKIPE A ; SKIP IF ERROR
MOVEM A,OPRPPN ;ELSE STORE AWAY
HRROI A,.GTSTS ;MY STATUS
PUSHJ P,GETA
HRROI B,.GTPPN ;MY PPN
GETTAB B,
TLOA B,-1 ;NON DISK SYSTEM-FLAG AS UNGODLY
CAMN B,OPRPPN ;SEE IF OPERATOR
TXNN A,JS$LOG ;YES-LOGGED IN?
SKIPA ;NOT GODLY
TLO F,FL.GOD ;WE'RE GOD
MOVEM B,ME
MOVE A,XOPR
PUSHJ P,GETA ;FIND OUT WHO'S OPERATOR
MOVEM A,OPR
MOVE A,XSPPN ;WHERE IS SYS
PUSHJ P,GETZ
SKIPE A
MOVEM A,SYSPPN ;IF NONE, DONT STORE
MOVX A,%LDOLD
PUSHJ P,GETZ
MOVEM A,OLDPPN
MOVX A,%LDNEW
PUSHJ P,GETZ
MOVEM A,NEWPPN
MOVE A,XLPPN ;GET GETTAB PARAMETER
PUSHJ P,GETZ ;GO READ LOGIN PPN
SKIPE A ; SKIP IF ERROR
MOVEM A,LOGPPN ;ELSE STORE AWAY
MOVX A,%CNDCH ;FETCH LDBDCH OFFSET FOR "T" DISPLAY
PUSHJ P,GETZ ;GET IT OR ZERO
SKIPN A
MOVEI A,23 ;DEFAULT TO 702
MOVEM A,DCHOFF ;SAVE IT
;CONTINUED ON NEXT PAGE
;CONTINUED FROM PREVIOUS PAGE
MOVSI B,LQTAB
SETZ C, ;CLEAR WORK AREA
QTLP: MOVEI A,.GTWSN ;GET Q TABLE FROM MONITOR
HRL A,B
PUSHJ P,GETZ
JUMPE A,QTLP1 ;ZERO WHEN RUN OUT
MOVEM A,QTAB(B) ;STORE QUEUE SIXBIT
MOVE D,[POINT 12,QTAB(B)] ;GET BYTE-POINTER FOR QUEUE NAMES
HRLI C,-3 ;GET AOBJN WORD FOR 3 ENTRIES / DATA ITEM
QTLP2: ILDB A,D ;GET NEXT QUEUE ENTRY
CAIN A,'SL' ;"SL" STATE?
HRRZM C,SLQ ;YES, REMEMBER Q CODE
CAIN A,'TI' ;"TI" STATE?
HRRZM C,TIQ ;YES, REMEMBER Q CODE
CAIN A,'EW' ;"EW" STATE?
HRRZM C,EWQ ;YES, REMEMBER Q CODE
AOBJN C,QTLP2 ;LOOP OVER 3 ENTRIES PER WORD
AOBJN B,QTLP
QTLP1:
MOVE A,XSTATS
PUSHJ P,GETZ
MOVEM A,STATES
JUMPE A,DNTSTO ;DONT OVERRIDE TCKSEC IF GETTAB UUO UNDEFINED
MOVEI B,^D60
TLNE A,4000
MOVEI B,^D50
MOVEM B,TCKSEC
TLNE A,100 ;NEW SCANNER SERVICE?
TLO F,FL.SCN ;YES. REMEMBER IT.
TLNN A,(6B9) ;SEE IF 5.03
JRST DNTSTO ;NO--SKIP PTY
MOVE A,XPTYCN ;YES--GET PTY RANGE
PUSHJ P,GETZ
HLRZM A,PTYOFS
ADD A,PTYOFS
HRRZM A,PTYMAX
DNTSTO: MOVX A,%SIQSR ;GETTAB ARGUMENT TO
PUSHJ P,GETZ ;GET THE PID FOR [SYSTEM]QUASAR
MOVEM A,QSRPID ;SAVE IT FOR QUEPRG
MOVE A,XSEGPT
PUSHJ P,GETA
MOVEM A,SEGPTR
HLRE B,A
MOVNM B,SEGN
HRRZM A,JOBN
HRRZM A,GT.JOB ;FOR 60722 LOAD AND ONWARDS
ADD A,SEGN
HRRZM A,BOTH
HRRZM A,GT.SEG ;FOR 60722 AND ONWARDS
HRRZ B,.JBFF
MOVEM B,ZERLOW
SUBTTL CORE ALLOCATION
MOVE D,[-NTABLE,,TABLE]
GJB6: LDB A,PSPYTB ;SPYABLE TABLE (SPYTAB SET)?
JUMPE A,GJB4 ;NO, INTERNAL SYSDPY TABLE
LDB A,PTABLE ;YES, GET THE GETTAB TABLE INDEX
TRZ F,FR.PDB ;PREVENT OLD DATA TO CLOBBER US
TLNE F,FL.SPY ;CAN WE SPY
PUSHJ P,GET0 ;TRY IT
JRST GJB4 ;NO CANNOT SPY
JRST GJB4 ;NO SPY THERE
TRZE F,FR.PDB ;PDB DATA
JRST GJB4 ;YES ALLOCATE CORE
HRR B,(D) ;GET THE TABLE POINTER
HRRM N1,(B) ;AND STORE THE SPY ADDRESS
MOVEI B,1 ;GET SPY FLAG
JRST GJB5 ;SKIP CORE STUUF
GJB4: MOVE A,.JBFF ;START ALLOCATING CORE
HRRZ B,(D) ;GET TABLE ADDRESS POINTER
HRRM A,(B) ;STORE THE ADDRESS
LDB B,PSIZE ;GET INDEX IN TABLE SIZE TABLE
MOVE B,TSIZE(B) ;GET THE SIZE
ADD B,A ;GET NEW FREE ADDRESS
MOVEM B,.JBFF ;AND ACCOUNT IT
CAMG B,.JBREL ;DO WE HAVE ENOUGH CORE
JRST GJB7 ;YES ALL IS THERE
CORE B, ;GET IT IF NOT THERE THEN
JRST NOCOR ;THAT'S THE END
GJB7: SETZ B, ;NO SPYING
GJB5: DPB B,PSPY ;SET THE SPY FLAG
AOBJN D,GJB6 ;PROCESS ALL TABLES
HRRZ A,SGCNT ;ADDRESS OF SEGMENT COUNT
ADD A,SEGN ;AND COMPUTE LAST ADDRESS FOR
SOS A ;FOR A BLT
MOVEM A,.SEGLS ;IN SET UP LOOP
; SETZM @ZERLOW ;CLEAR CORE
; MOVE A,ZERLOW
; HRLS A
; ADDI A,1
;ABOVE 4 INSTRUCTIONS LEFT OVER??? OR NEXT INSTRUCTION LOST???
POPJ P,
NOCOR: OUTSTR [ASCIZ /?Need More Core
/]
RESET
LOGOUT
GJBDAT: MOVN D,JOBN ;MINUS THE NUMBER OF JOBS
HRLZS D ;-JOBN,,0 FOR AOBJN
GJBL2: SKIPN B,TTYTAB ;CANN DATA BE SPIED?
JRST GJBL5 ;NO GETTAB IT
HLRZ C,D ;GET JOB NUMBER
ADD B,D ;AND GET ADDRES
MOVE B,(B) ;ELSE DIRECTLY FROM SPY SEGMENT
JRST GJBL6 ;SKIP GETTAB STUFF
GJBL5: MOVS B,D ;GET THE JOB NUMBER
HRRI B,10 ;AND THE TABLE INDEX
GETTAB B, ;AND GET THE TTYTAB ENTRY
JRST GJB3
GJBL6: LDB J,TPCJOB ;IF OLD SCNSRF, GET JOB NO
TLNE F,FL.SCN ;NEW SCNSER?
MOVEI J,0(D) ;YES. DIFFERENT LAYOUT. GET JOB NO.
SETZM @TTLDB
TLZ B,-1
JUMPE B,GJBN2
MOVEI A,$DVNAM(B) ;GET TTY NAME
PUSHJ P,MPEEK ;GET THE WORD
MOVEM A,@TTLDB ;STORE IN TABLE
MOVEI A,$DVIOS(B) ;GET TTY DEVIOS
PUSHJ P,MPEEK ;GET THE WORD
MOVEM A,@TTIOS ;STORE
TLNN F,FL.SCN ;WHICH SCANNER LAYOUT?
JRST GJBN2 ;OLD.
MOVE A,VDDLDB ;GET OFFSET
ADDI A,(B) ;AND GET ADDRESS
PUSHJ P,MPEEK ;GET THE VALUE
TRNE A,-1 ;ANY LDB LINK?
JRST GJBN2 ;YES. OK TO TYPE NAME.
HRLM A,@TTLDB
GJBN2: AOBJN D,GJBL2 ;ALL JOBS
GJB3: MOVE J,MYJOB
MOVE A,@TTLDB
CAME A,[SIXBIT /CTY/]
CAMN A,OPR
TLO F,FL.GOD
MOVE D,[XWD -NTAB,TABPTR]
INIT0: LDB B,PSPY ;SPYABLE?
JUMPN B,INIT1 ;THEN FORGET LOOKUP
LDB B,PSIZE ;GET THE TABLE SIZE
MOVN B,TSIZE(B) ;VIA INDEX
MOVSS B ;SWAP HALVES
HRRZ C,(D) ;GET POINTER TO TABLE POINTER
HRR B,(C) ;GET TABLE ADDRESS
INIT2: LDB J,PTABLE ;GET THE TABLE VALUE
INIT3: MOVE A,J ;GET GETTAB PARAMETER
PUSHJ P,GETZ ;GET THE VALUE
MOVEM A,(B) ;STORE THE RESULT
ADD J,[1,,0] ;NEXT JOB
AOBJN B,INIT3 ;FOR ALL TABLE MEMBERS
INIT1: AOBJN D,INIT0
MOVE A,SGCNT
HRLS A
SETZM (A)
ADDI A,1
BLT A,@.SEGLS
POPJ P,0 ;END OF GET JOB DATA ROUTINE
;PSEUDO OPCODES AREA INTERPRETED HERE
PSEUDO: LDB T1,[POINT 9,(A),8] ;GET THE OPCODE
CAILE T1,.OPMAX ;VALID??
AOJA A,PSEUDO ;SEE IF THIS HELPS
PUSH P,A ;SAVE PSEUDO PC
CALL @PSOPC(T1) ;DO THE OPERATION
POP P,A ;RESTORE THE PC
AOJA A,PSEUDO ;THERE IS ARETURN CODE
PSOPC: .PRTXT ;PRINT TEXT
.PRGTD ;PRINT GETTAB VALUE DECIMAL
CRLF ;PRINT CRLF
.STOP ;LAST INSTRUCTION
PLD ;PRINT LEFT HALF IN DECIMAL
PRD ;PRINT RIGHT HALF IN DECIMAL
GTB ;DO GETTAB INTO CEL
PFLS ;PRINT A FLOAT WITH SCALE FACTOR
TAB ;PRINT A TAB
PLPA ;PRINT LEFT PAREN
PRPA ;PRINT RIGHT PAREN
OPPER ;PRINT PERIOD
OPPLS ;PRINT A PLUS
PRDP ;PRINT RIGHT HALF DECIMAL PADDED
.PRTXT: HRRZ M,(A) ;GET THE ADDRESS
PJRST MSG ;RETURN VIA MSG
.PRGTD: MOVE A,(A) ;GET GETTAB CODE
TLZ A,777000 ;ZAP THE OPCODE
CALL GETZ ;ZERO OR VALUE
MOVE N,A ;GET THE VALUE
PJRST DECPRT ;RETURN VIA DECIMAL PRINTER
.STOP: POP P,A ;POP OFF RETURN
POP P,A ;AND SAVED A
JRST 1(A) ;BACK TO NORMAL CODE
PLD: HLRZ N,@(A) ;GET THE VALUE
PJRST DECPRT ;AND PRINT IT
PRDP: AOS -1(P) ;POINT TO FACTOR
MOVE N,@-1(P) ;LOAD THE FACTOR
PRDP0: IDIVI N,^D10 ;GET REDUCED SCALE
HRRZ N1,@(A) ;AND GET THE DATA
CAMG N,N1 ;PADDING NEEDED
JRST PRDP1 ;NO TYPE IT
MOVEI CH,"0" ;GET A ZERO
CALL TYO ;PRINT THE PADDING CHAR
JRST PRDP0 ;TRY IT AGAIN
PRDP1: HRRZ N,@(A) ;GET DATA
JUMPN N,DECPRT ;PRINT NON ZERO VALUES ONLY
POPJ P,
PRD: HRRZ N,@(A) ;GET THE VALUE
PJRST DECPRT ;AND PRINT IT
GTB: MOVE A,(A) ;GET CODE
TLZ A,777000 ;AFTER MASKING OPCODE
CALL GETZ ;GET ZERO OR VALUE IN A!
AOS T1,-1(P) ;POINT TO TARGET ADDRESS
MOVEM A,@(T1) ;AND STORE THE VALUE
RETURN
PFLS: MOVE N,@(A) ;GET THE FLOATING NUMBER
AOS -1(P) ;POINT TO SCALE FACTOR
FLTR N1,@-1(P) ;GET THE SCALE FLOATING
FMPR N,N1 ;AND GET THE PART WE WANT TO SEE
FIXR N,N ;FIX THE RESULT
IDIV N,@-1(P) ;NOW USE IT AS AN INTEGER
PUSH P,N1 ;SAVE FRACTION
CALL DECPRT ;PRINT IT DECIMAL
MOVEI CH,"." ;TAKE DIVIDING CHARACTER
CALL TYO ;AND PRINT THAT
POP P,N ;GET FRACTION
PJRST DECPRT ;AND PRINT THAT
PLPA: MOVEI CH,"(" ;GET LEFT PAREN
PJRST TYO ;AND PRINT IT
OPPER: MOVEI CH,"." ;GET A PERIOD
PJRST TYO ;AND PRINT IT
OPPLS: MOVEI CH,"+" ;GET A PLUS
PJRST TYO ;AND PRINT IT
PRPA: MOVEI CH,")" ;GET RIGHT PAREN
PJRST TYO ;AND TYPE IT
SUBTTL SUBROUTINES FOR CHAR AND PAGE HANDLING
THISIS: SET 1,XSIZE,1,YSIZE,0,TAB4
THISIZ: PUSHJ P,CONFIG ;TYPE SYSTEM NAME
JRST THISI1 ;CONTINUE
;ENTER AT "THISIM" WITH HEADER TEXT IN "M" (TO REPLACE "THIS IS" STRING)
THISIM: SET 1,XSIZE,1,YSIZE,0,TAB4
PUSHJ P,CONFIM ;SKIP THE "THIS IS" BLURB
THISI1: PUSHJ P,SPACE ;SPACE OVER
PUSHJ P,PDATIM ;TYPE CURRENT DATE AND TIME
PUSHJ P,SPACE ;SPACE OVER
PUSHJ P,GUPTIM ;GET SYSTEM UPTIME
SUB A,UPTIME ;A:= INCREMENTAL UPTIME
ADDM A,UPTIME ;KEEP TOTAL UP TO DATE
TLNN F,FL.INC ;INCREMENTAL OR TOTAL?
MOVE A,UPTIME ;TOTAL
MOVEM A,UPTINC ;SAVE FOR LATER USE
MOVEI M,[ASCIZ/(+) /] ;IN CASE INCREMENTAL
TLNE F,FL.INC ;INCREMENTAL DISPLAY?
PUSHJ P,MSG ;YES, TELL USER
PUSHJ P,PUPTIM ;TYPE SYSTEM UPTIME
PJRST CRLF
IFE <V.DISP-V.ANSI>*<V.DISP-V.DVT6>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DV61>*<V.DISP-V.DV50>*<V.DISP-V.DV52>, <;
;
; DISPLAY SUBROUTINES FOR THE VT06 DISPLAY TERMINAL
;
FINR: DPB CH,T1 ;STORE WITHOUT NEW BIT
; TLNE F,FL.2PT+FL.REF ;IN SECOND PART AND
CAIE CH," " ;SPACE?
TLZA F,FL.EOL ;NO.
