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AH-T157A-MC

July 1982

438 pages

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Document:	CZMSPA0 M8743,M7981,M8722 MS11-L-M-P MEM DIAG JUL 1982 bw
Order Number:	AH-T157A-MC
Revision:	000
Pages:	438
Original Filename:	CZMSPA0__M8743,M7981,M8722__MS11-L-M-P_MEM_DIAG__AH-T157A-MC__JUL_1982_bw.pdf

OCR Text

8743.M7981 WS11-L/W/P MEM DIRG —
i

CZMSPAO

AH.TISTAMC_

it e GHITEN

1 OF 3 neoe v usn
FICHE

/M7981 MS11-L/M/P MEM DIAG
CZMSPAO

e
OF 3 WADE IN Us

AETHED

CIMSPAU mMS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

.TITLE
-REM

PAGE 1

CZMSPAQ MS11-L/M/P MEMORY DIAG.
-

IDENTIFICATION

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

SEQ 0001

PRODUCT CODE:

AC-T156A-M(C

PRODUCT NAME:

CZMSPAQ MS11-L/M/P MEMORY DIAG

PRODUCT DATE:

MAY

MAINTAINER:

STORAGE SYSTEMS S/W TEST APPLICATIONS

1982

23
24
25
26

THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE
WITHOUT NOTICE AND SHOULD NOT BE CONSTRUED A4S A COMMITMENT
EQUIPMENT
DIGITAL
CORPORATION.
8Y DIGITAL EQUIPMENT
THAT
ERRORS
ANY
FOR
TY
RESPONSIBILI
NO
ASSUMES
CORPORATION

29
30

THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED TO THE
PURCHASER UNDER A LICENSE FOR USE ON A SINGLE COMPUTER

1982

MAY APPEAR IN THIS MANUAL.

c
CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
~J\wn
VIO

own

OO’OOO*Q\I\I

OO0 WO OWNOO 0000w

o puiy O NN N =

O NN

N (¥, IV
IV AN AL AT I AL A IS Do
L
&H S WWNWWNNIN
D=2 =00
~ W QN
—==0NIO OO =2 OO0 NN
OO

b e

e e

b e

BB NN N NN N NN PO NI PN b b b e cd b cod cnd b b d b o mad b
VONNNS
W =2 O NN (¥,] W=O O 0N WVN= OO O NNVNHNWNWNIN
= = = = O
I
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B
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B ) L
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B A | L
1 010
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B

TABLE OF CONTENTS

TRAPS
BASIC PDP11 STUFF
CACHE REGISTERS
CPU REGISTERS

i
MEMORY MANAGEMENT fcGISTERS
JUNIBUS MAP REGISIERS

SOFTWARE SWITCH & DISPLAY REGISTERS

MACRO
MACRO
MACRO
MACRO
MACRO
MACRO
MACRO
MACRO
MACRO
MACRO
MACRO
MACRO

CONTROL STATUS REGISTERS
PARAMETERS
FATAL
TYPE
NEWTST
SSNEWTEST
SUBTST
$SuBTST
TYPOCTY
TYPOCS
TYPDEC
BMOV
MAF
SUPERVISOR

MACRO

SET4 & RES4

MACRO
MACRO

PAGE 2

USER
TESTAREA

MACRO
DLEFT
TRAP CATCHER

D e

ACT11 HOOKS
APT11 HOOKS
VARIABLES

i e

INITIALIZED TO ZERO
VARIABLES
INITIALIZED TO NON ZERO
CONFIGURATION TABLE

puard

b e

L2232 22222222222 222f 13

b md

et o

b e

DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE

26-APR-82 09:41

MIN

i3 2dAdddd22 2222222232232 ¢

INITIALIZE VARIABLES TO ZERO
CLEAR NON-PROGRAM SPACE

TYPE OF SYSTEM SIZER
INITIALIZE VARIABLES TO NON ZERO

INITIALIZE VECTORS
INITIALIZE PATTERNS
SUBR
PLUG IN NULL PATTERNS
CLEAR THE CONFIGURATION TABLE
SIZE FOR_A HARDWARE SWITCH REGISTER
SETUP ACT, APT, & XXDP

PROTECT PROGRAM € LOADERS
CHECK SYSTEM FOR CACHE

SETUP USER & SUPERVISOR STACK
GET SOFTWARE SWITCH REGISTER IF NECESSARY
GET MEMORY MANAGEMENT READY
T1
BIT TEST OF ALL CSR'S
DETERMINE TYPE OF ECC MEMORY

PRINT CSR REGISTER MAP
READ AND WRITE ALL CSR BITS
CLEAR ALL MEMORY SPACE FROM BANK 2 ON
MATCH ALL CSR'S WITH MEMORY

T2
TEST BANK 0 ACCESSES
ENABLE ECC FOR CORRECT TRAPS

170- 6856

TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

FIND SHADOW INHIBIT MODE POINTERS

SEQ 0002

D
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

7339
7353
7355
7385
7415
7452
7489

b
b
b
d
b
d
b e
b

00000@@@@@2
NV WWN = O NN N0

~
199201~

NNSNSNNNY
NINININON)
=
NNV ESOWN
NWONNO

CONTENTS

10000

TABLE OF

203~
205~
207209~
211213~
215~
217-

7527
7572
7610
7655
7675
7766
7861
7907

19~ 7962

220~ 8009
220~ 8011
220~ 8012
220~ 8025
220~ 8047
222~ 8075
222- 8111
222~ 8129
224~ 8151
224~ 8158
224~ 8168
226~ 8177
226- 8186
226~ 5201
227- 8212
229~ 8226
229- 8235
229~ 8244
231- 8251
232~ 8264
233- 8311
233- 8319
234~ 8329
234~ 8371
36- 838
238~ 8429
240~ 8500
242- 8545
244~ 8574
246~ 8638
246~ 8668
246~ 8698
247~ 8719

26-APR-82 09:41

PAGE 2-1

T4
ECC INHIBIT MODE POINTER TEST
LEGAL CONFIGURATION CHECK
PRINT CONFIGURATION DETAILS
CHECK APT SIZING

DIAGNOSTIC MODE DISPATCH ROUTINE

T6
UNIQUE BANK TEST
FLUSH OUT DBE'S
END OF PASS ROUTINE
WRITE BACKGROUND PATTERNS

MTEST MODES
BANKS FORWARD ,PATTERNS FORWARD
BANKS FORWARD ,PATTERNS REVERSE

BANKS WORST FIRST ,PATTERNS FORWARD
BANKS WORST FIRST,PATTERNS REVERSE

**RECURSIVE
*+
**RECURSIVE*+
«*RECURSIVEw+
#*RECURSIVEw+
**RECURSIVE*

PATTERNS FORWARD,BANKS FORWARD
PATTERNS FORWARD ,BANKS WORST FIRST #+RECURSIVEt+
PATTERNS Rt VERSE ,BANKS FORWARD
*«RECURSIVE*+
PATTERNS REVERSE BANKS WORST FIRST
=*RECURSIVE®+
SUBR
SETUP MEMORY TEST
SUBR
TEST ECC CSR LOGIC DISPATCH
CHECK FOR SBE FREE LOCATIONS
CSR PATTERN CASE STATEMENT
SUBR
ECC TEST DISPATCH
SUBR
PARITY TEST DISPATCH
PATTERNS
MEMORY TEST SETUP ROUTINES
MTO0000 SETUP DATA PATTERN TEST
MT0001
SETUP ADDRESS TEST
MT0002 SETUP COMPLEMENT ADDRESS TEST
MT0003 SETUP 3 XOR 9 WORST CASE NOISE TEST
MT0004 SETUP ROTATING ZEROS TEST
MT0005 SE1UP ROTATING ONES TEST
MT0006 SETUP INITIAL DATA TEST
MT0007 SETUP ADDRESS BIT TEST
MT0010 SETUP BYTE ADDRESSING TEST
MT0011
SETUP CREATE SINGLE BIT ERROR TEST
MT0012 SETUP WRITE BYTE CLEARS SBE TEST
MT0013 SETUP CREATE DOUBLE BIT ERROR TEST
MT0014 SETUP BASIC DOUBLE BIT ERROR TEST
MT0015 SETUP WRITE INHIBIT OF BYTE WITH DBE

MT0016
MT0017
MT0020
MT0021
MT0022
MT0023
MT0024
MT0025
MT0026
MT0027
MT70030
MT0031
MT0032
MT0033
MT0034
MT0035
MT0036

SETUP WRITE INHIBIT OF WORD WITH DSE
SETUP HOLDING 1°'S & 0°'S
SETUP SYNDROMES T0 CSR ,ON_SINGLE BIT ERROR
SETUP MARCHING 0°S &
1°S TEST
SETUP REFRESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST
SETUP FAST GALLOPING PATTERN TEST
SETUP INTERRUPT ENABLE TEST
SETUP RANDOM DATA TEST
UNIQUE BANK TEST
SETUP FLUSH OUT DBE'S TEST
SETUP SOB-A-LONG TEST
SETUP WRITE RECOVERY TEST
SETUP BRANCH GOBBLE TET
SOFT ERROR - BACKGROUND PATTERN TEST
SETUP WORST CASE NOISE PARITY TEST
SETUP CORRECTION CODE TEST

SEQ 0003

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TABLE OF CONTENTS

248- 8731

OV =2 O~ ==

OOOO?OOOOO
VWS
&
WA

O=ONOWVI=OO
N

b
wnd
b ol

b e

AN N NN NN N AN NN

PNONVAD
o=d b b b = ok b
D=
"1

309-10190

26-APR-82 09:41

PAGE 2-2

MT0037 SETUP ECC DISABLE TEST
MT0040
MT0041
SETUP ADDRESS TC CSR ON DOUBLE BIT ERROR TEST
MT0042 SETUP EXTENDED UNIBUS ADDRESS TO (SR TEST
MT0043 SETUP WRITE BYTE CLEARS SBE TEST
MT0044
SETUP SHIFTING 1/0°'S THROUGH THE CHECK BITS TEST
MT0045 SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR
MT0046 SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET
MT0047 SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST
MT0999 SETUP NULL TEST
CHECK FOR KAMIKAZE MODE
EXECUTE PATTERN IN SUPERVISOR
SUBR
MEMORY TEST PATTERN ROUTINES
MTPO00 BASIC DATA TEST
ADDRESS TEST
MTPOO1
MTP002 COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)
MTPAQ3 3 XOR 9 WORST CASE NGISE TEST (WRITE)
MTPBO3 3 XOR 9 WORST CASE NOISE TEST (READ)
MTPCO3 TEST DATA SUBPROGRAM
MTPDO3 TEST DATA SUBSUBPROGRAM
ROTATING ZEROS TEST
MTPAO4
ROTATING BIT
MTPB04
SUBR
MTPOOS ROTATION ONES TEST
MTP006
INITIAL DATA TEST
MTP0O7 ADDRESS BIT TEST
MTPO10 BYTE ADDRESSING TEST
MTPO11
SINGLE BIT ERROR TEST
MTPO12 WRITE BYTE CLEARS SBE TEST
MTPO13 CREATE DOUBLE BIT ERROR TEST
MTP0O14 BASIC DOUBLE BIT ERROR TEST
MTPO15 WRITE INHIBIT OF BYTE WITH DBE
MTPO16 WRITE INHIBIT OF WORD WITH DBE
MTPQ17 HOLDING 1°S & 0'S TEST
MTP020 SYNDROMES TO CSR ON SINGLE BIT ERROR TEST
MARCHING 1°S & 0°'S PATTERN TEST
MTPA21
MTP022 REFRESH & SHIFTING DIAGONAL TEST
REFRESH DELAY
SUBR
MTPA24 FAST GALLOPING PATTERN TEST
MTPB24 FAST GALLOP PART B
MTPC24 FAST GALLOP PART (
MTP025
INTERRUPT ENABLE TEST
MTPA26 RANDOM DATA (WRITE)
MTPS26 RANDOM DATA (READ)
RANDOM NUMBER SUBPROGRAM
RANDOM NUMBER SUBSUBPROGRAM
FLUSH OUT DBE'S
SOB-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST

MTPO44

SOFT ERROR = BACKKOUND PATTERN TEST
WORST CASE NOISE PARITY TEST
CORRECTION CODE TEST
CHECK ECC DISABLE TEST
ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
EXTENDED ADDRESS 70 CSR ON ERROR TEST
WRITE BYTE CLEARS SINGLE BIT ERROR TEST
SHIFTING CHECK BITS THROUGH THE CSR TEST

SEQ 0004

CLASPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

TABLE OF CONTENTS

MTP04S
MTP046
MTP047

26-APR-82 09:41

PAGE 2-3

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST
CHECK SINGLE BIT ERRORS WITH ECC DISABLED
NO CSR UPDATE ON SBE WITH EXSISTING DBE

MISC SUBROUTINES

COPY RO TO R4,R1 TO R3, & R2 TO RS
SUBR
FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS
SUBR

SUBR

owns m\no«--oooog S3gER

cT CSR INFORMATIGN FROM CONFIGURATION TABLE

“RINT CONFIGURATION MAP
SUBR
TYPE CONFIGURATION
SUBR
TRAP
PARITY ERROR HANDLER
NON-EXISTANT MEMORY (HOLES) HANDLER
TYAP
1RAP
TIMEOUT (TRAP TO &) HANDLER
i
MEMORY MANAGEMENT (TRAP TO 250) HANDLER
TRAP
TRAP
RESERVED INSTRUCTION HANDLER
FIND BAD SP, PC, & PSW FROM STACK
TRAP
KERNEL TRAP HANDLER
TRAP
ENERGIZE TRAP HANDLER
TRAP
DEENERGIZE TRAP HANDLER
TRAP
TRAP
TRAP
TRAP
TRAP

TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
TRAP
SUBR
TRAP
TRAP
TRAP
ggg
TRAP

CACHON TRAP HANDLER
CACHOFF TRAP HANDLER
LOAD CSR TRAP HANDLER
READ CSR TRAP HANDLER
TEST (R1) & READ CSR CAREFULLY

EC” DISABLE ALL CSR'S TRAP HANDLER
ECC DISABLE OF 1 SELECTED CSR TRAP HANDLER
INITIALIZE ALL CSR'S TRAP HANDLER
INITIALIZE 1 SELECTED CSR TRAP HANDLER
ENABLE SBE PARITY TRAPS ON ALL CSR'S
ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR
WRITE CHECKBITS THRU ALL CSR'S TRAP HANDLER
WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER
WAS THERE A SBE ON ANY CSR TRAP HANDLER
WAS THERE A SBE IN 1 SELECTED CSR TRAP HANDLER
WAS THERE A DBE ON ANY CSR TRAP HANDLER
WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER
CLEAR ALL ECC CSR'S TRAP HANDLER
CLEAR 1 SELECTED CSR TRAP HANDLER
IN ?LL CSR'S TRAP HANDLER
ECC DISABLE, CHECK MODE, & WRITE CHECKBIT
ECC DISABLE, CHECK MODE, & WRITE CHECKBIT IN 1 SELECTED CSR
WRITE IN ALL CSR'S
INVALIDATE BACKGROUND PATTERN
GENERATE AND TEST ERROR ADDRESS
ENABLE CHECK/SYNDROME BIT REGISTER
GENERATE CHECK BI7S
ww;m

-t

W
~

(%)

A AAAA N
SRR S N SRR
]
:
] V000 PYTTLLTATAY

—.—l—ld—‘—l-l—h-l—.—.—l—.—.d—l—‘—l-—l—l-l—l-ldd—l-.—l—l—l-l-fl-l—l—l—l—l—l—l-‘-‘dd—l
00 00 00 0000 GO0 N N NOMN\NWN
S
WA = O 00NN IS N WINNI N0 NN WWIN = OO
@~
O N NN O 00 WNNCD - ONNLOO S ONNIWVNINOOWOWNVOOO
WO
NN NS =2 On = OO N

]

o
]

—

Y
RRR PIIIIIIIS

339-11102

wrI1TE BACKGROUND

MAPPER

MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER

RELOCATE PROGRAM

UNRELOCATE PROGRAM
SETUP LOWER 16K OF UNIBUS MAP
MOVE BANKS
SUBR
MAP USER TO NEW BANK

SUBR
SUBR
SUBR
SUBR
SUBR

SETUP KERNEL PAR'S FOR NEW BANK
MAP KERNAL PARS & AND 5 TO A BANK
SETUP KERNEL PAR'S FOR NEW LOADER BANK
UNMAP KERNAL PAR'S & AND 5
EXAMINE BANK

SEQ 0005

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR~B82 09:41

PAGE 2-4

TABLE OF CONTENTS

373-11963

373-11974
373-11982
3r3-11986

SUBR

SUBR
SUBR
SUBR

BANK 0K?

INCREMENT PATTERN TESTING
SET HIGHEST PATTERN TESTING TYPE
INCREMENT BANK & TEST

375-11993
377-12022
377-12031
377-12058
379-12068
380-12095
380-12097
382-12147
382-12169
384-12184
386-12208
388-12250

BOOTSTRAP ROUTINE
HALT PROGRAM
SHUTDOWN DIAGNOSTIC
APT SHUTDOWN SEQUENCE

299-12579
400-72598
40/.-12618

FS
FS
FS

402-12632

«wU4-12638

406-12644
421-13212
421-13226
423-13267
425-13283
425-1328%
430-13472
432-13499
434-13539
434-13541
449-14334
45414583
454-14595
456-14608
450-14623
458-14632
462-14721
463-14791
465-14808
468-14923
476-15150
481-15292
482-15370
483-15427
485-15522
485-15547
487-15667

FS
FS
FS
FS
FS
FS
FS
FS
FS

COMMAND 5
COMMAND 6
COMMAND 7
COMMAND 8
COMMAND 9
COMMAND 10
COMMAND 11
COMMAND 1?7
COMMAND 13

SELECT BANK & PATTERN
TYPE CONFIGURATION MAP
SOB-A-LONG TEST
ERROR SUMMARY
REFRESH TEST
SET FILL COUNT
ENTER KAMIKAZE MODE
EXIT KAMIKAZE MODE
TURN CACHE OFF

COMMAND 17

ENABLE TRACE

COMMAND 14
COMMAND 15
COMMAND 16

COMMAND 18

TURN CACHE ON
TEST ONLY SELECTED BANKS
RESUME TESTING ALL BANKS

DISABLE TRACE

DETERMINE CORRECT (SR
SUBR
ERROR DATA (SUPERVISOR) SETUP STUFF
DATA WAS 3 WORDS
GET DATA FRCY ABORTED AREA IF POSSIBLE
POWER FAIL AUTO RESTART
ROUTINE POWER DOWN AND LP
POWER FAIL WHILE RELOCATED
POWER UP FROM BANK 0 TO RELOCATION
10 SUBROUTINES
ROUTINE TYPE
ERROR DATA SETUP
DATA WAS A WORD
DATA WAS A BYTE
DATA WAS A 7 BIT BYTE
DETERMINE XOR OF GOOD & BAD
LOG_ERROR ON BAD BANK
ROUTINE SCOPE HANDLER
SUBR _ DISPLAY
ROUTINE ERROR HANDLER
ROUTINE ERROR MESSAGE TYPEOUT
SUBR _ DETAILED ERROR REPORT
ROUTINE BINARY TO OCTAL (ASCII) AND TYPE
ROUTINE CONVERT BINARY TO DECIMAL AND TYPE
ROUTINE TTY INPUT
CONTROL
CONTROL S & CONTROL Q
ROUTINE READ AN OCTAL NUMBER FROM THE TTY
-

390-12302
391-12433
393-12439
395-12480
397-12510
399-12551
399-12561
399-12566
399-12572

BLOCK MOVE SUBROUTINE
FIEkD SERVICE MODE
FIELD SERVICE COMMAND MODE
sus
EXIT
COMMAND O
READ CSR
COMMAND 1
FS
LOAD CSR
COMMAND 2
FS
EXAMINE MEMORY
COMMAND 3
FS
MODIFY MEMORY
COMMAND 4
FS

SEQ 0006

CZMSPAQ MS11-1 /M/P MEMORY DIAG. MACRO M1113

TABLE OF CONTENTS

26-APR-82 09:41

PAGE 2-5

4,87-15716
4,88-15775
489-15811
491-15841

ROUTINE READ A DECIMAL NUMBER FRCM THE TTY
ROUTINE SAVE AND RESTORE RO-R5
ROUTINE RANDOM NUMBER GENERATOR
ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT

492-15885
494-15967
696-15994
500-16097
509-16385

APT MAILBOX~ETABLE
ROUTINE TRAP DECODER
TRAP TABLE
ERROR POINTER
TABLE
ERROR DATA TAGS (DT)

517-16502

MESSAGES

4£92-15883

2
513-16429
515-16475

TABLES

ERROR DATA FORMATS (DF)
ERROR MESSAGES (EM)
ERROR DATA HEADERS (DH)

SEQ 0007

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0008

PAGE 4

REVISION HISTORY

REVISION

DATE

CZMSPA

1-JUN=-82

AUTHOR

IRA CHAVIS

CHANGES

NONE - NEW PROGRAM

26-APR-82 09:41

PAGE 5

O~ERATIONAL SWITCH SETTINGS

OO = NS W

SWITCH

O = NINS N0 N

3¢ 3¢ SF BF SR BF BN BN NN BN B

BN JR B

SWITCH REGISTER DEFINITIONS

[N I

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0009

HALT ON ERROR

LOOP ON TEST
INHIBIT ERROR TYPEOUTS
INHIBIT RELOCATION
QUICK VERIFY

BELL ON ERTMJR
LOOP ON ERROR

HALT PROGRAM (UNRELOCATED

RESTORE LOADERS)

DETAILED ERROR REPORTS
INHIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANK
FAT TERMINAL (132 COLUMNS OR BETTER)
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
DETECT SINGLE BIT ERRORS

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

PAGE 6

o
wvisuin-—=

PROGPAM PURPOSE (ABSTRACT)
SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND ST~NDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES
ASSUMPTIONS

OPERATING INSTRUCTIONS

—deddadcd
. * L] L[]

GEVERAL PROGRAM INFORMATION

WWWW
.« s @
W=

tRROR REPORTING
ERROR ABBREVIATIONS
ERROR HALTS

PROGRAM OPTIONS

EXECUTION TIMES

.
O

CSR INFORMATION TABLES

wvian
e o o
W=

MS11-P CSR
MS11-L CSR
MS11-M CSR

00
.
O

SUB-TEST SUMMARIES

OO0
)
=

PROGRESS REPORTS

TESTS
PATTERNC

N
.
O

oo
« o 8 - @
wvswin—=
W
.
O

ERROR INFORMATION

LOADING AND STARTING PROCEDURES
DEFAULT TEST SEQUENCE
SPECIAL ENVIRONMENTS

PROGRAM FEATURES

NNNSNN
e o o o
VIEWN
=

NN = OV

NO NS WOV

(9,]

-‘-—b—l-‘—l-lu—l—.d—ld—ld—ld-l—l-l—l—l-l—l—ld—l-.
elolels

Wh=0O

[o -]
0

TABLE OF CONTENTS

FAST DATA ACCECS RATES
BANK ZERO TESTING
MEMORY CONFIGURATIO.. MAP

EVERYTHING YOU'VE ALJAYS WANTED TO KNOwW ABOUT SUPERMAC ...

MEMORY MANAGEMENT MAPPING

SEQ 0010

OO\Or OO\ O O O VNN VNIV

WVLES BN 85 BN O 8N IS BN 05 25 WNHAN TN N AN LW

_.—l_....—l_n-l—l_._a—l._.—b—a—l—l-fl-h_.—l—l_.—l_a_;—l-a_._._._.—-l—l_.—l._l—l_.l_a—l..b...

AN D

'Om\IOU"J\WN—DO’O@\JOV\‘“WN—iO‘OQNO\h‘“WN—lOOONOMJ\WN—lOOQ

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ@ 0011

PAGE 7

1.0

GENERAL PROGRAM INFORMATION

1.1

PROGRAM PURPOSE (ABSTRACT)

A. {zfgflgfg FOR USE ON ALL PDP-11/24/44'S WHICH

MEET

THE

CONDITIONS

B. THIS PROGR/M WILL BE USED BY SYSTEM MANAGERS AND OPERATORS TO
DETERMINE THE CORRECT OPERATION OF MAIN MEMORY AND ALSO IT WILL
BE PRIMARILY USED BY FIELD SERVICE AND MANUFACTURING TO ISOLATE
FAILURES

TO THE MEMORY AND TO ISOLATE FAILURES WITHIN THE MEMORY

TO THE CORRECT CARD.

C. THE OBJECT OF THIS SOFTWARE IS TO FUNCTIONALLY
ALL MAIN MEMORY FUNCTIONS AS FAST AS POSSIBLE.

TEST

AND

D. THERE 1S THE CAPABILITY OF TESTING MIXED CONFIGURATIONS
MS11=M AND MS11-P) ON THE SYSTEM.

VERIFY

(MS1i-L,

E. IT HAS SPECIAL A MAINTENANCE MODE (F!ELD SERVICE MODE) TJ PROVIDE
SPECIFIC FUNCTIONAL CAPABILITIES.

1.2

1.2.1

SYSTEM REQUIREMENTS

HARDWARE REQUIREMENTS -

PDP=11-24/44 CPU WITH 22 BIT ADDRESSING
(16 BIT WORDS) OF MEMORY AND MEMORY MANAGEMENT.

AND AT LEAST 64K

NOTE

LIKE MEMORY TYPES MUST BE ON 16K WORD BOUNDARIES
STARTING AT PHYSICAL ADDRESS 0.

PDP-11 SERIES 16/18 PIT PROCESSORS ARE NOT SUPPORTED.

VIS WA = OV

WN = OO0 NONN

NN —

—l_b—b...—l—l.—l_g—l—._;-—i-—l-l_a_.l_-l—l_a_a—t_.—!_.n_..
OO OO OO 00000000 00000000 0000 N NN NN NN~

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

196

iéé
58?

26-APR-82 09:41

SEQ 0012

PAGE 8

SOFTWARE REQUIREMENTS -

1.2.2

THIS PROGRAM IS DESIGNED TO RUN

FOLLOWING MONITORS:

STAND

ALONE

UNDER

ANY

XXDP
ACT
APT

1.3

RELATED DOCUMENTS AND STANDARDS

PDP=11/04/24/34/44/70 PROCESSOR HAND30OK (EB-19402;

PDP=11/44 USER'S GUIDE (EK=11044-UG)

MS11-M USER'S GUIDE (EK-MS11M-UG-001)

MS11-L USERS GUIDE (EK-MS11L-UG-001)

MS11-P TECHNICAL MANUAL (EK-MS11P-TM-001)

1.4 DIAGNOSTIC HIERARCHY PREREQUISITES

IF THE PROGRAM IN ANY WAY MISBEHAVES, THEN:

%8%

TRY IT AGAIN WITH CACHE OFF (REFEFENCE SECTION 2.4.3.1)

%82

INHIBIT RELOCATION (REFERENCE SECTION 2.4.1)

589

TRY CPU DIAGNOSTICS

%83

TRY MEMORY MANAGEMENT DIAGNOSTICS

%}?

TRY CACHE DIAGNOSTICS (WHERE APPLICABLE)

%}%

TRY UNIBUS MAP DIAGNOSTICS (WHERE APPLICABLE)

214

THE

WA = OO~

AINIALALAINININIAIN)

PINDIAON
Y = = —b —

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
1.5

26-APR-82 09:41

SEQ 0013

PAGE 9

ASSUMPTIONS

THIS
PROGRAM ASSUMES
THE
CORRECT
OPERATION OF
MANAGEMENT
CACHE,
AND
THE
UNIBUS
MAP.,
THIS

(INITIALLYS BANK O (0-16K).

2.0

OPERATING INSTRUCTIONS

2.1

2.1.1

THE
CPU,
MEMORY
PROGRAM OCCUPIES

THE XXDP LOADERS ARE IN BANK 1.

STARTING PROCEDURES

QUICK STARTING 1.

LOAD ADDRESS 200
SET SWITCH REGISTER FOR OPTIONS (NORMALLY 0)
START

NOTE

IF ON AN 11/24 USING

MS11-L

MEMORY

SURE
THAT THE PERiIPHERAL PAGE JUMPER IS
IN PLACE;
FAILUME TO DO SC
SENDS
THE
DIAGNOSTIC TO NEVER-NEVER LAND,

2.1.2

O V00 ~NO N

NN =

NININD ASIASLAS
AN N T N ¥
o A ALY AV IV IV
IV

250

261

STOPPING 1.

SET SW8, AND/OR

TYPE CONTROL *°C'* (REFERENCE SE'TION 2.4.4.1).

2.1.3

RESTARTING (PRESERVE CONFIGURAIION TABLE) 1.

LOAD ADDRESS 202

SET SWITCH REGISTER FOR OPTIONS (NORMALLY 0)

START

26-APR-82 09:41

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
270
271
272
273
274
275

%;9
278

279

280

2.1.4
SWITCH

ceee=a

SWITCH REGISTER OPTIONS USE

eecescccscccccccceeees

15
14
13
12
1
10
9

HALT ON ERROR
LOOP ON TEST
INHIBIT ERROR TYPEOUTS
INHIBIT RELOCATION
QUICK VERIFY
BELL ON ERROR
LOOP ON ERROR

289
290
291

[4
6
3

DETAILED ERROR REPORTS
INHIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANK

293
294
295
296

3
2
1
0

281
282
283
284
285
286
287

288

292

SEQ 0014

PAGE 10

HALT PROGRAM (UNRELOCATE

RESTORE LOADERS)

FAT TERMINAL (132 COLUMNS OR BETTER)

TEST MODE - SEE DOCUMENT
TEST MODE ~ SEE DOCUMENT
TEST MODE - SEE DOCUMENT
DETECT SINGLE BIT ERRORS

c
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

2.2

26-APR-82 09:41

SEQ 0015

PAGE 11

DEFAULT TEST SEQUENCE
THE FOLLOWING TWO LISTS GIVE THE TEST PROTOCOL FOR PARITY AND ECC

MEMORY,

TESTS MARKED WITH A ‘'« ARE NOT NORMALLY RUN EXCEPT UNDER ACT
OR

THROUGH

FIELD

SERVICE

COMMAND

(REFERENCE

A =

b b e

b b b

NRP NS NN —

b b

NN N AN N N NN NN

gR‘ 2P£5

321

2.2.1

TEST PROTOCOL FOR MS11-L

PARITY MEMORY -

TEST

TEST NAME

34
6

SOFT ERROR TEST
INITIAL DATA TEST

<1
<1

COMPLEMENT ADDRESS TEST
3 XOR 9 TEST

17
4
1

5
21
35

v 22

v 23
26
* 24
+ 3
r 32
v 33
34

TIME

HOLDING 1°S AND 0'S TEST
ADDRESS BIT TEST
ADDRESS TEST
ROTATING 0°'S TEST

ROTATING 1°'S TEST
MARCHING 1°'S AND 0°'S TEST
WORST CASE NOISE PARITY TEST

REFRESH TEST
SHIFTING DIAGONAL TEST
RANDOM DATA TEST
FAST GALLOPING PATTERN TEST
SOB-A-LONG TEST

WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST

(SEC/16K)

<1
<1
<1

1
1

1
1
N/A

10
10
<1
20
3

<1
35
<1

SECTION

CZMSPAO MS11-L/M/P MZMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0016

PAGE 12

343
344
345
346

%gg
351

2.2.2

TEST PROTCCOL FOR MS11-M ECC MEMORY -

TIME (SEC/16K)

TEST NAME

%%%

TEST

354
355
356
357
358
359
360
361
362
363
364
365
366

5
3 25
+3 11
+ 12
+3 13
+3 15
+3 16
34
6
10
17
I4
1

ROTATING 1'S TEST
INTERRUPT ENABLE TEST
SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
WRITE INHIBIY OF BYTE W/DBE TEST
WRITE In. .l OF WORD W/DBE TEST
SOFT ERROR 1EST
INITIAL DATA TEST
BYTE ADDRESS TEST
HOLDING 1°'S AND 0°'S TEST
ADDRESS BIT TEST
ADDRESS TEST

1
<1
<2
<1
1
1
<1
<1
<1
<1
<1
<1
<1

368
369
370
371
372
373
374
375
376

4
b
21
* 22
26
* 24
+ 31
* 32
v 33

ROTATING 0°'S TEST
ROTATING 1°'S TEST
MARCHING 0°'S AND 1°'S TEST
REFRESH TEST
RANDOM DATA TEST
FAST GALLOPING PATTERN TEST
S08=-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST

1
1
1
10
<1
20
3
<1
35

367

377

COMPLEMENT ADDRESS TEST

SOFT ERROR TEST

%g?

@ ~ RUN ONLY ON THE FIRST PASS WHEN UNDER ACT OR APT

ggg

+ = RUN TWICE FOR EACH 16K BANK IF INTERLEAVED

384
385
386
387

&
390

gg}

AT THE END OF EACH PASS THE PRUGRAM

#30, AND #27 FOR ALL BANKS.

WILL

RUN

CLEANUP

PATTERNS

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0017

PAGE 13

395

396

397

28?

2.2.3

TEST PROTOCOL FOR MS11-P ECC MEMEORY

TIME (SEC/16K)

28%

PATTERN

PATTERN NAME

404
405
406
407
408
409
410
411
412
413
614
415
416
417
418
419
420
421
be?
423
424
425
426
627
428
429
430
431

5
34
6
44
14
45
36
20
37
41
42
43
46
47
10
17
I4
1
2
4
5
21
v 22
26
r 24
v 31
r 32
+ 33

ROTATING 1°S TEST
SOFT ERROR TEST
INITIAL DATA TEST
SHIFTING CHECK BITS THRU
BASIC DBE TEST CSR TEST
SYNDROMES IN CSR ON DBE TEST
CORRECTION CODE TEST
SYNDROMES IN CSR ON _SBE TEST
CHECK ECC DISABLE TEST
ADDRESS TO CSR ON DBE TEST
EXTENDED ADDRESS TO CSR TEST
BYTE WRITE TEST
CHECK SBE WITH ECC DISABLE TEST
NO CSR UPDATE ON SBE WITH DBE TEST
BYTE ADDRESS TEST
HOLDING 1°S AND 0°'S TEST
ADDRESS BIT TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
ROTATING 0°'S TEST
ROTATING 1°S TEST
MARCHING 0°'S AND 1°S TEST
REFRESH TEST
RANDOM DATA TEST
FAST GALLOPING PATTERN TEST
SOB=A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLZ TEST

432

SOFT ERROR TEST

1
<1
<1
1
<1
<1

1
1
<1
1
<1
<1
<1
<1
<1
<1
<1
<1
<1
1
1
1
10
<1
20
3
<1
35
<1

2%2

@ = RUN ONLY ON THE FIRST PASS WHEN UNDER ACT OR APT

437

AT THE END OF EACH PAS, THE PROGRAM WILL RUN CLEANUP PATTERNS

438

439

#30, AND #27 FOR ALL BANKS.

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

2.3

SEQ 0018

PAGE 14

SPECIAL ENVIRONMENTS

CHAIN MODE.

2.3.2

ACT

THE

1ST

APT AUTOMATIC MODE -

gggsPROGRAH WILL NOT CREATE DOUBLE BIT ERRORS (DBE'S)

2.3.2.1

THE FIRST PASS "ILL BE A QUICK VERIFY PASS [F AND ONLY

AFTER

APT EXECUTION TIMES -

2;?5 ARE SOME MEASURED EXECUTION TIMES FOR AN 11/44 WITH

CACHE
ONWARD

1ST Qv PASS

2ND PASS

128k MS11-M (NON-INTERLEAVED)

10 MIN 15 SEC

7 MIN 40 SEC

128K MS11-L

9 MIN 50 SEC

7 MIN 30 SEC

256K MS11-M (INTERLEAVED)

19 MIN 50 SEC

14 MIN 45 SEC

512K MS11-P

NOT ESTABLISHED AT RELEASE TIME

THE FIRST PASS WILL BE A QUICK VERIFY PASS

NOTE

EVEN THOUGH THE FIRST PASS IS A QV_ PASS
IT TAKES LONGER THAN THE SUBSEQUENT
NON=-QV PASSES DUE TO THE FACT THAT IT IS
RUNNING MORE PATTERNS, SOME OF WHICH
(PATTERNS #24 AND #33 FOR EXAMPLE) CAN
BE EXTREMEMLY TIME CONSUMING.

UNDER

6 2
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0019

PAGE 15

APT ENVIRONMENT TABLE -

23;

2.3.2.2

499
28?

THE FOLLOWING TABLE GIVES SOME OF THE STANDARD SETTINGS FOR THE
E-TABLE. THEY MAY BE MODIFIED AS NOTED AS THE USER SEES FIT.

502

FIRST PASS RUN TIME:

503
504
505
289

THIS PARAMETER SHOULD BE 3SET ACCORDING TO THE AMOUNT AND TYPE Of
MEMORY TO BE TESTED. THE ABOVE TABLE (APT EXECUTION TIMES) GIVES SOME
MEASURED TIMES. FOR ANY PATTERNS DELETED (THROUGH USE OF THE DEVICE
DESCRIPTOR WORDS) REFERENCE SECTION 2.2 FOR INDIVIDUAL PATTERN TIMES.

508

g?g

NOTE

M
g}%

THE TIMES GIVEN IN SECTION 2.2 ARE FOR
16K CHUNKS OF MEMORY, NOT 128K BOARDS!

514
515

516

LONGEST TEST TIME:

g;g

PATTERN #33.

517
518

THIS PARAMETER SHOULD BE SET TO THE EXECUTION TIME OF THE LONGEST
FOR THE DEFAULT CASE THIS IS 35 SECONDS FOR
PATTERN BEING RUN.

521
g%%

ADDITIONAL RUN TIME:
NOT USED BY PROGRAM.

524

SOF TWARE ENVIRONMENT:

259

DUMP MODE SET THIS TO A ''0''.

528

ENVIRONMENT MODE:

525

529

530

FOR APT AUTO MODE THIS PARAMETER SHOULD BE SET

WHEN THIS PARAMETER IS SET TO A ''0'° THE

SIZING.

AND AMOUNTS OF MEMORY TO BE TESTED.

533

SWITCH 1:

ggg

INFORMATION ON SWITCH ScTTINGS.

538

PROGRAM

"1"'.

FOR

DOES

IT'S

OQuWN

THE USERS SETS BIT #7 HOWEVER, HE MUST SPECIFY THE TYPES

ggg

534
535

APT

THE DEFAULT SETTING OF THIS SWITCH IS '"101''. APT USES THIS AS
THE SWITCH REGISTER FOR THE PROGRAM. REFERENCE SECTION 2.4.1 FOR MORE

SWITCH 2:

539
540

THIS SWITCH, IF SET TO ANY NON-ZERO NUMBER, IS USED TO LIMIT THE
AMOUNT OF PASSES APT WILL MAKE. THE PROGRAM WILL HANG AFTER THIS

543

CPU OPTIONS:

546
547

MEMORY TYPE N
(N=1 T0 &)
IF BIT #7 OF ENVIRONMENT MODE IS SET THESE FOUR WORDS_ARE USED TO

ggg

THESE LOCATION ARE NOT USED.

22;

gzg

548

gg}

553

COUNT HAS BEEN REACHED.

NOT USED BY PROGRAM.

LOG

THE DIFFERENT TYPES OF MEMORY TO BE TESTED.

MAXIMUM ADDRESS N

IF BIT #7 IS NOT SET

(N=1 TO 4)

THESE FOUR WORDS ARE USED IN CONJUNTION

WITH

THE

CORRESPONDING

]

WA
AW
VIAWVIWALAW
V0O ~NONS

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

WORDS

SEQ 0020

PAGE 15-1

26-APR-82 09:41

gE?SgIESTvPE

INDICATE THE HIGHEST ADDRESS THAT MEMORY TYPE

NOTE

THE ABOVE TWO PARAMETERS DO NOT ACTUALLY
ACCURATE
AN
REPRESENT
10
HAVE
_ THE
ALL
MEMORY.
CONFIGURATION OF
TALLY
ACCURATE
AN
IS
FOR
PROGRAM LOOKS
OF MEMORY AMOUNT!

(N=1 TO0 2)

INTERRUPT VECTOR N

NOT USED BY PROGRAM.

BUS PRIORITY N

(N=1 T0 2)

NOT USED BY PROGRAM.

BASE ADDRESS:
NOT USED BY PROGRAM.

DEVICE MAP:
NOT USED BY PROGRAM.

CONTROLLER DESCRIPTOR CODE N
NOT USED BY PROGRAM.

(N=1 T0 2)

DEVICE DESCRIPTOR CODES:

THE DEVICE DESCRIPTOR CODES ARE USED BY THE PROGRAM TO DETERMINE
WHICH PATTERNS IT WILL RUN. THE DEFAULT VALUES OF THESE WORDS ARE ALL
*9°'%s, INDICATING THAT ALL OF THE PATTERNS SHOWN IN SECTION 2.2 ARE
EXECUTED (SAVE FOR EXCEPTIONS AS NOTED THERE). EACH SET OF WORDS
CONTROLS A TABLE IN THE PROGRAM AS FOLLOWS:

DD WORDS

PROGRAM TABLE (SYMBOLIC LOCATION)

WORDS 0-1

MKCSRT

WORDS 2-3

MKPAT

WORDS 4-5

MJPAT

BIT #0 SET IN THE FIRST WORD INDICATES THAT THE FIRST PATTERN IN
TABLE WILL BE EXECUTED, BIT #1 THE SECOND, BIT #2 THE THIRD,...
#0 OF THE SECOND WORD INDICATES THAT THE 17TH ENTRY IN THE TABLE
BE EXECUTED, AND SO ON.

THE
BIT

WILL

I
CIMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

2.3.3
ORI b b b d b d b
W=
OVele DaNTe SV P YU

[0 o¥ o Yo
Yoo ooooororO
O

612

26-APR-82 09:41

SEQ 0021

PAGE 16

NO SBE FREE BANKS -

IF THE PROGRAM CANNOT FIND ANY SBE
(IN_NON-PROTECTED

ECC MEMORY)

(SINGLE BIT ERROR)

FREE

LOCATIONS

IT WILL PRINT OUT AN ERROR MESSAGE AND

CONTINUE TESTING BY-PASSING THE ECC LOGIC TESTS.

2.3.4
THE

MIXED PARITY
PROGRAM

WILL

ECC CONFTGURATIONS FUNCTION

NORMALLY

MIXED

ENVIRONMENTS.

THE

SEQUENCE
OF
TESTING
MAY SEEM STRANGE DUE_TQ THE RECURSIVE TEST MODE
ALGORITHM (REFERENCE SECTIONS 2.4
. 2.6.1.2,
2.4.7.3).

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APP-82 09:41

625

2.4

PROGRAM OPTIONS

628

2.4.1

626
627

630
631
632

633

635

SEQ 0022

PAGE 17

SWITCH REGISTER DETAILS -

IF A HARDWARE SWITCH REGISTER IS NOT AVAILABLE THEN THE SOF TWARE
SWITCH REGISTER IS IN LOCATION 176. IF UNDER APT IF BIT? IS SET IN
THE E-TABLE SYMBOLIC LOCATION '‘SENVM'' THE APT SOFTWARE SWITCH REGISTER

WILL BE USED (LOCATION $SWREG).

TO CHANGE THE SOFTWARE SWITCH REGISTER CONTENTS:

TYPE ‘‘CONTROL G'’.

636
637
638

THIS WILL CAUSE DISPLAY THE CURRENT VALUE OF THE SWR AND PROMPT FOR
THE OCTAL INPUT OF THE NEW SWR VALUE FROM THE TERMINAL. THIS ROUTINE
WILL IGNORE YOU (NOT RESPOND TO CONTROL ‘‘G') IF YOU HAVE A HARDWARE

641
642

SwiS

639

SWITCH REGISTER.

CONTINUING FROM THIS HALT WILL FIRST CHECK FOR A CHANGE
IN THE SOFTWARE SWITCH REGISTER ('‘CONTROL G'* IN THE TTY
INPUT BUFFER) THEN IT WILL CONTINUE TESTING.

644
645
64
648
649

sW14

SW13

SW12

PREVENTS

666

L»]

= INHIBIT RELOCATION
(10000)

THIS PREVENTS THE PROGRAM FROM MOVING AND

665

670
611

= INHIBIT ERROR TYPEOUTS
(20000)

AFFECTED.

660

667
668
669

LOOPING WILL BE FOR AN ENTIRE BANK OF 16K ADDRESSES.

THIS WILL CAUSE RETURNS FROM THE ERROR ROUTINE WITHOUT
THE TYPED MESSAGES. OTHER ON ERROR FUNCTIONS ARE NOT

658
659
662
663

= LOOP ON TEST
(40000)

THIS WILL CAUSE LOOPING ON THE PRESENT TEST OR PATTERN
(BACK TO LAST SCOPE TRAP). IF IN A PATTERN THEN THE

651
652

655
656

= HALT ON ERROR
(100000)

MEMORY
.

swi1

THE

PROGRAM FROM

TESTING AT

CONSEQUENTLY

LEAST 32K OF

= QUICK VERIFY
(4000)

673

IF THIS SWITCH IS SELECTED APPROXIMATELY

ONE

64TH

676
677

EACH PASS COMPLETE TYPEOUT WILL INDICATE THIS
PRECEDING THE PASS NUMBER WITH ‘“'av'’.

MODE

THE POSSIBLE COMBINATIONS OF SBE'S DBE'S ARE TESTED.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
679
gg?

sW10

685

9
28
688

SW9

CLICK)

SW8

= LOOP ON ERROR

(1000)

= HALT PROGRAM
(400)

1. IF PROGRAM IS RELOCATED IT MOVES BACK TO BANK ZERO.
2. FLUSH OUT ALL POSSIBLE DBE'S.

239
233
;8?

TURNS OFF MEMORY MANAGEMENT.

;85

RESTORE LOADERS.

;82

UNMAP THE UNIBUS MAP (IF THERE IS ONE).

;89

HALT IF UNDER APT OR ACT BRANCH SEL.

710
;B

SW?

713
;}g

RO, R1, R2, R3, R4, RS, SP, "'CONTROL'’, ‘‘CPUERR'’

SW6

;Sg

727
728
729

= INHIBIT CONFIGURATION MAP
(100)

THIS INHIBITS THE PRINTING OF A MAP SHOWING THE

CONFIGURATION - REFERENCE SECTION 7.3

;gg

724

= DETAILED ERROR REPORTS
(200)

AFTER ANY NORMAL ERROR REPORT IS TYPED THIS OPTION
$¢gggs THE CONTENTS OF THE FOLLOWING REGISTERS TO BE

;}9
718
;53

ERROR

THIS INITIATES THE FOLLOWING SEQUENCE:

ggg

708
709

EACH

THIS WILL CAUSE LOOPING FROM FAILURE POINT BACK TO THE
LAST CORRECTLY INITIALIZED AREA OF THE CURRENT TEST.

ggg

691
ggg

= BELL ON ERROR
(2000)

TRAP

683

SEQ 0023

PAGE 18

THIS CAUSES A BELL (OR BEEP OR

682

684

26-APR-82 09:41

SWS

MEMORY

= LIMIT MAX ERRORS PER BANK

(40)

THIS WILL LIMIT THE NUMBER OF ERROR TYPEOUTS PER BANK.
THE DEFAULT 1S 10.
DECIMAL, HOWEVER THIS CAN BE
CHANGED BY CHANGING LOCATION '‘ERRMAX'' MANUALLY.

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
732
;gz

26-APR-82 09:41

SWé

;28

PAGE 19

THIS INFORMS THE PROGRAM THAT THE CONSOLE TERMINAL HAS
A WIDTH OF AT LEAST 132 COLUMNS (LA36 WITH WIDE PAPER).
SW3-1

= TEST MODE

TEST MODES DETERMINE THE RECURSION ALGORITHM TO BE USED

761

;2%

DURING PATTERN TESTS.

;2%

MODE NAME DESCRIPTION

746
747

748
749
750
73
752
;gz

(0)
(2)

(4)
(6)
(10)
(12)
(14)
(16)

0
1

2
3
4
5
]
7

BAF PAF
BAFPAR

BAWPAF
BAWPAR
PAFBAF
PAFBAW
PARBAF
PARBAW

BANKS FORWARD, PATTERNS FORWARD
BANKS FORWARD, PATTERNS REVERSE

BANKS WORST FIRST, PATTERNS FORWARD.
BANKS WORST FIRST, PATTERNS REVERSE.
PATTERNS FORWARD, BANKS FORWARD
PATTERNS FORWARD, BANKS WORST FIRST
PATTERNS REVERSE, BANKS FORWARD
PATTERNS REVERSE, BANKS WORST FIRST.

FOR MORE DETAILS REFERENCE SECTION 2.4.1.1, 2.4.1.2 AND

755
758

SEQ 0024

= FAT TERMINAL
(20)

735
;g?
738

SWo

= DETECT SINGLE BIT ERRORS (SBI'S)

761
762

FOR MANUFACTURING PURPOSES THIS SWITCH SHOULD ALWAYS BE
FOR FIELD SERVICE PURPOSES THIS SWITCH SHOULD
ON.

765

THIS SWITCH WILL ALLOW ALL ECC SINGLE BIT ERRORS TO

ALWAYS BE OFF.

;22

;gg

REPORTED BY DISABLING ERROR CORRECTION.

768

ERROR PRINTOUTS OF SBE'S ARE NOT
DBE'S.

769

770
771

DISTINGUISHABLE

;;%

NOTE

774
775
;;g

IF DOUBLE BIT ERRORS ARE FOUND IN THE MEMORY,
THIS SWITCH SHOULD BE SET TO MAKE SURE THAT NEW
DATA CAN BE WRITTEN TO THE DBE LOCATIONS.

778
779
780

;g}

2.4.1.1

783

EXAMPLE ANALYSIS OF MODE S5 ‘PAFBAW''.

784

BE
FROM

TEST MODE EXAMPLE -

AND BANKS 2,3,4, 5 ARE MS11-M.

ASSUME BANKS 0

ARE

MS11-L

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

PAGE 20

ASSUME ALSO THAT BANK > IS KNOWN BAD BY THE PROGRAM VIA THE SIZING
ROUTINE OR PREVIOUS RUNS THE TESTING SEQUENCE WOULD BE AS FOLLOWS:
;TEST MS11-M MEMORY TYPES FIRST
;TEST KNOWN BAD MEMORY (BANK 3)
TEST 17,
TEST 7,
TEST 1,
TEST 2,
TEST 4,
TEST 5,
TEST 21,
TEST 20,
TEST 22,
TEST 26,

BANK 3
BANK 3
BANK 3
BANK 3
BANK 3
BANK 3
BANK 3
BANK 3
BANK 3
BANK 3

;TEST PRESUMED GOOD MEMORY (BANKS 2,4.5)

b b

OV~
W

0000 00 00 00 00 0000

812

821

TEST 17,
TEST 7,
TEST 1,
TEST 2.
TEST 4,
TEST S,
TEST 21,
TEST 20,
TEST 22,
TEST 26,
TEST 17,
TEST 7,
TEST 1,
TEST 2.
TEST 4,
5,
TEST
TEST 21,
TEST 20,
TEST 22,
TEST 26,
TEST 17,
TEST 7,
TEST 1,
TEST 2,
TEST &,
TEST 5,
TEST 21,
TEST 20,
TEST 22,
TEST 26,

BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK &
BANK &
BANK 4
BANK 4
BANK 4
BANK 4
BANK &
BANK 4
BANK &
BANK 4
BANK 5
BANK 5
BANK 5
BANK 5
BANK 5
BANK 5
BANK 5
BANK 5
BANK 5
BANK 5

SEQ 0025

N
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

839

26-APR=82 09:41

32?

;RELOCATE

842
843

TeST
TEST

846
847
848

TEST
TEST
TEST

844
845

849
850

851
852
853
854
855

TEST
TEST

TEST
TEST
TEST

TEST PROGRAM SPACE (BANK 0 & 1)

1,
2.

BANK 0
BANK 0

3.
&.
5.
26.
1.
2.
3.
&.
S.
26.

BANK 0
BANK 0

BANK 0
BANK 0
BANK 1
BANK 1
BANK 1

BANK 1
BANK 1
BANK 1

ggg

NOTE

858
859

SEQ 0026

PAGE 21

THIS IS
AN
SEQUENCE.

EXAMPLE

NOT

ACTUAL

862

THE TEST SEQUENCE WAS FORWARD (THE SIMPLE PATTERNS

ggg

20, 22, 26)(MS11-L = 1, 2, 3, 4,

863

866

TESTS

LAST)

FIRST,

COMPLEX

SEQUENCE OF PATTERNS (MS11-M = 17, 7. 1, 2.°4. 5. 21,
5, 26).

THE

ggg)eAnxs THAT ARE NOT PROTECTED OR PROGRAM SPACE (FROM 0

g;g

PARITY BANKS THAT ARE NOT PROGRAM SPACE (F0M 0 TO 167).

g;g

THE PROGRAM NOW RELOCATES

339

4. ggg)eAnxs THAT WERE PROTECTED OR PROGRAM SPACE (FROM 0 TO

ggg

393

871

878

881
ggg

IF THE BANK SELECTION IS FORWARD THE

FC! LOWING CRDER:

BANKS

WILL

TESTED

)

TESTS:

)

PARITY BANKS THAT WERE PROGRAM SPACE (FROM O TO 167).

IF BANK SELECTION IS WORST
FIRST
THE
CONFIGURATION TABLE
CONSULTED AND BANKS WILL BE TESTED IN THE FOLLOWING ORDER.

WILL

884
ggg

ECC BANAS THAT ARE KNOWN BAD AND ARE NOT PROTECTED OR PROGRAM
SPACE (FROM 0 TO 167).

887
ggg

PARITY BANKS THAT ARE KNOWN BAD AND
(FROM 0 TO 167).

ARE

NOT

PROGRAM

890

ECC BANKS THAT ARE PRESUMED GOOD AND

ARE

NOT

PROTECTED

SPACE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0027

PAGE 22

PROGRAM SPACE (FROM 0 TO 167).

PARITY BANKS THAT ARE PRESUMED GOOD AND ARE NOT PROGRAM SPACE
(FROM 0 TO 167).

THE PROGRAM NOW RELOCATES

TESTS:

PROTECTED

ECC BANKS THAT ARE KNOWN BAD AND WERE
SPACE (FROM 0 TO 167).

PROGRAM
(FROM

8A$3T¥69§NKS THAT ARE KNOWN BAD AND WERE PROGRAM SPACE
AND

WERE

PROTECTED

PARITY BANKS THAT ARE PRESUMED GOOD AND

WERE

PROGRAM

ECC BANKS THAT

ARE

PRESUMED

P0GRAM SPACE (FROM 0 TO 167).

GOOD

(FROM 0 TO 167).

2.4.1.2
MODE 0

SPACE

TEST MODE DETAILS -

‘BAFPAF'' BANKS FORWARD, PATTERNS FORWARD
THIS IS THE DEFAULT AND SIMPLEST MODE.

167

WHILE TESTING EACH BANK THE PATTERNS ARE RUN WITH
SIMPLE ONES FIRST BUILDING TO THE MORE COMPLEX.

THE

THIS MODE TESTS EACH BANK

COMPLETELY

CXCEPT THOSE REQUIRING RELOCATION®,

THIS MODE TESTS EACH BANK

COMPLETELY

EXCEPT THOSE REQUIRING RELOCATION+.

FROM

-t

‘BAFPAR'' = BANKS FORWARD, PATTERNS REVERSE
O~
°~N

MODE 1

FROM

WHILE TESTING EACH BANK THE PATTERNS ARE RUN WITH THE
MOST COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.
MODE 2

‘BAWPAF‘' = BANKS WORST FIRST, PATTERNS FORWARD

THIS MODE FIRST TESTS EACH KNOWN BAD BANK COMPLETELY
FROM O TO 167 EXCEPT THOSE REQUIRING RELOCATION®, THEN
PRESUMED GOOD BANKS ARE TESTED FROM O TO 167 EXCEPT
THOSE REQUIRING RELOCATION*.

WHILE TESTING EACH BANK THE PATTERNS ARE RUN WITH
SIMPLE ONES FIRST, BUILDING TO THE MORE COMPLEX.
MODE 3

THE

"BAWPAR'' = BANKS WORST FIRST, PATTERNS REVERSE

THIS MODE FIRST TESTS EACH KNPYN

BAD

BANK

COMPLETELY

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ@ 0028

PAGE 23

FROM 0 TO 167 EXCEPT THOSE REQUIRING RELOCATION=®, THEN
PRESUMED GOOD BANKS ARE TESTED FROM O TO 167 EXCEPT
THOSE REQUIRING RELOCATION«.

WHILE TESTING EACH BANK THE PATTERNS ARE RUN WITH THE
MOST COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.
MODE &

"PAFBAF'' = PATTERNS FORWARD, BANKS FORWARD

THIS MODE TESTS EACH PATTERN COMPLETELY WITH THE SIMPLE
ONES FIRST, BUILDING TO THE MOPE COMPLEX.

WHILE TESTING EACH PATTERN THE BANKS ARE RUN FROM 0
167 EXCEPT THOSE REQUIRING RELOCATION®.

MODE 5

'PAFBAW'' = PATTERNS FORWARD, BANKS WORST FIRST

THIS MODE TESTS EACH PATTERN COMPLETELY WITH THE SIMPLE
ONES FIRST, BUILDING TO THE MORE COMPLEX.

WHILE TESTING EACH PATTERN FIRST EACH KNOWN BAD BANK
FROM O TO 167 EXCEPT THOSE REQUIRING RELOCATION« IS

RUN, THEN PRESUMED GOOD BANKS ARE RUN

167

THIS MODE TESTS EACH PATTERN COMPLETELY WITH THE
COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.

MOST

WHILE TESTING EACH PATTERN THE BANKS ARE RUN FROM 0

EXCEPT THOSE REQUIRING RELOCATION«.
MODE 6

FROM

‘PARBAF'’ = PATTERNS REVERSE, BANKS FORWARD

167 EXCEPT THOSE REQUIRING RELOLATION«.

MODE 7

‘PARBAW'' = PATTERNS REVERSE, BANKS WORST FIRCIT

THIS MODE TESTS EACH PATTERN (OMPLETELY WITH THE
COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.

MOST

WHILE TESTING EACH PATTERN FIRST EACH KNOWN BAD BANK
FROM O TO 167 EXCEPT THOSE THAT REQUIRE RELOCATION* IS
RUN, THEN PRESUMED GOOD BANKS ARE RUN FROM 0 TO 167
EXCEPT THOSE REQUIRING RELOCATION«.
NOTE

* RELOCATION IS REQUIRED TO TEST THE
IN PROGRAM SPACE AND ALSO TO
BANK(S)
TEST ANY
ECC
BANKS
PROTECTED
8Y
DIAGNOSTIC CHECKMODE WITH THE INHIBIT
MODE POINTER OFF (ZERO)!

SEQ 0029

PAGE 24

NONH WO VN
200V

2.4.1.3

TEST MODE APPLICATIONS -

TO VERIFY CORRECT OPERATION OF THE MEMORY SYSTEM USE

"oAFPAF'’,

ADVANTAGES:

MODE

EASY TO UNDERSTAND.

IN CASE OF A FAJLING BANK, IT MAY TAKE A LONG
DISADVANTAGES:
FAILURE.
THE
TIME TO FIND

T0 GET DETAILED ERROR INFORMATION UL:! KNOWN BAD
.
BY SIZING ROUTINE) USE MODE 2 ‘'BAWPAF
ADVANTAGES:

W
O OVBNANE WA 2O V00NN

QOOOOOOOOO
WINW
N WNN NN

_.—a_.—._.—a_._.—a_.—l—n_.—l_n_.—h..—l_...b—d—a_.-a_a—l_l_.—l-a_l—l—l—l—l—l_._._.

ooogo
NS NNY -

e letolelelatel=i=lolol=l=Tololololotololo
e Lo e Lo [olelelels]

CZMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEEKS BAD BANKS.

EASY TO UNDERSTAND.

FAILURES OTHER THAN ZEROS
DISADVANTAGES::
FIND.
TO
LONG TIME

BANKS

ONES MAY

TO GET GOOD ERROR INFO ON ANY MEMORY PROBLEM FAST USE MODE

*PAFBAF'’,

ADVANTAGES:

COVERS ALL BANKS FAST,

EASY TO UNDERSTAND.

FAILURES FROM ONLY COMPLEX PATTERNS MAY
DISADVANTAGES:
FIND.
TO
TIME
LONG
A

TAKE

TO FIND ANY PROBLEM FAST USE MODE 7 ''PARBAW''.
ADVANTAGES:

COVERS ALL BANKS FAST.

DIFFICULT TO UNDERSTAND FAILURES REPORTED ARE
L JSADVANTAGES:
NOT NECESSARILY THE MOST BASIC FAILURE MODES.

2.4.2

DISPLAY REGISTER -

HARDWARE DISPLAY EXISTENCE.

ANY

DISPLAY FIELDS ARE AS FOLLOWS:

1511
RELOCATED ;

12 11 10
BANK #

8!7
6
S!4
; NOT USED ;

3
2
1
PATTERN #

PATTERN # = THE NUMBER OF THE PATTERN PRESENTLY BEING RUN. ALL
PATTERNS ARE DESCRIBED IN SECTION 6.2. ANY PATTERN CAN BE
FOUND IN THE DIAGNOSTIC BY LOOKING UP THE SYMBOLIC TAGS
"MTOONN'' AND “MTPONN'' - WHERE 'NN'‘ IS THE TEST NUMBER.
MTOONN REFERS TO THE ROUTINE THAT SETS UP FOR THE TEST
PATTERN WHEREAS MTPONN IS THE ACTUAL PATTERN ITSELF.
NOTE

# IS NOT NECESSARILY
INDICATION OF DEGREE OF DIFFICULTY.

THE PATTERN

Wiy
—

b
-

SEQ 0030

PAGE 25

A SOFTWARE DISPLAY REGISTER EXISTS IN LOCATION 174 IN ADDITION TO

=lelele]
NNN

SZERREREREE LTI

(elelel=)
o
(=4
AV
9
9
99999
NN = OV
NN SN

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

BANK

= THE NUMBER OF THE BANK (16K) OF MEMORY UNDER TEST (0-167).
THESE BITS DIRECTLY MAP TO PHYSICAL ADDRESS BITS (21:15).

RELOCATED = THIS BIT INDICATES THAT THE PROGRAM IS RELOCATED AND NO
LONGER IN BANK 0. IT WILL BE RELOCATED TO THE FIRST
KNOWN GOOD NON-PROTECTED MEMORY BANK INDICATED ON
THE CONFIGURATION MAP (REFERENCE SECTION 7.3).

NOTE

ANOTHER WAY TO OBTAIN THIS INFORMATION
IS TO TYPE A CONTROL/T AT THE CONSOLE
(REFERENCE SECTION 2.4.4.5).

SEQ 0031

PAGE 26

NNNNNNN-&-A—:.._._.-._.-J-oooOg WV
OOQ\IOV\&\NN-’OO@N&V‘%WN-‘SOQNOM&MN-‘OOQNOUN\WN—'OO&N

WNN)

26-APR-82 09:41

2.4.3

SPECIAL MEMORY LOCATIONS -

2.4.3.1

CACHE CONSTANT -

THE CACHE CONSTANT IS LOCATED AT SYMBOLIC LOCATION ‘'CACHK'' AND IS USED
TO ENABLE CACHE.

NOTE

e D i

b b b i e

b b b b b b b b b b b wnd b D b ed o =D b D D cnd —d D e

b d b b ek = = DO

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

b e

BIT 0 IN THE CACHE CONSTANT HAS NO
EFFECT SINCE IT IS UNCONDI,IONALLY SET
BY THE PROGRAM WHENEVER IT TRIES TO

2.4.3.2

(ONFIGURATION TABLE

THE CONFIGURATION TABLE IS LOCATED AT SYMBO IC LOCATION

HAS THE FOLLOWING FORMAT:

CONFI1G:

°‘°CONFIG'’

AND

FIRST 16K CONFIGURATION WORDS (2 EACH)

2ND

16K CONFIGURATION WORDS (2 EACH)

THIS TABLE IS USED AS TH
MAP (REFERENCE. SECTION

= O

ERRORS PRESENT

= OO NN

1
&H

MEMORY EXISTS
RESERVED

SKIP ECC LOGIC TESTS FLAG (1=SKIP)

2 QOO

Wro—= ) TN
—ny | =
—
b
o

b b 4

—

g Py P

Sug P

ot o] o e

OOOO®D

MED:

g Pt P

onne) Pt P

LOW:

CONFIGURATION WORDS:

d e e o =) = =f = = =4

200TH 16K CONFIGURATION WORDS (2 EACH)

PROTE” IED REGION OF AN ECC MEMORY
PROTECTED (PROGRAM SPACE)
CSR_CODE
INTERLEAVED CSR CODE
NUMBER OF ERRORS
MEMORY TYPE
CSR_TESTED OK
INTERLEAVE ENABLED

BACKGROUND PATTERN VALID' FLAG
BANK SELECTED FOR TEST BY FIELD SERVICE MODE
LOADERS HOME BANK

?URCE FOR THE CONFJIGURATION

b @b e e e D e e emd b b cnd cud b b @b b b @b wd b b b b e b =
- D b and b and b b cnd cnd b wod and md @b wd cud b b cud cnd wd b -—d ed g =l
WV ESBN BN B5 85 85 8 8 8 B NN NN NN
N N NN
NN

b—

b b b e

ENABLE CACHE.

oog

) =

b cnnd b

b cd

NN ANININININIA) b cnd
o
o
v
oo~

b and

wnd b =D e ==

b cud

b cod e

wmd

b —d cd

26-APR-82 09:41

SE0 0032

PAGE 27

TERMINAL COMMANDS -

2.4.4

CONTROL '‘C*’

2.4.4.1

THIS COMMAND WILL:

IF SWITCH 8 (HMALT PROGRAM) IN THE SWITCH REGISTER IS SET HALT

FLUSH OUT ANY DBE'S.
TURN OFF MEMORY MANAGEMENT.

ATTEMPT TO BOOT RKO5 DRIVE 0.
FAILING &4, ATTEMPT TO BOOT RKO4 DRIVE 1.

FAILING 5, GO TO &.

IF SWITCH 8 IS NOT SET, UNRELOCATE IF PROGRAM WAS RELOCATED.

THE PROGRAM.

b —i_‘-b-l-.s_.—l_n—l...—l_n—l_n—l_n_l_..-l_l_.—l_b—b_.—l—l_l_o-a_n_a.‘_._l_a
il D d pd D b
e wd ed ed = e b e b ad D b D d b d D b cd =D ad b b D b and ad

OO0
00 Qo 00
0000 ~N N NN NN NN N YOO O OO
ONON O O NN NNV
238—-8883832&#'0-'gggwgmgagdoomwombumdoomwgw%umdoomwombwm

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

THIS COMMAND WILL ONLY BE RECOGNIZED AT THE COMPLETION OF THE
TEST OR PATTERN, OR AT THE END OF A LINE OF AN ERROR MESSAGE.

2.4.4.2

CURRENT

CONTROL ‘X'* (KILL ERROR PRINTOUT AND SKIP PATTERN)

THIS COMMAND WILL ALLOW YOU TO STOP AN ERROR PRINTOUT AND SKIP TO THE
NEXT PATTERN. THIS IS HANDY, FOR EXAMPLE, WHEN YOU HAVE A WHOLE BANK
FULL OF ERRORS, HAVE GOTTEN ENOUGH INFORMATION, AND WISH TO SK.P TO
THE NEXT PATTERN.

2.4.4.3

CONTROL '‘T'' (TELL ME wHAT'S HAPPENING)

THIS COMMAND WILL PRINT QUT THE INFORMATION
REGISTER.
THIS IS MAINLY |INTENDED FOR
DISPLAY REGISTER.

ENCODED IN THE DISPLAY
CPU'S WITHOUT A HARDWARE

EXAMPLE:

BANK = 17 TEST = 46
RELOCATED BANK= 0 PAT= 26

BY USE OF FIELD SERVICE COMMAND 17 "‘TRACE'' CAN BE SET SO THAT IT WILL
AUTOMATICALLY TYPE OUT THE BANK AND PATTERN NUMBERS AS EACH PATTERN IS
RUN.

(REFERENCE SECTION 2.4.4.8.18).

NS W
WM = OV
O
OV IS (N = © V00
NN =2 O D00
S WNL=OV00N O VN &

P
Y
X
L
g
S

SEQ 0033

PAGE 28

—O

26-APR-82 09:41

2.4.4.4

CONTROL ''S’* (STOP)

THIS COMMAND WILL STOP TYPEOUT (SOON) AND WILL WAIT FOR A CONTROL °'@'’.
2.4.4.5

CONTROL 'Q'' (QUINTINUE)

THIS COMMAND WILL CONTINUE TYPING THAT HAS BEEN STOPPED BY CONTROL
"§'*.
IF THERE HAS BEEN NO CONTROL °'S'' TYPED THEN THIS COMMAND IS
IGNORED.

2.4.4.6

CONTROL ''F'* (FIELD SERVICE MODE)

THIS COMMAND WILL CAUSE YOU TO
COMMANDS
.

ENTER

MODE

WHICH

LOOKS

FOR

SU8

WHEN THE PROGRAM IS LOOKING FOR A SUB COMMAND ANY NUMBER THAT IS NOT A
LEGAL COMMAND WILL CAUSE A MINI HELP MESSAGE TO BE TYPED. THEREFORE
WHEN IN COUBT TYPE 99 (CR) AND YOU WILL GET HELP.
NOTE

TYPING JUST CARRIAGE RETURN IS A DEFAULT
COMMAND 0.

gy b e o e d =D e

d De

D d D ) o =D e D D D o D ad D

D D nd pd =D b

NOALNLNLALNINALALAINLNLALNVALNINININD
N ST, ST Y ST ST ST ST NTNY NSNS NSNS SN G NS TN [N T S TS 1,8 ]
08 2 8 8 B W NN AN NN NN
NI PO PO NI N NINININ) =D b b b b b d ) b b
AWl &H 8 SN BN

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

2.4.4.7.1

FIELD SERVICE COMMAND O (EXIT)

THIS COMMAND WILL EXIT FIELD SERVICES MODE AND RETURN TO WHATEVER TASK

WAS

PRIOR

TYPING CONTROL ‘F''.

RETURN IS A DEFAULT _OMMAND 0.

NOTE TYPING JUST CARRIAGE

13
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0034

PAGE 29

1256
1257
1258
1259

1262

2.4.4.7.2

FIELD SERVICE COMMAND 1

(READ CSR)

1264

THIS COMMAND WILL TYPEOUT THE CONTENTS OF THE CSR.

1266
1267
1268
1269

IF THERE IS MORE THAN ONE CSR ON THE CPU (OR IF THE
PROGRAM HAS
NOT
DETERMINED
THE
CSR
STATUS YET), IT WILL ASK YOU 'WHICH CSR(0-F)"’ TO
WHICH YOU MUST RESPOND WITH AN HEXIDECIMAL NUMBER FPOM O TO
F.
NOTE
TYPING JUST CARRIAGE RETURN 1S A DEFAULT 0.

1271
1272
1273
1274
1275
1376
1977
1278
1279
1280
1281
1282

IF THE CSR YOU SELECT CAUSES A TRAP TO & THE PROGRAM WILL
SR DOES NOT EXIST''.

TYPE

'‘THIS

NOTE
CSR REFERENCES ARE
WITH SECTION 5.0.

DONE

ACCORDANCE

1283

2.4.4.7.3

1285

THIS COMMAND WILL ENABLE YOU TO LOAD THE CSR.

1287
1288
1289
12%0

IF THERE IS MORE THAN ONE CSR ON THE CPU (OR IF THE
PROGRAM HAS NOT
YET DETERMINED THE CSR STATUS YET) IT WILL ASK YOU ‘MHICH CSR(O-F)'* TO
WHICH YOU MUST RESPOND WITH AN HEXIDECIMAL NUMBER FROM O TO
F.
NOTE

1292

FIELD SERVICE COMMAND 2 (LOAD CSR)

TYPING JUST CARRIAGE RETURN IS A DEFAULT 0.

IF T'S CSR YOU SELECT CAUSES A TRAP TO 4 THE PROGRAM WILL

1293

CSR LOES NOT EXIST'".

1295

THE CSR WILL BE READ AND DISPLAYED AS IN COMMAND 1.

1297

1298

1300

1301
1302
1303
1304

TYPE

'‘THIS

THE PROGRAM WILL THEN ASK YOU FOR THE ''CSR?'* TO WHICH YOU MUST RESPOND

WITH

OCTAL NUMBER.TM

NOTE TYPING JUST CARRIAGE RETURN IS'A DEFAULT

THE PROGRAM WILL THEN LOAD THE CSR AND READ IT
NEW CONTENTS.

AGAIN

DISPLAYING

ITS

W20V
NV
NN =200V
NN
NOWNMD
NN =OYL BV VB WL =O VO NONNS W N = OV

— aud e

b =

b wd b ad =D ad ek ad =b

) b e eed e

D d e

D b d =D med =

e d D D ) d =D e

d D d ed =D e

WWWWWWM&WWWWWWWWWWWWWWWWWWW
wwwwwwwuwwwtg
WWNNNINAINNINNIN
= b Db b B = b OO(=]
D
NNWNLNNNW
R uuwg
VIVAWWWIVAVIVA
G N8
~

b d e
BNN N

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26~-APR-82 09:41

2.6.4.7.64

SEQ 0035

PAGE 30

FIELD SERVICE COMMAND 3 (EXAMINE MEMORY)

THIS COMMAND WILL ALLOW YOU TO EXAMINE ANY PHYSICAL ADDRESS
THE NECESSARY MEMORY MANAGEMENT MAPPING FOR YOU.

THE PROGRAM WILL ASK YOU FOR THE 'PHYSICAL

WHICH YOU MUST RESPOND WITH AN OCTAL NUMBER.

ADDRESS

AND

DOES

(0-17757776)''

IF THE ADDRESS ACCESS CAUSES A TRAP TO 4 THE PROGRAM WILL TYPE
“TIMEOUT TRAP''.
IF THE ADDRESS ACCESS CAUSES A TRAP TO 114 THE
PROGRAM WILL TYPE 'PARITY ABORT''.

THE CONTENTS OF YOUR PHYSICAL ADDRESS WILL BE TYPED.

2.6.4.7.5

FIELD SERVICE COMMAND &4 (MODIFY MEMORY)

THIS COMMAND ALLOWS YOU TO MODIFY ANY PHYSICAL ADDRESS

NECESSARY MEMOR) MANAGEMENT MAPPING FOR YOU.

THE PROGRAM WILL ASK YOU FOR THE ‘PHYSICAL

WHICH YOU MUST RESPOND WITH AN OCTAL NUMBER.

ADDRESS

AND

DOES

(0-17757776)'"

THE

T0O

IF THE ADDRESS ACCESS CAUSES A TRAP TO & THE PROGRAM WILL TYPE
“TIMEOUT TRAP'.,
IF
THE ADDRESS ACCESS CAUSES A TRAP TO 114 THE
PROGRAM WILL TYPE 'PARITY ABORT''.

;gsREggGRAH WILL TYPE ''OLD DATA WAS'' AND THE CONTENTS OF YOUR PHYSICAL
THE PROGMAM WILL THEN TYPE “'INPUT NEW DATA'' TO WHICH YOU MUST RESPOND
gITH AN OCTAL NUMBER. NOTE TYPING JUST CARRIAGE RETURN IS A DEFAULT

THE PROGRAM WILL ATTEMPT TO WRITE THIS NEW DATA INTO YOUR PHYSICAL
ADDRESS AFTER WHICH IT WILL READ IT AGAIN AND TYPE 'DATA IS NOW'' AND
THE NEW CONTENTS OF YOUR PHYSICAL ADDRESS.
NOTE

IF YOU CAN'T CHANGE THE DATA, THAT WOULD
THAT YOU HAVE A DOUBLE BIT
INDICATE
ERROR IN THAT DOUBLE WORD PAIR.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

2.4.4.7.6

SEQ 0036

PAGE 31

FIELD SERVICE COMMAND 5 (SELECT BANK

TEST)

THIS COMMAND ALLOWS YOU TO RUN ANY BANK WITH ANY PATTERN FOREVER.
THE PROGRAM WILL ASK YOU 'BANK(0-167)‘" TO WHICH YOU MUST RESPOND WITH
IF THE BANK IS NOT ACCESSIBLE. THE PROGRAM WILL
AN OCTAL NUMBER.
TYPE 'BANK NOT ACCESSIBLE''* AND ASK QUESTION OVER.

THE PROGRAM WILL THEN ASK ''TEST (0-47)'' TO WHICH YOU

WITH AN OCTAL NUMBER.

MUST

RESPOND

NOTE

ANY PATTERN CAN BE RUN INCLUDING THOSE
THAT ARE NOT PART OF THE APT E-TABLE
IF
DEFAULTS (REFERENCE SECTION 6.2.1).
YOU SELECT PATTERN O, THE PROGRAM WILL
ASK “‘TEST O DATA IS?" TO WHICH YOU
MUST RESPOND WITH AN OCTAL NUMBER.

IF THE BANK YOU SELECTED REQUIRES RELOCATION THE PROGRAM WILL TYPE
"BANK REQUIRES RELOCATION'® .ND EXIT THIS COMMAND. NOTE NORMALLY THIS
IS TRUE FOR BANK 0.

THE PROGRAM WILL THEN A"M THE CONSOLE KEYBOARD FOR INTERRUPTS AND TYPE

*'TO ESCAPE TYPE ANY KF¢!''.

THE TEST PATTERN WJ_L BE ENTERED

DEPRESSED TO ESCAFc THIS LOOP.

2.4.64.7.7

AND

RUN

UNTIL

CONSOLE

KEY

FIELD SERVICE COMMAND 6 (TYPE CONF!GURATION MAP)

THIS (OMMAND TYPES THE CONFIGURATION MAP.

THIS IS USEFUL AFTER A LONG RUN (OVERNIGHT) TO SEE ALL THE BANKS THAT
ARE MARKED AS BAD. (ESPECIALLY IF YOUR CONSOLE IS A VIDEO TERMINAL).

FOR A DETAILED EXPLANAVION OF THE MAP REFEIENCE SECTION 7.3.

_._._._._._._._.._.—A-l—h—l..a_._._a_.-b—n_n._._.._.._A_;—h_n_a_n_a_.—b—h_._A_A_n—-l—l—l_a_t_o—l..a—l-h—a_._.—i_.

o~ H P
Y T Y N T Y
Y Y T S Y Y
N N o N o
a2t ot 3t 2 A N
2 2R AL 2SI I I 2O TN
O OO\ VYNV VNV
SN S5 0 85 05 B 85 08 B B W NN N N NN AN N NI NI AU NI NI NI AN = =od — b b b b 2 =2 b
m-no»ooo\;omaww-aoooowo\nbwm-noooowovuswru-noooowo\nbwwaoooowowbwm-oo

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

THIS

SEQ 0037

PAGE 32

26-APR-82 09:41

2.4.6.7.8

FIELD SERVICE CCAMAND 7 (SOB~A~LONG TEST)

COMMAND

ALLOWS

EXECUTION OF

BANKS ~ REFERENCF
NON-PROTECTED
IDENTICAL TO COMMAND 5 EX.EPT TH¢
EACH PASS CAUSES A BELL.

2.4.4.7.9

FIELD SERVICF COM

THE

SOB-A-LONG

TEST

ALL

OPERATION IS
SECTION 6.2.2.26.
ENTERED AND
IS
BANK
OR
PATTERN
NO

D 8 (ERROR SUMMARY)

THIS COMMAND TYPES OUT THF JMBER OF PASSES AND THE TOTAL NUMBER OF
¢ ERRORS IT WILL TYPE OUT THE BANKS AND THE
IF THERE WERE
ERRORS.
NUMBER OF ERRORS PER E*vK JP TO 255 DECIMAL.
THIS BECOMES USEFU'

AFTER LONG RUNS (ALL

VIDEO CONSOLE TF AMIN.L.

2.4.4.7.10

NIGHT)

SYSTEMS

WITH

FIELD LERVICE COMMAND 9 (REFRESH TEST)

THIS COMMAND Al .0JS EXECUTION OF THE RFFRESH TEST ON ALL NON-PROTECTED

BANKS REFEPENCE StCTION 6.2.2.19.

OPER+TION IS IDENTICAL TO COMMAND 5

EXCEPT THA' NU PATTERN OR BANK IS ENTERED AND EACH PASS CAUSES A BELL.

2.64.4.7.11

FIELD SERVICE COMMAND 10 (SET FILL COUNT)

THIS COMMAND #LLOWS SETTING OF THE TERMINAL FILL COUNT (NECESSARY

AND VT05'S).
LA30)S. ASR3:(S.

2.4.64.7.12

FOR

IT IS NORMALLY SET TO ZERO FOR LA36'S,

FIELD SERVICE COMMAND 11 (ENTER KAMIKAZE MODE)

THIS COMM/ND ALLOWS YOU TO RUN PATTERNS THAT ARE NORMALLY NOT EXECUTED
UNLESS UNJER APT OR ACT. THEY ARE USUALLY VERY TIME CONSUMING AND CAN
RESULT IN FAILURES THAT ARE FATAL TO THE PROGRAM. IN EFFECT YOU ARE
TRYING TO IND A HARDWARE FAILURE REGARDLESS OF THE CONSEQUENCES.
NOTE TH:T MOST CRASHES DO NOT WIPE OUT THE DISPLAY INFORMATION WHICH
IS TEL.ING YOU WHAT THE PROGRAM WAS DOING JUST PRIOR TO FAILURE.
THERE FRE TWO WAYS TO DIE HERE - IMPATIENCE AND CRASHES.

26-APR-82 09:41

FAGE 33

2.4.4.7.13

FIELD SERVICE COMMAND 12 (EXIT KAMIKAZE MODE)

RETURN TO THE DEFAULT MODE OF TESTING (UNDO COMMAND 12).

2.4.4.7.16

FIELD SERVICE COMMAND 13 (TURN CACHE OFF)

£H153C?§NGES THE CACHE CONSTANT TO

2.4.4.8.15

BYPASS

C(ACHE

(RFFERENCE

SECTION

FIELD SERVICE COMMAND 14 (TURN CACHE ON)

5H£SSC?§NGES THE

CACHE

CONSTANT

USE

CACHE

(REFERENCE

SECTION

b e oD et

b d

o d b d b e D b e ) b d P e D b e D b D
N T N Y
Y
N Y
Y
Y
He T

b d

D b

0000000000000
~ NN NNNNNNNOOO OOV
53555500025 oo
QSOWJ\UJN—'OOQNOM‘\WN-‘OOQ\IOU‘J\

CZMSPAO MS11-./M/P MEMORY DIAG. MACRO M1113

SEQ 0038

1500

2.64.4.7.16

FIELD SERVICE COMMAND 15 (TEST ONLY SELECTED BANKS)

THIS COMMAND ALLOWS (OU TO CENTER THE TEST EFFORT ON ONLY THOSE BANKS
THAT YOU ARE TROUBLESHOOTING. YOU MAY ALS( TEST BANKS THAT REQUIRE
RELOCATION AND WERE INACCESSABLE VIA COMMAND 5.

FIELD SERVICE FOMMAND 16 (RESUME TESTING ALL BANKS)

}g%%

2.4.4.7.17

}ggz

RETURN TO THE DEFAULT MO

OF TESTING (UNDO COMMAN[ 15).

1505

1307

FIELD SERVICE COMMAND 17 (RESUME TESTING ALL BAAKS)

1%8%

2.4.4.7.18

1510
}g}}

ENABLE °‘‘TRACE''. AFTER EXITING FIELD SERVICE MODE, THE PROGRAM
TYPE OUT THE BANK AND PATTERN NUMBERS AS EACH PATTERN IS RUN.

1513

1315

FIELD SERVICE COMMAND 18 (RESUME TESTING ALL BANKS)

%g;g

2.4.4.7.19

}g}g

DISABLE '‘TRACE''.

(UNDO COMMAND 17).

WILL

26-APR-82 09:41

SEQ 0039

PAGE 34

2.5
2.5.1

EXECUTION TIMES
TYPICAL (SYSTEM) -

VARIABLES;
EXECUTION TIME DEPENDS ON MANY
MEASURED TIMES ON AN 11/44 WITH CACHE:

HOWEVER

HERE

ARE

128K WORDS OF MS171-L MEMORY

NORMAL PASS
QUICK VERIFY
KAMIKAZE MODE
KAMIKAZE Qv

0 MIN

50 SEC
5 SEC
5 SEC

128K WORDS OF MS11-M MEMORY (NON-INTERLEAVED)
25 SEC
0 SEC
0 SEC
KAMIKAZE Qv
MIN 30 SEC
NORMAL PASS
QUICK VERIFY
KAMIKAZE MODE

128K WORDS OF

NORMAL PASS
QUICK VERIFY
KAMIKAZE MODE
KAMIKAZE Qv

1=M MEMORY (INTERLEAVED.

55 SEC

22
20

MIN 50 SEC

MIN
MIN

0 SEC
5 SEC

512K WORDS OF MS11-P MEMORY

NORMAL PASS

QUICK VERIFY
KAMIKAZE MODE
KAMIKAZE Qv

2.5.2

CALCULATIONS (SYSTEM)

NORMAL PASS
ADD
ADD
ADD
ADD

16K
NON=INTEREAVED MS11-M
PER 16K BANK OF IN{%RLEAVED MS11-M
PER 16K BANK OF
PER 64K BANK OF

—d e cnd b cnd

b b

b b wud wd b

b e ==

b b

b cud

b D ad D el wd

) =D cond D

D b

D d d

) D

D e

D d o

d ) =D b

Vivawvunwnunaiiuaw vl v\
iAW VN
DS
BBNDN NNWWNW WNWNW
NN NNNNNNO OONONONON o o OO NWAWNWVNWNMWVIVWIWVNE
NN
PO NN
NOWVESWN=OO O~ W N=20VONOVNHANN=OVONONEWN=O VOO NN
= OV 0O NOWN IS N —

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

PER
PER
PER
PER
KAMIKAZE MODE

16K
16K
16K
64K

BANK OF NON-INTERLEAVED MS11-M
BANK OF INTERLEAVED MS11-M

BANK OF MS11
BANK OF

ADD i0 MIN. PER 128K WORDS FOR APPROXIMATE PASS TIMES.

26-APR-82 09:41

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
1579
1580
1581
1582
1583
1584

}ggg
1587

%88

1589

2.5.3

PAGE 35

TYPICAL (TESTS)

TEST TIME

eees

e===

DESCRIPTION

eececcee=e--

1590
1591
1592
1593
1594
1595
1596
1567
1598
1599
1600
1601
1602
1603
1604
1605

MT0000
MT0001
MT0002
M10003
M70004
MT0005
MT0006
M70007
M70010
MT0011
M70012
MT0013
MT0014
MT10015
MT10016
MT0017

.<1 SEC
<1 SEC
;<1 SEC
. 1 SEC
. 1 SEC
. 1 SEC
<1 SEC
<1 SEC
;<1 SEC
;<2 SEC
;<1 SEC
. 1 SEC
. 1 SEC
. 1 SEC
.<1 SEC
;<1 SEC

DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
3 XOR 9 WORST CASE NOISE TEST
ROTATING ZEROS TEST
ROTATING ONES TEST
INITIAL DATA TEST
ADDRESS BIT TEST
BYTE ADDRESSING TEST
CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
BASIC DOUBLE BIT ERROR TEST
WRITE INHIBIT OF BYTE WITH DBE
WRITE INHIBIT OF WORD WITH DBE
HOLDING 1°S 0°'S TEST

1608
1609
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621
1622

MT0022
MT70023
MT0024
M70025
MT0026
M10027
MT0030
MT0031
MT0032
MT0033
MT0034
MT0035
MT10036
M10037
MT0041

;10 SEC
.10 SEC
;20 SEC
;<1 SEC
;<1 SEC
. 1 SEC
. 1 SEC
. 3 SEC
.<1 SEC
.35 SEC
<1 SEC
<1 SEC
. 1 SEC
<1 SEC
. 1 SEC

INTERRUPT ENABLE TEST
RANDOM DATA TEST
UNIQUE BANK TEST
FLUSH OUT DBE'S TEST
SOB=A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST
WORST CASE PARITY TEST
CORRECTION CORE TEST
CHECK ECC DISABLE TEST
ADDRESS TO CSR ON DBC TEST

MT0043

;<1 SEC

1606
1607

1623
1624

1625
1626
1627
}gsg

M70020
MT0021

MT0042

MT0044
MT0045
MT0046
MT0047

: 1 SEC
; 1 SEC

<1 SEC

. 1 SEC
;<1 SEC
. 1 SEC
;<1 SEC

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST
MARCHING 0'S 1°S TEST
REFRESH TESY
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TES:

EXTENDED ADDRESS TO CSR ON ERROR TEST

WRITE BYTE TEST

SHIFTING CHECKBITS THROUGH CSR TEST
SYNDROME BITS TO THE CSR ON A DBE TEST
CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST
NO CSR UPDATE WITH EXISTING DBE TEST

SEQ 0040

SEQ 0041

PAGE 36

26-APR-82 09:41

3.0

ERROR INFORMATION

3.7

ERROR REPORTING

MOST ERRORS ARE REPORTED USING THE EMT TRAP AND HANDLER PROVIDED BY
SYSMAC.SML. MOST ERRORS WILL BE OF THE ‘MEMORY DATA ERROR'' TYPE WHICH
WILL BE DESCRIBED HERE. MEMORY DATA ERRORS WILL ALSO CAUSE THE BANK
TO BE MARKED AS BAD IN THE CONFIGURATION TABLE.

OTHER ERRORS ARE BEST EXPLAINED BY REFERENCING

THE

SPECIFIC

TYPEOUT

EXAMPLE 1:
MEMORY DATA ERROR
BANK VADD
PC

XGR

CgR MTYP

INT Peg

0
0
0

AND IF NECESSARY THE PROGRAM LISTING.

b b cod e

b D e

o ONONONONON
iv
(%,]S UN—=0 V0~

b ed e

b b e

VIS NN

33333322
T IF
RIS F BR2RFTES
A

—

ooorONON
NN

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

022132
022132
022132
022132

37
37
37
37

060006
060006
060006
060006

P ADD

03700006
03700006
03700006
03700006

600D

000000
000000
000000
000000

BAD

000100
000100
000100
000100

WHILE TESTING BANK 37 AT VIRTUAL ADDRESS 60006 (VIRTUAL ADDRESSES ARE
ALWAYS BETWEEN 60000 AND 157776 FOR MAPPING PURPOSES), PHYSICAL
ADDRESS 3700006 (THAT'S BANK 37 PHYSICAL 6 WITHIN THE BANK) WITH
PATTERN 6 (INITIAL DATA TEST), THE GOOD DATA EXPECTED WAS 0 BUT THE
BAD
DATA ACTUALLY READ (BAD) WAS 100, THE EXCLUSIVE OR AT GOOD
AN
IS
IT
6).
(BIT
BIT(S)
YIELDS 100 WHICH INDICATES ONLY FAILING
AT
LOCATED
IS
CSR
THE
?;}668 (ECC) MEMORY AND IT'S NOT INTERLEAVED.
EXAMPLE 2:

MEMORY DATA ERROR

022132
022132
022132

BANK

35
35
35

VADD

060000
060002
060006

PADD

03500000
03500002
03500006

600D

000000
000000
000000

BAD

000001
000100
000100

XOR

000001
000100
000100

CSR MTYP

O
Q0
0

M
M
M

INT PAT
1
06

06
06

1
1

WHILE TESTING BANK 35, VIRTUAL ADDRESS 60000, PHYSICAL ADDRESS 3700000
WITH PATTERN 6 (INITIAL DATA TEST), THE GOOD DATA EXPECTED WAS 0 BUT
THE DATA ACTUALLY READ (BAD) WAS 1, THE EXCLUSIVE OR

AT_

GOOD

BAD

YIELDS 1 WHICH INDICATES OKLY FAILING BIT(S) (BIT 0). IT IS AN MS11-M
(ECC) MEMORY AND IT'S INTLRLEAVED; SO SINCE ADDRESS BIT 1 WAS NOT

ASSERTED, THE CSR IS LOCATED AT 172000.

WHILE ALSO IN BANK 35, VIRTUAL ADDRESSES 60002 AND 60006 WERE EXPECTED
TO HAVE O, BUT THE DATA READ WAS 100, THE EXCLUSIVE OR OF GOOD BAD
_SINCE IT IS
YIELDS 100 WHICH INDICATES ONE FAILING BIT (BIT 6).
THE (SR IS
ASSERTED,
IS
1
BIT
ADDRESS
INTERLEAVED MS11-M MEMORY, AND
COLUMN)
INT
THE
UNDER
1
NUMBER
LOCATED AT 172102 (CSR
NOTE

SUBSEQUENT ERRORS OF THE

NOT TYPE A NEW HEADING.

SAME

TEST

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
1685
1686

26-APR-82 09:41

SEQ 0042

PAGE 37

ERROR ABBREVIATIONS

}ggg

3.2

}g%%

THE FOLLOWING IS A LIST OF ALL ABBREVIATIONS USED IN ERROR REPORTS.

169
1692

# OF ERRORS
1ST ADD

1693
1694

ARRAY
APTH

NUMBER OF ERRORS THAT WERE DETECTED.
FIRST ADDRESS THAT FAILED.

THE ARRAY NUMBER THAT WAS LOCKED UP IN THE MS11-M (SR.
THE # OF CPU'S APT EXPECTS ON THE SYSTEM.

1695
1696
1697

APTCORE
APTMOS
BAD

APT CORE SIZE.
APT MOS SIZE.
BAD DATA.

1700

BAD=CHK

BAD CHECK CODE BITS.

1698
1699
1701

1702

1703

1704
1705
1706
1707
1708
1709
1710
1711
1712
1713
1714
1715

1716

1717

BAD-WD1
BAD-WD?2
BANK

BAD WORD #1 OF A DOUBLE WORD DATA VALUE.
BAD WORD #2 OF A DOUBLE WORD DATA VALUE.
THE BANK NUMBER.

BANKS ARE 16K WORDS LONG.

8D=-CC

BAD CHECK CODE BITS.

CONTRL
CPUERR
CSR
CSRNO
DATARG
DBE
DEV ADD
ECC
GD-CC
GD-CHK
GD-WD1
GD-WD?2

THE CACHE CONTROL REGISTER.
CPU ERROR REGISTER.
CONTROL AND STATUS REGISTER.
CSR NUMBER (0-F HEXIVECIMAL).
THE CACHE DATA REGISTER.
DOUBLE BIT ERROR (UNCORRECTABLE ERROR).
DEVICE ADDRESS.
ERROR CORRECTABLE CODE.
GOOD CHECK CODE BITS.
GOOD CHECK CODE BITS.
GOOD WORD #1 OF A DOUBLE WORD DATA VALUE.
GOOD WORD #2 OF A DOUBLE WORD DATA VALUE.

CHKBITS

600D

INT

THE 7 BIT VALUE OF THE CHECK CODE BITS.

GOOD DATA.

INTERLEAVED (ADDRESS BIT 1 ASSERTED) CSR NUMBER.

1718
1719

LSIZE
MEMERR

MS11-L SIZE.
MEMORY ERROR REGISTER.

1724

MSIZE

MS11-M S1ZE.

1720
1721
1722
1723

1725
1726

1727

1728
1729

1730
1731
1732
1733
};gg

MMRO
MMR1
MMR2
MMR3

MTYP
PADD
PAT

PC
SBE

VADD
WROTE1
WROTE?
XOR
AUT

MEMORY MANAGEMENT REGISTER #0.
MEMORY MANAGEMENT REGISTER #1.
MEMORY MANAGEMENT REGISTER #2.
MEMORY MANAGEMENT REGISTER #3.
MEMORY TYPE (MS11-L,MS11-M, OR MS11-P).
PHYSICAL ADDRESS (ASSERTED BY THE PROGRAM AFTER MAPPING).
PATTERN NUMBER.

PROGRAM COUNTER AT THE TIME THE ERROR OCCURRED.
SINGLE BIT ERROR (CORRECTABLE ERROR).

VIRTUAL ADDRESS (ASSERTED BY THE PROGRAM BEFORE MAPPING).
THE DATA THAT WAS WRITTEN INTO THE 1ST HALF OF A DOUBLE WORD.
THE DATA THAT WAS WRITTEN INTO THE 2ND HALF OF A DOUBLE WORD.
EXCLUSIVE OR OF THE GOOD AND BAD DATA. SHOWS THE BAD BITS.
ADDRESS UNDER TEST

W —=O0M
NF VW=
O VOONOWNES
OV

[
3V,
1V ][V AV VAV VAV IV P oF 220

—b d o e D D ) D e D D D e D d D el D e
D e D el d
~ SNNNNNNYNSNNSNNY NNNNNNNNNNN

J\\‘bbbbwwu
SN

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

3.3

26-APR-82 09:41

SEQ 0043

PAGE 38

ERROR HALTS

THERE ARE SEVERAL HALTS IN THE PROGRAM.

ALL UNUSED TRAP VECTORS CONTAIN A TRAP CATCHER (.WORD .+2,HALT).

AN UNDEFINED TRAP INSTRUCTION HALTS AT SYMBOLIC LOCATION '‘SHALTZ2'.
THE APT DOWN LOAD SEQUENCE WILL HALT AT SYMBOLIC LOCATION "'APTHLT"'.
HALT ON ERROR OPTION (SW15 SET) AT SYMBOLIC LOCATION ‘‘SHALT''.
HALT PROGRAM (SW8 SET) AT SYMBOLIC LOCATION '‘SEXHALT''.
POWER FAIL WILL NORMALLY HALT AT THE END OF
(SYMBOLIC LOCATION ‘‘SDOWN'’).

THE

SHUT

DOWN

SEQUENCE

POWER FAIL HAS A FATAL HALT AT SYMBOLIC LOCATION ‘‘SILLUP'' WHICH CAN BE
CAUSED BY POWER UP OCCURRING BEFORE POWER DOWN SEQUENCE COMPLETED OR
BY POWER DOWN BEFORE A POWER UP SEQUENCE IS COMPLETED.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

1765

4.0

PROGRESS REPORTS

1767

PASS COMPLETE TYPEOUTS AS FOLLOWS:

1769
1770
1771

END PASS
END PASS
END PASS

"
"
#av

PASS.

1778

1784

1785

1786

1788

1790

PAGE 39

0
]

PASS 2 WAS FLAGGED

17727

SEQ 0044

QUICK

VERIFY

(BECAUSE OF A CHANGE IN SW5)

TO OBTAIN PROGRESS REPORTS WHILE EXECUTING, TYPING A CONTROL ‘%"

PRINT OUT THE INFORMATION ENCODED IN THE DISPLAY REGISTER.
EXAMPLE:

BANK= 2 TEST= 34

REFERENCE SECTION 2.4.4.7.18 FOR MORE INFORMATION ON TRACING.
CSR INFORMATION TABLES

1793

5.0

179¢
1797
1798
1799

THE FOLLOWING IS A P 1 cT URE VIEW OF THE CURRENT CONTROL STATUS
REGISTERS WHICH CAN BE TESTED BY THIS PROGRAM. IT SHOWS BIT
ASSIGNMENTS AND DEFI N gT IONS TO PROVIDE A HANDY REFERENCE, AND
SHOWS THE SIMILARITI E AND DIFFERENCES BETWEEN EACH ONE:

1804

ALL UNUSED BITS IN EACH CSR ARE EQUAL TO ZERO.

WA = O 000NN W
OB NN = O V0NN

NN NN W NN N N NN NN NI ANIN) =4 = = =4 s

—.—l-.—ld—ld-l-d—ld—l—b—l—l—l—l-fl—l—l-l—.—l_fl—l-l—l—‘—l—.

00 00 00 00 (o 00 00 OO 00 O 0o 00 00 0o 0O GO OO 0O OO 0V 0O 00 00 00 0O

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

37
38

828
gz;

SEQ 0045

PAGE 40

26~APR-82 09:41

5.1

MS11-P (SR

S
SRR S
S
S
S S
N
S
S
SN S
| D S
)
'SE!IP!PTIECIEE!
ADDRESS
!
lEA!
!DE!
111 11r1r1r1ri1rr1ri1rri11p111°1

15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00

1.1
1
1
'DE!EA!SI!
1
111

111111
CHECK BITS
!
111111

11.1111°":1
!SE!IP!DC!EC!EE!
11111ih:1

15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00

(111

1 111111111111 1.1°11°.1
'SE!IP!DC!EC!EE!
SYNDROMES
'DE'EA!SI! !

11111

1111111111171

151 13 12 11 10 09 08 07 06 05 04 03 02 01 00

843

844
1845

1846
}gzg

BIT ASSIGNMENTS ARE DEFINED
AS FOLLOWS:

1849
1850
1851
1852
1853
1854
1855
1856
1857
1858

BIT15 UNCORRECTABLE ERROR
ON A READ TO MEMORY (ECC DISABLE
B8IT = 0), THIS BIT IS SET IF
A DOUBLE ERROR OCCURS. THE
ERROR ADDRESS IS STORED IN THE
CSR. SETTING THIS BIT ALSO
TURNS ON A RED LED AT THE REAR OF
THE CARD FOR A VISUAL INDICATION.
THIS BIT IS ALSO SET IN ECC
DISABLE MODE IF A SERR OR DERR

1860

1861
1862

BIT14 EUB ERROR ADDRESS
WITH BIT 14 = 1, A READ TO THE (SR

1865
1866
}ggg

DIAGNOSTIC DATA MAY NOT BE
LOADED INTO THE SYNDROME
REGISTER.

1859

1863
1864

OCCURS.

WILL FETCH ADDRESS A21
THROUGH A18. WHEN BIT 14 =1,

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
1870

26-APR-82 09:41

SEQ 0046

PAGE 41

1871
1872
1873
1874

BIT13 SET INHIBIT MODE
WHEN TH!S BIT IS SET TO
iT ENABLES THE INHIBIT
A "'1'',
MODE POINTER TO INHIBIT

1880

BITS05-10 CHECK BIT STORAGE (CSR 1)

1875
1876
1877
}g;g

S8ERIRIRES

—b

d o

b e

23EEEREREE

1881

1902
}382

EITHER THE FIRST OR SECOND
16K FROM EVER GOING INTO THE
DIAG CHECK OR ECC DISABLE
MODE.
g?gcs 81{ STORAGE (DIAG CK

WHEN IN THE DIAGNOSTIC CHECK

MODE THESE BITS ARE USED TO STORE
THE CHECK BITS TO BE WRITTEN
INTO MEMORY OR THE CHECK BITS
READ FROM MEMORY.
IF A DOUBILE
ERRGR OR_SINGLE ERROR OCCURS
WHEN IN THE DIAGNOSTIC CHECK

MODE AND ECC DISABLE BIT1 = 0,
THEN THE CHECK BITS ARE STORED
IN THE CSR TOGETHER WITH
THE DOUBLE
OR SINGLE ERROR
THESE BITS ARE WRITEABLE
BIT.
IN DIAGNOSTIC MODE. A ‘"'’
IS STORED _IN BIT 11 IF CSR
02, CSR 13, AND CSR 14 ARE
SET TO INDICATE THAT THE
MEMORY UNDER TEST IS A MS11-P,
BI7S505-11 UNIBUS ADDRESS STORAGE (CSR I)

(DIAG CK BITS 2 = 0, ECC
DISABLE BIT 1 = 0)

1905
1906
1907
1908
1909
1910
1911
}3}5

IF A DOUBLE OR SINGLE ERROR
OCCURS ON A READ CYCLE, THEN
ADDRESS BITS ALL THROUGH
A17 ARE STORED IN THESE BITS
THESE BITS ARE READ ONLY ON
THE CONDITION THAT SERR (CSR &)
OR DERR (CSR 15) IS SET BUT
CSR 164 IS NOT SET.

1914
1915

EUB ADDRESS STORAGE (DIAG CK
BIT 2 = 0), ECC DISABLE BIT

1918
1919

IF A DOUBLE OR SINGLE ERROR
OCCURS ON A READ CYCLE,

1921
1922
1923

A11 ARE STORED IN CSR BITS
11 THROUGH 5 AND ADDRESS
BITS A21 THROUGH A18 ARE

}g}g
1920

1 =0 OR 1§.

ADDRESS BITS A17 THROUGH

NN
WW

WY —o
NN
NN = OO0

VWAV
S

338 FREER WA= O V00NN

—d b b b e

b b o e

b b md b D b

RRL R

b b e ed i D d d e

e =D d

D i

D e

N0 O 0 OO0 O OO 000000

N WNIWNIWNNINN
VN

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0047

PAGE 42
STORED IN A BACKUP REGISTER.

THE EUB ERROR ADDRESS
RETRIEVAL BIT (CSR 14) IS
USED TO OBTAIN THE TOTAL
ERROR ADDRESS AS FOLLOWS:

WITH CSR BIT 14 = 0 A READ TO
THE CSR WILL OBTAIN A17
THROUGH A11 FROM CSR BITS 11
THROUGH 5.

CSR EIT 14 CAN THEN BE SET
TO A °'1°" AND A READ TO THE
CSR WILL THEN READ A21
THROUGH A18 FROM (SR BITS 8
THROUGH 5 AND 0°'S FROM CSR
BITS 11 THROUGH 9.

ADDRESS BITS A21 THROUGH
A11 ARE OBTAINED

TO LOCATE THE DOUBLE
ERROR TO A 1K SEGMENT OF

MEMORY.

THE EUB ADDRESS A21
THROUGH A18 IS READ ON'Y
WHENEVER CSR 14 = 1.

BITOS-10 SYNDROME STORAGE (CSR III)
IF A DOUBLE OR SINGLE ERROR
OCCURS ON A READ OR WRITE
BYTE CYCLE, AND IF CSR BIT
2 IS SET TO A ‘0'* SYNDROME
BITS X, 0, 1, 2, 4 A'D 8
AND STORED IN CSR BIfS 5

TO READ THE
THROUGH 10.
SYNDROM: BiTS FROM CSR, BIT
YOU MUST READ THE ERROR
ADDRESS, THEN SET 2 OF
THE CSR MUST BE ST T0
A """
(DIAGNOSTIC MODE) AND
THIS OPERATION
THE (SR READ AGAIN.
WILL ALLOW SYNDROME BITS
FOR A SINGLE OR DOUBLE
FAILURE TO BE READ INSTEAD
OF THE ADDRESS BITS NORMALLY

READ WHEN CSR 02 IS SET T0 ‘0.
BITO4 SINGLE ERROR
IF ON A READ TO MEMORY A
SBE OCCURS,

THE ERROR

ADDRESS A2f-A11 AND

THE ERROR SYNDROMES WILL

N —d d ed b ed b b

D b

oo
0

D d d

D i

e i

D e

EERERRRZ
gess 58588382823 gegsegoece

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0048

PAGE 43
BE LOGGED IN CSR BITS 5-11
UNLESS THE UNCORRECTABLE ERROR
THE ERROR
CSR 15 IS SET.
ADDRESS WILL BE LOGGED

UNCONDITIONALLY IN THE ECC
THIS BIT IS NOT
DISABLE MODE.
SET IF INHIBIT MODE (BIT
13 = 1) IS SET AND DIAGNOSTIC
MODE (BIT 02 = 1) IS SET.

BITO3 INHIBIT MODE POINTER
THIS BIT WORKS IN CONJUNCTION
WITH THE SET INHIBIT MODE
(BIT 13). WHEN BIT 13 IS SET
TO A 1, A 16K PORTION OF

MEMORY IS INHIBITED FROM
OPERATING IN THE ECC DISABLE
MODE OR DIAGNOSTIC CHECK MODE.
THE INHIBIT MODE POINTER
INDICATES WHICH 16K IS BEING

INHIBITED, I.E., BIT 3 =0
THE FIRST 16K OF MEMORY IS
INHIBITED, BIT 3 = 1, THE
SECOND 16K OF MEMORY IS
INHIBITED.

WITH BIT 13 SET TO A 0, BIT
3 BECOMES INOPERATIVE.
BITO3,

IN CONJUNCTTON WITH

BIT 13, THEREFORE ALLOWS A 16K
CHUNK OF MEMORY TO ALWAYS HAVE
THE SYSTEMS
ECC COVERAGE.
DIAGNOSTIC CAN THEREFORE
RESIDE IN THIS PROTECTED
PORTION OF MEMORY AND CAN

DISABLE ECC AND/OR RUN THE
DIAGNOSTIC CHECK MODE IN THE
REST OF MEMORY WITHOUT ITSELF
BECOMING VULNERABLE TO SINGLE
THIS BIT IS A READ/WRITE
ERROR-.
?fi}rnsssr 8Y POWER UP AND BUS
81702 DIAGNOSTIC CHECK MODE
THIS MODE ALLOWS A MEANS OF
FORCING A SINGLE OR DOUBLE
ERROR IN A DESIRED LOCATION.
IT ALSO PROVIDES A MEANS OF
EXAMINING THE CHECK BITS AND
THE SYNDROME
LOCATION.

IN A GIVEN

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0049

PAGE 44
THE CHECK BITS DESIRED FOR A

GIVEN DATA PATTERN ARE WRITTEN
INTO BITS 5 THROUGH 11 OF
THE CSR.
A WORD OR WRITE BYTE
MEMORY WILL WRITE THE CHECK BITS

FROM THE CSR TO THE MOS _ARRAY
(CSR 2 = 1) INSTEAD OF THE CHECK

BITS GENERATED ON THE DATA
TO BE WRITTEN.
SINGLE ERRORS
ON THE READ PORTION OF THE DATOB
CYCLE ARE CORRECTED.
A READ TO THE MEMORY WILL
READ THE CHECK BITS STORED IN
MEMORY AND CLOCK THEM INTO
THE CSR.

IF A DOUBLE ERROR OR SINGLE
ERROR OCCURS THE DERR OR
SERR BIT IN THE CSR IS SET
AND THE ERROR SYNDROME BITS

READ FROM ECC ARE STORED IN

CSR BITS 10=5 AS WELL AS THE

ADDRESS BITS.
IN DIAGNOSTIC
CHECX MODE THE ERROR _SYNDROME
BITS WILL BE READ WHEN (SR

BITS 10-5 ARE READ.

THIS BIT IS A READ/WRITE BIT
AND IS RESET ON POWER UP AND
BUS INIT.

BITO1 DISABLE CORRECTION MODE
IF THIS BIT IS SET, NO SINGLE
ERRORS WILL BE CORRECTED.
A
SINGLE ERROR WILL SET CSR &
AND CSR 15 OR A DOUBLE ERROR
WILL SET CSR 15 AND ASSERT
BUS PBL IF (SR 00 IS ASSERTED.
THE 1K BLOCK OF ADDRESS WHERE
THE ERROR OCCURS WILL ALSO
RE STORED IN THE CSR.
THE
PRIORITY OF A SERR AND DERR
WILL BE THE SAME, I.E., THE

LAST ERROR INFORMATION WILL

ALWAYS BE STORED UNLESS A DERR
PRECEDES A SERR.
IF A DOUBLE

ERROR OCCURS DURING A WRITE BYTE
CYCLE, THE WRITE PORTION OF
THE CYCLE WILL NOT BE ABORTED.
THE CHECK BITS WRITTEN WILL

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
2088
2089

26-APR-82 09:41

SEQ 0050

PAGE 45

HAVE BEEN GENERATED ON THE
DATA WRITTEN. THIS MEANS THAT
IF A SINGLE OR DOUBLE ERROR
EXISTED IN THE LOCATION ACCESSED,
IT WOULD BE CLEARED (UNLESS THE
ERRORS WERE HARD).

2097
2098
2099
2100
%}85

THIS BIT IS A DIAGNOSTIC AID
TO ALLOW WRITING AND READING
DATA FROM MEMORY WITHOUT
INTERFERENCE FROM THE ERROR
CORRECTION LOGIC.

2103
2104
2105
2106
2107

BIT00 UNCORRECTABLE ERROR
INDICATION ENABLE
IF A DOUBLE ERROR OCCURS WITH
ECC ENABLED OR A SINGLE ERROR
OR DOUBLE ERROR WITH ECC

MEMORY AND THIS BIT IS SET,

—b b
w—b

2090
2091
2092
2093
2094
%832

08
1"

DISABLED, ON A READ CYCLE TO THE
THEN BUS PBL WILL BE ASSERTED.

SEQ 0051

Ooagoooom\h\hmu\mmmmmbbbl\bbbb
SW
NO
NS WA 2O VNN WA= OV 0NV WD OV

NONSB WA 2O VBNV

WA —SOV00NOWNSW

L Lt S S LS LS LS LSS STSTLS NS LN S ST, ST, N T, N T8 1y Pl mly L o)
NIRLAINININLAININNINI
NN NI NININI NN NN NN NN(R
D e D D b b d
d kb e
b —b b b D b o) b b cmd o e o emd b b o b b ed b e
—d b cmd b b b b md =D md md e wnd b b b b b cand b =
W AN NN NN N NN N NI PO NI A NI PO NI N = omd b oo b b b

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 46
5.2

MS11-L CSR

15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00
BIT ASSIGNMENTS ARE DEFINED AS FOLLOWS:
BIT15 PARITY ERROR
ERROR
EuB
BIT14
RETRIEVAL
IF
THE
AN
ON
IS
MEMORY
WHEN
EXTENDED UNIBUS,
BIT14 IS ZERO, THE LOW
FAILLIG
ORDER
ARE
ADDRESSES
(BITS
AVAILABLE
WHEN BIT14 IS
11-17);
THE HIGH ORLER
ONE,
FAILING ADDRESSES #RE
(BITS 18-21
AVAILABLE
THE
IF
OF ADDRESS).
MEMORY IS ON A UNIB'JS,
A JUMPER DISABLES THIS
BIT SO THAT IT IS READ
ggLY. AND EQUAL TO ZE-

ERROR
11-5
BITS
BIT14
WITH
ADDRESS
SET, THEY CONTAIN THE
HIGH ORDER PARITY ER(BITS
ROR _ ADDRESS
21-18
OF
ADDRESS):
WITH BIT14
CLEARED,

THEY CONTAIN THE LOW
ORDER PARITY ERROR AD-

DRESS (BITS
.
ADDRESS)
BITO2

PARITY
(0DD)

OTHER

17-11 OF

WRITE

NORMAL
WHEN

PARITY

WHEN SET.

WRONG

PARITY
CLEAR;

(EVEN)

BITO0 ACTION ENABLE NO
ACTION
WHEN
CLEAR;
TRAP TO VECTOR
WHEN SET.

114

D
d
b e
b o
b
h oD
b ed
d
b
d
d e
d
d
D
d
d ed

000000000000 00000000~ NNNNNN NN

LS ST NT N1, SENT NI, ST NT ST NNT NSNS NS ST N ST ST, NN,V 8 [ N1,V ],V

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

b md

d o

9
9
9
9
9

26-APR-82 09:41

5.3

SEQ 0052

PAGE 47

MS11-M (SR

1
r1.
11111111
1.11°11°/.1
!DE!EUV!SI!
!
ADDRESS
!SE!IP!DCIEC!EE!
1111111111111
11°1

BIT ASSIGNMENTS ARE DEFINED AS FOLLOWS:

BIT15

UNCORRECTABLE

ERROR
THIS BIT IS SET
IF A DBE
OCCURS,
AND
THE

ERROR

ADDRESS IS

THIS

BIT_

IS ALSO SET

STORED

THE

CSR.

IN
THE
ECC
DISABLE
MODE
IF AN SBE OR DBE

OCCURS.

BIT14
Eus
ERROR
RETRIEVAL
IF THE MEMORY IS ON AN EXTENDED
UNIBUS,
WHEN BIT14 IS

2197
2198
2199
2200
2201
2202
2203
2204
2205
2206
2207
2208
gg?g

ZERO AND EITHER BIT4
OR_ BIT
15
IS A ONE,
THE LOW ORDER FAILING
ADDRESSES ARE_AVAILABLE (BITS 11=17);
WHEN
BIT14 IS ONE, THE HIGH
ORDER FAILING ADDRESSES ARE AVAILABLE (BITS
18-21 OF ADDRESS).
IF
THE MEMORY
IS ON A
UNIBUS, A JUMPER DISABLES THIS BIT SO THAT
IT IS READ ONLY,
AND
EQUAL TO ZERO.

2211
2212
2213
2214
2215
2216
2217
2218
2219
22¢0
2221
2222

BIT13 SET INH:BIT MODE
WHEN THIS B.T IS SET
TO A 1, IT ENABLES THE
INH MODE POINTER TO
INHIBIT
EITHER
THE
FIRST OR SECOND 16K
FRUM EVER GOING INTO
THE DIAG.
CHECK OR
ECC
DISABLE
MODE.
WHEN THIS BIT IS SET
TO A O, IT ALLOWS THE
DIAG.
CHECK
MODE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
2224

2225
2226
2227
2228

2229
2230

26-APR-82 09:41

SEQ 0053

PAGE 48

DISABLE
ECC_
AND/OR
OVER
OPERATE
TO
MODE_
THE ENTIRE MEMORY ON
THE BOARD.

ERROR

11=-5

2231

8ITS

2234
2235
2236
2237
2238
2239
2240
2241
2242

THEY (ONTAIN THE HIGH
ORDER ERROR
ADDRESS
WHEN
21-18);
(BITS
BIT02 AND BIT14 ARE
CLEARED, THEY CONTAIN
THE LOW ORDER _ERROR
ADDRESS _ (BITS 17-11);
WHEN BIT02 IS SET THEY
CONTAINS
CHECK BITS

2232
2233

2243

2244

2245
2246

2247

2248

BIT02
WITH_
ADDRESS
CLEARED AND BIT14 SET,

FOR ECC.

BIT04 SINGLE ERROR SET
WHENEVER SINGLE ERROR
OCCURS.

2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
2261
2262
2263
2264
2265
2266
2267

BITO3
INHIBIT
MODE
POINTER
THE INHIBIT
MODE POINTER WORKS _IN
CONJUNCTION WITH THE
SET INHIBIT MODE BIT.
WHEN B1T13 1S SET TO A
1, A 16K PORTION OF
MEMORY IS INHIBITTED
FROM OPERATING IN THE
ECC DISABLE MODE OR
DIAGNOSTIC CHECK MODE.
THE
INHIBIT
MODE
POINTER
INDICATES
WHICH 16K IS BEING INHIBITED; E.G.-IF BIT3
=1, THE SECOND 16K OF
MEMORY IS_ INHIBITTED.
WHEN BIT13 IS SET TO A
0,
BIT3
BECOMES

2270
2271
2272
2273
2274
2275
2276

B1702 DIAGNOSTIC CHECK
MODE WHEN SET ENABLES
READ-WRITE OF
CHECK
BITS(SEE BITS 11-5),
IF A DBE OCCURS _IN
THIS MODE (WITH BIT1=0
), BIT1S IS SET, BUT

gsgg

2277

INOPERATIVE.

THE

CHECK

BITS

READ

CZMSPAN MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0054

PAGE 49

BITS
ARE STORED IN
THE DBE
NOT
11-5,
ADDRESS BITS.

ERROR
DISABLE
BITO1
CORRECTION WHEN SET NO
SINGLE ERROR CORRECTIA
TAKES PLACE.
ON
SINGLE BIT ERROR WILL
SET BIT04 AND BIT15
AND ASSERT BUS

PBL

IF BITOO IS ASSERTED;
A DOUBLE ERROR WILL
SET SET BIT15 AND AS_IF
SERT BUS PBL L
ASSERTED.
IS
BITO0
IS
THE ERROR ADDRESS
STORED IN THE CSR, AND
CORRECT CHECK BITS ARE
GENERATED AND STORED
ON A WRITE.

BI1T00

UNCORRECTABLE

ERROR ENABLE WHEN SET
ENABLES TRAP TO VECTOR
114 ON UNCORRECTABLE
ERROR.

AINININI NN
PONL NN
NN NN NN NN NN N (NN N

AIPVNVININ)
= od o eed b b o b D

S NN =20 V00 NN
N =

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

PAGE 50

6.0

SUB-TEST SUMMARIES

6.1

TESTS

TEST

8lT TEST OF ALL CSR'S/MATCH ALL CSR'S WITH MEMORY

(CSR ACCESS MAY CAUSE WRONG TYPE OF TRAPS)

TEST

2
TEST BANK 0 ACCESSES
FAILURES ARE FATAL.

TEST

TEST BANKS 1-167 (OCTAL) FOR ZEROS AND ONES
ERRORS ARE NOT TYPED HERE = ONLY LOGGED IN
THE CONFIGURATION TABLE

TEST

ECC INHIBIT MODE POINTER TEST
TEST

DIAGNOSTIC MODE DISPATCH ROUTINE
THIS TEST RUNS ALL THE PATTERNS IN THE

MODE SELECTED.
TEST

UNIQUE BANK TEST
PATTERN 27 IS RUN

SEQ 0055

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
2357
2358
2359
2360
2361

2362

6.2

sggg

6.2.1

2363

26-APR-82 09:41

SEQ 0056

PAGE 51

TESTS

GENERAL TEST INFORMATION

2366
2367

ACTUAL TESTS ARE IDENTIFIED BY SYMBOLIC LOCATIONS ‘MTPXYY'' WHERE X
MAY BE ANY SUB PROGRAM INDICATOR (A,B,C,ETC) OR O AND YY WILL BE THE

2370

SETUP PROCEDURES FOR EACH TEST ARE IDENTIFIED BY SYMBOLIC LOCATIONS

2373
2374

TESTS RESIDE IN & SCRIPTS THAT ARE SCANNED FOR EXECUTION. SYMBOLIC
LOCATION °‘MKCSRT'' IS A TABLE OF TESTS THAT CAN RUN ONCE FOR EACH

2376
2377
2378
%ggg

IS A TABLE OF TESTS THAT CAN RUN ON EACH BANK OF ECC MEMORY.
SYMBOLIC LOCATION ‘MJPAT'' IS A TABLE OF TESTS THAT CAN RUN ON EACH
SYMBOLIC LOCATION ‘FSPAT'" IS A TABLE OF
BANK OF PARITY MEMORY.
TESTS THAT CAN BE RUN IN FIELD SERVICE MODE (COMMAND 5).

%ggg

%g;}

2375

2381
2382

gggz

NUMBER OF THE TEST.

"MTOOYY'® WHERE YY WILL BE THE NUMBER OF THE TEST.

ECC BANK (TWICE FOR INTERLEAVED MS11-M'S).

SYMBOLIC LOCATION ‘'MKPAT'

THE 1ST 3 SCRIPTS ARE COMPLETELY CONTROLLED BY THE APT E-TABLE (EVEN
IF NOT RUNNING UNDER APT). MODIFICATIONS TO THIS TABLE CAN BE MADE
(1) WITH APT, OR (2) MANUALLY.

%ggg

EXAMP'€ E-TABLE SEGMENT:

2387

;THE FOLLOWING LOCATINNS SPECIFY WHICH TESTS

2390
2391
%gg%

sARE TO BE RUN FOR PA .[ICULAR MEMORIES
;REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO TESTS.
;BIT0 SET WILL RUN THE FIRST ENTRY_IN THE TABLE, BITO SET
sIN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE...

2394

sNOTE««NULL TESTS DO NOT TAKE ANY TIME

2396
2397
2398
2399
2400
2401

$DDWO:
$DDW1:
$DDW2:
$DDW3:
$ODW4:
$DDW5:

gggg

2395

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD

177777
177777
1727777
177777
172777
177777

RECOMMENDED VALUE

sECC CSR TESTS
sECC CSR_TESTS
sECC TESTS
sECC TESTS
sPARITY TESTS
sPARITY TESTS

177777 TABLE = MKCSRT:
177777 TABLE = MKCSRT:
103777 TABLE = MKPAT:
177777 TABLE = MKPAT:
003777 TABLE = MJPAT:
177774 TABLE = MJPAT:

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2

6.2.2.1

WRITES

SEQ 0057

PAGE 52

SPECIFIC TESTS

TEST O

BASIC DATA TEST

READS R2 INTO A 16K BANK.

THIS IS USED FOR ZEROS AND ONES TESTING AND IN FIELD SERVICE MODE

ANY CONSOLE SELECTED TEST.

IT CAN EXECUTE OUT OF THE USER INSTRUCTION PAR'S.
NOTE

IT IS FREQUENTLY MODIFIED DYNAMICALLY
(1) IT RETURNS AFTER WRITING
SUCH THAT
ONLY (THE 1ST NOP IS REPLACED WITH A
RETURN)
OR
(2)
IT
(THE CNDE PERRO2 AND
WITH INC a#PATERR).

ON_Y COUNTS ERRORS
* P ARE REPLACED

FOR

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0058

PAGE 53

ADDRESS TEST

2444

6.2.2.2

TEST 1

2446

WRITES

READS

2449

IT CAN EXECUTE OUT OF THE USER INSTRUCTION PAR'S.

2447

INCREMENTING

ADDRESSED INTO A 16K BANK.

PATTERN

EQUIVALENT

PHYSICAL

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
2456
2455
2656
2457
2458

26-APR-82 09:41

TEST 2

SEQ 0059

PAGE 54

COMPLEMENT ADDRESS TEST

%228

6.2.2.3

2461
%22%

WRITES THE COMPLEMENT OF THE PHYSICAL ADDRESS FROM HIGH ADDRESSES
LOW (WRITE DOWN) AND READS FROM LOW ADDRESSES TO HIGH (READ UP).

2664

THIS PROVIDES THE COMPLEMENT OF THE COVERAGE OF TEST 1 IN BOTH DATA

gzgg

PATTERN AND ADDRESSING SEQUENCE.

2467

IT CAN EXECUTE OUT OF THE USER INSTRUCTION PAR'S.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
2469
2470
24N
2472
2473
2474

26-APR-82 09:41

3 XOR 9

%2;2

6.2.2.4

TEST 3

2477

WRITES

READS A TEST THAT COMPLEMENTS AS

gé;g
[A

CHANGE .

SEQ 0060

PAGE 55

ADDRESS

BITS

AND

(2) WITH ONES
401. THE TEST OF

2480
2481

THIS TEST IS RUN & TIMES (1) WITH ZEROS ONES,
(3) WITH 401 ONES, AND (4) WITH ONES
ZEROS,

2484

IT CAN EXECUTE OUT OF THE USER DATA PDR'S, THE USER INSTRUCTION PAR'S,

%2%%
2485

THE 401 IS TO FORCE A THE PARITY BITS TO BECOME INVOLVED.
THE KERNEL DATA PAR'S AND THE SUPERVISOR DATA PAR'S.

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0061

PAGE 56

2488

6.2.2.5

TEST 4

ROTATING ZEROS TEST

WRITES A BACKGROUND PATTERN OF ONES. ROTATES A ZERO CARRY BIT LEFT
THRU EACH PAR OF BYTES {18 TIMES) AND THEN CHECKS THAT THE CARRY IS
ZERO AND THE WORD (2 BYTES) IS STILL ALL ONES.

IT CAN EXECUTE OUT OF THE USER DATA PAR'S AND THE KERNEL DATA PAR'S.
NOTE

IT 1S NOT UNCOMMON TO OBSERVE THE GOOD
THIS
EQUAL TO THE BAD DATA.,
DATA
INDICATES THAT THE CARRY WAS NOT C(LEAR

AFTER 18 ROLB'S.

NN NWNIW NN WA NN NN NN PNONIN) = b b 2 s =2 2
NOWNE WA = OV
NOVS NN —= OV
NN
W

PONIAININ NN NI AIALN PN AN AL NP NN NN NN

VoAV
i
i
oo i

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.6

TEST 5

SEQ 0062

PAGE 57

ROTATING ONES TEST

WRITES A BACKGROUND PATTERN OF ZEROS. ROTATES A ONE CARRY BIT LEFT
THRU EACH PAIR OF BYTES (18 TIMES) AND THEN CHECKS THAT THE CARRY IS A
ONE AND THE WORD (2 BYTES) IS STILL ALL ZEROS.

THIS PROVIDES THE COMPLEMENT OF THE COVERAGE OF TEST & IN DATA,

1T CAN EXECUTE OUT OF THE USER DATA PAR'S AND THE KERNEL DATA PAR'S.
NOTE

THE GOOD
IT IS NOT UNCOMMON TO OBSERVE
THIS INDICATES
DATA EQUAL THE BAD DATA.
;gf;.;HE CARRY WAS NOT SET AFTER 18

AS ST NTNT ST ST NI NS NT ST NN T8
VIV A AN TR
TN N
VIS
SN EBEI8WN

N = O VOO NN
200

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APF -82 09:41

6.2.2.7

TEST 6

PAGE 58

INITIAL DATA TEST

WRITES READS A DOUBLE WORD FIRST WITH ALL BITS 0 EXCEPT 1 (FOR EVERY
(FOR EVERY BIT
gé;lr?gz§TION). SECOND WITH ALL BITS 1 EXCEPT 1
TH!S IS A VERY QUICK CHECK OF THE DATA PATHS.

SEQ 0063

mS5

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
2554
2555
2556
2557
2558
2559
2560

26-~APR-82 09:41

TEST 7

SEQ 0064

PAGE 59

ADDRESS BIT TEST

%ggg

6.2.2.8

2563
2564
2565
2566
2567

WRITES A BACKGROUND OF ALL ZEROS.
READ ADDRESS 1 FOR A 0 BYTE.
COMPLEMENT ADDRESS 1.
READ ADDRESS 1 FOR A NON 0O BYTE.
FOR EACH ADDRESS 81T POSITION FROM BIT 1:

2570
2571
572

60040, 60100, 60200, 60400,
PHYSI CAL
76000, 140000, 100000)
61000, 62000,
READ ADDRESS FOR A 0 WORD.

2568

2569
73
74

200, 400,

10, 20, 40, 100,
20060
60000, (60002 60004 60010, 60020,
VIRTUAL (2

1000,

2000,

COMPLEMENT ADDRESS CONTENTS.
READ ADDRESS FOR A NON-ZERO WORD.

THIS IS A VERY QUICK CHECK OF THE ADDRESS BIT UNJQUENESS.

4000,

10000,

NS5
26-APR-82 09:41

SEQ 0065

PAGE 60

NOALNININIAINININONPLNVOND)

VW
R
- OO0 ~ ombwg—-o

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

6.2.2.9

2596

THIS IS ONLY DONE ON ONZ DOUBLE WORD ADDRESS.

592
2593
2594

2599
2601

TEST 10

BYTE ADDRESSING TEST

WITH ECC DISABLED.
WRITES ALL ONES TO A DOUBLE WORD.
FOR EACH OF THE & BYTES IN THE DOUBLE WORD.

CLEARS ONE BYTE.
READS ALL & BYTES FROM DOUBLE WORD.
CHECKS FOR ONLY PROPER BYTE CLEAR.
ALL OTHER BYTES SET TO ALL ONES.

