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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_gray.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

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

26-APR-82 09:41

.TILLE

PAGE 1

CZMSPAD MS11-L/M/P MEMORY DIAG.

IDENTIFICATION

g
10

SEQ 0001

PRODUCT CODE:

AC-T156A=MC

‘iz

PRODUCT NAME:

CZMSPAQ MS11-L/M/P MEMORY DIAG

:‘Ig

PRODUCT DATE:

MAY

‘%g

MAINTAINER:

STORAGE SYSTEMS S/W TEST APPLICATIONS

1982

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

1])

23
2
25
26

1982

MAY APPEAR IN THIS MANUAL.

THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED TO

PURCHASER

UNDER

LICENSE

FOR

USE

THE

A SINGLE COMPUTER
ON

c
CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113
TABLE OF CONTENTS

2
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INIPNOINININD

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WWWWWWW

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DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE

TRAPS
BASIC PDP11 STUFF
CACHE REGISTERS
CPU REGISTERS
.
MEMORY MANAGEMENT NcGISTERS
UNIBUS MAP REGISTERS
SOFTWARE SWITCH & DISPLAY REGISTERS
CONTROL STATUS REGISTERS
PARAMETERS

MACRO
NEWTST
MACRO
SSNEWTEST
MACRO
SUBTST
MACRO
$SUBTST
MACRO
TYPOCT
MACRO
TYPOCS
MACRO
TYPDEC
MACRO
BMOV
MACRO
MAP
MACRO
SUPERVISOR
MACRO
USER
MACRO
TESTAREA
MACRO
SET4 & RES4
MACRO
DLEFT
TRAP CATCHER

ACT11 HOOKS
APT11 HOOKS
VARIABLES

INITIALIZED TO ZERO
VARIABLES
INITIALIZED TO NON ZERO
CONFIGURATION TABLE
Rk RAARARAAARAAReer

MAIN

ERRRRANARARRARRNRRRREEERAR

INITIALIZE VARIABLES TO ZERO
CLEAR NON-PROGRAM SPACE
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

°O~°§°

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1110

goo«
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OO
FIUR H=20HNONNWN
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NOONON

DEFINE

PAGE 2

TYPE OF SYSTEM SIZER

D e e cd

eSS S 8N

ViAWV
S
N NN
00
NON=2ONVO
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N=
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D el e

D e

b cd e e ced ced ed e cd cd cd s

)

110- 4559

26-APR-82 09:41

SETUP USER & SUPERVISOR STACK
GET SOFTWARE SWITCH aesxsren IF NECESSARY
GET MEMORY MANAGEMENT READ
T
BIT TEST OF ALL csn 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

TEST BANK 0 ACCESSES

E%MBLE ECC FOR conascr TRAPS
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

TABLE OF CONTENTS

18-

182- 7036
184= 7150
186~ 7207

26-APR-82 09:41

PAGE 2-1

ECC INHIBIT MODE POINTER TEST

18
g
187=- 7273
189- 7277
191- 7339
193~ 7353
193~ 7355
195~ 7385

LE
CONF IGURATION CHECK
PRINT CONFIGURATION DETAILS
CHECK APT SIZING
DIAGNOSTIC MODE DISPATCH ROUTINE
6
FLUSH OUT DBE'S
END OF PASS ROUTINE
WRITE BACKGROUND PATTERNS
MTEST MODES
BANKS FORWARD ,PATTERNS FORWARD
**RECURSIVE
*+
BANKS FORWARD ,PATTERNS REVERSE
**RECURSIVE
++

199201~
203205~
207-

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

197- 7415

7452
7489
7527
7572
7610

BANKS WORST FIRST,PATTERNS FORWARD

#+RECURSIVE++

#**RECURSIVE*+
**RECURSIVE
*+
#+RECURSIVE++
**RECURSIVE*+
»*RECURSIVEw+

209~ 7655
211- 7675
213- 7766
215~ 7861
217= 7907
219- 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~ %201
227- 8212
229~ 8226
229~ 8235
2%9- 8244
231- 8251

SUBR
SETUP MEMORY TEST
SUBR
TEST ECC CSR I.OGIC DISPATCH
CHECK FOR SBE FREE LOCATIONS
CSR PATTERN CASE STATEMENT
SUBR
ECC TEST DISPATCH
SUBR
PARITY TEST DISPATCH
PATTERNS
MEMORY TEST SETUP ROUTINES
MTO000 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 SETUP 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
SETUP WRITE INHIBIT OF WORD WITH DSE
MT0017
SETUP HOLDING 1°'S & 0°'S
MT0020 SETUP SYNDROMES TO CSR M SINGLE BIT ERROR

233~
8311
233~ 8319

MT0022
MT0023

SETUP REFRESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST

MT0025

SETUP INTERRUPT ENABLE TEST

23;: 8264

234~ 83;9
234~ 8371

236~ 83%5
38~

MT0021

MT0026

MT00 9

40~ 8502
242~ 854

0
HT00§1
g

46~ 8668
46~ 8698

MT0034
MT0035

47- 8719

MTO0

SETUP MARCHING 0°S & 1°'S TEST

SETUP FAST GALLOPING PATTERN 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 TEST
SOFT ERROR = BACKGROUND PATTERN TEST
SETUP WORST CASE NOISE PARITY TEST

SETUP CORRECTION CODE TEST

SEQ 0003

CZMSPAQD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TABLE OF CONTENTS

248~

PAGE 2-2

SETUP ECC DISABLE TEST

8731

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST
SETUP WRITE BYTE CLEARS SBE TEST
SETUP SHIFTING 1/0'S THROUGH THE CHECK BITS TEST

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

MT
SETUP NULL TEST
CHECK F OR KAMIKAZ E_MODE
EXECUTE PATTERN IN SUPERVISOR
SUBR
MEMORY TEST PATTERN _ROUTINES

MTPO00

BASIC DATA TEST
ADDRESS TEST
SWLE*NT ADDRESS TEST (WRITE DOWN

XOR 9 WORST CASE NGISE TEST (WRITE)

READ UP)

3 XOR 9 WORST CASE NOISE TEST (READ)

TEST DATA SUBPROGRAM
TEST _DATA_ SUBSUBPROGRAM
ROTATING ZEROS TEST
ROTATING BIT
SUBR
ROTATION ONES TEST

INITIAL DATA TEST
ADDRESS BIT TEST
BYTE ADDRESSING TEST
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 SINGLE BIT ERROR TEST
MARCHING 1°'S & 0'S PATTERN TEST
REFRESH & SHIFTING DIAGONAL TEST

K
Hn—=
110
WN-‘?
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8
NOA)
= =2
SRR RCoRSR
oS
80«&
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b 3R
ES2URIS

DTA DE

REFRESH DELAY

FAST GALLOPING PATTERN TEST
FAST GALLOP PART B
FAST GALLOP PART (
INTERRUPT ENABLE TEST
RANDOM DATA (WRITE)
RANDOM DATA (READ)
OGRAM

S0B-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
BACKROUND PATTERN TEST
SOFT ERROR =
WORST CASE NOISE PARITY TEST
CORRECTION CODE TEST
CHECK ECC DISABLE TEST
ADDRESS TO CSR ON_DOUBLE BIT ERROR TEST

EXTENDED ADDRESS TO CSR ON ERROR TEST
WRITE BYTE CLEARS SINGLE BIT ERROR TEST
SHIFTING CHECK BITS THROUGH THE CSR TEST

SEQ 0004

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

TABLE OF CONTENTS

26-APR-82 09:41

MTP04S
MTP046
MTP047

327-1080%

SUBR = COPY RO TO R4,R1 TO R3,

327-1080

328-10835

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

4=10640
5-10680
326~10756

327-10800

MISC SUBROUTINES

& R2 TO RS

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS
SUBR

WFITE BACKGROUND

SUBR
SUBR
SUBR
SUBR

SETUP KERNEL PAR'S FOR NEW BANK
MAP KERNAL PARS 4 AND 5 TO A BANK
SETUP KERNEL PAR'S FOR NEW LOADER BANK
UNMAP KERNAL PAR'S &
AND 5

367-11774
369-11822

cT CSR INFORMATION FROM CONFIGURATION TABLE
ZRINT CONFIGURATION MAP
TYPE _CONF IGURATION
SUBR
PARITY ERROR HANDLER
TRAP
NON-EXISTANT MEMORY (HOLES) HANDLER
TRAP
)
TIMEOUT (TRAP TO &) HANDLER
1RAP
HANDLER
MEMORY MANAGEMENT (TRAP TO 250)
TRAP
RESERVED INSTRUCTION HANDLER
TRAP
FIND BAD SP, PC, & PSW FROM STACK
TRAP
KERNEL TRAP HANDLER
TRAP
ENERGIZE TRAP HANDLER
TRAP
DEENERGIZE TRAP HANDLER
CACHON TRAP HANDLER
TRAP
TRAP
CACHOFF TRAP HANDLER
LOAD CSR TRAP HANDLER
TRAP
TRAP
READ CSR TRAP HANDLER
TEST (R1) & READ CSR CAREFULLY
TRAP
ECC DISABLE ALL CSR'S TRAP HANDLER
TRAP
TRAP
ECC DISABLE OF 1 SELECTED CSR TRAP HANDLER
INITIALIZE ALL CSR'S TRAP HANDLER
TRAP
INITIALIZE 1 SELECTED CSR TRAP HANDLER
TRAP
TRAP
ENABLE SBE PARITY TRAPS ON ALL CSR'S
ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR
TRAP
WRITE CHECKBITS THRU ALL CSR'S TRAP HANDLER
TRAP
WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER
TRAP
TRAP
WAS THERE A SBE ON ANY CSR_TRAP HANDLER
TRAP
WAS THERE A SBE IN 1 SELECTED CSR TRAP HANDLER
TRAP
WAS THERE A DBE ON ANY CSR_TRAP HANDLER
WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER
TRAP
TRAP
CLEAR ALL ECC CSR'S TRAP HANDLER
TRAP
CLEAR 1 SELECTED CSR TRAP HANDLER
TRAP
ECC DISABLE, CHECK MODE, & WRITE CHECKBITS IN ALL CSR'S TRAP HANDLER
TRAP
ECC DISABLE, CHECK MODE, & WRITE CHECKBITS IN 1 SELECTED CSR
SUBR
WRITE IN ALL CSR'S
TRAP
INVALIDATE BACKGROUND PATTERN
TRAP
GENERATE _AND TEST ERROR ADDRESS
ENABLE CHECK/SYNDROME BIT REGISTER
TRAP
GENERATE CHECK BITS
SUBR
MAPPER
SUBR
TRAP
MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER
RELOCATE PROGRAM
UNRELOCATE PROGRAM
SETUP LOWER 16K OF UNIBUS MAP
MOVE BANKS
MAP USER TO NEW BANK
SUBR

371-11883

SUBR

329-10854
331-10868
333-10920
337-11050
339-11082
339-11102

339-11106

339-11109
339-11119
341-11127
341-11135
341-11139
3641-11143
341-11150
343-11158
343-11177
344-11185
346-11222
346-11226
346-11230
346-11234
346-11238
346-11242
346-11246
346-11251
348-11258
348-11283
350-11293
350-11318
352-11329
352-11333
352-11337
352-11342
354~11349
354-11364
355-11373
355-11427
357-11434
361-11503
361-11588
363-11611
365-11716
365-11761
gg9-118«§
9-1185
§g9-11865
9-11876

SUBR
SUBR

EXAMINE BANK

SEQ 0005

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

26-APR-82 09:41

PAGE 2-4

TABLE OF CONTENTS

373-11963
373-11974
373-11982
373-119

75-1199
377-12022
377-12031
377-12058
12

380-12095
12

382-12147
382-12169
=121

386-12208
388-12250
390-1230%
391-1243

393-12439
395-12480
397-12510
399-12551
399-12561
399-12566
399-12572
299-12579
400-72598
400-12618