TLON F,FL.EOL ;YES. SEE IF FIRST OR LATER
JRST FINR1 ;OUTPUT NON-SPACE OR FIRST SPACE
POPJ P,0 ;MULT SPACE. DONT OUTPUT
FINR1: MOVE A,COL ;DESTINATION IS IN COL, LINE
MOVE B,LINE ; ..
MOVEM C,COL ;STORE CURSOR, FOR GETCH
MOVEM D,LINE
IFE V.DISP-V.DVT6,<
CAIE B,0(D) ;NEED TO MOVE VERTICALLY?
PUSHJ P,FILLIT ;YES--ADD FILLERS
>; END OF IFE V.DISP-V.DVT6
FINR4: MOVX CH,CDOWN ;
CAIN B,0(D) ;ON RIGHT LINE NOW?
JRST FINR2 ;YES. GO LOOK AT X DIRECTION
CAIG B,0(D) ;NO. NEED TO GO UP OR DOWN?
SOSA D,LINE ;UP
AOSA D,LINE ;DOWN
MOVX CH,CUP ;UP
PUSHJ P,DPYOUT
IFE V.DISP-V.DV5B,<
PUSHJ P,FILLIT ;ADD FILLER AFTER CURSOR
>; END OF IFE V.DISP-V.DV5B
JRST FINR4
FINR2: CAIN A,0(C) ;ALREADY AT RIGHT PLACE?
JRST FINR5 ;YES
CAIG A,0(C) ;NO. LEFT OR RIGHT?
JRST FINR8 ;LEFT
PUSHJ P,GETCH ;GET OLD CHAR AT THIS POS TO RE-SEND
MOVE CH,T2
AOS C,COL ;MOVE CURSOR PAST THIS CHAR
FINR6: PUSHJ P,DPYOUT ;OUTPUT
JRST FINR2 ;SEE IF TO DEST YET
FINR5: PUSHJ P,GETCH ;GET NEW CHAR AT DEST
MOVE CH,T2 ;TO RIGHT AC
PUSHJ P,DPYOUT ;SEND IT
CAIGE C,XSIZE-1 ;AND UNLESS UP AGAINST STOP,
MOVEI C,1(C) ;COUNT THIS POSITION OF CURSOR
POPJ P,0 ;RETURN
FINR8: MOVEI T1,0(C) ;DEST COLUMN
SUBI T1,0(A) ;DIST=DEST-CURRENT
CAILE T1,0(A) ;DIST .LE. DEST FROM LEFT?
JRST FINR7 ;NO. BETTER TO CR
SOS C,COL ;MOVE CURSOR LEFT 1 PLACE
MOVX CH,CLEFT ;PHYSICALLY, TOO
JRST FINR6 ; ..
FINR7: SETZB C,COL ;DO A CR
MOVEI CH,15
JRST FINR6
>;END IFE <V.DISP-V.ANSI>*<V.DISP-V.DVT6>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>*<V.DISP-V.DV61>*<V.DISP-V.DV50>*<V.DISP-V.DV52>
IFE V.DISP-V.DVT6,<
;SUBROUTINE TO POSITION CURSOR TO BOTTOM LEFT
;HOMEDN CODE CAN NOT BE USED BECAUSE OF HIGH-SPEED OPERATION
;THEREFORE, SIMULATE IT WITH 25 CURSOR DOWNS AND <CR>
HOMDWN: OUTSTR [BYTE (7)CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,15,ERASE,CFILL,CFILL,CFILL,0]
POPJ P,
>; END OF IFE V.DISP-V.DVT6
IFE <V.DISP-V.DV5A>*<V.DISP-V.DV5B>, <
;
; DISPLAY SUBROUTINES FOR THE DIGITAL VT05
;
DPYX: CAILE C,4(XCUR)
JRST DPYPOS
MOVE A,D
IMULI A,XSIZE
ADDI A,-1(XCUR)
IDIVI A,4
ADD A,BPTAB(B)
DPYX1: ILDB CH,A
PUSHJ P,DPYOUT
ADDI XCUR,1
CAIE C,(XCUR)
JRST DPYX1
POPJ P,
DPYPOS: MOVEI XCUR,(C)
MOVEI YCUR,(D)
MOVEI CH,16
PUSHJ P,DPYOUT
MOVEI CH," "(D)
PUSHJ P,DPYOUT
IFE V.DISP-V.DV5B,<
PUSHJ P,FILLIT ;FILLERS FOR 2400 BAUD
>; END OF IFE V.DISP-V.DV5B
MOVEI CH," "(C)
PJRST DPYOUT ;OUTPUT ADDRESS AND RETURN
HOMDWN: IONEOU [16] ;START OF CURSOR POSITIONING
IONEOU [<" "+YSIZE-2>] ;JUMP DOWN THE SCREEN
IONEOU [CFILL] ;NEED
IONEOU [CFILL] ; LOTS
IONEOU [CFILL] ; OF
IONEOU [CFILL] ; FILLERS
IONEOU [" "] ;STAY AT LEFT MARGIN
IONEOU [ERASE] ;CLEAR TO END OF SCREEN
IONEOU [CFILL] ;SOME
IONEOU [CFILL] ; MORE
IONEOU [CFILL] ; FILL
IONEOU [CFILL] ; CHARACTERS
POPJ P,
>; END OF IFE <V.DISP-V.DV5A>*<V.DISP-V.DV5B>
IFE <V.DISP-V.DVT6>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>,<
;SUBROUTINE TO CLEAR THE SCREEN
CLEAR: PUSHJ P,HOME ;GET TO START OF SCREEN
MOVX CH,ERASE ;COMMAND TO CLEAR THE SCREEN
PJRST DPYOUT ;SEND TO TERMINAL
;SUBROUTINE TO HOME UP AND FILL
HOME: MOVEI CH,HOMEUP ;ISSUE HOME
PUSHJ P,DPYOUT ;TO DISPLAY
;THEN FALL INTO FILLERS
>; END IFE <V.DISP-V.DVT6>*<V.DISP-V.DV5A>*<V.DISP-V.DV5B>
IFE V.DISP-V.DV5A,<
POPJ P, ;NO FILLERS ON VT05A
>; END IFE V.DISP-V.DV5A
IFE <V.DISP-V.DVT6>*<V.DISP-V.DV5B>,<
;SUBROUTINE TO EMIT ENOUGH FILLER CHARACTERS TO KEEP VT06 HAPPY
;EVEN AT 2400 BAUD IN 50 CYCLE COUNTRIES.
;CLOBBERS CH
FILLIT: MOVEI CH,CFILL ;GET FILLER CHARACTER
REPEAT 3,<PUSHJ P,DPYOUT>
JRST DPYOUT
>; END OF IFE <V.DISP-V.DVT6>*<V.DISP-V.DV5B>
IFE <V.DISP-V.ANSI>*<V.DISP-V.DV61>*<V.DISP-V.DV50>*<V.DISP-V.DV52>,<
;
; DISPLAY SUBROUTINES FOR THE DIGITAL VT61
;
ESC61==33
IFN <V.DISP-V.DV50>,< ;NOT FOR VT50'S
DPYX: CAILE C,4(XCUR)
JRST DPYPOS
MOVE A,D
IMULI A,XSIZE
ADDI A,-1(XCUR)
IDIVI A,4
ADD A,BPTAB(B)
DPYX1: ILDB CH,A
PUSHJ P,DPYOUT
ADDI XCUR,1
CAIE C,(XCUR)
JRST DPYX1
POPJ P,
DPYPOS: MOVEI XCUR,(C)
MOVEI YCUR,(D)
MOVEI CH,ESC61 ;ESC
PUSHJ P,DPYOUT
IFE V.DISP-V.ANSI,< ;VT100 POSITIONING
MOVEI CH,"[" ;
PUSHJ P,DPYOUT ;
MOVEI N,1(D) ;
PUSHJ P,DPYPRN ;
MOVEI CH,";" ;
PUSHJ P,DPYOUT ;
MOVEI N,1(C) ;
PUSHJ P,DPYPRN ;
MOVEI CH,"H" ;
>;END OF IFE V.DISP-V.ANSI
IFN V.DISP-V.ANSI,< ;
MOVEI CH,"Y"
PUSHJ P,DPYOUT
MOVEI CH," "(D)
PUSHJ P,DPYOUT
MOVEI CH," "(C)
>;END OF IFN V.DISP-V.ANSI
PJRST DPYOUT ;OUTPUT ADDRESS AND RETURN
HOMDWN:
IFE V.DISP-V.ANSI,< ;
OUTSTR [BYTE(7)ESC61,"[","2","3","H",ESC61,"[","J",0] ;
> ;
IFN V.DISP-V.ANSI,< ;
OUTSTR [BYTE (7)ESC61,"Y",<" "+YSIZE-2>," ",<ERASE&177>,<<ERASE_-^D9>&177>,0]
> ;
POPJ P,
> ;END OF NOT-VT50 CONDITIONAL
IFE <V.DISP-V.DV50>,< ;VT50'S ARE STUPID
HOMDWN: OUTSTR [BYTE (7)CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,CDOWN,<ERASE&177>,<<ERASE_-^D9>&177>,0]
POPJ P,
> ;END OF VT50 CONDITIONAL
HOME: MOVX CH,HOMEUP ;POSITION-TO-HOME COMMAND
JRST DPYOUT
;SUBROUTINE TO CLEAR THE SCREEN
CLEAR: PUSHJ P,HOME ;POSITION TO START OF SCREEN
MOVX CH,ERASE ;CLEAR-TO-EOS COMMAND
PJRST DPYOUT
IFE V.DISP-V.ANSI,< ;
RVIDEO: MOVE CH,[BYTE (9) "m","7","[",.CHESC] ;
TRCE F,FR.RVD ;IF CLEARING, THEN
TLZ CH,7 ;CHANGE THAT "7" TO A "0"
PUSHJ P,DPYOUT ;
JRST FRCOUT ;
>;END OF IFE V.DISP-V.ANSI
IFE V.DISP-V.DV61,<
RVIDEO: MOVEI CH,ESC61
PUSHJ P,DPYOUT
MOVEI CH,"O"
PUSHJ P,DPYOUT
MOVEI CH,"J"
TRCE F,FR.RVD
MOVEI CH,"j"
PUSHJ P,DPYOUT
JRST FRCOUT
ALARM: MOVEI CH,ESC61
PUSHJ P,DPYOUT
MOVEI CH,"O"
PUSHJ P,DPYOUT
MOVEI CH,"G"
TRCE F,FR.ALR
MOVEI CH,"g"
PUSHJ P,DPYOUT
JRST FRCOUT
> ; END OF IFE V.DISP-V.DV61
>; END OF IFE <V.DISP-V.ANSI>*<V.DISP-V.DV61>*<V.DISP-V.DV50>*<V.DISP-V.DV52>
IFE V.DISP-V.DHZL, <
;
; DISPLAY SUBROUTINES FOR THE HAZELTINE 2000
;
DPYX: CAILE C,4(XCUR)
JRST DPYPOS
MOVE A,D
IMULI A,XSIZE
ADDI A,-1(XCUR)
IDIVI A,4
ADD A,BPTAB(B)
DPYX1: ILDB CH,A
PUSHJ P,DPYOUT
ADDI XCUR,1
CAIE C,(XCUR)
JRST DPYX1
POPJ P,
DPYPOS: PUSHJ P,CURSOR
MOVEI CH,(C)
PUSHJ P,DPYOUT
MOVEI CH,(D)
JRST DPYOUT
CLEAR: MOVEI M,[BYTE (7) 176,34,177,177,177,0,0,0,0,0]
MOVE A,[XWD 040040,040040]
MOVEM A,DBUF
MOVE A,[XWD DBUF,DBUF+1]
BLT A,DBFEND
JRST DPYCHR
CURSOR: MOVEI XCUR,(C)
MOVEI YCUR,(D)
MOVEI M,[BYTE (7) 176,21,0,0,0]
JRST DPYCHR
HOME: MOVEI M,[BYTE (7) 176,22,0,0,0]
DPYCHR: HRLI M,(<POINT 7>)
DPYCH1: ILDB CH,M
JUMPE CH,CPOPJ
PUSHJ P,DPYOUT
JRST DPYCH1
HOMDWN: OUTSTR [BYTE (7)176,34,177,177,177,176,22,0]
POPJ P,
>; END OF IFE V.DISP-V.DHZL
IFE V.DISP-V.DDLT, <
;
; DISPLAY SUBROUTINES FOR THE DELTA DATA TELTERM
;
DPYSPC: MOVE B,BP ;COPY BUFFER BYTE POINTER
MOVEI A,XSIZE ;GET # OF CHARS IN A LINE
SUBI A,1(C) ;GET # OF CHARS REMAINING IN THIS ONE
JUMPLE A,CPOPJ ; NONE, RETURN
SETZB M,T1 ;CLEAR CHARACTER COUNTERS
DPYSP1: ILDB CH,B ;GET NEXT CHARACTER FROM BUFFER
CAIN CH,400!" " ;TEST FOR BLANK CHANGED TO BLANK
JRST DPYSP3 ; YES, JUMP TO NEXT CHAR
TRNE CH,400 ;TEST FOR SOMETHING CHANGED TO BLANK
MOVEI CH,200!" " ; YES, CONVERT TO THAT FORMAT
CAIN CH,200!" " ;TEST FOR MODIFIED BLANK
AOS M ; YES, COUNT IT
ANDI CH,177 ;MASK OFF FOR 7 BITS ONLY
CAIE CH," " ;TEST FOR A SPACE
AOS T1 ; NO, COUNT NON-BLANKS
DPYSP3: SOJG A,DPYSP1 ;DECR COUNT & REPEAT
TLNE F,FL.REF ;TEST FOR REFRESHING NOW
JUMPN T1,CPOPJ ; YES, THEN DON'T CLEAR IF CHARS REMAIN
SUBI M,(T1) ;GET # OF MODIFIED BLANKS - # OF OTHER
CAIG M,(T1) ;TEST FOR MORE BLANKS THAN OTHER (YET)
POPJ P, ; NO, RETURN
MOVEI A,0 ;CLEAR REGISTER AS A FLAG
CAIN D,YSIZE-1 ;TEST FOR LAST ROW ON CRT
TLNN F,FL.REF ;TEST FOR FULL REFRESH
AOBJN J,DPYSP2 ; NO TO EITHER, UPDATE & SKIP
POPJ P, ; YES TO BOTH, RETURN
DPYSP2: SKIPN A ;TEST FOR POINTER ALREADY SAVED
MOVE T1,BP ; ELSE SAVE BYTE POINTER
ILDB CH,BP ;GET CHARACTER FROM BUFFER
TRNE CH,400 ;TEST FOR CHANGED TO A BLANK
MOVEI CH," " ; YES, GET A BLANK
ANDI CH,177 ; & CLEAR MODIFY BIT
CAIE CH," " ;TEST FOR BLANK
TRO CH,200 ; NO, MUST OUTPUT THIS TIME
DPB CH,BP ;STORE PROPER CHARACTER BACK
TRNE CH,200 ;TEST FOR NON-BLANK
SKIPE A ;TEST FOR FIRST NON-BLANK
JRST DPYSP4 ; NO, JUMP
MOVE A,J ;SAVE POSITION POINTER
SUB A,[1,,1] ;SUBTRACT ONE FROM EACH HALF!