NOTE
THIS IS RUN FOR FCC MEMORY ONLY

CZMSPAO MS11-L/M/P MZMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.10
1.

TEST 11

SEQ 0066

PAGE 61

SINGLE BIT ERROR TEST

CREATE A SINGLE BIT ERROR.

READ DATA UNCORRECTED (WITH ECC DISABLE).

CHECK THAT SBE AND DBE FLAGS ARE SET, AND THE
IS LATCHED.

ADDRESS

ERROR

(¥,

READ FIRST WORD OF DATA CORRECTED (WITH ECC ENABLED)
CHECK THAT THE CSR SINGLE BIT ERROR FLAG

ERROR ADDRESS WAS LATCHED.

SET,

WAS

AND

THE

CLEAR SBE FLAG.

READ SECOND WORD OF DATA CORRECTED (WITH ECC ENABLED).
CHECK THAT THE CSR SINGLE BIT ERROR FLAG WAS SET.

DO (1=7) FOR A SINGLE BIT ERROR IN EACH OF 32 POSITIONS OF
DOUBLE WORD.

1.E.

10.

(32 TIMES)

IF NOT IN QUICK VERIFY MODE THEN D0 (1-8) FOR DATA CONSISTING
OF 1 BIT SET_IN EACH OF 32 POSITIONS OF A DOUBLE WORD.
1.E.

11.

(32 X 32 = 1024 TIMES)

DO (1-9) FOR COMPLEMENTED DATA (1 BIT CLEAR
POSITIONS OF A DOUBLE WORD).

EACH

(1024 X 2 = 2048 TIMES)
1.E._
OR (32 X 2 = 64 TIMES (QUICK VERIFY))

12.

D0 (1-7) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE SINGLE BIT ERROR COMBINATIONS FORCED INTO THE CHECK

BITS (CSR BITS 5-11).
13.

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

THIS INSURES THAT ALL SINGLE BIT ERRORS CAN BE CORRECTED AND DETECTED.
NOTE

THIS TEST 1S RUN FOR MS11-M MEMORY ONLY

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

2666

2675

2682

26-APR-82 09:41

6.2.2.11

TEST 12

SEQ 0067

PAGE 62

WRITE BYTE CLEARS SBE TEST

CREATE A SINGLE BIT ERROR.

WRITE A BYTE OF DOUBLE WORD TO ONES.

READ A BYTE OF DOUBLE WORD.

IF THIS IS MS11-M, THE SBt FLAG SHOULD BE SET.

THE BYTE SHOULD HAVE BEEN EQUAL TO ONES.

DO (1-5) FOR EACH OF THE 4 BYTES OF THE DOUBLE WORD

DO (1-6) FOR A SINGLE BIT ERROR IN EACH OF 32 POSITIONS OF
DOUBLE WORD

1.E.

2683

2685
2686

2689

(32 TIMES)

IF NOT IN QUICK VERIFY MODE THEN DO (1-7) FOR DATA CONSISTING
OF 1 BIT SET_IN EACH OF 32 POSITIONS OF A DOUBLE WORD.
1.E.

2687

(32 X 32 = 1024 TIMES)

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

26N
2692
2693

THIS INSURES THAT SINGLE BIT ERRORS IN THE DATA PORTION (NOT_ IN
CHECKBITS) CAN BE CLEARED BY WRITING THE CORRESPONDING BYTE AND THAT
WRITING ANY OTHER BYTE DOES NOT CHANGE THE EXISTING SINGLE BIT ERROR.

2696

NOTE

2698

THIS TEST 1S RUN FOR MS11-M MEMORY ONLY.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.12

TEST 13

SEQ 0068

PAGE 63

(REATE DOUBLE BIT ERROR TEST

CREATE A DOUBLE BIT ERROR.

ACCESS THE DATA (TST INSTRUCTION).

CHECK THAT THE CSR DBE FLAG IS SET, AND THE ERROR ADDRESS
LATCHED.

INITIALIZE CSR TO ALLOW PARITY TRAPS ON DBE'S.
ACCESS THE DATA (TST INSTRUCTION).
CHECK THAT A PARITY TRAP OCCURRED.

DO (1-6) FOR THE 2ND BIT OF EACH DOUBLE BIT ERROR IN EACH Of
32 POSITIONS OF A DOUBLE WORD LESS THE ONE POSITION OF THE
1ST BAD BIT.

1.E.

(31 TIMES)

IF NOT IN QUICK VERIFY MODE THEN DO (1-7) FOR THE 1ST BIT OCf
segg OF DOUBLE BIT ERROR IN EACH OF 32 POSITIONS OF A DOUBLE

I.E. (31 X 32 = 992 TIMES)
83R§}'8) FOR COMPLEMENTED DATA (ONES VERSUS 2EROS

DOUBLE

(992 X 2 = 1984 TIMES)
1.E.
OR (31 X 2 = 62 TIMES (QUICK VERIFY))
10.

DO (1-6) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

ALL

POSSIBLE DOUBLE BIT ERROR COMBINATIONS FORCED INTO EACH OF
THE CHECK BITS (CSR BITS 5-11).

THIS INSURES THAT ALL DOUBLE BIT ERRORS CAN BE

AND CAUSE TRAPS.

CREATED

NOTE

1) THIS TEST IS RUN ON THE MS11-M ONLY.

2) THIS TEST IS ONLY RUN DURING THE FIRST
(QV)
PASS WHEN UNDER ACT OR APT, AND IS
RUN FOR ECC MEMORY ONLY.

ANC

DETECTED

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0069

PAGE 64

TEST 14

6.2.2.13

BASIC DOUBLE BIT ERROR TEST

WRITE THE CSR TO ENABLE DIAG MODE WITH A DOUBLE BIT ERROR
g:igtEgITS OF 110011 AND UNCORRECTABLE ERROR INDICATION
WRITE FIRST AUT IN A 16K BANK WITH DATA OF ALL ZERO'S.
THIS WILL WRITE THE CHECK BITS IN (1)
READ ADDRESS, THIS SHOULD CAUSE A DOUBLE BIT ERROR. BUS PBL
IS ASSERTED AND WE CHECK FOR A PARITY TRAP TO OCCUR.

READ THE CSR FOR CHECK BITS IN (1) AND UNCORRECTABLE ERROR
INDJCATOR.

WRITE ONES TO THE HIGH BYTE OF THE ADDRESS UNDER TEST. SINCE
A DBE EXSISTS AT THIS ADDRESS THE WRITE SHOULD BE ABORTED.

READ ADDRESS AND CHECK FOR A PARITY TRAP TO OCCUR AS A RESULT OF (5)
7.

REPEAT 5 AND 6 FOR DATA OF ONES IN THE LOW BYTE AND CHECK FOR
WRITE ABORT AND PARITY TRAP.

THIS TEST CHECKS TO SEE IF A DOUBLE BIT ERROR WILL BE ABORTED AND A
BYTE WRITE OF A DOUBLE BIT ERROR WILL BE ABORTED.
NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0070

P~GE 65

2795
2796

6.2.2.14
1

TEST 15

WRITE INHIBIT uF BYTE WITH DBE

CREATE A DOUBLE BIT ERROR.

DO A MOVB IMMEUIATE TO TEST BYTE.

CHECK THAT DOUBLE WORD IS STILL BAD (UNCHANGED-WITH DBE).

DO (2-3) ON ALL & BYTES OF DOUBLE WORD.

DO (1-4) FOR THE 2ND BIT OF EACH DOUBLE BIT ERROR IN EACH Of
32 POSITIONS OF A DOUBLE WORD LESS THE ONE POSITION OF THE
1ST BAD _BIT.

1.E.

(31 TIMES)

IF NOT IN QUICK VERIFY MODE THEN DO (1-5) FOR THE 1ST BIT OF
EACH DOUBLE BIT ERROR IN EACH OF 32 POSITIONS OF A DOUBLE

WORD.

I.E.

(31 X 32 = 922 TIMES)

BgRé}-é) FOR COMPLEMENTED DATA /ONES VERSUS ZEROS

1IN

DOUBLE

1.E. (992 X 2 = 1984 TIMES)

OR (31 X 2 = 62 TIMES (QUICK VERIFY))

DO (1-4) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE DOUBLE BIT ERROR COMBINATIONS FORCED INTO THE CHECK

BITS (CSR BITS 5-11).
9.

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

THIS INSURES THAT NO DOUBLE BIT ERROR CAN BE CLEARED BY A MOVB TO

AFFECTED BYTE.

NOTE

1) THIS TEST IS RUN ON THE MS11-M ONLY.

2) THIS TEST IS ONLY RUN DURING THE FIRST
(QV) PASS WHEN UNDER ACT OR APT, AND IS
RUN FOR ECC MEMRY ONLY.

ANY

VIWAVIWN

W=
O 000

CIMSPAQ MSi1-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.15

TEST 16

SEQ 0071

PAGE 66

WRITE INHIBIT OF WORD WITH DBE TEST

CREATE A DOUBLE BIT ERROR.

DO MOV IMMEDIATE ON TEST LOCATION.

CHECK THAT DOUBLE WORD IS STILL BAD (UNCHANGED-WITH DBE).

DO (2-3) ON BOTH DOUBLE WORDS.

DO (1=4) FOR THE 2ND BIT OF EACH DOUBLE BIT ERROR IN EACH OF
32 POSITIONS OF A DOUBLE WORD LESS THE ONE POSITION OF THE
1ST BAD BIT.

1.E.

(31 TIMES)

IF NOT IN QUICK VERIFY MODE THEN DO (1-5) FOR THE 1ST BIT OF
EACH DOUBLE BIT ERROR IN EACH OF 32 POSITIONS OF A DOUBLE

WORD.

I.E.

(32 X 32 = 992 TIMES)

Bgaé}-é) FOR COMPLEMENTED DATA (ONES VERSUS ZEROS

DOUBLE

1.E. (992 X 2 = 1984 TIMES)

OR (31 A 2 = 62 TIMES (QUICK VERIFY))

DO (1-4) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE DOUBLE BIT ERROR COMBINATIONS FORCED INTO THE CHECK

BITS (CSR BITS 5-11).
9.

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

THIS INSURES THAT NO DOUBLE BIT ERROR CAN BE CLEARED BY A MOV

AFFECTED WORD.

NOTE

1) THIS TEST IS RUN ON THE MS11-M ONLY

2) THIS TEST IS ONLY RUN DURING THE FIRST
(QV) PASS WHEN UNDER ACT OR APT, AND IS
RUN FOR ECC MEMORY ONLY.

ANY

CIMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

TEST 17

SEQ 0072

PAGE 67

HOLDING 1°'S

0'S TEST

2906

6.2.2.16

2909

WRITE A 16K BANK WITH

2912

READ EACH WORD FOR CORRECT TEST.

2914

DO (1-2) AGAIN FOR A COMPLEMENT TEST.

2910

2916

ALTERNATING

WRITING A BYTE AT A TIME.

BYTES

THIS CHECKS THE MEMORY FOR THE CAPABILITY OF HOLDING 0°'S

ZEROS

1°S.

ONES

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0073

PAGE 68

26-APR-82 09:41

TEST 20

6.2.2.17

SYNDROME BITS TO THE CSR ON A SBE TEST

WRITE CSR WITH CHECK BITS TO CORRECT BIT O OF THE FIRST AUT

CLEAR CSR.

READ THE AUT TO CLOCK THE ADDRESS AND SYNDROMES INTO THE CSR.

READ THE (SR FOR THE SBE INDICATOR, BIT &.

WRITE THE CSR TO DJAG MODE TO CLOCK THE SVYNDROME BITS INTO

WRITE AUT WITH DATA OF 0°'S CREATING A SBE.

16K BANK FROM A O TO A 1 WITH DIAG MODE.

CSR BITS 5-11.

READ THE CSR FOR THE PROPER SYNDROME BITS.
REPEAT 1-7 FOR ALL 16 DATA BITS.

REPEAT 1-8 FOR DATA OF ONES SO THAT A CORRECTION WILL OCCUR
FROM A 1

TO A ZERO.

THiS TEST CHECKS TO SEE THAT THE EDC CHIP CAN DETECT SINGLE BIT
ERRORS FOR ALL 16 DATA BITS BY CHECKING FOR CSR BIT#4 AND THAT
THE PROPER SYNDROME BITS ARE PLACED IN THE CSR.
NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.18

TEST 21

SEQ 0074

PAGE 69

MARCHING 0°'S

1°'S TEST

WRITE A BACKGROUND OF ALTERNATING BYTES OF ZEROS
2.

FOR THE 16K BANK ADDRESSING DOWN
(A) READ CHECK A WORD
(8) BYTE SWAP A WORD
0 READ CHECK A WORD
THE 16K BANK ADDRESSING UP

READ CHECK A WORD

BYTE SWAP A WORD
READ CHECK A WORD

THE 16K BANK ADDRESSING UP
READ CHECK A WORD
BYTE SWAP A WORD
READ CHECK A WORD
THE 16K BANK ADDRESSING DOWN
READ CHECK A WORD
BYTE SWAP A WORD
READ CHECK A WORD

THIS CHECKS THE INTEGRITY OF THE 32 BIT DOUBLE WORDS.

IT CAN EXECUTE OUT OF THE USER DATA PAR'S.
NOTE

IT IS NOT UNCOMMON TO SEE A MISLEADING
ERROR TYPEQUT BECAUSE THE SECOND TEST IN
EACH CASE IS BASED UPON A BYTESWAP OF

THE FIRST TEST WHICH MAY OR MAY NOT HAVE
IF THE ERRUR REPORT INDICATES
FAILED.
ERRORS IN PAIRS WITH THE BAD BIT IN THE
BIT
SAME
THE
SECOND RZFURT BEING
YOU
THEN
BYTE
A
TO
POSITION RELATIVE
REPORT.
ERRCR
SECOND
THE
SHOULD IGNORE

ONES

WRITE A DIAGONAL TEST OF ONES ON EVERY KDIAG(TH) STRIPE
WRITE ZEROS ELSEWHERE.

Jig

THIS TEST IS ON ADDRESSES NOT BIT POSITIONS.

3017

EXAMPLE:

3019

ADDRESS
LSB'S

OCO=OO0O0—=0O

3021

O—=000—=00

MSB'S
(elelal lelalal

O=O00—=0O0

REFRESH TEST

TEST 22

= O0O0O—=000

3012

6.2.2.19

PAGE 70

eleleol tolelel

3009

26-APR-82 09:41

SEQ 0075

OO=O0O0O0—=0O

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

3032

NOTE

3034

EXAMPLE USES KDIAG OF VALUE 4 MORE TYPICAL IS A VALUE

3036

THE PROGRAM LISTING TO BE SURE.

3035

CONSULT THE SYMBOLIC DEFINITION OF ‘XDIAG'’ IN

3040

DISTURB EACH ROW FOR > 3.2MS

3042

READ CHECK DIAGONAL PATTERN

3044
3045

DO (1-3) KDJAG TIMES MOVING THE PLACEMENT
STRIPE TO COVER ALL ADDRESS POSITIONS.

3047
3048

DO (1-4) FOR A COMPLEMENT PATTERN
(ZEROS IN A BACKGROUND OF ONES)

3052

NOTE

3054
3055

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR ACT.

3057

(KAMIKAZE MODE).

3056

INVOKED VIA

FIELD

SERVICE

EXECUTED
IT MAY BE

COMMAND

THE

DIAGONAL

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

3067

3069

3070

26-APR-82 09:41

6.2.2.20

TEST 23

SEQ 0076

PAGE 71

SHIFTING DIAGONAL TEST

SIMILAR IN OVERALL OPERATION TO TEST 22 EXCEPT IT
FOR REFRESH AND DISTURB ROWS.

NOTE

3073

3075
3076

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR ACT.

3078

(KAMIKAZE MODE).

3077

DOES

INVOKED VIA

FIELD

SERVICE

EXECUTED
IT MAY BE

COMMAND

NOT

DELAY

mé

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.21

TEST 24

SEQ 0077

PAGE 72

FAST GALLOPING PATTERN TEST

THIS DOES A CLASSICAL GALLOPING PATTERN EXCEPT THAT
INCREMENTED BY 400 OCYAL (EVERY 64TH DOUBLE WORD)
NOTE

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR ACT.

INVOKED VIA

FIELD

(KAMIKAZE MODE).

SERVICE

EXECUTED
IT MAY BE

COMMAND

ADDRESSING

b md

b e

b ch

b d

b e

b d

D e

b e

b o

D e

)

O N AN
ES I8 SIS B IN B 08 8 B
NN IWIWW N W NN WP N NN N NVNIINININ) = b = b b 2 b d 2 2 O OO OO
OVONONBNN=OVRNOAWNBWNII—=O
VNN WN =
V00NN WWN = OO 00 NN WNN =2 OV 00 NN

AN U N U A Ul U U N U AN U N U A U O U O U N U A N U U A U AN O N N N U AN N A U N U N N AN N N N AN N AN NN NN NN

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.22

TEST 25

SEQ 0078

PAGE 73

|INTERRUPT ENABLE TEST

SET CSR TO ALLOW UNCORRECTABLE ERROR TRAPS,

ACCESS TEST DOUBLE WORDS.

CHECK THAT NO UNCORRECTASLE ERROR TRAP OCCURRED.

ENABLE CSR FOR SBE TRAPS.

ACCESS TEST DOUBLE WORDS.

CHECK THAT NO SBE TRAP OCCURRED.

WRITE A SBE IN 1 BYTE.

DISABLE CSR TRAPS.

ACCESS TEST DOUBLE WORDS.

10.

CHECK THAT NO TRAPS OCCURRED.

11.

ENABLE CSR FOR SBE TRAPS.

12.

ACCESS TEST DOUBLE WORDS.

13.

CHECK TO INSURE TRAP OCCURRED.

14.

DO (7-13) FOR THE 3 OTHER BYTES IN THE DOUBLE WORD.

15.

CREATE A DBE IN 1 BYTE.

16.

DISABLE CSR TRAPS.

17.

ACCESS THE TEST DOUBLE WORD.

18.

CHECK THAT NJ TRAPS OCCURRED.

19.

[ENABLE (SR FOR DBE TRAPS.

20.

ACCESS THE TEST DOUBLE WORD.

21.

CHECK TO INSURE TRAP OCCURRED.

22.

ENABLE CSR FOR SBE TRAPS.

23.

ACCESS THE TEST DOUBLE WORD.

24.

CHECK TO 1/ISURE TRAP OCCURRED.

25.

DO (15-24) FOR THE 3 OTHER BYTES IN THE DOUBLE WORD.

THIS INSURES THAT SBE'S

DBE'S GIVE THE CORRECT TYPE OF

NOTE
THIS TEST IS RUN FOR MS11~M MEMORY ONLY.

TRAPS.

26-APR-82 09:41

SEQ 0079

PAGE 74

N—
WA Ub Ld amd
N AN
N U U N N AN U AN U AN U N AN N
D d d d D d d D D D h D d D e e e

s D D

000000000000 N NNNNNNNYNOOrOO
OO
VIS WA = OO0 NN
NN 2O 000 NO W W

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

3}39

3188
g}gg
3191

3192

6.2.2.23

TEST 26

RANDOM DATA TEST

WRITE RANDOM DATA IN A 16K BANK WHILE INCREMENTING THE ADDRESSES.
READ CHECK RANDOM DATA.

THIS ROUTINE REGENERATES THE SAME RANDOM NUMBERS

USING

THE

SAME

SEED AS THE WRITE SEQUENCE. AFTER THE READ CHECK THE SEED IS UPDATED
SO THAT THE NEXT USE OF THIS PATTERN WILL NOT INVOKE THE SAMF SEQUENCE
OF RANDOM NUMBERS.

IF YOU WISH TO CHANGE THE RANDOM SEQUENCE SO THAT IT IS DIFFERENT THAN
ANY OTHER RUN IN THE SAME CONFIGURATION THEN THERE ARE 2 WAYS OF DOING
SO.

MODIFY SYMBOLIC LOCATIONS °‘'SEEDHI'* AND ‘'SEEDLO’’ TO ANY NUMBER
YOU LIKE.

ENTER FIELD SERVICE MODE AND EXECUTE THIS TEST (COMMAND 5)
ON SOME (ANY GOOD) BANK FOR A SHORT TIME (30 SEC OR SO).
THIS CAN EXECUTE OUT OF THE USER DATA PAR'S, THE KERNEL DATA PAR'S,
2.

AND THE SUPERVISOR DATA PAR'S.

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

3200

3202

26-APR-82 09:41

6.2.2.26

TEST 27

SEQ@ 0080

PAGE 75

UNIQUE BANK TEST

EAC(H

IT DOES NOT RUN AS PART OF ANY SCRIPT BUT RATHER IS ALWAYS

RUN

THIS TEST USES TEST O TO WRITE

READ THE BANK

NUMBER

3203

BANK.

3205

IT DOES NOT TEST BANKS THAT REQUIRE RELOCATION TO TEST.

3207

3208

NORMAL PATTERN TESTS ARE COMPLETE.

AFTER

26-APR-82 09:41

NOM NS AN
~NO~ NS WNN) = OO

NN NN NI N NN
WNWW

NN
NN

[AS1,%) PONIPINININ)
b =D b b b 3 —> -

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

3228

6.2.2.25

TEST 30

PAGE 76

FLUSH OUT DBE'S TEST

THI S IS
THIS READS EACH LOCATION THEN MOVES THE OLD VALUE BACK IN.
gggngEéIH ECC DISABLED AND THEREFORE CORRECTS ANY DBE'S OR SBE' S (IF

IT DOES NOT RUN AS PART OF ANY SCRIPT BUT RATHER IS ALWAYS RUN JUST
PRIOR TO THE END ©Of PASS CODE, AS PART OF A CONTROL ''C‘' (BOOT)
COMMAND, AS PART OF END OF PASS SHUTDOWN FOR ACT OR xXDP CHAIN MODE,
AS PART OF HANGING SEQUENCE AFTER AN ERROR IF UNDER ACT OR APT, AND AS
PART OF A SHUTDOWN SEQUENCE DIRECTED BY SWITCH 8 (HALT PROGRAM).

SEQ 0081

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41
TEST 31

6.2.2.26

SEQ 0082

PAGE 77

SOB-A-LONG TEST

RATIONALIZATION

IN ORDER TO CONCENTRATE THE MEMORY CYCLES OF A TEST INTO A PARTICULAR
ADDRESS, WE MUST CUT THE OVERHEAD CYCLES TO A MINIMUM. FREQUENTLY,
THE

INSTRUCTION

ITSELF

MAY

PROVIDE

ADEQUATE

DATA

OR_SET

(1)

BACKGROUND IN WHICH ANY COMPLEMENTED BIT MAY FIND IT HARD TO SURVIVE.
THE SO8 INSTRUCTION IS THE ONLY

PDP=-11

INSTRUCTION

THAT

SINGLE OPERAND, (2) CAN BE RE. EATEDLY EXECUTED AT THE S/ME PC AND, (3)
CAN ESCAPE THIS REPETITIOUS LOOP.

HENCE, IT CAN BE POSSIBLE TO SOB A MOS CELL TO DEATH (OR AT LEAST
g?g%gflgfig?)fll"). AND TO SOB A CORE INTO OVER-HEATING (OR AT LEAST WARM

THE SOB ROUTINE WILL BE LOADED AND CALLED WITH RO SET EQUAL TO THE SO8

°'SOBK'',

CONSTANT

SET

INSTRUCTION "100776"".

EQUAL

COMPLEMENT OF A ‘'SOB RO,."

THE

SIMPLIFIED SO8 EXAMPLE:

1$:

2$:

S08

MOV
CMP
BEQ
SOBFAIL

:S0B TILL RO UNDERFLOWS

RO,1$

JWRITE COMPLEMENT OF SOB
SREAD CHECK NOT SO8
:SKIP IF 0K
;TRAP REPORT ERROR

R1,1$
R1,18
2%

;CODE TO GET SELF MOVED
sFORWARD 1 WORD AND RUN AGAIN

SOBMOV1
SOBMOV?

SOBMOV3
SOBMOV4

SOBMOV...

THE VALJUE OF THE SOB CONSTANT CAN BE FOUND AT SYMBOLIC LOCATION ‘'SOBK'’
(TYPICAL 25 DECIMAL).

THIS TEST IS NOT IN THE NORMAL SCRIPT OF EXECUTION BUT

VIA

MAY

ADDED

THE APT E-TABLE, REFERENCE SYMBOLIC LOCATIONS ‘MKPAT'‘, "MJPAT'’,

'$DDW2-5''.

FIELD SERVICE MODE COMMAND

RUNNING THIS PATTERN.

THE

NORMAL

NOTE

THIS TEST IS NOT NORMALLY
EACEPT UNDER APT OR ACT.

INVOKED VIA

FIELD

(KAMIKAZE MOOE).

SERVICE

EXECUTED
IT MAY BE

COMMAND

METHOD

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.27

TEST 32

SEQ 0083

PAGE 78

WRITE RECOVERY TEST

TO OCCUR

THIS TEST CAUSES A WRITE,

READ, WRITE, READ, ...

83; %fig'fg;gfi 6TH, ...

READ 1S BAD THE PROGRAM WILL

AND

THE

MEMORY

1ST, 3RD, 5TH, ...READ iS BAD THE PROGRAM MAY BOMB OR IF
GRACEFULLY

TYPE

WRITE_RECOVERY TEST

THIS TEST DIFFERS FROM OTHER TESTS IN THAT IT CONSISTS
OF A SMALL TEST PROGRAM ACTUALLY RUNNING IN THE BANK UNDER TEST.
THE PROGRAM 1S SELF MODIFYING AND MAY BE DIFFICULT TO DEBUG.
T0 AID IN THE DEBUG, REMEMBER THAT THE BANK AND MARGIN ARE BEING
DISPLAYED. THIS WILL ALLOW THE USER TO AT LEAST SEE WHICH MEMORY

THE TEST CONSISTS OF 1/2 OF THE BANK STORED WITH 'MOV R2,=-(PC)"
AND THE OTHER 1/2 CONTAINING '177667''. **177667'' 1S THE COMPLEMENT
OF ''JMP (RO)'* INSTRUCTION. ~R2 CONTAINS "'COM =(R1)'* INSTRUCTION
TO THE BANK AND R1 CONTAINS THE HIGHEST TEST ADDRESS IN
ONENTRY
IF YOU UNDERSTAND THIS SO FAR THE REST IS EASY.

THE_TEST EXECUTION IS AS FOLLOWS:
1. THE 'MOV R2,-(PC)"* INSTRUCTION EXECUTES STORING

THE CONTENTS OF R2 IN THE ADDRESS IT VACATFD (DUE TO -(P().
2. SINCE R2 CONTAINS A “'COM =(R1)" INSTRUCTION IT COMPLEMENTS
THE_HIGHEST ADDRESS UNDER TEST. THIS ADDRESS CONTAINED
*177667'' SO AFTER_THE COM =(R1) IT EQUALS 110
CLEVERLY THIS IS THE °'JMP (RO)'' INSTRUCTION.

3. THIS SEQUENCE CONTINUES UNTIL THE

‘MOV R2,=-(PO)"’

INSTRUCTIONS REACH THE MIDDLE OF THE TEST BANK.
THEN THE "JMP (R0)'* INSTRUCTION IS MET
AND EXECUTED. RO CONTAINED THE RETURN ADDRESS BACK

4. THESE STEPS ARE REPEATED FOR EACH BANK UNDER TEST.

NOTE

EXECUTED
THIS TEST IS NOT NORMALLY
IT MAY BE
EXCEPT UNDER APT OR ACT.
INVOKED VIA FIELD SERVICE COMMAND 13
(KAMIKAZE MODE).

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

TEST 33

6.2.2.28

SE~ 0084

PAGE 79

BRANCH GOBBLE TEST

THE
THIS TEST LOADS A SMALL ROUTINE INTO THE MEMORY UNDER TEST.
THAT
SO
PASS
ROUTINE MOVES ITSELF ALONG .N MEMORY ONE WORD AFTER EACH
WHEN IT REACHES THE END EVERY INSTRUCTION HAS EXECUTED FROM EVERY
kgg:TION WITH THE EXCEPTION OF THE BEGINNING AND END OF EACH TEST
THE BRANCH GOBBLE'S GENERAL FORMAT AFTER YOU ELIMINATE SETUP CODE
CODE TO MOVE THE PROGRAM ALONG IS AS FOLLOWS.
BGTEST:

BRGOBB:

s TEST WORD

SEC

ADCB

2s:

38:

48:

BGTEST

;INC LOW BYTE

BGTEST+1
BRGOBB

sINC HIGH BYTE
;LOOP 128 TIMES

;END LOOP AFTER 128 TIMES

8M]

1$:

AND

INCB
BR

sBRANCH IF v-BIT SET (SHOULD BE)

BVS

ERROR

cLv
INCB
BCS
8v(
BMI
ERROR

;ERROR TRAP

;CLEAR V-BIT
sINC HIGH BrTE ONE LAST TIME
sBRANCH IF C-BIT SET (SHOULD NOT BE)
;BRANCH IF V-BIT CLEAR (SHOULD NOT BE)
sBRANCH IF N-BIT SET (SHOULD BE)
;ERROR TRAP

BGTEST

3s
3s
4$

RETURN

THIS CODE ORIGIONALLY CAME FROM THE PDP-11 FAMILY _ INSTRUCTION
THE FIRST MOS MEMORYS FELL SUCCEPTABLE TO THIS
EXERCISER DZQKA-A.
SECTION OF THAT DIAGNOSTIC AND IT HAS BEEN AN IMPORTANT MEMORY
EXERCISER EVER SINCE.

NOTE

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR ACT.

INVOKED VIA

FIELD

(KAMIKAZE MODE).

SERVICE

EXECUTED
IT MAY BE

COMMAND

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.29

TEST 34

PAGE 80

SOFT ERROR TEST

RATIONALIZATION

MOS CHIPS HAVE A FAILURE MODE IN WHICH THEY CAN RANDOMLY PICK OR DROP
THIS IS CAUSED BY ALPHA PARTICLES BOMBARDING THE CELL. IF THE
BITS.
CELL IS VERY SMALL (AND THEY ARE) THEN THE ELECTRONS DISPLACED BY THE
ALPHA PARTICLE ARE SUFFICIENT TO CAUSE THE CELL TO CHANGE FROM A ONE
TO A ZERO OR FROM A ZERO TO A ONE.

THIS TEST IS CONTROLLED BY THE MAIN PROGRAM SO THAT IT IS USED TO
CREATE A TEST OF 125252 AND 52525 ON ALTERNATE PASSES OF THE
PROGRAM. THE CONFIGURATION TABLE IS USED TO FLAG BANKS THAT HAVE THE
EEEEGRéfixSLIDATED BECAUSE ANOTHER TEST WAS WRITTEN OVER THIS

TH1S TEST IS NOTHING MORE THAN A CLEVER USE OF TEST 0.

SEQ 0085

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
3611
3412
3413
3614
3415
3616

26-APR-82 09:41

3417

6.2.2.30

3420

3423

s
gzg;

gzgg

9
%25
3428
3429

3430
3431
3432
3433

TEST 35

SEQ 0086

PAGE 81

WORST CASE PARITY TEST

UNDER TEST.

READ WITH PARITY TRAPPING ENABLED, MAKING SURE
OCCURRS.

3. MAKE SURE ERROR ADDRESS BITS ARE SET CORRECTLY.

WRITE GOOD PARITY WITHOUT TRAPPING, AND
OCCURRS WHEN READ.

MAKE

3434

NOTE

3436
3437

THIS TEST IS RUN FOR PARITY MEMORY WHICH
IS NOT CONTROL.ED BY THE SAME (SR AS THE

3435

gzgg

MEMORY

FORCE WRITE WRONG PARITY IN EACH 1K WORD BLOCK OF THE

PROGRAM.

THAT

TRAP

SURE

TRAP

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0087

PAGE 82

3441
3442

3443

3444

3445

3446
3447

TEST 36 CORRECTION CODE TEST

6.2.2.31
1.

WRITE CSR WITH CHECK BITS TO CORRECT BIT O OF THE FIRST ADDRESS
IN A 16K BANK FROM A 0 TO A 1 WITH DIAG MODE.

WRITE AUT WITH DATA OF 0°'S.

READ AUT FOR CORRECTION OF BIT O FROM A 0 TO A 1.

REPEAT 1-3 FOR ALL 16 DATA BITS.

REPEAT 1-4 FOR DATA OF ONES SO THAT A CORRECTION WILL OCCUR
FROM A 1

TO A ZERO.

THIS TEST CHECKS TO SEE THAT THE EDC CHIP CAN CORRECT SINGLE BIT

ERRORS FOR ALL 16K DATA BITS FROM A 1 TO A O AND VISA VERSA.
NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMS®AQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0088

PAGE 83

3469

TEST 37

6.2.2.32

CHECK ECC DISABLE TEST

WRITE CSR WITH ECC DISABLE, DIAG MODE, AND SBE CHECK BITS
OF 000010.

:EABEVAUT WITH DATA OF 2ERO'S.

1HIS SHOULD WRITE CHECK BITS TO

READ AUT FOR DATA OF ZEROS INSURING NO CORRECTION WAS MADE.
NOTE

THIS TEST IS RUN ON THE MS11-P ONLY.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26~APR-82 09:41

SEQ 0089

PAGE 84

TEST 41

6.2.2.33

ADDRESS TO CSR ON DBE TEST

N=OVONOWNSWNI=20

NN NN NN N N NN N NN

(W LV IV IV LV IV IV IV AV IV LV, IV 1V )
PONIN) =D b = e cd =D od =d h =S

WRITE CSR WITH ECC DISABLE, DIAG MODE, AND DOUBLE BIT ERROR
CHECK BITS OF 010011
2.

WRITE AUT WITH DATA OF ZEROS CREATING A DBE.

READ AUT TO DETECT DBE AND TO CLOCK ADDRESS INTO CSR

READ CSR FOR CORRECT ADDRESS IN BITS 5-11.

INCREMENT ADDRESS BY 1K AND REPEAT 1-4 UNTIL 16K IS DONE.

THIS TEST INSURES THAT THE CORRECT ADDRESS APPEARS IN CSR BITS 5-11 ON A DBE
NOTE

THIS TEST IS RUN ON A MS11-P ONLY.

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

W
&~

READ ADDRESS TO DETECT SBE.

READ CSR FOR CORRECT ADDRESS AND THE SBE INDICATOR BIT #4.
ENABLE CSR BIT 14 TO CHECK THE EXTENDED ADDRESS BITS.
READ CSR FOR CORRECT ADDRESS BITS

REPEAT 1=7 WITH A TEST ADDRESS THAT IS THE HIGHEST IN A 16K BANK.

[]
[]

~
)

[]

CLEAR THE CSR.

3533

CO~NO
N
NN —

Lyl
v

NN N NN N NN

WRITE CSR WITH SBE CHECK BITS OF 000010 WITH DIAGNOSTIC MODE.
ggéTE LOW ADDRESS IN A 16K BANK WITH DATA OF ZEROS CREATING A

EXTENDLD ADDRESS TO CSR ON ERROR TEST

3531

THIS TES CHECKS TO SEE THAT THE CORRECT ADDRESS BITS APPPEAR IN THE CSR.
THIS IS LSO REPEATED FOR THE EXTENDED ADDRESS FUNCTION IN THE CSR.
P

3548
3549

PAGE 85

TEST 42

6.2.2.34

SEQ 0090

NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

N
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

6.2.2.35

SEQ 0091

PAGE 86

TEST 43

WRITE BYTE TEST

WRITE CSR TO DIAG MCDE WITH CHECK BITS OF 001100.
CORRESPOND TO DATA OF ZEROS.
WRITE FIRST AUT WITH DATA OF ONE IN BIT ZERO.

EFFECTIVELY CREATES A SBE IN BYTE 0.

THESE

THE WRITE

CLEAR THE CSR
WRITE BYTE 1 OF THE AUT WITH DATA OF ALL ONES.
READ CSR TO CHECK FOR SBE INDICATION.
WRITE THE CSR TO DIAG MODE.

READ THE AUT TO CHECK FOR THE CORRECT DATA =-- ALL ONES IN HIGH BYTE
AND ALL ZEROS IN LOW BYTE.
READ THE CSR TO CHECK FOR CORRECT CHECK BITS CORRESONDING TO THE DATA

READ IN (7).

THESE CHECK BITS ARE 000110,

REPEAT (1)=(8) THIS TIME CREATING AN ERROR IN BYTE 1

BYTE 0 IN (4).

(2) AND WRITING

THIS TEST CHECKS TO SEE THAT A SBE WILL BE CORRECTED DURING THE READ PORTION OF THE
BYTE WRITE AND THAT CORRECT CHECKBITS WILL BE GENERATED ON THE WRITE.

NOTE
THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

WRITE CSR WITH CHECK BITS OF 000001, ECC DISABLE AND DIAG MODE.
WRITE MEMORY WITH DATA OF ZEROS.
INTO MEMORY.

THIS SHOULD WERITE THE CHECK BITS

W
O

READ MEMORY TO READ CHECK BITS WRITTEN IN (2) INTO CSR.

READ CSR FOR CORRET CHECK BITS WRITTEN IN (2).

SHIFT CHECK BIT PATTERN AND REPEAT (1-7) TILL CSR BITS 5-10 ARE DONE.
COMPLEMENT CHECK BIT PATTERN IN (2) AND REPEAT (1-8) SHIFTING A ZERO

READ (SR FOR COMPLMENT CHECK BIT PATTERN.

COMPLEMENT CHECK BITS PATTERN AND WRITE CSR AS IN (2).

RRERRRFLERE

b
N — b d b b )k
o [Velo . ENTa JV F XV [N L

SHIFTING CHECKBITS THROUGH THE CSR TEST

WRITE CSR TO DIAG MODE TO ENABLE CHECKBIT REGISTER.

3610

W
o

SEQ 0092

PAGE 87

TEST 44

6.2.2.36

THROUGH A FIELD OF ONES.

THIS TEST CHECKS THE ABILITY TO READ CHECK BITS FROM THE CSR TO MEMORY AND BACK.
THE TEST IS DONE TWICE. ONCE SHIFTING A FIELTM OF A ONE THROUGH A FIELD OF ZEROS
AND A ZERO THROUGH A FIELD OF ONES. THIS TESTS THE CHECKBIT/SYNDROME BIT REGISTER
AND CHECK BIT RAM'S

NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAO MSI1-L/M/P MEMORY DIAG. MACRO M1113

3649

26-APR-82 09:41

SEQ 0093

PAGE 88

TEST 45

6.2.2.37

SYNDROME BITS TO THE CSP ON A DBE TEST

WRITE CSR WITH DIAG MODE TO ENABLE CHECK/SYNDROME BIT REGISTER.

WRITE CSR WITH DBE CHECK BITS OF 110011 WITH DIAG MODE.

WRITE MEMORY WITH DATA OF ZEROS CREATING A DBE.

CLEAR CSR.

READ MEMORY TO DETECT DBE.

3661

READ (SR FOR UNCORRECTABLE ERROR INDICATOR.

3663

WRITE CSR TO DIAG MODE TO READ SYNDROME BITS INTO CSR.

3665

3667

READ (SR FOR CORRECT SYNDROME BITS OF 111111.
REPEAT (1-8) WITH MULIPLE BIT ERROR CHECK BITS OF 111100 AND
CORRESPONDING SYNDROME BITS OF 110000.

3655

3668

3671
3672

3673

THIS TEST CHECKS THE ABILITY OF THE CSR TO CETECT A DBE AND READ FOR THE PROPER
SYNDROME BITS GENERATED BY THE EDC CHIP. THIS TEST IS THEN REPEATED WITH CHECK

BITS CORRESPONDING TO A MULTIPLE BIT ERROR.

3675

NOTE

3677

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST

N
W

WRITE THE CSR TO ECC DISABLE.

READ AUT TO DETECT SBE.

CHECK TO SEE THAT NO TRAP OCCURED.

OO0

READ CSR TO SEE THAT UNCORRECTABLE ERROR (CSR15) IS SET.
REPEAT 1-6 FOR ALL 16 DATA BITS.

REPEAT 1-7 FOR DATA OF ONES SO THAT A CORRECTION WILL OCCUR

WRITE AUT WITH DATA OF 0°'S THUS CREATING A SBE.

WRITE CSR WITH CHECK BITS TO CORRECT BIT O OF THE FIRST ADDRESS
IN A 16K BANK FROM A 0 TO A 1 WITH DIAG MODE AND ECC DISABLED.

SEQ 0094

PAGE 89

TEST 46

6.2.2.38

FROM A 1 TO A ZERO.

REPEAT 1-8 EXCEPT IN STEPS (3) THE CSR IS WRITTEN TO ECC DISABLE
AND BUS PBL ENABLE AND (5) WE CHECK FOR TRAPS.

THIS TEST CHECKS TO SEE THAT SBE ARE TREATED A UNCORRECTABLE ERRORS WITH ECC

THE TEST IS REPEATED 2 TIMES, ONCE WITH TRAPS DISABLED AND AGAIN
THIS IS DONE FOR ALL 16 POSSIBLE SBE CONDITIONS.
ENABLED.
IT
WITH
DISABLE.

NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0095

PAGE 90

TEST 47

6.2.2.39

NO (SR UPDATE ON SBE WITH EXSISTING DBE TEST

WRITE THE CSR TO DIAG MODE TO ENABLE CHECKBIT/SYNDROME BIT REGISTER.

WRITE THE CSR WITH DBE CHECK BITS OF 110011 AND DIAG MODE.

WRITE MEMORY WITH DATA OF ZEROS CREATING A DBE.

WRITE CSR WITH SBE CHECK BITS OF 000010 AND DIAG MODE.

WRITE MEMORY 4K ABOVE ADDRESS IN (3) CREATING A SBE.

CLEAR CSR.

READ MEMORY WITH ADDRESS IN (3) TO DETECT DBE.

READ CSR FOR CORRECT ADDRESS AND UNCORRECTABLE ERROR INDICATOR

READ MEMORY WITH ADDRESS IN (5) TO DETECT SBE.

1 0. ?5A?8§SR FOR SBE INDICATOR AND NO CHANGE IN DBE STATUS IN (SR

THIS TEST CHECKS TO SEE THAT NO UPDATE WILL CCCUR IN THE CSR WITH A SBE IN

MEMORY WHEN A DBE ALREADY EXISTS.

NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

€.2.2.40

SEQ 0096

PAGE 91

TEST 995 NULL TEST

THIS IS AN INSTANT RETURN ADDED TO PRESERVE THE SOF TWARE STRUCTURE.
THIS TEST REPLACES ANY REAL TESTS WHEN THE APT E-TABLE DOES
SPECIFY A TEST TO BE RUN.

NOT

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0097

PAGE 92

7.0

PROGRAM FEATURES

7.1

FAST DATA ACCESS RATES

ONE OF THE MAIN AREAS OF CONCERN IN TESTING MEMORY IN SYSTEMS
ENVIRONMENTS IS SPEED. ONE OF THE PRIME REASONS THAT SYSTEM PROGRAMS
LIKE RSTS,IAS AND MUMPS CAN (CRASH DUE TO MEMORY FAILURES NOT
DETECTABLE BY MEMORY DIAGNOSTICS (0-124K,0-2 MEG,ETC.) IS BECAUSE OF
MULTIPLE NPR DEVICES CONTENDING FOR THE BUS. AFTER SOME DELAY A NPR
BE¥£CSATg§COHES BUS MASTER AND DOES SEVERAL MEMORY TRANSFERS AT MEMORY
ON THE OTHER HAND MOST DIAGNOSTICS WHEN WRITING READING AND/OR
CHECKING PATTERNS SPEND MOST OF THEIR TIME FETCHING INSTRUCTIONS AND
OPERANDS OUT OF THEIR PROGRAM SPACE AND PROPORTIONALLY LITTLE TIME
ACCESSING THE MEMORY UNDER TEST.

THIS DIAGNOSTIC'S ERROR DETECTING ABILITIES HAVE BEEN OPTIMIZED AROUND
LgsEPgéng¥AEESIGN CRITERIA OF SPEED. TO THIS END THE FOLLOWING STEPS

7.1.1

FAST CITY

UTILIZATION OF MEMORY MANAGEMENT REGISTERS AS NON MEMORY BUS, NON
UNIBUS, BIPOLAR MEMORY. SINCE USER MODE IS ONLY USED FOR RELOCATION
AND DATA SPACE IS NEVER USED, THEN SUBROUTINES CAN BE EXECUTED FROM
THE UIPAR'S, UDPAR'S, KDPAR'S, SDPAR'S AND WITH SOME BIT PATTERN
RESTRICTIONS THE UIPDR'S, UDPDR'S, KDPDR'S, AND SDPDR'S.

THE PROGRAM RUNS IN KERNEL MODE AND PATTERNS ARE EXECUTED IN
SUPERVISOR MODE FOR MAPPING PURPOSES. ALL CORE PATTERNS AND SOME MOS
PATTERNS ARE SUBROUTINES THAT ARE MOVED TO THIS BIPOLAR REGION

REFERRED TO IN THE PROGRAM AS FAST CITY.

WIN

58360
00 553 80 .50

©o 0o
Ny putr Qi Gt Putr Gutr Gt i Pt uird
-0 OO0 ~NONNN
—

NOTE

18-81T PDP-11'S CANNOT EXECUTE FROM THE
PAR'S BECAUSE THEIR PAR'S ARE ONLY 12
BITS WIDE; THEY ALSO HAVE NO _SUPERVISOR
ALL PATTERNS ARE
THEREFORE,
MODE.
EXECUTED IN_ MEMORY, USING USER MODE
(REFERENCE SECTION 7.5).

7.1.2

S0B'S

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

FULL

PDP=11

ALGORITHMS (PRINCIPALLY THE S08).

7.1.3

SEQ 0098

PAGE 93

26-APR-82 09:41

UTILIZATION OF THE

INSTRUCTION

SET

SPEED

PATTERN

CACHE

CACHE IS USED BETWEEN PATTERN TESTS TO DECREASE PROGRAM PASS TIMES.
CACHE CAN BE DEFEATED BY THE OPERATOR (REFERENCE SECTION 2.4.3.1).
7.2

BANK ZERO TESTING

DIAGNOSTICS

BANK ZERO HAS BEEN TRADITIONALLY NEGLECTED BY MEMORY
THE FOLLOWING REASON.

FOR

THE VECTOR SFACE EXISTS THERE AND ALL TRAPS MUST NOT ACCESS TEST
IF THE AREA IS TESTED THE DIAGNOSTIC MUST NOT USE ANY
PATTERN DATA.
TRAPS, AND IT IS AGAINST THE RULES FOR POWER TO FAIL.

SYSTEMS WITH MEMORY MANAGEMENT CAN OVERCOME THIS BECAUSE ALL TRAPS ARE
TO KERNEL VIRTUAL SPACE EVEN IF THE POWER SHOULDM FAIL (CAUTION MUST BE
OBSERVED BECAUSE POWER UP GOES TO PHYSICAL ADDRESS 24 (BECAUSE THE

MEMORY MANAGEMENT UNIT COMES UP OFF)).

HOWEVER, CATCH 22 IS THAT THE DIAGNOSTIC IS NOT APT COMPATIBLE IN THIS
MODE BECAUSE APT ACCESSES PHYSICAL MEMORY LOCATIONS.

THE PDP-11/44 CAN OVER COME THIS BECAUSE THE UNIBUS MAP CAN FOOL APT.

BECAUSE OF THE PREVIOUS ARGUMENTS THIS PROGRAM DOES NOT RELOCATE IN
THE TRUE SINCE OF THE WORD (I.E. NO POSITION INDEPENDENT CODE WAS
WRITTEN (AT LEAST NOT ON PURPOSE)), BUT RATHER THIS PROGRAM MOVES AND
THIS ENABLES THE
REMAPS (HEREAFTER REFERRED TO AS RELOCATES).
OR PRIVILEGED
SPACE
PROGRAM
OTHER
ANY
OR
ZERO
COMPLETE TESTING OF BANK
TEST TO
CONDITIONAL
(THE
TESTED.
ARE
BANKS
SPACE EXACTLY AS ALL OTHER
RELOCATED).
WHEN
COMPLEMENTED
IS
SEE IF A BANK ]S PROTECTED
NOTE

THE PROGRAM WILL RELOCATE ONLY IN
FIRST PASS UNDER APT; AFTER THIS,

THE
THE

PROGRAM WILL REMAIN FIXED IN BANKS O AND

7.3

MEMORY CONFIGURATION MAP

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ@ 0099

PAGE 94

3878
3879

THIS MAP IS PRINTED OUT IMMEDIATELY AFTER SIZING THE MEMORY UNLESS SW6
1S SET (REFERENCE SECTION 2.4.1). IT CAN ALSO BE PRINTED AT ANY LATER

3882

EXAMPLE:

%gg?
3883
3884

3885
3886

3887

3R88
5889

3890
3891

3892
3893

3894
3895
3896

3897
3898

3900
3901

3902
3903
3904
3905

3906

%38;

TIME IN FIELD SERVICE MODE (REFERENCE SECTION 2.4.4.8.7)

ERRORS

7
6
5
4
3
2
1
012345670123
012345670123456701234567012345670123456701234567

gg}g

INTRLY ==cc=cccccccce~s 3333333333333333~eccemccccccoccscnnsnesnanas
MEMTYPE LLLLLLLLMMMMMMMMMMMMMMMMMMMMMMMMPPPPPPPPPPPPPPPPPPPPPPPPPPPP

000000001111111122222222222222224444444446464446466664604444444
1
P
|
1
PROTECT PP
6
5
4
3
2
1
0
456701234567
012345670123
456701234567012345670123456701234567
CSR

ERRORS
INTRLY ====MEMTYPE PPPP

4444
CSR
PROTECT

DISPLAYED ARE BANKS 0-73 OCTAL (2 MEG WORDS).

THE SIZING ROUTINE COULD NOT WRITE ZEROS AND ONES
10 11, HENCE THEY ARE MARKED AS BAD WITH X'S.

BANKS

INTRLV:

3919

ADDRESSES.

(SR

(172104)

CONTROLLING THE ADDRESS BIT 1 NON-ASSERTED ADDRESSES, AND
CSR 3 (172106) CONTROLLING THE ADDRESS BIT 1 ASSERTED

3917
3918

3921

ERRORS:

%352

MEMTYPt:

BANKS 0-7 ARE MEMORY TYPE L (MS=-11L), AND_ BANKS 10-37 ARE
MEMORY TYPE M (MS11-M) AND BANKS 40-77 ARE MEMORY TYPE

3925
3926

P(MS11-P).

gggé

3929

TERMINAL

ERRORS :

THERE IS INTERLEAVING ON BANKS 20-37, WITH

3922

FAT

WOULD BE PRINTED.
THE FIELDS:

3916

3920

THE

SWITCH WAS SET (REFERENCE SECTION 2.4.1) THEN ALL BANKS (0-167) WOULD
BE SHOWN. IF THIS WAS AN 18-BIT PDP-11 (EG - 11/34), ONLY BANKS 0-7

3909
%g}?
3912
3913

MEMORY CONFIGURATION MAP
16K BANK

CSR:

BANKS 100-167 DO NOT EXIST.

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0100

PAGE 95

3932

BANKS 0=7 ARE ASSIGNED TO CSR 172100, 10-17 T0 CSR 172102,
AND 20-37 TO INTERLEAVED CSR'S 172104 AND 172106 AND BANKS

3933
3934

40-77 ARE ASSIGNED CSR 17210.

3935

3936

PROTECT:

gggg

3939
3940
3941
3942

BANKS O AND 1 ARE PROTECTED BECAUSE THEY ARE PROGRAM SPACE.
BANK. O AND 1 CAN ALSO BE PROTECTED BECAUSE THEY ARE IN THE
BOTTOM 16K OF AN MS11-M CSR. THE PROTECTION IS HIERARCHICAL
AND PROGRAM SPACE OVERSHADOWS MS11-M PROTECTION. BANKS 0

3945

BECAUSE
BANK IS PROTECTED BY MS11-M AND NOT
ANY
IT IS IN PROGRAM SPACE IT WILL HAVE AN °'‘'I'" TYPED IN THIS
THIS IS TO POINT OUT WHERE THE PROTECTED BANKS START
ROW.
FOR EACH ECC CSR. NOTE THE 'P'’' AT BANK 30; THIS POINTS OUT
THE °'SHADOW'' PROTECTION WHICH OCCURRS WHEN TWwO MS11-M
MEMORIES ARE INTERLEAVED. THEREFORE, BANK 30 WILL NOT BE

AND 1 WILL NOT BE TESTED UNTIL THE PROGRAM RELOCATES. IF

%322

3946
3947
3948
3949
7950
3951

TESTED UNTIL THE PROGRAM HAS RELOCATED.

ggg%

3954

393

‘E ALWAYS JANTED TO KNOW ABOUT SUPERMAC ...
EVERYTHING YOU'

gggg

7.4

3959
3960

3962
3963
3964
3965

SUPER-MAC IS A SET (t S "RUCTURED PROGRAMMING MACROS THAT ALLOWS
PROGRAMS T0 BE WRITTEN ::i A HIGH LEVEL, EASILY UNDERSTOOD LANGUAGE.
AS A GENERAL RULE, MOST SUPER-MAC STATEMENTS CAN BE SINGLE-LINE
STATEMENTS OR MULTIPLE~LINE (NESTED) BLOCK STATEMENTS. A SINGLE-LINE
STATEMENT MUST BE COMPLETED ON ONE SOURCE LINE; NO CONTINUATION LINES
ARE ALLOWED. SINGLE-LINE STATEMENTS SHOULD BE AS SHORT AND SIMPLE AS

3967
3968
3969
3970

GENERAL RULES, CONDITIONS, ETC., THAT GOVERN MACRO-11 ALSO GOVERN
THE ELEMENTS
SUPER-MAC. SPACING ON A SOURCE LNE IS VERY IMPORTANT.
SHOULD BE SEPARATED BY A COMMA OR A SPACE. TABS SHOULD NEVER BE USED
INTERPRETED
THE EXPRESSION A+B IS
FOR EXAMPLE:
FOR SPACING.

3966
3971

POSSIBLE. COMMENTS MAY ALSO BE INCLUDED ON A SOURCE LINE.

ALL THE

DIFFERENT THAN A + B.

3973
3974
3975

ALL THE CONDITIONAL STATEMENTS CAN BE WRITTEN AS MULTIPLE-LINE NESTED
EACH LEVEL OF NESTING WITHIN A BLOCK MUST BE TERMINATED WITH
B8LOCKS.
AN ASSOCIATED END STATEMENT. EACH LEVEL OF NESTING SHOULD BE INDENTED

3978
3979
3980
3981
ggg%

USER WRITTEN MACROS OR ASSEMBLY LANGUAGE INSTRUCTIONS MAY BE INCLUDED
IN A PROGRAM IF DESIRED. AS A DEBUGGING AID, IF THE SYMBOL LST$$ IS
ALL
DEFINED, IT WILL CAUSE GENERATED CODE AND LABELS TO BE LISTED.
INITIALIZES
CALL
THIS
PROGRAMS MUST BEGIN WITH THE MACRO CALL SMACIT.
?ngfi;gaCfiACALL LEGAL PDP=11 SOURCE AND DESTINATION OPERANDS ARt LEGAL

;g;g

TWO SPACES.

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
7.4.1

26-APR-82 (09:41

PAGE 96

SAMPLE SOURCE FILE .ENAB L ABS
.ENABL. AMA
.MCALL .SUPER
.SUPER
o~
o

[alelelelelolelelsels) @

e TOOATMOND>

—

:LST7$8=0

.PAGE

sLET EXAMPLES
LET

RO := A

d’ll I nn

»oom

LET 8 :
LET
LET
LET
LET

:IF EXAMPLES
IF A IS TRUE
MOV
23.D
END :OF
IF B IS
MOV
END ;OF
IF A EQ
IF A LT

IF A
FALSE
34
,E
IF B
g THEN LET C

:= D

MOV
C
ELSE
MOV
E
END ;OF |
IF
AEQB
F,
MoV
END ;OF IF
AEQB
IF
F
MOV

END ,OF I

MOV

D CEQ

E .J

END ;OF IFB A

1FB A EQ B ANDB C EQ
MOV

H,J

SE@ 0101

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

END ;OF IFB A

4043

END ;OF IF RESULT
IF BIT5 SET.IN A

4044
4045
4046
4047
4048
4049
4050

4051
4052
4053
4054
4055
4056
4057
4058
4059
4060
4061
4062
4063

SEQ 0102

PAGE 97

26- APR-82 09:41

4040

4041
4042

IF RESULT IS EQ
MOV _ A,B
Mov

8.C

mov__

C,D

END ;OF IF BITS
IF BITS5 OFF.IN A
END ;OF IF

BITS

;ON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
;ON.ERROR EXAMPLES
ON.ERROR
MOV
A.B
ELSE
Mov_
_(C.B

END ;OF ON.ERROR

ON.NOERROR
Mov

ELSE
MOV

(C.B

A,B

END ;OF ON.NOERROR
ON.ERROR THEN LET A :B8= B
;FOR EXAMPLES
FOR1 := =5 T0 23
INC

ADD

A,B

END ;OF FOR I
FOR RO := 0 TO 140 BY 4
A(RO)
DEC
FOR_RO
;OF
END
FOR I := 133 DOWNTO 3 BY
END ;OF FOR I

;BEGIN EXAMPLES
BEGIN ALPHA
FOR RO := 0 TO 167
rov8
A(RO).B
IF 8 LT O THEN LEAVE ALPHA
END ;OF FOR RO
FOR RO := 400 TO 567
IF B GE__ 0 THEN LEAVE ALPHA
END ;OF FOR RO
END ALPHA
;SRETURN EXAMPLES
$RETURN
SRETURN ERROR
$RETURN NOERROR

s CASE EXAMPLES

MOV
A.RO
CASE RO
A

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41
8
C
D
E
F

4094
4095
4096
4097
4098

4099

END ;OF CASE RO

4101

.END

4100

4104
2}82

7.4.2 SAMPLE LISTING FILE (WITH NO EXPANDED MACROS) - M1111 01-APR-79 16:41 PAGE 2
.MAIN. MACRO

4107

4112

6114
4115
6116
6117
4118
4119
4120
G2
6122

4123

2}%9
4128

4129

)

7 000000
8 000002
9 000004
10 000006
11 000010
12 000012
13 000014
14 0000:6
15 000020
16 000022

.MAIN.

000000
000000
000000
000000
000000
0CC000
000000
000000
000000
000000

A:
B:
C:
D:
E:
F:
G:
H:
I:
J:

01-APR-79 16:41

BIT5=40
0
0
0
0
0
0
0
0
0
0

PAGE 3

sLET EXAMPLES

24 000100
25
26 000106

:B= 8
LET A
:IF EXAHPLES
IF A IS TRUE

4130
6131
6132
4133
4134

4138
4139
4140
4141
4142
4143

27 000114
28 000122
29 000122

4144
4145
4146

:LST$$=0

000040

MACRO M1111

19 000024
20 000030
21 000044
22 000056
23 000072

4135
4136
4137

.ENABL ABS
.ENABL AMA
.MCALL .SUPER
.SUPER

1 000000
2
3
4 000000

4108
4109
4110
135}

4113

SEQ 0103

PAGE 98

30 000130

31 000136
32 000136
33 000154
34 000164
35 000172

LET RO := A
LET B :=C + D
LETE :=F + 1
LET G := H + 2
LET J :=J + 01

012737

000023

000006

012737

000034

000010

013737

000004

000006

MoV
23.
A
END ;OF IF
IF B'IS FALSE

MOV

34,E

END ;OF IF B
IF A"EQ B THEN LET € := D
IF
ALTB
C,D
Mmov
ELSE

NAANWNWWNIOO
N
(=
L=
o
W
f=]
o

4148
6149

26-APR-82 09:41
WVNIWAANVHANNNSES
S5 SN 8N S5 I8 8 8 S NN
CONONWNE NN = O 000NN
NN = O V0D~

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

62 000416

65
66
67
68
69

000436
000440
000446
000450
000456

013737

000010

000006

013737

000012

000014

013737

000012

000014

013737

000016

000022

013737

000010

000022

013737

000016

000022

013737

000010

000022

013737

000000

000002

013737

000002

000004

013737

000004

000006

75 000456
76
77 00046

78 00047

DCEQ

ANDB C EQ

JIN A

€

sON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
cON.ERROR EXAMPLES

013737

000000

000002

013737

000004

000002

013737

000004

000002

013737

000000

000002

MACRO M1111

SO
O SO

00’0000008
83mwo«mbwfv—'

b end o =d wd b e ==b b b

70
71
72
73
74

000416
000420
000426
000430
000436

SEQ 0104

PAGE 99

0 1-APR=79 16:41

ON.ERROR
MOV
A.B
ELSE
Mov
(C.B
END ;OF ON.ERROR
ON.NOERROR
MOV
C.B

ELSE

MOV

A,B

END ;OF ON.NOERROR

PAGE 3-1
ON.ERROR THEN LET A :B= 8

cFOR EXAMPLES

005237

000000

005360

000000

FOR I :=
<5 T0 23
A
INC
END ;OF FOR I
FOR R
O)TO
140 BY
4
DEC__
A(RO
END :OF FOR_RO
FOR I :=
133 DOWNTO 3 BY

4202
4203

4204
4205
4206
4207

4208
4209
4210
4211
4212
4213
4214

4215
4216
4217
6218
4219
4220
4221
4222
4223
4224
4225
4226
4227
4228
4229

4230

4231
4232
4233
4234

4235
4236
4237
4238
4239
4240
4241
4242
4243
4244
4245
4246
4247
4248
4249
4250
4251
4252

4253

26-APR-82 09:41

84 000542
85 000550

86
87 000566
88 000566
89 000570

90 000576
91 000604
92 000614
93 000620
94 000626
95 000636

SEQ 0105

PAGE 100

063737

000000

000002

;BEGIN EXAMPLES

BEGIN ALPHA

116037

000000

FOR RO := 0 TO 167
Move
A(RO)
,B
IF 8 LT 0 THEN LEAVE ALPHA
END ;OF FOR RO
FOR RO := 400 TO 567
IF B GE 0 THEN LEAVE ALPHA
END ;OF FOR RO

000002

END ALPHA

sSRETURN EXAMPLES

97 000636
98 000640
99 000644
100
101 000650
102 000654
103 000664
104 000666
105 000670
106 000672
107 000674
108 000676
109 000700
110

ADD

END ;OF FOR I

SRETURN
SRETURN ERROR
SRETURN NOERROR

013700

000000

sCASE EXAMPLES
MOV

CASE RO

A.RO

000000

moOmD

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

000010
000012

END ;OF CASE RO

000001

.END

7.4.3 SAMPLE LISTING FILE (WITH EXPANDED MACROS) - .MAIN. MACRO M1111 01-APR-79 16:10 PAGE 2
1 000000
4
3
4 000000
5
6
7 000000
8 000002
9 000004
10 000006
11 000010
12 000012
13 000014
14 000016
15 000020
16 000022
.MAIN.

.ENABL ABS
.ENABL AMA
.MCALL .SUPER
.SUPER

A:
8:
C:
D:

LST$$=0
81T5=40
0
0
0
0

G:
H:
I:
J:

0
0
0
0

000000

E:
F:

000000

MACRO MIn

01-APR~79 16:10

PAGE 3

0
0

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
4255
4256
4257
4258
4259
4260
4261
4262

4263
4264
4265
4266
4267
4268
4269
4270

427
4272
4273
4274
4275
4276
6277
4278
4279
4280
4281
4282
4283
4284
4285
4286
4287
4288
4289
4290
429N
4292
4293
4294
4295
4296
4297
4298
4299
4300
4301
4302
4303
4304
4305

26-APR-82
18
19 000024
000024
20 000030
000030
000036
21 000044
000044

000052
22 000056
000056
000064
23 000072
000072
24 000100
000100

25
26 000106
000106
000112
27 000114
28 000122
000122
29 000122
000122
000126
30 000130
31 000136
000136
32 000136
000136
000144
*,00146
000154
33 000154
000154
000162
34 000164
35 000172
000172
000174
36 000174
37 000202
000202
38 000202
000202
000210
000212
000220
39 000222
40 000230

09:41

SEQ 0106

PAGE 101

;LET EXAMPLES

LET RO := A

MOV A,RO

013700

009000

013737
063737

000204
000006

000002
000002

013737
005237

000012
000010

000010

013737
062737

000016

000014

062737

000001

000022

113737

000002

000000

005737
001403
012737

000000

LET B :=C + D
MOV C.8
ADD D.B
LET E :=F ¢+ 1
MOV F,E
INC E
LET G := H + 2
MOV H,G

ADD 2.6

000002 000014

000023

LET J := J +

ADD

LET A :B= B

IF A IS TRUE
TST A
BEQ LO

000002

000000

000002

000006

000004

000000

000002

000004

000006

000403
013737

000010

000006

000004

000006

000012

000014

END ;OF IF A

IF B IS FALSE
IST B
BNE L1

34.E

MOV

END ;OF IF B

IF A EQ B THEN LET C := D
(MP A,B

BNE L2

MOV D,C
ALTB

(MP A,B

BGE LS
MOV

ELSE

C.D

BR L4

E.D
MOV
IF A
;OF
END

"ae

000000 000002

23.D

MOV

LO:

000010

MOVB B.A
:IF EXAMPLES

000006

000034

01.,J

AEQB AND C NE D

(MP A,B

BNE LS

CMP C.D

Bea L$
MOV

F.G

END :OF IF A

26-APR-82 09:41

.MAIN.

LS:

MACRO M1111

0002
42 0002
43 8002

SEa 0107

PAGE 102

OO OO0O

[el=l=l=l={=]

CIZMSPAO MS11-L/M/P MEMORY DIAR. MACRO M1113

000000

000002

000004

000006

01-APR=79 16:10

013737

000012

BEQ L6
CMP C,D

BEQ L7

PAGE 3-1

000014

MOV

L?:

44 0002
0002

45 000276

46 000304

000000

000002

000004

000001

000016

000922

000010

47 000306
48 000314

000022

000000

000002

000104

000001

000016

000022

000010

000022

CMP C,

8NE L10
L10:

000002

000004

032737

000040

000000

MOV

E.J

BR L11
END ;OF IFB A

IFB A EQ B ANDB C EQ

CMPB C,
MOV

ELSE

1
H.J

BR L13
Mov

E,J

END ;OF IFB A
IF _RESULT IS EQ
BNE L14
MOV

A,B

END ;OF IF RESULT

IF_ BITS SET.IN A
BIT BITS5,A
BEQ L15
Mov

L1s5:
000400

H.J

BNE L12

L14:

000000

MOV
ELSE

BNE L12

L12:

CMPB A,B

000002

000040

IFB A EQ B AND C EQ

BNE L10

L13:
000000

F,G

END ;OF IF A
CMPB A.B

L11:

49 000314

AEQBOR C NED

CMP A.B

B.C

END ;OF IF

BITS

BITS OFF.IN A

BIT

BITS,A

CZMSPAO MS11-L/M/P MEMORY DIAG. M/CRO M1113

26-APR-82 09:41
61 000410

SEQ 0108

PAGE 103

013737

000004

000006

Mov

L16:

103004

013737

ON.ERROR

000000

8CC L17
MOV

000002

ELSE

000403
013737

L17:
000004

L20:

MACRO M1111

000436
000440

01-APR-79 16:10

103404
013737

000004

013737

000000

000002

L21:
L22:

vl
PONIN)
= b b ek b =2 O
ONPONIONON SN0

[elelelelelelelelelwl=]
[=lolelelelelele
el
[=lolalelalelelelels]

Qo 0o
N —

78
79

000002

000000

012737

177773

000020

005237

00000

005237
023727
003770

000020
000020

005360

000000

062700
020027

000004
000140

ON.NOERROR

Mov
ELSE

(C.B

MOV

A.B

BR L22
END ;OF ON.NOERROR

ON.ERROR THEN LET A :B= B
BCC L23

MOovB B.A

L23:
:FOR EXAMPLES
FOR I := =5 T0
MOV -=5.1
80:

A
INC
END ;OF FOR |
INC ]

cMP 1,

000023
EO:

005000

END ;OF ON.ERROR

BCS L21

000002

76
77

(.B

PAGE 3-2

000403

73
74

A,B

B8R L20
mMov

000002

69 000436
000436
70 000436

BITS

:ON.ERROR EXAMPLES

64
65

END ;OF IF

:ON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT

.MAIN.

C.D

B1:

BLE 80

FOR RO :=
CLR RO

0 TO

DEC _ A(RO)
END ;OF FOR RO
AUD

4 .,Ry

CMP RO, 140

140 BY

26-APR-82 09:461

4416

4419
4420

84
85

= =d=d=l=l=4

CZMSPAC MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0109

PAGE 104

003771

000020

012737

000133

063737

000000 000002

162737
023727
002366

000002
000020

000020
000003

)

BLE 81

FOR I :=

133,

MoV

ADD

133 DOWNTO

3 BY

A.B

END ;OF FOR I

sus 2, 1
P 1

BGE aé

BEGIN ALPHA

)

FORR) :=

;BEGIN EXAMPLES

005000
116037

000000 000002

005737
002415

000002

005200
020027
003766

4440

4444

.MAIN,

4448

4451

000614

MACRO M1111

000400

O 1-APR=79 16:10

005737
002004
005200
020027
003771

4458
4459

4461

4464

000646

0 TO

167

A(RO).B

MOVB

IF B LT O THEN LEAVE ALPHA
ST B
BLT E3
END :OF FOR RO
INC RO

CMP RO, 167

BLE B4

)

FOR RO :=

MOV

400,R0

400 TO

567

PAGE 3-3
85:

000620

95 000636
000636
96
97 000636

4456

012700

000167

CLR RO

000002

IF B GE 0O THEN LEAVE ALPHA
1ST 8
BGE E3
END ;OF FOR RO
RO
INC

CMP RO, 567

000567
ES:
£3

BLE B85

END ALPHA

;SRETURN EXAMPLES

SRETURN
RTS PC
SRETURN ERROR
SEC
RTS PC
SRETURN NOERROR
cLC
RTS PC

26-APR-82 09:41

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

100

4468

101 000650
102 000654
000654

4469
4470
LN
4472

013700
006316

103 000664
104 000666
105 000670
106 000672
107 000674
108 000676

000000
000002
000004
000006
000010
000012

109 000700
000700
000700
000702
000704
!

000000

sCASE EXAMPLES

A.RO
Mov
CASE RO
MOV RO,~(SP)

004737

ASL @SP

JSR PC,L24

000700

062616
013646
004736

A
8
¢
)
E
F

L24:

END ;OF CASE RO
ADD (SP)+,QSP
MOV @(SP)+,-(SP)
JSR PC,a(SP)+
.END

000001

1
7.5

SEQ 0110

105

010046

000656

000660

4473
6474
L475
4476
4477
4478
4479
4480
4481

PAGE

MEMORY MANAGEMENT MAPPING

7.5.1

NMEMORY MANAGEMENT MAPPING FOR THE 11/44 -

PAR

SUPERVISOR

KERNEL

USER

0
1
2
3
4
5
6
I4

PROGRAM
PROGRAM
PROGRAM
TEST AREA
TEST AREA
TEST AREA
TEST AREA
PERIF PAGE

PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
MAP TO CSR'S
PERIF PAGE

DST BK/FST MEM
SRC BK/FST MEM
SRC BK/FST MEM
SRC BK/FST MEM
DST BK/FST MEM
DST BK/FST MEM
DST BK/FST MEM
DST BK/FST MEM

MEMORY MANAGEMENT MAPPING FOR UNIBUS-11°'S WITH SUPERVISOR MODE (EG 11/45) -

PAR

SUPERVISOR

KERNEL

USER

NOWNAS
WL =O

7.5.2

PROGRAM
PROGRAM
PROGRAM
TEST AREA
AREA
TES
TES
AREA
TEST AREA
PERIF PAGE

PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
MAP TO CSR'S
PERIF PAGE

DST BK
SRC BK
SRC BK
SRC BK
DST BK
DST 8K
DST BK
DST BK

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SEG 0111

PAGE 106

22%?

6519

7.5.3 MEMORY MANAGEMENT MAPPING FOR UNIBUS-11'S W/0 SUPERVISOR MODE (EG 11/34) -

225%

PAR

KERNEL

USER

6524
4525
4526
4527
4528
4529
4530
4531

0
1
2
3
4
5
6
I4

PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
MAP TO CSR'S
PERIF PAGE

PROGRAM/DST BK
PROGRAM/SRC BK
PROGRAM/SRC BX
TEST AREA/SRC 8K
TEST AREA/DST BK
TEST AREA/DST BK
TEST AREA/DST BK
PERIF PAGE/DST 8K~

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41
-LIST

4535
4536 000000

.ENABL
.ENABL
.DSABL
TE:
;NOTE

SEQ 0112

PAGE 108

T0C
ABS

AMA

G8L

CZMSDC.SML IS THE SUPER.MAC SOURCE AND IS RELEASED WITH
THIS PROGRAM. ALL THESE .MCALL STATEMENTS REFERENCE THAT FILE.
.EMITR
BRAN,
.EMITN, .EMITL,
.TAG,..
.EMIT,
SMACIT,..PUSH,..POP,.
+MCALL
.MCALL
<MCALL
<MCALL
<MCALL
-MCALL
<MCALL
+MCALL

.NLIST
LLIST
.NLIST

4555
4556 000000

163000
000001

LSTSS=

$SWR=
$TN=

SMACIT

"IFOPR..1S..GENBR,.OPADD, .0PSUB, CLEAR,SET,CLEARB,SETB
,RGT ,RLE ,RPL ,RMI,RHI ,RLOS,RHIS,RLO,RCS,RCC
ANE .REG RLT.RGE
IF..OR, . 1EARI,.LEAVE, .GOTO,0R,AND, THEN ELSE ,WHILE , CASE
IL,
THRU,END ,BEGIN
FOR.TO.DOWNTO.REPEAT,UNT
$SEND,LEAVE ,JUMPTO,GOTO,PUSH,POP,LET

_SIMPLE. .ARITH,ORB.ANDB.IFB,UNTILB,WHILEB,ON.ERROR,ON.NOERROR

$CALL, SRETURN

TTM
MC.SYM

MD,CND ,ME
0
163000
1

;1 WANT FAT PAPER!
;LIST MACRO CALLS, SYMBOL TABLE

sDON'T LIST MACRO DEFS & CONDITIONALS & EXPANSIONS
;DEFINED TO LIST SUPERMAC EXPANSIONS
sUSE THESE SYSMAC SWITCHES
sFIRST TEST NUMBER TO ONE(1)

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

TRAPS

26-APR-82 09:41
.SBTTL

4559
4560
4561
4562
4563
4564
4565
4566
4567
4568
4569
4570
457
4572
4573
4574
4575
4576
4577

DEFINE

SEQ 0113

PAGE 110
TRAPS

:ALL ENTRIES HERE MUST HAVE A CORRESPONDING ENTRY IN THE
;TRAP TABLE °''STRPAD'' (NEAR END OF PROGRAM).
s*TRAP DEFINITIONS

tHERE IS HOW TRAPS WORK IN THIS PROGRAM
*ALL TRAPS EXECUTE A "‘TRAP'* INSTRUCTION WHICH TAKES THE PROGRAM
;TO SYMBOLIC LOCATION ''STRAP'

;AT STRAP THE PROGRAM PICKS UP THE RIGHT BYTE OF THE TRAP INSTRUCTION
:AND INDEXES INTO A TABLE AT LOCATION '‘STRPAD'’ WHICH SENDS THE PROGRAM TO
;THE SPECIFIC ROUTINE TO HANDLE THAT SPECIFIC TRAPS TASK.

*THE ULTIMATE DESTINATION OF A TRAP INSTRUCTION CAN BE GUESSED AT AS FOLLOWS
sEXAMPLE :
Y E YATITEIAITEIEIE
A YR KN TN

;

104401
104402
104403

NOP

sENTER KERNEL MODE

KERNEL

NOP

ADD A DOLLAR SIGN TO THE SYMBOLIC NAME AND CHECK THE CRF FOR SOMETHING CLOSE
IN THIS CASE_THE CRF HAS SKERNE LISTED AS 032546
AT LOCATION 32546 YOU FIND THE ROUTINE S$KERNEL

NOTE THAT CRF SYMBOLS ARE TRUCNATED TO 6 CHARACTERS
SYMBOLIC NAMES GREATER THAT 6 CHARACTERS ARE USED SO I CAN
REMEMBER WHAT THEY MEAN!

ALL GOOD TRAP ROUTINES RETURN VIA AN 'RTI'' INSTRUCTION

TYPEIT= 104401

TYPOC= 104402
.= 104403
TYPO
;TYPON= 104404
TYPDS= 104405
:TYPBN= 104406

::TTY TYPEOUT ROUTINE

PSTYPE OCTAL NUMBER (WITH LEADING ZEROS)
*:TYPE OCTAL NUMBER (NO LEADING ZEROS)
PSTYPE OCTAL NUMBER (AS PER LAST CALL)
$STYPE DECIMAL NUMBER (WITH SIGN)
*STYPE BINARY (ASCII) NUMBER

::TTY TYPEIN CHARACTER ROUTINE
SSTTY TYPEIN STRING ROUTINE
*:READ AN OCTAL NUMBER FROM TTY
*READ A DECIMAL NUMBER FROM TTY

SAVREG= 104415
RESREG= 104416

::SAVE RO-RS ROUTINE
:SRESTORE R0O-R5 ROUTINE

104417

KERNEL= 104417

;ENTFR KERNEL MODE

ENERG]2E=104420
DEENERGIZE=104421

:TURN ON MEMORY MANAGEMENT & TRAPS
“TURN OFF MEMORY MANAGEMENT & TRAPS

CACHON= 104423
CACHOFF=104424

:TURN ON CACHE
:TURN OFF CACHE

BB
BB

S
N8

OO0
OO0

RDCHR=
ROLIN=
RDOCT=
RDDEC=

= O

104411
104412
104413
104414

S W=

::GET SOFT=-SWR SETTING
SSTEST FOR CHANGE IN SOFT-SWR

bbb

104407
104410

GTSWR=
CKSWR=

oWV

104405

NOP

104422
104423
104424

KMAP=

104422

*MAP KERNEL 1 TO 1

OR )
W

DETECTED ERROR
DETECTED ERROR
DETECTED ERROR
DETECTED ERROR
:PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
s PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
s PROGRAM DETECTED ERROR
; PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
s PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
s PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
: PROGRAM DETECTED ERROR
s PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR

sINITIALIZE ALL ECC CSR'S

;INITIALIZE 1 SELECTED ECC CSR

;WRITE GENERATED CHECKBITS IN ALL CSR'S

;WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
:WAS THERE A SBE ON AN Y CSR?
;WAS THERE
A SBE ON 1 SELECTED CSR?

:WAS THERE A DBE ON ANY (SR?
:WAS THERE A DBE ON 1 SELECTED CSR?
sCLEAR ALL
;CLEAR 1
mmwm
e m

e e e
b e
b
b e e
o

99 3

WAL

OO0

: PROGRAM
: PROGRAM
s PROGRAM
: PROGRAM

;READ CORRECT CSR

;DISABLE ECC ON ALL CSR'S
:DISABLE ECC ON 1 SELECTED CSR

b cncd i

104470
104471
104472
106473

;LOAD CORRECT CSR

b |

104427
104430
104431
104432
104433
104434
104435
104436
104437
104440
104441
104442
104443
104444
104445
106446
104447
104450
104451
104452
104453
104454
104455
106456
104457
104460
104461
104462
104463
104464
104465
104466
104467

=S ONOWVE
WA= O N

104425
104426

SEQ 0114

PAGE 110-1

TRAPS

-, =2 OO OOCOOOONN
N =2 O NN
NN = O O

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

26-APR-82 09:41

FROM ALL CSR'S
FROH.1 SELECTED (SR
tL ¢
SELECTED CSR
'S F
ENABLE TRAPS
(WITHOUT FETCHES)
sTEST LOC (R1) & TST FO R
; INVALIDATE BACKGROUN D PATTERN ON 'BANK''

:CHECK ERROR ADDRESS

CHE
CHE
'S F

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

4673

TRAPS

104513

CBREG

26-APR-82 09:41
=104513

PAGE 110-2
;ENABLES CHECK/SYNDROME BIT REGISTER

SEQ 0115

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

4675
4676
4677
4678
4679
4680
4681
4682
4683
4684
4685
4686
4687
4688
4689
4690
4691

4692
4693
4694
4695
4696
4697
4698
4699
4700
4701
4702
4703
4704
4705
4706
4707
4708
4709
4710
471
4712
4713
4714
4715
4716
4717
4718
64719
4720
4721
4722
4723
4724
4725
4726
4727
4728
4729
4730
4731

BASIC PDP11 STUFF

26-APR-82 09:41
.SBTTL

002000
002000
000740
000700
104000
000004
177776

PA GE 1M
BASIC PDP11 STUFF

;*INITIAL ADDRESS OF THE STACK POINTER

STACK=

2000

KERSTK= STACK

SUPSTK= 740
USESTK= 700
ERROR=EMT
SCOPE=I0T

PSW=

177776

:STKLMT=177774
:PIRQ= 177772

177570
177570
177546

DSWR=
DDISP=
LKS=

000011
000012
000015
000200
000007

HT=

000006
000006

DEFINE

SEQ 0116

177570
177570
177546

;sFIRST ADDRESS OF THE STA(K

s sKERNEL STACK
: : SUPERVISOR STACK
:sUSER STACK
s;BASIC DEFINITION OF ERROR CALL

;;BASIC DEFINITION OF SCOPE CALL

:;PROCESSOR STATUS WORD
ssSTACK LIMIT REGISTER

: ;PROGRAM INTERRUPT REQUEST REGISTER

s ;HARDWARE SWITCH REGISTER

: sHARDWARE DISPLAY REGISTER

ssLINE CLOCK (KW11=L) STATUS REGISTER

s *MISCELLANEOUS DEFINITI ONS
1
:;CODE
12
LF=
::CODE
15
:;CODE
CR=
CRLF=
200
;;CODE
MFPT=
7
:;CODE

FOR_HORJZONTAL TAB
LINE FEED
CARRIAGE RETURN
FOR CARRIAGE RETURN-LINE FEED
FOR PROCESSOR TYPE INSTRUCTION

:*GENERAL PURPOSE REGIST ER DEF INITIONS
;s STACK POINTER
:SP=R6
P
s sKERNEL STACK POINTER
JKSP=S
SSP=SP
s SUPERVISOR STACK POINTER
USP=SP
s sUSER STACK POINTER
:PC=R7
: :PROGRAM COUNTER

100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

:x''SWITCH REGISTER'' SWIT CH DEFINITIONS
SW15=
100000
40000
SWwil4=
SWi3=
20000
swi2=
10000
4000
SWil=
SWi0=
2000
SW9=
1000
SW8=
400
200
SW7=
SWé=
100
SWS=
40
SWé=
20
10
SW3=
4
SWe=
SWi=
2
1
SW0=

100000
040000
020000
010000
004000
002000
001000
000400

;*DATA BIT DEF INITIONS (BITO0 TO BIT15)
8IT15= 100000
B8IT14= 40000
8I1T13= 20000
8IT12= 10000
B8IT11= 4000
eIT10= 2000
8179=
1000
8IT8=
400

4740
4741
4742
4743
4744
4745
4746
4747
4748
4749
4750
4751
4752
4753
4754
4755
4756
4757
4758
4759
4760
4761
4762
4763
4764
4765
4766
4767
4768
4769
4770
4771
4772
4773
4774
4775
4776
777
4778
4779
4780
4781
4782
4783
4784
4785
4786
4787
4788

Pue G

] Gt G

00
00
0
0
0

*BASIC ''CPU'’ TRAP VECTOR ADDRESSES
4

;:TIME OUT AND OTHER ERRORS

RESVEC= 10
TBITVEC 14

..R$SEg¥ED AND ILLEGAL INSTRUCTIONS

..TRACE TRAP

;BREAKPOINT TRAP (BPT)

000020
000024

..INPUT/OUTPUT TRAP (IOT) =+SCOPE«+

: ;POWER FAIL

000030
000034
000060

s ;EMULATOR TRAP (EMT) #+*ERROR«*+
::"'TRAP'' TRAP

::TTY KEYBOARD VECTOR

000114
000114

KVEC0
CACHVEC 114
PARVEC=C ACHVEC

000250

MMVEC=

::TTY PRINTER VECTOR
ssLINE CLOCK (KW11=-L) VECTER
s :CACHE ERROR INTERRUPT VECTOR

JPIRQVEC =240
250

..PROGRAH INTERRUPT REQUEST VECTOR

177754

.SBTTL
DEFINE
+MEMERR = 177744
CONTRL = 177746
= 177750
MAINT
JHITMIS = 177752
DATARG = 177754

177766

.SBTTL
DEFINE
= 177766
CPUERR

177746
177750

SEQ 0117

1111

Y ¥

ERRVEC=

o =PI
VONN
" nuwnnunnunnn

009004
000010

Bt $eg Pmg

000200
000100
000040
000020
000010
000004
000002
000001

PAGE

Y QY

- —f o)
e
=

STUFF

[

4732
4733
4734
4735
4736
4737
4738
4739

BASIC PDP11

[0 0] DODODODDDODDD

DEFINE

26-APR-82 09:41

Y NY

(ZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

sMEMORY MANAGEMENT VECTOR
CACHE REGISTERS

s CACHE ERROR REGISTER
s ;MEMORY CONTROL REGISTVER
s ;MEMORY MAINTENENCE REGISTER
ssHIT MISS REGISTER ‘'1'' IMPLIES HIT IN CACHE
::DATA REGISTER

CPU REGISTERS

::CPU ERROR REGISTER HOLDS CONDITION THAT CAUSED

MEMORY MANAGEMENT REGISTERS
-SBTTL
DEFINE
*;EHgRY MANAG EMENT STATUS REGISTER ADDRESSES

177572
177574
177576
172516

MMR(O=
MMR1=
MMR2=

177600

:*USER "'I'' PAG E DESCRIPTOR REGISTERS
UIPDRO= 177600
sUIPDR1=

MMR3=

:UIPDR2=

172516

sUIPDR3=
:UIPDRé=

:UIPDRé=

1
1

:UIPDRS=

:UIPDR?=
s UDPDRO=

:UDPDR1=
:UDPDR2=

1
1

s *USER '?
1
1

E DESCRIPTOR REGISTORS

B 10

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

4789
4790
4791
4792
4793
4794
4795

MEMORY MANAGEMENT REGISTERS

26-APR-82 (09:41

SEQ 0118

PAGE 111-2

:UDPDR3=

: UDPDR4=
; UDPDRS=
; UDPDR6=
: UDPDR?=
177640
177640
177642
177644
177646
177650
177652
177654

177660

:*USER ''I'' PAGE ADDRESS REGISTERS

FASTCITY=UIPARO

UIPARO= 177640
UIPAR1= 127642
UIPAR2= 177644
UIPAR3= 177646
UIPARé4= 177650
UIPARS= 177652
UIPARG= 177654
;UIPAR?=

172200

;PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE

:PATTERN PROGRAM SPACE

:PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE
177656

;PATTERN PROGRAM SPACE

sPATTERN PROGRAM SPACE

‘D'’ PAGE ADDRESS REGISTERS
- *USER
%l

UDPARO= 177660
:UDPAR1=

UDPARZ*UDPAR3=
*UDPAR&G=
:UDPARS=

177676

:PATTERN PROGRAM SPACE

177662

sPATTERN PROGRAM SPACE
sPATTERN PROGRAM SPACE

:PATTERN PROGRAM SPACE

;PATTERN PROGRAM SPACE

;PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE

: UDPARG=

UDPAR7= 177676

: *SUPERVISOR '‘I'* PAGE DESCRIPTOR REGISTERS

SIPDRO= 172200
:SIPDR1=

*SIPDR2=
*SIPDR3=
' SIPDR&=
*SIPDRS=
‘SIPDRé=
$SIPDR7=
:SDPDRO=

s *SUPERV

: SDPDR1=
; SDPDR2=
; SDPDR3=
: SDPDR4=
:SDPDRS=
: SDPDR6=
: SDPDR?=
: *SUPERVISOR '‘I'* PAGE ADDRESS REGISTERS

172240

SIPARO= 172240

172246

$IPAR3= 172246

172252
172254

SIPARS= 172252

:SIPAR1=
SIPAR2=

172242
172244

; SIPARG=

172250

SIPARé= 172254

:SIPAR7=

172256

; TEST ARE A

;TEST AREA

s TEST AREA
s TEST AREA

¢ 10

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

4847

MEMORY MANAGEMENT REGISTERS
172260

PAGE 111-3

26-APR-82 09:41

. *SUPERVISOR *D'* PAGE ADDRESS REGISTERS

SDPARO= 172260
:SDPAR1=

172262

172264
172266

: SDPAR2=
:SDPAR3=

+SDPAR%G=

SDPARS= 17
SDPAR6= 17
SDPAR7= 17

172270

KIPDRO= 17
:KIPDRé=
:KIPDRS=
:KIPDR6=
:KIPDR7=

1
17
17
17
17
17
17

:KDPDRQ=
:KDPDR1=
:KDPDR?=

172320
172322
4
17

:KIPDR1=
:KIPDR2=

;KIPDR3=

:KDPDR3=

172526

:KDPDRS=
:KDPDR6=

17
1?7

172330
1

:KDPDR?7=

172340

* PAGE DESCRIPTOR REGISTERS

:KDPDRé4=

4877

6
0
2

:*KERNEL ‘‘I'' PAGE ADDRESS REGISTERS

KIPARO= 172340

:KIPAR1=
:KIPAR2=
:KIPAR3=

172342
172344
172346

;KIPAR?=

172356

KIPAR4= 172350
KIPARS= 172352
KIPARG= 172354

:*KERNEL 'D'' PAGE ADDRESS REGISTERS

KDPARQO= 172360

:KDPAR1=

172362

:KDPAR?2=

172364

:KDPARS=

172372

;KDPAR3=
:KDPAR4=

KDPARG= 172374

KDPAR7= 17376

172366
172370

SEQ 0119

0D 10

UNIBUS MAP REGISTERS

170200
170202
170204

PAGE 113

.SBTTL DEFINE UNIBUS MAP REGISTERS
:*THE LOWER 16 BITS OF THE MAP REGISTERS ARE LABELED ‘MAPLXX'
:*THE UPPER 6 BITS OF THE MAP REGISTERS ARE LABELED 'MAPHXX'

1 7 0200
1
1

SNNNNNNTNY SN N NNNNNNNNYNY SNNNNNNNYN NNNNNNVNNYNYNYNVNOOOOOOOOOOOOONN)
OQOOOOOO = lelelelelelolelels] [=leolelelele]
NN
NN NN NN NN NN N N NN WNNWNNN
NN ES 8 8 B NNNNNO
NI NI N b = — —=OOO0OON
NOO
OO NNOONSTNOORSHOOONSN OO

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

26-APR-82 09:41

0266

SEQ 0120

E 10

:MAPL3S
:MAPH35
:MAPL36
:MAPH36

:MAPL3?7

:MAPH3?7

b
e
b e
b

:MAPH34

:MAPH33
L
:MAP34

b md e

:MAPL33

PAGE 113-1

SNNNVNNNNINTYN
[=lelelelelalolalels]
NN N N NN N N NN
NNNNOOCONON\WNWN
A NVOON SO

UNIBUS MAP REGLISTERS

DEFINE

26-APR-82 09:41
NN

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0121

.SBTTL

DEFINE

SOFTWARE SWITCH & DISPLAY REGISTERS

+SBTTL

DEFINE

CONTROL STATUS REGISTERS

. SBTTL
FIRST=60000
LAST=157776
S12€=40000

DEFINE

PARAMETERS

000174
000176

DISPREG=174
SWREG= 176

172100

CSRADD=172100

06000
157776
0400.,0

sSTART OF THE 16K TEST PATTERN AREA
SEND OF THE 16K TEST PATTERN AREA

sSIZE OF THE 16K TEST PATTERN AREA (FOR SOB INSTRUCTIONS)

F 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

4979
4980

4981
4982
4983
4984
4985
6986
4987
4988
4,989
4990
4991
4992
4993
4994
4995
4996
4997
4998
4999

PARAMETERS

26-APR-82 09:41
LLIST
.SBTTL

SEQ 0122

PAGE 115

MACRO

FATAL

tttt«ttttttttttttttttt CATAL

;BE NICE TO SEE MY DEFINITIONS
nancnanavantenttttbaattens

FATAL IS USED TO REPORT FATAL ERRORS (ERRORS THAT PREVENT
THE PROGRAM FROM CONTINUING).

ttittttttttttttttttttttt't'ttt.tt.ttttfittttttt.ttttfi
ARG
sneaMACRO**«MACRO* **MA(RO®
+MACRO FATAL
.NLIST
CRF
.DSABL
.11F DF LSTSS .LIST
CRF

;SET FATAL INDICATOR

FATALS
+ARG
CRF

LSTSS .NLIST
CRF

FATAL

MACRO
TYPE

TYPE
ARG

CRF

LSTSS .LIST
CRF

LST$S .NLIST

G 10

CZMSPAO HS11-%/H/P MEMORY DIAG. MACRO M1113

MACRO

26-APR-82 09:41
.SBTTL

SEQ 0123

PAGE 117

MACRO

NEWTST

ttttttttttttttttttt*tt NEWTST senasacanaanasanasttes

IEUTSTIS USED AS THE FIRST INSTRUCTION OF A TEST.
ILL

GENERATE A TEST NUMBER FOR THE LABEL OF THIS TEST
PUT STARS BEFORE AND AFTER
A MESSAGE

ARGUHENYS

ASCI]

ICOUNT ==
RETURN ==

COMAND ==

THIS IS THE MESSAGE THAT WILL APPEAR

ON THE LISTING

IF NON-BLANK AND BIT 11 OF $SWR= 1 IT WILL BE

THE NUMBER OF ITERATIONS TO MAKE ON THIS TEST
IF NON-BLANK WILL BE THE ADDRESS TO
WHICH THE NEXT SCOPE STATEMENT WILL
LOOP BACK TO.

IF NON-BLANK WILL BE THE FIRST
INSTRUCTION OF THE TEST
IF BLANK SCOPE WILL BE THE

FIRST INSTRUCTION

dt)
3
200l
322
228332R22 2222282000
283333232320322
322222

sg?ge?

NEWTST

ASCII,ICOUNT,RETURN, COMAND

SNWIST=0
NLIST MC
.1F _B_<COMAND>
SSNEUTEST

\$TN,<ASCII>,SCOPE

SSNEUTEST

\$TN,<ASCII>,<COMAND>

MOV

E 40008$SWR
N8 ICOUNT
LE <ICOUNT=1>

. IF

MoV c

#1,8TIMES

::D0 1 ITERATION

#ICOUNT,STIMES

;:DO ICOUNT ITERATIONS

ENDf

.17

NB RETU

ngDC

#RETURN.‘LPADR

-ENDC
«NLIST
JLIST
LIST
NLIST

.ENDM

NEWTST

:;SET SCOPE LOOP ADDRESS

H 10

CZMSPAO MS11-L/M/P MEMORY UIAG. MACRO M1113

MACRO

SSENEWTEST

26-APR-82 09:41
LSBTTL
.MACRO
.IRP

5068
S069
5070

LIF EQ SNWTST
SNWTST=1
SBTTL T'A’

5078
5076

LIST
LLIST

5077

5078

5079
5080
5081
5082
5083

5084
5085
5086
5087

5088

NLIST

J«TEST A

AR RN

JFF
ASCI
.ENDC
.ENDM

PAGE 119

SSNEWTEST
MACRO
A,ASC,COMND
SSNEWTEST
ASCI,<ASC>

5071
5072
5073
5074

SEQ 0124

ASCI

ME
R AR

ASC]

ER AT

R RN NA RN AR RN AR AR AR A AR AR RARRRR AR NN RO TN NAE

L AL LS R L E el
T

TST'A:

COMND
LNLIST

ME
STN=STN+1
SSNEWTEST
.ENDM

5089
5090

SUBTST
.SBTTL MACRO
as
anananes
aaaa
aaaasaa
e
saraannnnaaanns SUBTST #oaatata

5092

:THIS MACRO WILL FORMAT A SUBTEST HEADING WITH STARS

5095

;ARGUMENT:

1) TXT ==

THIS IS THE MESSAGE THAT WILL APPEAR IN THE TABLE OF CONTENTS & LISTING.

gggg

;EXAMPLE :

SUBTST

5091

gggz

%ggg
5100
5101

:A .SBTTL WILL BE FORCED & .NLISTED FOR THE TABLE OF CONTENTS.

<<THIS IS A FUN SUBTST>>

;ttttttttttttttttttttttttttttttttttttttttttttttttttttttt

5105

.MACRO SUBTST ASCII
NLIST MC
$SUBTST <ASCII>
MC
LIST

.ENDM

SUBTST

5108
5109
5110

.SBTTL
.MACRO
.IRP

$SUBTST
MACRO
$SUBTST ASC
ASCI,.<ASC>

5102
5103
5104

2189

=
b o
b b
P\

51
51
51
51
51
51

OV~ OV

5111
5112
5113
5114

SBTTL
.NLIST
LIST
LIST

ASCI

:titl.ttitttttttfitttttt'ittt'ltttiitlt.ittttttifii!tttttttttt'ttttt"ttt'tt"t"t

s *SUBTEST

.ENDM

ASC!

NLIST
.ENDM

ME
$SUBTST

RPN AN AR AR AR AR

R AR

R R RN RN AR ERRANR AR AR E RN ANRE

110

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5123

TYPOCT

26-APR-82 09:41

PAGE 121

MACRO

TYPOCT

.SBTTL

SEQ 0125

8124

IRNNRNARRNARCNNANNNNS TYPOCT wxnnanatanatantttondns

§126

STYPOCT IS USED TO CHANGE A BINARY NUMBER

5125

TO A 6 DIGIT OCTAL NUMBER AND TYPE IT

g}gg

- ARGUMENTS :

g}gg

)

NUM

g}%g

THE NUMBER TO BE TYPED

g}}{
g;;g
g}gg
g}{%

REMARK ALLOWS A COMMENT TO BE MADE
:2)
*ROUTINES REQUIRED
CONVERT BINARY TO OCTAL AND TYPE (.STYPOCT)
21
TYPE AN ASCIZ STRING (.$TYPE)
:2)

5143

:1)

g}fi;

LEXAMPLES :

TYPOCT

HILMT.<TYPES THE CONTENTS OF HILMT>

5148
5149
5150
5151
5152

.MACRO
NLIST
.DSABL
_ITF DF
.ENABL

TYPOCT

5154
5155

NUM, = (SP)
MOV
JJIF N8 <REMARK>,

5157

.DSABL

CRF

.ENABL
"ENDM

C(RF
TYPOCT

g}zg
5146

5147

5153

5156

5158

5159
5160

#5,.<TYPES *' 000005°>
:2)
:°tttttttttttttttttttttttt'tttttttttttttttt‘ttttttttttttt.tttttttt
TYPOCT

.LIST

TYPOC

NUM,REMARK

CRF
LSTSS .LIST
CRF

J1IF DF LSTSS .NLIST

::SAVE NUM FOR TYPEOUT

: ;REMARK
::GO TYPE==OCTAL ASCIICALL DIGITS)
ME

J 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

TYPOCS

26-APR-82 09:41

SEQ 0126

PAGE 123

.SBTTL MACRO _ TYPOCS
AL LI ELD TYPOCS taassanasansannanane

5163
S164

bbb

5166

TYPOCS IS USED TO CHANGE A BINARY NUMBER TO AN OCTAL

5165

:
H

NUMBER AND TYPE1 TO 6 DIGITS
WITH OR WITHOUT LEADING ZEROS.

3102
21
g};g
5178

1)
32)
;3)
;4)

NUM
REMARK
N
4

2181

:ROUTINES REQUIRED
CONVERT BINARY TO OCTAL AND TYPE (.STYPOCT)
31)

5167
g}gg

3110

g}gg

g}gz

3185

: ARGUMENTS :

:2)

:EXAMPLES:

g}g?

:3)

5192

5193

5194

1
:2)

NON-BLANK=TYPE LEADING ZEROS

TYPE AN ASCIZ STRING (.STYPE)

5187

5188
5189

NUMBER TO BE TYPED
ALLOWS A COMMENT TO BE MADE
NUMBER OF DIGITS (1 TO 6) TO BE TYPED
BLANK=SUPPRESS LEADING ZEROS (TYPES SPACES)

TYPOCS
TYPOCS

#12345,<TYPES ''5'>,1
#00%,<TYPES "04°>,2.X

TYPOCS #004.<TYPES ** 4'>.2

L
.MACRO

TYPOCS

5195
5196

.NLIST
.DSABL

CRF

5198
5199

.ENABL
LIST

CRF

5197

L L L

NUM,REMARK,N,Z

JIIF DF LSTSS .LIST

:sSAVE NUM FOR TYPEOUT

5200
5201
5202

NUM, - (SP)
MOV
.JIF NB <REMARK>,
TYPOS

5204

.BYTE

;:TYPE N DIGIT(S)

5206

.BYTE

;s TYPE 6 DIGITS

5209

BYTE

::TYPE LEADING ZEROS

5211

.BYTE

;:SUPPRESS LEADING ZEROS

5203
5205
5207
5208

5210

5212
5213
5214
5215
5216

.JF NB N

CIFF

ENDC
.JF N8 Z

JIFF

ENDC
.DSABL
JJIF DF
.ENABL
.ENDM

CRF
LSTSS .NLIST
CRF

TYPOCS

;G0 TYPE--OCTAL ASCII

: :REMARK

K 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5219

TYPDEC

26-APR-82 09:41
JSBTTL

SEQ 0127

PAGE 125

MACRO

TYPDEC

§220
5221

fittttttttttttttttttt TYPDEC AN atnasaaaaatantannsy

5223

5222

5224
5225

gggg

rvposc IS USE TO CHANGE A BINARY NUMBER TO A SIGNED
p
'NOTE:

;

DECIMAL NUMBER AND TYPE IT REPLACING LEADING ZERO

WITH SPACES.
IF THE NUMBER IS NEGATIVE A

MINUS SIGN WILL BE TYPED.

5228

:ARGUMENTS:

gggg

2))

5229

gg%%
gggg

gggg
g%gg

NUM

NUMBER TO BE TYPED

REMARK ALLOWS A COMMENT TO BE MADE
:2)
*ROUTINES REQUIRED

13))
:2)

CONVERT BINARY TO DECIMAL AND TYPE (.STYPDEC)
TYPE AN ASCIZ STRING (.STYPE)

ggzg
5242

*EXAMPLES
TYPDEC SIZE.<TYPE THE CONTENTS OF SIZE>
3))

5245

:-tttttttttttttttttttfittttttttttttttttttttttttttttt*tttttttttttttt

ggzz
5246

5247
5248

)

TYPDEC

.MACRO
INLIST

#-10.,<TYPE A MINUS TEN>
TYPDEC

5249

"PSABL

CRF

5251
5252

.ENABL
LIST

CRF

5250

5053
5254
5255

5256
5257
5258
5259

NUM,REMARK

"1IF DF LST$S .LIST

::SAVE NUM FOR TYPEOUT

NUM, = (SP)
MOV
L1IF NB <REMARK>,
TYPDS
.DSABL
"1IF DF
"ENABL
"ENDM

CRF
LSTSS .NLIST
CRF
TYPDEC

REMARK
::GO TYPE--DECIMAL ASCII*U1TH SIGN
Mt

L 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5261

526¢

5263

BMOV

26-APR-82 09:41
LSBTTL

MACRO

PAGE 126
BMOV

JRRRRRRRNRNRNRNARY BMOV AXA AR Aw kAR AAAAARRARARAR

g%gg

: THIS MACRO MOVES A BLOCK OF DATA.

2‘32‘7’

sARGUEMENTS:

g%gg

FROMHERE

THE FIRST ADDRESS OF THE SOURCE BLOCK.

5270
5271
§§;§

:2)
:
H

TOHERE

THE FIRST ADDRESS OF THE DESTINATION BLOCK.
IF BLANK THE 1ST ADDRESS OF THE USER INSTRUCTION
PAR'S IS USED (FASTCITY).

5274
5275

:3)
H

SIZE

THE SIZE OF THE SOURCE BLOCK.
IF BLANK A 16 WORD TRANSFER IS ASSUMED.

gggg

5276
5277
5278

5281

5282

5283

5284
5285
5286
5287
5288
5289
5290
5291
5292
5293
5294
5295
5296
5297
5298
5299
5300
5301
5302
5303
5304
5305
5306
5307
5308
5309
5310
5311
5312
5313
5314
5315

5316

5317

*WHY DEFAULT TO 16 WORDS?'' YOU ASK!
"BECAUSE THAT'S HOW MANY WORDS TO THE USER PAR
REGISTERS & THAT'S WHERE I INTEND TO MOVE LOTS
OF STUFF.'' 1 REPLY!

:
:
.

:-tttttttttttttttttttttttttttttttttttttttttttttttttt

.MACRO

BMOV

,SIZE
ERE
, TOHERE
FROMH

.1F B TOHERE
NLIST
CRF
.DSABL
JIIF DF LSTSS .LIST ME
CRF
.ENABL
LIST
JSR R5,BLOCK1
FROMHERE
CRF
.DSABL
JIIF DF LST$SS .NLIST ME
CRF
.ENABL
LMEXIT
.ENDC
.IF B SIZE
NLIST
CRF
.DSABL
JJIF DF LST$S .LIST ME
CRF
.ENABL
LLIST
JSR RS5,BLOCK2
TOHERE
FROMHERE
CRF
.DSABL
.NLIST ME
LSTS$
DF
JIIF
CRF
.ENABL
LMEXIT
JFF
ALIST
CRF
.DSAEL
JIIF DF LSTSS .LIST ME
CRF
.ENABL
LLIST

JSR RS5,8LOCK3
SIZE

SEQ 0128

Mm10

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5318
5319
5320
5321
5322
5323
5324

BMOV

26-APR-82 09:41

SEQ 0129

PAGE 126-1

TOHERE
FROMHERE
CRF
.DSABL
IIF DF LST$S® .NLIST
CRF
. ENABL
.ENDC
BMOV
.ENDM

N 10

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

MAP

26-APR-82 09:41
.SBTTL

SEQ 0130

PAGE 128

MACRO

MAP

T MAP Rttt a

NN ANENRARER

THIS MACRO MAPS A MEMORY BANK (16K) INTO THE
TEST PATTERN AREA (SUPERVISOR VIRTUAL (60000-157777)).

ARGUEMENTS
‘N

BANK

THE BANK OF 16K WORDS TO BE MAPPED.
THERE ARE 120 BANKS OF 16K WORDS

:EXAMPLES

MAP

LoC

;LOCATION ''LOC'* CONTAINS THE # OF THE BANK TO MAP

MAP

#28.

;BANK 34 (OCTAL) WILL BE MAPPED

SAARARARARANRRAAANRRARR
AR
AR RN AR R RANR RN
AR RN

.MACRO
PUSH
.NLIST
.DSABL

MAP
R3
(RF

BANK

JJIF DF LSTSS .LIST

.ENABL
CRF
LIST
.1F B BANK

MOV

#120. ,R3

MOV .

BANK,R3

EALL

HAPPER

- ENABL

8B 1

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

MACRO

5366

SUPERVISOR

26-APR-82 09:41
.SBTTL

SEQ 0131

PAGE 130

MACRO _ SUPERVISOR

5367
5368

suannnnnanwannnnanst SUPERVISOR tetnnsennanantnettnnn

3301

ARGUEMENTS: NONE.

gggg

5373

5374

5375
5376
5377
5378
5379
5380

; THIS MACRO SWITCHES TO SUPERVISOR MODE.

Ettttttttttttttttttttttttttttttttttttttttttfittttttt
.MACRO
.NLIST
.DSABL
JIIF DF
.ENABL
LIST

SUPERVISOR
CRF

LSTSS .LIST
CRF

5381

8IS

081714 PSW

5384
gggg

.ENABL
.ENDM

CRF
SUPERVISOR

.SBTTL

MACRO_ _ USER

5382
5383

5387

.DSABL CRF
JIF DF LST$S .NLIST

;GO TO SUPERVISOR MODE
ME

5388
5389

INRRRRNRNRKNRAAARL JSER wrvntnnnnannnnnanstertncnntn
:

3392

:ARGUEMENTS: NONE.

ggg?

S%gg
S

5396
5397
5398
5399
5400
5401

: THIS MACRO SWITCHES TO USER MODE.

Etttfittttttfittttttttttttt'tttttttttttttttttttttttn'
«.MACRO
.NLIST
.DSABL
.IIF DF
.ENABL
LIST

USER

.DSABL

CRF

CRF
LSTSS .LIST
CRF

#BIT1S'BIT14 PSW

5402

8IS

5404

.1IF DF LST$SS .NLIST

5403

5405
5406

.ENABL
.ENDM

CRF
USER

260 TO USER MODE

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

TESTAREA

26-APR-82 09:41

SEQ@ 0132

PAGE 131

5409
5410

TESTAREA
LSBTTL MACRO
sunnnnnnnsnnnnnnns TESTAREA tannanensenennnnnntenee

gz%%

: THIS MACRO SWITCHES TO THE SPECIFIED TEST MODE.

5411

gm
5416

5417

*ARGUEMENTS: NONE.

Ettttttttttttttttttttttttt'tttttttttttttttttttttt.t
TESTAREA

5418

.MACRO

5421

J11F DF LSTSS .LIST

5419
5420

5422
5423

NLIST
.DSABL

CRF

.ENABL
LIST

CRF

.DSABL

CRF

8IS

5426

JJIJF DF LSTSS .NLIST

5427
5428

.ENABL
.ENDM

;60 TO SYSTEM TEST MODE

TESTMODE ,PSW

5424

5425

CRF
TESTAREA

b 1N

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5431

SET& & RES4

26-APR-82 09:41
LSBTTL

SEQ 0133

PAGE 133

MACRO

SET4 & RES4

5432
5433

IRNARRNRRARNNNNRNR SETL & RESG saxntnnannanntntnnns
:

gz%g

: IN IT'S RESTORED MODE TRAPS ARE REPORTED AS SUCH.

§2§§

%2%%

: THESE MACROS SET & RESTORE VECTOR 4(TIMEOUT TRAP)

;ARGUEMENTS:

LOC

sTHE LOCATION TO VECTOR TO (ONLY USED IN °''SET4'* NOT ‘RES4’")

5440

21 USE THE SET4 AND RES4 MACROS AROUND CODE THAT 1 EXPECT TO TRAP TO 4

5444

SRR

5441
56442
5443

:LIKE LOOKING FOR ALL POSSIBLE CSR'S AND ETC. WHENEVER CODE IS NOT
:SURROUNDED BY SETé 5ND RES4 THEN ANY TRAPS TO &4 WILL CAUSE AN ERROR
:PRINTOUT THAT SAYS '‘UNEXPECTED TRAP 0O &4'' AND ALL THE ASSOCIATED REGISTER JUNK

5445

REAR AR RO RACENRANRANAAARRAREANRAREAY

SETé

ARG

5446

.MACRO

5449
5450
5451
5452
5453
5454

CRF
.1JF DF LSTSS .LIST ME
.ENABL CRF
LIST
4
ARG,
MOV
.DSABL CRF
LJIF DF LSTSS .NLIST ME

5456

.ENDM

SETé

5458

.MACRO

RESé

5460
5461
5462
5463
5464

.DSABL
JJIF DF
.ENABL
LLIST
MOV

CRF
LSTSS .LIST

5447
5448

NLIST
.DSABL

.ENABL

5455

5457

5459

NLIST

5465

5466

gzgg
5469

5470

5471
5472

5473

1018

CRF

4
#TIMEOUT

CMP

#1_.PROTYP

:1S THIS AN 11/44?

CLR

CPUERR

:CLEAR OUT THE CPU ERROR REGISTER BITS

BNE

;BRANCH IF NOT

1018

.DSABL

CRF

.ENDM

RES4

JJIF DF LSTSS .NLIST
ENABL CRF

:THAT A EXPECTED TRAP COULD HAVE SET
ME

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

DLEFT

26-APR-82 09:41
.SBTTL

MACRO

SEQ 0134

PAGE 135

sanannnnkananenrat DIEFT

DLEFT

votnnnnntrtnnnanvaveatanns

: THIS MACRO DOES A DOUBLE WIRD LEFT SHIFT
;THE LOCATION TO BE SHIFTED LEFT (CARRY TO LOC+2)
LocC
*ARGUEMENTS:
[

.'tttttttttttltfittt'ttttttt*ttttttttttt'tttttttttttt

.MACRO

DLEFT

ARG

CRF
LSTSS .LIST

ARG

ARG+2
CRF
LSTSS .NLIST
CRF
VLEFT

;DON'T NEED TO SEE THEM ANY MORE

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP CATCHER

W
~

TRAP CATCHER

“WORD

0,0

.SBTTL

ACT11 HOOKS

"REPT

177

:.WORD

IR IR ¥

DEFINITIONS:

1)L0C.46

3% O

2)L0C.52

BF BN O

000024

LV IV L I

A
WA

000000

.SBTTL

L 30 BE 3

000052

000200
000202

000000
0001177

2N J

NN = OO0 NO NS NN = OO0

SRRURZES 00 NN

000046

000042

000000

.+2,HALT

;*THE HOOKS REQUIRED BY ACT11 ARE DEFINED AND SETUP BELOW:

(VA LV AV TV TV TV 0 L
W

AN AT TA N VTN VIVIWVIWN AN

AIAAWNIW
sl VIV AV
== OO000000
b b b b cod b oud
N PIPIPNININININ)

5500
5501
5502 000000

26-APR-82 09:41

SEQ 0135

PAGE 137

000044

38 000300
39 000304
40 000310
25 000316

000046

BIT4
APT11 HOOKS

5:2)SET LOC.52 TO INDICATE MEMORY SIZE DEPENDANT

:;SET POWER FAIL TO POINT TO START OF PROGRAM

000024
000200
000042
002000
000044
065740

:;FOR APT START UP

3SO RT11 CAN START WITH RUN COMMAND

:2POINT TO APT INDIRECT ADDRESS PNTR.
;sPOINT TO APT HEADER BLOCK

START3: BR

START1
START?

002612
003654

START1: CLR

RESTART

003654

JMP

B8R

000137
002000

PROGRAM NEEDS HOOK

BIT 15=1 PROGRAM SHOULD BE POWER
FAILED WHILE RUNNING
=0 NO POWER FAIL
BIT 14=1 PROGRAM MEMORY SIZE DEPENDENT
=0 NOT MEMORY SIZE DEPENDENT
BIT 13=1 PROGRAM REQUIRES MANUAL INTERVENTION
=0 MANUAL INTERVENTION NOT REQUIRED
BITS 12-0 MUST BE Z2ERO'S

221)SET LOC.46 TO ADDRESS OF SENDAD IN .S$EOP

000020

000137

"END=-OF -PASS'' HOOK
=ADDRESS OF END OF PASS ROUTINE
MODIFIED BY ACT11.

START2: SET

2 'NORMAL®' START

JRESTART (SAVE ERROR ACCOUNTING)

6 N

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
INITIALIZED TO Z2ERO

VARIABLES

26-APR-82 09:41

SEQ 0136

PAGE 139

INITIALIZED TO ZERO
.SBTTL VARIABLES
;*THIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

NIV

:#USED IN THE PROGRAM.

$CMTAG:
SELONLY:0

*SET FOR SHIFTING DIAGONAL TEST
DIAGFLAG: 0
ssr FOR KAMIKAZE MODE TESTING
KAMIKAZE: 0
“USED TO SKIP RESTORING KAMIKAZE MODE WHEN MODIFIED
SKIPKAM] .0
.NEXT TWO BYTES ARE DISPLAYED 1~ THE DISPLAY REGISTER

W VLWWA IV

$SERFLG: .BYTE

AN
A

000000

(==

8
L=}
NOND

SKPERR: .WORD

o
~
Q

=
=

CPUBIT: 0
0
MUT:
PATTERN:0
KPFLAG: .WORD
ACFLAG: .WORD
MKFLAG: .WORD
PFLAG:
.WORD
RRFLAG: .WORD
RLFLAG: .WORD

N
O

BMFLAG: .WORD
EUFLAG: .WORD
TMFLAG:

PMEMFLG:
. WORD

&
o

o0
==}
nOND

.WORD

INTFLAG: . WORD
INT64K: .WORD

000000

ABORTFLAG:
. WORD
CTLKVEC: .WORD

PATTERN NUMBER

°BANK ¢ SIGN

*:CONTAINS ERROR FLAG

*:CONTAINS ITEM CONTROL BYTE
‘NUMBER OF ERRORS ON LAST PASS
*CONTAINS PC OF ERROR FOR TYPEOUT
*CONTAINS PC OF ERROR
*CONTAINS SP OF ERROR FOR TYPEOUT
*CONTAINS SP OF ERROR
:CONTAINS PSW OF ERROR FOR TYPEOUT
*CONTAINS PSW OF ERROR

*;CONTAINS ADDRESS OF °‘BAD® DATA
*ADDRESS OF PARITY ERROR
222 BIT PHYSICAL ADDRESS
*;CONTAINS 'GOOD' DATA

:SCONTAINS 'GOOD2' DATA
*:CONTAINS *GOOD3* DATA
*3CONTAINS "BAD' DATA
:;CONTAINS 'BAD2" DATA
*CONTAINS °'BAD3' DATA
*XOR OF GOOD & BAD = BAD BITS!
*AUTOMATIC MODE INDICATOR FOR APT,ACT, & XXDP
sFATAL ERROR INDICATOR

:USED TO SKIP ERROR MESSAGE IN °‘SERRGEN''

:NON-EXISTANT MEMORY COUNTER (HOLES)

:PARITY ERROR COUNTER
:PATTERN ERROR COUNTER
:NO PARITY ERROR MODE INDICATOR
*NO NON-EXISTANT MEMORY (HOLES) MODE INDICATOR
:MEMORY BANK UNDER TEST
sUSED TO INDEX INTO CONFIG TABLE

PARCNT: 0
PATERR: 0
NOPAR: 0
NONEM: 0
0
BANK:
BANKINDEX: 0

nrRoNRaNIRA
-—h

O
O
0
0
0
0
8

NEMCNT: 0

98 002136

.WGRD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD

FATALS: .WORD

~
&vsmmmv\\n\nmmmm
28 0 EERRREELE 0
3
S 88333
NN
~

O\ ViAW

ADDRESS:.WORD 0
PADDRESS:.WORD 0
PHYADD: .WORD 0,0
.WORD O
GOOD:
GOOD2:
GOOD3:
BAD:
BAD2:
BAD3:
BADXOR:
$SAUTO:

577 002064

5601 002144

.BYTE

0
SITEMB: .BYTE
LASTERROR: .WORD 0
0
ERRPC: .WORD
O
BADPC: .WORD
0
ERRSP: .WORD
O
.WORD
BADSF:
0
ERRPSW: .WORD
0
BADPSW: .WORD

TAEA A A

NN
wno

(%1%,

VAW UVIAVIWAVVI
VLA VWA A

$BANK:

61 002022
62 002024
563 002026
564 002030
565 002032
566 002034
567 002036
568 002042
569 002044

(W 1V ASNWAVAAVAIWAVAWVLA VIV

$PATMAR: .BYTE

[elelelelelelelelolalelelela)

v
A IAAIAWLDAW

000000

::START OF COMMON TAGS
*SELECT ONLY BANKS MARKED BY FIELD SERVICE MODE FLAG

SCONTAINS 1 BIT TO IDENTIFY CPU TO CONFIGURATION TABLE
:MEMORY UNDER TEST FLAG
:PATTERN NUMBER UNDER TEST
:BANK IS PROTECTED REGION OF €CC
;BANK CAN BE ACCESSED BY THIS CPU
;IF SET INDICATES MS11-M OR MF11S-K UNDER TEST
:BANK 15 IN PROGRAM SPACE
;BANK IS WHERE PROGRAM RELOCATION IS REQUIRED TO TEST
,PROGRAH IS RELOCATED FLAG

: "BANK IS IDENT(FIED AS BAD MEMORY'' FLAG
: "BANK HAS EUB MEMORY'' FLA G

'WYPE OF MEMORY TO TEST' FLAG; 0 = PARITY, 1 = ECC
:'BANK IS INTERLEAVED'' FLAG

;"BANK IS 64K INTERLEAVED'® FLAG
:*MEMORY UNDER TEST IS A MS11-P"* FLAG
:"'ABORT OCCURED'* FLAG

*HOLDS OLD KERNAL STACK POINTER IN CASE OF CNTL/K

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUPDRO:
SUPDR1:
SUPDR2:
SUPDR3:
SUPDR&:
SUPDRS:
SUPDR6:
oumMy:

000000

:DATA TO OR FROM CSR

0
0
0
0
0
0
0

;DUMMY LOCATION FOR ADDRESS PASSING

THE%E LgCATIONS STORE GPR'S €& PSW DURING DETAILED ERROR PRINTOUTS

DETR
DETR1:

000000
000000
000000
000000

0
0
0
0
0
0
DETSP:
DETPSW: 0
DETFLAG: 0

CONTFLAG:0

000000
000000
000000
000000

X )

DETRZ:
DETR3:
DETRG:
DETRS:

000000

TOTCSRS: .WORD

CSRFIRST: .WORD
CSRLAST: .WORD
: . WORD
CSRFBANK
: . WORD
CSRLBANK
.WORD
CSRINT:
SPLTCSR: .WORD
DATBUF: .WORD
TSTDAT: .WORD
SUEMSK: .WORD

DBEMSK: .WORD
SUPDOADD: . WORD
PASFLG: .BYTE
UPPFLG: .BYTE
PASSNO:
SAVPAR:

.WORD
.WORD

SAVMON: .WORD
MONFLG: .WORD
REALPAT: . WORD
OLDCACHE- . WORD
PARTHERE
: . WORD
FSSTACK:.WORD
NEWBANK
: . WORD
SOURCE: .WORD
.WORD
CHECK:
(BITS:
.WORD
MASK:
.WORD

000000

:CSR _ADDRESS NUMBER (4 LSB'S)
:LOCATION TO SAVE CSRNO DURING FS COMMAND
0
SAVCSR: .WORD
OL D CSR NUMBER(USED IN INH PTR TEST)
0
WORD
OLDCSR:
“THESE LOCATIONS STORE GPR'S DURING SUPERVISOR TESTS

000000

000000
000000
000000
000000
000000
000000
000000
000000
000000

. WORD

CSRNO:

.WORD
CSR1S:
.WORD
BITNO:
PCBUMP: ,WORD
CSRINC: .WORD
CSRLOGP
: .WORD

I NI

5607 002156
5608 002160
5609 002162
5610 002164
5611 002166
5612 002170
5613 002172
5614 002174
5615
5616 002176
5617 002200
5618 002202
5619 002204
5620 002206
5621 002210
5622 002212
5623 002214
5624 002216
5625 002220
5629 002222
562
5628 002224
5629 002226
5630 002230
5631 002232
5632 002234
5633 002236
5634 002240
5635 002244
5636 002250
5637 002254
5638 002260
5639 002262
5640 002265641 002264
5642 002266
5643 002270
5644 002272
5645 002274
5646 002276
5647 002300
5548 002302
5649 002304
5650 002306
€651 002310
5652 002312
5653 002314
5654 002316
5655 002320
5656 002322
5657 002324
5658 002326

CSR:

PAGE 139-1

AA IR IEAR
TR R

5606

000000
000000
(00000
000000

5602 0021
5603 0021

26~APR-82 09:41

OO0O0OOOOOOOOOOOOOOOOOOOOOOOOO0O0O0O

VARIABLES

INITIALIZED TO ZERO

SEQ 0137

ILED REPORT FLAG
S HAVE BEEN TESTED FLAG
T PER EXISTING CSR, EG-

0 REPRESENTED BY BiT 15, ETC.
T ADDRESS UNDER CONTROL OF THIS CSR

TUO WORD
:TWO WORD
:TWO WORD
:TWO WORD

DATA BUFFER
TEST DATA
SINGLE BIT ERROR MASK
DOUBLE BIT ERROR MASK

:ADDRESS OF SUBROUTINE TO EXECUTE IN SUPERVISOR MODE

sLOCAL LOOP PASS CONTROL
:LOCAL LOOP PASS CONTROL
sLOCAL LOOP PASS CONTROL

:USED TO SAVE KERNAL PAR 5

:XXDP MONITOR RETURN ADDRESS
:RETURN TO MONITOR FLAG
:REAL PATTERN UNDER TEST

*BACKED UP VALUE OF CACHE CONTROL REGISTER

;PARITY TRAPS SOMETIMES GO TO ADDRESS STORED HERE
sSTACK SAVED HERE IF IN FIELD SERVICE MODE
;USED FOR RELOCATION TO A NEW BANK
:SOURCE OF DATA WORDS FOR CHECKBIT GENERATION SUBROUTINE
;CHECKBITS TO BE LOADED INTO CSR
:CHECK BITS TO BE WRITTEN
:BIT MASK FOR CSR
sCSR ALL 1°'S PATTERN
:BIT POINTER
JVALUE TO BUMP THE PC BY TO RECOVER AFTER A PARITY TRAP

:VALUE TO INCREMENT ADDRESS BY TO REMAIN IN THE SAME (SR
:LOOP CONTROL FOR CSR TESTING

INn

26-APR-82 09:41

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
INITIALIZED TO ZERO

PAGE 139-2

0
0
0
0
0

v00
000
000

000000
000000
000000
000000
000000
000000
000000
000000

$TPFLG:

:;ESCAPE ON ERROR ADDRESS
;USED FOR ALTERNATE DATA PATTERNS
;COUNTS DIAGONAL STRIPES
:BACKED UP COPY OF STRIPES
:NO_TABLE BEING PRINTED =~ NOW

:SIZE OF 11/45 MOS MEMORY IN K WORDS
:SIZE OF MF11S~K MEMORY IN K WORDS
;SIZE OF MS11-L MEMORY IN K WORDS
:SIZE OF MS11-M MEMORY IN K WORDS
:SIZE OF UNIBUS PARITY MEMORY IN K WORDS
sFLAGS WHEN TOO MANY ERRORS HAVE BEEN PRINTED FOR A BANK
:FLAG TO PATTERNS TO READ ONLY

s THE ADDRESS TO RUN CSR TESTS ON
*HIGHEST ACCESSABLE BANK OF MEMORY THRU UNIBUS MAP
sFLAG TO ALLOW STOPPING WITH SWITCH REGISTER
;AMOUNT OF PARITY MEMORY ACCORDING TO APT
:AMOUNT OF ECC MEMORY ACCORDING TO APT
fLAG TO DISABLE FIELD SERVICE MODE
:''THIS IS NOT AN ERROR'' FLAG
:BANK LOADERS ARE RELOCATED TO

000000

sUSED FOR JUNK
;QUICK STOP FLAG FOR APT POWER FAIL

,
:'NO SCOPE LOOP ALLOWED'' FLAG
SFIELD SERVICE - NO INTERNAL INTERLEAVE'' FLAG

NOSCOPE

FSINFLAG:0
APTSIZE:0
FS7FLAG:0

:APT SIZING INFO FLAG

;TRUE WHEN IN FIELD SERVICE COMMAND 7

; CONF IGURATION ERROR FLAG

CONFGERRgR:O
I:

NO22BIT:0
NOSUPER:
0

000000

5705 002476
04

000000

:SECONDS THAT BATTERIES SHOULD LAST

;s TERMINAL NOT AVAILABLETM FLAG

EVEN

=l=l-TINlelolelelolelalelall)

000000

464
472

;FLAG SET BY SUCCESSFULL TASK OR SUBROUTINE
:FOR AID IN "MOV'' INSTRUCTIONS

;FLAG TO SKIP MKCONTROL SUBROUTINE
:SET WHEN RUNNING NULL PATTERNS
*FLAGS QUICK VERIFY PASS UNDER APT, ACT, OR XXDP CHAIN MODE
QVFLAG: 0
SFLACS ACT AUTOMATIC MODE PROGRAMMING RULES
ACTFLAG:0
:FLAG. APT AUTOMATIC MODE PROGRAMMING RULES
APTFLAG:0
:FLAGS XXDP CHAIN MODE PROGRAMMING RULES
XXDPCHAIN:0
:NOTE: THESE TUOOBYTES MUST STAY TOGETHER
$NULL .BYTE
;s CONTAINS NULL CHARACTER FOR FILLS
sCONTAINS # OF FILL CHARACTERS
SFILLS: .BYTE
0

5678 002370
5679 002372
5680 002374
5681 002376
5682 002400
5683 002402
5684 002404
5685 002406
5686 002412
5687 002414
5688 002416
5689 002420
5690 002422
5691 002424
5692 002426
5693 002430
5694 002432
5695 002434
5696 002436
5697 002440
5698 002442
5699 002444
5700 002446
5701 002450
5702 002452
5703 002454
5704 002456

SUCCESS:.WORD
.WORD
JEROS:
TIME:
.WORD
SKIPMK: .WORD
NULLFLAG:.WORD

000000
000000

—

5659 002330
5660 002332
5661 002334
5662 002336
5663 002340
5664 002342
5€65 002344
5606 002346
5667 002350
5668
5669 002352
5670 002353
5671 002354
5672
5673 002356
5674 002360
5675 002362

VARIABLES

SEQ 0138

000000

000000
000000

ERRADD: .WORD

0.0.0,0,0,0,0.n

000000
000000

LINK1:
0
LINK2:
0
CSRHOLD:0
KELAG:
0
PGMCSR: .WORD
TNHECC:

.WORD

0,0
O

:USED FOR GENERAL PURPOSE INDEXING
:NO 22-BIT MODE FLAG
:NO SUPERVISOR MODE FLAG
:HOLDS THE CSR'S ERROR ADDRESS
:USED TO STORE INFORMATION ABOUT THE 16

;POSSIBLE CSR'S
:USED TO HOLD LINKS TO PATTERNS WHICH
sCAN EXECUTE IN THE PAR/PDR'S OR NOT
:USED TO STORE CSR VALUES FOR CSR TESTS
;USED TO FLAG MF11S-K HEHORY TO TESTS

:POINTS TO PROGRAM (SR

;FLAGS INHIBIT ECC TESTS ON RELOCATION

J N

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

VARIABLES

5712 002534

5713 002536

5714 002540

INITIALIZED TO ZERO

000000

26-APR-82 09:41

: .WORD
INHBANK

FULLREL : . WORD

PAGE 139-3

SEQ 0139

$CMTGE: .+*END OF COMMON TASS

;

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

VARIABLES

INITIALIZED TO NON ZERO

5717

5718 002540 000001

5719 002544 001415

§720 002546
5721 002550
§722 002552

.SBTTL

000167
000031
002000
000001

5732 002576
5733 002600

177777
177777

5727 002564
5728 002566
5729 002570
5730 002572
5731 002574
5734 002602

5735 002604
5736 002606
5737 002610
5738 002612
g;zg 002614

VARIABLES

LASTBANK: 167

SHIGHEST BANK OF MEMORY

25.
SOBK:
KSTACK: STACK
LOADHOME : 1

:SOB CONSTANT
*STACK BEGINNING
*HOME BANK OF LOADERS

MAX # OF ERRORS PER BANK WITH SW11

*HIGHEST BANK OF MEMORY+1 (IN PAR FORMAT)

LASTBLOCK: 170000

*SET IF TESTING BANKS IN WORST FIRST MODE(1ST PASS)
*WORKING SEED HI (USED FOR RANDOM NUMBER GENERATOR)
*WORKING SEED LO (USED FOR RANDOM NUMBER GENERATOR)
‘MASTER SEED HI (USED FOR RANDOM NUMBER GENERATOR)
SMASTER SEED LO (USED FOR RANDOM NUMBER GENERATOR)

WORST: 177777
SEEDHI: 176543
SEEDLO: 123456
MSEEDH: 176543
MSEEDL: 123456

177777
176543
123456
176543
123456

HEADER: 177777
177777
ONES:
FLIPLOC:3
SOF TPAT :52525
SLPADR: .WORD
SLPERR: .WORD
RESTART:0

000003

052525
000000
000000
000000
000000

INITIALIZED TO NON ZERO

CACHKF: 1415

TESTAODE :40000
ERRMAX: 10,

5723 002554 170000

SEQ 0140

PAGE 141

;CACHE CONSTANT (MOVED TO CONTRL TO TURN ON CACHE)
*CACHE CONSTANT (MOVED TO CONTRL TO TURN OFF CACHE)
;USED TO SELECT THE PROPER TEST MODE FOR A PATTERN RUN

CACHKN: 1,0

000000

040000
000012

5724 002556
§725 002560
5726 002562

26-APR-82 09:41

SERTTL: .WORD

SUSED TO PRINT HEADINGS ONLY ONCE
*FOR AID IN 'MOV" INSTRUCTIONS

*COUNTER FOR FLIPING DATA ON WORST CASE NOISE TEST
0
0
O

*PATTERN FOR SOFT ERROR BACKGROUND TESTS
*:CONTAINS SCOPE LOOP ADDRESS
**CONTAINS SCOPE RETURN FOR ERRORS
*RESTART (START ADD 202) FLAG
*;CONTAINS TOTAL ERRORS

000377
177400

sananeananeasensnssansns NOTE THESE TWO LOCATIONS MUST STAY TOGETHER wesnsassnnew
.
;BACKGROUND PATTERN
377
BAKPAT: .WORD
.
*SWAPPED BAKPAT
177400
SWAPAT: .WORD

5746 002622
5747 002624
5748 002626
5749 002630
5750 002632
5751 002634

177570
177570
177560
177562
177564
177566

.WORD
SWR:
DISPLAY: .WORD
177560
$TKS:
177562
$TKB:
$TPS:
177564
177566
$TPB:

DSWR
DDISP

5753 885225

585

$BELL:

.ASCIZ

<207><377><377> :-CODE FOR BELL

SQUES:
$CRLFSLF:

.ASCII
.ASCII
.ASCIZ

/2/
<15
<12>

5741
5742 002616
5743 002620
<74l.