BANK 0K?
SUBR
INCREMENT PATTERN TESTING
SUBR
SET HIGHEST PATTERN TESTING TYPE
SUBR
INCREMENT BANK & TEST
SUBR
BOOTSTRAP ROUTINE
_
HALT PROGRAM
SHUTDOWN DIAGNOSTIC
APT SHUTDOWN SEQUENCE
BLOCK MOVE SUBROUTINE

FIELD SERVICE MODE
SUBR

FIELD SERVICE COMMAND MODE

COMMAND 2

EXIT
COMMAND 0
COMMAND 1
FS

FS
FS
FS
FS

COMMAND 3
COMMAND 4
COMMAND 5
COMMAND 6

READ CSR
LOAD CSR

EXAMINE MEMORY
MODIFY MEMORY
SELECT BANK & PATTERN
TYPE CONFIGURATION MAP

406-12644
421-13212
421-13226
423-13267

FS
COMMAND 7
S0B-A-LONG TEST
ERROR SUMMARY
COMMAND 8
FS
REFRESH TEST
COMMAND 9
FS
FS
COMMAND 10
SET FILL COUNT
ENTER KAMIKAZE MODE
COMMAND 11
FS
FS
COMMAND 12
EXIT KAMIKAZE MODE
FS
COMMAND 13
TURN CACHE OFF
FS
COMMAND 14
TURN CACHE ON
FS
COMMAND 15
TEST ONLY SELECTED BANKS
FS
COMMAND 16
RESUME TESTING ALL BANKS
FS
COMMAND 17
ENABLE TRACE
FS
COMMAND 18
DISABLE TRACE
SUBR
DETERMINE CORRECT CSR
ERROR DATA (SUPERVISOR) SETUP STUFF
DATA WAS 3 WORDS
GET DATA FRCM ABORTED AREA IF POSSIBLE

425-13284
430-13472
432-13499
434-13539

ROUTINE POWER DOWN AND UP
POWER FAIL WHILE RELOCATED
POWER UP FROM BANK 0 TO RELOCATION
10 SUBROUTINES

449-143

ERROR DATA SETUP

4(02-12632

«04-12638

425-13283

434-13541

454-14583
454=14595

456-14608
456-14623
458-14632

462-14721

POWER FAIL AUTO RESTART

ROUTINE TYPE

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

3-14
465-14808
468-1492
476-15150

SUBR
ROUTINE
ROUTINE
SUBR

485-1552
485-1554

CONTROL
T
CONTROL S & CONTRO

4<81-1529
4£82-1537
483-15427
487-15667

DISPLAY
ERROR HANDLER
ERROR MESSAGE TYPEOUT
DETAILED ERROR REPORT

ROUTINE BINARY TO OCTAL (ASCII) AND TYPE
ROUTINE CONVERT BINARY TO DECIMAL AND TYPE
ROUTINE TTY INPUT
ROUTINE READ AN OCTAL NUMBER FROM THE TTY

SEQ 0006

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

TABLE OF CONTENTS

26-APR-82 09:41

PAGE 2-5

487-1571
4,88-1577

ROUTINE READ A DECIMAL NUMBER FROM THE TTY
ROUTINE SAVE AND RESTORE RO-R5

491-15841

ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT

489-15811

492-15883
492-15885
494-15967
496-15994

ROUTINE RANDOM NUMBER GENERATOR

500-16097
509-16385

TABLES
APT MAILBOX-ETABLE
ROUTINE TRAP DECODER
TRAP TABLE
TABLE = ERROR POINTER
ERROR DATA TAGS (DT)

517-16502

MESSAGES

511-16412
513-16429
515-16475

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

SEQ 0007

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41 PAGE 4

EE——————

REVISION HISTORY

CZMSPA

1-JUN-82

IRA CHAVIS

NONE - NEW PROGRAM

SEQ 0009

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 5
58

OPERATIONAL SWITCH SETTINGS
REGISTER DEFINITIONS
SWITCH
%

59
g?

64
65
66
67
68
69
70

*
*
*
*
*
=
*

< X1

72
73
74
75
76
77
78
79

*
*

*
*
*
*

SWITCH

15
14
13
12
11
10
9

7
6
5

3
2
1
0

‘

i
!
l
i|

USE

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

HALT PROGRAM (UNRELOCATED RESTORE LOADERS)
DETAILED ERROR REPORTS
INHIBIT CMFIGURATIW MAP
LIMIT MAX ERRORS PER BANK
FAT TERMINAL (132 COLWS 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

81
82

TABLE OF CONTENTS

gz
gz

1.0

GEWNERAL PROGRAM INFORMATION

87
88
89
90

1.1
1.2
1.3
1.4

PROGRAM PURPOSE (ABSTRACT)
SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES

2.0

OPERATING INSTRUCTIONS

95
96
97
98
183

2.1
2.%
2.3
2.4
2.5

LOADING AND STARTING PROCEDURES
DEFAULT TEST SEQUENCE
SPECIAL ENVIRONMENTS
PROGRAM OPTIONS
EXECUTION TIMES

}8}

3.0

ERROR INFORMATION

103
104
}82

3.1
3.2
3.3

ERROR REPORTING
ERROR ABBREVIATIONS
ERROR HALTS

}8;

4.0

PROGRESS REPORTS

}?8

5.0

CSR INFORMATION TABLES

m
112
}}z

5.1
5.2
5.3

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

}}g

6.0

SUB-TEST SUMMARIES

117

6.1

6.2

PATTERNS

%%?

7.0

PROGRAM FEATURES

122
123
124

7.1
7.%
7.3

FAST DATA ACCECS RATES
BANK ZERO TESTING
MEMORY CONFIGURATIO. MAP

126

7.5

MEMORY MANAGEMENT MAPPING

}}g

125

1.5

7.4

ASSUMPTIONS

TESTS

EVERYTHING YOU'VE ALWAYS WANTED TO KNOW ABOUT SUPERMAC ...

SEQ 0010

O
P

— e e
o

SEQ@ 0011

PAGE 7

1.0

GENERAL PROGRAM INFORMATION

1.1

PROGRAM PURPOSE (ABSTRACT)

A. {:TENDED FOR USE ON ALL PDP=11/24/44'S WHICH

MEET

THE

CONDITIONS

B. THIS PROGRAM 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 IS THE CAPABILITY OF TESTING MIXED CONFIGURATIONS
MS11-M AND MS11-P) ON THE SYSTEM.

VERIFY

(MS11-L,

E. IT HAS SPECIAL A MAINTENANCE MODE (FIELD SERVICE MODE) TO 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.

D e D e e cd D e e i
D D e
D
e D D d D e e D
d D D
o
ooV
BB B S BSSWWW

guwuwwm
W
=0 000

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

26-APR-82 09:41

PAGE 8

SOFTWARE REQUIREMENTS =

1.2.2

THIS PROGRAM IS DESIGNED TO RUN
FOLLOWING MONITORS:

STAND

ALONE

UNDER

ANY

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)

28 v el

PDP=11/04/24/34/44/70 PROCESSOR HANDBOOK (EB=19402)

0000

RELATED DOCUMENTS AND STANDARDS

1.3

202

XXDP
ACT
APT

0000000000000000
N

N ...—l-j—l—.-‘—l.—.—._.—I-.-l—l_‘—l—‘-‘-‘—l-l-l-l_.-l-.—.—.—.
0

NNNNNNNN

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

SEQ 0012

1.4

DIAGNOSTIC HIERARCHY PREREQUISITES

IF THE PROGRAM IN ANY WAY MISBEHAVES, THEN:

1. TRY IT AGAIN WITH CACHE OFF (REFERENCE SECTION 2.4.3.1)

INHIBIT RELOCATION (REFERENCE SECTION 2.4.1)

TRY CPU DIAGNOSTICS

TRY MEMORY MANAGEMENT DIAGNOSTICS

TRY CACHE DIAGNOSTICS (WHERE APPLICABLE)

TRY UNIBUS MAP DIAGNOSTICS (WHERE APPLICABLE)

THE

ELFEFRRSSIRIES

NONINNINAINININI NN

26-APR-82 09:41

1.5

SEQ 0013

PAGE 9

ASSUMPTIONS

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

(INITIALLYS BANK 0 (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

VIS
B SN ANNS S

NININIAIAINININININD
NNNNN&N NN
WWNININN N
S = = b
SISRRUK - OVO~NO VIS PONORON
W
=C 000~

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

NOTE

IF ON AN 11/24 USING

MS11-L

MEMORY

SURE
THAT THE PERIPHERAL PAGE JUMPER IS
IN PLACE:
FAILUME TO DO SO SENDS
THE

DIAGNOSTIC TO NEVER-NEVER LAND.

2.1.2

STOPPING =
1.

SET SW8, AND/OR

TYPE CONTROL ''C'* (REFERENCE SECTION 2.4.4.1).

2.1.3

RESTARTING (PRESERVE CONFIGURATION TABLE) 1.

LOAD ADDRESS 202

SET SWITCH REGISTER FOR OPTIONS (NORMALLY 0)

START

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

2.1.4

CS=2NIWSH VNN

OO —=NWSWN

SWITCH

SEQ 0014

PAGE 10

SWITCH REGISTER OPTIONS USE
HALT ON ERROR

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

HALT PROGRAM (UNRELOCATE

RESTORE LOADERS)

DETAILED ERROR REPORTS
INHIBIT CWFIGWTIM MAP
LIMIT MAX ERRORS PER BANK
FAT TERMINAL (132 COLWS 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

—

e o

D e cd o

OVONOWVS W=D

WWNWIWN
W NN W NN W

308

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.

gR‘ 2P;5

2.2.1

TESTS_MARKED WITH A “'s'* ARE NOT NORMALLY RUN EXCEPT UNDER ACT
OR

THROUGH

FIELD

TEST PROTOCOL FOR MS11=L

SERVICE

COMMAND

PARITY MEMORY =

TEST

TEST NAME

34
6
17
7
1
2
3

SOFT ERROR TEST
INITIAL DATA TEST
HOLDING 1°'S AND 0°'S TEST
ADDRESS BIT TEST
ADDRESS TEST
COHPLEHENT ADDRESS TEST
3 XOR
9 TEST

ROTATING 1°'S TEST

(REFERENCE

TIME (SEC/16K)

ROTATING 0'S TEST

<1
<1
<1
<1
<1
<1
1
1

21
gs
* 22
* 23
26

MARCHING 1°'S AND 0°'S TEST
WORST CASE NOISE PARITY TEST
REFRESH TEST
_
SHIFTING DIAGONAL TEST
RANDOM DATA TEST

1
1
N/A
10
10
<1

* 3;
* 3
34

WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST

3s
<

¥ §4
+
31

FAST GALLOPING PATTERN TEST
SOB=-A=-LONG TEST

20
3

SECTION

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

26-APR-82 09:41

SEQ 0016

PAGE 12

ng
4

345
346

%’;g
351

2.2.2

TEST PROTOCOL FOR MS11=M ECC MEMORY -

TEST

354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376

5
@25
+2 11
+2 12
+ 13
+ 15
+3 16
34
6
10
17
7
1
2
4
5
21
* 22
26
* 24
* 31
* 32
* 33

377

TIME (SEC/16K)

TEST NAME

ROTATING 1'S TEST
INTERRUPT ENABLE TEST
SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
WRITE INHIBIT OF BYTE W/DBE TEST
WRITE INHIBIT OF WORD W/DBE TEST
SOFT ERROR TEST
INITIAL DATA 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 GOBBLE TEST
SOFT ERROR TEST

1
<1
<2
<1
1
1
<1
<1
<1
<1
<1
<1
<1
<1
1
1
1
10
<1
20
3
<1
35
<1

33%?

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

33%%

+ = RUN TWICE FOR EACH 16K BANK IF INTERLEAVED

384
385
386
387

390
gg!