MOVE M,T1 ; & SAVE BYTE POINTER
DPYSP4: CAME BP,B ;TEST FOR CAUGHT UP
AOBJN J,DPYSP2 ; NO, UPDATE POSITION & LOOP
MOVEI T2,23 ;GET A CLEAR LINE CHARACTER
JUMPE A,CPOPJ ;TEST FOR BLANK LINE
MOVE J,A ; NO, POINT AT NEXT CHARACTER TO OUTPUT
MOVE BP,M ; DITTO
POPJ P, ;RETURN NOW
DPYX: ;ENTRY FOR X-POSITION CHANGING ONLY
DPYPOS: MOVEI B,(D) ;GET DESIRED Y POSITION
SUBI B,(YCUR) ; MINUS CURRENT Y POSITION
MOVMS B ;GET DELTA-Y = ABS(DESIRED-CURRENT)
MOVEI A,(C) ;GET DESIRED COLUMN
ADDI A,(B) ; PLUS DELTA-Y
CAIGE A,4 ;TEST FOR .LT. LIMIT
JRST DPYCAR ; YES, GO DO <CR>+INCREMENTAL
MOVEI A,(C) ;GET DESIRED COLUMN
ADDI A,(D) ; PLUS DESIRED ROW
CAIGE A,4 ;TEST FOR .LT. LIMIT
JRST DPYHOM ; YES, GO DO <HOME>+INCREMENTAL
MOVEI A,(C) ;GET DESIRED X POSITION
SUBI A,(XCUR) ; MINUS CURRENT X POSITION
MOVMS A ;GET DELTA-X = ABS(DESIRED-CURRENT)
ADDI A,(B) ;ADD DELTA-X & DELTA-Y
CAIGE A,5 ;TEST FOR .LT. LIMIT
JRST DPYINC ; YES, GO DO INCRMENTAL SHIFT
CAMLE C,LASTCR(D) ;TEST FOR FORMATTING POSITION RQST
JRST DPYFOR ; YES, JUMP
MOVEI XCUR,(C)
MOVEI YCUR,(D)
MOVEI M,[BYTE (7) 20, 16, 0,0,0]
PUSHJ P,DPYCHR
MOVEI CH,(C)
PUSHJ P,DPYOUT
MOVEI CH,(D)
PUSHJ P,DPYOUT ;OUTPUT Y POSITION
POPJ P, ;RETURN TO CALLER
DPYCAR: SETZ XCUR, ;CLEAR CURRENT X POSITION
MOVEI CH,15 ;GET A <CR> CHARACTER
JRST DPYCOM ;GO TO COMMON ROUTINE
DPYHOM: SETZB XCUR,YCUR ;CLEAR CURRENT X & Y POSITIONS
MOVEI CH,24 ;GET A <HOME> CHARACTER
DPYCOM: PUSHJ P,DPYOUT ;OUTPUT CONTROL CHARACTER
PUSHJ P,DPYFIL ;PUT OUT A FILL CHARACTER
ADDI A,2 ; & REQUEST TWO MORE LATER
DPYINC: MOVEI CH,13 ;ASSUME DOWN
CAIN D,(YCUR) ;TEST FOR CORRECT LINE
JRST DPYHOR ; YES, JUMP
CAIG D,(YCUR) ;TEST FOR DIRECTION
SOSA YCUR ; UP, DECR CURRENT Y & SKIP
AOSA YCUR ; DOWN, INCR CURRENT Y & SKIP
MOVEI CH,32 ;CHANGE TO UPWARD CHARACTER
PUSHJ P,DPYOUT ;OUTPUT VERTICAL CONTROL CHARACTER
JRST DPYINC ;REPEAT AS NECESSARY
DPYHOR: MOVEI CH,10 ;ASSUME LEFT
CAIN C,(XCUR) ;TEST FOR CORRECT COLUMN
POPJ P, ; YES, RETURN
CAIG C,(XCUR) ;TEST FOR DIRECTION
SOJA XCUR,DPYPUT ; LEFT, DECR CURRENT X & JUMP
AOS XCUR ; RIGHT, INCR CURRENT X
MOVEI CH,31 ;CHANGE FOR RIGHTWARD DIRECTION
CAMLE XCUR,LASTCR(YCUR) ;TEST FOR UNFORMATTED AREA
MOVEI CH," " ; YES, PUT OUT A GOOD OLD BLANK
DPYPUT: PUSHJ P,DPYOUT ;OUTPUT THE CHARACTER
JRST DPYHOR ;REPEAT AS NECESSARY
DPYFOR: PUSH P,C ;SAVE DESIRED X POSITION
MOVE C,LASTCR(D) ;GET LAST CHARACTER WRITTEN ON SAME LINE
PUSHJ P,DPYPOS ; & GO POSITION THERE NOW
MOVEI A,(XCUR) ;SAVE CURRENT POSITION OF THE LINE
POP P,XCUR ;RESTORE DESIRED AS CURRENT POSITION NOW
MOVEI C,(XCUR) ; DITTO
CAMLE XCUR,LASTCR(YCUR) ;TEST FOR EXCEEDING CURRENT POSITION
MOVEM XCUR,LASTCR(YCUR) ; YES, SHOW AS LAST CHARACTER WRITTEN
SUBM XCUR,A ;GET NUMBER OF CHARACTERS TO SEND
DPYBLK: JUMPLE A,CPOPJ ; NONE, RETURN
MOVEI CH," " ;GET A BLANK
PUSHJ P,DPYOUT ; & OUTPUT IT
SOJA A,DPYBLK ;DECR COUNT & REPEAT
HOME: MOVEI CH,24 ;GET A <HOME> CONTROL CHARACTER
PJRST DPYOUT ; & OUTPUT IT
CLEAR: MOVEI M,[BYTE (7) 20, 22, 20, 05, 0]
SETZM LASTCR ;CLEAR LAST-CHARACTER POSITION ARRAY
MOVE A,[XWD LASTCR,LASTCR+1] ; DITTO
BLT A,LASTCR+YSIZE-1 ; DITTO
DPYCHR: HRLI M,(<POINT 7>)
DPYCH1: ILDB CH,M
JUMPE CH,CPOPJ
PUSHJ P,DPYOUT
JRST DPYCH1
DPYFIL: MOVEI CH,177 ;GET A NICE FILL CHARACTER
PJRST DPYOUT ;GO OUTPUT IT & RETURN
HOMDWN: OUTSTR [BYTE (7)20,22,20,05,24,0]
POPJ P,
>; END OF IFE V.DISP-V.DHZL
;MPEEK -- READ WORD FROM MONITOR EXEC VIRTUAL ADDRESS SPACE
;CALL IS:
;
; MOVX A,<ADR>
; MOVX J,<JOB>
; PUSHJ P,MPEEK
; RETURN
;
;WHERE <ADR> IS THE EXEC VIRTUAL ADDRESS TO BE READ. IF <ADR> IS IN THE
;"PER-PROCESS" RANGE THEN A JOBPEK WILL BE USED TO READ THE SPECIFIED
;JOB'S PER-PROCESS AREA. IF THE JOB IS SWAPPED, OR CURRENTLY RUNNING ON
;ANOTHER CPU (STUCK IN THE OTHER CPU'S CACHE) THEN 0 IS RETURNED.
;
;THE MONITOR WORD IS RETURNED IN AC A.
;
;USES N, N1
MPEEK: CAML A,VMPPB0 ;IS DESIRED ADDRESS IN SECTION-0
CAML A,VMPPE0 ; PER-PROCESS ADDRESS SPACE?
CAML A,VMPPB1 ;IS DESIRED ADDRESS IS SECTION-1
CAML A,VMPPE1 ; PER-PROCESS ADDRESS SPACE?
JRST MPEEK4 ;NO, TRY PEEK/SPY
HRLZ N,J ;YES, GET JOB NUMBER
TXO N,JK.EVA!JK.AIO+1 ;READ ONE WORD FROM PER PROCESS AREA
HRLZ N1,A ;ADDRESS TO BE READ
HRRI N1,A ;WHERE TO READ CONTENTS INTO
MOVEI A,N ;A := ADDRESS OF ARG BLOCK TO
JOBPEK A, ;ASK MONITOR FOR FUNNY ADDRESS
SETZ A, ;CAN'T (SWAPPED OR NOT PRIVILEGED)
POPJ P, ;RETURN WITH WORD IN A
MPEEK4: TLNN F,FL.SPY ;CAN WE SPY?
JRST MPEEK7 ;CAN'T SPY, TRY PEEK
TLNN A,7776 ;IS ADDRESS PAST SECTION 1 (NOT SPYABLE)?
ANDI A,777777 ;ADDR IN SECTION 0/1, MAP TO SECTION 0
CAMG A,SPYSIZ ;CAN WE SPY THE DATA?
MPEEK6: SKIPA A,400000(A) ;SPY THE INFORMATION (FASTER)
MPEEK7: PEEK A, ;PEEK THE INFORMATION (SLOWER)
POPJ P,0
;SUB TO GET MONITOR WORD - RETURN 0 IN A IF CANNOT GET
; AND PRINT "?" BECAUSE UNEXPECTED ERROR
GETA: PUSHJ P,GET
TDZA A,A ;RETURN 0
POPJ P, ;OK
MOVEI CH,"?" ;PRINT QUESTION MARK
PJRST TYO ;PRINT
;SUBROUTINE TO GET MONITOR WORD - RETURN 0 IN A IF CANNOT
; NOT AN ERROR IF NOT THERE - USE 0 AS VALUE
GETZ: PUSHJ P,GET0 ;DECIPHER WORD ADDRESS
JRST GETZ0 ;NO SUCH ENTITY, RETURN 0
JRST GETZ1 ;CAN'T SPY/ETC, JUST TRY GETTAB
MOVE A,0(N1) ;SPY THE WORD DIRECTLY
POPJ P, ;ALWAYS RETURN
GETZ1: PUSHJ P,GETPEK ;TRY FOR THE WORD THE HARD WAY
GETZ0: SETZ A, ;UNABLE TO GET WORD, RETURN 0
POPJ P, ;RETURN ALWAYS
;SUBROUTINE TO GET MONITOR WORD - SKIP IF CAN, NO SKIP IF CANNOT
GET: PUSHJ P,GET0 ;SEE WHERE THE WORD IS
POPJ P, ;WORD DOES NOT EXIST
PJRST GETPEK ;PEEK FOR IT
MOVE A,0(N1) ;GET THE WORD BY SPYING
JRST CPOPJ1 ;WIN RETURN
;GET 4 CONSECUTIVE MONITOR WORDS
GET4: PUSHJ P,GET0 ;SEE WHERE WORD IS
POPJ P, ;WORD DOES NOT EXIST
PJRST GETPK4 ;GO GETTAB THEM
DMOVE A,0(N1) ;GOT THE WORD(S)
DMOVE C,2(N1) ;GOT THE OTHER WORDS TOO
JRST CPOPJ1 ;SUCCESSFUL RETURN
;DO THE WORK FOR THE GET ROUTINES
GET0: TLNN F,FL.SPY ;SPYING??
PJRST CPOPJ1 ;NO, JUST GETTAB THE VALUE
LDB BP,[POINT 9,GTTSLF,8]
CAIGE BP,0(A) ;TABLE OK?
POPJ P, ;NO THEN IT DOES NOT EXIST
HRRZ BP,GTTSLF ;YES. GET THE DESIRED TABLE BASE WORD
ADDI BP,(A) ;OFFSET TO DESIRED TABLE ENTRY
MOVE BP,400000(BP) ;FETCH GETTAB TABLE POINTER FROM MONITOR
HRRZ CH,BP ;EXTRACT THE GETTAB TABLE BASE ADDRESS
JUMPE CH,CPOPJ ;[612] RETURN IF NO TABLE
CAMLE CH,SPYSIZ ;IS IT WITHIN SPY'ABLE MEMORY?
JRST CPOPJ1 ;NO, JUST GETTAB IT THEN
HLRZ N1,A ;GET DESIRED ITEM IN TABLE
SKIPGE A ;WANT SELF?
MOVE N1,MYJOB ;YES.
LDB CH,[POINT 3,BP,11] ;GET ENTRY TYPE
SKIPL CH,LENTAB(CH) ;GET TABLE LENGTH
JRST GETSPR ;REGULAR (E.G., JOB/SEGMENT) TABLE
AOJE CH,GETPDB ;PDB DATA
LDB CH,[POINT 9,BP,8] ;GET TABLE LENGTH
GETSPR: CAIGE CH,0(N1) ;IS ITEM WITHIN TABLE LIMITS?
POPJ P, ;DOES NOT EXIST
TLNN BP,(17B17) ;SEE IF INDEXED
GETSPP: MOVEI N1,0 ;NO--KILL INDEX
ADDI N1,400000(BP) ;COMPUTE ADDRESS TO GET WORD
CPOPJ2: AOS 0(P) ;WIN RETURN
JRST CPOPJ1 ;DOUBLE SKIP
GETPDB: TRO F,FR.PDB ;SET A FLAG FOR GETBLK CODE
SKIPE PDBPTR ;FAIL IF NO PDB POINTER
CAML N1,JOBN ;SKIP IF LEGAL JOB NUMBER
JRST CPOPJ1 ;TRY PEEK BETTER POPJ ??
SKIPGE PDBPTR ;SEE IF SWAPPING PDBS
JRST [MOVNS N1 ;YES--GET -N
ADD N1,PDBPTR;INCLUDE OFFSET
MOVE N1,(N1) ;GET JBTADR(-JOB)
TRNN N1,-1 ;SEE IF IN CORE
JRST CPOPJ1 ;NO--GO LET MONITOR TRY
JRST GETSPP] ;YES--SPY ON IT
ADD BP,@PDBPTR ;ADD ADDR OF PDB FOR THIS JOB
JRST GETSPP ;GET ENTRY FROM PDB
;HERE IF SPY FAILED - TRY GETTAB UUO
GETPEK: GETTAB A,
POPJ P, ;ERROR GETTAB NOT THERE
JRST CPOPJ1 ;OK, RETURN
GETPK4: MOVE B,A ;ADDRESS OF WORD PLUS ONE
ADD B,[1,,0] ;PLUS ONE
DMOVE C,A ;PLUS TWO MORE WORDS
DADD C,[EXP <2,,0>,<2,,0>] ;LAST TWO WORD "ADDRESS"ES
GETTAB A, ;TRY FOR WORD 1
POPJ P, ;NOPE
GETTAB B, ;TRY FOR WORD 2
POPJ P, ;NOPE
GETTAB C, ;TRY FOR WORD 3
POPJ P, ;NOPE
GETTAB D, ;TRY FOR WORD 4
POPJ P, ;NOPE
JRST CPOPJ1 ;GOT ALL FOUR!
STRWHO: MOVE A,[SIXBIT /**,**/]
SIXBP: MOVE BP,[POINT 6,A]
SIXBP1: ILDB CH,BP
JUMPE CH,CPOPJ
ADDI CH,40
PUSHJ P,TYO
TLNE BP,770000
JRST SIXBP1
CPOPJ: POPJ P,0
SIXB6: MOVE BP,[POINT 6,A]
SIXB61: ILDB CH,BP
ADDI CH,40
PUSHJ P,TYO
TLNE BP,770000
JRST SIXB61
POPJ P,
CRLF: MOVEI M,[ASCIZ /
/]
MSG: TLNN M,777700 ;UNLESS ALREADY HAVE BYTE POINTER
HRLI M,(<POINT 7>) ;MAKE ADDRESS INTO BYTE POINTER
MSG1: ILDB CH,M
JUMPE CH,CPOPJ
PUSHJ P,TYO
JRST MSG1
COLON: MOVEI CH,":"
JRST TYO
COMMA: MOVEI CH,","
JRST TYO
DOT: MOVEI CH,"." ;A DOT OR PERIOD CHARACTER
PJRST TYO ;TO BE TYPED OUT.
PERCNT: MOVEI CH,"%" ;A PERCENT SIGN
PJRST TYO ;TO BE TYPED OUT.
;PRINT PERCENT
PRPCNT: MOVEM N,TEMP1
PUSHJ P,MSGDEC
MOVSI A,(SIXBIT ./.)
MOVE N,TEMP
PUSHJ P,SIXDEC
MOVEI M,[ASCIZ / = /]
MOVE N,TEMP1
PUSHJ P,CMPCNT
MOVEI CH,"%" ;PRINT PERCENT
PJRST TYO
EMSG: TLNN M,777700 ;ADDRESS OR BYTE POINTER
HRLI M,(POINT 7,) ;ADDRESS, MAKE INTO BYTE POINTER
EMSG1: ILDB CH,M ;NEXT CHARACTER
JUMPE CH,CPOPJ ;NUL ENDS STRING
CAIE CH,.CHLFD ;NEW LINE YET?
JRST EMSG2 ;NO, REGULAR CHARACTER
AOS CLINE ;[611] BUMP CURRENT LINE COUNTER
SKIPE .FRAJR ;[611] SKIP OVERHEAD IF NO AUTO ROLL
PUSHJ P,SETVIS ;[611] DETERMINE VISIBILITY
SOSL EATCNT ;DECREMENT LINES TO BE EATEN
JRST EMSG1 ;NEED TO EAT STILL MORE
EMSG2: SKIPG EATCNT ;ON SCREEN YET?