5745

5752 002636

5754 002643
5755 002644
5756 002645
5757

012

077
015
012

:tttttttttttttttt*tttt'*tttt*'tttt'tfitttiitttttttttt.ttt*tttttttttifitttttttt'tttt

377

000

377

SFILLC: .BYTE

.EVEN

; sADDRESS OF SWITCH REGISTER
**ADDRESS OF DISPLAY REGISTER
:3TTY KBD STATUS
*TTY KBD BUFFER
SiTTY PRINTER STATUS REG. ADDRESS
:3TTY PRINTER BUFFER REG. ADDRESS

*INSERT FILL CHARS. AFTER A 'LINE FEED'’

:;QUESTION MARK
*:CARRIAGE RETURN
**LINE FEED

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

CONF IGURATION TABLE

26-APR-82 09:41
.SBTTL

5760

SEQ 0141

PAGE 143

CONFIGURATION TABLE

5761

:CONFIG:FIRST 16K CONFIGURATION WORDS (2 EACH)

g;gg

5766

: CONF IGURATION WORDS:

g;g%

5767
5768
5769

:
:
:

5773
5774
5775
5776

:
:
:
:

HIGH:

:
:

5779
5780

000201

:
CONFIG: .REPT

CONF JEND :

201

ERRORS PRESENT
MEMORY SUCESSFULLY ACCESSED
RESERVED

SKIP ECC LOGIC TESTS FLAG (1=SKIP)
PROTECTED REGION OF ECC MEMORY
PROTECTED (PROGRAM SPACE)

BIT 8-11 (SR CODE
BIT 12-15 INTERLEAVED CSR CODE
BIT 0=7
NUMBER OF ERRORS
BIT 8-10 MEMORY TYPE

BIT 11

INTERLEAVED BOARD TYPE (0=128K, 1=64K)

BIT 13
BIT 14

"BACKGROUND PATTERN VALID'' FLAG
BANK SELECTED FOR TEST BY FIELD SERVICE MODE

BIT 12

5778

BIT 0
BIT 1
BIT 2-4

BIT S
BIT 6
BIT 7

5777

5785 003654

LOW:

:
:
:

5770
5771
5772

5781
5782 002650

16K CONFIGURATION WORDS (2 EACH)
200TH" " “16K CONFIGURATION WORDS (2 EACH)

2ND

BIT 15

INTERLEAVE ENABLED

LOADERS HOME BANK

MmN

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

3
2322233220224/
323223
1233323232222 232222384223343}] HAIN 12222233

5787
5788 003654

START:

.SBTTL
SUBTST

PAGE 144

AARRAAARNANAARARAARRARE MAJN

KX ARRARARREAANCRANNAANS

<<INITIALIZE VARIABLES TO ZER0O>>

,tttttt*tttttttt*fi*tttttttttttttfittttttttfitttttttttttttttttttt'tfi.t..t.'..t'.".

s *SUBTEST

5789 003654
5790 003660
5791 003662
5792 003664
5793 003670
5794 003674
5795 003700
5796 003704
5797 003706
5798 0’ 3712
5799 003714
5800 003722

ste 0142

105737
001001
000005

065660

010637
013706
012700
005020
022700
001374
012737

002270
002560
002000

TST8

NORES:

1%:

002540

000167

INITIALIZE VARIABLES TO ZERO

ttt*ttttttttttttttitttt'tttt***ttttttttttttttttttttttfittttttttfiitt'tt.t'.t"t'.
BNE
RESET
CLEAR
MoV
MOV
MOV
CLR
CMP

BNE

002552

SUBTST

SENV
NORES

MONFLG
SP,SAVMON
KSTACK,SP

;s CLEAR RETURN TO MONITOR FLAG
;s SAVE XXDP MONITOR RESTART ADDRESS

2o SETUP THE STACK POINTER
#$CMTAG,RO
:sFIRST LOCATION TO BE CLEARED
+
(RO)
:;CLEAR MEMORY LOCATION
#S$CMTGE ,RO
: ;DONE?
18
:LOOP BACK T'F NO
#167 ,LASTBANK
*RESTORE L°SIBANK (THIS MUST BE
<<CLEAR NON-PROGRAM SPACE>.

DONt PRIOR TO SYSTEM SIZING)'

.ttttttttttttttttttf*tttttttttfittttfitttt*tt*tttitti4tttttttttttttttttttttttttttt

:*SUBTEST

CLEAR NON-PROGRAM SPACE

ttt*tt*tttt*tti*tttttt*I*tttttitfittttttttttttQttittttttttttttittttfitttittttittt
;THIS ATTEMPS TO GET RID OF ANY PARITY ERRORS BY WRITING INTO
5

5804 003722
5805 003730
5806 003732
5807 003734
5808 003736
5809 003742
5810 003744
5811

*EVERY LOCATION THAT IS NOT LOADED INTO BY THE PROGRAM OR ALLOCATED

012737
005000
000241
005520
020027
103773
005037

000001

002074
2$:

160000

002074

:TO THE XXDP LOADERS
#1,NOPAR
RO
CLR
CLC
(RO)+
ADC
RO,#160000
CMP
23
BLO
NOPAR
CLR

MOV

;PARITY ACTION = COUNT & IGNORE

sRESTORE DEFAULT PARITY ACTION

SUBTST

R AR

+«SUBTEST
SRR

000401
000000

5823 004012
5824 004016
5825 004024

005737
000411
012737

177750
000014

002544

012737

002540
002332

067330

172516
172516
000020
000020

004060

005737
005037
052737
032737
001026
000413

004062
004070
004074
004100
004104

012737
005237
005037
005037
005237

140000
002452
067200
067340
002450

005237
012737
005037
005037
000417

002450

5826 004032
5827 004036
5828 004042
5829 004050

5830 004056
5831
5832
5823
5834
5835
5836
5837

177746

5838
5839 004110
5840 004114
5841 004122
5842 004126
5843 004132
5844 004134
5845 004142
5846
5847
5848
5847
5850 004144
5851 004150
5852 004156
9853 004160
5854 004164
5855
5856 004172
5857 004200
5858 004204
5859 004210
5860 004216

TST

AAAAARR AR AN RNRARN R AR

TYPE OF SYSTEM SIZER

RAR AR AR AR AR R AR AR AN RN

BR
PROTYP: .WORD
SYSSIZ: SET4
ST
SET4

005737

<<TYPE OF SYSTEM SIZER>>

A AR AR RN AR RN A RARAR

AR RRAN AR AN

SYSSIZ
0
#4$
CONTRL
498
MAINT

BR
5
9s:
MOV
#14, CACHKF
BR
5
48:
CLR
CACHKN
MOV
#ZEROS,DT14
58
SET4
#6%
TST
MMR3
CLR
MMR3
BIS
#8IT4,MMR3
BIT
#8174 ,MMR3
BNE
108
BR
78
:x 11/34 TYPE MACHINES ENTER HERE

és:

MOV

#140000, TESTMODE

INC

NOSUPER

INC

NO22BIT

CLR

pT5+12

CLR
DT5+10
CLR
DT14+10
INC
NO22BIT
% 11/45 TYPE MACHINES ENTER HERE

002552

7s:

067342

108 :

000007

MOV

CLR
BR

SET4

MFPT

07 LASTBANK

or14+12
8$

#8$

A AN RANRRAAARAAAARRAARCRECORRTR

A AN RA AN R RN NN

R NN RN AN AN RN

ARSI RES

sSKIP OVER VARIABLE LOCATION
sSEE IF CACHE REGISTER RESPONDS
sYES - DO WE HAVE 11/44 TYPE CACHE
sOR 11/60 TYPE CACHE?
¢BRANCH IF 11/44 TYPE CACHE

sTURN OFF CONSTANT FOR 11/60 CACHE

*NO CACHE ON SYSTEM

DO NOT PRINT CONTRL ERROR MESSAGES
;DO WE HAVE AN MMR3?

¢YES
WE DO

:SEE IF THERE 1S 22-BIT MODE

;BRANCH IF 22-BIT RELOCATION
sBRANCH IF AMR3 BUT NO 22-BIT RELOC.
¢MAKE TESTMODE USER

AR
TR TN

SRR AR

F¥ ¥

5813 003750

SEQ 0143

PAGE 145

FR KN

CLEAR NON-PROGRAM SPACE

26-APR=32 09:41

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

TYPE OF PROCESSOR TEST:

THIS INSTRUCTION

(AVAILABLE ON NEWER PROCESSORS ONLY) PLACES

A CODE IN THE LOWER BYTE OF RO THAT
%N?%SQZES THE
PROCESSOR TYPE. 1=11/44

110037

003752

000003
002452

140000

061322
177766
177777

MOVB

003752

CMP
BNE

002546
8s:
061322

118:

RO.PROTYP

#3.PROTYP
8

INC
MOV

NOSUPER
#140000, TESTMODE

SET4

#118

CLR
TST
MOV
RES4

CPERRF
ar177766
#-1,CPERRF

sMOV_THE CODE TO PROTYP

;1S THIS AN 11/24?

:BRANCH IF NOT = WE HAVE AN 11/44
sNO SUPERVISOR MODE

:MAKE TEST MODE USER

:R=-C
:TRAPS GO TO 118
¢CLEAR THE FLAG
:R=C
s1S THERE A CPU ERROR REGISTER? ;R-(
s YES=TRAPPED
JR=C

B 12

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113

TYPE OF SYSTEM SIZER

26-APR-82 09:41
SUBTST

5863 004240

002602

176543

002572

177400

SET
oV
SET
MOV
MOV

002620

nov

suersr

JRRNRkARRkAS

S5 NNNNNNNNNNNSNSNSNNN
PO N N U N N N AN N N N N N N NN

—=000000OO0OOOOOOOO

5888 004452
5889 004460
5890 004466

000003

MOV
MOV

O md cd md b d b b
d d wd b b e nd D
LSNINNLINININI
NN
NN NN

5887 004444

<<INITIALIZE VARIABLES TO NON ZERO>>

INITIALIZE VARIABLES TO NON ZERO

tttttttttttt*fittittQl"ttttttfittttt'itttttt.tfit*tfiQQ.*"t'fit'fi.'fi't't."'.'fi"'

5864 004240
5865 004246
5866 004254
5867 004262
5868 004270
5869 004276
5870 004304
5871 004312
5872 004320
5873 004326

5886 004436

PAGE 147

ttfitttttttttttttttfitttt'tt'tittttittttttttt.ttttt'ttit.Q'ttltt.'."'tt'.'.t'."

: *SUBTEST

5874 004326
5875 004334
5876 004342
5877 004350
5878 004356
5879 004364
5880 004372

SEQ 0144

060166

000020
000022
000030
000032
000034
000036
000024

MOV
MOV

MOV

MOV
MOV

000252

MSEEDH,SEEDHI
MSEEDL .SEEDLO
#377 .BAKPAT

;PRIME THE RANDOM NUMBER GENERATOR
:BOTH HIGH AND LOW WORDS

#177400, SWAPAT

AARRANRRE AN RN RN RNAREANRARNARARACANNARAAARARNRAANCRRANARACARACAACOREY

INITIALIZE VECTORS
**SUBTEST
fitttttttttttfittltttttt'ttttfi.fi.ttttfittfitttfit'tttt.tttt"tttttttttt".t't".tt'i
#$SCOPE, IOTVEC ;:I0T VECTOR FOR SCOPE ROUTINE
MOV

MOV

000340

ORST
A3, FLIPLOC
HEAD
0176543 MSEEDH
#123456.MSEEDL

MOV
MOV
MOV

CACHON

#340,10TVEC+2 " ::LEVEL 7
#SERROR,EMTVEC ;:EMT VECTOR FOR ERROR ROUTINE
#340,EMTVEC+2 " :;LEVEL 7
#STRAP, TRAPVEC ;:TRAP_VECTOR FOR TRAP CALLS

#340, TRAPVEC+2; LEVEL 7
EVEL 7
#340,PURVEC+2

#3PURDN,PURVEC ; ;POVER FAILURE VECTOR

#PARITY,PARVEC;.6tf" READY FOR PARITY ERRORS
#340,PARVEC+2

#PDP1105 ,RESVEC ;RESERVED INSTRUCTION TRAP

#340,RESVEC+2
#TIMEOUT ,ERRVEC;SETUP TIMEOUT ERRORS

#340,.ERRVEC+2
NMMTRAP ,MMVEC
#340,MMVEC+2

:SET PRIORITY OF ERROR TRAPS
:VECTOR FOR MEMORY MANAGEMENT

;TURN CACHE ON

¢ 1

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
INITIALIZE VECTORS

26-APR-82 09:41
SUBTST

5893 004470

SEQ 0145

PAGE 149

<<INIT IALIZE PATTERNS>>

:tttttttttttttttfittttt RRANRARANRANNRARRNAANARARARANRERANNIRAARNRANINNRANANOAASAOER

s *SUBTEST

INITIALIZE PATTERNS

;ttttttt*fittttlttttttfi REERERANARARNRARAAARANAANANARAAARRAAAARAERNACRAAANANSAOCRS

;THE APT E~TABLE DETERMINES WHICH PATTERNS ARE GOING TO BE RUN.

5897

§899 004476
5900 004476
5901 004502
5902 004506
5903 004512

012700
012001
012703
012702
004737
012001

5905 004520
5906 004524

004737
012001

5898 004470

065724

020204
000020

004606

5904 004514 012702 000010

004606

012703

020434

5909 004536
5910 004542

004737
012001

004606

§912 004550
5913 004554
5914 004556

004737
012001
012703

004606

5907 004,526

5908 004532 012702 000020
5911 004544 012702 000010

020620

5915 004562 012702 000020
5916 004566
5917 004572

004737
012001

004606

5919 004600
ggg? 004604

004737
000417

004606

5918 004574 012702 000010
5922 004606
5923 004606
§924 004614

5925 004616
5926 004620
5927 004624
5928 004624
5929 004630
5930 004642

:EACH BIT SET REPRESENTS A PATTERN TABLE ENTRY THAT IS TO BE LEFT
;ALONE (TO BE RUN). EACH BIT CLEARED REPRESENTS A PATTERN TABLE ENTRY
:THAT IS TO BE OVERLAYED WITH THE ADDRESS OF A NULL PATTERN.
, RO
#$DDWO
MOV

MOV
MOV
MOV
CALL
MOV

(RO +,R1
#MKCSRT ,R3
#16. ,R2

CALL
MOV

PATPLUG
(RO) +.R1

MOV

PATPLUG
(RO)+ R

#8. RS

#MKPAT ,R3

MOV

RS
#16.

MOV

#8. ,R2

CALL
MOV

CALL
MOV
MOV

PATPLUG
(RO)+ R

PATPLUG
(RO)+.R1
#MJPAT R3

MOV

RS
#16.

MOV

#8. ,R2

CALL
MOV

CALL
BR

PATPLUG
(RO)+ R

PATPLUG

PATPLUG:SUBTST

<<SUBR

PLUG IN NULL PATTERNS>>

t«SUBTEST

SUBR

PLUG IN NULL PATTERNS

;tttttttttttttttttttttttttttttttttttttittttttttt'tittttttttttttttttt'ttttttttttt
;tttttttttttttttttttttttttttttttttfitfitttttttttttttttttttt.tttttttltttt*tl't'ttt'

006001

012713

026760

062703

000002

000207

FOR I := #1 TO R2
ROR ~ R1
ON.NOERROR
MOV #MT0999, (R3)
END :OF ON.ERROR
ADD #2.R3

END :OF FCR
RETURN

:IF CARRY CLEAR

D 12

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

PLUG IN NULL PATTERNS

5933 004644

26-APR-82 09:41

SEQ 0146

PAGE 151

SUBAAA: SUBTST

<<CLEAR THE CONFIGURATION TABLE>>

s *SUBTEST

CLEAR THE CONFIGURATION TABLE

AR ANRRRANAAANRNNN RN N AN

RN AR R RNNAAARN A AN

L L

T L

N ERARARARAAR AN RANAARANRRAOANC

e b bbbkttt tiviniihibiibihhbb bbb

:THIS ZEROS (UNLESS WE STARTED AT ADDRESS 202) THE CONFIG TABLE

JWHICH IS FULLY DISCRIBED AT LOCATION '‘CONFIG''.

5937 004644
5938 004652
5939 004656
5940 004660
5941 004664
5942 004666
5943
5944 004666
5945 004674

012700
005020
022700
001374

002650

012737

000002

1$:

003654

.ENABLE LSB
IF RESTART IS FALSE
#CONFIG,RO
MOV
(RO)+
CLR
#gONFIEND.RO
CMP
1
BNE
END ;OF IgBRESTART

MOV
SUBTST

002104

:SET ID BIT
#8IT1,CPUBIT
<<SIZE FOR A HARDWARE SWITCH REGISTER>>

;tttttttttttttttttttttttttt'ttt.tttttt!tttttttttttttttttttttttttttttttttt'tttt't

SIZE FOR A HARDWARE SWITCH REGISTER

s *SUBTEST

:ttitfittttttttttttttttttt'.Qtttfitttttttttttttfifi*ttll'ttfitfitttQttttitttttttt'tt.t

:s1F NOT FOUND OR IT IC

;:EQUAL TO A **=1'', SETUP FOR A SOFTWARE SWITCH REGISTER.
5949 004674
5950 004702
5951 004710
5952 004716
5953 004726

5954 004730
5955 004734
5956 004736
5957 004760
5958 004766
5959 004774
5960

.ENABL

012737
012737

177570
177570

000403
012716
000002

004736

012737
012737

000176
000174

SET4
MOV

002622
002624

sTRAPS TO 4 GOTO 3$
s;SETUP FOR A HARDWARE SWITCH REGISTER

2$
#2$,(SP)

s sBRANCH IF NO TIMEOUT
ssSET UP FOR TRAP RETURN

#DDISP,DISPLAY
MOV
IF #-1 EQ QSWR

38:

002622
002624

LSB

#3$
#DSWR,SWR

28:

BR
E?Y

RES4
MOV

#SWREG,SWR
#DISPREG,DISPLAY
MOV
END ;OF IF #-1
.DSABL

LS8

;;AND A HARDWARE DISPLAY REGISTER
;1F NO TRAP FROM REFERENCE TO @SWR AND @SWR = #-1

SRESET TRAPS TO 4 TO DEFAULT
:sPOINT TO SOFTWARE SWR

E 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SIZE FOR A HARDWARE SWITCH REGISTER

26-APR-82 09:41

SUBAAB: SUBTST

5963 004774

:*SUBTEST

5964

5965
5966 004774
5967 005000
5968 005010
5969 005016
5970 005016
5971 005026
5972 005034
5973 005034
5974 005044

5975 005074
5976 005102

5977 005110
5978 005112
5979 005130
5980 005144
5981 005154
5982 005162
5983 005164
5984 005172
5985 005172
5986 005172

005037

SEQ 0147

PAGE 153

<<SETUP ACT, APT, & XXDP>>

R AR

R R AR RN R R

R AN AN

SETUP ACT, APT, & XXDP

;1T CARES TO KNOW ABOUT APT, ACT, & XXDP.

$PASS
CLR
IFB #BIT5 SET.IN SENVM
STPFLG
SET
END :OF IFB #BITS
IFB #BIT7 SET.IN SENVM

065646

;CLEAR PASS COUNT
sINDICATE NO TERMINAL

1F8 $ENV EQ M

047746
065662

L L

000024
002622

SET

MOV

Engv

APTFLAG,QVFLAG,SAUTO,QUICK
#APTDOWN,PWRVEC

#$SWREG, SWR

;USE APT SWR

IF 42 NE #STACK AND 42 NE #0
SET QVFLAG,$AUTO

IF 42 EQ #$ENDAD

SET
ELSE

ACTFLAG

XXDPCHAIN
SET
END :;OF IF 42
END ;OF IF 42
END :OF IFB SENV

RN R AN

ki idndviivirdvitiniiabbb bbb

:THIS SETS UP A BUNCH OF FLAGS TO TELL THE PROGRAM EVERYTHING

APTSIZE
SET
END :OF IFB #BIT?

012737
012737

RRR RN AR R ERAANNN AR ORI

F 12

CIMSPAO MS1 ~L/M/P MEMORY DIAG. MACRO M1113

SETUP ACT, APT, & XXDP

26-APR-82 09:41
SUBTST

5988 005172

NININININON)
—

052737
052737

000200
000200

002650
002654

PROTECT PROGRAM & LOADERS

.tQttttfittttfitt...Q'tttt"tttttttttttt't.tttt.tttittt.fitttttttt'ttittt..tt.'tt.'
sPROTECT PROGRAM SPACE (BANK 0)
#8177 ,CONFIG
8IS
:PROTECT LOADER SPACE (BANK 1)
4
,CONF1G+
#8177
8IS
ACT=-11?
NOT
IF _#SENDAD NE &2
#0
NE
IF NO22BIT
MONFLG
SET
+64
ERROR
LSE
MsSG000
TYPE
END
END ;OF IF #SENDAD

106064

5996 005236
5997 005242
5998 005242
5999

SUBTST

6000 005242

.RETURN TO XXDP MONITOR

s ILLEGAL PROCESSOR

*TYPE PROGRAM TITLE

<<CHECK SYSTEM FOR CACHE>>

fittitttttt.t*tttttlitttt'*'ttfittttttttttittttttfittttttttttttttitttt!ttttttt"tt

+ «SUBTEST

CHECK SYSTEM FOR CACHE

ttttttttt'ttt.tttttfit'tttttt't..fittt*tt.tttt.'ttt'ttltttt'.'tt"tttttlttltt'ttt
;% THIS FIGURES OUT IF THERE IS A CACHE ON THE SYSTEM,
e WHAT TYPE OF SYSTEM IT IS, AND WHETHER IT IS ENABLED

6001
6002
6003

6004 005242

VNN
NN —

<<PROTECT PROGRAM & LOADERS>>

tttttttttttt.t..t.ttt""t'tt...t.t.'t.ttttt'ttttt'fi.t.ttt'.'t'.tttt'tt't"t"'

; *SUBTEST

288822222

SEQ 0148

PAGE 156

05304

005737

177746

005737

177750

005737

177754

000410

104064

104424
013737
005037
000404

6030 005410

18:

104064

052737
042737
032737
001004
032737
001413

000014
000014
000004

177746
177746
177746

000010

177746

MONFLG

+64

2%:

MONFLG

48:

#81T2!BIT3,CONTRL
#8172!B1T3,CONTRL
;QITZ.CONTRL

78:

002540
002540

*x OR DISABLED.
#3s
CONTRL
#2$
MAINT
ns
DATARG
MSG117
43

SET4

002542

+64

#8113,CONTRL
63
MSG121

;1S THERE A MAINTENANCE REGISTER?

;1S THERE A DATA REGISTER?
11744

: 11734

;P??EggSOR NOT SUPPORTED BY THIS DIAGNOSTIC
:PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC
;SET CACHE DISABLE BITS
:CLEAR CACHE DISABLE BITS
;1S THE BIT_SET?
:BRANCH IF THE BIT IS SET
:1S THE BIT SET?
:BRANCH IF THE BIT IS SET

: CACHME BYPASSED

CACHKN, CACHKN+2

:SAVE INFO ABOUT CACHc

gACHKN

3s:
6$:

;1S THERE A CONTROL REGISTER?

MSG119
MSG120

:CACHE CANNOT BE USED = IT'S BYPASSED

*CACHE AVAILABLE

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
CHECK SYSTEM FOR CACHE

SUBTST

6032 005414

6033 005414
6034 005416
2835 005422

36
6037

6038 005424
6039 005432

6040
6041 005440
6042 005444
6043
6044

6045 005446

6046
6047 005454
6048 005460
6049
6050 005462

26-APR-82 09:41

104421
005737
001011
042737
052737

s *SUBTEST
T

éi:

002452

030000
010000

052737
006606

030000

TST
BNE

NOSUPER
5%

e A R R A

sTURN OFF MEMORY MANAGEMENT

A LA L AL L

;1S THERE A SUPERVISOR MODE?
:NO-SKIP SUPERVISOR SETUP.

;SET PREVIOUS MODE TO SUPERVISOR

177776

SETUP USER & SUPERVISOR STA(K
e
e L Lt

DEENERGIZE

BIC

177776

006606

5%:

#81T13!81T12,PSW

8IS

#81T12,PSW

PUSH
MTP]

#SUPSTK
SSP

;SET PREVIOUS MODE TO USER

8IS

#BIT13!B1T12,PSW

PUSH
MTPI

#USESTK
uspP

SUBTST

<<GET SOFTWARE SWITCH REGISTER IF NECESSARY>>

tttttttttttttttttttttt'tt'tttttttt!t'ttttttttfitlttttltlQt"tttit'..t.".i.t""

GET SOFTWARE SWITCH REGISTER IF NECESSARY

ttttttfitt!tttttttttttt'.ttttttttttttttttttttttttttttttt'tt.i.t.tt.ltl...'*"."
104407

6056

IF $AUTO IS FALSE
IF SWR EQ #SWREG
GTSWR

END ;OF IF SWR
END ;OF IF $SAUTO

SUBTST

6057 005502

6058 005502
6059 005504
6060 005520

<<SETUP USER & SUPERVISOR STACK>>

‘ttt'titttttttttttttttttttttttttttt.tfitfit*t.ttttttttt'tttttttt't."t.ttt't."'.'

*«SUBTEST

6051 005462
6052 005470
6053 0055C0
6054 005502
6055 005502

SEQ 0149

PAGE 155

:IF NOT(APT CR ACT)
:oF SOFTWARE SWITCH REG SELECTED
;:GET SOFT=SWR SETTINGS

<<GET MEMORY MANAGEMENT READY>>

.ttttttt..ttttttt'ttttt'tttt'ttttttttttttttfittttttttt.tt!t't'ttfitttfitt'tit..'.tl

104422
104420

GET MEMORY MANAGEMENT READY
s *SUBTEST
b LA L LA LA DAL L L L L LD L
bbb
T T T
T R
L
R L L
.HAP KERNEL SPACE 1 T0 1
KMAP
MAP SUPERVISOR SPACE (TEST AREA) 1 TO 1
MAP
:TURN ON MEMORY MANAGEMENT
ENERGIZE

—

6 12

H 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

GET MEMORY MANAGEMENT READY

26-APR-82 09:41
NEWTST

6063 005522

PAGE

SEQ 0150

<<BIT TEST OF ALL CSR'S>»

ORNN
RAN
ANNNNNAACAANRGR
RARAA
AR EERRARANARAANNR
R Q2R TERARANANA
X331 2 2133324222222

BIT TEST OF ALL CSR'S

TeTEST 1

ARNAN
ANAAOAARAROOY
ENRAAN
SRR RNNANANANAANRAE
:Qnitttttltt.t'ttttttttt'tt EANRRANAARAR

6064

005522

SCOPE
tst1:
PART OF THE CONFIGURATION ANALYSIS DOES THE FOLLOWING:
Fun3Y
THE
*
:

000004

e
e

6065
6066

6067

1) F'NDS WHICH CSR'S RESPOND, AND PUTS THEM lfljo THE CSR INFORMATION
TA®E, AND STORES ANOTHER BIT FOR '‘TOTCSRS'’.
) TESTS THE CSR BITS COMMON TO ALL CSR'S.

) FIGURES OUT IF THE MODULE IS A FCC OR PARITY MEMORY

6068

‘e

gg;%

st B?EcggFORHATION BITS ON. THROUGH THREt FORM A CODE WHICH GIVES THE TYPE

F3
e
o

&) TESTS THE BITS PARTICULAR TO TH.T TYPE OF CSR.
5) IF ANY BITS TEST BAD IN THE CSR UNDER TEST, THE CSR OK BIT IN THE
CSR INFORMATION TABLE 1S CLEARED.

6074
28;2

e
o

TYPE

NOT USED
BITZ

ECC TYPE
8IT

ECC
8IT0

CODE TOTALS

6077
6078
2853

e
‘e
te

MS11-L
MS11-M
MS11-p

0
0
0

0
0
1

0
1
1

0
1
3

28%5

:* THIS MEMORY CODE WILL BE USED IN THE SECOND PART OF THIS ANALYSIS

6069
6070
6071

6083 005524
6084 005526
6085 005530
6086 005534

6087 005542

6088 005550

005005
005000
012703
012737

6089 005550
005552
6091 005556
2 005560

005713
052705
005004
042760

6094 005574
6095 005576
6096 005602

005013

172100
000001

002074

000004

6099 005614
6100 005616
6101 005622
6102 005632

005013
004737

006206

6103 005640

016037
104021

002456

6105 005642
6106 005646

062700
062703

000002
000002

6108 005654
6109 005656

005204

6110 005660

6111 005660

6112 005666

6113 005670
6114 005672
6115 005674

002456

ANXTCSR

BIS #8iT4&'BIT3.CSRINFO(RO) ;YES-MARK 1T IN CSR INFORMATION TABLE
sCLEAR THE CSR UNDER TEST
CLR (R3)
IS THIS AN ECC MEMORY???
#BIT13
:=
LET (R3)
;IS BIT 13 SET FOR ECC MEMORY???
(R3)
SET.IN
IF #8IT13
END

CALL ECCTYPE

002050

END

NXTCSR:

ERROR +21

TST
RNE
BIS

;
;

*GO TO NEXT CSR
$60 TO NEXT CSR

ON.ERROR
INC Ré

:1S THERE A CSR O
1YES-SET CSR PRESENT FLAG

ASL RS
ROR

100000

;

ADD #2.R0
ADD #2.R3

END

005704

:FIGURE OUT WHAT KIND OF ECC MEMORY WE HAVE

SCLEAR CSR UNDER TEST
CLR (R3)
:BIT TEST OF ALL BITS IN (SR'S
CALL RWCSR
IF CSRINFO(RO) MI #30 ;DO WE HAVE A LEGAL CONF IGURATION?
MOV CSRINFO(RO),BAD :MOVE [N BAD DATA

UNTIL RO EQ #40

006005

052705

;DOES THIS CSR RESPOND???
SMARK IT IN CSR MAP
*CLEAR THE LAST CSR INDICATOR
:CLEAR UNUSED BITS

005714

004737

6107 005652 006305

ST (R3)
BIS #1,RS
CLR
BIC #4.CSRINFO(RO)

SET4

000001

6097 005610

6104 005642

JRS IS THE TOTAL CSR NUMBER
‘RO IS A TABLF INDEX
*R3 HAS THE CSR ADDRESS
*IGNORE PARITY ERRORS

REPEAT

6093 005566 052760 000030 002456

6098 005614

RS
RO
#CSRADD ,R3
#1,NOPAR

CLR
CLR
MOV
MOV

R4
228
#BIT15.RS

SSHIFT CSR MAP
:

SUNTIL AL% CSR'S ARE DONE
*RESYNC R

:WAS THERE A CSR 0?
*BRANCH IF NOT EQUAL
‘YES SET IT IN CSR TABLE

I 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

BIT TEST OF ALL CSR'S

6116 005700

61.7 005704
€115 005710

)

004737

005774

228:

26-£°R-82 09:41

PAGE 157-1

LET TOTCSRS := RS
CALL CSRMAP
JUMPTO CTEST

SEQ 0151

;STORE (SP MAP IN TOTCSRS
;PRINT CSR MAP
:

J 12
CZHSPAO MS11-L/M/P_MEMORY D!gG. MACRO M1113
BIT TEST OF ALL CSR

26-APR-82 09:41
SUBTST

6120 005714

SEQ 0152

PAGE 158

<<DETERM.NE TYPE OF ECC MEMORY>>

tttt'tttfitttt*'.tttttt"tttttttt'tttttttittttttitttitttttltt'tttttt'tttlt'tt"'

DETERMINE TYPE OF ECC MEMORY

; *SUBTEST

tttttt*tttttfitttfitttltt'ttttfiitttt*tfitttttttttttttttttt*tttttlS i22224830222 0224

:
;
052760

000001

002456

~
o
&~

052760

000002

002456

042760

000002

002456

000207

8IS #BITO,CSRINFO(RO)

LET (R3) := #60004
IF #BIT11 _SET.IN (R3)
CLR (R3)

005013

0
6136
6137 005772
6138 005772

ECCTYPE:

THIS ROUTINE WILL DETERMINE IF THE ECC MEMORY UNDER TEST IS
A MS11-M OR A MS11-P

LET (R3) := #20004
LET(R3) := #27744
IF (R3) EQ #23744

;MARK IT IN THE TABLE AS BEING A ECC MEMORY

;1S THIS A M§S11-P222
;IS BIT 11 SET?2??
sCLEAR (SR

;ENABLE CHECK/SYNDROME BIT REGISTER
;1T IS BUT MAKE SURE AGAIN
;DO WE HAVE 6 OR 7 CHECK BITS IN (SR

b 8IS #8IT1, CSRINFO(RO) :6 CHECK BITS~MARK IT A MS11-P

.IT IS A MS11-M
LSE
BIC #8IT1,CSRINFO(RO) :HARK IT IN THE TABLE

END
RETURN

K 12

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113
DETERMINE TYPE OF ECC MEMORY
6140 005774

6141 005774
6142 005776
6143 006002
6144 006006
6145 006010
6146 006010
6147 006012
6148 006016
6149 006020
6150 006024
6151 006030
6152 006034
6153 006040
6154 006044
6155 006046
6156 006054
6157 006060
6158 006060
6159 006066
6160 006076
6161 006106
6162 006114
6163 006116
6164 006124
6165 006124
6166 006124
6167 006134
6168 006142
6169 006142
6170 006144
6171 006152
6172 006152
6173 006156
6174 006162
6175 006164
6176 006170
6177 006176
6178 006202
6179 006204

SEQ 0153

PAGE 159

26-APR-82 09:41

CSRMAP: SUBTST

<<PRINT (SR REGISTER MAP>>

S wSUBTEST

PRINT CSR REGISTER MAP

tttttttttttl'tttttttttttttt'ttttttttttttttttt..ittQtfit..'ttfitttt'.ttt'tttttt'tt

tttttttltttttttttttttttt'ttttt*ttttttttt*tfitttttttttttttQtttttttttttttttt.tttti
:CLEAR CSR INFO POINTER
RO
CLR

005000

TYPE
TYPE
CLR

005001

010102
022702
100002
062702
062702
110237

REPEAT

MOV

000011
000007
000060
074704

1$:

MSGOO8
MSGO16
R1

‘PRINT TITLE
:PRINT CSR NUMBERS
:

R1.R2

;
:
1JUMP AROUND NEXT INSTRUCTION
;

#9. ,R2
1%
#7,R2

CMP
BPL
ADD

ADD #o0,R2
MOVB R2.MSGO15
TYPE MSGO1S5

*MAKE IT ASCII
:
;

}vzs g§6014

005201

*TYPE SINGLE SPACE

UNTIL R1 EQ #16.
TYPE MSG009

;
:TYPE MEMTYPE

REPEAT

IF CSRINFO(RO) NE #0 ;IS CSR NONEXSISTANT227?

IF #8ITO SET.IN CSRINFO(RO)

112737

000120

074704

112737

000115

074704

IF #8IT1 SET.IN CSRINFO(R0)
MOVB #'P,MSGO15 ;IT IS A MS11-P
LSE

END

112737

000114

074704

112737

000040

074704

000240
062700

000207
000000

END

MOVB

#°'M,_MSGO15 ;IT IS A MS11-M

0(RO)
IF #BI1T1!BITO OFF.IN E%R{gf
MS11-L
MOVB #'L,MSGO15 ;

END
ELSE

ENDHOVB #'

,MSGO15

TYPE MSGO15
LS;E MSGO14

ADD #2,RO
UNTIL RO EQ #40
MSG129
TYPE

000002

TRACE:

RETURN
.WORD

s TYPE MEMORY TYPE
:TYPE SPACE

sPOINT TO NEXT ENTRY
:
:
:

L 12

CZMSPAQ MS11~L/M/P MEMORY DIAG. MACRO M1113

PRINT CSR REGISTER MAP

26-APR-82 09:41
SUBTST

6181 006206

SEQ 0154

PAGE 160

<<READ AND WRITE ALL CSR BITS>>

tttttttttt*'ttitttfitttt*t'tttttttttttttttttttttttitttttttttittfittti.ttttttttttt

READ AND WRITE ALL CSR BITS

; *SUBTEST

tttttttttttfitttttttttttttttttfittttttttttfitt*tttttttttttttt*ttttttttttttttttttti

THIS ROUTINE 'RWCSR'' CHECK TO SEE THAT THE CSR CAN BEWRITTEN ON CORRECTLY
BY WRITING AND CHECKING FOR THE FOLLOWING PATTERNS:
1-ZEROS
2-ONES

3-SHIFTING
4~SHIFTING
6

6191 006206
6192 006206
6193 006216
6194 006220
6195 006222
6195 006226
6197 006232
6198 006242
6199 006246
6200 006250
6201 006254
6202 006254
6203 006262
6204 006266
6205 006270
6206 006272
6207 006274
6208 006300
6209 006304
6210 006310
6211 006312
6212 006320
6213 006320
6214 006324
6215 006326
6216 006330
6217 006332
6218 006340
6219 006346
6220 006352
6221 006354
6222 006362
6223 006362
6224 006366
6225
6226 006366
6227 006372
6228 006400
6229 006410
6230 006414
6231 006416
6232 006422
6233 006422
6234 006422

UCSR

A ONE THROUGH A FIELD OF ZEROS
A ZEROS THROUGH A FIELD OF ONES

PUSH R4 ,RS5,UIPARO
LET RS := RO

:SAVE R4,R5, AND UIPARO ON STACK
*GET CSR’NUMBER FOR POSSIBLE ERROR

: RS
LET CSRNO
LET ADDRESS := R3

:GET ADDRESS FOR POSSIBLE ERROR

ASR RS

006205

;

IF #BITO SET. IN_CSRINFO(RO) :WHAT KIND OF MEMORY IS THIS???

ELSE

;MASK FOR MS11-M/P
JIT IS A MS11-L

LET CSR1S := #177777
BIC R5,CSR1S

:SET CSR1S TO ALL ONES
:CLEAR BITS FOR GOOD DATA

LET R4 := (R3)

MASK OUT UNWANTED BITS

RS := #17740
LET

DLET RS := #70032
x

040537

002316

LET (R$) := 40

BIC RS,R&

040504

104035
042760

000010

002456

LET (R3) := CSRIS
LET R4 := (R3)

:ONES===>(R3)
*MASK OUT CORRECT FIELD

IF R4 NE CSR1S
LET GOOD := CSR1S
LET CSR := R4
ERROR+10

‘WAS PATTERN WRITTEN CORRECTLY?
-GOOD DATA= ALL LEGAL BITS SET IN CSR
er DATA=CSR
T CLEAR ERROR

END

005237

177640

:CLEAR OUT CSR

BIC #8IT3, CSRINFO(ROS CLEAR CSR OK BIT

REPEAT

002262

‘DO WE HAVEA CORRECT READ
$GOOD DATA=0'S

‘BAD DATA=CSR
‘BIT SET ERROR
-CLEAR CSR OK BIT

LET PASFLG:= #0

005237

:0=~==- >CSR

IF R4 NE #0
LET GOOD := #0
LET CSR:= Ré
ERROR +35
ENgxc #81T3,CSRINFO(RO)

(R3)
(LR
8IC RS.R4

000010

HASK FOR MS11-L

;SET UP LOOP COUNTER

'REPEAT WITH A FIELD OF 1°'S THROUGH 0's
0'S THROUGH 1°'S

INC PASFLG

: INCREMENT LOOP COUNTER

EN%ET R2 := M77776

:0 ----- >FIELD OF ONES

LET UIPARO := #-1
IF PASFLG EQ #1
LET R2 :=
ELSE

REPEAT
INC UIPARO

:USE USER PAR FOR BIT COUNTER
:PASS 1
13 Eooa >FIELD OF ZEROS
;PASS 2

:D0 BITS 0-4 AND 13-15
s INCREMENT BIT POINTER

;GET BIT MASKS FOR D

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

READ AND WRITE ALL CSR BITS

26-APR-82 09:41

SEQ 0155

PAGE 160~1

6235 006426

IF PASFLG EQ #2 AND #BITQ OFF .IN CSRINFO(RO);

6238 006452
6239 006456
6240 006456
6241 006460
6242 006462
6243 006464
6244 006470
6245 006474
6246 006500
6247 006510
6248 006512
6249 006514

SWRITE DATA
LET (R3) :=_R2
GOOD DATA AND MASK IT OUT
:GET
R2
:=
LET R1
GOOD DATA
:GET
R5,R1
BIC
DATA THAT IS READ
:GET
LET R4 := (R3)
OUT CSR BITS
sMASK
R5,R4
BIC
:1S DATA CORRECT???
IF R1 NE R4
:BAD DATA = CSR CONTENTS
LET BAD := R4
:GET_GOOD DATA
_
R1
CSR:=
LET
IF PASFLG _EQ #1 :SELECT ERROR DEPENDING ON PASS
:BIT SET ERROR
ERROR +35
:PASS 2
ELSE
:BIT CLEAR ERROR
ERROR +10

DBIC #BI4‘BIT2 RZ

g%%g 8822?3 042702 040004

6250 006516

6251 006516

6252 006524

040501

040504

104035
104010

042760

6253 006524
6254 006534

006302

6256 006540

000261

6255 006536

6257 006542

6258 006544

000010

;IF THIS IS PASS 2 ON A MS11-L, CLEAR EUB BIT AND WRITE

END

002456

END

BIC #BIT3, CSRINFO(RO) ;CLEAR CSR OK BIT

IF PASFLG_EQ M1
ASt R2

ELSE

SEC

006102

END

ROL RZ

:GET DATA FOR NEXT LOOP
SHIFT 1 ACROSS 0°'S
SET CARRY

ROTATE A 0 ACROSS A FIELD OF ONES

6259 006544
6260 006554

UNTIL UIPARO EQ #15. UNTIL ALL BITS ARE DONE
:DONE WITH 2 PASSES
UNTIL PASFLG EQ #2

6262 006600
6263 006604
6264 006606
6265 006612
6266 006620

042702

LET (R3) := #140005
LET R2_:=_(R3)
BIC #37772,R2
IF R2 NE #140005
LET GOOD := #140005

6269 006634

104010
042760

IF #8ITO SET.IN CSRINFO(RO) THEN JUMPTO DONE ;IF MS11-L DO ONE LAST WRITE

6261 006564

6267 006626
6268 006632
6270 006642

6273 006654

6274

000010

.
002456
DONE:

6271 006642

6272 006644

037772

000207

END

:WRITE ONES T0 CSR WITH EUB BIT ENABLED
:READ CSR FOR CORRECT BITS
:CLEAR UNWANTED BITS
:WAS WRITE CORRECT
:GOOD DATA
:BAD DATA
LET CSR := R?
:BIT CLEAR ERROR
ERROR +10
BIC #8173 CSRINFO(RO) sCLEAR CSR OK BIT!

LET (R3) := 40

PUP UIPARO,RS5,R4

RETURN

CLEAR OUT CSR

:RESTORE UIPARO,R4, AND RS

N 12
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

READ AND WRITE ALL CSR BITS

2532

104424
012737
C12737
012701
012737
012737
005000
005037
013703
000240

6290 006732
6291 006734
6292 006740
6293 006744
6294 006746
6295 006750
6296 006752
6297 006754
6298 006756
6299 006764
6300 006766

103407
062700
010037
005703
001474
000767
000240
000241
032760
001014
052760

6302 007002
6303 007010
6304 007014
6305 007016

012771
005060
000414
012760

6307 007032
6308 007040
6309 007046
6310 007052
6311 007056
6312 007064
6313 007066
6314 007070
6315 007072
6316 007074

012771
012760
005771
016004
032760
001003
005704
100421
000720
000240

123456
020006
000090
172100
000003

6318 007102

042704

177600

177777
002000
002406
100000
100002

002526
172350

6306 007024

6317 007076

6319 007106
6320 007114
6321 007116
6322 007122
6323 007124
6324 007120
6325 007152
6326 007134
6327 007140
6378 007142
6329 007144
6330 007152
6331 007160
6332 007166
6333 007170

012771

CTEST:

002406
002410

002150
002222

6289 006730 006303

012771

SEQ 0156

PAGE 162

;THE FOLLOWING ROUTINE DETERMINES WHICH CSR CONTROLS PROGRAM SPACE

6279 006656
6280 006660
6281 006666
6282 006674
6283 006700
6284 006706
6285 006714
6286 006716
6287 006722
6288 006726

6301 006774

26-APR=-82 09:41

48:
000002
902150

1$:

¢s:
000003
000004

123456

123456
172100

000000

123456

072427

177773

032,60
001003
012702
000402
012702
020204
001300
010037
000240
10 104502
012771
012771
023727
886?%;

000002

002456
172100

000000
172100

000002
172100

58:

6$:

002456

78:

002456

000040

108:
118:

002526

8s:
3s:

007642

000000
00000;
17777

28
#2.R0
RO, CSRNO
R3
33
is

MOV
CLR
BR
MOV

#123456.,32
(R1)
CSRADD (RO)
63
#0, CSRADD (RO)

MOV
MOV
TST
MOV
BIT
BNE
TST
BMI
BR
NOP

#123456,32
(R1)
#20006, CSRADD (RO)
a(R1)
CSRADD (RO) , R4
#8IT1'BITO.CSRINFO(RO)
78
R4
8$
1$

MOV

#BIT1!BITO,CSRINFO(RO)
5$
#3172 CSRADDRO)

#123456,3(R1)

#193456,3(R1)

ASH

#=5 Ré

BIT
BNE
MOV
BR
MOV
(MP
BNE
MOV
NOP
CLRCSR
MOV
MoV
CMP

#81T1,CSRINFO(RO)
108
#157,R2
118
#40,R2
R2.R%
1$
RO,PGMCSR

BIC

000157

000000
000000
002526

ASL

#177777 ,PGMCSR
#2000,k IPARG
#TESTADD,R1
#100000, TESTADD
#100002, TESTADD+2
RO
CSRNO
TOTCSRS,R3

BCS
ADD
MOV
TST
BEQ
BR
NOP
CLC
BIT
BNE
BIS

MOV

000002

000000

CACHOFF
MOV
MOV
MOV
MOV
MOV
CLR
CLR
MOV
NOP

JMP

#~ci77
R4

#0,3(R1)
#0.82(R1)
PGMCSR,#177777
FINT
CLRMEM

;SET UP MAP REGISTER

;CLEAR CSR COUNTER
;08TAIN CSR MAP
:DEBUG AID

:PUT HIGH ORDER BIT INTO C BIT
:BRANCH IF CSR EXISTS
;UPDATE CSR COUNTER
;1S MAP EMPTY?
:BRANCH IF SO

:DEBUG AID
:CLEAR CARRY
;IS THIS PARITY MEMORY?
:BRACH IF NOT
:SET WRITE WRONG PARITY

:WRITE DATA

;RESTORE CSR

;CLEAR THE CSR UNDER TEST

:WRITE DATA

;SET_DIAG CHECK MODE
:WRITE CHECKBITS TO CSR
:WRITE CSR TO R4
:PARITY MEMORY?
:BRANCH IF NOT
:PARITY ERROR?
:BRACH IF SO
:TRY NEXT CSR
:DEBUG AID

;WHAT KIND OF ECC MEMORY IS THIS
:BRANCH IF MS11-P
:LOAD IN CORRECT CHECK BITS FOR MS11-M
;CORRECT CHECK BITS FOR MS11-P
:CORRECT CHECKBITS?
:BRANCH IF NOT
:DEBUG AID
:CLEAR ALL CSR'S
:RESTORE TEST LOCATIONS
sJF PROGRAM CSR NOT FOUND GU TO FINT
:60 TO SIZING ROUTINE IF FOIWD

B 13

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

READ AND WRITE ALL CSR BITS

26-APR-82 09:41

SEQ 0157

PAGE 163

: IF PGMCSR WAS NOT FOUND BY THE PRECEEDING ROUTINE, THIS ROUTINE TRIES
$TO FIND IT FOR INTERLEAVED MEMORIES

6339 007174
6340 007202
6341 007210
6342 007216
6343 007224
6344 007226
6345 007232
6346 007236
6347 007242
6348 007246
6349 007250
6350 007252
6351 007254
6352 007256
6353 007260

6357 007302
6358 007310
6359 007314
6360 007320
6361 007324
6362 007330
6363 007332
6364 007340
6365 007342
6366 007346
6367 007350
6368 007354
6369 007360
6370 007364
6371 007370
6372 007372
6373 007374
6374 007376
6375 007402
6376 007410
6377 007414
6378 007420
6379 007424
6380 007430
6381 007432
6382 007434
6383 007436
6384 007440
6385 007442

6390 007466
6391 007472

000000
000002
172350

012771

FINT
1%:

2s:
38:

000763

012700
012737
005771

020006
177776

172100

4$:

5%:
172350

6$:

000040

000092
000157

002526

012700

177776

022700

177776
000002
000002
002150
000040

172100

¥6$
#-2 RO

23%:

8s:

#2,R0
RO, CSRNO

SET4

MOV
MoV
TST
ADD
MOV
CMP

MOV
MOV
ADD

25%:

#-2 R0
TOTCSRS R3

gg0006,CSRADD(R0)

B8R

7%:

24$:

SWRITE DATA AT SECOND LOCATION OF BANK 2 IN BOARD
:UPDATE PAR4 TO POINT TO UPPER BOARDS

MOV

B8R
MoV
MOV
ASH
8IC
CMP
BEQ
BR
MOVB

55%:
56%:

002150

020006

BCS
TST
BEQ
BR

MOV

000040
172100
177773
177600

110037

MoV
MOV
ADD
B8R
Mov
MOV
ADD
MOV
ASL

BEQ
8IT
BNE

002456

;NE MEMORY TRAPS GO TO 2%
:WRITE DATA AT FIRST LOCATION OF BAMK 2 IN BOARD

SET4

gZOb?.KIPAR4
#2,R0
RO csnuo

#40.RO
108

#BIT1,CSRINFO(RO)
558

#157.R2
568
#40,R2
CSRADD (RO) , R4
#-5,R4

#+c177.R4

R2.R4
78
63
RO,PGMCSR

#-2.R0

rorcsns.ns

#2.R0
RO CSRNO
R3
248
R3

258
23
550006,CSRADD(RO)

:KEEP GOING TILL NO MORE MEMORY
;PUT CSR MAP IN R3

;UPDATE CSR COUNTER
;UPDATE CSRNO
;BRANCH IF CSR EXISTS
:ANY CSR'S LEFT?
;BRANCH IF NOT
sLOOK FOR NEXT CSR
:SET DIAGNOSTIC CHECK MODE IN CSR
:LOOK FOR NEXT CSR
:NE MEMORY TRAPS NOW GO TO 6$
;RESET CSR POINTER

:REMAP PAR4 TO POINT TO BANK 2
sTEST NONASSERTED LOCATIONS
;UPDTAE CSR POINTER
sNOT FOUND?
:BRANCH IF NOT

sGET TYPE OF ECC MEMORY
:BRANCH IF MST1-P

:MS11-M CHECK BITS

:MS11-P CHECK BITS

sGET CSR CONTENTS

sCLEAR ALL BUT CHECKBITS
:PROPER CHECKBITS?
:BRANCH IF $0
sTRY NEXT CSR _IF NOT

:WRITE NON-ASSERTED CSR # IN PGMCSR
:NE TRAPS GO TO 8S$
sPUT CSR MAP IN R3
;UPDATE CSR COUNTM "

:UPDATE CSRNO

;BRANCH IF (SR EXISTS
;ANY CSR'S LEFT?
:BRANCH IF NOT
;LOOK FOR NEXT CSR
:SET DJAGNOSTIC CHECK MODE IN CSR
:LOOK FOR NEXT CSR

sTEST ASSERTED LOCATIONS

c13

ONEENO NS

(elolelolelelolele]
BNS=O=20WO

6392 007476
6393 007500
6394 007506
6395 007510
6396 007514

NONNION) =)=

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
READ AND WRITE ALL CSR BITS
000002

002456

000157
76$:
77%:

000040
172100
177773
177600

26-APR-82 09:41

PAGE 163-1

108
#BIT1,CSRINFO(RO)
768
#157 ,R2
778
#40,R2
CSRADD (RO) ,Ré
#-5 Ré

#ci77.R4
R2.R4
$

002527

9$:

007632

005037

#81T15,PGMCSR

002526

002000

172350

ngoo.xxPAR4

000000
000002
172350

#0,3(R1)
#0232 (R1)

118:

116000 K 1PAR4

128:

012737

8s
RO,PGMCSR+1

100000

000000
000000
010000

001000

002526

172350

108:

SEQ 0158

RMEM
#1000 KIPARG

MSG126
PGMCSR

;CHECK FOR TYPE OF ECC MEMORY
:BRANCH IF MS11~P
sCHECK BITS FOR MS11-M

sCHECK BITS FOR MS11-P
;PROPER CHECKBITS?
:BRANCH IF SO
sTRY NEXT CSR _IF NOT

:WRITE ASSERTED CSR # IN PGMCSR
sSET INTERLEAVED INDICATOR IN PGMCSR

;NE MEMORY TRAPS GO TO 123
:WRITE DATA AT FIRST [ OCATION OF BANK 2 IN BOARD
:WRITE DATA AT SECOND LOCATION OF BANK 2 IN BOARD
:UPDATE PAR4 TO POINT TO UPPER BOARDS

‘ERROR - PROGRAM CSR NOT FOUND'

*SET TO DEFAULT OF 0

D 13

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

READ AND WRITE ALL CSR BITS

26-APR-82 09:41
SUBTST

6419 007642

164

PAGE

<<CLEAR ALL MEMORY SPACE FROM BANK 2 ON>>

CARENN N RARNARANARRN N AN

L eSUBTEST

SEQ 0159

RN RARARNRNAAANRRANEAANRARNRNAANAAANCARANNORAARAROORARNS

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

NOWVNS WO

R RRRRRRRRRRRRRRER
ORI

;tttttttttitttt.tfitttt"ttt'tt'ttt'.t.ltfittttttt'tit.'tt"'Q.tfi'tttt.'t"'t'.tt'

:THIS ROUTINE CLEARS ALL MEMORY SPACE BEGINNING AT ADDRESS 200,000 AND
:CONTINUES UNTIL THERE IS NO MEMORY LEFT. IT SHOULD CLEAR ANY PARITY ERRORS
:CREATED BY THE LAST ROUTINE, AND CLEAN UP ANY JUNK LEFT HANGING AROUND IN
sHIGHER MEMORY.

007642
007650

006204
000001
002000
100000
117776

29 007662
30 007670
31 007674
01

127777

006204
000200
170000

CLRMEM: SET4

ggkggx

:NONEM TRAPS GO TO CLREX

MOV

#1 ,NOPAR

:IGNORE PARITY ERRORS

1%:

CMP

R1,.#117776

*WHOLE 16K BANK DONE?

2$:

CLR

3s:

ADD

6446 007760

006204

CLREX:

NOP

:SET UP MAP TO START AT BANK 2
‘RT MAPS TO KIPARG

2
#-1,TRACE

‘KEEP GOING IF NOT
*USE TRACE FLAG TO FLAG END OF BANK

TRACE

SEOB FLAG SET?

(R15+

006204
100000
005037

#2000, KIPARG
#100000,R1

‘CLEAR CONTENTS & INCREMENT
1GO TO NEXT BANK IF SO

#200,K1PARG

;SET MAP FOR NEXT BANK

CLREX
TRACE
#100000,R1
18

SYES-GO ON
‘RESET FLAG
*RESET R1
*CLEAR NEXT BANK

#170000.KIPARG

TRACE

:ARE WE AT THE PERPHERIAL PAGE

E 13

26~APR-82 09:41

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

ANA2:

6449 010002

SUBTST

SEQ 0160

PAGE 166

<<MATCH ALL CSR'S WITH MEMORY>>

ANOCOAORNARS
NRAN
RARAANENARCC
RANR
R RN NARARARAAARA
RANN
AR AN NN RAAARAANRANA
CRANRNER

L eSUBTEST

MATCH ALL CSR'S WITH MEMORY

RESPOND TO THE CSR IN QUESTION. THE FIRST DOUBLE WORD PAIR IN EACH BANK ARE

WRITTEN WITH DATA AND DIAGNOSTIC CHECK MODE SET IN THE CSR IN ORDER TO ACCOMPLISH THIS. ALL POSSIBLE CONFIGURATIONS OF DOUBLE WORD PAIRS (NON-INTERLEAVED, 64K INTERLEAVED, OR 128K INTERLEAVED) ARE CHECKED FOR EACH BANK
THROUGH USE OF TESTADD AND KERNEL INSTRUCTION PAGE ADDRESS REGISTERS & AND
5. IF WE GET THE PROPER CHECKBITS BACK, WE HAVE A MATCH. IF NOT, THE ROUTINE CHECKS FOR SINGLE OR DOUBLE BIT ERRORS.
IF ONE OR THE OTHER IS FOUND, THE ERROR ADDRESS IS CHECKED
TO SEE IF IT IS THAT BANK. IF IT IS, WE HAVE A MATCH. AT THE END OF EACH

BANK PASS, FOR EACH CSR PASS, THE PROGRAM COMES UP WITH A NUMBER, STORED IN

TS TR R

NN = O
VIS

6481 010010

CDCNDEBCNDCD

:
~N

NON-EXISTANT MEMORY

NON-INTERLEAVED MEMORY MS11-L MS11-P
64K INTERLEAVED, A1 NOT ASSERTED MEMORY
128K INTERLEAVED, A1 NOT ASSERTED MEMORY
64K INTERLEAVED, A1 ASSERTED MEMORY
128K INTERLEAVED, A1 ASSERTED MEMORY

NOTE THAT PARITY MEMORY WRITES WRONG PARITY TO THE DOUBLE WORDS, THEN LOOKS
FOR THE PARITY ERROR BIT TO BE SET. IF THE BIT IS SET, WE HAVE A MATCH.

SET4

#1008

CLR
TST

RS
N022B1T

BEQ

CLR
BR

:NE MEMORY TRAPS GO TO 1008

CHECK
ATESTADD ,R1
TOTCSRS.R3
RO

SCLEAR CHECK
‘SET UP THE VIRTUAL ADDR. POINTER
‘MOVE CSR MAP INTO R3
‘CLEAR THE (SR POINTER

‘BRANCH IF IT IS

*CLEAR ‘THE PROGRAM CSR STATUS POINTER
LIS THIS AN 11744 OR 117242

CMP

LASTBLOCK
18
#167,LASTBANK

002552

kgsraAnx.Rz

000011
002554
000004
001000
001000

ASH
MOV

¥9. .R2
R?.LASTBLOCK

MoV

#1000, K IPARG

“SET KIPAR4 FOR BANK 1

ADD

#2.R0O

*INCREMENT THE CSR POINTER

002554

b
—

MEMORY DESCRIP ION

NOTE = I=2 THROUGH I=5 CAN ONLY OCCUR WITH MS11-M MEMORY.

CLR
MOV
MOV
CLR

002310
002406
002222

002450

i%%g%i%
E )

005037
012701

“I'', WHICH DENOTES THE FOLLOWING:

6461

THE SECOND PART OF THE ANALYSIS MATCHES UP THE CSR'S WITH THE MEMORY, AND
*.51ALLS ALL THE INFORMATION FOUND IN THE CONFIGURATION TABLE. FOR ECC,
THIS IS DONE BY TAKING EACH CSR FOUND IN THE PREVIOUS SECTION SEQUENTIALLY
AND CHECKING THROUGH ALL OF MEMORY, ONE BANK AT AT TIME, TO SEE WHICH BANKS

IR IR IR

YA PR PR
PR FR PR NE TRTR
X) Se®e
Ba Ve e ®

Gy 0,

'Y
s2eeeeses
33 CONOWNIS WO

S EEEEERENIN
N I I I I I I IR I IR I I B 2 2% 2R S 2 4

;tfittttttttfitfitlttttfifitt"t"tt'it.tttQt!'.t."tttt'tt'ttt.'tQ't""t".""t'.t

000167

000002
002150

002552

BEQ

18:

2s:

MOV

MOV
ASL
BCS

MOV

#q R

#1000, KIPARS
R3
33
RO CSRNO

*ADJUST LASTBLOCK INDICATOR FOR 124K MACHINE
'BRANCH OVER NEXT PIECE OF CODE

YIS THERE UNIBUS MEMORY ABOVE 17000000?

*BRANCH IF NOT

*SET UP A NEW LAST BLOCK INDICATOR
:R2 IS INDEX FOR CONFIG TABLE

*SET KIPARS FOR BANK 1
:DOES THIS CSR EXIST?
*BRANCH IF IT DOES EXIST
*STORE IT IN CSRNO ALSO

F13

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MATCH ALL CSR'S WITH MEMORY

ST
BNE

6503 010126 005703
6504 010130 001370

MOV

6505 010132 012737 001000 172350

6506 010140
6507 010146
6508 010152
6509 010156
6510 010162
6511 010164

012737
013706
000137
010037
1046424
000240

6512 010166 012737
6513 010174 012737
6514 010202 032762
6515 010210 001402
6516 010212

6517 010216
6518 010222

000137

005037
005771

001200
002560
011400
002150

172352

38
138:

100000 002406 458:
120002 002410
000040 002650
011314

438:
43:

002446
000000

6519 010226 005237 002446

6520 010232
6521 010242
6522 010250
6523 010252

032760
001014
052760

6524 010260 012771
6525 010266
6526 010274
6527 010300
6528 010302
6529 010310
6530 010316

012771
005060
000411
012771
012771
104503

6532 010322

000240

6531 010320

6533 0103264
6534 010330

6535 010332
6536 010334
6537 010340
6538 010342
6539 010346
6540 010350
6541 010360

000003

002456

000004

172100

000002

123456
123456

000000
000002

005771
104426

000240
013704
000240
010437
104503

032760

6543 010370
6544 010372
6545 010374

005704
100431
000137

6548 010410
6549 010416

032760
001005

6555 010442

6556 010446

6557 010450
gggg 010452

023704

000240

00140
000137

418:

000000

#1000, K IPAR4G

NOP

002430

000003

002456

011314

428:

000002

002456

000157

002312

000040

002312

002312
011002

778:

*RESTORE KIPAR&

*RESTORE KIPARS
*RESTORE STACK
tJUMP TO SUBAAS IF ALL CSR'S ARE DONE
*MAKE SURE CSRNO IS UPDATED
:TURN THE CACHE OFF

#100000, TESTADD
#120002. TESTADD+2
#8175, CONFIG(R2)
438

(LR
ST

1
(R1)

;SET UP VIRTUAL ADDRESS TO KIPAR&
‘SET UP VIRTUAL ADDRESS TO KIPARS
‘1S THIS A BANK TO SKIP?
'NO - BRANCH AROUND NEXT INSTRUCTION
“YES - GO TO END OF BANK
“CLEAR THE MEMORY CONFIGURATION COUNTER
‘TEST TO SEE THAT THERE 1S MEMORY PRESENT

PUSH
8IT
BNE
8IS

a(R1).32(R1)
#8IT11BITO,CSRINFOCRO)
348
#8172 .CSRADD (RO)

;SAVE THE LOCATIONS UNDER TEST
+IS THIS PARITY MEMORY?
*NO ~ BRANCH
“SET WRITE WRONG PARITY

MOV
CLR
BR
MOV
MOV
CLR1CSR

#123456.32(R1)
CSRADD (RO)
418
#123456.3(R1)
#123456.32(R1)

*SET THE SECOND LUT
:CLEAR THE CSR
STEST LOCATIONS
*SET THE FIRST LOCATION UNDER TEST
‘SET THE SECOND LUT
*RESET CSR

JMP

INC

#123456,a(R1)

AR
TST
READCSR

BNE

428

ASH
BIC

#-5 R4
#c177.R4

MOV
NOP
BR
MOV
NOP

#157.CBITS

ST
8M]
JMP

R4
258
6$

#8171, CSRINFO(RO)
768
778
#40,CBITS

CMP

CBITS,RG

BEQ
JMP

258
228

NOP
:t

‘SET THE FIRST L')CATION UNDER TEST

‘SET DiAG. “HECK MODE IN CSR UNDER TEST

NOP

8IT
BNE

76%:

;ARE THERE ANY MORE CSR'S TO DO?
“BRANCH IF ALL CSRS NOT DOME

MOV
MOV
8IT
BEQ

NOP
CSR.R4
MOV
NOP
R4, TEMP
MOV
CLR1CSR
a2(R1) ,a(R1)
POP
INFOCRO)
#51T1181T0,CSR
BIT

002146

6546 010400 072427 177773
6547 010404 042704 177600
012737
000240
04
012737
000240

R3
28

CB1CSR

104475

6542 010366 001004

6550 010420
6551 010426
6552 010430
6553 010432
6554 010440

34$:

PAGE 166-1

#1200.KIPARS
MOV
KSTACK, SP
MOV
SUBAAS
JMP
RO, CSRNO
MOV
CACHOFF

MOV

123456 000000
123456
172100

26-APR-82 09:41

SEQ 0161

*DEBUG AID

‘READ THE FIRST LUT TO WRITE CKBITS. INTO CSR
*READ T+ CSR UNDER TEST
*DEBUG AID
*GET THE CHECKBITS FROM THE CSR
*DEBUG AID
*SAVE IN TEMP FOR LATER
*RESET CSR
*RESTORE LOCATIONS UNDER TEST
;IS THIS PARITY MEMORY?

*NO - BRANCH

‘DID WE GET A PARITY ERROR?
‘YES = FILL IN CONFIG TABLE
‘NO - JUMP TO END OF BANK

CSR BITS
THE LATE
*MANIPU
FORM,
SINTO A USABLE

‘WHAT KIND OF ECC MEMORY IS THIS??
*BRANCH IF MS11-P
‘MS11-M CHECK BITS
*DEBBUG AIDE
:
‘MS11-P CHECK BITS
*DEBBUGGING AIDE

‘D0 THE CHECKBITS COMPARE TO WHAT WAS WRITTEN?
*DERBUG AIDE

*BRANCH IF THERE IS A MATCH
*ELSE BRANCH IF NOT THE SAME

G 13
CZMSPAQ MS11-L/M/P _MEMORY DIAG. MACRO M1113
MATCH ALL CSR'S WITH MEMORY

25$:

6562 010456
6563 010460

170377
000004

002446

000004

15$:

6580 010556
6581 010560
6582 010566

056264

ASR
SWAB
8IC
BIT
BEQ
ASH
8lS
MOV

RO.Ré

:GET THE (SR NUMBER

Ré
Ré

sSET IT UP FOR USE IN THE
s CONF JGURATION TABLE.
sCLEAR OFF EXTRANEOQUS BITS
s INTERLEAVED A1 ASSERTED MEMORY FOUND?
sBRANCH IF NOT

#170377 ,R4
#BIT2,1
15%

#4 ,Ré
R4 ,CONFIG (R2)

CSRINFO(R 0).R4
#°C7 ,Ré
R4

R4, CONF 1G+2(R2)

002652
000001

002446

010000

002652

000001

002446

24
#81T12,CONF1G+2(R2)
R2,Ré
ggITO.I

002652

#81T11,CONFIG+2(R2)

004000
000020
000040
000040
002650
002652

002650
002650
002652

168:

#40 R4

#BITS,CONFIG(RG)
CONFIG(R2) , CONF1G(R4)

CONF1G+2(R2),CONF1G+2(Ré4

sPUT CSR NUMBER IN INTERLEAVED (SR SLOT
sPUT CSR NUMBER IN CONFIG. TABLE

sGET MEMORY TYPE
sCLEAR OFF THE EXTRANEOUS BITS
sMOVE INTO PROPER POSITION
sSET IT INTO THE CONFIG TABLE

sWAS THIS NON-INTERLEAVED MEMORY?

sBRANCH IF IT WAS
sSET THE INTERLEAVED BIT
sSAVE THE CURRENT BANK INDEX
sWAS THIS 128K INTERLEAVED?

:BRANCH IF TRUE
sSET 64K INTERLEAVED FLAG IN CONFIG

;SET NEW BANK POINTER TO & BANKS AHEAD

sJUMP OVER NEXT INSTRUCTION
sSET NEW BANK POINTER 8 BANKS AHEAD
SSET SK'P ECC LOGIC TESTS FLAG
iSET OTHER INFO INTO THAT BANK

SECTION IS EXECUTED ONLY WHEN THE BANK=1
022737

001000

172350

24$:

011154
100020

002430

308:

002430
177767
000001
002650

002654
002656

002650
002652

000001

002446

b
b

000020
052764
000465

000040

#1000,KIPAR4

308
338
#BIT15!81T4,TEMP
108
TEMP.R4

#-9. ‘R4

000001
002652

011314
000020
000001

b ek
b
—b

D
b
b
el
d
b

[elelelelelalele)

6583 010572
6584 010574
6585 010600
6586 010606
6587 010614
6588
6589
6590
6591 010622
6592 010630
6593 010632
6594 010636
6595 010644
6596 010646
6597 010652
6598 010656
6599 010662

MOV
NOP

8IC
SWAB
8l1s
CMP
8EQ
8IS

177770

—

PAGE 166=2

;* WE COME HERE IF THERE IS A MAT(CH

6560
6561

EEREEEER
O\J\J\WN-‘O%

26-APR-82 09:41

SEQ 0162

# Ré
10$

1G(R2)
70,
CONF
#81
CONF 1G+2(R2)

108:

CONF GERROR
CONF1G+4,CONFIG
CONF1G+6,CONF1G+2

;1S THIS BANK 1 ?

cBRANCH IF TRUE
SELSE JUMP TO END OF THIS BANK
sWAS THERE A SBE OR DBE?
:BRANCH IF NOT
;GET _CSR CONTENTS
sMAKE ERROR ADDRESS INTO BANK #
;ERROR IN BANKS 0 OR 1?
sBRANCH IF NOT
sSET ERROR FLAG IN CONFIG TABLE
sADD ONE TO BANK ERROR COUNT
sPRINT CONFIG TABLE

sSET UP INFORMATION IN BANK ZERO
;DEBUG AID

:WAS THIS NON-=INTERLEAVED MEMORY

:NO = BRANCH OVER NEXT STMT.

468%:

:YES = JUMP TO END OF THIS BANK
:SET UP COUNTER FOR 64K INTERLEAVED

26$:

sSET OTHER BANK WITH SAME INFORMATION

;

1;8& INTERLEAVED?

sSET UP COUNTER FOR 128K INTERLEAVED
LOGIC TESTS FLAG

H13

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
MATCH ALL CSR'S WITH MEMORY

6643
6649

016401
072127
062701
052764
016400
042764
042700

172100
177773
177600
040000
172100
040000
177037

002146

172100

22%:
8s:

000137

010456

MOV

BIC

172100

002650

35%:

#-5,R1

‘SET UP ERROR ADDRESS

#BIT14,CSRADD(R4)

:GET CSR INFORMATION

:GET EXTENDED ERROR ADDRESS BITS

CSRADD(R&),RO
#BIT14,CSRADD(R4)
#°(740.R0

READ FROM (SR
:TURN OFF EUB BIT
:SET UP EXTENDED BITS

POP
ASH
CMP

RO,RI
R1.R&
RI1.R0
#5.Ré
R&.KIPAR4

;SET_UP TOTAL ERROR ADDRESS
SAVE IN R4
:RESTORE RO & R1
:SET ERROR ADDRESS UP IN PAR NOTATION
:DOES IT EQUAL KIPARG?

BR
(M

358
R4 KIPARS

:YES = MARK INFO IN CONFIG TABLE
“DOES IT EQUAL KIPARS?

MOV
BIC
BIC
ASL
ASL
ADD
MOV

RO
RO

288§

BNE
28$:

;SBE OR DBE FLAGS SET?
:BRANCH IF TRUE
“CHECK TO SEE IF IT IS MS11-M
*GET CSRNO
‘TURN OFF DIAG CHECK & ECC DISABLE
SSAVE RO & R1

»cizz.m

BIS

172100

#81T15!81T4,CSR
8s
338
CSRNO,RG
#6, CSRADD (R4)
R1

CSRADD (R4) ,R1

BIC

27%:

000001
002652

MOV

010104

072427
020437
001001
000403
020437
001012
052762
105262

BIT

002150
000006

100020

032737
001001
000460
013704
042764

> -4

;% IF CHECKBITS DID NOT MATCH, WE COME HERE

33§

BNE

# "0,CINFIG(R2)
BIS
CONr1G+2(R2)
INCB
SET
CONF GERROR
w358
o %

:BRANCH IF FALSE

:SET BANK ERROR FLAG
: INCRLMFNT BANK ERROR COUNTER
:PRINT CONFIG TABLE
YES - MARK INFO IN CONFIG TABLE

‘% THIS SECTION SETS UP ALL THE POSSIBLE CONFIGURATIONS OF
i+ MST1-M MEMORY.

6650

6631

* %

N =\

O
O-'OS

\Jsf\)wf\)—.f\)

6652 011154
6653 011162
6654 011164
6655 011172
6656 011174
6657 011202
6658 011204
665> 011212
6660 011220
6661 011224
6662 011232
6663 011234
6664 011242
6665 011244
6666 011252
6667 011256
6668 011264
6669 011266
6670 011274
6671 071302
6672 0°"310
6473

PAGE 166-3

h-]
Cc

6617
6618
6619
6620 011002
6621 011010
6622 011012
6623 011014
6624 011020
6625 011026
6626 011032
6627 011036
6628 011042
6629 €11046
6630 011054
6631 011060
6632 011066
6633 011072
6634 011074
6635 011076
6636 011100
6637 011102
6658 011106
6639 011112
6640 011116
6641 011120
6642 011122
6643 011126
6644 011130
6645 011136
6646 011142
5647 011150

26-APR~82 09:41

SEQ 0163

33%:

000001

002456

000002

002456

000001

002446

000002
004000
010222
000004

002410
172352

000002

002446

004000
01022
00000

172352

208:

002446

128:

000002
0000¢°
004000
010222

002446

002406

#BITO,CSRINFO(RO)
6
#BIT1,CSRINFO(RO,

;1S THIS MS11-M MEMORY?
INO - GO TO END OF BANK

M
BLO

#1,]

;1S THIS 1ST TIME THROUGH?
:BRANCH IF NOT

ADD

ngOO,KIPARS

;A1 NON-ASSERTED MEMORY
“TRY TO MATCH AGAIN

BIT
BEQ
BIT
BNE

18$:

sus

18%
#2 ,TESTADD+2

JMP
CMP

86,1

BEQ

SYES - BRANCH

12§

*NO - BRANCH

#4000, K IPARS

164K INTERLEAVED MEMORY

82,1

ARD
JMP
CMP
BLO
ADD
ADD

#4000,KIPARS
43
03,1
63
#2,TESTADD
#2 TESTADD+2

JMP

SUB

S4TH TIME THROUGH?

20§

CMP

BLO

*TRY AS 64K INTERLEAVED

‘oND TIME THROUGH
STRY AS 128K INTERLEAVED
“TRY TO MATCH AGAIN
*THIRD TIME THROUGH?
*NO - BRANCH
“TRY TESTING THE BANK
*AS A1 ASSERTED

*TRY TO MATCH AGAIN

I 13

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113

MATCH ALL CSR'S WITH MEMORY

6675

26-APR~82 09:41

PAGE

SEQ 0164

166-4

'END OF BANK ROUTINE

6676 011. &«
6677 0113
6678 011322
6679 011330
6680 011336
6681 011340
6682 011346
6683 011350
6684 011354
6685 011360
6686 011362
gggg 011364

104503
062702
142737
1,737
000240
02373~
10140
000137
062700
000240
104423
000137

6689 011370
6690 011374

062706
000137

CLR1CSR

000004
001000
172350

ADD
ADD
MOV
NOP
CMP

002554
010166
000002

19%:

ADD
NUP

CACHON
JMP

010072

000004
011314

8LOS
JMP

100s:

ADD
JMP

01600 K 1PARG

KIPAR, K [PARS

;CLEAR THE CSR UNDER TEST
:UPDATE CONF IGURATION POINTER
;UPDATE KIPARG TO NEXT BANK
:AND UPDATE KIPARS
:DEBUG AID

198
458
#2,R0

:HAVE WE DONE THE WHOLE MEMORY SPACE?
;R=C
:BRANCH IF DONE
;JUMP IF NOT DONE
: INCREMENT (SR POINTER

:JUMP TO TRY NEXT CSR

#4,SP

JRESTORE STACK

LASTBLOCK ,KIPARé

;DEBUG AID
sTURN ON THE CACHE

;GO TO END OF BANK ROUTINE

:R
:R

J 13

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

MATCH ALL CSR'S WITH MEMORY

6692 011400

6693 011402

6694 011404

26-APR-82 09:41

ECCINIT

104472

NEWTST

6695

TsT2:

000004

6704 011426

6706 011440
6707 011442
6708 011646

005000
012701
104424

6710 011452
6711 011454
6712
6713 011456
6714 011462
6715 011464

077102
104423

002070
000001
002066
000001

002074

002076

18:

005720
002070

6716 011472

005737

002066

6720 011514

053737

002104

001406

*THESE ERRORS ARE COUNTED AND A FATAL ACTION IS TAKEN
;CLEAR PARITY ERROR COUNTER
PARCNT
CLR
*SET THE NO PARITY ERROR FLAG
#1,NOPAR
MOV
*CLEAR NON-EXISTANT MEMORY ERROR COUNTER
NEMCNT
CLR
*SET THE NON-EXISTANT MEMORY ERROR MODE TO CCUNT
#1,NONEM
MOV
*TRAPS TO 4 GOTO NONEXIST
WNONEXIST
SET4

040000

005737
001403

2s:

g;}g 011500 162737 000002 002032
g;g; 011522

6723 011544

002650

3$:

RO
CLR
#SIZE,R1
MOV
CACHOFF

R1,1$

BEQ

TST

ANY FAILURES
PARCNT
28
3

NEMCNT

;TURN CACHE OFF

*SEE IF I CAN DO A READ ACCESS WITHOUT A PARITY TRAP
;TURN CACHE ON
;ANY PARITY ERRORS?
:NO - SKIP

:ANY NON-EXISTANT MEMORY (HOLES)?
*SKIP IF EQUAL

“UPDATE 1ST ADDRESS FAILURE FROM AUTO INCREMENT #

#2.ADDRESS

BIS

CPUBIT,CONFIG

SUBTST

<<ENABLE ECC FOR CORRECT TRAPS>>

RES4

;SET CORRECT ACCESSED BIT ON BANK 0

*RESET TRAPS T0 4 TO DEFAULT

: I 2333223223222 22233232232223 8222228333223 38233 2233802222332 32323233382320238232002202220022¢8%2%3)/

ENABLE ECC FOR CORRECT TRAPS

;ttttttttttttt'ttttttti.ttt'!ti'fitttttttltttitttttfilttttttttifi'tt'tt.t.tttttttt.

6724 011544
6725 011562

104506

6727 011566

104472

6728 011570

(RO)+

508
CACHON
;SEE IF
fst
BEO
FATAL

: «SUBTEST

6726 011564

INSTRUCTION ON EVERY LOCATION IN BANK #0 TO SEE

*HARDWARE FAILURE IN THE MEMORY.

005037
012737
005037
012737

6717 011476

STHIS DOES A "'TST'*

*SINCE EVERY LOCATION IS EITHER LOADED OR WRITTEN INTO BY THE PROGRAM
*PRIOR TO THIS POINT = THEN A PARITY ERROR IMPLIES THAT THERE IS A

6699

6709 011450

SCOPE

SIF IT GETS ANY PARITY TRAPS.

6696

6705 011432

TEST BANK O ACCESSES

:tttttfittttttfitttttttt't'tttlttt'tttt.tt'itt'ttti"'tt..t.'ttt'.fi.. 2323222132338 423/

6697
6698

6700
6701 011406
6702 0116412
6703 011420

“TRAP ON DOUBLE BIT ERRORS (NORMAL)

<<TEST BANK 0 ACCESSES>>

;ttttttttttttt'ttttttttttttt'ttltfi.ttttt.t.ti.ttt.t.'.fi'ti"tt.t.ttt.'..'t"'t!'

TeTEST 2

011404

:MAKE >URE THE CACHE IS ON

SUBAAS: CACHON

104423

SEQ 0165

PAGE 167

IF #SW0 SET.IN @SWR OR ACTFLAG IS TRUE
ENASBE
:TRAP ON SINGLE BIT ERRORS

ELSE

ECCINIT

END ;OF IF #SW0

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

K 13

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ENABLE ECC FOR CORRECT TRAPS

26-APR-82 09:41
NEWTST

6731 011570

TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

s*TEST 3

TST3:

000004

002074
002076

022737
001407
012737
012737
000611

000001

003752

012426
012430

002516
002520

012737
012737
005237
023737
103457

177644
177646
002100
002552

002516
002520

b
D e
b
D
b

002100

1$:
TAGSS:

002100

bb
b
b
b
b
b i

#2 ,NONEM
#NONEXIST
#1,PROTYP

#1,NOPAR

sSET NO PARITY ERROR +LAG

;BRANCH IF TRUE
sSET UP LINKS

[

18
#MTST3+4,LINK]
MMTST3+6,LINK2
TAG9S
MTST3
#UIPARZ L INK1
#UIPAR3,LINK2
BANK
LASTBANK ,BANK

MOV
ASL

BANK,R1
R1

MoV

R1,BANKINDEX

8EQ
MOV
MOV
BR
BMOvV
MOv
MOV
INC

A AR L

170532

WARN1:

040000

003752

072422
177640

1$:
2%:

005037

002100

TAG2$:

005037
000564

002074

TAGZS

sSET NON-EXISTANT MEMORY MODE TO EXIT TEST LOOP
sTRAPS TO 4 GOTO NONEXIST
;1S THIS AN 11/44?

;PUT IN FAST MEMORY
:SET UP LINKS
:DONE?

JYES = SKIP TO NEXT TEST

;BANK * 4

CLR
CLR
CLR
MAP

PATERR
PARCNT
NEMCNT
BANK

;CLEAR PATTERN ERROR COUNTER
sCLEAR PARITY ERROR COUNTER
sCLEAR NON-EXISTANT MEMORY COUNTER (HOLES)
;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

BMI

TSTBANK

SYES = GO TEST BANK SPECIAL
sPUT "RETURN'' INSTRUCTION AFTER WRITE ROUTINE

T1ST8

002650

) e

MOV
SET4
CMP

ASL

002102
002072
002070
002066

—b ond

AL AR DL LA

“TST'* INSTRUCTIONS LIKE BANK 40

BANK

BLO

OO0O0O0OOOOOO0O00VOO00000

~
pod)

L L

PROTECTED BANKS (WHERE THE PROGRAM IS) ARE ONLY TESTED BY

CLR

MOV

~
(V]

002100
000001
000002

000416

e e T

sANY BAD BANKS ARE LOGGED IN THE CONFIGURATION TABLE.
:THIS ROUTINE IS ONLY DOING A SMART SIZE - NOT ACTUAL TESTING!

005037
012737
012737

000001

e e

;EACH BANK IS TESTED FOR EXISTANCE AND IF IT EXISTS
:g;ggp§s IS TESTED FOR ZEROS & ONES.
:

000207
060000

SCOPE

6767
772
6768 011776
6769 012000
6770 012002
5771 012004
6772 012012
6773 012020
6774 012022
6775 012026
6776 01203C
6777 012034
6778 012036
6779 012040
6780 012042
6781 012046
6782 012070
6783 012074

<<TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES>>

:tttttttttttttttttttttt'tttttttttt'.'titttttttttttttlttttfittttt.tttttttt..t'tt't
D

011570

SEQ 0166

PAGE 169

CONFIG(R1)

MOV
#207,3LINK1
MoV
#FIKST
RO
RO.R4
MoV
MoV
#SIZE.R1
R1,R3
MOV
R2
CLR
CACHOFF
TESTAREA

cMp
8EQ
gSLL

#1,PROTYP
1%
g;STS

CALL
KERNEL
CACHON
B8R

FASTCITY

CLR

RESé
CLR
BR

s1S THIS BANK PROTECTED?

;DATA IS ZEROS
:TURN CACHE OFF
sENTER SUPERVISOR MODE
;IS THIS AN 11/44?
;BRANCH IF TRUE

TAG3S

sCALL TO THE USER INSTRUCTION PAR'S
sENTER KERNEL MODE
:TURN CACHE ON
:SKIP NEXT INSTRUCTION

NOPAR

sRESET TRAPS TO & TO DEFAULTY
;INDICATE DEFAULT PARITY ACTION

BANK

SUBAAI

L 13

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

TEST BANKS 1-200 (OCTAL) FOR 2EROS & ONES

6784 012076
6785 012102
6786 012104
6787 012106
6788 012110
6789 012116
6790 012122
6791 012126
6792 012126
6793 012132
6794 012134
6795 012140
6796 012142
6797 012146

6798 012150
6799 012154
6800 012156
6801 012162
6802 012164

005737
001401
000671
104424

002066

004777
104417
104423
005737
001040
005737
001035
005737
001032
012700

170376

010004
012701
010103
013702

TAG3S:
1$:

002072
002070

002066
060000
002600

MoV

6803 012170 012777 000240 170320
6804 012176
6805 012200
6806 012206
6807 012214
6808 012216
6809 012222

6810 0122246

6811 012230
6812 012232
6813 012234
6814 012240
6815 012244
6816 012246
6817 012252
6818 012254
6819 012260
6820 012262

6821 012270

6822 012276
gggz 012304
6825
6826 012310

6827 012312

6828 012320
6829 012324
683C 012330
6831 012332
6832 012340
6833 012342
6834 012344
6835 012346

6836 012350

6837 012356
6838 012360
6839 012366
6840 012374

104424

022737
001403
004737
000402
004737

104417
104423
013700
(05737
001006
005737
001003
005737
001406
052760

053760
000137

012737

012700
012701
104424
005720
077102
104417
104423

000001

003752

012422

5%:

177640

6$:

002102

2s:

002072
002070

002066
000001
002104
011679

000001

060000
020000

002650
002650

002076

3$:
4$:

000002

002076

052761

000001

002650

RO,R4
#SIZE.R1
R1,R3
ONES, R2

#000240,aL INK1

CACHOFF
TESTAREA
#1,PROTYP
CMP
5%
BEQ
MTST3
CALL
6$
BR

CALL

KERNEL
CACHON
MoV
TST
BNE
TST
BNE
157
BEQ
BIS

SET

8lS
JMP

FASTCITY

BANKINDEX,RO

PATERR

MOV

;DATA IS ONES

sPUT "NOP' INSTRUCTION BACK IN SUBROUTINE
sTURN CACHE OFF
JENTER TEST MODE
;1S THIS AN 11/44?
sBRANCH IF IT IS
;DO IN MEMORY IF NOT
;JUMP OVER NEXT INSTRUCTION

;CALL TO THE USER_INSTRUCTION PAR'S
;ENTER KERNEL MODE
:TURN CACHE ON

sANY PATTERN ERRORS?

:YES = SKIP
;ANY PARITY ERRORS?
:YES - SKIP
;ANY HOLES?
sNONE - SKIP
;SET ERROR BIT IN THIS BANK

CPUBIT,CONFIG(RO)
TAGYS

sSET ACCESSED BIT

CONFGERROR

#1 ,NONEM

RO
#FIRST
MoV
#20000,R1
MOV
CACHOFF
TESTAREA
(RO)+
TST
R1,4$
S08
KERNEL
CACHON

MoV

;ANY TRAPS?
:NO - SKIP
sNOW = TRY NEXT BANK
sTURN CACHE OFF
sENTER SUPERVISOR MODE
sFINISH PATTERN
sENTER KERNEL MODE
s TURN CACHE ON
;ANY PATTERN ERRORS
sYES - SK]P
;ANY PARITY ERRORS
JYES - SKIP
sANY NON EXISTANT MEMORY
;YES - SKIP

3s
PARCNT
3s
NEMCNT
4$
#8170, CONFIG(RO)

sTEST A PROTECTED BANK
R1
TSTBANK : PUSH

4s:

012737

PAGE 169-1

NEMCNT
TST
1$
BEQ
TAG9S
BR
CACHOFF
TESTAREA
SLINK2
CALL
KERNEL
CACHON
PATERR
TST
2%
BNE
PARCNT
TST
2$
BNE
NEMCNY
TST
23
BNE
#FIRST RO
MoV
MoV
MoV
MoV
MoV

040000

SEQ@ 0167

#2 ,NONEM

R1
POP
IF_PARCNT NE #0
#BITO,CONFIG(R1)
BIS
CONFGERROR
SET

sFORCE PRINTING OF CONFIGURATION TABLE

sSET NON-EXISTANT MEMORY TO COUNT
:TURN CACHE OFF
;ENTER TEST MODE
;ENTER KERNEL MODE
:TURN CACHE ON
sRESET NUN-EXISTANT MEMORY TO EXIT TEST LOOP
;ERROR BANK

m13

C%MSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26=-APR 32 09:41

TEST BANKS
11-200 (OCTAL) FOR ZEROS & ONES

6841 012402

053761

002104

000137
0

011670

002650
MTST3:

2s:
6852 012436
6853 012442
6854 012444

001402
005237
077306
000207

002072

3s:

END ;OF IF PARCNT
IF NEMCNT EQ #0
CPUBIT,CONFIG(R1)
BIS
END ;OF IF NEMCNT
TAG9S
JMP
¢
R2,(R0O)
MoV

s08

R1,MTST3

MOV
CMP
BEQ
INC
s08

(R4)+,R1
R1,R2
$

NOP

RETURN

PATERR

R3,2%

SEQ 0168

PAGE 169-2

sACCESSED BANK

:V177640

1177642
V177644
V177646
:V177650
V177652
V177654
V177660
:V177662

N 13
%%HSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
26-APR-82 09:41
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

6856 012446

SEQ 0169

PAGE 170

SUBAAI: SUBTST

<<FIND SHADOW INHIBIT MODE POINTERS>>

s *SUBTEST

FIND SHADOW INHIBIT MODE POINTERS

aRRA AR

AR AR AR AR R AN

AR AR N AN R RN

AARANNNRRRRAN

CNRRRARANENAANANANRARNARNTANNRANARAARRNRNIRY

6857
6858
6859
6860 012446
6861 012452

AR AN R AN

AN RA RN

:* THIS SECTION LOOKS FOR INTERLEAVED MS11-M MEMORIES AND FIGURES OUT
s% ARE THEN MARKED AS PROGRAM SPACE.

002100
047020
002102

062700
062737

000020
000010

002109

062702
062737

000040
000020

002100

052760

000200

002650

005237

002100

023737
002336

002552

THESE AREAS

CLR
SHADL1: CALL

BANK
¢RESET BANK TO ZERO
EXBANK
:SET BANK PARAMETERS
MOV
BANKINDEX,RO
IF ACFLAG IS TRUE AND INTFLAG IS THUE

002100

IF INT64K IS TRUE
ADD #20,RO

EngD #10,BANK

sPOINT TO BANKINDEX + 4
sFOINT TO BANK + 8

ADD #40,R2
.
END.; OF IF INT64K
ELE%S
#81T7,CONFIG(RO)

sPOINT TO BANKINDEX + 8
sPOINT TO BANK + 16

INC
END; OF
CMP
BGE

¢50 TO NEXT BANK

BANK
IF ACFLAG
LASTBANK ,BANK
SHADL1

RAD

ARARA A CANANRAAAAAN
RN AR NANANR SRR AN RER

s* WHERE THE SHADOW INHIBIT MODE POINTERS ARE LUCATED.
005037
004737
013700

sMAKE NEW BANK PROGRAM SPACE

sHAVE WE DONE ALL THE BANKS?
¢BRANCH IF NOT

B 14

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

FIND SHADOW INHIBIT MODE POINTERS

26-APR-82 09:41
NEWTST

6879 012556

PAGE 172

<<ECC INHIBIT MODE POINTER TEST>>

:ttt'tttttttittlttttttttii't'ttttttit'ttt.tfitQttttttfittitt.'.ttt.tttfi.'.t.ttt.'t

s*TEST &

012556

SEQ 0170

TST4:

000004

RN AN

ECC INHIBIT MODE POINTER TEST

NN AR AR

AR R AR

RS
A R RN RRRRRRRRANAARARARRAARRRRRANTERRRRTRRRR

SCOPE

;THE MS11-M OR MF11S-K INHIBIT ECC DISABLE AND DIAGNOSTIC CHECK MODE

;ON THE BOTTOM FIRST OR SECOND 16K WORDS CONTROLLED BY A CSR. THIS
;1S CONSIDERED 7TO BE A PROTECTED BANK BY THE PROGRAM. IT MAY BE
;QUITE COMPLEX TO DETERMINE ON A GIVEN SYSTEM CONFIGURATION WHICH
;BANKS CAN BE PROTECTED;
:S0

;THIS ROUTINE ATTEMPS TO CREATE A DOUBLE BIT ERROR IN ADDRESS 0 & 2
;OF EVERY ECC BANK. ECC HARDWARE WILL PREVENT THIS FROM HAPPENING
;{”E ;gggsggfgsBANKS

WHICH SHOULD ALWAYS

INCLUDE BANK ZERO - WHERE

SWARNING: !ttty

96
6897 012560
6898 012562

6899 012570
6900 012574
6901 012600
6902 012604
6903 012610
6904 012616
6905 012624
6906 012632
6907 012640
6908 012644
6909 012652
6910 012654
6911 012660
6912 012660
6913 012664
6914 012666
6915 012672
6916 012676
6917 012706
6918 012714
6919 012722
6920 012730
6921 012730

: IN CASE OF HARDWARE FAILURE IT IS COMMON THAT A DOUBLE BIT ERROR
; WILL BE CREATED ON THE KERNEL STACK & ‘'CRASH'’ THE DIAGNOSTIC
;DURING THIS ROUTINE. YOUR ONLY CLUE IS THAT YOU CAN GET AS FAR AS

104424

002154

012737

177777

012701
004737
013700

060000
047020
002102

012703
012737

040000
000001

012703

000002

116002
006302
042702
010237

002651

013737

002150

002154

052760

000100

002650

004737

013064

;THIS ROUTINE BUT NOT PAST IT!
CACHOFF

MOV
#-1,0LDCSR
FOR BANK := #0 TO LASTBANK

MOV

002236

#FIRST,R1
EXBANK

MOV
BANKINDEX,RO
IF ACFLAG 1S TRUE
IF MKFLAG IS TRUE
IF SKIPMK 13 FALSE
IF _INTFLAG IS TRUE
#40000,R3
MOV

EngV

MOV

BIC

sSET UP VIRT ADDR POINTER

#1,SPLTCSR

sSET INDEX COUNTER
;MAP AS INTERLEAVED BANK

#2,R3

sSET INDEX COUNTER

END: OF IF INTFLAG
MOVB
CONFIG+1(RO)
,R2
ASL
R2

177741
002150

:TURN CACHE OFF

#4C36 ,R2

MOV
R2,CSRNO
IF CSRNO NE OLDCSR
CSRNO,OLDCSR
MoV
IF PFLAG IS FALSE

BIS #B8IT6,CONFIG(RO)
END; OF IF PFLAG
IMPTEST
CALL

C 14

CZHSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
EC C INHIBIT MODE POINTER TEST

6923 012734
6924 012742
6925 012746
6926 012752
6927 012756
6928 012762
6929 012766
6930 012772
6931 012776
6932 012776
6933 012776
6934 012776
6935 012776
6936 012776
6937 013012
6938 013026
6939 013032
694C 013050
6941 013052
6942 013054
6943 013056
6944 013056
6945 013060

PAGE 173

IF INTFLAG IS TRUE
MOVB CONFIG+1(R0),R2
ASH
#-3,R2

116002
072227
042702
010237
062701
004737
005037

005037

“6-APR=-82 09:41

SEQ@ 0171

BIC

MOV
ADD
CALL
CLR

#-C3%6.R2

R2,CSRNO
#2.R1
IMPTEST
SPLTCSR
END; OF IF INTFLAG
END; OF IF CSRNO
END; OF IF SKIPMK
END: OF IF MKFLAG
END; OF IF ACFLAG
END; OF FOR BANK

002100

MAP

CLR

BANK

sFIX POINTER FOR A1 ASSERTED HALF

;MAP TEST SPACE TO BANX 0

IF #SW0 SET.IN @SWR OR ACTFLAG IS_TRUE

sTRAP ON SINGLE BIT ERRORS

104472

ENASBE
ELSE
ECCINIT

104423
000137

CACHON
JMP

sTURN THE CACHE BACK ON

104506

END; OF IF #SW0

013372

SUBAAR

:TRAP ON DOUBLE BIT ERRORS (NORMAL)
:JUMP OVER THE SUBROUTINE

D 14

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ECC INHIBIT MODE POINTER TEST

6947 013064 005004
6948 013066
6949 013102 005005
6950 013104 012737 020000
6951 013112
6952 013120
6953 013122 060301
6954 013124
6955 013126 104505
6956 013130 010411
6957 013132 160301
6958 013134
6959 013136
6960 013140 005711
6961 013142 104501
6962
6963
6964
6965 013144
6966 013146 012737 020000
6967 013154 104505
002600
6968 013156
6969 013162
002600
6970 013164
6971 013170
6972 013172
6973 013174 005711
6974 013176 104501
6975 013200
6976 013202
6977 013212 104513
6978 013214 012737 023140
6979 013222
6980 013224 012737 027400
6981 013232
6982 013232 104505
6983 013234 010411
6984 013236 060301
6985 013240 010411
6986 013242 160301
104503
6987 013244
6988 013246 005711
6989 013250 104501
6990 013252
6991 013254
6992 013264 104513
6993 013266 012737 023604
6994 013274
6995 013276 012737 074000
104505

005711

26-APR-82 09:41

IMPTEST:CLR

MAP BANK

002146

R4
RS
#8IT13,CSR

CLR
MUV
TESTAREA
PUSH
(R1)
ADD
R3,R1

PUSH

(RT)

MOV
SUB

R4, (R1)
R3,R1

CHKIDIS

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK
:ENTER TEST MODE
‘SAVE TEST LOCATION
; INDEX_TO NEXT LOCATION

*SAVE TEST LOCATION

‘DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

‘WRITE CHECKBITS (ALL 2EROS)

R4, (R1)

MOV

SEQ 0172

PAGE 174

:CLEAR CSR
*READ CHECKBITS INTO REAL CSR
‘WAS THERE A DOUBLE BIT ERROR

CLRICSR
(R1)
TST
WAS1DBE

sTHIS MAKES SURE THAT SBE'S DON'T LOOK LIKE PROTECTED AREAS
002146

ON.NOERROR ;1
#81T13.CSR
MOV

CHK1DIS

MOV

ONES,(R1)

ADD

R3,Rf

(R1)

MOV ONES, (R1)
R3.R
SUB
CLR1CSR

;DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

;CLEAR CSR

:WAS THERE A DOUBLE BIT ERROR

WAS 1DBE
ON.NOERROR ;2

IF #81T9 SET.IN CONFIG+2(R0O) ;IS THIS A MS11-P

002146
002146

CBREG
MOV #23140,CSR
LSE
ENDHOV #27400,CSR

sENABLE CHECK/SYNDROME BIT REGISTER
;WRITE DBE'S IN CSR
;OR A MS11-M
sWRITE DBE'S IN CSR

CHK1DIS

sDISABLE ECC & WRITE CHECKBITS FOR 1 CSR

ADD R3,R1

;ADD INDEX TO GET TO SECOND WORD

SUB R3,.R1
CLRICSR

sSUBTRACT INDEX TO FITMST WORD
sCLEAR (SR

MOV R4, (R1)
MOV R4, (R1)
TST (R1)

002146

;WAS THERE A DOUBLE BIT ERROR
WAS1DBE
ON.NOERROR ;3
;1S _THIS A MS11-P
IF #8179 SET.IN CONFIG+2(R0)
sENABLE CHECK/SYNDKOME BIT REGISTFR
CBREG
SWRITE DBE'S IN (SR
MOV #23604,CSR
IT A MS11-P
1S
ELSE
;WRITE DBE'S IN CSR
ENDHOV #74000,CSR

CHK1DIS

MOV

ADD
MoV
CLR1CSR
sus

R4, (R1)

R3,R1
R4, (R1)

R3.R1

(R)

sDISABLE ECC & WRITE CHECKBITS FOR 1 (SR
sINDEX TO SE.OND WORD

sCL_AR (SR
;GO BACK TO FIRST WORD

E 14

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
ECC INHIBIT MODE POINTER TEST

;QO‘ 013322
005 013324
7006 013324
7007 013324
7008 013324
7009 013326
7010 013330
7011 013330
7012 013332
7013 013334
7014 013336
7015 013340
7016 013342
7017
7018
7019
7020
7021

7022
7023
7024
7025

7026

013344
013346
013352
013356
013360

013362
013364
013366
013370

7027 013372

26-APR-82 09:41

PAGE 174-1

WAS1DBE

104501

SEQ 0173

END ;OF ON.NOERROR ;3

;WAS THERE A DOUBLE BIT ERROR

END ;OF ON. NOERROR ;2

005205
104471
010411
060301
010411
104503
005705
001405

104036
160301

106417
000207

1%:

END ;OF ON.NOERROR ;1
ON. ERROR
RS
INC
END ;OF ON.ERROR
ECCIDIS
R4, (R1)
MOV
R3.R1
ADD
R4, (R1)
MOV
CLR1CSR
RS
TST
1
BEQ
0
R5,CON
8IS
0
CONFIG
INCB
+36
ERROR
(R1)
POP
R3.R1
sus
(R1)
POP
KERNEL

;IDENTIFY AS BAD BANK
;DISABLE ERROR CORRECTION
;CLEAR OUT DOUBLE BIT ERROR'
:INDEX TO SECOND WORD
OUT DOUBLE BIT ERROR!
;CLE/

;RESTORE TEST LOCATION (2ND WORD)

2GO BACK TO FIRST WORD
:RESTORE TEST LOCATION (1ST WORD)

RETURN

: SET
SUBAAR

STOPOK

;PROGRAM CAN NOW BE HALTED

F 14

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
ECC INHIBIT MODE POINTER TEST

LEGAL CONFIGURATION CHECK

7037 013400

012700

7039 013410
7040 013412
7041 C13414
7042 013420

005021
077002

tttttttttttttttttttttt"t'tttt'tti.ttttttttttttttt.tttttttttttttttl.ttttttttt'

004737

047020

116003
062703
006303
005263

002651
177760

18:

#CSRINFO,R1

MOV

(R1)+
CLR
RO.1$
S08
FOR BANK := #0 TO LASTBANK
EXBANK
CALL

MOV BANKINDEX,RO

;&zmua 013700 002102

7050 013456

#16. RO

MOV

000020

7038 013404 012701 002456

7046 013436
7047 013442
7048 013446
7049 013450

IF ACFLAG IS TRUE

MOVB
BIC
ASL
INC

002456

7054 0134720
7055 013474

IF MKFLAG IS TRUE

116003

010304

LEGALCSR
BEGIN
IF INTFLAG IS TRUE

MOVB

002651

MOV R3,Ré

7060 013516
7061 013524
7062 013532

042760
042760

014000
170000

Ré
F R3 EQ

s:c
BIC

002652
002650

END; OF IF R3

7064 013534
7065 013536
7066 013540
7067 013540
7068 0135646
7069 013546
7070 013546
7071 013546

7073 013566

7074 013570
7075 0135 2

7076 013574
7077 013600
7078 013606

7079 013610

7080 013616
7081 013620
7082 033624

7083 013626

7084 013632
7085 013636
7086 013640
7087 013644
7088 013650
7089 013652

#81T11!81T12,CONFIG+2(RO)
G (RO)
#170000, CONF

LEAVE LEGALCSR

7063 013534

7072 013562

CONFIG+1(R0) ,R3

8IC #*C17,R3
ASH #<4 R
exc #+c17.R¢4

7056 013476 042703 177760
7057 013502 072427 177774
7058 013506 042704 177760
7059 013512

CONFIG+1(R0) ,R3
#°C17,R3
R3
CSRINFO(R3)

:MAKE SURE THAT EACH BANK HAS NO MORE THAN 2 CSRS

7051

7052 (13462
7053 013462

<<LEGAL CONFIGURATION CHECK>>

ttttttttttttttttttttttt'tt'tt'tttttttttttttt'ttt'ti.tttt.'tttt'tt.tt'tttt"ttt'

-suerssr

7045 213430

PAGE 182

26~APR-82 09:41
SUBTST

7036 013400

SEQ 0174

ELSE
LEGALCSR
LEAVE
END; OF IF INTFLAG
CONFGERROR
SET
END
LEGALCSR
END :OF IF MKFLAG
END ;OF IF ACFLAG
END: OF FOR BANK

PUSH = RS,RO

005000

005001
005005

005037
022761
002043

022761

002003
004737
000434

0160C5

032705
001415
042705

072527
020501
001007

002456

000010

002456

2$:

000002

170377
177771

CLR
CMP
BGE

MBERR
#40,CSRINFO(RY)
5¢

:CLEAR ERROR INDICATOR
:IS CURRENT CSR <= 40
*BRANCH IF SO

BGE
CALL
BR

3s
:LLCSR
is

*BRANCH IF SO
*CALL ERROR ROUTINE
STRY NEXT CSR

#81T1,RS
4$
#4C7400,RS
#-7.RS
RS, n1
43

*DOES MEMORY EXIST HERE?
*BRANCH IF NOT
*ISOLATE CSR NUMBER IN

cMp

014124

002650

CLR

CLR
CLR

014002
000040

3$:

:SAVE CONTENTS OF RS. RO

MOV

BIT
BEQ
BIC
ASH
CMP
BNE

R1
RS

#10,CSRINFO(RT)

CONFIG(RO) ,RS

*CLEAR REGISTERS

*1S CURRENT CSR < 10

*MOVE LOW WORD TO RS

‘REGILTER §
*1S 1T THE CURRENT CSR?
‘TRY NEXT WORD OF CONFIiG IF NOY

G 14

CZMSPAQ MS11-L/M/P MEMORY DIAG . MACRO M1113
LEGAL CONFIGURATION CHECK
7090 013654
7091 013662
7092 013664
7093 013672
7094 013676
7095 013702
7096 013704
7097 013710
7098 013712
7099 013716
7100 013720
7101 013724
7102 013730
7103 013734
7104 013736
7105 013742
7106 013746
7107 013752
7108 013760
7109 013762
7110 013766
7111 013770
7112 013772
7113 013774
7114 014000
7115 014002
7116 014004
7117 014006
7118 014010
7119 014014
7120 014022
7121 014024
7122 014032
7123 0164034
7124 014040
7125 014044
7126 014046
7127 014054
7128 014056
7129 014064
7130 014066
7131 014074
713% 014076
7133 014104
7134 014106
7135 014112
7136 014114
7137 014122
7138 014124
7139 014126
7140 014130
7141 014134
7142 014136
7143 014142
7144 014146
7145 014152
7146 014156

032760
001003
012737
062700
022700
001351
005737
001402
004737
005000
005037
062701
022701
001321

005037
012700
032760
001003
162700
000771
006200
006200
010037
000402
000000
000000
005000
005037
032760
001431
032760
001005
005237
062700
000763
023727
001417
023727
001413
023727
001407
023727
001403
005037
403
012737
421
010102
006202
022702
100002
062702
062702
110237

010000

002652

000001
000004
000340

014002

26-APR-82 09:41
BIT
BNE

5$:

014002
000002
000040

6$:

CALL

CLR

sBRANCH IF NOT
;ERRORS FOUND?

sTRY NEXT CSR IF NOT

sCALL ERROR ROUTINE
sREINITIALIZE CONFIG COUNTER
;CLEAR ERROR INDICATOR
sUPDATE CSR COUNTER
JALL CSR'S DONE?
sBRANCH IF NOT
JRESTORE REGISTERS
:RESET ERROR INDICATOR
sINDEX TO TOP OF CONFIG TABLE
sMEMORY PRESENT?
s
;BRANCH IF SO

MBERR
#2 .R1

#734 RO

;gxri.conrxe<no>

;TRY NEXT LOWER ENTRY IN CONFIG

#4 RO

000004
I4 ¥

002552
MBERR:
:
PHEBE
SKUJ:

002650

010000

002652

18:

014004
000004

014004

000010

014004

000030

014004

000050

014004

000070

2$:

014004

RO
RO
RO, LASTBANK
SKUJ

:DIVIDE INDEX BY 4 TO GET BANK #:R-(
‘STORE IN LASTBANK

ggxr1z.conrxcoz(n0)
PHEBE
#4 RO
18

s TRY NEXT BANK

RO
PHEBE

ggxr1.co~rxc<R0)

PHEBE ,#10
43

;BRANCH IF SO
s INCREMENT COUNTER
s INCREMENT CONFIG COUNTER

;1S THE COUNTER EQUAL TO...
:ONE OF THE SPECIAL VALUES.
cIF

IT IS...

;BRANCH TO 4$

(X 3

48
5%:
ILLCSR:

PHEBE ,#70
48
PHEBE

sCLEAR INDICATOR

#1,PHEBE

:SET _INDICATOR

SUBAAP
R1.R2
R2

#10. .R2

000012
18:

‘R=C

sSAVE SPACE FOR ERROR INDICATOR
sSAVE SPACE FOR ODD BOUNDARY INTERLEAVED INDICATOR
sCLEAR CONFIG COUNTER
sCLEAR_COUNTER
:1S THERE MEMORY PRESENT?
sBRANCH IF NOT
21S IT INTERLEAVED?

PHEBE ,#30
43
PHEBE ,#50

3s:

014004

000007
000060
100014

sCONFIG TABLE ALL DONE?

014004
000002

sBRANCH IF 0

sSET ERROR INDICATOR
;JUPDATE CCNFIG COUNTER

#60,R1

002650

;1S 1T INTER_EAVED?

ngT1Z.CONFIG*Z(RO)

cMp
BNE
TST
8eQ

014124

000001

PAGE 182-1

MOV
ADD

014002

014002
000734
000002

SEQ 0175

;BRANCH O NEXT SUBTEST

:R2 HAS CSR NUMBE R
*MAKE ACCEPTABLE FOR PRINTING

9
#7 R2

#60,R2

R2.1SGA122
MSG122
CONFGERROR

;PUT NUMBER INTO ERROR MESSAGE

H 14

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

LEGAL CONFIGURATION CHECK

7147 014164

000207

26-APR-82 09:41
RETURN

PAGE 182-2

SEQ 0176

SEQ 0177

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

LEGAL CONFIGURATION CHECK
7150 014166

26-APR-82 09:41

PAGE

!184

SUBAAP: SUBTST

<<PRINT CONFIGURATION DETAILS>>

;*_UBTEST

PRINT CONFJIGURATION DETAILS

A RRNRAARANANR NN REARRANRC RN R RO RANANNANRARAANRANNARARACAANANANRRACARACAAAANRRPAENES

;ttttttttitttttttttttt't't"'tttttfittitlfi.lttiQ'.ttt.QQQQ'Qt..'tt"t.t.'....'tt'

CLEAR LSIZ2E, MSIZE PSIZE
MOV
LASTBANK
,R2
ASL
R2
ASL
R2
FOR R1 := #0 TO R2 BY #4
IF CPUBIT SET.IN CONFIG(R1)
IF #8178 SET.IN CONFIG+2(R1)
#8179 SET.IN CONFIG+2(R1)
IF
LET PSIZE := PSIZE + M

002552

ELSE

LET MSIZE := MSIZE + M
END;IF BITY

ELSE

LET LSIZE := LSIZE + M
IF BIT8
END;
END; OF IF CPUBIT
END ;OF FOR ALL BANKS IN TABLE
005037

002446

006361
006361
006361
006361
066137

002370
002370
002370
002370
002370

CLR
FOR R1
ASL
ASL
ASL

ASL
ADD

002446

1
:=
BSIZE
BSIZE
BSIZE

BS
BSIZE(R1),1

END; FOR R1
FOR R1 := #0 TO #200 BY #4

;BSIZE(R1) := BSIZE(R1) = 16.
;1 <= 1 + BSIZE(RY)

IF CPUBIT SET.IN CONFIG(R1)
LET UNITOP := UNITOP + #1

END;
END; OF
ASL
ASL
ASL

006337

ASL

006337
005737
001405

002374

28:

005737
001405

002376

005737
001405

UNITOP

002400

041352

TYPE

$CRLF

LSIZE
3$
LSIZE
MSG112
HgIZE

48:

TYPE
TST

MSG113
PgIZE
5

8
TYPDEC

TYPDEC
TYPE
TYPDEC
TYPE

3s:

TST
BEQ
TYPDEC
TYPE
TST

5%:

004737

OF IF CPUBIT
FOR R1
UNITOP
UNITOP
UNITOP

;UNITOP := UNITOP * 16.

IF 1 LT UNITOP THFN LET I := UNITOP

716

7169 014274
7170 014300
7171 014302
7172 014306
7173 014312
7174 014316
7175 014322
7176 014330
2177 014342
7178 014344
7179 014354
7180 014360
7181 014360
7182 014372
7183 014376
7184 014402
7185 014406
7186 014412
7187 014430
7188 014434
7189 014440
7190 014442
7191 014450
7192 014454
7193 014460
7194 014462
7195 014470
71946 014474
7197 014500
7198 014502
7199 014510
7200 014514
7201 014522
7202 014526
7203 014536

013702
006302
006302

[=]

7151 014166
7152 014202
7153 0146206
7154 014210
7155 014212
7156 0146214
7157 0146224
7158 014234
7159 014244
7160 014250
7161 014252
7162 014256
7163 014256
7164 014260
7165 014264
7166 014264
716; 014264

MSIZE

PSIZE
MSG114
|
MSG070

IF #S5W6 OFF.IN @SWR
CALL PCONFIG

J 14

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

PRINT CONFIGURATION DETAILS

7204 0145642

26-APR-82 09:41

PAGE 184-1

END; OF IF #5Wé

SEQ 0178

K 14

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

PRINT CONFIGURATION DETAILS

26-APR-82 09:41
SUBTST

7207 014542

<<CHECK APT SIZING>>

ttt.ttttttt!ttttfittttttttttttttttttttttttttttttit*ttttttttttttt.tt't't"...".'

; *SUBTEST
7208 014542
7209 014556
7210 014562
7211 014566
7212 014570
7213 014576
7214 014600
7215 014604
7216 014612
7217 014614
7218 014616
7219 014620
7220 014620
7221 014622
7222 014624
7223 014626
7224 014630
7225 014632
7226 014634
7227 014640
7228 014644
7229 014654
7230 014660
7231 014660
7232 014670
7233 014674
7234 014674
7235 014700
7236 014700
7237 014710
7238 014740
7239 014742
7240 014742

SEQ 0179

PAGE 186

002430
065670

177400

CLR

MOV
FOR R2 := #0 TO #4

IFE 1(R0O) NE #0
(RO ,R1
MOVB

BIC

2177490 ,R1

IF 2(RO) LT #0

SEC
ELSE
cLC

000261

000241

END ;OF IF 2(R0)

006101
005201

ROL

010137

002430
002430

060137

002416

060137

002420

062700

000004

104046

CHECK APT SIZING

tttttttittttt.t'ttttitt"ttttttfitttttttitttttttttttt.tt*ttttttt..ttt't.t'..ttfi.
IF APTFLAC IS TRUE AND APTSIZE IS TRUE

INC
ASL
ASL
ASL
ASL
SUB

R1
R1
R1
R1
R1
TEMP R

;TO COMPENSATE FOR 4 BANKS BEING (0-3)

R1,TEMP

IFB 1(RO) EQ #3
ADD

END ;OF IFB 1(RO)

IFB 1(RO) EQ #4
ADD

R1,APTECC

END ;OF IFB 1(RO)

ADD

#4 RO

END :OF IFB_1(RO)
END ;OF FOR R2
IF APTPAR NE LSIZE OR APTECC NE MSIZE OR APTECC NE PSIZE
+46
ERROR
END :OF IF APTPAR
END ;OF IF APTFLAG

L 14
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

CHECK APT SIZING

LOOP:

7242 014742

NEWTST

005037

002220

TSTS:

SCOPE
CLR

MOV
BIC

165646
177761

017700
042700

7247 014764
7048 014770
7249 014772
7250 014774
7251 014776
7252 015000
7253 015002
7254 015004
1255 015006

000137
015452
015560
015666
016016
016146
016276
016450
016600

015010

JMP_
DISPTBL:BATPAF
BAFOAR
BAWPAF
BAWPAR
PAFBAF
PAFBAW
PARBAF
PARBAW

7257 015010

004737

015352

MEMDONE:CALL

7246 014760 004770 014770

CALL

000004

¥sT6:

004737

024102

005037

002106

004737

015352

:CHECK BACKGROUND PATTERN

DOBACK
UNIQUE BANK TEST

SCOPE

:MAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA

"WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE PROGRAM IS)

1F SELONLY IS FALSE
HEADER,MUT
SET
CALL MT0027
SET
HEADER
CLR
MUT
END ;OF IF SELONLY

FLUSH:

7273 015062

7274 015062

:DISPATCH TO ROUTINE THROUGH NEXT TABLE

GO TO NEXT TEST
MEMDONE
PATTERNS FORWARD
FORWARD,
;MODE 0;BANKS
-MODE 1:BANKS FORWARD, PATTERNS REVERSE
-MODE 2:BANKS WORST FIRST, PATTERNS FORWARD
-MODE 3:BANKS WORST FIRST. PATTERNS REVERSE
-MODE &:PATTERNS FORWARD, BANKS FORWARD
-MODE 5:PATTERNS FORWARD. BANKS WORST FIRST
-MODE 6:PATTERNS REVERSE. BANKS FORWARD
-MODE 7:PATTERNS REVERSE. BANKS WORST FIRST

tttttt**ttt*tfififitttttttfitttttti!fitttttttttttfitt'tttttttitttttt*fittttttt'ttttt't

7261

1268 015056

apISPTBLC(RO)

;GET SWITCHES
*MASK TO ONLY MODE BITS

:ttttttttttttttttt*fitttt*'ittttttttttttttttttttttttfitltttttttttt*ttttt!tfitttttt'

T+TEST 6

7262 015016
7263 015024
7264 015040
7265 015044
7266 015252
7267 015056

SONTFLAG

aSWR,RO
#*C16,R0

NEWTSTCCUNIQUE BANK TEST>>

7259 015014

015014

<<DIAGNOSTIC MODE DISPATCH ROUTINE>>

IATEST §
DIAGNOSTIC MODE DISPATCH ROUTINE
tt*ttttttttttttfittttttttttttttttttttitittittttttttttttttttttttttttttttt.tt'titt

7244 014750
7245 014754

7260

PAGE 187

tttttttttttttttttttttttfitttttttttttttttfifittlttt'ttttfittttttttt.'ttfi.t't'.ttt".

014742 000004

7243 014744

26-APR-82 09:41

SEQ 0180

CALL"

DOBACK

;RESTORE BACKROUND PATTERN

SUBTST

<<FLUSH OUT DBE'S>>

;tttttttttlitiltttfit*tttttttttiittttttti'ttktttt'tttttttttttttttttttt'itt't'ttt.

004737 024566

: *SUBTEST

FLUSH OUT DBE'S

’

MT0030

X 232232332823232 33223

CALL

3232222332333 2330 2232322 0 3R

R0t

Rttt

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

END OF PASS ROUTINE

26~APR-82 09:41
.SBTTL

SEQ 0181

PAGE 189

END OF PASS ROUTINE

tttitttttttltttttttttttttttittttttttifitttttttttttttttttttttttttttt't'tt't.i't"

= ONNNO

oo
ONO SN
NONN

‘«INCREMENT THE PASS NUMBER (SPASS)
:«INDICATE END<OF -PROGRAM AFTER EACH PASSES THRU THE PROGRAM
005037
012700
062710
062700
020027
003771
013737
005237
062737

002436
002652
020000
000004
003620

005037

002342

002614
065646
100000

013700
001456
022700
001453

000042

004737

047664

‘«TYPE "END PASS #XXXXX'' (WHERE XXXXX IS A DECIMAL NUMBER)
‘wIF THERES A nouxron GO TO IT
‘«]F THERE ISN'T JUMP TO LOOP

$EOP:

18%:

:MOVE 2ND WORD OF CONFIG TO RO

ADD
CMP

R0.03620

INCREHENT TO NEXT BANK
.DONE.

MOV

SERTTL LASTERROR

#BIT13 (rRO)
19

BLE

CLR

END ;OF
TYPDEC
MOV
8EQ

$IAP42: (MP

002000

;CLEAR BACKGROUND VALID BIT

:NO - BRANCH

INCREHENT THE PASS NUMBER
INC
..DON T ALLOW A NEG NUMBER
l100000 $PASS
8IC
TYPE
MSG077
JTYPE 'END PASS
#
IF 4#SW11 SET.IN aSWR OR QVFLAG IS TRUE OR $PASS EQ #1
;Qv
TYPE MSGOSS

065646

BEQ

QVFLAG

JF SwWi1

$PASS

42,R0
$DOAGAIN

#STACK RO
I
$DOAGA

;sGET MONITOR ADDRESS
:;BRANCH IF NO MONITOR
:ARE WE UNDER RT11
:YES - BRANCH

:WE ARE UNDER (HEAVEN HELP US) XXDP!

PUSH
CALL
POP

RO
SHUTUP
RO

RESET
(RO)
$ENDAD: CALL
NOP
NOP
NOP
$DOAGN: ;UNDO SHUTUP STUFF

7309 015234
7310 015236
7311 015240
731% 015242

7317 015242
7318 015246
7319 015252
7320 015254
7321 015262
7322 015264
7323 015270
7324 015274
7325 015300
7326 015306
7327 015316
7328 015322
7329 015324
7330 015332
7331 015336
7332 015340
7333 015344

#CONF16+2 RO

B8IC

002014

000005

7314
7315
7316

FSINFLAG

CLR

MOV

.
:

MoV

002560
002450
000060

gzg

172516

002562
000001
046410

065646

RESTORE STACK

ENERGIZE UNIBUS MAP § 22 BIT ADDRESSING
ENERGIZE MEMORY MANAGEMENT
PUT LOADERS BACK HOME

KSTACK,SP

?222817

#8I1T5'81T4 ,MMR3
BIS
ENERGIZE
MOV
LOADHOME
, RO

#1.R1
MOV
BANKMOV
CALL
IF APTFLAG IS TRUE
IF SUSWR EQ SPASS
APTHANG:
MOV #50,R1

000050
000001
065652

1%:

065650

;:CLEAR THE WORLD
2260 TO MONITOR
: :SAVE ROOM
2:FOR
JACTN

SO8 RO,2$

ADD #1.$DEVCT
ADC SUNIT

$08 R1,28
INC $PASS
BR APTHANG

;1S THIS AN 11744 OR 11/24?
;TURN ON MEMORY MANAGEMENT
sDESTINATION BANK
s SOURCE BANK

N 14
CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113

END OF PASS ROUTINE

7334 015346
7335 015346
7336 015346

000137

014742

2/-APR-82 09:41

SEQ 0182

PAGE 189-1

END ;OF IF SUSWR
END .OF IF APTFLAG
$DOAGAIN: JMP
LOOP

;RETURN

B 15

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113

END OF PASS ROUTINE

26~APR-82 09:41

SEQ 0183

PAGE 191

7339 015352

DOBACK: SUBTST

<<WRITE BACKGROUND PATTERNS>>

L «SUBTEST

WRITE BACKGROUND PATTERNS

7340 015352

005037

002110

:tttttttttt'tttltttfi't.tttttt't.!ttttt.Qttttt'.t..Q"'...t""".""""".t.Q'
PATTER N
CLR

7342 015362
7343 015366

004737

047020

7345 015416
7346 015422

004737
005037

020274
002106

7341 015356

7344 015402

7348 015434
7349 0154634
7350 015450

N
OO OARANANNY
NANN
NRAARARRRANNRAARNNONRNNAC
NANNANNARARANPARAAN
RARR
RN A C RN
CARNRANR

000207

FOR BANK := #0 TO LASTBANK
EXBANK
CALL
IF ACFLAG IS TRUE AND RRFLAG IS FALSE
HEADER,MUT
SET
CALL
CLR
SET

:fi}EST

HEADER

END ;OF IF A CFLAG
END ;OF FOR BANK
RETURN

sCALL

MJUTEST WOULD ALSO WORK

C15

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MTEST MODES

BAFPAF: SUBTST
T

; *SUBTEST

7356 015452
7357
7358 015456
7359 015462
7360 015466
7361 015470
7362 0156474
7363 015476
73
;365 015502
7367 015506

005037

002100

004737
005737
001412
005737
001007
005037

047020
002114

004737

016752

004737
001373

047464

002122

47510

005737

002124

004737

045172

004737
004737
000207

015452
046056

02220

MTEST MODES

*+«RECURSIVE*#>>

<<BANKS FORWARD ,PATTERNS FORWARD
L

BANKS FORWARD ,PATTERNS FORWARD

L T TR L L L LA ALY

**RECURSIVE*+

ttttttttt'tttti'tttttt'ttt'ttttttt.ttQ.t.ttt't'tt.tttttttt'tt't"'t.t..t"'li't
;SET BANK TO 0
BANK
CLR
:START OF PANK LOOP
;EXAMINE BANK
- XBANK
18:
CALL
sCAN WE ACCESS THIS BANK?
ACFLAG
TST
:NO - GO TO BANK LOOP TERMINATION
43
BEQ

TST

BNE
CLR

002110

005037
004737
002354

PAGE 193

26-APR-82 09:41
.SBTTL

7353
7354
7355 015452

SEQ 0134

2s:

48:

5%:

RRFLAG

43
PATTERN

:START OF PATTERN LOOP

CALL

MTEST

:RELOCATION REQUIRED?

;YES - GO TO BANK LOOP TERMINATION
:SET PATTERN TO 0
GO TEST CORRECT MEMORY

;TERMINATION OF PATTERN LooP

;GO SEE IF THIS IS THE LAST PATTERN
INCPAT
CALL
:NO - LOOP ON THIS PATTERN
2$
BNE
LOOP
; TERMINATION OF BANK
CONTFLAG
CLR
SNEXT HIGHER BANK
INCBNK
CALL
sIF NOT DONE - LOOP ON THIS BANK
18
BGE
S
:END OF LOOP
;HAVE WE BEEN RELOCATED?
RLFLAG
TST
- SKIP
;NI
5%
8EQ
JYES = RETURN
RETURN
sMOVE & MAP PROGRAM
RELOCATE
CALL
SRETURN
ON.ERROR THEN
;**NOTE«* RECURSIVE CALL
CALL
CALL
RETURN

BAF PAF

UNRELOCATE

sCALL SELF

;UNMOVE € UNMAP PROGRAM

D 15

CZMSPAQ MS11~L/M/P MEMORY DIAG. MACRO M1113

BANKS FORWARD ,PATTERNS FORWARD
7385 015560

<<BANKS FORWARD ,PATTERNS REVERSE

t«SUBTEST

BANKS FORWARD,PATTERNS REVERSE

*+RECURSIVE**>>

RN N RN ARRANRRANNR R AN ERANRNARNAARRNRARAAARNRARRAAARARANRSAARAARRAARANRROANNCACAS

**RECURSIVE*+

:tttttttttt.ttt.tttttttt'ttt'ttt'ttttt.tttttttt.tt..ttttttttttQtttt.t.".'t't".

