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User Manual: AC-7883F-MC_CCMFAF0-MS11_MF11_MA11-P-Mem_Feb78

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.XEROX COPIES=02,FORMS=NONE,END;

TY TEST MACYll 30A(1052) 13-JAN-78
CCMFAF.Pl1
13-JAN-78 12:13
. REM

12:27

PAGE 1

CCMFAFO. MEMORY PARI
SEQ 0001

*.

IDENTIFICATION
PRODUCT CODE:

AC-7SB3F-MC

PRODUCT NAME:

CCMFAFo MS11, MF11, MA11-P MEM

DATE RELEASED:

FEB 1978

MAINTAINER:

DIAGNOSTIC GROUP

COPYRIGHT (C)
1973, 1978
DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASS.
THIS SOFTWARE IS FURNISHED UNDER A LICENSE FOR USE ONLY
ON A SINGLE COMPUTER SYSTEM AND MAY BE CPPIED ONLY WITH
THE INCLUSION OF THE ABOVE COPYRIGHT NOTICE. THIS
SOFTWARE, OR ANY OTHfR COPIES THEREOF, MAY NOT BE PROVIDED
OR OTHERWISE MADE AVAILABLE TO ANY OTHER PERSON EXCEPT
FQq USE ON SUCH SYSTEM AND TO ONE WHO AGREES TO THESE
LICENSE TERMS. TITLE TO AND OWNERSHIP OF THE SOFTWARE
SHALL AT ALL TIMES RfMAIN IN DEC.
THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE
WITHOUT NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUI~MENT CORPORTATION.
DEC ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY
OF ITS SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY
DEC.

"

.

.

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-78 12:13
1.0

MACY11 30A(1052)

13-JAN-78

12:27

PAGE 2
SEQ 0002

ABSTRACT
THIS PROGRAM LOCATES THE PARITY MEMORY REGISTERS FOR BOTH THE
CORE AND MOS PARITY MEMORIES .AND PREFOR~S A CHECK OF THE BITS IN EACH.
IT THEN CREATES A MAP SHOWING THE MEMORY CONTROLLED BY EACH PARITY
REGISTER. THE PARITY REGISTERS AND THE MEMORY ARE THEN TESTED USING
THE INFORMATION IN THE MAP.

2.0

REQUIREMENTS

2.1

EQUIPMENT
PDP-11 WITH MF11-LP OR MA11-P PARITY MEMORY (CORE), MS-11 (MOS) PARITY MEMORY

2.2

STORAGE
THE PROGRAM REQUIRES 4K OF MEMORY TO LOAD AND 8K TO RUN.

3.0

LOADING PROCEDURE
LOAD PROGRAM INTO MEMORY USING ABS LOADER. OR XXDP.

4.0

STARTING PROCEDURE

4.1

STARTING ADDRESSES
200=
220=
230=

4.2.1

NORMAL (WORST CASE) TESTING
ROUTINE TO SCAN FOR BAD PARITY
RESTART OF NORMAL TESTING- USES PREVIOUS MAP OF PARITY MEMORY

PROGRAM AND/OR OPERATOR ACTION
LOAD STARTING ADDRESS.
SET DESIRED SWITCH REGISTER SETTINGS (SEE 5.1- ALL DOWN
PRESS START.
IF SA 200 OR RESTART ADDRESS 230 IS USED, THE BELL WILL
COMPLETION OF EACH PASS AND END PASS= XXX WILL BE TYPED
IS THE NUMBER OF PASSES COMPLETED SINCE THE PROGRAM WAS

5.0

OPERATING PROCEDURE

5.1

OPERATIONAL SWITCH SETTINGS

FOR WORST CASE).
RING AT THE
(WHERE XXX
LAST STARTED).

THE DIAGNOSTIC IS DESIGNED TO USE HARDWARE SWR FOR SYSTEMS HAVING THIS
REGISTER, HOWEVER FO~ SYSTEMS NOT HAVING HARDWARE SWITCH REGISTER IT
WILL USE LOCATION 17b TO GIVE THE FOLLOWING OPTIONS:
SW
SW
SW
SW
SW

15=1
14=1
13=1
11=1
10=1

..

OR
OR
OR
OR
OR

UP
UP
UP
UP
UP

HA LT ON ERROR
SCOPE LOOP
INHIBIT PRINTOUT
INHIBIT ITERATIONS
HALT AFTER LOCATING BAD PARITY BEFORE CORRECTING IT
(USED IN PARITY SCAN ROUTINE ONLY)
SW 09=1 OR UP -- HALT AFTER THE PARITY MEMORY MAP HAS SEEN PRINTE'·
(ALLOWS MANUAL CHANGES TO FORCE TESTING OF MEMORY

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-78 12:13

MACY11 30A(1052)

13-JAN~7B

12:27

PAGE 3
SEQ 0003

THAT WAS NOT LOCATED)
SW OB=l OR UP -- HALT AT END OF PASS (IF HALTED ELSEWHERE, THE
PROGRAM MAY BE RELOCATED TO BANK 1, SAD PARITY MAY
EXIST IN MEMORY, AND/OR WRITE WRONG PARITY MAY
BE SET)
5.2

SUBROUTINE ABSTRACTS

5.2.1

BEGIN SA 200, RESTART 230

5.2.2

SCOPE
THIS SUBROUTINE CALL IS PLACED BETWEEN EACH SUBTEST IN THE INSTRUCTION
SECTION.
IT RECORDS THE STARTING ADDRESS OF EACH SU3TEST AS IT IS
BEING ENTERED.
IF A SCOP~ LOOP IS REQUESTED, IT WILL JUMP TO "THE
START OF THE SUBTEST THAT THE SCOPE LOOP IS REQUESTED FOR. IF SCOPE
LOOP IS NOT REQUESTED, THERE WILL BE 64 ITERATIONS OF THAT SUBTEST
BEFORE THE NEXT SUBTEST IS ENTERED (EXCEPT IN THOSE ROUTINES WHERE
IMAX IS CHANGED). SWITCH 11 ON A ONE INHIBITS ITERATION OF SUBTESTS.

5.2.3

ERROR HANDLERS (ERRST,ERRP,ERR)
THESE ROUTINES ARE CALLED VIA EMTS TO PRINT OUT ERROR INFORMATION.
(SEE 6.0 FOR DESCRIPTION OF ERROR INFORMATION)

5.2.4

PSCAN (SCAN MEMORY

FJ~

BAD PARITY)

THIS ROUTINE READS ALL LOCATIONS IN MEMORY AND PRINTS OUT THE
PHYSICAL ADDRESSES (18 BITS) OF THOSE LOCATIGNS CONTAINING BAD PARITY.
IT IS UTILIZED WITHIN THE PROGRAM WHILE EXERCISING MEMORY IF A
PARITY ERROR OCCURS UNEXPECTEDLY, AND MAY ALSO BE CALLED USING STARTING
ADDRESS 220.
5.2.5

$TYPE (ASCII MESSAGE TYPEOUT ROUTINE)
THIS IS THE STANDARD TYPEOUT ROUTINE, ALLOWING PATCHING TO UTILIZE
OUTPUT DEVICES OTHER THAN THE ASR 33. $~ULL CONTAINS THE VALUE TC
BE USED AS A FILLER CiiARACTER, AND $FILLS CONTAINS A NUMBER
INDICATING THE NUMBER OF FILLER CHARACTERS REQUIRED. TPS AND TPB
CONTAIN THE STATUS AND BUFFER REGISTER ADDRESSES OF THE OUTPUT
DEVICE.

5.2.6

TRAPCATCHER
THIS IS A SERIES OF INSTRUCTIONS STARTING AT LOCATION 0 DESIGNED
TO DETECT AND ISOLATE UNEXPECTED TRAPS AND INTERRUPTS TO THE
TRAP AND INTERRUPT VECTOR AREA OF MEMORY.
EACH VECTOR ENTRANCE ADDRESS IS LOADED WITH THE ADDRESS OF THE
NEXT LOCATION. THE NEXT LOCATION IS LOADED WITH A HALT (000000).
THUS AN ILLEGAL TRAP OR INTERRUPT WILL CAUSE A HALT AT THE TRAP
LOCATION PLUS TWO.
IF A HALT OCCURS IN THE TRAP OR INTERRUPT AREA, EXAMINE REGISTER SIX.
IT WILL CONTAIN THE CURRENT STACK ADDRESS. THE CDN"IENTS OF THE CURRENT
STACK ADDRESS IS THE VALUE OF THE LOCATIO~ COUNTER WHEN THE TRAP

a

>10

"

#

"

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-78 12:13

",.

;",

'"

MACY11 30A(1052)

13-JAN-78

12:27

PAGE 4

OR INTERRUPT OCCURRED.
5.3

PROGRAM AND/OR OPERATOR ACTION

5.3.1

ALTERING THE PARITY MEMORY MAP
IF THE MAP TYPED AT RUN TIME DOES NOT AGREE WITH THE HARDWARE PRESENT
THE MAP CAN MANUALLY BE CHANGED TO ALLOW TESTING OF PARITY MEMORY
THAT THE MAPPER DID NOT FIND. SETTING SWITCH a TO A 1 WILL CAUSE THE
PROGRAM TO HALT AFTER THE MAP IS TYPED. AFTER THE HALT, MODIFY THE
MAP AS DESIRED (SEE THE DESCRIPTION IN THE LISTING- THE MAP BEGINS
AT LOCATION 6CO). THEN PRES~ CONTINUE. THE NEW MAP WILL BE
PRINTED, AND IF SW9 IS STILL SET THE PROCESS WILL BE REPEATED. IF
SW9 IS NOT SET, THE PROGRAM WILL TEST PARITY MEMORY USING THE
NEW MAP.

5.3.2

STOPPING THE PROGRAM
BECAUSE THE PROGRAM RELOCATES ITSELF TO BANK 1 WHILE TESTING BANK
0, A SWITCH IS PROVIDED TO HALT THE PROGRAM AT THE END OF A PASS.
SETTING THIS SWITCH (SWS) WILL CAUSE THE PROGRAM TO HALT IN BANK
o AT THE END OF THE CURRENT PASS (AFTER OUTPUTTING THE END OF PASS
MESSAGE).

6.0

ERRORS

6.1

ERROR PRINTOUTS
THERE ARE THREE TYPES OF ERROR MESSAGES USING COMBINATIONS OF THE
FOLLOWING ERROR TYPE ROUTINES.

6.2

PC=zzzzzz

PC OF FAILING ERROR CALL. REFER TO
THIS ADDRESS IN THE LISTING FOR AN
EXPLANATION OF THE ERROR.

ICNT=YYYYYY
MPR=XXXXXX
MPR DATA=VVVVVV
TEST LOC=XXXXXX
SIB: XXXXXX
WAS: XXXXXX

CURRENT ITERATION COUNT OF FAILING TEST.
ADDRESS OF PARITY REGISTER UNDER TEST.
CONTENTS OF PARITY REGISTER UNDER TEST.
MEMORY LOCATION UNDER TEST
CONTENTS OF MEMORY LOCATION SHOULD BE.
CONTENTS OF MEMORY LOCATION WAS.

DETERMINING ADDRESS OF TEST LOCATION WHEN KT11 IS PRESENT
IN MOST OF THE SUBTESTS, IF A KT11 IS PRESENT IT IS USED.
IN ALL
CASES IN THIS PROGRAM, WHE~ THE KTll IS ON, KERNEL PAGE 0 IS USED
TO REFERENCE BANK 0 AND KERNEL PAGE 7 IS WSED TO REFERENCE THE
EXTERNAL BANK. IN MOST CASES, KERNEL PAGE 1 IS ~SED TO REFERENCE
THE MEMORY CURRENTLY UNDER TEST. SINCE THE USE OF THE MEMORY MANAGEMENT
OPTION IS SIMILAR THROUGHOUT THE PROGRAM, IT IS EASY TO DETERMINE
THE ACTUAL (PHYSICAL) MEMORY ADDRESS BEING TESTED.
TO CALCULATE A PHYSICAL ADDRESS, ADD THE STARTING ADDRESS OF THE
BANK BEING TESTED TO THE OFFSET WHICH GIVES THE ADDRESS WITHIN THE
BANK. SINCE IN THIS PROGRAM ALL RELOCATED MEMORY TESTING IS DONE
THRU KERNEL PAGE 1. KERNEL PAGE ADDRFSS RFr.rSTFR 1 {~nnO~~~ 77ry~~ry,

,.

SEQ 0004

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-78 12:13

MACY11 30A(1052)

13-JAN-78

12:27

PAGE 5
SEQ 0005

WILL ALWAYS CONTAIN THE STARTING ADDRESS OF THE BANK. ACTUALLY,
KERNEL PAGE ADDRESS REGISfER 1 (KPAR1) CONTAINS JUST THE TOP 12
BITS OF THE BANK STARTING ADDRESS. ADDING TWO ZEROES (OCTAL)
TO THE RIGHT OF THIS VALUE WiLL GIVE YOU THE FULL 18 BIT ADDRESS OF
THE BANK. THE VIRTUAL ADDRESS USED TO REFERENCE THIS BANK UNDER TEST
WILL ALWAYS START WITH 001 (BINARY, TOP 3 OF 16 BITS). THIS
REFERENCES PAGE 1. THE LOWER 13 BITS GIVE THE ADDRESS WITHIN THE
BANK~ ADD THEM TO THE STARTING ADDRESS OF THE BANK TO GET THE FULL
18 BIT PHYSICAL ADDRESS.
FOR EXAMPLE, AN ERROR COMMENT MAY SAY "Rl CONTAINS THE ADDRESS OF
THE TEST LOCATION (VIRTUAL THRU KERNEL PAGE 1 IF KTll PRESENT)."
R1 MIGHT CONTAIN 320CO, AND KERNEL PAGE ADDRESS REGISTER 1 (LOCATION
772342) MIGHT CONTAIN 2400. FIRST GET THE STARTING ADDRESS OF THE
BANK BY ADDI~G 2 ZEROES TO THE RIGHT OF THE NUMBER IN KPAR1. THUS
THE VALUE 2400 INDICATES THAT THE BANK STARTS ~T 240000. SECOND,
CALCULATE THE OFFSET WITHIN THE BANK. THE VIRTUAL ADDRESS 32000 BREAKS
DOWN INTO I(TOP 3 BITS) WHICH REFERENCES KPAR1, AND 12000 (LOWER
13 BITS) WHICH IS THE OFFSET. ADD THE OFFSET (12000) TO THE BANK
ADDRESS (240000) TO GET THE ACTUAL PHYSICAL ADDRESS BEING TESTED
(252000).
6.3

ERROR RECOVERY
IN GENERAL, TEST FAILURES WILL PRINTOUT AN ERROR MESSAGE AND
CONTINUE. IF THE HALT ON ERROR SWITCH IS SET, HITTING CONTINUE
WILL RECOVER.
IF THE PROGKAM HANGS UP IN A LOOP, THE ERROR
IS LIKELY TO BE A SIGNAL WHICH WAS NEVER RECEIVED.
IF A HALT
OCCURS IN THE TRAP AND VECTOR AREA THE PROGRAM MUST BE RESTARTED.
IF THE PROGRAM HALTS IN THE MAIN FLOW, CONSULT THE LISTING IF NO
MESSAGE IS TYPED OUT.

6.4

ERRORS WHILE TESTING BANK ZERO (ERROR PC VALUES ABOVE 20000)
TEST20 AND TEST21 CHECK BANK 0 IF IT HAS PARITY MEMORY. TO DO
THIS, THE CODE IS RELOCATED TO AND EXECUTED FROM BANK 1.
THE ERROR PRINTOUTS WILL THUS GIVE THE PC IN BANK 1 OF THE
ERROR CALL. SINCE ALL LOCATIONS HAVE BEEN MOVED UP 20000, SUBTRACT
20000 FROM THE ERROR PC TO GET THE ADDRESS IN THE LISTING WHICH
CORRESPONDS TO THE PRINTOUT.

7.0

RESTRICTIONS
THE PROGRAM REQUIRES A MINIMUM OF 8K MEMORY TO RUN.
XXDP CHAINING IS POSSIBLE FOR SYSTEMS GREATER THAN BK.

7.1

STARTING PROCEDURE
PROGRAM MUST BE LOADED INTO LOWER 4K OF

7.2

MEMO~Y.

OPERATING RESTRICTION- AVOID USING THE "HALT" SWITCH
IF THE PROGRAM IS HALTED AT A RANDOM POINT DURING EXECUTION, SEVERAL
PROBLEMS MAY ARISE. THE PROGRAM MAY BE RELOCATED TO BANK 1 AT THE
TIME IT IS STOPPED, IN WHICH CASE NONE OF THE STANDARD STARTING
ADDRESSES WILL WORK. WRITE WRONG PARITY MAY BE SET, IN WHICH CASE

...

..

.

"

$

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7B 12:13

MACYll 30A(1052)

13-JAN~7B

12:27

PAGE 6

YOU MAY ENTER BAD PARITY WHILE PATCHING. AND MEMORY MAY CONTAIN BAD
PARITY SINCE YOU MAY BE IN THE MIDDLE OF A TEST WHICH UTILIZES
WRITE WRONG PARITY. IT IS THEREFORE STRONGLY RECOMMENDED THAT YOU
HALT THE PROGRAM VIA THE "HALT AT END OF PASS" SWITCH (SW8) OR THE
"HALT ON ERROR" SWITCH (SW15) RATHER THAN VIA THE HALT/ENABLE SWITCH.
B.O

MISCELLANEOUS

B.l

EXECUTION TIME
EXECUTION TIME DEPENDS ON THE AMOUNT OF PARITY MEMORY UNDER TEST.
IT TAKES ABOUT 1 MINUTE TO TEST 24K OF PARITY MEMORY (1 PASS).

B.2

STACK POINTERS
THE KERNEL STACK POINTER IS INITIALIZED TO 510.

9.0

PROGRAM DESCRIPTION
THIS PROGRAM FIRST LOCATES MAll & MF11 CORE PARITY AND MS-ll MOS PARITY CONTROL
REGISTERS BY ADDRESSING ;ACH POSSIBLE REGISTER ADDRESS AND CHECKING THOSE WHICH
DO NOT TIME OUT. ON DETECTING THE PRESENCE OF A PARITY REGISTER
THE PROGRAM CHECKS IF IT IS A CORE PARITY OR A MOS PARITY REGISTER
AND ACCORDINGLY STORES THIS INFORMATION IN AN INDICATOR(INDCO-INDC15)
THE ADDRESSES OF THE ~EGISTERS ARE RECORDED
AND OUTPUT TO THE CONSOLE DEVICE, AND THEN THE REGISTERS ARE
CHECKED TO SEE THAT THE CORRECT BITS ARE R/W. RESET IS USED TO TEST
THE EFFECT OF INIT. PARITY MEMORY IS THEN LGCATED BY SETTING WRITE
WRONG PARITY IN ALL REGISTERS AND WRITING AND READING THE FIRST 4
ADDRESSES IN EACH 4K. EACH TIME A PARITY REGISTER RECORDS A PARITY
ERROR, THE MAP IS ALTERRED T~ INDICATE THAT THAT REGISTER
CONTROLS THE MEMORY BEING ADDRESSED. THE FINAL MAP IS PRINTED AND
THEN THE PARITY CONT~OL LOGIC IS CHECKED USING THE PARITY MEMORY
FOUND. SEVERAL PATTERNS ARE WRITTEN INTO EACH PARITY MEMORY
LOCATION TO SEE THAT NO PARITY ERRORS A~E CREATED. FINALLY, EACH
BYTE OF PARITY MEMORY IS WRITTEN WITH BOTH GOOD AND GAD PARITY TO
SHOW THAT THE PARITY BITS CAN BE TOGGLED AND SENSED.
SINCE THIS IS A COMBINED DIAGNOSTIC, AS FAR AS POSSI3LE
COMMON TESTS ARE USED FOR BOTH CORE AND MOS. ONLY WHERE THE
MOS CONTROLLER DEFERS FUNCTIONALLY FROM THE CORE, THE
INDICATOR IS CHECKED FOR MOS OR CORE AND THE MEMORY
IN QUESTION IS TESTED ACCORDINGLY.
A DETAILED EXPLANATION OF THE MAP IS GIVEN IN THE LISTING
(PAGE 9-12).
THE DISPLAY REGISTER CONTAINS THE NUMBER OF THE TEST BEING
EXECUTED.

*

~

SEQ 0006

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pll
13-JAN-78 12: 13

MACYll 30A(1052)

13-~AN-78

12:27

PAGE 7
SEQ 0007

MEMORY PARITY TEST
MAINDEC-l I -OCMFA-O
COPYRIGHT 1973, 1977, DIGITAL EQUIPMENT CORP., MAYNARD, MASS.
AUTHOR:
.11M KAPADIA
325
326
327
32B
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
34B
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376

; SWITCH
;SRIS ;SRI4 ;SRI3 ;SRII ;SRID ;SR09 -

REGISTER SWITCH OPTI('lS (SWITCH SET TO AI)
HALT ON ERROR
SCOPE
INHIBIT PRINTOUT
INHIBIT ITERATIONS
HALT AFTER LOCATING BAD PARITY BEFORE CORRECTING IT
HALT AFTER TYPING PARITy MEMORY MAP (ALLO,;S MANUAL
CHANGES TO BE MADE TO THE MAP TO FORCE TESTING OF
MEMORY THAT WAS NOT LOCATED)
;SROB - HALT AT END OF PASS (IF HALTED ELSEWHERE. THE PROGRAM
MAY BE RELOCATED TO BANK1, WRITE WRONG PARITY MAY BE SET,
AND/OR BAD PARITY MAY EXIST IN THE PARITY MEMORY).

000001
000002
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
100000
000001
000004
077400
100000
177570
177570
177776
000007
000006
000240
000000
000510
000000
000001
000002

CCMFAFO. MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-78 12:13

.

377
37B
379
380
381
382
3B3
3B4
385
3B6
3B7
3B8
3B9
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
41B
419
420
421
422
423
424
425
428
427
428
429
430
431
432

000003
000004
000005
000006
000114
177572

; SYMBOL DEFINITIONS
BITO"

;8IT DEFINITIONS

BIT1 =2
BIT2.4
BIT3. I
BIT4.20
BIT5·40
BIT6. I 00
8IT7·200
8ITB.400
BIl9·,000
BIT 10.2000
Bll 11 =4000
Bll I 2. I 0000
BIT 13=20000
B1l14.40000
81115=100000
AE=1
WWP=4
ADRS=77400
PERR= 1 00000
DSWR= 177570
001 5f'= 1775'10
PS=177778
PC="7
SP=%6
NOP·240
OPEN=O
STKPT.TSTX
RO=%O
Rl =%1
R2="2

a

MACYl1 30A(1052)

ACTION ENABLE
WRITE WRONG PARITY
ADDRESS OF ERROR
PARITY ERROR BIT
HARDWARE SWITCH REGISTER
HARDWARE DISPLAY REGISTER

13-JAN-78

12:27

PAGE 8
SEQ 0008

R3="3
R4=%4
R5·%5
R6="6
PARVEC=114
SRO-177572

; PARITY ERROR TRAP VECTOR
;ADDRESS OF MEM MGMT REGISTER SRO

;MACRO DEFINITIONS

; TRAPCATCHER (.+2 ,HALT) LOADED INTO LOCATIONS 000-576
; LOAD EMT V ECTOR
000030
000032
000046
000052

000174
000176
000200
000210
000220
000230

000174
000000
000000
000167
000210
000167
000220
000167
000230
000167
000510

000510
000512
000514
000516
000520
000522
000524
000526
000530
000532

.=30

000030
016032
000340
000046
011702
000052
040000

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

EMTINT
340
.=46
SENDAD

.*52
BIT14

001232
014204

;LOAD STARTING ADDRESS AREA
•• 174
DISPREG: .WORD
0
SWREG:
.WORD
0
~MP
START
.-210
~MP
RSTLDR

;THIS IS THE SOFTWARE DISPLAY REGISTER
;THIS IS THE SOFTWARE SWITCH REGISTER
;GO TO START OF PROGRAM
; GO RESTORE THE LOADERS

.=220
001132
001042

JMP
.-230
JMP

SCAN

; SCAN FOR BAD PAR ITY

RSTART

; RESTART WITHOUT RETYPING MAP INFORMATION

.=510

;GENERAL DATA AREA
TSTX'
0
FTIhE: 0
TEMPX:
0
ADRPT:
0
BITPT:
0
TRFLG:
0
TYFLG:
0
TYCOR:
0
HIADR:
0
TSTLOC: 0

; TITLE PRINTED. 1
MAPPING- ADDRESS POINTER
MAPPING- BIT POINTER INOICATING BANK
MAPPING- TRANSISTION FLAG
MAPPING- TYPED FLAG
MAPPING- K CORE ACCUMULATOR
USED TO CHECK WHEN DONE TESTING A BANK
LOADED 101· TH ADDRESS OF LOCATION UNDER
TEST IN SOME SUBTESTS

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7812:13

433
434
435
436
437
438
439
440
441
442
443
444
445
446
447
448
449
450
451
452
45,3.

000534
000536
000540
000542
000544
000546
000550
000552
000554
000556

MACY11

000000
000000
000000
000000
000000
000000
000000
000000
000000

TBANr; :
MEf,1UT:
NOK1:
HIWORD:
LO\oJFLG:
ODDFLG:

000560
000562

00 0000
000000

TEMP:
MTY FG:

000564

000000

nELDC:

PRESENT

; I F SET INO:CATES TESTING HIGH 8YTE
; OF MEMORY LOCATION
;SET TO INDICATE MAP OF PARITY MEMORY
; A LREADY TYPED

MPRI :

: LOW BYTE SHOWS THAT FIRST ADDRESS
;ENDS IN 0 (OCTAL)
;HIGH BYT': CONTAINS A 1 TO INDICATE
; THAT AN ADDRESS WAS FOUND
;8IT 0 IS CLEAR SINCE REGISTER IS PRESENT
; REGISTER CONTROLS 1 ST 16K

172102
17

o

;LOW BYTE INDICATES THAT THE FIRST
;MEMORY ADDRESS ENDS IN 2 (OCTAL)
;HiGH BYTE CONTAINS A 1 TO INDICATE
; THAT AN ADDRESS WAS FOUND
;THE REST OF THE MAP WOULD APPEAR AS IN THE LISTING
402

000566
000570

000572
000574
000576
000600
000602
000604
000606
000610
000612

000614
000616
000620
000622

000624
000626

000630
000632
000634
000636
000640
000642
000644

000646
000650
000652
000654
000656
000660
000662
000664
000666
000670
000672
000674
0006"16
000700
000702
000704
000706
000710
000712
000714
000716
000720
000722
000724
000726
000730
000732
000734
000736
000740
000742
000744
000746
000750
000752
000754
000756
000760
000762
000764
000766

00 0000
172107
000000
000000
000000
172111
COOOOO
000000

o
o
o
MPRI :

MPn2 :

MACY1t

172104+1

o
o

3DA ( 1 052)

13-oAN-76

MPR3:

MPR4·

MPR5 ;

0
0
172110+1
0
0
0
172112+1

MPR7:

; 0-64K PAi:ITY MEM UNDER THIS CONTROL
; 64-1 24K PARITY MEM UNDER THIS CONTROL
;ADDRESS RESPONSE THIS COIHROL (0,2,4,6)

0

; Q-641{ PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
;ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

a
0
172122+1

a
a
MPR1 0:

MPR11 :

0
172124+1
0
0
0
1'12126+1
0
0

0
MPR12 :

0
MPR13 :

172132+1
0

0
MPR14:

0
17?134+1

0
0

0
MPRI5:

; 0-641': PARI TY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)
; 0-64K PARITY MEM UNDER THIS CONTROL
; 64-124K PARITY MEM UNDER THIS C"':iIJTROL
;ADDRESS RESPONSE THIS CONTROL (0,2,4,6)
,O-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)
; 0-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)
; 0-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
; ADORESS RESPONSE THIS CONTROL (0,2,4,6)
; 0-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

172136+1

0
0
0
TREG:

; 0-64K PARITY MEM UNOER THIS CONTROL
; 64-124K PARITY MEM UNDER THI S CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

172130+1

a

000000
000000

000000

172120+1
0

a
MPR9 :

;O-64K PARITY MEM UNDER THIS CONTROL
: 64-124K PARITY MErYl UNDER THIS CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

172114+1
0
0
0
172116+1

a
MPR8 :

; 0-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
; ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

; D-64K PARI TY MEM UNDER THIS CONTROL
,64-124K PAR I TY MEM UNDER THI S CONT ROL
;ADDRESS RESPONSE THIS CONTROL (0,2 4,6)

0

MPR6 :

(0,2,4,6)

°

000000
17,2121
000000
000000
000000
172123
000000
000000
000000

000000
172137
000000
000000
000000

PAGE 10

172106+1

a

0

ooooc'O

172125

12:27

SEQ 0010

oeoooo

000000
000000
000000
172127
000000
000000
000000
172131
000000
000000
000000
172133
000000
000000
000000
172135

; 0-64K PARITY MEM UNDER THIS CONTROL
; 64-1 24K PAR!TY MEM UNDER THI S CONT ROL

;ADORE5S RESPONSE THIS CONTROL

000000
ceODOO
172117

;0-64K PARITY MEr~ UNDER THIS CONTROL
; 64-124K PARITY MEM UNDER THIS CuNTRDL
;ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

o

000000
000000
172115
000000

172102+1

o
o

000000
172113
000000

; PARITY STATUS REGISTERS
; 0-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
;ADDRESS RESPONSE THIS CONTROL (0,2,4,6)

172100+1

MPRO:

172101
000000
000000
CC'OOOO
17 2103
0000ao
000000
000000
172105
000000
000000

CCMFAFO, MEMORY PAR I TY TES T
13-JAN-78 12: 13
CCMFAF" P11

523
524
525
526
527
528
529
530
S31
532
533
534
535
536
537
53B
539
540
541
542
543
544

; 5ET TO INDICATE NO KTll

o

475
476

522

SEQ 0009
;VALUE EXPECTED
; ACTUAL VALUE FOUND

400

"77

489
490
491
492
493
494
495
496
497
498
499
500
501
502
503
504
505
506
507
508
50S
510
511
512
513
514
515
516
517
51 B
519
520
521

PAGE 9

;MEMORY PARITY CONTROL REGISTER ADDRESSES
;THE LEAST SIGNIFICANT BIT IN THE DEVICE ADDRESS IS SET TO A ONE(1)
; IF THE CONTROL IS FOUhlD NOT TO BE PRESENT. THE tI'lEMORY PRESENT UNDER
;CON1ROl OF EACH CONTROLLER IS REPRESENTED BY 2 OCTAL "lORDS. EACH BIT
;REPRESENTS A 4K BLOCK, I.E. BITO::: Q-4K, Bl11::: 4-8K, 81T15= 60-64K.
;THE LOW BYTE OF THE LAST WORD FOR EACH REGISTER INDICATES THE OFFSET (O,2.4.0R 6)
; FOR THE FIRST ADDRESS THAT ACTUALLY CORRESPONDED TO THE REGISTER. THE HIGH BYTE GETS
;5ET :-0 1 TO INDICATE THAT A MEMORY ADDRESS HAS BEEN FOUND FOR THAT REGISTER.
;FOR EXAMPLE, SAY THAT MPRO AND MPR1 EXIST, CONTROLLING INTERLEAVED MEMORY
;FROM 0 TO 16K, AND THAT MPRO CONTROLS THE ADDRESSES ENDING IN a AND 4.
;THE MAP WOULD THEN LOOI{ AS t"JLLOWS:
MPRO:
172100
:BIT 0 IS CLEAR SINCE REGISTER IS PRESENT
17
;REGISTER CONTROLS 1ST 16K (=4 BANKS)

474

484
485
486
487
468

12:27

MPHOf, :

455
456
457
45B
459
460
461
462
463
464
465
466
467
4G8
469
470
471
472
473

4B3

13-JAN,-78

SHOBE:
WAS:
TRDATA:

000000

454

478
479
480
481
482

30A(1052)

; 0-64K PARITY MEM UNDER THIS CONTROL
;64-124K PARITY MEM UNDER THIS CONTROL
;ADORESS RESPON5E THIS CONTROL (0,2,4,6)
; PARITY REGISTER UNDER TEST

CCMFAFO, MEMORY PARITY TEST
CCMFAF.PI1
13-JAN-7812:13
545
546
547
548
549
550
551
552
553
554
555
556
557
558

559
560
561
562
563
564
565
566
567
568
569
570
571
572
573
574
575
576
577
578
579
580
581
582
583
584
5B5
586
587
588
589
590
591
592
593
594
595
596
597
598
599
600

30A(1052)

13-JAN-78

12:27

PAGE 11

SEQ 0011

: INDICATORS FOR CORE OR MOS PARITY REGISTER:
;EACH INDICAT.DR REFERS TO A PARTICULAR PARITY REGISTER.
IF IT IS
;A CORE PARITY REGISTER THEN A '1' IS STORED IN THE INDICATOR.
;IF IT IS A MOS PARITY REGISTER THEN '-1' GETS STORED,
:EX= IF MPRO (172100) IS FOR CORE AND MPRI (172102) IS FOR MOS
:THEN THE INDICATOR MAP WILL LOOK AS FOLLOWING:
; INDCO: 000001
; INDC1: 177777

000770
000772
000774
000776
001000
001002
001004
001006
001010
001012
001014

001016
001020
001022
001024
001026
001030

000000
000000
000000
000000
000000
000000

INDCO:

0

INDCt:

000000
000000
000000

000000
000000
000000
000000

000000
000000
000000
000000

;CORE-MOS
;CORE-MOS
;CORE-MOS
;CORE-MOS
;FOR MPR4
; FOR MPR5
; FOR MPR6

0

a
a

PARITY
PARITY
PARITY
PARITY

INDICATOR
IDCICATOR
INDICATOR
INDICATOR

FOR
FOR
FOR
FOR

M'·l
MPRI
MPR2
MPR3

INDC2:
INDC3:
INOC4:
INDC5:
INDC6:
INDC7:
INDC8:
INDC9:
INDC10:
INDC 11:
INDCI2:
INDCI3:
INDCI4:
INDCI5:
RESRVD:

a
a
a
a
a
a
a

a

; FOR
; FOR
;FOR
;FOR
;FOR

RESVC:
RESVM:

70032
77772

;BIT POSITIONS WHICH ARE RESERVED
; FOR FUTURE USE IN PARITY REGISTERS
;CORE PARITY
; MOS PARITY

a
a
a

a
a

; FOR MPH7

;FOR MPR8
; FOR MPR9
; FOR MPR10

MPRll
MPR12
MPR13
MPR14
MPR15

001032

070032

001034

077772

001036
001040
001042
001044
001046
001050
001052
001054
001056
001060
001062

125325
152652
052452
025125
102070
072527
177777
107030
152525
000000
000000

001064
001066

000000
000000

; THIS IS A MAP OF THE TOTAL MEMORY PRESENT IN THE SYSTEM.
MEMl:
0-64K MEM PRESENT IN 4K CONTIGUOUS BLOCKS
MEMH:
0
;64-124 MEM PRESENT IN 4K CONTIGOUS BLOCKS

001070

000000

;THIS IS A MAP OF THE TOTAL PARITY MEMORY PRESENT IN THE SYSTEM,
PMEML:
; 0-64K PARITY MEMORY PRESENT

;PARJTY PATTERNS
PARPAT: 125325
152652
052452
025125
102070
072527
177777
107030
152525

; EVEN, ODD BYTES
; ODD, EVEN
; EVEN ,000
;000, EVEN
; EVEN, EVEN
;000,000
; EVEN, EVEN
;OOO,ODO
; ODD, EVEN
; EXTRA PATTERN AREA
;TERMINATOR, DO NOT USE THIS LOC

a
o

a

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7812:'3
601
602
603
604
605
606
607
608
609
610
611
612
613
614
615
616
617
61B
619
620
621
622
623
624
625
626
627
628
629
630
631
632
633
634
635
636
637
636
639
640
641
642
643
644
645
646
647
64B
649
650
651
652
653
654
655
656

MACY11

MACY11

30A(1052)

;

13-JAN-78

12:27

PAGE 12
SEQ 0012

001072

000000

PMEMH:

001074

000000

PMEMX:

; (IN 4K CONTIGUOUS BLOCKS)
;64-124K PARITV MEMORV PRESENT
; (IN 4K CONTIGUOUS 8LOCKS)
; TEMP TO HOLD CONTENTS OF EITHER
; LOW OR HIGH MAP

; ROUTINE TO TYPE ASCI I MESSAGES, MESSAGE MUST TERMINATE WITH A 0 BYTE.
;THE ROUTINE WILL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.
;NOTE1: $NULL CONTAINS THE CHARACTER TO BE uSED AS THE FILLER CHARACTER.
;NOTE2: $FILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.