PUSHJ P,TYO ;YES, LIST CHARACTER
JRST EMSG1 ;LOOP BACK FOR MORE
CHKDON: SKIPGE N,LINE ;GET LINES FILLED WITH DATA
JRST CPOPJ1 ;LINE .LT. 0 MEANS FULL SCREEN
CAIGE N,<YSIZE/2> ;IF LESS THAN 4 LINES
SKIPG FIRJOB ;AND WE ARE "+"'ED
CAIA ;NO
SOS (P) ;THEN FLAG TO REDO THE SCREEN IMMED.
SUBI N,YSIZE ;SEE HOW MANY LINES LEFT ON SCREEN
JUMPGE N,CPOPJ1 ;IF SCREEN FULL JUST EXIT OK
ADDB N,FIRJOB ;SCREEN HAS EMPTY LINES, "-" IT
JUMPGE N,CPOPJ1 ;AND LET NEXT CYCLE SKIPGE IT DOWN
SETZM FIRJOB ;BUT NEVER LET IT GO NEGATIVE
JRST CPOPJ1 ;RETURN APPROPRIATELY
;PRINTERS OF PAGE ORIENTED DATA
KAYPAG: MOVEI CH,"P" ;ASSUME PAGING
TRNN F,FR.KIP ;SO LOOK TO PROCESSOR
MOVEI CH,"K" ;AND CHANGE TO KAYS IF KA10
PJRST TYO ;EXIT VIA PRINTER
;PRINT PAGING DATA FOR THE CURRENT JOB CONTAINED IN J
;BEFORE SWITCHING TO INLINE CODE THE FOLLOWING DATA IS COLLECTED
;1 GETAB1 MAX VIRTUAL AND PHYSICAL LIMITS
;2 GETAB2 INTEGER PAGING RATE FRACTION,,FRACTIONAL PGR DATA
PGDATA: TRNE F,FR.VMM ;HAS THE SYSTEM ANY VIRTUES
JRST PGDATV ;(YES) DO THINGS DIFFERENT
MOVS N,JOBPHY ;GET LOSEG PHYSICAL SIZE
ADD N,JOBPHY ;ADD HISEG PHYSICAL SIZE
ADD N,JOBPPG ;ADD MONITOR OVERHEAD (PER-PROCESS) SIZE
ANDI N,777777 ;STRIP OFF GARBAGE
CALL DECPRT ;PRINT IN DECIMAL P
PJRST TAB ;RETURN AFTER THE TAB
PGDATV: HRL A,J ;GET JOB NUMBER
HRRI A,.GTMVL ;GET MAXIMUM VALUES FOR JOB
CALL GETZ ;NOW OR ZER
AND A,[377777,,377777] ;ZAP NON CORE BITS
MOVEM A,GETAB1 ;REMEMBER MAX VALUE
HRL A,J ;GET THE JOBNUMBER
HRRI A,.GTCVL ;GET GUIDELINE
CALL GETZ ;AND TAKE THAT AS PHYS
AND A,[377777,,377777] ;ZAP NON CORE BITS
HRRM A,GETAB1 ;AND STORE IT FOR PRINTING
SETZM GETAB2 ;ZAP PAGING RATE COMPLETELY
HLRZ N1,@JBVRT ;GET PAGING RATE
JUMPE N1,PGDAT0 ;CERTAINLY NOT PAGING
CALL CMPPGR ;COMPUTE PAGING RATE
PGDAT0: .INL ;START INLINE PSEUDO CODE
.PLD JOBVIR ;PRINT LOWSEG VIRTUAL SIZE
.PLS ;SEPARATE WITH A PLUS
.PRD JOBVIR ;PRINT HISEG VIRTUAL SIZE
.LPA ;PRINT A LEFT PAREN
.PLD GETAB1 ;PRINT MAXIMUM VIRTUAL
.RPA ;AND A RIGHT PAREN
.TAB ;SPACE 2 PRINTS
.PLD JOBPHY ;PRINT LOWSEG PHYSICAL SIZE
.PLS ;SEPARATE WITH A PLUS SIGN
.PRD JOBPHY ;PRINT HIGHSEG PHYSICAL SIZE
.PLS ;SEPARATE WITH A PLUS
.PRD JOBPPG ;PRINT MONITOR PER-PROCESS PAGES
.LPA ;(
.PRD GETAB1 ;MAX PHYS
.RPA ;)
.TAB
.PLD GETAB2 ;PRINT FRACTION
.PER ;PERIOD
.PRDP GETAB2,^D100 ;FACTOR 100
.END ;END OF PSEUDO CODE
PJRST TAB ;EXIT AFTER PRINTING A TAB
;CMPPGR COMPUTES THE PAGING RATE PER SECOND THE INVERSE IS PASSED
;IN N1 THE RESULT IS RETURNED IN GETAB2,
;THE LEFTHALF IS THE INTEGER PART
;THE RIGHT HALF THE FRACTION
CMPPGR: PUSH P,N1 ;SAVE THE INTERVAL
MOVEI N,^D100000 ;TO MAKE A FRACTION
IDIVI N,(N1) ;GET REMAINDER IN N1
HRLM N,GETAB2 ;STORE INTEGER PART
MOVE N,N1 ;GET THE FARCTION
IMULI N,^D100 ;FACTOR 100
POP P,N1 ;GET THE INTERVAL BACK
IDIVI N,(N1) ;GET FRACTION
HRRM N,GETAB2 ;AND STORE IT FOR PRINTING
RETURN
PAGSYS: PUSHJ P,THISIZ ;GIVE HEADER
MOVE A,[11,,113] ;GET USER LIMIT
CALL GETZ ;GET THE VALUE
MOVEM A,N1 ;GET VALUE FOR CONVERSION
CALL CMPPGR ;PRINT PAGING RATE
;GETAB1 CONTAINS SYSTEM PAGING RATE LIMIT AS AN INTEGER
;GETAB2 CONTAINS USER PGR LIMIT AS XWD FORMAT
.INL ;START OF INLINE CODE
.TXT <VM(MAX=>
.GTB 5,113,GETAB
.PRD GETAB ;PRINT MAX VALUE
.TXT <,USED=>
.PGTBD 4,113
.TXT <) PGR.USER=>
.PLD GETAB2 ;PRINT INTEGER PART
.PER ;PERIOD
.PRD GETAB2 ;AND FRACTION
.TXT < PFC:NIW=>
.GTB 13,113,GETAB ;PAGE FAULT COUNT
.PLD GETAB
.TXT < IW=>
.PRD GETAB
.NWLIN
.END
RETURN ;RETURN TO CALLER
;CPCPT -- ROUTINE TO PRINT N IN HUNDREDTHS OF PERCENT
;CALL IS:
;
; MOVX N,<PERCENT*100>
; PUSHJ P,CPCPT
; RETURN
;
;THE PERCENT IS ALWAYS PRINTED AS THREE CHARACTERS:
; 1) 100
; 2) NN.
; 3) N.M
; 4) .NN
CPCPT: CAIG N,^D999 ;NN% FORM?
JRST CPCPT2 ;NO
IDIVI N,^D100 ;YES, REDUCE TO JUST PERCENT
CAILE N,^D99 ;100%?
PJRST DECPRT ;YES, THAT'S OUR THREE DIGITS
PUSHJ P,DECPRT ;NO, PRINT TWO DIGITS
MOVEI CH,"." ;FOLLOW BY PERCENT INDICATOR
PJRST TYO ;AND CAP IT OFF
CPCPT2: CAIG N,^D99 ;N.N FORM?
JRST CPCPT4 ;NO
IDIVI N,^D100 ;GET PERCENTAGE DIGIT
MOVEI CH,"0"(N) ;IN ASCII
PUSHJ P,TYO ;AND PRINT IT OUT
MOVEI CH,"." ;SEPARATING DOT
PUSHJ P,TYO ;PRINT IT ALSO
MOVE N,N1 ;GET BACK THE HUNDREDTHS
IDIVI N,^D10 ;TENTHS OF PERCENT
MOVEI CH,"0"(N) ;IN ASCII
PJRST TYO ;AND PRINT IT OUT
CPCPT4: MOVEI CH,"." ;LEADING DECIMAL
PUSHJ P,TYO ;INDICATE HUNDREDTHS
MOVEI CH,"0" ;IN CASE NEED LEADING "0"
CAIG N,^D9 ;LESS THAN .10 PERCENT?
PUSHJ P,TYO ;YES, NEED LEADING "0"
PJRST DECPRT ;TYPE HUNDREDTHS OF PERCENT
;SUBROUTINE TO DIVIDE A NUMBER IN AC N BY TEMP
;ROUND UP RESULT IF NECESSARY AND PRINT MESSAGE FOLLOWED BY N (%)
;CALL MOVEM AC,TEMP
; MOVE N,NUMBER TO BE DIVIDED
; MOVEI M,[ASCIZ /TEXT/]
; PUSHJ P,DIVRPT
; ALWAYS RETURN
;ACS N1,N,M,CH & R ARE DESTROYED
CMPCNA: MOVE N,A
CMPCNT: IMULI N,^D100
IDIV N,TEMP
LSH N1,1
CAML N1,TEMP
ADDI N,1
PJRST MSGDEC ;GO PRINT MESSAGE AND DECIMAL
CALCNA: MOVE N,A
CALCNT: IMULI N,^D100
IDIV N,TEMP
LSH N1,1
CAML N1,TEMP
ADDI N,1
POPJ P,
;CMPDNA -- PRINT PERCENTAGE.HUNDREDTHS (N/TEMP)
;CALL IS:
;
; TEMP/ BASE FOR PERCENTAGE
; MOVX A,VALUE
; PUSHJ P,CMPDNA
; RETURN
;
;USES A-D, N, N1
CMPDNA: IMULI A,^D100*^D100 ;TO GET HUNDREDTHS
IDIV A,TEMP ;A := PERCENT * ^D100
IDIVI A,^D100 ;A := PERCENT
MOVE N,A ;POSITION FOR DECZ2
PUSHJ P,DECZ2 ;PRINT TWO DIGIT PERCENTAGE
PUSHJ P,DOT ;FINISH WITH A "."
MOVE N,B ;POSITION FOR DECZ2
PJRST DECZ2 ;TYPE TWO DIGIT HUNDREDTHS
MSPDEC: AOJE J,MSGDEC ;IF FIRST SKIP SPACE
PUSHJ P,SPACE ;OTHERWISE NEED SPACE SEPARATOR
MSGDEC: PUSHJ P,MSG
JRST DECPRT
SIXDEC: PUSHJ P,SIXBP
JRST DECPRT
MSPOCT: AOJE J,MSGOCT ;IF FIRST NO SEPARATOR
PUSHJ P,SPACE ;OTHERWISE NEED SEPARATOR
MSGOCT: PUSHJ P,MSG ;PRINT LEADING TEXT
PJRST OCTPRT ;AND TRAILING OCTAL NUMBER
MSPDHM: AOJE J,MSGDHM ;IF FIRST SKIP SPACE
PUSHJ P,SPACE ;OTHERWISE NEED A SPACE
MSGDHM: PUSHJ P,MSG ;PRINT THE MESSAGE TEXT
JRST DHMPRT ;PRINT [[DAYS:]HOURS:]MINUTES
;SUBROUTINE TO PRINT JIFFY TIME TO NEAREST TENTH OF SECONDS
;CALL: MOVE N,TIME IN JIFFIES
; PUSHJ P,PNTSEC
PNTSEC: MOVE T1,TCKSEC ;NO. OF JIFFIES IN 1 SECOND
MOVEM T1,TEMP ;STORE FOR CMPDFN
PJRST CMPDFN ;GO PRINT RATIO
;CMPDFA -- SUBROUTINE TO PRINT INTEGER+1 DIGIT FRACTION
;CALL: MOVEM TEMP NUMBER TO DIVIDE BY
; MOVE A,NUMBER TO BE DIVIDED
; PUSHJ P,CMPDFA
; ALWAYS RETURN
CMPDFA: MOVE N,A
CMPDFN: IMULI N,^D10 ; * 10
IDIV N,TEMP ;DIVIDE BY #K AVAILABLE
LSH N1,1 ;REMAINDER * 2
CAML N1,TEMP ;TEST FOR ROUNDING NEEDED
AOJ N, ; YES, INCR QUOTIENT BY 1
IDIVI N,^D10 ;DIVIDE TO GET INTEGER/FRACTION
PUSH P,N1 ;SAVE FRACTION FOR LATER
PUSHJ P,MSGDEC ;PRINT MSG & INTEGRAL PART
POP P,N ;RESTORE FRACTIONAL DIGIT
MOVEI CH,"." ;DECIMAL POINT
PUSHJ P,TYO ;SEPARATE FRACTION
PJRST DECPRT ;AND TYPE FRACTION
;CMPCPT -- PRINT "A" PER SECOND CPU UPTIME (FROM TEMP)
;CMPCTT -- PRINT "A" PER SECOND SYS UPTIME (FROM UPTINC)
CMPCPT: SKIPA N,TEMP ;GET UPTIME FROM TEMP
CMPCTT: MOVE N,UPTINC ;GET UPTIME OF SYSTEM
IDIV N,TCKSEC ;CONVERT TO SECONDS
EXCH N,A ;(PRINT FROM N)
IDIV N,A ;WHATEVER'S PER SECOND
PJRST DECPRT ;TYPE NUMBER
;CALCPT -- CALCULATE "A" PER SECOND CPU UPTIME (FROM TEMP)
;CALCTT -- CALCULATE "A" PER SECOND SYS UPTIME (FROM UPTINC)
CALCPT: SKIPA N,TEMP ;GET UPTIME FROM TEMP
CALCTT: MOVE N,UPTINC ;GET UPTIME OF SYSTEM
IDIV N,TCKSEC ;CONVERT TO SECONDS
EXCH N,A ;(PRINT FROM N)
IDIV N,A ;WHATEVER'S PER SECOND
POPJ P, ;RETURN PER-SECOND COUNT IN N
;CMPDDN -- SUBROUTINE TO PRINT 4-DIGIT INTEGER PLUS 2-DIGIT FRACTION
;CALL: MOVEM TEMP NUMBER TO DIVIDE BY
; MOVE N,NUMBER TO BE DIVIDED
; PUSHJ P,CMPDDN
; ALWAYS RETURN
CMPDDN: IMULI N,^D100 ;WANT IN HUNDREDTHS
IDIV N,TEMP ;GET REMAINDER
LSH N1,1 ;SEE IF MORE THAN HALF
CAML N1,TEMP ;...
AOJ N, ;YES, ROUND UP
IDIVI N,^D100 ;GET UNITS AND HUNDREDTHS
PUSH P,N+1 ;SAVE REMAINDER
PUSHJ P,DECB4 ;PRINT FIRST PART
MOVEI CH,"." ;GET A POINT
PUSHJ P,TYO ;PRINT IT
POP P,N ;GET REMAINDER BACK
PJRST DECZ2 ;AND TYPE FRACTION
;SUBROUTINE TO GET REL ENTRY FROM MONITOR GETTAB SUB-TABLE
;CALL: MOVEI A,DESIRED REL ENTRY IN RESPONSE TABLE
; MOVEM CPU #,CPU ;STORE CPU NUMBER = 0,1
; PUSHJ P,GETRSP
; ERROR RETURN NOT PRESENT FOR THIS CPU
; OK RETURN CONTENTS IN AC A
GETRSP: PUSH P,N1 ;SAVE N1
PUSH P,A ;SAVE RELATIVE ADR IN SUB-TABLE
MOVE A,[%CCRSP] ;GETTAB IN CPU CONSTANTS TABLE
; FOR REL ENTRY IN CPU VARIABLE TABLE
; FOR RESPONSE DATA
ADD A,CPU ;FORM FOR THIS CPU
ADD A,CPU ;CONSTANTS GETTABS ARE EVERY OTHER
PUSHJ P,GET ;GET ENTRY FROM MONITORJ
JRST GTRSPX ;NOT PRESENT, ERROR RETURN
ADD A,(P) ;FORM ADR IN CPU VARIABLE TABLE
HRL A,A ;TO LH
HRRI A,.GTC0V ;VARIABLE GETTAB FOR CPU0
ADD A,CPU ;FOR FOR CPU N
ADD A,CPU ;VARIABLE TABLE IS EVERY OTHER
PUSHJ P,GET ;GET FROM MONITOR
SOS -2(P) ;NOT PRESENT, SET FOR ERROR RETURN
AOS -2(P) ;SKIP RETURN(UNLESS ERROR)
GTRSPX: POP P,N1 ;RESTORE PD LIST
POP P,N1 ;RESTORE N1
POPJ P, ;ERROR OR OK RETURN
;STROLL STARTS THE OUTPUT OF A PAGE ON THE DISPLAY SCREEN
STROLL: PUSH P,A ;SAVE A SCRATCH ONE
MOVEI A,STREND ;SO ALWAYS GET EXIT FROM DISPLAY
EXCH A,-1(P) ;GET OLD RETURN
EXCH A,(P) ;GET A BACK
SETZM .FRAJS ;NO ONE SKIPPED YET
SETZM CLINE ;NO ONE PRINTED YET
SETZM NLTYPD ;NO ONE TYPED YET
SETZM HDRVAL ;NO RESIDUES
RETURN
;SETEND FREEZE VALUE OF LINE IN SLNE SO STREND CAN ADAPT TO
;EMPTY SCREENS
SETEND: PUSH P,LINE ;GET CURRENT LINE VALUE
POP P,SLINE ;REMEMBER IT
PUSH P,BOTTOM ;GET BOTTOM
POP P,SBOTTM ;TO RECOMPUTE FIRJOB
RETURN
;STREND IS ENTERED WHEN THE DISPLAY PROGRAM ENDS
STREND: SKIPE .FRAJR ;AUTOMATIC ROLL ON?