005037

002100

004737
005737
001412
005737
001007
004737

047020
002114

1%:

047500

004737

016752

7397 015614
7398 015620
7399
7400 015622
7401 015626
7402 015632
7403
76404 015634
76405 015640
76406 015642
7607 015644
7408 015650
7409
7410 015654
7411 015660
7412 015664

005337
100373

002110

005037
004737
002354

002220
047510

005737

002124

004737

045172

004737
004737
000207

015560
046056

CLR

BANK

JSET BANK TO O

CALL

EXBANK

JEXAMINE BANK
;CAN WE ACCESS THIS BANK?
:NO = GO TO BANK LOOP TERMINATION
:RELOCATION REQUIRED?
:YES = GO TO BANK LOOP TFRMINATION
:SET HIGH PATTERN FOR CORRECT MEMORY

;START OF BANK LOOP

TST

ACFLAG

TST
BNE
CALL

RRFLAG
43
SETPAT

8EQ

002122

7395 015610
7396

BAFPAR: SUBTST

2s:

4$:

:START OF PATTERN LOOP

MTEST
CAIL
:GgPTEST CORRECT MEMORY
:T-RMINATION OF PATTERN
PATTERN
DEC
:1S THIS THE LAST PATTERN?
BPL
23
:NO - LOOP ON THIS PATTERN
LOOP
BANK
OF
:TERMINATION
CONTFLAG
CLR
JNEXT HIGHER BANK
INCBNK
CALL
13
;IF NOT DONE = LOOP ON THIS BANK
BGE

<END OF LOOPS
TST

8EQ
5$:

RETURN

RLFLAG

(=]

7394

**RECURSIVE*+

SEQ 0185

PAGE 195

7386 015560
7387
7388 015564
7389 015570
7390 015574
7391 015576
7392 015602
7393 015604

26-APR-82 09:41

sHAVE WE BEEN RELOCATED?
:NO - SKIP
sYES = RETURN
;MOVE & MAP PROGRAM

RELOCATE
CALL
ON.ERROR THEN SRETURN
;**NOTE** RECURSIVE CALL
BAFPAR
sCALL SELF
CALL
CALL
UNRELOCATE
;UNMOVE & UNMAP PROGRAM
RETURN

E 15

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

BANKS FORWARD,PATTERNS REVERSE

7415 015666
7416 015666

7617
7418 015672
7419 015676

7420 015702
7621 015706
7622 015710
7423 015712

7624 015716
7425 015720

7426
76427 015724
7428

<<BANKS WORST FIRST,PATTERNS FORWARD

*«SUBTEST

BANKS WORST FIRST,PATTERNS FORWARD

005037

002100

004737
005737

047020
002114

001415
005737
00141
005737

001007
005037

CLR

18:

002126
002110
28:

047464

7634 015746

004737
002351

047510

7436 015750

005137

002564

004737

015666

005737
001401
000207
004737

002124

58:

045172

68:

004737
004737

015666
046056

7641 015764
7642 015770
7643 015772
7644 015774

7445 016000
7446
7647 016004

76448 016010
76449 016014

001003

000207

002220

48:

BANK

;START OF BANK LOOP
CALL E) JANK
ACFLAG
1ST

;SET BANK TO 0

BEQ
TST
BEQ

4$
BMFLAG
48

BNE
CLR

4$
PATTERN

;EXAMINE BANK
SCAN WE ACCESS THIS BANK?
'NO = GO TO BANK LOOP TERMINATION
1S THIS BAD MZMORY (WORST FIRST)?
*NO - GO TO BANK LOOP TERMINATION
RELOCATION REQUIRED?
YES = GO TO BANK LOOP TERMINATION
*SET PATTERN TO 0

CALL
BNE

INCPAT
28

:GO SEE IF THIS IS THE LAST PATTERN
NO = LOOP ON THIS PATTERN

BGE

*IF NOT DONE - LOOP ON THIS BANK

COM

WORST

;1S THIS AN EVEN NUMBERED PASS?

TST

002122

004737
001373
005037

**RECURSIVE+*

.'Qtfi't'.tt.t.fi"t..'"'Q't.QQttt't!Q'Qt.t'Q....t'.'.Q.Q.Qt"'..'."'t"'t.'tt'

76429 015730
7430 015734

7637 015754
7438
76439 015756
76440 015262

«+RECURSIVE#*>>

tt'...tttttt't.t..ttt't'Qt"..tt.ttt.'t.ttti".Qt..tt...'.tttt..tt'..t'tt"'t"

016752

7435

PAGE 197

BAWPAF: SUBIST

004737

7631
7432 015736
7433 015742

26-APR-82 09:41

v+
«*RECURSIVE

SEQ 0186

RRF LAG

;START OF PATTERN LOOP
:GO TEST CORRECT MEMORY
MTEST
CALL
[0OP
PATTERN
:TERMINATION OF

“TERMINATION OF BANK LOOP
CLR
CONTFLAG
:NEXT HIGHER BANK
INCBNK
CALL
:END OF LOOPS

YES = SKIP
5%
BNE
;**NOTF
+* RECURSIVE CALL
;CALL SELF
BAWPAF
CALL
RE TURN

TST
RLFLAG
;HAVE WE BEEN RELOCATED?
NO - SKIP
6$
BEQ
:YES = RETURN
RETURN
*MOVE & MAP PROGRAM
RELOCATE
CALL
ON.ERROR THEN SRETURN
;*xNOTE+* RECURSIVE CALL
CALL
BAWPAF
:CALL SELF
*UNMOVE € UNMAP PROGRAM
UNRELOCATE
CALL
RETURN

F 15

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

BANKS WORST FIRST,PATTERNS FORWARD

7452 016016

<<BANKS WORST FIRST,PATTERNS RE,CRSE

: «SUBTEST

BANKS WORST FIRST,PATTERNS REVERSE

7455 016022
7456 016026
7457 016032
7458 016034
7459 016040
7460 016042
7461 016046
7462 016050

004737
005737
001415
005737
001412
005737
001697
004737

047020
002114

7464 016056
7465
7466 016060
7467 016064

004737

016752

005337
100373

002110

76470 016072
7471 016076

005037

004737
002351

10 220

7473 016100

005137

002564

004737

016016

005737
001401
000207
004737

002124

5%:

045172

6$:

004737
004737

016016
046056

7472

2474 016104
7475
7476 016106
7477 016112

76478 016114
7479 016120
7480 016122
7481 016124
7482 016130
7483
7684 016134

7485 016140
7485 016144

001003
000207

000207

CLR _ BANK

START OF BANK LOOP

EXBANK
ACFLAG
4$
BMFLAG
4$
RRF LAG
4$
SETPAT

;SET BANK TO 0

;EXAMINE BANK
1CAN WE ACCESS THIS BANK?
*NO = GO TO BANK LOOP TERMINATION
1S THIS BAD MEMORY (WORST FIRST)
*NO - GO TO BANK LOOP TERMINATION
RELOCATION REQUIRED?
YES = GO TO BANK LOOP TERMINATION
*SET HIGH PATTERN FOR CORRECT MEMORY

18:

CALL
TST
BEQ
TST
BEQ
TST
BNE
CALL

28:

:GO TES7 CORRECT MEMORY
MTEST
CALL
;TERMINATION OF PATTERN {0OP
;IS THIS THE LAST PATTERN?
FATTERN
BEC
:NO = LOOP ON THIS PATTERN
28
BPL

002126
002122

047500

/510

#*RECURSIVEwe

"ttttitttttfitttttttttt""*ttttttt.ttttt.'tll.'.t..t't.....t't't'.'t't'.tt'.t."

002100

7468
7469 016066

#*RECURSIVEw*>>

:tttt.fi.t.ttt'tttt.tttt"'t'tt.tt't"tt.Qt'....tQ.'..Q.tt"'.'.'."t""""'...

005037

7463

PAGE 199

BAWPAR: SUBTST

7453 016016

7454

26-APR-82 09:41

**RECURSIVE#+

SEQ 0187

48:

;START OF PATTERN LOOP

;TERMINATION OF BANK LOOP
CLR
CONTFLAG

CALL
BGE

INCBMK
13

;NEXT HIGHER BANK
IF NOT DONE - LOOP ON THIS BANK

COM

WORST

;1S THIS AN EVEN NUMBERED PASS?

-END OF LOOPS

*YES - SKIP
5$
BNE
:**NOTE+* RECURSIVE CALL
;CALL SELF
BAWPAR
CALL
RETURN

TST
RLFLAG
;HAVE WE BEEN RELOCATED?
INO - SKIP
68
BEQ
YES - RETURN
RETURN
‘MOVE 2 MAP PROGRAM
CALL _ RELOCATE
ON.ERROR THEN SRETURN
;*«NOTE+* RECURSIVE CALL
;CALL SELF
BAWPAR
CALL
*UNMOVE € UNMAP PROGRAM
UNRELOCATE
CALL
RETURN

G 15

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

BANKS WORST FIRST,PATTERNS REVERSE
7489 016146

26-APR-82 09:41

**RECURSIVEww

SEQ 0188

PAGE 201

PAFBAF: SUBTST

<<PATTERNS FORWARD,BANKS FORWARD

:*SUBTEST

PATTERNS FORWARD ,BANKS FORWARD

*+*RECURSIVE+>>

tttttttttt'tttttt.ttt""t'ttttQfitttttlttttt'tttt..QQ'tt..Q.t.t..'...'.".'.."

*+RECURSIVE
++

005037

002110

tttttttttt'tttttttttttt"tttt!t.tttt.ttttttttttttt'ttttiQ.Qi.t't't..t.""...'.
PATTERN
;SET PATTERN TO 0
CLR

005037

002100

1%:

004737
004737
001010
005737
001405
005737
001002
004737

047020
047446

2s:

005037
004737
002356

002220
047510

7507 016222
7508 016226
7509
7510 016230

004737
001351

047464

005137

002132

BNE
1%
;END OF LOOPS
TMFLAG
CoM

7512 016234
7513
7514 016236
7515 016242
7516 016244
7517 016250
7518 016252
7519 016254
7520 016260
7521
7522 016264
7523 016270
7524 016274

001403
016146

:YES - SKIP
5%
8EQ
;*«NOTE** RECURSIVE CALL
sCALL SELF
ge%L N PAFBAF

7490 016146
7491

7492 016152
7493
7494 016156
7495 016162

016214
04
7505 016220
7506

004737

000207
004737
004737
004737
000207

002114

002122
016752
4S:

;START OF PATTERN LOOP

BANK
CLR
;START OF BANK LOOP
E XBANK
CALL
BANKOK
CALL
43
BNE
ACFLAG
TST
43
BEQ
RRFLAG
TST
43
BNE
MYEST
CAL

JSET BANK TO O
sEXAMINE BANK
:CORRECT MEMORY FOR THIS BANK?
:NO - GO TO BANK LOOP TERMINATOR
sCAN WE ACCESS THIS BANK?
:NO - GO TO BANK LOOP TERMINATION
:RELOCATION REQUIRED?

JYES - GO TO BANK LOOP TERMINATION
:GO TEST CORRECT MEMORY

TERHINATION OF BANK LOOP

CLR

CONTFLAG

CALL
8GE

INCBNK
23

sNEXT HIGHER BANK
sIF NOT DONE - LOOP ON THIS BANK

CALL

INCRPT

JNEXT HIGHER PATTERN

-TERMINATION OF PATTERN (00P

002124

5%:

045172

6$:

TST
BEQ
RETURN
CALL

RLFLAG
6$

RELOCATE

ON.ERROR THEN SRETURN

;**NOTE«* RECURSIVE CALL

CALL
CALL
RETURN

PAFBAF

UNRELOCATE

;0K - LOOP; ELSE CONTINUE

;COMPLEMENT TYPE OF MEMORY
;IS THIS AN EVEN NUMBER PASS?

;HAVE WE BEEN RELOCATED?
= SKIP
INO
JYES = RETURN
:MOVE & MAP PROGRAM
sCALL SEL

: UNMOVE 2 UNMAP PROGRAM

H 15

CZMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS FORWARD ,BANKS FORWARD
7527 01676

002110

005037

002100

004737
004737
001013
005737
001410
005737
001405
005737
001002
004737

047020
047446

75643 016346
7544 016352
7545 016356
7546
7547 01€360
7548 016364

005037
004737
002353

002220
047510

004737
001346

047464

7550 016366

005137

002132

7552 016372

001403

7554 016374

004737
000207
005137
001003

016276

004737
000207
005737
001401
000207
004737

016276

7537 016326
7538 016332
7539 016334
7540 016340
7541 016342
7542

7549
7551

7553

RXRXRX %

PNININ)
b g
Lo ¥ S NTe= ¥ b
o J o]

402

7564 01
7265 016432

7566

7567 016436
7568 016442
7569 016446

PAGE 203

PAFBAW: SUBTST

<<PATTERNS FORWARD,BANKS WORST FIRST

«SUBTEST

PATTERNS FORWARD,BANKS WOKST FIRST

#*RECURSIVE**>>

tt'tttttttttttlttttttt"'ttit.tt.tttttttQ"t..t".i'..tlt't."t"'..i'.'"t."'

005037

7528 016276
7529
7530 016302
7531
7532 016306
7533 016312
7534 016316
7535 016320
7536 016324

26-APR-82 09:41

«+*RECURSIVE
v+

SEQ 0189

004737
004737
000207

28:

002126

EXBANK
BANKOK
4$

:EXAMINE BANK
*CORRECT MEMORY FOR THIS BANK?
*NO - GO TO BANK LOOP TERMINATOR

TST
BEQ

B¥CLAG
4$

IS THIS BAD MEMORY (WORST FIRST)
*NO - GO TO BANK LOOP TERMINATION

4$
MTEST

*VES = GO TO BANK LOOP TERMINATION
GO TEST CORRECT MEMORY

TST

002122

BNE
CALL

016752

4$:

ACFLAG
4$

RRFLAG

*CAN WE ACCESS THIS BANK?
‘NO - GO TO BANK LOOP TERMINATION
*RELOCATION REQUIRED?

-TERMINATION OF BANK LOOP

CLR

CONTFLAG

;NEXT HIGHER BANK
INCBNK
CALL
*IF NOT DONE = LOOP ON THIS BANK
28
BGE
:TESMINATION OF PATTERN LOOP
;NEXT HIGHER PATTERN
INCRPT
SALL
‘0K - LOOP; ELSE CONTINUE
18
BNC
-END OF LOOPS
:COMPLEMENT TYPE OF MEMORY
TMFLAG
com
IS TRIS AN EVEN NUMBER PASS?
:YES - SKIP
5%
BEQ
;«*NOTE+* RECURSIVE CALL’

CALL

002124

6$:

045172

78:

016276
046056

:START OF BANK LOOP

CALL
CALL
BNE
TST
BEQ

002114

002564

#*RECURSIVE+*

ttttttt"tttt..'tttQ*'"'Qtt'..tttttttttttfi."t'tt..ttttittt.'t.t"'tt".t.."'
CLR
PATTERN
;SET PATTERN TO 0
:START OF PATTERN LOOP
18:
CLR
BANK
;SET BANK TO 0

RETURN

PAFBAW

;CALL SELF

COM
WORST
:4TH PASS?
:YES - SKIP
€$
BNE
;*«NOTE** RECURSIVE CALL
;CALL SELF
PAFBAW
CALL
RETURN

TST
BEQ

RLFLAG
7$

RETURN
CALL
RELOCATE
ON.ERRDR THEN SRETURN

s**NOTE+*» RECURSIVE CALL

CALL
CALL
RETURN

PAFBAW

UNRELOCATE

;HAVE WE BEEN RELOCATED?
INO - SKIP
*YES - RETURN
‘MOVE € MAP PROGRAM
sCALL SELF

;UNMOVE € UNMAP PROGRAM

I15

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS FORWARD ,BANKS WORST FIRST
7572 016450

26-APR-82 09:41

*«RECURSIVE**

SEQ@ 0190

PAGE 205

PARBAF: SUBTST

<<PATTERNS REVERSE,BANKS FORWARD

s*SUBTEST

PATTERNS REVERSE,BANKS FORWARD

*#>>
*«RECURSIVE

:ttttttttttltttttt'QQttt'tt'.Q.ttttttl"fitt.Qtt"Qlt.'.tttt.tt...t"t.*tttt'."t

++
**RECURSIVE

;'tttfittfittttttttttt.t't'it'ttitfitt'tt.ttt'!tfitttfittt"tttttttfi'tt'tittt.t'.tt"

7573 016450

7574
7575 016454
7576
7577 016460

004737

047500

005037

002100

18:

004737
004737
001010
005737

047020
047446

2s:

002114

002122
004737

016752

005037
004737
002356

2
7593 016532

7595 016536
96

7603 016562

7604

7605 016566
7606 016572
7607 016576

48:

005337
100351

002110

005137

002132

001403
004737

004737
004737
004737
000207

016450
002124

5$:

045172

6$:

016450
046056

sSET HIGHTEST PATTERNS
HIPAT
CALL
:START OF PATTERN LOOP
CLR
BANK
;SET BANK TO 0
:START OF BANK LOOP
JEXAMINE BANK
E XBANK
CALL
sCORRECT MEMORY FOR THIS BANK?
BANKOK
CALL
sNO ~ GO TO BANK LOOP TERMINATOR
48
BNE
sCAN WE ACCESS THIS BANK?
ACFLAG
TST
JNO - GO TO BANK LOOP TERMINATION
43
BEQ
sRELOCATION REQUIRED?
RRFLAG
TST
:YES - GO TO BANK LOOP TERMINATION
43
BNE
;GO TEST CORRECT MEMORY
MTEST
CALL
:TERMINATION OF BANK LJOP
CLR

CONTFLAG

sNEXT HIGHER BANK
INCBNK
CALL
;IF NOT DONE - LOOP ON THIS BANK
2%
BGE
LOOP
:TERMINATION OF PATTERN
sNEXT LOWER PATTERN
PATTERN
DEC
;0K = LOOP; ELSE CONTINUE
13
8PL
S
cEND OF LOOP
;COMPLEMENT TYPE OF MEMORY
TMFLAG
COM
;15 THIS AN EVEN NUMBER PASS?
= SKIP
;YES
5%
8EQ
:**NOTE+* RECURSIVE CALL
sCALL SELF
PARBAF
CALL
RETURN

TST
8EQ

RLFLAG
63

CALL

RELOCATE

RETURN

ON.ERROR THEN SRETURN

s **NOTE+* RECURSIVE CALL

CALL

RETURN

PARBAF

UNRELOCATE

JHAVE WE BEEN RELOCATED?
:NO - SKIP
:YES = RETURN
sMOVE £ MAP PROGRAM
sCALL SELF
;UNMOVE & UNMAP PROGRAM

I 15

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS REVERSE ,BANKS FORWARD

7610 016600

004737

047500

7613 016604

005037

002100

7615 016610
7616 016614
7617 016620
7618 016622
7619 016626
7620 016630
7621 016634
7622 016636
7623 016642
7624 016644
7625
7626 016650
7627 016654
7628 016660
7629
7630 016662
7631 016666
7632
7633 016670
7634
7635 016674
7636
7637 016676
7638 016702
7639 016704
7640 016710
7641
7642 016712
7643 016716
7644 016720
7645 016724
7646 016726
7647 016730
7648 016734

004737
004737
001013
005737
001410
005737

047020
047446

7650 016740
7651 016744

004737
004737
000207

7614

7649

7652 016750

**RECURSIVE
*#

SEQ 0191

PACE 207

PARBAW: SUBTST

<<PATTERNS REVERSE ,BANKS WORST FIRST

*«SUBTEST

PATTERNS REVERSE,BANKS WORST FIRST

«+RECURSIVE**>>

ttttttttttttt.tttittt'ttttttt"itttfittttttttlttttfitttt.fittttttttti..tt..'.'.'.'

7611 016600

7612

26-APR-82 09:41

002114

002126

002122
004737

016752

005037
004737
002353

002220
047510

005337
100346

002110

005137

002132

4$:

016600

004737
000207
005737
001401
000207
004737

016600

002564

CALL
BGE

INCBNK
23

sNEXT HIGHER BANK
;IF NOT DONE - LOOP ON THIS BANK

DEC

PATTERN

JNEXT LOWER PATTERN

13
BPL
;END OF LOOPS
TMFLAG
coM

;0K = LOOP; ELSE CONTINUE

;COMPLEMENT TYPE OF MEMORY
;1S THIS AN EVEN NUMBER PASS?
:YES = SKIP
5%
8EQ
; *«NOTE*+ RECURSIVE CALL
sCALL SELH
PARBAW
CALL

5%:

RETURN

:4TH PASS?
WORST
;YES - SKIP
63
;*«NOTE+* RECURSIVE CALL’

COM
BNE

CALL

002124

6$:

045172

7$:

016600
046056

CLR CONTFLAG

; TERMINATION OF PATTERN (0OP

001403
004737
000207
005137
001003

#*RECURSIVEw+

'titttttt'ttttt'tt.'tt"it"ttfittttfitttt.tt'ttt'ttt'lttttt"'tttfi...""t.'fi..i
:SET HIGHTEST PATTERN
CALL _ HIPAT
LOOP
RN
PATTE
OF
T
:STAR
18:
¢LR
BANK
;SET BANK TO 0
LOOP
BANK
OF
T
:STAR
;EXAMINE BANK
EXBANK
CALL
28:
*CORRECT MEMORY FOR THIS BANK?
BANKOK
CALL
‘NO - GO TO BANK LOOP TERMINATOR
4$
BNE
:CAN WE ACCESS THIS BANK?
ACFLAG
TST
NO - GO TO BANK LOOP TERMINATION
4$
BEQ
*1S THIS BAD MEMORY (WORST FIRST)
BMFLAG
TST
*NO - GO TO BANK LOOP TERMINATION
4$
BEQ
TST
RRFLAG
*RELOCATION REQUIRED?
*YES = GO TO BANK LOOP TERMINATION
4$
BNE
*GO TEST CORRECT MEMORY
MTEST
CALL
-TERMINATION OF BANK LOOP

RETURN

PARBAW

sCALL SELF

RLFLAG
TST
4
BEQ
RETURN
CALL
RELOCATE
ON.ERROR THEN SRETURN

sHAVE WE BEEN RELOCATED?
:ND = SKIP
:YES - RETURN
:MOVE & MAP PROGRAM

5?%bnn UNRELOCATE

: UNMOVE 3 UNMAP PROGRAM

;**NOTE+* RECURSIVE CALL
CALL
PARBAW
sCALL
S

K 15

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS REVERSE ,BANKS WORST FIRST

26-APR-82 09:41

**RECURSIVE
*+»

SUBTST

7655 016752

SEQ 0192

PAGE 209

<<SUBR

SETUP MEMORY TEST>>

:ttttttttttttttttttttit't'tt'ttttttktttttQittttt'ttQt.ttitttt't..'t"ttt"Q't"'

SETUP MEMORY TEST

:*SUBTEST

;tttttttttttttttittttttttt"tttttttttttfittt"t.ttttttl*t'tttttttlttttt't't"tt't

7656 016752
7657 016160
7658 016766
7659 016772
7660 016776
7661 017000
7662 017000
7663 017006
7664 017014
7665 017020
7666 017020
7667 017020
7668 017024
7669 017026
7670 017032
7671 017036
7672 017044

005037
005737
001413

002262
002116
HOLDLONP

004737

017046

004737
000402
004737
005037

020274

000207

sINITIALIZE HEADER MESSAGE TYPEOUT
s INDICATE THERE IS A MEMORY UNDER TEST

020514
002106

JECC?
:NO - SKIP

IF CONTFLAG [S TRUE THEN LEAVE HOLDLOOP
IF SKIPMK IS FALSE
C
MKCONTROL
END; OF IF SKIPMK
HOLDLOOP

JYES - DO ECC TESTS
;DO PARITY TESTS

sNOW - NO MEMORY UNDER TEST
sALLOW HEADERS NORMAL

L 15
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
SETUP MEMORY TEST
SUBR

MKCONTROL : SUBTST

7675 017046

SRR AR AR R

; *SUBTEST

SEQ@ 0193

PAGE 211

26-APR-82 09:41

SUBR

<<SUBR

TEST ECC CSR LOGIC DISPATCH>>

AN AR R RN

A AR

TEST ECC CSR LOGIC DISPATCH

R RN R AR AR RERRRANERTRANRRAANARNY

ttt*tfit*ttttttttttt ARERRENERRARARARANRARRANARNNARANAANRRRARARARNERAANNANAAAAAOAARCCRS

sTHE NEXT TWO MODULES SOLVE THE PROBLEM OF
HOU TO RUN THE CSR TESTS ON EACH ECC MEMORY

7676
7677
7678

7679 017046
7680 017056
7681 017066

7682 017102
7683 017110
7684 017116
7685 017122
7686 017126
7687 017132
7688 017136
7689 017142
7690 017144
7691 017150
7692 017152
7693 017156
7694 017162
7695 017164
7696 017170
7697 017176

7698 017202
7699 017206
7700 017212
7701 017216
7702 017222
7703 017226
7704 017230
7705 017236
7706 017244
7707 017250
7708 017256
7709 017272
7710 017274
7711 017274
7712 017300
7713 017314
7714 017322
7715 017330
7716 017336
7717 017344
7718 017350
7719 017352
7720 017360
7721 017362
7722 017370
7723 017374
7724 017376
7725 017400
7726 017404
7727 017410
7728 017416

012737
012737
005037
005037
005037
013700
016001
000301
042701
006301
010137
005737
001421
005237
012737
005237
005237
016001
072127
042701
050137
005003
116337
042737

IF SELONLY IS TRUE THEN SRETURN
IF INHECC 1S TRUE THEN SRETURN
PUSH
BANK ,R0,R1,R2,R3
#FIRST,CSRFBANK
, CSRLBANK
#LAST
CSRINT
SPLTCSR

060000
157776
002234
002236
002326
002102
002650

MOV
MOV
CLR
CLR

177760

BIC

#4C17 ,R1

002522
002134

MOY
TST
?sg

R1,CSRHOLD
INTFLAG
;8

002236
120000
002326
002234
002650
177775
160777
002522

CLR
MOV

MOV

SWAB

ASL

MOV

002232

INC

MOV

ASH

BIC

18:

%{g

MKLOOP: MOvB

002522
177741

8IC

;SET FIRST TEST ADDRESS TO FIRST ADDR.

; AND ZERO THE LOOP COUNTER
;GET THE BANK INDEX

CSRLOOP
BANKINDEX ,RO

;GET CSR NUMBER

CONFIG(RO) ,R1

:STORE IN THE LOW BYTE
;1S THIS BANK INTERLEAVED?
BRANCH IF NOT INTERLEAVED

#120000 CSRLBANK

CSRLOO

:WE MUST LOOP TWICE FOR AN INTERLEAVED BANK

CONFIG(RO) R1

sGET THE INTERLEAVE CSR NUMBER

CSRI NT

#-3,R

0‘C17000.R1
2;.CSRHOLD

;STORE IT IN CSRHOLD'S UPPER BYTE

CSRHOLD(R3) ,CSRNO
#C36,CSRNO

:CLEAR ANY UNNECESSARY BITS

FOR MKCNT := #0 TO CSRINT

;22 CSRFIRST := CSRFBANK TO CSRLBANK BY #4000
sMAP TEST SPACE TO BANK
BANK
s INVALIDATE BACKROUND PATTERN
INVALIDATE

104511

BEGIN CSRSTUFF
CLR
SUCCESS

005037

002330

013737
062737

002224
004000

002226
002226

013737

002406

002410

002236
040000

002410

004737

000002
017670

002410

104424
005037

002074

005037

002262

IF ACFLAG 1S TRUE AND RRFLAG IS FALSE
MOV
ADD

CSRFIRST,CSRLAST
#4000, CSRLAST

FOR TESTADD := CSRFIRST TO CSRLAST BY #4
+2
TESTADD, TESTADD
MoV
TST

1$:
2$:

SPLTCSR

18
BEQ
ADD
#40000, TESTADD +2
BR
2%
ADD
#2 ,TESTADD+2
SBETEST
CALL
ERROR
ON.NO
sTURN CACHE OFF
CACHOFF
s INDICATE PARITY ACTION
NOPAR
CLR
FOR I := #0 TO #27
HEADER
SET
PASFLG
CLR

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

TEST ECC CSR LOGIC DISPATCH

7729 017422
7730 017426
7731 017430
7732 017434
7733 017442
7734 017446

7741 017514
7742 017514
7743 017514
7744 017522
745 017526
7746 017536
7747 017542
7750 017564
7751 017570
7752 (17604
7753 017612
7754 01762C
7755 017622
7756 017626
7757 017630
7758 017634
7759 017636
7760 017644
7761 017650
7762 017664
7763 017666

002144
000002
020174

26-APR-82 09:41

SEQ 0194

PAGE 211-~1
LET RO := [
PUSH R3
SP,CTLKVEC
MOV
#2,CTLKVEC
SUB
CALL CSRCASE
POP
R3
END ;OF FOR I
CACHON

002144

SUCCESS
SET
F
CSRSTUF
LEAVE
R
ON.NOERRO
;OF
END
TESTADD
FOR
;:OF
END
END ;OF IF
END CSRSTUFF

;SAVE LOOP COUNTER
sSAVE VECTOR IN CSR OF “K
sRESTORE LOOP COUNTER

sTURN CACHE ON

IF SUCCESS IS FALSE
TYPE
MSGA34
TYPOCS BANK,<TYPES BANK NUMBER>,3

004737

057476

005237

002236

062737

000002
000001

TYPE ~ MSGBS4
CALL

002230
002236

002326
104472

005037
000207
000000

017230

PERBNK

END ;OF IF SUCCESS
END; OF FOR CSRFIRST
SPLTCSR
INC"
END: OF FOR MKCNT
#2, CSRFBANK
ADD
MOV
#1.SPLTCSR
R3
INC
R3,CSRLOOP
CMP
1$
BGT
18:

002236
MKCNT:

JMP

MKLOOP

SET
CLR

CONTFLAG
SPLTCSR

ECCINIT

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

POP

R3,R2.R1,RO,BANK

.WORD

RETURN

;COUNTER FOR MKLOOP

N 15
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

TEST ECC CSR LOGIC DISPATCH

7766 017670

26-APR~82 09:41

SEQ 0195

PAGE 213

SBETEST:SUBTST

<<CHECK FOR SBE FREE LOCATIONS>>

: *SUBTEST

CHECK FOR SBE FREE LOCATIONS

dRRA AR RAR A RARNN A A A AR AN AT AN I AARNRARRRNRAA PR RN RRAANRAAAAAANNRARNRAORARNA
RN ROORY

AN RARRRRN I RA RN ARAAAAR A A NI AR ANRARNRAAAAARAANRANIRRANARARAARARNNANRAS
e ARACARORNOERD

<IN ORDER TO DETERMINE IF A LOCATION IS SBE FREE I DO THIS

WRITE ZEROS WITH ECC DISABLE

;READ ZEROS BACK
sIF NOT ZEROS THEN RETURN ERROR

WRITE _ZEROS WITH ECC ENABLED BUT TRAPS DISABLED

¢READ ZEROS BACK
:1F NOT ZEROS THEN RETURN ERROR

:TEST THE LOCATION FROM THE PAR'S (WITH NO PROGRAM FETCHES)
'IF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR
:COMPLIMENT ZEROS TO ONES WITH ECC DISABLE

:READ ONES BACK

IF NOT ONES THEN RETURN ERROR
URITE 100,.,100000,00000 (CHECKBITS COMPLIMENT OF BEFORE)

WITH ECC ENABLED BUT TRAPS DISABLED

sTEST THE LOCATION FROM THE PAR'S

(WITH NO PROGRAM FETCHES)

IF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR

ézAgENEng THE ABOVE FORCES A RETURN ERROR THEN RETURN NO.ERROR

7791 017670
7792 017676
7793 017702
7794 017706
7795 017714
7796 017716
7797 017720
7798 017724
7799 017726

7800
7801
7802
7803
7804
7805
7806
7807
7808
7809
7810
7811
7812

017730
017732

017734
017736
017742
017744
017746
017750

002406
002410

104424
104471

005711
001107
005714
001105
104503

020004
020010
020016
020016

PUSH

RO,R1,R4

;PUSH RO,R1,R4 ONTO STACK

MOV
TESTADD,R1
MOV
TESTADD+2,R4
TESTAREA
CACHOFF
ECCIDIS
CLEAR
(R1),(R&)
TST
(R1)
BNE
SBENT
ST
(R4)
BNE
SBENT

;ENTSR TEST MODE
:TURY CACHE OFF
:DISABLE ECC ON 1 SELECTED CSR

CLR1CSR
CLEAR
(R1),(R&)

005711

TST
BNE

(R1)
SBENT

BNE

SBENT

017752
017754
017764

7813 017772
7814 01777
7815 020000
7816
7817
7818
7815

013701
013704

;CLEAR 1 SELECTED CSR

(k&)

TSTREAD

:TEST LOC

IF #81715'8114 SET.IN CSR

002454
177774
177600

SET SKPERR
ERRGEN
ov
E!RADD.RO

(R1)

& TST FOR SBE

(WITHOUT FETCHES)

:DISABLE ERRGEN'S ERROR PRINTOUT

BIC o~c17
IF BANK EQ né rusu GOTO SBENT
ASH

END; OF IF #S1T1S

eccinls

:DISABLE ECC ON 1 SELECTED CSR

B 16

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

CHECK FOR SBE FREE LOCATIONS

7820 020020
7821 020022
7822 020026

005111
005114
023711

7823 020039 001046
7824 020032 023714
;ggg 020036 001043
7827 020040

005011
012714
005711

7832 020054
;ggz 020060

(22714
001032

7835 020062

7836 020064

7837 020074

7838 020102

7839 020104
7840 020110

com
COM
CMP

002600

BNE
CMP
BNE

002600

CLR1CSR

104503

7828 020042
7829 020044
7630 020050
7831 020052

26-APR-82 09:41

001035

100000

104512

7854 020156 104473
7855 020160
7856 020152

7857 020170
7858

104423

SBENT

STEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
:DISABLE ERRGEN'S ERROR PRINTOUT

ERRADD,RO
#-4 RO

ROTHEN GOTO SBENT
c*ci77
BIC
96
EQ
BANK
IF
END; OF IF #8IT1S
KERNEL

ECCTINIT
CACHON
R4 ,.R1,RO
POP
$RETURN NOERROR

;ggg 020142

104417

aexr1s (R4)
SBENT

MOV
ASH

7846 020130 104473
7847 020132 104423
7848 020134
7852 020150
7853 020154

CMP
BNE

ERRGEN

002454
177774

104417

104503

(R1)
#8IT15, (RG)
(R1)

;CLEAR 1 SELECTED CSR

SET SKPERR

;gzz

7851 020146

SBENT
SBENT

ONES, (R4)

If ~91r1s'9174 SET.IN CSR

042700 177600
7841 020114
7842 020120
020126
7845 020126

(R1)
(R4)
ONES, (R1)

TSTREAD

104510
013700
072027

PAGE 213-1

CLR
MOV
TST
BNE

100000

SEQ@ 0196

SBENT:

CLRICSR

CLEAR
KERNEL

(R1),(R&)

SINITIALIZE 1 SELECTED CSR
‘TURN CACHE ON
‘POP RO,R1 & R4 FROM STACK
;CLEAR 1 SELECTED CSR
;ENTER KERNEL MODE

SINITIALIZE 1 SELECYED CSR

ECCTINIT
CACHON
POP

;ENTER KERNEL MODE

R4.R1,R0

SRETURN ERROR
.DSABL LS8

O
*TURN CACHE
‘POP RO,R1 & R4 FROM STACK

€16

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

CHECK FOR SBE FREZ LOCATIONS

7861 020174

26-APR-82 09:41

SEQ 0197

PAGE 215

CSRCASE:SUBTST

<<CSR PATTERN CASE STATEMENT>>

:*SUBTEST

CSR PATTERN CASE STATEMENT

3 1223233302222 0222033 ]])
tttt'ttit'tittttfi.tttt""ttttit.fi P 2222222223223

Qttlttittttt"ttttt.fittitt*'tttfiitfiittQ.tt.fi....t".t"...'.. P 1213328232232 433243 2]
CASERO

7862 02017+
7863

;WARNING IF YOU CHANGE THIS TABLE ALSO

1864

= ‘‘SDDWS'‘ (THE PATTERN BIT MAP)
CHANGE *'SDDWOTM

7866

1867 020204

021750

7869

WKCSRT:

MT0006
:

TIME

;<1 SEC

DESCRIPTION

INITIAL DATA TEST

7870

MS11-P ECC TESTS

7872 020206 026554
7873 020210 022350
7874 020212 026614
7875 020214 026264
7876 020216 022616
7877 020220 026336
7878 020222 026406
7879 020224 026450
7880 020226 026514
7881 020230 026654
1882 020232 026714

MT0044
MT0014
MT0045
MT0036
MT0020
MT0037
MT0041
MT0042
MT0043
MT0046
MT0047

;1 SEC
: 1 SEC
<1 SEC
: 1 SEC
: 1 SEC
<1 SEC
: 1 SEC
<1 SEC
:<1 SEC
: 1 SEC
<1 SEC

SHIFTING 1/0'S TH.OUGH CHECK BITS
BASIC DOUBLE ERRCR TEST

022046

MT0010

;<1 SEC

BYTE ADDRES®ING TEST

7884 020234
7886

788z
7889 020236
7890 020240
7891 020242
7892 020244
7893 020246
7854 020250
7896
7897

7898 020252
7899 020254
7900 020256
7901 020260
7902 020262
7903 020264
7904 020272

023522
022102
022160
022264
022440
022516
026760
026760
026760
026760
026740
000207

MS11-M ECC TESTS

MT0025
MT0011
MT00i2
MT0013
MT0015
MT0016

;<1 SEC
:<2 SEC
;<1 SEC
: 1 SEC
: 1 SEC
<1 SEC

; 0 SEC
MT0999
: 0 SEC
MT0999
0 SEC
MT0999
: 0 SEC
MT0999
MT0999
: 0 SEC
END ;OF CASE RO

RETURN

SYNDROMES TO (SR ON DOUBLE BIT ERROR TEST
CORRECTION CODE [FST

SYNDROMES TO CSR N SINGLE BIT ERROR TEST

ECC DISABLE TES”
ADDRESS TO CSR LN DOUBLE BIT ERROR
EXTENDED ADDRESS TO CSR ON ERROR TEST

WRITE BYTE CLEARS SBE TEST
CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST
NO CSR UPDATE ON SBE WITH EXSISTING DBE

INTERRUPT ENABLE TEST
CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE 3IT ERROR TEST
WRITE INHIBIT OF BYTE WITH DBE
WRITE INHIBIT OF WORD WITH DBE
NULL
NULL
NULL
NULL
NULL

TEST
TEST
TEST
TEST
TEST

D 16
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
CSR PATTERN CASE STATEMENT
7907 020274

7908 020274
7909 020312
7910 020314
7911 020316
7912 020320
7913 020320
7914 020326
7915 020334
7916 020340
7917 020342

7918 020362
7919 020364
7920 020364
7921 020370

7922 020376

7923 020402
7924 020420
7925 020422
7926 020424
7927 020426
7928 020426
;3%8 520432

26-APR-82 09:41

MKTEST: SUBTST

<<SUBR

ECC TEST DISPATCH>>

; *SUBTEST

SUBR

ECC TEST DISPATCH

ttQt'ttttt'.tttttt'ttt'""'ttl.ttt.i.'ttfi.'ttt'.."tt.t.tt"'.'t'ttttt".'t".

ttttttfittt.tttitfitlttt"'t'ttt.ttttl'ttttt.Q't"t.ttt..tt"'l'ttl'ttt".'t..'t'
IF JSUO SET.IN @SWR OR ACTFLAG IS TRUE
;DISABLE ERROR CORRECTION
ELEEC

104470

012737
012737
013700
006300

000002
000002
002110

END OF IF

MOV
MOV
MOV
ASL

$N2074
002322

INVALIDATE

002144
000002
020434

END ;OF IF MKPAT(RO)

MOV

su8

002144

CALL

sINCICATE PARITY ACTION
*TRAPS ADD 2 TO PC
GET PATTERN NUMBER
MAKE IT A WORD ADDRESS

; INVALIDATE BACKGROUND PATTERN ON ‘BANK''

SP,CTLK/EC

;SAVE VECTOR IN CASE OF “K

GMKPAT (RO)

s INDEX OFF TABLE

#2,CTLKVEC

IF #sW0 SET.IN @SWR OR ACTFLAG IS TRUE
;TRAP ON SINGLE BIT ERRCRS
ELE?ASBE

104506

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

ECCINIT

104472

005037
000207

#2 ,NOPAR
#2 ,PCBUMP
PATTERN,RO
RO

IF MKPAT(R0O) NE #MT0034 AND HKFAT(RO) NE #MT0999

104511

010637
162737
004770

;CLEAR ALL CSR'S

CLRCSR

104502

END ;OF IF #SW0
NOPAR
CLR

002074

JINDICATE PARITY ACTION

RETURN

;WARNING IF YOU CHANGE THIS TABLE ALSO

7931

7932
7933
7934 020434
7935 020434

SEQ 0198

PAGE 217

: CHANGE 'SDDUO" ‘'$DDWS‘* (THE PATTERN BIT MAP)

7936 020436
7937 020440
7938 020442
7939 020444
7940 020446
7941 020450
7942 020452
7943 020454
7944 020456
7945 020460
7946 020462
7947 020464
7948 020466
;328 020470

026000
022574
022004
020760
021100
021472
021614
022700
023160
023600
023256
025070
025260
025612
026000

7951 020472
7952 020474
7953 020476
7954 020500
7955 020502
7956 020504
7957 020506
7958 020510
7959 020512

026760
026760
026760
026760
026760
026760
026760
026760
026760

MKPAT:

;PAT
DISCRIPTION
:NOTE HTOO34 MUST BE FIRST & LAST
;SOFT _ERROR = BACKGROUND PATTERN TEST
1 SEC
MT0034
MT0017

<1 SEC

“HOLDING 1°'S & 0°'S TEST

:<1 SEC

*ADDRESS TEST

MT0007

:<1 SEC

MT0002
MT0004
MT0005
MT0021
M10022
MT0026
MT0024
MT0031
MT0032

:<1 SEC
=+ 1 SEC
: 1 SEC
: 1 SEC
;10 SEC
-<1 SEC
:20 SEC
; 3 SEC
<1 SEC

MT0001

*ADDRESS axr TEST

* COMPLEMENT ADDRESS TEST
*ROTATING ZEROS TEST
:ROTATING ONES TEST
“MARCHING 0°'S & 1°'S TES?
"REFRESH & SHIFTING DIAGONAL
*RANDOM DATA TEST
SFAST GALLOPING PATTERN TEST
:S08-A=LONG TEST
‘WRITE RECOVERY resr

TEST

MT0033 :35 SEC
‘BRANCH GOBBLE TEST
‘SOFT ERROR = BACKGROUND PATTERN TEST
MT003%4 :<1 SEC
*NOTE nr6034 MUST BE FIRST & LAST
SNULL TEST
MT0999 . 0 SEC
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MI0999

:
:
:
:
:
:
:
:

0
0
0
O
0
0
0
0

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

SNULL
*NULL
*NULL
*NULL
*NULL
*NULL
*NULL
*NULL

TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

E 16

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
ECC TEST DISPAT(CH

SUBR

7962 020514

002074
002322

PARITY TEST DISPATCH>>

:+SUBTEST

SUBR

PARITY TEST DISPATCH

ttttttt.tt.t'ttttt'ttt"'!t'ttt.fi'fi'ttltt.ttttttttttt'.t"tt"'t.""'...'.""

MOV
MOV
MV

MOV

002410

7967 020544

7982 020620
7983 020620
7984 020622
7985 020624
7986 020626
7987 020630
7988 020632

<<SUBR

002406

7965 020530
7966 020536

7972 020574
7973 020600
7974 020606
7975 020612
7976 020616
7977
7978
7979
7980
7981

MJTEST: SUBTST

tt'tttttttQttt.tQtt.t"""'tttt.'ttttttttt.'tt'tQttt.QQtt't.'i"".'t't.."."

7963 020514
7964 020522

7968 020550
7969 020552
7970 020572
7971 020574

MOV
ASL

#FIRST,TESTADD

#FIRST+2,TESTADD+2

PATTERN,RO

:GET_PATTERN NUMBER

IMAKE IT A WORD ADDRESS

INVALIDATE

104511

010637
162737
004770
005037
000207

: INDICATE PARITY ACTION
:TRAPS ADD 2 TO PC

#2.NOPAR
#2.PCBUMP

IF MJPAT(RO) NE #MT0034 AND MJPAT(RO) NE #MT0999

END ;OF
MGV~
SuB
CALL
CLR
~

002144

IF MJPAT(RO)
SP,CTLKVEC
#2.CTLKVEC
@MJPAT(RO)
NOPAR

: INVALIDATE BACKGROUND PATTERN ON ‘BANK''
:SAVE VECTOR IN CASE OF “K
;INDEA OFF TABLE
*INDICATE PARITY ACTION

sWARNING IF YOU CHANGE THIS TABLE ALSO

= *'SDDW5‘' (THE PATTERN BIT MAP)
;CHANGE ''SDDWO'’

026000
021750
022574
022004
020760
021100

MJPAT:

:PAT
IME
DISCRIPTION
-NOTE n70034 MUST BE FIRST & LAST
SOFT ERROR - BACKGROUND PATTERN TEST
MT00346 :<1 SEC
:INITIAL DATA TEST
nroooe te1 SEC
*HOLDING 1°S & 0°'S TEST
MT0017 :<1 SEC
*ADDRESS BIT TEST
MT0007 :<1 SEC
*ADDRESS TEST
:<1 SEC
MT0001
*FOMPLEMENT ADDRESS TEST
MT0002 :<1 SEC

MT0003

MT0004
MT0005
MT0021
MT0035

MT0022
MT0023

7998 020656
1599 020650
8000 020662
8001 020664
8002
8003 020666
8004 020670
8005 020672
8006 020674
8007 020676

SEQ 0199

PAGE 219

26-APR-82 (09:41

M10026
MT0024

MT0031
M10032

026000

MT0033
MT0034

026760
026760
026760
026760
026760

MT0999
MT0999
MT0999
MT0999

: 1 SEC

: 1
: 1
: 1
:<1

SEC
SEC
SEC
SEC

:10 SEC
:10 SEC

:<1 SEC
.20 SEC

: 3 SEC
:<1 SEC

:35 SEC
<1 SEC

23 XOR 9 WORST CASE NOISE TEST
*ROTATING ZEROS TEST
*ROTATING ONES resr

*MARCHING 0°S & 1°'S TEST
*WORSE CASE NOISE PARITY TEST

*REFRESH TEST
“SHIFTING DIAGONAL

*RANDOM DATA TEST
‘FAST GALLOPING PATTERN TEST

*SOB-A-LONG TEST
*WRITE RECOVERY TEST

*BRANCH GOBBLE TEST
‘SOFT ERROR = BACKGROUND PATTERN TEST

:NOTE MT0034 MUST BE FIRST & LAST
MT0999 ; 0 SEC
NULL TEST
:
:
:
:

O
0
0
0

SEC
SEC
SEC
SEC

TEST

SNULL
SNULL
*NULL
INULL

TEST
TEST
TEST
TEST

F 16

CIMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS

26-APR-82 09:41
LSBTTL

3010

8012 020700

20720

02¢737

000001

003752

8019 020730
8020 02073,
§021 0207 2

012737
004737
000207

027400
027206

002260

004737
000207

027030

MEMORY TEST SETUP ROUTINES
SETUP DATA PATTERN TEST>>
<<MT0000

s wSUBTEST

MT0000

SETUP DATA PATTERN TEST

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

#1,PROTYP

;ARE WE ON AN 11/44?

#FIRST,RO
#S1ZE.R1
REGCOPY

BEQ
MOV
CALL

13
#MTP000, SUPDOADD
SUPDO3

CMP

1$:

REALPAT

MOV
MOV
CALL

RE TURN

BMOV

S?%ban

.MTP000

;DO IT IN SUPERVISOR MODE

SUPDO1

MTO0G1: SUBTST

<<MT0001

*aSUBTEST

MT0001

SBRANCH IF YES
‘ELSE DO PATTERN IN MAIN MEMORY

SETUP ADDRESS TEST>>

ttt.tttfitttttttttttttt'ttttttttttttttttttttttttttttttttttttit..t.ttttttttttt't'

8026 020760
8027 020766
8028 020772
8029 020776
8030 021002

012737
012700
012701
005737
001005

8032 021012
8033 021014
8034 021016
8035 021024
8036 021026
8037 021032
8038 021034
8039 021040
8040 021046
8041 021050
8042 021056
8043 021062
8044 021064
8045 021072
8046 021076
8047 021100

001007
000404
023737
001002
012701
005002
004737
022737
001406
012737
004737
000207

8048 021100
8049 021106
8050 021112
8051 021116
8052 021122
8053 021126
8054 021132
8755 021134
8056 021142

.SBTTL
MT0000: SUBTST

CLR

002274

8031 021004

PATTERNS

tt'ttt'tt.tttttltiQt"tt"'QQ.t'tttttt't.tti'ttt.tttt'tttt.ttttt'tttt"'t.'i't'

005037

8025 020760

PAGE 220

'.tttttttfitit!.t.t't't'tt't'ttttttttttt"tt.'tttttttt'tttt'.ttttt"t\t.tt"ttt'

20700

8023 020752
8024 020756

SEQ 0200

023737

004737
000207

000001
060000
040000
002452

002274

172252

172254

177652

177654

041064
000001
027424
027206

28:
38:
48:

030000
003752

MOV
MOV
ST
BNE
CMP
8NE

#FIRST,RO
#SI1ZE.R1
NOSUPER
2
SIPARS ,SIPAR%
X

CMP

UIPARS,UIPARG

B8R

18:

BNE
MOV
CLR

48
#30000,R1
R2

CMP

#1,PROTYP

;IS THIS AN 11/44?

MOV
CALL

#MTPO01, SUPDOADD
SUPDO3

*SET UP CALLING ALDRESS

BMOV

M 901

CALL

BEQ

002260

027030

SETUP ADDRESS TEST

ttttttttttttttttttttt"ttitttttttttttttttt'tttttttttttttttttttttt'tttttttt'tttt
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#1,REALPAT
MOV

RETURN

fié%bRN

REGCOPY

18’

;DO IT IN SUPERVISOR MODE

MT0002: SUBTST

<<MT0002

S «SUBTEST

MT0002

*BRANCH IF IT IS

SETUP COMPLEMENT ADDRESS TEST>>

ttttttttttttttttttttttt*tttitttfitttitttttttttttttttt'tttttfi'ttttttttttt'.t!ttt'

012737
012700
012701
012704
012705
005737
001005
023737
001013

000002
160000
040000
060000
100001
002452

002274

172252

172254

SETUP COMPLEMENT ADDRESS TEST

ttttttttttttttttttttttttttt'filttttittttttttt'tfifittttttttttt.tttt'tttttttt.ttt't

MOV

#2 REALPAT

MOV

#FIRST R4

NOSUPER

MOV
MOV

MOV
BNE
CMP
BNE

#LAST+2 RO
#S12E .R1

#100001,RS
2
SIPARS,SIPARG
43

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

6 16

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
SETUP COMPLEMENT ADDRESS TEST
000404
023737

ON)
b ed acd b b O
—=2RIOMNINININ
=
S NDNNNNO
OWOOOOO0OO
O NWROWNO
=00

‘

S
WWNIN
= =2 OO =INOO\WNN
NI NOOOOONNONON
SO

ok
b e
d
b e

8070 0
8071 0

b ad

8064 0

1
1
1
1
1
1

ONNINININININ)

o
NNNNNNNNNNNNNN

8057 021144

(el=l=t-t=l=1T=}

MT0002

004737
000207

177652

177654

2%:

030000

3$:

000001

4$:

000001

003752

027456
027206

002260

027030

26-APR-82 09:41
B8R
CMP
BNE

MOV
MoV
MoV
MOV
MoV

cMp
BEQ

MOV

18:

CALL
RETURN
BMOV
CALL
RETURN

SEQ 0201

PAGE 220-1

3s
UIPARS ,UIPARé

43
#30000,R1

#140000. R0
#120001.RS
#,R2
R1.R3
11JPROTYP

#MTP002, SUPDOADD

SUPDO3

MTP00?
SUPDO1

;1S THIS AN 11/44?
:BRANCH IF TRUE
sSET UP CALLING ADDRESS

H 16

CIMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0002

SETUP COMPLEMENT ADDRESS TEST

8075 021240

MT0003: SUBTST

<<MT0003

1eSUBTEST

MT0003

8078 021256

005037

002322

8081 021272

012703

020000

8084 021306
8085 021312
8086 021320

012705
022737
001415

000100
000001

8088 021324
8089 021332

012737
004737

8091 021340
8092 0213’6

012737
004737

004737

1$:

04.074

104415

104416

8093 021352 000442
8095 021362
8096 021364

8097 021370
8098 021376
8099 021410

104415
004737

8104 021452

8105 021454

027510
027206

002260

MOV
CALL

AMTPAQ3, SUPDOADD
SUPDO3

;D0 IT IN MAIN MEMORY

027550
027222

002260

MOV
CALL

#MTPBO3, SUPDOADD
SUPDO4

BMOV

MTPAO3

BMOV
BMOV
8MOV

SUPDO1
MTPB803
MTPCO03.KDPARO,8.
MTPDO3,SDPARO,8.

027044

8108 021466

001275

8107

g}gg 021470

000003

012737

000004

8115 021512

004737

041224

812° 21544
81z
21550
8123 21552

8124 021560

MOV

2
. SOPAR?
#UIPAR

CALL

:R3 <=- R3 / 256.
‘SMALL LOOP SIZE

, KDPARS
#SDPARO

#1032 .,SDPARS
SUPDO2

:SET UP PAR LINKS
:CHANGE INST TO BR .+66 (BR TO KDPAR1)

CMP

#3,FLIPLOC

:DONE WITH 4 PATTERNS

BNE

*NO = LOOP

MT0004: SUBTST

<<MT0004

L «SUBTEST

MT0004

10€0,177777):
(177777.0) ; (401,177777) : (177777 ,401))?

SETUP ROTATING ZEROS TEST>>

;ttttttttttttttttttt'ttttttttttttttttttttttttttttttttttt'tt'tttttt'tlfitttttt'ttt

8113 021500

8118 1526
8119 ~21534
8120 21536

#-8. RS
#6 RS

#kDPARQ, UIPART

RESREG

4$:

#20000;R3

MOV

RETURN

8112 021472 012737 000004 002274
8116 07 516
8117 (522

SAVREG
CALL

| [01Y)

000207

8111 021472

8114 021506

B8R

MOV

172276

002602

ASH
MOV

RESREG

027030

177644

MOV

SAVREG

3$:

004737

022737

;SETUP WARNING CONSTANTS & RZ2

‘MEDIUM LOOP SIZE
tIS THIS AN 117442
JBRANCH IF IT IS

172272

8106 021460

*TRAPS DO NOT ADD TO PC

#64 . RS
#1,PROTYP
3s

001032

104416

FLIP.ARN

PCBUMP

MOV
CMP
8EQ

012737

CALL

CLR

003752

172374

8103 021444

8102 021436

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

‘R1 <=- STARTING ADDRESS

172260

012737

#3,REALFAT

#FIRST,R1

8100 021422 012737 172360 177642
8101 021430

MoV

MOV

2%:

8082 021276 072327 177770
8083 021302 012702 000004

8094 021354

SETUP 3 XOR 9 WORST CASE NOISE TEST

IF EUFLAG IS TRUE THEN SRETURN

002274

8080 021266 012701 060000

8090 021336

SETUP 3 XOR 9 WORST CASE NOISE TEST>»

:tttttttt'ttttttttfittt't"t'ttt.'tt!t.*ttt.ttt.t.t'ttttt..tttttt't"ttt"t'tt'tt

8077 021250 012737 000003

8087 021322

SEQ 0202

PAGE 222

:ttttttttttttttt'ttttttt"tt'ttt.tttttttt.tttl'tt.ttt.tttt' [Y222232233222212231323}]

8076 021240

8079 021262

26-APR-82 09:41

013702

012700
012701

022737
001406
012737

004737
000207

002600

060000
040000

002322

000001

003752

027646

002260

027222

8125 021572 012737 172360 177652

SETUP ROTATING ZEROS TEST

;tttttttttttttttttttttt.ttttt'tttttttttttttttttttttttttfittttttttttt'ttt'ttttttt'

MOV

#4 ,REALPAT

MOV

ONES.R2

MOV

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
*TRAPS ADD 4 TO PC

CALL

BACKGND

:WRITE BACKGROUND OF ONES

CMP
BEQ
MOV

#1,PROTYP
1$
AMTPAQS , SUPDOADD

SIS THIS AN 11/44?
‘BRANCH IF IT IS
*SET UP LINKS

MOV
MOV

1$:

#4.PCBUMP

CALL
RE TURN

BMOV
8MOV

MOV

#FIRST,RO
R
#S12E

SUPDO4

MTPAO4
MTPBO04,KDPARO,8.

D
, U1 PARS
#KDPAR

116

CZMSPAQ MS11-L/M/P _MEMORY DIAG. MACRO M1113

MY0004

SETUP ROTATING ZEROS TEST

8126 021680
8127 0216
8128 021612
8129 021614

8130 021614
8131 021622
8132 021630
8133 021632
8134 021636
8135 021642
8136 021646
8137 021654
8138 021656
8139 021664
8140 021672
8141 021676
8142 021704
8143 021706
8144 021714
8145 021726
8146 021734
8147 021742
8148 021746

012737
004737
000207

177654
027044

172376

26-APR-82 09:41
MOV
CALL
RETURN

SEQ 0203

PAGE 222-1

#UIPARG ,KDPAR7
SUPD0?2

MT000S5: SUBTST

<<MT0005

; *SUBTEST

MT0005

SETUP ROTATING ONES TEST>>

tttttttttttttfitttttfit't't.t'tfiQtttttQt.tfittt.tQttQ't'ttttttt't't't.tttt"'t.t"

012737
012737
005002
004737
012700
012701
022737
001414
012737
012737
004737
012737
000207
012737
012737
004737
000207

000005
000004
041226
060000
040000
000001
027722
027736
027222
027662

002274
002322

#4 ,PCBUMP

R2
BACKGND
#FIRST,RO
#S12E,R1

01.PROTYP
1

003752

#MTPO0S,SUPDOADD

002260
027720

lHTP005014 MTPBO4+16
SUPDO
#HTPA04014.HTPBO4*16

027720

MTPOOS
MTPB04 ,KDPARO, 8.

18:

172360
177654
027044

177652
172376

SETUP ROTATING ONES TEST

tttttttttttfittlttt..t""t't..tt.fitttt'tttttttttit'tttt.ttttt.ttt."'tt'tt't."
#5 ,REALPAT
;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
MOV

MOV
CALL
RETURN

#xDPARD,UIPARS
#UIPARG.KDPAR?
SUPD02

sTRAPS ADD 4 TO PC

JWRITE BACKGROUND OF ZEROS

;1S THIS AN 11/44?
sBRANCH IF

IT IS

sSET UP LINKS

SRESET TEST'S ORIGINAL VALUE

J 16

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0005

SETUP ROTATING UNES TEST

8151 021750

002274

002322
002260

8158 022004

8169 022046
8170 022054
8171 022062
8172 022066
8173 022074
8174 022100

SEQ 0204

PAGE 224

MT0006: SUBTST

<<MT0006

:«SUBTEST

MT0006

SETUP INITIAL DATA TEST>>

tfiQtt"tt'tt't't.'tfittt""..'.fi.ttttt.fiQ.tttlt.fitt"lttt't.'.'.""'.'..'."'.

000006
000004
002406
027756
027206

8159 022004
8160 022012
8161 022014
8162 022020
8163 022024
8164 022030
8165 022032
8166 022040
8167 022044
8168 022046

26-APR-82 09:41

SETUP INITIAL DATA TEST

ttitttttttttt'ttt.fitt"".ttfittltttttttttttttttttttt'ttttt'tt"tt"tt'.'..tt."

MOV

#6,REALPAT

MOV

R
ATESTADD

MOV

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

:TRAPS ADD 4 TO PC

#4.PCBUMP

AMTP006,SUPDOADD
MOV
CALL~ SUPDO3

MTC007: SUBTST

<<MT0007

:*SUBTEST

MT0007

:DO IT IN SUPERVISOR MODE
SETUP ADDRESS BIT TEST>>

ttttttt.ttt'fittttfi.fi.tt'ttt'.tltttt'ifitttitfltittti'tt'tttttit."t't'ttt'..'.'.'

000007

002274

041224
060000
000001
030156
027206

MOV

AT.REALPAT

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL

BACKGND

;OF ZEROS

BIS

R2.R

MOV
MOV

002260

SETUP ADDRESS BIT TEST

tttt'tttttttfi'filtttttt'tt'ttfitttfi.fitttttttttttQtttQtttttt.ttttttt'.tt'tt.t't".

WFIRST,R1
#1.R2

#MiP007,SUPDOADD

CALL~ SUPDO3

MT0010: SUBTST

<<MT0010

:#SUBTEST

MT0010

50 IT IN SUPERVISOR MODE SETUP BYTE ADDRESSING TEST>>

tt*tttttttttltt.fitttttt.i't!.t.tlQttttt.tttttt'tttttt.ti.ttttttt.'tt'ttt'i"'t'

000010
000004
002406
030256
027206

002274

002322
002260

SETUP BYTE ADDRESSING TEST

ttt*t.tttfittttttttttlt"'ttttttfittttlttfiitt.t.t.tttttt'.itt'tt'fl.fitttfitl't't"t

MOV

#10,REALPAT

MOV

TESTADD.R4

MOV
MOV
CALL

RETURN

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

#4,PCBUMP

:TRAPS ADD 4 TO PC

#MTP010.SUPDOADD
SUPDO3

:D0 IT IN SUPERVISOR MODE

K 16

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0010

SETUP BYTE ADDRESSING TEST

8177 022102

8178 022102
8179 022116
8180 022126
8181 022126
8182 022136
8183 022144
8184 022152
8185 022156
8186 022160

26-APR-82 09:41

SEQ 0205

PAGE 226

MT0011: SUBTST

<<MT0011

: *SUBTEST

MT0011

SETUP CREATE SINGLE BIT ERROR TEST>>

tttlttttti.tttttttttt'ttt"tttttfittttttttt.tttittt'tt.ttttttttttt"..'t.t.'t"t

SETUP CREATE SINGLE BIT ERROR TEST

Qtttttttttt.tttt*tttt'tttt'ti.ttttttfittttttttt.ttttittttttt.'fi.ttt't.'t'.t'tt.t
IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG

012737
012737
004737
000207

000011
030364
027206

002274
002260

IF PMEMFLG IS TRUE THEN SRETURN ;EXIT IF NOT MS11-M
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#11,REALPAY
MOV
MOV

CALL

RETURN

#MTP011, SUPDOADD

;D0 IT IN SUPERVISOR MODE

SUPDO3

MT0012: SUBTST

<<MT0012

:*SUBTEST

MT0012

SETUP WRITE BYTE CLEARS SBE TEST>>

tttttttttttttttttt'tttttltttfittttttttttttttttttfittttttttt'ttttttttttfit.tt.tt.'t

SETUP WRITE BYTE CLEARS SBE TEST

t*tttfitttttttttttttttit'ttttttf*t.tfittfittttttttttttttt'tittttttttt.itttttti'ttt

8187 022160
8188 022174
8189 022204
8190 022204
8191 022214
8192 022222
8193 022226
8194 022236
8195 022242
8196 022244
8197 022250
8198 022250
8199 022256
8200 022262
8201 022264

8202 022264
8203 022300
8204 022310
8205 022310
8206 022320
8207 022326
8208 022334
8209 022342
8210 022346

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG

012737
013700

000012
002102

012705

040000

012705

000002

012737
004737
000207

031162
027206

002274

IF PMEMFLG IS TRUE THEN SRETURN;IS THIS A MS11-M?
;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#12 ,REALPAT
Mov
MOV

BANKINDEX, RO

IF #81T12 SET,.IN CONFIG+2(R0)
MOV

ELSE

002260

MOV
END; OF
MOV
CALL
RETURN

#40000,R5

#2,RS
IF #8IT12
#MTP012,SUPDOADD
SUPDO3

MT0013: SUBTST

<<MT0013

s *SUBTEST

MT0013

;DO IT IN SUPERVISOR MODE
SETUP CREATE DOUBLE BIT ERROR TEST>>

't*tttttttttttttttttttt"t'tt!ttt*tttttttfitttittttttttttttttttttittttttttttttttt

SETUP CREATE DOUBLE BIT ERROR TEST

ttttttt‘fitttttt*tt'tttfltt'tttttlt*itttttt.ittttittfittttttfittttttttitttttttt'ttt
IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN

END; OF IF ACTFLAG

000013

027206

002274
002260
002074

IF PMEMFLG_IS TRUE THEN SRETURN ;EXIT IF NOT MS11-M
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#13 ,REALPA
MOV

MOV

MOV
CALL

RETURN

#MTP013.SUPDOADD
#3 ,NOPAR
SUPDO3

sINDICATE PARITY ACRION
:D0 IT IN SUPERVISOR MODE

L 16

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0013

SETUP CREATE DOUBLE BIT ERROR TEST

8212 022350

26-APR-82 09:41

MT0014: SUBTST

<<MT0014

s *SUBTEST

MT0014

SEQ 0206

PAGE 227
SETUP BASIC DOUBLE BIT ERROR TEST>>

SETUP BASIC DOUBLE BIT ERROR TEST

L L L

:tttttttt'ttt*tttltttttt'tt'ttttttttt.ttttttfittttttt.!tttttttttt.tttt't'.t"".t

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG

012737
004737
004737
004737
004737
000207

000014
046706

002274

IF PMEMFLG IS FALSE THEN 3RETURN ;EXIT IF NOT MS11-P
;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#14 ,REALPAT
MOV
CALL MAPKERNAL
LET R1 _:= #100000
CALL GETCSR
CALL MTPO14
gg%bRNUNMAP

sMAP KERNAL SPACE
JSETUP TEST ADDRESS
sGET CSR INFO FROM CONFIGURATION TABLE
;D0 BASIC DCUBLE BIT ERROR TEST
:UNMAP KERNAL SPACE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
MT0014 SETUP BASIC DOUBLE BIT ERROR TEST

26-APR-82 09:41

MT0015: SUBTST

8226 022440

SEQ 0207

PAGE 229
SETUP WRITE INHIBIT OF BYTE WITH DBE>>

<<MT0015

tttt.tttfit.t't.'t.tt't""'t'.Qttt..tt.ti.QQ.ttit'.ttttt'ttttt'.tt"'tttt"t".

:*SUBTEST

MT0015 SETUP WRITE INHIBIT OF BYTE WITH DBE
ttt'ttttt.ttt'..tttQQ"""'Q.tt.'.'.tt'ttQQ..t'..'tttttQtt't't'.t'tt't.'t"tt'
IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END ;OF IF ACTFLAG

8227 022440
8228 022454

8231 022474
8232 022502
33 022510

8234 022514
022516

012737
012737
004737
000207

IF PMEMFLG IS TRUE THEN %xETURN ;EXIT IF NCT MS11-M
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#15,REALPAT
AMTPO15, SUPDOADD

000015
032510
027206

Mov
MOV

CALL
RETURN
MT0016: SUBTST

;D0 IT IN SUPERYISOR MODE

SUPDO3

SETUP WRITE INHIBIT OF WORD WITH DBE>>

<<MT0016

tttt.tttttttt.t.tttt.t't"'t.ttt'.t.fit't.Qfitt'.tttttttttt'tttt"ttt'..t.'t"'.'

MT0016 SETUP WRITE INHIBIT OF WORD WITH DBE
; *SUBTEST
t.ttttttt.t.'.tttt"t"t"ttttttttfitlttttt.'tttt'tttfit.'tttt".t't"'ttt.t't'.'
IF PMEMFLG IS TRUE THEN SRETURN EXIT IF NOT MS11-M
IF ACTFLAG IS TRUE OR APTFLAG IS’ TRUE
IF SPASS NE #0 THEN SRETURN

8241 022560
8242 022566
8243 022572
8244 022574

8245 022574
8246 022602
8247 022610
8248 022614

012737

012737
004737
000207

000016

033254
027206

002274
002260

END ;OF IF ACTFLAG

MOV
MOV

CALL
RETURN

#16,REALPAT

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

SUPDO3

;D0 IT IN SUPERVISOR MODE

#MTR016, SUFDOADD

MT0017: SUBTST

<<MT0017

s *SUBTEST

MT0017

SETUP HOLDING 1'S & 0°'S>>

.tttttt.ttttttl.ttttfi.'t""'t.ttt.ttt'ttt.ttttttttlttt.tttfitt'ttfit"'.tttt'....

012737
012737
004737
000207

000017
034036
027206

002274
002260

SETUP HOLDING 1°'S & 0'S

tttt.t'titt.'ttttt'.t"tttt'ttfi'tttfittttttttttttt.t.tttttttt'.t't..'t't..'..t..
#17 ,REALPAT
;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
MoV
MOV
CALL

RETURN

#MTP017, SUPDOADD
SUPDO3

;D0 IT IN SUPERVISOR MODE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0017

SETUP HOLDING 1°'S & 0°S

8251 022616

8252 022616
8253 022632
8254 022642
8255 022642
8256 022650
8257 02266
8258 022664

8260 022674
8261 022700
8262 022704

26~APR-82 09:41

SEQ 0208

PAGE 231

MT0020: SUBTST

<<MT0020

;*SUBTEST

MT0020

SETUP SYNDROMES TO CSR ON SINGLE BiT ERROR>>

ttttttttttt.t.ttfi'.ttt'tt't'ittt'tt.tt.ttttt!Qtt.tt'tt.t.ttit.tttt"'tttt't".'

SETUP SYNDROMES TO (SR ON SINGLE BIT ERROR

tttttttttt'.ttt.ttttt"ttttttt*tttttttttt'ittttttlttQtttttt'tttt'ttt'tt.ttt"'t
IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
012737

000020

004737

046706

004737
004737
004737
000207

0641324
034114
066774

002274

END; OF IF ACTFLAG

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#20 ,REALPAT
MOV
;EXIT IF NOT MS11-P
SRETURN
THEN
FALSE
1S
IF PMEMFLG
CALL MAPKERNAL
LET R1 := #100000

;MAP KERNAL SPACE
:SETUP TEST ADDRESS

CALL MTPO20

:D0 SYNDROMES TO CSR ON SINGLE ERROR TEST

CALL GET SR

ge%bRNUN"AP

:GET CSR INFO FROM CONFIGURATION TABLE
:UNMAP KERNAL SPACE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0020

26-APR-82 09:41

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR

SEQ 0209

PAGE 232

<<MT0021
SETUP MARCHING 0°S ¢ 1'S TEST>>
'Qttt't.tttt'tttt.!tttt"ti"ttl.ttt'ttfifiit."Q.'Qt'tit'!.ttt'tt.t".'t'.tt"itt

MT0021: SUBTST

8264 022706

SETUP MARCHING 0°S & 1°S TEST
MT0021
s *SUBTEST
.tttt'ttt.ttfitt'tfit.tt'ttt'ltt.'titttttt'tt.t'..ttt.t'QQQ.'.".Q.'Q'Q"'Qtt.'tt

8265 022706
8266 022714
8267 022722

012737

B268 022726

8269 022732
8270 022734
71

000021
002616
0412264

SET NOSCOPE
#21 REALPAT

002274

MOV

160000

022736

#f IRST
R4

003752

11.PROTVP

000003

003752

000007

002100

#3 ,PROTYP
:IS THIS AN 11/24’
;GRANCH IF SO
3s
#7 ,BANK
3s
l140g00.R1
R1.R
#MTPA21, SUPDOADD
SUPDO
#MTPB21,SUPDOADD
SUPDO
R
R4

034430
027222

034514
027222

000177

8296 023100
8297 023106
8298
8299 023112
8300 023120
8301
8302 0231264
8303 023126
8304 023134

010105

004737
004737

aAcxcuo
R2.R3
R3
#LAST+2,R1
R1,R5

060000
000001

140000

829

BAKPAT,

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

002260

3$:

002260

lHTPC21 SUPDOADD

002260

SUPDO4

002260

002100

1$:

140000

027030

4$:

lflTPDZ1 SUPDOADD
SUPDO4
2$
#177 ,BANK
43
#140000,R1
R1,RS

MTPA21

SUPDO1

MTPB21
SUPDO2

027044

R4 R1

010401

004737

027044

004737
005037
000207

027044
002434

MTPC21

SUPD02

2%:

MTPD21
SUPD02

NOSCOPE

:1S THIS AN 11/44’
[
:BRANCH IF IT

E
-

CZMSPAO MS11-L/M/P MEMORY DIAG., MACRO M1113
SETUP MARCHING 0°'S & 'S TEST

M70021

26~APR-82 09:41

SEQ 0210

PAGE 233
SETUP REFRESH & SHIFTING DIAGONAL TEST>>

<<MT002?2

8311 023160

MT0022: SUBTST

8312 023160
8313 023164
8314 023170

MT0022 SETUP R RESH & SHIFTING DIAGONAL TEST
:*SUBTEST
ttttttttttttitttt'ttttt'*i*tttttttttttt'ttttttt'ttttt*t'ttttttt't't'tQ"tttttt'
;CHECK FOR KAMIKAZE MODE
KAMITEST
CALL
:IF NOT IN KAMIKAZE MODE RETURN
ON.ERROR THEN SRETURN
:SETUP PATTERN NUBER FOR TYPEOUT & DISPLAY
#22 ,REALPAT
MOV

8316 023204
8317 023210
8318
8319 023212

8326 023250
8327 023254

ttttttttttttttttttttt't'tt'Qlttttifitttfitittttttttfiltttlt'tttttt't'ttttttt"'t't

004737

026774

012737
012737
004737
000207

000022
034600
027206

002274
002260

MoV
CALL

RETURN

#MTP022, SUPDOADD
SUPDO3

MT0023: SUBTST

<<MT0023

: *SUBTEST

MT0023

;DO IT IN SUPERVISOR MODE
SHIFTING DJAGONAL TEST>>

ttttt.tttttt..tt*tttt.ttt'tttt.tfifittttttttttttttttttttttttt.tittttfitttt"tttt.t

004737

026774

012737
012737

000023
034600

004737
005037
000207

027206
002002

SHIFTING DIAGONAL TEST

tttfittttttfitttt'tttt'ttitt.'ttfitfittttt..tttfi'.ttt..ttt.QQ.ttttt.t.tfit.tfitt'ttt.
002274
002260

KAMITEST
CALL
ON.ERROR THEN SRETURN
#23 ,REALPAT
MOV

MoV

#MTP022, SUPDOADD

CALL

SUPDO3

SET

CLR

RETURN

DIAGFLAG

sCHECK FOR KAMIKAZE MODE
:IF NOT IN KAMIKAZE MODE RETURN

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;IDENTIFY DIAGONAL TEST TO MTP022
;D0 IT IN SUPERVISOR MODE

CIZMSPAO MS11-L/M/P MEMORY D IAG. MACRO M1113
MT0023 SHIFTING DIAGONAL TEST
8329 023256

26-APR-82 09:41

SEQ 0211

PAGE 234

MT0024: SUBTST

<<MT0024

L #SUBTEST

MT0024

SETUP FAST GALLOPING PATTERN TEST>>

:'tttttttttttttfittttttit'"tt.fitt.ittQt.ttttt'tttt't"'..ttttt.t.tt.tt".t'.'.'.

SETUP FAST GALLOPING PATTERN TEST

:tttttttfi.it'tttttt'.'ti't'ttttttfitfittttttttt.ttltQ.'t't.ttt'.'t.."ttt"'t"."

8330 023256
8331
023262

004737

026774

012737

000024
002616
061224

003752

000003

003752

000007

002100

137776

035314

002260

000177

002552

137776

027222

8365 023502
8366 023504
8367 023506
8368 023510
8369 023514
8370 023520
8371 023522

MOV

002274

060000
157776
000001

172260
172260
172360
177660

;CHECK FOR KAMIKAZE MODE
‘IF NOT IN KAMIKAZE MODE RETURN

KAMITEST
CALL
ggiennonuggggpgneruan
BAKPAT,R2
BACKGND
R2,.R3
R3.R%

CMP

#3,PROTYP

BEQ

3$:

1$:
48:

BNE
MOV
SAVREG

ggv

CMP

BNE

MOV

SAVREG

177676
172272

28:

R&
#FIRST,R1
#LAST RS
#1,PROTYP
18

#7 .BANK

38
#137776.RS

527P826.SUPDOADD

#177 ,LASTBANK

#137776.RS

BMOV
BMOV
BMOV

MTPA24
8.
MTPB24.,SDPARO.
MTPC24.KDPARO.S.

MOV
MOV

#SDPARQ . UDPAR?
, SODPARS
#KDPARQ
#UDPARO
. KDPARS
SUPDO&

MOV

002260
172374

MOV
CALL
MOV
MOV

SWAB
MOV
MOV
CMP
BEQ

MOV
CALL

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

#24 ,REALPAT

#SDPAR(, SUPDOADD

;SET UP PAR LINKS

;D0 1T AGAIN FOR COMPLEMENT DATA

RESREG

000207

SWAB
SWAB
CALL
CLR

027222
002434

RE TURN

R2
R3
SUPDO4
NOSCOPE

MT0025: SUBTST

<<MT0025

L eSUBTEST

MT0025

SETUP INTERRUPT ENABLE TEST>>

:ttttt'tttt.tltt'ttt't't"tt't'tltt..'fi..ttt't...t..lt..t"tt'..".."t.'t.t""

SETUP INTERRUPT ENABLE TEST

:tt.!'t.!tQ.'.llt..Q..Q"""Q..t.Q"ttt"".'."..".."'.Q't""""t'."'t'.t

8372 023522
8373 023536
8374 023546
8375 023546
8376 023556
8377 023564
8378 023572
8379 023576

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

IF $PASS NE #0 THEN SRETURN
END ;OF IF ACTFLAG
012737
2737

v04737
000207

000025
035346
027206

002274

002260

IF PMEMFLG IS TRUE THEN SRETURN :EXIT IF NOT MS11-p

MOV

MoV
CALL

RETURN

#25 ,REALPAT

#MTP02S, SUPDOADD
SUPDO

*SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;D0 IT IN SUPERVISOR MODE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
SETUP INTERRUPT ENABLE TEST

MT0025

8382 023600

#SUBTEST

MT0026

SETUP RANDOM DATA TEST>>

036120
002260

MOV
MOV

MTPB26+4L ,MTPD26+ 14
, SUPDOADD
#MTPB26

002100

CALL
BR
cMP
BNE
MOV

SuPDO3
13
#177 ,BANK
48
#14000,R0

BMOV
BMOV
MOV

MTPA26
MTP(26,KDPARO,8.
#730 , KDPAR7

sWRITE ROUTINE TO FAST MEMORY
sRANDOM SUBPROGRAM TO FAST MEMORY
;WRITES 'BR .-116'' IN (BR_SDPARO)
sRANDOM SUBSUBPROGRAM TO FAST MEMORY

MOV
CALL
CLR
BMOV
MOV

#UIPAR2, SDPARG
SUPDO1
RANODD
MTP826
#KDPARO,UIPAR1

;WRITE RANDOM DATA
:FOR ERROR REPORTING
sREAD ROUTINE 7O FAST MEMORY
:SET UP PAR LINK

(V]

-JN"UNOC¥3LNUflflhJ

#1,PROTYP
18
#3,PROTYP
33
#7 .BANK
$
#14000,R0

003752

000007

002100

MOV

036120
002260

3s:

CALL
CLR

RESREG

027206
000177
104415

014000

172376

012737
012737
004737
005037

172360
177644

177642

027030
036044

012737

172360

177642

000207

1$:
48:

000730

027030
002570
002566

SETUP RANDOM DATA TEST

:tttttttttttttttttttttt'*ttt'tttttttttttit..tttt.'t't'Qt'.'.t't't.ttt"'.t""t'

CMP
BEQ
CMP
BEQ
CMP
BNE
MOV
SAVREG
MOV
MOV

000003

036020

012737

o
S
3

<<MT0026

#26 ,REALPAT
PCBUMP
SEEDLO,R3
SEEDHI .R2
R3.RS
R2.R%
#FIRST R1

014000

NN =2 DO OO
NN =

REEERRRREERRRRRER

MT0026: SUBTST

003752

036030

6 024100

PAGE 236

MOV
CLR
MOV
MOV
MOV
MOV
MOV

002274

8398 023672
8399 023674
8400 023702

8407 023742
8408 023744
8409 023752
0 023754
023760
023762

SEQ 0212

AS
NNNL
ATNAAANRARANCCRANACRRASO
NARA
ARARNIAARRRA
ANRR
AN AANRAAARAAAR
N RRAN
CANNAARA

[elelalalelelelelels]
ON) = =D b b
2 O =

8383 023600
8384 023606
8385 023612
8386 023616
8387 023622
8388 023624
8389 023626

26-APR-82 09:41

SAVREG

BMOV
MOV

172274

RESREG

28:

CALL
MOV

MOV

#S12E/8
RO

sTRAPS DO NOT ADD TO THE PC

JINITIALIZE RANDOM NUMBERS

:D0 WE HAVE AN 11/44?
:BRANCH IF WE DO
:11/724?

:BRANCH IF SO

MMTPA26+4 ,MTPD26+14
, SUPDOADD
#MTPA26
SUPDC
RANGDD

MTPD26,SDPARO, 8.
#kDPARQ, UIPART

SuPDO1
R3,SEEDLO
RZ.SEEDHI

sFOR ERROR REPORTING
sSET UP NEXT LINK

sREAD RANDOM DATA

sUPDATE FOR NEW RANDOM NUMBERS

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0026

SETUP RANDOM DATA TEST

8429 024102

26-APR-82 09:41

SEQ 0213

PAGE 238
UNIQUE BANK TEST>>

MT0027: SUBTST

<<MT0027

«SUBTEST

MT0027 UNIQUE BANK TEST

CRERRRANNNRRR AN AN NNV

LA EONNANRRNNARNRRRARAANANARNRAAANNNARANAASAAAACARASACROS

:Qttt'ttttti'fi.tttttt"t"i'tttttttttt.t.tttl'.Q'tt.t't't.tt""t.QQ"'Q..QQ""

8430
8431

8432 024102
8433 024110
8434 026112
8435 024120
8436 024122

8437 024130
8438 024132
8439 024140
8440 024146
8441 024154
8442 024162
8443 024170
84644 024174
8445 024200
8446 024214
8447 024216
8448 024222
8449 024226
8450 024230
8451 024234

8453 026246
84 54 024254

8455 024256
3226 024264

sMAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA

012737
104502
022737
001404
012737

000027

002274

000001

003752

027206

002516

012737
012737

177646
027030

002260
002516

000414

IS)
:WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE PROGRAM
& DISPLAY

MOV

#27 ,REALPAT

CMP

#1,PROTYP

CLRCSR

18:
WARN?7:

BEQ
MOV
BR
BMOV
MOV

18
#SUPDO3,LINK1
STAR27
MTPO34
#UIPAR3, SUPDOADD

#SUPDO1, L INK1
SET NOF SMODE

MoV

;SETUP PATTERN NUMBER FOR TYPEOUT

;CLEAR (SRS

;1S THIS AN 11/44?
;BRANCH IF TRUE
;SET UP LINK
;BRANCH TO RUN
sSET UP LINK

STAR27: FOR 1 := #1 TO #2
004737

FOR BANK := #0 TO LASTBANK
CALL EXBANK

047020

IF ACFLAG IS TRUE AND RRFLAG IS FALSE

INVALIDATE

104511

LET R2 := BANK
RO
#FIRST
MoV

012700
010004
012701
010103

060000

022737

000001

(03752

036340
156226

002260

001403
012737
004777

;INVALIDATE BAZKGROUND PATTERN ON 'BANK''

RO,R4
R
#S12E
MOV
MOV
R1.R3
IF 1 EQ M
#1,PROTYP
(MP
23
8EQ
#MTPO34, SUPDOADD
MOV
SLINK1
28: CALL
MOV

040000

END OF IF

8459 024300

022737

000001

003752

8462 024316

004737

036346
027206

002260

IF 1 EQ #2
#1,PROTYP
Mo
38
8EQ
#MTPO34+6,SUPDOADD
MOV
SuPDO3
38: CALL
END ;OF IF
END ;OF FOR BANK
END .OF FOR I

8468 024360
8469 024364
8470 024366
8471 024366
8472 024374
8473 024402
8474 024406
8475 024422
8476 024426
8477 024430
8478 024434
8479 024436
8480 024442
8481 024444
8482 024454

005037
000207

002422

004737

047020

005102
012700
010004
012701
010103

022737

IF FS7FLAG IS TRUE
NOF SMODE
gLR
ETURN

END ;OF IF FS7FLAG
FOR 1 := #1 T0 #2
FOR BANK := LASTBANK DOWNTO #0
CALL EXBANK

IF ACFLAG ]S TRUE AND RRFLAG ]S FALSE
LET R2 := BANK
R2
MOV
#FIRST,RO

060000

MOV

040000
000001

003752

RO, R4

csizg.n1
R1.R

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MT0027

UNIQUE BANK TEST

8483 024462
8484 024464
8485 024472
8486 024476
8487 024476
8488 024506
8489 0264514
8490 024516
8491 024524
8492 024530
8493 024530
8494 024530
8495 024544
8496 024560
8497 024564

001403
012737
004777
022737
001403
012737
004737

26-APR=-82 09:41

PAGE 238-1
48

036340
156020

002260

MOV
4$: CALL

000001

003752

cMP

036346
027206

002260

MOV
58: CALL
END

#MTP034, SUPDOADD
SLINK1
”

#1,PROTYP
5$
#MTP034+6,SUPDOADD
FSUP003

;OF IF

END :CF FOR BANK

005037
000207

002422

END :OF FOR I

CLR

RETURN

NOF SMODE

SEQ 0214

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0027

UNIQUE BANK TEST

8500 024566

8501 024566
8502 024572
8503 024600
8504 024606
8505 024614
8506 024622
8507 024624
8508 024632
8509 024640
8510 024642
8511 024650
8512 024656
8513 024660
8514 024674
8515 024700
8516 024704
8517 024712
8518 024726
8519 024732
8520 024736
8521 024742
8522 024742
8523 024742
8524 024756
8525 024764
8526 024772
8527 024774
8528 025000
8529 025002
8530 025004
8531 025020
8532 025022
8553 025022
8534 025030
8535 025034
8536 025040
8537 025042
8538 025046
8539 025050
8540 025050
8541 025052
8542 025066

26=-APR-82 09:41

SEQ 0215

PAGE 240

SETUP FLUSH OUT DBE'S TEST>>

MT0030: SUBTST

<<MT0030

: %SUBTEST

MT0030

MTA030: MoV

lSO.REALPAT

ttttt"tttttttttttttt't'Qi'tttttttttttttttt.ttt'tt'tttt.tt.t'.'.'ttt."tt""Q'

005037

002262

012737

000030
000001
000001

002274

027030

002516

027206
036122

002516
002260

001007

012737

002074

040000
060000
155554

104502
004737

0645172

3,
L INK1
#SUPDO
SUPDOADD
#MTP030,

#S12E,R1
MoV
#FIRST,RO
8L INK1
CALL
END :OF IF ACFLAG
E'0 OF IF MKFLAG
END;OF FOR
IF PASFLG IS FALSE
SET PASFLG
CLRCSR
CALL RELOCATE
ON.ERROR

CLEAR

RETURN

002304
047020
024600

:DISABLE ERROR CORRECTION

NOF SMODE ,NOSCOPE
SET
FOR BANK := #0 TO LASTBANK
EXBANK
CALL
IF MKFLAG IS TRUE

ECCINIT

046056

000207

MOV
MOV
ECCDIS

ggUPDO1.LINK1

MoV

000207

104472

43
MTPO30

IF ACFLAG IS TRUE AND RRFLAG IS FALSE

104472

013737
004737

BNE
BMOV

MO,

18:

: INDICATE COUNT PARITY ERRORS

#1,PROTYP

CMP

4S$:

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

#1,NOPAR

MOV

003752

047020
012701
012700
004777

SETUP FLUSH OUT DBE'S TEST

Q.*.tfilt.t..'tfitttit"""'tttttfi'.ttfi'.Q..t..t'Q..'tfit'.'t."""""'t-tt..'t

002100

sCLEAR (SRS

;TRAP ON DOUBLE BIT ERRORS (NORMAL)

NOF SMODE ,NOSCOPE ,FULLREL

END ;OF ON.ERROR
NEWBANK ,BANK
MOV
CALL

EXBANK

CALL

MTA030

CALL

UNRELOCATE

ECCINIT
RETURN

;TRAP ON DOUBLE BIT ERRORS (NORMAL)

END ;OF IF PASFLG

ECCINIT

g%%G:N

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

NOF SMODE ,NOSCOPE, FULLREL

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0030

SETUP FLUSH OUT DBE'S TEST

8545 025070

8548 025100

8550 025114 005037 002074

MT0031: SUBTST

<<MT0031

‘ «SUBTEST

MT0031

SET

002274

NOSCOPE

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

MAP

BANK

‘MAP FIRST SO BLOCK MOVE WORKS

BMOV

104417
013702

002556

8559 025174
8560 025202

012737
012737

060002
160000

8556 025162 010200
025164 012701 100776
8557
8558 025170 012705 060056
005737
001005

002452

KERNEL
MOV

MOV
MOV
MOV
MOV
MOV
3
BNE

002260
002516

CMP

8563 025216 023737 172252 172254
001405
100407
023737
001003
012737
004737
005037

000207

177652

177654

18:

140000
027222
002434

002516

28:
38:

:CHECK FOR KAMIKAZE MODE
“IF NOT IN KAMIKAZE MODE RETURN

#31,REALPAT

TESTAREA

8554 0251564
8555 025156

SETUP SOB~A=LONG TEST

MOV

CLR

8552 025134

8571 025256

SETUP SOB=A=LONG TEST>>

KAMITEST
CALL
ON.ERROR THEN SRETURN

8551 025120

8564 025224
8565 025226
8566 uc>¢s0
85€7 025236
8568 025240
8569 025246
8570 025252

PAGE 242

ttttttttt'tttttttfitttt'tttt'ttttt't..tttltQttfit'tttttt't.tttt.t'ttttt'tttt'tQ"

026774

8549 025106 012737 000031

8561 025210
8562 025214

SEQ 0216

tttttttttttttttttttttt't'tttttttttttttttt!tt.ttttttt.tQ'Q.tt....itt.""t'.l"t

8546 025070 004737
8547 025074

8553 025142

26-APR-82 09:41

BEQ
BR
CMP
BNE
MOV
CALL
CLR

RETURN

NOPAR

*SETUP PARITY ACTION
‘ENTER TEST MODE

MTPO31,FIRST,SOBLENGTH/2
soex R2

RO
R1
x160776
RS
#F IRST+SOBLENGTH,
#FIRST+2, SUPDOADD
SLAST+2,LINK1
NOSUPER
1$

SIPARS, SIPARS

28
33
UIPARS ,UIPARG
33
o14oooo LINK1
SUPDO
NOSCOPE

:ENTER KERNEL MODE

:COMPLEMENT OF INSTRUCTION ''SOB RO,DOT'’

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
SETUP SOB-A-LONG TEST
MT0031

MT0032: SUBTST

8574 025260

8575 025260

8576 0252664
8577 025270

004737

000032
002074

8581 025324
8582 025330

01 2700
01 2701

010247
177667
020000
002516
060000

8588 025360
8589 025364
8590 025366
8591 025374
8592 025376
8593 025400

8594 025406

8595 025410
8596 025414
3597 025420
8533 025424
85

01 2702
01 0237
01 2703
01
005037

005737
001005
023737
001405
000415
023737
001011

012704
012702
010237
012737

8600 025432
8601
8602 025440

010023

8604 025444

077203

8606 025446
8607 025454

022737
001003

8610 025464

106417

8612 025466
8613 025472
8614 025476
8615 025502
8616 025510
8617 025514
8618 025516
8619 025522
8620 025526
8621 025532
22 025536
8623 025542
8624 025546
8625 025550
8626 025554
8627 025562

012702
012700
012701
012737
005737
001402
012701
004737
012793
012705
012704
005737
001402
012703
022737
001406

8605

8608
8609 025456
8611

PAGE 244

<<MT0032

SETUP WRITE RECOVERY TEST>>

MT0032 SETUP WRITE RECOVERY TEST
;*SUBTEST
tttttittt'titttttttt'iti'tttt'ttttt*itttttttfiifitttttttt.ttttttttt'tt.t.'tt"ttt
;CHECK FOR KAMIKAZE MODE
KAMITEST
CALL
:IF NOT IN KAMIKAZE MODE RETURN
ON.ERROR THEN SRETURN

026774

012737
0 005037

8583 025334
8584 025340
8585 025344
8586 025350
8587 025354

SEQ 0217

ttttttttt*tttttfifittitt'tt"tttttttttttttttttttttittttt.tttltttt.'tttt".tt.'."

8578 025276
8579 025304

8580 025310

26=-APR-82 09:41

N 0SCOPE

MAP

CLR

NOPAR
BANK

MOV

177667 ,R1

MOV

NLAST+2, R4

MOV

MOV
MOV
MOV

CLR

002520
002452

TST

172252

172254

177652

177654

140000
014000
002516
000001

SET

MoV

002274

1$%:
2s$:

002520

BNE
CMP
BEQ
BR
CMP
BNE
MOV
MOV
MOV
MoV

014000
000001

#SI2E/2.R2
R2,LIN °
#FIRST ,R3

6$:

18
SIPARS,SIPARG
2s
3$
UIPARS ,UIPAR6
33
#140000,R4
#14C00,R2
R2,LINK1
#1,LINK2

;ENTER TEST MODE

RO, (R3)+

R1,=-(R4)

R2.4$

#1,PROTYP
CMP
5§
BNE
B:gVE LAST PART OF TEST TO FASTCITY
MTP032
;ENTER KERNEL MODE
KERNEL
MOV
MOV
MOV
MOV
TST
BEQ
MOV
CALL
MOV
MOV
MOV
TST

#5141 ,R2
#10$ R0
#LAST+2,R1
#F IRST, SUPDOADD
LINK2
63
#140000,R1
SUPDO4
#SIZE/%.R3
#110
#FIRST,RG
LINK2

MOV

#14000,R3

BEQ

7%:

:USED FOR 1/2 BANK LOOP

LINK2

;MOVE TEST TO HEHORY UNDER TEST

MOV

:SETUP PARITY ACTION
:MAP FIRST SO THAT THE BLOCK MOVE WORKS

NOSUPER

MoV

002260

003752

R2,=-(PC)"’
;0P CODE OF INSTRUCTION ‘MOV
N “JMP (RO)*’
INSTRUCTIO
OF
COMPLEMENT
OF
CODE
;0P

4$:

003752

140000
027222
020000
000110
060000
002520

#10247 RO

TESTAREA

5%:

005141
025610
160000
060000
002520

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

3s:

s08

000001

#32 ,REALPAT

CMP

g;,PROTYP

;0P CODE OF INSTRUCTION '°‘COM
;ADDRESS TO RETURN TO IN RO
:TOP OF BANK

=(R1)*’

CZMSPAO MS11-L/M/P_MEMORY DIAG. MACRO M1113

(0032

SETUP WRITE RECOVERY TEST

8628 025564
8629 095572
8630 025576
8631 025600
8632 025604
8633 025610
863

8635

012737

000207

036210
027222
027044
002434

002260

26-APR-82 09:41
MOV
CALL

8s:
9¢:
108:

BR
CALL
CLR
RETURN

PAGE 244-1

#MTP032, SUPDOADD
SUPDO4
9
SUPDO2
NOSCOPE

SEQ 0218 TM~

;THIS RETURN ACTS AS A NORMAL RETURN FROM MT0032
SUPDO4’* ABOVE
;ALSO A RETURN FROM THE ‘‘CALL

CIZMSPAO MS11=L/M/P MEMOF

DIAG. MACRO M1113

SETUP WRITE RECOVERY TEST

MT70032

8638 025612

26-APR-82 09:41

SEQ 0219

PAGE 246

MT0033: SUBTST

<<MT0033

L «SUBTEST

MT0033

SETUP BRANCH GOBBLE TEST>>

ANAS
AN ARA
AR RANNARRNRARARARANN N AR RN AU RN RN RNNRNRAAANRARNNNRAARARAARAAANNRN

SETUP BRANCH GOBBLE TEST

:ttttttttttttittQttttttt'ttttttttttttitttttttttfittt*ttttttttttt'ttttttttttttttt'

8639 025612

004737

026774

012737
005037

000033
002074

MOV

002274

CLR
MAP

8645
8646 025656
8647 025664
8643 025676

0€0076

0000000

[V,]
RPN hu&qunvmnvn)

5736

i B
-

Co Qo

Mov

RS
#F JIRST+GBLENGTH

CMpP

:ENTER KERNEL MODE

#F IRST+4, SUPDOADD
2
,R1
#FIRST+
#FIRST+3,R2
#LAST+2,LINK1
NOSUPER
1$

3%PAR5.SIPAR6

172252

172254

177652

177654

18:

CMP

giPARS.UIPARb

140000

002516

2s$:

Mov

,
L INK1
#140000

3s:

CALL
CLR

SUPDO4
NOSCOPE

RETURN

MT0034: SUBTST

<<MT0034

s *SUBIEST

MT0034

SOFT ERROR ~ BACKGROUND PATTERN TEST>>

—
& VNS
~

-*Q: WOWNINON
N=2NNNN

§u CDCNDCDE;U‘

;tt*ttt%ttttttttttttt."tttt'tttfitttttt!tttfi*ttt.tttttt'tttfi.tttttttttttt't'ttt'

[ Qur PurGuurGawr
Gur G o ¢
E;C“DCDCDC“DC:C’

&
;ZCD\N)\DJ‘UUU-‘C>i)
NNNNNN NNV

TERPTZEERE o

002516

027222
002434

O0O00

EEEtEsess

3334

002452

:ENTER_TEST MODE

MTPO33,FIRST,GBLENGTH/2

MoV
MOV
MoV
MOV
TST

002260

sSETUP PARITY ACTION
:MAP FIRST SO THAT BLOCK MOVE WORKS

NOPAR
BANK

BMOV

KERNEL

864

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

#33 REALPAT

TESTAREA

8650 025700

sCLECK _FOR KAMIKAZE MODE
:IF NOT IN KAMIKAZE MODE RETURN

KAMITEST
CALL
ON.ERROR THEN SRETURN
NOSCOPE
SET

000034

002274

MoV
MOV
MOV
MOV
MOV
Mov
MOV

002604

002102
000001

003752

177646

002260

000001

003752

036346
027206

002260

000001

003752

SOFT ERROR - BACKGROUND PATTERN TEST

:tttttttfitttttttttttttfit"tttt.ttfitttfitltttttt"tttlt'tttt'.'tttttttitt'tt'tt'tt

CMP
BNE

18:

2s:

8MOV
MOV

#34 ,REALPAT

#FIRST,RO
#SI1ZE ,R1

SOF TPAT ,R2
R1,R3

BANK INDEX RS
RO.R4

#1,PROTYP
18

MTP034
#UIPAR3, SUPDOADD

:1S THIS AN 11/44?
:BRANCH IF NOT

IF #81T13 SET.IN _CONFIG+2(R5)
;BACKGROUND PATTERN IS VALID
CMP
BEQ
MOV

CALL

ELSE

#1,PROTYP
2%

#MTPO34+6,SUPDOADD

SUPDO3

sREAD IT

;BACKGROUND PATTERN HAS BEEN INVALIDATED

M1 ,PROTYP

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTO034

SOFT ERROR - BACKGROUND PATTERN TEST

8689 026120
90 026122
8691 026130

001406
012737
004737

8692 026134 00040

8693 026136
9% 026142

004737
052765

8695 026150
gggg 026150 000207

036340
027206

027030
020000

002260
002652

8698 026152
8699 026152

38
4$:

012737

013703

8702 026170
8703 026172
8704 026176
8705 026200
8706 026204
8707 026212
8708 026214
8709 026216

000301
042701
006301
010137
023737
0010C
000207
012702

000035

002102

3%
#MTP034,SUPDOADD
SUPDO3

CALL
BIS

SUP
cexr13 CONFIG+2(RS)

B8R

END ;OF IF #81f13
RETURN
<<MT0035

LeSUBTEST

MT0035

WRITE IT
VALI ATE IT

SETUP WORST CASE NOISE PARITY TEST>>

002274

002150
002150

MOV

012737
004737

036364
027206

005102

004737 041224
004737
000207

1$:

027222

002260

#35 ,REALPAT

MOV

BANKINDEX ,R3

SWAB
8IC
ASL
MOV
CMP
BNE
RETURN
MOV

R1
o~c17.n1
R1
R1,CSRNO
CSANO, PGMCSR
13

MOV

002526

052524

SETUP WORST CASE NOISE PARITY TEST

ttttttQttttttttl'tttttttttttttttttttt'ttttttttttfiltttttttQtttt.ttttttt'tttttt't

177760

8710 026222 004737 041224

8716 026256
8717 026262

BEQ
MOV
CALL

ttttttttt'tttttttttttt'tt'ttttt'ttttQtlttttttttt.ttttttt'tt.ttttttt'.ttttt'tt't

8700 026160

8715 026252

SEQ 0220

PAGE 246-1

MT0035: SUBTST

8701 026164 016301 002650

8711 026226
8712 026224
8713 026240
8714 026250

26-APR-82 09:41

raLL

CONFIG (R3S ,R1

cszsza nz

BACK

:WRITE BACKROUND OF ALMOST ALT. 1°'S AND 0°S

BACKGND

;WRITE COMPLEMENT PATTERN INTO MUT

#HTPOSS.SUPDOADD
MOV
SUPDO3
CALL
IF QVFLAG IS TRUE THEN SRETURN
R2
coM

CALL

CALL
RETURN

;SET UP TEST NUMBER FOR DISPLAY

SUPDO4%

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0035

SETUP WORST CASE NOISE PARITY TEST

8719 026264

8720 026264
8721 026274
8722 026302
8723 026306
8724 026312
8725 026314
8726 026320
8727 026324
8728 026330
8729 026334

26-APR-82 09:41

SEQ 0221

PAGE 247

MT0036: SUBTST

<<MT0036

;*SUBTEST

MTCN36

SETUP CORRECTION CODE TEST>>

.ttt.'ttttl'ttttitttt'Q"tttttttt'tfitt.'t'.'tt.ttttt".t".'...Q.'.'."."".Q"

SETUP CORRECTION CODE TEST

tttt'lttt".tttttttt.i'ttl'ttQtttttQttttt'.'tt'."t.'QQ..""QQ'."""'Q"""
012737

000036
061324
002262
100000

000207

046774

002274

ISVPHEMFLG IS FALSE THEN SRETURN ;IF NOT MS11-P THEN EXIT
CALL
CLR
CLR

MOV
CALL
CALL

CALL

RETURN

#36 ,REALPAT

GETCSR
PASFLG
RO

#100000,R1
MAPKERNAL
MTPO36
UNMAP

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
:GET CSR INFO FROM CONFIG TABLE
:CLEAR LOOP COUNTER
SGET TEST DATA
:GET FIRST ADDRESS IN BANK
:MAP KIPARS AND 6 TO BANK

;EXECUTE TEST

:REMAP KERNAL SPACE

CZMSPAO M311-L/M/P _MEMORY DIAG. MACRO M1113

MT0036

SETUP CORRECTION CODE TEST

8731 026336

26-APR-82 09:41

SEQ 0222

PAGE 248

MT0037: SUBTST

<<MT0037

: *SUBTEST

MT0037

SETUP ECC DISABLE TEST>>

ttt.ttt.fi'tttt"t.tttt'tt"'tttttfittittttltttttt".ttt'tttt'tt't.tttt'ttt't.'tt

SETUP ECC DISABLE TEST

ttttttttttittfitfifittttt"t'ttfifitt.ttttQttfitfit.tt.ttt.tfitttt.t'ttttit'.t.'tttttit

8732 026336
3733 026346
8734 026354
8735 026360
8736 026362
8737 026366
8738 026372
8739 026376
8740 026402

8741
8742

012737

000037
100000
066706

000207

046774

002274

IF PHEHFLG IS FALSE THEN SRETURN ;RETURN IF NOT A MS11-P
;SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
ALPAT
MOV

MOV

0106000 R1

CALL
CALL

MAPKERNAL
GETCSR

CLR

CALL
CALL

RETURN

MT0040: SUBTST

8743 026404

‘SET UP TEST ADDRESS

‘CLEAR DATA TO BE WRITTEN

MTP037
UNMAP

*CHECK ECC DISABLE
*REMAP KERNEL SPACE

<<MT0040

‘MAP THIS TEST TO KERNEL SPACE
*GET CSRINFO FROM CONFIG TABLE

.tttttttfifitt.tttttt*ttt"'ttttt.tt'tttttttttit.t...tt't.tt'tttt'.'ttttt.t.'i'tt'

MT0040
s *SUBTEST
'ttttttt'tttttttttttttt't*ttt'ttfifittttQ.tfiit.t'tfittt'tilt.'."tt.t'ttt.'.".t'.'

8744 026404

000207

RETURN

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0040

8747 026406

8748 026416 012737 000041 002274
8749 026624 004737 041324
8750 026430
8751 026436

8752 026442 004737 027206
000207

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST>>
L L L

i iitaideiintiaie

b LA A

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
e A L S L T DA L LR
e
L
e
IF PMEMFLG IS FALSE THEN SRETURN EXIT IF NOT MS11-P

: *SUBTEST

T L L L

SEQ 0223

PAGE 249

26-APR-82 09:41

MT0041: SUBTST <<MT0041

8746 026406

8753 026446

MOV

CALL

MT0041
L

#41,REAL
GETCSR

;SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY

:GET CSR NUMBER AND ADDRESS FROM CONFIGURATION TABLE

LET SUPDOADD:= #MTP041
LET R1 := AFIRST

:SET UP TEST ADDRESS
:SET UP FIRST ADDRESS

RETURN

CALL SuPDO3

:EXECUTE ADDDRESS TO CSR TEST IN SUPVISIOR MODE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTO041

26-APR-82 09:41

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

SEQ 0224

PAGE 250

<<MT0042
SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST>>
ttttttttt.'t.'..'.Qt.Q.Qttt."t"'ttt"..'t."tt
tt"Qttt't.
't.ttttt't
ttttt.tttt

MT0042: SUBTST

8755 026450

:+SUBTEST

MT0042

SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST

tfittttttttttttttlttttt""ttt'tttttttfittt..lt'ttt'.'t't'.ttt"tttt't"'.'.QQ."
8756 026450
8757 026460
8758 026466
8759 026472
8760 026476
8761 026502
8762 026506
8763 026512

012737
012701
004737
004737
004737
004737
000207

000042

100000

046706
061324
037176
066774

002274

IF PHEHFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
:SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
ALPAT
MOV
MOV
CALL
CALL
CALL

CALL
RETURN

c1obooo R1

MAPKERNAL
GETCSR

MTP042
UNMAP

*SET UP TEST ADDRESS

‘MAP TO KERNEL SPACE

‘SET UP CSRINFO FROM CONFIGURATION TABLE

*CHECK EXTENDED UNIBUS FODRESS TO CSR
‘REMAP KERNEL SPACE

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

MT0042

26-APR-82 09:41

SETUP EXTENDED UNIBUS ~NDRESS TO CSR TEST

8766 026514

8768 026532 004737 046706
8769 026536
8770 026542 004737 037432
8771 026546 004737 046774

8777 026576

8780 026612

8781 026614

8782 026614

012737 000044
004737

046706

004737

002274

MT0044: SUBTST

<<MT0044

S «SUBTEST

MT0044

000207

IF PMENFLG 1S FALSE THEN SRETURN ;EXIT IF NOT MS11-P
;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
44, REALPA
MOV
‘MAP TO KERNEL SPACE
MAPKERNAL
CALL

CALL MTPO44

000207

MT004S: SUBTST

<<MT0045

S «SUBTEST

MT0045

004737

046706

002274

046774

MOV

8797 026714

‘MAP TO KERNEL SPACE
*SET UP TEST ADDRESS

CALL UNMAP

*REMAP KERNEL SPACE

CALL MTP04S

RETURN

PERFORM SYNDROMES TO CSR ON DOUBLE BIT ERROR

ECC DISABLED TET>>
SETUP CHECK SINGLE BIT ERRORS WITH
MT0046: SUBTST <<MT0046 "tt't.....l.
...fi..'Q'."Qt".'tt.'.t'.'.'.'t.'t"l....'
MT0046

SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET

tt.ttt'tt‘.tttitttttttt"'Qttlit..t..tttfi..l"'fi'.'..".t".t'.'t"t't'fi.'fi.'.'

012737 000046 002274
004737

046706

004737

000207

046774

IF PMEMFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
#46,REALPAT
MOV
‘MAP TO KERNEL SPACE
MAPKERNAL
CALL
UP TEST ADDRESS
*SET
#100000
LET R1 :=
TRAPS DECTECTED ON SBE WITH ECC DISABLED TE
*PERFORM
CALL MTPO46
SPACE
KERNEL
REMAP
CALL UNMAP
RE TURN
SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST>>
MT0047: SLBTST <<MT0047
't.t'tttttt.."ttt'fiQ""""Q.Q'.tt.tt'...Q...Q....lttt...t.'t'.fi'."""t"tt

SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST
P
IF PMENFLG IS FALSE THEN SRETURN EXIT IF NOT MS1?
MT0047

.'tl"t.'t't.'t.".!t"t"tt.t'..Q."tt'..Qt'.'.l..'...'."......'.t.'.."'."'

8798 026714

8799 026724 012737 000047 002274

8805 026756

:SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY

MAPKERNAL
CALL
LET R1 := #100000

*«SUBTEST

8800 026732
8801 026736
8802 026742
8803 02674¢
8804 026752

#45,REALPAT

ttttt...'itlfit'.ttttt'.

8794 026702 004737 040330
8795 026706

SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR

IF PMEMFLG IS FALSE THEN SRETURN :EXIT IF _NOT MS11-P

«SUBTEST

8796 026712

*REMAP KERNEL SPACE
SETUP SYNDROMES TO CSR ON DOUBLE BIT ERRUR>>

CALL UNMAP

RETURN

*SET UP TEST ADDRESS

PERFORM SHIFTING 170°'S THROUGH THE CHECK BITS

*tttfi'tt.tt"t.Q!t..t"ttt".tttt.Qt.ttt..'.tttt't"t...tt'.'t..t'....'.'.'tt"

8788 026652

8793 026676

SETUP SHIFTING 1/0°S THROUGH THE CHECK BITS TEST>>

'tttt'tttttttt.t..ttfi'tt""'tlltttt.Q..ttt.fit...QQ.tt....tt.'fi"tt'..tt'.."..'

004737 040142

8790 026654
8791 026664
8792 026672

‘MAP TO KERNEL SPACE
*SET UP TEST ADDRESS
PERFORM WRITE BYTE TEST
*REMAP KERNEL SPACE

SETUP SHIFTING 1/0'S THROUGH THE CHECK BITS TEST

LET R1 := #100000

046774

8786 026642

8789 026654

MAPKERNAL
CALL
LET R1 := #100000
CALL MTP043
CALL UNMAP

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY

tt'tt't'fitt"ti.tfi.fi."ttttittttt..tt't.'Q.Qfit"'.fit.'t.".tt.'.."t"tt.."".

012737 000045

8787 026646

#43,REALPA

Qllttfitttttttlfi*'t..."t‘ti*"tQfi'ttt...t.t.t'..t'fi"'tw..t'tt'.""t"t'Qt"t'

8783 026626

8784 026632
8785 026636

MOV

RE TURN

000207

8778 026602 004737 037626
8779 026606

MT0043

'ttQtttt"tfittt.ttt..ttt'tttttttttt'QttQ'Qtittt.tt'.ttt.'.t'tt'.ttt"'tttt.""

8767 026526 012737 000043 002274

8774 026554
8775 0265664
8776 026572

PAGE 251

SETUP WRITE BYTE CLEARS SBE TEST
IF PMENFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-p

: *SUBTEST

8772 026552

SEQ 0225

SETUP WRITE BYTE CLEARS SBE TEST>>
MT0043: SUBTST <<MT0043
ttttlQ't'Qtttttttt.ttttt'.t.'t't't.'t"t'.Q
It'ttttttttt
ttttl'tttttt't.tttttt'tt

8765 026514

8773 0265564

004737

046706

004737
004737

040670
046774

000207

MOV

#47,REAL

MAPKERNAL
TALL
LET R1 := #100000
LET R2 := #120000
CALL MTP047
CALL UNMAP
RETURN

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
‘MAP TO KERNEL SPACE
SSET UP TEST ADDRESS
277 TUSECOND TEST ADDRESS
PERFORM NO UPDATE TO CSR ON SBE WiTH DBE
REMAP KERNEL SPACE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0047

26-APR-82 09:41

SETUP NO CSR UPDATE ON SBE WiTH EXSISTING DBE TEST

MT0999: SUBTST

8808 026760

s *SUBTEST

8809 026760
8810 026764
gg}; 026772

8813 026774

005037

002274

000207

27024

27030

<<MT0999

MT0999

SETUP NULL TEST>>

SETUP NULL TEST

REALPAT
NULLFLAG

CHECK FOR KAMIKAZE MODE

A L

L L LR L R D S R

KAMITEST:SUBTST <<CHECK FOR KAMIKAZE MODE>>
s*SUBTEST

26774
27016

SEQ 0226

PAGE 253

Tttt

CLR
SET
RETURN

L L

DL L L AL L A L R E

L R A L L D

LA il

DR DAL L AL L L AL

L L LA L LA DAL LA R LA

IF KAMIKAZE IS TRUE OR ACTFLAG IS TRUE OR_APTFLAG IS TRUE
sRUN THE TEST
SRETURN NOERROR
ELSE
sDON'T RUN THE TEST
SRETURN ERROR

END ;OF IF KAMIKAZE

CZMSPAQ MS11=L/M/P MEMORY D!AG. MACRO M1113

CHECK FOR KAMIKAZE MODE

:*SUBTEST

8822 027030

8823 027044
8824 027050
8825 027060
8826 027064
8827 027070

004737

060450

010037
012700
010120

002156
002160

SUPDO2: CALL
PUSH

MOV
MoV
MoV

MoV

8828 027072 010220
8829 027074
8830 027076

MOV
MoV

010320
010420

MOV

8831 027100 010520
8832 027102
8833 027104
8834 027110
8835 027116

010620
013700
012737
013737

002156
027124
002606

8836 027124 012700 002174
8837 027130 014006
8838 027132 014005
8839 027134 014004
8840 027136 014003
8841 027140
8842 027142
8843 027144
8844 027146
8845 027154
8846 027160

014002
014001
014000

012706

000740

8847 027162 004737

177640

8848 027166
8849 027170

8850 027172
8851 027174
8852 027204

104424

104423
104417

000004

000207

MAP

002606
002610

MoV
MoV
MoV
MoV

TAG4S: MOV
MOV
MoV
Mov
MoV

EXECUTZ PATTERN IN SUPERVISOR>>

<<SUBR

SUBR

SEQ 0227

PAGE 255

26-APR-82 09:41

SUPDO1: SUBTST

8821 027030

BANK

bbb LA A LA L LA LI LA LA

EXECUTE PATTERN IN SUPERVISOR

GETDIS
SLPERR, SLPADR

itieiaioiiiniataiiubririniubininiriniainiuiririviaioiohinbiv

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

RO, SUPDRO
#SUPDR1, RO
R1,(R0)+

R2. (RO)+
R3,(RO)+
R4, (RO)+

RS, (RO) ¢

SP,(RO)¢+
SUPVRO,RO
#TAG4S, SLPADR
SLPADR,SLPERR

#SUPDR6+2,RO
-(R0).RS
-(R0).R&
-(R0) .R3

=-(RO),SP

-(R0) ,R2
MoV
=(R0O) ,R1
mMov
-(R0) ,RO
MoV
SUPERVISOR

;ENTER SUPERVISOR MODE

CACHOFF

sTURN CACHE OFF

MOV

#SUPSTK,SSP

CALL

FASTCITY

SCOPE
POP
RETURN

SLPADR,SLPERR

CACHON
KERNEL

;CALL TO THE USER INSTRUCTION PAR'S

; TURN CACHE ON
:ENTER KERNEL MODE

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113
8855 027206
8856 027222
8857 027226
8858 027236
8859 027242
8860 027246
8861 027250
8862 027252
8863 027254
8864 027256
8865 027260
8866 027262
8867 027266
8868 027274
8869 027302
8870 027306
8871 027310
8872 027312
8873 027314
8874 027316
8875 027320
8876 027322
8877 027324
8878 027332
8879 027336
8880 027340
8881 027344
8882 027346
8883 027352
8884 027354
8885 027360
8886 027362
8887 027364
8888 u27366
8889 027376

26-APR-82 09:41

SUPDO3: MAP
SUPDO4: CALL

060450
(elelolalelolelelalelalelelelelolsle)

SUBR

EXECUTE PATTERN IN SUPERVISOR

002156
002160

4006

002156
027302
002606
002174

002452
000700

000740
152700

000207

T8G4S:

MOV
MOV

014000

000004

002606
002610

PUSH
MOV
MOV
MOV
MOV
MOV
MoV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MoV
MOV
MOV
MOV

SEQ 0228

PAGE 257

BANK

GETDIS
SLPERR,SLPADR
RO, SUPDRO
#SUPDR1
RO
R1,(R0O)+
R2,(RO)+
R3,(RO)+
R4, (RO)+
RS,(RO)+
SP,(RQ)+

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

SLPADR,SLPERR
#SUPDRG+2,R0
=-(RO) ,SP
-(R0O) ,R5
-(R0) ,R4
-(RO) ,R3

-(RO) ,R2

=(R0) ,R1
-(R0) ,RO

TESTAREA
NOSUPER
TST
BEQ

MOV

;3SESTK.USP
£§UPSTK.SSP

BR
MOV
CACHOFF
aSUPDOADD
CALL
CACHON
KERNEL
SCOPE
POP
$SLPADR,SLPERR
RETURN

;ENTER SUPERVISOR MODE

sTURN CACHE OFF
:TURN CACHE ON

sENTER KERNEL MODE

.
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MEMORY TEST PATTERN ROUTINES

26-APR-82 09:41

8894

FIRST ADDRESS OF PATTERN (FIRST,LAST+2,ETC)
NUMBER OF ADDRESSES IN PATTERN (SIZE)
DATA FOR PATTERN (ONES,S52525,.ETC)
CGPY OF R1 (IF NECESSARY)
COPY OF RO (IF NECESSARY)
COPY OF R2 (I1F NECESSARY)

:
;
:

RO
R
R2

8899
8900

;
;

R%
RS

8902 027400

MTPO00: SUBTST

<<MTP000

S«SUBTEST

MTPO0O0

8895
8896
8897

;

8898

1s:

077102
000240
012401
020102
001402
104430
000240
077306
000207

2s:
38:

MOV

S08
NOP
MOV
CMP
BEQ
PERRO2
NOP
S08
RETURN

MTP0O01: SUBTST

R2.(RO)+

R1.MTP0O00
(R4)+,R1
R1,R2
3$
R3,2$
<<MTPOO1

:V177640

V177642
V177644
V177646
tv177650
V177652
V177654
:V1727656
LV177660
V177662

ADDRESS TEST>>

.ttfittttttttttttttttttttttttttt.ttttttttttt.ttttt'tttttittttttttttttttttt'tt'ttt

MTPOO1 ADDRESS TEST
*«SUBTEST
ttttttttttttttttttttttttttt!ttttttttttttttttttttttttttQttttttttttttttfittttt'ttt

8915 027426 062702 000002
8916 027432 077104
000240
012400
020005
001401
104427
062705
077307
000207

ig:
18:

000002

2s:

MOV

ADD
S08

NOP
MOV
CMP
BEQ
PERRO1
ADD
S08
RETURN

R2, (RO)+
#2.R2
R1.3S

(R4) +,R0
RO.RS
2$

#2.RS
R3.1$

MTP002: SUBTST <<MTP002

:¥177640

V177642
V177646

V177650
V177652
V177654
V177656
*V177660
V177662
V177666
V177672

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)>>

tttttttttttttt.ttttttttt'tttttttttttttttttttttttttttttittttt'tttttt'tt'.'..'.'.

8926 027456 010540

8927 027460
8928 027464
8929 027466
8930 027470
8931 027474
8932 027476
8933 027500
8934 027502
8935 027504
8936 027506

BASIC DATA TEST

tt'tt.tttttttttttttttt'ttttttttttttttttttttttttttfitQQQttttt'.tt.t'..........".

8914 027424 010220

8925 027456

BASIC DATA TEST>>

Qtttttt.tttttt.tt.tttt'tt"tttt'tttttttttfi.ltttttt.ttt.lt..t"".t..t't....'...

8903 027400 010220

8917 027434
8918 027436
8919 027440
8920 027442
8921 027444
8922 027446
8923 027452
8924 027454

.Qtttttfittttttanl~tttt't'ttttttttttQtttttt'.tttttttttttttt'ttltt..t."."..'.'..

8901

8913 027424

SEQ 0229

PAGE 259

.SBTTL MEMORY TEST PATTERN ROUTINES
.ttt'ttt.t’ttttttttt'tt'tttt't.tttttttttt'tttttttfiltttttttttttttttkttttttttttttt
NS
. PATTERN aecxsren CONVENTI

8892
8893

8904 027402
8905 027404
8906 027406
8907 027410
8908 027412
8909 027414
8910 027416
8911 027420
8912 027422

062705 000002
077104
00024C
162702 000002
012401
029102
001401
104430
077307
000207

*«SUBTEST

MTP002

COMPLEMENT ADDRESS TEST (WRITE DOWN. READ UP)

ttttttttttttttttttttttt'ttt'ttttttttttttt'tQtttttttttttttttltttt'.t'tt'."..'..

is.

18:
2s:

MOV

ADD
S08
NOP
SUB
MOV
CMP
BEQ
PERRO2
$08
RETURN

RS,=(RO)

#2.RS
R1.38
#2.R2
(RG) +,R1
R1,R2
2
R3,1$

:V177640

V177642
V177646
$V177650
V177652
V177656
1V177660
V177662
V177664
V177666
:V177670

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO02

26-APR-82 09:41

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)

MTPAO3: SUBTST

8939 027510

SEQ 0230

PAGE 261

<<MTPAQ3

3 XOR 9 WORST CASE NOISE TEST (WRITE)>>

ttttttttttttillittttt'ttttttttfittitttittttittttfitttttttttttttttttttt'ttt'.'tt"

MTPAO3 3 XOR 9 WORST CASE NOISE TEST (WRITE)
swSUBTEST
ttttttttfittttttttttttt'tt't.ltttttttttttttfitttttttttttttttttttttttttt..'ttttttt
:R1 = ADDRESS
:R2 = SMALL LOOP CONSTANT

:R3 = NUM OF ADD TO TEST (LARGE LOOP)

1$:

010421
010421
077203
005104

8952 027524
8953 027530
8954 027532
8955 027234
8956 027536
8957 (27540
8958 027544
8959 027546
8960

000004

WARNZ:

:Rg = GOOD DA TA
MEDIUM LOOP CONSTANT
.ENABL LSB
R4,(R1)+
:V177640
MOV

MOV

S08
COM
8IS
401
Mov

SOB8

COM

000100

WARN3:

8IS
401

MOV

S08

RETURN
.DSABL

000207

8961

MTPBO3: SUBTST

8962 027550

R‘.(R1)*

R2.1$
R4
(PC)+ R4
#4 ,R2

R5,1$
R4

(PC)+,R4

#64. RS

R3,1€
LS8

<<MTPB03

V177642
$V177644
V177646
:V177650
z};;ggZ WARNING LOCATION IS MODIFIED BEFORE LOADING

V127660
:V177662
V172664
:V177666 WARNING LOCATION IS MODIFIED BEFORE LOADING
V177670
1177676
V177676
3 XOR 9 WORST CASE NOISE TEST (READ)>>

.t'tttttttlttttttltttttt'tttttfitttttttfittt.ttt.'Qtttt.'Qilttt'.ittttt.tt'ttt".t

MTPB03 3 XOR 9 WORST CASE NOISE TEST (READ)
+*SUBTEST
ttttttttttttttttttttIt'tt'ttttttttfit'ttfifi'tt...ttitt'.t'tt..'it.t'ttlt't.t."t'

8963
8964 027550
8965 027554
8966 027556
8967 027560
8968 027562
8969 027564
8970 027570
8971 027572
8972 027574
8973 027576
8974 027600
8975 027604
8976 027606
8977

000137
077203
005104
052706
000401
012702
077511
005104
052704
000401
012705
077317
000207

027610

000004

000100

1$:

WARNG:

WARNS:

.ENABL

JMP
S08

CoM
8IS
401
MOV
$08
CoM

BIS
401
MOV

S08

RETURN

.DSABL

LSB

TPCO3
R2.1$
R4
(PC)+.Ré4
#4,R2
RS.1$
R

(PC)+,R4

#64. RS

R3,1$
LSB

:V177640

GO TO V172360

$V177644
:V177646
:V177650
x};;gS? WARNINC LOCATION IS MODIFIED BEFORE LOADING
$V177660
V177662
V177664
:V177666 WARNING LOCATION IS MODIFIED BEFORE LOADING
V177670
$V177674
V177676

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

MTPBO3

3 XOR 9 WORST CASE NOISE TEST (READ)

8980 027610

26-APR-82 09:41

SEQ 0231

PAGE 263

MTPCO3: SUBTST

<<MTP(03

;*SUBTEST

MTPCO3

TEST DATA SUBPROGRAM>>

tttttttttttttttttttt*ttt'tttttttttttttttti'tfiQtQQ't......."'.'...*t"."""'fi

TEST DATA SUBPROGRAM

ttttttttttttttttttttttttt'ttitttttttttt*ittttt'tttt'tQ.fi".t'...t..'t't'.t'.tt'

8981 027610
8982 027612
8983 027614
8984 027616
898° 027620
8986 027622
8987
8988 027626

CMP
BEQ
PERRO3
coM
COM
JMP

R4, (R1)+
18

=-(R1)
(R1)
a#MTPDO3

V172372

MTPDN3: SUBTST

<<MTPDO3

TEST DATA SUBSUBPROGRAM>>

s *SUBTEST

MTPDO3

1$:
027626

GO TO V172260

.itlttttttt.tttttttttttt'tttttttttttttttt't*.tfi.ttttfit.t.tt"ttfi'ttttttt.tt.ti't

TEST DATA SUBSUBPROGRAM

ttttttttttttttttttttttittttit'tttfitttfittttt.ttttt'fit.tttttttttt.t.tti"tit'tt't
8989 027626
8990 027630
8991 027632
8992 027634
8993 027636
8994 027640
8995 027642

020421
001401
104431
005127
000000
001363
000137

1$:

027554

CMP
BEQ
PERRO3
60"

R4, (R1)+
18

BNE
JMP

MTPCO3
SMMTPBO3+4

(PC)+

GO TO V172360
GO TO V177644

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPDO3

TEST DATA SUBSUBPROGRAM

26-APR-82 09:41

SEQ 0232

PAGE 265

<<MTPAO4
ROTATING ZEROS TEST>>
N
CARANRTANNS
ANR
ANIRNAN AR
NNR
RANRNAAARNN
ARR
ARAANAACAAN
AAN
ARNRRANRAAR
LA
AT
RNR
NAA
CAN

MTPAQG4: SUBTST

8998 027646

s «SUBTEST

MTPAO4

ROTATING ZEROS TEST

-ttttttttttttttttttitttttitttttttt.ttttfitt..ttttttttltt'tttttttttt.t'tt'tt.'tttt

8999 027646
9000 027652
9001 027654
9002 027656
9003 027662
9004 027666
9005 027670
9006 027672
9007 027674
9008 027676
9009 027700
9010

012705
010504

000010

is:

027702
177776

9011 027702

#8. RS

:V177640

RS,R4

AMTPBOL
=2(R0) ,R4
2$
R2.R4
3$

V177644
V177646
V17765
V17765
V177660
V177662
V177664

R1,1$

V177666
V177670

MTPBO4: SUBTST

<<MTPBO&

SUBR

< %SUBTEST

MTPB04

2s:
3$:

000207

MOV

MOV
cLC
JMP
MOV
BCS
CMP
BEQ

PERRO%
S08

RETURN

V177672

ROTATING BIT>>

;tttttttttttttttttttttttttttttttttttttttttttttttttttttttttttttt.tttt.ti.t"'."'

SUBR

ROTATING BIT

WO
= NO —
NONOONO

CND~US§D\“D
ONNON
OONN
—d b B b cad \ Y b

9012 027702
9013 027704
9014 027706
9015 027710
9016 027712
9017 027714
9018 027716
9019
9020 027722

Ot
b O b

'ttttttttttttt'ttttttttttttttttttttttttttttttttttttt*tQQttt'.t...ttt..'t......"

is:

ROLB

(RO)

:V172360

(RO)+

V172364

+V172362

S08

RS,1$

ROLB
S08

.RO)
P&, 28

JMP

SMMTPAOL+14

V172374

MTPOO0S5: SUBTST

<<MTPO05

ROTATION ONES TEST>>

s *SUBTEST

MTPOO5

2s:

RoLB

027662

V172366
*v172370

(RO)+

V172372

:ttttttttttttttttfitfittttttttt.tQttt.fit'fi.tttt."t't.t..'.."'."..'i.".....""

ROTATION ONES TEST

RANRC
R AN AN AAAANNARANS
CRANRANNRAANAAEARARNNRARRENAARARANANARRARRARARARRANAARRERANN

9021 027722
9022 027726
9023 027730

9031 027754

012705

0C0010

is:

MOV

R5.Ré

MOV

S#MTPBO4
-2(R0) ,R&
2%

SEC
JMP

027702
177776

000207

MOV

2%:
3s:

BCC
CMP
8EQ

PERRO4
S08

RETURN

R2,Ré

R1,1$

:V17766g IF THIS HAPPENS THE GOOD & BAD MATCH

CIMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPOOS

ROTATION ONES TEST

9034 027756

26-APR-82 09:41

SEQ 0233

PAGE 267

MTP006: SUBTST

<<MTP006

s *SUBTEST

MTPODS

INITIAL DATA TEST>>

;tt'tt'ltttt"tttl.ttt't"Q't."t'tlttlQlQtiQttttt.t.t.ttttt'tt'..QQ.Q."Q'QQ..'