AT THE_END OF EACH PASS THE PROGRAM

#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

28%

PATTERN

604
405
406
407
408
409
410
41
412
413
414
415
416
a7
418
419
420
421
4e2

5
34
6
b
14
45
36
20
357
4
42
43
46
47
10
17
7
1
2

423
424
425
426
427
428
429
430
431
432

&
5
21
* 22
26
* %4
* 31
* 32
+ 33
34

PATTERN NAME
ROTATING 1°'S TEST
SOFT ERROR TEST
INITIAL DATA TEST
SHIFTING CHECK BITS THRU
BASIC DBE TEST CSR TEST

TIME (SEC/16K)
1
<1
<1
1
<1

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
SOFT ERROR TEST

<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 PASS 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

2.3.1

XXDP =

CHAIN MODE.

2.3.2

ACT

THE

1ST

APT AUTOMATIC MODE -

;fiESPROGRA" WILL NOT CREATE DOUBLE BIT ERRORS (DBE'S)

2.3.2.1

THE FIRST PASS WILL BE A QUICK VERIFY PASS IF AND ONLY

AFTER

APT EXECUTION TIMES -

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

CACHE

1ST Qv PASS

2ND PASS

ONWARD

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
SOME OF WHICH
RUNNING MORE ngnus

(PATTERNS #24 AND #33 FOR EXAMPLE)

BE EXTREMEMLY TIME CONSUMING.

CAN

UNDER

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

26~-APR-82 09:41

2.3.2.2

PAGE 15

SEQ 0019

APT ENVIRONMENT TABLE -

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

APT

FIRST PASS RUN TIME:

THIS PARAMETER SHOULD BE SET 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.
NOTE

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

PONIN) b e

b o

N=O VRNV

b b e

b d

WN=O

509

LONGEST TEST TIME:

THIS PARAMETER SHOULD BE SET TO THE EXECUTION TIME OF THE LONGEST
F’:HEBR;‘J 'g:ESING RUN.
FOR THE DEFAULT CASE THIS IS 35 SECONDS FOR

ADDITIONAL RUN TIME:
NOT USED BY PROGRAM.
SOF TWARE ENVIRONMENT:

FOR APT AUTO MODE THIS PARAMETER SHOULD BE SET
DUMP MODE SET THIS TO A '0".
ENVIRONMENT MODE:

"1".

FOR

WHEN THIS PARAMETER IS SET TO_ A '0'' THE PROGRAM DOES IT'S_ OWN
SIZING.
IF THE USERS SETS BIT #7 HOWEVER, HE MUST SPECIFY THE TYPES

AND AMOUNTS OF MEMORY TO BE TESTED.

SWITCH 1:

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
INFORMATION ON SWITCH SETTINGS.

SWITCH 2:

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

CPU OPTIONS:
NOT USED BY PROGRAM.

MEMORY TYPE N

LOG

(N=1 TO &)

IF BIT #7 OF ENVIRONMENT MODE IS SET_THESE FOUR WORDS_ ARE USED TO
THE DIFFERENT TYPES OF MEMORY TO BE TESTED. IF BIT #7 IS NOT SET

THESE LOCATION ARE NOT USED.

MAXIMUM ADDRESS N

(N=1 TO &)

THESE FOUR WORDS ARE USED IN CONJUNTION

WITH

THE

CORRESPONDING

955

556
557
558

MEMORY

TYPE WORDS

OCCUPIES.

INDICATE THE HIGHEST ADDRESS THAT MEMORY TYPE
NOTE

22(9)

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

561
562
563
564
565

OF MEMORY AMOUNT!

566

567
568

SEQ 0020

PAGE 15-1

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

554

569
g;?

(N=1 TO 2)
INTERRUPT VECTOR N
NOT USED BY PROGRAM.

572

BUS PRIORITY N

575

BASE ADDRESS:

578
gg

DEVICE MAP:
NOT USED BY PROGRAM.

581

CONTROLLER DESCRIPTOR CODE N

584

DEVICE DESCRIPTOR CODES:

588

EXECUTED (SAVE FOR EXCEPTIONS AS NOTED THERE). EACH SET OF WORDS

g;z

g;g

ggg

585
586
587
233

(N=1 TO 2)

NOT USED BY PROGRAM.

(N=1 TO 2)

THE DEVICE DESCRIPTOR CODES ARE USED BY THE PROGRAM TO DETERMINE
WHICH PATTERNS IT WILL RUN. THE DEFAULT VALUES OF THESE WORDS_ARE ALL
*1°*'s, INDICATING THAT ALL OF THE PATTERNS SHOWN IN SECTION 2.2 ARE
CONTROLS A TABLE IN THE PROGRAM AS FOLLOWS:

gg}

DD WORDS

PROGRAM TABLE (SYMBOLIC LOCATION)

ggz

WORDS 0-1

MKCSRT

ggg

WORDS 2-3

MKPAT

ggg

WORDS 4-5

MJPAT

599

BIT #0 SET IN THE FIRST WORD INDICATES THAT THE FIRST PATTERN

600

601

602

TABLE

WILL BE EXECUTED, BIT #1 THE SECOND, BIT #2 THE THIRD,...

THE

BIT

#0 OF THE SECOND WORD INDICATES THAT THE 17TH ENTRY IN THE TABLE WILL

BE EXECUTED, AND SO ON.

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

604
605
606
607
608
609

26-APR-82 09:41

PAGE 16

2}?

2.3.3 NO SBE FREE BANKS =

813
2}3

2.3.4 MIXED PARITY ECC CONFTGURATIONS =

612
613
g}ls.

620

IF THE PROGRAM CANNOT FIND ANY SBE (SINGLE BIT ERROR)
FREE LOCATIONS
(IN NON-PROTECTED ECC MEMORY) IT WILL PRINT OUT AN ERROR MESSAGE AND
CONTINUE TESTING BY-PASSING THE ECC LOGIC TESTS.

THE PROGRAM WILL FUNCTION NORMALLY
IN MIXED ENVIRONMENTS.
THE
SEQUENCE
OF
TESTING MAY SEEM STRANGE DUE TO THE RECURSIVE TEST MODE
ALGORITHM (REFERENCE SECTIONS 2.4.1.1, 2.4.1.2,
2.4.1.3).

SEQ 0021

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APP-82 09:41
625

2.4

(&223

2.4.1

&
630
631
632

ggz

635

SEQ 0022

PAGE 17

PROGRAM OPTIONS

SWITCH REGISTER DETAILS -

IF A HARDWARE SWITCH REGISTER_ IS NOT AVAILABLE THEN TH; SOF TWARE
SWITCH REGISTER IS IN LOCATION 176. IF UNDER APT IF BIT7 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
&g

Swis

228

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
zg
648
glsog

SWwi4

222

SW13

sw12

.
MEMORY

667
668

g;}

= INHIBIT RELOCATION
(10000)

THIS PREVENTS THE PROGRAM FROM MOVING AND CONSEQUENTLY
PREVENTS THE PROGRAM FROM TESTING AT LEAST 32K OF

665
666
669

= INHIBIT ERROR TYPEOUTS
(20009)

AFFECTED.

22(1)

670

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
222

= 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
2;9

= HALT ON ERROR
(100000)

swi1

= QUICK VERIFY

(4000)

673

IF THIS SWITCH IS SELECTED APPROXIMATELY ONE

64TH OF

676
677

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

MODE

g;li

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

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
679

gg?

sW10

685
ggg

SW9

(2000)

CLICK)

EACH

ERROR

= LOOP ON ERROR
(1000)

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

688
ggg
691
ggg

= BELL ON ERROR
TRAP

683

SEQ 0023

PAGE 18

THIS CAUSES A BELL (OR BEEP OR

682

684

26-APR-82 09:41

sw8

= HALT PROGRAM
(400)

ggg

THIS INITIATES THE FOLLOWING SEQUENCE:

ggg

IF PROGRAM IS RELOCATED IT MOVES BACK TO BANK ZERO.

ggg

FLUSH OUT ALL POSSIBLE DBE'S.

;8?

TURNS OFF MEMORY MANAGEMENT.

;85

RESTORE LOADERS.

;%g

UNMAP THE UNIBUS MAP (IF THERE IS ONE).

;89

HALT IF UNDER APT OR ACT BRANCH SEL.

708
709

710
;}5

SW7

= DETAILED ERROR REPORTS
(200)

713
;}g

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

;}9

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

718
;53

SW6

THIS INHIBITS THE PRINTING OF A MAP SHOWING THE

CONFIGURATION - REFERENCE SECTION 7.3

;5%

724
;52

727
728

;gg

= INHIBIT CONFIGURATION MAP
(100)

SWS

MEMORY

= LIMIT MAX ERRORS PER BANK
(40)

THIS WILL LIMIT THE NUMBER OF ERROR TYPEOUTS PER BANK.
THE DEFAULT IS 10.
DECIMAL,
HOWEVER THIS CAN BE

CHANGED BY CHANGING LOCATION ‘‘ERRMAX'' MANUALLY.

26-APR-82 09:41

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

SEQ 0024

PAGE 19

FAT TERMINAL

SwWé

(20)

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

DURING PATTERN TESTS.

NOWNMS
W =O

N
N

N
PN

Ny
N NN
OB NO >
o

MODE NAME DESCRIPTION
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
Swo

= DETEE{)SINGLE BIT ERRORS (SBI'S)
FOR MANUFACTURING PURPOSES THIS SWITCH SHOULD ALWAYS BE
FOR FIELD SERVICE PURPOSES THIS SWITCH SHOULD
ON.
ALWAYS BE OFF.

THIS SWITCH WILL ALLOW ALL ECC SINGLE BIT ERRORS TO
REPORTED BY DISABLING ERROR CORRECTION.
sgggg PRINTOUTS OF SBE'S ARE NOT

DISTINGUISHABLE

BE
FROM

NOTE

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.

2.4.1.1

TEST MODE EXAMPLE -

EXAMPLE ANALYSIS OF MODE 5 ‘PAFBAW''.
AND BANKS 2,3,4, 5 ARE MS11-M.

ASSUME BANKS 0

ARE

MS11-L

mn2

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
786
787
789

26-APR-82 09:41

ASSUME ALSO THAT BANK 3 IS KNOWN BAD BY THE
sTEST MS11-M MEMORY TYPES FIRST

;TEST KNOWN BAD MEMORY (BANK 3)

00 00 00 0o 00 00 0o 00 0o 00 0O
) b b b b b b b b wmd
e00
[« AV, P YV ,N P

HUWNL=00V0O~N

G 0D MEMORY (BANKS 2,4.5)
o

;TEST PRESUME

PROGRAM

VIA

THE

SIZING

ROUTINE OR PREVIOUS RUNS THE TESTING SEQUENCE WOULD BE AS FOLLOWS:

TEST 26,

810

SEQ 0025

PAGE 20

CZMSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113
339

26-APR-82 09:41

;RELOCATE

84§
al.s

TEST
TEST
TEST
TEST

1,
2.
3.
4.

TEST
TEST
TEST

3.
4.
5.

BANK 0
BANK 0
BANK 0
BANK 0

TEST 5.
TEST 26.
TEST 1.
TEST g

BANK 0
BANK 0
BANK1
BANK
1

853

TEST 26.

BANK 1

854
855

BANK 1
BANK
1
BANK
1

858
859

THIS IS AN
SEQUENCE
.

86
86

EXAMPLE

NOT

ACTUAL

THE TEST SEQUENCE WAS FORWARD (THE SIMPLE PATTERNS FIRST. COMPLEX
resrs usn SEQUENCE or PATTERNS (MS11-M = 17, 7. 1, 2. 4. 5, 21,

866

IF THE BANK SELECTION IS FORWARD THE BANKS WILL BE TESTED IN THE

ggg

SEQ 0026

PAGE 21

TEST PROGRAM SPACE (BANK 0 & 1)

846
847
848
849
850
851
852

FOLLOWING ORDER:

gg;)ms THAT ARE NOT PROTECTED OR PROGRAM SPACE (FROM 0

g;g

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

g;g

THE PROGRAM NOW RELOCATES

PARITY BANKS THAT WERE PROGRAM SPACE (FROM 0 TO 167).