JRST STREN0 ;(YES) DO DIFFERENT THINGS
MOVE A,SLINE ;ANY SPACE LEFT?
JUMPL A,CPOPJ ;NOPE ALL USED
SUB A,SBOTTM ;MINUS NUMBER LEFT
ADDB A,FIRJOB ;REINITIALIZE BORDER
JUMPGE A,CPOPJ ;ALL SET
SETZM FIRJOB ;NO NEGATIVE LINE NUMBERS
RETURN
STREN0: SETZM FIRJOB ;ASSUME BACK TO THE BEGINNING
MOVE A,LSTLNE ;LAST LINE NUMBER
SKIPE .FRAJS ;ANY JOBS SKIPPED?
MOVEM A,FIRJOB ;(YES) UPDATE NEXT LINE START
RETURN
;PRINTERS FOR THE PAGED F DISPLAY
;IFPRNT CHECKS WHETHER THE CURRENT LINE CAN BE PRINTED OR NOT
;CPOPJ LINE IS INVISIBLE
;CPOPJ1 LINE IS VISIBLE
IFPRNT: SKIPL VISIBL ;CAN WE SEE IT?
RETURN ;NO ALL DONE
PUSH P,A ;SAVE A
MOVE A,HDRVAL ;IS A HEADER TO BE PRINTED?
JUMPE A,IFPRN0 ;NOPE EXIT
SETZM HDRVAL ;NO RECURSIVE ENTRIES
CALL (A) ;GET IT OUT
IFPRN0: POP P,A ;GET A BACK
JRST CPOPJ1 ;GO BACK
;SETVIS SORT OUT WHETHER LINE CAN BE SEEN
SETVIS: PUSH P,CH ;SAVE A SCRATCH
SETZM VISIBL ;ASSUME NO VISIBILITY
SKIPGE LINE ;BUT VERIFY FIRST
JRST SETVI0 ;CHECK SCREEN LOGIC
AOS VISIBL ;IF BELOW HORIZONT
MOVE CH,CLINE ;GET CURRENT LINE NUMBER
CAML CH,FIRJOB ;IS BELOW THE HORIZONT
SETOM VISIBL ;NO ITS ON THE SCREEN
JRST SETVI1 ;GO BACK
SETVI0: SKIPE .FRAJR ;IF NO AUTO ROLL OR
SKIPE .FRAJS ;SKIP LOGIC DONE
JRST SETVI1 ;ALL SET
SETOM .FRAJS ;JOBS ARE SKIPPED
MOVE CH,CLINE ;GET LAST LINE
MOVEM CH,LSTLNE ;HERE TO BEGIN NEXT
SETVI1: POP P,CH ;GET JUNK BACK
RETURN ;AND ALL HAS BEEN DONE
;ICRLF START A NEW LINE THIS MEANS UPDATE LINE LOGIC
ICRLF: CALL IFPRNT ;VISIBLE
JRST ICRLF0 ;NOT TO US
CALL CRLF ;SHOW IT
CALL SETEND ;UPDATE LAST LINE VALUE
AOS NLTYPD ;ONE MORE TYPED
ICRLF0: AOS CLINE ;UPDATE THE LINE NUMBER
PJRST SETVIS ;AND SEE HOW OUR VISION IS NOW
;SETHDR GENERATE THE CALL TO A HEADER PRINTER
SETHDR: POP P,HDRVAL ;ROUTINE ADDRESS -1
PUSH P,HDRVAL ;RESTORE RETURN ADDRESS
AOS HDRVAL ;CODE IS JUST PAST RETURN
RETURN
;CONDITIONAL PRINTERS
IMSG: CALL IFPRNT ;VISIBLE
RETURN ;NO GO BACK
PJRST MSG ;YES PRINT IT
ISIXBP: CALL IFPRNT ;VISIBLE
RETURN
PJRST SIXBP
IDECPR: CALL IFPRNT
RETURN
PJRST DECPRT
ITAB: CALL IFPRNT
RETURN
PJRST TAB
IFRCL: PUSHJ P,ICRLF ;GIVE A "FREE" <CR><LF>
PUSHJ P,ISPACE ;AND A SPACE TO INDENT
PUSHJ P,ISPACE ;AND ANOTHER
PUSHJ P,ISPACE ;AND YET ANOTHER
;FALL INTO FINAL ISPACE
ISPACE: CALL IFPRNT
RETURN
PJRST SPACE
IDECTA: CALL IFPRNT
RETURN
PJRST DECTAB
IPRPCN: CALL IFPRNT
RETURN
PJRST PRPCNT
SIXTAB: PUSHJ P,SIXBP
TAB: SKIPA CH,[11]
SPACE: MOVEI CH,40
TYO: TLNN F,FL.SUP ;SUPPRESSED?
SKIPGE LINE ;DO NOTHING IF OUT OF ROOM
POPJ P,
ANDI CH,177
CAIN CH,15
JRST TYCR ;SIMULATE CAR. RET.
CAIN CH,12
JRST TYLF ;SIMULATE LINE FEED
SKIPGE COL ;IGNORE LINE TOO WIDE
JRST TYO3 ;GO CHECK FOR FREE CRLF
CAIN CH,11
JRST TYTAB ;SIMULATE TAB
PUSHJ P,GETCH
ANDI T2,377 ;CLEAR 400 BIT
CAIN CH," " ;TEST FOR CHANGING TO BLANK
MOVEI CH,400(T2) ; YES, CONVERT TO 400!<ORIGINAL VALUE>
TRNE CH,400 ;TEST FOR 400 BIT NOW ON
MOVEI T2,(CH) ; YES, COPY REGISTER TO AVOID 200 BIT
CAME CH,T2
TRO CH,200 ;NOT THE SAME AS LAST TIME
DPB CH,T1
AOS T1,COL ;INCREMENT COLUMN COUNT
CAMLE T1,RTEND
SETOM COL ;LINE TOO WIDE
POPJ P,
;LINE EXHAUSTED, CHECK FOR FREE CRLF ACTION
TYO3: TLNN F,FL.CRF ;HIGH LEVEL WANT FREE CRLF?
POPJ P, ;NO, JUST TOSS OUT THE CHARACTER
PUSH P,CH ;YES, SAVE THE REAL CHARACTER
PUSHJ P,TYCR3 ;GIVE THE FREE CR
PUSHJ P,TYLF ;AND THE FREE LF FOLLOWING
PUSHJ P,SPACE ;SPACE
PUSHJ P,SPACE ; OVER
PUSHJ P,SPACE ; CONTINUATION
PUSHJ P,SPACE ; LINES
POP P,CH ;RESTORE THE REAL CHARACTER
PJRST TYO ;AND FINALLY OUTPUT IT
TYCR: MOVEI CH," "
PUSHJ P,TYO ;CLEAR REMAINDER OF LINE
SKIPL COL
JRST TYCR
TYCR3: MOVE T1,LTEND ;MOVE TO LEFT EDGE OF WINDOW
MOVEM T1,COL
MOVE T1,LTTEND
MOVEM T1,TABCTR
POPJ P,
GETCH: MOVE T1,LINE
IMULI T1,XSIZE
ADD T1,COL ;CALC. CHAR POSITION IN BUF
IDIVI T1,4
ADD T1,BPTAB(T2) ;MAKE BYTE POINTER TO CHAR
LDB T2,T1 ;GET THE CHAR
POPJ P,0 ;RETURN
TYLF: AOS T1,LINE ;INCREMENT LINE COUNT
CAMG T1,BOTTOM
POPJ P, ;SPACE LEFT
LDB T2,PCONT
JUMPN T2,TYLF2 ;CONTINUATION COLUMN?
TYLF1: SETOM LINE ;NO ROOM LEFT
POPJ P,
TYLF2: ADD T2,LTEND ;ADD SPACE BETWEEN COLUMNS
LDB T1,PWIDTH ;MOVE OVER A FULL COLUMN WIDTH
ADD T2,T1
MOVEM T2,COL
EXCH T2,LTEND
ADD T1,LTEND
CAILE T1,XSIZE
JRST TYLF1 ;COLUMN WON'T FIT
MOVEM T1,RTEND
SKIPA T1,TABCTR ;GET CURRENT VALUE OF TABCTR & SKIP NEXT
AOS T1,TABCTR
MOVEM T1,LTTEND
MOVE T1,TAB0(T1)
CAMG T1,LTEND
JRST .-4
LDB T1,PTOP ;GO TO TOP OF NEW COLUMN
MOVEM T1,LINE
TLZE F,FL.NHED ;TEST FOR HEADING SUPPRESSED
POPJ P, ; YES, THEN EXIT W/O ACTION
IMULI T1,XSIZE ;COPY HEADING
ADD T1,T2
SOS T1
IDIVI T1,4 ;SPLIT WORD/BYTE
ADD T1,BPTAB(T2)
PUSH P,T1
TYLF3: ILDB CH,(P)
ANDI CH,177
PUSHJ P,TYO
SKIPL COL
JRST TYLF3
POP P,T1 ;MOVE TO FRESH LINE AND RETURN
JRST CRLF
TYTAB: MOVE T2,COL
AOS T2
MOVE T1,TABCTR ;GET NEXT TAB POSITION
AOS TABCTR ;UPDATE TAB COUNTER
SUB T2,TAB0(T1) ;CALCULATE # OF SPACES NEEDED
PUSH P,T2
TYTAB1: MOVEI CH," "
PUSHJ P,TYO ;OUTPUT SPACES
AOSGE (P)
JRST TYTAB1
POP P,T1
POPJ P,
PLTEND: POINT 7,WINDOW,6
PWIDTH: POINT 7,WINDOW,13
PTOP: POINT 5,WINDOW,18
PBOTTO: POINT 5,WINDOW,23
PCONT: POINT 2,WINDOW,25
PTABST: POINT 10,WINDOW,35
SETUP: MOVE T1,@(P) ;PICK UP INFO WORD
MOVEM T1,WINDOW
LDB T1,PLTEND ;UNPACK NECESSARY DATA
MOVEM T1,LTEND
MOVEM T1,COL
LDB T2,PWIDTH
ADD T1,T2
MOVEM T1,RTEND
LDB T1,PTOP
MOVEM T1,LINE
LDB T1,PBOTTO
MOVEM T1,BOTTOM
LDB T1,PTABST
SETUP7: MOVEM T1,LTTEND ;SET TAB STOPS
MOVEM T1,TABCTR
JRST CPOPJ1 ;SKIP OVER INFO WORD
TSETUP: MOVE T1,@(P) ;GET INFO WORD
DPB T1,PTABST ;UPDATE "WINDOW"
PJRST SETUP7 ;AND FIX TAB STOPS
SUBTTL DISPLAY WINDOW SETTERS
;DISPLAY INDEPENDENT WINDOW OPERATIONS
;WNDJOB SETS THE WINDOW FOR THE JOB AREA ON THE SCREEN
;WNDSYS SETS THE WINDOW FOR SYSTEM INFORMATION
WNDJOB: TRNN F,FR.VMM ;IS THERE VM DATA
JRST WNDJO0 ;(NO) CLASSIC STUFF
SET 1,XSIZE,1,YSIZE,0,TABV0
RETURN ;THAT WAS ALL
WNDJO0: TRNN F,FR.JOB ;JOBS ONLY DISPLAY?
JRST WNDJO1 ;NO
SET 1,39,1,YSIZE,2,TABJ0 ;SET FOR JOBS ONLY (MULTI COLUMN)
RETURN ;THAT'S ALL
WNDJO1: TRNN F,FR.SJB ;EXPANDED JOB (NO SYSTEM STUFF)?
JRST WNDJO9 ;NO
SET 1,72,1,YSIZE,2,TABS0 ;SET FOR EXPANDED JOBS
POPJ P, ;RETURN WITH WINDOW SET UP
WNDJO9: SET 1,39,1,YSIZE,0,TAB0
RETURN
WNDSYS: TRNN F,FR.VMM ;A VM DISPLAY??
JRST WNDSY0 ;(NO) CLASSIC
CHANGE 1,XSIZE,1,2,0,TAB5
RETURN
WNDSY0: CHANGE 41,XSIZE,NSYSYS,YSIZE,0,TAB1
RETURN
IFN V.DISP-V.DVBX,<
IFE V.DISP-V.ANSI,< ;
DPYPRN: SETZ CH, ;
DPYPR1: LSH CH,^D9 ;
IDIVI N,^D10 ;
IORI CH,"0"(N1) ;
JUMPN N,DPYPR1 ;
; ; ; ;PJRST DPYOUT ;
>;;END OF IFE V.DISP-V.ANSI
DPYOUT: SKIPE CCIOPC
POPJ P,
DPYOU2: PUSH P,CH ;SAVE CH IN CASE MULT CHARS
ANDI CH,177 ;ONLY 7-BIT ASCII CHARACTERS GET OUTPUT
PUSHJ P,DPYCHO ;OUTPUT THIS CHARACTER
POP P,CH ;GET BACK CH
LSH CH,-^D9 ;SHIFT OVER BY ONE "CHARACTER"
JUMPN CH,DPYOU2 ;LOOP BACK IF MORE CHARACTERS
POPJ P, ;ALL DONE
DPYCHO: SOSG THED+2
PUSHJ P,FRCOUT ;FORCE OUTPUT
IDPB CH,THED+1
POPJ P,
NRMDEV=='TTY' ;NORMALLY TO TTY:
>; END OF IFN V.DISP-V.DVBX
IFE V.DISP-V.DVBX,<
NRMDEV=='DIS' ;NORMALLY TO DIS:
>; END IFE V.DISP-V.DVBX
OPNTTY: MOVE T1,[SIXBIT /SYSDPY/]
DEVCHR T1,
JUMPN T1,OPNTT1
MOVSI T1,NRMDEV
DEVCHR T1,
MOVSI B,NRMDEV
OPNTT2:
IFN V.DISP-V.DVBX,<
TRNN T1,1_10
TDZA A,A
MOVEI A,10
TRO A,700 ;NO ECHO
TXNN T1,DV.TTY ;SEE IF A TTY
TRZ A,-1 ;NO--KILL SPECIAL MODES
MOVSI C,THED
OPEN TTY,A
EXIT
OUTBUF TTY,3
MOVE A,[SIXBIT /SYSDPY/]
MOVSI B,(SIXBIT /TXT/)
SETZB C,D
ENTER TTY,A
JFCL
>; END IFN V.DISP-V.DVBX
IFE V.DISP-V.DVBX,<
MOVEI A,15 ;SET DISPLAY DUMP MODE
MOVEI C,0 ;NO BUFFERS
OPEN DIS,A ;GET EQUIPMENT
JRST [OUTSTR [ASCIZ /? DIS NOT AVAILABLE
/]
EXIT]
;(EDIT 1 PART 2) CODE MOVED TO FRONT OF MODULE
TRZ F,FR.DIS ;INDICATE TO INITIALIZE DIS
>; END OF IFE V.DISP-V.DVBX
POPJ P,0
OPNTT1: MOVE B,[SIXBIT /SYSDPY/]
JRST OPNTT2
;ROUTINE TO FORCE OUT TTY DISPLAY
FRCOUT: SKIPE CCIOPC ;UNLESS ^C INTERCEPT, SKIP
JRST FRCOU1 ;IF SO--OMIT THE OUTPUT
FRCUUO: OUTPUT TTY, ;ELSE, DO THE OUTPUT
POPJ P, ;AND RETURN
FRCOU1: PUSH P,A ;FREE UP AN AC
MOVEI A,5*20 ;NUM CHARS/BUF
ADDM A,THED+2 ;MAKE ROOM
MOVNI A,20 ;NUM WORDS/BUF
ADDM A,THED+1 ;BACK UP POINTER
POP P,A ;RESTORE AC
POPJ P, ;RETURN
;DHMPRT -- PRINT "A" IN [[DAYS:]HOURS:]MINUTES
DHMPRT: CAIGE N,^D60 ;NEED HOURS?