[NKIVIAL DATA TEST

:tttttttttt"'lt\\ilttt""Q'QQ'QQQQtitfitttfitttt'lt't..Qtt..ttt'tt.tttttfifi'.ttt'

9035
9036
9037 027756
9038 027764
9039 027770
9040 027776
9041 030004
9042 030010
9043 030014
9044 030016
9045
9046 030020
9047 030024
9048 030030
9049 030032
9050
9051 030034
9052 030040
9053 030042
9054 030052
9055
9056 030054
9057 030062
9058 030070
9059 030076
9060 030104
9061 030110
9062 030114
9063 030116
9064

9065 030120
9066 030124
9067 030130
9068 030132
9069
9070 030134
9071 030140
9072 030142
9073 030152
9074 030154

000001

002240
000000
000002

1$:

MOV

THIS TEST CHECKS THE DI/DO LINES BY
;
SHIFTING A 1 THROUGH THE WORD.
:
;SET THE FIRST TEST BIT
#1 ,DATBUF

MOV
MOV

:WRITE TEST WORD 1
DATBUF ,@8(R1)
DATBUF +2,72(R1) :AND TEST WORD 2

CLR

MOV

CMP

002240

100405

012737

MOV
CMP

32(R1) ,R2
DATBUF +2,R2

DATBUF +2
4
DATBUF
1$

28:

002242

38:

TST
BM]
DLEFT
BR

4$:

MOV
MOV
MOV
MOV

001401
1046433

177776
177777
002240
002242
000000
002240

BEQ
PERR10

017102
023702
001401
104434

000002

005737
100005

002242

000746
000207

002242

002240
002242

000000
000002

5$:

MOV
CMP
BEQ
PERRO?

6$:

8s:

‘CLEAR ND WORD
:NOW READ THEM

‘BR IF FIRST 16 OK
‘ERROR TRAP

:NOW READ SECOND WORD

‘BR IF 0K
*ERROR TRAP

:HAS LAST BIT BEEN TESTED ?
*MINUS MEANS BIT 31
*NO, SHIFT TEST BIT LEFT
‘G0 WRITE NEW TEST DATA
*NOW GOING TO SHIFT A O IN DATA DIRECTION
#177776 ,DATBUF ;PUT A O IN BIT 0
:AND 1'S IN ALL OTHERS
#-1, DATBUF+2
:WRITE THE DATA
DATBUF,@(R1)
DATBUF +2,82(R1) :2 WORDS WORTH
a(R1),R2
DATBUF ,R2
6$

:NOW READ FIRST WORD
‘BR IF 0K

MOV
CMP
BEQ

32(R1) ,R2
DATBUF +2,R2
78

:NOW, READ SECOND WORD
IF OK
‘BR

DATBUF +2
8$

;TESTED BIT 31 YET?
:BR IF YES, WE'RE DONE

PERR10

78:

DATBUF ,R2

000002
002242

000746

a(R1) ,xe

BEQ

PERRO?

005737

DATBUF +2

8PL
DLEFT
B8R
RETURN

DATBUF
5%

;KEEP GCING

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPOO6

INITIAL DATA TEST

9077 030156

9078
2079
9080
9081

26~-APR-82 09:41

SwSUBTEST

MTP007

ADDRESS BIT TEST

:
:
:
:

THIS TEST CHECKS TO SEE THAT EACH ADDRESS
BIT IN EACH 16K BANK CAN BE ASSERTED UNIQUELY.
IT CHECKS FOR ADDRESS BITS THAT MAY BE STUCK
HIGH, STUCK LOW OR STUCK TOGETHER.

;READ AND COMPARE FOR 2EROS

(R1)

: COMPLEMENT THE BYTE

tttttttttttttttttttttttttt'ttttttttttfitt.tltttttttt!tt.t'ttttt.tt"tittttt'ttt'

9084 030162
gggg 030164

001401
104435

9087 030166

105111

9089 030172

105700

TSTB

105700
18:

111100

9090 030174
3835 030176

001001
104636

9093 030200

040201

9097 030210
9098 030212

005700
001401

9101 030216

005111

9102 030220
9103 030222
9104 030224
3}82 030226

28:

02270
00140

9111 030244
9112 030246

006302
012701

9109 030236
9110 030242

022702
001356

9113 030252 000752
9114 030254

38:

000207

100000

48:

010000

58:

(R1).RO

*BR IF 0K

;READ FOR NON ZEROS

*BR IF 0K

BIC

R2.R1

;MASK OFF THE ASSERTED BIT

ASL
BIS
MOV
CoM

R2
R2,R1
(Ri) RO

‘SET THE NEW BIT INTO R1

(R1)

;COMPL THE WORD

(R1).RO
RO
/X

CMP
BEQ

#100000,R2
58

CMP
BNE

#10000,R2
2

B8R

RE TURN

‘SHIFT R2 FOR NEXT BIT
;READ THE NEW ADDRESS
*READ FOR 2EROS

MOV
TST
BNE
PERR14

ASL
MOV

160000

PERR13

011100
005700
001091
10440

(R1),RO

TST8

ST
BEQ

104437

9107 030230
9108 030234

coM8

MOVB

BNE
PERR12

9094 030202 006302
9095 030204 050201
9096 030206 011100
g?gg 030214

ADDRESS BIT TEST>>

<<MTP0O7

BEQ
PERR11

9088 030170

PAGE 269

tttttttttttttttttttttttttttttttttttttttttttt'tit.tt.ttttttttttt.ttt'tt'ttttt'tt

MOVB

9083 030160

SEQ 0234

MTP0O7: SUBTST

111100

9082 030156

R2
#160000,R1

:READ IT AGAIN

:CHECK FOR MSB IN 4K BANK
*NOT LAST BIT, BRANCH

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPOO7?

ADDRESS BIT TEST

9117 030256
9118
9119

9120 030256
9121 030260
9122 030262
9123 030766
9124 030272
9125 030300
9126 030302
9127 030304

9128 030306

9129 030310

9132

<<MTP010

+*SUBTEST

MTPO10

MOV
MOV
ADD
MOV
MOV
CLRB
MOV
cMP

k4 R2
R4.R3
#4 R2
#-1,(R3)
#-1.2(R3)
(R3S
R4 ,R1
RZ.R1

:R& HAS LOWEST ADDRESS
SPUT IT IN R3A
*POINT R2 TO LAsr avre +1
SWRITE ALL ONES IN
STHE &4 TEST BYTES
“CLEAR A BYTE
CINITIALIZE R1 FOR EACH PASS
IF EQUAL, JUST READ LAST BYTE

020301

CMP

R3,R1

*1S THIS THE BYTE OF 2EROS

001420

9137 030326
9138 030330
9139 030332

005201
000765
111100

9141 030340
3}25 030342

001401
104436

9144 030344

005201

9146 030350
9147 030354
9148 030356

112713
005203
020302

122700

000756

001347

000207

BEQ

‘BR IF NOT

tmP

#0,R0

;IT 1S, COMPARE FOR ZEROS

INC
BR
MOVB

R1
2
(R1).RO

:NEXT BYTE
*RETURN

BEQ

PERR11

48:

(R1).RO

68:

CMP8

#-1,R0

;ITS NOT THE BYTE OF 0°'S, READ 1'S

INC

:MOVE TO NEXT BYTE

MOVB
INC
CMP

#-1,(R3)
R3
R3,R2

;RESTORE 1°'S TO BYTE JUST TESTED
SINC TO usxr BYTE
‘WAS THAT JUST THE LAST ONE?

BEQ
PERR12

177777

‘BR IF EQUAL

SWARNING IF YOU OPTOMIZE CHANGE THE PCBUMP FOR THIS ERROR INCASE OF TRAPS

38:

177777

BNE

MOVB

111100

9134 030322

9150 030362

:1EST 3 THIS TEST CHECKS FOR PROPER
BYTE ADDRESSING WITH ECC DISABLED

01040
01040
062702 000004
012713 177777
012763 177777 000002
18:
105013
010401
2$:
020201

agomn«1mus

9149 030360

BYTE ADDRESSING TEST

tttttt.tt'tttttttttttt't"'tt'tttt.ttt!tttt'ttttt.'tt.t'tttt'ttttttttt'.t.tt't'

001401

9145 030346

BYTE ADDRESSING TEST>>

ttttttttttttttttttttttt"tttt'tttttttttfitttttttttttttttttt.tttt'tttttt"tt'tt't

9133 030316 022700 000000

9140 030334

SEQ 0235

PAGE 271

MTPO10: SUBTST

9130 030312 001007

9131 030314

26-APR-82 09:41

BNE

RETURN

*BR IF NO

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO10

BYTE ADDRESSING TEST

9153 030364

26-APR-82 09:41

SEQ 0236

PAGE 273

MTPO11: SUBTST

<<MTPO11

s*SUBTEST

MTPO11

SINGLE BIT ERROR TEST>>

;tQ"ttttttitt'.tt..tt'."t't..fitt.t.ttttt..t't.."t'tt"t.tti.'t"""t'..itt"

SINGLE BIT ERROR TEST

:t'tttttt'tt"tt't.tl""t.t'..fi.ittt.tt"'tt.tt.'.'.t'ttt"tfitttttt.tt.t'ttt.t'

9154
9155
9156
9157
9158
9159
9160
9161
9162
9163
9164
9165
9166
9167

9168
9169

013737
010237

172246
172252
172252

9177 030412
g};g 030420

012737
005037

000001
002242

002240

9180 030424
g}g; 030432

012737
005037

000001
002252

002250

9183 030436
9184 030444
9185 030452
9186 030456
9187 030460
9188 030464
9189 030470
9190 030474
9191 030500
9192 030506

013737
013737
105737
001404
005137
005137
013702
013703
012737
004737

002240
002242
002262

002244
002246

9196 030512
9197 030516
9198 030522
9199 030526
9200 030532
9201 030536
9202 030542
9203 030544
9204 030550
9205 030552
9206

1(2)

READ BACK SBE UNCORRECTED (WITH ECC DISABLE)

2(3)

ENABLE ECC & READ CORRECTED DATA

1(4)

CHECK THAT THE SBE FLAG WAS SET FROM THE LAST READ

1(5)

DO (1-4) FOR DATA CONSISTING OF 1 BIT SET IN EACH OF 32

:
;

POSITIONS OF A DOUBLE WORD
THEN DO IT AGAIN FOR 1 RIT CLEARED IN EACH OF 32 POSITIONS OF
A DOUBLE WORD
IE (64 TIMES)

1(6)
:

DO (1-5) FOR A SBE_IN EACH OF 32 BIT POSITIONS
1E (RUN TEST 64 » 32 = 2048 TIMES)

0140064

002244
002246
002244
002246
002244
044266

:CLEAR 1 SELECTED CSR
‘TEST SPECIAL CASE INDICATOR
‘BRANCH IF NOT SET

CLR1CSR
PHEBE
ST
MTLATY
BEQ

104503
005737
001407
013702

9193
9194
9195

CREATE A SINGLE BIT ERROR

;
:

9170 030364
9171 030366
9172 030372
9173 030374

9174 030400
3};2 030406

:(1)

*SAVE CONTENTS OF SIPAR #3
SIPAR3,R2
MOV
SIFARS .a#SIPAR3 :COPY CONTENTS OF #5 INTO #3
MOV
1COPY CONTENTS OF #3 INTO #5
ngYG Loogz.a#sprRs

172246

#1,DATBUF
MTLA1: MOV
DATBUF +2
CLR
LOOP
UM
;MEDI
MTLB11: MOV
#1.SBEMSK
SBEMSK ¢2
CLR
SLITTLE LOOP
DATBUF ,TSTDAT
MTLC11: MOV

002306

;INITIAL ERROR MASK
232 BITS WORTH

MOV

BUF SAVE ORIG DATA
42, TSTDAT+2:T0
DAT

oM
coM
MOV
MOV
MOV
CALL

TSTDAT
TSTDAT+2
TSTDAT,R2
TSTDAT42,R3
ATSTDAT,SOURCE
CHKGEN

TSTB
BEQ

48:

;INITIAL DATA
132 BITS WORTH

PASFLG
48

:COMP DATA ON SECOND PASSONLY
;B8R IF FIRST PASS

*SECOND PASS., COMP BOTH WORDS
:SET UP ADDRESS FOR CHKGEN
‘GEN CHECKBITS ON TSTDAT

:t'ti'.t't'.t""'t'.'.'.tt!.i.'

‘ex CREATE A SINGLE BIT ERROR

:lt'tt.'t"'t".'."tttt..t't.lt

013701
074137
013701
074137
013701
013705
104471
013711
104475
013715

002250
002244
002252
002246
002406
00241C

002244
002246

MoV
XOR

MOV
XOR
MTLD11: MOV

MOV

SBEMSK ,R1

R1,TSTOAT

+2 ,R1
SBEMSK
R1,TSTDAf¢2
TESTADD,R1

TESTADD+2,RS

ECCIDIS
TSTDAT, (R1)
MOV
CB1CSR
MOV

TSTDAT+2,(RS)

:FIRST TEST ADDRESS

>SECOND TEST ADDRESS

‘DISABLE ECC ON 1 SELECTED CSR
‘WwRITE FIRST 16 BITS
‘WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
:WRITE SECOND 16 BITS AND

PCHECK BITS. WE NOW HAVE CHECKBITS

CZMSPAO MS11-t/M/P MEMORY DIAG. MACRO M1113
9207
9208

SINGLE BIT ERROR TEST
-

WVMWOWON
WNINWNO
—

MTPON

WVMIWO WO
WVININNDO

9209 030556
9210 030560
9211 (30562
9212 030566
9213 030570
9214 030574
9215
9216 030576
9217 03060¢
9218 0307
9219 03060
9220 030612

ECCIDIS

002032

002246

MOV

cMp
BEQ

MOV

002032

PERR31

WnNOOO
O=2NOWN—=-~N

014004
17%:

(R1) ,RO
Rg.TSTDAT
6

:DISABLE ECC ON1 SELECTED CSR

:REA?FTgE LOW WORD (UNCORRECTED)

R1,ADDRESS

(RS) ,RO

RO, TSTDAT+2
78
R5,ADDRESS

:REA?FTSE HIGH WORD (UNCORRECTED)

IF KFLAG IS FALSE
READCSR

END; OF IF _KFLAG
PHEBE
TST
178
BNE
ERRGEN

CLR1CSR

MOV

CMP
8EQ
PERR32

002032

PERR34

O =WWOW

9s:

=20

SET

108:

ON
~N

100405
000614

CLRICSR

MOV

go,R2

002032
118:

002252

(RS) RO

sSEE IF 1TS BEEN CORRECTED
sIT SHOULD HAVE BEEN

sTEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
:BR IF IT IS SET

sENABLE PRINTING OF ERROR HEADER INFO

sFNABLE P:IMTING OF ERROR HEADER INFO
;CLEAR 1 SELEC..D CSR

ROGR3
PERR3?2

TSTREAD
118
8¢S
HEADER
SET
R1,ADDRESS
MOV

EESI LOES(R1) £ TST FOR SBE (WITHOUT FETCHES)

PERR34
SET
ERRGEN
T1ST8
BMI
1ST
BM]

DLEFT

128:

HEADER

sCLEAR 1 SELECTED CSR

;SEE IF ITS BEEN CORRECTED

CMP
BEQ

002262

(R1) RO

TSTREAD
98
8Ccs
HEADER
SET
+ .ADDRESS
MOV

==
=20
O
ON

SOOO=S=OO
et

9236
9237 030670
9238 030672
9239 030674
9240 030702
9241 030706
9242 030710
9243
9244 030716
9245 030720
9246 030722
9247 030724
9248 030726
9249
9250 030730
9251 030732
9252 030734
9253 030742
9254 030746
9255 030750
9256 030756
9257 030760
9258 030764
9259 030766
9260 030772
9261 030774
9262 031004
5263 031006

6$:

;GENERATED ON DATBUF AND DATA WITH
:ONE BIT IN ERROR (AS PER SBEMSK).

END; OF IF #BIT4

S 32 28%3pest

9233 030662

PERR31

PAGE

SEQ 0237

IF #BIT4 OFF.IN CSR OR #8IT15 OFF.IN CSR
+45
ERROR

-_-l)

9231 030656
9232 030660

cMP
8EQ
MOV

7%:

cbebead —SC) bbb -.8
S35
2-‘
WO W 2
o o0
%5 ©
DO
~
SN O\W
SN ==
W WnOOOO
l\bg\h\h
v WViN=

9229 030652
9230 030654

MoV

002244

9221
9222 030614

9223 030622
9224 030624
9225 030644
9226 030646
9227 030646
9228 030646

26-APR-82 09:41

273-1

B8R

HEADER

PASFLG
15%

+2
SBEMSK
128
SBEMSK
MTLC1Y

IF 0K

:ENABLE FRINTING OF ERROR HEADER INFO

;ENABLE PRINTING OF ERROR HEADER INFO
sTEST ERROR ADDRESS

;TEST FOR LAST MASK BIT
:MINUS MEANS BIT 31

IF #Sw11 SET.IN @SWR THEN GOTO 13$

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO11

SINGLE BIT ERROR TEST

9264 031016

9265 031024

9266 031030

9267 031032

9268 031042
9269 031046

005737

100406

000137
105737

1ST

DATBUF +2

DLEFT

DATBUF

BMI

030424
002262

138:
002262

14$:

JMP
BIS
CLR
CLR

MTLA1
#8177 ,PASFLG
R2
R3
TSTDAT+2
#40 R4

BNE

INCB

000200

9277 u311L2
9278 031105

005037
012704

002246
000040

CLR
MoV

9280 03:120
9281 031124
9282 031126
9283 031132
9284 031134

074437
006304
032704
001002
000137

002310

XOR
ASL
BIT
BNE

CLR

002244

9279 031172 012737 003740 002310 158:

9285

9286 031140 104471
9287 031142
9288 031146
9289 031152

013701
013705

9291 031160

000207

9290 031156

104503

020000
030532
(02406
002410

16$:

:WHICH IS BIT 31

MTLB11
PASFLG

052737
005002
005003
005037

;LAST DATA BIT ?

138

JMP
1518

9273 031064
9274 031072
9275 031074

9276 031076

SEQ 0238

PAGE 273-2

IF _QVFLAG IS TRUE THEN GOTO 13$

002242

001004
002262
105237
031054
9271
030612
000137
9272 031060

9270 031052

26-APR-82 09:41

MoV

148

FIRST OR SECOND PASS ?
N ZERO MEANS WE'RE DONE

PASFLG ;NOT OONE GO DO SECOND PASS
TSTDAT

#3740, CHECK
Ré&,CHECK
R4
#8IT13 R4
163
mILoN

CLEAR OUT ANY DBE'S OR SBE S

ECCIDIS

MoV
MoV
CLEAR

CLRICSR

RETURN

TESTADD ,R1
TESTADD+2,R5
(R1),(RS)

DISABLE ECC ON 1 SELECTED CSR

sCLEAR 1 SELECTED CSR

CZMSPAO MS11=L/#/P MEMORY DIAG. MACRO M1113

MTPO11

SINGLE BIT ERROR TEST

9294 031162

9306 031236
9307 031242
9308 031246
9309 031252
9310 031256
9311 031262

9312 031264
9313 031266
9314 031272
9315 031274

MTP012: SUBTST

<<CMTP012

SwSUBTEST

MTP012

WRITE BYTE CLEARS SBE TEST>>

WRITE BYTE CLEARS SBE TEST

;tttttt't'ttttttttt.ttttttttttttttttt'tttttt.ttttttt"ttttttttttttttttttt"t.'tt

:SINGLE BIT ERROR TEST TO INSURE THAT A WRITE

104503
012737
00507
012737
005037
013737

000001
002242
000001
002252
002240

002240

012737
004737
013701

002244
044366

002306

002250

1$:

002244

28:

9303 031216 013737 002242 002246

9304 031224
9305 031232

074137
013701
074137

013704
010401
104471
013711

104475

06050

‘BYTE CLEARS SINGLE BIT ERRORS.
sCLEAR 1 SELECTED CSR
CLRICSR
SINITIAL DATA
#1,DATBUF
MOV
232 BITS WORTH
DATBUF +2
CLR
SINITIAL ERROR MASK
#1,SBEMSK
MOV
232 BITS WORTH
SBEMSK +2
CLR
-SAVE ORIGINAL DATA
DATBUF ,TSTOAT
MOV

MOV

TH WORDS
BUF
42, TSTDAT+2:B0
DAT

MOV
XOR
MOV
XOR
MOV
MOV

SBEMSK ,R1
R1,TSTOAT
SBEMSK+2,R1
R1,TSTDAT+2

MOV
CALL

002250
002244
002252
002246
002406

ATSTDAT,SOURCE
CHKGEN

TESTADD R4
R4 ,R1
)
ECCIDIS
TUTDAT, (R1)
MOV

002244

C31CSR

ADD

RS ,R1

TSTOAT+2,(R1)

9316 031276
9317 031302

01371°
10450

002246

MOV
CLRICSR

9319 031304
9320 031310

012722
160501

002250

MOV
suB

#SBEMSK ,R2
R5,R1

ST
BEQ
BITB

KFLAG
X3
#-1,(R2)

9%18

9321 031312 1127°1
9322 03i316
€333 031322
03 326

005737
0014)3
132712

9326 031332

1045 0

vocs 031330
9327 031334

9328 031336
9320 031344

000420

177777

002524
_
17777/

010°357

38:
48:

10301

9330 031350 10.017
9333 031360
9334 031362
9335 031365
3;;9 03137(

111100
122700
001414
104457

002C32

9338 031372

104510

9342 031376

9343 031404
9344 031410

9345 031412
9346

9347 031620

177777

002032

13271¢

177777

BEQ

TSTREAD

RCC

MOV

ERROR

#-~1,(R1)

:NEED ADDRESS FOR CHKGEN
*GENERATE CHECK BITS

;i-IRST TEST ADDRESS
SPUT IT IN R1 ALSO
*DISABLE ECC ON 1 SELECTED CSR
SWRITE 16 BITS

‘WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
SINDEX UP TO SECOND WORD

:WRITE HIGH WORD+CHECKBITS
SCLEAR 1 SELECTED CSR
SIT'S DANGEROUS IF WE DON'T
*ADDRESS OF ERROR MASK
*RETURN TO FIRST WORD

‘WRITE A BYTE OF 1'S

YIS THIS MF11S=K
*BRANCH IF NOT = IT'S MS11-M

0;D THIS BYTE HAVE THE BAD BIT IN IT?

*NO - BRANCH

‘N0 - SKIP

HEADER

R1,ADDRESS

+17

STEST LOC (R1) © TST FOR SBE (WITHOUT FETCHES)
‘ENABLE ORINTING OF ERROR HEADER INFO

SCT

HEADER

;ENABLE PRINTING OF ERROR HEADER INFO

5$:

MOVB
(MP8
8EQ
PERR33

(R1).RO
#-1,R0
78

;CHECK DATA
:BR IF 0K

68:

TSTREAD
8CS
SET

103771
('0137
10460

move

SET

3§§} 031352

9339
9340
9341 031374

SEQ 0239

PAGE 275

;ttttttt't'ttttttttttt"tt'tttt"ttttttttttttttttttQttttttttt'tt'tttttttt'tt.ttt

9295

9296
9297 031162
9298 031164
9299 031172
9300 031176
9301 031204
9302 031210

26-APR-82 09:4:

78:

STEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
5$
HEADER

‘READ THE BYTE
*SBE ERROR BIT ONLY SET ?
*SHOULD BE SET, BR IF OK
‘ENABLE PRINTING OF ERROR HEADER INFO

MOV
PERR34

R1,ADDRESS

SET

HEADER

:ENABLE PRINTING OF ERROR HEADER INFO

8IT8

#-1,(R2)

sCHECK FOR LAST BYTE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTP012

WRITE BYTE CLEARS SBE TEST

9348 031424
9349 031426
9350 031430
9351 031432
9352 031436
9353 031442
9354 031444
9355 031450
9356 031452
9357 031456
9358 031460
9359 031470
9360 031472

001012
005202
025201
013704
032701
001723
062704
000720
005737
100405

9367 031530
9368 031532
9369 031536
9370 031540
9371 031542
9372 031544
9373 031546

8$:

9%:

002242

104471
013701
005011
060501
005011
104503
000207

8IT
BEQ
ADD

#2.R1
3$
gg.R‘

:TEST FOR LOWER WORD
:BR IF IT'S LOW 16 BITS
:ADJUST POINTER FOR ERROR REPT.

SBEMSK +¢

sLAST ERROR BIT ?

18T

8MI
BR

002406

ggEHSK

TST

DATBUF +2

DLEFT

?gTBUF

10$:

R1
TESTADD R4

:MOVE TO NEXT BYTE
sFIRST TEST ADDRESS

:MINUS MEANS BIT 31

IF #SW11 SET.IN @SWR THEN GOTO 10%
IF QVFLAG IS TRUE THEN GOTO 10$

8M]

000623

PAGE 275-1

8%
R2

DLEFT

000647
005737
100405

000002

SEQ 0240

BNE
INC

INC
MOV

002606
000002

002252

26-APR-82 09:41

108

sLAST DATA BIT?

;MINUS = BIT 31

:CLEAR OUT ANY DBE'S OR SBE'S

ECCIDIS

MOV
CLR
ADD
CLR

CLR1CSR

RETURN

TESTADD ,R1
(R1)
R5,R1
(R1)

DISABLE ECC ON 1 SELECTED CSR

;CLEAR 1 SELECTED CSR

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

MTP012

WRITE BYTE CLEARS SBE TEST

9376 031550

26-APR-82 09:41

104503

012701

002406

9381 031562

005037

002242

9384 031600

012737

9380 031556 005037 002240
012737

000001

002250

9385 031606 005037 002256
9386 031612 013737 002240 002244
9387 031620 013737 002242 002246

9389 031632
9390 031634
9391 031640
9392 031644

9393 031646
9394 031654

105737

001404
005137
005137
104503

023737
001004

002250

002254

9399 031700
9400 031704

001460
012737
004737

013702
074237

002244
044366

002306

#TESTADD,R1

MOV

(LR

DATBUF +2

:MAKE INITIAL DATA

28:

CLR

DATBUF

#1, SBEMSK

YINITIAL SINGLE ERROR MASK

MOV

#1,DBEMSK

TSTB

PASFLG

4$:

5$:

074237
013702
074237

6$:

002246
002254
002244

9416 031774
9417 032002
9418 032006
9419 032010

104475

013771
104503
162701
005771

104501

002246
000002
000000

168:
000000

002032

58
TSTDAT
TSTDAT+2

*INITIAL

:COMP FIRST WORD
*SECOND WORD
:CLEAR 1 SELECTED CSR

:CAN'T HAVE THE SAME ERROR BIT SET
*IN BOTH MASKS

SBEMSK+2, oasnsxoé:COULD BE EQUAL IN SECOND WORD

138
NTSTDAT,SOURCE
CHKGEN
SBEMSK ,R2
R2,TSTDAT

GO MAKE THEM NOT EQUAL
:SOURCE ADDRESS FOR CHKGEN
160 GENERATE CHECK BITS

SBEMSK +2,R2

XOR

k2, ISI1DAT+2

DBEMSK+2,R2

ECCIDIS
TSTDAT.@(R1)+
MOV

CE1C7R

TSTDAT+2.3(R1)
MOV
CLR1CSR
#2.R1
)
a(R1)
13
SET
MOV
ERROR
SET

*SECOND WORD
DOUBLE ERROR MASK

:NO CUMPLEMENTING FIRST PASS

R2,TSTDAT+2
DBEMSK ,R2
R2,TSTDAT

WAS 1DBE

*ALL 2EROS

132 BITS HERE ALSO
DBEMSK+2
DATBUF ,TSTDAT
DATBUF ¢2, TSTDAT+2

XOR
MOV
XOR

BCS

103411

011137
104030

BEQ
MOV
CALL

MOV

002244

SBEMSK+2

CLRICSR
SBEMSK.DBEMSK
(MP
6$
BNE

MOV

9406 031736 074237 002246
104471
013731

BEQ
coM
coM

MOV
XOR

002250
002244

9405 031730 013702 002256
9407 031740
9408 031742
9409 031744
9410 031750
9411 031756
9612 031760
9413 031764
914 031770
915 031772

CLR
MOV
MOV

CMP

9401 031710 013702 002252
9402 031714
9403 031720
9404 031724

:DOUBLE BIT ERROR FORCE TO CHECK DOUBLE ERROR LOGIC
:CLEAR 1 SELECTED CSR

CLR

002262

002244
0022646

CLRICSR

MOV

9395 031656 023737 002252 002256
9396 031664
9397 031666
9398 031674

CREATE DOUBLE BIT ERROR TEST

18$:

9383 031574 005037 002252
000001 002254 38:
9388 031626

MTP013

'ttttt.tttt'tttttttttt'ttttt'fi.ttQtttttttfit...t.tttttttttt't"ttt"tt"".'.t.'

9379 031552

9382 031566

PAGE 277

CREATE DOUBLE BIT ERROR TEST>>
MTPO13: SUBTST <<MTPO13
.ttttttttttttttitttttttttitt'ttttttttttttttQtttttttttttttttt'tt'tt't'..tt."t"'
S «SUBTEST

9377
9378 031550

SEQ 0241

HEADER
(R1),ADDRESS
+30
HEADER

:DISABLE ECC ON 1 SELECTED CSR
)
:WRITF 16 BITS
“WR:Te GENERATED ChECK3IiS IN 1 St ECiEw voR
:WRITE HIGH WORD
*CLEAR 1 SELECTED CSR
*ADJUST TEST ADDRESS
*READ THE LOCATION
‘WAS THERE ANY DOUB'E BIT ERRORS ON 1 SELECTED CSR
S1T SHOULD BE SET

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO13

CREATE DOUBLE BIT ERKOR TEST

9422 032016
9423 032020
9424 0320264
9425 032026
9426 032032
9427 032034

9428 035042

104512

100405

000636
105737
001003
105237

000617

A R opas
9459 032244
9460 032246
9461 032252
9462 032260
9463 032262

12*:

002256

000662

005737
100405

9437 032112
8
9439 032116
9440 032120
032126
9442 032132
9443 032136

9%:

002262

108:

002252

002262

104503
000207

12%:

PAGE 279

8MI]
1S7

'ASFLG
148
D3t MoK+

DLEFT
BR

DBEMSK
48

DLEFT
BR
1S18

SBEMSK
38
PASFLG

;FIRST PASS

INCB

PASFLG

;FIRST PASS NOT DONE

BMI

sCHECK MASK FOR LAST 817

;MINUS = BIT31

108

IF #SW11 SET.IN @SWR THEN GOTO 118
IF QVFLAG IS TRUE THEN GOTO 11$
;CHECK SINGLE ERROR MASK TO0O
SBEMSK +2
TST
IF DONE
:BR
118
8MI]
BNE

BIS

CLR

14$%:

020000

002254

002250
004000

002250

002406

ERRGEN
1ST8

SEQ 0242

128

sNON ZERO MEANS WE'RE DONE

;CLEAR OUT ANY DBE'S OR SBE is

000200
002264
002246
000040
000100
003740

002250
002254
012701

118:

002262

26-APR-82 09:41

158:

TSTDAT

#50, SSEMSK

MOV

#3740, CHECK

MOV

MOV
XOR
MOV
XOR
ASL
BIT
BEQ

#100, DBEMSK
SBEMSK ,R2

Ik
R2,CHF

DBEMSK ,R2
R2, CHECK
DBEMS

#er1s.oasnsx
16$
SBEMSK

8IT
BNE
MOV
ASL
BR

#81T11,SBEMSK
158
, DBEMSK
SBEMSK
DBEMSK
148

¥ OV
CLEAR

ATESTADD,R1
a(R1)+.a(RD)

ECCILIS
CLR1CSR

RETURN

*KFEP GOING

:SET UP FOR CHECK BIT TEST

TSTDAT+2

MOV

ASL

002254

#BIT?.PASFLG

:DISABLE ECC ON 1 SELECTED CSR
:CLEAR 1 SELECTED CSR

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTP0O13

CREATE DOUBLE BIT ERROR TEST

26-APR-82 09:41

MTPO14: SUBTST

9467 032264

SEQ 0243

PAGE 282

<<MTP014

BASIC DOUBLE BIT ERROR TEST>>

ttttttttttt!tittfittttttt"lttttittttttttt.tilittttttttttt'tt't'.'ttttttt'.'t.t'

MTPO14 BASIC DOUBLE BIT ERROR TEST
:*SUBTEST
ttttttttlttttt.itttttt'tttttttttt'tttttttittttttititt'ttttttttt"'tttt.ttt'.t.t
9468
9469
9470
9471
9472

THIS TEST CHECKS THAT A DOUBLE ERROR WILL BE DETECTED
A BYTE WRITE WITH A DOUBLE ERROR ON A MS11-P
WILL BE ABOTRED.

9473 032264
9474 032266
9475 032272
9476 032300
9477 032306
9478 032310
9479 032316
9480 032320
9481 032326

104424

9484 032342
9485 032344
9486 032344
9487 032346

9482 032330
9483 032332

9488 032354
9489 032364
9490 032372
9491 032400
9492 032402
9493 032402
9494 0324064
9495 032410
9496 032410
997 032412
9498 032416
%99 032422
9500 032426
9501 032430

sTURN OFF CACHE
:CLEAR PARCNT
:SET PARITY ACTION
:SET ADDRESS FOR ERROR REPORT

LET CSR := #3145
LOADCSR
LET GOOD := #103145

:DBE_CHECK BITS FOR CSR
;WRITE DBE CHECK BITS TO CSR
:GOOD DATA

CBREG

104513
104425

LET (R1) := #0

:ENABLE CHECK/SYNDROME BIT REGISTER

;WRITE ZEROS AND DBL ERROR CHK BITS A=0

104055

TST _(R1)
IF PARCNT NE M
END ERROR +55

:READ A=0 TO GET DOUBLE BIT ERROR
:WAS BUSPBL ASSERTED??7??
ERROR CALL ;;MISSED EXPECTED TRAP

104426

READCSR

READ CSR FOR CORRECT CHECK BITS AND DBE INDICATOR
“CLEAR INHIBIT MODE POINTER FROM DATA IF IT EXSISTS1

005711

042737

020000

002146

BIC #8IT13,CSR

IF CSR NE GOOD THEN
SET HEADER

104065

END

104473
005037

002264

104473
005237
005037

002264
002070

105711

LET BAD := CSR
ERROR +65

ECCIINIT
CLR PASSNO

REPEAT

ECCTINIT
INC PASSNO

CLR PARCNT
LET (R1) :B= #377
TSTB (R1)
IF PARCNT NE M
SET HEADER

LET GOOD = #0
LET BAD:= #377
ENDERROR 056

104056

005201
005041

9511 032500
9512 032504
9513 032506

CACHOFF
LET PARCNT : #0
LET NOPAR :=#1
LET ADDRESS:= #FIRST

002070
000207

CHECK IF DOUBLE ERROR BIT IS SET
.BAD DATA
.

*ENABLE BUSPBL
CLEAR LOOP COUNTER
ENABLE 8USPBL
:INCREMENT LOOP COUNTER
CLEAR PARITY ACTION COUNTER
URITE BYTE SHOULD BE ABORTED

READ R1 TO SEE IF IT IS STILL O
UAS WR]TE ABORTED???

.GOOD DATA
:BAD DATA
:

R
INC
UNTIL PASSNO EQ #2

:AND REPEAT ON HIGH BYTE
:

CACHON
RETURN

;TURN ON CACHE

=(R1)
CLR
CLR1CSR
PARCNT
CLR

CLEAR LUT
*CLEAR CSR
CLEAR PARITY TRAP COUNTER

CZMSPAO MS11=L/M/P MEMIRY DIAG. MACRO M1113

MTPO14

BASIC DOUBLE B!T ERROR TEST

9515 032510

002240
002242
000001
002252
000001
002256
002240
002242

9528 032566

005137

002244

S #SUBTEST

MTPO1S

105737
001404

005137
104503
023737
001004

002262

1$:
002250 2%:
002254 3$:
002244 4$:
002246

002246
002250

002254

002252 002256
023737
032610
9533
001474
032616
9534

5$:

TS1DAT

SWHICH PASS ?
‘FIRST PASS, NO COMPLEMENTING

TSTDAT+2
coM
CLR1CSR
SBEMSK, DBEMSK
CMP
6$
BNE

;SECOND PASS, COMPLEMENT TSTDAT
‘CLEAR 1 SELECTED CSR
cuecx FOR SAME MASKS
IF NOT EQUAL

BEQ

:SECOND WORD ALSO
oesnsx*é
SBEMSK+2,
;BR TO MAKE THEM NOT EQUAL
118

013701
074137

0022564
002244

MOV
XOR

012701
104471
013731

002406

9541 032652
9542 032656

9545 032672
9546 032676
9547 032700
9548

004737

044366

002306

9543 032662 013701 002256
9544 032666 074137 002246
104475

013771
104503
013702

010203
062703
112722
012701
017100
023700

001404
017137
104455

9563 032762

6$:

017100

9565 032772

001404

78:

002244

002246

000000

8s:

017137
104455

000002

98:
002932

MOV
XOR

SBEMSK +2,R1
R1,TSTDAT+2

MOV
XOR

DBEMSK+2 ,R1
R1,TSTDAT+2

:ADDRESS FOR CHKGEN

160 GENERATE CHECK BITS

DBEMSK ,R1
R1, TSTDAT

:TEST LOCATION
#TESTADD ,R1
MOV
‘DISABLE ECC ON 1 SELECTED CSR
ECCIDIS
FIRST 16 BITS
:WRITE
+
TSTDAT.3(R1)
MOV
R2
FROM
IMAGE
WITH
SLOAD CSR

TSTDAT+2,3(R1)

MOV
ADD
MOVB
MOV
MOV
CMP

R2.R3
#3.R3
#360,(R2)+
#TESTADD R
a(R1),R0
TSTDAT,RO

MOV

a2(R1) ,RO

BEQ

108

BEQ
MOV
PERR31

002032

0€0002

CHKGEN

CLR1CSR
TESTADD ,R2
MOV

002406

000003
000360
002406
000000
002244

CALL

ca1csn

000000

9564 032766 023700 002246
9568

COM

PASFLG
5

TSTB
BEQ

CMP

9539 032642 013701 002252
9540 032646 074137 002246

9566 032774
95,57 033302

S INITIAL DATA
DATBUF
BITS WORTH
*32
+2
DATBUF
ERROR MASK
SINGLE
#1,SBEMSK
+2
SBEMSK
DOUBLE ERROR MASK
#1,DBEMSK
DBEMSK+2
DATBUF, TSTDAT *PRESERVE ORIG DATA
DATBUF +2, TSTDAT+2

SBEMSK ,R1
R1, TSTDAT

013701
074137

9559 032750
9560 032752
ggg} 032760

CLR
CLR
MOV
CLR
MOV
CLR
MOV
MOV

MOV
XOR

9537 032632
9538 032636

9553 032722
9554 032724
9555 032730
9556 032734
9557 032740
9558 032744

*CHECKS FOR UNCORRECTED DATA.

002250
002244

002244

9550 032706
9551 032714
9552 032716

WRITE INHIBIT OF BYTE WITH DBE

#TSTDAT,SOURCE

012737

9549 032704

WRITE INHIBIT OF BYTE WITH DBE>>

MOV

9535 032620

9536 032626

<<MTP015

;CHECK FOR WRITE INHIBIT DURING A WRITE BYTE.

005037
005037
012737
005037
012737
005037
013737
013737

9529 032572
9530 032576
9531 032600
9532 032606

MTPO15: SUBTST

tttttttttttttttttttttttttttttttttittfitttttttttttttttttttttttttttttttttt'.t't'tt

9518 032510
9519 032514
9520 032520
9521 032526
9522 032532
9523 032540
9524 032544
9525 032552

9526 032560
9527 032564

PAGE 283

ttttttttttttttttttttttttttt!tttfitttttttttttt.tttttttttttttttttttt"ttt't.ttt't'

9516

9517

26-APR-82 09:41

SEQ 0244

CMP

MOV
pe~e31

9%
a(R1) ,ADDRESS

tsroAr+2 RO

82(R1) ,ADDRESS

SWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
:WRITE SECOND 16 BITS + CHECKBITS
SCLEAR 1 SELECTED CSR
*GET ADDRESS OF TEST LOC

‘R2 DESIGNATES FIRST BY.¢
*R3 DESIGNATES LAST BYTE
“TRY WRITING A BYTE

:CHECK FOR UNCHANGED DATA
‘BR IF OK

;READ SECOND WORD
‘BR IF UNCHANGED

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO1S

WRITE INHIBIT OF EfTE WITH DBE

9569 033004
9570 033006
9571 033010
9572 033014
9573 033016
9574 033022
9575 033024
9576 033034
9577 033036
9578 033046
9579 033054
9580 033060
9581 033062
9582 033072
9583 033074
9584 033100
9585 033102
9586 033106
9587 033110
9588 033116
9589 033122
9590 033126
9591 033134
9592 033142
9593 033150
9594 033154
9595 033160
9596 033164
9597 033170
9598 033174
9599 033202
9600 033224
9601 033210
9602 033216
9603 033220
9604 033226
9605 033232
9606 033234
9607 033236
9683 033242
96

9610 033250
9611 033252

10$:
118:

002262

26-APR-82 09:41
R2,R3
8s

sTESTED LAST BYTE ?
:BR IF NO

BMI]

158

sBRANCH IF TESTING CHECK BITS
sCHECKING FOR LAST ERROR BIT

1578

BM!

DLEFT

128:

005737
100405
000617

(00200

0n2254

002250
004000

002250

012701
104503
000207

002406

+2
DBEMSK
12%
DBEMSK
43

:BR IF DONE HERE

IF #SW11 SET.IN @SWR THEN GOTO 13$
IF QVFLAG IS TRUE THEN GOTO 13$

138:

DLEFT
BR
1ST8

148

INCB
BR
BIS

PASFLG ;NOT DONR
18
#8177 ,PASFLG

CLR
MOV

TSTDAT+2
#40, SBEMSK

MOV
XOR
MOV
XOR

SBEMSK ,R2
R2,CHECK
DBEMSK ,R2
k2, CHECK

15$:

320000

PASFLG

;LAST SBE MASK
SBEMSK +2
:BR IF DONE WITH THIS PASS
138
SBEMSK
3s
PASFLG ;TEST PASS FLAG

002262

002250
002254

1ST
8M!]

02252

002262

PAGE 283-1

CMP
BNE
TST

002256

SEQ 0245

BNE

CLR

MOV
MOV

ASL

16$:

#100,DBEMSK
#3740, CHECK

DBEMSK

#81T713,DBEMSK
78

BIT
BNE

#81T11,SBEMSK
16 $

158

MOV
ASL

ECCIDIS

MOV

CLEAR

SBEMSK

, DBEMSK
SBEMSK
DBEMSK

#TESTADD ,R1

3(R1)+,3(R1)

;RESTORE (SR
CLR1CSR

RETURN

:NON ZERO MEANS WE'RE DONE

TSTDAT

BIT
BEQ
ASL

002254

149

sDISABLE ECC ON 1 SELECTED CSR
sTEST LOCATION

sTO ERASE ANY DBE'S FROM TESTING

sCLEAR 1 SELECTED CSR

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

HTP01S

WRITE INHIBIT OF BYTE WITH DBE

9614 033254

<<MTP016

*SUBTEST

MTP016

Rt
B

9615

9620 033260
9621 033264
9622 033272
9623 033276
9624 033304
9625 033310
9626 033316

9627 033324
9628 033330
9629 033332
9630 033336
9631 033342
9632 033350

9637 033374
9638 033400

005037

005037
012737
005037
012737
005037
013737
013737

105737
001404
005137
005137
023737
001004

002240

002242
000001 002250
002252
000001 002254
002256
002240 002244
002242 002246

012737
004737
013701
074137

T12A:
T128:

1$:

002262

002244
002246
002250

002244
044366

002254

002306

28:
3$:

013701
074137

002254
002244

9645 033434
6 033440
9647 033442

012701
104471
013731

002406

104475

013771
105037
162701
104503
012771

4s:

002244

002246
002263
000002

000000

177400

000000

012701
017100

002406
000000

9658 033514
3228 033522

017137
104455

000000

9661 033524

062701

000002

9656 033506 023700 002244
9657 033512 001404

9664 033540

001404

017137
104455

000000

CLR
CLR
MOV
CLR
MoV
MoV

TST8
BEQ
COM
COM
CMP
BNE

CMP

5%:

e T

A T S e

e L L Ll

PASFLG :COMP DATA ON SECOND PASS ONLY
sBR IF FIRST PASS
28
;COMP FIRST WORD
TSTDAT
:NOW SECOND WORD
TSTDAT+2
CHECK FOR IDENTICAL MASKS
SBEMSK, DBEMSK
IF DIFFERENT
3s

; UPPER WORD T0O
SBEMSK+2, DBEHSK#?
BR _TO MAKE THEM NOT EQUAL

8$
#TSTDAT,SOURCE
CHKGEN

MoV
XOR

SBEMSK +2,R1
R1,TSTDAT+2

MoV
XOR

:BACKGROUND FOR DOUBLE ERRORS

2 WORDS WORTH
DATBUF +2
; SINGLE FRROR MASK
#1,SBEMSK
SBEMSK+2
'DOUBLE ERROR MASK
#1,DBEMSK
DBEMSK+2
DATBUF ,TSTDAT _ ;DATA FOR TEST
DATBUF +2,TSTDAT+2;BOTH WORDS

BEQ
Mov
CALL

SBEMSK ,R1
R1,TSTDAT

:NEED ADDR OF DATA FOR CHKGMN
;G0 GENERATE CHECK BITS

DBEMSK ,R1
R1,TSTOAT

DBEMSK+2,R1
R1,TSTDAT+2

#TESTADD ,RT
MOV
ECCIDIS
TSTDAT ,8(R1)+
Mov

SFIRST TEST ADRRESS
;DISABLE ECC ON 1 SELECTED CSR
;WRITE FIRST 16 BITS

TSTDAT+2,8(R1)
MoV
UPPFLG
CLRB
#2,R1
sus
CLR1CSR
#177600,3(R1)
MoV

;WRITE SECOND 16 BITS + CHECKBITS
:SET FOR 2 LOOPS
sPOINT TO LOW WORD
SCLEAR 1 SELECTED CSR
:TRY WRITING LOCATION

MoV
MOV

#TESTADD,R1
8(R1) RO

Mov
PERR31

#8(R1) ,ADDRESS

ADD

#2,R1

cMP
BEQ

6$:

002032

DATBUF

CB1CSR

002032

9662 033530 017100 000000
9663 033534 023700 002246
9665 033542
9666 033550

:WORD WITH DOUBLE ERROR.

(LR

MOV
XOR

9643 033424 013701 002256
9644 033430 074137 002246

9654 033476
9655 033502

sDOUBLE BIT ERROR WRITE CANCEL WITH

MoV
XOR

002250
002244

9641 033414
9642 033420

9649 033450
9650 033456
9651 033462
9652 033466
9653 033470

LL L AL L L D DAL L L

WRITE INHIBIT OF WORD WITH DBE

L L L

MoV

9639 033404 013701 002252
9640 033410 074137 002246

9648 033446

WRITE INNHIBIT OF WORD WITH DBE>>

:WORD WRITE.

002252 002256
023737
033352
9633
001502
9634 033360
9635 033362
9636 033370

L R

:CHECKS WRITE INHIBIT WITH WORD WRITES TO

9617

9618

L L

SEQ 0246

PAGE 285

MTP016: SUBTST

9616
9619 033254

26-APR-82 09:41

MoV
cMP
8EQ

MoV
PERR31

TSTDAF,RO
6s

3(R1) Rg
TSTDAf’ RO
a(a1) ADDRESS

sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR

sCHECK FOR ORIGINAL DATA
:SHOULD BE UNCHANGED

sTHIS SHOULD BE UNCHANGED ALSO

C
CZMSPAQ M
MTPO16 W

-L/M/P MEMORY DIAG. MACRO M1113
INHIBIT OF WORD WITH DBE

78:

002263
002263

8%:

002262

002256
9678 033612
9679 033614
9680 033624
9681 033632
9682 033636
9683 033640
9684 033650
9685 033654
9686 033650
9687 033662
9688 033666
9689 033672
9690 033700
9691 033704
9692 033710
9693 033716
9694 03372/,
9695 033732
9696 033736
9697 033742
9698 033746
9699 033752
9700 033756
9701 033764
9702 033766
9703 033772
9704 034000
9705 034002
9706 034010
9707 034014
9708 034016
9709 034020
024

26~APR-82 09:41
UPPFLG
8$
UPPFLG
b

BMI
TST

128
DBEMSK +2

BMI

DLEFT

9$%:

005737
100406

002252

000137

033276
002262

10$:

118%:

12%:

000000

000207

002254
138:

PASFLG

;LAST BIT ?

sMINUS = BIT 31

?2EHSK

SBEMSK
1128
PASFLG
11$

PASFLG
T12A

;FIRST PASS ?
:BR _IF SECOND

;INDICATE SECOND PASS COMING

BIS
CLR
CLR
YOV

#8177 ,PASFLG
TSTDAT
TSTDAT+2
440, SBEMSK

MOV
XOR
MOV
XOR

SBEMSK ,R2
R2, CHECK

MOV
MOV

#100, DBEMSK
#3740, CHECK
DBEMSK ,R2

R2,CHECK
DBEMSK

8IT
BEQ

#81713,DBEMSK
43

ASL

DBEMSK

ASL
8IT
BNE
MOV

002250

002406

DLEFT
JMP
1ST8
BNE

ASL

002254

JWHICH LOOP ?
sSECOND, BR OUT
;FIRST, KEEP GOING

IF #SW11 SET.IN 3SWR THEN GOTO 10$
IF QVFLAG IS TRUE THEN GOTO 10$
sLAST BIT IN THIS MASK ?
SBEHSK*Z
TST
IF LAST BIT
:BR
10
BM!

INCB

002262

002250
002254

SEQ 0247

PAGE 287

1ST8
BNE
INCB
BR

1ST8

ECCIDIS

SBEMSK
#81T11,SBEMSK
138
SBEMSK ,DBEMSK

128

MoV

#TESTADD ,R1

CLR

a(R1)

CLR

CLRICSR

RETURN

8(R1)+

sDISABLE ECC ON 1 SELECTED CSR
sRESTORE TEST ADDRESS

sCLEAR ANY DBE'S FROM TEST

sCLEAR 1 SELECTED Mx11 (SR

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO16

WRITE INHIBIT OF WORD WITH DBE

MTPO17: SUBTST

9716 034036

<<MTP017

HOLDING 1'S & 0'S TEST>>

MTPO17 HOLDING 1°'S & 0'S TEST
S «SUBTEST
ttttttttttttttt'ttt'lit'tt"tt..tt'tt.t'ttttttittttttt"tt.'tt.tt'ttt..t"QQ"Q
THIS TES T CHECKS THE MEMORY FOR THE CAPABILITY
;+(1)
HOLDI NG 1°S AND 0°'S BY WRIVING A BACKGROUND
OF
i
OF 00037 7 AND READING IT
A TIME
~(2>
nenonv I S WRITTEN USING A BYTE AT
te(3)
STEPS
1 L 2 ARE REPEATED WITH A SWAPPED BACKGROUND PATTERN

9723 034036
9724 034042
9725 036044
9726 034050
9727 034054
9728 034056
9729 034060

‘NOTE:

060000

MOV

160000

MOV

000377

R1.R%

MOV

#377 RO

SWAB
MOVB
MOVB

R3
RO.(R1)+
R3.(R1)+

BLO

1s’

CMP

28:

9734 034070
9735 034072
9736

9737 034074
9738 034076

020104
101372
000303
000300
001763
000207

3$:

THIS TES { WRITES BYTES & READS WORDS

#FIRST,R

MOV

1$:

9730 034062
9731 034064
37%2 034066

9739

SEQ 0248

PA GE 289

.tttt.ittQ"tt.ttt'fit.'t't"'ttttttttttttt.ttt'ttttttittt'Qfittt.ttttt.tfifit.'t.'.

9740 034100
9741 034102
9742 034106
9743 034106
9744 034110
9745
9746 034112

26-APR-82 09:41

#LAST+2 RS

RO,RS

R1.RS

MOV
CMP

-(R1) ,R2
RO,R2

BEQ
PERR22

CMP

R1,R4

BHI
SWAB
SWAB
BEQ
RETURN

28
R3
RO
18

;GET THE PATTERN INTO RO
;WRITE A BYTE

:WRITE THE MEMORY WITH THE BYTE STORED IN BAKPAT+1
: COMPARE TEST LOC TO TOP + 2
;BRANCH IF LOWER

sTEST THE MEMORY TO SEE IF IT CONTAINS

:THE WORD STORED IN BAKPAT

;KEEP ON TESTING THE MEMORY UNTIL
:R1 EQUALS THE LOWEST ADDRESS
:CHANGE THE DATA PATTERN

IF THE DATA PATTERN DOES NOT HAVE LOW
; BYTE =0 THEN FALL THRU

CZMSPAO HS11-L/H/P MEMORY

MTPO17

9748

HOLDING1°S & 0°'S

DIAG. MACRO M1113

TEST

26-APR-82 09:41

PAGE 290

SEQ 0249

LZMSPAO HS11-L/H/P MEMORY DIAG. MACRO M1113

HTP017

HOLDING1°'S & 0°'S TEST

9750 034114

26-APR-82 09:41

SEQ 0250

PAGE 291

MTP020: SUBTST

<<MTP020

S«SUBTEST

MTP020

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST>>

ttttttttttttttttttttt'ttttttttttt.ttttttttttttt'ttntttttttttttttttttt't'tttt't'

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

tttttttttttttttttttttttttttt'ttttttttttQttttQQttttttttttttttt'tttttt'tttttt'ttt

9751

s
s

9752
9753

;

g;gg

9756 034114
9757 034116
9758 034120

9759 034124

9760 034126

104424
005000
105037

104513

002262

9767 034160
9768 034164
9769 034164

9770 034164 005237 002320
9773 034176
9774 034202

9775 034206
9776 034212

9777 034214

9778 034216
9779 034220

9780 034222

072227
052702

042737

9785 034256

104060

9787 034260
9788 034262
9789 034264

104513
104426
042737

9784 034250

9786 034260

000005
000004

177757

9794 034314

REPEAT

LET PASFLG :8= PASFLG + M
LET R¢ := #=1
LET slrno = #0
IFB PASFLG EQ M
LET RS := N
ELSE

INCREHENT LOOP COUNTER
SINDEX TO SINGLE BIT ERROR TABLE
*CLEAR INNER LOOP COUNTER
SELECT DATA TO BE CORRECTED BY PASSNO

END
REPEAT

;

002146

LET RS := 177776

INC BITNO

*INCREMENT BIT POINTER

ASH #S,R2
BIS #8IT2.R2

SHIFT TO LINE UP IN (SR
:ENABLE DIAG MODE

002146

“GET CHECK BITS TO BE WRITTEN
SLOAD CSR WITH DATA

CLR1CSR
ST (R1)

:CLEAR CSR
:CORRECT SBE

8IC #°C20.CSR
IF CSR NE 020
LET GOOD:= #20
ERROR +60

:CLEAR ALL BUT SBE INDICATOR
*WAS DATA CORRECTED???
:
:
~N0 ERROR

(BREG
READCSR
BIC #~C3744,CSR

*ENABLE SYNDROME BIT REGISTER
GET SYNDROMES FROM (SR
HASK SYNDROME BITS

IF R3 NE CSR

:DO SYNDROME BITS AGREE

READCSR

LET R3 :B= SBESYN(R‘)
ASH #5, R3
8IS #8iT2.R3
SET HEADER

9795 034322

9796 034326

9797 034334

104042

9799 034336
9800 034340

005011

9798 034336

9801 034350 006305
9802 034352

9803 034354

000261

POINT TO NEXT SET OF CHECK BITS
“GET NEXT SET OF CHECK BITS

LET CSR := R
LOADCSR

END

174033

ENABLE CHECK/SYNDROME BIT REGISTER

*DATA=0;BIT TO BE CORRECTED IS A ONE
;;DATA=177776:817 TO BE CORRECTED IS A Z2ERO

LET BAD := CSR

9790 034272
9791 034276 072327 000005
9792 034302 052703 000004
9793 034306

:TURN OFF CACHE
:CLEAR DATA
“CLEAR PASFLG

LET (R1) := RO

104503
005711

9781 0342246
9782 034232
9783 034242

CACHOFF
LR RO
CLRB PASFLG

LET R¢ := R4 + M
LET R2 :B= PTABLE(RS)

104425

104426

ALL 16 DATA BITS.

(BREG

9761 034126
9762 034132
9763 034136
9764 034142
9765 034152
9766 034156
9771 034170
9772 034172

THIS TEST CHECKS TO SEE IF THE SINGLE BIT ERRORS CAUSE THE SBE
BIT IN THE CSR TO BE SET AND CORRECT SYNDROME BITS ARE GENERATED FOR

*READ CSR FOR CORRECT SEE BIT AND SYNDROMES

;GET GOOD SYNDROMES
SSHIFT INTO POSITION
*SET DIAG MODE IN DATA
:

LET GOOD := R3

ERROR +42

:
:
:CLEAR LUT
SHIFT NEW DATA DEPENDING ON PASFLG

LET BAD := (SR

END

*WRITE DATA TO TEST ADDRESS

CLR (R1)
IF8 PASFLG EQ M

ASL RS

ELSE

SEC

SHIFT BITNO TO THE LEFT
.SEt CARRY BIT AND......

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO20

26-APR-82 09:41

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

9804 034356
9805 034360
9806 034360
9807 034370
9808 034372
9809 034402
9810 034404

006105

END

CLRICSR
CACHON

104503

9815 034410
03441

9816

SEQ 0251

PAGE 291-1
RS

UNTIL BITNO EQ #16.
COM RO
UNTILB PASFLG EQ #2

005100

JROTATE LEFT

JUNTIL ALL BITS ARE DONE
;COMPLEMENT DATA AND REPEAT
JUNTIL 2 PASSES ARE COMPLETE!

JCLEAR CSR

;TURN CACHE

RETURN

9811 034406
9812
9813
9814

ROL

MS11-P SINGLE BIT ERROR SYNDROME BIT TABLE

SBESYN:

.BYTE

16,13,23,25,26,31,32.34,43,45,46,51,52,56.61,64

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO20

26-APR-82 09:41

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

SEQ 0252

PAGE 292

MARCHING 1°S & 0°'S PATTERN TEST>>

9818 034430

MTPA21: SUBTST

<<KMTPA21

s*SUBTEST

MTPA21

9819

:ttttttttt.ttt'Q.'.Q..."Q"'.tt.t...tttt.fi..'.tl..'.Q'...Q"'.""..."..'Q""
:READ ,BYTESWAP=-MOD| FY,READ ,DOWN

:Qtt.ltt.tl.t.t.lQtfi'.t""'.tt.t.fit.Qt...tt.tt"tt...'.."'.Q..""."....Q.'QQ

18:

9820 034430

9824

9835 034460
9836 034460
9837 034462
9838 034464
9839 034466
9840
9841 034470

28:

38:

SWAB

(R1)

:V177650

CMP

R3,RO

V177654

P
BNE

R4,R1
18

;V177662
1V177664

3:uu~nuu
PON)
=t b ed O
b b
OO
NOOSS

V177646

(R1) ,RO V177652

V177656
V177660

IV177666

sDONC/

sNU = LOOP

;YES = RETURN

MTPB21: ;READ,BYTESWAP-MODIFY,RCAD,UP
1$:
MOV
(R1) RO ;V177640

011100
020300
001401

2$:

38:

V177642

V177644
V177646

(R1)

V177650

R2,R0

V177654

ADD
cTMP
BNE

#2,R1
RS'R1
18

;V177662
V177666
V177670

SWAB

MOV

BEQ
PERR17
000002

R3.RO
23

BEQ
PERR20

106444

9846

9867 034546

MOV

RE TURN

000207

9847 034502

9861 0

,R0; V177640
-(R1)
V177642
R2,R0°
V177644
P13

8EQ
PERR20

9842 034472
9843 034474
9844 034476
9845 034500

9849 0

MOV
CMP
BEQ

PERR17

9825 034440
9826 034442
9827 034444
9828 034446
9829 034450
9830
9831 034452
9832 034454
98%2 034456

MARCHING 1°S & 0'S PATTERN TcST

RETURN

(R1) ,RO V177652

V177656
V177660

V177672

:DONE?

:NO - LOOP

:YES - RETURN

MTPC21: :READ,BYTESWAP-MODIFY,READ,UP
18:
MoV
(R1) RO ;V177640

28:

R2.R0

SWAB
[ [0]'}

:V177650
(R1)
(R1) ,RO V177652

1046444

062701
020501
001363
000207

000002

38:

V177644
V177646

CMP

R3.R0

:v177654

ADD
CMP
BNE
RE TURN

#2.R1
RS.R1
1%

V177662
:V177666
V177670
V177672

BEQ
PERR20

001401

:v177642

BEQ
PERR17

V177656
V177660
ONE?
NO - LOOP

sYES = RETURN

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPA21

MARCHING 1°'S & 0°'S PATTERN TEST

9870 034550

26~APR-82 09:41

SEQ 0253

PAGE 294

MIPD21: READ BYTESWAP-MODIFY ,READ,DOWN
-(R1) ,R0; V177640
1$:

cnp

38:

:V177642

V177644

SWAB

(R1)

:V177650

cMP

RG.R1

PERR20

2s:

R3.RO’
3

BEQ

9880 034570
9881
9882 034572
9883 034574
9884 034576
9885

V177646

(R1) ,RO V177652
MOV
V177654
R2.R0
cMP
1v177656
38
BEQ
PERR17
V177660
BNE
RE TURN

:V177662

V177664
V177666

;DONE?
:NO - LOOP
JYES - RETURN

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPAZY

MARCHING
11°S € 0'S PATTERN TEST

26-APR-82 09:41

MTP022: SUBTST

9888 034600

SEQ 0254

PAGE 296
REFRESH & SHIFTING DIAGONAL TEST>>

<<MTP022

.t.ttt.ttt.'.t't..'tt""tt".'tt.tt.tQt.tt."fi.'fitt..'t.'ttt"..t."..'.'..""

MTP022 REFRESH & SHISTING DIAGONAL TEST
s *SUBTEST
.tt't'.t.t...'t..".tt"'.t't.ttttt.'.lt"t'ttttt'tttt.tt.tttt.tt".t".".t't.

:(1)

(g)
000010

KDIAG=8.

WE WRITE A DIAGONAL PATTERN IN MEMORY (WITH

WE READ € CHECK FOR CORRECTNESS THE DIAGONAL PATTERN
(WITH CACHE OFF).

;HOW OFTEN A DIAGONAL STRIPE OCCURS (MUST BE A POWER OF 2)

FOR EVEN:= #1 TO #2
IF EVE: EO "
:= IEROS
LET
:= ONES
R3
LET
E
ELS
:= ONES
LET R
:= ZEROS
LET R3
END :OF IF EVE

9896 034616
9897 034622
9898 034626
9899 034630
9900 034634
9901 034640
9902 034640
9903

FOR ST..IPES:= #0 TO #KDIAG-1

104423

sWRITE LOOP
CACHON

;FOR DATA & COMPLEMENT DATA

;FOR THE NUMBER OF STRIPES
sTURN CACHE ON

LET R1 := OFIRST
WHILE R1 LOS #LAST

IF COUNT LT #0 THEN LET COUNT := #KDIAG-1
IF #374 OFF.IN R1 THEN LET COUNT := COUNT - M
IF COUNT NE #0
LET (R1) := R2
LET 2(R1) := R2

ELSE

LET (R1) := R3
LET 2(R1) := R3

END :OF IF COUNT
LET COUNT := COUNT - M
LET R1 := R1 + #4
END ;OF WHILE
;END OF WRITE LOOP

IF DIAGFLAG IS FALSE THEN SCALL REFRESH

9924

9925 034764
9926 034772
9927 034776

106424

CACHE ON).

IF A REFRESH TEST WE DISTURB ALL ROWS FOR > 2 MS (WITH CACHE ON).

CACHOFF

:TURN CACHE OFF

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
REFRESH & SHIFTING DIAGONAL TEST

MTP022

26=-APR-82 09:41

oo RRaaS
§§>unnuun

VAW

OO
SN SNo

AIVAWAW

oo
NN

IF COUNT LT #0 THEN LET COUNT := #KDIAG-1
IF #3764 OFF.IN R1 THEN LET COUNT := COUNT - #1
IF COUNT NE #0
LET RO := (R1)
IF R2 NE RO
PERR17

106443

END ;OF IF R2
LET RO := 2(R1)
IF R2 NE RO
PERR17
END ;OF IF R2

104443

ELSE

LET RO := (R1)
IF R3 NE RO
PERR20

104444

END ;OF IF R3
LET RO := 2(R1)
IF R3 NE RO
PERR20

104444

END ;OF IF R3
END ;OF IF COUNT
LET COUNT := COUNT - M
LET R1 := R1 + #4
END ;OF WHILE
;END OF READ LOOP

9959

SEQ 0255

PAGE 297

WHILE R LOS #LAST

9929 035009

9956 035122
9957 035136
9958 035152

END ;OF FOR STRIPES

END ;OF FOR EVEN
RETURN

000207

9960 035154

REFRESH:SUBTST

<<SUBR

REFRESH DELAY>>

s *SUBTEST

SUBR

REFRESH DELAY

:tttttt'Qtttttttttttt'tttt'tt.tttttittt.tttttttt.t.ttt'.tttt'.tt'ttttttt*t.tt'tt
:ttt.t'.fi'tt.tttttttfi"""'tttttttttttt.tttittttttt'ttttt'ttttt"t'tt'tttttt.'t

9961
9962 0351564

:DISTURB EACH ROW FOR > 3.2 MS

004737

035224

004737

035224

FOR RO := #FIRST TO #FIRST+374 BY #4
CALL REFSUB

END ;OF FOR RO
LET RO := #FIRST+BIT14
WHILE RO LOS #LAST+BIT14+374

[T ST ST STS1,N1,81,8]

rwNNN-fl—DO
ONfrNOSNON

9965 035176

9979 035252

000207

CALL REFSUB

LET RO := RO + #4

END ;OF WHILE

000640
000002

000002

RET URN

REFSUB: MOV

#640,Ré

18:

- (R0)
(RO)+
(RO)
(RO)
RG,1$

ADD

coM
com
com
coM
$08

#2 R0

#2.R0

sTIME FOR A > 3.2 MS LOOP

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

REFRESH DELAY

9982 035254

26-APR-82 09:41

SEQ 0256

PAGE 299

MTPA24: SUBTST

<<MTPA24

«SUBTEST

MTPA24

R ARARRRRRANRNRRANNANA AR

FAST GALLOPING PATTERN TEST>>

AN RRNRNRRRARRARANRNARNRAANANNNAARRRANASARAASEAAROSRANS

FAST GALLOPING PATTERN TEST

:tt*tttttttttttittfitti"'t't'fifitttttttttttfifi'tttttttt'ttttt'.t'ttit".'t'.ttt"'

:T?;)TOTAL TEST C(INCLUDING SETUP) IS AS FOLLOWS
;'
THIS TEST WRITES THE MEMORY WITH A BACK GROUND PATTERN
STORED AT LOCATION BAKPAT
n

9983

9984
9985
9986
9987
9988
9989
9990
9991
9992
9993
9994
9995
9996
9997
9998
9999
10000
10001
10002
10003
10004
10005
10006
10007

10008 03525¢4
10009 035256
10010 035260
10011 035262
10012
10013 035264
10014 035266
10015 035270
10016 035272
10017
10018 035274
10019 035300
10020 035302
10021
10022 035304
10023 035310

‘#(2)

‘x(3)

‘#(4)
‘«(5)
‘e(6)

TEST BEGINS AT LOWEST LOCATION BEING TESTED
(LETS NAME IT °'A‘)

LETS NAME THE 1ST LOCATION IN THE ROW/COLUMN UNDER TEST AS °'B'.

SWAPS BYTES FOR LOCATION 'A°’.
READS 'A', READS 'B’

'B' = 'B'+400

(ADDS 64 DOUBLE WORDS TO 'B')

END OF THE BANK

A+2

‘e(7)

REPEATS STEPS S AND 6 UNTIL °‘B' IS GREATER THAN THE

ie(9)

REPEATS

te(8)

‘«(10)
o

STEPS 3-8 UNTILL ‘A’ REACHES THE END OF THE BANK

AFTER EXECUTING THE TEST DATA IS COMPLEMENTED
AND STEPS 1-9 ARE REPEATED

*REGISTERS ARE USED AS FOLLOWS

RO
‘R1

‘R2

TEST DATA
‘A’

'g*

:R3

BAKPAT

;RS

LAST

‘R

SWAPAT

sNOTE THE PATTERN STARTS AT MTPB24!!!1tttrirnrtsy
011100
020004
001401
104447

1$8:

011200
020003
001401
104450

2%:

:UIPAR'S
(R1) RO
MOV
RO,R&
CMP

BEQ

PERR23

MOV

062702
020205
101764

000400

062701
000137

000002
035314

3s:

:BR IF OK

(R2) RO

:V177650

:READ 'B'

V177654
1V177656

:BR IF OK
*REPORT ERROR

CMP

ADD

#400,R2

8LOS

CMP

ADD
JMP

;READ ‘A’
SCHECK 'A°

V177644

b1 3

RO,RS

BEQ
PERR24

:V177640
V177642

V177646

1V177652

:V177660

*REPORT ERROR

SCHECK 'B°
;:BUMP 'B°

R2,RS

V177664

AT END YET?

#2.R1
ANMTPB24

:V177670
V177674

:BUMP °A’
160TO V177260

V177666

:BR IF NO

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPA24

FAST GALLOPING PATTERN TEST

10026 035314

26-APR-82 09:41

SEQ 0257

PAGE 301

MTPB24: SUBTST

<<MTPB24

;%< STEST

MTPB24

FAST GALLOP PART B>>

itttttttttttttttt*t*tt't'tt*tttttttfittfittt'tt.ttfitt..ttt..tttt'..'t.'....tt."'

FAST GALLOP PART B

ttttttitttt*tttttttttt"t'tttttlttttfitttttt'ittt.t't.ttttttttt"ttt'.'t.t'..t..

10027

10028 035314
10029 035316
10030 035320
10031 035322

10032 035324
10035

(C10611
020105
001001
00020 ?

000137

:SDPAR'S

MOV

R4, (R1)

:V172260

BNE
RETURN

:V172264
$V172266

CMP

035330

18:

JMP

MTPC24: SUBTST

10034 035330

R1,R5

ANMTPC24
<<MTPC24

;WRITE ‘A’

V172262

: DONE?

:V172270

;GOTO V172360

:BR IF NO
:YES = RETURN

FAST GALLOP PART (>>

.t'tttfitttttttttttittttttttttttttttttttttttittitttfi'tt'ttttttttlt..'tttl

CRARNY

MTPC24 FAST GALLOP PART (
s *SUBTEST
tlttttttttfittttttt*t*ttttttt!ttttttfittttittt'fittttttttttttt.tt.tt'tt"ti.tt't.'
:KDPAR' S

MOV

035342

1046447
000137

035274

1$:

R1,R2

(R1) .RO
MOV
RO,R4
CMP
18
BEQ
PERR23
SMMTPA24+20
JMP

:V172360

1V172362
V172364
V172366
V172370
1172372

JRESET 'B’' <=== "'A’

READ ‘A’
sCHECK ‘A’
:BR IF OK
:REPORT ERROR
:GOTO V177660

CIZMSPAO MS11-L/M/P_MEMORY DIAG. MACRO M1113
FAST GALLOP PART (

MTPC24

10044 035346

26-APR-82 09:41

SEQ 0258

PAGE 303

MTP025: SUBTST

<<MTP025

L «SUBTEST

MTP025

INTERRUPT ENABLE TEST>>

RN
AN CAAR
CARR AR RN A ARAAANE R RN ARRAANRAANNNARARAARARRRARACNRAARAAAAAAAN

INTERRUPT ENABLE TEST

SONON
NN
~ NNNINNOO
W WO NN
~ N=NNNN

NN
Uflflg!

104473

002074
002300

000000
000002

b
D e

b d ad wd

000000
000002
18:

106426

002244
035612

2s:

002244

035612

005037

002246

b and e
b o

002244

NS
OO

002246

035634

002246

READCSR

FATAL
INC
CALL
MOV

27
TSTDAT
MTPD25
#4600, TSTDAT

CLR

TSTDAT

INC
CALL
MOV

TSTDAT+2
MTPD25S
#4500, TSTDAT+2

CLR
MOV
CALL
MOV

TSTDAT+2
#3,TSTDAT
MTPE2S
#1400, TSTDAT

MTPD25

CALL

TSTDAT

CLR

MOV
CALL
MOV

#3,TSTDAT+2
MTPE2
#1400, TSTDAT+2

MTPE2S

CALL

035664

MTPA2S
MTPD2S: CALL
ECCIDIS

035746

sCHECK FOR CORRECT ACTION ON DBE'S
IN ALL 4 BYTES

MTPE2S

CALL

sCHECK FOR CORRECT ACTION ON SBE'S

JIN ALL & BYTES

MTPD2S

CALL

002074

035706

sGENERATE CHECKBITS ON 0,,0

MOV
#TSTDAT, SOURCE
CHKGEN
CALL
-SETUP PARITY ACTION
#3,NOPAR
MOV
FIRST TEST ADDRESS
,R1
ATESTADD
MOV
*SETUP TRAP DESTINATION
MOV
#18 ,PARTHERE
MTPA2S
CALL
‘WRITE DATA & CHECKBITS
SINTTIALIZE 1 SELECTED MK11 CSR
ECCTINIT
a(R1)
TST
*ACCESS LOCATIONS FOR DBE TRAPS
32 (R1)
ST
JNONE - GOOD - ACCESS FOR SBE TRAPS
;DISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
ENA1SBE
3(R1)
TST
a2 (R1)
ST
B8R
2$
:NONE - GOOD - SKIP

CLRTCSR
NOPAR
CLR
RETURN

b =D b el b

83 035602
84 035604
85 035610
8%
87 035612
0088 035616
0089 035620
0090 035624
0091 035626
0092 035632

002246

002244

wviwaw
wviwviwn

j=lel=]
NN
N

0O ~NO

74 035526
75 035534

004737

b b

b cd e cud b b

) b

S8 o2888338888
8228
NNN

b e

b s e

005237

TSTDAT+2

CLR

002306

035664

TSTDAT

CLR

002244

b ed e wd D sd

D i

D d b

g33Esasssasssnssananasas

WV WN=OVO~NO
N

[elelelalelelalalele]-]
NN NN N NN N N W

;ttttttttttttttttttt'."tttittfittttttttttttttttt'ttt.tttttttttttttt.tttttt.ct'tt

_ MTPB2S

ENATSBE
MTPC25
CALL
RETURN

sCLEAR 1 SELECTED MX11 CSR
sINDICATE PARITY ACTION
SWRITE DATA & CHECKBITS
sDISABLE ECC ON 1 SELECTED CSR
sCHECK FOR NO TRAPS
sDISABLE TRAPS ON SBE'S FROM 1 SELECTED (SR
sCHECK FOR EXPECTED TRAP

B 5
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTP02S

INTERRUPT ENABLE TEST

10095 035634

004737

035664

10097 035642

004737

035706

10096 035640 104471
10098

10099 035646 104473
10100 035650

10101 035654

10102 035656

}8}82 035662

004737

104507

004737

000207

MTPE2S: CALL

ECCTIDIS

ECCTINIT

035746
035746

012737

035726

002300

005771

000002

10112
10113 035706

10115 035720

10114 035714 005771

}8}}9 035724

10118 035726

10119 035730

10120 035734
10121 035736
}8}55 035744

10124

10125 035746

000207
104426

011137
104024

000000

10132 036002

10133 036004
}Slgé 036012

000405
012737
005771
104426
011137
104025

000207

MTPC2S

‘CHECK FOR EXPECTED TRAP

MOV

CB1CSR
MOV

RETURN

*DISAB'E TRAPS ON SBE'S FROM 1 SELECTED CSR

035762

1$:

036012
000002
002032

READCSR

MOV

ERROR
SET
RE TURN

002300
002300

TSTDAT.@(R1)

;DISABLE ECC ON 1 SELECTED CSR
-WRITE FIRST 16 BITS

‘WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
TSTDAT+2,32(R1) :WRITE 2ND 16 BITS & CHECKBITS

:CHECK FOR NO TRAP OCCURING CONDITION
:SETUP TRAP DESTINATION
#1S PARTHERE
MTPBIS: MOV

RETURN

002032

10126 035754 005771 000000
10127 035760
10128 035762
10129 035770
10130 035774
10131 035776

CALL

MTPA2S: ECCIDIS

000207

012737

*CHECK FOR EXPECTED TRAP

WRITE TSTDAT & TSTDAT+2 & ChECKBITS

000002

}81}? 035704

SINITIALIZE 1 SELECTED Mk11 CSR

MTPC2S

RETURN

002246

000207

10108 035674 104475
10109 035676 013771

*CHECK FOR NO TRAPS

CALL

ENA1SBE

000000

013771

;WRITE DATA & CHECKBITS

*DISABLE ECC ON 1 SELECTED CSR

ENABLE DBE TRAPS

002244

10107 035666

MTPA2S

CALL _ MTPB2S

10105

10106 035664 104471

26-APR-82 09:41

SEQ 0259

PAGE 305

a(R)

a2(R1)

(R1) ,ADDRESS

+24
HEADER

;TRAP SHCULD OCCURE TEST

MTPC25: MOV

18:
2s:

a(Rh)

28
BR
#3$ . PARTHERE
MOV
a2(R1)
ST
READCSR
(R1) ,ADDRESS
MOV
ERROR

38:

#1S PARTHERE

SET
RETURN

+25

HEADER

‘ACCESS LOCATIONS

:NO TRAP = GOOD - RETURN
;SAVE VIRTUAL ADDRESS

;SETUP TRAP DESTINATION

*ACCESS 1ST LOCATION

*NO TRAP = BAD NEWS = SKIP
:SETUP TRAP DESTINATION
SACCESS ND LOCATION
*NO TRAP - BAD NEWS
+SAVE VIRTUAL ADDRESS

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
INTERRUPT ENABLE TEST

MTPORS

10138 036014

26-APR-82 09:41

SEQ 0260

PAGE 307

MTPA26: SUBTST

<<MTPA26

tSUBTEST

MTPA26

RANDOM DATA (WRITE)>>

tt'ttt.tttt"tt.tt'.t"t"t't.tt.lQ'Q..Q'.Qtfi.t."Q'Q..QQQ..'..."'.'.'."...'.

036064

RANDOM DATA (WRITE)

ttttQtttttt'ttttttttt't'Qtttt!ttQtQQtttttt'ttttt*ttt'tttQtttt'.'tt.."'.tt"".

is:

JMP

aIMTPC26

:V177640

GOTO V172360

Moy

R2,(R1)+

.v177646

$08
RE TURN

RO.1$

V177650
1V177652

MTPB26: SUBTST

<<MTPB26

RANDOM DATA (READ)>>

1 *SUBTEST

MTPB26

MOV

R3,(R1)+

V177646

t.ttttttttt't.tt..tt't"tt't"t..ttttt..t'.'..ttQ"Q.'Q..t...t.'..t."'."'.."

RANDOM DATA (READ)

036030
36034

000137
020221
001401
1046451
005127
000000
020321

VIV

WAV

OO NOWVE
WA -0 0 ~NO

SN S 4

.ttttt't.t'ttt!t.tt.t"'t't'ttti.QQ'Q.Q'Q.Q..QQ...QQ'Q.."Q."'..Q."QQQ.'."..'

036064

18:

28:

177764

.DSABL
.ENABL

JMP

P
£Q

PERR2S

RANODD: 0
P
BEQ
PERR2S
coM
3s:
$08
RETURN
.DSABL
-ENABL

AMA
LS8

V177640

IMMTPC26

V177644
V177646
1177650
V177652
V177654
V177656
V177660
V177662
V177664
V177670
V177672

R, (R1)+
28

(PC)+
R3, (R1)+
33

RANODD
RO,1$
LS8

GOTO V172360

FOR ERROR REPORTING

AMA

MTPC26: SUBTST

<<RANDOM NUMBER SUBPROGRAM>>

:*SUBTEST

RANDOM NUMBER SUBPROGRAM

t'tlttttttttttttfittttttt't"ttttt.tfittttttttfitltfifittt'tt"t'ttt.'t"'tttt"".t

'ttttttt'tttfittttt'..'ttt"'ttttttfit*tttttttttttt.t'ttttfifit"t't"ttt""t'lt"
sCALLER MUST SETUP

073427
060305
005504
060204
062705
000240

000007

001057

:
:
:

MOV
MOV
MOV

ASHC

#7 R4

ADD

ADC
ADD

ADD

NOP

MOV

SEEDLO,R3
SEEDHI .R2
R3.RS

R2.R&

R3‘RS

p1657.ns

:V172360

V172364

:V172366
v172370

2V122372

:v172376

MTPD26: SUBTST

<<RANDOM NUMBER SUBSUBPROGRAM>>

:#SUBTEST

RANDOM NUMBER SUBSUBPROGRAM

GOTO V172260

t'tfitttttttttttttttttt"'tttttttfi.tt't.tttfi".'tt'it't!tttfittt.'ttt"..tt.ttttt

047401

036020

t.tt.'lttttttttttfitt'tltitlttfifitt.t.'.t".it.tt't.tfi.t'tt.'t'tt'tl.tl.titt't'lt
:V172260
R4
ADC
ADD
#47401,Ré4
: V112062
V172266
RS.R3
MOV
:V172270
R&.R2
MOV

JMP

GMTPA26+4

V172272

GOTO V177644

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

RANDOM NUMBER SUBSUBPROGRAM

10184 036122

26-APR-82 09:41

SEQ 0261

PAGE 309

MTP030: SUBTST

<<MT0030

«SUBTEST

MT0030

is:

(RO) ,R2
R2,(RO)+
R1,1$

FLUSH OUT DBE'S>>

AN
RCINOY
ARRAIA
A EORANRARAA
AR RANR AR RRRANAANAN AT RN AN RRARA RN RRNARARANAARAANANR

FLUSH OUT DBE'S

N
ANIAAAACAERAORS
EARNANNNOCRANA
NAANRAEARRANRR
ARA
NARANRRAAAA
RRA
R CERARNRRRNR
CARRNRNNN

MOV
MOV
S08

RETURN

MTPO31: SUBTST

<<MTPO31

taSUBTEST

MTPO31

SOB-A-LONG TEST>>

CARNNANNRRRAARARARRANN NN E AN AN ANNARRARARANAANRNRARARRARARRANCARARRARNARNANEAAAANAAROAS

SOB~A-LONG TEST

b il e

e o

b
o
e
o e
b

000000
077001

18:

005167
020167
001403

6DSABL

AMA

S08
COM
cMP

RO,1$
18
R1,1$

PERR30
MOV

R1,1$

£EQ

104454

e
b
b

2%:

010200

010503

CoM

002516

3s:

;0K = SKIP

:BUMP (SAFELY) BY 2

=(R3),-(R&)
3s
18

SOBLENGTHE.-HTP031
NABL

;READ & CHECK FOR NOT °'S08 RO,DOT'’

(RS)+

MoV

;WRITE COMPLEMENT OF SO8

sCORRECT SO8 INSTRUCTION
SREINITIALIZE SOB CONSTANT

RS,R4
RS, a/LINKI
33

BNE

:MOVE TERMINATOR
:S08 TILL RO _UNDERFLOWS

MOV
CMP
BNE

RETURN

014344
001376
000752
000056

M ov
R2,.RO
éUPDATE MOVE _REGISTERS
RS .R3
oV

b b

- -

O00O0OO0O000O

ES
§; 22
55 R PRSP
~ NN
RERSGRERK
nNO SR

NININIA)
=b

gfv o
& S% W K28 8BLRIRGB2

e e

i e

el e

) e

) e o

OOO000000 [eTolelelelalelelelelelalalola)

:ttttttttltitttttttfit.""ttt'ttttitttttfi..fitt.tttttt'.t.fi't.tt'itttt't'.'ti"t'

AMA

;DONE?
:NO - SKIP
sYES

CIMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO31

SOB-A-LONG TEST

MTP032: SUBTST

10241 036210

PAGE 311

<<MTP032

WRITE RECOVERY TEST>>

MTP032 WRITE RECOVERY TEST
“«SUBTEST
sTHE TEST ACTUALLY EXECUTED ALREADY IN THE MEMORY UNDER TEST.

ttt'ttttttttttttttttt'tt'ttttttttttttttt.tttttt'ttttttttttttttttttttttttt'tt"t

10244
}0242
10247 036210 012401

10258 036240

SEQ 0262

tttttQtttttttt"ttttt"'t'tttttttttttttttttttttttfittttttttttt'ttt.ttt'tttt'tttt

102642
10243

10248 036212
10249 036214
10250 036216
10251 036220
10252 036222
10253 036226
10254 036230
10255 036232
10256 036234
10257 036236

26~APR-82 09:41

020102
001401
104430
077305
013703 002516
012400
020005
001401
104427
077305
000207

1$:

28:
38
48:

TH]S CODE INSURES THAT IT CHANGED MEMORY TO HAVE
WHICH IS A ''COM =(R1)'* INSTRUCTION AND
11/2 BANK OF#5141
WHICH IS A ''JMP (RO)** INSTRUCTION.
1172 BANK OF #110
:GET DATA FROM LOWER 1/2 BANK
:V177640
(R4)+,R1
MOV

CMP
8EQ
PERRO2
$08
MOV
MOV
CMP
BEQ
PERRO1
$08

RETURN

R1,R2
b1
R3,1$
a#LINK1,R3
(R4)+,R0
RO,RS
43
R3,3$

V177642
V177644
V177646
*V177650
v177652
V177656
v177oeo
V177662
V177664
V177666

YIS IT #51412
SYES = SKIP
*NO - TAKE ERROR TRAP
SLOOP FOR 1/2 BANK
*RESTORE LOOP SIZE
SGET DATA FROM UPPER 1/2 BANK
YIS IT #1107
SYES = SKIP
*NO- TAKE ERROR TRAP
SLOOP FOR 1/2 BANK

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO32

WRITE RECOVERY TEST

26-APR-82 09:41

MTPO33: SUBTST

10261 036242

SEQ 0263

PAGE 313

<<MTP033

BRANCH GOBBLE TEST>>

tttQtttt.ti.ttt.t.tttt""".ttttQttt.ttl'tt'tfit.‘tt.tt"t't.t'tttttfi'.'t't..'t

*«SUBTEST

ODSABL

NMUNMU

62
63 036242
64 036244

BRGOBB: SEC
ADCB
8M]

d e

INCB

D D i

18:

b e

2$:

3s:

010701
162701
010102
005202

48:

MoV

D e

rugénnv

—b e
b b e e b b b ed e
jeleleolelalolal

1029
10294

10295 036320
10296 036324
10297 036326
10298
10299
10300 036330
10301 036332
10302 036334
10303 036336
10304
10305

cLy
INCB

104461

000036

014344
001376
005011
000743
000076

;SET CARRY (TO BE ADDED T0 "BGTEST")

: INCREMENT LOW BYTE OF 'BGTEST

S
;BRANCH WHEN BIT? IS
OF 'BGTEST”
BYTE
HIGH
T
s INCREMEN
TIMES
128
:LOOP

(R2)
38
3s
4

:CLEAR V-BIT

:BR IF C-BIT SET (SHOULD NOT BE)
:BR IF V=BIT CLEAR (SHOULD NOT BE)
:BR IF N-BIT SET (SHOULD BE)
NO - REPORT ERROR AND ABORT TEST
:COND CODES NOT EQUAL O 1010

:UPDATE TEST POINTER.

SUB
MOV
INC

PC,R1

#S$-BGTEST,R)
R1,R2
R2

MOV

RS,R3

MOV

(R§)+

RS,R&

;BUMP (SAFELY) BY 2

;DONE?
cMP
BNE

RS, 3L INK1
63

:DONE?
:NO - SKIP
sYES = RETURN

002516

RETURN

68:

:MOVE CODE 1 LOCATION
-(R3),~(R&4)
MOV
BNE
CLR

63
(R1)

gRG

.ENABL

AMA

GBLENGTH=,-MTP03

: INCREMENT HIGH BYTE OF *BGTEST'' ONCE MORE

;UPDATE MOVE REGISTERS

010503
005725
010504

020537
001001
000207

(R1)
18
(R2)
BRGOBB

sMOVE TERMINATOR
sTEST WORD (TWO BYTES)

sNOW CHECK FOR CORRECT CONDITION CODES
2$
sBR IF V-BIT SET (SHOULD BE)
8vs
INO - REPORT ERROR AND ABORT TEST
PERR3S
:COND CODES NOT EQUAL TO 1010
BCS
BV
8M]
PERR3S

0277 036270
8278 036272
0

AMA

BGTEST: 0

) e

D =

0000000

MTP033 BRANCH GOBBLE TEST
'ttttt.tt'tt...ttt..t""'t't.littttttttfi..tfit'ttt"'ttttttttttttltttttfittttt'.

sCLEAR TEST WORD °BGTEST"
sRUN MOVED CODE AGAIN

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
BRANCH GOBBLE TEST

MTPO33

10307 036340

26-APR-82 09:41

SEQ 0264

PAGE 314

MTPO34: SUBTST

<<MTP034

*wSUBTEST

MTPO34

SOFT ERROR = BACKROUND PATTERN TEST>>

:lt'fitttt..tttt'tttfi.t.""".Q..ll'.tt.'..t".......t'...tt.'..t".'.t.'.'..".

SOFT ERROR = BACKROUND PATTERN TEST

CNDCDCNDE;CNDCDC>

[elelolololololols]s]

N NN N N N NNN
— e i d e e e e O O

NN
NN = OO0 00

"ttQtttltt"Qt.tt...."Q."Q.tQ....QQ...'...t'."..t.."Q.""'.'.'."'.""".

MOV
SO8
RETURN
MOV
(M
BEQ
PERRO2
NOP
s08
RETURN

R2.(RO)+
R1,MTP034
(R4)+,R1
R1,R2
3s

R3,28

:V177640
V177642
V177644
V177646
V177650
V177652
V177654
V177656
V177660
V177662

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTP034

SOFT ERROR - BACKROUND PATTERN TEST

10319 036364

26-APR-82 09:41

SEQ 0265

PAGE 315

MTPO35:SUBTST

<<MTP035

s *SUBTEST

MTPO35

WORST CASE NOISE PARITY TEST>>

;'t'Q""tt't'.t..".t""'i"tt...it..'ttt.t'tt.Q't..t.ttttt".tt"..t'..tt'tt'

000003

104050

002074

000005

002146

036442

002300

MoV

rgxbcszexrzsaxro.csa

000001

002146

036474

002300

005037
000207

002074

#1$ PARTHERE

TST
MOV

(RO)
RO,ADDRESS

CALL

BIT

002652

057476

;SET PARITY TRAPS TO RETURN TO ‘PARTHERE''

:SET WRITE WRONG PARITY § PAR. TRAPS INTO (SR

;WP TEST LOCATION

ERROR +50

28:

002032

MOV

MOV (ROJ. (RO)

1$:

#3 ,NOPAR

FOR RO := #FJRST TO #LAST BY #4000

002032
057476
002000

WORST CASE NOISE PARITY TEST

:tt'ttttttt.'it't'fi.iQQ"'Q'...Q..Q.QQQQ..Qtt'."ttt.'tttt't't"'ttt..'tt'.'tt"

BNE

PERBNK

#8IT10,CONFIG+2(R3)
28

READCSR
ERRGEN

CLRICSR

MOV

(RO),(RO)

mov

#8ITH.CSR

MOV

#38,PARTHERE

3¢:

BR
MOV

48
RO,ADDRESS

4$:

CALL PERBNK
END; OF FOR

:CLEAR WRONG PARITY IN MEMORY

LOADCSR

(ROS

ERROR +50

CLR

RETURN

NOPAR

:RESET PARITY TRAP ACTION

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO3S

WORST CASE NOISE PARITY TEST

26-APR-82 09:41

MTP036: SUBTST

10351 036526

CHANNNIANREARNN NN

SEQ 0266

PAGE 316

<<MTP036

R RN GO A

AR AR

CORRECTION CODE TEST>>

RR A AAANANNNRNNRANANARRRAAAARAANANCRREANCOOCONS

MTP036 CORRECTION CODE TEST
ST
eSUBTE
:tfi'tQ.t'."Q.tt.t.t.t"".'..".ti'tttitQt.tt'tt.ttt!t't.ttt"t".tt't.'tt"t.'

10352

10353
10354

: THIS TEST CHECKS TO SEE THAT EACH BIT OF A DATA WORD
: CAN BE CORRECTED INDIVIDUALLY FROTM A ZERO TO A ONE AND

10356 036526
10357 036530

CACHOFF
CLRB PASFLG

:TURN OFF CACHE
sCLEAR PASFLG

REPEAT

10355

10358 036534

10359 036536

104424
105037

104513

: VISA VERSA.

002262

LET PASFLG :B= PASFLG + M
LET R4 := #-1
LET BITNO := #0
1FB PASFLG EQ M
LET RS := M

10360 036536
10361 036542
10362 036546
10363 036552
10364 036562
10365 036566

ELSE

10366 036570

END

10367 036574

}gggg 036574

10375 036616
10376 036622
10377 036624

05¢°02
005711

10386 036660
10387 036662
10388 036672

005011

10390 036676
10391 036700

000261
006105

10389 036674

10392 036702

10393 0.6702
10394 036712
10395 036714
10396 036724
10397 036726
}8‘03 036730
57

;828?
10402 036732

036735
036740

002320
000005
000004

:GET CHECK BITS TO BE WRITTEN
JLOAD CSR WITH DATA
WRITE DATA TO TEST ADDRESS

END

RETURN

031
026

SEC
ROL

UNTIL BITNO EQ #16.
oM R
UNTILB PASFLG EQ #2
CLRICSR
CACHON

000207

002

LET CHECK := R2
LET TSTDAT := RS
LET TSTDAT+2 := (R1)
ERROR +52

ELSE

104503
104423

007

032
020

037

025
057

LET CSR := R2
LOADCSR
LET (R1) := RO

CLR (R1)
1FB PASFLG EQ M
ASL RS

005100

:DATA=177776;81T TO BE CORRECTED IS A ZERO
; INCREMENT BIT POINTER
;POINT TO NEXT SET OF CHECK BITS
:GET NEXT SET OF CHECK BITS
JSHIFT TO LINE UP IN CSR

END

006305

INC BITNO
LET R4 := R4 + N
LET R2 :B= PTABLE(R&)
ASH lS,Rs

TST (RY)
IF (R1) NE RS
LET ADDRESS := _#60000

104052

:INCREMENT LOOP COUNTER
sINDEX TO SINGLE BIT ERROR TABLE
;CLEAR INNER LOOP COUNTER
sSELECT DATA TO BE CORRECTED BY PASSNO
sDATA=0.;BIT TO BE CORRECTED IS A ONE
:

BIS #B]IT2,R2

104425

10378 036626
10379 036630
10380 036634
10381 036642
10382 036646
10383 036652
10384 030656

10385 036660

LET RS := m177776

REPEAT

10370 036574 005237
10371 036600
10372 036¢£12
10173 03+ _ué 072227
10374 074612

sENABLE CHECK/SYNDROME BIT REGISTER

CBREG

PTABLE: .BYTE

;ENABLE DIAG MODE

;CORRECT SBE
sWAS DATA CORRECTED???
:MOV ERROR INFORMATION IN
:
:
:
;NO ERROR
:

;CLEAR LUT
:SHIFT NEW DATA DEPENDING ON PASFLG
:SHIFT BITNO TO THE LEFT
:

sSET CARRY BIT AND......
JROTATE LEFTY
:

SJUNTIL ALL BITS ARE DONE
:COMPLEMENT DATA AND REPEAT
JUNTIL 2 PASSES ART (OMPLETE!
sCLEAR (SR
sTURN CACHE
:

MS11-P SINGLE BIT ERROR CHECK BIT TABLE
2.7.37.31,32,25,26,20,57.51,52,45,46,40,75,70

CIMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO36

CORRECTION CODE TEST

036743
036746
0367°°

051
046
070

0 52
0 40

045
075

26-APR-82 09:41

PAGE 316-1

SEQ 0267

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO36

CORRECTION CODE TEST

10404 036752

26-APR-82 09:41

SEQ 0268

PAGE 317

MTPO37: SUBTST

<<MTP037

; %SUBTEST

MTP037

CHECK ECC DISABLE TEST>>

ttttttttt*tt'tit*fifitt'ttttttttttttttttitttltlfitt..tttQ.t'ttt"ttt'l..'.".tt'tt

CHECK ECC DISABLE TEST

ttitttttfitttt'fi.tt.tittt"tt'fitttfittttttttttttttttttt.lt.ttttittttt'.t'tttt.'tt
10405

10406
10407
10408

10409 036752
10410 136754
10411 , 36760
10412 036764
10413 036766
10414 036774
10415 036776
10416 037000
10417 037004
10418 037010
104'9 037016
10420 037020
10421 037020
10422 037022

E THIS TEST CHECKS THAT ECC CAN BE DISABLED AND THAT
; NO CORRECTION TAKES PLACE WITH ECC DISABLED.

104424
104475
104475

CACHOFF

LET GOOD := #0
LET CHECK := #0

CB1CSR

LET CHECK := #100

CB1CSR
LET (R1) := #0

IF (R1) NE #0
LET BAD := (R1)

104037

104423
000207

sTURN OFF CACHE

:GOOD DATA FOR ERROR PRINT OUT
sCLEAR CHECK BIT FIELD

:ENABLE SYNDROME/CHECK BIT REGISTER
:SBE _CHECK BITS
:WRITE CHECK BITS TO (B REGISTER
;WRITE CHECK BITS TO MEMORY
:AS CORRECTION MADE????
YES IT WAS.....ERROR

LET ADDRESS := #60000°;

END

ERROR +37

CACHON

RETURN

:
:

sTURN ON CACHE

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
(CHECK ECC DISABLE TEST

MTPO37

26-APR-82 09:41

MTPO41: SUBTST

10425 037024

GE 319

<<MTPO 41

SEQ 0269
ADDRESS TO CSR ON DOUBLE BIT ERROR TEST>>

tttfit'.tttttttttttttt""tt'tlittttttt.ttttttfitttttttttifittttfittttt't'tt"tt"t

;*SUBTEST

SRR ReRsRoReRRReR
RRRRRRRRIRRRRR R
WA
oo
SESRCAS
SRR HTEBRNE
N
W
NN —
3 WO NV
o
o
2222232338
v
W
3
:!
SRR
R PR
n
o
Z53RSREERE
o
N

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
MTPO41
ttttfitttttttit.Qtttttttitttttfit*tttt.tt&tttfi.ttittttQttQttttttttttt'.tttt.tttt.

—d

b b ed wud b

b cnd b

b e

D e

037024

49 037126

b} 0
5
5
5
5
55
5
5
S
5

037132
037134
037136
037140
037144
037150

2 037174

THIS TEST CHECKS TO SEE IF THE CORRECT ADDRESS APPEARS
IN CSR BITS 5-11 ON A DOUBLE ERROR.
072427
042704

LET R4:= BANK
ASH #9. .Ré

;GET STARTING BANK NUMBER
*SHIFT INTO POSTION TO MATCH ADDRESS IN CSR

#0
LET PASFLG :B=

;INIT PASFLG

‘CLEAR OFF EXTRANEOUS BITS
BIC p*c?740 R4
LINIT CSR ADDRESS TO 0 - 1K (BIT 5 = 1K ADD.)
LET RO:= #=40
LET R1 := #FIRST = #4000 ;GET LOW ADDRESS IN BANK

005037
104475

002310

CLR CHECK
ggggi¥

105237

002262

INCB

PASFLG

LET RO := RO + #40

1046475

LET R1 := R1 + #4000
LET CHECK := #1340
CB1CSR

104503
005711
104426

CLR1CSR
TST (R1)
fE?”fi?R

042705
060402
000240

104455
104475
104503
000207

LET (R1)

170037

:= #0

BIC c~c7740

LET R2

ADD R4, R2

NOP

*CLEAR CHECK BIT FIELD TO BE LOADED
*ENABLE CHECK/SYNDROME BIT REGISTER
:INC LOOP COUNTER

:INC CSR ADDRESS TO BE EXPECTED
;DOUBLE ERROR CHECK BITS
‘WRITE DOUBLE ERROR CHECK BITS

‘WRITE DATA AND D.E. CHK BITS AT A=0

*CLEAR CSR
*READ ADDRESS TO GET DOUBLE ERROR
READ CSR FOR CORRECT ADDRESS

CORRECT ADDRESS
csr
*ADD STARTING BANK TO DOUBLE BIT ADDRESS
*DEBUG AIDE

IF R2 NE RS
LET BAD := R2
LET GOOD := RS

‘DO ADDRESSES AGREE?
:
:

END

PERR31

LET (R1)

(B1CSR

:= #0

UNTILB PASFLG EQ #16.
CLRICSR

RETURN

*NO ERROR

‘ENABLE CHECK/SYNDROME BIT REGISTER
:DO 16K AT A TIME
;
:

mnS

CZMSPAQO MS11-L/M/P MEMORY DIAG. MACRO M1113

HTP041

26-APR-82 09:41

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

SEQ 0270

PAGE 321
EXTENDED ADDRESS TO CSR ON ERROR TEST>>

10466 037176

MTP042: SUBTST

<<MTP042

s*SUBTEST

MTP042

10467

.tttttttttttttttttttttttt'tttttttttttttttttttttttttittttttttttttttttfittttttttttt
.

ttttttttttttttttitt.ttttt"ittttt'ttt'ttlttttitttittttttttttttttttttt'tt'tttt'fi

: THIS TESTS THE EXTENDED UNIBUS ADDRESS IN THE
# 14, THEN CHECKING
: CSR BY CAUSING A SINGLE ERROR, ENABLING BIT
CSR.
THE
IN
: FOR THE PROPER ADDRESS
:TURN OFF CACHE MEMORY
CACHOFF

10468
10469
}82;?

10472 037176

10473 037200

104424

10474 037204

050794

177607

10480 037236
10481 037242
10482 037246
10483 037252

042705
072527
052705
104513

177770
000011

10485 037254
10486 037260
10487 037266
10488 037270
10489 037272

105237

002262

10491 037276

LET R4 := BANK

10475 037210 072427 000002
10476 037214 052704 040000
10477 037220 062737 000400 172352
10478 037226
10479 037232
10484 037254

10490 037274

000020

10497 037330

10499 037336

10500 037340
10501 037342

10502 037350

10503 037356
10504 037364
10505 037370
10506 037376

10507 037400

8IC #~C7.RS
ASH #9. RS
8IS #BI1T4 RS
CBREG

:CLEAR ALL BUT THE LOWER BITS
*ROTATE INTO POSTION
*SET UP SBE INDICATOR ;:DATA TO BE EXPECTED
*ENABLE CHECK/SYNDPOME BIT REGISTER

ASH #2.R
8IS 481114 R4
ADD #400, KIPARS
LET PASFLG :8= #0
LET RS := BANK
REPEAT

*SHIFT TO LINE UP WITH CSR
SEI EXTENDED ADDRESS BIT
SET UP PAR TO POINT TO TOP OF A BANK
INIT LOOP COUNTER
RS GETS THE BANK NUMBER

104503
104426

READCSR

READ CSR FOR DATA

104425

TST (R1)

005711

002146

104023

104426
042737

062705

10515 037430

000207

IF CSR NE RS THEN

END

LET BAD := CSR
LET GOOD := RS
ERROR +23

LOADCSR

020000

002146

READCSR
BIC #8IT13,CSR
IF CSR NE R4 THEN
LET BAD := CSR
LET GOOD := R4
SET HEADER

104023

10511 037412 104513
10512 037414
10513 037424 104503
10514 037426 104423

BIC #BIT13,CSR

LET CSR := #40000

104425

10508 037400
10509 037402
10510 037406

10516
10517

*CLEAR OFF LOWER BITS

:INCR LOOP COUNTER
*WRITE CHECK BITS TO CSR WITH DIAG MODE
:LOAD CSR WITH DATA
URT ZEROS AT A=0 AND SINGLE ERROR BITS
SCLEAR CSR

10493 037306

10498 037330

*GET BANK NUMBER TO FIGURE OUT EXTENDED ADDRESS

BIC 0“c170 R4

INCB PASFLG
LET CSR := #1064
LOADCSR
LET (R1) := #0
CLR1CSR

10492 037300 042737 020000
10494 037314
1°4165 037322
10496 037326

EXTENDED ADDRESS TO CSR ON ERROR TEST

END

000740

ERROR +23

LET (R1) := #0
LET R1 := #137776
ADD #740.RS

CBREG
UNTILB PASFLG EQ #2
CLR1CSR
CACHON
RETURN

READ A=0;DATA BIT 0 SHOULD BE CORRECTED TO A 1

:CLEAR POSSIBLE INHIBIT MODE IN DATA ‘‘CSR'’

:HAS SINGLE ERROR BITS SET IN CSR?
;

H
:

-URITE EUB BIT TO CSR

*READ FOR CORRECT EXTENDED UNIBUS ADDRESS
:CLEAR INHIBIT MODE POINTER IN DATA
:READ EUB ADDRESS
;
:
;
:

L
:CLEAR
;SET UP NEU ADDRESS
SADD TO GET NEW ADDRESS

*ENABLE CHECK/SYNDROME BIT REGISTER
*LOOP 2 TIMES
SCLEAR CSR
STURN ON CACHE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

EXTENDED ADDRESS TO CSR ON ERROR TEST

MTIP042

26-APR-82 09:41

SEQ 0271

PAGE 322

MTP043: SUBTST <<MTP043 WRITE BYTE CLEARS SINGLE BIT ERROR TEST>>

10519 037432

:tt*ttfifitttttt.ttfittttt'ttttttfittttttttttt.ttttttt*ttt*tttttttttttttfittti'ttt'..

MTP043

:*SUBTEST

WRITE BYTE CLEARS SINGLE BIT ERROR TEST

(VLT ST ST S [ ST\ O ] ST SN, ]
NOWVES WO

:ttttttttttltt'tttttttttt'tttt'fittt.ttfitttQttttt.ttt'ttttttttitt.'tttt*ti.tttt..

THIS TEST CHECKS TO SEE IF A SINGLE BIT ERROR WILL BE CORRECTED DURING
THE READ PORTION OF A WRITE BYTE AND THAT THE CORRECT CHECK BITS WILL
; BE GENERATED ON A WRITE.
037432
037434
037436

3} 037452

105237

%2 037464

104425

35 037470

104503

7 037476

104426

38 037500

542 037532

0544 037534
0545 037536
0546 037540
0547 037542

548 037550
549 037560
50 037566

042737

CACHOFF

CBREG
CLRB PASFLG
LET R2 := Rl + N
LET R4 := 1

002262

REPEAT

002262

002146

104513
005711
104426
042737

LOADCSR

JWRITE CSR

JWRITE DATA OF 1 CREATING A SINGLE BIT ERROR

READCSR

JREAD CSR

BI1C #~C20.CSR
IF CSR NE #20
LET GOOD := #20
END

ERROR +60

(BREG
TST (R1)

002146

READCSR

8IC #~C3740,CSR

IF CSR NE #3500
SET HEADER

LET GOOD := #300

104061

037604

005302

037622
037624

104423
000207

:WRITE CHECK BITS CORRESPONDING TO DATA OF 0

LET (R1) := R4

LET BAD := CSR

1764037

;

INCB PASFLG

CLB1CSR
LET (R2) :B= #377

177757

:TURN OFF CACHE

sENABLE CHECK/SYNDROME BIT REGISTER
sCLEAR LOOP COUNTER
sR2 POINTS TO HIGH BYTE
JINITIAL DATA =1
s INCREMENT LOOP COUNTER

LET CSR := #604

104060

037602
o
W
~
o
O
o

[+ RNTe JV P

AV V)

VIV NIV
VWV

elelelelalelalelelels]

10442
106513
105037

LET BAD := CSR
ENDERROR +61

DEC R2
LET R4 := #400
UNTILB PASFLG EQ #2
CACHON
RETURN

JWRITE CSR TO NORMAL MODE
:WRITE BYTE OF WORD

:SEE IF SBE INDICATOR IS SET
;1S SBE SET?.?2?
;
:
H

:WRITE CSR TO DIAG MODE
:READ SAO FOR CORRECT CHECK BITS
:READ CSR

:MASK OUT CHECK BIT FIELD

:WERE CORRECT CHECK BITS GENERATED?????
H

H
:

;POINT TO HIGH BYTE AND REPEAT
:BIT 0 OF HIGH BYTE
:D0 HIGH AND LOW BYTE
:TURN ON CACHE
:

(7.
¥ Y

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO43

26-APR-82 09:41

WRITE BYTE CLEARS SINGLE BIT ERROR TEST

10560 037626

SEQ 0272

PAGE 323

MTPO44: SUBTST

<<MTPO4L4

s *SUBTEST

MTPO44

SHIFTING CHECK BITS THROUGH THE CSR TEST>>

:Q't..'tttt....t'ttt..t"'Q.ttt.t't.tttttltt"tttttt.tQtt't'i..'t"..'..'..'."'

SHIFTING CHECK BITS THROUGH THE CSR TEST

61
62
63
64
6
6
67 037626
68 037630
69 037634

THIS TEST CHECKS THE ABILITY TO READ AND WRITE CHECKBITS INTO MEMORY

BY SHIFTING A ONE BIT THROUGH A FIELD OF ZEROS. THE CSR IS READ FOR THE
E?gEECBFP:IIESzgé THE TEST IS THEN REPEATED ON A ZERO BIT THROUGH A
CACHOFF

106424

LET PASFLG :B= #0
LET RS := 4174037
(B1CSR
LET R2 := M6

106475

REPEAT

LET PASFLG :B= PASFLG + M

=
o
&

73 037646
74
75
76 037652
77 037656
78 037656
79 037662

ViAo VI
dd—.dd-fld—.d—.—.—‘-‘§d—.dd—.-‘dddd
$
255552555 238 CDCDCDC)CDERCDCDCDCD
o 0o
0Q%
-0
283
R 2o830258 VA

82 037672
83 037674
84 037676

—d
b b

OCOO

NN
SNNNN
NN

85 037700
86 037702
87 037704
14
88

LET PASSNO := #0

REPEAT

~
~
n
N

=
W

N
NN
NINN
WNNN
oo~
SNO

LET R3 := CSR
BIC #8IT13,R3

IF R3 NE R4 THEN

A=0

JLOAD CSR WITH COMPLEMENT CHECK BITS
;READ CSR FOR COMPLEMENT CHECK BITS
:COPY CSR DATA TO R3
sCLEAR ANY POSSIBLE INHIBIT MODE POINTER
sREAD CSR FOR PROPER CHECK BITS

*ERROR CALL
A=0 INTO CSR

sREAD CSR FOR CORRECT CHECK BITS
sMASK OUT CHECK BIT FIELD
sGET CHECK BITS THAT WERE WRITTEN

002146

040504

LET 600D := Ré
LET BAD := (SR
LET ADDRESS := #FIRST
104054

sWRITE SBE CHECK BITS TO CSR

s COMPLEMENT MASK
sREAD CHECK BITS AT

005105

040537

SRR

RS,=(SP)
R&,(SP)
RS.R&
(SP)+,R4
CSR := Ré

LET ADDRESS := WFIRST
LET GCOD := Ré4
LET BAD := R3
SET HEADER
ERROR +53

104053

sINIT PASSNOCINNER LOOP COUNTER)

;WRITE DATA AND CHECK BITS AT
s COMPLEMENT MASK
:SAVE R5 ON STACK
sCREATE AN XOR FUNCTION

LOADCSR
READCSR

020000

sINC LOOP COUNTER
;CHK BITS = 1
;DISABLE ECC.DIAG CHK SET

LET (§1) := #0
MOV
BIC
BIC
BIS
LET

104425
106426

sENABLE CHECK/SYNDROME BIT REGISTER
sSET UP INITIAL CSR DATA

;INC LOOP COUNTER
;COPY R2 TO R4
sGET CSR DATA TO BE WRITTEN

COM R

005105
010546
040416
040504
052604

:TURN OFF CACHE
JINIT PASFLG
sCHECK BIT MASK FOR CSR

LET PASSNO := PASSNO + M1
LET R4 := RZ2
LET CSR := R2
LOADCSR

106425

042703

[=1=l=]

-‘dd_fl-‘-—ld-‘-fl—l—ld—l—l—l—l—‘-‘_.—l—.-l—‘—‘—‘—‘—l-.d
elelelelalelalale (elelelelelelolelole] [elelolelelelalelele]

WNVIVIL VIV VAV

:ttttt'.t..'...t.lttQ't"'Q"t.'.t'ti..tt.tt"...'l.t'.Q.QQ.'Q.'Q..QQQQQQ.Q'Q'Q'

JMASK OUT CHECK BIT FIELD
SARE CHECK BITS THE SAME?

*ERROR CALL

CIMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

006302

]

3 040064

&H &

N —=O 00~

(=l o
(=l = o
oo~ wn
nNO o

040050
040052
040054

1
1

o0 (=4

040502

FRRRFIIRRIIZIIFIKIER
NININVNIN)
= —d =2 D

10614 040036
10615 0460040
1

26-APR-82 09:41

SHIFTING CHECK BITS THROUGH THE (SR TEST

MTPO44

10625 040070
10626 040072
10627 0460074
10628 040076
10629 040100
10630 040102
10631 040102
10632 040106
10633 040116
10634 040122
10635 040132
10636 040134
10637 040136
10638 040140

005105
010546
040216
040502
052602
006302
010546
040216
040502
052602
005105

104503

000207

SEQ 0273

PAGE 323-1

8I1C RS,R2
IFB PASFLG EQ M

sSHIFT CHECK BITS AND CREATE NEW DATA FOR (SR
sSELECT FUNCTION

;D0 A FIELD OF ZEROS=--=>ONES
sSHIFT CHECK BITS

;DO A FIELD OF ONES =--=>ZEROS

‘TAKE OUT CHECK BIT FIELD
BIC R5,R2
BIS (SP)+,R2
ASL R2

END

LET R2 := R2 + #6
UNTILB PASSNO EQ #6
LET R2 := #3706
UNTILB PASFLG EQ #2
CLRICSR
CLR (R1)
CACHON

RETURN

*SHIFT CHECK BITS

*PUT BACK CHECK BIT FIELD

* COMPLEMENENT DATA PATTERN
;ADD 6 SO THAT WRITE ON CSR WILL ENABLE DIAG MODE
;D0 ALL CHECK BITS
sREPEAT WITH FIELD OF ONES

STURN ON CACHE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

SHIFTING CHECK BITS THROUGH THE CSR TEST

MTPO4LL

10640 040142

<<MTP04S

;*SUBTEST

MTP04S

RNRANARANRN

SEQ 0274

PAGE 324

MTP04S: SUBTST
CANNARN NS

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST>>

TR NN R RN NARNRARNNAARNRARNRARARAARANNRARRARAARAAACRAAROCOES

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST

:tittttt'tittttlttt'tttt"t'ttttttfittt.ttt'.tttt.ttlt..'t'.t't.."t"t'..t.'tt'.

10641
10642

}0643

~N N

- Quurd

(>l

®
o0
oS

~NO

005237
1046425

:TURN OFF CACHE

LET PASSNO :=_#0
LET GOOD := #3744
LET CSR := #3144

:CLEAR LOOP COUNTER
cGOOD DATA
;DBE CHECK BITS FOR CSR

REPEAT

002264

b o
D e

(=)
N
&~
o

b e

106042

005011

et i e cd e o

104513
104426
000240
042737

CLRI1CSR
TST (R1)
READCSR
IF #8IT15 OFF.IN CSR

:CLEAR CSR OuT
sREAD A=0 TO GET DOUBLE BIT ERROR
;WAS UNCORRECABLE ERROR BIT SET?2?
;

LET BAD := CSR
ENDERROR +63

:
:BIT NOT SET

76 040322
77 040324
78 040326

104503
106423
000207

CBREG
READCSR
174033

002146

:
sWRITE DBE CHECK BITS TO CSR

SET HEADER

104063

JENABLE CHECK/SYNDROME BIT REGISTER

INC PASSNO
LOADCSR

LET (R1) := #0

104503
005711
104426

b cd e
b b e

THIS TEST IS THEN REPEATED WITH MULTIPLE ERROR CHECK/SYNDROME BITS

CACHOFF

b ed e

CSR.

CBREG

g525zse

wvivawnw

S NN = OOV
W

THIS TEST CHECKS TO SEE IF THE DOUBLE BIT ERROR INDICATOR IS SET
ON A DOUBLE BIT ERROR AND THE CORRECT SYNDROMES ARE LATCHED INTO THE

NOP

BIC #~C3744,CSR

IF CSR NE GOOD THEN
LET BAD := (SR
SET HEADER
ERROR +42

END

CLR (R1)

LET GOND := #3604

LET CSR := #3004
UNTIL PASSNO EQ #2
CLRICSR

CACHON
RETURN

;WRITE 2EROS AND vBL ERROR CHK BITS A=0

sENABLE SYNDROME BIT REGISTER
sREAD CSR FOR CORRECT SYNDROME BITS
:DEBUG AIDE
:MASK SYNDROMES OUT

;CHECK IF DOUBLE ERROR BIT IS SET

¢BAD DATA
H

.
H

sCLEAR LUT

sREPEAT WITH MULTIPLE ERROR SYNDROMES
sMULTIPLE ERROR CHECK BITS
H
:
:

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO4S

26-APR-82 09:41

<<MTP046

MTP046: SUBTST

SEQ 0275

PAGE 325

SYNDROMES TO (SR ON DOUBLE BIT ERROR TEST

10680 040330

CHECK SINGLE BIT ERRORS WITH ECC DISABLED>>

tttttttttt'tt'ttt.Qtt't""ttt..QQQ.'QQ..Q'Q'.'Q'.QQ.'t".'."'"Q.Q't"'..'."

MTP046 CHECK SINGLE BIT ERRORS WITH ECC DISABLED
;*SUBTEST
ttQtttttittt'..t.'fi'.""t'.ttlt.t..ttttt..t'ti.t'tt.'..Qt'.'t't""""'..."'

Boeraccstatate

D nd cmh

THIS TEST CHECKS TO SEE THAT FOR EACH BIT OF A DATA WORD THAT A SBE
ASETSE?EE?EEIKE A UNCORRECTAB._E ERROR WITH ECC DISABLED AND TRAPS

D e

005037
106424

d e

FKEKK

005000
105037
104513

sCLEAR OUTER LOOP COUNTER

CLR “PASSNO

;TURN OFF CACHE

CACHOFF

%ET PAgSNO := PASSNO + M
CLRB PASFLG

ENABLE CHECK/SYNDROME BIT REGISTER

b e

LET PASFLG :B= PASFLG + M
LET R4 := #-1

&
O

LET NOPAR := M1
LET BITNO := #0
1FB PASFLG EQ M
LET RS := M

ELSE

LET RS := #177776

END
REPEAT

005237

106425

b b

olele] =lelelolelelelelolelolelelololele]
NNN SNNNNNN SNINNNNNNNNY
W) NONININLPIN ~N M) = b d b e b b =
=2 OO0 00 NN
NN
S WN e
(=1
1. ] NOMWNA

10710 040444

072227
052702

(=d=d= =lelelelals =

AL N

2RS WA
N —o
337 NOOOON N

104507

2R RRRRRR

ad ) b

b cnd b b

b d wwd b

b =D ) =t wnd b

104471

b e o

0731 040550
0732 040552
0733 040554

005711
004737
104426

104045

104503
005011

006305
000261
006105

LET PARCNT := #0
INC BITNO

LET Ré := R4 + M
LET R2 :B= PTABLE(R4)
ASH
#5.R
%

8IS #BIT2!BIT1,R2
LET CSR := R2
LOADCSR

LET (R1) := RO

IF PASSNO EQ M
ECCIDIS
ELSE
ENA1SBE
END
ST (RY)
CALL CHKTRP
READCSR

IF #BIT15 OFF.IN CSR
LET BAD := CSR
SET HEADER

END

:CLEAR DATA
:CLEAR PASFLG

INCREHENT LOOP COUNTER

:INDEX TO SINGLE BIT ERROR TABLE

:ENABLE PARITY ACTION

:CLEAR INNER LOOP COUNTER
:SELECT DATA TO BE CORRECTED BY PASSNO

DATA-O BIT TO BE CORRECTED IS A ONE

.DA7A=177776.BIT TO BE CORRECTED IS A ZERO
:CLEAR PARITY COUNTER
: INCREMENT BIT POINTER
:POINT TO NEXT SET OF CHECK BITS
sGET NEXT SET OF CHECK BITS
;SHIFT TO LINE UP IN (SR
;ENABLE DIAG MODE
:GET CHECK BITS TO BE WRITTEN
:LOAD CSR WITH DATA
:WRITE DATA TO TEST ADDRESS
;WRITE CSR

sFIRST PASS

ECC DISABLE,.NO PBL

:SECOND PASS ;ECC DISABLE,PBL ENABLED
:CORRECT SBE
$CHECK FOR CORRECT TRAP
:READ THE CSR FOR UNCORRECTABLE ER OR
lS UNCORRECTABLE ERROR BIT SET222?

ERROR +45

CLR1CSR
CLR (R1)

1FB PASFLg EQ M
ASL

ELSE
SEC
ROL
END

CLEARLUt
:SHIFT NEW DATA DEPENDING ON PASFLG
SHIFT BITNO TO THE LEFT
SET CARRY BIT AND......

ROTATE LEFT

10740 040612

10741
10742

10743 040614
10744 040624
10745 040634

10750
10751
10752
10753
10754

040656
040664
0460666
040666
040666

005100
104503
104423
000207

UNTIL BITNO EQ #16.
oM RO

UNTILB PASFLG EQ _#2
UNTIL PASSNO EQ #2
CLRICSR
CACHON

*TURN CACHE

RETURN

CHKTRP: IF PASSNJ EQ #1
IF PARCNT EQ M1
104057

104062

000207

END
ELSE

SET HEADER
ERROR +57

IF PARCNT NE #1
SET HEADER
ERROR +62

END
END
RETURN

;UNTIL ALL BITS ARE DONE
; COMPLEMENT DATA AND REPEAT
JUNTIL 2 PASSES ARE COMPLETE!

;PASS 1 CHECK FOR NO TRAP
RE YR TR ]

10734 040554

PAGE 325-1

FE PR IR PR YRR

MTPO46

26-APR-82 09:41

CHECK SINGLE BIT ERRORS WITH ECC DISABLED

SEQ 0276

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTP046

26-APR-82 09:41

CHECK SINGLE BIT FRRORS WITH ECC DISABLED

10756 040670

SEQ 0277

PAGE 326

NO CSR UPDATE ON SBE WITH EXSISTING DBE>>

MTPO47: SUBTST

<<MTPQ47

:*SUBTEST

MTP047 NO CSR UPDATE ON SBE WITH EXSISTING DBE

RNNARA N AR NNV N C O RN R NANNR AN RARARAAANNANNRNANREARANNAAAAAAASAANAAROOCANNS

:Qtttt'tittt.'ttit'ttt"t"'ttt.ttt.'.'t.t.'t.tQttQ'ttt'.QQQ"Q"'.'..Q.""."'

:
s

10767 040712
10768 040714
10769 040722
10770 040724
10771 040726
10774 040740
1N775 040742
10776 040744
10777 040746
10778 040754
10779 040762
10780 040770
10781 040774
10782 041002

10783 041004
10784 041004
10785 041010

10786 041012
10787 041014
10788 041022
10789 041030
10790 041038
10791 041042
10792 041050
10793 041052
10794 041052
10795 041054
10796 041056
10797 041060
10798 041062

104513

000011
170037
100000

104051

104503
005011

005012
1046423
000207

‘WRITE DBE CHECK BITS
‘WRITE SBE CHECK BITS

LET (R2) := #0

‘WRITE SBE CHECK BITS AT ADDRESS + 4K

CBREG

LOADCSR

020000

002146

104063

042737

LET (R1) := #0
LET CSR := #104

BIS #BIT15.R4

106425

052704

LET CSR := #3144

sTURN OFF CACHE
sGET _BANK NUMBER
sSHIFT INTO PLACE
sMASK OUT UNWANTED BITS
sSET UP GOOD DATA
sENABLE CHECK/SYNDROME BIT REGISTER
sCHECK BITS FOR DOUBLE BIT ERROR

BIC #*C7740,R4

104425

104503
005711
104426
062737

WITH A SINGLE BIT ERROR WHEN A DOUBLE BIT ERROR ALREADY
EXISTS.

CACHOFF
LET R4 := BANK

104424

072427
042704
052704

THIS TEST CHECKS TO SEZ THAT THE CSR CONTENTS WILL NOT CHANGE

000020

020000

CLR1CSR
TST (R1)
READCSR
8IC #BIT13,CSR

*CLEAR CSR
*READ DBE LOCATION
*READ FOR CSR DBE INDICATOR
‘CLEAR INHIBIT MODE POINTER

8IS #20,Ré

‘SET BIT IN GOOD DATA

READCSR

‘READ CSR FOR NO CHANGE

IF CSR NE R
LET BAD := (SR
LET GOOD := R&
SET HEADER
ENDERROR +63

TST (R2S

002146

;

BIC #8IT13,CSR

:
:
:
:
H

*READ SBE

‘CLEAR INHIBIT MODE POINTER

IF CSR NE Ré
LET BAD := ZSR
LET GOOD := R&
SET HEADER
ERROR +51

:
2
;
;

CLRICSR

*CLEAR 1 CSR

CACHON

STURN ON CACHE

END

CLR (R1)
CLR (R2)

RETURN

;

;
H

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

MISC SUBROUTINES

26-APR-82 09:41
.SBTTL

10800
10801
10802 041064

REGCOPY:SUBTST

SFZ

10803 041

SEQ 0278

PAGE 327

MISC SUBROUTINES

(COPY RO TO R4,R1 TO R3, & R2 TO R5>>

<<SUBR

CANAANRANRA AR NN AN LACRRRNRARARRAAANARNARAANARCAANRRANRNCNAARRANRAANANRROORRS

s *SUBTEST
10804 041

Mov

MOV
MoV

10805 041
10806 041 072
10807
10808 04 1074

RETURN

SUBR

RO.R4

COPY RO TO R4,R1 TO R3, & R2 TO RS
e DL L L A

e D LA LA L

R1.R3
R2.R5

FLIPWARN:SUBTST <<FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS>>

:t.tt'fitlQ..QQ'Q..'.'Q"""QQ...ttQQt.Q.'QQ...'Q.Q'..'QQQ.Q"QQ'Q.'.'."""Q"

: «SUBTEST

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS

O WVWVWVE

S B UWWNIN =

unu-ha$§g~ru8:
nNO SO
S O0NO S OONOOOCOOONON

10809 0410
10810 0410
10811 0411
10812 04N
10813 041
10814 0411
10815 0411
10816 0411
10817 0411
10818 0411
10819 0411
10820 0411
10821 0411
10822 0411
10823 0411
10824 0411
10825 0411
10826 0411
10827 0411

=2 O NN

:tQ'.t..tttttt...tt..""t"...t".t..Q'..Qt...".Q.'.Q.t.'..".""'.t"'.""'

10828 0412
10829 0412

10830 0412

10831 0412
10832 0412
10833 0412

005237
042737
022737
001414
022737
001413
022737
0014146
005000
013704
000414

002602
177774
000001

002602
002602

000002

002602

000003

002602

PUSH
INC

BIC
TM

BEQ
(M
BEQ

002600

18:
000401
002600

2s:

000401
0004601
027522

38:

027536
027562
027576

‘s:

M
BEQ
CLR
MOV
BR
CLEAR
BR
MOV
MOV
BR
MOV
MOV
MOV
MOV
MOV
MOV
POP

RO
FLIPLOC

#%C3.FLIPLOC
#1,FLIPLOC
18
#2,FLIPLOC
28
#3,FLIPLOC
38
RO
ONES,R4
4$
RO,R4
4$
#401,R0
ONES.R4
4$
#401.R0
#401.R4
RO,WARN?
RO.WARN3
RO.WARN&
RO.WARNS
RO

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS
10835 041226

SEQ 0279

PAGE 328

T
D
: SUBTS
BACKGN

‘CSUBR

WRITE BACKGROUND>>

teSUBTEST

SUBR

WRITE BACKGROUND

CARRANNIRANNRA NN NN ANAR R A ARARARNAANNN R AN

RN RANNARARRACCRARAANNNRNANARANGACOORORAS

NNNNWNIN=OW

[elaloleleleleld
O==O0ON—==O
SPON)
= NINOND 8

NNV

SHNEIRGRERSR
nNO
S~

NON)
=

—d ad ad

b e

)

d ad

NN NN WNINLNININININININININD

2R RRRRRRRRRRRRER

~NOW S NN =O000~
=200

oo 0o

b e

(elelolelelolalole]

e e

gaonaun ® ® b S225222

‘bggglbgngNvflflgi

:*tt.ttt..t."fit.ttt.'""'t't.lt'tfitlttt.'t‘...t'tt.!'t'.'t..'Q.Q't"""t.'.nt

104416

;WRITES DATA FROM R2

060000
0460000
000001

$AVREG

MOV

003752

106416

000207

R
#S12€

MOV

#207 ,MTP000+4

;WARNING PUTTING 'RETURN'' AFTER WRITE

SUPDO3
#240,MTPO00+4

:RESTORE °NOP' AFTER WRITE

CTMP
BEQ

000207
027400
027206
000240

027404
002260
027404

CALL
MOV

000207
027030

177644

WARNGB: BMOV
MOV
WARNG:

000207

012737
004737

WARNGA:

#FIRST,RO

MOV

RESREG
RETURN

RETURN

#1,PROTYP
WARNGB

#MTP00, SUPDOADD

MTP000

#207 ,UIPAR2

:WARNING PUTTING 'RETURN'' INSTRUCTION AFTER WRITE

CIMSPAQ MS11~L/M/P MEMORY DIAG. MACRO M1113

SUBR

WRITE BACKGROUND

108564 041324

26-APR-82 09:41

GETCSR: SUBTST

<<SUBR

«SUBTEST

SUBR

SEQ 0280

PAGE 329

GET CSR INFORMATION FROM CONFIGURATION TABLE>>
CCIANRY
RCAARAN

CAANARNRNARARAANNAN N R RN RO

A RANNRAAANOOEI
RN AR NRANRANAAANRNRAARRANN

GET CSR INFORMATION FROM CONFIGURATION TABLE

:lt."l..it.'.t.tfi"tt"""t..'t.t.tttt.tQt.tttt.'tttitt.ttt'tttt'tttt't."'tt'

:INPUTS : NONE

10855

10856

1OUTPUT : CSRNO = CSR NUMBER

;

10859 041324 013702 002102

MOV

BANKINDEX ,R2

JGET INDEX INTO CONFIG TABLE

SWAB
ASL
BIC
MOV

R3
R3
#4C36,R3
R3, CSRNO

1SAVE CSR NUMBER

}8g§§

10860 041330 016203 002650

10861 041334
10862 041336
10863 0461340
10864 041344

10865 041350

000303
006303
042703
010337
000207

177741
002150

MOV

RETURN

CONF1G(R2) ,R3

sMOV IT INTO R3

*CLEAR OFF SOME BITS

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

10869 041352

041632

10873 041404
10874 041410
}83;2 0416416

017700
0462737
052777

141220
000200
000100

10877 041424
10878 041430
10879 041434
10880 041440
10881 041446

10882
10883 041450

10884 041464
10885 041470
10886 041472
10887 041476

10888 041502

10889 041506
10890 041514

10891 041516

PRINT CONFIGURATION MAP>>

;*SUBTEST

SUBR

PRINT CONFIGURATION MAP

012737
012737

022737

002006

041620
000340

000060

012700
010004

000074

004737

041654

022737
002041

000060

RN R AR

MOV
MOV

177776
141202

MOV
8IC
BIS

2, TKVEC
#PCONF
#340, TKVEC+2

002552

TYPE
TYPE
TYPE
CMP

MSG001
MSG002
MSGO03
#60,LASTBANK

000060
000062

BGE

NOOJ:

002552

10893 041526
10894 041532

}838? 041560

000417

MSGO11
SCRLF

012700
010004

000170

004737

041654

PCONF1: MOV
MOV
CLEAR
TYPE
TYPE
TYPE
TYPE
CALL

10911 041620

013706

041652

PCONF2: MOV

10913 0641632
10914 061636

117700

140772

}83}2 041650

000207

10917 041652

000000

AR R RRA A AL

NOOJ

TYPE
TYPE

CALL

140774

A AR AR AR

sKILL ANY OLD INTERRUPT
;LOWER CPU PRIORITY TO 140
;ENABLE KEYBOARD INTERRUPTS

#60,LASTBANK
PCONF2
$CRLF

10902 0641562
10903 041566
10904 041570
10905 041574
10906 041600
10907 041604
10908 041610
}88?8 0416146

000100

AR NNV

R L C e L AL e LAl

a$TkB,RO
#8177 ,PSW
#81T76,387TKS

CMP
8GE
TYPE

CALL

041654

042777

A L L

:SAVE LAST GOOD SP

#60. RO
RO,Ré
R1,R3
MSGO04

004737

10912 041624

RN RN AR R R RARA AN

L L

SF ,PCONF S

MOV
MoV
CLEAR
TYPE

TYPE
MOV
MOV

000360

A L

:IF FAT PAPER ON TERMINAL GOTO 1%
IF #SWé SET.IN @SWR THEN JUMPTO PCONF1

TYPE

10895 041536

012701
010103

R IR RN

TKVEC,TKVEC+2,R0

MOV

TYPE

10896 041542
10897 041546
10898 041552

R AR

PUSH

10892 041522

10899 041554

<<SUBR

AR AR

010637

10871 041370
10872 041376

PCONFIG:SUBTST
R

10870 041366

SEQ 0281

PAGE 331

26-APR-82 09:41

GET CSR INFORMATION FROM CONFIGURATION TABLE

10868 041352

BIC

Movs
POP

RETURN

PCONFS: 0

TCONF1G

:GO TYPE CONFIGURATION (1ST HALF)

MSG017

sPRINT SPACE(S)

MSGO17

;PRINT SPACE(S)

#120. RO
RO.Ré
R1,R3
MSGO14
MSGO11
MSG004
MSG012
TCONFIG

:SPACE

PCONFS,SP

;RESTORE STACK

837kB,RO
RO, TKVEC+2,TKVEC

JREAD CHAR TO KILL FLAG

MSGO12
,R1
#60.%2+2
R1,R3
TCONFIG
PCONF2

#BIT6,88TKS

sSTACK SAVED HERE!