001100
001102
001104
001106
001110
001111
001112
001113
001114
001120
001122
001124
001126
001132
001134
001136
001140
001142
001146
001150
001154

001100
177570
177570
177564
177566
000
002
000
000
105767
001401
000000
010046
017600
112046
001005
005726
012600
062716
000002

SWR:
DISPLAY:
TPS:
TPS:
$NULL:
$FILLS:
$TPFLG:

$TYPE:

177772

6$:
000002

· =11 00
,WORD
• WORD
177564
177566
, BYTE
• BYTE
• BYTE
,8YTE
TSTB
BED
HALT
MOV
MOV

1$:

Move

000002

7$ :

122726

000026
000012

25 :
3$:

BNE
TST
MOV
ADO
RTI
JSR
CMP8

001160
001162

001364
016746

177722

001166
001172
001174
001200
001202
001206
001210

105366
002770
004767
000772
105777
100375
116677

001216

00 0207

001220

000000

004767

4$:

000001
000002

5$:

177676
000002

177670

DSWR
DOISP

;ADORESS OF THE SWITCH REGISTER
; ADDRESS OF THE DISPLAY REGISTER
; PRINTER STATUS REGISTER ADDRESS
; PRINTER BUFFER REGISTER ADDRESS
;CONTAINS NULL CHARACTER FOR FILLS
;CONTAINS H OF FILLER CHARACTERS REQUIRED
; "TERMINAL AVAILABLE" FLAG (O=YES)
; RESERVED

$TPFLG
6$

; IS THERE A TERMINAL?
;8R IF YES
;HALT HERE IF NO TERMINAL
; SAVE RO
;GET ADDRESS OF ASCIZ STRING
; PUSH CHARACTER TO BE TYPED ONTO STACK
;BR IF IT ISN'T THE TERMINATOR
;IF TERMINATOR POP IT OFF THE STACK
; RESTORE RO
; ADJUST RETURN PC
; RETURN
;GO TYPE ,HIS CHARACTER
: CHECK I F THE CHARACTER TYPED
;WAS A LINE FEED
: GO GET NEXT CHARACTER IF NOT LINE FEED
;GET H OF FI LLER CHARACTERS NEEDED
;AND THE NULL CHARACTER
; DOES A NULL NEED TO BE TYPE07
;BR IF NO--GO POP THE NULL OF THE STACK
;GO TYPE A NULL
;LOOP
;WAIT UNTIL PRINTER IS READY

RO,-(SP)
@2(SP),RO
(RO)+,-(SP)
2$
(SP)+
(SP)+,RO
#2, (SP)
PC,5$
#12,(SP).+

8NE
MOV

1$
$NULL,-(SP)

PECB
BLT
JSR
BR
TSTB
BPL
MOV8

1 (SP)
3$
PC,5$
4$
@>TPS
5$
2(SP) ,@>TPB

RTS

PC

: LOAD CHARACTER TO 8E
; TYPED INTO DATA REGISTER

;GENERAL DATA AREA
SCNFlG:

0

:SCNFLG GETS SET IF USING
: SCAN ROUT! NE (SA"220)

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pll
13-JAN-7812:13
657
658
659
660
66'
662
663
664
665
666
667
668
669
670
671
672
673
674
675
676
677
678
679
680
681
682
683
684
685
686
687
688
689
690
691
692
693
694
695
696
697
698
699
700
701
702
703
704
705
706
707
708
709
7'0
711
712

00'222
00' 224
00'226
00' 230
00' 232
001234
001236
001240
00' 242
00, 244
00'246
001250
001252
001254
001256
001260
001262
001264
001266
001270
001272
001274

001276
001302
001310

1i2340
1i2342
1i2344
172356
000000
000000
000000
000000
000000
000000
000000

001346
001352

001356
001362

0' 2706
005767

0005' 0
177124

001366

001006
005267
000167
005067
004767
004767
104000
017603
005767
001002

001340

001370

001374
001400
001404
001410
001414
001416
001420
001424

177124

17"1572

001436
001442
001446

0' 2706
005067
005067
012737
012737
0'3746
013746
0'2737
005777
000407
012767
0'2767
022626
0'2737
012737
052737
052767
000401
022626
012637
012637
005067
005767
0010' 2
005267
023737
001404
104000
0, 7257
104000
017636

0005' 0
177114
010300
0'5732
000340
000004
000006
00'512
177370

001460
001472
001476
001504
001510
001512
001520
001526
001530
001536
001544
001552
001560
001562
001564
001570
001574
001600
001604
001606
001612
00' 620
001622
001624
001626
001630

MACY11

001632
001634
00' 636
001642
001646
001652
001660
001664
001670
001674

, 04000
017026
005067
012702
012703
012737
005037
042712
005062
005062

0

;CACHE FLAG
;CACHE CSR

'77746

;KERNEL PAGE DESCRIPTOR REGISTER ADDRESSES

; KERNEL PAGE ADDRESS REGISTER ADDRESSES

; REGISTER SAVE LOCATIONS

30A(,C52)

13-JAN-78

12:27

PAGE 14
SEQ 0014

I'HSRO

HALT
8R

000024
000026

000004

000176
000174

177360
177354

001562
000340
000014
000200

000004
000006
177746
177442

000006
000004
176710
176706
,76700
000042

176700
000566
000770
002012
000006
000001
000002
000004

..

;ROUTINE TO RESTART WITHOUT RETYPING MAP AFTER TEST HAS BEEN RUNNING
RSTART: MOV
HSTKPT,SP
;SET UP STACK POINTER
MOV
#1 ,MTYFG
;SET FLAG TO INDICATE MAP HAS BEEN TYPED
CLR
PASCNT
; INITIALIZE PASS COUNT
MOV
HPWRDN, ~#24
MDV
11340,@l1I.26
CLR
TSTX
CLR
I'#PS
; CLEAR PROCESSOR STATUS REGISTER
MOV
H6 ,~H4
@H6
CLR
JMP
8EGIN

CLR

000046

757
758
759
760
761
762
763
764
765
766
767
768

PAGE 13

; ROUTINE TO SCAN ALL MEMORY FOR BAD PARITY AND TYPE 18 8IT ADDRESSES OF BAD
; LOCATIONS
SCAN:
MOV
HSTKPT,SP
; SETUP STACK POINTER
TST
FTITLE
;IF TITLE HAS BEEN PRINTED, REGISTERS
;HAVE ALREADY BEEN LOCATEO- GO
; AND LOCATE I F NOT ALREADY DONE
BNE
SCANB
; 8RANCH, REGISTERS HAVE ALREADY BEEN LOCATED
lNC
SCNFLG
; INCREMENT SCNFLG
JMP
ST ART 1
;GO TO LOCATE THE REGISTERS
SCAN A :
CLR
SCNFLG
; RETURN HERE AFTER LOCATING THE REGISTERS
SCAN8:
JSR
PC,MAPMEM
; SETUP MEMORY MAP
JSR
PC, PSCAN
; SCAN FOR BAD PAR I TY
TYPE
;TYPE MESSAGE "BAD PARITY SCAN COMPLETE"
PSMSG
TST
NOKT
BNE
.+6

177614

005037
000000
000750

001466

000004

010346
013100

001426
001432
001434

001452

177252
000024
000026

,77624
000232

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13
713
714
715
716
717
718
719
720
721
722
723
724
725
726
727
728
729
730
731
732
733
734
735
736
737
738
739
740
741
742
743
744
745
746
747
748
749
750
751
752
753
754
755
756

12:27

0
177600
172200
PDREND: 172300
KPDRO:
'72300
KPOR, :
172302
KPDR2 :
172304
KPDR7 :
1723'6
KPARO:
172340
KPAR 1 :
172342
KPAR2 :
172344
KPAR7 :
172356
SPSAV:
0
ROSAV:
0
RISAV:
0
R2SAV:
0
R3SAV:
0
R4SAV:
0
R5SAV:
0

000510
000001
010436
015732
000340
177154
177776
000006
000006
000530

001322
00,330
001334

13-JAN-78

SEQ 0013
CACHF L:
CACHE:
KTST ART:
ADRTYP:
PORTAB:

000000
177746
000000
000000
'77600
172200
172300
172300
, 72302
172304
1723'6

012706
012767
005067
012737
012737
005067
005037
012737
005037
000167

001314

MACY11 30A( 1052)

000004

;TURN OFF KT11 IF PRESENT
; ENO OF PARITY SCAN

SCAN

;NORMAL STARTUP
START:
MOV
HSTKPT ,SP
MTYFG
CLR
CLR
PASCNT
MOV
#PWRDN,@H24
#340,@#26
MOV
I'H4,-(SP)
MOV
MOV
1'#6,-(SP)
H2$ ,@#4
MOV
@SWR
TST
8R
4$
2$:
MOV
#SWREG, SWR
#DISPREG, 01 SPLAY
MOV
CMP
(SP)+, (SP.)+
H6$,@#4
4$:
MOV
H340,@>N6
MOV
# 14 ,@#177746
815
8IS
#200, CACHFL
5$
BR
(SP)+, (SP')+
6$:
CM"
5$:
MOV
(SP)+,@#6
MOV
(SF)+,@H4
CLR
TSTX
1$:
TST
FTITLE
BNE
STARTI
FTITLE
INC
@>H42,@>H46
CMP
8EQ
STARTI
TYPE
MTIT
TYPE
MLDRSV

; SET UP STACK POINTER
;CLEAR FLAG WHICH INDICATES MAP TYPED
; INI T IALIZE PASS COUNT
;SETUP POWER FAIL RETURN
; SAVE THE ERROR VECTOR
; SET UP TIME OUT VECTOR
; TRY TO REFERENCE THE SWITCH REGISTER
;8RANCH IF NO TIME OUT
; POINT TO THE SOFTWARE SWITCH REGISTER
; POINT TO THE SOFTWARE DISPLAY REG.
; RESTORE THE STACK POINTER

; DISA8LE CACHE
;SET FLAG FOR CACHE

; RESTORE ERROR VECTOR

; IS TITLE PRINTED YET?
;YES, SKIP OVER
;SET FLAG
;ARE WE IN ACTll AUTOMATIC MODE?
;YES, SKIP TITLE
;TYPE TITLE "MEMORY PARITY TEST
i MAINDEC-l1-DCMFA I.
; TYPE "LOADERS SAVED IN BANK 1.

;SEARCH FOR PARITY REGISTERS PRESENT AND TYPE ADDRESSES OF THOSE FOUNO
;FAILURE TO LOCATE A REGISTER INDICATES THAT THE ADDRESS TIMED OUT OR THAT
; BIT': 5-7 IN THE REGISTER DID NOT SET
STARll: TYPE
; TYPE "MEMORY PARITY REGISTERS PRESENT ARE:"
MMPRS
MPROK
; CLEAR MPR FLAG
CLR
MOV
>MPRO, R2
; SET UP POINTERS
MOV
;POINTER TO CORE-MOS
II INDCO I R3
>GMPR8,@H4
; SET UP TIMEOUT TRAP RETURN
MOV
@#6
CLR
GMPRA:
BIC
H1 • (2)
;CLEAR FLAG BIT IN TABLE
2(R2)
; INITIALIZE LOCATIONS IN THE TABLE
CLR
4(R2)
CLR

CCMFAFO. MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-7B 12:13

.

769
770
771
772
773
774
775
776
777
77B
779
780
781
782
7B3
784
785
786
787
78B
789
790
791
792
793
794
795
796
797
79B
799
800
801
802
803
804
805
606
B07
808
809
Bl0
811
812
B13
814
815
816
B17
81B
B19
B2D
821
822
823
824

001700
001704
001710
001716
001724
001726
001732
001736
001740
001742
001744
001746
001750
001754
DO 1756
001762
001766
001770
001772
001774
001776
002000
002004
002010
002012
002020
002024
002026
002032
002034
002042

005062
005772
052772
032772
001414
011267
004567
000514
017670
000006
104000
017670
012713
000413
011267
004567
000514
017731
000006
104000
017731
012713
005267
000403
022626
052712
062i02
005723
020227
002714
012737
00S767

002046
002050

001402
000167

002054
002060
002062
002064
002066
002072
002074
002100
002102

005767
OD 1 012
104000
017212
005737
001402
000161
000000
000167

002106
002114
002120
002122
002130
002134
002142
002150

012767
105767
001403
012777
004767
012767
012737
005067

00~O14

000006
000000
000340
000340

MACY11

000000
000000

000001

1$:

176532
013430

177777
176532

2$:
GMPRB:

000001
000010

GMPRC:

000766
000006
177152

000004

177324
GMPRD:

176462

NOREG:
000042
007572
177330
002156
177102
000014
012146
000100
000006
176344

13-JAN-78

12 :27

PAGE 15
SEQ 0015

176562
013460

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13

014346

BEGIt<:

177074
014314
000004

MACYll

30A(1052)

CLR
TST
BIS
BI T
BEQ
MO':
JSR
TEMPX
MPRCOR
6
TYPE
MPRCOR
MOV
BR
MDV
JSR
TEMPX
MPRMOS
6
TYPE
MPRMOS
MOV
INC
BR
CMP
BIS
ADO
TST
CMP
BL T
MOV
TST

6 (R2)
@(2)
#340,1'(2)
#340,@(2)
1$
(2), TEMPX
R5,OACNV

#-1, (R3)
MPROK
GMPRC
(SP)+, (SP)+
., ,@R2
#10. R2
( R3)+
R2.#TREG
GMPRA
,116.@#4
SCNFLG

BEQ
JMP

GMPRD
SCAN A

TST
BNE
TYPE
MTR
TST
BEQ
JMP
HALT
JMP

MPROK
BEGIN

MOV
TSTB
SEQ
MOV
JSR
MOV
MOV
CLR

#TEST 1 +2, RETURN
CACHFl

:DOES THIS MPR EXIS1? (IF NO, TIMES OUT)
;YES- IS IT AN MFll-LP OR MAll-P CORE PARITY REG
:NO, IS IT A MOS-11 PARITY REGISTER?
:YES- PRINT REGISTER ADDRESS
:(GET ASCII)

BRANCH

: (TYPE ADDRESS)
# 1, (R3)
2$
(2), TEMPX
R5,OACNV

: SET

INDICATOR FOR CORE PARITY

:IT IS AMOS REGISTER,
: (GET ASCII)

PRINT ADDRESS

: (TYPE ADDRESS)
SET INDICATOR FOR MOS PARITy
SET MPR REGISTER PRESENT FLAG
SKIP NEXT
RESTORE STACK POINTER
SET FLAG INDICATING REGISTER NOT PRESENT
UPDATE POINTER
DONE YET?
NO, LOOP
YES, RESTORE TRAPCATCHER
ARE YOU IN THE ROUTINE TO SCAN
MEMORY FOR BAD PARITY-(SCAN)
NO. BRANCH TO CARRY ON NORMALLY
YES, GO [jACK TO THE MEMORY
SCAN ROU TINE
ANY PARI TY REGISTERS PRESENT?
YES- GO TEST CONTROLS PRESENT
NO- TYPE "NO PARITY REGISTER FOUND II

@l1;l42
,+6
LOGICAL

LOADED BY MONITOR?
NO, BRANCH
YESEX IT , NO REGISTERS PRESENT
NO REGISTERS TO TEST
IF CONTINUED, TRY AGAIN

5T ART

SETUP SCOPE RETURN
CACHE ?
BRANCH I F NO
DiSABLE CACHE
SAVE MONITOR
MAXIMUM ITERATION COUNT
RESTORE TRAPCATCHER IN TIMEOUT VECTOR

. +1 0
1114,@CACHE
PC,SAVLDR
"'00.IMAX
#6.@#4
BITPT

13-JAN-78

12:27

PAGE 16
SEQ 0016

825
826
B27
82B
829
830

831
832
833
834
835
836
837
83B
839
840
841
B42
843
844
845
846
B47
848
B49
85D
B51
852
853
B54
B55
856
857
BS8
859
B60
861
B62
863
B64
865
B66
867
868
869
870
871
872
873
874
875
876
877
87B
879
880

30A( 1 052)

;:SHOW
** '" '" '" 'T"AT
" '" '" '" '" BITS
'" *** .. 0,2,5-11,
'" '" '" ** ** '" '" "',..AND
*'" '" '15
" *'" OF
** **EACH
"'"' '" "' CORE
...... "' .. **PARITY
"' .. "'. '" .. ** '" '" *¥ '" '" ** '" *** '"
REGISTER PRESENT
:CAN BE SET AND CLEARED,
BITS 0,2,15 OF EACH MOS PARITY REGISTER
; PRESENT CAN BE SET AND CLEARED

;. '" "'." ""'"'*SCOPE
** '" *** ** '" '" ** '" '" '" *,,* ** ** ** ** *** '" '" '" * '" '" '" '" '" '" '" ** '" *** '" '" ** '" '" "'* '" *** '"

TESTl:

002154
002156
002164
002170
002174
002200
002202

104001
012777
012700
012704
032710
001042

002204
002210
002212
002220
002222
002230

022714
001004
016767
000403
016767
012702

002234
002236
002242
002250
002252

005011
011167
046767
001401
104002

002254
002260

030267
001010

002262
002264
002266
002270

010211
011103
005011
046703

002274
002276
002300

020203
001401
104002

002302
002304

006302
103363

002306
002312

062700
005724

000010

002314
002320
002322

020027
002725
005067

000766

000001
000566
000770
000001

176716

1$:

011001
000001
176614
176606
000001

176524
176562

176550

176610
176600

5$:

MOV
MOV
MOV
BI T
BNE
MOV

#l,@DISPLAY
#MPRO,RO
# INDCO, R4
#l,@RO
4$
@>RO,R1

CMP
BNE
MOV
BR

# 1, (R4)
S$
RESVC, RESRVD

MOV

RESVM, RESRVD
#1, R2

MOV

@>Rl
@Rl,TREG
RESRVD, TREG
.+4

BIT
BNE

R2, RESRVD
3$

MOV
MOV
CLR
BIC

R2,@Rl
@>Rl ,R3
I'Rl
RESRVD, R3

CMP
BEQ
ERROR

R2,R3
,+4

3$:

ASL
BCC

R2
2$

4$:

ADu
TST

., 0, RO

CMP

RO,HREG
1$
TREG

2$:

176534

BLl
176440

CLR

; **

If: '" '" '"

:NO
:YES,

CORE,

STORE RESERVED BITS

.+10

CLR
MOV
BIC
BEQ
ERROR

176516

:LOAD THE TEST NUMBER INTO THE DISPLAY
; LOAD ADDRESS OF TABLE INTO RO
: LOAD ADDRESS OF INDICATOR IN R4
: IS THIS REGISTER PRESENT?
: NO- B"ANCH TO GET NEXT ADDRESS
:YES- LOAD Rl WITH ADDRESS OF
; PARI TY REGISTER
: IS THIS .'EGISTER CORE?

:MOS, STORE RESERVED BITS
: LOAD R2 'IJITH VALUE OF FIRST BIT
; TO BE TESTED
: INITIALIZE PARITY REGISTER
;READ CONTENTS OF PARITY REGISTER
;ClEAR BITS w'HICH ARE RESERVED
;CHECK OTHER BITS- BRANCH IF OK
:CLEAR INSTRUCTION DID NOT INITIALIZE
:ALL USED BITS IN PARITY REGISTER
:TO ZERO (Rl CONTAINS ADDRESS OF
:FAILING REGISTER)
: IS THIS BIT RESERVED?
:YES- DON'T TEST IT SINCE IT
:MAY BE ZERO OR ONE
;NO- SET THIS BIT IN THE PARITY REGISTER
: READ AND SAvE CONTENTS OF PARITY REGISTER
;CLEAR PARITY REGISTER
:CLEAR BIT LOCATIONS THAT ARE
:RESERVED
: CHECK REST
; BRANCH I F OK
:PARITY REGISTER WHOSE ADDRESS IS IN Rl
;WAS INCORRECT AFTER THE VALUE IN R2
;WAS wRITTEN INTO IT. ACTUAL CONTENTS
: (WITH UNUSED BITS CLEARED) IS IN R3
:ROTATE BIT TO 8E TESTED
: I F NOT OONE WITH ALL BIT POSITIONS
;GO TEST THIS ONE
:MOVE RO TO POINT TO NEXT POSSIBLE ADDRESS

( R4)+
;OF A PARITY REGISTER
;AT END OF TABLE?
; NO, BRANCH

"'**.'" *** ***** ** "''''* "'''' '" *** '" '" ** •• "'''' '" '" '" '" ** '" '" '" '" ** '" ** '" ** '" '" **** "'''' ••

:SHOW THAT RESET CLEARS BITS 0,2,

AND 15 OF EACH PARITY REGISTER

CCMFAFO, MEMORY PARITY TEST
13-JAN-7B 12:13
CCMFAF. Pl1
881
882
883
884
BBS
B86
B87
888
8B9
890
891
892
893
894
B95
896
897
B98
B99
900
901
902
903
904
905
906
907
908
909
910
911
912
913
914
915
916
917
91B
919
920

921
922
923
924
925
926
927
928
929
930
931
932
933
934
935
936

MACY1!

002326
002330
002336
002342
002346
002352
002356

002360
002364
002366
002374
002376
002404
0024,0

104001
012777
005067
012700
012703
032710
00101 :2
022713
001404
012710
000403
012770

SEQ 0017

062700

002412

020027
002755
105767
, 05777

100015

000000

107745
000010

000000

002442

012703

002446

105767

002452
002454

001403
012777

002462
002466
002470
002474

032710

002476

017002
005070
042702

000766

176466
176452
4$'
000566
000770
176550
000014
000001
000001

00'012

005702
DO 1401

002520

000411

000000
000000
077772

104002

002522

017002

002526

005070
046702
005702
00 I 401
104002

002544

93B
939

002550

940
941

002554
002556

942
943
944
945

002562

000000
000000
,76276

7$'

.+10

MACY"

#10. RO
(R3)+

CMP

RD. NTREG

BLl
TSTB
BNE
TSTB
BPL
RESET
MOV
MOv

1$
$TPFLG
4$
I'TPS
.-4

NO- CaNT INUE

YES- TERMINAL AVAl LABlE?
NO- BRANCH
YES- WAlT FOR TERMINAl TO FINISH

ISSUE IN IT
LOAD AODRESS OF THE TABLE
POINTER TO INDICATOR

II'MPRO, RO

'INDCO,R3
CACHF L
2$
"4,@CACHE
,,1 ,@IRQ
3$
" , (R3)
7$
@(RO),R2
@(RO)
#77772, R2

TST
BEQ
ERROR

R2

BR
MOV
CLR
BIC
TST
BEQ
ERROR

3$-4
@(RO) ,R2
@(RO)
RESVM, R2
R2
.+4

CACHE ?
BRANCH IF NO
DISABLE CACHE
IS THIS PARITY REGISTER PRESENT?
NO- BRANCH
IS THIS A CORE PAR REGISTER?
NO, BRANCH
YES. GET CONTENTS OF rEGISTER
MAKE SURE THAT WWP ANO AE ARE CLEAR
MASK RESERVED BITS FOR CORE PAR
-lTY REGISTER. BITS 5-1 I (ADORS
BITS) ARE A LSD MASKED
CHECK, I F REST WERE CLEARED

.+4
CORE PARITY REGISTER "HOSE ADDRESS IS
PO aH ED TO BY RO WAS INCORRECT
ACTER A RESET WAS ISSUED- CONTENTS
SAVEO IN R2 wITH UNUSED BITS MASKED

13-JAN~78

30A(1052)

CORE- SET ALL DEFINED BITS TO
MOvE POINTER TO POINT TO NEXT MPR AOORESS
INCREMENT POINTER TO INDICATOR
OF A PARITY REGISTER
AT END OF TABLE?

Hl07745,II'(RO)

MOS, GET CONTENTS OF REGISTER
MAKE SURE THAT ~JWP 8AE ARE CLEAR
MASK RESERVED BITS FOR MOS PAR REG
CHECK REST
RESET DID CLEAR ALL BITS
MOS PARITY REGISTER WHOOSE ADDRESS IS
POINTED BY RO WAS INCORRECT.
AFTER
ISSUING RESET CONTENTS OF PAR REG
WERE AS ·.HOWN IN R2(UNUSED BITS
HAVE BEEN MASKED)

12'27

PAGE lB

13-JAN-?812:13

005070
062700

SEQ 0018

000000
000010

3$'

CLR
ADD

@(RO)

TST

( R3)+
RO, .TREG
2$

,REINITIALIZE PARITY REGISTER
:MOVE POINTER TO POINT TO ADDRESS

#10,RO

;oe NEXT REGISTER
005723
020027
002737

CMP

000766

BL,

: INCREMENT POINTER TO INOICATOR

; DONE?
;NO- LOOP

; '" '" "' .. ,. ", .. * '" '" '" * *'''' '" '" '" *' . . '" "'~. '" '" "'* '" '" '" "'. '" '" ** '" "'.',. .. *'

946

976
977
97B
979
980,
981
982
983
984
985
986
9B7
9B8
989
990
991
992

., ,lORD
5$
" , (R3)
6$
"0001S,II>(RO)

TSl8
2$'

LOAD THE TEST NUMBER INTO THE DISPLAY
DON'T ITERATE TEST
LOAD PO INTER
POINTER TO INDICATOR
IS THIS PARITY REGISTER PRESENT?
NO BRANCH
IS THIS CORE OR MOS PARITY REGISTER?
ND- 8RANCH
MOS-SET ALL DEFINED BITS TO 1

'2,@>DISPLAY
IMAX
'MPRO, RO
'INDCO,R3

BEQ
MOV
BIT
BNE
CMP
BNE
MDV
CLR
BIC

176542

001030
022713

002512
002514
002516

937

6$:
5$'

,00375
000005
012700

002532
002536
00.2540
002542

1$'

000001

001003

002436

002502
002506

MOV
CLR
MOV
MOV
BI T
ONE
CMP
BEQ
MOV
8R
MOV
ADO
TST

176544

005723

002~

16
002420
002424
002426
002432
002434

; "'* "'* '" "'.'"SCOPE
"'*'" *** 0/<** ",* ... '" '" ."'** '" ."'* * '" '" "'''II *$* "'* '" *"'''' '" *** ••• * *'" ** .",*>Ie.", "'."' ... "'*

TES T2'
000002
014114
000566
000770
000001

CCMFAFO. MEMORY PARITY TEST

975

PAGE 17

12'27

; PRESENT.

CCMFAF.P11

947
94B
949
950
951
952
953
954
955
956
9S7
9S8
959
960
961
962
963
964
965
966
967
968
969
970
97'
972
973
974

13-JAN-78

30A( 1 052)

01 '"

*' '" "'* * "'* * * "'* ** "'* ** "'* '" "'''' '" "'* '" '"

;MAP CORRESPONDENCE BETWEEN PARITY REGISTERS AND MEMORY. AND TYPE RESULTS
:NOTE THAT IF PARITy MEMOR'y' IS NOT LOCATED CORRECTLY BY THIS SUBTEST
:IT IS DuE TO ONE OF THE FOLLOWING FAILURES:
-SETTING ~JRITE WRONG PARITY DID NOT CAUSE BAD PARITY TO BE WRITTEN
-PARITY GENERATE OR OETECT

LOGIC FAILED

-PARITY ERROR BIT FAILED TO SET
-PARITY BITS IN MEMORY

LOCATION FAilED (I.E. BIT STUCK AT GOOD PARITY VALUE)
;NOTE THAT SETTING SWITCH REGISTER S\·'ITCH 9 WILL CAUSE A HALT AFTER THE MAP
:IS TYPED. IF YOU WISH TO CHANGE THE MAP TO I50LATE THE CAUSE OF A MAPPING
:FAILURE, YOU CAN DO THIS ONCE THE PROCESSOR IS HALTED.
SEE THE DESCRIPTION
:IN THE LISTING (PRECEDING THE MAP TAG "MPRO" AT LOCATION 600) FOR THE MEANING

;OF THE MAP CONTENTS.

AFTER MAKI!\IG THE DESIRED CHANGES.

PRESS CONTINUE.

THE NEW

;MAP WILL BE TYPED AND IF SWITCH 9 IS LEFT SET THE PROCESS WILL BE REPEATED.
: IF SWITCH 9 IS NOT LEFT SET THE PROGRAM WI LL PROCEED TO TEST THE PARITY MEMORY
:ANO REGISTERS AS RECORDED IN THE NEW MAP.

002606

1 04001
012777
005767
001044
004767
004767

002612

004767

00256-1

002566
002574
002600
002602

; "'* **

TEST'"
000003
175762

l\t

>Ie", '"

* ***"'* .. "'* •

SCOPE

MOV
TST

176306

"'**'"

>I< '" '"

** "'* "'*'" *"'** .. '" '"

>I< '"

** *. "'* "'*** *'" * '" ** "'* ** ** *'" "''''

: LOAD THE TEST NUMBER INTO THE DISPLAY
: IF MAPPING HAS ALREAOY BEEN DONE
:SKIP SUBTEST

MTYFG
TEST4
%7. CLRPAR
%7,MAPMEM
%7,MAPREG

BNE
JSR
JSR
JSR

011204
007 I 44
007466

""oj< '"

1t3,@lDISPLAY

; MAP MEMORY
; FIND PARITY MEMORY AND CORRESPONDING
:REGISTERS USING WRITE WRONG PARITY

002616
002622
002626
002632
002636

002676
002704
002706

005067
005067
012701
032711
001006
056167
056167
062701
020127
103762
004767
005267
032777
001402
000000

002710

000742

002640
002646
002654
002660

002664
002666
002672

176246
176244
000566
000001
000002
000004
0000 10
000766
010126
175664
001000

CONT3'

1$'
176222
176216
2$'

176174

;W1THOUT ACTION ENABLE SET
; INITIALI.i.E LOCATIONS INDICATING

PMEML

CLR
CLR
MOV
BIT
BNE
SIS
BIS
ADD
CMP
6LO
JSR
INC
BI T
BEQ
HALT

PMEMH
ItMPRO,Rl
#1.@R1
2$

: TOT AL PARITY MEMORY PRESENT

2(Rl),PMEML
4(Rl) ,PMEMH

; FLAG EXISTING PARllY MEMORY (LOW 64K)
:FLAG EXISTING PARITY MEMORY (HIGH 64K)

#10, R1
Rl,#TREG
1$
%7, TMAP
MTYFG

BR

:TYPE MAP
: INDICATE MAPPING DONE

#BIT9,@SWR

;5WITCH 9 SET?

.+6

: NO- BRANCH
:YES- SWITCH 9 SET INDICATING HALT
;AFTER TYPING PARITY MEMORY MAP
: GO TYPE NEW MAP TO VERIFY USER'S INTENT

CONT3

; ** * '* "'* '" '" * "'* "' •• "''''* "'*
>I<

O' ..

"'* "'*

>I< '"

** **

>I< '" '" '" '" '"

*** * ** * * * *"'* ****** ***"''''* "'******

;SHOW THAT ASSERT P8 WORKS CORRECTLY FOR EACH REGISTER
:SHOW THAT NO TRAP OCCURS IF AcTION ENABLE (AE) IS NOT SET

CCMFAFO, MEMORY PARITY TEST
13-~AN-7B 12: 13
CCMFAF. PI1
993
994
995
996
997
998
999
1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010
1011

1012
1013
1014
1015
1016
1017
1018
1019
1020
1021
1022
1023
1024
1025
1026
1027
1028
1029
1030
1031
1032
1033
1034
1035
1036
1037
1038
1039
1040
1041
1042
1043
1044
1045
1046
1047
104B

12:27

PAGE 19
SEQ 0019

;SHOW THAT SETTING AE WITH ERROR ALREADY SET DOESN'T CAUSE A TRAP
;NOTE THAT IF A KTll IS PRESENT, IT IS USED DURING THIS SUBTEST

;

.....................................................................

TEST4:

002712
002714
002722
002730
002734
002740
002742
002746

104001
012777
012767
004767
005767
001004
004767
004767

002752
002756
002762
002766
002770
002774
002776
003000
003002

012700
012702
032710
001405
062700
005722
103771
000457
004767

000566
000770
000001

1$:

0000.10

LOP4:

011120

TST4:

003006
003012
003014

032701
001403
104002

000001

003016
003022
003030
003036

000167
012737
012770
01111 1

177746
003110
000004

003040
003044

005070
005711

000000

003046
003054

012737
052770

003116
000001

003062
003070

012737
005711

003124

003072

104002

000004
000100
011 056
175610

176160
013526

SCOPE
MOV
MOV
TST
BNE
uSR
uSR

N4,.DISPLAY
#100,IMAX
%7,CLRPAR
NOKT
1$
%7,NRALL
%7,MAPI

MOV
MOV
BIT
BED
ADD
TST
BLO
BR
uSR

NMPRO, RO
N1NDCO, R2
Nl,IIRO
TST4
Nl0,RO
(R2)+
LOOP4
DONE4
%7, LocATM

BIT
BED
ERROR

#l,Rl

~SR

010744
01111 0

LOOP4:

; BRANCH WHEN ALL REGISTERS HAVE BEEN TESTED
; LOCATE MEMORY CORRESPONDING TO
;THIS REGISTER- IF NO KTI I, Rl SHOULD
; BE RETURNED CONTAINING THE ADDRESS
;OF THE 1ST LOCATION CONTROLLED BY THIS
;REGISTER (INCLUDING EXTERNAL INTERLEAVE
jOFFSET IF NEEDED)
;IF KTI1 IS PRESENT, Rl SHOUl.D BE RETURNED
;POINTING TO THE 1ST LOCATION CONTROLLED
;BY THIS REGISTER, MAPPED THRU KERNEL
; PAGE 1. KERNEL PAGE 1 SHOULD BE
;MAPPED TO THE CORRECT BANK
; IS ERROR RETURN INDICATED?
;NO- BRANCH
JMAP INDICATES NO PARITY MEMORY
; IS CONTROLLED BY THIS REGISTER
;RO POINTS TO THE ADDRESS OF THE
; PARITY REGISTER

.+10

~MP

LOP4

MOV
MOV
MOV

NTRP4A,ON114

#WWP,II(RO)
IIR1,IIRl

CLR
TST

II(RO)
IIRI

000114
000000

MO.
BIS

NTRP4B,IINPARVEC
NAE,II(RO)

000114

MOV
TST

NTRP4C ,II'PARVEC
IIRI

000114
000000

003074
003100
003102
003106
00311 0

005070
005511
005070
000730
104002

003112
003114
003116

022626
000767
104002

003120
003122
003124
003130
003132

022626
000764
005770
100401
104002

000000

003134
003136
003140
003146
003152
003154

022626
000756
012737
005767
001002
005037

000116
175376

MACYI1 30A( 1 052)

13-~AN-7B

12:27

; LOAD THE TEST NUMBER INTO THE DISPLAY
;CLEAR ALL PARITY REGISTERS
;KT11 PRESENT?
;NO-BRANCH
; YES-MAP ALL PAGES NON RESIDENT
; THEN MAP KERNEL 0 TO BANK 0, KERNEL
;7 TO EXTERNAL BANK, SET KERNEL
;0,1, AND 7 RW, AND TURN ON KTll
; SETUP TO FIND REGI STERS PRESENT
; IS THIS REGISTER PRESENT?
; YES-BRANCH TO TEST IT
; NO-CHECK FOR ANOTHER ONE
; INCREMENT PTR9LT

ERROR

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-78 12:13
1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074
1075
1076
1077
1078
1079
1080
1081
1082
1083
1084
1085
1086
1087
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
11 00
1101
1102
1103
1104

13-~AN-78

MACYlt 30A( 1052)

;SETUP PArllTY TRAP RETURN
;SET WRITE WRONG PARITY
;WRITE CONTENTS OF LOCATION WITH
; WRONG PARITY
;CLEAR PARITY REGISTER
; READ BAD PARITY WITH ACTION ENABLE
; CLEARED- NO TRAP EXPECTED
; CHANGE PARITY TRAP RETURN
; SET ACTION ENABLE WITH PARITY ERROR
;ALREADY SET- SHOULDN'T TRAP YET
; CHANGE PAR ITY TRAP RETURN
;READ LOCATION AGAIN- SHOULD GET
; A PARITY TRAP DUE TO READING BAD
; PARITY WITH ACTION ENABLE SET
;NO PARITY TRAP AFTER READING LO~ATlON
;WHICH SHOULD CONTAIN DAD PARITY;Rt CONTAINS ADDRESS OF MEMORY LOCATION

PAGE 20
SEQ 0020

CONT4 :

000000

II(RO)
IIRI
II(RO)
LOP4

TRP4A:

CLR
ADC
CLR
BR
ERROR

CMP
BR
ERROR

(SP)+,(SP)+
CONT4

TRP4B:

CMP
BR
TST
BMI
ERROR

(SP)+, (SP')+
CONT4
.(RO)
.+4

CMP
BR
MOV
TST
BNE
CLR

(SP)+,(SP)+
CONT4
.PARVEC+2,.'PARVEC
NOKT
.+6
•• SRO

000000

TRP4C:

000114

DONE4:

177572

; . . . . 4- . . . . . . . . . . .