PJRST DECPRT ;NO, JUST STRAIGHT MINUTES
IDIVI A,^D60*^D24 ;A:=DAYS TO GO
SKIPN N,A ;SKIP IF NO DAYS
JRST DHMPR2 ;JUST PRINT HOURS:MINUTES
PUSHJ P,DECPRT ;PRINT DAYS
MOVEI CH,"D" ;SEPARATOR
PUSHJ P,TYO ;PRINT IT
DHMPR2: IDIVI B,^D60 ;B:=HOURS
MOVE N,B ;N:=HOURS
CAIE A,0 ;DID WE TYPE DAYS?
PUSHJ P,DECZ2 ;YES, PRINT TWO-DIGIT HOURS
CAIN A,0 ;DID WE TYPE DAYS?
PUSHJ P,DECPRT ;NO, PRINT ONE-OR-TWO-DIGIT HOURS
PUSHJ P,COLON ;SEPARATE FROM MINUTES
MOVE N,C ;N:=MINUTES
PJRST DECZ2 ;PRINT TWO-DIGIT MINUTES
;TCKTIM -- PRINT "A" IN HH:MM:SS OR MM:SS.CC FORMAT
TCKTIM: IMULI A,^D100 ;"INCREASED" PRECISION
IDIV A,TCKSEC ;JUNK JIFFIES
CAXGE A,^D60*^D60*^D100 ;TIME EXTEND INTO HOURS?
JRST TCKTM4 ;NO, PRINT MM:SS.CC INSTEAD
IDIVX A,^D60*^D60*^D100 ;YES, A := HOURS
MOVE N,A
PUSHJ P,DECZ2
PUSHJ P,COLON
TCKTM1: IDIVI B,^D60*^D100 ;B := MINUTES
MOVE N,B
PUSHJ P,DECZ2
PUSHJ P,COLON
IDIVI C,^D100 ;C := SECONDS
MOVE N,C
PJRST DECZ2 ;CAP OFF WITH MINUTES
TCKTM4: IDIVI A,^D60*^D100 ;A:= MINUTES
MOVE N,A ;POSTION FOR DECZ2
PUSHJ P,DECZ2 ;TYPE TWO DIGIT DECIMAL
PUSHJ P,COLON ;TERMINATE MINUTES
IDIVI B,^D100 ;B := SECONDS; C := HUNDREDTHS
MOVE N,B ;POSITION SECONDS FOR DECZ2
PUSHJ P,DECZ2 ;TYPE TWO DIGIT DECIMAL
PUSHJ P,DOT ;TERMINATE WITH A "."
MOVE N,C ;POSITION HUNDREDTHS FOR DECZ2
PJRST DECZ2 ;TYPE TWO DIGIT DECIMAL
;HEXPRB -- PRINT A HEX BYTE
HEXPRB: ANDI N,377 ;MASK BYTE
PUSH P,N ;SAVE VALUE
LSH N,-4 ;GET HIGH DIGIT
PUSHJ P,HEXPRT ;PRINT IT
POP P,N ;GET BACK VALUE
ANDI N,17 ;GET LOW DIGIT
PJRST HEXPRT ;PRINT OUT AND RETURN
;DECPRT -- PRINT A GENERAL DECIMAL NUMBER
HEXPRT: SKIPA R,[^D16]
DECPRT: MOVEI R,12
RDXPRT: MOVEI CH,"-"
JUMPGE N,RADIX1
PUSHJ P,TYO
MOVMS N
RADIX1: IDIVI N,(R)
HRLM N1,0(P)
SKIPE N
PUSHJ P,RADIX1
HLRZ CH,0(P)
ADDI CH,"0"
CAILE CH,"9"
ADDI CH,"A"-"9"-1
JRST TYO
;DECPN? -- PRINT A ?-DIGIT DECIMAL NUMBER
;CALL IS:
;
; MOVX N,<NUMBER>
; MOVX A,<-DIGITS,,"FILLER">
; PUSHJ P,DECPN
;
;WHERE DIGITS IS THE COUNT OF DIGITS TO BE OUTPUT; FILLER IS THE
;FILL CHARACTER TO USE FOR LEADING CHARACTERS. NEGATIVE NUMBERS
;DON'T WORK.
DECB8: MOVE A,[-^D8,," "] ;EIGHT-DIGIT NUMBER FIELD
PJRST DECPN ;GO DO GENERALIZED STUFF
DECB7: SKIPA A,[-^D7,," "] ;SEVEN-DIGIT NUMBER FIELD
DECB6: MOVE A,[-^D6,," "] ;SIX-DIGIT NUMBER FIELD
PJRST DECPN ;GO DO GENERALIZED STUFF
DECB5: SKIPA A,[-^D5,," "] ;FIVE-DIGIT NUMBER FIELD
DECB4: MOVE A,[-^D4,," "] ;FOUR-DIGIT NUMBER FIELD
PJRST DECPN ;GO DO GENERALIZED STUFF
DECB3: SKIPA A,[-^D3,," "] ;THREE-DIGIT NUMBER FIELD
DECB2: MOVE A,[-^D2,," "] ;TWO-DIGIT NUMBER FIELD
PJRST DECPN ;GO DO GENERALIZED STUFF
DECZ2: MOVE A,[-^D2,,"0"] ;TWO-DIGIT NUMBER FIELD
PJRST DECPN ;GO DO GENERALIZED STUFF
DECPN: MOVEI R,^D10 ;DECIMAL RADIX
RDXPN: HRRZM A,L0FILL ;LEADING ZERO FILL CHARACTER
RDXPN0: IDIVI N,(R) ;GET NEXT ---ADE
ADDI N1,"0" ;ASCII-IZE IT
HRLM N1,(P) ;AND SAVE IT AWAY FOR TYPEOUT
AOBJN A,.+1 ;COUNT UP DIGITS
JUMPE N,RDXPN4 ;EXIT LOOP IF DONE WITH NON-ZERO DIGITS
PUSHJ P,RDXPN0 ;RECURSE FOR WHOLE NUMBER
RDXPN2: HLRZ CH,(P) ;RETRIEVE ASCII DIGIT
PJRST TYO ;AND OUTPUT IT
RDXPN4: JUMPGE A,RDXPN2 ;IF ALREADY FULL, NO FILLERS
RDXPN5: HRRZ CH,L0FILL ;GET LEADING FILLER
PUSHJ P,TYO ;OUTPUT LEADING FILLER
AOBJN A,RDXPN5 ;LOOP FOR NOT-YET-FILLED FIELD
JRST RDXPN2 ;NOW OUTPUT THE REAL DIGITS
PNTPPN: MOVE N,A
;PRINT OCTAL AS UNSIGNED HALVES
OCTPRT: PUSH P,N
HLRZ N,(P)
JUMPE N,OCTRH
MOVEI R,10
PUSHJ P,RDXPRT
PUSHJ P,COMMA
OCTRH: HRRZ N,(P)
MOVEI R,10
PUSHJ P,RDXPRT
POP P,N
POPJ P,
JRST RDXPRT
DECTAB: PUSHJ P,DECPRT
JRST TAB
CONFIG: MOVEI M,[ASCIZ /This is/]
CONFIM: PUSHJ P,MSG
PUSHJ P,SPACE
CONFI0: MOVEI B,0
MOVEI C,11
CONFL: MOVEI M,A
MOVE A,C
PUSHJ P,GETA
PUSHJ P,MSG
AOBJN C,.+1
TRNE A,376
SOJA C,CONFL
POPJ P,0
PDATIM: MOVE A,XDATE ;DATE
CALL GETA ;GET THE DATE
IDIVI A,^D31
MOVEI N,1(B)
MOVE B,A ;SAVE A
PUSHJ P,DECZ2 ;PRINT TWO-DIGIT DAY OF THE MONTH
MOVE A,B ;RESTORE A
IDIVI A,^D12
MOVE B,MONTAB(B)
MOVEI C,0
MOVEI M,B
MOVEI N,^D64(A)
PUSHJ P,MSGDEC ;PRINT MESSAGE FOLLOWED BY DECIMAL NO.
PUSHJ P,SPACE
MOVE A,XTIME
PUSHJ P,GETA
JRST TCKTIM
PUPTIM: MOVEI M,[ASCIZ/UP:/] ;IDENTIFY WHAT FOLLOWS
PUSHJ P,MSG ;TYPE IT
MOVE A,UPTINC ;GET APPROPRIATE UPTIME FIGURE
PJRST TCKTIM ;AND TYPE IT OUT
GUPTIM: MOVE A,XSMPTM ;SYSTEM UPTIME GETTAB
PUSHJ P,GET ;SEE HOW LONG SYSTEM UP
SKIPA A,XUPTIM ;MUST BE PRE-SMP MONITOR
POPJ P, ;SMP TOTAL SYSTEM UPTIME
PJRST GETZ ;SEE HOW LONG MASTER UP
;ROUTINE TO COMPUTE INTEGER SQRT: N=ISQRT(A,B)
;CALLED WITH POS ARG IN "A,B", RESULT RETURNED IN "N", USES N1
ISQRT: MOVEI N,0 ;PRESET NULL ANSWER
JUMPL A,CPOPJ ;RETURN 0 IF NEG
MOVE N,A ;COPY ARG
JFFO N,.+2 ;SET N1 TO NUM 0S
MOVEI N1,^D36 ; IN CASE ALL ZERO
SOS N1 ;BACK DOWN FOR SIGN BIT
TRZ N1,1 ;MAKE SMALLER EVEN
LSH B,1 ;COMPRESS OUT SIGN BIT OF B
LSHC A,-^D35(N1) ;POSITION MOST SIG. BITS IN B
ASH N1,-1 ;DIVIDE SHIFT BY 2
MOVNS N1 ;SET TO OTHER WAY FOR ANSWER
TRO B,1 ;FORCE SOME BITS ON TO TERMINATE
MOVEI N,0 ;CLEAR ANSWER
ISQ1: ASH N,1 ;MOVE TO NEXT BIT
CAMG A,N ;SEE IF REMAINDER IS BIG
JRST ISQ2 ;NO--LOOP ON
SUB A,N ;DECREASE REMAINDER
SUBI A,1 ; ..
TRO N,2 ;INCREASE RESULT
ISQ2: LSHC A,2 ;SHIFT REMAINDER TWO BITS
JUMPN B,ISQ1 ;LOOP UNTIL DONE
ASH A,-1 ;BACK OFF REMAINDER
CAMLE A,N ;SEE IF ROUNDING NEEDED
ADDI N,1 ;YES--INCREASE RESULT
ASH N,^D17(N1) ;POSITION RESULT
POPJ P, ;RETURN
SUBTTL CONSTANTS AND DATA
;CONSTANTS FOR GETTAB UUO
XTIME: XWD 10,11
XDATE: XWD 11,11
XSEGPT: XWD 15,11
XUPTIM: XWD 15,12
XSMPTM: %CNSUP ;TOTAL SMP SYSTEM UPTIME
XDVLST: XWD 14,11
XSTATS: XWD 17,11
XLSTIM: XWD 22,12
XK4SWP: XWD 1,15
XSYSSZ: XWD 12,11
XMEMSZ: XWD 23,12
XSPPN: XWD 1,16
XOPR: XWD 13,11
XGETTS: XWD 23,23 ;GET TAB SELF POINTER
XSYSUNI: XWD 7,16
XSWPER: XWD 5,13
XSWPUN: XWD 10,16
XPTYCN: XWD 22,11 ;PTY CONFIGURATION
XOPPN: XWD 2,16 ;OPERATOR PPN
XLPPN: XWD 3,16 ;LOGIN PPN
XHGHJB: XWD 20,12 ;HIGHEST JOB CURRENTLY ACTIVE
XPDBPT: XWD 45,11 ;PTR TO LIST OF PDB'S
XDDBLD: XWD 75,11 ;POINTER TO VALUE OF LDB LINK IN TTY DDB
QTAB: SIXBIT /RNWSTS/
SIXBIT /STAUMQ/
SIXBIT /DADTDC/
SIXBIT /MTIOTI/
SIXBIT /SLNL^C/
SIXBIT /AABBCC/
SIXBIT /DDEEFF/
SIXBIT /GGHHII/
SIXBIT /JJKKLL/
SIXBIT /MMNNOO/
SIXBIT /PPQQRR/
LQTAB==QTAB-.
MONTAB: ASCII /-Jan-/
ASCII /-Feb-/
ASCII /-Mar-/
ASCII /-Apr-/
ASCII /-May-/
ASCII /-Jun-/
ASCII /-Jul-/
ASCII /-Aug-/
ASCII /-Sep-/
ASCII /-Oct-/
ASCII /-Nov-/
ASCII /-Dec-/
SYSPPN: XWD 1,1
OLDPPN: Z
NEWPPN: Z
OPRPPN: XWD 1,2 ;DEFAULT OPERATOR PPN
LOGPPN: XWD 2,5 ;DEFAULT LOGIN PPN
COMMENT &
TABPTR IS A TABLE USED TO INITIALIZE ALL TABLES NEEDED BY SYSDPY
BASICALLY THERE ARE TWO TYPES OF TABLES:
1 TABLES IN THE SPY SEGMENT
2 TABLES IN SYSDPY CORE
THE TABLES ARE DESCRIBED BY FOUR FIELDS IN THE LEFTHALF POINTER
OF THE TABPTR ENTRIES. THESE FIELDS ARE ADDRESSED BY 4 BYTE POINTERS:
1 PSIZE A TWO BIT LEFT ADJUSTED FIELD USED TO INDEX TABLE TSIZE
THIS OPERATION GIVES THE THE TABLE LENGTH
2 PSPY A BIT IF SET FLAGGING THAT TABLE IS IN SPY SPACE NOW
3 PSPYTB A BIT THAT INDICATES TABLE IS SPYABLE FROM MONITOR
4 PTABLE AN INDEX OF THE TABLE FOR GETTAB UUOS (IFF SPYTAB SET)
NOTE: THE SIZE OF BOTH IS ONPURPOSE 2,THIS SATISFIES OLD SIGN TESTS
&
LJOBN==0B1 ;TABLE INDEX BY JOB NUMBER
LSEGN==1B1 ;TABLE INDEX BY SEGMENT NUMBER
LBOTH==2B1 ;TABLE INDEX BY JOB OR SEGMENT NUMBER
;3B1 IS ILLEGAL
;1B2 IS USED BY PSPY
SPYTAB==1B3 ;TABLE IS SPYABLE FROM MONITOR
PSIZE: POINT 2,(D),1 ;TSIZE INDEX
PSPY: POINT 1,(D),2 ;TABLE IS CURRENTLY BEING SPYED
PSPYTB: POINT 1,(D),3 ;TABLE IS SPYABLE FROM MONITOR
PTABLE: POINT 9,(D),17;GETTAB TABLE INDEX (IFF SPYTAB SET)
;THE TABLE USED TO INITIALIZE SYSDPY'S JOB DATA TABLES
;
;THE TABLES AT TABLE ARE INTERNAL SYSDPY BOOKKEEPING TABLES.