-l o~

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

PRINT CONFIGURATION MAP

26-APR-82 09:41
SUBTST

10920 041654

<<SUBR

TYPE CONFIGURATION>>

;
tttttttttttt'ltttfittt.tt'tttttfitttl..t.tttt.ttt'ttt'tttittttt'ttttti.t'ttt'tttt
ttttltt.tttttttt*t.t."tttt'tttttttt.filttttttitt'tfitt...Qtt".'ttt.t'tt'fitt'tt'

10921

CALL

10922

10923

10924

10925
10926

10927

10933 041654
10934 041662
10935 041666
10936 041674
10937 041676
10938 041702
10939 041704
10940 041710
10941 041714
10942 041716
10943 041720

SEQ 0282

PAGE 333

tttt!ttt.Ittttttttttfitt"tttttt.tttttttt.ttttttttttt.ttt.'tt.ttltt'.itttt't'i.t

*SUBTEST

10928
10929
10930
10931
10932

SUBR

TYPE CONFIGURATION

N=NUMBER OF CHARACTERS
'BACKUP
s INDEX CONSTANT
:BACKUP

Mov

MOV
MoV
MOV
CALL
RETURN

;ACTUAL CALL

sONLY RETURN

tttti*"tttttttttttt"t""fittttfittfi'ttitttttttttttttttttt*ttt'ttt*tttttttttitt
JRRRRAAAANRE

:xx ERROR w«

SARRRRRRARAN

012737

000340

177776

032761
001403

000001

002650

000402

062701
077014
010400
010301

000004

TCONF 1G:MOV
TYPE
81T
1$:
BEQ
TYPE
8R

2%:
3s:

TYPE
ADD
S08

MOV
MoV

#340,PSW
MSGO05

gngO.CONFIG(R1)
MSG013
33
MSGO14

;DISABLE INTERUPTS

;ERROR ON THIS BANK?
;NO - SKIP
sPRINT X"

sPRINT SPACE

:BUMP POINTER
;LOOP UNTIL DONE

mné

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
TYPE CONFIGURATION

SUBR

10946
10947
10948

000002

002650

56 041754
57 041762
58 041764
59 041772

000040

074704

000055

074704

012737

b and b
—b

110537

2s:
16$:

000004

b o

NO OOV
-t

#'-,MSGO1S

MOVB

B8R

;1S THERE ANY MEMORY HERE?
‘BRANCH IF MEMORY PRESENT.
A BLANK IN TO BE PRINTED
MOVE
‘BRANCH TO TYPE ROUTINE

1)
CONFIG(R,RS

MOV

#~€170000,RS

BIC

SWAB
ASH

RS
"4.R5

ADD

#60,RS

#9..RS
P13
#7.RS

CMP
BPL
ADD

RS,MSGO1S
MOVB
MSGO1S
TYPE
IF NOTAB NE #0 THEN SRETURN
#4 ,R1
ADD
RO,TCFIGT
s08
R4 RO
R3.R1

:GET CSR INTERLEAVE

:MAKE ASCII

*PLUG INTO MEMORY
;BUMP POINTER
:LOOP UNTIL DONE

232322232822 24443022/

‘ee MEMORY TYPE ¢

:tfittt!tttttfittt't

033761
001432
016105
000205
042705
020527
003022

002104

002650

002652
177770

"ENABL
TYPE
TCF162: BIT
BEQ
MOV
SWAB
BIC

CMP

000003

112737

000120

074704

112737

000115

074704

112737

000114

074704

000403
112737

000040

074704

062701
v770S2

000004

LSB
MSG009
CPUBIT,CONFIG(R1)
17
CONFIG+2(R1),RS
RS
A2C7 RS

RS, #%
1 7§

8GT

IF #8170 SET.IN RS
IF #8IT1 SET.IN RS
#'P,MSGO15
MOvVB
ELSE

Mov8e

END
ELSE

b
b
b
b
b
b

#8IT1,CONFIG(RT)
188
&' ,MSGO1S
168

BIT
BNE
MOVB
BR

MOV
MOV

b e

WNE S NN = b =

R
P 2 ONOONOONON &4’&«3250 o

O
b -t l=1l=)

NN b

2223383

) i
b el
e

NSUSLSTNT NN RTINS TN LN TN LN NN N 8

b e

b ad b cmb b

b b b

SEER A $ 3 i
R RRRRRRRRRRRRRRRRER R

23322323 333
00 00
R wn
W)
383
=2

10980 042062
10981 042066

062701
077054
010400
010301

1§xriz.co~rlc+2<k1>

gfig

18$:

:DISABLE INTERUPTS

#340,PSW

TCFIGY: MOV

177774
000011

000007
000060
074704

MSG00?7

sTHIS IS QN ENTRY POINT FROM ERROR REFURTS

18:

002650
007777

b
b

&
S?D

=
N

£233% KRR

KRR

wé

041726
041734
041742

d b

elelels)

fyPe

041722
177776
002652

NN=O

38
2d0d8
3131333232

000340
010000

22333 00
v

i wadd b
d e
b

sen INTERLEAVE =+

10974 042060
10975
10976
10977
10978
10979

—d e e

PAGE 335

:ttttttttttl.tttt

10949
10950
10951
10952
10953

26-APR-82 09:41

Movs

178:

8s:

END
2

TYPE

MsG015

20D

R1
04,

MOV

#°

*1S IT AN ECC MEMORY?222

1S IT A MSTi-P OR A M$S11-M22?
PIT IS A MS11-P

#'M,M56015

YIT IS A MS11-M

#°L,MSG015

YIT IS A MS11-L

_MSG015

IF NOTAB NE #0 THEN SRETURN

508

:GET MEMORY TYPE
*CLEAR NON INTERESTING BITS
*IS IT A LEGAL MEMORY TYPE
TIF IF SO BRANCH!!!1!1!

ROCTCFIG2

;BUMP POINTER
:LOOP UNTIL DONE

SEQ 0283

CZMSPAO MS11-L/M/P MEMORY DIAG. MAZRO M1113

~NOWV

8383228

3 062212

MOV
MOV
.DSABL

010400
010301

SEQ 0284

PAGE 335-1

R4 RO
R3,R1
LSB

WN=O VO

IRERRNRRERR

s%n

CSR #«

112737
016105
032705
001414
042705
000305

000040

002650
000002

TYPE

TCFIG3: Mova
MOV
8IT

000011

110537

000007
000060
074704

SWAB
CMP
8PL
ADD

MOV

R5,MSGO15

BIC

108:
16$:

000004

MSGO16

#° ,MSGO15
RS
CONFIG(R1)
#8IT1,RS
16$
#4C7400,RS
RS
#9. RS
108
#7 RS

BEQ

170377

022703

062701
077035
010400
010301

074704

ADD

#60.RS

MSGO15
TYPE
IF NOTAB NE #0 THEN SRETURN
#4 ,R1
ADD
RO,TCFIG3
so8
MoV
R4 ,RO
R3,R1
MOV

sMAKE ASCIlI

:PLUG INTO MEMORY
;BUMP POINTER

JARRRARRARANERES

s** PROTECTED ¢+
cHNRNRRRRRNARANE

000407
032761
001406
112737

000120

000100
000111

128:

13s:
b

000402
062701
077026
010400
010301
000207

118:

000004

[ 1 4

100004
112737

002650

105761

NN WP

oSN

-—

L adn

SIRERFRS oo

CHARARANRR

WNN = OOV
NPV

Uflflbfi# WA =2 OOV

NOWNMES
LN = O V0NN

RRRR]RR

b
b ol cnd o
b
b

cd wd

b cd

b e
—

-t e

b ad ad ad aud b

be A

b o cd b

b o e e

e cad e

b e

b i e e

) e

el
(ololelelelelel (elelelelelalatololelelololololalalolelolelol
NN
NN NN NI NNn PONON) b b b e d b b o b et
&S BN

b e e

—

d cnd cd

TYPE CONFIGURATION

26-APR-82 09:41

TYPE
1ST8
BPL
MOvB
B8R
8IT
BEQ
MOVE

MS6010
CONFIG(R1)
128
#'P,MSGO15
138
#BIT6,CONFIG(R)
148
#°'1,MSGO1S

8R
TYPE

15
MSGO14
#4 ,R1
RO,11$
R4.RO
R3.R1

TYPE

ADD

so8
MOV
MoV

RETURN

:BANK PROTECTED?
sNO - SKIP
sPROTECTE D REGION OF ECC?
sNO - SKIP

nsg61s

:PRINT SPACE
;BUMP POINTER
;LOOP UNTIL DONE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

PARITY ERROR HANDLER

26~APR-82 09:41

SEQ 0285

PAGE 337

11050
11051

PARITY ERROR HANDLER
SBTTL TRAP
tttt!tttttt.tttttttttt"""t'tttltttttttttttfit'tttttttttt.'fittttttttttttttitt'

1105[,

tttttttttttttttttttt"tt"'tttttttQttttttttt.t"tttt"'tttttttttttttt't.ttttttt

}}829

CODE

ACTION

11058

-0

PRIRTUNEXPECTED PARITY TRAP

11060

SVECTOR TO HERE FROM TRAPS TO 114
:IGNORE ERRORS BUT COUNT IF NOPAR FLAG= 1.

11052
11053
11055

11059

}}825

11063 042406
11064 042414
11065 042416

022737
001003
005237

000001

11067 042424

022737

000002

11070 042442

004737

042614

11066 042422

11068 042432
11069 042434

000002

001013

11073 042460

000002

022737

11077 042476

000002

11075 042470
11076 042472

11078 042500
11079 042504

001003
013716

004737

#1,NOPAR
18
PARCNT

:COUNTING PARITY ERRORS?
= SKIP
“NO
*PARITY ERROR COUNTER + 1

0020746

18:

CMP

#2 ,NOPAR

:ACTION CODE = 2 ?

CALL

BADSTACK

002074

RT]

BNE
SET

ADD
BIC
2%:

002300

042614

SET ''ABORT'*/ SETUP 'BADPC'' / RETURN VIA PCBUMP

RETURN VIA '‘PARTHERE''

PARITY: CMP
BNE
INC

002070

000003

COUNT ERROR

002074

11071 042446 063716 002322
11072 042452 042766 000004 000002

11074 042462

3$:

RTI

CMP

BNE
MoV
RTI

CALL

FATAL

23
ABORTFLAG

PCBUMP, (SP)
#BIT2,3(SP)

:NO =~ SKIP
:YES

:FIND BAD SP,PC,PSW OFF STACK

‘UPDATE RETURN PC
;SHOW FAILURE BY .NE.

#3 .NOPAR

:ACTION CODE = 3 ?

BADSTACK

:FIND BAD SP,PC.PSW OFF STACK

3$
, (SP)
PARTHERE
32

:NO - SKIP

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
NON-EXISTANT MEMORY (HOLES) HANDLER

TRAP

26-APR-82 09:41
.SBTTL

SEQ 0286

PAGE 339

TRAP

NON-EXISTANT MEMORY (HOLES) HANDLER

s s R R R R R R R R

;VECTOR TO HERE (SOMETIMES) “ROM TRAPS TO 4
CODE IN NONEM DETFAMINES ACTION AS FOLLOWS:
H

¢ 1

: 2)

AR adalddidlddddd)

IGNORE ERRORS BUT COUNT IF NONEM (NO NON-EXISTANT MEMORY) FLAG = 1.

TO EXIT PATTERN O DURING SIZING IF NON-EXIST MEM ERROR

REFJELRNSR

wroavIv IV
Ve
o

8 &H

MNOPINIPLNININONININD

L= o0

000001

002066
000001

000002

002076

umsxxsré'c‘rgp

/211 ,NONEM

;ggtmgggpnou-exxsrmr MEMORY ERRORS?

002066

INC
(MP
BNE

NEMCNT
#1,NEMCNT
1$

‘BUMP NON-EXISTANT MEMORY COUNTER
*FIRST ERROR?
‘NO - SKIP

INC

NEMCNT

:BUMP NON-EXISTANT MEMORY COUNTER

002032

002066
000001

28:

RO,ADDRESS

gg}/

‘DUMMY UP R1 FOR A FORCED SOB EXIT

#1,R1

E?}'

*ASSUME RO CONTAINS THE ADDRESS ACCESSED

:tittQttt'tttt'tt*ttt"'ttttt'.Q.Qi.tttttitQ.t.tfi'.ttfi.ttt'.tt.'.'ttt.'t.'."ttt

— b b e wd D
md d D d i o b = O
s
a0
VS
=
VNSOV
DN

SFDCDCNDCDSRS SIR

:tttiitttt"tttt.fit.t"tt'ttt'tfi.tt.t.fi.Qt..'ttt"'t..t.t'tt..'tt'tttt.t."t'.i'

004737

.SBTTL
TI"EOUT:E:%kL

062614

TIMEOUT (TRAP TO 4) HANDLER
TRAP
sFIND BAD SP,PC,.PSW OFF STA(K
EADSTACK

:tttt.'tttt'.fittttttt.'t't"tttttttititfittQQQttQ.t.tti"tQtt.'.t.!"'t...'t't.'t

004737

042614

.SBTTL
MMTRAP: CALL

004737

042614

PDP1105:E2%kL

FATAL

LSBTTL

MEMORY MANAGEMENT (TRAP TO 250) HANDLER
TRAP
sFIND BAD SP,PC,PSW OFF STACK
9ADSTACK
TRAP

gADSTACK

RESERVED INSTRUCTION HANDLER

sFIND BAD SP,PC,PSW OFF STACK

BADSTACK:SUBTST <<FIND BAD SP, PC, & PSW FROM STA(K>>

042614

;tttfitQtttttl.tttfitt.t'tttt".ttfi.tti'.t'QttiQtt"t.fi.tfittt"t.".t."'..tt't"'

;*SUBTEST

010637
062737
016637
016637
000207

002024
000002
000002
000004

002024
002020
002030

MOV
ADD
MoV
MOV

FIND BAD SP, PC, & PSW FROM STA(CK

ANNRNA R AR R R

RETURN

LR R

SP ,BADSP
#2,BADSP
2(SP) ,BADPC
4(SP) ,RADPSW

I
RS
R RN AR ERAAANARNRNNANANAARRCRRRRARTELRRRRRTIRRERR

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113
KERNEL TRAP HANDLER

26-APR-82 09:41

SEQ 0287

PAGE 341

U“flU“n&MbJMbJNblmfil\bw#U“Ng&:g&zxaggflga#z

.SBTTL

VIS W=200V~
WN =000~

TRAP

KERNEL TRAP HANDLER

:tQtt.Qt'tttlfiQ'ttfitttt"tt'tt.fiit.ttttttt.Q.t'ttfi'.ttt"t..t..'Q.QQ'..QQ."'Q'Q

b e i cnmd e md D rnd e b cd b e D e e e
b b e e b cand D b ) b b D ad D D d o

D i e rd D e
i ) e e
D D e e D ) i el ) s

-‘-.—ha-a_nd.a_ha_a_o_pd-a_a_a—ha.a_a—hd-a_._hg-a—b
-l

TRAP

sKERNEL IS A TRAP THAT COMES HERE

:ttttfitttttt*ttttttfifittt"itttQfifi'.'ttt.ttQQttttQ.'Qt.tlQ'Qt.t.'."".""'..'.'

062766
000002

140000

SKERNEL:RTI

8IC

#140000,2(SP)

:Qt'*.ttttttttttt'tttt't'tt".fitttttttttt'tt.tfi.ttttt.lQQ.Q'.Q.Qtt..'..'.....t'.

052737
000002

000001

042737
000002

000001

005737

002540

000002

177572

.SBTTL
SENERGIZS;?IS

ENERGIZE TRAP HANDLER
TRAP
#81T0,MMRO

;Qtttt'ltttttttttt.ttttt"i"ttt.ttt.'.ttfitt't'.t'Q.t'tit.t"t'.".tt"'t.."'..

177572

DEENERGIZE TRAP HANDLER
.SBTTL TRAP
SDEENERG&%E:BIC #81T0,MMRO

;tttttttttttittttttttt"'ttt'ttQtttl..t.tt.‘tttttt'ttt't'ttt...t.i'.'.".'.""'

002540
000001

005737
001403

002540

053737
000002

002544

177746
177746

177746

.SBTTL
$CACHN: TST
BEQ

TRAP
CACHKN
18

CACHON TRAP HANDLER
;1S THERE A CACHE
sNO - RETURN

MOV
2%?

CACHKN,CONTRL
#81T0,CONTRL

R AR AR R

;SETUP CACHE AS PER CONSTANT (USUALLY 1 = FULLY ON)
:DISABLE TRAPS (BUT NOT ABORTS)

RN A R AR AR

NN AR AR RN

AR AN R R R R ERNNANN AR IR TR

CACHOFF TRAP HANDLER
.SBTTL TRAP
;1S THERE A CACHE?
CACHKN
$CACHF: TST
:NO = RETURN
13
BEQ
FORCE MISSES, FLUSH, BYPASS
ABORTS),
(NOT
:DISABLE TRAPS
,CONTRL
CACHKF
g{?
18

AN NG RERORAE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

W= OV~

00000000
N NNNNNNNNNOPOPOOCOOO NN

LOAD CSR TRAP HANDLER

042736

013700

002150

005737
100007
113701

002526

$LOADC: PUSH
MOV

043046
043050

:SAVE REGISTERS

RO,R1

CSRNO,RO

IF INHECC IS TRUE THEN GOTO 38
PGMCSR
TST

002527

177740
002150

002526

002150

18:

020000
002146

002146
172100

2%:

V00002

3s:

CSR,CSRADD(R0)
R1.RO

;LOAD THE CSR
;RESTORE REGISTERS

BIS

#8IT13,CSR

MOV
S??

DON'T WANT INH. MODE POINTER ON
;PROGRAM IN INTERLEAVED SPACE?

R1,CSRNO
2$
PGMCSR, CSRNO
3s

18
PGMCSR+1,R1
#~C37,R1

CMP
8EQ
CMPB
BNE

sCREATE CSR ADDRESS

:BRANCH IF NOT
sCHECK SECOND CSR
sCLEAR UNNECESSARY BITS
;1S THIS THE CURRENT (SR?
sBRANCH IF IT IS
21S THIS THE CURRENT (SR?
;BRANCH IF NOT

BPL
MOVB
8IC

.SBTTL

043032
043034
043040

SEQ 0288

PAGE 343

LOAD CSR TRAP HANDLER
JSBTTL TRAP
WITH DATA IN CSR
CSR
:LOAD CORRECT
“PROGRAM CSR'S ASSERT INHIBIT MODE POINTER WHEN LOADED

013760

043030

26-APR-82 09:41

_TRAP

;SET THE INHIBIT MODE POINTER TO

READ CSR TRAP HANDLER

:READ THE CORRECT CSR INTO LOCATIONS CSR

013700
016037

000002

$READC: PUSH

002146

MOV

CSRNO,RO

CSRADD (R0O) ,CSR

JREAD IT

1ST 16K

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

TRAP

TEST (R1) & READ CSR CAREFULLY

11185
11186 043052
11187 043060

012700

11189 043070
11190 043072
11191 043076
11192 043100
11193 043104
11194 043110
11195 043114
11196 043116
11197 043124
11198 043126

005002
005737
100007
113703
042703
020337
001404
123737
001002
012702

11201 043142

004737 - 043230

_SBTTL
$STSTRD: PUSH
MOV

172100

ADD

11188 043064 063700 002150

11199 043132
11200 043140

022737
001403

002526

002527
000200
002150
002526

020000

000001

002150

003752

11202 043146 000405
11203 043150

11204 043156 004737
11205
11206 043162

11207 043170

177640
000001

000002

11210 043220
11211 043226

042766

000001

000002

38:

105711
042737
011037
000207

CLR
TST
8PL
MOVEB
BIC
cMpP
BEQ
CMPB
BNE
MOV

CMP
BEQ
CALL

B8R

8MOV

CALL

140000
002146

177776

SEQ 0289

PAGE 344

TEST (R1) & READ CSR CAREFULLY
TRAP
RO,R2.R3
:CREATE CSR ADDRESS
#CSRADD RO

RO
CSRNO,

R2
PGMCSR
1$
PGMCSR+1,R3
#BIT7,R3
R3,CSRNO
23
PGMCSR,CSRNO
38
#8IT13,R2

#1,PROTYP
43
TSTRD1

;1S THIS AN 117442
‘BRANCH IF IT IS

TSTRD1

FASTCITY

;CALL TO THE USER INSTRUCTION PAR'S

SIF SINGLE BIT ERROR ONLY - SET CARRY BIT
R3,R2,R0
POP
IF #8IT4 SET.IN CSR AND #8IT1S OFF.IN CSR
BIS

ELSE

#8IT0,2(SP)

#8IT0,2(SP)
BIC
END ;OF IF #81Té4
RTI

TSTRD1: MOV

11214 043230 010210
11215 043232
11216 043240
11217 043242
11218 043250
11219 043254

28:

5$:
052766

}}g}g 043226

1$:

A ¥

11208 043210

11209 043216

26-APR-82 09:41

R2, (RO)

TESTAREA
(R1)
1ST8
#BIT15'81T14,PSW
BIC
(RO),CSR
MOV
RETURN

:V177640

V177642 :ENTER SUPERVISOR MODE
V177646
V177650
V177656
V177662

C2ZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

W
o
~N
-t

W
n

012737
106425
000002

000002
044002
000002

002146

RERR ¥ W
wug
N = = O
S¥ 33 oS~
ooON

26-APR-82 09:41

.SBTTL
SECCDIS: MOV

g?%L

_SBTTL

SECCIDIS:MOV

k??ocsn

_SBTTL

002146

SECCINIT:MOV

000001

002146

SECCIINIT:MOV

012737
004737
000002

000003
044002

002146

SENASBE : MOV
g?%L

012737
104425
000002

000003

013737

002310

012737
004737
000002
012737
104425

000001
044002

000002

344

012737
004737
000002

3272

(=]

NN PININIANIPOND AINIAINININLPLNONNININD
NRINININININONON AINLNLALNI
NN NN NN NI NN AN
WNW
VIS &S 5N ERB LSS
NN = O O 00 O N 8~
Y
=O 00~
VIS NN = OO0~ VW

s b
)
)

d
el
s

D
)
b
—d

b d d b — it md D b cd nd
D e cand b cd e wnd wd od D b wd ad b
— o e e

RR RRR KRR
RRR
RRR
RRR RRRR KRR
®
W
N NN
NN
WINN
NN

ECC DISABLE ALL CSR'S TRAP HANDLER

TRAP

000006

044002

013737
052737
104425
000002

002310
000006

002146

002146
002146

g?%L

_SBTTL

k??ocsn

_SBTTL

SEQ 0290

PAGE 346

ECC DISABLE ALL CSR'S TRAP HANDLER
TRAP
#8IT1,CSR

¢srout
TRAP

ECC DISABLE OF 1 SELECTED CSR TRAP HANDLER

TRAP

INITIALIZE ALL CSR'S TRAP HANDLER

#BIT1,CSR

#BITO,CSR
CSROUT

TRAP

INITIALIZE 1 SELECTED CSR TRAP HANDLER

TRAP

ENABLE SBE PARITY TRAPS ON ALL CSR'S

TRAP

ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR

#BITO.CSR

#8IT0'BITT,CSR
CSROUT

SENAISBE:MOV

#BITO'BIT1,CSR

_SBTTL
$CBCSR: MOV

WRITE CHECKBITS THRU ALL CSR'S TRAP HANDLER
TRAP
;BITS 11-5
CHECK, CSR

k??ocsa

BIS

#8IT1!8I1T2,CSR

g?%L CSROUT

SBTTL
$CB1CSR:MOV
BIS

LOADCSR
RTI]

*CHECK MODE

WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER
TRAP
:BITS 11=5
CSR
CHECK,

#8IT11BIT2,CSR

:CHECK MODE

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

26-APR-82 09:41

WAS THERE A SBE ON ANY CSR TRAP HANDLER

.SBTTL

11258

11259 043422

11260 043426

013701

11261 043432
11262 043434

005004

11264 063440
11265 043442
11266 043444
11267 043446
11268 043456
11269 043462
11270 043464
11271 043464

006301

11263 043434

SWASSBE:PUSH

11275 043506

11276 043510
11277 043514
11278 043516
11279 043524

11280 043526
11281 043534
11282 043534

11283

11284

11285 043536

11286 043540

11287 043546
11288 043554
11289 043556
11290 043564

WAS THERE A SBE ON ANY CSR TRAP HANDLER

Ré
CLR
BEGIN LWSBE

:GET CSR'S BYTE

FOR CSRNO := #0 TO #36 BY #2
ASL
ON.ERROR
READCSR

106426

IF #8174 SET.IN CSR
R&4
SET
LEAVE LWSBE
END ;OF IF #BITé
END :0F ON.ERROR

IF RY EQ #0 THEN LEAVE LWSBE

11272 043464

11273 043470
11274 043506

SEQ 0291

PAGE 348

TOTCSRS ,R1

MOV

002222

TRAP

R1,Ré

END :OF FOR CSRNO
END LWSBE

ROR

006004
052766

000001

000002

042766

000001

000002

8IC

042766

032737
001403
052766
000002

;SET C BIT FOR ERROR

#8IT0,2(SP)

END ;OF ON.ERROR
RTI

000002

104426

R&,R1
POP
ON. ERROR
#BITO,2(SP)
BIS
ELSE

_SBTTL

TRAP

WAS THERE A SBE IN 1 SELECTED CSR TRAP HANDLER

:ON RETURN IF CARRY IS SET THERE WAS A SBE

000001

000002

000001

000002

000020

$WAS 1SBE :READCSR

BIC

002146
18:

8IT
BEQ
BIS
RTI

#8170,2(SP)

#81T4.CSR
18
#8170,2(SP)

:CLR C BIT ON STACK
;SET € BIT ON STACK

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

11293
11294 043566
11295 043572
1129 043576
11297 043600
11298 043600
11299 043604
11300 043606
11301 043610
11302 043612
11303 043622
11304 043626
11305 043630
11306 043630
11307 043630
11398 043634
11309 043652
11310 043652
11311 043654
11312 043660
11313 043662
11314 043670
11315 043672
11316 043700
11317 043700
11318
11319

26-APR-82 09:41

WAS THERE A DBE ON ANY CSR TRAP HANDLER

11320 043702
11321 043704
11322 043710
11323 043712
11324 043720
11325 043722
11326 043730

TRAP
R1,R4

.SBTTL

013701
005004

SWASDBE: PUSH

ON.ERROR

READCSR

IF #8IT15 SET.IN CSR
Ré
SET
LEAVE LWDBE
END ;OF IF #BIT4
END ;OF ON.ERROR
IF R1 EQ #0 THEN LEAVE LWDBE
END ;OF FOR CSRNO

END LWDBE
Ré
ROR
R4 ,R1
POP

006004

052766

000001

000002

042766

000001

000002

ON.ERROR

000002

JSET C BIT FOR ERROR

8ls

#8170,2(sP)

8IC

#8170,2(SP)

LSE

S¥D :OF ON.ERROR
1

000002

100004

;GET CSR'S BYTE

FOR CSRNO := #0 TO #36 BY #2
R1
ASL

104426

106426

WAS THERE A DBE ON ANY (SR TRAP HANDLER

Ré
CLR
BEGIN LWDBE

006301

005737

SEQ 0292

PAGE 350

T0fCSRS,R1

MOV

002222

.SBTTL

TRAP

WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER

;ON RETURN IF CARRY IS SET THERE WAS A DBE

SUAS1DBE;§$ADCSRCS

002146

000001

000002

000001

000002

8IS

3s
#8170,2(SP)

gIC

#8170,2(SP)

sCLR C BIT ON STACK

8P L

3s$:

.DBE?

:NO = SKIP

RTI
T!

sSET C BIT ON STACK

N r~

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
CLEAR ALL ECC CSR'S TRAP HANDLER

aooawow%

AN U N NN

AN N (NN N N

Xl
b £ D NWNN
N
(o JV, P X VVI,¥]

—l_a—l__.—l-l_._._.—l-‘-‘_‘-.—l-‘_‘_l
— o e ol D D i D d e D e e D e
D o b

N N N NN

TRAP

004737
000002
043750
043752

.SBTTL
SCLRCSR:CLEAR
CALL

0464002

RTI

TRAP
(SR
CSROUT

.SBTTL TRAP
SCLR1CSR:CLEARR CSR
LOADCS

1046425
000002

RTI

.SBTTL

043754
043762
043766

052737
004737
000002

000006

043770
043776
044000

052737

000006

1046425
000002

26-APR-82 09:41

044002

TRAP

PAGE 352

CLEAR ALL ECC CSR'S TRAP HANDLER

CLEAR 1 SELECTED CSR TRAP HANDLER

EC c

; CHECKBITS ALRE ADY l

002146 $CHKDIS:BIS

002146

gIES%LE SCHECK MODE, & WRITE CHECKBITS IN ALL CSR'S TRAP HANDLER

CALL

#81T1!B1T2,CSR
CSROUT

.SBTTL

TRAP

RTI

;CHECKBITS

SCHK1DISL813

ADCSR

RTI

SEQ 0293

;ECC DISABLE & DIAG CHECK MODE

& WRIVE CHECKBITS IN 1 SELECTED CSR
MODE,
CHECK
DISABLE,
ECC
ALREADY IN LOC* '‘CSR"

#81T1!81T2,CSR

;ECC DISABLE € DIAG CHECK MODE

SEQ 0294

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 354
ECC DISABLE, CHECK MODE, & WRITE CHECKBITS IN 1 SELECTED

TRAP

11349 044002

CSROUT: SUBTST

<<SUBR

WRITE IN ALL CSR'S>>

taSUBTEST

SUBR

WRITE IN ALL CSR'S

R RANNANRANNRNRARANAN SR E IR ENRNNRRRARNANAAARNRARARRARAAARANEARAARNRAROOSAAAACENESE

:ttttttttt*itt'ttttttttt't"tttitttfitttttt.Qttttttttttttttttttt'tt't'tt'iitt"tt

013701

R1
TOTCSRS,R1

PUSH
MOV

002222

;GET CSR'S BYTE

BEGIN LCSROUT

FOR CSRNO : = #0 TO #36 BY #2
R1
ASL
ON.ERROR

006301

LOADCSR
END ;OF ON.ERROR

104425

IF R1 EQ #0 THEN LEAVE LCSROUT

END ;OF FOR CSRNO
END LCSROUT
POP
R1
RETURN

000207

$INVALID:

SUBTST

s *SUBTEST

TRAP

—d and cnd cud aud

365 044050
044054
044060
044062
044064
370 044072
1 371 044076

PUSH

1 366
1 367
1 368
1 369
1

01370}
1

042761

000002

MOV

002100

020000

002652

ASL
ASL

BIC

:??

<<TRAP

e T

INVALIDATE BACKGROUND PATTERN>>

RO,R1

#8IT13,CONFIG+2(R1)

R1,RO

bbb

INVALIDATE BACKGROUND PATTERN

BANK,

R1
R1

T L L L L

LA L LD S LA AR S L DL
L L

L LR

L
L

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

INVALIDATE BACKGROUND PATTERN

11373 044100

11378 0441¢2

013700

172246

013700
072027

177646
177773

005737
001003

11379 044126 000402

11382 044140
11383 044144

SERRGEN:

SUBTST<<TRAP

«SUBTEST

TRAP

005737
001002

PUSH
MOV

002102

002452

GENERATE AND TEST ERROR ADDRESS>>

GENERATE AND TEST ERROR ADDRESS

11390 044166 060100

NOSJPER
6$

B8R

SIPAR3.RO

MOV
ASH

UIPAR3,RO
#-5,R0

B8IC

#4C177.R0

177775

ASR
&SR
ASR
BIC

R1
R1
R1
#4C2.R1

68:
78:

002130

TST
BNE

:GENERATE WHAT ERROR ADDR SHOULD BE

EUFLAG
18

:GET CURRENT ADDRESS BITS 11 AND 12

ADD

R1.R0

:ADD THEM TO THE ADJUSTED PAR VALUE

BIC

2 ci77.m

002150

BNE
TST
BEQ
PUSH
MOV

28
EUFLAG
2
RO
CSRNO,R2

‘BRANCH IF NOT NECESSARY
SIS IT EUB?
*BRANCH IF NOT
*SAVE GENERATED ERROR ADDRESS
SGET CSR NUMBER

172100
040000
177037

MOV
BIC
BIC

CSRADD (R2) ,RO
#81T14,CSRADD (R2)
#°C740.RO

‘GET CSR CONTENTS
“TURN OFF EUB BIT CAREFULLY
*CLEAR EVERYTHING BUT ERROR ADDR

1$:

11385 044152 000301

006201
006201
006201
042701

RO,R1,R2,R3
BANK INDEX,R3

TST
BNE

MOV

11384 044146 042700 177600
11386 044154
11387 044156
11388 044160
11389 044162

PAGE 355

:ttttt.tt.ti.ttttttttttt'ttttt.tttttttttti.t...fitttttltt.ttt'tt.t"'.t"'t..""

013703

11380 044130
11381 044134

SEQ 0295

E
ANNNS
NNNR
NRAANANAANAARANRARARGCAA
AAARAAAANARAANAA
ANAA
RNNRRRAAANRA
RRAR
R RN
CARNAANN

11374 044100
11375 044110

11376 044114
11377 044120

26-APR-82 09:41

SWAB

11391
11392 044170
11393 044174

013701
072127

002146
177773

:GET ERROR ADDRESS FROM CSR UNDER TEST
CSR,R1
MOV
#-5°R1
ASH

11395 044204

005737

002450

TST

11394 044200 042701
11396 044210
11397 044212
11398 044216
11399 044220
11400 044222

001024
005737
001421
013702

177600

002130

11401 044226 052762 040000 172100
11402 044234
11403 044240
11404 044246

11405 044252

11406 044254

11407 044256
11408 044260

11409 044262
11410 044264
11411 044266
11412 044272
11413 044274

016200
042762
042700

006300

172100

062700

2s:
002134
000100

11415 044304

001002

062700

11418 044314

001404

11417 044312 020001
11419 044316
11420 044322
11421 044324
11422 044326
11423 044332
11424 044336

};252 044346

005737
001001
1046462
010137
005037
000002

ASL

000100

POP

48:

002064

38:

002454
002064

58:

RO,R1
RO

S1S THIS AN 11744 OR 11/24?

“TURN ON EUB BIT CAREFULLY

:SHIFT ADDR BITS 18-21 INTO POSITION
*ADD TO CURRENT ERROR ADDRESS

CMP
BEQ
ST
BEQ

RO,R1
58
INTFLAG
38

:COMPARE REAL AND GENERATED ERR. ADDR.
‘BRANCH IF THEY ARE THE SAME
* INTERLEAVED?
*NO - WE HAVE AN ERROR

INT64K

;64K INTERLEAVED MEMORY?

ADD

11414 044300 005737 002136
11416 044306

#81T14, CSRADD(R2)

ADD

060001

020001
001420
005737
001411

BIS
ASL

006300

An22811

#100,RO

BNE

CMP

RO,R]

ADD

BEQ

PERR36
MOV
CLR
POP
RTI

#100,R0
58

SKPERR
58

R1,ERRADD
SKPERR

R3,R2,R1,R0

:ARE WE SUPPOSED TO SKIP ERROR P.0.?
‘YES = SKIP ERROR PRINTOUT
‘ELSE PRINT ERROR ADDRESS ERROR
*SAVE CSR'S ERROR ADDRESS
‘ENABLE THE ERROR PRINTOUT AGAIN
*RESTORE REGISTERS

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

TRAP

GENERATE AND TEST ERROR ADDRESS

11427 044350
11428 044350

11429 064354

11430 044362
11631 044364

26-APR-82 09:41

SEQ 0296

PAGE 355-1

$CBREG: SUBTST

<<TRAP

ENABLE CHECK/SYNDROME BIT REGISTER>>

t«SUBTEST

TRAP

ENABLE CHECK/SYNDROME BIT REGISTER

R ANRARNRRAARNRNANNAAA R AR RRNRRARARANRAARAARRRIRANRANRARARRRAARARAOAARRARNRAONSY

005037

052737
104425
000002

002146

000004

SCCAAS
ARRN
AAGANNAANRAC
ARAR
RARRRAAAAARR
RANA
NARRRAAANRAARNAAARAANRRA
RN RNRA
TARRRRNR

002146

CLR

BIS

LOADCSR
RTI

CSR

#81T2,CSR

*ENABLE DIAGNOSTIC MODE
‘LOAD CSR REGISTER

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

26-APR-82 09:41

ENABLE CHECK/SYNDROME BIT REGISTER

SEQ 0297

PAGE 357

CHKGEN: SUBTST<<SUBR

114634 044366

GENERATE CHECK BITS>>

tttttttttfitttQttfittfittttttttttttQtttttQttttt*tttfitttt.tttttttfitttttttt*tttttttt

:*SUBTEST

SUBR

GENERATE CHECK BITS

ttttttttttfittttttttttiti*tttfittttttfitttttttt*t'tttttttttttt*tttt*tttttt'ttttttt

sCHECK BIT GENERATOR ROUTINE

11435

;CALLING SEQUENCE IS:

11436

11437

}}2%8

MOV

CALL

#WORD1,SOURCE

CHKGEN

;SOURCE= ADDRESS OF DATA

}}22?

;CHECK BITS RETURNED IN BITS 11-5 OF LOCATION CHECK

11442 044366

PUSH

RO.R1,R2,R3,R4,R5

MoV

(R5) ,RO

}}245 044420

011500

11449 044422

006704

}}223 044436

001372

11455 044436

042702

11457 044444
11458 044446
11459 044450
11460 044452
114661 044456

006202
006202
006202
010237

11450 044426 142304
11651 046426 074402
11452 044430 073027 000001
11456 044442

116462 044472

000302

000207

177600

002310

#77,%8
#CHKTAB R3
SOURCE ,R
(RS)+,R1

sDEFAULT CHECKBITS FOR DOUBLE WORD OF ZEROS
;ADDRESS OF CHECKBIT TABLE
;GET SOURCE ADDRESS
GET LSB'S

SXT

Ré&

;EXTEND SIGN OF DOUBLE WORD TO Ré

BNE

;LOOP TILL ALL BITS ARE CHECKED

Mov
MOV
MOV
MoV

11443 044402 012702 000077
11444 044406 012703 044474
11445 044412 013705 002306
11446 044416 012501
1$:

81(C8
XOR
ASHC

(R3)+,R4
R4 ,R2
#1,R0

;GET MSB'S

:ELIMINATE BITS THAT DON'T COUNT
; COMPLEMENT MASKED BITS IN CHECKBITS
:DOUBLE PRECISION LEFT SHIFT RO, ,R1

BIC

#4C177,R2

ASR
ASR
ASR
MOV
POP

R2
R2
R2
R2,CHECK
RS ,R4,R3,R2,R1,R0

SWAB

RETURN

sKILL ALL JUNK BITS

;POSITION CHECKBITS IN BITS 11-5

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

GENERATE CHECK BITS

26-APR-82 09:41

SEQ 0298

PAGE 359

200
301
302
203
304
205
206
307

CHKTAB: ;BYTE #3
(177
BYTE
“€076
.BYTE
€075
BYTE
“C174
BYTE
(073
BYTE
*(172
BYTE
~C171
BYTE
*C070
.BYTE

;BIT N
;BIT 30
:BIT 29
;BIT 28
.8IT 27
:BIT 26
;BIT 25
:BIT 24

11475 044504
11476 044505
11477 044506
11478 044507
11479 044510
11480 044511
11481 044512
11482 044513

310
2N
21’
313
214
315
316
217

BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE

~C067
~(166
“C165
“C064
“C163
“C062
“(061
~(160

:BIT 23
:BIT 22
;BIT 21
;BIT 20
;BIT 19
;BIT 18
:BIT 17
;BIT 16

11484 0446514
11485 044515
11486 044516
11487 044517
11488 044520
11489 044521
11490 044522
11491 044523

320
221
222
323
224
325
. 8
227

.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

~C057
~C156
(155
~C054
~(C153
~(052
~(051
~C150

:8IT 15
:BIT 14
;BIT 13
;BIT 12
BIT N
:8IT 10
;B1T 9
;8IT 8

11493 064524
11494 064525
11495 044526
11496 044527
11497 044530
11498 044531
11499 044532
11500 044533

340
241
242
343
244
345
346
247

.BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE

~C037
(136
~(135
~(034
(133
~C032
~C031
*C130

:BIT
BIT
CIT
;81T
;BIT
;BIT
;BIT
;BIT

11465 044474
11466 044474
11467 044475
11468 044476
11469 04646477
11470 044500
11471 044501
11472 044502
11473 044503
1147

11483

11492

;BYTE #2

;BYTE M

;BYTE #0

7
6
5
4
3
2
1
0

]

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
GENERATE CHECK BITS

SEQ 0299

PAGE 361
MAPPER>>

SUBTST<<SUBR

11503 044534

RO OED
AAAARANNDRA
NANN
NRARARAAANANA
NANA
NNNARRRNANANA
RARA
SO RRARANNRARAAN
CAARANERANRA

*eSUBTEST

MAPPER

SUBR

OORAY
INC
AAAANNNNOROOR
ANNA
ARANRRAARARAA
ARAN
NANNARNANRANA
NAAR
AR EANNRNRAARARR
CARARRANANRA

SUBROUTINE MAPS THE MEMORY BANK (16K WORDS = 1 BANK)

3 7O THE TEST PATTERN AREA (SUPERVISOR VIRTUAL (60000 = 157777) FOR

:;gs }}{g? AND 11/45-55; USER VIRTUAL (60000 - 157777) FOR ALL OTHER
MoV
CALL

BANKNO,R3
MAPPER

:SET UP BANK ARGUEMENT
sACTUAL CALL
sONLY RETURN

NN NNNY

NONININININI =N

o @y - Quurd par Qur G Surd S P Pur Pur Prury

;SET SUPERVISOR/USER UP FOR 1 TO 1 MAP

(elolalelolelelelelelelelaf

NSNS

RETURN

MAPPER: PUSH

.R1,R2.RG,RS
RO,R1

MOV
MOV
MOV
ST
BEQ
MOV
MOV

#xIPARO,RO
#S1PARO . R1
#SIPDRO R4
NOSUPER
43
#UIPARO,R1
#UIPDRO R4

;FIRST AREA TO MAP TO
*FIRST ADDRESS REGISTER
*FIRST DESCRIPTOR REGISTER
*CAN WE USE SUPERVISOR MODE?
*YES, BRANCH
‘FIRST ADDRESS REGISTER
*FIRST DESCRIPTOR REGISTER

MOV

#8. RS

* COUNTER

MOV

R2, (R4)+

*PUT IN SUPERVISOR DESCRIPTOR

177600

MOV

#177600,-(R1)

000170

;SET UP SUPERVISOR/USER FOR TEST AREA
:MAP NOTHING (1 TO 1)?
#120. ,R3
MP

000011

MOV

000010

MOV

$08

#774606,R2

(ROS+, (R1)+

RS°18

SCONSTANT FOR 4K PAGE, UP, R/W
‘PUT IN SUPERVISOR ADDRESS
‘LOOP TILL DONE

;CORRECT LAST FIELD FOR PERIPHERALS PAGE

ASH

33
#9. ,R3

JYES - SKIP
S BANK 1 STARTS AT 100,000 LESS 6 LSB'S

172246

MoV

#SIPAR3,R1

177646
000004

BEQ
MOV
MoV

5%
#UIPAR3 ,R1
#4,R2

*SETUP FOR AUTO INCREMENTING
‘DO WE MAVE SUPERVISOR MODE?
sYES = BRANCH
:SETUP FOR AUTO INCREMENTING
s COUNTER

ADD
$08

0560 R3
R2,2$

*LOOP TILL DONE

BEQ
su8
MOV
ADD
CMP

98
#10,R1
R1,R2
¥4 RO
#1SPLTCSR

MOV
MOV

R2,R0
R1.R2
ROR1

TST

002452

000200

002236
000010
000004
000001

W
"

SUBR

26-APR-82 09:41

MOV
ST

BEQ

MOV

002102
002136

MOV

NOSUPER

R3,(R1)+
SPLTCSR

10$

(R)+,(R2)+
(R1),

(R2)

MOV

8AN§ZNDEX.RO

BEQ

118

INT64K

*FOR MEMORY MANAGEMENT = 1000

‘PLUG IN PAR INFO
:BUMP ADDRESS 4K

]
[ 1

—b

010000
002452

N —>

004000

177652
[ 1

172252

060011

MOV

#4000,R0

MOV

#10000, RO

MOV
B8R

138
NU]IPARS
,R1
148
#S]PARS ,R1

TST
8EQ

MoV
ADD
ADD

SEQ@ 0300

PAGE 361-1

128

NOSUPER

RO, (R1)+
RO, (R1)

sIF WE ONLY HAVE AN 124K SYSTEM, WE DON'T WANT TO TEST THE

;LAST 4K, WHERE THE UNIBUS DEVICE PAGE _IS. INSTEAD, THE
:1S A BANK 177 ON AN 11/44, THE PROGRAM WILL REMAP THE LAST

022737
001010
005737
001423
022737
007017
04

000007

002552

nNO
a5 1N ]
N =t

OOO&OOOOOOO
— bN
—t el cnd b b b O
IR NN OO NININLIMIWN

000007

002100

000177

002552

177652

177654

172252

172254

172340
077406
172300
000010

000200
177600
177400

98:

;4K 10 8=12K FOR THE SAME REASON.

;;.LAsranux

;11744 OR 24?
‘BRANCH IF SO
‘BANK 77
‘NO - BRANCH

N022BIT
3s
#7 ,BANK
gg

002450

002452

o
=4
=4

te ¥ oJlole)

WWNN—‘—‘—‘O§
OO [ FoXoTe Xl
OO
O NMN
OONOSH

b e

b wd e

VAWAAWVMWAWMWNMWAWVMIWWWVIWAIWWD

et e

[=]l=le]

;PROGRAM WILL REMAP THE LAST 4K TO 8-12K. ALSO, IF THERE

RRRRRRRRRRRY RR RRRRARIRRRRRR S

wvivauaoa
v v
awnAavawwv

20000000 N NNNNNNNNVNOO

0
3383 ~ vy A SEIETR WA = O VB NRAWVS NN =O 00N

(=](olalelele sl
[o
1 O=O0=0—
[=],¥] QN =2NNON)
o~ SN NNESN
nNO OOOWOOO
prgury N =2N~NONO

CZMSPAO HS11Ek/H/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

7%:

g}??,LASTBANK

8s:

NOSUPER

giPARS.UIPAR6

6$:
3$:

SIPARS,SIPARG
RS,R4.R2,R1,R0

SKMAP;

RO,R1,R2,R3.Ré

TRAP

MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER

RO
#KIPARO,R1
277406 R2

:1ST AREA TO MAP TO
‘FIRST ADDRESS
*CONSTANT FOR 4K PAGE,UP,R/W

#8. .Ré

COUNTER

#x1PDRO,R3
18:

RO.(R1)¢
R2: (R3)+

#200,R0
R4, 1 $
#177600,~(R1)
#177400 =(R1)

R4 ,R3,RS,R1,R0

*1ST PAGE DESCRIPTOR REGISTER
*PUT IN KERNEL ADDRESS
*PUT IN KERNEL DISCRIPTOR

*ADD ADDRESS CONSTANT FOR 4K CHANGE
*LOOP TILL DONE

*THE PERIPHERALS PAGE TO KIPAR?
TAND NEXT LOWER PAGE TO KIPARG

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

MAP KERNEL (ALMOST 1 TO 1) TRAP HANDL

ES-APR-SZ 09:41

CHRARRA NN

t«SUBTEST

004737

047020

11620 045270
11621 045274
11622 045300

013700
010037
013701

002100
002426
002562

11625 045314

11626 045320
11627 045326
11628 045334
11629 045336
11630 045336

RELOCATE PROGRAM

004737

004737
013701

052761
0642761

002652
002652

,R1
BANKINDEX

MoV

LEAVE LOADERBANK
END ;OF IF ACFLAG
END .OF FOR BANK

MSGO75

TYPE

END ;OF IF #SW13

013702
006302
006302

;MAP NEW LOADER BANK IN KERNEL

#81T15,CONFIG+2(R1)
#BIT13,CONF1G+2(R1)

8IS
BIC

IF #SW13 OFF .IN @SWR

:MARK LOADER
s INVALIDATE BACKGROUND PATTERN

sRELOCATION NOT POSSIBLE

SRETURN ERROR
END LOADERBANK
BEGIN F INDBANK

,R2
LASTBANK
MOV
R2
ASL
iR <= R2 * &
R2
ASL
#4
BY
R2
FOR R1 := #2+2 TO

002552

IF #8IT7!BITO OFF.IN CONFIG(R1) ;IF NO ERRORS & NOT PROGRAM SPACE

11641 045406

IF #81T15 OFF.IN CONFIG+2(R1) ;IF NOT ( OADER BANK
IF CPUBIT SET.IN CONFIG(R1) :IF ACCESSABLE

11642 045416
11643 045426

IF #BIT8 OFF.IN CONFIG+2(R1) THEN LEAVE FINDBANK ;IF PARITY

11644 045436

IF #BIT6 SET.IN CONFIG(R1) AND #BIT7 OFF.IN CONFIG(R1)

11645 045446

:IF 1ST PROTECTABLE ECC BANK
LEAVE F INDBANK

11646
11647 045466
11648 045470
11649 045470
11650 045476
11651 0455064
11652 045510
11653 045510
11654 045510
11655 045510

010137

002534

11659 045534

013701

002534

11661 045546
11662 045550

001421
000420

END ;OF IF #8IT6
IF INHECC 1S FALSE

11660 045540 023727
11663 045552
11664 045552

NEWLOAD

CALL

046742

100000
020000

BANKMOV

CALL

046410

002102

BANK RO
RO, LOADBANK
,R1
LOADHOME

MOV
MoV
MOV

11633 045366

11656 045510
11657 045520
11658 045526

R A RRANNRARNRAARARAANRANAAANRARARANAAAAAAACARANNNNCNOORRS

IF ACFLAG IS TRUE AND PFLAG IS FALSE AND BMFLAG IS FALSE

11632 045362

11637 045372
11638 045376
11639 045400
11640 045402

END; OF IF APTFLAG
BEGIN LOADERBANK
FOR BANK := #1 TO LASTBANK
CALL EXBANK

11631 045352

11634 045366
11635 045372
11636 045372

AR AAR NN

IF #5W12 SET.IN @SWR THEN SRETURN ERROR
IF APTFLAG IS TRUE OR ACTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN ERROR

11615 045234
11616 045234
11617 045234
11618 045242

11624 045310

PAGE 363

:tttQt'ttttt..'..'ttttt"'t'tttt.fitttittQt"l'.ttlttttttt.ttt.tt't't.t'.t'tt".'

11612 045172
11613 045206
11614 045222

11623 045304

SEQ 0301

RELOCATE:SUBTST <<RELOCATE PROGRAM>>

11611 045172

11619 045246

002274

000030

INHECC
SET
R1, INHBANK
MOV
END; OF IF INHECC
END ;OF IF CPUBIT
END ;OF IF #8IT15
END ;OF IF #BIT
END ;OF FOR
IF FULLREL IS FALSE
IF _INHECC 1S TRUE
INHBANK ,R1
MOV

BEQ
BR

REALPAT,#30
RELENT]
RELENT1

END; OF IF INHECC
END; OF IF FULLREL

;1S THIS PATTERN 30?
sYES = SKIP MESSAGE

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

RELOCATE PROGRAM

11665 045552

00503,

002532

11667 045566
11668 045574
11669 045576

023727
001402

002274

11666 045556

CLR

SkuUB:

11672 045606

11674 045612
11675 045620
11676 045622
11677 045626
11678 045632
11679 045640

042761
005000
071027

000004

013737
004737

002526
046556

11682 045664
11683 045666
11684 045674
11685 045676
11686 045704
11687 045710

104417
022737
001021
042737
013700
006200

11680 045644
11681 045652

11688 045712
11689 045714
11690 045722
11691 045722

11692 045726
11693 0645732
11694 045740
11695 045746
11696 045752
11697 045756
11698 045760
11699 045762
11700 045766
11701 045770
11702 045774
11703 045776
11704 046004
11705 046010
11706 046016
11707 046020
11708 046024
046030
11709
11710 046034
11711 046040
11712 046044

11713 046052

020000

002652

002530

000001

003752

000040
002304

172516

012737

100000

010037
004737
052737
042737
004737
013700
006300
006300
016002
000302
042702
006302
052737
010237
032760
001412
016002
042702
072227
052702
050237

170202
066344
000040
000001
046640
002304

#BIT13,CONFIG+2(R1)
RELENT1: 8IC
RO
CLR
#4 RO
DIV
RELOC1: LET NEWBANK := RO
PGMCSR,PGMCSR+2
Mov
0,100000,S1ZE

P
BNE
8I(C
MOV

#1,PROTYP
JMPRL1
#8175 ,MMR3
NEWBANK ,RO

KERNEL

ON.ERROR

MOV

sMAKE SURE FLAG IS TURNED OFF!

;1S THIS PATTERN 30?
;YES - SKIP MESSAGE

sRELOCATION NOT POSSIBLE

;1F WE RELOCATED PROPERLY, THIS SHOULD BE OFF!
s INVALIDATE BACKGROUND PATTERN
:SAVE CURRENT PGM. (SR
;MAP NEWBANK TO USER PAR
;ENTER USER MODE
:MOVE PROGRAM
sENTER KERNEL MODE
21S THIS AN 11/44 ?
JJUMP TF NOT
:TURN OFF UNIBUS MAP

#8IT15,MAPLO

END ;OF ON.ERROR

MOV
CALL

BIS

JMPRL1: 8IC
CALL
MOV
ASL
ASL
MOV
SWAB

RO,MAPHO
LOWMAP

#8175 ,MMR3
#8170, MMRO

NEWKERNEL
NEWBANK
, RO
RO
RO

BIC

CONFIG(RO)
,R2
R?
#4C17.R2

177572

8IS

#8170, MMRO

002652

8IT

#8iT12, CONF16+2(RO)

177760

ASL

MOV

Re ,PGMCSR

ASH

8IS

R2,PGMCSR

BIS
18:

18
CONFIG(RO)
,R2
#4€170000,R2
#-3 Ri

BEQ
MOV

BIC
002526

USERMAP

8Mov

ASR

002650

000001
002526
010000

INHECC

SKUB
BEQ
TYPE
MSGO75
END ;OF IF #SW13
SRETURN ERROR
END F INDBANK
INHECC
CLEAR

CALL
USER

SEQ 0302

PAGE 363-1

. IN @SWR
IF #SW13 OFF
REALPAT, 430
CMp

000030

11670 045602
11671 045602

11673 045606

26~APR-82 09:41

#1115, R2

RLFLAG
SET
SRETURN NOERROR

;SETUP LOWER 16K IN UNIBUS MAP
;ENERGIZE UNIBUS MAP
sDEENERGIZE MEMORY MANAGEMENT
:RO <- RO * /,

;ENERGIZE MEMORY MANAGEMENT
sPUT NEW PGM, CSR INTO PGMCSR
;1S THE NEW BANK INTERLEAVED?
;BRANCH IF NOT INTERLEAVED

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

RELOCATE PROGRAM

26-APR-82 09:41

SEQ 0303

PAGE 365

UNRELOCATE : SUBTST

11716 046056

CCUNRELOCATE PROGRAM>>

;ttttttt't.ttttQttttttt't'tt'tttttt'ttttttttt't'ttt't't't....t.'..."'...."Q"Q

S «SUBTEST

UNRELOCATE PROGRAM

~
&~

o
o

NOWVIS
NN =00V~

:RESTORE LOADERS

013701
013700
004737
004737

002426

013737
004737

002426

PUSH

042761

D b e b d
D b o} b o
D b b d e =D b cad D b b b o
D cd D b i Eh wd e b b wd D o

020000

MOV

BANKINDEX,R1

BIC

MOV
CALL

;MAP NEW LOADER BANK IN KERNEL SPACE

NEWLOAD

K
, BANK
LOADBAN
EXBANK

#8IT15,CONFIG+2(R1)
E
, BANK
LOADHOM
EXBANK

:CLEAR LOADER FLAG

MOV

BANKINDEX,R1

#81T13,CONFIG+2(R1)

: INVALIDATE BACKGROUND PATTERN

CLEAR

INHECC

:MAKE SURE ECC TESTS ARE NOT INMIBITED'

Eéfi

002652

USERMAP

177572

CALL
USER
BMOV
KERNEL
BIC

#8170, MMRO

:MAP NEWBANK TO USER PAR
*ENTER USER MODE
‘MOVE PROGRAM
*ENTER KERNEL MODE
‘DEENERGIZE MEMORY MANAGEMENT

002526

MOV

PGMCSR+2, PGMCSR

:RESTORE PREVIOUS PGM. CSR

000001

003752

gzz

000040

172516

BIC

172516

CALL
BIS

004737

066556

LET NEWBANK := #0

CALL

BIS

177572

b ed b e e e e
i =
b e e e
i e ) e D e

BANK

;RESTORE BANK 0
#81T13,CONF1G+2
8IC

020000

000001

046344

000004
003620

CLR

18:
2s:

0,100000,SI2E
NEWKERNEL

#S1T0,MMRO
RLFLAG

#8175, MMR3

:TURN OFF UNIBUS MAP

LOWMAP
#8175, MMR3

;SETUP LOWER 16K OF UNIBUS MAP
“ENERGIZE UNIBUS MAP

MOV
BIC

NCONFIG+2,RO
#1713, (RO)

POP

"ENERGIZE MEMORY MANAGEMENT

;1S THIS AN 11744 ?

MAPLO.MAPHO

ADD
CMP
BLE

: INVALIDATE BACKGROUND PATTERN

ql.Pnorvp

CLEAR

RETURN

000207

b i
o

PUSH

002652

042737

003771

,R1
LOADBANK
LOADHOME
.R0
BANKMOV

MOV
CALL

002100

MOV
MOV
CALL

CALL

066742

002652
002100

b
b

NNNNNNNNNNSNNNNNNNY

NINIAINIAINININ)
= b b

:ttttttt.tttt."tttttt'"t"ttttttttt..QQQ'tt.ttt't'QQQ.Q.'Q"Qt.ttt"..'t.'."'

#4,R0
RO #3620
2$
RO

;MOVE 2ND WORD OF CONFIG TO RO
*CLEAR BACKGROUND VALID BIT
P INCREMENT TO NEXT BANK
*DONE?
*NO = BRANCH

LOWMAP: SUBTST

<<SETUP LOWER 16K OF UNIBUS MAP>>

s *SUBTEST

SETUP LOWER 16K OF UNIBUS MAP

:.lttt.'ttt'tt!tt'tfi'tt.".'l'fitttttttfittt.ttttt'.'tfittt.'t..t't'.l'..'tt"..'t'

—d e

b ad o

;QttQt'...t."QtttQt.tt""'tt.t"t..l.ttt.tt.'.'tt...tt't.ttt.t"..tt.ttt..'l..

1 762
1 763
1 764
1 765
1 766

046344
046352
046356
046362
046366

000003

PUSH

RO.R1,R2

MOV

T R1
MAPL

MOV

170200
170204

18:

MoV

mAPLO
. RO

#3_.R?

(ROY+, (RV)

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SETUP LOWER 16K OF UNIBUS MAP
11767 046370
11768 046374
11769 046376
11770 046400
11771 046406

06%721
012021
077205
000207

020000

26-APR-82 09:41
ADD
MOV
S08
POP

RETURN

PAGE 365-1

#8IT13,(R1)¢+
(R0O)+,(R1)+
R2,1$
R2.R1,RO

SEQ 0304

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SETUP LOWER 16K OF UNIBUS MAP

11774 046410

26-APR-82 09:41

sc@ 0305

PAGE 367

BANKMOV:SUBTST

<<MOVE BANKS>>

L eSUBTEST

MOVE B ANKS

3333123233322 22022043444} RRANLARARNRANNNANRNRANRAAARAANRAARRRCRNEANNARANANEARORANES

ATE
ARA
NAANAOORRANO
NRR
RARAARACARAN
RAA
RN AN RANNARAARAAN
:t..ttfi.'tt'.ttt.l...' ENRANE

sMOVE 3/4 OF A BANK
:CALLING SEQUENCE
sRO = DESTINATION BANK

11775
11776
11777
11778
11779 046410
11780 046412
11781 046416
046420
11782
11783 046422
11784 046426
11785 046432

104415
004737
104416
104415
072027
072127
012702

11788 046442
11789 046444

11793 046452
11794 046454
11795 046456
}};39 046460

046556

000011
000011
177650

:R1 = SOURCE BANK
SAVREG
USERMAP
CALL
RESREG
SAVREG
#9..R0O
ASH

ASH
MoV
MoV

#9. ,R1
#UIPARS ,R2
#200.R3

010122
060301

MoV
ADD

R1,(R2)+
R3.R1

010022
060300
010022
060300

MoV
ADD
MOV
ADD

RO, (R2)+
R3.RO
RO, (R2)+
R3.RO

11799 046470
}}gg? 046502

104417

8Mov
KERNEL

:MOV 1ST HALF BANK
100000, 140000,512€/2
;ENTER KERNEL MODE

}}ggg 046504

012702

Mov

#UIPARG ,R2

11804 0646510
11805 046512

010122
060301

MOV
ADD

R1,(R2)+
R3.R1

11809 046520
11810 046522
11811 0465264
}}g}% 046526

010022
060300
010022
060300

MOV
ADD
MOV
ADD

RO, (R2)+
R3.RO
RO, (R2)+
R3.RO

11815 046536
}}g}g 046550

104417

BMOV
KERNEL

11818 046552
11819 046554

104416
000207

RESREG
RETURN

}};g? 046436
11790 046446
}};g; 046450

012703

000200

MoV
ADD

010122
N60301

USER

11798 046462

11806 046514
}}ggg 046516

010122
060301

11814 046530

177650

MOV
ADD

USER

R1,(R2)+
R3.R1

sMAP 1ST HALF BANK
;BUMP BY 4K

sMAP 2ND HALF BANK
;BUMP BY 4K

:MOV 5ND FOURTH OF BANK
100000, 140000,S1ZE/4
;ENTER KERNEL MCOE

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

MOVE BANKS

11822 046556

012702
012703
012704

177640
172340
177600
172300

11833 046614
11834

11835 046620

USERMAP:SUBTST

<<SUBR

MAP USER TO NEW BANK>>

S «SUBTEST

SUBR

MAP USER TO NEW BANK

1$:

}}ggg 046606 077503

11832 046610

013700

002306

012705

000004

072027

11836 046626

010021

}}gfig 046636

000207

28:

MOV
MOV

(R1)+
(Ré)#
(R4), (R3)+

MOV

, RO
NEWBANK

MOV

#4 RS

ADD
MOV
$08

#200,R0
(R4) . (R3) ¢
RS,2$

MOV
MOV
MOV

MOV

508

:COPY KERNEL PAR'S € PDR'S (0-3)

#XIPARO.R2
#UIPDRO.R3
:xxpono R

RS,1§

:BANK 1 STARTS AT 100,000 LESS 6 LSB'S
*FOR MEMORY MANAGEMENT = 1000

#9..R0

MOV

;SETUP UIPAR(4=7)

RO (R1)+

*BUMP ADDRESS &K

*SETUP UIPDR(4=7)

<<SUBR SETUP KERNEL PAR'S FOR NEW BANK>>

NEWKERNEL : SUBTST

.Qttttttttttttttttttttt't'tttttttttttttttttttttttttltt.t.ttt.t.tttt.t'tttttt'tt.

SETUP KERNEL PAR'S FOR NEW BANK
SUBR
L aSUBTEST
t'ttttttttttttttttt.ttttt'ttttttttttttlttttt.'.tt.tttttfitt'.tt'.ttt"tttttttttt

11843 046640

013701

002304

012705

000004

RO.R1,RS

MOV

NEWBANK -R1

MOV

#4 RS

ADD
$08

#200,R1
RS,1$

ASH

11846 046656 072127 000011
11847
010120

PUSH

MOV

11844 0466646 012700 172340
11849 046666

#UIPARO,R1

RE TURN

11842 0466640

11848 046662

MOV

ASH

000011

11837 046626 062700 000200
11838 046632 011423
11839 046634 077505

11845 046652

ttttttttttt'.tttt'tttt't'ittttttttfitt.ttttt'.ttt.tttttttttt'ttt't'ttttt'.'ttttt

012705 000004
012221
11828 046602
11829 046604 011423
11827 046576

SEQ 0306

PAGE 369

Qtttttttt't.ttttttttttt"'ttttt.tt'tttQtttttt.tttttttttttttttt'ttttttttttt'tttt

11823 046556 012701

11824 046562
11825 046566
11826 046572

26~APR-82 09:41

1$:

11850 046670 062701 000200
11851 046674 077504

MOV

POP

11852 046676

RETURN

”gzmam 000207

#x IPARO,RO

:BANK 1 STARTS AT 100, ooo LESS 6 LSB'S
*FOR MEMORY MANAGEMENT= 1000

#9..R1

;SETUP KIPAR(0-3)

R1. (RO)+

RS.R1,RO

MAPKERNAL:SUBTST <<SUBR MAP KERNAL PARS &4 AND 5 TO A BANK>>

11855 046706

ttttttt.tttttttttttttttttttttttttttt'fitttttttttti'tt'ttt'tttt.tttttttfi't'ttttt'

L eSUBTEST

SUBR

MAP KERNAL PARS & AND S TO A BANK

ttttttttttttttttttttttttttttttttttttfittttttttfi.itfi"tttfitt.tttttttttttt'tt'tttt
11856

11857 046706

013705

002100

11859 046716

013737

172350

11858 046712 072527 000011

11860 046726

010537

}}gg‘ 046740

000207

172350

11861 046730 062705 000200
1186% 046734 010537 172352

11865 046742
11866

V BANK NUMBER TO RS

MOV BANK,RS
002266

ASH #9. RS

RS ENTERS 1ooooo LESS SHIFT TO CREATE MAPPING

MOV RS ,KIPAR&

*GET NEW PAR'S

MOV KIPARG, SAVPAR

ADD #200,RS
MOV RS,KiPARS
RETURN

:SAVE OLD PAR

:
:

NEWLOAD:SUBTST

<<SUBR

SETUP KERNEL PAR'S FOR NEW LOADER BANK>>

+«SUBTEST

SUBR

SETUP KERNEL PAR'S FOR NEW LOADER BANK

Qttttt'.tttttttlttttttt'tt'tttlt'ttt'ttttt't'ttttttttttt'ttttt...tttt'lttt'l'tt

I..'.Q'ttttfittlttttt.tt't"ttttQtt ARRERRARRARANRAANRRANANRANRAEREACOERRRRCORAGORNNY

;RO CONTAINS THE DESTINATION BANK

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

1 1867 046742
1
1

PUSH

MOV

172350

ASH

000011

MOV

— ad

UNMAP:

RO,R1

#KIPARG ,R1
#9..R0

RO (R1)+

RO,(R1)+

:SETUP KIPARS

POP

R1,R0

SUBTST

:BANK 1 STARTS AT 100000 LESS 6 LSB'S (1000)

*SETUP KIPAR

#200,R0

RETURN

SEQ 0307

PAGE 369-1

ADD

MOV

i cnd

b and

000200

<<SUBR

UNMAP KERNAL PAR'S & AND 5>>

SUBR

UNMAP KERNAL PAR'S & AND S

.X X2222%3] lttttttltttttt'ittt.tt.tt.t.tttttQttttQ.tttfitttttt.i.'t'fitttttttlt.t"'

s*SUBTEST

1
1

77 046774
78 047002
79 047010
80 047016

26-APR-82 09:41

SETUP KERNEL PAR'S FOR NEW LOADER BANK

013737
062737
013737
000207

002266
000200
002266

172350
002266
172352

ttQttttttttttttttttttttttt'tttttttttttttttttttttttt'tttttt'tttt.tttttt.tttt"tt

MOV
ADD
MOV

RETURN

SAVPAR ,KIPAR4
#200, SAVPAR
SAVPAR KIPARS

;RESTORE KIPAR4
‘ADD 200 FOR NEXT PAR
RESTORE KIPARS
:

26-APR-82 09:41

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
UNMAP KERNAL PAR'S &4 AND 5

SUBR

11883 047020

SEQ 0308

PAGE 371

EXBANK: SUBTST

<<SUBR

EXAMINE BANK>>

:#SUBTEST

SUBR

EXAMINE BANK

;ttttttttttttt'ttt.tttt't"'tttttt..Q..Qt."..'...'.'.......'...".'...."".".
:ttttfitt.ttt.'t.tttfitlttttttttttttttttit.'....'t'............'.."'.'.".Q.'t."

*(1)
Yo

SETS UP_'BANKINDEX''

AND R1 BASED ON VALUE OF

SETS THE "MKFLAG IF THE BANK IS ECC.

—

‘BANK'’.

SETS THE 'XPFLAG'' IF THE BANK IS THE PROTECTED REGION OF ECC MEMORY.
SETS THE "ACFLAG' IF_THE BANK CAN BE ACCESSED BY THIS CPU.
SETS THE 'PFLAG'' IF THE BANK IS IN PROGRAM SPACE.
'RRFLAG'' IF RELOCATION IS REQUIRED TO TEST THIS BANK: HOWEVER,
SETS THE
IT COMPLEMENTS THIS FLAG IF THE RELOCATION FLAG ‘RLFLAG'' IS SET (THIS I§
NECESSARY FOR THE USE OF THE RECURSIVE 'MODETM SUBROUTINES). THE 'RRFLAG

1S ALWAYS SET TO DISABLE TESTING IF FIELD SERVICE MODE

;(7)

ARE BEING TESTED AND THIS BANK 1S NOT SELECTED.

'‘SELECTED BANKS''

SETS THE 'BMFLAG'' IF THE BANK IS A BAD MEMORY: HOMWEVER, IT COMPLEMENTS
THIS FLAG IF THE 'WORST'' FLAG IS NOT SET (THIS IS NECESSARY FOR THE USE

OF THE RECURSIVE 'MODE'* SUBROUTINES).
:
:(8) SETS THE "INTFLAG' IF THE BANK IS INTERLEAVED.
*(9) SETS THE 'INTG4K'* FLAG IF THE BANK IS INTERLEAVED ON 64K WORD BOUNDS.
:(10)"SETS THE SKIPAK'" FLAG 1F THIS BANK IS INTERLEAVED. AND HAS ALREADY

:(11) SETS THE 'PMEMFLG'’' IF THE ECC MEMORY UNDER TEST IS A MS11-P

&~
~
o
N

(=]

4
O

RRRRRRRRRRERRRER
NNNNNNY

06
0
3

N
o
&~
n
N
[« )

P 3
~J

&
~

(=}

047260

PUSH
CLEAR
SET
CLEAR

‘R .R
RO,.R1,R2
MKFLAG,KPFLAG,PMEMFLAG
ACFLAG
PFLAG,RRFLAG,BMFLAG

CLEAR INTFLAG, INT64K, SKIPMK
.R1

013701
006301
006301
010137
032761
001403

002100

MOV
ASL

002102

MOV

R1,BANKINDEX

BEQ

012700

000002

005037

002114

005737

002114

000100

ASL

BIT

002650
18:

003405

SET

MOV

:R1 <= R1 * &

#8iT6,CONFIG(RY)
KPFLAG

177770
000003

#5C7,R2

BLE

SET

047436
000400

002652

032761
001403

001000

002652

032761
001406

000200

002650

‘N0 = SKIP

#81T1,RO

BIC

CMP

000137
032761
001412

:PROTECTED REGION OF ECC MEMORY?

IF RO SET.IN CPUBIT AND RO OFF.IN CONFIG(R1)

CLR ~ ACFLAG
END ;OF IF RO
ACFLAG
ST
s
8EQ
MOV
CONF1G+2(R1)
,R2
SWAB
82

002652

o0
"
NN
NN

& VbS

)

- b o b e b b b wvd b b b wd ==b cnd cmd b b b b b = b b b b
b o e e b b o i =t b
e b ved wd md b md ) wd b b ek =D b — b crd e b cnd b
0
VOOV O0O 00000V OO0
00000000 O N0 0000
L=
=2 b b b b ek e b b b
N
NN NN N POPOAININININD
W
—-—
NS WN=O 000N
VO ~NOW SN =2O V0N

et N

Tan 3

(2)

23832 373
R R R
2282 SRR

00000000

:DOES THE FOLLOWING:

JMP
81T
BEQ
SET
BIT
8EQ
SET
BIT
BEQ

R2.4$

BMFLAG

ENEXBK
#8IT8,CONFIG+2(R1)
3s
MKFLAG
#81T9, CONFIG+2(R1)
3$
FMEMFLS
#BIT7,CONFIG(R)
58

;ACTIVE MEMORY?
‘BRANCH IF NOT

;1SOLATE MEM TYPE BITS

1IS THIS AN ILLEGAL MEM TYPE?
*BRANCH IF NOT

;SET BAD BANK FLAG

:JUMP OVER REST OF FLAG TESTS
‘1S THERE ECC THERE?
*NO = SKIP
‘YES = SET MKFLAG
YIS IT A MS11-P222?
‘NO SKIP!!1!
‘SET MS19<P FLAG
‘BANK = PROGRAM SPACE?
*NO = SKIP

SUBR

EXAMINE BANK

11937 047262

11938 067276
11939 047302

005737
001402

11942 047316

001403

11944 047326

005737

5%:

002124

11940 047304 005137 002122
11941 047310 032761 000001 002650 63:
11943 047320

11945 047332 001002

8s:

002564

002126

26-APR-82 09:41

PAGE 371-1

SET

PFLAG,RRFLAG

COM
BIT

RRFLAG
#BITO,CONFIG(RT)

SET

BMFLAG

TST
BEQ

BEQ

1ST

BNE

RLFLAG
63

;1S PROGRAM RELOCATED?
:NO - SKIP

:NO - SKIP

WORST

s1S THIS A WORST FIRST PASS?

:YES - COMPLEMENT RELOCATION REQUIRED FLAG
;ERRORS PRESENT IN THIS BANK?

$YES - SKIP

:NO = COMPLEMENT BAD MEMORY FLAG
BMFLAG
COM
IF SELONLY IS TRUE AND #BIT14 OFF. IN CONFI1G+2(R1)

11946 047334
11947 047340

005137

11950 047364
11951 047372

032761
0014621

010000

002652

BIT
BEQ

081712 CONFIG+2(R1)
ENEXB

s1S THIS BANK INTERLEAVED?
:BRANCH IF IT IS NOT

11953 047402

032761

004000

002652

BIT

#81T11.CONFIG+2(R1)

;1S THIS BANK INTERLEAVED WITH 64K BOARDS?

SET

INT64K

11948 047356
11949 047364
11952 047374

11954 047410

11955 047412

11956 047420

11957 047426

11958 047430

11959 047436
11960 047444

001403

032761

001403
000207

000040

9s:

002650

SET _ RRFL G
END ;OF IF S ONLY
SET

BEQ

10$:

INTFLAG

108

BIT

#B1T5,CONFIG(RT)

SET

SKIPMK

BEQ

ENEXBK: POP

RETURN

ENEXBK

R2,R1,RO

:BRANCH IF IT IS NOT

sSHOULD THIS BANK BE TESTED?
¢BRANCH IF IT SHOULD

sRESTORE REGISTERS

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0309

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

EXAMINE BANK

11963 047446

26-APR-82 09:41

BANKOK: SUBTST

<<SUBR

BANK 0K?>>

: *SUBTEST

SUBR

BANK OK?

ttttttttttQtttttttit.t'ttttttttttQt'Qtttttttttttttttttttttittttt't'.t'..t."'t'

:TEST TO INSURE THAT THE TYPE OF MEMORY IN THE PRESENT BANK
‘IS OF THE TYPE WE ARE TESTING ‘‘TMFLA

RESULT IS RETURNED IN THE CONDITION COPES (OK= (=0)).
TMF LAG, RO
MOV

11966
11967 047446 013700 002132

11901 047462

005100
013701
074001

COM
MOV
XOR

002116

RETURN

000207
INCRPT:

11973 047464

11974 047464

022737

11979 047476 000207

000030

INCREMENT PATTERN TESTING >>

: «SUBTEST

SUBR

INCREMENT PATTERN TESTING

*RESULT = Z BIT SET INDICATES OVERFLOW
PATTERN
s
C(MP

#30,PATTERN

SUBTST

<<SUBR

RETURN
SETPAT:

HIPAT:

;SET UP CONDITION CODES

*NOT EQUAL TO ZERO IS GOOD (NO OVERFLOW)

SET HIGHEST PATTERN TESTING TYPE>>

.tttfitfittttttttlttttttt.'tt'tttktfittlfittfiifitt.ttt!tttttltQfifittttfifit'ttttififittfitt

012737

000207

000027

002110

11986 047510

SET HIGHEST PATTERN TESTING TYPE
SUBR
: «SUBTEST
.ttttttlttttltttttttttittttttttt'tttfifi'filiQlQtttfiQ'tttttttttttttt"l't"tt.ttttt

MOV

RETURN

#27.PATTERN

;SET HIGHEST PATTERN

INCBNK: SUBTST

<<SUBR

INCREMENT BANK & TEST>>

+«SUBTEST

SUBR

INCREMENT BANK & TEST

t.'tit!ttttlttttttttt"'Qt"iQttt.'Q'tt..Qt.'tt'i'..QtQ.t..tlt'ttt't.t"tt'.t't

ttt!tttttttttttttt't't"ttttttttt't'tttt'ttttfi‘llttt't'tfit't'.l"ttt.t"l."t"

11988 047510

005237

11990 047522

000207

11989 047514

<<SUBR

002110

11982 047500

11987

INCPAT: SUBTST

; INCREMENT THE PATTERN & SET UP THE CONDITION CODES

11981 047500

11984 047506

;0K = (=0K)

tlttttt*t**tttfitttttQt*'ttt*ttttfi'tttil.t.ttt'ttfit.'tQtfi'Q.Q'...‘..""..'.'...

11976
11977 047464 005237 002110

11983 047500

RO
MKFLAG,R1
RO,R1

ttt*tttlttttfit*ttt*tt.*ttttttfittitttttfittfifit'ttttii.tt'l'l'.'tt'.'Q"...."'.'.

11975

11978 047470

SEQ 0310

PAGE 373

ttttttttttttttttttttfi!'tttttttfitt*ttittttttttttttt*fittittttttttt'ttttttt'ttt"t

11964
11965

11968 047452
11969 047454
11970 047460

023737

002100

002552

:RESULTS RETURNED IN CONDITION CODES

002100

INC

CMP

RETURN

BANK

LASTBANK, BANK

;T00 FAR?

il o)

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113
INCREMENT BANK & TEST

26-APR-82 09:41
SUBTST

11993 047524

SEQ 0311

PAGE 375

<<BOOTSTRAP ROUTINE>>

ttt't"tttttfit'tt'ttt't't"'Ylttttttt'.t.ttttfi"'t.'..ttt.'."""..'0.".'..'.

:*SUBTEST

BOOTSTRAP ROUTINE

Qttfitfitt."tttitttitt't'ttttt'ttttitttttt'lttfi'itttt.t".tt.t.t".'.'.t'.'.'.i.
¢INITIALIZE ALL CSR'S

:UNRELOCATE IF NECESSARY

sFLUSH OUT ANY DBE'S
:TURN OFF MEMORY MANAGEMENT
:TURN OFF THE UNIBUS MAP
:800T RKO OR RK1

024566
002450

000040
177406
000004
177400
000005

020000

;TRAP ON DOUBLE BIT ERRORS (NORMAL)
ECCINIT
:TRAPS TO 4 GOTO BOOT1
#800T1
SET4
IF RLFLAG IS_TRUE THEN SCALL UNRELOCATE
CALL

M10030

BNE

800T1

CLR

DEENERGIZE
N022BIT
TST

BIC

RESET

#BIT5 ,MMR3

MOV

#177406 R0

BPL
ADD
TST
BMI
CLR

2%
#8IT13,R1
(RO)
1%
PC

MOV
MOV
MOV
1sT8

R1,4(ROS
#177400, (RO)
#5,-(ROS
(RO

:FLUSH OUT DBE'S

sTURN OFF MEMORY MANAGEMENT
;1S THIS AN 11744 OR 11/24?

;TURN OFF THE UNIBUS MAP

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

BOOTSTRAP ROUTINE

26~APR-82 09:41

HALT PROGRAM

L #SUBTEST

12023 047632

004737

12025 047652
12026 047654
12027 047656

000777

12028 047660
}gggg 047664

000000
000137

.'Qtttttt'ttttttttttt'tttttttttttttttti.ttt.tttttt'Qtt"QQQt'QQ'QtQ""Q"Q"'Q'

047664

EXIT2:

SHUTUP: SUBTST

<<SHUTDOWN DIAGNOSTIC>>

“«SUBTEST

SHUTDOWN DIAGNOSTIC

tt'tttttttttttttt'.ttt't"'tttttt.ttttttttt.ttttitt.ttttttttt'tt'.tQ'.tt"'tt't

tttt.ttltttttttttttttt"t'tttttltt..t.ltttttQ.ttttttttttltttt..ttt.tt"ttttttt'

;INITIALIZE ALL CSR'S

12032

*UNRELOCATE

SFLUSH OUT DBE'S

12034

*RESTORE LOADERS

12035

“TURN OFF MEMORY MANAGEMENT
SUNMAP THE UNIBUS MAP

12036
12037

TRAP ON DOUBLE BIT ERRORS (NORMAL)
ECCINIT
IF RLFLAG IS TRUE THEN SCALL UNRELOCATE

12041 047664 104472
12042 047666
12044 047706

004737

024566

12046 047712
12047 047716

012700
013701

000001
002562

12049 047726

104421

15048 047722

12050 047730
12051 047734

12052 047736

}gggg 047744

004737

005737
001003

042737

000207

IF QUICK IS FALSE

CALL

MOV
MOV

046410

#1,R0
LOADHOME ,R1

:DESTINATION BANK
*SOURCE BANK

CALL

BANKMOV

172516

N02281T

BIC

#81TS,MMR3

BNE
18:

RETURN

sTURN OFF MEMORY MANAGEMENT

‘DOES THIS PDP-11 HAVE 22-8IT ADDR?
‘BRANCH IF NOT

sTURN OFF UNIBUS MAP

APTDOWN:SUBTST

<<APT SHUTDOWN SEQUENCE>>

S «SUBTEST

APT SHUTDOWN SEQUENCE

tttttttttttttttttttttttttlttlt.tttt!ttfitt.tltlQtttitt'QQttttttttfi't'.t'ttt't.'t

12059 047746

ttttttttt'ttt.tt.ttt't't'tttltttfit'.tt'tt.t..t'.t.Qtttt.tt'.t't't'ttlt'ttt't'tt

)

12060 047762

12061 047770 012737 04774 060024
12062 047776 012737 000340 060026
12065 050014

;FLUSH OUT DBE'S

DEENERGIZE

002450
000040

MT0030

END ;OF IF QUICK

12058 047746

12063 050004
12064 050012

SHU

IF APTFLAG xs TRUE OR ACTFLAG IS TRUE

BR
ELSE
SEXHALT: HALT

12033

12045 047712

CALL.

START
JMP
END ;OF IF APTFLAG

003654

12031 047664

12043 047700

SEQ 0312

PAGE 377

SUBTST <<HALT PROGRAM>>
EXIT:
ttttt'ttt'tttttttttttt'"'Qtttttttttttt.tttt.'ttttttttt't'Qt.t'."t'.."."""

12022 047632

12024 047636

012737
104417
000000

000000

127746

MAP

MOV
MOV

#3640 FIRST+26

SUPERVISOR SPACE (TEST AREA) TO BANK #0

TESTAREA#APTDOWN,FIRST+2{ENTER TESTMODE

MOV
KERNEL

APTHLT: HALT

#0.F IRST+APTDOWN

:ENTER KERNEL MODE

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

APT SHUTDOWN SEQUENCE

26-APR-82 09:41
SUBTST

12068 050016

PAGE 379

SEQ 0313

<<BLOCK MOVE SUBROUTINE>>

:ttfitttttttt...tt.'t'tt"'i'tttt.tttt.'t.'.t."Q'tt'..'."'..'.."'Q'Q"...'t."

BLOCK MOVE SUBROUTINE

s*SUBTEST

;t'tt'ttt't.QQ.Q.Q'QQ.QQ'!"'.QQ..QQQ..ttt.fi.'Q.t.t't.'t'.'.."'.t"'.t'.."’."

;BLOCK3 HAS 3 ARGUEMENTS
:BLOCK2 HAS 2 ARGUEMENTS
:BLOCKT HAS 1 ARGUEMENTS

EeLL ARE gaLLED BY THE BMOV MACRO
NABL

12074

12075 050016
12076 050024
12077 050030
120;3 050034
120
12080 050036
12081 050044
12082 050050
12083
12084 050052
12087 050064
1¢v
¢J88
12089 050066
12090 050070

12091 050072
12092 050100
12093

177640
000020

000020

BLOCK1: PUSH
Mov
MOV

B8R

BLOCK2: PUSH
MOV

B8R

RO,R1,R2

#FASTCITY,R2
#16. R

RO R1,R2

” 6. .R1

BLOCK3: PUSH

RO,.R1,R2

MOV
MOV

(RS)+.R2
(RS) +,RO

2%:
3s:
18:

Moy

MOV
S08

POP
RTS

.DSABL

+ _R1
(R§)

(RO)+,(R2)+
1,18
R1,
R2,R1.R0

RS
LS8

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

FIELD SERVICE MODE

26-APR-82 09:41
.SBTTL

12095
12096

SEQ 0314

PAGE 380

FIELD SERVICE MODE

SUBTST
FIELDSER:VICE

12097 050102

<<SUBR

FIELD SERVICE COMMAND MODE>>

RNNOLE
ANA
NNNSNAANARNNA
AAAA
ANERARNRCANAC
EANR
RARRRAANAAANA
ANAR
AN CRERRRANRAAAN
CANRAENR

SUBR

L eSUBTEST

FIELD SERVICE COMMAND MOD

:tt.ttlt.tttt..tttttQtt""'Qtitt...tttt.t".'t'.Q..t..'.ttt""..'.'...""..t.

12101 050110
12102 050124
12103 050130
12104 050132
12105 050134
12106 050134
12167 050140
12108 050142
12109 050146
12110 050156
12111 050160
12112 050166
12113 050172
12114 050174
12115 050176
12116 050202
12117 050204
12118 050210
12119 050212
12120 050222
12121 050224
12122 050226
12123 050230
12124 050232
12125 050234
12126 050236
12127 050240
12128 050242
12129 050244
12130 050246
12131 050250
12132 05025¢
12133 050254

12134 050256
12139 050260
12140 050262
12141 050264
12142 050266
12143 050270
12144 050276

SAVREG
TYPE

1046415

RESREG

000207
002540
18:

104424

FS1:

104414

020027
101403

;FIELD SERVICE COMMAND MODE

IF RLFLAG IS TRUE OR NOFSMODE IS TRUE
MSG048
TYPE
sNOT AVAILABLE NOW - TRY LATER!

104416

005737
001402

MSG020

RETURN
END ;OF IF RLFLAG
CACHKN
TST
18
BEQ
PUSH
CONTRL
PUSH
CSRNO,KAMIKAZE
CACHOFF

SET
TYPE

RDDEC

K AMIKAZE

rnSG026

POP

000022

Rg.l18.

TYPE

MSG021

8LOS

18:

CMP

sSAVE CACHE STATUS

;SAVE CSR & KAMIKAZE STATUS

sTURN CACHE OFF

2 COMMAND:
;READ A DECIMAL NUMBER

;COMMAND ==> RO

12098 050102
12099 050104
12100

CASE RO
FSCMDO
FSCMD1
FSCMD2
FSCMD3

FS1

FSCMD4
FSCMD5
FSCMD6

FSCMD?7
FSCMD8
FSCMD9
FCMD10
FCMD11
FCMD1?2

FCMD13

FCMD14

FCMD15

FCMD16

FCMD17
FCMD18
END ;OF CASE
FS1
BR

sEXIT FIELD SERVICE COMMANDS
JREAD CSR

;LOAD CSR
;EXAMINE MEMORY
:MODIFY MEMORY

sSELECT BANK & PATTERN
:TYPE CONFIGURATION MAP
:SOB=-A-LONG TEST
sERROR SUMMARY
sREFRESH TEST
sSET FILL COUNT
;ENTER KAMIKAZE MODE
SEXIT KAMIKAZE MODE
sTURN CACHE OFF
sTURN CACHE ON

STEST ONLY SELECTED BANKS
sRESUME TESTING ALL BANKS
sENABLE TRACE
;DISABLE TRACE

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

FIELD SERVICE COMMAND MODE

12147 050300

26-APR-82 09:41

SEQ 0315

PAGE 382

FSCMDO: SUBTST

<<COMMAND 0

EXIT>>

eSUBTEST

COMMAND 0

EXIT

CRARERENNNARARANR RN RN

AN RO RRARNARNANAANRRAAN AN RAANANRRARRARARANCAAAARERRACEES

:'tt.tltt.tttt'.ttittt'"t"'..tttttt.tt..QQ'.tt.".".'tttfi'."tt."..t'."""

12148 050300
12149 050304
12150 050310
12151 050316
12152 050322
12153 050326
12154 050330
.2155 050334
12156 050334
12157 050340
12158 050344
12159 050346
12160 050356
12161 050362
12162 050364
12163 050370
12164 050372
12165 050376
12166 050376
12167 050400
12168
12169 050402

062706

000002

062706

000002
002006

005037

TYPE
MSG103
#2,SP
ADD
IF SKIPKAMI IS TRUE

;LEAVING FIELD SERVICE MODE

ADD

#2,SP

:THROW AWAY OLD KAMIKAZE FLAG

POP

KAMIKAZE

sRESTORE OLD KAMIKAZE FLAG

ELg%R

SKIPKAM]

END ;OF IF SKIPKAMI

005737
001414

002540

062706

000002

005737
001402

002540

POP
TST

BEQ

000207

RESO

;1F CACHE 1S OFF
;THROW AWAY CACHE STATUS

IF CACHKN_EQ CACHKF
#2,SP
Elggb
TST

RESO:

126416

CSRNO
CACHKN

CACHKN

RESO
BfQ
POP
CONTRL
END ;OF IF CACHKN

SRESTORE CACHE STATUS

RESREG
RETURN

FSCMD1: SUBTST

<<FS

COMMAND 1

READ CSR>>

;*SUBTEST

COMMAND 1

READ CSR

:'tt"t'ttt.ttttlt....."'t'ttQttQfil.QttQ'.Qtt"..'..t't.."Qt.'t"'t"t"'t't't

:QQ'QQ'QQQQtt.'...t.t.""'t'.l'ttttt'fi..t.'.fi.tt'.t.tttfi".t'ttt'.."tt'ttt..t.

12170 050402
12171 050406
12172 050412
12173 050420

004737
010637

SET4

104426

READCSR

104026

ERROR

12174 050422
12175 050430
12176 050432
12177 050454
12178 050456
12179 050462

000207

12181 050510

000207

12180 050466

CALL
MOV

053674
002302

013706

SET

sg%aRN
002302

RES1:

TYPE

MOV

RES4

RETURN

WHICHCSR
SP,FSSTACK

#RES?

NOERROR

;TRAPS TO 4 GOTO RES1

+26

;USF_ERROR ROUTINE FOR PRINTOUT

MSG025

sTHIS CSR DOES NOT EXIST

FSSTACK,SP

sRESET TRAPS TO & TO DEFAULT

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 1

READ CSR

12184 050512

12185 050512
12186 050516
12187 050522
12183 (50530
12189 050532
12190 050536
12191 050544
12192 050546
12193 050570
12194 050574
12195 050576
12196 050602
12197 050604

12198 050606

12199 050612
12200 050620
12201 050622
12202 050624
12203 050630
12204 050634
12205 050656

26-APR-82 09:41

SEQ 0316

PAGE 384

FSCMD2: SUBTST

<<FS§

COMMAND 2

LOAD CSR>>

*«SUBTEST

COMMAND 2

LOAD CSR

AR ANENRRANNARRAANARN AR AR ERARNANRANRAAAANRRAANANRAAAARAANARNAAARCRAGARANORNNOD

004737

010637

053674
002302

:'tttltttittttttti'.fiit"'t"'tt.tttttttt".ttlt.'tt'.ttfittt't."Q".'Q.'Q".".

CALL
MOV

SET4

READCSR

104426

TYPE

SET

ERROR

104026

RES4
TYPE
RDOCT
POP

104413

LOADCSR

104425
106426

READCSR

000207

013706
000207

002302

RES2:

MRES2

#~G027
NOERROR

+26

MSG023

CSR

;TRAPS TO 4 GOTO RES2
;USE ERROR ROUTINE FOR PRINTOUT

RESET TRAPS TO 4 70 DEFAULT
*FIRST CSR WORD
*READ AN OCTAL NUMBER
*PUT IN IN LOC ‘‘CSRTM

TYPE
SET

MSG028
NOERROR

+26

;USE FOR PRINTOUT = NOT AN ERROR

TYPE
MOV
RES4

MSGO2S
FSSTACK,SP

;THIS CSR DOES NOT EXIST

ERROR

104026

WHICHCSR
SP,FSSTACK

RETURN

;RESET TRAPS TO 4 TO DEFAULT

CZMSPAQ MS11-L/M/P MEMOR Y DIAG. RHACRO M1113
FS
COMMAND 2
LOAD (S
12208 050660

26~-APR-82 09:41

SE@ 0317

PAGE 386

FSCMD3: SUBTST

<<FS

COMMAND 3

EXAMINE MEMORY>>

s *SUBTEST

COMMAND 3

EXAMINE MEMORY

Ll L bbb

LA L L AL LR A LA L LA L DL

000002

18:
065140

BANK ,NOPAR ,PARTHERE , 4

TYPE

MSG029

*EXAMINE MEMORY

$HIOCT,BANK

*READ OCTAL NUMBER ONTO STACK & SHIOCT
SPUT MSB'S IN BANK
*PUT LSB'S IN RO

002100

TYPE

RDOCT
MOV
POP

b e

cLe

ROL

002100

o
~
~
~N

051046

002300

MSGO31
RO

CMP

BANK,LASTBANK

P
BHI
MOV
SET4
MAP

#81T0,R0
18
RO,WLAST
18
#38 PARTHERE
#4S
BANK

MOV

(RO) ,R1

TYPOCS

TYPE

MSGO32

;PARITY ABORT

ADD
TYPE
BR

#6,SP
MSGO33
EXCMD3

SFIX STACK
STIMEOUT TRAP

KERNEL

44 051066

104417

062706

0 051054
41 051060
4% 051064

000405

000400

000207

38:
000004

48:

*PHYSICAL ADDRESS (0-17775776)2?

18
#FIRST,RO

TESTAREA

000410

;INDICATE PARITY ACTION

BANK

8GT
ADD
BIT
BNE

157776

#2 ,NOPAR

ROL
cLe

ROR

002552

060000
000001
L=

NN PIN) b

S NN
V0~

PUSH

MOV

002074

SHRURLSE V00 ~NOWN S NN =0O VNV

e o

104413
013737

2245 051070
2246 051110
2247 051132

— b e

012737

UWN=O

0700

D ed b cmd =d b ad = b d_.—l-ld—.—.ddd-‘—.—l-‘d—‘—.—.dd—l-‘—.—.dd

NN NN
Ao NIRIN N AN N ANNANINININININI
NN AL NININ NP
NI NN NN NININY
RPN NN AN
PONIRIND NNAINIPNIN

;ttttttttt.tt'.t.fi.tt."itttiifitttt'..'tfit'.t.ttt'tt'tt'."'tttttt"'t"ttttt.t'

EXCMD3: KERNEL
POP

RES4

RETURN

;CHECK FOR BANK TOO HIGH

*BRANCH IF TRUE

:CHECK FOR ODD ADDRESS
*BRANCH IF ODD ADDRESS
*CHECK FOR ADDRESS OVER 16K
‘BRANCH IF OVER 16K
:INCASE OF ABORTS
STRAPS T0 4 GOTO 4$
:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

;ENTER TEST MODE

;ENTER KERNEL MODE

EXCMD3
EXCMD3

;ENTER KERNEL MODE

4 ,PARTHERE ,NOPAR , BANK

SRESET TRAPS TO 4 TO DEFAULT

19
CZ MSPAQ MS11-L/M/P MEMOR Y DIAG. MACRO M1113

COMMAND 3

EXAMINE MEMORY

26-APR-82 09:41

FSCMD4: SUBTST

12250 051134

CRRANNN AR

S «SUBTEST

SEQ 0318

PAGE 388

<<FS

COMMAND 4

MODIFY MEMORY>>

COMMAND &

MODIFY MEMORY

N ARNNAN R RN RN RN AN

R R AR RANRNARANNANNERANNRAEARARRNANANNAARANERASOAAOON

:tttttttttttt'tttttt.'t"'tt't.'tttttfit.ttttfi.ttt'ttt'tt'tttttt.t.ttttt't'ttttt.

12251 051134
12252 05115¢4
12253 051162
12254 051166
12255 051172
12256 051174
12257 051202
12258 051204
12259 051206
12260 051210
12261 051214

12262 051216

12263 051220
12264 051230
12265 051234
12266 051242
12267 051250
12268 051256
12269 051264
12270 051300
12271 051302
12272 051310
12273
12274 051312
12275 051314

12276
12277 051316
12278 051322
12279

12280 051324
12281 051330
12282 051334
12283
12284 051336
12285 051342
12286 051350
12287 051354
12288 051356
12289 251360
12290 051366
12291 051370
12292 051372
12293 051374
12294 051400
12295
12296 051406
12297 051410
12298 051430
12299 051452

012737
104413

013737

00C003

18:
065140

4
BANK,NOPAR,PARTHERE

TYPE

MSG036

TYPE

RDOCT

MOV

002100

POP
cLe

000241

ROL

ROL
CLC

002100

006000

062700

060000

012737

051316

#3 ,NOPAR

MSG031

:PHYSICAL ADDRESS (0-17775776)2?

$SHIOCT,BANK

SPUT MSB'S IN BANK

002300

*PUT LSB'S IN RO

BANK

ROR

ADD

RO
#FIRST

SET4

MAP

;CHECK FOR BANK TOO HIGH

#4$

BANK

:TRAPS TO 4 GOTO 4$

sMAP SUPERVISOR SPACE (TEST AREA) TO BANK

INVAL IDATE
TESTAREA
(RO) .R1
MOV

:ENTER TEST MODE

KERNEL

:ENTER KERNEL MODE

:GETTING HERE MEANS WE GOT LUCKY = NO TRAPS

006410

000431
000004

38:

TYPE
BR

MSGO32
EXCMD4

48:

ADD
TYPE

#6,SP
MSGO33

TYPE
TYPOCS
TYPE
RDOCT
POP

MSGO37
RI1
MSGO39

MOV

R1, (RO)

TYPE
TYPOCS

MSGO38
R1

B8R

000424

EXCMD4&

TESTAREA

MOV
KERNEL

000207

*READ OCTAL NUMBER ONTO STACK & SHIOCT

IF #8ITO SET.IN RO THEN GOTO 18 ;CHECK FOR ODD ADDRESS
*CHECK FOR ADDRESS OVER 16K
IF RO HI #LAST THEN GOTO 1$
*INCASE OF ABORTS
#3$ . PARTHERE
MoV

011001

106417

:INDICATE PARITY ACTION

‘MODIFY MEMORY

IF BANK GT LASTBANK THEN GOTO 18

104511

062706

PUSH

]

002074

EXCMD4: KERNEL
POP

RES4

RETURN

(rO) .R1

:PARITY ABORT
CEXIT
SFIX STACK
:TIMEOUT TRAP

JEXIT

:0LD DATA WAS
SPRINT IT
S INPUT NEW DATA
*READ ON OCTAL NUMBER ONTO THE STACK
*GET NEW NUMBER

:ENTER TEST MODE
sPUT IT IN MEMORY
“READ 1T AGAIN
;ENTER KERNEL MODE
SDATA IS NOW
SPRINT IT

:ENTER KERNEL MODE

& ,PARTHERE ,NOPAR , BANK

CRESET TRAPS TO & TO DEFAULT

IMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
COMMAND &

MODIFY MEMORY

12302 051454

<<FS

COMMAND 5

SELECT BANK & PATTERN>>

L eSUBTEST

COMMAND S

SELECT BANK £ PATTERN

:ttttt"t'tt.'tt.l.t'tt"'lttt't'.t't..fi.t....ltttt.'t.t.'t".tt."'i.'..'t""'

PUSH

MOV
18:

104413
013701
006301
006301

2s:

104413

12331 051640

12332 051642

12333 051646

12334 051654

12335 051660

12336 051664

104511

004737
000137

002150

12340 051702
12341 051706
12342 051712

072227
016203
072327

000002
002650
177770

sPATTERN(0=45)?
sREAD AN OCTAL NUMBER ONTO THE STACK

12344 051722
12345 051724
12346 051730
12347 051736

006303
010337
012737
012737

013702

002100

017700
042737
052777

002150
052274
000340

130660
000200
000100

12352

12353 051764

12354 052000 013701

006301

002100

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

CALL

E XBANK

sSET NEW MARGINS

MSGO49

;BANK REQUIRES RELOCATION

JMP CMD5C

TYPE
MoV

MSGO46
CSRNO, SAVCSR

;TO ESCAPE TYPE ANY KEY!
:SAVE OLD CSR NUMBER

ASH
MoV
ASH

#2,R
,R3
CONFIG(R2)
#-10.R3

sGENERATE INDEX INTO CONFIGURATION TABLE
;R3 = LOW WORD OF CONFIGURATION TABLE FOR THIS BANK
;POSITION CSR CODE IN BITS 0-3

R3
R3,CSRNO
#CMD5C, TKVEC
#340,TKVEC+2

sADJUST CSR NUMBER
H

MOV

8IC

000060
000062

177776
130642

sPATTERN O DATA IS?
sREAD AN OCTAL NUMBER ONTO THE STACK
sPUT JT IN R2

BANK

END ;OF IF RRFLAG

002152

sPUT IT IN PATTERN
;CHECK FOR PATTERN TO HIGH

MAP

TYPE

12343 051716 042703 177760

12355 052004

MSG042

IF RRFLAG IS TRUE

052274

013,37

12348 051744
12349 051750
}5%2? 051756

TYPE
RDOCT

INVALIDATE

047020

12337 051664
12338 051670
12339 051676

:BANK NOT ACCESSABLE

END ;OF IF

18329

;CHECK FOR BANK TOO HIGH

MSGO41

PATTERN
POP
IF PATTERN GT #47 THEN GOTO 28
IF PATTERN EQ _#0
TYPE MSG043
RDOCT
R2
POP

104413

sPUT IT IN BANK

TYPE

GOTO 18
END ;OF IF

12327 0516264

12330 051624

BANK

BANK,R1
MoV
R1
ASL
R1
ASL
IF CPUBIT OFF.IN CONFIG(R1)

002100

12316 051562
}sg}g 051564

12321 051572
12322 051576
12323 051606
12324 051614
12325 051620
12326 051622

, TKVE(+2
,PCBUMP, TKVEC,
ATTERN
TESTADD
BANK,P
;SAVE LAST GOOD STACK POINTER
SP,FSSTACK
sSELECT BANK & PATTERN TEST
MSG040
sBANK(0-177)?
MSG030
JREAD AN OCTAL NUMBER ONTO THE STACK

IF BANK GT LASTBANK THEN GOTO 18

12315 051556

12319 051564
12320 051570

TYPE
TYPE
RDOCT
POP

}%g?g 051526
12311 051536
12312 051542
12313 051544
12314 051546

PAGE 390

C
NONOOS
NRNE
ANONONANRACA
NANA
ARNARAEARRARANAAANRONARA
ANRANARNRANRRNRA
NRRA
TARARNRAAL

12303 051454

12308 051522

SEQ 0319

FSCMDS: SUBTST

12304 051504 010637 002302
12305 051510
12306 051514
12307 051520

26-APR-82 09:41

ASL
MOV
MoV
MoV

MoV
8IC
8IS
SET

MoV
ASL

BANK R2

#-C17,R3

a37kB,R0
#8117,PSW
#8176,387KS
HEADER MUT

BANK ,Rf
R1

sCLEAR ALL BUT THE CSR CODE

JKILL ANY OLD INTERRUPT
;LOWER CPU PRIORITY TO 140
;ENABLE KEYBOARD INTERRUPTS

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND S

SELECT BANK & PATTERN

12356 052006
12357 052010
12358 052014
12359 052020

006301
005037
005037
012737

002236
002262
060000

12362 052044
12363 052050

005237

002236

012737

120000

12360 052026
12361 052034

12364 052064

12365 052072
12366 052072

12367 052102

12368 052104
12369 052106

012737

104502

12373 052120
12374 052126

012737
012737

12375 052134
12376 052140
12377 052142
12378 052146

}%ggg 052152

013700
006300
004770
005037

000712

12381 052154
12382 052156
12383 052160

020700
020760
021100

12387 052170
12388 052172
12389 052176
12390 052176
12391 052200
12392 052202
12393 052204
12394 052206
12395 052210
12396 052212
12397 052214
12398 052216
12399 052220
12400 052222
12401 0522264
12402 052226
12403 052230
12404 052232
12405 052234
12406 052236
12407 052240
12408 052242
12409 052244
12610 052246
12411 052250
12412 052252

021750
022004
022046
022102
022160

12384 052162
12385 052164
12385 052166

ASL
CLR
CLR
MOV

002406

021240
021472
021614

022264
022350
022440
022516
022574
022616
022706
023160
023212
23256
023522
023600

024102
024566
025070
025260
025612
026000

026152
026264
026336

PAGE 390-1

R1
SPLTCSR
PASFLG
#FIRST,TESTADD

INC
MAP

MOV

002410

SPLTCSR
BANK

#120000, TESTADD+2

END; OF IF #8ITi2

IF #SW0 SET.IN @SwR

ECCDIS

ELSE
PUSH

CLRCSR

000002
000002

002110

SEQ 0320

#FIRST+2, TESTADD+2
MOV
IF #81T12 SET.IN CONFIG+2(R1)

002410

104470

12370 052112

12371 052114
12372 052120

060002

26-APR-82 09:41

CSRNO

CSRNO
POP
END ;OF IF

002074
002322

002074

FSPAT:

;CLEAR CSRS

MOV
MOV

#2 ,NOPAR
#2.PCBUMP

:PARITY ACTION
*TRAPS ADD 2 TO PC

CMDSB

:LOOP TILL KEYBOARD INTERRUPT

MOV
ASL
CALL
CLR

052154

:DISABLE ERROP CORRECTION

MT0000
MT0001
MT0002

MT0003
MT000%¢
MT0005

PATTERN,RO
RO
@FSPAT(RO)
NOPAR

;<1 SEC
;<1 SEC
:<1 SEC

. 1 SEC
: 1 SEC
- 1 SEC

MT0006 :<1 SEC
M10007 :<1 SEC
MT0010 :<1 SEC
MT0011 :<2 SEC
MT0012 <1 SEC
MT0013 : 1 SEC
MT001%4 - 1 SEC
MT001S : 1 SEC
MT0016 :<1 SEC
MT0017 <1 SEC
MT0020 - 1 SEC
MT0021 : 1 SEC
MT0022 :10 SEC
MT0023 :10 SEC
MT002% :20 SEC
MT0025 :<1 SEC
MT0026 :<1 SEC
M10027 : 1 SEC
MT0030 : 1 SEC
MT0031 : 3 SEC
nroos§ 1<l SEC
:35 SEC
MT0033
M1003%4 : 1 SEC
MT0035 :<1 SEC
M10036 : 1 SEC
MT0037 :<1 SEC

DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST

3 XOR 9 WORST CASE NOISE TEST
ROTATING ZEROS TEST
ROTATING ONES TEST
INITIAL DATA TEST
ADDRESS BIT TEST
BYTE ADDRESSING TEST
CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
BASIC DOUBLE BIT ERROR TEST
WRITE INHIBIT OF BYTE WITH DBE
WRITE INHIBIT OF WORD WITH DBE
HOLDING 1°'S & 0°'S TEST
SYNDROMES TO CSR ON SBE TEST
MARCHING 0°'S & 1°S TEST
REFRESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TEST
INTERRUPT ENABLE TEST
DATA TEST
RANDOM
UNIQUE BANK TEST
FLUSH OUT DBE'S TEST
SOB~A~LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST

WORST CASE NOISE PARITY TEST
CORRECTION CODE TEST
ECC DISABLE TEST

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 5

SELECT BANK & PATTERN

26-APR-82 09:41

MT0040
M70041
HT004§
MT0043
MT0044
M70045
MT0046
MT0047

12413 052256 026606
12414 052256 026406
12415 052260 026450
12416 052262 026514
12417 052264 026554
12618 052266 026614
12419 052270 0266564
}gzg? 052272 026714
126422 052276

013706

002302

12423 052300 062777 000100 130320
12424 052306
12425 052316 117700 130306
12426 052322
12427 052332

12428 052342

12429 052356

12430 052362

12431 052370

004737

013737
000207

047020

002152

002150

CMD5C:

MOV

BIC
POP
Move

SEQ 0321

PAGE 390-2

. 1 SEC
. 1 SEC
:<1 SEC
. 1 SEC
; 1 SEC
1 SEC
. 1 SEC
;<1 SEC
FSSTACK,SP

#8176,38TKS
TKVEC+2, TKVEC
asTkB R0

NO WRITE ABORT WITH ECC DISABLED TEST
ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
EXTENDED UNIBUS ADDRESS TEST
WRITE BYTE CLEARS SBE TEST
SHIFTING 1/0°S THROUGH THE CHECK BITS
SYNDROMES TO CSR ON DBE TEST
CHECK SINGLE BIT ERROR WITH ECC DISABLED TEST
NO CSR UPDATE WITH SBE ON DBE TEST
sRECOVER OLD STACK POINTER

;GET CHARACTER TO GET RID OF FLAG

POP
POP
MAP

PCBUMP, TESTADD
PATTERN,BANK
BANK

sREMAP OLD BAINK

MOV

SAVCSR,CSRNO

;RESTORE CSRNO.

CALL

RETURN

EXBANK

n9
€2 MSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 5

SELECT BANK & PATTERN

12433 052372

124 34 052372
124 35 052376
12436

26-APR-82 09:41

SEQ 0322

PAGE 391

FSCMD6: SUBTST

<<FS

COMMAND 6

TYPE CONFIGURATION MAP>>

s *SUBTEST

COMMAND 6

TYPE CONFIGURATION MAP

:tttttttttttttitttitttt't'tttttttQtQitttttttt'tttttttttttfi..tttttttt'.t"'t't't.

004737
000207

041352

:ttttttttttt'tttittt*i'tt'ttt'tfitttt.ttlQt.fittttittfi'itttttttt't"'tttt'tt'tttt'

CALL
RETURN

PCONFIG

CZHSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
COMMAND 6

12439 052400
12440 052400
12441 052424

}522% 052430

12444 0526434

FSCMD7: SUBTST

<<FS

COMMAND 7

S08-A=LONG TEST>>

t+SUBTEST

COMMAND 7

S08-A-LONG TEST

tttttttttttttttttttttt"tttttt'tttttttttttttitttttttttttttttttttttt'ttttttttttt

010637
104470

12447 052450

104502

12448 052452

PUSH
MOV

002302

TYPE

12452 052462

012737

052777

052606

12463 052542
12464 052556
12465 052560
12466 052564
12467 052564

;CLEAR CSRS

000100

TYPE'

MSGOS6

;BELL= EACH PASS COMPLETE

TYPE

MSG046

:TO ESCAPE TYPE ANY KEY!

MOV
8IC

#340, TKVEC+2
as$TKB,RO
#BIT?.PSU

;KILL ANY OLD INTERRUPT

BIS

130110

SET
004737

047020

104511
004737

025070

CMD7B:

002302

12473 052620
12474 052624

117700

130004

12476 052664
12477 052670

004737
000207

12472 052612 042777 000100 130006
047020

;LOWER CPU PRIORITY TO 140

*ENABLE KEYBOARD INTERRUPTS

HEADER,MUT

FOR BANK := #0 TO LASTBANK
CALL EXBANK

TYPE'

$BELL

MOV

FSSTACK,SP

MOVB
POP

a$TKB.RO
:READ CHAR TO KILL FLAG
NOPAR, TKVEC+2,TKVEC ,PATTERN ,BANK

GOTO

013706

#81T6.38TKS

END ;OF IF ACFLAG
END ;OF FOR BANK

35468 052604

12471 052606

#CMD7C, TKVEC

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
INVALIDATE
CALL MT0031

12468 052600

12475 052650

CLRCSR

MOV

12458

12462 052536

:DISABLE ERROR CORRECTION

MOV

000060

:SOB-A-LONG TEST

ECCPIS

END ;OF IF

}5423 052516

12461 052532

MSGOSS

ELSE

12453 052470 012737 000340 000062
12454 052476 017700 130126
12455 052502 042737 000200 177776
}gzgg 052510

BANK,PATTERN,TKVEC, TKVEC+2,NOPAR
SAVE LAST GOOD STACK POINTER
SP,FSSTACK

IF #SW0 SET.IN @SWR

}%zgg 052452

12451 052456

PAGE 393

tttttttttttttttttttttttttttttttttfiltttQttttttttttttttttttttttttt't'tttttt"tttt

12445 052444

12446 052446

26-APR-82 09:41

TYPE CONFIGURATION MAP

SEQ 0323

CMD7C:

BIC

MAP

CALL
RETURN

CMp78

#8176, a8TKS

BANK

EXBANK

:RING BELL

:RECOVER OLD STACK POINTER

HAP SUPERVISOR SPACE (TEST AREA) TO BANK

e 10
CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
SOB-A-LONG TEST
FS
COMMAND 7

12480 052672

26~APR-82 09:41

SEQ 0324

PAGE 395

FSCMD8: SUBTST

<<FS

COMMAND 8

< #SUBTEST

COMMAND 8

ERROR SUMMARY>>

AAN
AR ARRARRVCANS
ARARANANRA
VANV ACNNAVNNNR
CRRARARNARRAANRAAARANECERACANRAANRRNARNA

:tttttttttt.ttttt'tQ!t"t"t"tQtt'..ttQtQQ.'Q'.'..".'......Q....Q'Q...'.Q"'Q.

12481 052672
12482 052704
12483 052712
12484 052716
12485 052724
12486 052730
12487 052736
12488 052742
12489 052750
12490 052754
12491 052760
12492 052764
12493 052770
1249 052776

013737
005337

005037

002330

013703
070327

002100
000004

PUSH

RO,R2,R3,BANK

. TEMP
$PASS
TEMP
TEMP

MOV
DEC
TYPDEC

MSG12S
TYPE
TYPDEC SERTTL
MSG079
TYPE
IF SERTTL NE #0
SUCCESS
CLR
FOR BANK := #0 TO LASTBANK
MOV BANK R3

:PASSES COMPLETED

;ERROR(S) DETECTED

MUL #4,RS$

1FB_CONF1G+2(R3) NE #0

IF _SUCCESS IS FALSE
TYPE
MSG076
:BANK
SET SUCCESS
END ;OF IF SUCCESS
BANK,3
TYPOCS
,RO
CONF1G+2(R3)
Movse
#4C377,R0
8IC
TYPDEC
RO
SCRLF
TYPE

12495 053004
12496 053010
12497 053016

12498 053016
12499 053026
12500 053032
12501 053036
12502 053042
12503 053046
12504 053046
12505 053062
12506 053062
12507 053074

065646
002430

002430

END ;OF IFB CONFIG(R3)

END ;OF FOR BANK

000207

END ;OF IF SERTTL
BANK,R3,R2,RO
POP
RETURN

ERRORS

c10
(Z MSPAQ MS11-L/M/P MEMOR Y

COMMAND 8

DIAG. MACRO M1113

ERROR SUMMARY

FSCMD9: SUBTST

12510 053076

12511 053076
12512 053122
12513 053126
12514

12515 053132
12516 053142

12517 053144
12518 053146
12519 053150
12520 053150
12521
12522 053154

12534 053254
12535 053256
12536 053262
12537 053262
12538 053276
12539 053302
12540
12541 053304
12542 053310
12543 053316
125644 053322
12545 053346
12546 053362
12547 053366
12548

SEQ 0325

PAGE 397

<«FS

COMMAND 9

REFRESH TEST>>

CRRARNNNNARRNAARRARRANRRRANAANRNNRNRRNANARRAANRARARAANRRANRRACARARANRARNRCORNACOONES
REFRESH TEST
FS
COMMAND 9
L «SUBTEST
:ttttttttttt.t.ttttt.'t"'t'ttt.ttQtttfittttittt.Qtt.Q'Qt"..t".Q"Q.Q'.'..'.'.'

010637

PUSH

AR
,
TKVEC+2,NOP
TERN
TKVEC,
BANK ,PAT

TYPE

MSGO73

002302

IF #SW0 SET.IN @SWR

ELEECDIS

CLRCSR

1064502

END ;OF IF

053304

000100

104511

004737

013706
062777
117700

004737
000207

CMD98B:

047020

TYPE

MSG046

:TO ESCAPE TYPE ANY KEY!

Mov
MOV

#3640, TKVEC+2
8$TkB,R0

sKILL ANY OLD INTERRUPT

047020

#CMDOC, TKVEC

#8177 ,PSW
#8IT6,38TKS

sLOWER CPU PRIORITY TO 140
;ENABLE KEYBOARD INTERRUPTS

HEADER ,MUT

FOR BANK := #0 TO LASTBANK
CALL EXBANK

IF ACFLAG IS TRUE AND RRFLAG 1S FALSE
INVALIDATE

CALL MT0022

023160

002302
000100
127306

sCLEAR CSRS

sBELL = EACH PASS COMPLETE

8IC
BIS

177776
127412

;DISABLE ERROR CORRECTION

MSG056

MOV

000060
000062

;SAVE LAST GOOD STACK POINTER

sREFRESH TEST

TYPE

SET
004737

SP,FSSTACK

MOV

104470

12523 053160

12524 053166
12525 053174
12526 053200
12527 053206
12528
12529 053214
12530
12531 053230
12532 053234
12533 053240

26~APR=-82 09:41

END ;OF IF ACFLAG
END :OF FOR BANK
TYPE
$BELL
CMD98
GOTO

127310

CMD9C:

MOV

BIC

MOVB

POP

MAP

:RING BELL

FSSTACK,SP

:RECOVER OLD STACK POINTER

BANK

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

#B8176,a8TKS
@$TKB.RO
:PEAD CHAR TO KILL FLAG
BANK
NOPAR . TKVEC+2, TKVEC ,PATTERN,

010

CZHSPAO 4511-L/M/P MEMORY DIAG. MACRO M1113
COMMAND 9

REFRESH TEST

SEQ 0326

PAGE 399

FCMD10: SUBTST

<<FS

COMMAND 10

SET FILL COUNT>>

;*SUBTEST

COMMAND 10

SET FILL COUNT

ttt'tt.tttti'tttt't.t""t".fi.tl.ttt.fitt'tt.t.t'tttltfi.ttt..t'tt't'.."""'.'

ttt.'.ttfiQQQQ'.Q...Q*""".Qt.tttQttQtt.'tttttt.tQQQ.Q..Qtt'..fittfi".'tt"".'
PUSH

[V VLIV, IV LV, LV LV, [V, 19,1V ]

[0 30 JV QV, 1V LV IV, 1V, 1,1V ]
=2 OO0
NN
NN

104413
402

042700
110037

177760
002353

HSGO85

POP
8IC

RO
#*C17,RO

move
POP

RETURN

000207

TYPE

RDOCT

FCMD11: SUBTST

sFILL COUNT(OCTAL)?

RO,SFILLS
RO

<<FS$

COMMAND 11

ENTER KAMIKAZE MODE>>

COMMAND 11

ENTER KAMIKAZE MODE

fittttfittttttt.t.t.tttt"'ttt'.QttQt.ttttt'tttt'ttfittttttQttt.t.tttt.'tt"ttt"'

: *SUBTEST

OO0

53416
93422
53436

R AR A R AR RRRRAAARERRREARAA AR TR
sENTERING KAMIKAZE MODE

ANRAR AR
TYPE

AR R AN
MSG101

FCMD12: SUBTST

<<FS

COMMAND 12

EXIT KAMIKAZE MODE>>

;*SUBTEST

COMMAND 12

EXIT KAMIKAZE MODE

VAN RAR AR

C AR OE

gg;URN KAMIKAZE , SKIPKAM]

000207

53440

d
d
e
b
b cd
d
b
- ed

[aS 1, ST ST N1 N1 N1, 81,61, 8], §]

12551 053370

26-APR-82 09:41

Qttt'.t*t'tttt't.Qi'tfi"t't'titti...tittt..tfi.t.ltfifi.tttt'ttttttt.ttttt.'t"!tt

005037

t't.tttttt't.t.Qt.ttttt"'tt't.fittttt'ttt.tt".tfitttttt..t't't..ttttttt't'.'."
;LEAVING KAMIKAZE MODE
MSG102
TYPE
CLR
SET

002004

RETURN

000207

KAMIKAZE
SKIPKAM]

FCMD13: SUBTST

<<FS

COMMAND 13

TURN CACHE OFF>>

: *SUBTEST

COMMAND 13

TURN CACHE OFF

tttt..ttt"tt't'..Qtt'tt'fi"ttfit'fitt.t.titttt'.'ltfitt'tfitit't.t.'fit".tttt'tt"

104424
013737
005037
000207

002540
002540

002542

ttt..fii'fit.tfi.ttt'tttt"'tt...tttttt.ttttttt.t"ttt'tttfi'ttt't'tttfi't"'ttt'tt'
:CACHE 1S OFF
MSG106
TYPE
:TURN CACHE OFF
CACHOFF

MOV

g%?URN

:SAVE OLD CACHE ON STATE

CACHKN,CACHKN+2

:KEEP CACHE OFF

CACHKN

FCMD14: SUBTST

<<FS

COMMAND 14

TURN CACHE ON>>

: *SUBTEST

COMMAND 14

TURN CACHE ON

'ttt."ttttttfitttltttt"tt't.ttttt'tttilttttt.l..ttttlQtQ'ttlt."'tti.t.'t'.'tl

013737
104423

000207

002542

002540

TYPE
MoV

gegngz

MSG107
CACHKN+2,CACHKN

b bbbt iaiekiditrdvtitieiriubdnbiauie

;CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)
:RESTORE OLD CACHE ON STATE
sTURN CACHE ON

E 10

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 14

TURN CACHE ON

12597

12598 053520

12599 053520
12600 053524

12601 053530
12602 053530

12603 053530
12604 053534
12605 053536

26-APR-82 09:41

12610 053556
12611 053560

12612 053566
12613 057570

<<FS

COMMAND 15

TEST ONLY SELECTED BANKS>>

:«SUBTEST

COMMAND 15

TEST ONLY SELECTED BANKS

:tttQttttttttt'ttttt'..'it"'tttttfl.t.tfitQ.tfi'Qi...Q"t"t'ttt.'tt't't"t""."

.'Qttt'tttttfittttt.t.ttttQ"'Qtlt'tfitt.ttQtt'tlttttt'..ttttt"t't.tt'.tt'..'.."'

004737

BEGIN CMD16LOOP
REPEAT

TYPE
RDOCT
POP R1

104413

12620 053610

12622

12623 053614
12624 053620
12625 053622
12626 053624
12627 053626
12628 053634

MSGO30

IF R1 GT #177 OR R1 LT #0

LEAVE CMD16LOOP
END ;OF IF R1
ASL “R1

006301

006301
052761

040000

002652

ASL R
BIS #81T14,CONFIG+2(R1)

END :OF REPEAT
END CMD16LOOP

TYPE

SET
RETURN

000207

12618 053604
12619 053604

;ERASE OLD SELECTIONS

CMD16A

CALL

053614

;ENTER BANKS IN OCTAL =~ USE NUMBER OUTSIDE RANGE TO TERMINAT

MSG105

TYPE

12614 053570

12615 053574
12616 053602

PAGE 400

FCMD15: SUBTST

12606 053540

12607 053552
12608 053554
12609 053554

SEQ 0327

:BANK(0-177)?
*READ AN OCTAL NUMBER ONTO THE STACK
*PUT IT IN R

:R1 <= R1 * &

;ONLY SELECTED BANKS WILL BE TESTED

MSG110

SELONLY

FCMD16: SUBTST

<<FS

COMMAND 16

RESUME TESTING ALL BANKS>>

+«SUBTEST

COMMAND 16

RESUME TESTING ALL BANKS

:ttittfit.'.fi.t.".fi'tt't'tttQttfittfi.lt.ttltQfitt'tlfi'Q't"tt.tQ.t.'.tt.t'..t.t.'.

.'tfitttttt.fifitttfi'tttt"""t.'.itttt.'tQttiQ'ttt."ttfi"QQ'Q'"Q.'tt.t'ttt't".t

005037

002000

013702
00¢302
000302

002552

042761

040000

12629 053644 000207

TYPE

CLR

MSG111

SELONLY

;ENTRY POINT FROM CND15

002652

CMD16A: MOV
LASTBANK ,R2
ASL
R2
R2
ASL
FOR R1 := #0 TO R2 BY A4
1T14,CONFIG+2(R1)
BIC
END ;OF FOR R1

RETURN

;ALL BANKS WILL BE TESTED

F 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 16

12632 053646
12633 053646
12634 053652

12635 053660

26-APR-82 09:41

RESUME TESTING ALL BANKS

SEQ 0328

PAGE 402

FCMD17: SUBTST

<<FS

COMMAND 17

ENABLE TRACE>>

*«SUBTEST

COMMAND 17

ENABLE TRACE

:tt'l.itttt't"ttttQQQ""tt'Qt.t'Qt.......t'.Q.'.t'.....'..'.'.."Qt"t'".Q'.t
:tt.tfil..'t't't.t.tttt""""..t'.t..t.t't't'..'.Q'Q.QQQ'..Qtt.tt't"'...".t"

012737

000207

177777

006204

TYPE
MOV

RETURN

MSG127
#=1,TRACE

6 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. HACRO M1113

COMMAND 17

ENABLE TRACE

12638 053662
12639 05 3662
12640 053 666

12641 053672

FCMD18: SUBTST

<<FS$

; *SUBTEST

005037
000207

006204

L L L

SEQ 0329

PAGE 404

26-APR-82 09:41

COMMAND 18
T

COMMAND 18

e T

DISABLE TRACE>>
e

T L

DISABLE TRACE

L L L LT L L LR L e L LA DAL L

ttttttttt'tt'..tttt.t"'t't.itttit.'tt't.t.tQQt'tt.Q't.'t.'.'.'..t'.."‘.'.'..'
TYPE
MSG128

CLR
RETURN

TRACE

H 10

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 18

DISABLE TRACE

26-APR-82 09:41

WHICHCSR:SUBTST <<SUBR

12644 053674

12647 053704
12648 053706

12649 053712

12651 053714

12652 053720
12653 053722

013700
022700

001003
005037

000207

002222
100000

BNE
CLR

;GET CSR'S FLAG
:CSR 02
:NO - SKIP
:YES - SET IT UP

TYPE

MSGO22

:WHICH CSR(0-F)

RETURN

18:

RDLIN
POP

011000

MOV

12656 053732

101370

BH]

12655 053726 020027 000106
022700
103002
162700

000101

000007

12660 053746 162700 000060

12661 053752
12662 053754

12663 053760

006300
010037
000207

002150

DETERMINE CORRECT (SR

TOTCSRS,RO
#BITI5,RO
13
CSRNO

MOV
cMP

002150

104412

SUBR

:ttttt't..Qt.tttttttt.'t"'tt.ttit.t.fittt.t.tt.t..tt'.tt'.t'fi.'.t."""..'t.."