(VIRTUAL, THRU KERNEL PAGE "
IF KT 11
PRESENT) • RO POINTS TO THE ADDRESS OF
THE PARITY REGISTER IN WHICH AE WAS SET
CLEAR PARITY REGISTER
CLEAR BAD PARITY
CLEAR PARITY ERROR BIT
GO TO TEST NEXT REGISTER
PARITY TRAP OCCURRED WITH ACTION
ENABLE CLEAR- RO POINTS TO THE ADDRESS
OF THE PARITY REGISTER UNDER TEST
Rl CONTAINS THE ADDRESS OF THE MEMORY
UNDER TEST (VIRTUAL IF KTI1 IS "qESENT)
RESTORE STACK POINTER
; PARITY TRAP OCCURRED WHEN ACTION
; ENABLE WAS SET WITH PARITY ERROR
; ALREADY SET
; RO POINTS TO THE ADDRESS OF THE
; PARITY REGISTER UNDER TEST
;Rl CONTAiNS THE MEMORY ADDRESS UNDER
; TEST (VIRTUAL IF KT11 IS PRESENT)
;RESTORE STACK POINTER
; ERROR BIT SET AFTER PARITY TRAP?
; YES- BRANCH
; ERROR 81 T NOT SET AFTER PARITY
; TRAP- RO POINTS TO THE ADDRESS
;OF THE PARITY REGISTER UNDER TEST
;RESTORE STACK POINTER
; RESTORE TRAP CATCHER
;TURN OFF KT11

I F PRESENT

* •••• *** .... ****** •••••••• "' ••• _._ ••• ** .... ***** ** •••••• *••••

;SHOW THAT READING GOOD PARITY AFTER BAD PARITY DOESN'T CLEAR PARITY ERROR BIT

003160
003162
003170
003174
003200
003202
003206

104001
012777
004767
005767
001004
004767
004767

003212
003216
003222
003224
003230
003234
003236
003240

012700
03271 0
001406
062700
020027
103770
000431
004767

;......... "' .... SCOPE
'" '" '" "' . . '" "'.* "' .. '" "' ...... "' •• "' ... ** .... '" ••• * .. '" '" ** '" "' .... ** '" '" "' ... '" * '" "'.* ** .... "' .... * ...
TEST5:
000005
010616
175350

175712

MOV
~SR

TST
BNE
~SR
~SR

010504
010650
000566
000001

1$:
LOOPS:

000010
000766

LOPS:

MOV
BIT
BEQ
ADD
CMP
BLO
BR

010662

TST5:

~SR

N5,@DISPLAY
PC,CLRPAR
NOKT
1$
PC,NRALL
PC,MAPI
NMPRO, RO
#I,i>RO
TST5
Nl0,RO
RO,NTREG
LOOPS
DONES
PC, LQCATM

; LOAD THE TEST NUMBER INTO THE DISPLAY
;CLEAR ALL PARITY REGISTERS
;KTI1 PRESENT?
;NO, BRANCH
;YES, MAP ALL PAGES NON-RESIDENT
; THEN MAP KERNEL 0 TO BANK O. MAP KERNEL
; 7 TO THE EXTERNAL BANK. SET KERNEL
;0,1, AND 7 RW, AND TURN ON KTI1
;SETUP TO FIND REGISTERS PRESENT
; IS THIS REGISTER PRESENT?
; YES- BRANCH TO TEST IT
; NO- CHECK FOR ANOTHER ONE
; EXIT WHE,' ALL REGISTERS HAVE BEEN TESTED
; LOCA TE MEMORY CORRESPONDING TO THIS

CCMFAFO, MEMORY PARITY TEST
CCMFAF .Pl1
13-JAN-#/8 12: 13
11 05
1106
1107
1108
1109
1110

1111
1112
1113
1114
1115
1116
1117
1118
1119

1120
1121
"1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137

003244
003250
003252

032701
001403
104002

000001

003254
003260
003266

000167
012770
011111

177744
000004

003270
003272
003300
003302
003304
003310
003312

00S711
042770
01 1111
005711
005770
100401
104002

003314
003320
003322
003326
003330

005070
000741
005767
001002
005037

000004

MACY"

" 57
1158
1159
1160

BIT
BE0
ERROR

"65
1166
1167
1168
1169
1170
1171
'172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
11 B4
1185
1186
1187
1188
1189
1190

000000

000000
175222

DONES:

177572

003350
003354
003356
003362

104001
012777
004767
005767
001 C 04
004767
004767

003366
003372
003376
003400
003404
0034 t a
003412

012700
032710
DC 1406
062700
020027
103770
000523

000566
000001
000010
000766

LOP6 :

003414

004767

010506

TST6 :

003334

003336
003344

TES16 :
000006
010442
175174

003420
003.:124
003426

032701
001403
104002

000001

003430

000167

177744

003444
003446
003450
003454
003456

110211
005711
005770
100006
104002

000000

003460
003464
003466
003470
003472
003474
003476
003502
003504
003510
003512

005070
005011
005002
000402
105:202
001363
110261
005711
005770
100002
104002

003514
003516
003520

000402
105202
001366

1204

003522

1205
1206
1207
120B

003526
003534
003536

0050 11
005002
012770
110211
005070

00.3542
003S44
003550
003552

005711
005770
100402
104002

0035~4

175536

010330
010474

000000

1 $:
LOOP6 :

MACY11

30A( 1052)

REGISTER- R1 WILL BE RETURNED CONTAINING
THE ADDRESS OF THE FIRST LOCATION
CONTIWLLED BY THIS REGISTER (MAPPEO
THRU KER~JEL PAGE 1 IF KT11 IS PRESENT)
IS ERROR RETURN INDICATED?
NO- BRANCH
MAP INDICATES NO PARITY MEMORY IS
CONTROLLED BY THIS REGISTER. RO
POINTS TO THE ADDRESS OF THE
PARITY REGISTER

# 1, R1

• +1

a

LOPS
ItWWP

RO 1

;SET WWP IN THIS REGISTER
;I,o,'RITE CUNTENTS OF LOCATION ~JITH
; It/RONG PA!~I TY
;DETECT \·mm~G PARITY
;CLEAH I>IWP IN PARITY REGISTER
;RESTORF.. GOOD PARITY
; REREAD LOCAT ION
:READ CONfENT$ OF PARITY REGISTER
;BRANCH IF PARITY ERROR IS STILL SET
; PARI TV ERROR BI f CLEARED BY READING
;GOOD PARITY (OR POSSIBLY l.>JHILE DOING
;THE BIC fO CLEAR WWP). RO POINTS TO
;THE PARITY REGISTER ADDRESS.
;CLEAR THE PARITY REGISTER

@R1

TST
BIC
MOV
TST
TST
BMI
ERROR

@R1
";WP, (O( RO)
@lR1 ,@lR1
@R1
@(RO)

CLR
BR
TST
BNE
CLR

@(RD)
LOPS
NOK r
.+6
@#SRO

.+4

; TURN OFF KT11

I F PRESENT

"'* *,.

5$:
2$:

00000 1
000000

000000

000000

MOV

#6,I§.lOISPLAY
%7, CLRPAR
NOKT
1$
%7,NRALL
%7,MAPl

BEQ
ADO
CMP
8LO
BR

hMPRO,RO
# 1,@lRO
TST6
#10. RO
RO.I1TREG
LOOP6
DONE6

uSR

%7,LOCATM

BIT

13-JAN-78

12:27

: LOAD THE TEST NUMBER INTO THE DISPLAY
;CLEAR ALL PARITY REGISTERS
; KT 11 PRESENT?
; NO, BRANCH
; YE$- MAP IT (KERNEL 0 TO BANK 0, R'.'J;
; KERI~E L 7 TO EXTERr~AL BANK. RW; KERNEL 1 RW)
; !~ND TURN IT ON
;SETUP TO F I NO REGISTERS PRESENT
; IS THI S REGISTER PRESENT?
;YES- BRANCH TO TEST IT
; NO- CHECK FOR ANOTHER ONE

; BRANCH TO DO:'\JE IF ALL REGI STERS
; HAVE BEEN TESTED
; LOCATE MEMORY CORRESPONDING TO
;THIS REGISTER- R 1 SHOU LD BE RETURNED
;CONTAINING THE ADDRESS OF THE FIRST

PAGE 22

SI T
BEQ
ERROR

111. R1
.+10

JMP

LOP6

;FIRST SHOW THAT I F THE PARITY REGISTER
;PARrTY ERROR DOESN J T SET
@R1
CLR
CLR
@(RDl
CLR
R2

000000

000004

SCOPE
MOV
JSR
TST
BNE
uSR
uSR

SEQ 0022

1$:

, 209
, 21 0
1211
1212
1213
1214
, 215
1216

PAGE 21

oj< >I ***"' ... "''' "'. '" *,.**,,'01". *' *"'***** * .. *** **** *' * .. ** "'*i<", ~*
* ... ****** *** .. ***"'*
;SHDW THAT PARlTY GENERATE AND DETECT LOGIC \!JORKS CORRECTLY FOR EACH BYTE
;SHOI": TriAT WRITE WKONG PARITY WORKS FOR HIGH AND lOW BYTES
;SHO~: THAT WRITING INTO LOCATION ~JP VJAS NOT SET)
;INCREMENT VALUE TO BE LOADED
; LOOP UNT IL ALL VALUES HAVE BEEN USED

;TEST P,\R I TY GENERATE AND DETECT LOGIC BY SETTING ~JRlTE l.oJRONG PARITY AND
;WRITING EACH POSSIBLE VALUE TO THE LOW BYTE, THEN TO THE HIGH BYTE
@R1
6$ :
ClR
; INITIALIZE LOCATION UNDER TEST
CLR
R2
;INITIALIZE VALUE TO BE WRITTEN
MOil
#WI,oJP,@(RO)
3$:
;SET l,oJRl TE l.'JRONG PARITY
MOVB
R2 ,@R1
;WRITE WRDNG PARITY IN lOW BYTE
@(RO)
ClR
; CLEAR l,oJRlTE WRONG PARI TY. AND CLEAR
; PARITY ERROR IF SET
@R1
TST
; READ BACK l,oJRONG PARITY
@(RO)
TST
; PARITY f:.RROR SET?
BMI
.+6
; YES-BRANCH
ERROR
:PARITY ERROR DID NOT SET WHEN THE
; LOCATION UNDER TEST WAS WRITTEN
: AND READ BACK WITH WR .. TE WRONG PARITY
; SET
RD POINTS TO ADDRESS OF PARITY

CCMFAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7812:13
1217
1218
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
1230
1231
1232
1233
1234
, 235
1236

003554
003556
003560
003562
003564
003570

000402
105202
001362
005011
005070

003572
003576
003600

005770

003602
003610
003614

012770
110261
005070

1237

003620

1238
1239

003622
003626
003630

005711
005770
100402
104002

1240
1241

MACY11 30A(1052)

12:27

PAGE 23
SEQ 0023

000000

005711
000000

100(}01
104002

000004
000001
000000

13-JAN-7B

000000

4$:

000000

BR
INCB
BNE
CLR
CLR
TST

.+6
R2
3$
@Rl
@(RO)
@Rl

TST
BPL
ERROR

"( RO)
.+4

MOV
MOVB
CLR

#WWP,@>(RO)
R2,1(R1)
@(RO)

TST
TST
BMI
ERROR

@Rl
@(RO)
.+6

BR
INCB
BNE
CLR
CLR
TST

.+6
R2
4$
@Rl
@(RO)
@Rl

TST
BPL
ERROR

@(RO)
.+4

BR
TST
BNE
CLR

LOPS
NOKT
.+6
@#SRO

REGISTER. Rl CONTAINS ADDRESS OF LOCATION
BEING TESTED (VIRTUAL, THRU KERNEL
PAGE 1 IF KT11 IS PRESENT). R2
CONTAINS THE VALUE WRITTEN
EX IT LOOP AFTER ERROR
INCREMENT DATA
LOOP TILL DONE WITH ALL VALUES
REINITIALIZE lOCATION TO CLEAR BAD PARITY
CLEAR ERROR IF SET
READ LOCATION, WHICH SHOULD NOW HAVE
GOOD PAR ITY
PARITY ERROR SET?
NO, BRANCH
GOOD PARITY WAS NOT RESTORED BY
WRITING INTO THE LOCATION WITH
WRITE WRONG PARITY CLEARED
SET WRITE WRONG PARITY
WRITE WRONG PARITY IN HIGH BYTE
CLEAR WRITE \IJRONG PARITY AND PARITY
ERROR I F SET
READ BACK wRONG PARI TV
PARI TY ERROR SET?
YES-BRANCH
PARITY ERROR DID NOT SET WHEN THE LOCATION
UNDER TEST WAS WRITTEN AND READ BACK WITH
WRITE WRONG PARITY SET. RO POINTS
TO THE AODRESS OF THE PARITy REGISTER.
THE VALUE IN R2 WAS WRITTEN INTO THE HIGH
BYTE OF THE LOCATION WHOSE ADDRESS IS IN R1
I VIRTUAL THRU KERNEL PAGE 1 IF KT11 PRESENT)
THEN THE:. PARITY REGISTER WAS
CLEARED AND THE ~I<

#7 ,"DISPLAY

13-JAN-7B

12:27

: LOAD THE TEST NUMBER INTO THE DISPLAY

PAGE 24
SEQ 0024

000010
000766

000001
100000

SCOPE
MOV

TRP7:

000000

J5R
MOV
CLR
MOV
BI T
BEADD
CMP
BLO
BR
MOV
BIS
NOP
CLR
BR
MOV
BR
ERROR

%7.CLRPAR
II'TRP7,@lIIPARVEC
@IIPARVEC+2
HMPRO. RO
#1,@RO
TST7
#10, RO
RD, ,uTREG
LUP7
DONE7
#AE,@(RO)
#PERR,@(RO)

CMP
CLR
BR

(SP)+, (SP)+
@(RO)
LOOP7

@(RO)
LOOP7
I;'PARVEC+2.@lIIPARVEC
TEST 1 0

: INITIALLY CLEAR ALL PARITY REGISTERS
: SETUP PARITY TRAP RETuRN
: SETUP TO GET ADDRESS OF REGISTER PRESENT
: BRANCH TO TEST REGISTER

; BRANCH IF DONE TESTING ALL REGISTERS
;SET ACTION ENABLE
;SET PARITY ERROR
: SHOULD NOT TRAP
: CLEAR PARITY REGI5TER
;GO CHECK NEXT REGISTER

: TRAP OCCURRED WHEN PARITY ERROR BIT
; WAS SET VI A A BI S INSTRUCT ION
;WITH ACTION ENABLE ALREADY SET.
:RD POINTS TO THE ADDRESS OF THE
; PARITY REGISTER
:RESTORE STACK POINTER
:CLEAR PARITY REGISTER

1300

1301
1302
1303
1304
1305

**'" '" * '" '" '" '" '" '" "'*"'** '" *'" '" * '" "'* "'* '" '" * ** *"'* '" ** '" >t * "' ... "'* '" '" *'" "'' ' "'''' '" '" ** * * '" '" ** * "'** *'" ***

SHOW THAT REPEATED PARITY ERRORS WILL CAUSE REPEATED TRAPS IF ACTION
ENABLE IS SET AND PARITY ERROR IS LEFT SET.
SHO,) THAT niE ERROR ADDRES5 BITS (11-5) TRACK (ONLY FOR CORE PARITY REGISTERS)

** ** * '"

ill '" '"

"'*"'''''''''' '" "''''*''' "'**"'*'" ** "'** '" * '" "'''''''* '" '"

>I<

"'* ... '"

"'* '" "'' ' ** "'''''''* '" "''''*''''''''''''''''''*''' ***

eeMFAFO, MEMORY PARiTy TEST
13-JAN-7812:13
eCMFAF. P11
1306
1307
1308
1309
1310
1311
1312
1313
1314
1315
1316
1317

13'8
1319
1320
1321
1322
1323
1324
1325
1326
1327
132B
1329
1330
1331
1332
1333
1334
1335
1336
1337
1338
1339
1340
1341
1342
1343
1344
1345
1346
1347
134B
1349
,350
1351
1352
1353
1354
1355
1356
1357
135B
1359
1360
1361

004016
004020
004026
004032
004036
004040
004044

104001
012777
004767
005767
001004
004767
004767

004050
004054
004060
004064
004066
004072
004074
004100
004102
004104
004110
004114
004116

012700
012702
032710
001407
062700
005722
020027
103767
000507
004767
032701
001403
104002

004120
004124
004132
004134
004142
004150
004156

000167
012770

012737
012767

004164

005711

004166

104002

004170
004172

000441

004176

104002

004200
004202
004206
004210
004214

000435
005367
001413
022712

004216

032770

011111
016161
012770

005761

1365
1366
1367
136B
1369
1370
1371

1372
,373
1374
1375
1376
1377
1378
1379
1380

1381
1382

1383
1384
1385
1386
1387
138B

1389
1390
1391
1392
1393
1394
1395
1396
1397
139B
1399
1400

000010
007760
174512

MOV
MOV
BIT
BEQ
LOOP10: ADD
TST
CMP
BLO
BR
TST1 0:
JSR
BIT
BEQ
ERROR
LUPI 0:

010016
000001

177742
000004

000000

004000
000001
004202
000010

004000
000000
000114
000152
INST1 :

HMPRO, RO
HINDeO,R2
H 1 ,@RO
TST10
#1 0, RO
(R2)+
RO, HTREG
LUP10
DONE10
%7. LOCATM
N1 ,Rl

INST2:

004000

I F PRESENT

; BRANCH IF ALL REGISTERS HAVE BEEN TESTED
; ERROR RETURN INDICATED?
; BRANCH IF NO
;MAP INDICATES THERE IS NO MEMORY
; CORRESPONDING TO THIS REGISTER
; RO POINTS TO THE ADDRESS OF
;THE PARITY REGISTER

.+10

JMP
MOV
MOV
MOV
MOV
MOV
MOV

LOOP 10
NWWP,@(RO)
IilRl,@R1
4000(Rl) ,4000(Rl)
hAE,C'(RO)
hTRPl O,@lNPARVEC
H10,COUNT

TST

IilRl

BR
TST

LOAD THE TEST NUMBER INTO THE DISPLAY
INITIALLY CLEAR ALL PARITY REGISTERS
KT 11 PRESENT?
NO- BRANCH
YES- INITIALLY MAP ALL PAGES NR
MAP KERNEL 0 TO BANK 0, RW
KERNEL 7 TO THE EXTERNAL BANK, RW
MAKE KERNE", PAGE 1 RW AND TURN ON THE KT11

;BRANC;, TO TEST REGISTER

.

;SET WRITE WAONG PAAITY
;WRlTE WHCNG PARITY IN FIRST LOCATION
;WRITE WRONG PARITY IN SECOND LOCATION
; SET ACTION ENABLE AND CLEAR REST

..

;SETUP PARITY TRAP RETURN

: SETUP COUNTER TO EXECUTE
; ( 1,,5T 1 ) TEN TIMES

INSTRU~TION

1

;READ WRONG PARITY WITH AE SET- SHOULD
;TRAP TO TRP1Q
:NO PARITY TRAP OCCURRED. RO POINTS TO
; ADDRESS OF THE PAR I TV R EGI STER BE I NG
:TESTEO.

ERROR

CONT10
4000( R1)

;REAO WRONG PARITY FROM SECOND ADDRESS

:WITH AE 5ET- SHOULD TRAP TO TRP10A
ERROR

;NO PARITY TRAP OCCURRED, RO POINTS TO
; THE ADDRESS OF THE PARITY REGISTER

: BEING TESTED
BR
TRP10:

000130
000001

001005

BEQ
eMP
6NE

eONT 10
COUNT
1$
H1 ,(R2)
2$

BIT

#BIT5,@(RO)

OEt:

;HAS PARITY TRAP OCCURRED TEN TIMES?
; YES-

BRAI'-lCH

; IS THIS /... CORE PAR REG?
; NO,

BRANCH (NO ERROR

; ADDRESS 81 T5 FOR MOS PAR

000040

000000

; IF ERROR ADDRESS BITS ARE TRACKING,
;BlT 5 SHOULD 8E CLEAR

004224
004226

BEQ
ERROR

001401
104002

004230
004244
004250
004252
004256
004260

012716
000002
012737
012716
000002
022712
001005
032770

004266
004270

004234
004236

MACY11

30A(1052)

(ONLY FOR CORE PARITY)

,+4

;PARITY ERROR ADDRESS BITS INCORKECT
;RO POINTS TO THE ADDRESS OF THE PARITY
;REGISTER.

13-JAN-78

12:27

AI

CONTAINS THE ADDRESS

PAGE 26
SEQ 0026

004164

2$:

MOV

1$:

MOV

IIINST1,@lSP

; REFERENCED TO CAUSE A PARITY TRAP
; (VIRTUAL IF KTll IS PRESENT)
;GO EXECUTE INSTRUCTION 1 AGAIN

IITRPl OA ,@I#PARVEC
IIINST2,@SP

:GO EXECUTE

RTl
004252
004172

000114

MOV

; CHANGE PARI TV TRAP RETURN
INSTRUCTION 2

RTl
eMP
BNE
8IT

N1 ,(R2)
1$
HBlT5,@(RO)

00,001

BNE

.+4

104002

ERROR

TRP10A:

000001
000040

000000

; IS THIS A CORE REG?
:NO. BRANCH
; PARI TY 'TRAP OCCURRED- CHECK PARITy
;ERROR ACDRESS BITS
;BRANCH IF OK (IF THE PARITY ERR~·~
;ADDRESS 6ITS TRACKED. BIT 5 WILL BE SET)
;PARITY ERROR ADDRESS BITS INCORRECT
;RO POINTS TO THE ADDRESS OF THE
;PARITY REGISTER,

THE ADDRESS REFERENCED

;TO CAUSE THE ERROR WAS THAT IN
;Rl

004272
004274
004302
004306
004310
004314
004320
004322

004326
004330
004334
004336

022626
012737
005070
005511
00 5561
005070
000662
005767
001002
005037
00 040 1
000000

000116
000000

000114

004000
000000
174222
177572

1 $:
CMP
CONT10: MOV
eLR
ADC
ADC
CLR
BR
00NE1 0: TST
BNt::
CLR
8R
COUNT:
0

(SP)+,(SP)+
II PAR'JEC+2.@#PARVEC
@(RO)
@Rl
4000(Rl )
Iil( RO)
LOOP 10
NOKT
,+6
@flSRO
TEST11

PLUS 4000

(OCTAL),

; RESTORE T RAPCATCHER
;CLEAR PARITY REGISTER
;CLEAR BAD PARITy
; CLEAR PARITY ERROR BIT I F SET

; TURN OFF KT11

IF PRESENT

i * "' ...... '" '" * * '" '" *** '" '" *""* ** ** * '" "'* * * >1< ...... '" ** '" * **,..". ... '" '" >/. *- ** '" ** 'I<,;. "' ... ** *"' . . '" ** ** '" '" "'* **"
;IF MULTIPLE PARITY ERRORS OCCUR DURING ONE INSTRUCTION OJITH f.CTION ENABLE
;NOT SET) THE ERROR ADDRESS BITS WILL RECORD THE LAST ERROR
;REGISTERS)

; "'* ** '" "' .. * '" * '"

TEST11:

000566
000770
000001

1413

1414
1415
1416
1417

004416
004422
004424

062700
005723
020027

000010

1409
1410
1411
1412

PAGE 25

#10,@OISPLAY
%7,CLRPAR
NOKT
1$
%7,NRALL
%7,MAPl

1$:

000766

012700
012703
032710
001003
022713
001407

1406'
1407
1406

MOV
JSR
TST
BNE
J5R
J5R

175054

000010

004372
004376
004402
004406
004410
004414

1405

12: 27

SE~ 0025

000566
000770
000001

004354
004360
004362
004366

1403
1404

13-JAN-78

0: SCOPE

007646
010012

104001
012777
004767
005767
001004
004767
004767

1401

1402

30A( 1 052)

TEST1

CCMFAFO. MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13
1362
1363
1364

MACY11

004340
004342
004350

000011
007436
17 4170

174532

007324
007470
1$:
LUP11 :

000001

>I<

SCOPE
MOV
JSR
TST
BNE
JSR
JSR
MOV
MOV
BIT
BNE
CMP
SEQ

>1<** *'" *** '" '" '1* >1'** ** '" >I< '" "'''' **** '" *- >I< '" ** * "' .. ..to '"'-* '" *-oJ<;. '" '"

000766

ADD
TST
CMP

(ONLY FOR CORE PARITY

**"'''' **>1<* ** **'"

LOAD THE TEST NUMBER

INTO THE DISPLAY
INITIALLY CLEAR ALL PARITY REGISTERS

H11,@DISPLAY
%7,CLRPAR
NOKT
1$
%7.NRALL
%7,MAP1

KT 11 PHESENT?
NO- BRANCH

IlMPRO I RO

SETUP TO GET ADDRESSES OF REGISTERS PRESENT

YES. MAP KERNEL PAGE 0 TO BANK O.RW
PAGE ? TO THE EXTERNAL BANK. RW
SET KERNEL PAGE' RW AND TURN ON KTll

MAP KERNEL

hINDCO, R3
#1.@RO

LOOP11
Nl , (R3)

TST11

IF THIS REG NOT ?RESENT. SKIP
IS THIS A CORE PAR REG?
THEN TEST IT

YES.

IF NOT CORE,
LOOP'1:

'" '"

#10, RD
( R3)+
RO,HTREG

SKIP THIS REGISTER

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13
1418
1419

1420
1421
1422
1423

1424
1425
1426
1427
1428
,429
1430
1431
1432
1433
1434
1435

1436
1437
143B
1439
1440
1441
1442
1443
i 444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
14~5

1456
1457

004430
004432
004434

103764
000443
004767

004440
004444
004446

032701
001403
104002

004450
0044S4
004456
004462
004470
004472
004474
004500

000167
010102

177742

062702

010000
000004

011212
005070
021112

004502
004506
004510

00S770
100401
104002

000000

004512

032770

000100

004520
004522

001001
104002

004524
004530
004532
004534
004540
004542
004546
004550

005070
005511
005512
005070
000726
005767
001002
00S037

012770

MACY,'

30A('0521

13-JAN-7B

,2:27

PAGE 27
SEO 0027

007466

TST11:

000001

000000

011111
000000

000000

000000

000000
DONEll:

174002
177572

8LO
BR
JSR

LUP11
DONE11
%7,LOCATM

BIT
BE.
ERROR

111 t Rl
.+10

JMP

LOOPll

MOV

Rl,R2

ADD
MOV
MOV
MOV
CLR
CMP

#10000,R2
NWWP ,@>(RO)
@>Rl ,il>Rl
Il'R2,II>R2
@>(RO)
@>Rl ,Ii'R2

TST
BMI
ERROR

1'( RO)
.+4

BIT

#BIT6,@l(RO)

BNE
ERROR

.+4

CLR
ADC
ADC
CLR
8R
TST
BNE
CLR

II>(RO)
<1ORl
i'R2
@(RO)
LOOPll
NOKT
.+6
i'NSRO

BRANCH OUT IF ALL REGISTERS HAVE BEEN TESTED
GET THE ADDRESS OF A MEMORY LOCATION
CORRESPONDING TO THIS PARITY REGISTER
ERROR RETURN INDICATED?
BRANCH I F NOT
NO MEMORY IN MAP CORRESPONDING TO
THIS PARITY REGISTER. RO POINTS
TO THE ADDRESS OF THE PARITY REGISTER
:SETUP SECOND TEST ADDRESS LOCATION
: SET WRITE WRONG PARITY
.:WRITE WRONG PARITY IN FIRST TEST LOCATION
:WRITE WRONG PARITY IN SECOND TEST LOCATION
:CLEAR PARITY REGISTER
:READ FIRST TEST LOCATION, AND
: THEN READ SECOND TEST LOCATION
: MAKE SURE PARITY ERROR SET
;PARITY ERROR NOT SET AFTER
: READING TWO LOCATIONS WHICH
: SHOULD HAVE BAD PARITY
: CHECK ERROR ADDRESS- I F THE LAST
:ADDRESS wAS RECORDED. BIT 6 WILL
: BE SET
: PARITY ERROR ADDRESS BITS INCORRECT
: RO POINTS TO ADDRESS OF PARITY REGISTER
: R2 CONTAINS ADDRESS OF LAST BAD PARITY
: LOCA TlON REFERENCED (I F KT11 PRESENT.
:ADDRESS IS VIRTUAL THRU KERNEL PAGE 1)
:CLEAR PARITY REGISTER

;CLEAR BAI'> PARITY
:CLEAR PARITY ERROR BIT

: TURN OFF KT11

I F PRESENT

'458
1459

1460
1461
1462
1463
1464
, 465
1466
1467
1468
1469
1470
1471
1472
1473

**,. . . '" '" '" ** *** "' ... ****** "' ... ** *'" ** ** '" "'' 'II: '" ** '" '" "' .. *** '" '" ** ** * '" ** '" *** '" "'**.* .01<",* ***

SHOw THAT IF AN INSTRUCTION DOING A DATIP GETS A PARITY ERROR,
THE ORIGINAL DATA IS REWRITTEN IF ACTION ENABLE IS SET, AND IS
ALTERRED IF ACTION ENABLE IS CLEAR
004554

104001

004556

012777

004564
004570

004767
005767
001004
004767
004767

004574
004576
004602

.>jo ** '" *** *** '" ** "'* '" "''''"" "'''''''>It''''''''' "'.'" ."''''**** ** '" '" ** ** '" * "'* "''''*,.. ** '" '" ** ** **** **** '"

EST12:

000012
007222
173754

174316

00711 0
007254

ccrv1FAFO. MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7B 12:13

MACV11

SCOPE
MOV
JsR
TsT
BNE
JSR
JSR

30A{10S2)

#12,"DlsPLAY
%7,CLRPAR
NOKT
1$
%7,NRALL
%7,MAPl

13-JAN-78

12:27

ADD
TST
CMP
BR

#1 0, RO
( R2)+
RO,.,REG
LUP12
DONE12

JSR

%7,LOCATM

BIT
BEQ
ERROR

#l,Rl
.+10

JMP
MOV
MOV
MOV
MOV

LODP12.
#TRP12,@#PARVEC
#WWP,@(RO)
#125252.@lRl
NAE,@l(RO)

005211

INC

@Rl

004720

104002

ERROR

004722
004730
004734
004736

000440
005070
021127
001401
104002

004740
004744
004746

005770
100401
104002

004750
004752

022626
012770

000004

004760

012711

125252

1478

004624

1479
1480

004630

012700
012702
032710
001003
022712
001407

1481
1482
1483
1484
1485
1486
1487

004632
004636
004640
004644
004646

062700
005722
020027
103764
000474

000766

004650

004767

007252

004654
004660
004662

032701
001403
104002

000001

1498

004664
004670
004676
004704
004710

000167
012737
012770
012711
012770

177742
004724
000004
125252
000001

1499
,500

004716

00--1612

004616
OO.q622

LUP12:

000001

LOOP12:

000010

BLO
T5T1:c.:

#1.@lRD
LOOP 12

#1, (R2)
TST12

1488
1489

1490
1491
1492
1493
1494
1495
1496
1497

1501
1502
1503
1504
1505
1506
1507
150B
1509
1510
1511
1512
lS13
1514
1515
1516
1517
1518
1519
1520
,521
,522
1523
1524
1525
1526
1527
1528
1529

RW

SEQ 0028

hMPRO. RO
IIINDCD,R2

004606

: KT 11 PRESENT?
: NO- BRANCH
: YES, MAP KERNEL 0 TO BANK 0, RW
:MAP KERNEL 7 TO THE EXTERNAL BANK,
: SET KERNEL 1 RW AND TURN ON KT11

PAGE 28

MOV
MOV
BIT
BNE
CMP
BEQ

1$:

000566
000770
000001

1474
1475
1476
1477

: LOAO THE TEST NUMBER INTO THE DISPLAY

: SETUP TO GET ADDRESSES OF REGISTERS PRESENT

SKIP. IF THIS REG NOT PRESENT
REG PRESENT, IS IT CORE?
YES, DO* THIS TEST
SKIP, IF THIS REG IS NOT CORE

BRANCH TO DONE I F ALL REGISTERS
HAVE BEEN TESTED
LOCATE MEMORY CORRESPONDING TO THIS
REGISTER

ERROR RETURN INDICATED?
NO- BRANCH

NO MEMORY IN MAP CORRESPONDING TO
THIS REGISTER. RO POINTS TO
THE ADDRESS OF THE PARITY REGISTER

004724

000114
000000
000000

TRP12:

000000
125252

BR
CLR
CMP
BEQ

CONT12
@l(RO)
@Rl ,#125252
.+4

SET UP PARITY TRAP RETURN
SET WRITE WRONG PARITY
WRITE WRONG PARITY IN TEST LOCATION
SET ACTION ENABLE AND CLEAR
WRITE WRONG PARITY

00 DATIP.DATO WITH ACTION ENABLE
SETSHOULD A90RT ON DATIP AND
RESTORE ORIGINAL DATA
NO ABORT OCCURRED ON READING LOCATION
WHICH
SHOULD CONTAIN BAD PARITY
(WITH AE SET I.
RO POINTS TO ADDRESS OF PARITY REGISTER.
Rl CONTAINS ADDRESS OF TEST LOCATION
(VIRTUAL THRU KERNEL PAGE 1 IF KTll IS
PRESENT I
PARITY TRAP OCCURRED- CLEAR PARITY REGISTER
ORIGINAL DATA RESTORED?
YES. BRANCH

NO- DATIP WHICH GOT A PARITY ERROR
TRAP ALTERRED CONTENTS OF LOCATION
READ. ADDRESS OF TEST LOCATION IS IN Rl
(I F KTll IS PRESENT, ADDRESS IN Rl

ERROR

IS VIRTUAL

THHU KERNEL

PAGE 1)

RO POINTS TO ADDRESS OF PARITY REGISTER
000000

000000

TST
BMI
ERROR

@(RO)
.+4

CMP
MOV

(sP)+, (SP)+
#WWP,@>(RO)

MOV

#125252,«'Rl

MAKE SURE PARITY ERROR
DATA WAS REREAD IN THE

SET WHEN
ABOVE CMP

DATIP WHICH GOT A PARITY ERROR TRAP
ALTERRED THE PARITY OF THE LOCATION READ
Rl CONTAINS ADDRESS OF TEST LOCATION
(VIRTUAL THRU KERNEL 1 IF KT11 PRESENT)
RESTORE STACK POINTER
SET WRITE WRONG PARITY AND CLEAR
PARI TY ERROR
REWRITE DATA WITH WRONG PARITY

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pll
13-JAN-7812:13

1530
1531
1532
1533
1534
1535
1536
1537
1538
1539

004764
004770
004776

005070
012737
005211

000000
000116

005000
005D04
005010
005012

005070
022711

000000
125253

005014
005020
005022

005770
100001
104002

000000

005024
005030
005032
005036

005070
0050 11
005070
000675

000000

005040
005046
005052
005054

012737
005767
001002
005037

000116
173476

MACY11 30A(1052)

13-JAN-78

12:21

PAGE 29
SEQ 0029

000114

001401
104002

CLR
MoV
INC

@(RO)
# PARVEC+2, "NPARVEC
@lRl

CLR
CMP
BEQ
ERROR

11'( RO)
"25253,@lR1
.+4

TST
BPL
ERROR

"( RO)

;DATIP. DATo TO A LOCATION CONTAINING BAD
; PARITY Io'JITHOUT AE SET LEFT INCORRECT
:DATA. RO POINTS TO THE ADDRESS OF
; THE PARITY REGISTER. R1 CONTAINS THE
;ADDRESS OF THE TEST LOCATION (V_~TUAL
:THRU KERNEL PAGE 1 IF KTl1 IS PRESENT)
;CHECK PARITY ERROR BIT

1540
1541
1542
1543
1544
1545
1546
1547
154B
1549

.+4

1550
1551
1552

1553
1554
1555
1556
1557
1558
1559
1560

000000

QOO 114

177572

1561
1562
1563
1564
1565

1572
1573

1574
1575
1576
1577
1579
1579
1580
1581

DONE 12: MoV
TST
BNE
CLR

IIPARVEC+2,@#PARVEC
NOKr
.+6
... SRO

; oj<

005060
005062
005070
005074
005100
005102

005,06
005112
005116

DOS122
005124

005130

1583
1584
1585

005134
005136

005767
001004

0000 13
006716
173450

174012

SCOPE
MoV
JSR
TST
BNE
JSR
JSR

004767
004767

006604
006750

012700

000566
000001

1$:
LUP13:

MDV
BIT
BEQ

#MPRO,RO
II 1 ,@RO

000010

LooP13:

ADO
CMP
BLo
BR

#1 0, RO
RO. #TREG
LUP13
DONE13

032710
001406

062700
020027
103770
000470

000766

005140

004767

006762

005144
0051 SO
005152

032701
001403

000001

005154

000167
012737

MACY 11

30A ( 1 052)

>1< . . . .