871

g‘r’
878

881

TESTS:

4. ggg)ms THAT WERE PROTECTED OR PROGRAM SPACE (FROM 0 TO
1

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

884

ECC BANKS THAT ms
mow BAD AND ARE NOT PROTECTED OR PROGRAM

887
888

PARITY BANKS THAT ARE KNOWN BAD AND ARE NOT PROGRAM SPACE
(rnon 0 10 167).

[ECC BANKS THAT ARE PRESUMED GOOD AND

ggz

889
890

SPACE (FROM 0 TO

167)

ARE

NOT

PROTECTED

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$6T¥699NKS 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

PROGRAM 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

EXCEPT THOSE REQUIRING RELOCATION=.

MODE 1

FROM

"BAFPAR'' = BANKS FORWARD, PATTERNS REVERSE

THIS MODE TESTS EACH BANK

COMPLETELY

EXCEPT THOSE REQUIRING RELOCATION+.

FROM

167

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 FIR;T TESTS EACH KNOWN BAD BANK COMPLETELY
FROM O TO 167 EXCEPT THOSE REQUIRING RELOCATION+*, THEN

PRESUMED GOOD BANKS ARE TESTED FROM 0 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 KNOWN

BAD

BANK

COMPLETELY

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

26-APR-82 09:41

SEQ 0028

—

PAGE 23

FROM 0 TO 167 EXCEPT THOSE REOUIRING RELOCATION*, THEN
PRESUMED GOOD BANKS ARE TESTED FROM 0 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 4

"PAFBAF’'' = PATTERNS FORWARD, BANKS FORWARD

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

EXCEPT THOSE REQUIRING RELOCATION®.
MODE 6

FROM

‘PARBAF'' = PATTERNS REVERSE, BANKS FORWARD

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

MODE 7

"PARBAW'’ = PATTERNS REVERSE, BANKS WORST FIRTT

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

MOST

WHILE TESTING_EACH PATTERN FIRST EACH KNOWN BAD BANK
FRM 0 TO 167 EXCEPT THOSE THAT REOUIRE RELOCATION* IS

THEN PRESUMED GOOD BANKS ARE RUN

EXCEPT THOSE REQUIRING RELOCATION*.

FROM

NOTE

IS REQUIRED TO TEST THE
* RELOCATION
I
(S)
I IN PROGRAM SPACE AND ALSO TO

BY
PROTECTED
BANKS
ECC_
INHIBIT
DIAGNOST'I‘ C CHECKMODE WITH THE
MODE POINT ER OFF (ZERO)!
TEST

AN Y

167

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
1001
100
100
1004
1005
1006
1007

1008

1009
1010
1011
1012

26-APR-82 09:41

2.4.1.3

1013

SEQ 0029

PAGE 24

TEST MODE APPLICATIONS -

IgAgszgfiY CORRECT OPERATION OF THE MEMORY SYSTEM USE

MODE

1014

ADVANTAGES::

1017

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

1015
1016

1018
1019
1020
1021

EASY TO UNDERSTAND.

TO GET DETAILED ERROR INFORMATION Ui KNOWN BAD
BY SIZING ROUTINE) USE MODE 2 ‘BAWPAF .

1022

ADVANTAGES:

1025

DISADVANTAGES: FAILURES OTHER THAN ZEROS
LONG TIME TO FIND.

1023
1024
1026

1027
1028
1029

SEEKS BAD BANKS.

(FOUND

BANKS

EASY TO UNDERSTAND.

ONES MAY

IgAgSIFQPOD ERROR INFO ON ANY MEMORY PROBLEM FAST USE MODE
COVERS ALL BANKS FAST.

ADVANTAGES:

103

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

1034

1035

1036

1037

1038
1039
1040

EASY TO UNDERSTAND.

1030

1031
103%

TAKE

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

COVERS ALL BANKS FAST.

{ ISADVANTAGES: DIFFICULT TO UNDERSTAND FAILURES REPORTED ARE
NOT NECESSARILY THE MOST BASIC FAILURE MODES.

26-APR-82 09:41

SEQ 0030

PAGE 25

VIS WNN=0O0
puard

b D d d d D d D

D )

d d

SS53558 AR
3ON°
SSZTIRFTRER 885535

d D =D )

S3333333323232323
P
I S 22

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

2.4.2

DISPLAY REGISTER -

A SOFTWARE DISPLAY REGISTER EXISTS IN LOCATION 174 IN ADDITION TO
HARDWARE DISPLAY EXISTENCE.

ANY

DISPLAY FIELDS ARE AS FOLLOWS:

15! 14
RELOCATED '

8!7
6
5'!'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

THE PATTERN # IS NOT NECESSARILY
INDICATION OF DEGREE OF DIFFICULTY.

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 O. 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).

26-APR-82 09:41

SEQ 0031

PAGE 26

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

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

e e i i D

e e e D e D D D e e
e o i D
D D e e

D e D D
D e
e

D D
b b O

purgur 355352552333

33353

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

LSLASSTNTN N

—
—

RERSSEBIBRRY

D o o e e D e b e = ) b ) e b b— e d e
D d e b D e D b ) b cd b ) b b b R e e R
W
VSN
N =
OV ~NONWF

b e

D d e

- e
— i

ORI PO NONIRIND -

b e
b s i

ENABLE CACHE.

2.4.3.2

CONFIGURATION TABLE

THE CONFIGURATION TABLE IS LOCATED AT SYMBO.IC LOCATION

HAS THE FOLLOWING FORMAT:

CONFIG:

FIRST 16K CONFIGURATION WORDS (2
16K CONFIGURATION WORDS (2
2ND

‘‘CONFIG'*

AND

EACH)
EACH)

WORDS (2 EACH)
200TH" 16k CONF IGURATION
CONF IGURATION WORDS:
LOW:

MED:

T
T
T
T
T
T
T
T
T
T
|
T
T
T
T

ERRORS PRESENT
MEMORY EXISTS
RESERVED

SKIP ECC LOGIC TESTS FLAG (1=SKIP)

PROTECTED REGION OF AN ECC MEMORY
PROTECTED (PROGRAM SPACE)
1_CSR_CODE
15 INTERLEAVED CSR CODE
NUMBER OF ERRORS
0 MEMORY TYPE
1
CSR_TESTED OK
¢
INTERLEAVE ENABLED
BA CKGROUND PATTERN VALID'' FLAG
4
BANK SELECTED FOR TEST BY FIELD SERVICE MODE
5
LOADERS HOME BANK

THIS TABLE IS USED AS TH; ()IJRCE FOR THE CONFIGURATION
MAP (REFERENCE. SECTION 7.

26-APR-82 09:41

SEA 0032

PAGE 27

TERMINAL COMMANDS =

2.4.4

2.4.4.1

CONTROL 'C**

THIS COMMAND WILL:

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

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

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 &.

D D o e

d e =D cd D b e

d D

d—

dddddddd-fldfldddd-jd-—ld-fld-‘dddddddd —d o

) =

e e o

e e

) D

THE

) D e

D e

e e D e

e e o e

e o

D d

v Y
28BRISRRAR 2BIIVFNNANIITESA SASA LAV

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

1
92

THIS C OMMAND WILL ONLY
TEST OR PATTERN, OR AT

2.4.4.2

BE RECOGNIZED AT THE COMPLETION OF THE
THE END OF A LINE OF AN ERROR MESSAGE.

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 SKIP TO

THE NEXT PATTERN.

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

2.4.4.3

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

— e e

D o

32
gg

199
200

CURRENT

ENCODED IN THE DISPLAY
CPU'S WITHOUT A HARDWARE

EXAMPLE:

201
S(o)%

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

204
205
206

BY USE OF FIELD SERVICE COMMAND 17 "“TRACE'' CAN BE SET SO THAT IT WILL
AUTOMATICALLY TYPE OUT THE BANK Aqlg)PATTERN NUMBERS AS EACH PATTERN IS

507

RUN.

(REFERENCE SECTION 2.4.4.8.

————ad)

PAGE 28

WN—-O

26-APR-82 09:41

SEQ 0033

WN = OV

SESESESE
S BN QEGR WN = O VYOV
N WN=OO
SWN=O OVONO

b
— e e D

Vil

oA NN

cnd b b b cd b b - e e e i D e e D i D e e d d D

D D e o D

N
WWWWNINMPONNNONINININ)
= = —b

b b

D e D ) )e D

e b

NNINININNINN NNMAIRLNIRIA AN NI NININI NI AN NN NI NI NN PN

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

2.4.4.4

CONTROL ‘'S'* (STOP)

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

CONTROL ‘@' (QUINTINUE)

THIS COMMAND WILL CONTINUE TYPING THAT HAS BEEN STOPPED BY CONTROL
'I.(si;;(.JRED" THERE HAS BEEN NO CONTROL ‘'S'* TYPED THEN THIS COMMAND IS
2.4.4.6

CONTROL ‘F'* (FIELD SERVICE MODE)

THIS COMMAND WILL CAUSE YOU TO
COMMANDS
.

ENTER

MODE

WHICH

LOOKS

FOR

Sus

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 DOUBT TYPE 99 (CR) AND YOU WILL GET HELP.
NOTE

TYPING JUST CARRIAGE RETURN IS A DEFAULT
COMMAND 0.

FIELD SERVICE COMMAND 0 (EXIT)

2.4.4.7.1

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

WAS

PRIOR

TYPING CONTROL ‘F''.

RETURN IS A DEFAULT COMMAND 0.

NOTE TYPING JUST CARRIAGE

D i

) i

D i

D e

) o

) b

)

D e

i e

D i

D o

D e

) D

NNININIMNONININ

oR 2BIIINFTRANISTS UESXARZE Vi
IERRE
VOV~

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

26-APR-82 09:41

2.4.4.7.2

SEQ 0034

PAGE 29

FIELD SERVICE COMMAND 1 (READ CSR)

THIS COMMAND WILL TYPEOUT THE CONTENTS OF THE CSR.

IF _THERE 1S 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 0 TO F.
NOTE
TYPING JUST CARRIAGE RETURN IS A DEFAULT 0.

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

TYPE

'‘THIS

NOTE
CSR REFERENCES ARE
WITH SECTION 5.0.

2.4.4.7.3

DONE

ACCORDANCE

FIELD SERVICE COMMAND 2 (LOAD CSR)

THIS COMMAND WILL ENABLE YOU TO LOAD THE CSR.

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 ‘WHICH CSR(O-F)'‘ TO
WHICH YOU MUST RESPOND WITH AN HEXIDECIMAL NUMBER FROM O TO F.
NOTE
TYPING JUST CARRIAGE RETURN IS A DEFAULT 0.

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

TYPE

‘'‘THIS

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

THE PROGRAM WILL THEN ASK YOU FOR THE '‘CSR?'' TO WHICH YOU MUST RESPOND
8"" AN OCTAL NUMBER.
NOTE TYPING JUST CARRIAGE RETURN IS A DEFAULT
THE PROGRAM WILL THEN LOAD THE CSR AND READ IT
NEW CONTENTS.
:

AGAIN

DISPLAYING

ITS

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

26-APR-82 09:41

SEQ 0035

PAGE 30

1307
1308
1309

FIELD SERVICE COMMAND 3 (EXAMINE MEMORY)

}§}§

2.4.4.7.4

1314

THIS COMMAND WILL ALLOW YOU TO EXAMINE ANY PHYSICAL ADDRESS

1317

THE PROGRAM WILL ASK YOU FOR THE 'PHYSICAL

};}g
}g}g

1320

THE NECESSARY MEMORY MANAGEMENT MAPPING FOR YOU.