12654 053724

12657 053734
12658 053740
12659 053742

DETERMINE CORRECT CSR>>

;ttttt'ttfi.Qfii'tti.t."'t"'t'fitt.tt.tt.ttt"'."ittt...."tt'.t.'.'....'.t....'

:«SUBTEST

“ 2645 053674
12646 053700

SEa 0330

PAGE 406

2s:

(R0) RO

RO, 4106

(M
BHIS
SUB

#'A.RO
28
#7,R0

ASL
MOV

RO
RO.CSRNO

sus

RETURN

#60,R0

*GET CHARACTER
:PUT IN RO

PUT CHAR IN RO

ICHECK LIMIT

*IF BAD LOOP TILL HE TYPES IT RIGHT

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113
000 NN SN
NN =2 O
OV

[~ BN olelelolelelolaleleleols]

AIPVNIPONININ)
=D ed b ed e = d b

b
b
D
d and
)
)
b and cd
— ad

NN N N NN N NN N AN NN N
LSLSTSTNESNT
NT ST ST ST ST V1,8 V1,8 ]

ERROR DATA (SUPERVISOR) SETUP STUFF

8 054056

232 054074
3233 054076
3234 054100
3235 054102
32
3237 054110
3238 054114
%239 054120

26-APR-82 09:41

SPER2S:

SBTTL

PAGE 421

ERROR DA{A (SgPERVISOR) SETUP STUFF

EET ADDRESS :

F ABORTFLAG IS FALSE
TESTAREA

LET BAD := =2(R1

KERNEL
END :OF IF ABORTFLAG

106417

SEQ 0331

;ENTER TEST MODE

;ENTER KERNEL MODE

IF 177654 EQ #0

LET GOOD := R2

ELSE

LET GOOD := R3

000137

057242

END ;OF IF
PERRAW
JMP

PERRA3: SUBTST

<<DATA WAS 3 WORDS>>

:*SUBTEST

DATA WAS 3 WORDS

.tttt'tttfittttlitttt..i't't'ttiitttfitfititttttt.tttttttttttttttttttt.'ttttttt'ttt

ttttitfit...ttfi.t.tttQ"Qtt'fiittt.fittttttttttt.ttttttttttttt'fittttttfitttttlt'tt'
IF BADPCRSO #0 THEN SCALL BADSTACK
005037
104505

002146

PUSH

CSR
CLR
CHK1DIS
TESTAREA

005711
104417

177773
177600
002042

002050
002052

MOV

(R1) ,BAD

002054
002055
057476

MOVB
CLRB

RO,BAD3
BAD3+1

MoV
CALL

(R4) ,BAD2
PERBNK

+33
ERROR
POP
RO
IF #SW0 SET.IN @SWR
ENASBE
ELSE
ECCINIT

000002

END; OF IF #SW0
RTI

:DISABLE ECC & WRITE CHECKBITS FROM 1 SELECTED CSR
JREAD LOCATION TO READ CHECKBITS INTO CSR

002146

13243 054142
13244 054146
13245 054150
13246 054154
13247 054160
13248 054164
13249 054168

sMAKE SURE (SR BIT HOLDER IS CLEAR

sGET _CSR CONTENTS
:SAVE CSR CONTENTS IN RO
:RETURN CSR TO NORMAL MODE
;MOVE CHECK BITS TO BOTTOM OF WORD
sCLEAR OFF EXTRANEOUS GARBAGE
:SAVE VIRTUAL ADDRESS FOR PRINTOUT
*FIRST TEST WORD WRITTEN SHOULD ALWAYS BE ZERO
;ENTER TEST MODE
:GET BAD DATA FROM MUT - FIRST WORD
:AND SECOND WORD
:ENTER KERNEL MODE

:MOVE BAD CHECKBITS FOR PRINTOUT

sCLEAR OFF THE OTHER UNUSED BITS
;MARK BANK AS BAD IN CONFIG TABLE

;PESTORE RO
;TRAP ON SINGLE BIT ERRORS

:TRAP ON UNCORRECTABLE ERRORS

J 10

CZMSPAQ MS11~L/M/P MEMORY DIAG. MACRO M1113

DATA WAS 3 WORDS
13258 054210
13259 054214
13260 0564226
13261 054234
13262 054242

13263 054250
13264 054252
13265 054252

13266
13267 054256

26-APR-82 09:41

SEQ 0332

PAGE 423

SPER30: LET GOOD := R1

LET ADDRESS := (SP) - 16
IF ABORTFLAG IS FALSE
TESTAREA
:ENTER TEST MODE
LET BAD := @ADDRESS
KERNEL
SENTER KERNEL MODE
END ;OF IF ABORTFLAG

104417
000137

JMP PERRAW

057242

GETDATA:SUBTST

<<GET DATA FROM ABORTED AREA IF POSSIBLE>>

L #SUBTEST

GET DATA FROM ABORTED AREA IF POSSIBLE

N
AAANERAANACNCARAS
NNNA
RARANEARNAANR
RANR
ANNNANANSAANA
RRRA
AR AL AARNRANNRARAA
CARRARAN

:tttttttttttttttttt*fitt"iQtt*tttttttttt.'.ifiti....tt.'tfi"fit....QQ'.Q...QQ..'Q.

13268 054256
13269 054270
13270 054274

13271 054302
13272 054310
13273 054314

13274 054322
13275 054326
13276 054330
13277 054334
13278 054340
13279 054352
13280 054354

010637
012737
012737
013700

0543564
054334
054334
002032

011037
104417
005037
013706

002050

000207
000000

002142
054354

PUSH
MOV

MOV

000004
000114

#1$.4

MOV
MOV

#18.114
ADDRESS,RO

MOV

(RO) ,BAD

CLR

ABORTFLAG

POP

114,4,R0

TESTAREA

KERNEL

1$:

RO.4,114
SP. GETDA1

MOV

RETURN

GETDAl1: 0

GETDA1,SP

:RESTORE KNOWN GOOD STACK POINTER

K 10

CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

POWER FAIL AUTO RESTART

3285
13286

13299 054370
13300 054372
13301 054400
13302 054406
13303
13304 054426

13305 054432
13306 054436
13307 054440
13308
13309 054442
13310 0564446
13311 054450
13312 054454
13313 054460
13314 054462
13315 0564464
13316

13317 0564476
13318 054502
13319 054506
13320 054512
13321 054516
13322 054520
13323 054522

.SBTTL
.SBTTL

SEQ 0333

PAGE 425

POWER FAIL AUTO RESTART
ROUTINE POWER DOWN AND UP

RANR A RN R RANNRANN R AN RNV RARNRCARRR RN RANNRANRCRRANRRAAAARANRAAAACOAAARAAEANCREE

*POWER DOWN ROUTINE
$PWRDN:

13287 054356

13295
13296 054356
13297 054362
13298 054364

26-APR-82 09:41

005737
001403

104423
012737
012737
012700
012701

000024
000026
177700
000021

077102

005737
001013
012700
012701

5$:

172300
000020

172300
177600
172200
000040

CACHKN

BEQ

MOV
MOV

#$ILLUP,PWR VEC ::SETXF0§ FAST UP
:PR]O:
#3460, PWRVEC +2

PUSH
CACHON

PUSH

CONTRL

sTURN CACHE ON

RO,.RT,.R2.R3,Ré RS’ CSRNO

:SAVE USER PAR'S & PDR?

1$:

MoV
MOV

#177700,R0
#17. R1

S08

R1,1$

ST
BNE

NOSUPER
PD1

PUSH

=(ROJ

PUSH

=(ROJ

“SAVE SUPERVISOR PAR'S

002452

077102
012700
012701
012702
012703
011021
012022
077303

:SAVE CACHE STATUS

002540

2$:

PD1:

3s:

MOV
MOV

#172300,R0
#16. ,R1

R1,28
S08
IF RLFLAG 1S TRUE THEN S$CALL WOOPS

:COPY KERNEL MAP TO USER & SUPERVISOR

MOV
MOV
MOV
MoV
MOV
MOV

so8

#KI1PDRO,RO
#UIPDRO,R1
#SIPDRO,R2
#32..R3
(RO), (R1)+
(RO)+,(R2)+
R3.3$

L 10

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
i and D b o =D

ROUTINE POWER DOWN AND UP

005737

D i

001006

010600
106417

7 054562

013701

0 054572

006301

2 054576

104426

b b el

:
3

MOV
KERNEL
PUSH
TSE

010600
104417

54554
54556

002452

7%:

002222

:SAVE MMRO,1,2.3
PUSH
MMRO.MMR1,MMR2

d wnd b e
e

005737
001002

002452

012700
012701

172400
000020

8s:
4($:

077102

022737
007004

000001

010637

055334

367 054720

012737

054732

003752

369 05473C

000000

Q0776

000024

NOSUPER

8s
BNE
MMR3
PUSH
:SAVE KERNEL PAR'S
MOV
#172400,R0
#16. R
MOV

PUSH
$08

-(ROS

R1,4$

“SAVE UNIBUS MAP REGISTERS
#1.PROTYP
CMP
93
BNE
9s:

Sgg 054714
368 054726

CSR

IF R1 £Q #0 THEN LEAVE LCSRSAVE

o
e e
b e
b e

364

MOV
SSP,RO
sENTER KERNEL MODE
KERNEL
RO
PUSH
:SAVE ECC REGISTERS
MOV
TOTCSRS,R1
;GET CSR'S
LCSRSAVE
BEGIN
FOR CSRNO := #0 TO #36 BY #2
R1
ASL
ON. ERROR

END :OF FOR CSRNO
END LCSRSAVE

b e

ggo 054676

;ENTER SUPERVISOR MODE

END ;OF ON.ERROR

e
D v
b i e

d e e i o o
W
W

3359 054670

;ENTER KERNEL MODE

RO
NgSUPER

READCSR
PUSH

5
3346 054610
332; 054626

3358

USP,RO

SUPERVISOR

3349 054626
3350 054642
3351 054646
33;% 054650
3
354 054656
3355 054660

PAGE 426

égeXE USER & SUPERVISOR STACK POINTERS

D cd D

b d D o

524
532
534
536
540
544

26-APR-82 09:41

SEQ 0334

$DOJN:

PUSH

MAPHO,MAPLO

PUSH

aSWR

;1S THIS AN 117442
*BRANCH IF NOT

:SAVE POSSIBLE SOF TWARE SWITCH REGISTER

:SAVE STACK POINTER
::SAVE SP
SP,$SAVR6
MOV
VECTOR
REAL
UP
SET
*NOW
;;SET UP VECTOR
#$PWRUP,PWRVEC
MOV
HALT

SDOWN

;. AANG UP

M10

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE POWER DOWN AND UP
13372
13373
13374 054732

:tttttttttttttttttttt"t't't"tt'tttQQQ.tQttQ"QQQ.".'......'..'Q...Q.'QQQ"Q"

:POWER UP ROUTINE

012737

055330

13380 054740
13381 054746
13382 054750
13383 054754

013706
005037
005237
001375

055334
055334
055334

1%%;3 054732

3
3
3386

022737
001006

000001

004737

046344

3392 055006
3393 055012
3394 055016

012700
012702
012701

172340
172300
000020

3396 055024
3397 055030

012722
077104

077406

%387 054762
388 054770
3
3 39? 055002

o
W
o

N
N

005737
001002

f=1
o
&»

SOOONNO

18:

003752

OSSNV

MOV

$SAVR6, SP

POP

aSWR

:GET _SP

..UAIT LOOP FOR THE TTY
$SAVRE
CLR
..UAIT FOR THE INC
$SAVR6
INC
:OF A WORD
1%
BNE
:RESTORE POSSIBLE SOF TWARE SUITCH REGISTER

BNE

POP

CALL

10$:

6$:

;1S THIS AN 11/44?

#1,PROTYP

108

O ,MAPHO
MAPL

LOWMAP

SETUP LOWER 16K OF UNIBUS MAP

;RESTORE KERNEL PAR'S & PDR'S

MoV

MOV
MOV
POP
MOV
S08

#172340,R0

#KIPDRO,R2
#16. R1
(RO) +
#77606,(R2)+
R1,6$

:RESTORE MMR3, 2 1,0

NOSUPER

POP
POP

MMR3
MMRZ2 ,MMR1 ,MMRO

MOV

TOTCSRS

BNE

002222
177400

118

cRESTORE ECC REGISTERS
,R1

#177400,R1
8IC
BEGIN LCSRRESTORE

sGET CSR'S

FOR CSRNO := #36 DOWNTO #0 BY #2
ASR
ON.SRROR

CSR
LOADCSR
END ;OF ON.ERROR

104425

IF R1 EQ #0 THEN LEAVE LCSRRESTORE

END :OF FOR CSRNO

END LCSRRESTORE

b
b nd e

VWS
B NIW

—b

#SILLUP,PWRVEC ;;SET FOR FAST DOWN

RESTORE UNIBUS MAP

wnd

=000

wviwawawIwIAawb
wvivviawvmiiia,

MoV

:RESTORE STACK POINTER

002452

055076

006201

013701
042701

aonawviuinaliaug
viviaiviauviila

000024

$PWRUP:

11$%:

055060

[elelelelalelo Blelalolalelale

D D e
i
D wd e
o
b e
e
i
b e e

\V.
&H
NN PP

e e

01 055040

b e i

b e

by RRRRR JRRRRRRRRRR ripppy
o
a
s aae000
3
LN =00~ &3R W S
W= OV~ OB

3399 055032

26-APR-82 09:41

SEQ 0335

PAGE 428

012700
012701
012702
012703
0110
0120
0773

172300
177600
172200
000040

:COPY KERNEL MAP TO USER & SUPERVISOR

MOV

3s:

MOV
MOV
MOV
MOV
MOV
S08

#XIPDRO,RO

#UIPDRO,R1
#SIPDRO,R2
#32..R
(RO),(R1)+
(R0)+ (R2)+
R3.3$

N 10
C21'SPAO MS11=L/M/P MEMOR ; DIAG. MACRO M1113
ROUTINE POWER DOWN AND U
13425

13426 055160
13427 055164

13428 055166
13429 055170
13430 055176

13431 055200
13432 055202
13433 055204
13434 055212
13435 055214
13436
13437 055216
13438 055222
13439 055226

13440 055230
13441
13442 055232
13443 055236
13444 055242
13445 055244
13446
13447 055246
13448 055254
13449 055262
13450 055302
13451 055310
13452
13453 055314
13454 055320
13455 055322
13456 055326
13457 055330
13458 055332
13459 055334
13460

005737
001006

-RESTORE SUPERVISOR & USER STACK POINTERS

BNE
POP

NOSUPER
138

ggcsav'son

138:

010006
104417

KERNEL

POP
USER
MOV
KERNEL

MOV
MV
POP
S08

#172240,R0
#16. ,R1
(RO)+
R1,7$

My
MoV
POP
S08

#177636
RO
#17..R1
(RO)+
R1.8$

RO.USP

sRESTORE SUPERVISOR PAR'

172240

000020

7$:

077102

012700
012701

PAGE 429

26-APR-82 09:41

002452

010006
104417

012700
012701

;ENTER SUPERVISOR MODE
:ENTER KERNEL MODE

éENTER KERNEL MODE

:RESTORE USER_PAR'S & PDR?7

177636
000021

8s:

077102

“RESTORE POSSIBLE SOFTWARE DISPLAY REGISTER

013777
013737

002010
002010

125350
000174

MOV
MOV

$PATMAR,3D1SPLAY
$PATMAR ;D1 SPREG

012737

054356

000024

MOV
TYP'

#SPURDN,PWRVEC
MSGO051

005737
001402

002540

000002
000000
000776
000000

SEQ 0336

POP

CSRNO,RS
R4 ,R3,R2,R1,R0

:R LTORE CACHE STATUS

[:Q
a??

:
98
SILLUP: HALT

B8R

$SAVR6: OEVEN

::SET UP THE POWER DOWN VECTOR
:REPORT THE POWER FAILURE

CACHKN

93
CONTRL

$ILLUP

::THE POWER UP SEQUENCE WAS STARTED

;3 BEFORE THE POWER DOWN WAS COMPLETE
J:PUT THE SP HERE

CZMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE POWER DOWN AND UP

26-APR-82 09:41

WOOPS:

13472 055336

SUBTST

13475 055346

13476 055362
13477 055370
13478 055376

13479 055404

)
005037

013737

012737

13484 055450
13485 055456

PUSH
CLR

002100

060026

MAP

012701
012702

13486 055460 012021
13490 055472
134971 055476
13492 055502
13493 055506
13494 055512

13495 055514
13496 055520

077202

005737
001002

013721
013721
013721
013721
104417
000207

POWER FAIL WHILE RELOCATED

000340

135704
000010

055734

055736

BMOV

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

BANK

18:
28:

2412.
PSAV+4
, WOOPEND=-WOOPUP/
FIRST+WOOPUP,WOO

MOV

P,
F IRST +PURVEC
#WOOPU

MOV

#KIPARD,RO

MOV
BMOV

060026

002452

172516
177576
177574
177572

BANK
BANK

;ENTER SUPERVISOR MODE
SUPERVISOR
FIRST+PWRVEC,WOOPSAV
MOV
FIRST+PWRVEC+2,WOOPSAV+2
MOV

13483 0556444 012700 172340
13487 055462

<<POWER FAIL WHILE RELOCATED>>

:tttQttttttt.tt'.ttQtt"""'ttt'tttt.Qt!..ttQQt'ttt"t...."tt"'ttt.".t"t"'

13480 055416 012737 055522 060024

13481 055424
13482 055432

134,88 055464
13489 055470

PAGE 430

;tttlQQQtt'.ttt'ttttt.'tttt".t'tt.lQQ.ttttQQQQQ.tQtt.t.'tttttt.t"tt.""t't"'

t#SUBTEST

13473 055336
13474 055342

SEQ 0337

MOV
MOV

MOV

$08

ST
BNE
MOV
MOV
MOV
MOV
KERNEL

POP
RETURN

#340,F IRST+PWRVEC+2
OOPUP2
, WOOPEND=-WOOPUP/
WOOPUP,F IRST+W
,R1
#F IRST +WOOPEND
#8. R2

(ROS+, (R1)+

R2,1$

NOSUPER
28

MMR3, (R1) ¢+
MMR2. (R1) ¢+
MMRT. (R1)+
MMRO, (R1) +
BANK

;ENTER KERNEL MODE

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

POWER FAIL WHILE RELOCATED
13499 055522

26-APR-82 09:41

SEQ 0338

PAGE 432

WOOPUP: SUBTST

<<=OWER UP FROM BANK 0 TO RELOCATION>>

S «SUBTEST

POWER UP FROM BANK 0 TO RELOCATION

CARNRAARARANAARANAN S ACN TR A CARARANANCAAARAAARARAXNEARRARANCRAAAAARNAANARRANORCOES

b b b

WA NN = N NN
NN
NOOOOONNINONNNY
O WWWWNO
WO NINIOOOO
OV NNNNNINS
N =NIN—O

([elelelelelalolalelelelolale]

b b
—b b b b wd (D D N

EngDguDONUCD’*UOWUOVU

oo OO VYAV
- (=4
OMNNNES
S NN
NN
&S O &~

1$:

172516
177576

38:

MOV
MOV
MOV
MOV

, RO
#WOOPEND
#KIPARO,R1
#KIPDRO.R3
#8. R2

$08
ST
BNE
MOV
MOV
MOV
MOV
MOV

R2,1$
NOSUPER
3s

MOV
MOV

SP
$SAVRS,

BANK

MAP

BANK

MOV

V,
F IRST+PWRVEC
WOOPSA

BANK

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

-ENTER SUPERVISOR MODE

WOOPSAV+2,F IRST+PWRVEC+2
MOV
SSIMULATE THE FOLLOWING BLOCK MOV BUT WITH NO STACK ACCESSES

‘BMOV

MOV

28:

MOV
MOV
MOV
$08

KERNEL
054732

(RO)+,MMR3
(RO) +,MMR2
(RO) +,MMR1
(RO) +,MMRO

SUPERVISOR

060024
060026

000137
000014
000107

(ROS+, (R1)+
#77406, (R3)+

PUSH

CLR

VIV

AWM BWAWAWMWAWNWAWVAWVIWIL

[elelelelelalelelelelalelelalalealalalaleal

b S —O000 ~q0nn3~uuu.aChoan\urunJ\U“U-flChOCl*US: SRER28

b e o

U U W

N U U

e e e

e o

D e

N AN N NN NN

b e

NN L U U

D b b e
b b D
W U U U A

b D D s b e b wsed ok
N NN AN AN AN

I AT AW
Vil [V, 1V, ]V, ViAo
ek b QOO
= =d b = b =D -k
WA NININININININININ)

;ttlttlttttttt'tfitltttt'i'tt'l.ttfitttQt.t'.tttt.'tttt'tt.'t"t'tt"'ttt'."'ti'.

POP

JMP
WOOPEND: .REPT
WOOPSAV: .REPT

2.
PUP
WOOPEND-WOOPUP/2+1
WOOPSAV+4 F IRST,+WOO

,RO
#WOOPSAV+

R1
#WOOPEND-WOOPUP/2+12.
,
#F IRST+WOOPUPR2
(RO)+, (R2)+
R1,2$
PANK

$PWRUP

;ENTER KERNEL MODE

12.
WOOPEND-WOOPUP/2+412.
42

b 11

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

OO NV NNNNNNNE
S S DSBS W
W =O VNN WO o
W)
= O VBNV

10 SUBROUTINES

SEQ 0339

PAGE 434

.SBTTL

10 SUBROUTINES

.SBTTL

ROUTINE TYPE

:tttt'tttt'tttttttfi.tt't"tttttittttt.ttttttttttt't.ttt.'t..tt.QQ"'Q'.'.""..'

:*ROUTINE TO TYPE ASCI2 MESSAGE. MESSAGE MUST TERMINATE WITH A 0 BYTE.
;*THE ROUTINE WILL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.

$NULL CONTAINS THE CHARACTER TO BE USED AS THE FILLER CHARACTER.
SFILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.

:*NOTE1:
:*NOTE2:

SFILLC CONTAINS THE CHARACTER TO FILL AFTER.

:*NOTE3:
.

s«CALL:

:*1) USING A TRAP INSTRUCTION

MESADR

:;MESADR IS FIRST ADDRESS OF AN ASCIZ STRING

TSIB

$TPFLG

::1S THERE A TERMINAL?

MOV
MOV
MOVB
BNE
TST
MOV
ADD

RO,~-(SP)
92(SP) .RO
«R0)+,~(SP)
7%
(SP)+
(SP)+ RO
#2,(SP)

::SAVE RO
:2GET ADDRESS OF ASCIZ SIRING
:3PUSH CHARACTER TO BE TYPED ONTO STACK
2:BR IF IT ISN'T THE TERMINATOR
::1F TERMINATOR POP IT OFF THE STACK
:sRESTORE RO
:2ADJUST RETURN PC

:.OR

TYPE

I3
)

TYPE
MESADR

105737
100407
010046

002554
000002

000002
000011
000040
000200

$TYPE:

18:

48:
5%:
6$:

8M]

002352

105366

000001

104424

000004
002540

q?z.(SP)

s sRETURN
:BRANCH IF NOT <HT>

118:

MOvVB
gnga

# ,(SP)
ggRLF.(SP)

:REPLACE TAB WITH SPACE
;JBRANCH IF NOT <CRLF>

TST

(SP)+

::POP

CLRB
BR
CALL
(MPB
BNE
MOV

SCHARCNT
43
STYPE(C
SFILLC,(SP)+
43
$NULL,-(SP)

::CLEAR CHARACTER COUNT
$3GET NEXT CHARACTER
2360 TYPE THIS CHARACTER
:21S IT TIME FOR FILLER CHARS.?
::JF NO GO GET NEXT CHAR.
:2GET # OF FILLER CHARS. NEEDED

DECB
BLT
CALL
DECB
B8R

1(SP)
93
$TYPE(C
$CHARCNT
108

8s:
9%:
10$:

056300
056464

116601
005737
001402

IF NO

7%:

056464

013746

RTI
gz?B

IZ:EF
056300
002636

XOCHAR: .WORD 0
$TYPEC: PUSH
R
4(SP) ,R1
MOvV8
TST

B8EQ
2%:

PUSH

<CR><LF> EQUIV

JSTYPE A CR AND LF

:sAND THE NULL CHAR.
2:DOES A NULL NEED TO BE TYPED?
:2BR IF NO==GO POP THE NULL OFF OF STACK
2260 TYPE A NULL
::D0 NOT COUNT AS A COUNT
;. LOOP

CACHKN

CONTRL

PUSH
RO
CACHOFF

sTURN CACHE OFF

E 11
CIZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

56430

38:

124302

056276
124264
124260
177600
056276

(V]
~

St OO
O —d

Z84 ~ ~
SRS » o

oo~

56424

o OQOONH=O00000
o

LA 2o\
V)

o oorONONONON
g\.fl\fl\l‘\.fl\hv‘\.fl\lfl.fl
N

elelelolelelolelelo]

117737

056276
056276
000023

000012

005737
001402
000207

002540

#2177, XOCHAR

BNE

3§
XOCHAR
a$TKS
NC
@$TKB,XOCHAR

R
, #023
XOCHA

@STKS
CONTS3

a$TKB,XOCHAR

BIC

#4177, XOCHAR

BR
ELSE

IF XOCHAR EQ #21

000760
126200
000015

BIC

ssCHECK FOR XOFF
::SKIP IF NO CHARACTER
ssSAVE THE CHARACTER
ssSTRIP OFF ASC1I
s;WAS IT A CONTROL S?
s :BRANCH IF NOT
ssWAIT FOR CHARACTER

CMP

000402

110177

:sWAIT UNTIL PRINTER IS READY

MOVB

124226
177600

PAGE 434-1

a$TPS

TSTB

BPL
CLR
TSTB
BPL
MOVB

CONTS3: TSTB
8PL

124232

000002

056464

S e,

VLA

NN
oo

b and emd b D cd b D b e d D d b b D e
-

35
360
366

guuu
oo
SRS
RS R EEEEE
NN
NN NN NI NN NI
WINNW
VIS WOV~ O*V!J“UJN@\IOU\%WN—‘OO@NO‘U‘J‘WN—D

3620 056324
6330
332
336
34
34

b d d ) D e e wd D D
Db

h =

ROUTINE TYPE

26-APR-82 09:41

000002

BR
END ;OF
MOVB
NC:
CMP8
BNE
CLRB
BR
CMPB
18:
BEQ
INCB
$CHARCNT:.WORD
$TYPEX: POP
ST

28:

SEQ 0340

CONTS3
IF XOCHAR
R1,a$TPB
#CR,2(SP)
18
SCHARCNT
STYPEX
#LF.2(SP)
$TYPEX
(PC)+
0
RO
CACHKN

BEQ

POP

RETURN

CONTRL

ssGET CHARACTER
2:STRIP OFF ASCII
so IF IT IS A %Q

:;LOAD CHAR TO BE TYPED INTO DATA REG.
::1S CHARACTER A CARRIAGE RETURN?
s cBRANCH IF NO

::;;§;°CLEAR CHARACTER COUNT
::1S CHARACTER A LINE FEED?
:;BRANCH IF YES
:COUNT THE CHARACTER
;s CHARACTER COUNT STORAGE

:1S THERE A CACHE?
;BRANCH IF NOT
;POP CACHE STATUS

v it iTHIS IS THE LIMIT ON SUPERVISOR MAPPED TO MUT SPACE
IT:;
!t 01t
SUPLIM

F11

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA SETUP

.SBTTL
e %e8e0e0e00000s00 0008008000000 0000000s000,000000000000eTeTeVs 030009 0:%e%0000, [ TXTETIETEA TRTRYRPRFE
TRYR
YR B TR T

goessaanany

b nd e

b e

aabbbbbbbbbbbbbb

SEEgEEEEEs

RRRRRRENN
NN

bbbbbbbaaaab

—d b esd b amd
i e b e e e e b ek b e b e e b b e o e b e
D b e D D b b e
b b
BB BEDDRNEEEDSSS
W
NN NN NN NN
VAW A nAaIAWVILD
NN NNSNNNNNNY
W =O Y0V I NS
W N =2 OVONOWNSWN—=O 0 00 ~yOr
= O 000NN S UWN=O0

14334
335

26-APR-82 09:41

USE THIS
PERRO1

PERROZ

PERRO3

PERRO4

PERROS

PAGE 449

ERROR DATA SETUP

IF THIS CONDITION DISCRIBES THE ERROR
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY =-(R&)
GOOD DATA IN RS
TRAP

BAD DATA IN R1 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY =(R&)
IN R2
DATA
GOOD
TRAP

BAD DATA IS POINTED TO BY =-(R1)
GOOD DATA IN Ré
TRAP

BAD DATA IN R4 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY ~2(R0O)
GOOD DATA IN RZ
JSR

BAD DATA IS POINTED TO BY -(R0)

GOOD DATA IN R2
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

PERRO6

JSR

BAD DATA IS POINTED TO 8Y =(R0O)

GOOD DATA IS ZERO
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

PERRO?7

PERR10

PERR11

TRAP

BAD DATA IN R2 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
[N DATBUF
DATA
GOOD
TRAP

BAD DATA IN R2 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY 2(R1)
+2
GOOD DATA IN DATBUF
TRAP

BYTE TEST

BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IS A ZERO BYTE
PERR12

TRAP

BYTE TEST

BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IS A BYTE OF ONES

PERR13

TRAP

BAD DATA IN RO UNLESS ABORTED

SEQ 0341

6 1"

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
...QQ.O.......Q..n.........'io.....l.....o....Q....o.o.....o..!....o...........’...‘.l.o...o.l...-.......o.. LR P X1

-O
~NO NN
=2 OV
wN

(2%

b ccd ed md

b b

b cd cnd

i e

D e e

e ==

BB
EN
ERRRERERRRRRRRR
ORI = b d b b b —d d b =

ERROR DATA SETUP

26-APR-82 09:41

PAGE 449-1

SEQ 0342

THEN BAD DATA IS POINTED TO BY (R1)

GOOD DATA IS ZERO
PERR14

PERR15

PERR16

PERR17

PERR20

PERR21

TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA 1S POINTED TO BY (R1)
GOOD DATA IS ONES
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
IN TSTDAT
DATA
GOOD
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN TSTDAT+2
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO 8Y (R1)
GOOD DATA IN R2
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO 8Y (R1)
GOOD DATA IN R3
TRAP
7 BIT BYTE TEST

BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS FJINTED TO BY (R1)
GOOD DATA IS A 7 BIT BYTE ON ONES
PERR22

PERR23

PERR24

PERR2S

PERR26

TRAP

BAD DATA_IN R2 UNLESS ABORTED
THEN BAD DATA 1S POINTED TO BY (R1)
GOOD DATA IN RO
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOi DATA IN R4
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R2)
GOUD DATA IN R3
TRAP

BAD DATA POINTED TO BY =(R1)
GOOD DATA IN R2 UNLESS LOC V177654 IS SET
THEN GOOD DATA IS IN R3
TRAP

BAD DATA IS DOUBLE WORD POINY% D TO BY R1 AND [N LOW 7 BITS OF RO
GOOD DATA 1S 000000,,100000,,100

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA SETUP

SN =O

b e e e D e e
D e b -—
&H BB
&H
N
N
[V, 1Y VY, IV TV, 1V,
o

14448
16449

PERR27

PAGE 449-2

TRAP

BAD DATA IS DQUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO

GOOD DATA IS 000000,,000000,,077

PERR30

PERR31
PERR3?2
PERR33

TRAP

BAD DATA IS POINTED TO BY -16(SP)
GOOD DATA IS IN R1
TRAP

SPECIAL ECC FAJLURE HANDLER
TRAP

SPECIAL ECC FAILURE HANDLER
TRAP

SPECIAL ECC FAILURE HANDLER

i d b e

b o

460

26-APR-82 09:41

SEQ 0343

PERR34
PERR35

TRAP

SPECIAL ECC FAILURE HANDLER
TRAP

SPECIAL BRANCH GOBBLE FAJLURE HANDLER

CALLING SEOUENCE FOR TRAP TYPES
sNO = ERROR,BRANCH FOR CARD
8EQ
PERRXX
NEXT

INSTRUCTION

sTRAP TO ERROR ROUTINE
sCONTINUE TESTING

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA SETUP

16478 056506
14479 056512
14480 056520
14481 056524
}22%% 056530

010437
162737
010037
010537
000137

002032
000002
002050
002042
057242

14484 056534
14485 056540
14486 056546
14487 056552
}2233 056556

010437
162737
010137
010237
000137

002032
000002
002050
002042
057242

14490 056562
14491 056566
16492 056574
14493 056600
}2282 056606

010137
162737
010437
016137
000137

002032
000002
002042
177776
057242

14496 056612
14497 056616
14498 056626
14499 056630
14500 056634

010037
162737
010437
010237
000137

002032
000002
002050
002042
057242

502 056640
503 056644
504 056650
505 056654
506 056660
ggg 056664

010237
014037
010037
062700
004737
000207

509 056666
}22}? 056672

14512 056674
14513 056700
14514 056704
14515 056712

14516

14517 056716
14518 056730
14519 056734

14520 056742

14521
14522 056746
14523 056752

14524 056756
14525 056762
14526
14527 056766
14528 056772
14529 056776

14530 057004

26-APR-82 09:41

PAGE 451

002032

$PERO1: MOV
SuB

R4 ,ADDRESS
#2 ,ADDRESS
RO,BAD
R5,G00D

002032

$SPER02: MOV
sSus

R4 ,ADDRESS
#2 ,ADDRESS

MOV
MOV
JMP PERRAW

MOV

R1,8AD

MOV
R2.G00D
JMP PERRAVW

$SPER03: MOV
suB

R1,ADDRESS
#2 ,ADDRESS

$SPERO4L: MOV
SuB
MoV
MOV
JMP

RO,ADDRESS
#2 ,ADDRESS
R4 ,BAD
R2,G00D
PERRAW

002042
002050
002032
000002
062614

PERROS: MOV
PERAOS: MOV
Mov

R2,GCOD
=(R0) ,BAD
RO,ADDRESS

005037
000764

002042

PERRO6:

010137
010237
013737
000137

002032
002050
002240
057242

$PERO7: MOV
MOV
MOV

002032

MOV

R4 ,GOOD
«2(R1) ,BAD
Moy
JMP PERRAW

002050

002032

ADD

CALL

RETURN

002042

(LR

JMP

#2,R0

BADSTACK
600D

PERAOS
R1,ADDRESS
R2 ,BAD
DATBUF ,GOOD

PERRAW

$SPER10: LET ADDRESS := R1 + #2
LET BAD :=

000137

057242

057314

SEQ 0344

LET GOOD := DATBUF+?2
JMP

PERRAW

$PER11: LET ADDRESS := R1
LET BAD := RO
LET GOOD := #0
JWP

ERRAB

$SPER12: LET ADDRESS := R1
LET BAD := RO
LET GOOD := #377
JP

PERRAB

:RESTORE RO

J 1"

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA SETUP

$SPER13: L

YV Y
Y
Y

b md d md d e e e

D i

ke cod

D o

}

2k 2XRN P
B2 Lad

1
1
1
1
1
}

57024

000137

57046

000137

7130

PERRAW

$PER17:

66 057166

57204

$PER21:

ADDRESS := R1

$PER22:

ADDRESS := R1

000477

BAD := RO
GO0D := 77
PERRA7
BAD := R2
GO0OD := RO

PERRAW

0006416

ADDRESS := R1
BAD := RO

D R4
GOO:=

PERRAW

000407

000403

ADDRESS := R1
BAD := RO
PERRAW

000435

$PER24:
7240

BAD := RO
GOOD := R2

GO0D := R3

$PER23:
7222

ADDRESS := R1
PERRAVW

0004446

057130
64 C571%4

ADDRESS := R1
BAD := RO

GOOD := TSTDAT+?2

$PER20:

57146

ADDRESS := R1
BAD D := RO
GOOD := TSTDAT
PERRAVW

057242

000453

7120

ADDRESS := R1
BAD := RO
GOOD := ONES
PERRAV

057242

$PER16:

7112

ADDRESS := R1
BAD := RO
PERRAW

057242

SPER1S:

000137

PAGE 453

:= #0
GOOD

SPER14:

6 057070

O‘O‘O*g
WA
=

1
1
1

- O VOONOWVES
WA= OO0~

(VI IV IV IV, IV IV IV IV, TV 2

000 N NNNNNNNNN

1
1

0 22 o ol o d al al i nl i ub il 2

AAVAVAW VAV IV IV IV LV IV 1V, IV IV UV VIV

1
1
)
1

TNV
NN
BBD DD
NN
[V P o
SUWNN—=0V00~N
VO NO WS WA =O VO~

14533 057010
57014
1

26-APR-82 09:41

ADDRESS := R2
BAD := RO

600D
:= R3

PERRAW

SEQ 0345

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA SETUP

14583 057242

26-APR-82 09:41

PAGE 454

PERRAW: SUBTST

<<DATA WAS A WORD>>

s *SUBTEST

DATA WAS A WORD

SEQ 0346

R E AR C O TR
T R ARAAA
NANA
A AN RO ANINONNNNNNNAAA
ARAA
A AR AR AT AR SRR
AN ARARA
SRRRRRRR
:ttttttttttttfittttttttttttttttttttttltQt....tQ..Q..i..'..'....'..'.".t'.".'ttt

14584 057242
14585 057246
14586 057260
14587 057272
14588 057276
14589 057304
14590 057306
164591 057310
14592 057312
14593 057312
14594

PERBNK

004737

057476

CALL

004737

057452

PERXOR
CALL
IF ABORTFLAG IS FALSE
ERROR +11
ELSE
ERROR +12

104011

104012

IF ABORTFLAG IS TRUE THEN SCALL GETDATA
IF BADPC EQ #0 THEN $CALL BADSTACK

S?? :OF IF ABORTFLAG

000002

14595 057314

PERRAB: SUBTST

<<DATA WAS A BYTE>>

t#SUBTEST

DATA WAS A BYTE

S
RN
AAENRARACNN
AINR
ANRRRARANANNAR
AANN
NNAARAANANNARN
AAAR
AN CRRARANRANANCA
CAARARNR

;tttttttt'tttfittttttttt""tltttttttttQQl.....'.Qt..Q..'..Q"....'..Q'..'Q'Q.".

14 596 057314
14 5§97 057320
14 598 057332
14 599 057344
14 600 057350

004737

057476

CALL

004737

057452

CALL

14603 057362
14604 057364
14605 057364

104015

14 601 057356
1 4602 057360

104014

000002

PERBNK

IF ABORTFLAG IS TRUE THEN SCALL GETDATA
IF BADPC EQ #0 THEN SCALL BADSTACK
PERXOR
IF _ABORTFLAG IS FALSE
ERROR +14

ELSE

ERROR +15
S?? ;JOF IF ABORTFLAG

L "

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

DATA WAS A BYTE

14608 057366

26-APR-82 09:41

PAGE 456

PERRA7: SUBTST

<<DATA WAS A 7 BIT BYTE>>

:~SUBTEST

DATA WAS A 7 BIT BYTE

SEQ 0347

'tt‘*ettttflttti.Q.ttt.Q"i.ttt.tt.ttt.lttQ.t'tt.fitt..'ttttl"tt.i'tfi.t'tt.'.ttt

004737
004737
106022
000002

tQQt'tttttQt'.ttfi.."tt"tt'tttttttttQtt't.tQttttttt'!"'t'.l.tt.t'..Qtt.ttttt'
IF BADPC EQ #0 THEN SCALL BADSTACK
CALL
CALL

057452
057476

ERRIR
RT1]

000137

054044

005037

002044

000137

054044

PERXCR
PERBNK

¢22

$SPER26: LET GOOD2 := #100000
LET GOOD3 := #100
JMP PERRA3
0002
$PER27: CLR
LET 60003 = #4077
JMP PERRA3

PERXOR: SUBTST

<<DETERMINE XOR OF GOOD & BAD>>

*xSUBTEST

DETERMINE XOR OF GOOD & BAD

tttttttttittttttttttQtt*ttttttttttttt.ttttfi'tt'fittt'itt't'ttttt.tlttttttttt't't

ttttttt'tfittt't'tt*tt"ttt'itttfifitttltfittttttti.tfiQt'.ttfififi.t".'.tt'itfittt.t't
14624 057452
14625 057454
14626 057460
146627 057466
14628 057472
14629 057474

013700
013737
074037
000207

002042
002050
002056

002056

PUSH
MOV
OV
XOR
POP

RETURN

RO
601D .RO
BAD ,BADXCR
RO,BADXOR
RO

‘]

MmN

26-APR-82 09:41

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

DETERMINE XOR OF GOOD & BAD

SEQ 0348

PAGE 458

PERBNK: SUBTST<<LOG ERROR ON BAD BANK>>

14632 057476

ARN AR AR ANANN RN N

L aSUBTEST

RN RN RAANNNANARAARAN AR AR AR RARNRNRAARAARAAN R

LOG ERROR ON BAD BANK

AARAARAACNE

:fitttttttttttttttttttttttttQtttt*fittfitttttttttttttttttttttt'ttttfitttttttfittt'ttt

14647

b e

e e

55 057614
56 057622
7
58 057624

659 057634
660 057636
661 057636
662 057650
63 057654
057664
057666
057666
057676

go
o
~NOM\WN

mmd amd md wd m ed e

b e cod b h

BB DEDBESDEDD
o
OO

14648 057556
14649 057562

669 057700
670 057710
671 057712
672 057712
673 057720

;WHILE WE'RE HERE LET'S MARK THE BAD BANK IN THE CONFIGURATION TABLE

0000
0026
0026
0026

002550

013737

002244

002042

013737

002246

002042

004737

057452

RETURN

#81T0,CONFIG(R1)
CONFIG+2(R1)
128

CONFIG+2(R1)

CONFIG+2(R1) ,ERRMAX
118
TOOMANY
R1,RO

;BUMP BANK CCUNTER
sNO OVERFLOW = SKIP

;SET BACK TO 255.

:IS IT PAST MAX?
:NO - SKIP
sYES

RO,BAD
IF ADDRESS EQ TESTADD

MOV TSTDAT,GOOD
ELSE

TSTDAT+2,G00D
MOV
END ;OF IF (R1)
CALL
SET

PERXOR
HEADER

$PER31: IF REALPAT EQ #41
ERROR +23

104023

000002

CMPB
8LOS
SET
POP

RETURN

000207

104044

DECB

RO,R1
BANK,R1
R1
R1

PERECC: MoV

002050

104043

12$:
118:

010037

104037

BIS
INCB
BNE

002650

000207

004737

PUSH
MOV
ASL
ASL

002100

013701

14633
14634 057476
14635 057502
14636 057506
14637 057510
14638 057512
14639 057520
14640 057524
14641 057526
14642 057532
14643 057540
14644 057542
14645 057550
14646 057554

END

057556

IF BADPC EQ #0 THEN SCALL BADSTACK

CALL

PERECC

IF REALPAT EQ #11
ERROR +37
END ;OF IF REALPAT

IF REALPAT EQ #15

ERROR +43
END :OF IF REALPAT
IF REALPAT EQ #16
ERROR +4&
END :OF IF REALPAT
g;} HEADER

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

LOG ERROR ON BAD BANK

MOV
MOV
MOV
SET

14677 057734
14678 057740
14679 057744

14680 057750
14681 057756
14682 057760
14683 057766
14684

ERROR
SET

RTI

057452

146471
1471
1471
1174
1471

MOV
MOV

002042

CLRB
MOV
CALL
SET
ERROR
SET
RTI

000002

000002
057476
062614
002030
000012

;EXPECTED SBE SO DBE MUST HAVE GOTTEN SET

:DURING BRANCH GOBBLE THE CONDITION CODES WERE WRONG

002050
002042

$SPER35: CALL
CALL

PERBNK
BADSTACK

MoV

‘Z;.GOOD

MoV

ERROR

062706
000207

000004

ADD
RETURN

010037
010137

002042
002050

SPER36: MOV
MOV
SET
ERROR
SET

000002

BAD+1
#377,G00D
PERXOR
HEADER
+41
HEADER

ERROR +1
s#g ;OF IF #BIT15!8BITé

104001

104023

R1,ADDRESS
RO,BAD

$PER34:1F BADPC EQ #0 THEN SCALL BADSTACK
IF #8I1T15!81T4 OFF.IN CSR
:NO SBE OR D3E
ELE?ROR +16

104016

004737

R1,ADDRESS
RO,BAD
R2,6G00D
HEADER
+40
HEADER

$SPER33: IF BADPC EQ #0 THEN $CALL BADSTACK

002032
002050

14709 060126
14710 060130
14711 060134
14712
1467

PAGE 460

SPER32: ]F BADPC EQ #0 THEN S$CALL BADSTACK

14676 057722

14685 057770
14686 060002
14687 060006
14688 060012
14689 060016
14690 060024
14691 060030
14692 060036
14693 060040
14694 060046
14695
14696 060050
14697 060062
14698 060072
14699 060074
14700 060076
14701 060100
14702 060100
14703
14704
14 705 060102
14 706 060106
14 707 060112

26-APR-82 09:41

SEQ 0349

BADPSW,BAD
+

#4,SP
RO.,GOOD
R1,BAD
HEADER
+23
UEADER

sFIX STACK FROM TRAP
;ABORTING TEST

8 12

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE SCOPE HANDLER

.SBTTL

14721

PAGE 462

ROUTINE SCOPE HANDLER

'tttt.fittt.t'tttt.ttt ARRANRRAANRRANNAARNANAANRANNRAARNRANARANANNNANRARNARORACORES

Po
~
N
N

26-APR-82 09:41

SEQ 0350

14723
14724
14725

*«THIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL INCREMENT
1«AND LOAD THE DISPLAY DATA INTO THE DISPLAY REGISTER
:#THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

14727

-su9 1 LOOP ON ERROR

14729

§sCOPE: INC

14728

*CALL

14730 060166 005237 065650

14731 060172
14732 060174
14733 060200
14734 060204

005037
105237

14736 060206
14737 060212
14738 060214

005737
001402
004737

14735 060204

14739 060220

104410

005037
000137

CKSWR

006204

0641644

NOTRCE:

002414
047632

000425

14765 060316

013746

14764

14766 060322

012737

TRACE
NOTRCE
CONTT

;;TEST

FOR CHANGE IN SOFT-SWR

; TRACE

18:

IF #8W14 SET.IN @SWR THEN GOTO SOVER

CLR
STOPOK
EXIT
JMP
END :OF IF STOPOK
IF NOSCOPE IS TRUE
RTI
END ;U7 IF NOSCOPE

$XTSTR: BR
000004

060342

000004

00375

14771 060346

022737

000001

14773 060356

005.37

177766

001002

TST
BEQ
CALL

;TELL APT WE ARE ALIVE

:AAMAASTART OF CODE FOR THE XOR TESTERMAAMA

14767 060330 005737 177060
14768 060334 012637 000004
14769 060340 000430
14770 060342 062706 000004
14772 060354

; ;SCOPE=]0T

SkJ:

000002

14763 060314

SDEVCT

;1S THERE A CPU ERROR REGISTER?
CPERRF
TST
:BRANCH IF NOT
SKJ
BEQ
an177766,CPSAVE :GET CONTENTS OF ERROR REGISTER
MOV
+IS THE POWER FAIL MONITOR BIT SET?
#BITO,CPSAVE
BIT
:BRANCH IF NOT
SKJ
BEQ
:REPORT IF SO
+177
ERROR
IF STOPOK IS TRUE AND #SW8 SET.IN @sWR

061320
061320

14761 060304
14782

SCOPE

IF RESULT IS LT
S$DEVCT
CLR
INCB SUNIT
END ;OF IF RESULT

065650
065652

14730 060220 005737 061322
14741 060224 001410
14762 060226 013737 177766
14763 060234 032737 000001
14744 060242 001401
14745 060244 104177
14754 060246
14755 060264
14756 060270
14757 060274
14758 060274
14759 060302
14760 060304

LOOP ON TEST

L eSW14=1

14726

MOV

. 18:

ERRVEC,=(SP)

:IF RUNNING ON THE '‘XOR'* TESTER CHANGE

“STHIS INSTRUCTION TO A *NOP"' (NOP=240)

;:SAVE THE CONTENTS OF THE ERROR VECTOR
:SET FOR_TIMEOUT

MOV

#1$ ERRVEC

#1,PROTYP

15 THIS AN |11/442

CPUERR

:RESET CPU EQROR REGISTER

TST
MOV
BR
ADD
BNE

68:

14774 060362 012637 000004

CLR

MOV

177660 ;:TIME 0UT ON_XOR
;;RESTORE "THE ERROR VECTOR
(SP)+,ERRVEC
GO TO THE NEXT TEST
$SVLAD
SFIX_STACK FROM TRAP
#4,SP
6$

(SP)+,ERRVEC

BEQ

$OVER

:BRANCH IF NO

..RESTORE THE ERROR VECTOR
LOOP ON THE PRESENT TEST

?EStenoxcp»
CODE FOR THE XOR ;;HAS
OF $ERFLG
;MMMANEND
28:
060370
14776
AN ERROR OCCURRED?
TSTB
3s:
14777 060370 105737 002012
NG
:BR_IF
$SVLAN
BEQ
001412
060374
14778
:LOOP ON ERROR?
csu9 asWR
BIT
14779 060376 032777 001000 122216
14775 060366

000407

14780 060404 001404
14781 060406

013737

002610

14783 060416

105037

002012

011637

002610

14782 060414

000410

14784 060422 011637 002606
14785 060426

002606

4$:
5%

MOV
CLRB

$SVLAD: MOV
MOV

SLPERR,SLPADR
SERFLG

(SP), SLPADR
(SP) . SLPERR

:BR_IF NO

;:SET LOOP ADDRESS TO LAST SCOPE
;ZERO THE ERROR FLAG

“SAVE SCOPE LOOP ADDRESS

:SAVE ERROR LOOP ADDRESS

:R=C
:R=C
:R=C
:R=-C
:R=C
:R-C
:R-C

¢ 1

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE SCOPE HANDLER

14786 060432
14787 060436
14788 060442
14789 060446

005037
004737
013716
000002

002356
060450
002606

26-APR-82 09:41

SOVER:

CLR
CALL

:?y

SEQ 0351

PAGE 462-1

SESCAPE
GETDIS

$LPADR, (SP)

:2CLEAR THE ESCAPE FROM ERROR ADDRESS
; sFUDGE gETURN ADDRESS

JoFIXES

D12
CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE SCOPE HANDLER

GETDIS: SUBTST

14791 060450

14792 060450
14793 060456
14794 060464
14795 060466

14796 060472
14797 060474
14798 060502

14802
14803
14804
14805

060502
060510
060516
060520

26~APR-82 09:41
<<SUBR

SEQ 0352

PAGE 463
DISPLAY>>

AOS
RRAN
AANRNAAROSRAN
NANA
ANRRAANRRARRARAARNANRARARA
ARRANRRRARANRANNN
ANRR
AR
CAANNRNA

002100
002274

002011
002010

DISPLAY
SUBR
EST
«SUBT
:Qtttttttttttt.fitttQ."t""".t't'....t.'.'t.t'Q'."Q'...'tt...t."."..."'."

002010

002010
002010

000174

122114

, $BANK
BANK
REALPAT ,SPATMAR

TST
BEQ

RLFLAG
18

PUSH

002124
100000

MOV8
mMove

8IS

MoV

ggg

#81T15,8PATMAR
SPATMAR ,@DISPLAY

:SATHAR.DXSPREG

;ARE WE RELOCATED?
sNO = SKIP

;YES = SET MS8

:SOFTWARE DISPLAY REGISTER

E 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR HANDLER

33
=2 OV NOVEWN—=O

g5
00 00 00 09 00 00 00 0o 00 00 00 00

+#SAVE THE ERROR ITEM NUMBER AND THE ADDRESS OF THE ERRCTM CALL

:*AND GO TO SERRTYP ON ERROR
;*THE _SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

'SU1S'1
s eSW13=1

HALT ON E RROR

INHIBIT ERROR TYPEOUTS

BELL ON ERROR

s *SW10=1

'SU9-1 LOOP ON ERROR

;#CALL

105037

105237

001404

005237

002614

012737

077777
002016

: ;ERROR=EMT AND N=ERROR ITEM NUMBER

LS8
1BSAVE

IF NOERROR IS FALSE

BACK:
1 $:

002012
060450
002010
002000

ERROR

.ENABL
$ERROR: CLRB

061316

104410
14827 060542
14828 060544
14829 060550
14830 060556
14831 060564
14832 060566
14833 060572
14834 060576
14835 060602
14836 060604
14837 060612
14838 060612
14839 060612

SEQ 0353

PAGE 465

.SBTTL
L iiebbtdrivnihhb bbb b b AL DL
L
S
L
s*THIS ROUTINE WILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,

NN—A-.-A-.—A-;-‘-‘-A—.

bb nd e

cmd cd

) wd and

D el ed

BEDEDEDDDESDS

—

822 060522

26-APR-82 09:41

065644
122036

2%:
002614

cK SWR

;s TEST FOR CHANGE IN SOFT-SWR

IN CB
8E Q
CA LL
V
T
Q
TYPE

..SET THE _ERROR FLAG
sDON'T LET THE FLAG GO TO ZERO

SERFLG
1$
GETDIS
SPATMAR,STESTN
ASW10,3SWR
28
$BELL
MSGO14
TYPE
IN C _ SERTTL

IF RESULT IS M]
MOV #77777 ,$ERTTL
END ;OF IF RESULT
END ;OF IF NOERROR

MOV

(SP) ,ERRPC
#2 ,ERRPC

000002
002022
000002
121154

002016

002026
002013

SP,ERRSP
2(SP) ,ERRPSW
8ERRPC,S1TEMB

000177

002013

#177 ,S1TEMB

1001$

061316

:FOR APT

:;BELL ON ERROR?

::NO - SKIP
: RING BELL

;CONTROL 2

; ;COUNT THE NUMBER OF ERRORS

::GET ADDRESS OF ERROR INSTRUCTION
;:STRIP AND SAVE THE ERROR ITEM CODE
;1S THIS THE POWER FAIL CALL?
:BRANCH IF SO

:2ND ERROR CALL?
;BRANCH IF SO

:1S THERE A CPU ERROR REGISTER?
;BRANCH IF NOT

061322
177766
000001

061320
061320

000001
002013
000177

177766
061316
002013

10018

#8170,177766

0008:
001s:

061316

002020
000002
002024

;SETUP DISPLAY STUFF

002016
002016
002022

MOov8

#SITEMB, IBSAVE
#177.$17EM8

CLRB

IBSAVE

1001$

IF NOERROR 1S FALSE
IF BADPC NE #0
MOV BADPC,ERRPC
SUB #2,ERRP(
MOV BADSP,ERRSP

:SAVE CONTENTS
:POWER MONITOR BIT SET?
:BRANCH IF NOT
sCLEAR THE BIT
:MAKE IBSAVE NON-ZERO FOR DUAL CALL

:SET SITEMB TO POWER FAIL POINTER

F 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR HANDLER

14865 060774
4866 061002
4

013737
005037

4868 061006
2869 061014

013737
004737

4
4

000420

879 061064
0 061070

0
0

6
6

26-APR-82 09:41

SEQ 0354

PAGE 465-1

002026

MOV BADPSW,ERRPSW
CLR BADP(

065642

MOV
ERRPC,SFATAL
CALL PERBNK
IF #SW13 SET.IN @SWR
BR 3%

END ;IF

sFOR APT
::L0G ERROR ON BANK

END ;OF IF #SW13
IF #SWS _SET.IN @SWR AND TOOMANY IS TRUE
GOTO 3$
END ;OF IF #SWS

004737

061324

013706
000207

002270

END ;OF IF NOERROR
SERRTYP
CALL’
IF MONFLG IS TRUE
MOV SAVMON,SP

END

RTS

::60 TO USER ERROR ROUTINE
$sSHOULD WE RETURN TO XXDP MONITOR???
s;GET MONITOR ADDRESS
::G0 TO MONITOR

6 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

[0 JV. P o ¥ o F o
NOONSO

NN
NN 2000
8°V\J

O NS ONO

Vs SN =N

i cnd nd i et

b e

WM NN NN NN N NONINININIAN) N PIPVINININ) =b b b cd ek e o = o

b d o

[PV

d e

D i wd el o -

ERRXEREIRIIIIEIER &

i e
e e

b e

b—

—

b—

RIXRXEIERER SRR

b ad ad amd

N —d

~NOWN

b ad

bve

&
LS
R
A AR A SYRIREL

o
~J
N

ROUTINE ERROR HANDLER

005777
2

26-APR-82 09:41

38:

121516

SHALT:

013716

002610

005737
001402
013716

002356

022737

000001

78:

002356

003752

9%:

013700

000001
047¢32

@SWR

7%
BPL
HALT
CKSWR

::HALT ON ERROR

::SKIP IF CONTINUE
:2HALT ON ERROR!'
::TEST FOR CHANGE IN SOFT-SWR

IF NOSCOPE 1S FALSE AND #SW9 SET.IN @SWR

MOV SLPERR, (SP)
END :OF IF NOSCOPE
TST
SESCAPE
9
8EQ

MOV SESCAPE, (SP)

::FUDGE RETURN FOR LOOPING

:2CHECK FOR AN ESCAPE ADDRESS
::BR IF NONE

IF DETFLAG IS FALSE

::FUDGE RETURN ADDRESS FOR ESCAPE
:1S THIS AN 11/44?

CMP #1,PROTYP

BNE 118

CLR CPUERR

177766

012737
000137

PAGE 466

IF NOERROR IS FALSE
TST

SEQ 0355

118: IF ACTFLAG IS TRUE OR APTFLAG IS TRUE OR FATALS IS TRUE
Mov
#1,8MSGTY
EXIT
JMP
END :OF IF ACTFLAG

065640

;FOR APT

IF XXDPCHAIN IS TRUE AND SERTTL HI #20
:ERROR COUNT EXCEEDED 20 = ABORTING FOR XXDP CHAIN
MSG066
TYPE
MoV

42.R0
42
CLR
$7AP&L2
JMP
END :OF IF XXDPCHAIN
END ;OF IF DETFLAG

000042
000042
015212

ELSE
SET

105737
001402
000137
000002
000000
000000
000000

061316

060536

108:

2138:

HEADER
END ;OF ]F NOERROR
TOOMANY ,NOERROR
CLEAR

TST8
BEQ
JMP
RTI

IBSAVE: .WORD 0
CPSAVE: .WORD 0
CPERRF: .WORD 0
.DSABL

IBSAVE
2138
BA(CK

LSB

:2RETURN

:POWER FAIL ERROR CALL? ;R-(C
JR=C
;JUMP IF SO
:R=C

;R=C
:R-C
;R=C

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOUT

26-APR-82 09:41
.SBTTL

SEQ 0356

PAGE 468

ROUTINE ERROR MESSAGE TYPEOUT
L

b it do ittt viduiivitivhinb b b b A

:*Tn1S ROUTINE USES THE 'ITEM CONTROL BYTE'' (SITEMB) TO DETERMINE WHICH

s«ERROR IS TO BE REPORTED. IT THEN OBTAINS, FROM THE ‘ERROR TABLE'' (SERRTB),
:*AND REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.

SERRTYP:SAVREG

104415
005000
153700
001004

000511

TYPE

002013

000177

18:

061634
1008:

012037

OoOMrNONSO

1§5§cus.ao

‘POWER MONITOR CALL?
*BRANCH IF NOT
MOV ADDRESS OF PFE BIT ERROR TO RO

:R=C
‘R=C
::-E

RO
38

::sADJUST THE INDEX SO THAT IT WILL
WORK FOR THE ERROR TABLE
¥

‘R=C

002424

4
NOERROR

13SKIP TYPEOUT IF NO POINTER
1S THIS REALLY AN ERROR?

002576

HEADER

*TYPE HEADER?

002062

FATALS
28
MSG067

1108:

128:
2$:
3s:

061472

(RO)+,3§

128

48:

002576

012001
001427
012002

#177.R0
1008

;:IF ITEM NUMBER IS 2ERO, JUST

SSTYPE THE PC OF THE ERROR
ERRPC,<ERROR ADDRESS>
$:GET OUT
118

002424

000000

S:PICKUP THE ITEM INDEX

::FORM TABLE POINTER

000000
14959 061446
14960 061452
14961 061454
14962 061460
14963 061462
14964 061466
14965 061470
14966 061472
14967 061474
14968 061500
14969 061502
14970 061504

::"'CARRIAGE RETURN'' & ‘LINE FEED'’

RO
$ITEMB,RO
1%

#SERRTB, RO

066262
061440

001402

$CRLF

138:

6$:

0
$CRLF
(RO)+,5$
6$

NOERROR
138
HEADER
6$

0
$CRLF
(ROY+.R1
108

(RO)+,R2

*IPICKUP 'ERROR MESSAGE'* POINTER
SYES = SKIP
:NO - SKIP

‘WAS IT A FATAL ERROR?
‘NO - SKIP
SFATAL

1:TYPE THE "ERROR MESSAGE'’
13'ERROR MESSAGE'' POINTER GOES MERE

13*'CARRIAGE RETURN'' € 'LINE FEED"
*:PICKUP 'DATA HEADER'® POINTER
LTSKIP TYPEOUT IF 0

*1S THIS REALLY AN ERROR"
SYES - SKIP
STYPE HEADER?
‘NO - SKIP
SSTYPE T.E 'DATA HEAD *°

:3'DATA HEADER'' POINTEn . ES HERE
33 CAKRIAGE R TURN'' & 'LINE FEED"
T:PICKUP ‘DATA ABLE'' POINTER
*:BR IF NO DATA TO BE TYPED

SIPIL UP 'DATA FORMAT'' POINTER

;R=C

I12

CZMSPAQ MS11-L/M/P MEMORY D'AG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOQUT
14973 061506

26-APR-82 09:41

78:

112203

061520

rs
&0

104416

004737

062274

[=1=]

108:

TST
8EQ

118:

RESREG

INC

(R2)+,R3

sMAKE IT A WORD ADDRESS

#2,R1
(R1)
108
MSGO18
78

sUPDATE DATA TABLE POINTER
::1S THERE ANOTHER NUMBER?

mMur
118
HEADER

;1S THERE A MEMORY UNDER TEST
sNO - SKI [
JYES = BUMP HEADER FLAG

888(R3)
9$

::BR_IF NO

sTYPE 2 SPACES
::LOOP

IF ASW?7 SET.IN @SWR AND DETFLAG IS FALSE AND NOERROR IS FALSE

DETAIL
CALL
END ;OF IF #SW?7
MSG104
TYPE
s CONTROL 2
RETURN
.EVEN
DT
,PFECDF
PFECEM,PFECOH,PFEC
PFECWS: .WORD

.ASCIZ

‘POWER MONITOR BIT FOUND SET"

LASCIZ

“TESTNO

.EVEN
.WORD

STESTN,ERRPC,CPSAVE
O

.BYTE

0.0.0.0

;R=C
JR=C
JR-C

OO
b —b b
BN
O =
HOWVIONINO

PFECEM:

-t
OO b dd
NN
SJO=N
NOOOWVINIW

) ed =
-

8383

065644
0

WS NSONMNMNN

NNO

) b = b ) b b b b wh wed b

NNV ON) = O=N—=
N NSNS
H HOWOON=N =
~N VIOOMNO

105

15009 061700

15013

002576

061700

15008 061644

15010
15011 061730
06
15012 061740

002106

000207

15007 061634

ADD
TST

TYPE
BR

000752
005737
001402
005237

TAG70%
TAG?1$
TAG72$
TAG73$
TAG74$
TAG75$
TAG76$
TAG?7$
TAG78$
TAG79$

BEQ

001403

b bk =d O b b b = 2
OO—=NIHNN=P,=

006

9$:

000002

Ottt
et O b b
=0
o OOOMNIH
OWVIHWWNIOONWV

amb
-

Q
o

WN)
=

D cd b
e
b e

N
N

55
§bbbbbb
32
233839 258

b
) el b
) =D ad wnd )

995 061560

ViAW
S

b e

(¥, 1V}

8%:

Move
ASL
CALL
BR

SEQ 0357

PAGE 470

PFECDH:

002016

061520

PFECDT:

000

PFECDF:

ERR PC

CPUERR'’

sR=-C

J 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOUT

26-APR-82 09:41

SEQ 0358

PAGE 472

15016

:tttttttttttttttlt.ttt"t'ttttttttttttttttQQtl.t.t.'t.tt.."tt't't't't.t.t'ti'tt

15019 061744

fAG708: TYPOCT @(R1)

15017
15018

}28%? 061752

sunn OCTAL e
CANRRARANRRANRRAAAANARRNRACARNARANNARANNANNRARAARARARRCANARANANINNR A AN COA SR SACEY

RETURN

000207

:sTYPE AN OCTAL NUMBER

15022

;ttttttttttttttttttttQttttt'tQttttt.ttttQttt.'tt.'tt.t"t'tt'tt.ttttttttt'ttt'tt

15024

;wex DECIMAL wee

15023

15025 061754

}2859 061762

L P LT

TAG718: TYPDEC

RETURN

000207

L AT A AR A AL AL L DL L L L bt b bl ddriinbiviinihihhbbbbbbbbbbbbbbbbbbbbhd

a(R1)

:2TYPE A DECIMAL NUMBER

15028

:ttttttttttttttttt'.ttt'Qtt'ttQtttttttt.ttttttttttt'tttt.ttttt't'Qtttt'ttttttttt

15030

;tttttttttttittttttntt'tttttttfittttttttttttttQ'tttttt'ttt't'ttt.ttttttttt't'ttt'

;axx INTERLEAVE wer

15029

15031 061764

15032 061770

013701

002100

TAG72$: PUSH

BANK R

SET

NOTAB

CLR

NOTAB

15033 061774 070127 000004

MUL

15035 062006
15036 062012

TYPE
CALL

15034 062000

15037 062016

15038 062022

15039 062026

}282? 062032

004737

005037

061726

002366

POP

TYPE

RETURN

000207

R1,.RS

MoV

#4 ,R1

MSGO14
TCFIG1
R5,R1

MSGO14

sINDICATE NO TABLE TO BE PRINTED - NOW

;1 SPACE

15042

;tttttttttt'tttttttttttttttttttQttttttttttttttttttt.'tt.'ttttltttt.'ttttt'ttt.t.

15044

;tttttttttttttnttntttttt'.tttttttttttttttttttttttttttttatt'fitatttttttttttt'.tttt

15043

15045 062034
15046 062040

sanx (SR e

013701

002100

004737

042222

15047 062044 070127 000004
15048 062050

15049 062056
15050 062062

15051 062066
}ggg% 062072
W

005037

000207

002366

TAG73$: PUSH
MOV

MUL

R1,RS
BANK R1

SET

CALL
CLR

POP
RETURN

#% R1

NOTAB

TCFIG3

NOTAB

RS .R1

15054

:ttt'ttttttttttttttQt'tt'ttttttttttttttttttttttltttttttttttt'tttttttttt'ttttttt'

15056

CANAANNRARNRARNARAN NN RN R E AR ERARRNRRAARARARNARNNARANNAANRNRANARRANARRRARNENNREARNRES

ettt PATTERN nan

15055

15057 062074

}gggg 062104

000207

TAG74S: TYPOCS

RETURN

REALPAT,<TYPE (0-77)>,2.2

15060

;tntttttntttttttttt.tcot"otQttttttttnttttcttttntttttttttttntcttttttttttttat-o.t

15062

:tttttt'ttttttttttttltQttttt'ttttlt!tttttttttttttlttt'ttttttttt.tttttttttttttt"

15061

15063 062106

15064 062116

sunt BANK wte

000707

TAG758: TYPOCS

RETURN

BANK,.<TYPE (0-167)>,3

K 12

CZMSPAO MS11~L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOUT

26~APR-82 09:41

PAGE 473

CARANRENARARAANNNNR NN
skt MTYPE

SEQ 0359

E AR

N AR RNNRANARNARNRANRANRNRAARRAARANARAAANCROARAANAAS

wan

RACS
ANNN
RARAAAAAANRRA
RNNE
NAANEARARAARA
RANN
AARNINRARAARA
ANAA
A CERIARARANRAR
CARNNRNR

15070 062124
15071 062130

013701
070127

002100
000004

15074 062146
15075 062152
15076 062156
15077 062162

004737
005037

042066
002366

Mov

R1,R5
BANK,R1

SET
TYPE
CALL
CLR
POP

NOTAB
MSGO19
TCF162
NOTAB
R5.R1

TAG76$: PUSH

MUL

RETURN

000207

#4 R

:tttttttfitttttttttttQ.t'tttt'.tfittt.tttttttttttttttttttttt.t.t'tttt'tt.tt.tttt't

Sexs UNKNOWN DATA s

:"tttttfittttlittttit""t'.'t't.t..ttt'tt.fiittttt.ttt..tt'ttfl.tttttt't."".tti

15082 062164

15083 062170

TAG?7S8: TYPE

RETURN

000207

MSGO61

CANNRANRANRA NN RARNRANE AR RRRARANANNRARARANARANRARNRNAARARANRARNARRAAARAAARAAOCAAS

;aex PHYSICAL ADDRESS #we

:tttt*tttttttittttttltt"titttfifitttttttt'ttttttttttttittttttttttt'tttttttttttttt

15088 062172
15089 062200
15090 062206
15091 062214
15092 062220
15093 062222
15094 062230
15095 062234
15096 062240

013737
162737
013737
006237
103003
052737
012746
004737
062706

15098 062250

000207

100000

002036

002036
065520
000092

TAG78S8: MOV
sus
MoV
ASR
8cc

1$:

BIS

MOV
CALL

ADD
TYPE

RETURN
RRNARN R AR RN

ADDRESS ,PHYADD
#FIRST ,PHYADD
BANK ,PHYADD +2
PHYADD
+2
18

#81T15,PHYADD

sPOINTER TO DOUBLE WORD ON STACK
sCALL DOUBLE PRECISION CONVERSION ROUTINE

#PHYADD ,=(SP)
$DB20

sFIX STACK

#2,SP
$0CT8

ANN AR RN AN AR NAANRAARARNAARNANNRAANANANNRNRAANARACARANCACNRNRACRS

serer OCTAL BYTE wew

CANARAARNANRARRNRNARANARNRARERARRARARARRANRRARRANANRAAARARNRANANAREREANAARARAARAANONS

TAG798: TYPE
1YPOCS

15103 062252

15106 £62272

002036
002036
002040

151
15101
15102

15104 062256
15105 062266

002032
060000
002100
002040

000207

TYPE

RETURN

MSGO18
:2 SPACES
@a(R1) . <TYPE BYTE>,3.2

MSGO14

. SPACE

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOUT

15150 062274

26-APR-82 09:41

SEQ 0360

PAGE 476

DETAIL: SUBTST

<<SUBR

DETAILED ERROR REPORT>>

s *SUBTEST

SUBR

DETAILED ERROR REPORT

:tttt'ttttttttittttt.tl'ttt*ttttttttttttttititti't.'fi.tttfitttt.fit'.tt.tt.'.'t'.t

SN
NN
NN NN
WVISNWNN

O=
O0O0O0O0O0O0O00O0O
P
= R
P Quur Quur Pur Pur P Pr Pur Py =
OH
WUWWOOOOoOONOW
SO
NNV
W= NNOO

-0
= NI

OO =0O0O
QOPONO

;tttttttttttttttttQtttttitttttttttt.ttitiQfitt.t..'ttttt."t'i."tt"'tt".tt'.t'

002216

000003
000002

002106
002176
002200

002022
002026
002176

002106
000001

005037

2 062470
3 062474

004737
000207

177766

062274

INC
CMP
BLOS
CMP
BEQ
PUSH
SET
CLR
MOV
MOV

DETFLAG
#3,DETFLAG
43
#2 ,DETFLAG
2
HEADER,MUT
HEADER
MUT
RO,DETRO
#DETR1,RO

MOV
MOV
MOV

R2. (RO)+
R3. (RO) +
R&. (RO) +

MOV

MOV
MOV
MOV
MOV
SET
ERROR
BR
PUSH
SET
CLR
SET
ERROR

R1, (ROS+

RS, (RO) +
ERRSP, (RO) +
ERRPSW, (R0) +
DETRO,RO
NOERROR

+13
18
HEADER,MUT
HEADER
MUT
NOERROR

+31

CMP

#1,PROTYP

POP

MUT ,HEADER

CALL

DETAIL

BNE
CLR

18
CPUERR

:WARNING RECURSIVE

RETURN

;IS THIS AN 1176442

M 12

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
DETAILED ERROR REPORT

00000’0008“@@@
CONONWNE
NN = VO ~NO

LIV IV, IV TV, [V LV, IV, LV, [V, 1V, [V IV, 15,

SUBR

D
d

19,

o~
~N

.
N

o
o

MsG0S8

TYPE

SCRLF
TOTCSRS,R1
MOV
BEGIN DUMPCSRLOOP
FOR CSRNO := #0 TO #36 BY #2
R1
ASL
ON.ERROR
TYPE

002222

READCSR
TYPOCT

106426

CSR

TYPE

MSG018

;2 SPACES

IF R1 EQ #0 THEN LEAVE DUMPCSRLOOP
END ;OF FOR CSRNO

END DUMPCSRLOOP

(=4
o

(%,]

END ;OF ON.ERROR

062576

POP

062610

PUSH
TYPE

MOV
su8
FOR

005737
001036
042737
052737
006506

SCRLF

RO
MSGO18
(RO)

;2 SPACES

:SET PREVIOUS MODE TO SUPERVISOR
NOSUPER

002452
030000
010000

sKERNEL STACK

RO := SP TO R1 BY #2

TYPUCT
TYPE
TYPOCT
END ;OF FOR RO

o
o

RO,R1
MSGO88
KSTACK ,R1
#2,R1

TYPE

N
o
W

2
2
224 062706
225 062712
226 062716
227 062724
228 062724
229 062730
230 062734
231 062740
232 062744
2 33 062756
2 3, 062760
2 35 062764
2 36
2 37 062764
2 38 062772
2 39 062774
2 0 062776
2 4 1 063002
P4 4 2 063010

R1,CSRNO,CSR

:TYPE STA(CKS

002560
000002

SR W) -2
de—a_a.a-ld-o_a.a_aooog
OV NOWVIES
WA =O VN

;DISPLAY ‘DISPLAY'' INFO

CONTT

:TYPE CONTENTS OF ALL CSR'S
CSR,CSRNO,R1

006301

:SIMULATE CONTROL ''T"

CALL

PUSH

013701

b cd

d
b
b e

T
v ivivaiuviuavuaiaivu
Vil Vil ViAW
=o
SIS ST ST ST TN NS LS ST NN [y S0 18 [\ ¥ NININON)
o

-h—l—‘-ld—hdd—b-.-ldd—ldddd—ldd—l—l—ldd—.—l—l_fldd_‘—l—l-—l—l—l—l-l—l-‘-. b

004737

062502

b e e

b o

b e od e

062476

43:

064144

SEQ 0361

PAGE 478

26-APR-82 0%:41

DET1

#81713!817T12,PSW
#81T12,PSW

BIC
8IS

177776
177776

SSP

MFPI

POP
R1,RO
MSGO89
TYP E
IF RO LT #SUPSTK

:SUPERVISOR STACK

FOR RO := RO TO lEUPSTK-Z 8Y #2
SCRLF
RO

TYPE
TYPOCT

TYPE

MSGO18

:2 SPACES

(RO)
TYPOCT
RO
FOR
;OF
END

ELSE

TYPE MSG091
END ;OF IF RO

052737
006506

030000

177776

DET1:

;IS EMPTY

:SET PREVIOUS MODE TO USER

BIS

MFPJ

POP
TYPE

#B8IT13!81T12,PSW
USP

RO
MSG090
IF RO LT AWUSESTK

FOR RO :=

;USER STACK

RO TO #USESTK-2 BY #2

N 12
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SUBR

DETAILED ERROR REPORT

26-APR-82 09:41

TYPE

15245 063020

ELSE

15248 063042

15254 063062

SCRLF
RO

MSGO18

(RO)
TYPOCT
END ;OF FOR RO

15246 063024
15247 063030

15249 063044
15250 063050
15251 063050
15252 063054
15253 063060

PAGE 478-1

TYPE
TYPOCT

15243 063010
15244 063014

005037
000207

002216

TYPE MSG091
END ;OF IF RO
$CRLF
TYPE
DETFLAG
CLR
RO
POP

RETURN

SEQ 0362

22 SPACES
;1S EMPTY

B 13
CZMSPAQ MS11-L/M/P MEMORY

DI AG .

MACRO M1113

.58 TTL

SEQ 0363

PAGE 481

ROUTINE BINARY TO OCTAL (ASCII) AND TYPE
e

e e e

DA LA

JAtRRttRtet T

:28TYPQS
=~ ENTER
c*CALL:

HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

:*THIS ROUT INE 1S USED TO CHANGE A 16-BIT BINARY NUMBER TO A 6-DIGIT
:*0CTAL (AS CI]) NUMBER AND TYPE IT.

MoV

NUM,=-(SP)

I
B
o
M

.BYTE
BYTE

N
M

TYPOS

::NUMBER TO BE TYPED

::CALL FOR TYPEOUT

::N=1 TO 6 FOR NUMBER OF DIGITS TO TYPE
::M=1 0RO
::1=TYPE LEADING Z2EROS
::0=SUPPRESS LEADING ZEROS

:*$TYPON=-==-ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST
:«$TYPOS OR STYPOC

J=CALL:

]
A
;t

MOV
TYPON

NUM,-(SP)

::NUMBER TO BE TYPED
;sCALL FOR TYPEOUT

:'%Ilfoc---ENTER HERE FOR TYPEOUT OF A 16 BIT NUMBER
ML

017646

000000
000001
063311
000002

o
oS

= OO0
—

000001
000006
000005

b wd QN Q) =d b and ek

-3t QO

C*:ghwboflbg:

b
b

NN
= —

b
b
b
b

bt
PNONLNIUNY
= —b
NS NO SN SRS

&
8222222222222 S2222222222222
NN NN N - . N

WNOAWNE WO 000N

b e e b b e b D e e rd b
vV

D b d b cmnd D b cemd v
b
D e d
e d D o D o bwnawnnAaiwna VI WA WIA NIV

A AN U AN N U U AN U N N NN N N N N RN N NN N
808000
AR R
NN
‘NgfizzLUNHUNHUNflUNNU—hfl-hd—"‘-“‘—“fl
oN & tnufiguuuuuv
SRER28E cn~dg\n&wu
VO NO VNN 2OV NO NS W20V

ROUTINE BINARY TO OCTAL (ASC 11 ) AND TYPE

26-APR-82 09:41

063311

063307

063307
063311
063306

MOV

TYPOC

NUM,-(SP)

::NUMBER TO BE TYPED

::CALL FOR TYPEOUT

$TYPOS: MOV
Movs
MOVB
ADD

8(SP) ,=(SP)
1(SP) ,SOFILL
(SP)+ _,S0MODE+1
#2,(SP)

s :PI1CKUP THE MODE
::LOAD ZERO FILL SWITCH
::;NUMBER OF DIGITS TO TYPE
::ADJUST RETURN ADDRESS

$TYPOC: MOVB
MOVB
STYPON: MOVSB
MOV
MOV
MOV
:gge

#,S0FILL
#6,3$0MODE +1
#5,80CNT
R3,-(SP)
R4 ,-(SP)
RS,-(SP)
;EHODE+1.R4

::SET THE ZERO FILL SWITCH
::SET FOR SIX(6) DIGITS
:3SET THE ITERATION COUNT
::SAVE R3
::SAVE Ré4
::SAVE RS
:2GET THE NUMBER OF DIGITS TO TYPE

18:

ADD
MOVB
MOovB
MOV
CLR
ROL

#6.R4
R4 ,SO'0ODE
$SOFILL,RSG
12(SP) ,RS
R3
RS

:2SUBTRACT IT FOR MAX. ALLOWED
:3SAVE IT FOR USE
:2GET THE ZERO FILL SWITCH
::PICKUP THE INPUT NUMBER
:sCLEAR THE OUTPUT.UQRD
:;ROTATE MSB INTO ''C*’

2s:

RPJL

::FORM THIS DIGIT

B8R

000006

063310
063307
000012

063310

3s:

2260 DO MSB

RS
RS

ROL
DECB

R3
$OMODE

::GET LSB OF THIS DIGIT
:;:TYPE THIS DIGIT?

43
R4
5%
R4

:2TEST FOR 0
;:SUPPRESS THIS 0?

MOV

BNE
TST

A H

ROL
ROL

BPL
B8IC

177770

$TYPON

BEQ

INC

RS5.R3

63
#177770,R3

2:BR IF NO
23GET RID OF JUNK

::BR IF YES

::DON'T SUPPRESS ANYMORE 0°'S

e L L

c13

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

26-APR-82 09:41

PAGE 481-1
::MAKE THIS DIGIT ASCI!
ssMAKE ASCII IF NOT ALREADY
;s SAVE FOR TYPING
::60 TYPE THIS DIGIT
;s COUNT BY 1
::BR IF MORE TO DO
::BR _IF DONE

(SP)+,RS

000002

000004

(SP)+,(SP)

.BYTE
.BYTE
.BYTE

$SOFILL: .BYTE
$OMODE: +WORD

QOO0

NWWN
WS WS SNINN

(ASCII) AND TYPE

=00
OO0O0O0OODOO—

oooooorOrOOONOONOM

W
OO NNOOOO
NN\
NONOONSNIOON SO SO S

8 go S8

W=
O 000~ VS WIN—=O

ROUTINE BINARY TO OCTAL

SEQ 0364

;2 INSURE LAST DIGIT ISN'T A BLANK
2260 DO THE LAST DIGIT
:sRESTORE RS
:sRESTORE Ré
:sRESTORE R3
:sSET THE STACK FOR RETURNING
2 sRETURN

;:STORAGE FOR ASCII DIGIT

::TERMINATOR FOR TYPE ROUTINE

2s0CTAL DIGIT COUNTER
ssZERO FILL SWITCH
:JNUMBER OF DIGITS TO TYPL

D13

AaWnmAawn WAV AV IV [V IV IV IV [V IV IV [V IV IV IV IV [V, 1V IV, 1o
WA NN NN NN NN
WNIN
N NN
NNNNNNNNNY
.
W= OOV
NN UWN=O
N =
0

e e b be o o De D o e e i e b §
Q&
Segegaags

IMSPAQ MS11-L/M/P MEMORY DI AG . MACRO M1113
TINE CONVERT BINARY TO DE (1 MAL AND TYPE

.SBTTL

eSIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE
eNUMBER 1S POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED
:+BEFORE THE FIRST DIGIT OF THE NUMBER. LEADING ZEROS WILL ALWAYS BE
:*REPLACED WITH SPACES.
s*CALL:
*

000055

000001

b
b
b amd b b ad b cd cnd wnd b

1$:

3s:

4S:

5%:

O o~

NN
N NN
VAL wn iAW
NN

N =
NS
NO
= OO

2222222222 2
IRE;
NS RRRSERIT
(=] =] o
ONONO~ O
NN W

b &
b e
b e
b
e
e
b

BBBDDBDDDDDDDDNN

N
(V.7 W N

2%:

063516

000001
000060
000040

177777

6$:
78:

8s:

000002

#'=,1(SP)
R0

#$DBLK,R3

2 ,(RS)+

R2
$DTBL (RO) ,R1

3s
R1.R5
R2
5%
(SP)
78
(SP)
6$
1(SP) ,-1(R3)

#°0,RS
"

177776

9$:

‘RZ

R2,(R3)+
RO, #10
23
8s
RS ,R2
63

(SP)+
9s
=1(SP) ,=2(R3)
(R3)
R5,R3,R2,.R1,R0
$DBLK

2(SP) ,4(SP)
(SP)+,(SP)

000004
$DTBL:

000000

$DBLK:

::PUT _THE BINARY NUMBER ON THE STACK
2:60 TO THE ROUTINE
s:SET BLANK SWITCH AND SIGN
::GET THE INPUT NUMBER
::BR IF INPUT IS POS.
:sMAKE THE BINARY NUMBER POS.
ssMAKE THE ASCII NUMBER NEG.
ssZERO THE CONSTANTS INDEX
:;SETUP THE OUTPUT POINTER
;sSET THE FIRST CHARACTER TO A BLANK
;sCLEAR THE BCD NUMBER
s:GET THE CONSTANT
::FORM THIS BCD DIGIT

::BR IF DONE

43
R2

(RO)+

000010

177777

RO,R1,R2,R3 RS

#20200,
- (sP}
gg(SP),ns

063526
000040

V]
W

b
b b

$TYPDS:

020200
000020

5405 063432
5406 063434
5407 063436
5408 063442
3609 063444
10 063446
063450

,
- (SP)
NUM

o %

3
§97 063402

ROUTINE CONVERT BINARY TO DECIMAL AND TYPE

«THIS ROUTINE 1S USED TO CHANGE A 16-BIT BINARY NUMBER TO A 5-DIGIT

93 063372

b ek nud

PAGE 482

;'t'...tt.t'tt'.."'tQt"."ttt'..tt.tt'.fi.ttt.t.'tt..Q'ttfi.'t'.t.t"""t'.."'

90 063362

VAIVAWWAWNMWA WM

D b and e

26-APR-82 09:41

SEQ 0365

0.0,0.0

;2 INCREASE THE BCD DIGIT BY 1
::ADD BACK THE CONSTANT
:2CHECK IF BCD DIGIT=0
:2FALL THROUGH IF 0

;2STILL DOING LEADING 0°S?
::BR IF YES
s cMSD?
csBR IF NO

$3YES==SET THE SIGN

::MAKE THE BCD DIGIT ASCII
:2MAKE IT A SPACE IF NOT ALREADY A DIG IT
:2PUT THIS CHARACTER IN THE OUTPUT BUF FER
:2JUST INCREMENTING
:sCHECK THE TABLE INDEX
::G0 DO THE NEXT DIGIT
::G0 TO EXIT
2:GET THE LSD
::G0 CHANGE TO ASCII

::WAS THE LSD THE FIRST NON-ZERO?
;:BR I IF NO
o0

s;YES~=SET THE SIGN FOR TYPING
s:SET THE TERMINATOR

;sNOW TYPE THE NUMBER
s sADJUST THE STACK
:;RETURN TO USER

E 13

CZMSPAQ MS11-L/M/P MEMORY [DIAG. MACRO M1113

ROUTINE TTY INPUT

26-APR-82 09:41
.SBTTL

SEQ 0366

PAGE 483

ROUTINE TTY INPUT

L e L T

+#SOF TWARE SWITCH REGISTER CHANGE ROUTINE.
:*ROUTINE IS ENTERED FROM THE TRAP HANDLER, AND
W

L L L L L Ll

+#SERVICE THE TEST FOR CHANGE IN SOF TWARE SWITCH REGISTER TRAP CALL
:*WHEN OPERATING IN TTY FLAG MODE.

15434 063536
15440 063536
15641 063542
15442 063544

$CKSWR:

056276

056276
NOCH:

SINSINSI

000006

CONTS1:

050102
000024

18:

064144
000003

16$:

€00023

2%:

002144

b d b b

5463 063654

064220
000013

b eed b o

000176

= (SP)
XOCHAR,
XOCHAR
CONTS1
3$TKS
128
as$TKB, = (SP)

#2C177,(SP)
26, (SPS

18
FIELDSERVICE

#24,(SP)
16$

CONTT

#3,(SP)

CMP

5%
#23,(SP)
178
ONTS

d13 (SP)
63

178:

SCNTLK

CTLKVEC,SP
#SWREG, SWR

002622

b b e

002060

~NOAON\ANONON

O NN
LS
Y S
Y]

= O

SRR=3338
g

V]
~

&
~
»

116666

..CHAR THERE?

cIF NO, DON'T WAIT AROUND
$:SAVE THE CHAR
s:STRIP-OFF THE ASCII
;1S IT CONTROL F?
:NO SKIP
;1S IT CONTROL T?
NO - SKIP

:YES = CALL CONTROL T ROUTINE
IS IT CONTROL ¢?
YES EXIT snaaaNOTExnwas STACK IS SCREWED UP!
.JS I7 CONTROL S?
JNO - SKIP

:YES = CALL CONTROL S ROUTINE
IS IT CONTROL K?
'NO - SKIP
JTYPE A K

RESET KSP TO AFTER PATTERN EXEC ROUTINE
RETURN TO PATTERN EXEC ROUTINE

..IS THE SOFT-SWR SELECTED?
;s sBRANCH IF NO
::1S IT A CONTROL G?
..NO RETURN TQO USER
;ARE WE RUNNING IN AUTO-MODE?

..ECHO THE CONTROL-G (“G)

3s:

CLR

48:

78718

=(SP)
-(SP)
887KS
43

as$TKB, - (SP)

116662
177600

#°C177,(SP)
(sP). 4%

000003
000006
047524
000025

:;SOMETHING THERE?
:; GO ON_IF NOT
ss USE IT

JBRANCH IF YES

$GTSWR:

b e
e e ol wd e e wd b b ) e

CmMpP

XOCHAR
NOCH

000007

5468 063676
5469 063700
5470 063704

b o

TST
BEQ
MoV
CLR
JMP
TST8
BPL

Mov8s

117036
177600

N
W

W
o

N
N

b b b b
bb
VNN WA
o 2l aFR

117042

.ENAB LE LS8

5%:

TYPE

7$:

CMP

78
S$CNTLC

#6,SP
8007

(SP) ,#25

9s
S$CNTLU

::TYPE CURRENT CONTENTS
:;0F THE SWR
::PROMPT FOR NEW SWR

2:CLEAR COUNTER
;sTHE NEW SWR

:3CHAR THERE?

::1F NOT TRY AGAIN
J:PICK UPCHAR
::MAKE IT 7-8BIT ASCII
::18 1T A CONTROL-C?
:;BRANCH IF NOT
::YES, ECHO CONTROL=-C (~C)
..CLEAN UP STACK
:sCONTROL=-C RESTART
CONTROL'U’
A
JIS IT
2 ;BRANCH IF NO
JsYES, ECHO CONTROL'U (*v)

F 13

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE TTY INPUT

15489 064006

15490 064012
15491 064014
15492 064020

15493 064022
15494 064026

062706

000746
021627
001016

000006

8s:

000015

9s:

005766
001403

000006

062706

000006

108:

000002

128:
CKEND:

15495 064030 016677 000002 116564
15496 064036
15497 064042
15498 064046
15499 064050

15500 064054
15501 064056

15502 064062
15503 064068
15504 064070
15505 064074

000002
062706
000002
004737
021627
002420
021627
003015

138:

056300
000060

000067

15518
15519

064141

005766
001403
316
006316
316
005266
056616
000702
0007264

136

012

000002

000002
177776

113

000

015

PAGE 483-1

ADD

46,5P

;s IGNORE PREVIOUS INPUT

TST
BEQ

4 (SP)
108

.,YES. IS IT THE FIRST CHAR?
sBRANCH IF YES

ADD
TYPE
RTI
ADD

#6,SP
SCRLF

BR
cMP
BNE

MOV

RTI
CALL

CMp
BLT
CMP
8GT

8IC

15506 064076 0642726 000060
15507 064102
15508 064106
15509 064110
15510 064112
15511 064114
15512 064116
15513 064122
15514 064126
15515 064130
15516 064134
15517 064136

26-APR-82 09:41

SEQ 0367

1ST
BEQ
ASL
ASL
ASL
INC
148:
BIS
BR
TYPE
158:
BR
SCNTLK: .ASCIZ
.EVEN
.DSABL

3s
(SP), M5
138

2(SP) ,aSWR

#2,SP

$TYPEC
(SP) 460
15%
(SP) 467
158

#60,(SP) ¢+

2(SP)
148
(SP)
(SP)
(SP)
2(SP)
-Z(SP) (SP)
SOUES
8s
/*K/<15><12>
LS8

ssLET'S TRY IT AGAIN
2218 1T A <CR>?
s sBRANCH IF NO

:3SAVE NEW SWR

ssCLEAR UP STACK
:sECHO <CR> AND <LF>
s :RETURN
sFIX STACK
sRETURN
:;ECHO CHAR
ssCHAR < 0?
..BRANCH iF YES
JCHAR > 7?
: BRANCH IF YES

..STRIP-OFF ASCII

221S THIS THE FIRST CHAR
s ;BRANCH IF YES
:sNO, SHIFT PRESENT
CHAR OVER TO MAKE
:;
__ROOM FOR NEW ONE.
ss
; KEEP COUNT OF CHAR
s:SET IN NEW CHAR
;;GET THE NEXT ONE
sTYPE 2<CR><LF>
sSIMULATE CONTROL=-U
sCONTROL K ASCII STRING

G 13

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE TTY INPUT

26-APR-82 09:41

CONTT:

15522 064144

SUBTST

15523 064144
15524 064146

15534 064152
15535 064160
15536 064164
15537 064164
15538 064179
15539 064200
15540 064204
15544 064214
15545 064216
15546

E R

RN AR

CONTROL T
R

R AN AR R R R RN

RPN AN R R R RN

PUSH
RO
$CRLF
TYPE
IF RLFLAG IS TRUE

TYPE

0cs

MSGC92

AR RPN AN R

LT RN RN AR ARTERARN RN NS

sRELOCATED
s BANK=

:;YPE 3 DIGITS

FANK,,3

AR AR AT R RN RN EREERN NN RN TR E ORI N AN RO

:PAT=

:TYPE 2 DIGITS

000207

CONTS:

SUBTST

<<CONTROL S & CONTROL 0>>

"tt't.tttt.ttt"t.itt""t"'t.Q.'.fi.l.t.l.Qtt't'Qt."..tQt.t'.'t"t.""..t"'t

s*SUBTEST

15556 064254
15557 064256

<<CONTROL T>>

END .OF IF RLFLAG
TYPE MSG093

15547 064220

15548 064220
15549 064222
15550 064226
15551 064230
15552 064234
15553 064240
15554 054246
15555 064252

PAGE 485

RN AN

s*SUBTEST

SEQ 0368

116400

116374
177600

063576

POP
CONTS2: TST8

8PL
Movs

BIC

CONTROL S & CONTROL Q
L

RO
88TKS

R T

CONTS2
8871KkB, (SP)

#-C177,(SP)

IF (SP) EQ #21
JMP

ELSE

CONTST

BR
CONTS?2
END ;OF IF (SP)

L T

b A L
bt bednniinidaiiniioiiibrtiiahibb

JGET RID OF RETURN ADDRESS FROM STACK
sWAIT FOR CHARACTER
sREPLACE OVER OLD CHARACTER ON STACK

sSTRIP ALL BUT ASCII

JIF [T IS A CONTROL @

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
CONTROL S & CONTROL Q

;tttttt't...tt.tt..."t"""'.Q.QQ.'.Qt.'Q"t'QQ.Q'."...Qt""t't""..""."

15559

15590
15591
15592
15593
15594
15595

15596 064406
15597 064410
15598 064412
15599 064416
15600 064422
15601 064426
15602 064426
15603 064430
15604 004434
15605 064436
15606 064442
15607 06444k
15608 064446
15609 064456
15610 064456
15611 064462
15612 064466
15613 064472
156146 064476
15615 064500

011646
016666
105777
100375
117766
042766
026627
001033
105777
100375
117746
042716
022627
001366
000750
026627
001744
026627
002407
026627
003003
042766
000002

000004
116334

000002

116330
177600
000004

000004
000004
000023

$RDCHR: MOV
1%:

2%:

116302
116276
177600
000021

4(SP§,2(SP)

BPL
MOVB

18
a$7KB,4(SP)

TSTB

000021

000004

000140

000004

00C175

000040

000004

38:

A ¥

@$TKS

BIC
CMP

2AC<1P7>,4(SP)
4(SP) 0238

IST8

a$TKS

BIC

#4C17%,(SP)

BNE

BPL
MOVB
CMP
BNE

000004

(SP) ,=(SP)

MOV

B8R

2
a$TKB,=(SP)
(SP)+,#21
2s

cMP

4(SP) ,#21

P
BLT
CMP
BGT
BIC

., #140
4(SP)
4
4(SP) ,#175
4
#40,4(SP)

BEQ

RTI

::PUSH DOWN THE PC
:;SAVE THE PS
JJWAIT FOR

:3A CHARACTER
::READ THE TTY
;3GET RID OF JUNK IF ANY
2:1S IT A CONTROL=S?
:2BRANCH IF NO
;sWAIT FOR A CHARACTER
::L00P UNTIL ITS THERE
::GET CHARACTER
JIMAKE IT 7-B1T ASCIlI

IT A CONTROL-Q?
NOT DISCARD 1T
S. RESUME
IT A RANDOM CONTROL-Q?
H BACK IF SO

M
IT UPPER CASE?
:JBRANCH IF YES
:21S 1T A SPECIAL CHAR?
::BRANCH IF YES
::MAKE IT UPPER CASE
;260 BACK TO USER

°F

s INPUT A SINGLE CHARACTER FROM THE TTY
s CHARACTER IS ON THE STA(K
s;WITH PARITY BIT STRIPPED OFF

RETURN HERE

[r
Y iy
wmmmmwm

RDCHR

125

:R=C

;t't.'t.ttttttttttttit't't't't'.fitttt.ttfifi..t.t.ttt.ttttt'!'.t..'t'tt'ttt."ttt'

:*THIS ROUTINE WILL INPUT A STRING FROM THE TTY
;*CALL:

[* LNRN

15567 064256
15568 064260
15569 064266
15570 064272
15571 064274
15572 064302
15573 064310
15574 064316
15575 064320
15576 064326
15577 064326
15578 064332
15579 064336
15580 064342
15581 064344
15582 064346
15583 064354
15584 064356
15585 064364
15586 064366
15587 0643764
15588 064376
15589 064404

:*THIS ROUTINE WILL INPUT A SINGLE CHARACTER "ROM THE TTY
s*CALL:

010346
005046
012703
022703
101477
104411
112613
122713
001016

005726
012603
032777
001404
005037
000137
000137
122713
001022
005716

ROL IN

RETURN HERE

RDLIN: MOV

064704
064730

) —>

15560
15561
15562
15563
15564
15565
15566

26-APR-82 09:61

SEQ 0369

PAGE 486

$:
$:

CLR
MOV

cMP
BLOS

RDCHR

MOVB

000003

000400
002414
047632
047524
000177

43, (RS)

TYPE
ST

S$CNTLC
(SP)+

MOV
BIT

118:

(SP)+,(R3)

cMP8

BNE

116146

R3,~-(SP)
-(5P)
#STTYIN,R3
#STTYIN+20.
.R3
8%

BEQ

(SP)+,R3
#81T8.a5WR
118

(MPB
BNE

#177,(R3)
58

CLR
JMP
JMP
ST

STOPOK
EXIT
8007
(SP)

::INPUT A STRING FROM THE TTY

:sADDRESS OF FIRST CHARACTER WILL BE gN THE STACK

;s TERMINATOR WILL BE A BYTE OF ALL O°
:sSAVE R3
::CLEAR THE RUBOUT KEY
;:GET ADDRESS
J:BUFFER FULL?
::BR IF YES

::G0 READ ONE CHARACTER FROM THE TTY
:2GET CHARACTER
2218 IT A CONTROL-C?
s ;BRANCH IF NO
:2TYPE A CONTROL-C (“(C)

;sCLEAN RUBOUT KEY OFF OF THE STACK
:2RESTORE R3
:21S THERE A HALT FLAG SET IN THE SWR?
:2BRANCH IF NOT TO BOOT ROUTINE
:2GET READY TO HALT PROGRAM
2:G0 HALT PROGRAM
:2GOTO CONTROL=-C RESTART
::1S IT A RUBOUT
;:BR IF NO

::1S THIS THE FIRST RUBOUT?

113

CIMSPAQ PS11- /M/P [ ORY DIAG. MACRO M1113

CONTROL S & CLr "ROL Q

15616 064502
15617 064504
15618 064512
15619 064516
15620 064522
15621 0€° 5264
15622 064.0

15623 064552

15624 N64536

001007
112737

012714
0€0530.
020327
103434
1.1337

15625 064542
15626 064544
15627 064546
15628 064550
15€29 064556
15630 064562
15631 064564
15¢32 064570

0007°S
00570
0014606
112737

15634 064576

(20705

15¢36 064604
15637 064606

001011
1050i3

15633 064572
15635 064600

15638 0646°'0

15639 064614
15640 064620
15647 064622
15642 06474
15643 064030

15644 064634
15645 064640
15646 064644

15647 064646

15648 064652
15649 064656
15650 064660

005016
122713

001003

122713

000134

064702

177777

A ¥

064704

b} ¥

000136

064702

(3 ¥

000025

78:

8%:

207+ TM
11,87

¥66202

122723
001264

000015

15651 064662

005726
012603
011646

15653 064672
15654 064700

012766
000002

15656 064703

000

9%:

15657 064704
15660 064730

064704

064752
064755
15664 064760
064763
064766
15665

T: €
CMPR
BNE

MoV
RTI

BYTE

;:TYPE A CONTROL 'V

::60 START OVER

$TTVYIN
2$
$QUES
1$
(R3),108

108
#15,(R3)+
3

=1(R3)

SLF
(SP)+
(SP)+,R3

(SP) ,=(SP)

4(SP5.2(SP)

#STTYIN,&(SP)

J:BRANCH IF NO
JsCLEAR THE guARACTER
:sTYPE A “'CR" & 'LF'
;2T 'PE THE INPUT STRING
;60 PICKUP ANOTHER CHACTER
iTrPE A2
::CLEAR THE BUFFER AND LOQ®
;;ECHO THE CHARACTER
;:CHECK FOR RETURN
;:LO0P IF NOT RETURN

::CLEAR RETURN (THE 15)

:2TYPE A LINE FEED
::CLEAN RUBOUT KEY FROM THE STACK
:;RESTORE R3

::ADJUST THE STACK AND PUT ADDRESS OF THE

FIRST ASCII CHARACTER ON IT

2 2RETURN

20.
/2C/<15><12>

;:STORAGE FOR ASCII CHAR. TO TYPE
22 TERMINATOR
2;RESERVE SIZE BYTES FOR TTY INPUT
::CONTROL '°C**

::CONTROL 'V’

107

01S

SCNTLG: .ASCIZ

/4G/<15><12>

:2CONTROL °G"*

123

SMSWR:

.ASCIZ

<15><12>/SWR = /

SMNEW:

.ASCIZ

012

122
040
040
127
040

040
000
116
040
000

.EVEN

::1S CHARACTER A ‘*“R'"TM

/4U/<15<12>

000

127
075
040
105
075

SCRLF

TYPE
B8R
TYf .
/R
[

9
(R3)

;:BR JF NO

SCNTLU: .ASCI?

012

015

TYPE

BNE
(LR8

::CLEAR THE RUBL T KEY
::1S CHARACTER A TRL VU?

015

064745

15663 064747

#cc (R3)

::BR IF NO

;sTYPE A BACK SLASH

125

000

136

(MP8

MOV

000004

$CNTLY

;260 READ ANOTHER CHAR.
:;RUBOUT KEY SET?

015

012

15662 064742

B8R

23
(SP)
6%
#°'\,108
108
(SP)
#25,(R3)
7%

103

064740

136

;260 TYPE

8R
TST
RFQ
MoV
TYPE
(LR
(mTMP8
BNE

(R3),10%

::SET THE RUBOUT KEY
2:8ACKUP BY ONE
J3STACK EMP/Y?
::BR IF YES
::SETUP TO TYPEOUT THE DELETED CHAR.

$TTYIN: .REPT
SCNTLC: .ASCIZ

000

15661 064735

108

MOV
108:

012

064733

TYPE

TYPE
°T
m o/

000

000024
136

;:BR IF NO
J:TYPE A BACK SLASH

CLRS

177777

15652 064664 016666 000004 000002

15655 064702

43
#'\,108
108
#-1,(SP)
R3
RI,ASTTYIN
8$

TYPE

000022

SEQ 0370

PAGE 486-1

BNE
MOov8
TYPE
MoV
DEC
CMP
8LO

MOvV8

4702

000676

105063

26-APR-82 09:41

NEW =/

J 13

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113

ROUTINE READ AN OCTAL NUMBER

FROM THE TTY

26~APR-82 09:41

.SBTTL

15667

SEQ 0371

PAGE 487

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

15668

;ttttttttttttQttttttt"t'.'t"lt'.tt'it‘ttfitttttittttttttttttttttittttttttt'tttt

15670

T«CHANGE IT TO BINARY,

*«THIS ROUTINE WILL READ AN OCTAL (ASCII) NUMBER FROM THE TTV AND

15669

*«THE INPUT CHARACTERS WILL BE CHECKED TO INSURED THEY ARE LEGA!
*«OCTAL DIGITS. IF AN ILLEGAL CHARACTER IS READ A '*?"* WILL BE TYPED
*«FOLLOWED BY A CARRIAGE RETURN-LINE FEED, THE COMPLETE NUMBER MUST
:'ZQE? BE RETYPED. THE INPUT 1S TERMINATED BY TYPING A CARRIAGE RETURN.

15671
15672
15673
}gggg

e
‘e
-

15676
15677
15678

15679 064772 011646

15680 064774 016666 000004 000002

15681 065002
15682 065010
15683 065012
15684 065014
15685 065020

104412
012600
010037
005001

15687 065026
15688 065026
15689 065030
15690 065034

112046
001420
122716
003026

15686 065022

15591 065036

122716

15692 065042

002423

15694 065046

006102

15693 065044

RDOCT
RETURN HERE

$RDOCT: MmOV

MOV

18:
065120

005002

28:
000060
000067

PUSH
RDLIN
MOV
MOV
CLR
CLR
MOVE
BEQ
(MP8
86T
(MPB
BLT

006301

(SP) ,=(SP)

:;READ AN OCTAL NUMBER
*:LOW ORDER BITS ARE ON TOP OF THE STACK
*:HIGH ORDER BITS ARE IN SHIOCT

*:PROVIDE SPACE FOR THE

4(SP),2(SP)

+INPUT NUMBER

(SP)+,R0
RO,5$
R1

ssREAD AN ASCIZ LINE
*2GET ADDRESS OF 1ST CHARACTER
SSAND SAVE IT
*:CLEAR DATA WORD

(RO)+,-(SP)
$
2'0,(SP)

;:PICKUP THIS CHARACTER
t3IF ZERO GET OUT
PIMAKE SURE THIS CHARACTER
131S AN OCTAL DIGIT

RO,R1.R2

#'7,(SP)

ASL

¥y

ROL

15695 065050

006301

ASL

sivh

15697 065054

006301

ASL

;:%8

15696 065052

15698 065056
15699 065060
15700 065064

006102

006102
042716
062601

ROL

177770

15701 065066 000756

15702 065070
15703 065072
15704 065076
15705 065102
15706 065110

15707 065112
15708 065114
15709 065116

15710 065120

15711 065122
15712 065126
15713 065132

005726
010166

010237
000002

000012
065140

38:

005726
105010

48:

000000

5$:

ROL
BI(
ADD

R2
#C7.(SP)
(SP)+,R1

ST
MOV

(SP)+
R1,12(SP)

ST
CLRB
TYPE

(SP)+
(RO)

B8R

MOV
POP
RTI

WORD

TYPE
TYPE
TYPE

R2.$HIOCT
R2.R1,R0

;. STRIP THE ASCII JUNK
LIADD IN THIS DIGIT

::LOOP

*:CLEAN TERMINATOR FROM STACK
1SSAVE THE RESULT
: sRETURN

*SCLEAN PARTIAL FROM STACK
PSSET A TERMINATOR
‘:TYPE UP THRU THE BAD CHAR.

: INPUT MUST BE A
N OCTAL
*NUMBER

MSG062
MSG063
MSG064

1:TRY AGAIN
18
B8R
0
*HIGH ORDER BITS GO WERE
"SBTTL ROUTINE READ A DECIMAL NUMBER FROM THE TTY

15714 065136 000724
15715 065140 000000
}g;}g

$SHIOCT: .WORD

15718

15719
15720
15721
15722
15723

L L L

bbb bbbl L b
el bt ddedndduiiviinidiainirivbinisihiuinivhbdibhbh

‘«THIS ROUTINE WILL READ A DECIMAL (ASCII) NUMBER FROM THE TTY AND
:*CHANGE IT TO BINARY. IF TOO MANY CHARACTERS OR ANY ILLEGAL CHARACTERS
*«ARE READ A ' FOLLOWED BY A CARRIAGE RETURN-LINE FEED WILL BE TYPED.
‘«THE COMPLETE NUMBER MUST BE RETYPED. THE INPUT IS TERMINATED BY THE
‘eUSER TYPING A CARRIAGE RETURN. THE RANGE OF THE INPUT NUMBER IS

K 13

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE READ A DECIMAL NUMBER FROM THE TTY

26-APR-82 09:41

SEQ 0372

PAGE 487-1

:*POSITIVE 32767 TO NEGATIVE 32768.
;*CALL:

730 065

000004

000002

$RDDEC: MOV
18:

065310
000055
2$:

000060

&
N

SNNNN

49 065232

51 065236

52 065240
000060

000012

4$:

000002

06
;72 065322

005726
105010

5%:

000000

6$:

000714

RDLIN
MOV
MOV
CLR
CLR
CMP8
BNE
MOVB
MOVB
BEQ
CMPB

(SP)+ RO
RO,6$
-(SP)
RZ
#'-,(RO)
2$
(RO) +,R2
(RO)+,R1
3s
#'0,R1

CMPB
BLT

#'9.R1
5%

ASL
MoV
ASL
ASL
ADD

(SP)
(SP) ,-(SP)
(SP)
(SP)
(SP)+,(SP)

PUSH

RO,R1.R2

#°C7777,(SP)
S$

8vS
sSuB

5%
”'0.R1

B8vS

ADD

3s:
012666

MOV

8IT
BNE

170000

(SP) ,-(SP)

4(SP) ,2(SP)

8GT

000071

60 065262

RDDEC
RETURN HERE

B8R
TST
8EQ
MOV
POP
RTI]

TST
CLRB
TYPE
.WORD
TYPE
TYPE

TYPE
BR

R1,(SP)

23
R2
43
(SP)
(SP)+,12(SP)
R2.R1,RO

(SP)+
(RO)

0
MSG062
MSG065
MSG064
1%

;;READ A DECIMAL NUMBER
ssNUMBER IS ON TOP OF THE STACK
;sPROVIDE SPACE FOR

*STHE INPUT NUMBER

::READ AN ASCIZ LINE
:;ADDRESS OF 1ST CHAR.
:SAVE INCASE OF BAD INPUT
::CLEAR DATA WORD
:2SIGN SET POSITIVF
;;SEE IF A MINUS SIGN WAS TYPED
:2BR IF NO MINUS SIGN
::SAVE FOR LATER USE
::PICKUP THIS CHARACTER
;:GET OUT IF ZERO
:JMAKE SURE THIS CHARACTER

;3:1S A DIGIT BETWEEN 0 £ 9

::DON'T LET NUMBER GET TO BIG
::BR IF NUMBER WOULD OVERFLOW

::SAVE FOR LATER
11
3
208,
::x10,

;sOVERFLOW ISN'T ALLOWED
:3STRIP AWAY THE ASCII JUNK
:2ADD IN THIS DIGIT

:OVERFLOW ISN'T ALLOWED

;.L00P
::CHECK IF NUMBER IS NEG
: R IF NO
::B
s YES=-NEGATE THE NUMBER
s SAVE THE RESULT
;JRETURN

::CLEAN PARTIAL NUMBER FROM STACK
;:SET A TERMINATOR
::TYPE THE INPUT UP TO BAD CHAR.
;:POINTER GOES HERE
JINPUT MUSST BE A
JDECIMAL
;NUMBER
::TRY AGAIN

L 13

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE SAVE AND RESTORE RO-R5

26-APR-82 09:41

SEQ 0373

PAGE 488

ROUTINE SAVE AND RESTORE RO-R5

.SBTTL

:tttttttttfit*fitttfiti't'tttti'tttttttttt.tt'ttttQQt't't""..ttttttt'ttt'ttttt'tt

:*SAVE RO-R5

s*CALL:

SAVREG

'UPON RETURN

ROM $SAVREG THE STACK WilLL LOOK Liat:

'TOP---(*16)

ix 42===(+18)
:* +4-==R5
.* +6-=-=Ré4
.**10---R2
s*+12--=-R1
sx+14=-==-R0

157N

15792 065330
15793 065330

15794 065344
15795 065350
15796 065354
15797 065360
15798 065364
15799
15800
15801
15802

$SAVREG:

016646
016646
016646
016646
000002

000022
000022
000022
000022

PUSH
MOV
MOV
MOV
MOV
RTI

RO.R 1,R2.R3,R4, RS

22(SPS,=(SP)

+:SAVE PS

22(SP).=(SP)
22(SP).=(SP)

::SAVE PS
::SAVE PC

MAIN FLOW
MAIN FLOW
CALL
CALL

;;RESTORE
::RESTORE
::RESTORE
- *RESTORE

OF
OF
OF
OF

22(SP).=(SP)

::SAVE PC

;*RESTORE RO-RS
s~CALL:
i
RESREG

15803 065366
15804 065366
15805 065372
15806 0€5376
}2807 065402

012666
012666
01<¢666
012666

15 809 065422

000002

000022
000022
000022
000022

$RESREG

MOV
MoV
MOV
MOV

POP

(SP)+,22(SP)
(SP)+.22(SP)
(SP)+.22(SP)
(SP)+.22(SP)

RS,R4.R3,R2,R1,RD

CALL
CALL
MAIN FLOW

MAIN FLOW

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE RANDOM NUMBER GENERATOR

b e

b b b b h b b b
=2 OV00NN
NN =

.SBTTL

ROUTINE RANDOM NUMBER GENERATOR

*«THIS ROUTINE IS A DOUBLE PRECISION PSEUDO RANDOM NUMBER GENERATOR
;*WITH A RANGE OF 0 TO 2+ (+33)-1,
»

:«CALL:

CALL

RETURN

N PON) =

013700
013701

SN0

(¥ 1V, 1V, ]
S
(9, 1V 1V,]

f=Y=T=)
OOO~

000~

PAGE 489

S
RAAC
RO
CANRNRR AR AN ANANN NN R AR RN ANRANRARNRAANRNANRRRAARNARRACAARARARAANAACEA

2 065424
23 065432
24 065436
25 065442
826 065446
NN

b d cmd e

b d

d D

b d md i

D b

i d =D i

b b e

26-APR-82 09:41

SEQ 0374

830 065460
831 065462
832 065466

15838 065516

010137
000207

RO,R1,R2

so8

#7 ,R2
RO
R1
R2,1$

002570
002566
000007

002570

ADD
ADC
ADD
ADD
ADC
ADD
MOV
MoV
POP
RETURN

047401
002570
002566

;:sCALL THE ROUTINE

;sRETURN HERE THE RANDOM

:sNUMBER WILL BE IN
2 s SHINUM, SLONUM

PUSH

MOV
MOV
MOV
ASL
ROL

002566
001057

$RAND

SEEDLO,RO
SEEDHI ,R1

:SET RO WITH LOW
sSET R1 WITH HIGH
sSET SHIFT COUNT
ssSHIFT RO LEFT AND
;sROTATE CARRY INTO R1 AND

SEEDLO,RO

:ADD NUMBER TO MAKE X 129
:;PROPOGATE CARRY
:ADD NUMBER TO MAKE X 129
::ADD LOW CONSTANT
: sPROPOGATE CARRY
s:ADD HIGH CONSTANT
:SAVE RO
JSAVE R1

SEEDHI ,R1

#}057.R0
R

#47401,R1
RO,SEEDLO
R1,SEEDHI
R2.R1,RO

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1 1 ?

ROUTINE DOUBLE LENGTH BINARY TO OCTAL AS CII

ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT

;*THIS ROUTINE WILL CONVERT A 32-BIT UNSIGNED BINARY NUMBER TO AN
s*UNSIGNED OCTAL ASCIZ NUMBER.
s*CALL
#PNTR,=(SP)
MOV
:2POINTER TO LOW WORD OF BINARY NUMBER
¥

OO 00 O

(olelalalalelalg
Q =d d d e md b O
VININMNININO
O 8

W
N

(¥,)

(=]
o

&HN

b b s

b d—

b ad

d e

(NN

b —d

A
A
Ay23
33
v
ARRRIRRR

.SBTTL

PAGE 491

:tttttttttttttt*titttttttttttttttttttttttfitttttfittttttfitttttttttttttttttttttt'it

b b cmd cmd b b amb b b b cnd b

000002

$DB20:

CALL

RETURN
S AVREG

MoV
MOV

MOV

177770

1$:

110245

Move

$DB20

2(SP) R
#SOCTV%+13..R5
#°C7.R3
(R1)+,R0
(R1)+,R1
R2
R2.,=(RS)
RO,R2
R4
33

RS
R5,2(SP)

000002
2%:
3s:

ASR
ROR

;sCALL THE ROUTINE

:2THE ADDRESS OF THE FIRST ASCIZ CHAR. IS ON THE STACK
:sSAVE ALL REGISTERS
:;PICKUP THE POINTER TO LOW WORD
;;POINTER TO DATA TABLE
::D0 ELEVEN CHARACTERS
¢ sMASK
s sLOWER WORD
ssHIGH WORD
s ; TERMINATOR
2sPUT CHARACTER IN DATA TABLE
ssGET THIS DIGIT
s sCOUNT THIS CHARACTER
:;BR IF NOT THE LAST DIGIT
ssBR IF IT IS THE LAST DIGIT

s:ALL DIGITS DONE-ADJUST POINTER FOR FIRST
2sASCIZ CHAR., & PUT IT ON THE STACK
:RESTORE ALL REGISTERS
s sRETURN TO USER
s;POSITION THE MASK FOR THE LAST DIGIT

:;POSITION THE BINARY NUMBER FOR
THE NEXT OCTAL DIGIT
i

869 065576
870 065600
871 065602
872 065604

&
N

000060

874 06561
875 065612
AV,

b D D d d e

i e

—d b ad e

26-APR-82 09:41

CONVERT

SEQ 0375

877 065620
878 065622
881

065626

B8R

$OCTVL: .REPT
$OCT8=80CTVL+4

ssMASK OUT ALL JUNK
ssMAKE THIS CHAR. ASCII

$:G0 PUT IT IN THE DATA TABLE
s cRESERVE DATA TABLE
SPOINTER TO 11 DIGIT NUMBER

B 14

065670
065671

919

5920 065674

001
004

177776
000
000

000000

15931 065714
15932 065716
15933
15934 065720
15935 065722

000000
000000

$SWREG:
SUSWR:
:

:
:

.WORD
-WORD

.WORD

BYTE
BYTE

[« B elelelelelelal]

000101
000000
000000

;s TEST PATTERN NUMBER
s :PASS COUNT
: sDEVICE COUNT
::1/0 UNIT NUMBER
: MESSAGE ADDRESS
s sMESSAGE LENGTH
:sAPT ENVIRONMENT TABLE

EACH TYPE OF MEMORY.

$ENVM:

:ENVIRONMENT MODE

101

:APT SWITCH REGISTER
*USED TO LIMIT THE NUMBER OF PASSES
*:CPU TYPE,OPTIONS
8iTS 15-11=CPU TYPE
11/04=01,11/05=02,11/20=03,11/40=04,11/45=05
11770=06.PDQ=07.0=10

\Vd

o
o

32
NOWNSWN=O

- e

d =D

YelvelrelVolvolioliolre
e

000

; sMESSAGE TYPE CODE

:sFATAL ERROR NUMBER (ERROR PC)

;SET TO A 1 FOR APT AUTO MODE
: :ENVIRONMENT BYTE
(BEGINNING AT SMAMS1 AND
BELOW
TABLE
THE
SENVM
IN
SET
#7 IS
THE PROPER AMOUNT OF
INDICATE
TO
IN
FILLED
BE
MUST
SMADR4)
AT
ENDING

&=t

000

APT MAILBOX-ETABLE

177776
O0O0O0OOOOOO0O0OO

896 065660

.S8TTL
SMAIL:
$MSGTY: .WORD
SFATAL: .WORD
$TESTN: +WORD
.WORD
$PASS:
$DEVCT: -WORD
.WORD
SUNIT:
$MSGAD: .WORD
$MSGLG: -WORD
$ETABLE:
SENV:
.BYTE
:NOTE:
IF BIT

SEQ 0376

PAGE 492

TABLES

OO0

¢
o

(O,
P
~

000000

b cad b b e

b
b
d e
b
b
b
e
b

26-APR-82 09:41
.SBTTL

b —b

b amd b D o wrnd D D D b D d D e

) ) D D D D

wvivauvawawawniawnmaw ViAW VIV VIV

0o Qo oo 0000
Co
oo Qo

§£332g0 MS11-L/M/P MEMORY DIAG. MACRO M1113

B1T7(200)=USE APT SIZE INFO ;BITS(40)=NO CONSOLE

BIT 10=REAL TIME CLOCK
BIT 9=FLOATING POINT PROCESSOR
BIT 8=MEMORY MANAGEMENT

::HIGH ADDRESS.M.S. BYTE ;DEFAULT = 64K
1IMEM. TYPE,BLKAH

== (HIGH BYTE)
MEM_TYPE BYFE
900 NSEC CORE=001
300 NSEC BIPOLAR=002

PARITY M0S=003
ERROR CORRECTING MOS=004
: :HIGH ADDRESS,BLKA1

MEM.LAST ADDR.=3 BYTES.THIS WORD AND LOW OF
::HIGH ADDRESS.M.S. BYTE
: MEM. TYPE ,BLKA2
* MEM.LAST ADDRESS.BLKN2
1 HIGH ADDRESS.M.S.BYTE
::MEM.TYPE ,BLKA3
tSMEM.LAST ADDRESS.BLKA3
tHIGH ADDRESS.M.S.BYTE
.
TYPE ,BLKA%
: SMEM

$SMEM.LAST ADDRESS,BLK#%
: *INTERRUPT VECTOR#1,BUS PRIORITYA

: INTERRUPT VECTOR#28US PRIORITYA?

*BASE ADDRESS OF EQUIPMENT UNDER TEST

S DEVICE MAP

‘‘TYPE'' ABOVF

c 14

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

APT MAILBOX-ETABLE

26-APR-82 09:41

SEQ 0377

PAGE 493

;THE FOLLOWING LOCATIONS SPECIFY WHICH PATTERNS
;ARE TO BE RUN FOR PARTICULAR MEMORIES

15937
15938
15939
15940
15941

;REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO PATTERNS.
;BITO SET WILL RUN THE FIRST ENTRY IN THE TABLE, BITO SET
;IN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE ...

;NOTE*x NULL TESTS DO NOT TAKE ANY TIME
15946 065724

15951 065736
15955 065740
15956
15957
15958
15959 065740
Vi

962 065744
963 065746
964 065750
965 065752

1772777
177777
127777
177777
177777
177777

$DDWO:

$DDW1:
$DDW2:

$ODW3:
$DDW6:
$DDWS:
SETEND:

.WORD
.WORD
.WORD
+WORD
-WORD
.WORD

127777
127777
127777
1772777
127777
127777

sECC CSR TESTS
sECC CSR_TESTS
¢ECC PATTERNS
sECC PATTERNS

sPARITY PATTERNS
sPARITY PATTERNS

JFIELD SERVICE VALUE

1727777
1727777

103777
177777

003777
177774

TABLE = MK(CSRT:
TABLE = MKCSRT:

TABLE = MKPAT:
TABLE = MKPAT:

TABLE = MJPAT:
TABLE = MJPAT:

:SETUP APT PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC
s INTERFACE SPEC.

000000

000040

$SAPTHD:
$HIBTS:
$SMBADR:
$TSTM:
$PASTM:
SUNITM:

.WORD
+WORD
.WORD

.WORD
-WORD
+WORD

2:TWO HIGH BITS OF 18 BIT MAILBOX ADDR.

35.
700.
0.

2sRUN TIME IN SECS. OF 1ST PASS ON 128K (QUICK VERIFY)
;2EXTRA RUN TIME OF A PASS FOR EACH ADDITIONAL 128k (Qv)

SMAIL

SETEND-SMAIL/2

;sADDRESS OF APT MAILBOX (BITS 0-15)
2:RUN TIM OF LONGEST TEST

;;LENGTH MAILBOX~ETABLE (WORDS)

D 14

CZMSPAQ MS11-L/M/P mEMORY DIAG. MACRO M1113

ROUTINE TRAP DECODER

26-APR-82 09:41
.SBTTL

SEQ 0378

PAGE 494

POUTINE TRAP DECODER

AL L L YANRAARARARNRNAN NN RN RANAAANRAANNRARNRARRARNRANNNRNARNNNNRORAORRANORACRACEY

;*THIS ROUTINE WILL PICKUP THE LOWER BYTE OF THE '‘TRAP'' INSTRUCTION

:*AND USE IT TO INDEX THROUGH THE TRAP TABLE FOR THE STARTING ADDRESS
;*OF THE DESIRED ROUTINE. THEN USING THE ADDRESS OBTAINED IT WILL
:*GO TO THAT ROUTINE.

15975 065754
15976 065756
15977 065762
15978 065764
15979 065766
15980 065770
15985 065774

5986 065776
987 066000
388 066006

$TRAP:

000002

MOV

RO,=(SP)

::SAVE RO

18T
Move
AL

-(R0O)
(RO) ,RO
RO

::BACKUP BY 2
:;GET RIGHT BYTE OF TRAP
ssPOSITION FOR INDEXING

MOV

MOV
RTS

066018

2(SP) ,RO

)
,RO
$TRPAD(RO
RO

ssGET TRAP ADDRESS

;;INDEX TO TABLE
::6G0 TO ROUTINE

;sTHIS IS USE TO HANDLE THE ''GETPRI'’ MACRO
011646
016666
000002
000000

000004

000002

$TRAP2: MOV

MOV
RTI

SNOTRAP:TYPE

SHALT2: HALT

(SP) ,=(SP)

4(SPJ,2(SP)
MSG006

:sMOVE THE PC DOWN

LiMOVE THE PSW DOWN
‘SRESTORE THE PSW

;UNDEFINED TRAP INSTRUCTION

E 14

CIMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP TABLE

26-APR-82 09:41
.SBTTL

OO
—l_a_a_h—b..a—a—l_a_b_a_a;_n_o—i_a-a_a_a_b_a—l—l—l-l—o_a—l
222BSDSESEBE
222322222222
AN
NNININON) ~N)
W
222358
o VNN
LWNI=200
ANVS SRARTSORNS (]

$TRPAD: LWORD
STYPE

$TYPOC
$TYPOS

TRAP TABLE

STRAP2

;CALL=TYPEIT

:CALL=TYPOC
:CALL=TYPOS

T AP+1(104401)

TRAP+2(104402)
TRAP+3(104403)

TTY TYPEOUT ROUTINE

TYPE OCTAL NUMBER (WITH LEADING ZEROS)
TYPE OCTAL NUMBER (NO LEADING ZEROS)

b o cnd cnd cnd

TRAP+4 (104404) TYPE OCTAL NUMBER (AS PER LAST CALL)
SNOTRAP; $TYPON ; CALL=TYPON
TRAP+5(104405) TYPE DECIMAL NUMBER (WITH SIGN)
$TYPDS . CALL=TYPDS
TRAP+6(104406) TYPE BINARY (ASCII) NUMBER
SNOTRAP; $TYPBN ; CALL=TYPBN

WWNNINONIN)
=bd b b =d

o
N

RS § 5 B
S IS g%

\¥,]

—d

b wd
b wd
b and wmb
b cad aud
b
b wmd cad
b md

PAGE 496

:*THIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CALLED
;*BY THE ''TRAP'® INSTRUCTION.