1/13,@DISPLAY
%7.CLRPAR
NOKT
1$
%7,NRALL
%7,MAPl

IF PRESENT

13-JAN-7B

12: 27

005160

BI T
BEQ
EROOR

111. R1

000114
000000

JMP
MOV
MoV
MOV
MoV

LoOP13
IITRP13,@I#PARVEC
/lWWP,@(RD)
#125252,@Rl
NAE,@(RO)
@>R1

005206

005711

TST

005210

104002

ERROR

005212

000434
005070
021127
001401
104002

005214
005220
005224
005226

005230
005234

005770

005236

100401
104002

005240
005242

022626
012770

005250

012711
005070
012737
005711

005254
005260
005266

0052'10
005274
005300
00S302

005070

022711
001401

104002

000000

TRP13:

000000
125252

000000

000004
125252
000000
000116

000000
125252

;LOAD THE TEST NUMBER INTO THE DISPLAY
; KTll PRESENT?
; NO- SRANCH
;YES, MAP KERNEL a TO BANK O,KERNEL
;7 TO THE EXTERNAL BANK. AND KERNEL
; 0.1 ,AND 7 RW
; SETUP TO GET ADDRESSES OF REGISTERS PRESENT
GO

ALL REGI5TERS HAVE BEEN

PAGE 30

%7, LoCATM

012770

012770

*** ** * *' ........ ~ '* '" * 1< t">/.- "' .. "''' "'" '" >I< '" '" "'* * * '" *** *"'*

; BRANCH I '
: TESTED

JSR

005166
005174
005200

012711

* "'''' ** *'**

SEQ 0030
TST 13:

104002

177744
005214
000004
125252
000001

* '"

; I f THIS REGISTER IS PRESENT,
: TEST IT

TST13

.+10

1593

1594
1 S95
1596
1597
159B
1599
1600
1601
1602
1603
1604
1605
1606
1607
1608
1609
1610
1611
1612
1613
1614
1615
1616
1617
161 B
1619
1620
1621
1622
1 b23
1624
1625
1626
1627
1628
1629
1630
1631
1632
1633
1634
1635
~ 636
1637
163B
1639
1640
1641

; TURN OFF KT11

** "'" "'"' "',,-

* '" '" * * '" **"' * ** .. ** '" *** '" *"' .. ** * .. **

TEST13:

104001

012777
004767

CCMFAFO, MEMORY PARITY TEST
CCMFAF,P11
13-JAN-7812:13

1591
1592

@(RO)
@R1
@(RO)
LOOP 12

; . . '" "''' '" "' .. '" '" '" '" ** '" '" '" '" '" *'" * '" '"

1582

1586
1587
1588
1589
t 590

CoNTI2: CLR
CLR
CLR
BR

:DATIP, DATO WITH AE CLEAR DID
;NDT CLEAR BAD PARITY IN LOCATION
;ADDRESSED. RO POINTS TO THE ADDRESS
;OF THE PARITY REGISTER. Rl CONTAINS
; THE ADDRESS OF THE TEST LOCATION
; (VIRTUAL THRU KERNEL PAGE 1 IF KT11
: IS PRESENT)
; CLEAR PARITY REGISTER
;ClEAR LOCATION TO RESTORE GOOD PARITY
;CLEAR PARITY ERROR IF SET
;GO CHECK FOR ANOTHER PARITY
; REGISTER
; RESTORE TRAPCATCHER

~ * '" '" "',. '" '" '" '" '"
>1-* *' '" '" '" '" '" "' . .
*>1< '" '" '" '" "' .. *
;SHOW THAT IF AN INSTRUCTION DOING A DATI (BUT NO DATO TO THE SAME LOCATION)
;GETS A PARITY ERROR, THE ORIGINAL DATA IS UNALTERRED, WHETHER OR NOT ACTION
: ENABLE IS SET

1566
1567
1568
1569
1570
1571

;CLEAR PARITY REGISTER
; RESTORE TRAPCATCHER
;SINCE AE 15 CLEAR, INSTRUCTION 5HOULD
; COMPLETE AND SHOULD CLEAR BAD PARITY
;CLEAR PARITY ERROR BIT
; CHECK DA T A

000000

000114

BR
CLR
CMP
BEQ
ERROR

CoNT13
@(RO)
@>Rl ,#125252

TST
BMI
ERROR

@(RO)

CMP
MOV
MOV
CLR
MoV
TST

(SP)+, (5P)+
#WWP, .. (RO·,
#125252,@R1
@>(RO)
/I PARVEC+2.@#PARVEC
@Rl

CLR
CMP
BEQ
ERROR

@(RO)
#125252.I1'Rl

.+4

.+4

LOCATE MEMORY CORRESPONDING TO THIS
REGISTER. AND IF KT11 IS PRESENT
MAP KERNEL 1 TO THAT MEMORY
ERROR RETURN INDICATED?
NO- BRANCH
MAP INDICATES NO MEMORY WAS FOUNO
CORRESPONDING TO THIS REGISTER
RO POINTS TO THE ADDRESS OF THE
PARI TY REGISTER
SETUP PARITY TRAP RETURN
SET WRITE WRONG PARITY
WRITE I,>JRONG PARITY
SET ACT ION ENABLE AND CLEAR
~JRITE WReNG PARITY
DATI WI TH ACTION ENABLE SET SHOULD
ABORT LEAVING DATA UNCHANGED
NO ABORT ON READING BAD PARITY
wI TH ACTION ENABLE SET. RO POINTS
TO THE ADDRESS OF THE PARITY REGISTER.
R1 CONTA[NS THE ADDRESS OF THE TEST
LOCAT I ON (V I RTUA L THRU KERNE L PAGE
1 IF KTll IS PRESENT).

ABORT OCCURRED AS EXPECTED- CLEAR REGI5TER
ORIGINAl. DATA RESTORED?
YES. BRANCH
DATI WHICH GOT A PARITY ERROR ALTERRED
THE CONTENTS OF THE LOCATION ADDRESSED.
(R1 CONTAINS THE ADDRESS OF
MEMORY BEING TESTED- IF KT11 IS
PRESENT. ADDRESS IN R1 IS VIRTUAL)
RO POINTS TO THE ADDRESS OF THE
PARITY R~GISTER
CHECK PM-dTY REGISTER
BRANCH I F PARITY ERROR SET
PARITY ERROR NOT SET AFTER READING
DATA WrTH BAD PARITY
RO POINTS TO THE ADDRESS OF THE PARITY
REGISTER. Rl CONTAINS THE ADor.ESS
0;· THE TEST LOCATION (VIRTUAL THRU
KERNEL PAGE 1 IF KT11 PRESENT)
RESTORE STACK POINTER
SET vJRITE WRONG PARITY, CLEAR PARITY ERROR
REWRITE DATA WITH WRONG PARITY
CLEAR PARITY REGISTER
;RESTORE TRAPCATCHER
DATI TO LOCATION WITH BAD PARITY
AE NOT SET-INSTRUCTION SHOULD COMPLETE
CLEAR PARITy ERROR BIT
CHECK DA TA

.+4
DATI TO LOCATION WITH BAD PARITY
WITHOUT ACTloN ENABLE SET LEFT INCORRECT OAT A
R1 CONTAINS THE ADDRESS OF THE TEST
LOCATION (VIRTUAL THRU KERNEL PAGE 1

CCMFAFO,

MEMORY PARITY TEST
13-JAN-7812:13

MACYII 30A( 1052)

13-JAH-78

12:27

PAGE 31

CCMFAF. P11
1642
1643
1644
1645

, 646
1647
1648
1649

1650
1651
1652
1653

SEQ 0031

! F KTtl

IS PRESENT), RO POINTS TO THE
ADDRESS OF THE PART!Y REGISTER.
005304
005310
005312
005316
005320
005326
005332
005334

005070
005011

000000

005070

000000

CONTI3:

000702

012737
005767
001002
005037

000116
173216

000114

177572

1654
1655
1656

"

1661
1662
1663
1664
1665
1666
1667
1668
1669
1670
1671
1672
1673
1674
1675
1676
1677
1678
1679
1680
16Bl
1682
1683
1684
1685
1686
1687
1688
1689
1690
1691
1692
1693
1694
1695
1696
1697

CLEAR PARITY REGISTER

DONEI3: MOV
TST
BNE
CLR

HPARVEC+2.o;HPARVEC
NOKT
,+6
@HSRO

;;CHECK
*'" '"

"'* "''''* '" '" '" ** '" "''' '"

>I< '" "' ... ,... ..... "' ... '" '" '"

005430
005436
005444
005.';45
005454
005456
005460
005464
005472
C 054 76
005504

104001
012777
005067
004767
012737
022767
103402
004767
032767
001007
012767
012767
000403
0'2767
036767
001021
032767
001001
000402
000167
062767
OC6367
022767
003354

005506
005510
005514
000522
005530
005534
005536
005542
005544
005550
005554
005556
005564

012704
016767
062767
016705
OQ5025
020567
103774
012701
032711
C::J1003
012771
062701

005340
005342
005350
005354
005360
005366
005374
00S376
005402
005410
005412
005420

>I<

005426

; '" '" '" '" ** '" SCOPE
'"
*** "' .. '" **

TESTI4:

000114
173474

005742
000002

173110

000004
040000

173100
173070

020000
173056

173060
173424

000002

173044

000776
020000
173022
000200

173014

173024

~OV

'DV
BR
1 $:
MOV
LOOPI4: BIT
BNE
LUP14 : BIT
BNE
BR
EX:
JMP
ADD
ASL
CMP
BGT

000443
001036
172776
020000
172762

TST14:
173006
173000
2$ :

172766
000566
000001
000001
000010

3$:
000000

MACYll

>I< "' ......

MOV
CLR
JSR
MOV
CMP
BLO
J5R
BIT
BNE

173532

000014
011102
006432
005734
000002

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Ptl
1 3-J AN-78 12: 1 3
1698
1699
1700
1701
1702
1703
1704
1705
1706
1707
1708
1709
1710
1711
1712
1713
1714
1715
1716
1717
1718
1719
1720
, 721
1722
1723
1724
1725
1726
1727
1728
1729
1730
173 t
1732
1733
1734
1735
1736
1737
1738
1739
1740
1741
1742
1743
1744
1745
1746
1747
1748
17L1.9
1750
1751
1752
1753

I< '" '" "' ...

CLEAR LOCATION
CLEAR PARITY ERROR I F SET
GO CHECK FOR ANOTHER PARITY
REGISTER
; RESTORE TRAPCATCHER
; TURN OFF KT11

II<

** >1<"" "''' '"

>I< '" "' ... '"

I F PRESENT

~ '" ** '" '" ** ..... '" '" ** *** "'**

PARITY MEMORY WITH SERIES OF PATTERNS FROM 4K TO 2BK
; ENABLE PARITY TRAP

1657
1658

1659
1660

CLR
CLR
CLR
BR

30A(lCS2)

BR
MOV
MOV
ADu
MDV
CLR
CMP
BLO
MOV
BIT
BNE
MOV
ADD

000766

004767

000024

4$:

005602
005604
005606
005610
005514
005616
005624

005724
005714
001373
004767
000714
012737
000473

006176

TST
TST
BNE
J5R
BR
DONE 14: MOV
BR

005626

016705

172664

005632
005634
005640
005644
005646

01'415
011567
021467
001401
104002

005650
005652
005656
005660

005725
020567
103765
005067

005664
005670
005674
005676
005702
005704
005710
005714
005716
005720
005724

012701
032711
001003
005771
100406
062701
020127
103765
000207
011167
104004

000566
000001

005726

004767

006562

005732

000207

005734
005740
005744
005750
005752
005756
005760
005764

005067
012701
032711
001003
005771
100407
062701
020127

172652
173102

000000
000010
000766

173042

173026
000566
000001
000000
000010
000766

oj<

; INIT IP,LIZE BANK INDICATOR TO BANK 2
;INITIALIZE MEMORY STARTING AODRESS
; INITIALIZE BANK INDICATOR TO BA"K 1
;DOES THIS 4K HAVE PARI TY?
; YES, TEST IT
; TEST FOR BANK 1 INDICATOR IF SET GO TO TEST

16

; NO- UPDATE MEMORY ADDRESS
;UPDATE BIT POINTER
; THIS 28K DONE?
; NO, BRANCH TO SEE I F NEXT 4K
;SHOUlD BE TESTED
; YES, EX I T
; INITIALIZE PATTERN POINTER
; SET UPPER LIMIT FOR THIS 4K

DONE 14
IIPARPAT, R4
ADRPT ,HIAOR
1t20000,HIADR
ADRPT ,R5
(5) tR5, HIADR
2$
IIMPRO, R 1
#l,@R1
.+10
HAE,@(Rl)
It 1 O. Rl

12:27

II<

;lOAD THE TEST NUMBER INTO THE DISPLAY
; DON I T I TERATE THE REST OF THE SUBTESTS
;ClEAR All PARITY REGISTERS
;SETUP PARITY TRAP RETURN
;TEST FOR AN 8K SYSTEM
;SYST > 8K
;5YST < OR = 8K
; TEST BANK INDICATOR FOR BANK 1

; INITIALLY CLEAR CORE BLOCK UNDER TEST

; INITIALIZE TO SET AE IN ALL REGISTERS

;SET ACTION ENABLE IF :'EGISTER IS PRESENT

PAGE 32
SEQ 0032

CMP
EilO
JSR

020127
103765

172676
172672

** ** ** '" *"'*"'*'" '" '" "',. '" '" '" '" ** ** '" '" '" '" '" '" * '" ** **** *** *>It*

1t14,@DISPLAY
IMAX
PC, CLRPAR
IITRP14,@lhPARVEC
#2,PMEML
,+6
PC, SMlSYS
1/2,BITPT
1$
1t4.BITPT
#40000, ADRPT
LOOP14
1t20000, ADRPT
BI TPT ,PMEMl
T5T14
112,BITPT
EX
,+6
TEST,6
1t20000, ADRPT
BI TPT
11200,81 TPT
lOOP14

13-JAN-7B

005570
005574
005576

000116

>I< '" '" '"

"'*"''''*

000114

Rl,HTREG
3$
%7, TPCORE
(4)+
(4)
4$
PC.CLRPAR
LUP14
1/ PARV EC+2.@#PARVEC
TESTIS

GO TO ROUTINE TO EXERCISE THIS 4K
WiTH THE CURRENT PATTERN
UPDATE PATTERN
LAST PATTERN?
NO, lOOP
YES, CLEAR ALL PARITY REGISTERS
UPDATE AND CHECK NEXT 4K
;RE5TORE TRAP CATCHER
; GO TO NEXT TEST

;ROUTINE TO WRITE AND CHECK EACH LOCATION IN 4K (STARTING AT ADDRESS
; IN ADRPT) WITH VALUE POINTED TO BY R4
; SETUP R5 TO ADDRESS MEMORY
TPCORE: MOV
ADRPT, R5
;lOCATION BEING CHECKED
(4), (5)
;vJRITE PATTERN INTO MEMORY
1$:
MOV
: READ TEST LOCATION
(5), WAS
MOV
(4) ,~IAS
;DATA OK?
CMP
,+4
; YES- BRAt\lCH
BEQ
; DATA INCORRECT IN LOCAT ION WH05E
ERROR
; ADDRESS IS IN R5, R4 POINTS TO THE
;DATA WRITTEN.
;UPDATE ADDRESS POINTER
(5)+
TST
R5,HIADR
; THIS 4K DONE?
CMP
BLn
1$
;NO, BRANCH TO TEST NEXT LOCATION
; YES, DID ANY PAR ITY ERRORS OCCUR
CLH
TREG
;WITHOUT TRAPPING?
MOV
#Mf.RO,R1
H1 ,( 1 )
2$:
BIT
BNE
.+10
@(Rl )
TST
; YES- BRANCH
3$
BM!
ADD
#10, Rl
Rl,HTREG
CMP
BLO
2$
RTS
;NO, RETURN
%7
@RI,TREG
;STORE ADDRESS OF REGISTER GETTING ERROR
3$:
MOV
;PARITY ERROR SET (WITH AE SET) AND
ERRORS
;NO TRAP OCCURRED, TREG CONTAINS
;AODRESS OF PARITY REGISTER ,IHICH
;HA5 ERROR BIT SET,
; SCAN FOR PARITY ERRORS AND PRINT
JSR
%7. PSCAN
; lB BIT ADDRESSES OF THOSE FOUND.
;AFTER REPORTING EACH ERROR CLEAR IT
RTS
%7

;PARITY TRAP SERVICE (NO TRAPS TO
TRP14 :
CLR
TREG
IIMPRO, R1
MOV
HI, (Rl )
1$:
BIT
BNE
.+10
@(Rl)
TST
2$
BMI
#10, R1
ADD
CMP
R1,HTREG

114 SHOULD OCCUR IN THIS 5UBTEST)
; FIND PARITY REGISTER INDICATING PARITY ERROR

; BRANCH I F PARITy ERROR SET

CCMFAFO, MEMORY PARITY TEST
13-uAN-7S 12:13
CCMFAF, Pl1
1754
1755
1756
1757
1758
1759
1760
1761
1762
1763
1764
1765
1766
1767
176B
1769
1770
1771
1772
1773
1774
1775
1776
1777
1778
1779

1780
1781
1782
1783
1784
17B5
17B6
1787
1788
1789
1790
'791
1792
1793
1794
1795
1796
1797
'79B
1799
'800
1801
'802
1803
1804
1805
1806
1807
lB08
1809

0115770
005772
005774

103765
104002
000405

005776
006002

011167
104004

172764

006004

004767

006504

006010
006012

022626
000207

PAGE 33

3$:

SEQ 0033

1$

BLO
ERROR
BR

3$

MOV

@ORI ,TREG

PARITY TRAP TO 114 OCCURRED DURING
TEST 14 SUT NO REGISTERS HAVE
PARITY ERROR SET
STORE ADDRESS OF REGISTER GETTING ERROR
PARITY TRAP TO 114 OCCURRED DUE TO
PARITY ERROR WHILE EXERCISING MEMORY
Rl POINTS TO THE ADDRESS OF THE
PARITY REGISTER HAVING PARITY ERROR
BI T SET
SCAN FOR BAD PARITY AND TYPE 18 BIT ADDRESSES
OF LOCATIONS FOUND BAD
RESTORE STACK POINTER
RETURN (FROM JSR TO TPCORE) TO
CHECK NEXT PATTERN

ER~ORS

uSR

%7, PSCAN

CMP
RTS

(SP)+, (SP)+
%7

; * ... "' .. '" "' .. '" '" "' . . ** .... ** •• '" "' ....... '" "' ........ "' ...... '" >\I""~'''''''''' '" *'" *"',.. '" "',.. '" '" '" '" "' ... ** *. '" "'.*.*.
06<

;CHECK PARITY MEMORY WITH SERIES OF PATTERNS ABOVE 28K
; ENABLE PARITy ERROR TRAPPING

; .11< ................................ "' ........... "' ...... * ... "' ........ '" .... ** ... I/< *"' ... "' ................ "' ...... "' ... ,., .............. "' ......
006014
006016
006024
006030
006032
006036
006042
006046
006052
006060
006064
006072
006100
006106
006114
006116
00e124
0013130

006132
006136
006,40
006144
006152
006160
006'62
006166
006174
006200
006202
006206
006210

104001
012777
005767

000015

172520

000167
004767
004767
004767

000424
005750
005644
006010

012777
005067
016767
012737
012767
036767
00'022
062777
006367
103366
005767
001051
005267
016767
012767
000752
012704
012767

001600
172470
173000
006402
000200
172406

173002
000114
172412
172760

000200

173126

012705
005025
020527

020000

040000

103774
012701

000566

173172

172370
172416
172410
172722
000001
001036
020000

172722

172340
172322

TESTI5: SCOPE
MOV
TST
8EQ
JMP
JSR
uSR
uSR
MOV
CLR
MOV
MOV
MOV
LOOPls: 8IT
8NE
LaPIS:
ADD
ASL
BCC
TST
8NE
INC
MOV
MOV
SR
MOV
TST15:
MOV

2$:

006214
006220
006222

032711
001003
012771

000001

006230
006234
006240
006242
006246
006250
006252

000010
000766

006260
006262
006266
006274

062701
020127
'03765
004767
005724
005714
00 '1373
004767
000716
005037
012737
000472

006276
006300

000240
012705

006304
006306
006312
006316
006320

011415
011567
021467
001401
104002

006322
006324
006330
006332

005725
020527
103765
005067

006336
006342
006346
006350
006354
006356
006362
006366
006370
006372
006376

0'2701
03271 I
00 I 003
005771
100406
062701
020127
103765
000207
011167
104004

006400

000207

006402
006406
006412
006416

005067
012701
032711
001003

006254

173056

001402

CCMFAFO, MEMORY PARITY TEST
CCMFAF,Pl1
13-JAN-7812:13
1810
leI I
1812
1813
1814
1815
1816
1817
1818
1819
1820
1821
1822
1823
1824
'825
1826
1827
1828
1829
1830
IS31
1832
1833
1834
1835
1836
1837
1838
1839
1840
1841
1842
1843
1844
1845
1846
1S47
1848
lB49
1850
1851
1852
1853
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
1864
1865

2$:

12:27

13-uAN-7S

MACY11 30A( 1052)

000001

MACY11 30A(1052)

172224
172220

040000

172430
000566
000001
000000
000010
000766

172370

'72360
000566
000001

HTRP15,@NPARVEC

nOO,BIT,PT
eITPT

t

PMEMX

TST15
H200,I!'KPARI
BITPT
LOOP15
LOWFLG
DONE 15
LDWFLG
PMEMH, PMEMX
Hl,BITPT
LOOP15
HPARPAT ,R4
H20000, ADRPT
#20000,R5
(5)+
R5,#40000
2$
NMPRO, R1

13-uAN-7B

12:27

..

; LOAD THE TEST NUMBER INTO THE DISPLAY
;KT11 PRESENT?
; YES- BRANCH
;NO, SKIP TEST
;CLEAR ALL PARITY REGISTERS
; MAP KERNEL 0 TO BANK 0, RW
;MAP KERNEL 7 TO THE EXTERNAL BANK
; SET KERNEL I RW AND TURN ON KT11
;MAP KERNEL PAGE 1 TO BEGINNING OF 2B-32K
;CLEAR FLAG TO INDICATE CHECKING LO\;ER 64K

"

; SETUP PA"ITY TRAP RETURN
; INITIALIZE 8IT POINTER
;DOES THIS 4K HAVE PARITY?
;YES. BRANCH TO TEST IT
;NO- MAP TO NEXT 4K
;UPOATE BIT POINTER
; BRANCH I F NOT DONE WITH 64K
; DONE

l~

ITH 128K?

;YES, BRANCH
;NO, SET FLAG INDICATING UPPER 64K
;SETUP PARITY MAP WORD
; SETUP 8IT POINTER FOR UPPER 64K
;CONTINUE
: INITIALIZE PATTERN POINTER
; INITIALIZE VIRTUAL ADDRESS OF MEMORY
; 8EING TESTED
; INITIALLY CLEAR CORE BLOCK UNOE. TEST
; INITIALIZE TO SET ACTION ENABLE IN ALL
; PARITY REGISTERS

PAGE 34
SEQ 0034

000000

00S532

020000

N1600,@KPARI
LOWFLG
PMEML, PMEMX

8IT
BNE
MOV

#I,(oRI
,+10
NAE ,I!'( RI)

ADD
eMP
8LO
4$:
uSR
TST
TST
BNE
uSR
8R
OONEls: CLR
MOV
8R

HI 0, Rl
Rl ,NTREG
3$
%7, TPCORX
(4)+

3$:

000030

17'7572
000116

MOV
CLR
CMP
8LO
MOV

NI5,(oOISPLAY
NOKT
,+6
TEST16
PC ,CLRPAR
%7,NRALL
%7,MAP'

000114

(4)
4$
PC ,CLRPAR
LOP15
i!'HSRO
#PARVEC+2,@#PARVEC
TESTl6

;SET ACTION ENABLE IF THIS REGISTER
; I S PRESENT

;EXERCISE THIS 4K
;UPDATE PATTERN
; LAST PATTERN?
;NO, lOOP
;YES, CLEAR All PARITY REGISTERS
; UPDATE AND CHECK NEXT 4K
;TURN OFF KTI 1 ~JHEN DONE
; ,2STORE TRAPCATCHER
: GO TO N,EXT TEST

;PARITY MEMORY TEST ROUTINE USING KTll AND TESTING MEMORY ABOVE 28K
;WRITES AND CHECKS EACH LOCATION IN 4K USING KERNEL PAGE I MAPPED TO CURRENT BANK
TPCORX: NOP
MOV
#20000, Rs
; SETUP R5 TO POINT TO THE LOCAlION
;UNDER TEST (VIRTUAL ADDRESS)
1$:
(4), (5)
;WRITE PATTERN
MOV
MOV
(5) ,WAS
;REAO TEST lOCATION
CMP
(4),WAS
;OATA OK?
,+4
8EQ
; YES- BRANCH
ERROR
; NO- DATA INCORRECT IN LOCA T! ON WHOSE
; V 1 RTUA L ADDRESS IS IN Rl (GOES THRU
;KERNEl PAGE I>' R4 POINTS TO
;THE VALUE WRITTEN.
(5)+
TST
;UPDATE ADDRESS POINTER
CMP
RS, #40000
;THIS 4K DONE?
810
1$
;NO, 8RANCH TO TEST NEXT LOCATION
TREG
ClR
;YES, CHECK TO SEE IF ANY PARITY
; ERRORS OCCURRED WITHOUT TRAPPING
MOV
NMPRO,Rl
Nl ,( I)
2$:
BIT
; IS THIS PARITY REGISTER PRESENT?
SNE
.+10
;NO, GET NEXT ONE
@(Rl)
TST
; YES- DID ERROR SET?
3$
8MI
; YES- BRANCH
;NO- GET NEXT REGISTER
ADO
Rl
CMP
Rl ,NTREG
8LO
2$
RTS
;NO ERRORS- EXIT
%7
3$:
MOV
Ii'Rl • TREG
; STORE ADDRESS OF REGISTER GETTING ERROR
ERRORS
; PAR I TY ERROR SET (AE A LREADY SET)
; AND NO TRAP OR TIMEOUT OCCURRED
: Rl POINTS TO THE ADDRESS OF THE
; PARITY REGISTER
RTS
%7

.'0,

iPARITV TRAP SERVICE (NO TRAPS TO 114 SHOULD OCCUR IN TlHS SUBTEST)
TRPIS:
CLR
TREG
MOV
#MPRO,Rl
;LOCATE PARITY REGISTER INDICATING ERROR
#1, (Rl)
1$:
BIT
.+10
BNE

CCMFAFO, MEMORY PARITY TEST
13-JAN-78 12:13
CCMFAF. P11

"f,
.j
/

1866
1 867
1868
1 869
1870
1871
1872
1873
1874
1 B75
1876
1877
1878
1879
1880
1881
1882
1883
1884
1885
lB86
1887
1888
1889
1 890
1891
1892
1893
1894
1895
1896
1897
1898
1899
1900
1901
1902
1903
1904
1905
1906
1907
1908
1909
1910
1911
1912
1913
1914
1915
1916
1917
1918
1919
, 920
1921

'938
1939

1940
1941
1942
1943
1944
1945
1946
1947
1948
1949
1950
1951
1952
1953
1954
1955
1956
1957
1958
1959
1960
1961
1962
1963
1964
1965
1966
1967
1968
1969
1970
1971
1972
1973
1974
1975
1976
1977

13-JAN-78

30A( 1052)

12:27

"(Rl )

000010
000766

000405
011167
104004

172316

BR
MOV
ERRORS

3$
II>Rl ,TREG

006452

004767

006036

JSR

%7, PSCAN

006456
006460

022626
000207

CMP
RTS

(SP)+, (SP)+
%7

005771
1 0 0407
062701
020127
103765
104002

006442
006444
006450

PAGE 35
SEQ 0035

TST
8MI
ADD
CMP
8LO
ERROR

006420
005424
006426
006432
006436
006440

000000

2$:

3$:

; BRANCH I F PARITY ERROR IS SET

2$
"O,R'
Rl ,NTREG
1$

;TRAP TO 114 OCCURRED DURING TEST 15 BUT
;NO PARITY REGISTERS HAVE PARITY ERROR SET
;STORE ADDRESS OF REGISTER GETTING ERROR
:PARITY TRAP TO 114 OCCURRED DUE TO
: PARITY ERROR WHI LE EXERCISING MEMORY
: "TREG" CONTAINS ADDRESS OF PARI' Y REGISTER
:HAVING PARITY ERROR BIT SET
: SCAN MEMORY FOR BAD PAR ITY AND PR I NT 18
: BI T ADDRESSES OF LOCATIONS FOUND
: CLEAR BAD PARITY IN EACH AFTER
:REPORTING IT
: RESTORE STACK POINTER
: RETURN (FROM JSR TO TPCDRX) TO
:TEST NEXf PATTERN

*'" '" '" '" "'.'" >I< "'* *** "'''' ****** *'" *. *. *** * ****** '" "' •• *"'** * *** ****** ** '" .*** ••••• **'"

FORCE WRONG PARITY IN EACH BYTE OF PARITY MEMORY FROM 4K TO 2BK
WR IT E WRONG PAR ITY AND READ IT BACK WI TH ACTION ENABLE SET, MAKING
SURE THAT A TRAP OCCURS. THEN WRITE GOOD PARITY AND MAKE SURE THAT
NO TRAP ·OCCURS WHEN IT IS READ. MAKE SURE THAT THE ERROR ADDRESS BITS
(PARITY REGISTER !;ITS 5-11) ARE CORRECT.
006462
006464
006472
006500
006506
006510
006516
006524
006526
006534
006542
006544
006552
006554
006556
006562
006570
006574
006602
006604
005606
006614
006622
006626
006632
006634

1 04001
012777
012737
032767
C01007
012767
012767
000403

** "'* '" '" "'* '" '" >I< ***'" * *'" ** *'" '" ** '" *'" *** ***"""'.,,,,, '" *'" **'" '" '" * '" ***'" *** * **** ** *"'** "'''' "''''*

000016
007076
000002

172410
000114
172012

000004
040000

172002
171772

036767

020000
171760

171762
172326

001021
032767

000002

171746

012767

C0100l

000402
000167
062767
006367
022767
003354
000421
016767
062767
004767
016705
005025
020567

001546
020000
171724
000200

171704
020000
005164
171664

006640
006642
006646
006650
006654
006662

103774
004767
000736
004767
012737
000167

171716

171714
171706

005136
000116
000472

016705
005067
012767
012715
012701

032711

171624
171660
125253
125253
000566
000001

001003
012771

000005

006730
006734
006740
006742
006746

062701
020127
103765
005767
100425

000010
000766

006750

112715
012701
032711
001003

000253
000566
000001

042771

000004
000010
000766

020127
103765
005767
100407

007014

142715

007020
007022
007030
007032

000407
" 2765
000751
142765

007040

012701

000566

007044
007050
007052
007060
007064
007070
007072

032711
001003
042771
062701
020127
103765
104002

000001

000114

171630

000000

000000

171544
000317

000252

000001

000377

000001

000005
000010
000766

#16,@DISPLAY
#TRP16,@#PARVEC
#2,BITPT
LUP16
#4,BITPT
#40000, ADRPT
.+10
#20000, ADRPT
8 I TPT ,PMEML
3$
#2,81 TPT
.+4
.+6
OUT
#20000, ADRPT
BITPT
11200, BITPT
1$
DONE16
ADRPT, HIADR
#20000,HIADR
%7,CLRPAR
ADRPT, R5
(5)+
R5,HIADR