WHICH YOU MUST RESPOND WITH AN OCTAL NUMBER.

IF THE ADDRESS ACCESS CAUSES

THE

TRAP

ADDRESS

THE

CAUSES

PROGRAM

}gsg

THE CONTENTS OF YOUR PHYSICAL ADDRESS WILL BE TYPED.

PROGRAM WILL TYPE 'PARITY ABORT''.

ACCESS

“TIMEOUT

1326

WILL

TYPE

DOES

THE

(0-17757776)""

A TRAP TO 114 THE

FIELD SERVICE COMMAND 4 (MODIFY MEMORY)

}ggg

2.4.4.7.5

1329
}ggg

THIS COMMAND ALLOWS YOU TO MODIFY ANY PHYSICAL ADDRESS
NECESSARY MEMORY MANAGEMENT MAPPING FOR YOU.

1332

DOES

(0-17757776)'' TO

ADDRESS

1321

iggg

TRAP'.

AND

THE PROGRAM WILL ASK YOU FOR THE ‘PHYSICAL

ADDRESS

AND

}ggz

WHICH YOU MUST RESPOND WITH AN OCTAL NUMBER.

1335
1336
}ggg

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''.

1339

}gz?
1342
}gzz

1345

1346
1347
};4:

1350

133

1353
1354
}ggg
1357

THE PROGRAM WILL TYPE "'OLD DATA WAS'* AND THE CONTENTS OF YOUR PHYSICAL

ADDRESS .
THE PROGRAM WILL THEN TYPE “'INPUT NEW DATA'* TO WHICH YOU MUST RESPOND
WITH

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.

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

26-APR-82 09:41

PAGE 31

N=O0

WWWU‘&
NN

FEEEREREST

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

374

1375
1376

2.4.4.7.6

FIELD SERVICE COMMAND 5 (SELECT BANK

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 MUST

WITH AN OCTAL NUMBER.

NOTE

1379

ANY PATTERN CAN BE RUN

INCLUDING

RESPOND

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.

= b

£EE BEERES

—

1%;;

D D D ) ) )

TEST)

F THE BANK YOU SELECTED REQUIRES RELOCATION THE PROGRAM WILL TYPE
"BANK REQUIRES RELOCATION'* AND EXIT THIS COMMAND. NOTE NORMALLY THIS
IS TRUE FOR BANK 0.

392

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

D D

?3’8?

D b e i D D e

ggz

395

“'TO ESCAPE TYPE ANY KEY!''.

THE TEST PATTERN WILL BE ENTERED

AND

RUN UNTIL

2(0)?

2.4.4.7.7

28%

THIS COMMAND TYPES THE CONFIGURATION MAP.

—

;39

DEPRESSED TO ESCAPE THIS LOOP.

1404
}282

}28;

CONSOLE

KEY

FIELD SERVICE COMMAND 6 (TYPE 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 EXPLANATION OF THE MAP REFERENCE SECTION 7.3.

PAGE 32

NB W =0V
N=OVRNOWVSWN=O VBN
o«o«g

WN =2 O VN

VNS WN 20V

Ao EERREERIEENEEERREENEEDSNDS
WWNWWNI
AN NN N
NI NI NININ)
= = -2 -t s b gl -

2.4.4.7.8

FIELD SERVICE COMMAND 7 (SOB=A=LONG TEST)

THIS COMMAND ALLOWS EXECUTION OF THE SOB-A-LONG TEST
ON
ALL
OPERATION IS
SECTION 6.2.2.26.
REFERENCF
BANKS
NON-PROTECTED
IDENTICAL TO COMMAND 5 EXCEPT TH&. NO PATTERN OR BANK IS ENTERED AND
EACH PASS CAUSES A BELL.

2.4.4.7.9

FIELD SERVICE COTM

4D 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 BANK JP TO 255 DECIMAL.
THIS BECOMES USEFU. AFTER LONG RUNS (ALL

VIDEO CONSOLE TFAMINAL.

2.4.64.7.10

NIGHT)

SYSTEMS

WITH

FIELD SERVICE COMMAND 9 (REFRESH TEST)

THIS COMMAND AL.OWS EXECUTION OF THE REFRESH TEST ON ALL NON-PROTECTED

BANKS REFERENCE SECTION 6.2.2.19. OPERATION IS IDENTICAL TO COMMAND 5
EXCEPT THAT NO PATTERN OR BANK IS ENTERED AND EACH PASS CAUSES A BELL.

v S50 N

BB SEBS R

_._._._._._._._A_.-n—n-n—n—n_.-n-n_.—b-.-.—l-n_n-b-.—l-l-n-a-a.a—b—l—a-n—l.a-l.o-a_._b.a-l—l—i—'—b—b_l—i—l

26-APR-82 09:41

SEQ 0037

WN-O

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

2.4.4.7.11

FIELD SERVICE COMMAND 10 (SET FILL COUNT)

THIS COMMAND ALLOWS SETTING OF THE TERMINAL FILL COUNT (NECESSARY

AND VI057S).
LA301S. ASRIS(S.

2.4.4.7.12

FOR

IT IS NORMALLY SET TO ZERO FOR LA36'S,

FIELD SERVICE COMMAND 11 (ENTER KAMIKAZE MODE)

THIS COMMAND ALLOWS YOU TO RUN PATTERNS THAT ARE NORMALLY NOT EXECUTED
UNLESS UNDER 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 TC FIND A HARDWARE FAILURE REGARDLESS OF THE CONSEQUENCES.
NOTE THAT MOST CRASHES DO NOT WIPE OUT THE DISPLAY INFORMATION WHICH
IS TELLING YOU WHAT THE PROGRAM WAS DOING JUST PRIOR TO FAILURE.
THERE #RE TWO WAYS TO DIE HERE - IMPATIENCE AND CRASHES.

mn3

26-APR-82 09:41

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

SEQ 0038

PAGE 33

1464
1465
1466
1467
1468

FIELD SERVICE COMMAND 12 (EXIT KAMIKAZE MODE)

‘%2;12

2.4.4.7.13

]ll‘:;z

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

1475

FIELD SERVICE COMMAND 13 (TURN CACHE OFF)

%2;9

2.4.4.7.14

‘%lz;g

THIS CHANGES THE CACHE CONSTANT TO

1‘80

BYPASS

CACHE

(REFERENCE

SECTION

1481

FIELD SERVICE COMMAND 14 (TURN CACHE ON)

‘]‘2%1;

2.4.4.8.15

‘%2%9

THIS_CHANGES THE

1‘88

CACHE

CONSTANT

USE

CACHE

(REFERENCE

SECTION

1489

]fig%

149%

1495
}239

2.4.4.7.16

FIELD SERVICE C

D 15 (TEST ONLY SELECTED

THIS COMMAND ALLOWS YOU TO CENTER THE TEST EFFORT ON ONLY THOSE BANKS

THAT YOU ARE TROUBLESHOOTING. YOU MAY ALSO TEST BANKS THAT REQUIRE
RELOCATION AND WERE INACCESSABLE VIA COMMAND 5.

1498

FIELD SERVICE C

D 16 (RESUME TESTING ALL

]|55%12

2.4.4.7.17

}ggz

RETURN TO THE DEFAULT MOL: OF TESTING (UNDO COMMAND 15).

1505

FIELD SERVICE C

1%83

2.4.4.7.18

1510

ENABLE ‘‘TRACE''.

}gr

151%

17 (RESUME TESTING ALL BANKS)

AFTER EXITING FIELD SERVICE MODE,

THE

PROGRAM

TYPE OUT THE BANK AND PATTERN NUMBERS AS EACH PATTERN IS RUN.
FIELD SERVICE C

]'g}g

2.4.4.7.19

}g}g

DISABLE “‘TRACE''.

18 (RESUME TESTING ALL BANKS)

(UNDO COMMAND 17).

WILL

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
1521
1525
‘IS%
1524
1525
1526

SEQ 0039

PAGE 34

}gg;

2.5

}g%g

2.5.1

1531
}gg%

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

1534
1535

EXECUTION TIMES

TYPICAL (SYSTEM) -

NORMAL PASS

0 MIN

50 SEC

1538

KAMIKAZE MODE

10 MIN

5 SEC

1243.3

QUICK VERIFY =

KAMIKAZE Qv

0 MIN

10 MIN

}gzg

KAMIKAZE Qv

1547
1548
1549
1550
}gg%

128K WORDS OF MS11-M MEMORY (INTERLEAVED)
NORMAL PASS
3 MIN 55 SEC
QUICK VERIFY
1
MIN 50 SEC
KAMIKAZE MODE
22 MIN
SEC
KAMIKAZE Qv
0 MIN
SEC

1553
1554
1555
1556
1557
1558
1559
1560
1561
}gg%

512K WORDS OF MS11-P MEMORY
NORMAL PASS
MIN 55 SEC
QUICK VERIFY
MIN §5 SEC
KAMIKAZE MODE 42 MIN 30 SEC

1564

NORMAL PASS

1566

ADD

1567
}ggs

ARE

5 SEC

128K WORDS OF MS11-M MEMORY (NON-INTERLEAVED)
NORMAL PASS
2
N 25 SEC
QUICK VERIFY
1 MIN 0O SEC

1565

HERE

50 SEC

1541
1542
1543
1544

HOWEVER

128K WORDS OF MS11=L MEMORY

1536

1537

26-APR-82 09:41

KAMIKAZE MODE

KAMIKAZE Qv

2.5.2

MIN

_0 SEC

MIN 30 SEC

37 MIN

0 SEC

CALCULATIONS (SYSTEM)
ADD

ADD
ADD

g SEC PER 16K BANK OF NON-INTEREAVED MS11-M

SEC PER 16K BANK OF INT?RLEAVED MS11-M

s SEC PER 16K BANK OF MS11-L
22 SEC PER 64K BANK OF MS11-P

1570
1571
157;
157
;g;’so

QUICK VERIFY PASS
ADD
; SEC
ADD
SEC
ADD
8 SEC
ADD
20 SEC

15;9
15

KAMIKAZE MODE
ADD 10 MIN. PER 128K WORDS FOR APPROXIMATE PASS TIMES.

PER 16K BANK OF
PER 16K BANK OF
PER 16K BANK OF
PER 64K BANK OF

NON-INTERLEAVED MS11-M
INTERLEAVED MS11-M
MS11-L
MS11-P

SOME

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TEST TIME

(zlalaslalalalalalalalslels
Ly

wvununumumnumununmumununununummmnumn
mmmmmmmmmmmmmmmmmm

alzlalalalalalalalalaslalalalalele
Ly

DESCRIPTION

wuumumumunmunmnunumunmnununmnnmm
mmmmmmmmmmmmmm

MT0000
MT0001
M1000
MT000
MT0004
MT0005
MT000
MT000
MT0010
MT0011
HTOO1§
MT001
MT0014
MT0015
MT001
MT001
MT0020
MT0021
MT0022
MT0023
MT0024
MT0025
MT0026
MT0027
MT0030
MT0031
MT003
MT003
MT0034
MT0035
MT0036
MT0037
MT0041
MT004
MT004
MT0044
MT0045
MT004
MT004

1589

1590
1591
1592
1593
1594
1595
1596
1597
1598
1599
1600
1601
1602
1603
1604
1605
1606
1607
1608
1609
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628

PAGE 35

TYPICAL (TESTS)

—=b

1587

2.5.3

1579
1580
1581
1582
1583
1584
1585
1586

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 UORD WITH DBE
HOLDING 1°'S 0°'S

SYNDROMES TO CSR ON SINGLE 8IT ERROR TEST

MARCHING 0'S 1°'S TEST
REFRESH TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TES!
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

EXTENDED ADDRESS TO CSR ON ERROR TEST

WRITE BYTE TEST

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

SEQ 0040

1
1
1
1
1

NWW
&an 30000
SHEIS R WA —

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

26-APR-82 09:41

3.0

ERROR INFORMATION

3.1

ERROR REPORTING

SEQ 0041

PAGE 36

MOST ERRORS ARE REPORTED USING THE EMT TRAP AND HANDLER PROVIDED BY
SYSMAC.SML.scn?gg Egggks WILL BE OF THE ‘MEMORY DATA ERROR'' TYPE WHICH
MEMORY DATA ERRORS WILL ALSO CAUSE
TO BE MARKED AS BAD I N THE CONFIGURATION TABLE.