1 066016

—

SEQ 0379

063712
063536

$GTSWR
$CKSWR

;CALL=GTSWR
;CALL=CKSWR

14
GET SOFT-SWR SZTTING
TRAP+7(106407)
TEST FOR CHANGE IN SOFT-SWR
1
04410)
TRAP+

064256
054406
064772
065142

SRDCHR
SRDLIN
$RDOCT
SRDDEC

;CALL=RDCHR
;CALL=RDLIN
. CALL=RDOCT
;CALL=RDDEC

TRAP+11(104411)
TRAP+12(104412)
TRAP+13(104413)
TRAP+14(104414)

065330
065366

$SAVREG . CALL=SAVREG
SRESREG ;CALL=RESREG

042644
042656

062664

__TRAP+ 17(1044 17) ENTER KERNEL MODE
SKERNEL . CALL=KERNEL
4 420) TURN ON MEMORY MANAGEMENT & TRAPS
SENERGIZE; CALL=ENERGIZETRAP+20
$SDEENERG] ; CALL=DEENERG] TRAP+21(104421) TURN OFF MEMORY MENAGEMENT & TRAFS

045100

SKMAP

s CALL=KMAP

TRAP+22(104422) MAP KERNEL 1 TO 1

042674
042720

SCACHN
S$CACHF

;CALL=CACHON
;CALL=CACHOFF

TRAP+25(104423) TURN CArHE ON
TRAP+24(104424) TURN CACHE OFF

042736
043032

SLOADC
SREADC

. CALL=LOADCSR
;CALL=READCSR

TRAP+25(104425) LOAD CORRECT CSR
TRAP+26(104426) READ CORRECT CSR

SPERO1
$PERO2
$PERO3
$PERO4
$PERO7
$SPER10
$PER11
SPER12
SPER1S
$SPER14
$PER1S
$PER16
$SPER17
$PER20
$PER21
$SPER22
$PER
$PER24
$PER2S

; CALL=PERRO1
;CALL=PERRQ2
; CALL=PERRO3
; CALL=PERRO4
;CALL=PERRO?
;CALL=PERR10
;CALL=PERR11
. CALL=PERR]
;CALL=PERR]
CALL=PERR14
. CALL=PERR1S
. CALL=PERR16
;CALL=PERR17
;CALL=PERR20
;CALL=PERR?2]
:CALL=PERR §
s CALL=PERR
; CALL=PERRZ24
. CALL=PERRZ5

TRAP+27(104427) PROGRAM DETECTED ERROR
TRAP+30(104430) PROGRAM DETECTED ERROR
TRAP+31(104431) PROGRAM DETECTED ERROR
TRAP*32(10443§) PROGRAM DETECTED ERROR
TRAP¢33(1044g ) PROGRAM DETECTED ERROR
TRAP+34 (104434) PROGRAM DETECTED ERROR
TRAP+35(104435) PROGRAM DETECTED ERROR
TRAP+36(104436) PROGRAM DETECTED ERROR
TRAP+37(104437) PROGRAM DETECTED ERROR
TRAP+40(104440) PROGRAM DETECTED ERROR
TRAP+41(104441) PROGRAM DETEGJED ERROR
IRAP*4§(10444§) PROGRAM DETECTED ERROR
TRAP+43(104445) PROGRAM DETECTED ERROR
TRAP+44 (104444) PROGRAM DETECTED ERROR
ERJOR
TRAP+45(104445) PROGRAM DETECTED
TRAP+46(104446) PROGRAM DETECTED ERROR
TRAP+47(104447) PROGRAM DETECTED ERROR
TRAP+50(104450) PROGRAM DETECTED ERROR
TRAP+51(104451) PROGRAM DETECTED ERROR

TTY TYPEIN CHARACTER ROUTINE
TTY TYPEIN STRING ROUTINE
READ AN OCTAL NUMBER FROM TTY
READ A DECIMAL NUMBER FROM TTY

TRAP+15(104415) SAVE RO-R5 ROUTINE
TRAP+16(104406) RESTORE RO-RS ROUTINE

F 14

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP TABLE

26-APR-82 09:41

SEQ 0380

PAGE 496-1

16051 066162 057414
1605% 066144 057434
16053 066146 054210
16054 066150 057624

$SPER26
SPERQ7
$PER30
$PER31

. CALL=PERR2§
:CALL=PERRS7
:CALL=PERR30
:CALL=PERR31

7RAP¢5§(104452) PROGRAM DETECTED ERROR
TRAP+53(104453) PROGRAM DETECTED ERROR
TRAP+54(104454) PROGRAM DETECTED ERROR
TRAP+55(104455) PROGRAM DETECTED ERROR

060102
060136

$PER3S
$PER36

:CALL=PERR3S
:CALL=PERR36

TRAP+61(104461) PROGRAM DETECTED ERROR
TRAP+62(104462) PROGRAM DETECTED ERROR

16055 066152 057722
16056 066154 057770
10057 046156 060050
16058 066:50
16059 066162

16060 066164
16061 066166
16062 066170
16063 066172
}gggg 066174

066010
066010
066010
066010
066010

SNOTRAP : CALL=PERR37
SNOTRAP : CALL=PERR4GO
SNOTRAP : CALL=PERR41
SNOTRAP : CALL=PERR4
SNOTRAP :CALL=PERR4

TRAP+56(104456) PROGRAM DETECTED ERROR
TRAP+57(104457) PROGRAM DETECTED ERROR
TRAP+60(104460) PROGRAM DETECTED ERROR

TRAP+63(104463) PROGRAM DETECTED ERROR
TRAP+64(104464) PROGRAM DETECTED ERROR
TRAP+65(104465) PROGRAM DETECTED ERROR
TRAP+66(104466) PROGRAM DETECTED ERROR
TRAP+67(104467) PROGRAM DETECTED ERROR

043360
043402

TRAP+70(104470) DISABLE ECC ON ALL CSR'S
TRAP+71(104471) DISABLE ECC ON 1 SELECTED CSR
S$ECCIDIS;CALL=ECCIDIS
TRAP+72(104472) INITIALIZE ALL MK11 CSR'S
SECCINIT;CALLSECCINIT
SECCTINIT;CALL=ECCIINIT TRAP+73(104473) INITIALIZE 1 SELECTED MK11 CSR
TRAP+74(104474) WRITE GENERATED CHECKBITS IN ALL CSR'S
$CBCSR ;CALL=CBCSR
TRAP+75(104475) WRITE GENERATED CHECKBITS lN 1 SELECTED CSR
$CBICSR ;CALL=CBICSR

043754
043770
043332
0643346
043052

$CHKDIS ;CALL=CHKDIS
$CHK1D1S:CALL=CHKIDIS
SENASSE ; CALL=ENASBE
$ENA1SBE:CALL=ENATSBE
$TSTRD ;CALL=TSTREAD

TRAP+104 (104504)DISABLE ECC & WRITE CKBITS FROM ALL CSR'S
TRAP+105(104505)DISABLE ECC & WRITE CKBITS FROM 1 CSR
TRAP+106(104506)ENABLE TRAPS ON SBE'S FROM ALL CSR'S
TRAP+107(104507)ENABLC TRAPS ON SBE'S FROM 1 SELECTED CSR
TRAP+110(104510)TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES

SERRGEN ; CALL=ERRGEN
$CBREG ;CALL=CBREG

TEST ERROR ADDRESS
TRAP+,12(104512)
TRAP+112(104513)ENABLE CHECK/SYNDROME BIT REGISTER

16065 066176 0463256
16067 066200
16068 066202
16069 066204
16070 066206
16071 066210
16072 066212
16073 066214
16074 066216
16075 066220
16076 066222
16077 0662264
16078 066226
16079 066230
16080 066232
16081 066234
16082 066236

043272
043304
043320

16084 066242
16085 066244

044100
044350

043622
043536
043566
043702
043732
043744

16083 066240 044050

16086 066246
16087 066250
16088 066252
16089 066254
16090 066256
16091 066260

$PER3? :CALL=PERR32
$PER33 :CALL=PERR33
S$PER3L :CALL=PERR34

066010
066010
066010
066010
066010
066010

SECCDIS . CALL=E(CDIS

TRAP+76(104476) WAS THERE A SBE ON ANY CSR?
SWASSBE ;CALL=WASSBE
TRAP+77(104477) WAS THERE A SBE ON 1 SELECTED CSR?
CALL=WAS1SBE
SWAS1SBE;
TRAP+100(104500)WAS THERE A DBE ON ANY CSR?
CALL=WASDBE
.
SWASDBE
TRAP+101(104501)WAS THERE A DBE ON 1 SELECTED CSR?
SWASTDBE: CALL=WAS1DBE
CLEAR ALL CSR'S
TRAP+102(104502)
SCLRCSR ;CALL=CLRCSR
$CLR1CSR: CALL=CLRICSR TRAP+103(10/ SO3)CLEAR 1 SELECTED CSR

$INVALID: CALL=INVALIL
SNOTRAP
SNOTRAP
SNOTRAP
SNOTRAP
SNOTRAP
SNOTRAP

TRAP+111(104511) INVALIDATE BACKGROUND PATTERN ON BANK

G 14

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

TRAP TABLE

16094

177776

26-APR-82 09:41
=

177776

SEQ 0381

PAGE 498
sSTATUS REGISTER

H 14

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
ERROR POINTER

26-APR-82 09:41
.SBTTL

b ekl ed b eed b b =2 DO O
SR&R2
—'OOOVOV’&“N—‘OOQN?

:*NOTEZ2:
500

:;POINTS TO THE DATA
;;POINTS TO THE DATA FORMAT

070750

$ERRTB:

067667
067735

067545

WA —=OVNOWNS

067773
072474
067150
067662
070025
072474
067160
067662
070073

;;POINTS TO THE ERROR MESSAGE
;sPOINTS TO THE DATA HEADER

NOWNE

067545

IF SITEMB IS O THE ONLY PERTINENT DATA IS (ERRP(C).
EACH ITEM IN THE TABLE CONTAINS & POINTERS EXPLAINED AS FOLLOWS:

:*NOTE1:

070150

oSN

Y,|

067545

[+ 3V 1Y

NO VB NN =O VO

o
o
e
e
b e
i
e o
md
b o
e
b

ERROR POINTER

:*TH]S TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.
;*THE INFORMATION IS OBTAINED BY USING THE INDEX NUMBER FOUND IN
;*LOCATION SITEMB. THIS NUMBER INDICATES WHICH ITEM IN THE TABLE IS PERTINENT.

AN NN NN NN POPVNIN) =

e e
e e o e e e e e e s b e
e D D e d e e e e e e e D b e b e
b d e D D e d e i =D id wd o D
(o o Yo Yo Yo No Yo No Yo Yo Yo Yo Yo Yo Yo Yo Yo To To oooooooOOOOOOONOOOOrOFOFOrOOrOOrOFOONOFOONONO
b b and e b b erd d b d d b e e erd e b end i b D D o e e e e o i e
d

TABLE

PAGE 500

070175
072530
067170
067545
072161
073627
067464
067545

SEQ 0382

114

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

TABLE

ERROR POINTER

16153

16154 066362 070235

16155 066364
16156 066366
16157 066370
16158
16159 066372
16160 066374
16161 066376
16162 066400
16163

072654
067222
067571

16165 066404
16166 066406
16167 066410
16168
16169 066412
16170 066414
16171 066416
16172 066420
16173
16174 066422
16175 066426
16176 066426
16177 066430
16178
16179 066432
16180 066434
16181 066436

072764
067252
067545

070235
072654
067222
067604

16164 066402 070257

16182

16183
16184 066442
16185 066444
16186 066446
16187 066450
16188
16189 066452
16190 066454
16191 066456
16192 066460
16193
16194 066462
16195 066464
16196 066466
16197 066470
16198
16199 066472
16200 066474
16201 066476
16202 066500
16203
16204 066502
16205 066504
16206 066506
16207 066510

070235
072654
067222
067617
070235
072654
067222
067632

070303
073105
067306

067667
070335
073105
067306
067667

070401
073105
067306
067667
072210
073665
067476
067545
070447
072654
067222
067617

072030
073501
067422
067700

26-APR-82 09:41
-ERROR

EM11

OH?
017
DF3
SERROR
EM11
DH?
D17
&
DF
-ERROR

EmM12

DH10
DT10
DF2
;ERROR
EM11
DH?
017
DFS
:ERROR
EM11
DH7
D17
DF6
:ERROR
EM13
DH13
DT13

DF11

:ERROR
EM14
DH13
pT13
DF11
:ERROR
EM1S
DH13
DT13
DF11

sERROR
EMSS
DH26
D126
DF2
sERROR
EM17
DH?
D17
DFS
SERROR
EMSO
DH23
D123
DF13

PAGE 502

SEQ 0383

J 14

0
241 066572
242 066574
243 066576
244 066600

o
P
o
0

kb D
b \) ) b e

PAGE 504

000000

067545
070640
073062
067274
067545
070674
073105
067306
067667

000000
073202
067330
067545

070721
072530
067170
067545

071027
073261
067346
067645
071054
073400
067376
067571

-—h

)

067667

-t

070561

WINO
D = NN O D

070507
073105
067306
067667

BII

SRS
§OO8
~

N
NJ
&~

(o] l=]
led
o
[4

) b b b

—d b b =

- OVBNOWVISWN=O
WA =20V

NOWVES LY

WWIWNWWNWWNNINMNINONINININIE

ERROR POINTER

TABLE

26-APR-82 09:41

gom‘°
OO Me.
ITRERMMIT
XM

CZMSPAQ MS11-L/M/P_MEMORY DIAG. MACRO M1113

;NO MESSAGE

:NO MESSAGE

SEQ 0384

K 14

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
ERROR POINTER

b
)

067545

071125
073400
067376
067660

73
74
75
76

066652
066654
066656
066660

071215
072654
067222
067571

278 066662

279 066664
066666
066670

071277
072654
067222
067617

066672

072331

285 066676

~
=
o

68 066642
69 066644

b e

—

i
b e ol d e e ed e
o
N
O
&H

067700

071407
072654
067222
067571

b b nd el o

b ed ol e

)

) b

70 N66646
7} 066650

071622
072654
067222
067571

b wed

OOO%OOOO
NN
NNNNNNNNNNNNNNNNN
PPN
\lg LALE
N

) i
)
D
) D e

58 066622
59 066624
60 066626
61 066630
62
6 3 066632
64 066634
65 066636
66 066640

b D oD e

d el

ORI

o o Yo Yoo Yo Yo Yo Xo Lo Yo Yo Lo XoToXogloTodo Lo loaloalealoalon

TABLE

071514
072654
067222
067571

ooONONON

303 066732
304 066734
305 066736
306 066740

071707
072607
067206
067545

—d b ot ad e e

6301 066730

072064
073560
067444
067710

26-APR-82 09:41

PAGE 506

SEQ 0385

L 14
CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

TABLE

ERROR POINTER

26-APR-82 09:41
47

072231
073703
067504

;ERROR
EM4O
DH2
D120
DF2
:ERROR
EM56
DH2?
D127
:ERROR
EM61
DH24
DT24
DF14

16323 066770

072373
073560
067444
067710

16328 067000

071215
073105
067306
067667

16309
16310 066742
16311 066744
16312 066746
16313 066750
16314
16315 066752
16316 066754
16317 066756
16318 066760

16319
16320 066762
16321 066764
16322 066766

16324
16325 066772
16326 066774
16327 066776
16329
16330 067002

16331 067004
16332 067006
16333 067010
16334
16335 067012
16336 067014
16337 067016
16338 067020
16339
16340 067022
16341 067024
16342 067026
16343 067030
16344
16345 067032
16346 067034
16347 067036
16348 067040
16349
16350 067042
16351 067044
16352 067046
16353 067050
16354
16355 067052
16356 067054
16357 067056
16358 067060
16359
16360 067062
16361 067064
16362 067066
16363 067070
16364
16365 067072

071756
072451
067404
067545

067544

071027
073757
067524
067726
072263
073757
067524
067726

070561
073560
067444
067710

070561
073757
0675264
067726
070507
073560
067444
067710
070303
073422
067422
067700

071277
(073422
067422
067700

070561

DF1

:ERROR
EM29
DH13
DT13
DF11
:ERROR
EM25
DH30
D730

:ERROR
EM57
DH30
D730

:ERROR
EM20
DH24
D124
DF14
:ERROR
EM20
DH30
0730
DF16
;ERROR
EM19
DH24
DT24
DF14
:ERROR
EM13
D+20
D123
DF13
:ERROR
EM30
DH20
D123
DF13
:ERROR
EM20

DF16

PAGE 508

SEQ 0386

26-APR-82 09:41

EM22
DH24
DT24
DF 14
;: ERROR
EM&2
DH3
DTS5

16378 067120
16379
16380 067122
16381 067126
16382 067126

16383 067130

100300
072530
067170
067545
070674
0736422
067422
067700

: ERROR

DF2
:ERROR
EM22
DH20
D123

DF13

GRS

070674
073560
067444
067710

LM AR AR AR LD Al Al Al 4l Al 4l oA M

16370 067102
16371 067104
16372 067106
16373 067110
16374
16375 067112
16376 067114
16377 067116

16369

S AN A A

DH24
DT24
DF14

LA AMmAM A AM LM

073560
067444
067710

16366 067074
16367 067076
16368 067100

PAGE 508-1

TABLE

ERROR POINTER

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0387

AR IR IR R MM APNI W I

Mm%

NTM

002042

DT1:

002034

002070

DT2:
DT3:

.WORD
.WORD

ERRPC .0
ERRPC,PADDRESS ,PARCNT,0

002032

002066

DTéG:

.WORD

ERRPC,ADDRESS ,NEMCNT, 0

177574
177766

D1S:

.WORD

ERRPC ,MMRO,MMR1
,MMR2 ,MMR3, CPUERR, 0

0
16391 827206

177572
172516

002416

002374

DTé6:

.WORD

ERRPC,APTPAR,LSIZE ,APTECC,MSI2E,O

16392 067222
06

002042

002050

DT7:

+WORD

ERRPC ,DUMMY ,ADDRESS ,DUMMY, GCOD,BAD ,BADXOR

002174

.WORD

DUMMY ,DUMMY ,DUMMY ,DUMMY , 0

DT10:

-WORD

R4
,DETSP ,DETPSW,0
DETR3,DET
DETRO,DETR1,DETR2,PETR5

—d
d
b

+WORD
+WORD
+WORD

EgsPS.CSR,O

DT14:

-WORD

CPUERR, 0
MMR2
,MMR3,
CONTRL ,MMRO ,MMR1,

177766

ERRPC,DUMMY ,ADDRESS ,DUMMY , TSTDAT , TSTDAT+2, CHECK, CSR,0

002174
002044
002052
002174
002174
002042

002174
002046
002054
000000
000000
002050

+WORD

00D3
MMY
GOOD,GOOD2,G
C,DU
,DUMMY,
ERRP

-WORD

,DUMMY,Y0
BAD,BAD2,BAD3,DUMM

-WORD
-WORD

ERRPC,DUMMY,0
ERRPC,GOOD,BAD,0

002174

000000

.WORD
.WORD

ERRPC,DUMMY,0

002146
002174

.WORD

,0
MMY
,DUMMY ,DUMMY
CSR,DU
DUMMY
ERRPC,DUMMY,

,0
,DUMMY ,DUMMYD
Y,GOO
,BAD ,DUMMY , DUMMY
ERRPC,DUMM

16406 067464

002146

DT25:

.WORD

0
ERRPC,GOOD,CSR,CSRNO,

16407 067476
16408 067504

000000
002032
002174

DT26:
DT27:

-WORD
-WORD

ERRPC,DUMMY ,ADDRESS ,DUMMY , DUMMY , DUMMY , DUMMY , 0

002174
002146

DT30:

.WORD

0
MMY
, GUOD ,BAD, CSR,DUMMY
C,DU
,DUMMY
ERRP

06
16409 067524

067540

000000

ERRPC,BAD.0

e
e
Y

002032

swn PP

002202
002210
000000
000000

——t

16393 067240
067246
16394 067252

002016
002050

0OO

16386 067132
067140
16387 067144
16388 067130
067156
16389 067160
067166
16390 867170

002032

NN —

ERROR DATA TAGS (DT)
0
ERRPC ,ADDRESS,GOOD,BAD,

.SBTTL
.WORD

16385

PAGE 509

L Y

26-APR-82 09:41

CZMSPAO MS11-L/M/P_MEMORY DIAG. MACRO M1113

ERROR DATA TAGS (2P

SEQ 0388

N 14

B 15

CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA FORMATS (DF)

26-APR-82 09:41

PAGE 511

.SBTTL
.BYTE
.BYTE

SRROR DATA FORMATS (DF)

0,0,0,0,0,0,0,0,0,0,0.0,0,0,0,0.0,0,0.,0

700

005

000

DOF3:

.BYTE

0.5,0,8.,0,0,0,3,6.2,4

16416 067604
067607
067612

000
010
010

005
000
003

000
010
006

DFé:

.BYTE

0.,5,0,8.,0,8..8.,3,6,2,6

16417 067617
067622
067625

000
010
on

005
o1
003

000
on
006

DF5:

.BYTE

0,5.0,8..9..9..9..3,6,2.4

000
010

DFé:

.BYTE

0.5.0.8.,9.,8..8.,3.6,2.4

164615 867571
0

067615

067630
16418 067632
067635
0

002

002
000
010

004

004
005
01

16419 867645

000

005

16420 067660
16421 067662

000
000

005
001

16422 §67667

000

005

DF7:

DF8:
DF9:

0.5.8..0.0,9.,0,0,9..2.4

.BYTE

000 DF11:

0.5
0.1,1.1.1

.BYTE

0.5.0.8.,0,0,0,0.0

001

16423 §67700

000

005

000 DOF13:

.BYTE

0.5.0,0,3.6.2.4

16424 §67710

000

005

000 DF14:

.BYTE

0.5.0.3.6.,2.4

16425 867717

000

005

000

DF15:

16426 867726

000

005

010

DF16:

067734

004

0.,5.0,8.,3,6,4
.BYTE

o.s.s. .00003“

SEQ 0389

¢ 15

TN o] e

gI
g P N N I N g g N

>2EEEEE2E»

wununnumnuunnonnmunnunmunnnm

g N N B N NG g N N NI N N N N N NI N N N N N N[

N = = W S DS O OO
= NW S NNV
=2 SN0
=2
MNINNES S B

b e

e e e o

nd b b aed

b e

nd e

b e e i e e e

D o

b b e

h ed e

b b b

N == O = NINOOONIONINN=NOOCOOONOCOO==2=NN
= O =2 =N —

W) =2 & b 2 S D NI O N NNNINWS OO = NNINL ., SN = VWAV
85N = =

i e e e e e o cd e b e e o e e o e e o

b b b D

)= OO = O =2 =0000 ON=OOO—=—=00

b e e e rud i
b e

b e

=t b = ONIN) = = =

e e i
b

S MWW=
ONO W
N VN WW MO N
=2
=2 NN
O NN

e i e e
e e
b cand e o wncd b ot e

072373

W NN
= NN O

d D D D b
d e
b b e
b D b e
b b b d e

23%%

67 072161

b b e

WO
ow
W~

§\l SIS
LS

=]~ O0O0000 oo
SN
oo

)

E555E W
o

R AR R AR R RRRRRRRRRLRE R
PRI
VAN
S &

b b wd e
b
D ad
b and b
b
b
-

b e

62 071707
63 071756

ONNO=OOOOOON
= —-ONOOOONN—=NNIN)
—ON=O === = NO

~
~
W

(=l =]
o

R R PR 2R RRRL
v

b b cd b cnd b b b b b b id D i wd b b e =B

41 070235

26-APR-82 09:41

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR MESSAGES (EM)

PAGE 513

SEQ 0390

ERROR MESSAGES (EM)
/CAN'T SET 22 BIT MODE IN MMR3/
/PARITY ERROP(S) IN BANK 0/

/NON=EXISTANT MEMORY (HOLES) IN BANK 0/
/ILLEGAL OR RESERVED INSTRUCTION (TRAP TO 10)/
/UNEXPECTED TRAP TO &/

/MEMORY MANAGEMENT (TRAP TO 250)/

/MEMORY DATA ERROR/
/DETAILED ERROR DUMP/
/MISSING EXPECTED SBE FLAG/
/WRITE BYTE FAILED TO CLEAR SBE FLAG/
/FAILED TO GET INTERRUPT WITH DBE FLAG/
/MEMORY DATA ERROR IN CHECK BITS/
/SBE~DBE CAUSED PARITY TRAP WHEN INHIBITED/

/SBE-DBE DID NOT CAUSE PARITY TRAP WHEN ENABLED/

/SBE-DBE ON MASTER TEST WORD/
/MISSING EXPECTED DBE/
/UNEXPECTED PARITY TRAP/
/RECEIVED DBE FLAG WHEN EXPECTING ONLY SBE FLAG/
/CHECK BIT DATA ERROR/
/ADDRESS PARITY ERROR DID NOT CAUSE ABORT/

/ECC INHIBIT MODE POINTER FAILURE = DID NOT PROTECT BANK/
/CORRECTION FAILURE WITH ECC ENABLED ON FORCED SBE/
/YRITE BYTE WITH ECC ENABLED FAILED TO CLEAR DATA AT/<(CRLF>
/FORCED_SBE LOCATION/

/MOVB #360,(R2)+ WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/

/mov #177600, (R1) WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/
/UNEXPECTED CORRECTION WITH ECC DISABLE ON FORCED SBE/
/APT SIZE DISAGREES WITH PROGRAM SIZING/
/BRANCH GOBBLE FAILED CONDITION CODES TEST/
/BAD ERROR ADDRESS GENERATED/
/FLAGS NOT SET ON FORCED UNCORRECTED SBE/
/BIT SET ERROR IN CSR/

/81T CLEAR ERROR IN CSR/
/ILLEGAL CSR TYPE/
/BAD PARITY TRAP GENERATED/

/WRONG CHECK BIT READ BACK FROM MEMORY/
/WRONG SYNDROME BITS READ INTO CSR/

/CSR UPDATE ERROR/

b 15
CIMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA HEADERS (DH)

16475
16476 072414
16477 072451
16478 072474

040
040
040

240
04
040

120
120
120

DH1:
DHZ:
DH3:

16480 072607
16481 072654
16482 072720

040
040
040

120
120
040

DH6:
DH7:

16479 072530

16483 072764

16484 073062
16485 073100

16486 073105

16487 073162

16488 073202
16489 073261

16490 073336

16491 073400
16492 073415

16493 073422
16494 073501
16495 073560
16496 073627
16497 073665

16498 073703
16499 073757

040

040
040

040

040
103

040

103

103
040

117
040

040
040

040

040
040
040
040
040

102

120

DH5:

122

DH10

120

DH13

120
123

110

DH11
DH12

26-APR-82 09:41

ERROR DATA HEADERS {(TH)
/ PC
DEV ADD
GOOD
BAD/
GD=CC 8D-CC/
/ PC
1ST ADD # OF ERRORS/
7/ PC

LASCIZ
.ASCI1
LASCIZ

/
/
/

.ASCIZ

LASCIZ
.ASCIZ

LASCIT

.ASCIZ

DH14
DH15

.ASCIZ
LASCII

120
120

DH16:
DH19:

.ASCIZ
.ASCIZ

040
040
040

120
120
120

DH20:
DH23:
DH24:

040
040

120
120

DH27:
DH30:

120
120

DH25:
DH26:

PAGE 515

.SBTTL
.ASCIZ
ASCIZ
LASCIZ

116
120
101

SEQ@ 0391

LASCIZ

MMR2

MMR3

CPUERR/

Ré&

PADD

WROTE1

WROTE2/

MMR3
MMR2
MMR1
MMRO
GD-WD1 GD-WD2
PADD
BANK
/ BAD-WD1 BAD-WD2 BAD=CHK INT PAT/

CPUERR/
GD=-CHK/

PC
PC

MMR1

LSIZE
APTPAR
BANK VADD
XOR CSR
BAD
CSR/

/ PC
/ CSR/

/ CHKBITS

BANK

/CONTRL
/7 PC
/
/

PC
PC/

.ASCIZ
.ASCIZ
.ASCIZ

/
/
/

PC
PC
PC

.ASCIZ
.ASClZ

/
/

PC
PC

.ASCIZ
.ASCIZ

MMRO

/
/

PC
PC

VADD

CSR/

APTECC MSIZE/
600D/
PADD
MTYP_INT PAT/

BANK/

BANK GD=CSR (CSR) CSR MTYP INT
BANK GD-ERR BAD-ERR CSR MTYP INT
BANK (CSR) CSR MTYP INT PAT/

GD-DAT
BADCODE/

BANK
BANK

(CSR)

VADD
PADD

PAT/
PAT/

CSRNO/

PADD
WROTE

CSR_ MTYP PAT/
READ CSR PAT/

PSW/

]

E 15

M303S:

NN NN N N N R N 0t N e PO NI

MSG022:
MSG023:
MSG02S:

PY PGP PRI PO PG PG PN N

g g Bag g g g S Beeng Brng $mg Bumeg Sy B B

g B bt e bt et NI NN

MSGO0S:
MSG006:
MSGO07:
MsG009: .
MSG010:
MSGO11:
MSGO12:
MSGO13:
MSGO14:
MSGO1S:
MSG016:
MSGO017:
MSG018:
MSG019:
MSGU20:
MSG021:

MSGO004:

wwm nununuvnunvm nnn
nwhunnhn
IO -4
VY IOICIINOIOIOICICIOIOIOY
N OIOY O EOIOICIEICIOICIOHIOIOD alalalalalsl EYVIIIEY A VNCICIOIIOIOIOIOIOIOIOI
et
g
g
Sumg
Brumeg
g
Srang
$umg
g
PTY
St S Suumeg Bring Bt B Guung Sy B S Bng g g Sy Py ==f
)
e
L
L
e Ll el el eniid Lolenlenicnienieniand (=YY Y Y Y Y

NN =OWNOO0O0O0OO0OO0O0OONWOOOW
OWVI= = = O = OW N NVWNO CONONMEB OO

b d b i

e e e

NOONHININIOOO=OOON=O0
OV N
O ONI VN NWWWNWN NN =

b =d OO

32 075170

16546 075571
16547 075605
16548 075631

ol el e e
© b b b b b b b e b
b i mcd lelelelelelelolalolololalolelolololele
ONN
OMNIN=2O
= OWN — =PI =S ONOOCORPFROOCOONDE DD

OO bbb
b O
OO
= =2NO
[c X=1,V1V,To
Yo T N [N

MSG001:
MSG002:
MSG003:

>>» > >>>re>> >»>» >»pwn
wnd

MESSAGES

26-APR-82 09:41

>>>r>

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0392

PAGE 517

MESSAGES

<CRLF>/
MEMORY CONF IGURATION MAP/
<CRLF>/
16K WORD BANKS/
<CRLF>/
1
2
3/
/
]
g
7./
1234567012345670127% S 6"/
<CRLF>/
/701234567012345670123456701234567012 3 /
<CRLF>/ERRORS

INED TRAP INSTRUCTIC¢/<32>
<CRLF>/UNDEF
s INTERLEAVED CSR »#
<CRLF>/INTRLVY /
<CRLF>/MEMTYPE /
:MEMORY TYPE
<CRLF>/PROTECT /
sMEMORY PROTECTED

5§;6701234567012345670123456701234567012345670123456701234567/
//

s SPACE

0,0

<CRLF>/CSR

/
/
/

sFOR SINGLE ASCII CHARACTERS & TERMINATOR
28 SPACES
22 SPACES
;3 SPACES

<CRLF>/FS COMMAND MODE/
<CRLF>/COMMANDS AVAILABLE:/
<CRLF>/0 = EXIT/
<CRLF>/1 = READ CSR/
<CRLF>/2 = LOAD CSR/
<CRLF>/3 = EXAMINE MEMORY/
<CRLF>/4& = MODIFY MEMORY/

<CRLF>/5 = SELECT BANK & TEST/
<CRLF>/6 =
<CRLF>/7 =
<CRLF>/8 =
<CR/LF>/9=
<CRLF>/10=
<CRLF>/11=
<CRLF>/12=
<CRLF>/13=
<CRLF>/14=
<CRLF>/15=
<CRLF>/16=
<CRLF>/17=
<CR%F>618=

15,12,

TYPE CONFIG MAP/
SOB-A-LONG TEST/
ERROR SUMMARY/
REFRESH TEST/
SET FILL COUNT/
ENTER KAMIKAZE MODE/
EXIT KAMIKAZE MODE/
TURN CACHE OFF/
TURN CACHE ON/
TEST SELECTED BANKS/
TEST ALL BANKS/
ENABLE TRACE/
DISABLE TRACE/

<CRLF>/WHICH CSR(O=F)? /

<CRLF>/CSR WORD? /
<CRLF>/CSR DOES NOT EXIST/
<CRLF>/COMMAND
; /
<CRLF>/0LD CSR WAS/
<CRLF>/CSR IS NOMW/
<CRLF>/EXAMINE
MEMORY/

<CRLF>/BANK(0-167)? /

<CRLUF>/PHYSICAL ADDRESS(0-17757776)7 /
<CRLF>/PARITY ABORT/<32>
<CRLF>/TIMEOUT TRAP/<32>
<CRLF>/BYPASSING ECC TESTS ON BANK /
50395 TO SBE LOCATIONS/

F 15

NRNIRNINIRI RNININ N IR
e NIPINININI
NI R PI RINNIN
~

w”m=

PN PRI NI NI NN PRI NN NI NN

ateilnlinizslslnlsislialalnlielsls] _qEYIIIIICICHEICIDIIIIOIOIOIONO CIICIIICIICIOIMOICICICICIIOIOIOHIOIOD
Y Y T Y T L L
) D St St o B B B Bt B S
g ey g
Snmg VY et Do Sumg Sumg uunt Prneg g Sy ey B Py Gy g T Srmg g B e Someg Gueg S oy g Y Y ey Sy S Y Y Y T

e o o>.).b2.2.3.4
e & @
2 EEEEEIMBEEBB>

w nunnnnnn LS LILKINnNOLIKIBDTLLLLOLIOV

P_J

»m

.AS

T\J oo oo 00 6o 00 o0 00 00 00 S0 00 00 00 05 S0 00 S0 S0 00 00 Se 0

bb
b wd
b cd
b
e
—

EER

nwun
(211

PPN =b b b b aud b =k O
NN =2 OO NN WO~

OWVAYN
WA=
VWSO
N O WE=OONNNSO
=0

bt bbbt

OO R R ot At a0

bbb b b bbb bbb Bt Qbbb Db b B S OO

DA AL bbb bbb

O=O0—=0000~O——
= NWVINWVIWN
WO
N
OO—=N==RNNNO=N=EOONNNO==NNEO=N
SNOWVVINO NOWMINSN

MSGOS51:
MSGOSS:
MSGOS6:
MSGOS8:
MSG061:
MSG062:
MSGO63:
:
MSGO64
MSGO6S5:
MSG066:
MSG067:
MSG070:
MSGO73:
MSGO7S:
MSG076:
MSGO77:
MSGO79:
MSGO8S: -AS
MSG088- -AS
MSGO8:

NS &S SNW=
NN
M= VWWO N
NWWNWNO & S NO
O

113

MSG036:
MSGO037:
MSG038:
MSG039:
MSG040:
MSGO41:
MSG042:
MSGD43:
MSG046:
MSGO47:
MSG048:
MSG049:

358585

S
NN = O

(=]
~
~

o
W

b b e

579 076651
580 076661
581 076673
582 076742
583 076751
6584 077002
6585 077020

—_ Dk
b 2 ON)
QO
== =d YO
OO0 ON—=~NO

~
-

577 076620

200

°-|-.—A—.-A°—.—A-lo-.—a—n—.—b-l-n—o—lc-n—ho-n—l_a_.o_loo_n_A—A

575 076567

oo
& HO=0000O0—— OfOO=NIN=OOOSNNSOOONSSNSON=
oo

[p8 [, ]
S~

% 22
=8¢

)
572 076474
573 076513

19,]

b b b b

O
~N~
oo

565 076267
566 076305
567 076327
568 076362
569 076401
S;O 076441

OO
ONO

b b b e e

d b e

b e cd e

b
o

VN
Vi OO‘&OOOO‘O‘OO
NNN
20
W
oW

16559 076120
16560 076137

DN O =S VOONONWN

O=NNNINON=O
==

—bd b e wmd b cd b b ) wd wd cach

MESSAGES

NN
N NN NN NN N

26-APR-82 09:41

CZMSFAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SEQ 0393

PAGE 517-1

<CRLF>/MODIFY MEMORY/
<CRLF>/0LD DATA WAS /
<CRLF>/DATA IS NOW /
<CRLF>/INPUT NEW DATA? /

<CRLF>/SELECT BANK & TEST/
<CRLF>/BANK NOT_ACCESSABLE/
<CRLF>/TEST(0=47)? /
<CRLF>/TEST O DATA IS? /

<CRLF>/T0 ESCAPE TYPE ANY KEY/<CRLF><12><12>
<CRLF>/TEST COMPLETE/

/ NOT AVAILABLE NOW = TRY LATER!/
<CRLF>/BANK REQUIRES RELOCATION/

/POWER RECOVERY/
<CRLF>/S0B-A=LONG TEST/
<CRLF>/BELL = EACH PASS COMPLETE/
<CRLF>/
(SR
CSR .../

/INPUT MUST BE A/
/N OCTAL /

/NUMBER/<CRLF>
/ DECIMAL /

;Eg%:t/;RRORS > 20 - ABORTING FOR XXDP CHAIN/
/K WORDS OF MEMORY TOTAL/<CRLF>
<CRLF>/REFRESH TEST/

<CRLF>/RELOCATION NOT POSSIBLE/<32>
<CRLF>/_BANK ERRORS/<CRLF>
<CRLF>/END PASS 4/
/ ERROR(S) DETECTED/<CRLF>
<CRLF>/FILL COUNT(OCTAL)? /
<CRLF>/KERNEL STACK/
<CRLF>/SUPERVISOR STACK/
<CRLF>/USER STACK/
/ 1S EMPTY/
;RELOC’TED /
=
BANK
/_ TEST=/
<CRLF>/ENTERING KAMIKAZE MODE/
<CRLF>/LEAVING KAMIKAZE MODE/
<CRLF>/LEAVING FS MODE/<CRLF>

32,0

: CONTROL Z

<CRLF>/ENTER BANKS - USE NUMBER 200 TO TERMINATE/
<CRLF>/CACHE IS OFF/

<CRLF>/CACHE 1S ON (EXCEPT DURING ACTUAL PATTERNS)/
<CRLF>/ONLY SELECTED BANKS WILL BE TESTED/
<CRLF>/ALL BANKS WILL BE TESTED/
/K OF MS11-L/<CRLF>
/K OF MS11-M/<CRLF>
/K OF MS11-P/<CRLF>

<CRLF>"*
<CRLF>/

11/44"

NO/

/ CACHE AVAILABLE/
/ CACHE BYPASSED/

6(RLF>/CSR NUMBER /
/ CONTROLS TOO MANY BANKS/

6 15

CZMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113

16623 100300
16624

16630 100354
16631 100354
16632 100
16636

- D b O b b b b
=2 QO HNINNO
NOWONNIN
=

16617 100070
16618 100135
16619 100154
16620 100174
16621 100226
16622 100275

B PICOON)
—b b b b

16616 100046

O £ ONINONLNY
NOOOHSHOO

MESSAGES

26-APR-82 09:41

SEQ 0394

PAGE 517-2

/ PASSES COMPLETED/
<CRLF>/PROGRAM CSR COULD NOT BE DETERMINED/
<CRLF>/TRACE ENABLED/

<CRLF>/TRACE DISABLED/
<CRLF><CRLF>/

<CRLF>'' CIMSPA

CSR MAP/<CRLF>

MS11-L/M/P MEMORY DIAGNOSTIC''

/PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC/

PRINT 60000-SUPLIMIT
.END START3

;SUPERVISOR ADDRESSES LEFT

H 15

e
e
lalalnls)

EZZXEXEXRXOOOO

DH1

mmmmmmmmm

044014
B63
045234
B64
065242
B65
045372
B66
045406
B67
013420
87
052536
870
052760
871
053234
872
053530
873
053530
B74
053626
B75
0564566
B76
054572
877
CACHKF 002544
CACHKN 002540
CACHOF= 104424
CACHON= 104423
CACHVE= 000114
CBCSR = 104474
002312
CBITS
CBREG = 104513
CBI1CSR= 104475
002310
CHECK
CHKDIS= 104504
CHKGEN 044366
CHKTAB 044474
CHKTRP 040614
CHK1DI= 104505
064050
CKEND
CKSWR = 104410
CLRCSR= 104502
CLREX
007752
CLRMEM 007642
CLR1CS= 104503
CMD16A 053614
CMD16L= 000073
cMp58
052000
052274
CMDSC
CMD78
052532
052606
CMD7C
053230
CMD98
053304
CMD9C
CONFGE 002444
CONFIE 003654
CONFIG 00235
CONTFL 002220
CONTRL= 177746
064220
CONTS
CONTS1 063576
CONTS2 064222
CONTS3 056370
064144
CONTT
002364
COUNT
CPERRF 061322
CPSAVE 061320
CPUBIT 002104

SOOI OOOWVO

ACTFLA
ADDRES
ANA2
APTDOMW
APTECC
APTFLA
APTHAN
APTHLY
APTPAR
APTSIZ

004614
005550
013462
055070
055076
062530
062534
062632
062724
063010
014214
014302
014344
014570
015362
017090
017250
006010
017256
017274
017336
017410
024170
024174
024374
024402
006060
024700
032410
034126
034164
034606
034644
034660
035000
006366
035160
025202
036376
036536
036574
037066
037254
037452
006422
037646
037656
040166
040336
040352
060416
043434
043440
012574
043600
043606
044010

PAGE 517-3

(V51

ABORTF
ACFLAG

26-APR-82 09:41

SYMBOL

DIAG. MACRO M111°

OOODO00
(=il DOV
TMTATITMTMTATRT
rxrxrxrTMm MM
— b
= D QD NONNASSNN)
=b wd b = b
[ AV R RV L
-

CZMSPAO T:glg-L/H/P MEMORY

SEQ 0395

070150
EM6
072331
EM60
072373
EM61
100300
EM62
070175
EM?
ENASBE= 104506
ENA1S8B= 104507
100354
END
ENERGI= 104420
ENEXBK 047436

EVEN
EXBANK
EXCMD3
EXCMD4
EXITY
EXIT2
3
El
E10
236
047020
051066
051406
047632
047636
004642
005 666
013546
NOSNOSONSOONNONN ROONNON
S S OO

VIO WO WA

lelel
lolelalelolaleleloleleolelelelelalale
el = i i

E42

LkKS
e

LBLSO
LBLS!
LBLS2
LBLS3
LBLS4
LBLSS
LBLS6
b e e

LOADBA
LOADCS=
LOADER=
LOADHO
=
NOWVSBWN=O

e e e

D ) e e

d e

D D

- D e

—

e e

oW )

e e

> N NNNNNNNNOON
O~
- -

7 ~ OWVIS
NN =O
g)
o>

"TM .,, m mmmmmmmmmm

NOWVSWN—O

SNOWMSRWN—=O

~NOWVMSWN=O

NOWVMSUWNN—=O

© b b e b b d b b Ob b b b b e
— b b b O b D e e e o o et () e i o e e ed e
NS
OO~ O\ ON\WNON VNN BB
NN NS W
SN =NO NN
NN = =N O SNNOOONON
NN ~
WONNO
O VSN
ONESNO
S sonorOrONOMOON nNO

d O

b i

b b b b

LooP
LOWMAP
LSIZE

[elolelelolelelolalelelolelolalalelalelelele] COOOOOOOOOOOOOOOOOOOO0O0OOO

WRI=O

D e

ONNNON
= =2 O\
OO

oooonoOnONWNWN
OSOOOOOOOOOOOOOOOOOOOO

AN
NN — O

NN AN N N N N N NI N NI NI NINIRININ) = b b b b b = 2 S O O O O OO0 O 0O

D D e o e

LAST =
LASTBA
LASTBL
LASTER

VIVVIIWAES 35 85 8 85 8 0 8 S

=
KMAP
KPFLAG
KSIZE
KSTACK

GEEEEEEEUR USSR
UL Lal

KIPDRO=

b e e e e e

EM5?2
071756
070073
072030
072
072134

EM4O
EMS
EMS50
EM51

b o

071707
070025

b e e e

EM36
EMé

b b e

071215
067773
071277

26-APR-82 09:41

el ad ek ad atan UGG

EM29
EM3
EM30

&5 8 B N NN NN W N WNINN N N N NI NI NI NI N = b od b o b =D — b e el s cd
NN =O
OSSN
—[elelelalelele]
=
NOWVSWN=O
N OIS

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

-t ONO
S & & NN

070507
067735
070561
070640
070674
070721

070447

mmmmmmmmmmmmm mmmmMmmmmmmmmmmmmmmmmmmm

SYMBOL TABLE

EM19
EMQ
EM20
EM21
EM22
EM23

EM1?7

O O
ALY WWBAWBIWAWNISE
&
[, SNN=O
NOWNMESWUWN=O
~NO

070401

o ONONONO

EM15

m mmrammmmmmmmmmmmmm

115

PAGE 5174

SEQ 0396

014742
(046344
002374

J 15

060666
006362
060666
041004
041052
041464
042050
0642152
042142
062150
006416

VIVNVONN
B S = 80NN\
SOOI
SNNO
&H

)

e
el L el
st atat st ad sl st ol pd pd sl L sl sl
st st

8°°°°°°°°°°°°O°

L gl el e Lt

T
o
o
S

sl st st et slatal st
et st st st st sl alat

L407
Lé1
L410
Lée11
L412
L6413
L614
L415
L6416
Le17
Lée2

et et ot st

005034
006320
040550
Q4voo~
040646
060644

037330
037400
037534
006250
037404
537760
047036
640024
040102
006254
040232
060274
040412
040616
040470
040472
040530

viviuvavaa
i
i
i
i
iy aiawnnaw vl
B 85 85 55 8 8 B S
W
N N W N AN NNPNININININ) b b b b b od b B b O O OO OO
oONONONONON
OO O
NN VWSS
Q¥
VI X
NOWVS
WA =O
NOWNSWN=ONOWVSWN=ONOWVMSWN—=O
N[
OB W= O
NOMWVMSLIN=O

Lé
L40
L400
LéO1
L40S
L406

L354
L355
L357
L36
L360
L362
L363
L3864
L365
L37
L370
L3
L373
L3746
L375
L376
L377

% s sl

037156

O NN
— YN

037020

L352

L632
L433
L6364
L4635
L436
L637
Lé4
L440
Lé41
L442
L4463
L4b4
L4645
L446
L6447
Lé4S
L6s2
Lé451
Le52
L4653
L&54
455
L456
Le57
L46
L460
L461
L462
L463
L464
L465
L466
L467
L4?7
L470
L671
L472
L6473
L&74
L4675
L476
L&77
LS
L350
L500
L501

& = NNV
O

L3351

036574
036660
036676
036702

L4620
L421
L4622
L4623
L4264
L425
L4626
Lé42?7
L63
L430
Le3l

OO
SO
SO0

L343
L344
L345
L346

034714
034732
034740
034764
006142
035122
035022
035034
035066
035052
035064
035110
035076
006152
035110
035222
036570

025022
025100
025270
025622
025112
026150
026250
026274
026346
026416
006144
026460
026524
026564
026624
026664
026724
027016
027024
005016
006124
027030
030646
030644
03064¢
032344
032402
032462
006116
034160
034164
034260
034336
034354
034360
006124
034630
034640
034752
034702

L324
L325
L326
L327
L33
L330
L33
L332
L333
L334
L335
L336
L337
L3¢
L340
L3641
L342

PAGE 517-5

023266
005762
023536
023546
023546
023556
024322
024270
024322
024366
005772
024530
024476
024530
024742
024742
025050

26-APR-82 09:41

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113

SYMBOL TABLE

SEQ 0397

K 15

CIZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SYMBOL TABLE

LS67
LS?
LS70

061072
011566
061264

061134
LS
061262
L3572
061212
LS?73
061224
L574
061262
LS?75
061272
LS76
061626
L577
005172
L6
011570
L60
062554
L600
062760
L601
062764
L602
063044
L603
063050
L604
064164
L605
064254
L606
064256
L607
012402
L61
012416
Lé2
012542
L63
0125¢0
L64
012532
L65
012546
L66
012776
L67
005172
L?
012776
L70
012776
L71
012654
L72
012660
L?3
012776
L74
012730
L?5
012776
L76
013050
L7?
MAINT = 177750

MAPHO = 170202
MAPKER 046706
MAPLO = 170200
MAPL1 = 170204
MAPPER 044534
MASK
002314
014002
MBERR
MEMOON 015010
MFPT = 000007
MJPAT
020620
MJTEST 020514
017666
MKCNT
MKCONT 017046
MKCSRT 020204
MKFLAG 002116
MKLOOP 017230
MKPAT
020434
MKTEST 020274
MMRO = 177572
MMR1 = 177574

MMR2 = 177576
MMR3 = 172516
MMTRAP 042570
MMVEC = 000250
MONFLG 002272
MSEEDH 002572
MSEEDL 002574
MSGA12 100014
MSGA34 076031
MSGB34 076067
MS6000 100226
MSGO01 074036
MSG002 074120
MSGO03 074175
MSG004 074302
MSGO0S
MSG006
MSGO07
MSGO08
MSGO09
MSGO10
MSGO11
MSG012
MSGO13
MSGO14
MSGO15
MSGO16
MSGO17
MSGO18
MSGO19
MSG020
MSG021
MSG022
MSG023
MSG025
MSG026
MSG027
MSG028
MSG029

074410
(74422
074457
100174
074471
074503
074515
074603
074700
074702
074704
074706
074720
074731
074734
074740
074761
075547
075571
075605
075631
075643
075660
075674

MSG035
MSG036
MSG037
MSGO38
MSGO39
MSG040
MSG041
MSGO42
MSG043
MSGO46
MSG047
MSGO48
MSG049
MSGO51

076115
076120
076137
076156
076174
076216
076242
076267
076305
076327
076362
076401
076441
076474

MSG030
MSGO31
MSG032
MSG033

075714
075733
075773
076012

26-APR-82 09:41

PAGE 517-6

MSGOSS 076513
MSGOS6 076534
MSG058 076567
MSG061 076611
MSG062 076620
076640
MSG063
MSG064 076651
MSG065 076661
MSGO66 076673
MSG067 076742
MSG070 076751
MSG073 077002
MSGO75 077020
MSG076 077052
MSG077 077073
MSG079
MSGO85
MSG088
MSGO89
MSG090
MSG091
MSG092
MSGO93
MSGO95
MSG101
MSG102
MSG103
MSG104
MSG105
MSG106
MSG107
MSG110
MsG111
MSG112
MSG113
MsG114
MSG117
MSG119
MmsG120

077107
077133
077160
077176
077220
077234
077246
077262
077270
077300
077330
077357
077401
077403
077456
077474
077551
077615
077647
077664
077701
077716
077730
077737

MsG127
MSG128
MSG129
MSIZE
MTA030
MTEST
MTLA11
MTLB11
MTLCIT
MTLD11
MTPAQ3
MTPAQ4
MTPA21
MTPA24

100135
100154
100275
002376
024600
016752
030412
030424
030436
030532
027510
027646
034430
035254

MSG121
MsG122
MSG125
MSG126

SEQ 0398

077760
100000
100046
100070

MTPA2S
MTPA26
MTPBO3
MTPBO4
MTPB21
MTPB24
MTPB25
MTPB26
MTPCO3
MTPC21
MTPC24
MTPC25
MTPC26
MTPDO3
MTPD21
MTPD25
MTPD26
MTPE2S
MTP000
MTPO01
MTP002
MTP00S
MTPO06
MTPOO7
MTP010
MTPO11
MTP012
MTP013
MTP014
MTPO15
MTP016
MTPO17
MTPOCO
MTP022
MTP025
MTPO30
MTPO31

MTP032
MTPO33
MTPO34
MTPO35
MTPO36
MTPQ37
MTP041
MTPO42
MTP043
MTP044
MTPO4S
MTP046
MTP047
MTST3
MT0000
M70001
MT0002
MT0003
MT0004
MT0005

035664
036014
027550
027702
034460
035314
035706
036030
027610
034514
035330
035746
036064
027626
034550
035612
036104
035634
027400
027424
027456
027722
027756
030156
030256
030364
031162
031550
032264
032510
0332564
034036
034114
034600
035346
036122
036132

036210
036242
036340
036364
036526
036752
0370264
037176
037432
037626
040142
040330
040670
012422
020700
020760
021100
021240
021472
021614

M10006
M10007
MT0010
M10011
M10012
MT0013
MT0014
MT0015
MT0016
MT0017
MT0020
MT10021
M70022
M70023
MT00264

021750
022004
022046
022102
022160
022264
022350
022440
022516
022574
022616
022706
023160
023212
023256

NEMCNT
NEWBAN
NEWKER
NEWLOA
NOCH
NOERRO
NOFSMO
NONEM
NONEXI
NOOJ
NOPAR
NORES
NOSCOP

002066
002304
046640
046742
063560
002424
002422
002076
042512
041464
002074
003664
002434

MT0025
MT70026
MT0027
MT0030
MT0031
MT0032
MT0033
M10034
MT0035
MT0036
MT0037
MT0040
MT0041
MT0042
MT0043
MT0044
MT0045
MT0046
MT0047
MT0999
M1
MT2
MUt
NC

NOSUPE
NOTAB
NOTRCE
N022BI
NULLFL

023522
023600
024102
024566
025070
025260
025612
026000
026152
026264
026336
026404
026406
026450
026514
026554
026614
026654
026714
026760
017026
017032
002106
056430

002452
002366
060220
002450
002340

L 15

RANODD 036044
RDCHR = 104411
RDDEC = 104414
RDLIN = 104412
RDOCT = 104413
READCS= 104426
READON 002404
REALPA 002274

REFRES 035154
REFSUB 035224
REGCOP 041064
RELENT 045612
RELOCA 045172
RELOC1 045626
RESREG= 104416
RESTAR 002612
RESVEC= 000010
RESO
050376
RES1
050456
RES2
050624
RLFLAG 002124
RRFLAG 002122
RTNVAL=X000000
RWCSR
006206
SAVCSR 002152
SAVMON 002270

SAVPAR 002266
SAVREG= 104415
SBEMSK 002250

SKIPKA 002006
SKIPMK 002336
060246
SKJ
SKPERR 002064
SKU8
045602
SKUJ
014006
S08K
002556
SOBLEN= 000056
SOFTPA 002604
SOURCE 002306
SPLTCS 002236
SSP
=2000006
= 17777
ST
STACK = 002000
START
003654
START1 000300
START2 000310
STA+T3 000200
STAR27 024162
STOPOK 002414
STRIPE 002362
SUBAAA 004644
SUBAAB
SUBAA]
SUBAAP
SUBAAR
SUBAAS
SUCCES
SUPDOA
SuPDO1
SUPDO2
SUPDO3

SUPDO4
SUPDRO
SUPDR1
SUPDR2
SUPDR3

004
012446
014166
013372
011400
002330
002260
027030
027044
027206

027222
002156
002160
002162
002164

SYSSIZ
TAGZS
TAG3$
TAG4S
TAG70$
TAG71$
TAG72$
TAG73$
TAGZ4$
TAG75%
TAG76$
TAG77$
TAG78$
TAG79$
TAG9S
18G4$
TCFIG]
TCFIG2
TCFIG3

TCONFI
TEMP
TESTAD
TESTMO
TIME
TIMEQU
TKVEC =
TMFLAG
TOOMAN
TOTCSR

TSTDAT

O]
R
R
R

UIPARé=

UIPARS=
UIPARG=
UIPDRO=
UNITOP
UNMAP
UNRELO
UPPFLG

USERMA
USESTK= 000700

usP

WARN1
WARN?
WARN3
WARNS

=100?OO6
1175

WARNS
WARNG

WARNGA
WARNGB
WARN?
WASDBE=
WASSBE=
WAS1DB=
WAS1SB8=
WHICHC
WOOPEN
WOOPS
WOOP3A
WOOPUP

WORST

PERRO1= 104427
PERRO2= 104430
PERRO3= 104431
PERRO4= 104432
PERROS 056640
PERRO6 056666
PERRO7= 104433
PERR10= 104434
PERR11= 104435
PERR12= 104436
PERR13= 104437
PERR14= 104440
PERR15= 104441
PERR16= 104442
PERR17= 104443
PERR20= 104444
PERR21= 104445
PERR22= 104446
PERR23= 104447
PERR24= 104450
PERR25= 104451
PERR26= 104452
PERR27= 104453
PERR30= 104454
PERR31= 104455

PMEMFL 002140
PROTYP 003752
002400
PSIZE
= 177776
PSW
PTABLE 036732
PWRVEC= 000024
QUICK
002432
QVFLAG 002342

002072
004606
002110
002322
041352
041652
041562
041620
042602
054476
056644
057476
057556
057314
057242
054044
057366

SWR

TSTRD1
TSTREA=
TST1

PATERR
PATPLU
PATTER
PCBUMP
PCONFI
PCONFS
PCONF1
PCONF2
POP110
PD1
PERAOS
PERBNK
PERECC
PERRAB
PERRAW
PERRA3
PERRA7

002070
042406
002300
000114
002262
002264

SUPDR4
SUPDRS
SUPDRé6
SUPLIM
SUPSTK=
SWAPAT

PARCNT
PARITY
PARTHE
PARVEC=
PASFLG
PASSNO

016450
016600

020146
SBENT
SBESYN 034410
SBETES 017670
SCOPE = 000004
SDPARQ= 172260
SDPARS= 17272
SDPARG= 172274
SDPAR7= 172276
SEEDHI 002566
SEEDLO 002570
SELONL 002000
SETPAT 047500
SHADL1 012452
SHUTUP 047664
SIPARQO= 172240
SIPAR3= 172246
SIPARS= 172252
SIPARG= 172254
SIPDRO= 172200
SIZE = 040000

PARBAF
PARBAW

016146
016276

PERR32= 104456
PERR33= 104457
PERR34= 104460
PERR35= 104461
PERR36= 104462
PERR37= 104463
PERR4O= 104464
PERR41= 104465
PERR42= 104466
PERR43= 104467
PERXOR 057452
PFECDF 061740
PFECOH 061700
PFECDT 061730
PFECEM 061644
PFECWS 061634
002120
PFLAG
PGMCSR 002526
014004
PHEBE
PHYADD 002036

PAFBAF
PAFBAW

005642
002276
002154
002600
002034

PAGE 517~7
N=2OO0O0OCOOOOWVNOOO
O NOOONINOONNLNN

NXTCSR
OLDCAC
OLDCSR
ONES
PADDRE

26-APR-82 09:41

[elelelelelelelelelolelelelelele
sl
[
eloleoleleolel Jolelale? Dol ol2t
MNONLOONPINLNIONINLINININY
=N N =~
NINONINI
S = O\ NN SO O NN
=2 NONIO WA NN OWNNIONNO
S OH SO
OONOSNONONN

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SYMBOL TABLE

SEQ 0399

M 15
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

SYMBOL TABLE

XOCHAR
XXDPCH
ZEROS
S$APTHD
SAUTO
$BANK
$BASE
$BELL
SCACHF
SCACHN
$CBCSR
$CBREG
$CB1CS
$COW1

056276
002350
002332
065740
002060
002011
065714
002637
042720
042674
043360
044350
043402
065720

$DOAGN
SDOWN
$DTBL
$ECCDI
SECCIN
SECCID
SECC1I
$ENASB
SENAIS
SENDAD
SENERG
SENV
SENVM
$EOP

$DOAGA

015346

015242
054726
063516
0643256
043304
043272
043520
(043332
063346
015232
042654
065660
065661
015066

SERFLG 002012
SERRGE 044100
$ERROR 060522
SERRTB 066262
SERRTY 061324
SERTTL 002614
SESCAP 002356
SETABL 065660
SETEND 065740
SEXHAL 047656
= 000001
$E$S_
SFATAL 065642
SFILLC 002636
SFILLS 002353
$F$
= 000000
SGTSWR 063712
061106
SHALT
SHALT2 066014
SHIBTS 065740
$HIOCT 065140
SILLUP 055330
$INVAL 044050
SITEM8 002013
= 000001
$I1$
SKERNE 0642644
045100
SKMAP
= 000102
$k$

065722
$COW2
SCHARC 056464
SCHKDI 043754
$CHK1D 043770
SCKSWR 063536
SCLRCS 043732
S$CLR1C 043744
SCMTAG 002000
$CMTGE 002540
SCNTLC 064730
SCNTLG 064742
SCNTLK 064136
SCNTLU 064735
$CPUOP 065666
SCRLF
002644
063526
$OBLK
$0B29 065520
SODWO
065724
065726
$DDW1
065730
$ODW2
sODW3
065732
065734
$ODW4A
$DDWS
065736
SDEENE 042664
SOEVCT 065650
065716
$DEVM
$D10D0= 000000

100354
000600
ERRORS DETECTED:

26-APR-82 09:41

= 000107

000
001

VIRTUAL MEMORY USED: 26094 HORDS ( 102 PAGES)
DYNAMIC MEMORY: 21558 WORDS ( 82 PAGES)
ELAPSED TIME: 00:29:08
CZMSPA.BIN, CZMSPA/=SP/CR=CZMSPA/ML ,CZMSPA.P11

PAGE 517-8

002645
SLF
= 000105
sLL
$SLOADC 042736
SLPADR 002606
SLPERR 002610
= 000000
$LS
SMADR1 065672
$MADR2 065676
SMADR3 065702
$MADRG 065706
065640
SMAIL
SMAMS1 065670
SMAMS?2 065674
$MAMS3 065700

$MAMSS 065704
SMBADR 065742
SMNEW 064760
SMSGAD 065654
SMSGLG 065656
SMSGTY 065640
064747
SMSWR
SMTYP1 065671
SMTYP2 065675
SMTYP3 065701
SMTYP4 065705
SNOTRA 066010
002352
SNULL
SNWTST= 000001
SOCNT
063306
$OCTVL 065622
$0CT8 = 065626
$OMODE 063310
060436
SOVER
= 000000
$0$
$PASS
065646
SPASTM 065746
SPATMA 002010
$PERO1 056506
SPERO2 056534
$SPERO3 056562
SPERO4 056612
$PERO7

SEQ 0400

056674

$SPER10
SPER11
$PER12
$PER13
$PER14
$PER1S
SPER16
SPER17
$PER20
$PER21
$PER22
$PER23
$SPER24
$SPER2S

056716
056746
056766
057010
057030
057052
057074
057114
057132
057150
057170
057206
057224
053762

$PER26 057414
$SPER27 057434
$SPER30 054210
$SPER31 057624
SPER32 057722
$PER33 057770
$PER34 060050
$PER35S 060102
$PER36 060136
SPWRDN 054356
SPWRUP 054732
002643
SQUES
= 177777
$R
SRAND
065424
$RDCHR 064256
SRDDEC 065142
SRDLIN 064406
SRDOCT 064772
SREADC 043032
SRESRE 065366
$SAVRE 065330
$SAVR6 055334
$SCOPE 060166
$STN = 000001
$SVLAD 060422
$Svs = 00000C
$SWR = 163000

$SWREG 065662
= 000610
$T
STESTN 065644
002630
$7K8
002626
$TKS
$IN = 000007
002634
$7PB
STPFLG 002354
002632
$TPS
065754
S$TRAP_
$TRAP2 065776
$TRPAD 066016
$TSTM 065744
S$TSTRD 043052

STTYIN 064704
$TYPDS 063312
056152
STYPE
S$TYPEC 056300
STYPEX 056466
$TYPOC 063110
STYPON 063124
$TYPOS 063064
$T1
= 000000
= 000607
$T72
065652
SUNIT
SUNITM 065750
065664
SUSWR
SVECT1 065710
SVECT2 065712
SWASDB 043566
SWASSB 043422
SWASID 043702
S$WAS1S 043536
$XTSTR 060314
$y$s
= 000000
$IAP42 015212
$28
= 000000
= 000000
$$sS
= 000573
$$T
$$TT = 000601
$OFILL 063307

]

N 15

APTDOW
APTECC
APTFLA

BADPC

010002
047746
002420
002346

002020

PAGE 1
CREF

)¢

=M MO

8 ©C s
<

ANA2

>«

o O

O<v

ON 26-APR-82 AT 09:54

200

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MACRO

—ONN=NONMANMN-—-MNO

CREATED BY

CZMSPA

SYMBOL CROSS REFERENCE

#166-6449

153-5975

#139-5689
#139-5666

#377-12058
*186-7232
%153-5974

231-8252
229-8237
189-7333
#189-7327
#377-12065
#139-5688 *186-7229
#139-5697 *153-5971
#665-14825 466-14915

SEQ 0401

377-12061 «377186~
186-7237

VMAOTNOVE

189~

186-7237
186-7208

509-16391

0
8
2
3
8

+339-11095
451-14479
*451-14517
#453-14558
509-16386

226-8178
363-11613
*273-9253
*305-10119
421 ~13213
451 ~14484
451 =14517
453~ 14563
509-16389

509-16391
226-8178
363-11613

226-8187
377-1 2024

226-8202
466-14898

246-8710
234-8335
232-8268
224-8161
222-8133
222-8115
784
504
*291-9
*282-9
+282-9490
*157-6102 *160-6244
#139-5571
*323-10609
3-10596
«32
+322-10551
*321-10494 *321-10503 +322- 10541
*326- 10779 *326-10789 *421-13216 *421 ~13242 *423- 13262 423~ 13274
%451-14498 *451-14503 «4 51-14513 #4651 =14518 *451-14523 +451- 14528
#453-14549 *453-14554 *453- 14559 %453-14564 *453- 14569 *453- 14574
88 *460-14707 *460-14714 509-16 386
#460-14678 *460-14687 460~
509
509-16404 509-16407
14586 454-14598 456-14609
#139-5560 *339-11122 421
460-14696 465-14
#139-5564

#139-5562
337-11070 337
454-14598 456
#139-5574
*45
#139-5572

#139-5583
*170-6869
*182-7071
*201-7492

3
7

465-14864

339-11107
460-14676
509-16392

*191-7349

*207-7613
234-8345
*238-8494
46-8644
255-8822
63-11617 363-11620 +

*205-7575
32-8292

%38-8475
6 5

454-14600
199-7456

363-11619

TMM

186-7208

234-8372

226-8202
226-8187
377-12024 466-14898
*275-9329 *275-9343
+305- 10131 +315-10328
%421-13213 *421-13239
+451-14485 *451-14490
%451-14522 *451-14527
#453-14568 453-14573
509-16 392 509-16397

227-8213

229-8227

246-8715 #328-10835
*291-9796 *317-10417
324~ 10660 *32« -10668
*451-14480 +4 51-14486
+453-14534 +453-14 539
%453-14579 456-14626

509-16392

+319-10454
+325-10722
*451-14493
*453-14544
*458-14648
507-16400 509-16402

458-14661

460-14676

460-14685

339- 1 1" 10 #339-11119
460-14696

421-13227
460-14706

451-14506

454~14586

169-6761
73-6936

*169-6780

+170-6860

+170-6866
*182-7041
+199-7453

460~ 1 46 85

213-7817
+238-8465

B 16
CIMSFA

CREATED BY

SYMBOL CROSS REFERENCE

MACRO

ON 26-APR-82 AT 09:54

SEQ 0402

PAGE 2
CREF
”

-«

[

SEQ 0403
€16

ON 26-APR-82 AT 09:54

T2 3T

TT $%1 I%F T 1 &7

R A

PE AMOWNeE OO0 ONO WOV MONINISE MOMN A~
FETTON® UM MINMINIANI

C833‘9709499907.7111‘19451305555755‘59269476‘962360754

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

o
o

N O OVOOONADeer—r—r—r AN O«

o N e et

r—rNNMANON NINMNOOTIN. ON OOV VOVVOOVOO00
OO OO~
O ONO
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> PELREERs83

“E®E & &

g & 5888382 2{a & a&

5600033779336673293‘311897113354297.\129114117777777777

n n

CREF

PAGE &

ON 26-APR-82 AT 09:54
CREATED BY
CZMSPA
SYMBOL CROSS REFERENCE

MACRO

N Mm ~

SEQ 0404

D 16

E 16

REFERENCES
+160-620
#139-560
*1746-69
*174-697

*282-9487
1!

M—Oa0

CSRADD

172100

#113-4971

CSRCAS
CSRFBA
CSRFIR
CSRHOL
CSRINC
CSRINF

020174
002230
002224
002522
002324
002456

n
#139-5630

CSRINT
CSRLAS

002234
002226
002232
002326
005774

CSRLOO

QO0

)
3
6
2
1

9
14
3

162-6310
166-6626 *166-6629
24
402 *355-11403

3
5

-7752
=7715
-7704

#139-5629
#139-5631
#139-5658

157-6117

*157-6092
159-6160
162-6298

1666652
*211-7684
*211-7713
*211-7683
*211-7686
#159-6140

*157-6093
159-6166
162-6311
166-6654

*211-7698
*211-7714
*211-7696
*211-7697

TS.I:V.GF

CSRMAP

782
048

2
S

DBEMSK

002254

157-6101
160-6197
162-6319
182-7038
1-7751

*211-7749

2117749

157-8102
*160-6211
163-6363
*182-7049

*158-6126
*160-6221
163-6393
182-7077

*158-6133
160-6235
166-6521
182-7079

-—

*267-9053
*267-9072
*275-9299
277-9387
651-14514
#139-5637
0279-9427
283-9531
*283-9597

*267-9056
*273-9177
275-9302
+283-9518
451-14519
*277-9384
*279-9444
283-9533
283-9598

MNGO—OMMM

*163-6353
166-6630

163-6368
*166-6631

+158-6136
*160-6251
166-6541

159-6158
160-6261
166-6548

-&«

NMO NMNO
OMO~60a0ad

CSRLBA

536
836

#139-5628
#139-5708

#139-5657
#139-5704

PAGE 5
CREF

MONIO
O~ TO=N

SYMBOL CROSS REFERENCE
SYMBOL VALUE
CSR
002146

ON 26-APR-82 AT 09:54

MACRO

N N N —SOM M

CREATED BY

CIZMSPA

SEQ 0405

*267-9057
*273-9178
275-9303
*283-9519

267-9058
273-9183
275-9362
283-9524

*277-9385
279-9448
283-9541
*283-9603

277-9393
*279-9450
283-9543
*283-9604

267-9059
273-9184
*275-9364
283-9525

267-9061
2739265
*275-9364
*285-9619

267-5066
*273-9267
*277-9380
+285-9620

267-9070
2273-9267
+277-9381
285-9625

*267-9072
+275-9298

277-9403
2279-9456
+283-9575
+285-9624

2779405
2279-9457
+283-9575
285-9631

279-9425
*283-9522
*283-9591
285-9633

%279-9427
*283-9523
283-9595
285-9641

CREATED BY
CZMSPA

o =3 - 3
lreLralre dhe
OOO0O00OO0 OO0 DelVelVolVel elPalVelve Lo,
O OOV ONOOO0 OO0
OU ANOWNT
AN
N
N
(RN ONINRN

- —

SYMBOL CROSS REFERENCE

MACRO

ON 26-APR-82 AT 09:54

PAGE 6
CREF

SEQ 0406
F 16

G 16

CZMSPA

CREATED BY

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

MACRO

ON 26-APR-82 AT 09:54

REFERENCES

002002
002624
= 000174

#139-5550
#161-57647
#113-4967

DOBACK

015352

187-7257

DSWR

= 177570

DT13
0714

067306
067330

DIAGFL
DISPLA
DISPRE
DISPTB
DONE

oT1
D710
DT11
0712

OT16
o117
DT2
0720
D122

D123
DT24
D125

D126
D127
D73
0730
DT4
DTS
076

017

014779

006642

067132
067252
067274
067302

296-9923
*233-8326
429-13447
*151-5958
#429-13448 *463-14803

187-7268

#191-7339

161-5746

1515950

#187-7248

160-6261

#160-6271

M11-6687

500-16119 #509-16386
502-16166 #509-16394
504-16228 #509-16395
504~16223 #509-16396

500-16114 502-16181 502-16186
0145-5826 *145~5836 *145-5842

067144
067404
067414

506-16248 #509-16399
504-16253 506-16265 #509-16401
#509-16387
508-16312 #509-16402
#509-16403

067476
067504
067150
067524
067160
067170
067206

502-16196 #509-16407
508-16317 #509-16408
500-16124 #509-16388
508-16332 508-16337
500-16129 #509-16389
*145-5835 *145-5841
506-16305 #509-16391

067346
067376

067422
067444
067464

067222

CREF

+233-8324
*151-5951
151-5958

187-7246

502-16206
506-16300
500-16149

SEQ 0407

PAGE 7

S506-16285 508-16357
508-16322 508-16342
506-16260 #509-16406

463-14802

502-16191 504-16213
504-16238 #509-16398

508-16362
508-16352

504-16218

504-16233

508-16327 #509-16397

508-16382 #509-16404
508-16367 508-16372 #509-16405

508-16347 #509-16409
500-16134

500-16139

500-16144

504-16243

508-16377 #509-16390

502-16156

502-16161

502-16171

502-16176

502-16201

506-16270

506-16275

506-1€280

506-16290

509-16393

509-16393
509-16404
509-16405

509-16397
509-16404
509-16408

506-16295 #509-16392

DUMMY

002174

#139-5614

509-16392

509-16393

509-16393
509-16401

ECCDIS
ECCINI

= 104470
= 104472

#110-4656
#110-4656

217-7909
167-6693

240-8512
#167-6727

390-12367
#173-6942

393-12445
211-7758 #217-7926

240-8529

240-8536

240-8540

ECCTYP
ECCIDI

005714
= 104471

#110-4655

174-7011

213-7796

213-7819
283-9606

273-9202
285-9646

273-9209
287-9708

273-9286
303-10088

275-9312
305-10096

2759367
305-10106

ECCUIN
EMTVEC
EM11

= 104473
30
=
070235

213-7854
213-7846
#110-4657
#111-4749 147-5876 *147-5877
502-16154 502-16159 502-16169

282-9493

282-9496

303-10053

305-10099

EM20

070561

EM2
EM13
EMI4
EMIS
Em17
EM19
EM2

070257
070303
070335
070401
070447
070507
067735

509-16399
509-16404
509-16408

509-16400
509-16405
509-16408

375-12000 377-12041 #621-13253
157-6097 #158-6125
%gg-?gg;

279-9459

283-9546

502-16164 #313-1644
502-16179 508-16355 #513-16443
502-16184 #513-16444
502-16189 #513-16445
502-16199 #513-16446
504-16211 508-16350 #513-16447
500-16117 #513-16435

504-16216

508-16340

508-16345

509-16400
509-16405
509-16409

502-16174 #513-16441

508-16365 #513-16448

H 16

ON 26-APR-82 AT 09:564

CREF

w
O OO rrrerere e

O NGO VONOWNO NTO VO

PNWYVONOTM

O0T TMyNSFO

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

SEQ 0408

PAGE 8

&®

116
TM

_.?m

NO
WO
—
N
N~NO

Pl
TM
®

SNONNLONO
0O —
ONINV
N =2 3 ON
(=27 AV,
[ N1V, T, -}
[ To 1, N 1,8}

051066

gAGE 9

—l—.—l—h ~NNO =

S5 NN NN 2NN
O~ 00 00 OO 00O\

CREATED BY MACRO ON 26-APR-82 AT 09:5¢4
CZMSPA
SYMBOL CROSS REFERENCE
REFERENCES
VALUE
SYMBOL
#139-5595
002130
EUFLAG
002360
EVEN
047020
EXBANK

SEQ 0409

#386-12244

297-9957

193-7358
238-8473

393-12462

195-7388
240-8515

393-12476

197-7418
240-8534

397-12532

199-7455
363-11618

397-12546

201-7494
365-11725

486-15611

#325-10736
#325-10734

060000

FLIPLO
FLIPWA

002602
041074

255-8847
344-11204 379-12076
#111-4796
169-6776
*339-11106 +339-11108 +339-11111
*337-11079
+303-10062
#139-5576_ +167-6715
468-14953
380~-12130 #399-12551
380-12131 #399-12561
380-12132 #399-12566
380-12133 #399-12572
380-12134 #399-12579
380-12139 #400-12598
380-12140 #400-12618
380-12141 #402-12632
380-12142 #404-12638
#380-12097 483-15451
162-6332 #163-6339
219-7966
219-7965
211-7682
172-6900
169-6828
169-6798
#113-4974
169-6765
234-8339
232-8273
224-8162
222-8134
222-8116
220-8051
222-8080
220-8027
244-8615
244-8585
242-8559
242-8558
240-8519
262-8553
238-8477
238-8448
282-9476
249-8751
246-8670
246-8653
266-8652
246-8651
246-8650
266-8647
323-10594
319-10434
315-10322
297-9965
297-9964
297-9962
296-9907
296-9926
390-12360
390-12359
388-12264
*377-1
386-12223
2063
528-10838 «377-12061 +377-12062
430-13478 430-13479 *430-13480 +430-13481 630-13482 430-13484 #432-13518 *432-13519
473-15089
#141-5734 «147-5865
222-8079 #327-10808

222-8106

*327-10810 «327-10811

327-10812

327-10814

327-10816

466-14898

220-8014

236-8389
244-8622
289-9723
323-10610
&30-13477
432-13524

J 16

ON 26-APR-82 AT 09:54

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

SYMBOL
FLUSH

VALUE
015062

FSCMD3
FSCMD4
FSCMDS
FSCMD6
FSCMD?7
FSCMD8
FSCMD9
FSINFL
FSPAT

050660
051134
051454
052372
052400
052672
053076
002436
052154

FSCMDO
FSCMD1
FSCMD?

FSSTAC

FS1
FS7FLA

FULLRE
GBLENG

GETCSR

GETDAT
GETDA1

GETDIS

GOOD

G00D2
GOO0D3
GTSWR

HEADER

REFERENCES
#187-7273

050300
050402
050512

‘380-12120 #382-12147
380-12121 #382-12169
380~12122 #384-12184

002302

#139-5648

+382-12171

382-12179 +384~12186 384-12203 +390-12304

050166
002442

#380-12112
#139-5698

380-12118
238-8467

380-12144

0461324

227-8220

380-12123 #386-12208
380-12124 #388-12250
380-12125 #390-12302
380-12126 #391-12433
380-12127 #393-12439
380~-12128 #395-12480
380-12129 #397-12510
#139-5696 +189-7284
390-12377 #390-12381
*397-12512

IBSAVE

1111

397-12541

*240-8530 +240-8541
#313-10304

#139-5713
266-8647

#240-8502
246-8650

054256
054354

#623-13267
%423-13269

454-14585 454~14597
423-13277 #423-13280

002042

#139-5568 #160-6208

002536
= 000076

060450

002044
002046
= 104407

002576

255-8823

047500
= 000011

002446

061316

= 177777

2371-8259
257-8856

248-8737

249-8749

462-14787 #463-14791

465-14828

247-8722_

*160-6218

509-16392 509-16399 509-16402
#139-5569 45614615 *456-14615
#139-5570 %4656-14616 *456-14620
155-6053
#110-4597

#141-5732

+147-5866

390-12422 +393-12441

250-8760

*160-6266 *282-9480

#329-10854

%282-9503

#291-9783 +291-9795

209-7671

#211-7727

166-6575

166-6579

£323-10595 +323-10608 *324-10649
®421-13240 +423-13258 451-14481
#451-14519 %451-14524 +451-14529
£453-14565 %453-14570 *453-14575
*460-14708 *460-14713 509-16386

509-16404
509-16399
509-16399

50916406

*187-7265

*191-7344

*191-7347

#209-7656

+149-5929

149-5929 +166-6517

+166-6519

166-6567

157-6111

#157-6111

159-8155

159-6155

*187-7263

393-12471

363-11657

*317-10410 *319-10455 *321-10495 *321-10504 +322-10540
324=-10667 *324-10673 *326-10780 *326-10790 *421-13220
#451-14487 *451-146492 #451-14499 +451-14502 *451-14509
#453-14535 *453-14540 #453-14545 *453-14550 +453-14555
#453-14580 456-14625 *4658-14650 *458-14652 +460-14679

2273-9239 2273-9242 #273-9252 2739255 #275-9328 #275-9331 #275-9342 #275-9345 +277-9416
2077-9619 *282-9489 +282-9502 %291-9794 £305-10121 #305-10133 +321-10505 *322-10549 +323-10597
*323-10611 *324-10659 *324-10669 *325-10723 #325-10745 +325-10750 +326-10781 »326-10791 +390-12353
82 *660-14691 +460-14693 *460-14715
£393-12459 #397-12529 *458-14655 %458-14672 +460-14680
56 *476=15157 476-15172 «476-15173
*470-14999
468-14963
*292'}?{%5 *466-14910 468-14951
*

HIPAT
T

SEQ 0410

PAGE 10
CREF

205-7573
#111-4692

207-7611 #373-11982
434-13568

166-8606
*184-7186
*238-8466

166-6667 +184-7169
166-6663
166-6661
166-8656
166-8610
184=7200 *211-7726
211-7729 «211-7735
211-7735 238-8442
238-8495
238-8487 +238-8495
238-8481
238-8466 +238-8471
465-16847 *465-14855 +465-14858 466-14913 #466-14917

139-5700 +149-5033
*465-14822

157-611

157-6111

+184-7175
238-8452

184-7186
238-8458

#159-6155

159-6176

159-6176
159-6176 #159-6176
160-6259
160-6259
160-6259 #160-6259
160-6260
160-6260
291-9806
291-9806_
291-9806_
282-9508 #282-9508_
282-9508
282-9508
160-6260 #160-6260
#291-9806
291-9808
91-9808
291-9808 #291-9808
316-10393 316-10393 316-10393 #316-10393
316-10395 316-10395 316-10395 #316=-10395 319-10460 319-10460 319-10460 #319-10460 321-10512

CIMSPA

CREATED BY

SYMBOL CROSS REFERENCE
SYMBOL

ILLCSR
IMPTES

INCBNK

INCPAT
INCRPT
INHBAN

VALUE

REFERENCES

321-10512 321-10512 #321-10512
323-10632 #323-10632 323-10634
#324-10675 325-10734 325-10734

323-10632 323-10632
324-10675 324-10675
325-10736 #325-10736

205-7587

207-7627 #373-11986

193-7367
201-7507
#139-5712

197-7429 #373-11974
203-7547 #373-11973
+363-11651 363-11659

= 000010

002004
026774

KDPARO = 172360
KDPARG

= 172374

KERNEL

= 104417

= 172376

193-7371

197-7433

199-7470

201-7504

203-7544

#139-5551
233-8312

253-8814
233-8320

380-12109 +380-12111 *382-12154 *399-12563 *399-12568
246-8639 #253-8813
244-8575
242-8B546
234-8330

#111-4887

222-8098

222-8100

#296~9893

236-8413
#111-4893

296-9909

236-8421
+234-8361

169-6777

169-6790

+222-8126

264-8610
386-12233

246-8648
386-12244

#110-4608

299930

236-8416
#222-8101

#111-6896

255-8849
388-12274

257-8886
388-12292

= 172354

234-8357

234-8360

169-6834_

174-7024

213-7845

213-7853

242-8554

430-13494

432-13528

+164-6438

275-9322

KIPAR6

222-B145

361-11515 361-11591 369-11824 369-11844 430-13483 432-13501
+162-6281 163-6342 #163-6357 *163-6407 *163-6411 *163-6415 *166-6429

273-9222

= 172352

222-8144

377-12064
423-13263

#139-5709

KIPARS

169-6811

222-8125

367-11816
421-13244

426-13334

#111-64877
#111-4881

222-8124

#236-8414

426-13328

= 172340
= 172350

297-9936

%222-8146

423-13275

KIPARO
KIPARG

429-13431

363-11682
388-12296

429-13435

365-11741
421-13217

367-11800
421-13233

369-11859

*166-6678

166-6679

166-6681

*166-6679

+321-10477

*166-6497

*166-6505_

166-6591

166-6639

#111-4882

*166-6498

*+166-6506

166-6642

*166~6659

*166-6665

*166~6671

361-11593

369-11826

425-13317

428-13393

428-13417

432-13502

189-7317

478-15210

297-9966

234-8340

315-10346

242-8560

244-8586

244-8614

246-8654

166-6492

169-6752

170-6875

173-6936

182-7071

1666439

+369-11860

369-11868 *+369-11877

*369-11862 +369-11879
#111-4883

KIPDRO

= 172300

#111-4857

KSTACK

002560

#141-5725

#110-4612
#139-5588
#139-5679

155-6058
+371-11905 +371-11915

#113-4975

211-7683

220-8049

232-0271

+144=-5799 +145-5840

166-6490

LAST

= 157776

LASTBA

002552

#161-5722

LASTBL

002554

#i61-5723

LBLSO

= 000404

157-6111

LBLST

= 000403

002014

#174-6947

#111-4747 *147-5874 *147-5875
363-11684 #363-11694

#111-4679

= 104422
002112
002372

195-7401

343-11163 363-11649 *363-11650 363-11658 #363-11665 +363-11673 +365-11733
172-6906 173-6923 182-7053 211-7693 355-11411 «371-11908 +371-11952
355-11414 361-11555 «371-11908 #371-11955
217-7918 219-7970 238-8446 388~12270 390-12331 393-12464 397-12534

= 002000

002524

173-6929

211-7680
170-6863
170-6864
211-7709

#139-5711
#139-5597
#139-5598
#110-6671

KERSTK

LASTER

322-10556 322-10556 322-10556 #322-10556
323-10634 323-10634 #323-10634 324-10675
325-10734 #325-10734 325-10736 325-10736

047464
047464
002534

047510

KDIAG

KMAP
KPFLAG
KSIZE

CREF

325-10737 325-10737 #325-10737
182-7098 #182-7138

= 000020
045740

KFLAG

PAGE 11

325-10737
182-7081
1726921

I0TVEC
JMPRL1

KDPAR?

ON 26-APR-82 AT 09:54

014124
013064

002532
INHECC
002134
INTFLA
002136
INT64K
INVALI = 104511

KAMIKA
KAMITE

MACRO

SEQ 0411

289-9725

«182-7113
361-11572
395-12504

#139-5558
322-10556

160-6259

144=-5794

296-9908

184-7152
361-11579

166-6507

297-9929

191-7349
363-11630

234-8351
363-11637

«166-6488

*166-6495

166-6681

159-6155

159-6176

397-12537

+189-7290
323-10634

291-9806

400-12623

324-10675

316-10393

386-12226

388-12266

238-8465
373-11989

238-8472
386-12221

240-8523
388-12263

331-10880
390-12309

331-10889
393-12467

160-6260_

282-9508

291-9808

316-10395

319-10460

321-10512

323-10632

325-10736

325-10737

L 16

044534

002314
014002
015010
000007
020620
020514
017666
017046
020204
002116
017230
020434
020274
177572
177574
177576
172516

042570
= 000250
002272
128232}

227-8218
251-8800
#113-4901
#113-4903
155-6059
257-8855_

397-12545

#139-5653

145-5819
*363-11691

«3865-11750

247-8726
231-8257
#369-11855
+363-11689 *365-11750
365-11764
169-6761
#361-11514

430-13475

173-6937

37712059
432-13516

+238-8440
*244-8597

238-8456
*246-8654

*244-8587

*244-8598

244-8616

244-8623

509-16391
159-6176
291-9806

323-10634
*428-13389

250-8759

251-8768

365-11763

426-13361 *428-13389

174-6948

211-7708
388-12269

386-12230

242-8551
390-12330

182-7096 *182~7100 *182-7105 #182-7115
*182-7076 +182-7092
#187-7257
187-7247
#111-4696
145-5845
219-7974 #219-7982
219-7969
149-5914
219-7969
209-7669 #219-7962
211-7751 #211-7763
+211-7706 *211-7751
209-7664 #211-7675
149-5900 #215-7867
240-8516 *371-11905
182-7050
209-7659
#139-5590
172-6904
#211-7706
211-7757
217-7922 #217-7934
217-7917
217-7917
149-5907
191-7345
209-7667 #217-7907
#111-4770_ *341-11136 *3641-11140 +363-11694 *363-11703 *365-11742
430-13493 *432-13512 509-16390 509-16398
509-16390
*432-13511
#M11-4771"
426-13349 %428-13402
*432-13510 509-16390
#111-4772
426-13349 *428-13402
145-5829 +189-7220
#111-4773_
145-5826
430-13490
*428-1340
426-13352
*365-11752 +375-12007
147-5888 #339-11107
#111-4757 +147-5888
*154-6012 *154-6015
#139-5640
#144-5792
377-12038
361-1160"
187-7269
311-10216
b

170200
170204

#111-4761
#113-4902

-10

177750
170202
046706

63-11622

*238-8436
*244-8584

365-11724

12243424

365-11719

002562
014742
046344
002374

#111-4689

#139-5692 +363-11621
282-5479
#110-4617
323-10581 323-10589
346-11254 352-11335
#141-5726
189-7322
#187-7242
189-7336
363-11692 365-11751
#139-5680 +184-7151
157-6111
157-6111
160-6260
160-6259_
316-10393 316-10393
322-10556 323-10632
325-10736
325-10736

169-6803
*242-8568

b d b
=0

LOADHO

177546

002426
104425

-k
= DON N =
OOOWNI=
=

LKS
LOADBA
LOADCS

o U“NOMW?@%D e

002520

oo NW

LINK2

NNWW
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002516

325-10734
M11-4693
434-13646
169-6764
#139-5706 +169-6745 *169-6749
240-8520 *242-8560
*24,0-8508 +240-8510
309-10205 311-10252 313-10295
169-6789
#139-5707" +169-6746 *169-6750

NN
= =2 8
NDNO—=WNCON)

LINKY

REFERENCES

PAGE 12
CREF

N&
&N
oo
] [

ON 26-APR-82 AT 09:564

Jflhb«rCTV@fln

L?LSZ

MACRO

CREATED BY

» %
=S NWNW— =N
NN
= ON\NCOON

CZMSPA

SYMBOL CROSS REFERENCE
SYMBOL

SEQ 0412

238-8485
*246-8662

321-10499
346-11236

322-10533
346-11244

159-6176

160-6259

321-10512
324-10675

291-9808
321-10512
325-10734

291-9808
322-10556
325-10734

251-8776

251-8784

251-8792

244-8580
390-12363

246-8644
390-12428

255-8822
393-12475

+371-11931

373-11969

*365-11745

426-13349 +428-13402

509-16398
509-16398
+363-11685 *363-11693 +365-11749
*432-13509 509-16390 509-16398

380-12135

399-12585

406-12664

ON 26-APR-82 AT 09-54

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE
SYMBOL

SEQ 0413

PAGE 13
CREF

VALUE

462-14746

463-14799

47014987

472-15035

472-15039

473-15105

7 #517-1¢507

335-10949 #5
#517-16512

335- 1032 #5

#517-16517
*159-6151

TMM

331-10905

—_—Oe—noNo o

MM === = = 00 TM v— v~ v O 00 00 00 +— = = ¢= r= = ¢= y= =

*335-10968
«
335-11022
159-6143

333-10939

335-11042

465-14833

*159-6163 *159-6167 *159-6170
61
99 0 +335-10992 *335-10995 *335-10998
0 39 335-11040 #517-16518
~ ~ -15215

074704

- o o0 o0

133
ONNOM

MSGO15

0[
°]o (e

]

L2l

MM-

478-15230

159-6172 +335-10956 +335-10958
335 =10999 *335-11011 +335-11021

478-15245 #517-16521

393-12451

MSG092

CREF

397-12522 #517-16567

b e
b
b

#517-16574

#517-16577
#517-16579

#517-16585

#517-16593

-—h

b e

MSG093
MSG09S
MSG101

b d

&H
~

1000
t e
\l\l\l\‘l\l\l\l\l

NNQOO NN

b e

MSG079
MSGO85
MSGO88

b b b b b

—b

7
4C4-12639 051;159-6177 #517*184~
#139-5681

N =

b b

(O 1V 1V ]

MSG1(7
MSG110

MSG111
MSG112
MSG113
MSG114
MSG117
MSG119
MSG120
MSG121
MSG122
MSG125
MSG126
MSG127
MSG128
MSG129
MSIZE

O
i awniawununununos
i
s syl
O OO O OO OOV 000000C0 0N A0 COCD 00 NN NNNNINN
OO NN
ON = OV
NONO S W
=2 OO
NO WA

b
b e
e

MSGO77

MSG102
MSG103
MSG104
MSG105
MSG1N%

OO OOOCONOVNOOCONONONOOA
= OO O ONONNONNONONNOONON

b = =2 00

VNN =

MSGO76

1s6089
MSG090
MSG091

PAGE 14

#517-16569
#517-16570

N =N =2 O

390-1

= SN0

REFERENCES

-~ OOONONONON
wvwoooorOrONONONON

MSG073
MSGO75

ON 26-APR-82 AT 09:54

b \ 1O N

MSG064
MSGO65
MSG066
MSGO67
MSGO70

MACRO

MSGO47
MSGO48
MSGO49
MSGOST
MSGOSS
MSGuS56
MSGOS8
MSGO61
MSG062
MSGO63

CREATED BY

CROSS REFERENCE

CZMSPA

SYMBOL
SYMBOL
MSGO46

SEQ 0414

*184-7161

184-7192

184-7194

186-7237

509-16391

MTPCO3
MTPC21
MTPC24
MTPC25
MTPC26
MTPDO3
MTPD21
MTPD25
MTPD26
MTPE25
MTP0OOO
MTPOO1
MTPOO2
MTPOOS
MTPN06
MTP0OO?7
MTP0O10
MTPO11
MTP""2
MT~C13
MTr314
MTPO15

MTPO16

MTPO17
MTP020
MTP022
MTPO25
MTPO30
MTPO31
MTPO32
MTPO33
MTPO34

MTPO35

027646

034430
0352564

035664
036014
027550

027702

222-812

232-8282
2364-8355

303-10052
236-8399
222-8091

220-8124

303-10087 305-10095 #305-10106
236-8412 #307-10138
236-8400
263-8995
222-8097 #261-8962

307-10181

#222-8139

+222-8141

303-10066

303-10069

222-8144

036104

«236-8399

+236-8403

027424
027456
027722
027756
020156

220-8041
220-8067
222-8138
224~8155
224-8165

220-8044
220-8070
222-8139
#267-9034
#269-9077

226-8198

#275-9294

035612

035634
027400

030256
030364
031162

303-10064

303-10075
220-8019

224-8172
226-8183

031550
032264
032510
033254
034036
034114
034600
035346
036122
036132
036210
036242

226-8207
227-8221
229-8232
229-8241
229-8246
231-8260
233-8315
234-8377
260-8507
242-8553
c44-8609
246-8047

036364

246-8711

036340

%?2-?8%89

265-9024

236-8415

303-10077 303-10080
220-8022 #259-8902
#259-8913
#259-8925
222-8143

265-9002

303- 10071 #303-10087

#307-1017

303~10082 #305-10095
259-8904 +328-10842

328-10843 +328-10845

328-10848

246-8684

246-8690

#265-9020

#271-9117
#273-9153

#277-9376
#282-9467
#283-9515
#285-9614
#289-9716
#291-9750
233-8323 #296-9888
#303-10044
240-»511 #309-10184
#30%-10190 309-10212
244-B8628 #311-10241
#312-10261 313-10304

238-8455

#315-10319

Ao
A

222-8141

222-8099
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027626
034550

232-8284
234-8349
303-10089
236-8493
222-8098
232-8287
234~8357
303-10091
236-8413

#265-9011

207-7624 #209-7655

232-8296
#299-9982

#292-9818
301-10041

222-8123

232-8299 #292-9835
299-10023 #301-10026
234-8356
#305-10113
305-10097
236-8420 #307-10145
236-8404
263-8994
261-8964 #263-8980
232-8303 #292-9852
301-10032 #301-10034
305-10100 305-10102#305-10125
307-10139 307-10148#307-10163
263-8986 #263-8988
232-8306 #294-9870

034460
035314
035706
036030
027610
034514
035330
035746
036064

265-9018

#261-8939

205-7584

#265-8998

273-9272

273-9268
273-9262
273-9284
222-8094

203-7541

#273-9177

201-7501

197-7427

273-9172

#273-9180
#273-9183
#273-9200
222-8038

199=7464

195-7395

030412

030424
030436
030532
027510

240-8535

193-7365

MTPAQ3
MTPAQ4
MTPA21
MTPA24
MTPA25
MTPA26
HTP803

016752

REFERENCES

#260-8503

CREF

MTLAT1
MTLB11
MTLC1
MTLO11

024600

ON 26-APR-82 AT 09:564

MTEST

VALUE

MACRO

MTAQ30

CREATED BY

CROSS REFERENCE

CZMSPA
SYMBOL
SYMBOL

SEQ 0415

PAGE 15

238-8461

238-8484

238-8490

246-8678

#314-10307

PV
AA
Am
Al
LA
A

#246-8668

390-12396
397-12535

390-12401

377-12044
390-12406
390-12407
390-12408
219-7969

~\Wn

OOVWNOVNE

1 -7900
1 -7956

W)
0
o
1

i wd d S

N=O

#240-8500

OO RIRININAINLN
ROND
W2V S S S A X 2F DR ¥ P

390-12403

!
~
[» -]
~
~

219-7996

b b d wd e wmd b OO OO =2 b

219-8001

390-12385
390-12386
390-12387
390-12388

390-12398
390-12399

d i

165-6847

390-12382
390-12383

#169-6846

#220-8025
#220-8047
390-12384

169-6808

[« 3V, PAV

169-6774

!
~
o
o~
~

169-6748

#226-8186
#226-8201
#227-8212
#229-8226
#229-8235

— BN e e

026760

SEQ 0416

PAGE 16
CREF

x
W
N

'
00
V
oo
o

2478727
248-8738
249-8750
250-8761
251-8 70

_AQ_A_‘A_A_A_n_.

REFERENCES

MTPO36
MTPQ37
MTPO41
MTPQ42
MTPO43
MTPO44
MTPO4S

MACRO

= PINININD
NN NN NN AN NI MOAININIAIND
N =2PNINLMNINININININININI
NNMNONLNY = =2 AININVAINI
b coed e d md med e
D b e it e b b b b =k b = A ON NN

CREATED BY
CZMSPA
SYMBOL CROSS REFERENCE
SYMBOL

ON 26-APR-82 AT 09:54

390-12405
393-12465

219-7983

390-12409

217-79 51
219-7969

21 7-7952
21 9-8003

003664
002434

NOSUPE

002452

NOTAB

002366

NOTRCE

NO22BI

060220
002450

NULLFL
NXTCSR
OLDCAC
OLDCSR
ONES

002340
005642
002270
02154
002600

PADDRE
PAF BAF
PAF BAW
PARBAF

PARBAW
PARCNT

002034
016146
016276
016450
016600
002070

PARITY
PARTHE

042406
002300

PARVEC
PASFLG

= 000114
002262

#144-5792

257-8878

369-11845

363-11686

363-11696 *365-11737

369-11832

*384-12199

465-14823

465-14860

«66-14883 *466-14912

*238-8496
*169-6827

+240-8513
*169-6836

+240-8530 *240-8541
339-11090

*476-15175

*164-6428
7975
*226-8208
2219*217-7913 *217-7928
*315-10348
0
4
+315-1032
+303-1008
9
+303-1004
*282-9475
*388-12252
251
5
388-12
*386-1224
+386-12210
9
386-1220
397-12511 *397-125644

*219-7963

4<28-13399
#139-5677
*473-15075

*157-6086

468-14949

380-12101

+169-6782 *211-7725
*242-8550 0244-8579 *246-8643
*325-10696 337-11063 337-11067 337-11074
*388-12297 +390-12373 +390-12378 393-12440

*167-6702
*240-8504

*169-6740

02428548
*234-8369 *240-8513 *240-8530 *240-8541
462-14758 466-148?8
2246-8665
246-8655
244-8588
220-8053
220-8029
361-11560 361-11581 425-13309 426-13330 426-13350
478-15219
*472-15034 *472-15037 *472-15048 *472-15050 *473-15072

*232-8308

*234-8332

#462-14739
*145-5837 *145-5839

154-5992

166-6486

189-7318

355-11395

361-11574

375-12005

*172-6898
169-6802

172-6916 *172-6917
174-6970
174-6268
45314540

213-7822

213-7824

222-8114

296-9897

296-9899

#201-7489
#203-7527
#205-757
#207-7610

201-7514

169-6816

169-6838

*282-9474

282-9483

+305-10128 «3i5-10325 +315-10340

337-11076

386-12209

160-6253

160-6260

*209-7656

*232-8265
*244-8577
%145-5834

335-10970

+253-8810

#157-6105

327-10824
509-16388

*282-9511

#139-5639

7.9

470-15001
4£68-14961
#139-5690
*238-8441
#139-5582 *167-6704
1696742
167-6705
#331-10884
331-10881
*144-5810
*144-5804
#139-5581

*242-8570
#139-5702

(20

NORES
NOSCOP

240-8533
365-11743

*305-10113
388-12251
*147-5883
*160-6226

160-6228

203-7567
207-7650
169-6794

325-10744

325-10749 «337-11065

+388-12297
160-6235

160-6246

509-16388

002422
002076
042512
041464
002074

#253-8808

*191-7344 *191-7346 *209-7657 *209-7670 +390-12353 +393-12459
%476-15158 476-15172 «476-15178476-15180
#634-13638
169-6842 *339-11092
167-6818
169-6796
169-6784
*169-6760

SONNNNN

NOF SMO
NONEM
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NOOJ
NOPAR

002424

#139-5649

219-8007

bbb

002304
046640

#209-7669

219-8006

NEWBAN
NEWKER
NEWLOA
NOCH
NOERRO

NEMCNT

*397-12529
6£34-13624
#139-5578
339-11093

219-8005

056430
002066

219-8008

=IO
NHOOOOO

REFERENCES

017026
017032
002106

ON 26-APR-82 AT 09:54

MT1
M2
MUt

MACRO

W
WO

CREATED BY
CIZMSPA
SYMBOL CROSS REFERENCE
VALUE
SYMBOL

SEQ 0417

PAGE 17
CREF

PERRA3

PERRA?
PERRO1

PERRO2
PERRO3
PERRO%

PERROS
PERROG
PERRO7
PERR10

PERR11
PERR12
PERR13
PERR14
PERR15
PERR16

PERR17
PERR20

054044
057366
104427
104430
104431
104432
056640
056666
104433
104434
104435

104436
106437
104440
104441
104442
104443
104444

PERR21
PERR2Z

104445
104446

PERR26

104451
104452

PERR23
PERR?4
PERR2S

106447
104450

451-14525
421-13224
453-14541
#421-13226
453-14566

#110-4620
#110-4621
#110-4622
#110-4623
#451-16502
#451-14509
#110-4624
#110-4625
#110-4626
#110-4627
#110-4628
#110-4629
#110-4630
#110-4631
#110-4632
#110-4633
#110-4634
#110-4635
#110-4636
#110-4637
#11J-4638
#110-4639

*203-7528 *205-7590
390-12322
*390-12321

*224-8170

*236-838¢4

331-10900 #331-10911

315-10345
#654-14595
451-14482

453-14551
456-14621

311-10256
259-8934
263-8991
265-9029

267-9063

292-9825
292-9829

292-9845
292-9839

421-13247

454-14584

451-144

453-145

451-146494
453-14561

311-102¢°

314-10314

292-9856
292-9862

294-9880
294-9874

454-1459 6

456-14611 #458-14632

460-14705

51-14520

453-14536

3-14581 #454-14583

271-9142

301-10040
307-10156

297-9935
2979944

297-9939
297-9948

"TEEMTM

*273-92,
283-956,
*291-9761
*319-10435
*323-10568
*390-12358
*324-10652

273~ 9269
283- 9571
*291- 9758
316~
322325* 324~

—

COOOCOONN—
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£~00
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—=SHBPY

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273-9257

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NN NN NN

»
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WWNNVON HNNO = O
NN

169-6814
149-5912
*195-7397
+373-11977
393-12440
+222-8078
+390-12426

169-6792
149-5909
*193-7363
219-7967
*390-12427
*219-7964
*390-12374
391-12434
#331-10917

0O 000
Y NWNON =0 —2 =
=
bN
b

240-8524 *240-8525
279-9435
279-9423
287-9673
285-9627
291-9808 +316-10357
*321-10478 +321-10485
323-10634 *325-10691
282-9508
*282-9497
*325-10689 325-10713

267-9044
267-9049
269-9085
269-9091
269-9099
269-9105

289-9738
299-10011
299-10016
307-10151

CREF

(N
= =2 =3 U

W\ N W= 00 0O 00N — W=D OWVNR ORS00
—
. 0 H =200 N
W= == OO—=OO
N NAOWOoD
w
wo
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ONN=ODOONIONVWOYNO
LSOO WNNW

)
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e
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265-9007

PAGE 18

&8
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465-14869

#658-14648

VIROWVON
BN
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PERRAW

057556
057314
057242

HSWNEES

PERECC
PERRAB

211-7747

i e

PERBNK

PD1
PERAOS

147-5884
425-13310
#451-14503

PDP110

+331-10870
331-10883
331-10871

—

PCONF1
PCONF2

041352
041652
041562
041620
042602
054476
056644
057476

PCONF
|

PCONFS

002322

PCBUMP

324~10675

002072
704606
002110

#139-5641

PATERR
PATPLU
PATTER

*211-7728
*273-9273
+283-9585
2919764
*319-10639
*323-10573

002264

REFERENCES

(NNNI
NN = =2 =2 NI NN
NNN
— 000~ &
N NO =2 =2 O S ONMNICON

PASSNO

ON 26-APR-82 AT 09:54

W
V'

SYMBOL CROSS REFERENCE
VALUE
SYMBOL

MACRO

o~
N

CREATED BY

CZMSFA

SEQ 0418

MACRO

ON 26-APR-82 AT 09:54

REFERENCES
#110-4640
#110-4641

PAGE 19
CREF

#110-4642
#110-4643

283-9561

#110-4645

275-9344

#110-4644

#110-4646

#110-4647
#110- 4648
#110-4649
#110-4650
#110-4651
#110-4652

454-14587 454~14599
+ 470-15007 #470-15012
_,,-«470-15087 #470
"470-150 ? #470-15011
~420-%5007 #470-15008

45614610 #656-14623

283-9567

285-9659

458-14654

460-14690

285-9666

319-10456

PERXOR
PFECDF
PFECDH
PFECDT
PF2LEM
PFECWS
PFLAG
PGMCSR

002526

PHEBE

014004

363-11619 *371-11907 *371-11937
246-8706
*163-6374 *163-6404 *163-6405 *163-6417
162-6331
*162-6326
4
*363-1170
8
*363-1167
343-11170 344-11190 344-11192 344-11196 363-11678
*365-11744
*182-7136
*182-7134
182-7132
182-7130
182-71.8
182-7126
*182-7123

PHYADD
PMEMFL

002036
002140

*473-15089 *473-15090 *473-15091 *473-15093
229-8230
227-8216
226-8205
226-8190

PROTYP

003752

PSIZE
PSW

002400
177776

PTABLE
PWRVEC

036732
000024

QuUICK
QVFLAG

002432
002342

RANODD
RDCHR

036044

RODEC

RDL IN
RDOCT

104411
104414
106412

104413

#139-5599

247-8720

+371-11905

*213-779%
*344-11215
*388-12289 +390-1
*426~13326
291-9772
#111-4748

249-8747

250-8756

251-876%

251-8774

229-8236
251-8782

145-5851

145-5860

151-5956

164-6446

167-6721

384-12192

*244-8600
+363-11680
2393-12455
£429-13429

#110-4601
#110-4602

234-8375
251-8798

169-6743

169-6772

384-12204

388-12298

42613359

186-7237
1
*169-6788
*169-677
*255-8844
*367-117 98
*421-132 15
*430-134 76

*169-6805
+331-10874
+377-12060
*421-13241
*478-15221

*169-6831
+333-10933
*386-12231
2423-13261
*478-15222

£174-6951
+335-10951
+388-12271
*423-13273
*478-15237

#3716-10402
£425-13 3 00
*153-5975
*147-5881
18
%432-135
*430-13480 *430-13481

189-729¢4

231-8256
251-879¢

222-8118
238-8453
246-8688
386-12246

184-7198

*184-7159
*155-6039

377-12043
*153-5979

2
#110-4600
#110-4603

473-15094

*426-13367 *428-13378 %429-13450

+186-7296

246-8713

c73-9264

275-9361

279-9430

388-12287

390-12307

390-12320

390-12325

399-12554

#307-10153 *307-10157
487-1 5682

386-12213
3

B W~

CREATED BY
CZMSPA
SYMBOL CROSS REFERENCE
VA LUE
SYMBOL
PERR27
104453
104454
PERR30
PERR31
PERR3?2
PERR33
PERR34
PERR3S
PERR36
PERR3?
PERR4O
PERR&41
PERR&4?2
PERR43

SEQ 0419

REFRES
REF SUB
REGCOP

035154
035224
041064
045612
045172

RELENT

RELC A

RELOC1
RESREG

045626

RESTAR
RESVEC
RESO
RES1

002612

RLFLAG

002124

RRFLAG

002122

RESZ

104416

RWCSR

SAVCSR
SAVMON
SAVPAR
SAVREG

104415

SBEMSK

002250

020146

034410

172274

1395645 *220-8013 +220-8026
*224-B169 *226-8182 *226-8191
«232-8266 +233-8314 %233-8322
«044-8578 +246-8642 *246-8669
*251-8775 #251-8783 *251-8791
458-14666 458-14669 463-14793
206-7923 #297-9960
297-9967 #297-9971
297-9963
220-8038 #327-10802
220-8016
63-11662 #363-11674
363-11661
197=7444
195-7407
193-7377

+220-8048
*226-8206
*234-8333
+246-8699
+251-8799
472-15057

#139-~5544

#363-11611

#363-11677
#110-4606

222-8104
367-1181. 380-12103 382-12166
#137-5538" «737-5540 #141-5738
222-8090

303-10061
323-10590
350-11301

305-10118
323-10603
350-11320

305-10130
324-10657
382-12173

*222-8112 +222-8130 +224-8152 +224-8159
#229-8231 #229-8240 #229-8245 +231-8255
#236-8383 #238-8432 240-8503 #242-8549
*248-8733 +249-8748 «250-8757 +251-8767
363-11660 363-11667 458-14658 458-14663

199-7481

201-7519

203-7564

205-7602

207-7647

240-8527

134-8365
470-15000
151-5937

236-8405
491-15866

236-8422

328-10845

328-10851

367-11781

201-7516
380-12101

203-7561
425-13315

205-7599
463-14795

207-7644
485~ 5534

236-8398

236-8411

328-10837

3¢7-11779

273-9259
£275-9358
£279-9433
283-9531
*283-9600
287-9681

273-9261
#275-9358
#279-9433
283-9533
283-9601
+287-9683

+273-9261
277-9382

*275-9300
#277-9383

213-7823

213-7825

213-7831

213-7833

187-7242
234-8359

187-7259
236-8415

255-8850

257-8887

«147-5884 +147-5885
382-12158 382-12163 #382-12166
382-12172 #382-12178
384-12187 #384~12202
199-7478
197=7441
195=-7404
193-7374
#139-5593
+363-11712 *365-11746 371-11938 375-12002 377-12042
197-7423
195-7391
193-7361
#139-5592
191-7343
240-8517
238-8474
238-8445
211-7712
207-7622_
390-12333 393-12463 397-12533
157-6100 #160-6191
#139-5604 390-12338 390-12430
465-14879
#139-5643 +144-5793
#139-5642 +369-11859 369-11877 =369-11878 369-11879
234-8354
234-8348
#110-4605
222-8087
222-8095
367-11782 380-12098 468-14930 491-15851
273-9198
273-9196
#139-5636 +273-9180 +273-9181
275-9356
75-9319
275-9308
*275-9301
275-9306
279-9431
277-9401
277-939%
277-9395
277-9393
521
+283-9
+283-9520
279-9456
279-9454
*279-9453
593
283-9
*283-9590
+283-9581
283-9579 +283-9581
7
639
285-963
285-9
3
285-963
285-9631
*285-9622
287-9703
2
287-9695 +287-9702
213-7817
213-7808
213-7801
213-7806
213-7799
213-7842 #213-7851
291-9790 #291-9815
211-7722 #213-7766
172-6879
#111-4683
157-6063
234-8358
#111-4847
222-8099
#111-4852 +222-8103
#111-4853 236-8417

#111-4713

291-9788
322-10546
348-11285

199-7460_
201-7499
203-7539
205-7582
£371-11907 «371-11937 +371-11940 *371-11948

+279-9443
283-9537
283-9603
+287-9683

279-9446
283-9539
+285-9621
+287-9692

AD DD IDDDDDODIODODIOEXEMTM

002404
002274

282-9486
321-10500
326-10786
426-13342

OVOWO

READON
REALPA

2739223
321-10491
326-10776
421-13234

166-6534
319-10447
325-10720
384-12197

OO~

104426

CREF

& I=ONNN

READCS

400-12604
#110-4618_
315-10333
324-10664
384-12188

PAGE 20

CREATED RY MACRO ON 26-APR-82 AT 09:54
CZMSPA
SYMBOL CROSS REFERENCE
REFERENCES
VALUE
SYMBOL

SEQ 0420

SIPARG
SIPDRO
SIZE

#111-4843
#111-4817
#113-4976

ST
STACK
STARTY

START1
START?2
START3
STAR27
STOPOK

#377-12031

*273-9174
220~8055

220-8055

425-13319

(=]
(=
(=4
o

002236
X000006
177776
002000
003654
000300
000310
000200

024162

STRIPE
SUBAAA
SUBAAB
SUBAAI
SUBAAP
SUBAAR
SUBAAS
SUCCES
SUPDOA

002260

SUPDO1

027030

5-6042

137-5535
137-5536

361-11534
244-8590

246-8657

273-9174

242-8563

244-8590

246-8657

*361-11585

220-8015
244-8583

220-8028
244-8620

220-8050
246-8671

42° 3419
169-6800
240-8518

*273-9175

361-11564

222-8117
328-1083 9

222-8135
363-11681

355-11419 *355-11423

-—d

*213-7837

#309-10212

*275-9304 *277-9397 *283-9535 +285-9635 +303-10047 357-11445
211-7717 *211-7750 *211-7753 *211-7760
*211-7695
*173-6930 *211-7685
*390-12357 +320-12362
426-13333 *429-13430 4738-15223
*255-8845 *25/ -8882
137-5531
#144-5788

#111-4678
137-5539

242-8563

*399-12563 *399-12569
*371-11908 *371-11958

sH
-

363-11668

355-11378

137-5542
377-12028

141-5725

153-5978

189-7301

#137-5535

238-8437

#139-5687
#139-5675
149-5920

#139-5659
#139-5638

*224-8165
*232-8284
*236-8404
*244-8628
220-8023
246-8693

462-14754 *462-14755 *486-15610
#151-5933
#170-6856
#184-7150
#176~7027
#167-6692

*211-7711

296-9906

296-9925

*297-9956

297-9956

\N=2
OV OW—=N

sSSP

#139-5662
462-14741
#139-5577

SKIPKA
SKI1PMK
SKJ
SKPERR
SKus
SKUJ
SOBK
SOBLEN
SOF TPA
SOURCE
SPLTCS

361-11585

#572-11981

SIPARQ
SIPAR3
SIPARS

189-7305
#111-4837
#111-4840
#111-4842

SHUTUP

489-15824 489-1583 1 *489-15836
4(89-15823 489-15829 +489-1583 5
*400-12615 *400-12620

2117743
220-8067
226-8198
233-8315
4 238-8461
L
246-8684
222-8096

£395-12489
*222-8088
+226-8207
*233-8323
*238-8484
*246-8690
232-8297

395-12494
222-8091
+229-8232
#234-8349
+230-8490
#246-8711
236-8418

2395-12496
*222-8120
*229-8241
*234-8358
*240-8511
*249-8750

236-86423

240-3508

SEEDHI
SEEDLO
SELONL
SETPAT

CRE"

am Adh Al GF g oun P

SHADL1

#170-6861

SYMBOL

SDPAR?7

REFERENCES
#111-4854
#141-5728
#141-5729

PAGE 21

e
ek 3 o)

ON 26-APR-82 AT 09:54
WNW
O ON
= W=

MACRO

AN
O = NO = NJWVOWVIN
COVIN NN S VWO ON— =

CREATED BY
CZMSPA
SYMBOL CROSS REFERENCE

SEQ 0421

SYMBOL CROSS REFERENCE
SYMBOL

VALUE

MACRO

ON 26-APR-82 AT 09:54

REFERENCES

PAGE 22
CREF

232-8304
224-8156
232-8233
240-8510
232-8288

027222

222-8105
200-8020
206-8209
'sgg-gggg
222-8092

222-8127
220-8042
229-8233
%gg-?832‘
202-8121

222-8147
220-8068
229-8242
238-8462
222-8140

232-8300
222-8089
229-R8247
238-8491
232-8285

SUPDRO

002156

#139-5607

#255-8825

255-8833

+257-8858

SUPDR2
SUPDR3
SUPDR&
SUPDRS

002162
002164
002166
002170

#139-5609
#139-5610
#139-5611
#139-5612

SUPSTK

= 000740

#139-5613
#434-13656

#111-4680

255-8836
517-16631

257-8869
517-1663

#161-5743

*147-5872

151-5952 #151-5957 #153-5976

SUPD02
SUPDO3
SUPDO4
SUPDR1

SUPDR6
SUPLIM
SWAPAT

027044
027206

002160

002172
0565v0
002620

SWR

002622

SWREG

244-8619

#139-5608

244~8629

255-8826

155-6041

#141-57646 *151-5950

246-8664

257-8859

255-8845

246-8716

#257-8856

257-8882

478-15226

465-14870

= 000002
= 002000

#111-4720
#111-4711

465-14830

Sw12
sSw13
Sw14

= 010000
= 020000
= 040000

#111-4709
#111-4708
#111-64707

363-11612
363-11631
462-14761

SW15
SW2
SwW3
SW4
SW5
SW6
Sw7
Sw8
SW9
SYSS1Z
TAG2S
TAG3S
TAG4S
TAG70$
TAG71$
TAG72$
TAG73$
TAG74$
TAG75%
TAG76$
TAG77$
TAG78$

= 100000
= 000004
= 000010
= 000020
= 000040
= 000100
= 000200
= 000400
= 001000
003754
012042
012076
027124
061744
061754
061764
062034
062074
062106
062120
062164
062172

#111-4706
#111-4719
#111-4718
#111-4717
#111-4716

331-10883
465-14873
184-7202
#111-4715
470-15001
#111-4714
462-14754
#111-4713
462-164779
#111-4712
145-5814 #145-5816
169-6753 #169-6780
169-6779 #169-6784
255-8834 #255-8836
470-1.977 #472-15019
470-14978 #472-15025
470-14979 #472-15031
470-14980 $472-15045
470-14981 #472-15057
470-14982 #472-15063
470-164983 #473-15069
470-16984 #473-15082
470-14985 #473-15088

184-7202

287-9679
426-13363
466-14878

363-11666

Sw1
Sw10

189-7294

173-6939

283-9577
421-13250
466-14884

283-9577

483-15465

#111-4710

167-6724

279-9429
397-12515
465-14873

279-9429

155-6052

= 004000

155-6052

275-9360

151-595

Swl1

478-15232

273-9263

#113-64968

167-6726

257-8866

390-12366 393-12444 397-12515 421-13250

= 000176

#111-4721

226-8199
236-8401
249-8752
242-8569

217-7923

217-7923
363-11666
462-14779

= 000001

244-8631 #255-8823
224-8173 226-8184
233-8325 234-8378
246-8712
246-8691
234-8362 234-8368

217-7908

217-7908
363-11631
452-14761

SWo

273-9263
390-12366
465-14830

189-7294
363-11612
462-14754
483-15465

SEQ 0422

275-9360
393-12444
465-14870

187-7244
331-10883
428-13385
470-15001

232-8307
224-8166
233-5316
246-8685
232-8290

)

4B83-15473

173-6939

466-14888

483-15495

4B6-15608

287-9679

CREATED BY

CIMSPA

CZMSPA

CREATED BY

SYMBOL CROSS REFERENCE
SYF30L

TAG79%
TAGYS

MACRO

ON 26-APR-82 AT 09:54

REFERENCES

470-14986 #473-15103

169-6747

#169-6751

257-8867 #257-8869
335-10972
#335-10951
335-11002
1
#335-1098
#335-11011 335-11025

T1BG4S

TCFIG1
TCFIG2
TCFIG3

SEQ 0423

Eagg 23

331-10888 331-10899
#%gg-?gzg‘ +166-6538

169-6786

169-6823

169-6845

472-15036
473-15074
472-15049

331-10909 #333-10933
166-6596 +186-7209
166-6594

TCONF
I
TEMP

002430

TESTAD

002406

162-6282
#139-5685
*211-7715
*166-6670
213-7793 #219-7965
275-9351
275-9310
ggg-?gzzq 285-9654

%167-4283
¢11-7716
#219-7966
275-9368
287-9709

162-6284
*211-7716
224-8154
277-9379
303-10050

166-6482 *166-6512 *166-6513 *166-6658 *166-6669
211-7740
+211-7719 211-7721
273-9287
273-9200
224-8171
283-9556
283-9545
279-9460_
390-12303 «390-12359 *390-12360 *390-12364 *390-12426

TESTMO

002546

169-6805
377-12060

169-6831
386-12231

174-6951
388-1227

213-7794
388-12289

002334
042556

169-6771
257-8877
423-13261

169-6788
344-11215
423-1327

TIME
TIMEOU

#161-5720 +145-5833 *145-5854
246-8646
244-8600
240-8552
3?53-;22}5 621-13231 421-13241

151-5956

164-6446

167-6721

169-6781

#339-11103

382-12176

382-12180

TKVEC

000060

TMFLAG
TOOMAN

002132
002402
002222

1636377

166-6483

348-11260

350-11295

354-11351

TRACE
TRAPVE
TSTBAN

006204
000034
012310
002244

465-14873 %466-14912
162-6287
163-6345_
428-13404 478-15195

*164-6441

*164-6445

*402-12634 *404-12640

462-14736

TOTCSR

TSTDAT

145-5860

147-5886

186-7226

38412192 384-12204 386-12246 338-12298
331-10869 331~-10869 +331-10871 +331-10872 +331-10914 +331-10914 390-12303 390-12303
#111-4751
+390-12346 *390-12347 *390-12424 *390-12424 393-12440 393-12440 £393-12452 *393-12453 *393-12474
*393-12474 397-12511 397-12511 #397-12523 +397-12524 #397-12544% *397-12544
373-11967
#139-5596 +201-7510 #203-7550_ #205-7593 +207-7633
#139-5683 #458-16644
#139-5626 «157-6116_
406-12645 426-13337

#159-6179

#111-4750
169-6763

#164-6427
*147-5878

#169-6826

+164-6433

«147-5879

164~6435

*273-9197
273-9191
273-9190
273-9189
#139-5635 #273-9183 #273-9184 #273-9187 +273-9188
7
*275-9302
-927
*275-9303
273-9217 #273-9276 *273
273-9211
273-9205
273-9203
*273-9199
387
*277-9390
*277-9391
275-9316 277-9389 *277-9
275-9313
275-9304 #275-9307 #275-9309
441
2279-9442
*279-9
277-9408
2779410
277-9397 #277-9400 #277-9402 277-9404 #277-9406
283-9535 +283-9538 *283-9540 +283-9542 2283-9544
#283-9524 *283-9525 *283-9526 *283-9529
283-9564 «283-9588 283-9589 +285-9625 *285-9626
283-9558
283-9550
283-9547
285-9649
285-9635 #285-9638 285-9640 285-9642 *285-9644
«285-9630
5
+303-1006
303-10047
285-9663 #287-9690 #287-9691 +303-10045 +303-10046
*3
03-10081
8
+303-10079
+303-1007
+303-10068 *303-10070 +303-10073 +303-10074 +303-10076

509-16397

395-12484

395-12486

395-12501

159-6142

159-6143

159-6152

305-10109 +316-10382 *316-10383

453-14545

453-14550

458-14650

458-14652

TSTREA

#110-4670

213-7810

213-7835

273-9237

273-9250

275-9326

275-9338

TYPDS

ll}g-?gggs

184=7190

184~7194

184-7198

184-7200

189-7298

#110-4590

154-5996

154-6010

154-6024

154=6029

154-6030

TSTRD1

1ST1
TST2
1ST73
TST4
1ST5
1ST6

TYPEIT

+395-12482 *395-12483

346-11201

#157-6063
#167-6694
#169-6731
#172-6879
#187-7242
#187-7259

364-11203 #344-11214

ON 26-APR-82 AT 09:54

466~

478-15192
478-15240
483-15472
485-15539

478478-15243
483-15474
486-15605
4B6-15648

Q0 a0
M=

322-10556

-—

[} N0 ATN

47
48
48
48

472-15019

478-15199

478-15214

478-15216

478-15229

386-12234

388-12285

388-12294

395-12498

472-15057

-— wy o 0 -— ~ O

-— O (=] 0 o ol [=]

]

323- 10634

324 -10675

[]

[
]

325-10737

o w (=

WO-MN

316-10395

[aV] o -— [ o
[J

N mN -M e

PaegoR4&ltdl°a

-Woe=e—= o-Wn OM [oaY]

aoeSX4CmlN8alalal

478-15231

478-15244

472-15063

473-15104

319-1046U

321-10512

ONMI~F —
OO~N~ oa )ed M MmN W[L)\ o[
=][ N
~

&«

+361-11583

184-7186
251-8779

184-7186
251-8787

251-8795

(=]

)

~O o0

[=] ~ ~0 W\ U

246-8660

=v0TN -wm,

(=]

244-8593

242-8566

o
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CREATED BY MACRC
CZMSPA
SYMBOL CROSS REFEFENCE
SYMBOL VALUE

SEQ 0424

PAGE 24
CREF

]

[ M~

CREATED BY
CZMSPA
SYMBOL CROSS RE-ERENCE
SYMBOL
WARNG
WARNS

MACRO

ON 26-APR-82 AT 09:54

REFERENCES

CREF

#261-8968 *327
0261-8973 *327
#328-10849
#328-10842
328-10841 #328-10848
#238-8439
#110-4662
#110-4650
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#110-4661

174-6961

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382-12170 384-12185 #406-12644
630-13479 4£30-13482 430-1348¢4
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432-13500

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174-6989

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WCRST
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$CBCSR
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SEQ 0425

PAGE 25

(96-16085
496-16071

*634-13586 *434-13644 #436-13649

#486-15560

#483-1551

486-15633 #486-15661
184-7187

1g891
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434-13575
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CREATED BY

SYMBOL CROSSEREFERENCE
SYMBOL

$0DW2
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S$DEENE
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SECCIN
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SENASB

MACRO

ON 26-APR-82 AT 09:54

REFERENCES

O= OO0

CZMSPA

$GTSWR

SHALT

SHALT?
$HIBTS

$HIOCT
SILLUP
$INVAL
SITEMB
SKERNE
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SLF
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SLPADR

SLPERR

496-16022
*462-14730 *462-14732 #492-15891

189-7302

#189-7336

42613369

#482-15421
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021
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S$ENDAD
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SEXHAL
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SFATAL
SFILLC
$FILLS

SEQ 0426

PAGE 26
CREF

153- 5973
153- 5970

154-5991

#189-7308

#492-15896
#492-15900

462~ 14777 #462-14783 *465-14826
1608
49616084
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#492-15895

#4693-15958
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#4694-15991
#493-15960

388-12256 «487-15704 #487-15715
428-13378 #429-13457 429-13458
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257-8857

468-14933

257-8857

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257-8868

*257-8868

*257-8888

462-14781 *462-14785

+257-8888

SEQ 0427

PAGE 27
CREATED BY MACRO ON 26-APR-82 AT 09:54
SYMBOL CROSS REFERENCE
CREF
SYMEOL
REFERENCES
VALUE
#159-6176_ #169-6259 #160-6260 #282-9508 #291
sLS
#291-9806
#291-9808 #316-10393
= 000000
#321-10512 #322-10556 #323-10632 #323-10634 #324-10675 #325-10734 #325-10736

CZMSPA

SMADR1

065672
065676
065702
065706
065641
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065674
065700
065704
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064760

493-15965

#486-15664
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$PER15
$PER16
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$PER20
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496-16060

496-16061
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496-16062

496-16063

496-16064

#157-6063 #1676y
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167-6694
187-7242

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187-7259

189-7326
234-8373

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363-11614

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463-14803

465-14829

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231-8253

229-8228

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#169-6731
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227-8214

229-8238

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CZMSPA
CREATED BY
SYMBOL CROSS REFERENCE
SYMBOL

$FER23
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$PER3S
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SPWRDN
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SRDDEC
SROLIN
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$SAVRE
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$Tk8

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$TPB
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065776
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063110
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$TRPAD
$TSTM
$TSTRD
STTYIN
$TYPDS
S$TYPE
STYPEC
$TYPEX
$TYPOC
$STYPON

ON 26-APR-82 AT 09:54

REFERENCES

#653-14573 496-16048
#453-14578 496-16049
#421-13213 496-16050
#656-14615 496-16051
#656-14619 496-16052
#023-13258 496-16053
#658-14658 49€-16054
#460-14676 496-16055
#660-14685 496-16056
#660-14696 496-16057
#460-14705 496-16058
#660-14713 496-16059
147-5880_ #425-13287
426-13367 #428-13374
483-15515
#141-5754
#489-15822

$TESTN

$TRAP2

MACRO

SEQ 0428

PAGE 28
CREF

429-13450
432-13530
486-15641

#486-15567 496-16012
#487-15730 496-16015
#486-15596 496-16013
#487-15679 496-16014
#343-11179 496-16030
#488-15803 496-16018
#488-15792 496-16017
*426~13365 428-13380 *4,28-13381 *428-13382 #429-13459 432-13513
147-5874 #462-14730
#172-6879 #187-7242 #187-7259
#157-6063 #167-6694 #169-6731
662-14769 462-14778 #462-14784
187-7259
172-6879
187-7242
169-6731
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157-6063
153-5976 #492-15902
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#141-5749
331-10873 331-10913 390-12348 390-12425 393-12454 393-12473
634-13625 434-13631 483-15447 48215479 485-15551 486-15571 486-15577
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331-10875 331-10912 390-12350 390-12423 393-12456
434-13623 434-13629 487-15445 483-15477 485-15549 486-15569
167-6694 #167-6694
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434-13645 434-13647 #634-13650
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486-15639
483-15501

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CZMSPA

CREATED BY

SYMBOL CROSSEREFERENCE
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ON 26~APR-82 AT 09:5¢4

$T12

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*462-14733 #692-15892

159-6176_
327-10512

SEQ 0429

gag; 29

160-6259
322-10556

160-6260_
323-10632

282-9508
323-10634

291-9806
324-10675

291-9808
325-10734

316-10393
325-10736

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#291-9806 #291-9806_ #291-9808 #291-9808 #316-10393 #316-10393
#319-10460 #321-10512 #321-10512 #322-10556 #322-10556 #323-10632

#324=10675 #324=10675 #325-10734 #325-10734 #325-10736 #325-10736
#481-15367

ON 26-APR-82 AT 09:54

CREATED BY MACRO
CIMSPA
MACRO CROSS REFERENCE
REFEREN CES
MACRO NAME
#108-45 &4
AND
#108-45 47
ANDB
#108-4545 fi182-7
BEGIN

SEQ 0430

PAGE 30
CREF

#211-7710

#348-11262 #350-11297 #354-11352 #363-11616 #363-11636 #400-12601

BMOV

DOWNTO
ELSE

END

#108-4542

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CIMSPA

CREATED BY

MACRO CROSS REFERENCE

ON 26~APR-82 AT 09:54

PAGE 31
CREF

=
RPN

—F—n OO OANIN —ONINSIN NIV OO = OINIMNE TN —r IO NOO O OOO0O0O00O

MACRO

SEQ 0431

CREATED BY
CIMSPA
MACRO CRGSS REFERENCE

ON 26-APR-82 AT 09:54

PAGE 32
CREF

WONNNVNNIA N WNON—

PP PP M e
MMM

R R N

[V¥]

MACRO

SEQ 0432

#108-4544
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#169-6837 #4173~ 6937 #174-6948 #174-7021
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#365-11758 #365 =11770 #36945 #388-12257 #388-12269 #388-12288 #388-1229 7 #390-12308
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M167-6721

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SEQ 0433

o4bt

PAGE 33
CREATED BY MACRO ON 26~APR-~82 AT 09:54
CZMSPA
CREF
MACRO CROSS REFERENCE
REFERE
MACRO NAME
#108-4
RGY
#108-4
RHI
#108-45
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#108-45
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#213-7812 #213-7837 #232-8265 #233 -8324 #234-8332 #238-8441
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#2L4-8577 #246-8641
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#323-10597 #323-10611 #4324 =10659 #324- 10669 #325-10723 #325-10745 #325- 1 0750 #326- 10781 #326-10791 #337-11069
#348-11268 #350-11303 #363- 1 6 50 #363- 11712 #371-11906 #371-11915 4371 1 19 27 #371-11931 #4371 -11934 #371-11937
74 4384~ 12190 #384-12199 #390-12353
#371-11943 #371-11948 #371- 1 1 9 52 #371 -11955 #371-11958 #380-1 21 11 #4382 1
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1

SETB
SET4

#108-4542
#133-5446
157-6087

145-5818
163-6355
386-12229

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