13-JAN-78

12:27

: LOAD THE TEST NUM8ER INTO THE DISPLAY
: SET uP TRAP RETURN
: TEST BANK INDICATOR FOR 8ANK 1
: INIT POINTER TO BANK 2

: DOES THIS 4K HAVE PARITY?
: YES, 8RANCH TO TEST IT
; TEST FOR BANK 1 INDICATOR IF SET GO OUT

:NO. UPDATE MEMORY ADDRESS BY 4K
:UPDATE BIT POINTER
; TH I S 28K DONE?
:NO, CHECK NEXT 4K
: YES, EXIT
: SET UPPER LIMIT THIS 4K
: CLEAR ALL PARITY REGISTERS
;CLEAR 8A:·.K UNDER TEST

PAGE 36
SEQ 0036

171610

006754
006760
006764
006766
006774
007000
007004
007006
007012

EST 16: SCOPE
MoV
MOV
BIT
8NE
MOV
MOV
BR
LUP16 : MOV
1$:
SIT
BNE
2$:
BIT
BNE
8R
JMP
ADD
ASL
CMP
8GT
BR
MOV
3$:
ADO
JSR
MOV
5$:
CLR
CMP

MACVll 30A(1052)

000020

006656
006672
006676
006704
006710
006714
005720
006722

062701

171726

171670

CCMFAFO. MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13
1922
1923
1924
, 925
1926
1927
1928
1929
1930
1931
1932
1933
1934
1935
1936
1937

MACY,'

000000

8LO
6$:
JSR
BR
DoNE16: JSR
MOV
JM"

5$
%7,WWP16
2$
%7, CLRPAR
# PARVEC+2,@#PARVEC
TEST17

;GO WRITE WRONG PARITY IN EACH 8YTE
: UPDATE AND CHECK NEXT 4K
;CLEAR ALL PARITY REGISTERS IF DONE
:RESToRE TRAP CATCHER
: GO TO NEXT TE5T

:WRITE WRONG PARITY TEST ROUTINE - TESTS EACH BYTE IN 4K
:USING SAME DATA VALLE, WRITES AND CHECKS PARITY IN WRONG STATE
:ANO THEN IN CORRECT STATE TO PROVE THAT PARITY 8ITS TOGGLE
WWP16:
MOV
ADRPT ,R5
:SET TEST ADDRESS POINTER
CLR
ODDFLG
: INDICATE TESTING LOW BYTE
MOV
#125253,5HDBE
:STORE DATA FOR USE BY ERROR TYPFoUT ROUTiNE
WWP16A: MOV
#125253,II>R5
:INITIALIZE TEST LOCATION
MOV
#MPRO,R1
:SETUP TO LOAD PARITY "EGISTERS
1$:
81T
#1,(1)
BNE
.+10
MOV
#WWP+AE,@{R1)
:SET WRITE WRONG PARITY AND ACTION
; ENABLE I F THIS PARITY REGISTER
:15 PRESENT
ADD
1110, Rl
CMP
Rl,lITREG
1$
8LO
ODDFLG
TST
:WRITING HIGH BYTE7
2$
8MI
: YES, 8RANCH
MoVB
#253,@R5
:NO. WRITE WRONG PARITY IN LOW 8YTE
5$:
MOV
IIMPRO. Rl
:THIS CODE CLEARS WWP BIT IN ALL
# 1, (1 )
BIT
: PARITY REGISTERS
.+10
BNE
#WWP,@{Rl)
81C
ADD
#10, Rl
CMP
Rl,#TREG
8LO
5$+4
TST
ODDFLG
;TESTING HIGH OR LOW BYTE?
6$
8MI
;8RANCH, IF HIGH BYTE
BICB
:DETECT WRONG PARITY WITH DATIP#317 ,@R5.
:SHOULD TRAP TO TRP16 BEFORE DOING THE oATOB
BR
3$
2$:
MOv8
#252,1(R5)
:WRITE WRONG PARITY IN HIGH BYTE
5$
BR
6$:
#377,l(R5)
;DETECT WRONG PARITY WITH DATIPBIC8
:SHOULD TRAP TO TRP16 8EFORE DOING THE DAToB
3$:
MOV
#MPRO,Rl
:NO TRAP oCCURREo- SETUP TO CLEAR
: AE AND WWP
4$:
#l,@Rl
BIT
BNE
.+10
BIC
#WWP+AE,"{Rl )
:CLEAR AE AND WWP IN ALL PARITY REGISTERS
ADD
#10, Rl
CMP
R1 ,#TREG
BLo
4$
ERROR
ERROR, NO TRAP AFTER WRITING ANn
READING WRONG PARITY IN LaCATIO~
WH05E ADDRESS IS IN R5 (AE AND WWP
WERE SET IN ALL PARITY REGISTERS)
TESTING LOW BYTE IF ODDFLG IS POSITIVE
TESTING HIGH BYTE IF ODDFLG IS NEGATIVE

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pll
13-~AN-78 12: 13
1978
1979
1980
1981
1982
1983
1984
1985
1986
1987
1988
1989
1990
1991
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033

30A( 1052)

13-~AN-7B

12:27

PAGE 37
SEQ 0037
; NOTE THAT AE AND WWP WERE CLEARED
; BEFORE TYPING THE ERROR PRINTOUT

007074

000517

BR

007076
007102
007106
007110
007116
007122
007126
007130
007134
007140
007144
007150
007152
007156
007160
00716"
007166

012701
032711
001003
042771
062701
020127
103765
012701
012703
005067
032711
001017
005771
100014
005767
001401
104002

007170

036761

007176
007200

001001
104002

007202
007204
007210
007214
007216
007222

010304
011167
062701
005723
020127
103750

007224
007230
007234
007236

011567
022715
001401
104003

171306
125253

007240
007244
007246

005767
001002
104002

171522

000566
000001
000005
000010
000766

000000

000566
000770
171622
000001
000000
171602

171324

000002

171556
000010
000766

CN16

;WHEN WRONG PARITY DATA IS READ BACK SHOULD ENTER HERE VIA TRAP TO 114
TRPlr-.: MOV
HMPRO, Rl
;PARITY TRAP OCCURRED- FIRST CLEAR
TRPI6A: 8IT
111,t§lRl
; WWP AND AE IN All REGISTERS
8NE
.+10
SIC
NAE+WWP,@I(Rl)
ADD
110,Rl
CMP
Rl ,NTREG
BlD
TRP16A
MOV
HMPRO,Rl
;FIND THE REGISTER THAT SENSED THE F.RROR
MDV
HINDeo t R3
ClR
TREG
1$:
BIT
Hl,QIIRI
; DOES TH I 5 CONTRO l EXIST?
BNE
2$
;NO, BRANCH
@I(RI )
TST
;YES- IS ERROR SET?
2$
8Pl
;NO, BRANCH
TST
TREG
; YES- WAS I T SET IN ANY OTHER REGISTER ALSO?
BEQ
.+4
; NO- BRANCH
ERROR
; ERROR SET IN MORE THAN ONE PARITY REGISTER
;AFTER WRITING WRONG PARITY IN lOCATION
;WHOSE ADDRESS IS IN R5
BIT
BITPT ,2(Rl)
;OOES MAP INDICATE THIS PARITY REGISTER
; CONTROLS THIS MEMORY?
BNE
.+4
;YES, 8RANCH
ERROR
; PAR I TV REGI STER RESPONDED TO MEMORY
;NOT INCLUDED IN ITS MAP
; PARITY REGISTER' 5 ADDRESS IS POINTED
; TO BY Rl. ADDRESS OF lOCATION CAUSING
; PARITY ERROR IS IN R5
MOV
R3,R4
MOV
QIIRI ,TREG
; STORE REGISTER ADDRESS
2$:
ADO
Hl0,Rl
TST
(R3)+
CMP
Rl,HTREG
BlO
1$
; 8RANCH UNTI l All THE PARITY
; REGISTERS HAVE BEEN CHECKED
MDV
(5)'WAS
;SAVE DATA FROM lOCATION UNDER TEST
CMP
N 125253 ,Il'R5
;010 8ICB CHANGE DATA?
BEQ
.+4
;NO. CONTINUE
ERRORP
;DATA WAS MODIFIED BY THE BICB WHICH
;GOT A PARITY ERROR TRAP- SINCE PARITY ERROR
; TRAP OCCURRED, CONTENTS SHOULD NOT HAVE
; BEEN MODIFIED. R5 CONTAINS ADDRESS
; OF TES T lOCATION. "TREG" CONTAINS
;ADDRESS OF PARITY REGISTER SENSING
; ERROR

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pll
13-JAN-78 12:13
2034
2035
2036
2037
2038
2039
2040
2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
2064
2065
2066
2067
2068
2069
2070
2071
2072
2073
2074
2075
2076
2077
2078
2079
2080
2081
2082
2083
2084
2085
2086
2087
2088
2089

MACVl I

007250
007252
007256
007260
007264
007270
007272
007276
007300
007302
007304
007306
007310

000420
022714
001015
017701
042701
010502
042702
000302
006302
006302
020102
001401
104003

007312
007314
007316
007322
007324
007330
007332

022626
011515
005077
005715
005777
100001
104002

TST
BNE
ERROR

MACY11 30A(ICS2)

TREG
3$

13-JAN-7B

12:27

;WAS PARITY ERROR SET IN ANY REGISTERS?
; YES- BRANCH
: PARITY TRAP OCCURRED ON READING
;WRONG PARITY (WITH AE SET) BUT NO
;REGISTERS HAD PARITY ERROR BIT SET.
; R5 CONTA INS THE ADDRE$S OF THE
; TEST lOCATION.

PAGE 38
SEQ 0038

3$:

000001
171502
170037
003777

BR
CMP
BNE
MOV
BIC
MOV
BIC
SWAB
ASl
ASl
CMP
BEQ
ERRORP

4$
HI, (R4)
4$
It'TREG,Rl
1/170037,R1
R5,R2
113777, R2
R2
R2
R2
Rl,R2
.+4

CMP
MOV
ClR
TST
TST
BPl
ERROR

(SP)+, (SP)+
(5), (5)
@lTREG
Il'R5
@lTREG
.+4

GET PARITY REGISTER CONTENTS
MASK OFF All BUT ERROR ADDRESS BITS
GET ADDRESS OF lOCATION UNDER TEST
POSITION BITS IN R2

; PARI TY ERROR ADDRESS BITS CORRECT?
: ERROR ADDRESS BITS (~ARITY REGISTER
;BITS 11-5) ARE INCORRECT. R5 CONTAINS
;THE ADDRESS OF THE TEST lOCATION.
; "TREG" CONTAINS THE ADDRESS OF THE

4$:
CNTI6:
171444
171436

; PARITY REGISTER DETECTING THE ERROR
;RESTORE STACK POINTER
;RESTORE TEST lOCATION TO FIX BAD PARITY
;ClEAR ER"OR BIT IN PARITY REGISTER
; READ lOCATION TO SEE I F PARITY IS GOOD
; IS PARITY ERROR SET?
;NO- BRANCH
;WRiTING lOCATION WITH WRITE WRONG PARITY

iCLEAR DIDN'T CLEAR BAD PARITY

007334
007340
007342
007344
007350
007352
007354

005167
100401
005725
020567
103401
000207
000167

CNI6;

171216

171160
1$:

177324

COM
BMI
TST
CMP
BlO
RTS
JMP

ODDFlG
.+4
(5)+

RS,HIADR
1$

%7

;R5 CONTAINS ADDRESS OF THE TEST
;lOCATION. "TREG" CONTAINS THE ADDRESS
;OF THE PARITY REGISTER DETECTING
; THE ERROR
;TOGGlE BYTE INDICATOR
; 8RANCH I F READY TO TEST HIGH 8YTE
;UPDATE ADDRESS POINTER
; THIS 4K DONE?
;NO, TEST NEXT lOCATION
; RETURN TO TEST NEXT B;,NK

WWP16A

'" "' ...... '" '" ",,,, '" "' .. '" '" '" '" '" '" "',., "' ....... '" '" '" '" '" '" '" "' . . '" "'.* '" '" '" '" '" '" '" '" * '" '" '" '" '" "' .. '" '" '" '" '" "' ... "' ... '" '" '" '" "'* ... '" '"

FORCE WRONG PARITY IN EACH BYTE OF PARITY MEMORY ABOVE 28K
WRITE WRONG PARITY AND READ IT WITH ACTION ENABLE SET, MAKING SURE
THAT A TRAP OCCURS. THEN WRITE AND READ THE SAME lOCATiON WITH GOOD PARITY
(USING SAME DATA) TO SHOW THAT THE PARITY BIT TOGGLES. MAKE SURE THAT
THE ERROR ADDRESS BITS (PARITY REGISTER BITS 5-11) ARE CORRECT.

_*'"

007360
007362
~07366

007374
007402
007406
007410
007414
007420
007426

104001
004767
012777
012777
005767
001402
000167
004767
012737
012767

005032
000017
000017
171142
000636
004372
007762
000200

171506
171500

"'II< •••••••••••••• '" *** ........ * .......... "''''''' •• '" •••••

ESTI7: SCOPE
JSR
MOV
MOV
TST
BEQ
~MP
~SR

000114
171064

MOV
MOV

*.*.*.

** ............ * ••

PC, RSTLDR

"7,@DISPlAY
',7,II>DISPlAY
NOKT
.+6
XFRI
PC,CLRPAR

HRP17,@I'PARVEC
'200,BITPT

lOAD THE TEST NUMBER INTO THE DISPLAY
KT 11 PRESENT?
YES, BRANCH
NO, SKIP TO NEXT TEST
CLEAR All PARITY REGISTERS
SETUP FOC_ PARITY TRAP
INITIALIZE 4K BIT POINTER

q

CCMFAFO.

MEMORY PARITY TEST
13-JAN-78 1,2:13

MACY11

13-JAN-78

30A( 1 952)

12:27

PAGE 39

CCMFAF. P11

2090
2091
2092
2093
2094
2095
2096
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
2111
2112
2113
2114
2115
2116
2117
2118
2119
2120
2121
2122
2123
2124
2125
2126
2127
2128
2129
2130
2131
?132
2133
2134
2135
2136
2137
2138
2139
2140
2141
2142
2143
2144
2145

007434
007440

004767
004767

004252
004416

007444
007452
007456
007464
007472

012777
005067
016767
012767
036767
001025
062777
006367
103366
005767
001025
005267
016767
012767
012767
000747
012705
005025
020527
103774
004767
000742
005037
012737
000167

001600

007500
007502
007510
007514
007516
007522
007524
007530
007536
007544
007552
007554
007560
007562
007566
007570
007574
007576
007602
007510

171076
171406
000002
171022
000200
171004

177572
000116
000436

007656
007662
007666
007670
007674
007676
007702

062701
020127
103765
OC5767
100405
112715
142715

000010
000766

007706
007710
007716

000406
112765
142765

007724
007730
007734
007736

012701
0,,2711
001003
042771

000512

007762
007766
007772
007774
010002
010006
010012
010014
010020
010024
010030
010034
010036
010042
010044
010050
010052

012701
032711
001003
042771
062701
020127
103765
012701
012703
005067
032711
001017
005771
100014
005767
001401
104002

010054

036761

010062
010064

010060
001001
104002

010066
010072
010074
010100
010102
010106

011167
010304
062701
005723
020127
103750

010110
010114
010120
010122

011567
022715
001401
104002

171374
171542

1 $:
2$ :

171336
170754
000306

000005

000114

170702

000000

170662
000253
000377

000252
000377

000001

000001

000566
000001
000005

000000

MACY11

.#1600,@KPAR1

MOV

LOWFLG
PMEML, PMEMX
#2.!NDX17

BITPT I PMEMX
3$
#200,@KPARl
81 TPT
1$
LOWFLG
DONE 17
LOWF LG
PMEMH , PMEMX
#l.BITPT
#4.INDX17
1$
1f20000.R5
(5)+
R5,1I40000
5$
%7,W'I>JP17
2$
@#SRO
UPARVEC+2,@ltPARVEC

XFRl

000000

000000
170716

30A(1052)

13-JAN-78

12:27

ADD
CMP
BLO
ERROR

#10, R 1
Rl.#TREG
4$

; CLEAR BANK UNDER TEST

;GO WRITE WRONG PARITY AND CHECK IT
; UPDATE AND CHECK NEXT 4K
;TURN OFF KTll WHEN DONE
;RESTORE TRAP CATCHER
;GO TO SETUP FOR NEXT TEST

PAGE 40

8R

CNT17

;WHEN WRONG PARITY DATA IS READ BACK.
TRP17:
MOV
#MPRO, Rl
II 1 ,@IR1
TRP17A: BIT
BNE
• +1 0
BIC
tlAEHoJloJP.@(Rl)
ADD
,# 1 O. R1
CMP
R1,HTREG
BLO
TRP17A
MOV
#r/lPRO.
MOV
# I NDCO, R3
CLR
TREG
1$:
BI T
#1,@Rl
BNE
2$
@l(Rl )
TST
BPL
2$
TST
TREG
SEQ
.+4
ERROR

000002

BIT

MOV
MOV

170674

170422
125253

;5ETUP OFFSET TO CHECK UPPER 64K OF MAPS

NO TRAP AFTER WRITING AND READING
WRONG PARITY WITH AE SET- VIRTUAL
ADDRESS OF LOCATION IS IN R5
(MAPPED THRU KERNEL PAGE 1)
WROTE LOW BYTE IF ODDFLG IS POSITIVE
WROTE HIGH 9YTE I F IT IS NEGATIVE
NOTE THAT WwP AND AE WERE CLEARED
BEFORE ERROR PRINTOUT

BITPT ,2(R1)

INDXI7=.-2
BNE
• +4
ERROR

000766

; SETUP OFFSET TO CHECK LOWER 64K OF MAPS
; DOES THIS 4K HAVE PARITY7
; YES. BRANCH TO TEST IT
;NO. MAP TO NEX r 4K
; UPDATE BIT POINTER
; GO CHECK TO SEE IF THI S 4K HAS OAR ITY
; END OF 128K?
; YES, EXI T
; NO. SET FLAG TO INDICATE SHIFT TO
;HIGH 64K AND CHANGE MAPS

;WRITE WRONG PARITY TEST ROUTINE TO TEST MEMORY ABOVE 28K
WWP17:
MOV
1t20000,R5
SET TEST ADDRESS POINTER
OODF LG
CLR
CLEAR FLAG TO INDICATE TESTING LOW BYTE
MOV
II 125253, SHOBE
STORE DATA FOR USE BY ERROR TYPEOUT ROUTINE
WIJP17A: MOV
II 1 25253,@RS
INITIALILE LOCAT ION
MOV
HMPRO, Rl
INITIALIZE REGISTER ADDRESS POINTER
1$:
BI T
#1. (1)
DOE5 THIS CONTROL EXI5T?
BNE
.+10
NO. GET NEXT
MOV
IIWWP+AE.@(R1)
YES- SET WRITE WRONG PARITY
AND ACT ION ENABLE
IIl0,R1
ADD
CMP
R1,IITREG
ALL REGISTERS SETUP?
1$
tJO- LOOP
BLO
TST
ODDFLG
YES- TESTING HIGH BYTE?
BMI
2$
YES, BRANCH
#253.@R5
MOVa
NO. '.>JRI TE ~It ***** *****"'***'" **>!-***** "'*'" ***."*,,,* **". ~ " l *"',. ~ . . * 1<>'<***1<", ***"*""_****"''''*>!"II<

;IF FIRST 4K IS PARITY MEMORY. CHECK IT tIt * '" "' ..
>/<

010452
010456
010462
010470
010474
010500
010502
010504

010510
010512
010520

013746

004767
012777
004767
012i04
005005
005025
020527

103774
012737

177776
005674
000020
003316

TEST20: MOV

Jsn
1?0412

021036

1$:
020000

012701

030720
020566

032711

000001

000114

MDV
JSR
MOV
CLR
CLR
CMP
BLO
MOV
MOV

>I<

>I<

11<

@HPS,-(SPI
PC,SCOPEC
H20.@DISPLAY
%7,CLRPAR
HPARPAT+20000,R4
R5
(5)+
R5. #20000
1$
#TRP20+20000 ,@#PARVEC
HMPRO+20000. R 1

;THESE 2 LINES DO THE SAME AS A SCOPE WITHOUT
;USING AN EIVIT
: LOAD THE TEST NUMBER INTO THE DISPLAY
;CLEAR ALL PARITY REGISTERS
;INlTIALIZE PATTERN POINTER
;1t~ITIALLY

CLEAR BANK

; SE rup TRAP RETURN
; SETUP TO SET ACTION ENABLE IN ALL

; PAR1lY REGISTERS PRESENT
010524

2$:

BIT

CCMFAFO, MEMORY PARITY TEST
CCMFAF. P11
, 3-J AN-78 '2:'3
23'4
23' 5
23'6
23'7
23, 8
2319
2320
2321
2322
2323
2324
2325
2326
2327

010530
0'0532
0'0540
010544
010550

00'003
01277'
06270'
020'27
'03765

010552
0' 0556
0,0560
010562
010564
010570
010576

004767
005724
005714
001373
004767
012737
000526

00000'
0000'0
020766

003222
000116

..

2350
2351
2352
2353
2354
2355
2356
2357
2358
2359
2360
2361
2362
2363
2364
2365
2366
2367
2368
2369
2370
2371
2372
2373
2374
2375
2376
2377
237B
2379
2380
2381
23B2
2383

010600
010602
010604
010606
010610
010614

005005
011415
021415
001404
013746
004767

010620
010622
010626
010630
010634

005725
020527
001002
062705
020527

010640
010642
010646
010652
010656
010660
010664
010666
010672
010676
010700
010702
010706

103760
005067
012701
032711
001003
005771
100406
062701
020127
103765
000207
013746
004767

010712
010714

022626
000167

010720
010724
010730
010734
010736
010742
010744
010750
010754
010756
010762

005067
012701
032711
001003
005771
100412
062701
020127
103765
013746
004767

010766
010770
010774
010776
011002
011004
011010

000430
017102
005003
005071
005713
005771
100413

177776
002742

000114
000004
020000

170120
020566
000001
000000
000010
020766

177776
002650

177644

170042
020566
000001
000000
000010
020766
177776
002574

000000
000000
000000

30A('052)

, 3-yAN-78

'2:27

PAGE 43
seQ 0043

BNE
MDV
ADD
CMP
BLD

000000

ySR
TST
TST
BNE
DDNE20: ySR
MDV
BR
3$:

000022

CCW,FAFO, MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7812:13
2328
2329
2330
2331
2332
2333
2334
2335
2336
2337
2338
2339
2340
2341
2342
2343
2344
2345
2346
2347
234B
2349

MACYl ,

000114

MACYll

30A[ 1052)

.+10
NAE,I'(R' )
0 ,R'
R' ,NTREG+20000
2$

N'

%7,CKBKO
(4)+
(4)
3$
PC, CLRPAR
# PARVEC+2 ,I'NPARVEC
TEST21

13-JAN-7B

12:27

;SET ACTIDN ENABLE IF REGISTER IS PRESENT

; BRANCH UNTI L ALL REGISTER ADDRESSES
;HAVE BEEN CHECKED
;EXERCISE THIS 4K
;UPDATE PATTERN
; LAST PATTERN?
;ND, LDDP
:CLEAR ALL PARITY REGISTERS
; RESTDRE TRAP CATCHER
; GD TO NEXT TEST

PAGE 44
SEQ 0044

: PARITY MEMDRY TEST ROUTINE
;WRITES AND CHECKS EACH LDCATION IN SANK 0 [EXCEPT 114 AND 116)
;WITH VALUE POINTED TD BY R4
CKBKO:
R5
ClR
SET ADDRESS POINTER
1$:
(4), [5)
MDV
WRITE PATTERN
(4). [5)
CMP
DATA OK?
BEQ
.+12
YES- BRANCH
@#PS,-(SP)
MDV
SETUP TD DD ERROR CALL VIA JSR
JSR
PC, ERR
ERRDR_ DATA INCDRRECT IN LDCATION
WHDSE ADDRESS IS IN R5. R4 PDINTS
TO THE VALUE WRITTEN.
(5)+
TST
UPDATE ADDRESS PDINTER
CMP
R5,N114
DDN'T CHANGE CONTENTS OF 114 AND " 6
BNE
.+6
#4,R5
ADD
CMP
R5, '20000
: HAS THE WHDLE BANK BEEN TESTED WITH
j THIS PATTERN?
BlO
1$
;ND, BRANCH TO TEST NEXT LOCATIDN
TREG
CLR
;YES, 010 ANY PARITY ERROR BITS SET?
MDV
HMPRO+20000, Rl
2$:
# 1, [1)
BIT
BNE
.+10
@(Rl)
TST
3$
BMI
; YES- BRANCH
#10, Rl
ADD
CMP
R 1 ,#TREG+20000
2$
BLu
RTS
%7
; NO- RETURN
3$:
@#FS,-(SP)
MDV
; SETUP TO 00 ERRDR CALL VIA JSR
JSR
PC, ERR
; ERROR- PARITY ERROR BIT SET AND ND
; PARITY TRAP DCCURRED
;(AE WAS SET) - Rl PDINTS TO ADDRESS
;OF PARITY REGISTER
CMP
(SP)+, (SP)+
;RESTDRE STACK PDINTER
JMP
DONE20
;PARITY TRAP SERVICE (ND TRAPS TD 114 SHDULD DCCUR IN THIS SUBTEST)
TRP20 :
CLR
TREG
MOV
#MPRO+20000, Rl
; FINO THE REGISTER RECDRDING A PARITY ERRDR
BIT
#1,(R1)
'$:
BNE
.+10
@(R1)
TST
2$
BMI
; BRANCH IF ERRDR IS SET
ADD
#10. Rl
CMP
R 1 ,#TREG+20000
1$
BlD
@#PS,-(SP)
MOV
SETUP TD 00 ERRDR CALL VIA A JSR
ySR
PC, ERR
ERROR- PARITY TRAP TO 114 DCCURRED DURING
TEST 20 BUT NO REGISTERS HAVE PARITY
5$
BR
ERROR SET
2$:
MDV
@(Rl ) ,R2
SAVE CONTENTS DF PARITY REGISTER
R3
CLR
INITIALIZE ADDRESS POINTER
@(Rl )
3$:
CLR
CLEAR PARITY REGISTER
@R3
TST
READ LDCATIDN
@(Rl)
TST
PARITY E ··RDR SET?
8M!
4$
YES- BRANCH

CCMFAFQ, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13

2384
2385
2386
2387
2388
2389
2390
2391
2392
2393
2394
2395
2396

011012
011'014
011020
011022
011026
011032

00S723
020327
103766
010271
013746
004767

011036
011040
011044

000404
013746
004767

011050
011052

022626
000207

MACY11

13-JAN~78

30A(1052)

12:27

PAGE 45
SE~ 0045

020000
000000
177776
002S24

177776
002512

4$ :

TST
CMP
BLO
MOV
MOV
J5r.!

I R3)+
R3, #20000
3$
R2,@(R1)
@#PS,-ISP)
PC, ERR

BR
MOV
JSR

5$
@#PS,-(SP)
PC, ERR

eMP
RTS

%7

:MOVE POINTER

;RESTORE PARITY REGISTER CONTENTS
;SETUP TO CALL ERROR VIA JSR
;PARITY ERROR OCCURRED WHILE TESTING
;BANK 0 BUT NO BAD PARITY WAS FOUND
: DURING SCAN OF BANK O. R1 POINTS
; TO THE ADDRESS OF THE PARITY REGISTER
;OETECTING THE ERROR
;SETUP TO DO ERROR CALL VIA JSR
;PARITY ERROR \oJHILE EXERCISING MEMORY
: BANK 0- Rl POINTS TO ADDRESS OF PARITY
;REGISTER DETECTING THE ERROR. R3 CONTAINS
; THE ADDRESS OF THE LOCATION HAVING
;BAD PARITY

2397
239B

2399

2400
2401

2402

S$ :

ISP)+, (SP)+
; RETURN TO CHECK USING THE NEXT PATTERN

2403
2404
240S

2406

2412
2413
2414
2415
2416
2417
2418
241 9

2420
2421
2422

;NOTE THAT

011054
011060
011064
011072
011076
011,00
011102
0111 06

013746
004767
012777
004767
005005
00S02S
020527
103774

177776
00S272
000021
002714

2426
2427
2428
2429

011110
011112
011116

011124
011130

005005
005067
012767
012715
0, 2701

170010

167410

2430
2431

011134

2432
2433

011140
011142

:::!434

2435
2436
2437
2438
2439

011150

a 1115~

01 t 160
011162
011166
011170

032711
001003
012771
062701
020127
103765
005767
100404
112715

000001
000004
000010
020766

011174
011176
011200
011206
011212
011216
011222
011226
011230
011236
011242
011246
011250
011254
011260
011264
011266
011272
011274
o t 1300
011302
011306

000000

167370

TEST21: MOV
JSR
MOV
JSR
CLR
1$:
CLR
CMP
BLO

"'* **

>1< ...

** "' .. "' ...... '" ** ... '" ** ** ...

IS EXECUTED IN BANK 1

SURE

THAT

* ... "'* .. '" "'* "'* '" ~

@NPS,-(SP)
PC. SCOPEC
#21.@DISPLAY
PC,CLRPAR
RS
(R5h
R5, #20000
1$
.

WRONG

PAR! TY

"'* '" * '" '" ** *'" '" ':SAME
" "''';' "' .. AS
'" "'" SCOPE
** '" '" '" ***
"'"' '" '" '" '" '" '" **"'''' '" **
wiTHOUT DOING EMT
; LOAD THE TEST NUMBER INTO THE DISPLAY
;CLEAR ALL PARITY REGISTERS
;CLEAR PArdTY ERRORS IN BANK 0

;WRITE WRONG PARITY TEST ROUTINE
;USING SAME DATA VAlt.:E. WRITES AND CHECKS PARITY IN WRONG STATE
;AND THEN IN CORRECT STATE TO PROVE THAT PARITY BITS TOGGLE
WWP21:
CLR
R5
;5ET TEST ADDRESS POINTER
CLR
ODDFLG
;ClEAR FLAG TO INDICATE TESTING lm'll BYTE
MOV
#125253.SHDBE
;STORE DATA FOR USE BY ERROR TYPEOUT ROUTINE
WWP21A: MOV
11125253.@lR5
;INITIALIZE LOCATION
MOV
IIMPRO+20000, R 1
; SE TUP TO SET ~'R I T E WRONG PAR I TV
;IN ALL REGISTERS
1$:
BIT
# 1 , (1 )
BNE
.+10
MOV
HWI,oJP .@l(R1 )
;5ET WRITE WRONG PARITY
ADD
/,I 1 O. Rl
eMP
R1 • f;rTREG+20000
BLo
1$
TST
OooFLG
;TESTING HIGH BYTE?
BMI
2$
; YES. BRAnCH
MOVB
#2S3,@>R5
:NO. I'JRITE WRONG PARITY IN LOW BYTE

MACY11

30A{ 1 OS2)

00O~05

000252
000001
020566
000770
000001

000001

000004
000010
020766

000000

4$:

BLo
MOV
CLR
LOOP21 : BIT
BNE
TST
BPL
TST
BEQ
MOV
JSR

167466
177776
0022S0

032761
001004
013746
004767

000001

011332
011336
011342
011344
o 113S0

011167
062701
005723
020127
103743

167430
000010

011352
011356
011360
011364

005767
001005
013746
004767

167410

011370
011372
011376

000423
022713
001020

011400
011404
01'410
011412
011416
011420
011422

017701
042701
010502
042702
000302
006302
006302

000002

'77776
002230

S$:

020766

177776
002172

000001

167362
170037
003777

TST
BR
MOV8
TST8
MOV
MoV
BIT
BNE
BIC
ADD

CMP

000000

011312

2$:
3$:

020566
167506
000001

011320
011322
011326

13-JAN-7B

12: 27

PAGE 46
SEQ 0046

005715
112765
10S765
012701
012703
032711
001003
042771
062701
020127
103765
012701
005067
032711
001024
005771
100021
005767
001404
013746
004767

MAKE

>

000253

CCMFAFO. MEMORY PARITY TEST
ccr~lFAF. P11
13-JAN-78 12: 13
2440
2441
2442
2443
2444
2445
2446
2447
2449
2449
2450
2451
2452
2453
24S4
24SS
2456
2457
24S8
24S9
2460
2461
2462
2463
2464
2465
2466
2467
2469
2469
2470
2471
2472
2473
2474
247S
2476
2477
2478
2479
2480
2481
2482
2483
2484
2485
2486
2487
24B8
2489
2490
2491
2492
2493
2494
2495

LISTING).