WILL BE DE

1640

OTHER ERRORS ARE BEST EXPLAINED BY REFERENCING THE

1643
1644

EXAMPLE 1:
MEMORY DATA ERROR

}gzg

1645
1646
1647
1648
}ggg
1651
1652
1653

1654

1655
1656
1657
1658

1659

1660
1661

1662

AND IF NECESSARY THE PROGRAM LISTING.

SPECIFIC

THE

BANK

TYPEOUT

XOR CSR MTYP INT PAT
BAD
GOOD
PADD
VADD
- 06
37 060006 03700006 000000 000100 000100 0
- 06
060006 03700006 000000 000100 000100 O
- 06
37 060006 03700006 000000 000100 000100 0
- 06
37 060006 03700006 000000 000100 000100 O
WHILE TESTING BANK 37 AT vxnruns 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

PC
022132
022132
022132
022132

PATTERN 6 (CINITIAL 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
YIELDS 100 WHICH INDICATES ONLY FAILING BIT(S)
AT
LOCATED
IS
CSR
MST11-P (ECC) MEMORY AND IT'S NOT INTERLEAVED. THE
172000.

EXAMPLE 2:

MEMORY DATA ERROR

BANK

GOOD

BAD

XOR CSR MTYP INT PAT

1667

06
1
022132 35 060000 03500000 000000 000001 000001 0 M
06
1
M
O
000100
022132 35 060002 03500002 000000 000100
06
1
M
0
000100
022132 35 060006 03500006 000000 000100
WHILE TESTING BANK 35, VIRTUAL ADDRESS 60000, PHYSICAL ADDRESS 3700000

1670
1671

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

1663
1664
}ggg

1668
1669

WITH PATTERN 6 (INITIAL DATA TEST), THE GOOD DATA EXPECTED WAS 0 BUT
BAD
AT GOOD
THE DATA ACTUALLY READ (BAD) WAS 1, THE EXCLUSIVE

}ggg

ASSERTED, THE CSR IS LOCATED AT 172000.

1674

WHILE ALSO IN BANK 35,

1675

1676
1677

}g;g
1682
1683

VIRTUAL ADDRESSES 60002 AND 60006 WERE EXPECTED
TO HAVE 0, 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 CSR IS
ASSERTED,
IS
1
BIT
ADDRESS
AND
INTERLEAVED MS11-M MEMORY,

LOCATED AT 172102 (CSR NUMBER 1 UNDER THE INT COLUMN)
SUBSEQUENT ERRORS OF THE
NOT TYPE A NEW HEADING.

SAME

TEST

333sazgaa
22002 ESRES

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

1695

3.2

26-APR-82 09:41

QR
gfl NSRRI YYYYNNYISINNNY

d
d
D
o
e

D— e
b D d =D b b b

w\lN\IN

cd D ) b b cnd b b
~
NN

PAGE 37

ERROR ABBREVIATIONS

THE FOLLOWING IS A LIST OF ALL ABBREVIATIONS USED IN ERROR REPORTS.
# OF ERRORS
1ST ADD
ARRAY
APTH
APTCORE
APTMOS
BAD

BAD-WD1
BAD-WD?2

— d e o e
~

BAD=CHK
BANK
8D-CC
CHKBITS
CONTRL
CPUERR

NUMBER OF ERRORS THAT WERE DETECTED.
FIRST ADDRESS THAT FAILED.
THE ARRAY NUMBER THAT WAS LOCKED UP IN THE MS11-M CSR.
THE # OF CPU'S APT EXPECTS ON THE SYSTEM.

BAD WORD #1 OF A DOUBLE WORD DATA VALUE.
BAD WORD #2 OF A DOUBLE WORD DATA VALUE.
BAD CHECK CODE BITS.
THE BANK NUMBER. BANKS ARE 16K WORDS LONG.
CHECK CODE BITS.
THE 7 BIT VALUE OF THE CHECK CODE BITS.
THE CACHE CONTROL REGISTER.
CPU ERROR REGISTER.
CONTROL AND STATUS REGISTER,
CSR NUMBER (0-F HEXIDECIMAL).
THE CACHE DATA REGISTER.

BAD

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.

Gggb WORD #2 OF A DOUBLE WORD DATA VALUE.
GOOD DATA.

INTERLEAVED (ADDRESS BIT 1 ASSERTED) (SR NUMBER.

MS11-L SIZE.
MEMORY ERROR REGISTER.

MEMORY MANAGEMENT REGISTER #0.
MEMORY MANAGEMENT REGISTER #1.
MEMORY MANAGEMENT REGISTER 0%.
MEMORY MANAGEMENT REGISTER #3.
MS11-M SIZE.

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

SEQ 0042

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
1737
1738

26-APR-82 09:41

SEQ 0043

PAGE 38

ERROR HALTS

};28

3.3

};212

THERE ARE SEVERAL HALTS IN THE PROGRAM.

‘%;22

ALL UNUSED TRAP VECTORS CONTAIN A TRAP CATCHER (.WORD .+2,HALT).
AN UNDEFINED TRAP INSTRUCTION HALTS AT SYMBOLIC LOCATION °‘SHALT2".

%;2%

THE APT DOWN LOAD SEQUENCE WILL HALT AT SYMBOLIC LOCATION “APTHLT''.

]‘;gg

HALT ON ERROR OPTION (SW15 SET) AT SYMBOLIC LOCATION “‘SHALT'.

‘%;g%

HALT PROGRAM (SW8 SET) AT SYMBOLIC LOCATION ‘‘SEXHALT''.

1753
;;gls'

POWER FAIL WILL NORMALLY HALT AT THE END OF
(SYMBOLIC LOCATION ‘‘SDOWN'").

1756
1757
};gg

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.

1760

THE

SHUT

DOWN

SEQUENCE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

SEQ 0044

PAGE 39

4.0 PROGRESS REPORTS
PASS COMPLETE TYPEOUTS AS FOLLOWS:
END PASS
END PASS
END PASS

#
#
#av

NOTE

oo
0

TO OBTAIN PROGRESS REPORTS WHILE EXECUTING, TYPING A CONTROL ‘“i'" WILL

PRINT _OUT T'E'IE INFORMATION ENCODED IN THE DISPLAY REGISTER.
EXAMP

BANK= 2 TEST= 34

REFERENCE SECTION 2.4.4.7.18 FOR MORE INFORMATION ON TRACING.
5.0

CSR INFORMATION TABLES

THE FOLLOWING I
REGISTERS WHIC
ASSIGNMENTS AND
SHOWS THE SIMIL

A PICTURE VIEW OF THE CURRENT CONTROL STATUS

(EZAN BE TESTED BY THIS PROGRAM. IT SHOWS BIT
Fl NITIONS TO PROVIDE A HANDY REFERENCE, AND
1 Tl ES AND DIFFERENCES BETWEEN EACH ONE:

—

NOTE

WN=O

—

PR 33323 Ng 5 SR

N~ SN

e =D

PASS 2 WAS FLAGGED AS A QUICK VERIFY
PASS.
(BECAUSE OF A CHANGE IN SW5)

ALL UNUSED BITS IN EACH CSR ARE EQUAL TO ZERO.

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
1815
1816

PAGE 40

26-APR-82 09:41

MS11-P CSR

1817

5.1

1821

111111111

1111111111

1818
1819
1820

1az§
}g‘
}&

1827
1828

1829

1830

}ggg

(In

IDE'EA!ISI!

1837

1838

}gzg

CHECK BITS

11111

1111°1.1

ISE'IP'DC'ECEE!

1111111111

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

}ggls.
1835
1836

101111°1°/.1

ISEVIP!PCIECEE!
ADDRESS
iDE! 'EA! !
0 0
1802
8513
F 1111
15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00

(111)

1111111

'DE'EA!SI! !

1111111°1°/.11

SYNDROME'S

ISE'IPIDC'EC!EE!

1111111111111
15 17 13 12 11 10 09 08 07 06 05 04 03 02 01 00

1843

1844
1845

1846

BIT ASSIGNMENTS ARE DEF INED

1849

BIT15 UNCORRECTABLE ERROR

1854

CSR.

1850
1851
1852
1853
1855
1856
1857
1858

}ggg

AS FOLLOWS:

ON A READ TO MEMORY (ECC DISABLE
BIT = 0), THIS BIT IS SET IF
A DOUBLE ‘ERROR OCCURS. THE
ERROR ADDRESS IS STORED IN THE

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

OCCURS.

1861

BIT14 EUB ERROR ADDRESS

1864
1865
1866

THROUGH A18. WHEN BIT 14 = 1,
DIAGNOSTIC DATA MAY NOT BE
LOADED INTO THE SYNDROME

186

}ggg

WITHBIT 14 =1,

A gsm TO THE CSR

WILL FETCH ADDRESS
REGISTER.

A21

PAGE 41

noos fiomren

BITS05-10 CHECK BIT STORAGE (CSR I1)
CHECK BIT STORAGE (DIAG CK
BIT 2 = 1)
WHEN IN THE DIAGNOSTIC CHECK

MODE THESE BITS ARE USED TO STORE
THE CHECK BITS 10 BE WRITTEN
INTO MEMORY OR THE CHECK BITS
READ FROM MEMORY.
IF A DOUBLE
ERRGR OR_SINGLE ERROR OCCURS
WHEN IN THE DIAGNOSTIC CHECK
MODE AND ECC DISABLE BIT 1 =
THEN THE CHECK BITS ARE stom
IN THE CSR TOGETHER WITH
THE DOUBLE OR SINGLE ERROR
BIT. THESE BITS ARE WRITEABLE

IN DIAGNOSTIC MODE. A "1
IS STORED_IN BIT 11 IF CSR
02, CSR13, AND CSR 14 ARE

SEf TO INDICATE THAT THE
MEMORY UNDER TEST IS A MS11-P.

BITS05-11 UNIBUS ADDRESS STORAGE (CSR I)
(DIAG CK BITS 2 = 0, ECC
DISABLE BIT 1 = 0)
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

—

OO0
WA
=

PONORONY
=2 =
Db b
3 —
WY =

—l—l-l-.-bd—l—l—l-.—.—l-id—l-.-.-.-ld-ld

e e

D e o e

e e

o o

00000000000000§§8§8§
O OVBNO N W=D
NT. XV 2 23333852 Qflg FEERRERRESE

o
3

1870
1871
187
187
1874
1875
1876
1877

26-APR-82 09:41

;

CZMSPAQ 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 CSR BITS 8
THROUGH 5 AND 0°S FROM (SR

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.

BITO5-10 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,

AND STORED IN C

THROUGH 10.
TO READ THE
SYNDROME BITS FROM CSR, BIT
YOU MUST READ THE Saaoa

i Y PP

p— p—" —p——g—p—-—_—
0P P P L P P

— e

D d e

) D

) D e

NONOND N
ao 8080383000000
$Sesessese
W
vcwa-'oog LENRURZES o~
SN LIS3ERRRPRRSR
WS
-O0 33 T3S TNRNEP

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

MODE) AND
THE CSR READ AGAIN.
THIS OPERATION
WILL ALLOW SYNDROME BITS
FOR A SINGLE OR DOUBLE
FAILURE TO BE READ INSTEAD
OF THE ADDRESS SITS NORMALLY

READ WHEN CSR 02

IS SET TO ‘0.