;
;THE TABLES AT TABPTR ARE MONITOR TABLES WHICH, IF THEY CANNOT BE
;SPIED, ARE CONVERTED TO INTERNAL SYSDPY TABLES AND FILLED BY
;GETTAB'ING THE INFORMATION FROM THE MONITOR (SLOW, BUT SURE)
TABLE: EXP LJOBN+TTIOS
EXP LJOBN+TTLDB
EXP LJOBN+JTTIM
EXP LJOBN+JTRCT
EXP LJOBN+JTWCT
TABPTR: EXP LBOTH!SPYTAB+<.GTSTS,,JBSTS>
EXP LBOTH!SPYTAB+<.GTADR,,JBADR>
EXP LBOTH!SPYTAB+<.GTPPN,,JBPPN>
EXP LBOTH!SPYTAB+<.GTPRG,,JBPRG>
EXP LJOBN!SPYTAB+<.GTTIM,,JBTIM>
EXP LBOTH!SPYTAB+<.GTSWP,,JBSWP>
EXP LJOBN!SPYTAB+<.GTSGN,,JBSGN>
EXP LJOBN!SPYTAB+<.GTRCT,,JBRCT>
EXP LJOBN!SPYTAB+<.GTWCT,,JBWCT>
EXP LJOBN!SPYTAB+<.GTNM1,,JBNM1>
EXP LJOBN!SPYTAB+<.GTNM2,,JBNM2>
EXP LJOBN!SPYTAB+<.GTRTD,,JBRTD>
EXP LJOBN!SPYTAB+<.GTVRT,,JBVRT>
EXP LJOBN!SPYTAB+<.GTST2,,JBST2>
; EXP LJOBN!SPYTAB+<.GTPC,,JBPC>
EXP LJOBN!SPYTAB+<.GTPDB,,JBPDB>
EXP LBOTH!SPYTAB+<.GTIMI,,JBIMI>
EXP LBOTH!SPYTAB+<.GTIMO,,JBIMO>
EXP LJOBN!SPYTAB+<.GTDDB,,JBDDB>
EXP LJOBN!SPYTAB+<.GTVIR,,JBVIR>
NTAB==.-TABPTR
EXP LSEGN+SGCNT
NTABLE=.-TABLE
;THE ACTUAL TABLE POINTERS (INITIALIZED BY GJBDAT TO EITHER BE
;INTERNAL TO SYSDPY TABLES (MEMORY ALLOCATED AT RUN TIME BASED
;ON MONITOR'S JOB CAPACITY) OR THE ACTUAL MONITOR TABLE ADDRESS
;RELOCATED INTO THE SPY SPACE.
;THE TT--- TABLES ARE UNAVAILABLE WITHOUT PEEKING OR SPYING ABILITIES.
TTIOS: Z 0(J) ;CONTROLLING TTY DEVIOS WORD
TTLDB: Z 0(J) ;TTY LDB ADDRESS
;THE JI--- VARIABLES ARE THE INCREMENTAL STATISTICS FOR PRESENT JOB.
JITIM: Z ;[610] INCREMENTAL RUNTIME
JIRCT: Z ;[610] INCREMENTAL DISK READS
JIWCT: Z ;[610] INCREMENTAL DISK WRITES
;THE JT--- TABLES ARE USED FOR PER-JOB INCREMENTAL STATISTICS DISPLAY
JTTIM: Z 0(J) ;RUNTIME (TOTAL) LAST UPDATE CYCLE
JTRCT: Z 0(J) ;DISK READS (TOTAL) LAST UPDATE CYCLE
JTWCT: Z 0(J) ;DISK WRITES (TOTAL) LAST UPDATE CYCLE
;THE JB--- TABLES ARE THE REAL JOB TABLES
JBSTS: Z 0(J) ;JOB STATUS (RUN, SWAPPED, ETC.)
JBADR: Z 0(J) ;PROGRAM SIZE (NON-VM)
JBPPN: Z 0(J) ;JOB'S ACCOUNT (PPN)
JBPRG: Z 0(J) ;PROGRAM NAME
JBTIM: Z 0(J) ;TOTAL RUNTIME
JBSWP: Z 0(J) ;SWAPPING POINTER AND SIZE
JBSGN: Z 0(J) ;HIGH SEG NUMBER AND FLAGS
JBRCT: Z 0(J) ;INCREMENTAL AND TOTAL DISK READS
JBWCT: Z 0(J) ;INCREMENTAL AND TOTAL DISK WRITES
JBNM1: Z 0(J) ;FIRST HALF OF USER NAME
JBNM2: Z 0(J) ;SECOND HALF OF USER NAME
JBRTD: Z 0(J) ;REAL-TIME (HPQ) WORD
JBVRT: Z 0(J) ;PROGRAM (SEGMENT) VIRTUAL SIZES
JBST2: Z 0(J) ;SECOND JOB STATUS (EW CODE, ETC.)
JBPC: Z 0(J) ;PROGRAM PC
JBPDB: Z 0(J) ;ADDRESS OF PDB, MONITOR PAGES, ETC.
JBIMI: Z 0(J) ;PROGRAM/SEGMENT "IMGIN" SIZE
JBIMO: Z 0(J) ;PROGRAM/SEGMENT "IMGOUT" SIZE
JBddb: Z 0(J) ;I/O WAIT DDB
JBVIR: Z 0(J) ;PROGRAM VIRTUAL SIZE
;THE SG--- TABLES ARE INTERNAL INFO FOR THE SEGMENTS
SGCNT: Z 0(A) ;HIGH SEGMENT COUNTS
SGC$AC==1B1 ; LH = FLAGS: SGC$AC SEGMENT COUNTED IN ACTUSE
; RH = COUNT OF JOBS USING THIS SEGMENT
TAB0: DEC 4,12,16,23,26,32 ;FOR JOB DISPLAY
TABJ0: DEC 4,12,16,23,26,32,44,52,56,63,66,72 ;JOBS ONLY
TABS0: DEC 4,12,16,23,26,32,40,50,60 ;FOR EXPANDED JOB DISPLAY
TABV0: DEC 4,12,16,23,40,58,64,70
TAB1: DEC 46,49,52,55,65,69,73,77 ;CPU STUFF
TAB1CP: DEC 46,50,54,58,62,66,70,74 ;KL PERF PERCENTAGES
TAB1IO: DEC 46,51,56,61 ;DISK I/O
TAB1NT: ;NETWORK I/O
TAB1TT: DEC 53,62 ;TTY STATISTICS
TAB1ST: DEC 48,52,61,68,72 ;STRUCTURES DISPLAY
TAB1DV: DEC 48,51,54,61,64,67,74,77 ;DEVICES DISPLAY COLUMNS
TAB2: DEC 48,51,54,65,68,71 ;FOR HISEG DISPLAY
TABV2: DEC 59,62,65,76,79,82
TAB4: DEC 16,23,30,37,44,51,58,65,72 ;RANDOM
TAB4FS: DEC 16,25,34,43,52,61,70 ;FOR FILE SYSTEM DISPLAY
TAB5: DEC 10
TAB6: DEC 13,XSIZE-39,XSIZE-34,XSIZE-29,XSIZE-24,XSIZE-19,XSIZE-14,XSIZE-9,XSIZE-4
TAB6X: DEC 13,XSIZE-31,XSIZE-27,XSIZE-23,XSIZE-19,XSIZE-15,XSIZE-11,XSIZE-7,XSIZE-3
TAB7: DEC 8,16,24,32,40,48,56,64,72
IFN FTNET,< ;NETWORK VARIABLES
TAB8: DEC X2SIZE+7,X2SIZE+15,X2SIZE+23,X2SIZE+31,X2SIZE+39
TAB9A: DEC 1+16,1+16+9 ;UNNUMBERED CTL
TAB9B: DEC X2SIZE+16,X2SIZE+16+9 ;NUMBERED CTL
> ;
TAB10: DEC 48,52,68,72 ;STRUCTURE DISPLAY
TABCI: DEC 8,18,28,38,48,58,68 ;CI STUFF
TABDNL: DEC 12,21,26,33,41,49,55,61,66,72 ;DECNET LINKS
TABDNN: DEC 9,17,23,29,36,45 ;DECNET NODES
IFN FTNET,<
TABETH: DEC 20,29,36,52,63 ;ETHERNET DISPLAY
TABLAT: DEC 12,24,36,48,60,72 ;LAT DISPLAY
>; END IFN FTNET
BPTAB: POINT 9,DBUF,8
POINT 9,DBUF,17
POINT 9,DBUF,26
POINT 9,DBUF,35
XLIST ;THE LITERALS
LIT
LIST
;MORE MONITOR INTERFACE
PJOBNO: Z (D) ;RH SET WITH DEVJOB OFFSET INTO DDB
PJOBNP: Z C ;LH SET WITH BYTE POINTER INTO C
;LENTAB CORRESPONDENCE BETWEEN TABLE LENGTH AND ENTRY TYPE IN NUMTAB
;>0 YOU GOT THE LENTH
;=0 TABLE DOES NOT EXIST (NO ENTRIES)
;-1 PDB DATA
;-2 NUMTAB CONTAINS THE LENGTH
LENTAB: EXP 0 ;GT.UND UNDEFINED
EXP -2 ;GT.ITM NUMTAB ENTRY HAS LENGTH
GT.JOB: EXP 0 ;GT.JOB CHANGED BY IJBDAT CODE
GT.SEG: EXP 0 ;GT.SEG SET BY IJBDAT CODE
EXP -1 ;GTJBPDB PDB DATA
TPCJOB: POINT 8,B,10
IMGOUT: POINT 9,@JBSWP,26
IMGIN: POINT 9,@JBSWP,35
DSKLEV: POINT 3,STATES,9 ;DISK MONITOR LEVEL NO.
TTYTAB: EXP ;ADDRESS OF TTYTAB FOR EFFICIENT SPY
VDDLDB: EXP ;VALUEDDBLDB
.SEGLS: EXP ;LAST WORD IN SGCNT TABLE
CCINT: 4,,CCTYPD ;^C INTERCEPT BLOCK
ER.ICC
CCIOPC: Z
Z
TTYFLG: EXP 0 ;0 WHEN NO LINE NUMBERS CAN BE GOTTEN
;-1 WHEN SPYING ON OLD TOPS10
;+1 WHEN ISUING TRMNO. AND DEVNAM UUO'S TO GET DATA
CTYNDX: EXP 0 ;CONTAINS INDEX OF CTY WHEN TTYFLG=+1
L0FILL: BLOCK 1 ;HOLDS FILLER FOR DECP??
IFE V.DISP-V.DVBX,<
DISPLA: 020137 ;MODE 0/1: FULL INTENSITY,SCALE=1, 60HZ. SYNC.
221750,,160000 ;MODE 1:X=1000.; MODE 1:Y=0.
060000,,DISBUF ;MODE 7:JUMP AND GO TO MODE 3(SIXBIT)
>; END IFE V.DISP-V.DVBX
PDLST: BLOCK PDLEN ;ALLOCATE STACK SPACE
IFN FTNET,<
;LIST OF BYTE POINTERS INTO NDB (MATCHES NDBGTB)
NDBPTB:
NDBLEN: 24 ;LENGTH OF NDB
NDBNXT: POINT 18,XDBBLK+00,35 ;ADDRESS OF NEXT NDB
NDBNNM: POINT 18,XDBBLK+00,17 ;NODE NUMBER
NDBSNM: POINT 18,XDBBLK+02,17 ;ADDRESS OF STATION NAME
NDBNGH: POINT 18,XDBBLK+07,17 ;FIRST NEIGHBOR ENTRY
NDBNGL: POINT 18,XDBBLK+16,35 ;LAST NEIGHBOR ENTRY
NDBNGN: POINT 10,N,27 ;NODE NUMBER FROM NDBNGH
NDBOPR: POINT 18,XDBBLK+17,35 ;ADDRESS OF OPR LDB IF ANY
NDBCTJ: POINT 18,XDBBLK+23,17 ;STATION CONTROL JOB NUMBER
NDBLAR: POINT 8,XDBBLK+03,11 ;LAST ACK RECEIVED
NDBLAP: POINT 8,XDBBLK+03,19 ;LAST OUTPUT MESSAGE# ACK'ED
NDBLMS: POINT 8,XDBBLK+03,27 ;LAST MESSAGE SENT
NDBLMA: POINT 8,XDBBLK+03,35 ;LAST MESSAGE NUMBER ASSIGNED
NDBLMR: POINT 8,XDBBLK+02,35 ;LAST INPUT MESSAGE RECEIVED
NDBLMP: POINT 8,XDBBLK+02,27 ;LAST MESSAGE PROCESSED
> ;END IFN FTNET
;PROTOTYPE QUEUES-LISTING REQUEST MESSAGE FROM QUASAR
QSRMSG: XWD QSRLEN,.QOLIS ;TYPE OF FUNCTION AND LENGTH
XWD 0,'SYS' ;FLAGS AND 3 LETTER MNENOMIC
EXP 0 ;ACKNOWLEDGE WORD
EXP 0 ;NO SPECIAL FLAGS
EXP 1 ;ONE ARGUMENT BLOCK FOLLOWING
XWD 2,.LSQUE ;QUEUE BLOCK
QSRFLG: EXP 0 ;WHICH QUEUES TO LIST, FILLED IN AT RUNTIME
QSRLEN==.-QSRMSG ;SIZE OF PACKET
ZER:! BLOCK 21 ;START OF AREA TO ZERO
;9 BYTE/CH CH IF SAME; 200+CH IF DIFF; 400+OLD IF SPACE
DBUF: BLOCK <YSIZE*XSIZE/4>+1
DBFEND=.-1
IFE V.DISP-V.DVBX,<
DISBUF: BLOCK <YSIZE*XSIZE/5>+10
DISBEN: 353537,,160000 ;NULLS,ESCAPE; MODE 0:NULL
0,,DISPLA ;MODE 7:JUMP TO START
DISBES: DISBEN-1 ;OLD END OF BUFFER
>; END IFE V.DISP-V.DVBX
IFE V.DISP-V.DDLT, <
LASTCR: BLOCK YSIZE ;LAST CHARACTER POSITION ARRAY
; FOR DELTA-DATA TELTERM
>; END OF IFE V.DISP-V.DDLT
HIBTIM: BLOCK 1 ;WAIT TIME BETWEEN UPDATES
HIBTIW: BLOCK 1 ;AS ENTERED BY OPERATOR
HLPADR: EXP 0 ;ADDRESS OF HELP TEXT IF READ IN
P2WLSH: BLOCK 1 ;LSH @P2WLSH FOR "PAGES" TO WORDS
W2PLSH: BLOCK 1 ;LSH @W2PLSH FOR WORDS TO "PAGES"
GETAB: Z ;TEMP USED BY PSEUDO CODE
GETAB1: Z ;TEMP USED BY PSEUDO CODE
GETAB2: Z ;USED BY PSEUDO CODE
GETAB3: 0 ;ANOTHER TEMP
TEMP: 0
TEMP1: 0
REPS: 0
JOBPHY: BLOCK 1 ;JOB LOW,,HIGH PHYSICAL SIZE
JOBPPG: BLOCK 1 ;COUNT OF PER-PROCESS PAGES
JOBVIR: BLOCK 1 ;JOB LOW,,HIGH VIRTUAL SIZE
CPU: BLOCK 1 ;CPU NUMBER FOR RESPONSES(0,1)
CPMAX: BLOCK 1 ;MAX CPU NUMBER SYS IS BUILT FOR
CPMNY: BLOCK 1 ;.GT. 0 IF MULTI-CPU
CPBTS: BLOCK 1 ;SYSTEM BOOT CPU
CPHDR: BLOCK 1 ;ADDR OF HEADER STRING IF NEEDED
CPRLX: BLOCK 1 ;OFFSET FOR CPLQR
CPCSH: BLOCK 1 ;.NE. 0 IF CACHE MEMORY SYSTEM
CPKS10: BLOCK 1 ;[633] .NE. 0 IF KS-10
;TABLES FOR CPU INCREMENTAL STATISTICS. THESE TABLES ARE TWO-WAY
;INTERLEAVED SINCE CPU INDEX IN CPULP IS A TWO-WORD INDEX FOR THE
;.CCXXX/.CVXXX MONITOR TABLES
CPNAM: BLOCK 1 ;CPU NAME
CPOKF: BLOCK 1+5+5 ;.NE. 0 THEN CPU NOT RUNNING