; '" '" "' .. '" '" '" "'''' "' .. *.jc "' .. '"

020000

167440
125253
125253
020566

THIS SUBTEST

'" '"

(20000 ABOVE ADDRESSES
IN EACH BYTE CAN BE DETECTED.
;AND THAT \tJHEN GOOD PARITY IS WRITTEN AND READ NO PARITY ERROR IS DETECTED.
;CHECK ERROR ADDRESS BITS (PARITY REGISTER BITS 5-11)
; IN . -IE

2423
2424
242S

"'* '" '" "' ...... '"

>4-'" II< '" '" '" '" *' "' .. "' .. '" '" *"'* '" >Ie .. '" '" ~ '" '" "' .. '" '" "' ... *' '" '" '"
>1< ...
: FORCE WRONG PARITY IN EACH LOCATION IN BANK 0

: >I<

2407
2408
2409
2410
2411

6$:

IRS)
3$
#2S2, 1 (RS)
1( RS)
IIMPRO+20000, R1
/lINDCO, R3
#1,@R1
• +1 0
#WWP,@(Rl)
#10. Rt
R1,IITREG+2DODO
4$
#MPRO+20000, R1
TREG
#1,@R1
S$
@IR1 )
S$
TREG
.+12
@#PS,-(SP)
PC, ERR

BIT

#1,2(R1)

BNE
MoV
JSR

@#PS,-(SP)
PC, ERR

MOV
ADD
TST
CMP
8LO

@lRl ,TREG
1110. Rl
IR3)+
Rl.IITREG+20000
LOOP21

TST
BNE
MOV
JSR

TREG
6$
@#PS,-ISP)
PC, ERR

BR
CMe
BNE

7$
#1, I R3)
7$

MOV
81C
MOV
81C
SWAB
ASL
ASL

@TREG,Rl
#170037, R1
RS, R2
#3777, R2
R2
R2
R2

.+12

;DETECT WRONG PARITY WITH DATI
;WRITE WRONG PARITY IN HIGH BYTE
;DETECT WRONG PARITY WITH DATI
;SETUP TO CLEAR WWP IN ALL PARITY REGISTERS
; POINTER TO INDICATOR

;CLEAR Wl,oJP IN ALL PARITY REGISTERS

; CHECK TO SEE IF ANY REGISTER DETECTED
; THE PARITY ERROR

CHECK PARITY REGISTER
BRANCH IF PARITY ERROR IS NOT SET
WAS PAR ITY ERROR SET IN ANY OTHER REGISTER?
NO- BRANCH
SETUP TO DO ERROR CALL VIA A JSR
ERROR- PARITY ERROR SET IN MORE THAN
ONE REGISTER AFTER \tJRITING WRONG PARITY
IN LOCAl ION WHOSE ADDRESS IS IN RS
DOES MAP INDICATE THAT THIS REGISTER
CONTROLS THIS MEMORY?
YES, BRANCH
NO- SETuP TO DO ERROR CALL VIA A JSR
ERROR- PARITY REGISTER RESPONDED
TO MEMORY WHICH IS NOT IN ITS MAP.
Rl POINTS TO PARITY REGISTER'S ADDRESS.
R5 CONTAINS ADDRESS OF LOCAT ION BE ING
TES T ED
STORE REGISTER ADDRESS

BRANCH UNT I L ALL REGISTERS HAVE 8EEN
CHECKED
WAS PAR I fy ERROR SET IN ANY REGISTER?
YES- BRANCH
NO- SETup TO DO ERROR CALL VIA A JSR
ERROR- NO REGISTER HAS PARITY ERROR
SET AFTER READING WRONG PARITY IN LOCATION
WHOSE ADDRESS IS IN RS
IS THIS A CORE PAR REG?
NO. BRANCH (MaS PAR REG DOES NOT
STORE ADDR 81 TS OF PAR ERROR)
GET PARITY REGISTER CONTENTS
MASK ALL BuT ERROR ADDRESS BITS
GET ADDRESS OF LOCATION UNDER TEST
POSIT ION BITS IN R2

CCMFAF'.), MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7812:13

2496
2497
2498

2499

011424

MACY11

30A( 1052)

011426

001404
013746
004767

12:27

PAGE 47
SEQ 0047

CMP

020102

011430
011434

13-0AN-78

R1 ,R2
7$
@#PS,-(SP)
PC, ERR

Oi:O
MOV
oSR

177776
002122

PARI TY ERROR ADDRESS BITS COR"ECT?
BRANCH IF YE5
ND- SETUP TO DO ERROR CALL VIA A JSR
ERRDR- ADORE55 BITS (PARITY REGISTER
8i T5 5-11) INCORRECT- ADDRE5S OF PARITY

2500

REGISTER IS CONTAINED

2501
2502
2503
2504

011440
011442

2505

011446
t 1450
01' 454
011456

7$ :

0'1515

2506

o

005077
005715
005777

2507
2508
2509

011462

013746
004767

MOV
ClR
T5T
TST
BPl
MOV
oSR

167320
167312

'00004
177776
002074

@TREG
@R5
@TREG
.+12
"#PS,-(SP)
PC, ERR

BRANCH IF NOT SET
SETUP TO DO ERROR CALL VIA A JSR
ERROR- WRITING LOCATION WITH WRITE
WRONG PARITY CLEAR DIDN'T CLEAR BAD

2510

PARITY (ADDRESS OF lOCATION IS IN R5)
"TREG" +20000 CONTAIN5 THE ADDRESS
OF THE PARITY REGISTER

251'
2512
2513
2514

011466

005167

2515
2516
2517

011472
011474
011476

005725

251 B

011502

2519

011504
011510
011514

2520

2521

COM
BMI
TST
CMP
810
JSR
MOV
J5R

167064

100401
020527

020000

103610
004767
013746
004767

002302
177776
004636

011520
01 t 524
011525

012700

017770

011532

0057.21
005300
001373
162706
162737
162737
162737
162737
1627.37

2522
2523

2524
2525

2526
2527
2528

2532

011534
011536
011540
011544
011552

2533

011560

2529
2530

2531

2534

011566

2535

all :174
011602
011610
011612

2536
2537
2538

005001

016111

020000

020000

020000
020000

020000
020000

O~2737

020000
177570

001403
162737

020000

000167

160000

013632
013634

013644
013646
013656

ODDFlG
.+4
( R5)+
R5, #20000

TOGGLE ByTE INDICATOR
BRMKH I j- HIGH BYTE NOT YET TESTED
UPDATE ADDRESS POINTER
THIS 4K DONE?
lOOP TIll All 4K HAS BEEN TESTED
CLEAR All PARITY REGISTERS
SETUP TO CAll SCOPE VIA JSR
5COPE

WWP,,21 A
PC I CLRPAR

@#P5,-(SP)
PC,5COPEC

;COPY SECOND 4K BANK BACK TO FIR5T 4K AND RETURN TO FIR5T 4K BANK
XFR2:
MOV
# 17'770, RQ
; RO IS USED AS A COUNTER
ClR
Rl
; Rl POINTS TO THE CURRENT lOCATION
1 $:
MOV
20000(Rl) ,@>Rl
;COPY BANK 1 TO 8ANK 0
TST
(Rl)+
OEC
RO
BNE
1$
SUB
#20000, SP
;RESTORE 5TACK POINTER
SUB
#20000,@lIlERRA1
SUB
1t20DOO,@l#ERRA2
SUB
1;'20000,@nERRA3
sue
#20000,@#ERRA4
SUB
1t20000,@lIlERRAS

001100

CMP

#177570,@lItSWR

001100

8EQ
5UB

2$
#20000,

JMP

DONE-20000

;DOES THE

011620

2$ :

CONSOLE HAVE

A

REG. ?

SWITCH

; I F SO THEN GO TO 2$
~'SWR

;OTHERWISE RE5TORE THE ADDRESS
; SWITCH REGISTER

2539
2540

LOCATION "TREG II

IN

ADORES5 OF TEST lOCATION 15 IN R5
RESTORE TEST lOCATION TO FIX BAD PARITY
CLEAR ERROR BIT IN PARITY REGISTER
READ lOCATION TO SET IF PARITY IS GOOD
CHECK PARITY ERROR BIT

@R5,@R5

; RETURN TO BANK

OF

SOFTWARE

a

2541
2542
2543
2544
2545
2546
2547

2548
2549
2550
2551

; ... >I: '" "' .. '" '"

011624
011532
011636

012737
012706
OC4767

011642

005237
004567

011646

011651
011654
011656
011660

011752
017401
000006
104000

2556
2557
2558
2559
2560

011662
0116G4

017363

2561

2562

011676
011700

COSOOO
005200
001376
o t 3705
001405
000005

2563

011702

004715

011704

000240
000240
000240

2555

2564
2565
2566
2::,G7
2568
2569
2570

2571
2572
2573
2574
2575
2576
2577
2578

000116
000510

011666
011670
011672

011706
011710
011712
011,20
011722
011724
o t 1730
011732
011736
011740
011746
011752
011754

003544

2587
25B8
;2589
2590
2591
2592
2593
2594
2595
2596
2597

2598
2599
2600
2601
2602
2603

2604
2605
2606
2607

HSTKPT ,SP
%7,CLRPAR
@#PASCNT
R5, OACNV

13-JAN-78

30A(1052)

>I<

>I<

>I< '" "' .. >I< >I< "' .. "' ... 'PI, "' .. >I<

>I<

12:27

;REINITIALIZE STACK POINTER
;CLEAR ALL PARITY REGISTERS
; 'EEP TRACK OF PASSES COMPLETED

PAGE 48

SEQ 0048
PA5CNT
MPCNT

G
TYPE

;TYPE BELL,

MPGEND
CLtl

1$:
000042

$ENDAD:

032777

000400

167162

000167
000000
000000

MACY11

• '"

>1<'"

J.

MOV
J$R
INC
JSR

011752

001401
000000
105767
001006
105777

100375
112777

000' 14

002150

167160

CONT:

INC
BNE
LOGICAL:
8EQ
RE5ET
05R
NOP
NOP
NOP
BIT
8EQ
HA L T
T5TB
8NE

CONT

;LOADED BY MONITOR'?
; BRANCH I F NO

7,(5)

; GO TO MONITOR

#BITB,@5WR
• +4

: SWITCH 8 SET?

MQV

; HAL T AT END OF PASS SET

@lTPS

000000

,-4
#O,@TPB
8EGIN

1$:
PASCNT:
MONC·T:

@#42,R5

$TPFlG
1$

TST8

167140

AND PASS COUNT

; AllOW TIME FOR END PA55 MESSAGE TO PRINT

RO
1$

8Pl
MOV8
JMP

170134

"END PA5S="

RO

167146

2579
2580
2581
2582
2583
2584

2585
2586

>I< '" '" '" '" "'''' >I< "' ...... '" '" ¥ >1<"" '"

>I<

CCMFAFO, MEMORY P~RITY TEST
CCN'IFAF.Pl1
13-JAN-7912:13

2552
2553
2554

>1<'"
** "'* ** '"
** ** ** *'" '" *'" * ** "' ... *
;AT THIS POINT EXECUTION RETURNS TO SANK 0
;DONE:
**,.,.. .. "',. MOV
*' ** '" ** '" '" '" ** >1<" '" '" '" '" '" ** '" '" '" '" >1<** '" '" "' .. '" '" '" '" '" '" "'''' '" '" '" '" ** . . ,. '" *' '" ... '" * "',. ...... **'"
Ii PARV EC+2 ,@#PARVEC
: RES TORE T RAPCA TCHER

o
o

;IF NO TERMINAL.

SKIP

; "AIT FOR TTY TO FINI5H SO THAT RESET
:WON'T CLOBBER THE BEll
: OUTPUT A NULL
; PA5S COUNT

* "' ...
* '" '" '" * ** **
*'" '" * "'"' "'''' *'"
* '"
***"''''* ***
*'" '" '" '" #MAPMB,@1I4
'" "' ...... "'"' '" '" '" "',.. * '" '" ** '" '" ** "'** '" ':" SET
'" '" '" "'"'NO'" '" MEM
"' ...... MANAGEMENT
"'. * '" '" '" '" '" '" '" '" '"TRAP
*"' .. "'' ' **'"

; ** *'" '" '" '" '" '" * '" >I<

>I< '"

>I< '" '" "' .. '" '" '" '" '"

>I<

>I<

>f. '" '" '"

>I< '" '" >I'

>I< '" '" '"

;CREATE MAP INDICATING WHERE 4K BlOCK5 OF MEMORY ARE PRESENT

011756

012737

011764

005737

011770

011774
012000

012004
012010
012016
012024
012032
012040

012046
012054
012060

012064
012070
012074
012102
012106

012162
177572

005067
004767
004767

166554
001712
002056

005067
012767
012767
012767
012767
012737
016777
005737

166534
177777
077777
000001
001064
012150
166472
021000
025000
031000
035000
000200
166412

005737

005737
005737
062767
006367
103006

000004

i·>t- '" '" "' .. '" * .. '"
MAPMEM: MOV

T5T

167046
167042
166466
166506
000004
167176

166442

@#SRO

; IS KT PR~SENT?

(TIMEOUT IF NO)

;MAP MEMORY U5ING KTll - MAX OF l24K POSSIBLE
; INDICATE KTll PRE5ENT
MAPMA:
ClR
NOKT
; INITIAllY 5ET All PAGE5 NONRESIDENT. BANK
JSR
%7,NRAll
;MAP KERNEL 0 TO B~NK 0, RW
05R
%7,MAPl
; MAP KERNEL 7 TO THE EXTERNAL BANK. RW
;MAP KERNEL 1 RW, AND TURN ON KTll
TBANK
ClR
;SET UP CORE MAPS
,,77777 ,MEMl
MOV
1177777,MEMH
MOV
;SET UP 4K POINTER
MOV
,l,/1.8ITPT
#MEML, MEMUT
MOV
5ET UP FOR TIME OUTS
115$ .@#4
MOV
MAP KERNEL PAGE 1 TO BANK BEING TESTED
TBANK,0lKPAR1
MOV
2$ :
1ST K PRESENT?
@f.l21000
T5T
2ND K PRESENT?
@#25000
TST
3RD K PRESENT
@1f3100Q
T5T
4TH K PRESENT?
@#35000
TST
UPDATE TE5T ADDRESS
#200, TBANK
3$:
ADO
UPDATE
BANK POINTER
81
TPT
ASl
8RANCH I F NOT DONE WITH 64K SECTION
4$
BCC

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812"3
260B
2609
2610
2611
2612
2613
2614
2615
2616
2617
261B
2619
2620
2621
2622
2623
2624
2625
2626
2627
262B
2629

2630
2631
2632
2633
2634
2635
2636
2637
263B
2639
2640
2641
2642
2643
2644
2645
2646
2647
2648
2649
2650
2651
2652
2653
2654
2655
2656
2657
2658
2659
2660
2661
2662
2663

012110
012116
012124
012132
012134
012140
012146
012150

012767
012767
022767
003345
005037
012737
000207
046777

012156
012160

022626
000745

012162
012170
012172
012200
012206
012212
012220
012222
012226
012232
012236
012242
012246
012252
012260
012262
012270
012272

012767
022626
012737
012767
005067
012767
005001
005761
005761
005761
005761
062701
006367
022767
003360
012737
000207
046767

012300
012302

022626
000757

2667
266B
2669
2670
2671
2672

26i3
2674
2675
2676
2677
267B
2679
26BO
26Bl
26B2
26B3
26B4
26B5
2686
26B7
26BB

2689
2690
2691
2692
2693
2694
2695
2696
2697
269B
2699
2700
2701
2702
2703
2704
2705
2706
2707
270B
2709
271 0
2711
2712
2713
2714
2715
2716
2717
271B
2719

13-JAN-78

12:27

PAGE 49
SEQ 0049

000001
001066
007600

166402
166422
166412

177572
000006

000004

166344

166370

000001

166360

012272
000177
166654
000001

000004
166656
166300

001000
005000
011000
015000
020000
166246
000200

166240

000006

000004

166222

166564

4$.

5$.

MOV
MOV
CMP
BGT
CLR
MOV
RTS

;YES, DO MEMH(64-124K)

N1,BITPT

alc

NMEMH, MEMUT
#7600, T BANK
2$
ilHSRO
"'6,@1I4
%7
BITPT ,ilMEMUT

CMP
BR

(SP)+, (SP)+
3$

: EXTERNAL BANK YET?
:NO, NOT YET
; YES- DISABLE KTll
; RESTORE TRAPCATCHER
;RETURN
: TiMEOUT OCCURRED-CLEAR BIT TO INDICATE
;4K BLOCK NOT PRESENT
: ADJUST STACK
: CHECK NEXT BLOCK

:NO KT PRESENT - MAP MAX OF 28K IN 4K CONTIGUOUS BLOCKS
:SET FLAG TO INDICATE KT11 NOT PRESENT
#1 t NOKT
MAPMB:
MOV
;RESTORE _TACK POINTER
(SP)+, (SP)+
CMP
; SET UP TIMEOUT RETURN
MOV
H3$ ,"'#4
; INITIALIZE MAP
MOV
#177,MEML
MEMH
CLR
:SETUP 4K POINTER
MOV
HI, BITPT
: INIT IALl ZE BANK ADDRESS
CLR
Rl
:IST K PRESENT
1$:
TST
1 OOO( 1)
; 2ND K PRESENT
5000( 1)
rST
; 3RD K PRESENT
TST
11 000 (1 )
:4TH K PRESENT
15000( 1)
TST
#20000, Rl
;UPDATE TEST ADDRESS
ADD
2$.
; UPDATE POINTER TO NEXT 4K
BITPT
ASL
: 28K CHECKED YET?
CMP
H200,BITPT
; NO, CHECK NEXT 4K BLOCK
1$
BGT
MOV
#6,«>#4
RTS
%7
: TIMEOUT OCCURRED- CLEAR BIT TO
BIC
BITPT tMEML
3$:
: INDICATE 4K BLOCK NOT PRESENT
: ADJUST STACK POINTER
(SP)+, (SP)+
CMP
SR
2$

;*. *". ** ***"'*"'**.'"

*"''''''' '" '"

OJ<** '" >I< ** _••• "'>IE ** "'* "'*"'* ** *>1'''OJ< '" *"'*** "'**. ** *."'*"''''''' ......
;MAP PARITV CORE AND CORRESPONDENCE TO ASSOCIATED REGISTERS

012304
012312
012320
012326
012332
012336

013767
012767
012767
005067
005067
005067

001064
000001
000001
166232
166206
166210

012342

005067

166662

012346
012352
012356
012360

012702
032712
001003
012772

166234
166200
166700

000004

000000

012434
012440
012444
012446
012452
012456
012462
012464
012470
012472

062702
020227
103765
012702
062702
020227
002031
032712
001370

000010
000766

005772

000000

012476
012500
012504
012506

166006

OOD002

012516
012524

100365
005767
001004
056762
000403
056762
105762

165776
000007

000004

012530
012532
012540

001005
116762
105262

166472
000007

000006

012544
012546
012550

000742
000002
166446

166452
000010

012410
012412
012414

012420
012424
012426

012514

012556

012564
012566
012572
012576
012600
012606
012610
012616
012622
012626
012634
012636
012642
012646
012650
012652
012656

000004

2$:
000000

MAPRC:
1$:

000556
000010
000766
000001

166046

062767
026727
001402
000167
005767
001021
026727
103015
062767
oe6367
005067
036767
001756
000167
005767
001401
000207
005767
001417

2$:
3$:

4$:
MAPRD:

011313

177554
165754

1$:

165714

000100

020000
165676
166402
165666

165726

177504
165702

166350

; LOAD MAP OF MEMORY PRESENT IN LOWER 64K
; INITIALIZE 4K POINTER
: INDICATE KTI1 NOT IN USE
; INITIALIZE ADDRESS OF TEST BANK
;CLEAR FLAG TO INDICATE FIRST 64K
: BEING CHECKED

ADRTYP

13-JAN-7B

165112
MAPRE:

12:27

PAGE 50
SEQ 0050

tM?

166140
166620

000566
000001

"'#MEML ,MEMUT
Hl,BITPT
Hl,KTSTART
RELOC
TBANK
HIWORD

:SET WRITE WRONG PARITY IN ALL REGISTERS PRESENT
:THEN WRITE TEST LOCATION VIA DATO AND READ TEST LOCATION VIA DATI
:THEN CLEAR WRITE WRONG PARITY IN ALL REGISTERS
MAPRB:
MOV
HMPRO, R2
: LOAO ADDRESS OF TABLE
1$:
BIT
#1, (2)
: IS THIS REGISTER PRESENT?
BNE
.+10
;NO, GET NEXT ONE
MOV
HWWP,iI(2)
;YES, SET WRITE WRONG ~ARITY AND CLEAR REST

ADD

062702
020227
103765
016703
066703
011313
005713
012702
032712
001003
042772

012404

MAPREG: MOV
MOV
MOV
CLR
CLR
CLQ

MACYll 30A( 1 052)

000010
000766

012366
012372
012376
012400

; ** "' •• **. ******* * **** of"'**** *********.*"'** *'" * '" ** ** "'* '" "'* ** .. ,.. ***** *********

CLR

000566
000001

CCMFAFO, MEMORY PARITY TEST
13-JAN-7B 12: 13
CCMFAF. Pl1
2664
2665
2666

MACVll 30A(1052)

BLO
MOV
ADD
MOV
TST
MOV
BIT
BNE
BIC

1I10,R2
R2,hTREG
1$
TBANK, R3
ADRTYP,R3
(3) ,(3)
(3)
#MPRO, R2
#1, (2)

.+10
HWWP,!'(2)

ADD
CMP
BLO
MOV
ADD
CMP
BGE
BIT
BNE
TST

#10 t R2
R2,#fREG
2$
NMPRO-10,R2
HI 0, R2
R2, HTREG
MAPRD
HI, (2)
1$
@l(R2)

BPL
TST
BNE
Bi>
BR
BIS
TSTB

1$
HIWORD
2$
BITPT ,2(2)
3$
BITn ,4(2)
?(2)

BNE
MOVS
INCB

4$
ADRTYP,6(2)
7(2)

BR
MOV
ADD
CMP
BEQ
JMP
TST
BNE
CMP
BHIS
ADD
ASL
CLR
BIT
BEQ
JMP
TST
BEQ
RTS
TST
BEQ

1$
@R3,!'R3
#2, ADRTYP
ADRTYP,Hl0
1$
MAPRB
HIWORD
MAPRE
BITPT ,Hl00
MAPRE
020000, TBANK
BI TPT
ADRTYP
BITPT ,MEMUT
1$
MAPRS
NOKT
.+4
%7
KTSTART
1$

DONE WITH TABLE?
BRANCH I F NOT
LOAD ADDRESS OF 4K BANK UNDER TEST
ADD ADDRESS OFFSET (EITHER O,2,4,OR 6)
WRITE WRONG PARITY
READ WRONG PARITY

: CLEAR WRITE WRONG PARITY IN ALL
; PARITY REGISTERS

;INIT FOR ERROR CHECKS

;BRANCH IF DONE WITH TABLE
; IS THIS "EGISTER PRESENT?
iND, GET NEXT ADDRESS
: YES, DID THIS CONTROLLER GET A
: PARITV ERROR?
:NO. CHECK NEXT
;YES, WHICH 64K IS UNDER TEST?
; BRANCH I F UPPER 64K
;SET BIT IN MAP FOR THIS PARITY REGISTER
; SET BIT IN MAP FOR THIS PARITY REGISTER
: IS THIS THE FIRST ADDRESS FOUND FOR
; THIS PARITY REGISTER?
;NO, BRANCH
; YES, RECORD LOW BYTE OF ADDRESS (O,2,4,OR 6)
: INDICATE AN ADDRESS HAS BEEN FO"ND FOR
; THIS REGISTER
; CLEAR BAD PARITY
;CHECK FIRST 4 ADDRESSES IN EACH 4K
BRANCH IF FIRST 4 ADDRESSES TESTED
IF NOT, GO TEST NEXT ONE
IS LOWER MEMORY DONE?
YES, BRANCH
DONE WITH 1 ST 2BK?
YES, BRANCH
NO- ADD 4K TO ADDRESS
SHI FT BIT POINTER
START WITH FIRST ADDRESS IN BANK
DOES THIS 4K BLOCK EXIST?
ND- BRANCH
YES, TEST IT
KTll PRESENT?
YES, BRANCH
NO, DONE
KTl1 ALR 'ADY ON?
YES, BRANCH

,;.

CCMFAFO, MEMORY PARITY TEST
CCMFAF.Pl1
13-JAN-7812:13
2720
2721
2722
2723
2724
2725
2726
2727
272B
2729
2730
2731
2732
2733
2734
2735
2736
2737
273B
2739
2740

2741
2742
2743
2744
2745
2746
2747
274B
2749
2750
2751
2752
2753
2754
2755
2756

2757
275B
2759

2760
2761
2762
2763
2764
2765
2766
2767
2768
2769
2770
2771
2772
2773
2774
2775

012660
012666
012674
012700

012767 020000
012767001400
004767 001012
004767 001156

012704
012710
012716
012722
012724
012732
012740
012746
012754
012162
012764
012770
012772
013000
013002
013010
013014

005067
012737
006367
103011
012767
013767
012767
062767
022767
003003
005037
000207
036767
001746
016777
005067
000167

2796
2797
279B
2799
2BOO
2BOI
2B02
2B03
2804
2805
2806
2B07
2808
2B09
2Bl0
2811
2812
2813
2814
2815
2816
2B17
2B18
2B19
2B20
2821
2822
2823
2824
2825
2826
2827
2828
2B29
2B30
2831

12:27

PAGE 51
SEQ 0051

165656
165670

MOV
MOV
JSR
~SR

166316
000001
165576

177572

000001
001066
000001
000200
007600

165566
165606
165604
165610
165602

CLR
Mav
ASL
BCC
Mav
Mav
Mav
ADO
CMP
BGT
CLR
RTS
BIT
BEQ
MOV
CLR
JMP

1$:

2$:

177572
165522

165546

165556
166214
177326

166242

3$:

; 'II.

*20000, TBANK
',400, RELac
"7,NRALL
"7,MAPI
KTSTART
",iII,SRO
BIT?T
2$
N1 ,BITPT
.'MEMH, MEMUT
",HIWORO
nOO,RElOe
17600, RELac
3$
.,SRO

NO, INIT TBANK TO SELECT KERNEL PAGE
SET UP FOR ACCESS TO 2BK BANK
INITIALLY MAP ALL PAGES NR, BANK 0
MAP KERNEL 0 TO BANK 0, RW
MAP KERNEL 7 TO THE EXTERNAL BANK, RW
SET KERNEL 1 RW AND TURN ON KT11
INDICATE KTll NOW IN USE
; TURN ON KT11
;SHIFT BANK INDICATOR
; BRANCH IF FI RST 64K NOT DONE
;IF FIRST 64K DONE, SETUP FOR
;SECOND 64K
; INDICATE NOW TESTING HIGH 64K
;UP TO EXTERNAL BANK YU1
; NO, CaNT INUE
;YES, TURN OFF KTl1 AND EXIT

%7
BITPT ,MEMUT

1$
RELOC ,.KPARI
ADRTYP
MAPRB

;IS THIS 4K PRESENT?
;NO- BRANCH
;YES, MAP PAGE 1 TO THIS BANK
;GO TEST FOR PARITY MEMORY

*'" "' . . **"' •• "'*** ••• 'II'" '" ••••••••••••••• "''II ***

>1/ '" '" "'''''''.

** ••••••••• 'II • • • • • • • • • • •

;ROUTINE TO TYPE MAP OF WHERE PARITY MEMORY IS PRESENT
;AND WHICH CONTROL REGISTERS ~ONTROL WHICH MEMORY

; *.* *** ... "' •• * .... ***

000766

TMAP:

000556
000010
000766

TMAPA:

013044
013046
013052

004767
104000
017074
012701
062701
020127
002136
005067
005067

013056
013062
013070
013076

013020
013024
013026
013030
013034
013040

013104
013110
013112

013116
013122
013124
013126
013130
013132
013134
013136

013140
013146
013154
013156
013162
013164
013172
013176
013200
013202
013204

165500
165444

005067

165442

CLR

TYFLG

INITIALIZE TRANSITION FLAG (USED TO
FIGURE MEMORY LIMITS)
INITIALIZE TO INDICATE NOTHING TYPED FOR
THIS REGISTER YET

012767
016167
012767
032711
001351
011167
004567
000514
017244
000006
104000
017447
104000
017244

177774
000002
000001
000001

MOV
MOV
MOV
BIT
BNE
MOV
JSR
TEMPX
MPRAD
6
TYPE
MXl
TYPE
MPRAD

11-4, TveDR
2( 1) ,ADRPT
Nl,BITPT
#1, (1)
TMAPA
(1), TEMPX
R5,OACNV

GET LOW 64K MEMORY MAP WORD
INITIALIZE 4K POINTER
DOES THIS CONTROL EXIST?
NO, GET ADDRESS OF NEXT ONE
YES, PRINT ITS ADDRESS

013250
013252
013254
013256
013260
013262
013264
013266
013272
013276
013300
013304
013306
013312
013314

001250
104002

013316
013320
013326
013334
013340
013342

000646
016167
012767
005267
000677
000207

013210
013212
013214

013216
013220
013224
013226
013232
013234
013240
013244
013246

165436
165420
165414

165376
002274

000004
165346

13-~AN-7B

MACYl1 30A(1052)

12:27

;CLEAR ALL PARITY REGISTERS PRESENT
;TYPE "THE PARITY REGISTERS CONTROL MEMORY
;AS FOLLOWS:"
;SET UP POINTER
; DONE WI TH MAP?
i YES, BRANCH

PAGE 52
SEQ 0052

165360
165342

TMAPB:

165340
000001
002326

"7,CLRPAR

** ........... "' •••••••••••••••••

NMPRO-l0,Rl
N10,Rl
Rl ,#TREG
TMAPEX'
HIWORD
TRFLG

062767
036767
001424
005767
001043
012767
004567
000526
017144
000003
104000
017546
104000
017144
104000
017151
005267
000422
OC5767
001417
005067
004567
000526
017144
000003
104000
017144
104000
017157
1014000
017154
005267
006367
103320
005767
001405
005767

013206

.*. . ***** .*.*"' ••••• *..... ,...

JSR
TYPE
MTMAP
MOV
ADO
CMP
BGE
CLR
CLR

CCMFAFO, MEMORY PARITY TEST
CCMFAF.PI1
13-JAN-7B 12:13
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786
2787
276B
2789
2790
2791
2792
2793
2794
2795

13-~AN-7B

MACY11 30A(1052)

165330

ADD
BIT
BEQ
TST
BNE
MOV
~SR

04, TYCOR
BI TPT ,ADRPT
TMAPC
TRFLG
TMAPD
",TRFLG
R5,BOCNV

KEEP TRACK OF 0 OF K OF CORE
DOES THIS PARITy REGISTER CONTROL THIS 4K1
NO- BRANCH
YES, OOES IT CONTROL PREVIOUS 4K1
YES- DON'T TYPE IT
NO- SET FLAG INDICATING TRANSITION
CONVERT K CORE TO ASCI I

TYCOR
MTYCOR

3

165300
TMAPC:

165270
165262
002260

TYPE
MX2
TYPE
MTYCOR
TYPE
MDASH
INC
BR
TST
BEQ
CLR
JSR
TYCOR
MTYCOR

; TYPE "CONTROLS", AND ADDRESS OF CORE

TYFLG
TMAPO
TRFLG
TMAPD
TRFLG
R5, BOCNV

;INDICATE TYPED

;010 THIS PARITY REGISTER CONTROL PREVIOUS 4K1
;NO, SKIP PRINTING
;YES, TRANSITION OCCURRED- CLEAR flAG
;CONVERT K CORE TO ASCII

3

165232
165222

TMAPD:

165246
165212

TYPE
MTYCOR
TYPE
MK
TYPE
MCR
INC
ASL
BCC
TST
BEQ
TST
BNE
ERROR

000004
000001
165212

165170
165164

BR
MOV
MOV
INC
BR
TMAPEX: RTS

15:

; TYPE RIGHT AND RETURN

TYFLG
BITPT
TMAPB
HIWORD

1$
TYFLG

; INDICATE TYPED
;UPDATE BIT POINTER TO NEXT 4K
;TEST NEXT 4K IF NOT DONE WITH 1ST 64K
: 64-1 24K DONE?
;NO, BRANCH
; YES, WAS ANY PAR ITY MEMORY
; FOUND FOR THIS REGISTER?

TMAPA
;NO PARITY MEMORY WAS FOUND FOR THIS
;REGISTER- EITHER WRITE WRONG PARITY
;FAILED, PARITY ERROR GENERATE OR
;DETECT FAILED, OR THE PARITY ERROR
;BIT FAILED TO SET
TMAPA
4( 1), ADRPT

",BITPT
HI~ORD

TMAPB

%7

;UPDATE TO MAP WORD FOR THE UPPER 64K
; RESET 8IT POINTER
; INDICATE LOW 64K DONE
; LOOP
; RETURN WHEN DONE

; ROUTINE TO HANDLE 8K SYSTEMS

013344

012767

000002

165146

SMLSYS: MOV

*2,BlTPT

; SET UP POINTER FOR BANK 1

CCMFAFO. MEMORY PARITY TEST
CCMFAF.Pi1
13-1< "'. '" "'* '"

>I<

>It'" o4o ... >1<" '" '" >1< .. * >I< '" '" *' .. * .. >I< >1< .. ** "' .. * * >I< '" * >I< >1< .. * .... *. *'"

It""'" "' .. '" '" '" * * "'''' *,... ** * '" '" "'. '" "' .. '" "'* '" "' .. ** "' .. *'" "' .. * '" *>1- '" '" * '"
ERRORS CALL ENTERS HERE

013424
013426
013432
013434
013436
0'3440

2855

'II '" '"

;MAKE EXI T STANDALONE

1'#42

'II

2850

2856
2857
2858
2859

PAGE 53
SEQ 0053

** .. ,. '" '"

2851
2852
2853

2854

12: 27

ERROR HANDLER

012767
012767
012767
017767
004567
000766
016526

~849

13-JAN-78

CLR
TYPE
NOMON
RTS

000042

2840
2841
2842
2843
2844
2845
2846
2847
2848

30A ( 1 052)

MACY11

013562
013570
013576
013604
013612
013614
013620
013626
0131332
013634
013636
013640
013644
013546
013650
013652
013656
013660
013662
013664
013666
o t 3574
013676
013702
013704
013706
013710

012767
Oi 2767
012767
032777
001025
01 1667
1 ·32767
004567
013710
016472
000006
004567
016460
016510
000006
004567

177777
000.240
000240
020000

000070
000064
000060
,65266

000070
000002
001564

000062

013712
013716
013722
013730
013736
013740
013742
0·13744
013750
013754
013756
013760
013762
013764
013770

013746
013746
012737
012737
010146

013552

ERRQRP CALL ENTERS HERE
TYPES PC, ICNT, M~R ADDRESS, MPR CONTENTS
TEST LOCATION ADDRESS, VALUE EXPECTED, VALUE FOUND
R5 MUS T CONTAIN ADDRESS OF TEST LOCATION
SHOBE MUST CONTAIN EXPECTED VALUE
WAS MuST CONTAIN ACTUAL DATA
TREG MUST CONTAIN ADDRESS OF PARITY REGISTER
RRP:
MOV
#MSTR,ERRB
; IN AODI TION TO 8ASIC PRINTOUT. TYPE
;MPR ADDRESS AND CONTENTS
MDV
NMSTRX, ERRBX
;AlSO OUTPUT DATA EXPECTED AND ACTUAL
MOV
#-1,ERRBX+2
;NOP LOCATION AFTER MESSAGE
MOV
R5. TSTLOC
;STORE ADDRESS BEING TESTED
MOV
"'TREG, TRDATA
JSR
RS,OACNV
TREG
MTREG
6
uSR
RS ,OACNV
TRDA T A
MOATA
6
R5,OACNV
uSR
TSTLOC
MSTRXI
6
RS ,OACNV
uSR
SHOBE
MSTRX3
6

13-JAN-78

30A ( 1 052)

12: 27

PAGE 54

R5,OACNV

6
BR

001 S52

001506

016464
000000
000000
177777
023737
001403
005777
100001

000042

000046

; ERROR CALL ENTERS HERE
; TY PE PC AND ICNT ONLY
11-1 I ERRB
ERR:
MOV
#240. ERRBX
MOV
11240. ERRBX+2
MOV
#BIT13.@SWR
ERRA:
BI T
ERRC
BNE
(SP),ERRD
MDV
#2,ERRD
SU8
JSR
RS ,OACNV
ERRD
ERRA 1 :
ERRA2 :
MPC
6
R5,OACNV
JSR
ERRA3 :
ICNT
ERRA4 :
MICNT
6
JSR
RS, TYPSX
ERRAS:
MEa
ERRS:
OPEN
ERRSX:
OPEN
ERRC:

165176

OCOOOO
000002
000000

ERRA

ERRD:

CMP
8EQ
TST
BPL
HALT
RTI
OPEN

; SET UP ONE MESSAGE CAll

; INHIBIT ERROR PRINT?
;YES- BRANCH
; NO- DEVELOP CALLING ADDRESS
;GD TO OCTAL TO ASCII CONVERT
; SOURCE ADDRESS
; OEST INAT JON ADDRESS
;#OF DIGITS TO CONVERT
; CONVERT ICNT TO ASCII

;TYPE MESSAGE
; ERROR HEADER
;ADDIT IONAl ERROR MESSAGES IF ANY

ARE WE IN ACT11 AUTOMATIC MODE7
YES, HA L T ON ERROR
HALT ON ERROR SET'?
NO- BRANCH
YES- ERRwR OCCURRED SO HALT

@N42,@#46

. +1 0
@>SWR
.+4

2925
2926
2927
2928
2929
2930
2931'
2932
2933
2934

2935
2936
2937
2938
2939
29·10
2941

2942
2943

000004
000006
000006
000002

010246
0,0346
012701
012703
(\12102
00S022
005303
00137S
020127
003767

>Ii

SEQ 0054

001644

013554
013556
013560

*'"

*>t<" "''''* *'" '" "''''*.''' '" *"'* **.

TYPES PC, ICNT, MPR ADDRESS I AND MPR CONTENTS
TREG SHOULD CONTAIN ADDRESS OF PARITY REGISTER
;SETUP TO TYPE MPR ADDRESS AND CONTENTS
RRST:
MOV
NMSTR, ERRB
#-1,ERR8X
MDV
;NDP LOCATION AFTER MESSAGE
MOV
#240, ERRBX+2
MOV
@TREG. T ROAT A
; SETUP DATA
; CONVERT TO ASCII
uSR
R5,OACNV
TREG
MTREG
6
;CONVERT TO ASCII
uSR
R5,OACNV
TRDATA
MDATA
6
8R
ERRA

JSR
LoJAS
MS TRX5

004567
000536
016635
000006
000411

013546

0+ ..