BITO4 SINGLE ERROR
IF ON A READ TO MEMORY A
SBE OCCURS, THE ERROR

ADDRESS A21-A11 AND

THE ERROR SYNDROMES WILL

2032

PAGE 43

BE LOGGED IN CSR BITS 5-11
UNLESS THE UNCORRECTABLE ERROR
CSR 15 IS SET. THE ERROR
ADDRESS WILL BE LOGGED
UNCONDITIONALLY_IN THE ECC
DISABLE MODE. THIS BIT_IS NOT
SST 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 E SET INHIBIT MODE
(BIT 13 ). WHEN BIT 13 IS SET

A 16K PORTION OF
TO A 1, A
IBITED FROM
MEMORY IS
IN THE
OPERATING
MODE OR DIAGNOSTI c

THE INHIBIT MODE PO

INDICATES WHICH 16K

B
INHIBITED, I .E.,
THE FIRST 16K
i
INHIBITED, B | T
F
MEMORY
I
SECOND 16K O
INHIBITED.

26-APR-82 09:41

SEQ 0048

O
W

=00
W

SIS
- 3o

e e e e

LR L 388838
Sy EEEEEEEREE

e o

o e

D e e

i o

00000

ng
=
SIERRE N

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

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

IN CONJUNCTION WITH

BIT 15, THEREFORE ALLOWS A 16K

CHUNK OF MEMORY TO ALWAYS HAVE
ECC COVERAGE. THE SYSTEMS
DIAGNOSTIC CAN THEREFORE
RESIDE IN THIS PROTECTED
PORTION OF MEMORY AND CAN
g}sme ECC AND/OR RUN THE
AGNOSTIC CHECK MODE IN_THE
RE ST OF MEMORY WITHOUT ITSELF
TO SINGLE
COMING
RORS,
THIS BIT IS A READ/WRITE
T RESET BY POVER UP AND BUS
T
I

LOCATION.

26-APR-82 09:41

SEQ 0049

PAGE 44

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

R——

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
?fi'g)’gfl"‘b CLOCK THEM INTO

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
IN DIAGNOSTIC
ADDRESS BITS.
CHECK MODE THE ERROR_SYNDROME
BITS WILL BE READ WHEN CSR
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 4
AND CSR 15 OR A DOUBLE ERROR
WILL SET CSR 15 AND ASSERT
BUS PBL _IF CSR 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 WLESS 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

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

2090
2091
2092
2093
2094
%832
2097
2098
2099
2100
—=-=S0000000

b
d e cd o e b

ESLSLSTNTNTNT,NT,N
18]

%}8}

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

BITO0 UNCORRECTABLE ERROR
INDICATION ENABLE
IF A DOUBLE ERROR OCCURS WITH
ECC ENABLED OR A SINGLE ERROR
OR DOUBLE ERROR WITH ECC
DISABLED, ON A READ CYCLE TO THE
MEMORY AND THIS BIT IS SET,
THEN BUS PBL WILL BE ASSERTED.

SEQ 0051

5.2

MS11-L CSR

3
!
3

1111
1.
ADDRESS
:
11111
I
I

I
:
1

I
1
'WP!
1
I

1
!AE
1

—. -

1
5.
1
'PE!EV!
&
5
;.

WIWWWINNI NN RO NI NI NI NI NIND = b b b b b b

ESTLNL
NS LNT NI NN |NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
— o e e s cd c cd D ) w cd D e e D e D cd D e )

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

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

ERROR
BIT14

11-5
BITS
WITH
ADDRESS

—

o
~

d e

b cd

d e

oMWY

b db

o o ch d cmh cnh d

d o

b o

o o

SR WN-‘SOONOU\&WN-‘OO@NO‘\A&WN-‘OOON

BIT15 PARITY ERROR

21-18

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

TRAP

WHEN

TO VECTOR

WHEN SET.

CLEAR;

114

N
26-APR-82 09:41

R R AR ERIIVIININNIT

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

SEQ 0052

PAGE 47

MS11-M (SR

BIT ASSIGNMENTS ARE DEFINED AS FOLLOWS:

BIT1S

THE

RSB R

AT AT

BIT14

EuB

ERROR

RS E e S R

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

NN
NN

ZERO AND
EITHER BITlo
OR_ BIT 15
IS A ONE
THE LOW ORDER FAILING

LE (BITS 11=17); WHEN
BIT14 IS ONE, THE HIGH

ORDER FAILING ADDRESS=es ARE AVAILABLE (BITS

18-21 OF Anonsgs)m 1:
me nemn
I

UNIBUS, A JUMPER DIS~IT IS am ONLY, AND

ABLES fnxs BIT SO THAT
EQUAL
TO ZERO.
.

221%

BIT13 SET INHIBIT MODE

WHEN THIS BIT IS SET
TO A 1,
IT ENABLES THE

515
19

MODE

POINTER

INHIBIT
EITHER
FIRST OR SEC

FROM EVER

THE

ECC

ERROR ADDRESS IS

STORED IN THE
CSR.
THIS BIT
1S ALSO SET
IN THE ECC
DISABLE
MODE
IF AN SBE OR DBE
OCCURS.

22?3

UNCORRECTABLE

ERROR THIS BIT IS SET
IF A DBE OCCURS,
AND

2206
2207
2208
1;
1

I
1.1
1.1
!SE!IP!DC!EC!EE!
$
£
&
3
3

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

2205

Bt
o = b

1.
£
8.
8
53
5.
3.2
23
:DEIEVISI!
!
ADDRESS
1
1
11111111

L AT A A AT AT AU A A A A

A A

5.3

DIAG.

GOING

CHECK

DISABLE

THE

INTO

MODE.

WHEN THIS BIT IS SET
TOAO, IT ALLOWS THE

DIAG.

CHECK

MODE

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

26-APR-82 09:41

SEQ 0053

PAGE 48
AND/OR__
ECC__
DISABLE
MODE_TO OPERATE OVER
THE ENTIRE MEMORY ON
THE BOARD.

ERROR
115
BITS
ADDRESS
WITH
BIT02
CLEARED AND BIT14 SET,

THEY CONTAIN THE HIGH
ADDRESS
ORDER ERROR

21-18);

(BITS

2238

WHEN

BITO2 AND BIT14 ARE
CLEARED,
THE

LOW

THEY CONTAIN

ORDER

ERROR

ADDRESS (BITS 17-11);
WHEN BIT02 IS SET THEY
CONTAINS
CHECK BITS
FOR ECC.

BITO4 SINGLE ERROR SET
WHENEVER SINGLE ERROR
OCCURS.

BITO3

POINTER

INHIBIT
_THE

MODE

INHIBIT

MODE POINTER WORKS _IN
CONJUNCTION WITH THE
SET INHIBIT MODE_ BIT.
IS SET TO A
WHEN BIT13
1, A 16K PORTION
MEMORY IS lMflBlTTED
FROM OPERATING IN THE
ECC_DISABLE MODE OR

DIAGNOSTIC CHECK MODE
.

8IT
0,
INOPERATIVE.

BI1T02 DIAGNOSTIC CHECK
E

BITS(SEE BITS 11-5).
IF
DBE OCCURS_ _IN
THIS MDE (WITH BIT1=0
), BIT15 IS SET, BUT

THE

CHECK BITS READ

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

26-APR-82 09:41

2279
2280

ADDRESS BITS.

2283

2284
2285

2289
2290

2291

2292
2293
229
2295
2296
2297
2298
2299
2300
2301
%ggg
2304
2305
2306
2307
2308

2309

SEQ 0054

PAGE 49

ARE _STORED IN _BITS
11=5, NOT THE DBE

2281
¢282

2286
2287
2288

B8ITO1 DISABLE ERROR
CORRECTION WHEN SET NO
SINGLE ERROR CORRECTIA
ON TAKES PLACE.
SINGLE BIT ERROR WILL
SET BITO4 AND BIT15
AND ASSERT BUS PBL L
IF BITO0 IS ASSERTED;
DOUBLE ERROR WILL
SET SET BIT15 AND ASIF
SERT BUS PBL
8IT00 IS ASSERTED.
IHE ERROR ADDRESS IS

STORED IN THE CSR, AND
CORRECT CHECK BITS ARE
GENERATED AND STORED
ON A WRITE.

UNCORRECTABLE
81700
ERROR ENABLE WHEN SET
ENABLES TRAP TO VECTOR
114 ON UNCORRECTABLE
ERROR

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

BIT 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

6.2

26-APR-82 0§:41

SEQ 0056

PAGE 51

TESTS

6.2.1

GENERAL TEST INFORMATION

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
NUMBER OF THE TEST.

SETUP PROCEDURES FOR EACH TEST ARE IDENTIFIED BY SYMBOLIC LOCATIONS
"MTOO0YY'* WHERE YY WILL BE THE NUMBER OF THE TEST.

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

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

SYMBOLIC LOCATION

"MKPAT

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
IS A TABLE OF
‘FSPAT''
SYMBOLIC LOCATION
BANK OF PARITY MEMORY.
TESTS THAT CAN BE RUN IN FIELD SERVICE MODE (COMMAND 5).
THE 1ST 3 SCRIPTS ARE COMPLETELY CONTROLLED BY THE APT E-TABLE (EVEN
ER APT). MODIFICATIONS TO THIS TABLE CAN BE MADE
IF NOT RUNNING
(1) WITH APT, OR (2) MANUALLY.

EXAMP!E E-TABLE SEGMENT:

;THE FOLLOWING LOCATICNS SPECIFY WHICH TESTS
sARE TO BE RUN FOR PA<TICULAR MEMORIES

*REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO TESTS.
;BITO SET WILL RUN THE FIRST ENTRY_IN THE TABLE,

BITO SET

INOTE**NULL TESTS DO NOT TAKE ANY TIME
177777
.WORD
$DDWO:

;ECC CSR TESTS

;IN THE SECOND WORD WILL RUN THE 17TH ENTRY IN fHE TABLE...

$DDW1:
$DDW2:
$DDW3:
$DDWe:
$DDWS:

.WORD
.WORD
.WORD
.WORD
.WORD

177777
177777
177777
177777
177777

RE COMMENDED wq#e

*ECC CSR TESTS
*ECC TESTS
*ECC TESTS
*PARITY TESTS
*PARITY TESTS

177777 TABLE = MKCSR it

177777 TABLE = MKCSR Vs
10;777 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

SEQ 0057

PAGE 52

SPECIFIC TESTS

6.2.2.1

TEST 0

BASIC DATA TEST

WRITES

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
SUCH THAT (1) IT RETURNS AFTER WRITING
ONLY (THE 1ST NOP IS REPLACED WITH A
RETURN) OR (2)
IT ONLY COUNTS ERRORS
(THE CNDE PERRO2 AND *UP ARE REPLACED
WITH INC G#PATERR)
.

FOR

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

6.2.2.2

TEST 1

WRITES

READS

SEQ 0058

PAGE 53

ADDRESS TEST

INCREMENTING

ADDRESSED INTO A 16K BANK.

PATTERN

EQUIVALENT

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

PHYSICAL

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

26-APR-82 09:41

SEQ 0059

PAGE 54

454
455
45

238

TEST 2

COMPLEMENT ADDRESS TEST

228

6.2.2.3

461

WRITES THE COMPLEMENT OF THE PHYSICAL ADDRESS FROM HIGH

2664

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

%22

ADDRESSES

LOW (WRITE DOWN) AND READS FROM LOW ADDRESSES TO HIGH (READ UP).

%222

PATTERN AND ADDRESSING SEQUENCE.

2467

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

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

26-APR-82 09:41

PAGE 55

469
470
471
47
47

2474

%2;5

6.2.2.4

%2;8

CHANGE .