CPUPT: BLOCK 1 ;CPU UPTIME (IN TICKS)
CPNUL: BLOCK 1+5+5 ;CPU IDLE (NULL) TIME (IN TICKS)
CPOHT: BLOCK 1 ;CPU OVERHEAD TIME (IN TICKS)
CPLST: BLOCK 1+5+5 ;CPU LOST TIME (IN TICKS)
CPTJC: BLOCK 1 ;TOTAL JOB CONTEXT SWITCHS
CPNDB: BLOCK 1+5+5 ;NUMBER OF TIMES DOORBELL RUNG (MULTI-CPU)
CPCSN: BLOCK 1 ;NUMBER OF TIMES CACHE SWEPT (KL-10 ONLY)
CPTUC: BLOCK 1+5+5 ;TOTAL UUOS
CPFBI: BLOCK 1 ;DISK (FILE) BLOCKS INPUT
CPFBO: BLOCK 1+5+5 ;DISK (FILE) BLOCKS OUTPUT
CPSBI: BLOCK 1 ;DISK (SWAP) BLOCKS INPUT
CPSBO: BLOCK 1+5+5 ;DISK (SWAP) BLOCKS OUTPUT
CPTFI: BLOCK 1 ;MAGTAPE "BLOCKS" INPUT
CPTFO: BLOCK 1+5+5 ;MAGTAPE "BLOCKS" OUTPUT
CPMHD: BLOCK 1 ;DOUBLE WORD CLOCK RATE (MHZ)
CPMHZ: BLOCK 1+5+5 ;SINGLE WORD CLOCK RATE (MHZ)
;CPMHD ALWAYS 0 SO CAN DDIV IN CPLQR
;THE KL-10 PERFORMANCE ANALYSIS COUNTS
;NOTE THEY ARE INDEXED "STRAIGHT" - THEY ARE NOT INTERLEAVED
CP0PAV: BLOCK ^D16*4 ;CPU0 BACKGROUND PERFORMANCE ANALYSYS
CP1PAV: BLOCK ^D16*4 ;CPU1 BACKGROUND PERFORMANCE ANALYSYS
CP2PAV: BLOCK ^D16*4 ;CPU2 BACKGROUND PERFORMANCE ANALYSYS
CP3PAV: BLOCK ^D16*4 ;CPU3 BACKGROUND PERFORMANCE ANALYSYS
CP4PAV: BLOCK ^D16*4 ;CPU4 BACKGROUND PERFORMANCE ANALYSYS
CP5PAV: BLOCK ^D16*4 ;CPU5 BACKGROUND PERFORMANCE ANALYSYS
NABYI: BLOCK 1 ;ANF NETWORK BYTES RECEIVED
NABYO: BLOCK 1 ;ANF NETWORK BYTES TRANSMITTED
NDBYI: BLOCK 1 ;DECNET NETWORK BYTES RECEIVED
NDBYO: BLOCK 1 ;DECNET NETWORK BYTES TRANSMITTED
NEBYI: BLOCK 1 ;ETHERNET BYTES RECEIVED
NEBYO: BLOCK 1 ;ETHERNET BYTES TRANSMITTED
NEDGI: BLOCK 1 ;ETHERNET DATAGRAMS RECEIVED
NEDGO: BLOCK 1 ;ETHERNET DATAGRAMS TRANSMITTED
SCNRI: BLOCK 1 ;NUMBER OF RECEIVED CHARACTERS
SCNXI: BLOCK 1 ;NUMBER OF TRANSMITTED CHARACTERS
IPCTS: BLOCK 1 ;NUMBER OF IPCF PACKETS TRANSFERED
IPTWT: BLOCK 1 ;NUMBER OF WORDS IN WORD-MODE PACKETS
IPTPT: BLOCK 1 ;NUMBER OF PAGES IN PAGE-MODE PACKETS
IFN FTNET,<
;NETWORKS STATISTICS INCREMENTAL DISPLAY DATA
NTXTP: BLOCK ^D10 ;UNNUMBERED CONTROL SENT
NTRTP: BLOCK ^D10 ;UNNUMBERED CONTROL RECEIVED
NTXMT: BLOCK ^D10 ;NUMBERED CONTROL SENT
NTRMT: BLOCK ^D10 ;NUMBERED CONTROL RECEIVED
NTXDL: BLOCK ^D12 ;MESSAGES SENT BY LENGTH
NTRDL: BLOCK ^D12 ;MESSAGES RECEIVED BY LENGTH
NTRTL: BLOCK 1 ;TOTAL MESSAGES RECEIVED
NTXTL: BLOCK 1 ;TOTAL MESSAGES TRANSMITTED
NTRTH: BLOCK 1 ;TOTAL DATA MESSAGES RECEIVED
NTXTH: BLOCK 1 ;TOTAL DATA MESSAGES SENT
> ;END IFN FTNET
UPTIME: 0 ;UPTIME OF SYSTEM IN JIFFIES
UPTINC: BLOCK 1 ;UPTIME (MAYBE INCREMENTAL)
THED: BLOCK 3
LOGOHD: BLOCK 3 ;LOG FILE RING HEADER
;THE SEQUENCE OF JOBN SEGN AND BOTH MUST NOT BE CHANGED NOR MUST
;OTHER ENTRIES BE INSERTED
TSIZE:
JOBN: 0
SEGN: 0
BOTH: 0
JBNMAX: BLOCK 1 ;LARGEST JOB NUMBER IN USE
CORMAX: BLOCK 1 ;LARGEST SIZE FOR SINGLE JOB
MAXMAX: BLOCK 1 ;TOTAL PHYSICAL USER MEMORY AVAILABLE
PHYMAX: BLOCK 1 ;MAX POSSIBLE MAXMAX
JBUBZR: ;START OF JOB USAGE FIGURES CLEARED EACH PASS
JBNUSE: BLOCK 1 ;NUMBER OF JOBS IN USE
JBNLOG: BLOCK 1 ;NUMBER OF JOBS LOGGED-IN
JBNDET: BLOCK 1 ;NUMBER OF JOBS DETACHED
ACTUSE: BLOCK 1 ;TOTAL MEMORY USED BY "ACTIVE" JOBS
DSKUSE: BLOCK 1 ;TOTAL DSK (SWAP) MEMORY USED
PHYUSE: BLOCK 1 ;TOTAL PHYSICAL (WORKING SET) MEMORY USED
VIRUSE: BLOCK 1 ;TOTAL VIRTUAL MEMORY USED
SHRSAV: BLOCK 1 ;MEMORY SAVED BY SHARING
JRNRN: BLOCK 1 ;JOBS RUNNING ACTIVELY
JRNIO: BLOCK 1 ;JOBS RUNNING OR IO BLOCKED
JRNSL: BLOCK 1 ;JOBS NOT ^C'ED
JBUEZR==.-1 ;END OF JOB USAGE FIGURES CLEARED EACH PASS
SLQ: BLOCK 1 ;"SL" STATE Q CODE
TIQ: BLOCK 1 ;"TI" STATE Q CODE
EWQ: BLOCK 1 ;"EW" STATE Q CODE
LOKCHK: BLOCK 1 ;CHECKED FOR LOCKED SEGMENT FLAG
SEGPTR: 0
ZERLOW: 0
ZERHGH: 0
TCKSEC: 0
STATES: 0
GTTSLF: 0
MONVER: 0 ;VERSION OF RUNNING MONITOR
FREAK: 0 ;FREQUENCY OF LINE CLOCK JIFFIES
VMPPB0: 0 ;SECTION-0 PER-PROCESS BEGIN ADDRESS
VMPPE0: 0 ;SECTION-0 PER-PROCESS END ADDRESS
VMPPB1: 0 ;SECTION-1 PER-PROCESS BEGIN ADDRESS
VMPPE1: 0 ;SECTION-1 PER-PROCESS END ADDRESS
ME: 0
MYJOB: 0
OPR: 0
LINE: 0
COL: 0
BOTTOM: 0
WINDOW: 0
LTEND: 0
LTTEND: 0
RTEND: 0
RELCKC: 0 ;COUNT UP TO RELEASE /V
TABCTR: 0 ;COUNTER OF TABS IN THIS LINE SO FAR
PROGRM: 0 ;WHICH DISPLAY PROGRAM
CURFS: 0 ;CURRENT FILE STRUCTURE
CURUN: 0 ;CURRENT UNIT NAME
CURUN2: BLOCK 1 ;CURRENT UNIT "PRIME" PORT NAME
DSKBLK: BLOCK DSKBKL ;DSKCHR UUO BLOCK
SWPTAB: BLOCK SWPTLN ;SWAPPING UNIT TABLE
PTYOFS: 0
DUAL: 0 ;-1 IF DUAL PROCESSOR SYSTEM ELSE 0
QSRPID: BLOCK 1 ;PID FOR [SYSTEM]QUASAR
IPCBLK: BLOCK .IPCFP+1;IPCF PACKET HEADER BLOCK
;PRINT CONTROL VARIABLES
;ONLY USED BY F DISPLAY CURRENTLY(FIRJOB BY N DISPLAY)
VISIBL: Z ;MIN 1 WHEN CURRENT LINE IS VISIBLE
;EQL 0 WHEN SCREEN IS FULL
;PLS 1 WHEN LINE IS BELOW OUR HORIZONT
;MANIPULATED BY ICRLF &STROLL
HDRVAL: Z ;ZERO IF NO HEADER HAS BEEN DELAYED ELSE ADDRESS
;OF HEADER STRING GENERATOR
NLTYPD: Z ;NUMBER OF LINES TYPED ON SCREEN
CLINE: Z ;LOGICAL LINE NUMBER E.G. JOB NUMBER +HEADER LENGTH
LSTLNE: Z ;LAST LINE NOT TYPED
FIRJOB: Z ;FIRST LINE VISIBLE IN CURRENT WINDOW
EATCNT: BLOCK 1 ;LINES TO EAT (EMSG)
SLINE: Z ;SAVE REMAINDER ON SCREEN HERE
SBOTTM: Z ;SAVE OLD BOTTOM VALUE
.FRAJR: Z ;AUTO JOB ROLL FACILITY
.FRAJS: Z ;JOBS SKIPPED DURING AUTO ROLL
PTYMAX: BLOCK 1
PDBPTR: BLOCK 1 ;ADDR OF LIST OF PDB'S +400000 BIT FOR SPYING
;LH=N1 TO OFFSET FOR THE DESIRED JOB
SPYSIZ: BLOCK 1 ;MAX EXEC VIRTUAL ADDRESS (LOSEG) WE CAN SPY
REALTT: BLOCK 1 ;-1 IF REAL TTY NAME DESIRED
TRSHLD: 0 ;[610] RUNTIME THRESHOLD VALUE (= 1/100 SECONDS)
NUMBER: BLOCK 1 ;NUMBER FOR COMMAND (E.G., "W")
NUMFLG: BLOCK 1 ;NUMBER FOR COMMAND WAS TYPED
HPQCMD: BLOCK 1 ;HPQ LEVEL FROM SET HPQ COMMAND
NETMNY: BLOCK 1 ;.GT. 0 IF NEED TO COMPRESS SCREEN
DCHOFF: BLOCK 1 ;LDB OFFSET FOR LDBDCH
XDBBLK: BLOCK XDBLEN ;SCRATCH DATA BLOCK
FLPBLK: BLOCK FLPLEN ;FILOP. BLOCK
LKEBLK: BLOCK LKELEN ;LOOKUP/ENTER BLOCK
SUBTTL Low segment -- DCN Stuff
KNONOD: BLOCK ^D1028 ; Block for DNET. Function .DNLNN
NODSTA: BLOCK .DNNLN ; Block for DNET. function .DNNDI
DNTBLK: BLOCK .DNSLN ; Block for DNET. function .DNSLS
TRMBLK: BLOCK 4 ; TRMOP. Block
SAVCRL: BLOCK 1 ; Storage for TTY CRLF
;ETHERNET DATA STORAGE
IFN FTNET,<
ENTBLK: BLOCK .ETAR2+1 ;ETHNT. UUO ARGUMENT BLOCK
RCLBFL==^D5 ;SIZE OF READ CHANNEL LIST BUFFER
RCLBUF: BLOCK RCLBFL ;READ CHANNEL LIST BUFFER
RCIBFL==^D5 ;SIZE OF READ CHANNEL INFO BUFFER
RCIBUF: BLOCK RCIBFL ;READ CHANNEL INFO BUFFER
RCCBFL==^D50 ;SIZE OF READ CHANNEL COUNTERS BUFFER
RCCBUF: BLOCK RCCBFL ;READ CHANNEL COUNTERS BUFFER
RKLBFL==^D5 ;SIZE OF READ KONTROLLER LIST BUFFER
RKLBUF: BLOCK RKLBFL ;READ KONTROLLER LIST BUFFER
RKIBFL==^D10 ;SIZE OF READ KONTROLLER INFO BUFFER
RKIBUF: BLOCK RKIBFL ;READ KONTROLLER INFO BUFFER
RKCBFL==^D50 ;SIZE OF READ KONTROLLER COUNTERS BUFFER
RKCBUF: BLOCK RKCBFL ;READ KONTROLLER COUNTERS BUFFER
RPLBFL==^D20 ;SIZE OF READ PORTAL LIST BUFFER
RPLBUF: BLOCK RPLBFL ;READ PORTAL LIST BUFFER
RPIBFL==^D20 ;SIZE OF READ PORTAL INFO BUFFER
RPIBUF: BLOCK RPIBFL ;READ PORTAL INFO BUFFER
RPCBFL==^D50 ;SIZE OF READ PORTAL COUNTERS BUFFER
RPCBUF: BLOCK RPCBFL ;READ PORTAL COUNTERS BUFFER
DGMXMT: BLOCK RCLBFL+RKLBFL+RPLBFL ;DATAGRAM TRANSMITTED COUNTS
DGMRCV: BLOCK RCLBFL+RKLBFL+RPLBFL ;DATAGRAM RECEIVED COUNTS
DGMFQE: BLOCK RCLBFL+RKLBFL+RPLBFL ;DATAGRAM FREE QUEUE ERROR COUNTS
>; END IFN FTNET
;LAT DATA STORAGE
IFN FTNET,<
LASARG: BLOCK .LAQUA+1
LASCBF: BLOCK ^D26
LASBUF: BLOCK ^D20*7
>; END IFN FTNET
SUBTTL Low segment -- CI Stuff
CIVARB:! ;BEGINNING OF CI VARIABLES
CPUPTR: BLOCK 1 ;AOBJN POINTER FOR LEGAL CPUS
CPULNN: BLOCK 6 ;LOCAL CI NODE NUMBER FOR EACH CPU
SCSBLK: BLOCK 20 ;GENERAL SCS. UUO BLOCK
CTRBLK: BLOCK 6*NOSTCT ;STATISTICS COUNTERS (PER CPU)
CIVARE==.-1 ;END OF CI VARIABLES
CTRSAV: BLOCK 6*NOSTCT ;SAVED COPY OF STATISTICS COUNTERS
CTRSVE==.-1 ;END OF SAVE COUNTERS AREA
LZER==.-1
XLIST ;THE LITERALS
LIT
LIST
REPEAT 0,<
IF1,<
IFE V.DISP-V.DVT6,<PRINTX [End of pass 1 SYSDPY]>
IFE V.DISP-V.DV5A,<PRINTX [End of pass 1 SYSDPA]>
IFE V.DISP-V.DV5B,<PRINTX [End of pass 1 SYSDPB]>
IFE V.DISP-V.DVBX,<PRINTX [End of pass 1 SYSVBX]>
IFE V.DISP-V.DV50,<PRINTX [End of pass 1 SYSV50]>
IFE V.DISP-V.DV52,<PRINTX [End of pass 1 SYSV52]>
IFE V.DISP-V.DV61,<PRINTX [End of pass 1 SYSV61]>
IFE V.DISP-V.ANSI,<PRINTX [End of pass 1 SYSANS]>
IFE V.DISP-V.DHZL,<PRINTX [End of pass 1 SYSHZL]>
IFE V.DISP-V.DDLT,<PRINTX [End of pass 1 SYSDLT]>
> ;END OF IF1
> ;END OF REPEAT 0
END SYSDPY