001232
000040

001236

000004
000006

;MAP ALL PAGES NON-RESIDENT.
@#4,-(SP)
NRALL :
MOV
@#6,-(SP)
MOV
MOV
#6,@1I'4
#RT I ,t?tlS
MOV
R1 ,-( SP)
MDV
R2,-(SP)
MOV
R3,-(SP)
MOV
#PDRTAB, Rl
MOV
1$:
/132 •• R3
MOV
MOV
(R1 )+, R2
( R2)+
2$:
CLR
R3
DEC
2$
BNE
eMP
R1,NPDREND
,$
BLE

BANK 0

.

CCMFAFO, MfMORY PARITY TEST
CCMFAF .Pt,
13-JAN-78 12: 13
2944
:2945

013772
013774

2946

013776

2947
29·18
2949
2950
2951

aHDaD
014004
01401 a

012603
012602
012601
012637
012637
000207

MACV11

2955
2~)S6

2957
2958
2959
2960
2961
2962
29G3
2964

2965
29GB

.

2967
2968
29[:l9
2970
2971

01-1012
0140 j 4
014016
01..'l020

a 1..'l024
01..J026
01 il032
01.1036
014040
0140-14
014050
014052
014054
01'W56
014060

010146
010246
010701
062701
010702
062702
032711
001002
005071
062701
020102
103767
01 2602
012601
000207

000006
000004

'64546
164740
000001
000000
000010

~973

2977
2978
::>979

2980
2981

014062
01.q070
014076
014104
014112
014116
014124

012777
012777
012777
012777
DC 5077
012737
000207

PAGE

55

077406
077406
077406
007600
165132
000001

(SP)+,R3
(SP)+,R2
(SP)+, Rl
(SP)+,@#6
(SP)+,~#4

%7

;ROUTINE TO CLEAR ALL PARITY REGISTERS PRESENT
CLRPAR: MOV
Rl ,-(SP)
MOV
R2,-(SP)
MOV
PC, Rl
#MPRO-. ,R,
ADO
MOV
PC. R2
ADO
# TREG- •• R2
1 $:
BIT
#1.@R1
: IS THIS REGISTER PRESENT?
8NE
.+6
CLR
1'( Rl )
: CLEAR ALL PARITY REGISTERS
ADD
# 1 0, Rl
CMP
Rl ,R2
1$
SLO
MOV
(SP)+,R2
MOV
(SP)+, Rl
RTS
%7

2972

2975

12:27

seQ 0055

2974
2976

13-JAN-78

MOV
MOV
MOV
MOV
MOV
RTS

29S2
2953
2954

30A( 1052)

165150
165144
165142
165144
177572

; ROUT I NE TO MAP KERNE.L 0 TO BANK 0 READ/WR I TE.
;KE.RNEL 1 READ/WRI TE BUT BANK MAPPED BY CALLING ROUTINE,
; AND KERNEL 7 TO EXTERNAL BANK, READ/WRITE
MAP1 :
MOV
#77406,@KPORO
MOV
#77406,@KPORI
#77406.@KPDR7
MOV
H7600,@.KPAR7
MOV
@KPARO
CLR
IIl,@\I;ISRO
MOV
RTS
%7

2982
2983
2984
2985
2986
2987
2988
2989
2990
2991

2992
2993
~9~4

2995
2996
2997
2998
2999

014126
014130
014134
014140
014144
014146
014152

01 0246
012702
012701
005767
001403
022701
,01420

014154

030160

000200
000002
164404
000200

000002

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-7812:13
3000
3001
3002
3003
3004
3005
3006
3007
3008
3009
3010
301 t
3012
3013

3014

Ii>

3015
3016
3017
3018
3019
3020
3021
3022
3023
3024
3025
3026
3027
3028
3029
3030
3031
3032
3033
3034
3035
3036
3037
3038
3039
3040
3041
3042
3043
3044
3045
3046
3047
3048
3049
3050
3051
3052
3053
3054
3055

014 t 60
014162
014166
014170
014172
014176
014202
014204
014210
014212
014214
014220
01.:;222
014224
014230
014232
014236
014242
014244
014246
014250
014252

014254
014256
014260
014262
014270
014274
014276
014300

014302
014306
01.:1312
014320
01·B26
014330
014332
014336
014340

014342
01'~344

01'1350
014354
014356
014360
014364
014366
014372
014374
014400
014402

001021
052702
0;:'6301
103363
012701
030160
001010
062702
006301
103371
012701
0121.302
0)0207
005767
001005
C'10277
012701
000407
010201
006301
006301
006301
OC 630 1
006301
006301
116067
066701
012602
000207
000000

013746
013746
012737

012737
010146
010246
012701
000261
a05711
103006
162701
020127
101370
000410
012702
012122
020227
103774
005267
012602

012601

MACY11

000001
000004
000200

000001

164320

165014
020000

000004
000006
000006
000002

152234

020000
020000

032234

040000
000016

30A( 1052)

13-JAN-78

12: 27

PAGE 56
SEQ 0056

000200

000006
000004

;ROUTINE TO LOCA T E THE FIRST PARITY MEr-WRY ADDRESS ( ABOVE BANK 0)
;CORRES?ONDING TO A GIVEN PARITY REGI ST ER-REOU I RES THAT THE ROUTINES
;MAPr.1EM AND MAPREG HAVE ALREADY BEEN RUN
:TO USE, PUT THE ADDRESS OF THE ADDRESS OF THE REGI STER IN RO (I. E. POINT TO
; TO MAP TABLE)-THE DESIRED ADDRESS IS RETURNED IN
USING KERNEL PAGE 1 IF
R"
; KT 11 IS Pr(ESENT
LOCA TM: MOV
R2 ,-( SP)
MOV
1t2C J, R2
MOV
#2, Rl
; SKI P USE OF BANK 0
1$:
TST
NDKT
; KT11 PRESENT?
3$
BEQ
; YES, BRArJCH
CMP
#200,R1
;t\iO, CHECK ONLY FOR MEMORY IN FI RST 28K
4$
;Ir NO MEMORY FOUND IN 1ST 28K, GIVE
BLOS
: ERROR REiURN
3$;
BIT
Rl ,2( RO)
:DOES THI5 4K CORRESPO"D TO THIS REGISTER?

000010

000004
000006

BNE
AuD
ASL
BCC
MOV
2$:
BIT
BNE
ADD
A5L
BCC
4$ :
MOV
MOV
RTS
LOCAT 1: TST
BNE
MOV
MOV
BR
1$:
MOV
ASL
ASL
ASL
ASL
ASL
ASL
2$:
ADU
MOV
RTS
LSAV:
0

Move

LOCAT 1
#200,R2
Rl
1$
II 1, Rl
Rl ,4( RO)
LOCAT 1
#200,R2
Rl
2$
II 1 • R1
(SP)+.R2
%7
NOKT
1$
R2.@KPAR1
#20000,Rl
2$
R2, Rl
Rl
Rl
Rl
Rl
Rl
Rl
6(RO), LSAV
LSAV,Rl
(SP)+,R2
%7

: SAVE LOADER IN TOP OF FIRST 4K
SAVLDR: MOV
@#4,-(SP)
MOV
@#6,-(SP)
116,@1t4
MOV
I,IRTI.@116
MOV
MOV
Rl ,-( SP)
R2,-(SP)
MOV
MOV
11152234,R1
1$:
SEC
@Rl
TST
2$
BCC
SUB
#20000, R1
CMP
Rl,#20000
1$
8HI
BR
SAVLDX
2$ :
MOV
#32234, R2
3$ ;
MOV
(Rl )+. (R2)+
CMP
R2, #40000
3$
BLO
INC
LDRSVD
SAVLDX: MOV
MOV

(SP)+, R2
(SP)+,Rl

; YES, BRANCH
:NO, CHECK TO SEE I F NEXT 4K CORRESPONDS

:CHECK HIGH 64K

;NO PARITY MEMORY CQRRESPDNQS TO
; THIS REGISTER- RETURN WITH ERRor·
; INDICATION
; KT 11 PRESENT?
; NO- BRANCH OVER
; YES- SETuP Rl TO REFERENCE 4K
; BANK USING KERNEL PAGE 1
; SETUP Rl TO REFERENCE 4K BANK
; W1 THOU T IN6
(SP}+,i!>H4
%7

0

(,mERE IT WAS SAVED)

TO THE

IF TIMEOUT, C 81T WILL BE SET
IF NO TIMEOUT, C BIT WI LL BE CLEAR
TIMEOUT OCCLIRREO. CHECK FOR NEXT
LOwER 8ANI(

; TYPE MESSAGE "LOADER RESTORED"

; LOADER HAS BEEN RESTORED
; TO HIGHEST BANK IN FIRST 28K

iSCAN ALL MEMORY FOR 8AO PARITY. TYPE 18 81 T ADDRESSES OF
;LOCATIONS FOUND TO 8E BAD, AND WRITE INTO LOCATIONS WI7H GOOD PARITY
; STORE RE"ISTERS AND LOCATIONS TO BE
Rl ,-( SP)
MOV
; ALTERREO
R2,-(SP).
NIOV
R3,-(SP)
MOV
R4,-(SP)
MOV
@#4,-(SP)
MOV
@#6,-(SP)
MOV
@#114,-(SP)
MOV
@H116,-(SP)
MOV
; SETUP TIMEOUT TRAPCATCHER
H6,@1/4
MOV
@#6
CLR
; SETUP PARITY TRAP TRAPCATCHER
It 116,@l1I114
MOV
@tti16
CLR
; KT11 PRESENT?
NOKT
TST
; YES, BRAf~CH
PSCAN 1
BEQ
;R2 CONTAINS TEST ADDRESS
R2
CLR
;R3 USED AS A BIT POINTER
111. R3
MOV
; CLEAR I'LL PARITY REGISTERS
%7, CLRPAR
JSR
1$:
@lR2
: READ LOCAT ION TO CHECK FOR BAD ':-ARITY
TST
NOP
; SETUP fa SCAN REGISTERS FOR PARITY
#MPRO, Rl
MOV
; ERROR SET
#l.@Rl
3$ :
BIT

000004
000006
000114
000116
000006
000006
000 116
000116
163754

000004
000114

000001
177202

000566
000001

MACY11

30A( 1 052}

13-JAN-78

000000

TST

000010
000766

ADD
CMP
BLD
ADD
BIT
BNE

BMI

4$:

000002
017777

5$ :

ASL

000200

CMP

164170

BIT

BHI S
B1'-JE

020000

6$:

000110
000502

002000

12:27

164144

ADD
BR
MDV
JSR
PSAORS
MPSERl
6
TYPE
MPSER
BI T

BEQ

. +1 0
@>(Rl )
6$
1110. R 1
Rl, #TREG
3$
#2. R2

#1T177,R2
1$
R3
R3. #200
PSCANX
R3, MEML
1$

#20000, R2
5$
R2, PSADRS
R5,OACNV

1/2000,@l5WR
.+4

HAL T

000000

000000

17702~

000114
000006
000004

164222
000001
176646

MOV

@R2,@R2

CLR
TST
TST
BPL
ERROR

@(Rl )
@R2
@(Rl )
• +4

8R
PSCANX: JSR
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
RTS
PSAORS: 0
PSCANH: 0

000116

001004

PAGE 5B
SEQ 0058

BNE

103035
030367
001343
062702
000766
010267
004567
015020
017440
000006

PAGE 57

;ROUTINE TO RESTORE THE LOADER FROM BANK
;HIGHEST BANK IN THE: FIRST 28K OF MEMORY
LDRSVD
RSTLDR: TST
RSTLDX
8EQ
1/6,@#4
MOV
#RTI ,@1I6
MOV
11152234,Rl
MOV
1$:
SEC
@R1
TST
2$
BCC
H20000,R1
SUB
Rl, #20000
CMP
1$
BHI
RSTLOX
8R
#32234. R2
2$:
MOV
(R2)+. (R1)+
3$:
MOV
R2, #40000
CMP
3$
BLO
TYPE
LDRMSG
PC
RSTLDX: RTS
.-2
BR

001003

005771

12: 27

PSCAN:

CCMFAF J, MEMORY PARITY TEST
13-JAN-78 12: 13
CCMFAF. Pl1

31 t 2
3113
3114
3115
3116
3117
3118
3119
3120
3121
3122
3123
3124
3125
3; 26
3127
3128

000004
000006

103774

010146
010246

13-JAN-78

30A( 1 052)

MOV
MOV
RTS
LDRSVD: 0

000006
000004

000207

014514
014516
014520
014524
014530
014534
01<1540
014544
014552

MACY11

177572

; PARITY ERROR SET?
; YES- BRANCH
;ND- CHECK NEXT REGISTER
; LOOP UNT IL ALL REGISTERS HAVE BEEN CHECKED
;MOVE ADDRESS POINTER
;om1E vJI TH 4K?
; NO, CONT INUE
; YES. CHECK FOR TESTING NEXT 4K

; EX IT IF DONE \oJITH 28K
; IS THI S MEMORY PRESENT?
;YES, GO TEST IT
;NO, UPDA E ADDRESS
; LOOP
;PARITY ERROR OCCURRED
;GET ASCI I OF ADDRESS CONTAINING BAD PARITY

; TYPE MESSAGE "BAD PAR I TV FOUND IN LOCATION!!
; AND ADDRESS OF FAILING LOCATION
; SI'JITCH 10 SET?
i NO- CONT INUE
:HALT ON BAD PARITY SET
; ItJR ITE INTO LOCAT ION- SHOULD
:CLEAR BAD PAR ITy
; CLEAR CORRESPONDING PARITY REGISTER
; READ LOCATION TO SEE IF BAD PARITY WAS

; CLEARED

;OK- BRANCH
DIDN I T CLEAR WHEN LOCATION
;WAS REI'iRITTEN
;GO CHECK NEXT LOCATION
; DONE- CLEAR ALL PARITY REGISTERS
; RESTORE LOCA TlONS ALTERRED
; BAD Pl\RI TV

4$
PC. CLRPAR
(SP)+,@#116
(SP)+,@#114
(SP)+.@N6

(SP}+,@#4
(SP)+,R4
(SP)+,R3
(SP)+,RJ
(SP)+, Rl
%7

; RETURN

;SCAN ALL MEMORY FOR 6/\0 PARITY USING 101-1
;TYPE ,B BI T ADDRESSES OF LOCATIONS FOUND BAD. AND WRITE GOOD PARITY 8ACK IN
@KPAR1,-(SP)
; SAVE CONTENT5 OF KERNEL PAR1
PSCANl : MOV
Ii 1 .@#SRO
; SKI P IF KTll IS ALREADY ON
BIT
1$
BNE
JSR
PC,NRALL
;MAP KERNEL 0 TO BANK O.RW

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pll
'3-JAN-78 12: 13

..
.

3168
3169
3170
3171
3172
3173
3174
3175
3176
3177
317B
3179
3180
31B,
3182
3183
3184
31B5
31B6
3,87
3188
3189
3190
3191
3192
3193
3194
3195
3196
3197
3198
3199
3200
3201
3202
3203
3204
320S
3206
3207
320B
3209
3210
3211
~212

3213
3214

3215
3216
3217
321B
3219
3220
3221
3222
3223

13-JAN-78

12:27

PAGE S9
SEQ 0059

PC,MAPl

015044

004767

177012

JSR

015050
015054
015060
015064
015070
015072
015076
015100
015102
015106
015110
015116
015120
015122
015126
015130

005067
005077
012703
005767
001004
030367
001022
000403
030367
001016
062777
006303
103361
005767
001003
005267

177746
164172
000001
177732

1$:
CLR
CLR
PSLOOP: MOV
PSLUP:
TST
BNE
BIT
BNE
BR
2$:
BIT
BNE
PSNXT:
ADO
ASL
Bce
TST
SNE
INC

PSCANH
.KPARl
1',R3
PSCANH
2$
R3,MEML
PSXTST
PSNXT
R3,MEMH
PSXTST
1200,iI>KPARl
R3
PSLUP
PSCANH
PSCXl
PSCANH

0'5134
015136
015142
015144
015150
015154
015156
015162
015166
015170
015174
015176
015202
015206
015210
015214
015220
015222
015224
015230
015236
015240
015244
015246

000751
012677
000707
012702
004767
005712
012701
032711
001003
005771
100413
062701
020127
103765
062702
020227
103753
000732
010267
042767
005046
017746
006316
006316
006316
006316
006316
006166
006316
006166
006366
062667
004567
015020
017440
000006
116704

BR
MOV
BR
PSXTST: MOV
1$:
JSR
TST
MOV
2$:
BII
PNE
TST
BMI
ADD
CMP
BLO
3$:
AOD
CMP
BLO
BR
MOV
4$:
BIC
CLR
MOV
ASL
ASL
ASL
ASL
ASL
ROL
ASL
ROL
ASL
ADD
J5R
PSAORS
MPSERl
6
MOVB

PSLOOP
(SP)+,iI>KPJlR'
PSCANX
#20000, R2
%7,CLRPAR
.R2
NMPRO ,Rl

015250

015252
015254
015256
015262
015264
015270
015274
015300
015304
015306
015310
015312

163766
163760
000200

177666

020000
176636
000566
000001
000000
000010
000766
000002
040000
177570
160000

000002
000002
000002
177520
000112

002122

015364
015370
015376
015400
015402
015406
015412
015414

012567
022767
001001
000205
013746
004767
000000
000763

000022
177777

3255

015416

3256
3257
325B
3259
3260
3,61
3262
3263
3264
3265
'266
3267
3268
3269
3270
3271
3272
3273
3274
3275
3276
3277
327B
3279

015422
015426
015432
015440
015444
015450
015454
015460
015464
015472

013567
012567
012567
066767
016746

000074
000072
000070
000064
000052
177770
000060
000040
000034
000007
000020
000014
000010
000010

015502
015506
015512
015514
015516
015520
015522

015524
015526

104005
012700

015416

'77562

164006

062604
110467
104000
017410
032777
001401
000000
011212
005071
005712
005771
100001
104002
000712

062716
005367
112677
042767
006067
006067
006067
005367
001352
000205
000000
000000
000000

PSCXl :

164110

015316
015320
015324
015326
015330
015336
015340
015342
015344
015350
015352
015356
015360
015362

Oti2716

164134

177674

CCMFAFO. MEMORY PARITY TEST
CCMFAF.P11
13-JAN-7812:13
3224
3225
3226
3227
322B
3229
3230
3231
3232
3233
3234
3235
3236
3237
323B
3239
3240
3241
3242
3243
3244
3245
3246
3247
324B
3249
3250
3251
3252
3253
3254

MACYI1 30A( 1052)

MACY11 30A(1052)

; R2 USED AS ADDRESS POINTER
;CLEAR ALL PARITY REGISTERS
; READ LOCATION
; SETUP TO SCAN REGISTERS FOR PARITY ERROR SET
; PARITY ERROR SET?
; YES, BRANCH
; NO. CHECK NEXT

R1 ,MTREG
2$
'2,R2
R2, #40000
1$
PSNXT
R2, PSADRS
6160000, PSADRS
-(SP)
PKPAR1,-(SP)
PSP
IISP
IISP
PSP
PSP
2(SP)
I'SP
2(SP)
2(SP)
(SP)+, PSADRS
RS,OACNV

; LOOP UNT I L ALL REGISTERS HAVE BEEN CHECKED
;UPDATE TEST ADDRESS POINTER
; DONE WITH BANK?
;NO- LOOP
; YES- GO CHECK FOR ANOTHER BANK
; PARITY ERROR OCCURREO- GET 18 BIT
;OCTAL ADDRESS OF BAD LOCATION

;CONVERT LOW 16 OCTAL BITS TO ASCII

MPSER1,R4

,2:27

PAGE 60
SEQ 0060

,63542

000000
000000

000014

177776
163502

015702

; BRANCH I F NOT END OF 64K
; END OF TOP 64K7
;YES, GET READY TO EXIT
;NO, SET FLAG INDICATING DONE WITH
; LOWER 64K

#1,@lR1

.+10
"(")
4$
"0,R'

13-JAN-7B
ADD
MOVB
TYPE
MPSER
BIT
BEC
HALT
MOV
CLR
TST
TST
BPL
ERROR
BR

002114
002000

MAP KERNEL 7 TO THE EXTERNAL BANK, RW
MAP KERNEL 1 RW, AND TURN ON KTll
CLEAR FLAG TO INDICATE CHECKING FIRST 64K
INITIALIZE TO BANK 0
R3 IS USED AS A BIT POINTER
TESTING TOP 64K7
YES, BRANCH
NO, IS PARITY MEMORY PRESENT IN THIS 4K?
YES- GO TEST IT
NO- CHECK FOR NEXT 4K
IS PARITY MEMORY PRESENT IN THIS 4K?
YES- GO TEST IT
NO- MAP TO NEXT 4K

(SP)+,R4
R4,MPSER'

;CHANGE TO ASCII FOR lB BITS
; TYPE AODRESS OF LOCATION WITH BAD PARITY

62000,iI>SWR
.+4
flR2."R2
1'( R1)

I'R2
.(Rl )
.+4
3$

; SWI TCH 10 SET?
;NO- BRANCH
; HALT ON BAD PARITY SET
; REWRITE LOCATION CONTAINING BAD PARITY
; CLEAR PARITY ERROR BIT
; READ LOCATION TO SEE IF PARITY IS NOW GOOD
;CHECK PARITY ERROR BIT
;REWRITING LOCATION DID NOT CLEAP BAD PARITY
;GO TEST NEXT LOCATION

;PIC ROUTINE TO OUTPLT A SERIES OF ASCII MESSAGES (CALLED VIA JSR R5)
MOV
(R5)+, TYPSBX
TYPSX:
;GET ADDRESS OF MESSAGE
CMP
#-1, TYPSBX
i TERMINATOR?
BNE
TYPSAX
;NO. BRANCH
RTS
%5
;YES, RETURN
TYPSAX: MOV
"'PS,-(SP)
; SETUP TO CALL TYPE ROUTINE VIA JSR
J5R
PC,STYPE
;TYPE ASCII MESSAGE
TYPS'X: OPEN
BR
TYPSX

;SUBROUTINE FOR OCTAL TO ASCII CONVERSION
MOV
"(5)+,OACNVX
;GET OCTAL VALUE
MOV
(5)+,OACDST
;GET OESTINATION AODRESS
(5)+,OACNT
MOV
;GET CONVFRT COUNT
ADD
OACNT ,OACOST
;DEVELOP ADORESS TO STORE 1ST CHAR.
OACNVA: MOV
OACNV X, -.( SP)
BIC
N177770,OSP
; ISOLATE LEAST SIGNIFICANT DIGIT
#60,@SP
ADD
; CONVERT OIGIT TO ASCII
OACDST
DEC
MOVB
(SP)+,I'OACOST
; STORE ASCI I CHARACTER
BIC
N7 ,OACNVX
ROR
OACNVX
ROR
OACNVX
ROR
OACNVX
DEC
OACNT
;OONE ALL OIGITS?
BNE
OACNVA
; BRANCH I F NOT DONE
RTS
R5
;OONE, EXIT
OACNVX: OPEN
OACDST: 0
OACNT:
0
OACNV:

000060

000024

;SUBROUTINE FOR BINARY TO DECIMAL ASCII CONVERSION
;SAVE REGS
BDCNV:
SAV04
MOV
NOECVAL,%Co
;SET UP ADDR TO STORE DECIMAL ASCII

CCMFAFO,

MEMORY

ceMFAF.pll
3280
3281
3282

3283
3284
3285
3286
3287
328B
32B9
3290
3291
3292
3293
3294
3295
3296
3297
3298
3299
3300
3301
3302

3303
3304
3305
3306
3307
3308
3309
3310
3311
3312
3313

3314
3315
3316
3317

015532
015534
015540

o i 5544
015550
015556
015562
;)15566
015572
015574
o t 5600
015604
0156 I 0
015612
015614
015616
015620
015622
015626
01 !J632
at 5634
015640
015G·~2

015646

015654
015660
015662

015664
015666
o 1 ~;t)70

013501
012567
012567
012702
012767
012267
004767
005367
001371
166700
010067

30A ( 1 052)

13-JAN-78

12: 27

PAGE 61
SEQ 0061

004567

000052
000050
015670
000005
000104
000034
000070

000104
BDeN",~:

000014
000004
000100
BDCNV8:
BDCNVC:

000000

oeoooo
104006
000205
005067
166701

000036
000034

103403
005267

000024

000772
056701
OE2767
116720
000207
DC 0000
000000

000020
000060
000004

000010

CNVCTR:

DIGIT:
TENPwR:

ADTENP:

000012
00000 1
040
040

MOV

(2)+, TENPwR
PC, scBTEN
CNVCTR

BINARY VALUE TO Rl
DE5TINATION ADDR TO BDCNVC
CHARACTER COUNT TO BDCNVD

flADTENP,R2
115,CNVCTR

ADDR OF

TEN POWER

STRING

SET UP FOR 5 POWER CONVERSIONS
MOVE POWER OF TEN VALUE
PERFORM CONVERSION
DONE 5 CONVERSIONS?
BRANCH I F NOT YET 5.

BDCNVA

BDCNVD, %0
%O,8DCNV8
R5, BMOVE

OPEN
OPEN

Move

023420

015676
015700
015702

€'( 5) +, Rl
(5)+,8DCNVC
(5)+,BDCNVD

8oCNVo: OPEN
RST04
RTS
SUBTEN: CLR
SUBTNA: SU8
BCS
INC
BR
SUBTNB: ADD
ADD

000000
001750
000144

MoV
MQV
MOV
MOV
MOV
JSR
DEC
BNE
SU8
MoV
JSR

000000

015672
015674

015705

MACV11

PARITY TEST

13-JAN-7812:13

RTS
OPEN
OPEN
OPEN
10000.
1000.
100.
10.

; RE5TDRE REGS AND EXIT
R5
DIG I T
TENPWR, Rl

; SUBTRACT TEN

SUBTNB
DIGIT

;BRANCH IF UNSUCE5SFUL SUBTRACTION

POWER

FROM BINARY VALUE

SU9TNA

TENPWR, Rl
'60,DIGIT
DIGIT,(O)+
PC

; RESTORE SUBTRACTED VALUE.
;CoNVERT IDIGIT) TO A5CII
;MDVE ASCII CHAR TO DECVAL FIELD
; EXIT

1.
040
040

040
040

DECVAL:

.BYTE

040,040,040,040,04(·,040

3318
i SUBf;OUT I NE TO MOVE A VARIABLE NUMBER OF BYTES
BMOVE:
5AV04
; SAVE REGS
MOV
(5)+, Rl
;GET FROM ADDRESS

3319
3320

3321
3322
3323
3324
3325
3326
3327
3328
3329

015710
015712
015714
015716
015720

015722
0'5724
0,5726
015730

104005
012501

MOV
MOV

001375

MOVS
DEC";
BNe

(5)+, R2
(5)+, R3
(1 )+, (2)+
R3
BMOVA

104006
000205

RST04
RTS

R5

012502
012503
112122
005303

BMOVA:

3330
3331
3332
3333
3334
3335

;MOVE BYTE
; DECREMENT COUNT
; BRANCH 1 F NOT DONE

; RESTORE REGS AND EXI T

;UNEXPECTED POWER FAIL SERVICE
; BECAUSE WWP MAY BE SET IN MPR j S AND ALL PROCESSOR REGISTERS
;MAY BE IN USE, CONTINUATION AFTER POWER FAIL IS NOT ATTEMPTED.
; INSTEAD, THE PROGRAM RESTARTS AFTER A POWER FAILURE

CCMFAFO. MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-78 12: 13

3336
3337
3338
3339
3340
3341
3342

; GET TO ADDRESS
;GET CaUNT

015732
015740
015744
015750
015752

015756
015762

012737
012701
032711
001002
005071
062701
020127

015776
000566
000001
000000
000010
000766

MACY11

30A( 1052)

13-JAN-78

12: 27

PAGE 62
SEQ 0062

000024

PWRDN:
1$:

MOV
MOV
BIT
BNE
CLR
ADD
CMP

flPWRUP,@#24
HMPRO, Rl
Hl,@Rt

.+6
€'( Rl )
#10, Rl
Rl,#TREG

; SET UP

FOR

POWER UP

;CLEAR PARITV REGISTERS IN CASE
;WWP IS SET

CCMFAFO, MEMORY PARITY TEST
CCMFAF.p11
13-JAN-78 12: 13
3343
3344
3345

3346
3347
334B
3349

3350
3351
3352
3353

015766

103766

015770

010667
000000
012737

015774
015776
016004
015010
016014
016020
015022

016024
016026

016706
005027
005367
001375
104000
01 7344
000167

MACY11

30A( 1 052)

12:27

PAGE 63
SEQ 0063

163264
015732
163250
000000
177772

13-JAN,78

000024

PWRUP:

BLO
MDV
HALT
MOV
MOV
CL~

DEC
BNE
TYPE

MPWRF
JMP

163244

1$
SP, SPSAV
; POWER OOWN HALT
: SET UP FOR POWER DOWN

#PWRDN ,1>#24
SPSAV,SP
#0
.-2
.-4

:STALL 50 OUTPUT WON I T BE GARBLED

:TYPE RECOVERY MESSAGE
RSTART

;RESTART

(SP) ,-(SP)
'2, (SP)
@(SP),(5P)
(SP),EMTLlM
EMT A

;GET SAVEO PC
; DECREMENT PC BY 2
;GET CALL
: CHECK IF CALL WITHIN LIMITS

3354
3355
3356
; EMT HANDLER
EMT!NT: MOV
SUB
MOV
CMPB
BLOS
HAL T
BR
EMTA:
ROL
BIC
ADD
MOV
JMP

3357

3358

3359
3360
3361

3362
3363
3354
2365
3366
3367
3368
3369
3370
3371
3372

"

3373
3374
3375
3376
3377
3378
3379
3:380
3381

01603:2
016034
016040
016044
016050
0' 6052
016054
01 G05G
016060
01606-4
016070
016074

162716
0, 7616
121667
101402

000002
000000
000050

000000
000776

oe6116
042716
062716
017616
000 136

177001
016076
000000

016076
016100
016102
016104

3383

016106

3384
3385

016110

104COO
001114
104001
016356
10':;002

013562
104003
013442
104004
013364
104005
016122
lC~OO6

3386
33B7
3388

016112

3389

016114
016116
016120

016122
016126
016132

o t 62 ~ 0
104007
016236
104010
016142
000010

012666

012666
012767

177764
177764
000002

CCMFAFO. MEMORY PARITY TEST
13-JAN-781.2:13
CCMFAF. P11
3399
3400
3401
3402
3403
3404
3405
3406
3407
3408

3409
3410
3411
3412
3413
3414
3415
3416
3417
3418
3419
3420

; CALL
.-2
( SP)
#177001,(SP)
#EMTTAS, (5P)
@(SP),(SP)
@(SP)+

IS NDT WITHIN LIMITS

; EMT ARG X 2
;REMOVE 7 MSB
; FORM EMT RTN ADDRESS
;GO TO EMT RETURN

: EMT DEFINITIONS AND ASSIGNMENTS
EMTT AS:
TYPE:-EMT+EMTX
$TYPE
SCOPE=EMT+EMTX
5COPEC
ERROR=EMT+EMTX
ERR
ERRORP=EMT+EMTX
ERRP
ERRORS:: EMT +EMT X
ERR5T
SAIJ04=EMT+EMTX
51J04
RST04=E.MT+EMTX
R504
RS T05S=EMT+EMT X
RS05S
SAV05S= EMT +EMT X
SV05S
EMTLlM: EMTX-t

016076

3382

3390
3391
3392
3393
3394
3395
3396
3397
3398

01 1646

000040

MACY11

;SUBROUTINE TO SAVE REGS 0-4
SV04 :
(SP)+,-12. (SP)
MOV
(SP)+,-12. (SP)
MOV
MOV
#RT! ,SV05l

13-JAN-78

30A(1052)

000411

016142
016150

012767
000400

000240

016152
016156
016162
01 G 1 64
0161E6
016170
016172
016174
016176
016200
016202
016206

012666
012666
010546
010446
010346
010246
010146
010046
0:24646
000002
016605
000002

177762
177762

016210

022626
012600
012601
012602
012603
012604
016646
0, 6646
OCOO02

000020

PAGE 64
SEQ 0064

BR

016140

12:27

;MOVE PC+PS uP STACK

000030

SVOSB

; SUBROUTl NE TO SAVE REGS 0-5 + PLACE EMT
SVOS', .
MOV
#NOP,5V05C
SV05A
BR
; suBROUT I NE TO SAVE REG5 0-5
(SP)+,-14.(SP)
SV05A:
MOV
MOV
(SP)+,-14.(SP)
MOV
RS,-(SP)
MOV
R4,-(SP)
SV058 :
MOV
R3,-(SP)
R2,-(SP)
MOV
R1 ,-( SP)
MOV
%O,-(SP)
MOV
-(5P) ,-(5P)
CMP
5V05C:
RTl
16. (SP) ,RS
MOV
RTl

PC IN RS

; RTI OR NOP
; EMT PC TO RS

3421
3'122
3423
3424
3425
3426
3427
3Ll28
3429
3430
3431
3432
3433
3434
3435
3436
3437
3438
3439
3440
3441
3442
3443
3444

3445
3446
3447
3448
3449

016212
016214
016216
016220
016222
016224
016230
016234

016236
016242
016244
016246
016250
016252
D162!14
016256
016260
016264
016270

010566
022626
012600

177764
177764

000020

012601

012fi02
012603
012604
012605
016646
016646
000002

177762
177762

i SUBROUT I NE TO RESTORE REGS 0-4
(SP)+, (SP)+
RS04 :
CMP
MDV
(SP)+,%O
(SP)+, R1
MOV
MOV
(SP)+,R2
MOV
(SPj+,R3
MOV
(SP)+,R4
-12. (5P) ,-(SP)
MOV
-12.(SP),-(SP)
MOV
RTl

;SUBROUTINE TO RESTORE REGS 0-5
RS05S:
RS,16.(5P)
MOV
(SP)+, (SP)+
CMP
MOV
(5P)+,%0
MOV
(SP)+, R 1
MOV
(SP)+,R2
(SP)+,R3
MOV
MOV
(SP)+,R4
MOIl
(SP)+,RS
-14.(SP),-(SP)
MOV
-14. (SP) ,-(5P)
MOV
RTI

;MOVE PC+PS DOWN STACK

; SET EMT PC TO RS

3450
3451
3452

3453
3454

ROUTINE TO LOOP THR'J A SINGLE I NSTRUCT I ON TEST
LOAD THE STARTING ,~DORESS OF THE TEST
YOU wI SH TO RUN (THE ADDRESS OF THE TEST XX
TAG) AT THE 1ST HALT. SET SWITCH REGISTER

CCMFAFO, MEMORY PARITY TEST
13-JAN-78 12: 13
CCMFAF. P1 1
3455
3456
3457
3458
3459
3460
3461
3462
3463
3464
3465
3466
3467
3468
3469
3470
3471
3472
3473
3474
3475
3476
3477
3478
3479
3480
3481
3482
34B3
3484
3485
3486

3487
3488
3489
3490
3491
3492
3493

3494

016272
016276
016300
016306
a! 6314
016316
016324
016332
016334
016342
016344
016352

005037
000000
017767
062767
000000

MACV11

30A( 10S2)

18-JAN-78

12:27

PAGE 65
SEQ 0065

177776
162574
000002

000154
000146

012767
032777
001404

177777
01 Dono

16::!164
162546

042737
000403
052737
000177

000020

177776

000020
000104

177776

016356
016364
016366
016374
016376
016402
016404
0' G~11 a

032777

040000

162514

032777
001021

004000

162504

005767

173350

001416
005767

162100

016412
016 120

0.26767
100007

000042

016422

000032

016426
016430
016434
0,6440
016444

005267
022606
012677
000177
005067
005067

0161150
016454

000002

;OPTIONS AT THE
; NOTE THAT 5Wl1
TESTX:
CLR
HALT
MOV
ADD
HAL T
MOV
81 T
SEQ
BIC
BR
SIS
JMP

lNDHALT.
MUST BE DOWN AFTER THE 2ND HALT
~NPS

WAlT FOR STARTING ADDRESS
LOAD START! NG ADDRESS IN RETURN
ADD 2 TO POINT TO INSTRUCTION AFTER
SET SR OPT IONS
SET FLAG
CHECK SW12
BRANCH IF NOT SET
CLEAR TRACE 81 T
SKIP NEXT INSTRUCTION
SET TRACE 8IT
JUMP TO TEST

SWR
8NE
SCOPE8
#4000,@lSW'R
8IT
BNE
SCOPEG
TST
PASCNT
BEQ
SCOPEG
TST
TSTX
SCOPEB
BN"
CMP
ICNT,IMAX
BPL
scoeEG
INC
ICNT
SCOPEB: CMP
(6)+,%6
(6)+,@PS
MOV
@RETURN
JMP
SCOPEG: CLR
TSTX
CLR
ICNT
MOV
@%6,RETURN
RTI
IMAX:
100
ICNT:
0
RETURN: 0

snup

001020

001006

L

011667

o 16~56

000100

016460
016462

000000

000036

161342
000022
162044
000010
000006

000000

T 64 TIMES
AND IMAX
TEST SR mR SCOPE
YES. SCOPE
NO-TEST FOR ITERATION
INHIBIT ITERAT ION

FIRST PASS?
YES. INHI8IT ITERATIONS
USING SINGLE SUBTEST STARTUP?
YES, LOOP
COMPARE CURRENT COUNT TO MAX NUMBER
EXIT-DONE
INCREMENT COUNT
REPOSITION STACK
RESTORE PREVIOUS PROCESSOR STATUS
REPEAT HST
IF USING TESTX STARTUP, RETURN ;a NORMAL FLOW
C LEAR COUNT
SAVE SCOPE RETURN POlilTER
RETURN lt~L!NE-NEXT TEST
ITERATION COUNT
COUNT LOCAT ION FOR ITERATION LOOP
ADDRESS OF LAST TEST

3495

3496
3497
3498
3499
3500
3501
3502
3503
3504
3505
3506
3507
3508
3509
3510

016464
015464
016472
015500
016505
016510
016515
016517
016524
016526
016534

CCMFAFa.

041520

020075

020040
020040
020075

020040

020040
052116

020040
000
040

020040

020040

MICNT:

.ASCIZ

046440

051120

MSTR:

.ASCII

020040
050115

020040
020122

MTREG:

.ASCII

020075
020040
020040

PARITY TEST
13-JAN-78 12: 13

3511
3512

0' 6542

3513

016556

3514
3515
3516
3517
3518
35' 9
3520
3521
3522
3523

016561

020040
015

016566

020040

015574
016602

051505
036503
040

3524
3525
3526
3527
3529

3529
3530
3531
3532
3533

3534
3535
3536
3537
3538

3539
3540
3541
3542

3543
3544
3545
3546
3547

3548
3549
3550
3551
3552
3553
355 4
3555
3556
3557
3558
3559
3560
3561
3562
3563
3564
3565
3566

041511

MEMORY

CCMFAF.Pll

016550

016605
016612
016613
016020
016621
01 G626
01 G627
0;6634

016635
0'6642
0' 6645
016652
01 G660
016665
016674
016702
016706
016714
016722
016730
016736
015'141

0.6746
01675~1

0'16762
016770
016775
017002
017010
017016

017:"24
017026
017034
017042
017050
017056

017064
017072
017074
017102
017110
017116
017124
017132
017140
0' 71.l4
017151
017'54
017157

; ASCII MESSAGES
MEO:
MTNUM:
• ASCI!
<15><12> I pc=
MPC:
.ASCII
ICNT=

005015

0·10504
020040

040
040
040
040
040
040
040
040
020040
015
051440
044524
020054
020123
052516
005015
042504
040440
051523
051123
015
046440
020131

040524
020040
000
020012
020040
020124
040
020040

MDAT A:

• A5CIZ

MSTRX:

• ASCII

020040

<15><12>1

TEST LOC=

MSTRX1:

• ASCII
5/B:

• ASCII
MSTRX3:

• ASCII

040527

035123

020040
000
051412
020122
047117
051120
047503
000105
042523
044526
042104
044440
000
051412
046505

020040

MSTRX5 :

.ASCIZ

052105
050117
000123
051505
052116

MSETSR:

• ASCIZ

MCON:

.ASCIZ

020124
042503
042522
020116

MMDE, :

.ASCIZ

<15><12>tSET DEVICE ADDRESS IN SR'

052105
051117
052123
044440
000
052105

MMADR:

.ASCll

<15><12>! SET l'l1EMORY TEST

MMPAT:

.ASCIZ

<15><12>ISET TEST PATTERN

MMPRS:

• ASCIZ

<15>< 12><12> 1 MEMORY PARITY REGI STERS PRESENT: 1<15><12>

MTMAP:

.ASCll

<15><12>'PARITY REGISTERS CONTROL MEMORY AS: 1<15><12>

MTYCOR:
MDASH:
MeR:

• ASCI Z
.ASCIZ
.AseIZ
.ASCIZ

042524

046412

05'[ 117

020131

044522

OS~1524

046505
040520
051040

051511

042524

()SOO40

042522
006472

052116
040520
051040
042524
047117
046440

0.20131
000012
020040
000040
000
000

WAS:

<1S><12>rSET 5R OPTIONS r

PRESS CONTNUE I

LOC IN SR'

IN 5R'

020124

047"

1

.ASCII

051105
051440

020116

113

PAGE 66

052040

000122
005015

i"

12:27

,

047514

0:20040

052124

O·~61

13-JAN .... 78

020040

020040

040520

051117
006472
020040
055
005015

MPR DATA=

SEO 0066

035102

041517
051123
051412
051505

0·D505
051522
042523
000012
005015
054S24
051511
041440

30A I 1052)

020075
020040

027523

020116
015
052C40

046040

MACV11

MPR=

044522
043505
051522
051124
046505
051501
000

MK:

<15><12>

'K'

CCMFAFO, MEMORY PARITY TEST
, 3-JAN-78 12: 13
CCMFAF. P11
3567
3568
3569
3570
3571
3572
3573
3574
3575
3576
3577
3578
3579
3580
3581
3582
3583
3584
3585
3586
3587
3588

3589
3590
3591
3592
3593
3594
3595
3596
3597
3598
3599
3600
3601
3602
3603
3604
3605
3606
3607
3608
3609
3610
3611
3612
3613
3614
3615
3616
3617
3618
3619
3620
3621
3622

0'7,61
017166
017174

017202
017210
017212
017220
017226
017234
017242
017244
017252
017257
017264
017272
017300
017306
017314
017322
017330
017336
017344
017352
017360
017363
017364
017372
017400
017401
017406
017410
017416
017424
017432
017440
017446
017447
017454
017462
017~66

017474
017502
017510
017516
017524
017532
017540
017546
017554
017560
017566
017574
017602
017603
017610
017616

116
044522
046505
047506
000012
047516
052111
051507
047506

017624

017632
017636
017644
017652
017660
017666
017670
017676
017704
017712
017720
01,'726
017731
017736
017744
017752
017760
017766

13-uAN-78

12: 27

PAGE 67
SEQ 0067

020117
054524
051117
047125

040520
046440
020131
006504

MT:

.ASCIZ

'NO PARITY MEMORY FOUND I <15><12>

050040
020131
042524
047125

051101
042522
020122
006504

MTR:

.ASCIZ

'NO PARITY REGSTER FOUND'<1S><12>

020040
005015
005015
04311 5
051515
030501
043115
020120
054524
051117
052123
047520
040506
000

020040
000
005015
043101
030461
026461
030461
040520
046440
020131
000123
042527
046111

047105
051523

020104
036440

000012
020040
020040
177
041503
020060
046454
026120
046055
044522
046505
042524
005015
020122
042105
007
005015
040520
040
040
OC0040
006415
050040
052517
020116
020040
000
015
051511
052101
DO 50 i 5
047524
046114
041040
052 t 23
043040
020116
051531
0·17503
C51514
005015
051105
052123
000
015
050040
020131

041440
052105
005015
051105
042526
041040
000061
020040
020040
042522
052111
044507
005015
040
020040
051517
052111
044507
005015
017772
000001

MPRAD:

• ASCIZ

MTIT'

.ASCIZ

<177><15><12><15><12>' CCMFAFO MS1'.MA"-P,MF"-LP PARITY MEMORY TESTS'

MPWRF:

.A~~IZ

<15><12> I POWER FAILED'

MPGEND:

• BYTE
.ASCI I

007
<15><12> I END PASS·

1<15><12>

,

020040

020040

MPCNT:

.ASCIZ

041012
051101
042116
047514
020040

042101
043040
044440
020103
020040

MPSER:

.ASCI I

MPSERI :

.ASCIZ

051012
042524
000040
047515
020122
047040
020105
051117
051117
045470
042524
052116
000040
047514
020123
051117

043505
020122

MXl :

.ASCIZ

<15><12>'REGISTER AT

.ASCIZ

<1S><1.2>'MONITOR WILL NOT BE RESTuRED FOR AN 8K SYSTEM'

MX2 :

• ASCJ.Z

042101
042522
042105

LDRMSG:

.ASCIZ

<15>< 1.2> I LOADERS RESTORED'

041012
051101
041523

042101
052111
047101

PSMSG:

.ASCIZ

<15><12>IBAD PARITY SCAN COMPLETE '

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pl1
1 3-J AN-78 12: 13

3623
3624
3625
3626
3627
3628
3629
3530
3631
3632
3633
3634
3635
3636
3637
3638
3639
3640
3641
3642
3643

30A( 1052)

MACY11

044516
0445:27
052117
0425.22
042105
040440
051440
000115
047522

MACY11

NOMON:

30A( 1 05-2)

<15><15><1.2> I BAD PAR FOUND IN LOC

I

,

,

CONTROLS

13-vAN-7S

12:27

PAGE 68
SEQ 0068

04G517
000105
047514
020123
020104
04710'

046120

042101
040523
047111
020113

MLDRSV:

.ASCIZ

020040
020055
050040
020131
052123
000
020040
026440
000040
020131
052123
000

020040
047503
051101
042522
051105

MPRCOR:

.ASCIZ

-

CORE PARITY REGISTER ' <15><12>

020040
046440
0511 01
042522
051105

MPRMOS:

.ASCIZ

-

MOS PARITY REGISTER ' <1S><12>

• EVEN
.END

<15><12> I LOADERS SAVED IN BANK l'

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-78 12: 13
ADRPT

000516

ADRS
ADRTYP
ADT ENP
AE

077400
001230

BDCNV
BDCNVA

015524

BDCNVB
BDCNVC
8DCNVD

BEGIN
8ITPT

015670
000001

015556
015610
015612
015614
002106
000520

BITO

000001

BITl

OGDO 02

81 T 1 0
BIT 11

002000
004000
010000

BIT 12
6l T 13

425.
1932
364#
660N
3283
362#
2163
2782
3285#

3290*
3281 ..

3282*
692
426#
, 901 *'
2606",
2728*
34611
347#

040000
100000

36111

000004

348#

000010

BIT4
8115

BITS

DCOO2D
000040
000100

349#
35011
351/1
35211

B I T7

000200

353#
354#

BI T8
81 T9

001000

355#

B\-1QVA

015720

Br-1OVE

015710

CACHE
CACHF l

001224

332411
3291
658#

C!\6f\O
CLRPAR

001222
010600
014012

II<

1673*

168O.

SEQ 0069

1687

16B9

1712

1802*

2763'

2777

2822-

2655~

2668

2696

2701·

2702

:2711*

2741 '"

12B3

1'?35

1498

1599

1698

1812

1674
1913

3309_

1040
2315
2797
3288
3292#
3293#
3289
806

822·
1905
2608*
2730*

1902_

1904*

1911·

1916

1919

1939

1988

1986

2128

2145

1789*

1790
2107*
2692

1793*

2101 ..
2690

2179
2707

1799>1<
2262*
2710*

2597"

3278.

3294.
815#
1668
1907
2615
2738

2575

1670'"
1912*
2626*

1676
2002
2634

1681*
2089*

1682
2098

2633*

2638

2649*

2764*

2777

2808*

28:23'"

2831

1273
2304

1308
2324

1402
2416

1468
2519

1571
2549

1663
2750

1705
2954#

3106

1821
3147

1089*

1143*

1272*

1307*

1401 *

1467*

1570*

1899
2712

>I<

35711

81 T 14
BIT 15
BIT2
81T3

OOO~O0

1611

30A ( 1 052)
13-JAN~78
12:27
PAGE 70
CROSS REFERENCE TABLE
USER SYMBOLS

356#
358#
359#
360#

020000

MACY11

657"
2320
966
191 B

2901
402

1356
1441

1371

2567
983
3326
3320#
8' 8*

737*

910*
81S

908

233111

999

1 090

,,44

1925

2087

2275

1781

3191

OH16
0.117

007314
010206

[N"v'eTR
eN16
CONT

015662
00"i334
011712

cmiTIO

OO~~274

CON T 1 2

005024

cmn13
CONT3

(ONT 4
COUNT
DDlSP
DECVAL

DIGIT
DISPLA

005304
002616
003:)74
004336
177570
015702

015664
001102

205211
2157

2239#

3284",
1980
2561
1344
'510
1609
971#

3287*
2063#
2567#

3306#

1350
1552#
1644#
987
1062
1351*
616
331411
3300*

1381 Ii

1052#
1337*

367#
3279
3297*
616#

CCMFAFO. MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-78 12: 13

orSPRE
DONE
10
DONE 11
DClNE12
DONE 13
DONE 14
DONE 15
DO~E 16
DO"JE 17
DOI'JE20
DONE4
DCI>.lE5
DONE6
DO"1E7
OS'NR
EfliT A

Dor~E

E~,~TINT

E!'r1T LIM
EMT T AS
EMTX
ERR
ERRA
ERRA 1
ERr~A2

ERRA3
ERRA4
ERRA5
ERRS
E.RRBX
ERRC
ERRD
ERROR

[RRORP"
ERRORS =
ERRP
ERRST

EX
F Tl T LE
Grl'1PRA
Gr\~PRB

GMPRC
Gr'/lPRQ

HI ADR
HlltJORD
leNT

IMAX
I NDCO
INDC1
INDC10
INOC11

000174
011624
004322
004542
005040
005320
005616
006262

OCG650
007576
010564
003140
003322
003662
003774
177570
016056
016032
016120
016076
000011
013562
013t::04
013632
013634
013644
0' 3646

o t 3656

013560
013662
013666
013710
104002

104003
104004

013442
013364
005460
000512
001564
002D12
002020
002054
000530
0005S2
o 161160
016456
000770
000772
001014

001016

732*

MAC V 11

1071

1078

1391#

3303*
832*

3304
884*

330711
963*

30A( 1052)
13-JAN-78
12:27
PAGE 71
CROSS REFERENCE T A8LE -- USER SYM80LS

1661 ..

,777*

1897*

:208:2*

2083*

406#

732
2270
1387#

2273

2540

2547#

3376.
2375
2901#
2906#
290711
291011
291111
2914#
2896*
2868*

3378#
2389

2266
1323
1419
1485
1584
1685
1796
191 S
2104
2324#
'013
1103
1156
1282
366#
3362
397
3361
3367
3373#
2336
2856
2284*
2285*

2286*

2287*
2289 ..
2844*
2845*
2902
2903*
850
1195
1445
1755
2244
2020
1736
286611
2844#
1677
423#
766#
764
792
802
430ft
440'//
2910

397*

2303*

2415*

3380#
2396

3382#
2461

3384#
2468

SEQ 0070

145511

155711
164911

1707#
1823#
1925#
2116#
2362
1079#
1131 #
1262#
128811
615
3365#

3358#
3392#
3373#
3374
2357
2892
2531 '"
2532*
2533*
2534*
2535*
2866*
2846*
291811
2904*
864
1213
1491
1836
2816
2046
1759
3381
3383
1679#
700
798
793.
795#
80511

1687*

2653'"
3482

820*

885*

556#
557.
566#
567#

763

2906
922
1230
1503
1871
3144
3380#
1855

743

1688*
2688
3484*
998*
834

3386#
2482

3388#
2499

3390#
2509

3392#
2898#

3379

111 1
1359
1613
2176

1125
1375
1622
2183

1165
1424
1638
2199

1991

2168

2445

291511

2869*

2899*

2900*

2916#

2924.
932
1240
1514
1972
3236

1027
1258
1522
1999
3378#

1046
1290
11:)37
2005

1056
1 ~·27
1545
2029

1063
1341
1591
2057

1074
1347
1603
2149

1875

2232

3382#

1 i 22
2732*
3493#
3482
907

1916*
2757*

1917*
2810

1921

2066

2824*

3492#
1007

1316

1409

745*

1691
2705
3489*
1662'"
887

1475

1181
1438
1718

2108

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pl1
1 3-J AN-78 12: 13
I NOCl 2
1 NOC 13
1 NOC14
INDC15

001020
001022
001024

11'JDC2

000774
000776
001000
001002
001004
001006
001010
001012
010060
004164
004172
001250
001252

001026

1NOC3
INOC4
I rJDC5
1 Noe6
INDC7
I NDes
INllC9
11~OX17~_

1 NS T 1
INST2
KI>ARQ
KPAR1
KPAR2
KPAR7
!';PDRO
KPDRl
KPDR2
KPDR?
K T 5 T AR
LDRMSG

LDiiSVD
LOCA TM
LOCA T 1
LOGICA
LOOP10
LOOP11
LOOP 12
LOOP 13
LDDP14
LOOP 15
LOOP21
LOOP4
LOOPS
LOOPS
LOOP7

lOP15
LO?4
LOPS
LOP6
LOWF LG

LSAV
LUP10
LUP11
LUP12
lUP13
LUP14
LUP16
LGP7
MAPMA
MAPMB

001254
001256
001240
001242
00124>-l
001246
001226
017560
014416
014126
014224
011672
004066
004416
004632
005124
005436
006106
011250
002762
003216
003372
003734
006116
002770
003224
003400
000554
014300
004060
004402
004616
005116
005446
006526
003726
01' 770
012162

r.~APRB

r,1APRC

;t\,l\.PRD
Ml\.PRE
M:'.PREG
MAPl
MeON

;"CR
MDASH
MDAT A
fll!::.f',iH

f,1EML

r/1EMUT
MED
MICNT

MK
MLDRSV
MiMDR
M.',lOEV
Mr.1PAT
MI'IIPRS
MONCNT
MPC
MPCNT
MPGEND

MPRAD
MPRCOR
MPRMOS

MPROK

MPRO

MPRl
MPR10
MPR11
MPR12
MPR13
MPR14
MPR 15
MPR2
MPR3
MPR4

MPR5
MPR6
MPR7

MPR8
MPR9
MPSER
MPSER 1
MPloJRF
MSETSR

MSTR
MSTRX
MSTRX1

011756
012346
012446
012546
012642
012304
014062
016666
017154
017151
016550
001065
001064
000546
016464
01651 {J
017157
017636
D 16741
016706
016775
017026
011754
016472
017401
017363
017244
017670
017731
000542
000566

000576
000706
000716
000726
000736
000746
000756
000606
000616
000626
000636
000646
000656
000666
000676
017410
017440
017344
016645
0165 t 7
016561
016605

30A(1052)
13-JAN-78
12:27
PAGE 72
CROSS REFERENCE TABLE -- USER SYMBOLS

SEQ 0071

568#
56911
57011
57111

558#
559#
560#
561 H

562ft
563#
564#
56511
2097*
1339#
1345.11
668#
669#
3208
670#
671,/1
66411
665#
666#
66711
659#
3082
3052*
1014
3000
81 I
1319#
1411

1477
1581#
1672
179011
2454#
1008#
1098#
1151 #
1279#
179211
1010#
1100#
1153#
441 II
3025*
1317#
141011
1476#
,578#
1676#
1900
127711
2589#
2585

CCMFAFO, MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-7812:13
MAPMEM

MACY11

707
2660#
2679#
2682
2706
968
1003
353111
2806
2791
2854
597#
596.
438#
2914
2911
2804
751
3539#
3534#
354411
760
257711
2907
2553
2556
2770
777
786
4361/
47811
1577
2142
2957
492#
518#
522#
526#
530#
53411
53811
486.
49011
494#
498#
502.
506#
51011
514#
3134
3131
3352
3528#
2844
2868
2882

2109*
1364
1367
2979*
1785*

218111

1792*

2094*

2718

2726*

3065
1158
3013#

1324

2100*

2229

2600*

.2740*

1420

1487

1586

2991 #

2095*

2103

2105*

3015>10

3164

3171

*

31

eo.

3188-

2978*
2975'"
2976*
2977*
2650*
3616#
3059#
1104
3006
2560'
1331
1415#
148111
1595
1674#
1794
2477
1012
1102
1155
1287
1822
1031
1115
1169
1786*
3026
1322
1418
1484

1386
1427
1494
1647
1683
180Q

1454
1555

1297

, 055
1130
1261
179~

1797*

302~#

1583
1706
190411
1281

2621 #

MAC'{11

967
2704
2700#
2708
2648#
1094
3565.
3564#
2878
2596,.:
2271
2598*
3500#
3505#
356611
3625#

30A(1052)
13-JAN-78
12:27
PAGE 73
CROSS REFERENCE TABLE -- USER SYMBOLS
2585#
2714

SEQ 0072

2742

271511

1148

1312

1406

1472

1575

1783

2091

3512#
2609
2595*
2609*

2625*
259B
2615*

2731
2624*
2648*

3178
2638*
2712

2648
2731 '"

3124
2738

3175

906
1808
2347

973
1845
2366

1006
1863
2429

1097
1936
2444

1150
1948
2452

2591

2723

2975.

3168

1276
1964
2660

1315
1983
2671

1408
1990
26:'9

1474
2125
2753

3549#
3502#
3595'
3591 H
2775
780
789
761 '"
762
1693
2160
3109

357711
3630#
3636#
791 ,.,
833
1726
2167

805
886

1747

3193

2311
3337

3227
3221
3588'

3597.
3223

3225*

2866
3514#
3518#

3507.

36010

CCMFAFO. MEMORY PARITY TEST
CCMFAF. Pl1
13-JAN-78 12:,3
MSTRX3
MSTRX5
MT
MTIT
MTMAP
MTNUM
MTR
MTREG
MTYCOR
MTYFG
MXl
MX2
NOKT

016621
016635
017161
017257
017074
016464
0'7212
016526

NOMON
NOP
NOREG
NRALL
OACOST
OACNT
OACNV

017466
000240
002062
013712
015520
015522
015416

OACNVA
OACNVX
OODFLG
OPEN
OUT
PARPAT
PARVEC=

015440
015516
000556
000000
010330
001036
000114

017144

000562
017447
017546
000550

2886
2890
3567#
749
2752
3501#
80B
2850
2784
445_
2173
2787
439N
1558
2834
371#
807#
1002

016426
016356
016440
000534
013344
001260
177572

START
START 1
STKPT =
SUBTEN
SUBTNA
SUBTN8
sv04
SV05A
SV058
SV05C
SWR

001436
001632
0005 I 0
015622
015626
015642
016122
016152
016164
016200
016142
0011 00

SWREG
TBANK
TEMP
TEMPX
TENPWR
TESTX
TESTI
TEST10
TESTll
TEST12

000176
000544
000560
000514
015666
016272
002154
004016
004340
004554

SV05~

1131
2589_

1145
2621'

1262
2715

1309
2994

1387
3013

1403
3102

1455

1469

1311

1471

1574

1782

2090

2590

2722

2929N

3167

2848

2852

2872

2876

2880

2884

2888

2905

2909

3264.
1945
2916

32651955
2924

32662063'
3249

3267+

1933-

3271#
2133
3292

22503293

2426.

3271

3294

2437
3306

2514'
3307

3308

1801

2305

1042*
1649*

1079*

1274*

1664_

1707-

1275'
1788_

1288'
1824'

13361898-

1366_
1926-

138,.
208S-

14952117-

1531'
2310-

1557'
2325-

2550-

2552

2576.

3478

1798
1665
1798'
2301
3247

2106
1674
20962335
345732063090N
31e5'

1905
2106_
2374
3467_
3220

2096

2268

2388
3486-

2395

2413

2460

2467

2481

CCMFAFO. MEMORY PARITY TEST
CCMFAF. P11
13-JAN-78 12: I 3

SCOPE8
SCOPEC
SCOPEG
SH08E
SMLSYS
SPSAV
SRO

1091
2084

1405
3272#

708
3158N
3123
3103
3184
3172.
3173.
710
3177
3176
686
3336
447#
572N
575'

104001

1147

lOBO
1778

982*

3263*

014514

576N

815*
414
410
3066
3295
3388'
3387
3389
673N
674.
675'
676.
677.
678.
819
3047
3278
3390N
412
70611
703
655,
831
1896
3475
2302
3477
433N
1667
672.
382.

1093

1000
165C

3563.

3273N
2768

3128*

001266

3603'
3614'
711
1572
3606N
3404

2802
964

3262*

015020

00 I 270
001272
001274
014302
014400
104005
104010
001356
001400
001404
00 1220

722*

3268.
2551
3255N

PSAORS
PSCAN
PSCANH
PSCANX
PSCANI
PSCXl
PSLOOP
PSLUP
PSMSG
PSNXT
PSXTST
PWRDN
PWRUP
RELOC
RESRVO
RESVC

R2SAV

3509.
2799

684*

3258*

685663'
66,.
365N
602.
600N
604N
368'
2498

R3SAV
R4SAV
R5SAV
SAVLOR
SA V LOX
SAV04 =
SAV05S=
SCAN
SCANA
SCAN8
SCNFLG
SCOPE =

3572_
2874
2789

3258
784
3219
3269
3259

01 I 752
001236
001232
100000
001072
001070
001074
177776

001034
016462
001276
014420
014510
104006
~ST05S= 104007
RS04
016210
RS05S
016236
ROSAV
001262
R I SAV
001264

3579'
355SN

3256*

PASCNT
POREND
PORTAS
PERR
=
PMEMH
PMEMl
PMEMX
PS

RESVM
RETURN
RST ART
RS T LOR
RSTLOX
RST04 =

seQ 0073

3522#
3526#

3257.
775
3129
3259N
3255442#
372N
1910
582N
381#

1596*
2547.

015022
014762
015024
015136
015060
015064
017603
015110
015144
015732
015776
000564
001030
001032

13-JAN-78 12:27 PAGE 74
MACYll 30A( 1052)
CROSS REFERENce TABLE -- USER SYMBOLS

2915
2274N
1686
103916327232942
2936
1284

972·
971·
1787689'
2508
3130
1740
3170'"
3147#
3164'
31e8'
3187
3182
3620N
3180N
3179
724
3346N
2651'

841*

977.

976*
1790

2274.
2520
3157#
1764
3173
3189

3204
3190.
3336#

2721.
843.

3205·
1879
3183

2122*

1787
2098
2356
3465'
3218.

3346
2733848

2734
854

2740
860

841

MACY11 30A( 1052)
13-uAN-78 12:27 PAGE 75
CROSS REFERENCE TABLE
USER SYMBOLS
843
2283683N
20el
3076
3327

929
34593353
3065'
308'3N
3386N

SEQ 0074

3460-

3468

3487

3490.

3494.

1088

1142

1271

1306

1400

1466

1569

1660

1776

13890

1457*

1560'

1652*

1823_

2116-

2586

2612_

2536

2538'

2567

2901

2920

3135

3228

2709-

2720'

3424'
3437#

3034N
3054.
3320

3384.

699'
803
707#

715

704*
883
2080
3481
2414
3479

706*
962
2258
3485.
2521
3483

800
996
3376N
3377
3488N

3474.

1934*

2123*

2427·

2685

3347
1082.

1133*

1264-

2980*

3165

2831'
3344_

2727.

713*
2736·

408
70S
373N
3286
3298_
3299
3385
3405
3399

721#
744
683
3297#
330 I
3302N
3396'
3408N
341 In

813
747
699

3398*

3404*

3417#

3391
615'
3459
407.
437#
444.
424.
3285.
3457#
815
1289
1390
1466.

3404_
729
3463
731
2594-

774*
3298

831#
130S#
1400#

759_
721

2548

731 *347 ;

983
3476

2289

2291 *

2600

2605.

2610

2652_

2667

776
3302

783.
3308.

7G5

2767_

2769

CCMFAFO, r-t1EMORY PARITY TE.ST
CCMFAF,P11
13-LlAN-78 12: 13

HST13
TE5T14
TEST 15
TE5T16
TE,ST17
T ES T2
TE5T20
TE5T21
T E5T3
T[5T4
T[ST5
TES T6
HST7
TMAP
TMAPA
TMAPB
TMAPC
TMAPD
TMAPEX
TNUM

t

I

TPB
T PCQRE
T PCORX
T P5
T RDATA
TREG

005060
005340
006014
006462
007360
002326
010452
0'1054
002564
002712
003160
003334
003674
013020
013034
013140
013226
013272
013342
000022

001106
005626
006276
001104
000540
000766

TRFLG
TRP10
1 RP lOA
1RP12
TRP13
TRP14
TRP15

TRP16
1RP16A

TRP17
TRP17A
TRP20
TRP4A

1 RP48
TRP4C

TRP7
T5HOC
TSTX
T5110
IST11
IST12
T5T13

CCMFAFQ,

000522
004202
004252
004724
005214
005734
006402
007076
007102
007762
007766
010720
003110
003116
003124
004004
000532

000510
004104
004434

004650
005140

1660,Jf
1708
1679
1927
883.
2283
2326

177611
1780

TYFLG
TYPE
TYPSAX
TYPSBX
TYPSX
\'JAS
~'JWP

IojliiP16
\I!l'iP16A
li)WP17
\-,,'\";P17A
\>H~P21

1>J',\lP21 A
XF R1
XFR2
$ENDAD
$ FILLS
$NULL
$T PFLG
$TYPE

003240
003414
003750
000526
000524
104000
015402
015412

015364
000536
000004
006666
006704
007614
007632
011110
011124
010252
011520
011702
001111
001110
001112
001114
017772

1825

1896#

208011
2293
2413N

2301H

96211

965
10B8#
1142#
1271 #
981
2754.
2776.
2778
2780
2756
824.
1272
177811
618#
1700
1811
617#
435.
543.
1417

427#
1336
1366
1495
1596
1664
1788
1898
1984.
2088

21611'1'
2310
1032
1039
1042
1274
431#
373
1318
1413
1479
1579

MEMORY PARITY TEST
13-JAN-7812:13

005510
006162
003002

SEQ 0075

2263

99611

2750N
2766
2809
2794.
2793

1675
1791
1009
1099
1152
1278
429#
428'
709
2790
3245
3243*
2913
43411
36311

1951
1923
1935#
2114
212411
L425#
2428#
2086
2524'
400
620'
619#
621#
624.
394.
842
1132
1388
1621
1865
2064
2269
2568
3143

2815
2825

2821

2795

280B.

833'
1307
1898.
2514*

884
1308N
2083

90 .
2853
847*
1582
1869
2055
2346*
2506

2572
2871.
848*
1698

2779

2826H
832
1273'
1897
647·

885H
1401
2084'

963
1402#
2303

964.
1467
2304'

997
1468#
2415

998.
1570
2416'

1089
157,.

1090#
1661

1143
1662#

1144#
1777

979
1753

1101
1758*
1997
2193
2458
2871

1154
1815
2011 '"
2206
24732873

1280
1843.
2014
2222
2476

1321
1851
2027
22402479
3116

171211
1829'
645
2847·
797
1483

1862*

2053·
2317

2504*
3342
2758*
1351 II
1369N
1511#
1610#
1746#
1862#
1983'
1989
2160#
2166
2365N
1056'
1063#
1072'
1290"
2870*
422'
1324#
1420'
1487'
1586#

MACV11

CCMFAF. Pl1
TS114
T5T15
TST4
TST5
TST6
TST7
TYCOR

30A{ 1052)
13-JAN-78
12 :27
PAGE 76
CROSS REFERENCE TABLE -- USER SYM80LS

1569#

1854*
2037
2242
2489
3199

'1'

MACY11

1686#
1801#
1014#
1104#
1158#
1283#
2762*
2760*
748
2801
3247#
3244
3243N
1715*
1033
1968

2877
874

898

941

1724*

173~

1735.

1746*

1953
2165
2372
2681

1970

2131
2353
2665

1943
2147
23652677

1988
2174
2450
2847

2781 '"

2794

2796*

3462-

3480

1874*

876*

2169*
2435
2755

1992*
2189*
2453*
2849

.29~9

2881

688*

742*

3488<

30A{ 1052)
13-JAN-78
12: 27
PAGE 77
CROSS REFERENCE TABLE -- USER SYMBOLS

SEQ 0078

2776*
2792*
750
2803

2783
2807*
759
2805

2798
2812
779
2833

7S(:
3081

807
3133

2555
3226

2751
3351

2772
3374'

2774

2786

2788

3249#
3250
1716
1116
1986

1833*
1120
2128

1834
1206
2145

2017*
1233
2163

2196 ...
1332
2433

2889
1430
2448

: 496
2663

1527
2674

1597

1629

1939

405#
904
1221
1456
1678
1938
2162
2341
2716
3339

40911

921
1229
1490
1695
1950
2175
2349
2919
3349-

411.
931
1239
1513
1717
1 ~a1
2181
2368
2921
3350

413#
984
1249
1521
1728
1985
2182
2432
2957
3364

416#
1026
1257
1536
1749
1998
2198
2447
2959
3464

614#
1073
1263
1544
1779
2004
2231
2459
2961
3466

712
1081
1326
1559
1811
2019
2243
2466
3084
3642#

810
1110
135B
1590
1835
2045
2251
2507
3112

817
1124
1373
1612
1847
2056
2265
2515
3136

193211
2069
2121#
2257
2518
2118

2258.

2563#
639
624
3248
396#
849
1164
1423
1637
1903
2085
2272
2573
3195

901
3375
399'
863
1194
1437
1651
1908
2127
2314
2662
3229

2570
4011/
893
1212
1444
1666
1909
2144
2334
2673
3235

CCMFAFO. MEMORY PARITY TEST
CCMFAF. P11
13-JAN-7B 12: 13
EMTDEF
TESTX

3S8'
39011

2083
• A8S.

017772

3373
832
2303

3~76

BB4
2415

MACY11

3378
963

30A(lC52}
13-JAN-78
12:27
PAGE 79
CROSS REFERENCE TABLE
MACRO NAMES
3380
997

3382
1089

3384
1143

3386
1272

3388
1307

SEQ 0077
3390
1401

1467

1570

1661

1777

1897

000

ERRORS DETECTED:
CCMF AF • CCMF AF • LST fCR F fSOL=CCMFAF. P 11
RUN-TIME: 4 9 1 SECONDS
RUN-TIME' RATIO: 247/15=16.3
CORE USED:
9K
(17 PAGES)

i

t

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