2479

TEST 3

3 XOR 9

WRITES READS A TEST THAT COMPLEMENTS AS ADDRESS BITS 3 AND 9

2480
5481

THIS TEST IS RUN & TIMES (1) WITH ZEROS ONES, (2) WITH ONES
(3) WITH 401 ONES, AND (4) WITH ONES 401. THE TEST OF
ZEROS,

2484

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

22%%
2485

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

]

J 5
CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113

2495

2496

26-APR-82 09:41

6.2.2.5

TEST &

SEQ 0061

PAGE 56

ROTATING ZEROS TEST

2497
2498

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

2501

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

2504

NOTE

2506
2507
2508
5209

IT IS NOT UNCOMMON TO OBSERVE THE GOOD
THIS
EQUAL TO THE BAD DATA,
DATA
INDICATES THAT THE CARRY WAS NOT CLEAR
AFTER 18 ROLB'S.

2499

ZERO AND THE WORD (2 BYTES) IS STILL ALL ONES.

PAGE 57

26-APR-82 09:41

SEQ 0062

WWWWWNI A NN NI NININININ) =2 b =

WN=O VNS WN—=O0V0 NN

b e =3

Vi wvivibviaiusvuiviuavivivvaainaaiwi

MNONIANANNININININ
NN NN NN NN
AN

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

36
37

6.2.2.6

TEST 5

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.

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

IT IS NOT UNCOMMON TO OBSERVE THE GOOD
THIS INDICATES
DATA EQUAL THE BAD DATA.

THAT THE CARRY

ROLB'S.

WAS

NOT

SET

AFTER

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

TEST 6

PAGE 58

2545

6.2.2.7

2548
2549

WRITES READS A DOUBLE WORD FIRST WITH ALL BITS 0 EXCEPT 1 (FOR EVERY
BIT POSITION), SECOND WITH ALL BITS 1 EXCEPT 1 (FOR EVERY BIT
POSITION).
THIS IS A VERY QUICK CHECK OF THE DATA PATHS.

——————————————————

2550
2551
2552

2546
2547

INITIAL DATA TEST

2539
2540
2541
2542
2543
2544

26-APF-82 09:41

mS5

A ViV
OO
VNN
NIV
8\1&\#20“\)—'000\10\"4‘

NN NN NN
NN

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

2569

26-APR-82 09:41

6.2.2.8

PAGE 59

ADDRESS BIT TEST

TEST 7

WRITES A BACKGROUND OF ALL ZEROS.
READ ADDRESS 1 FOR A 0 BYTE.
COMPLEMENT ADDRESS 1.
READ ADDRESS 1 FOR A NON 0 BYTE.
B
FOR _EACH ADDRESS BIT POSITION FROM

VIRTUAL (2 0§' 10, 20, 40, 100, 200, 400

60000, 200

PHYSICAL (60002

60004

61000, 62000, 64000,

60010,

60020,

60040,

70000, 140000, 1060000)

WORD.
READ ADDRE§S ron A 0CONTENTS.

1000,

2000,

4000,

10000,

60100,

60200,

60400,

COMPLEMENT ADDRESS
READ ADDRESS FOR A NON=ZERO WORD.

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

N
26-APR-82 09:41

SEQ 0065

PAGE 60

NIN NN NN

PSSR SRR

SRR

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

2596

2600
2601

6.2.2.9

TEST 10

BYTE ADDRESSING TEST

WITH ECC DISABLED.
WRITES ALL ONES TO
A DOUBLE WORD.
FOR EACH OF THE 4 BYTES IN THE DOUBLE WORD.
CLEARS ONE BYTE.
READS ALL 4 BYTES FROM DOUBLE WORD.
CHECKS FOR ONLY PROPER BYTE CLEAR.
ALL OTHER BYTES SET TO ALL ONES.

THIS IS ONLY DONE ON ONE DOUBLE WORD ADDRESS.
NOTE

THIS IS RUN FOR ECC MEMORY ONLY

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

26-APR-82 09:41

SEQ 0066

PAGE 61

605

6
60
608

6.2.2.10

5215
2613

TEST 11

SINGLE BIT ERROR TEST

CREATE A SINGLE BIT ERROR.

5212

2. READ DATA UNCORRECTED (WITH ECC DISABLE).

9
32}
2618

CHECK THAT SBE AND DBE FLAGS ARE SET, AND THE ERROR ADDRESS

3%55

2623

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

%ggg

CLEAR SBE FLAG.

%g%g

%ggg

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

2632

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

3253

gggg

2633

10.

2636

2637
5g§g
2641

‘

11.
12.

%ggg

13.

IF NOT IN QUICK VERIFY MODE THEN DO (1-8) FOR DATA CONSISTING

OF 1 BIT SET IN EACH OF 32 Posxrxons OF A DOUBLE WORD.
I.E. (32 X 32= 1024 TIMES)

DO (1-9) FOR coaneneurso DATA (1 BIT CLEAR

POSITIONS OF A DOUB

s 20 8

IN EACH OF

TIMES)

64 TIMES (ouxcx VERIFY))

ALL
DO (1-7) FOR A DOUBLE WORD EQUAL TO (000000,000000),
CHECK
rne
INTO
FORCED
COMBINATIONS
ERROR
POSSIBLE SINGLE BIT
CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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

zggg

NOTE

zggg

THIS TEST IS RUN FOR MS11-M MEMORY ONLY

2658

BITS (CSR BITS 5-11).

gzg

2653

THE

(32 TIMES)

2 X

2645
2646

5225

DOUBLE WORD.

1 E.

2642

%gzz

ERROR ADDRESS WAS LATCHED.

1.E.

%ggg

2640

IS LATCHED.

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
2661
266
266
2664
2665

%gg?
2668

26-APR-82 09:41

6.2.2.11

TEST 12

SEQ 0067

PAGE 62

WRITE BYTE CLEARS SBE TEST

%2‘7’3

CREATE A SINGLE BIT ERROR.

%g;%

WRITE A BYTE OF DOUBLE WORD TO ONES.

52;2

5252

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

%g;g

THE BYTE SHOULD HAVE BEEN EQUAL TO ONES.

%ggg

2681

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

2682

. READ A BYTE OF DOUBLE WORD.

DOUBLE WORD

1.E.

%ggz

(32 TIMES)

2685
2686
gggg

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.
I.E. (32 X 32 = 1024 TIMES)

52893

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

2691
2692

52343

2695

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

%ggg

THIS TEST IS RUN FOR MS11-M MEMORY ONLY.

2697
2700

CZMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
6.2.2.12

TEST 13

SEQ 0068

PAGE 63

CREATE 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
?gf SRIS,ITIMS OF A DOUBLE WORD LESS THE ONE POSITION OF THE
1.E.

(31 TIMES)

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

x.e.' (31 X 32 = 992 TIMES)

DO (1-8) FOR COMPLEMENTED DATA (ONES VERSUS ZEROS
WORD)

DOUBLE

(992 X 2_=_1984 TIME
I.E.
X 2 = 62 TIMES (OUICK VERIFY))
(31

OF
EACHALL
NS FORCED INfO
COMBINATIO
ERROR
BIT
DOUBLE
POSSIBLE
THE CHECK BITS (CSR BITS 5-11).

10.

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

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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.

AND

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
E%’L(EBITS 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
INDICATOR.

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)
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

CZMSPAOD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

SEQ 0070

PnGE 65

2795

796

§m
798
2799

%gg?
2802

6.2.2.16

TEST 15

WRITE INHIBIT uF BYTE WITH DBE

%ggz

CREATE A DOUBLE BIT ERROR.

%ggg

DO A MOVB IMMEUIATE TO TEST BYTE.

%gg;

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

53%

DO (2-3) ON ALL 4 BYTES OF DOUBLE WORD.

2811
2812

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
BIT.
1ST BAD

2813

1.E.

%g}lso

2816
%g};

2822

2826

%g%?

2832

2833

2834
2835

DO (1=-6) FOR COMPLEMENTED DATA (ONES VERSUS ZEROS

WORD).

DO (1-4) FOR A DOUBLE WORD EQUAL TO (000000,000000),

ALL

POSSIBLE DOUBLE BIT ERROR COMBINATIONS FORCED INTO I'HE CHECK
BITS (CSR BITS 5-11).
CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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

AFFECTED BYTE.

5%28

2838

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

2841
284

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

5&4

IN DOUBLE

1.5. (992 X 2 = 1984 TIMES)
(31x2 = 62 TIMES (OUICK VERIFY))

2823
%ggg

2827
%ggg

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

1.E. (31 X 32 = 922 TIMES)

5353
2821

(31 TIHES)

RUN FOR ECC MEMRY ONLY.

ANY

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

26-APR-82 09:41

SEQ 0071

PAGE 66

2848
849
850
851

TEST 16 WRITE INHIBIT OF WORD WITH DBE TEST

%%%’;

6.2.2.15

%ggg

CREATE A DOUBLE BIT ERROR.

%ggg

DO MOV IMMEDIATE ON TEST LOCATION.

%gg?

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

%gg%

DO (2-3) ON BOTH DOUBLE WORDS.

2864
2865
2866

2869

%g;g

1 s.

IF NOT IN QUICK VERIFY MODE THEN DO (1-5) FOR THE 1ST BIT OF

sagg DOUBLE

BIT

ERROR

IN EACH OF 32 POSITIONS OF A DOUBLE

ng 5}-6) FOR COMPLEMENTED DATA (ONES VERSUS ZEROS
1.E.

2876

588;;

(31 nnss)

I.E. (32 X 32 = 992 TIMES)

gg;%
gfi;g

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
T BADBIT.

DOUBLE

(992 X 2 = 1984 TIMES)

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

2879
2880

g‘,ggz

DO (1-4) FOR A DOUBLE WORD EQUAL TO (000000,000000),
POSSIBLE DOUBLE BIT ERROR COMBINATIONS FORCED INTO’ me cnscx

BITS (CSR BITS 5-11).

ggg;

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

2885
2886

THIS INSURES THAT NO DOUBLE BIT ERROR CAN BE CLEARED BY A MOV TO ANY
AFFECTED WORD.

2%898

NOTE

2887
2888

2331

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

289
289

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

2895

289
2897

RUN FOR ECC MEMORY ONLY.

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

26-APR-82 09:41

SEQ 0072

PAGE 67

W) =

YUYELELH

6.2.2.16

TEST 17

HOLDING 1°'S

0°'S TEST

ALTERNATING

BYTES

WRITE A 16K BANK WITH

READ EACH WORD FOR CORRECT TEST.

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

WRITING A BYTE AT A TIME.

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

ZEROS

1°S.

ONES

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

26-APR-82 09:41

SEQ 0073

PAGE 68

TEST 20

6.2.2.17

SYNDROME BITS TO THE CSR ON A SBE TEST

WRITE CSR WITH CHECK BITS TO CORRECT BIT 0 OF THE FIRST AUT

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

CLEAR CSR.

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

READ THE CSR FOR THE SBE INDICATOR, BIT 4.

WRITE THE CSR TO DIAG MODE TO CLOCK THE SYNDROME BITS INTO

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

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

CSR BITS 5-11.

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

THIS CHECKS THE INTEGRITY OF THE 32 BIT DOUBLE WORDS.

gegesesy R}

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

NOTE

IT IS NOT UNCOMMON TO SEE A MISLEADING
ERROR TYPEOUT BECAUSE THE SECOND TEST IN
EACH CASE IS BASED UPON A BYTESWAP OF
THE FIRST TEST WHICH MAY OR MAY NOT HAVE
IF THE ERROR REPORT INDICATES
FAILED.
ERRORS IN PAIRS WITH THE BAD BIT IN THE
BIT
SAME
THE
SECOND REPORT_ BEING
YOU
THEN
BYTE
A
POSITION RELATIVE TO
REPORT.
ERRCR
SECOND
SHOULD IGNORE THE

ONES

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
3008

3009

1
01
301%
301

26-APR-82 09:41

6.2.2.19

)

TEST 22

SEQ 0075

PAGE 70

REFRESH TEST

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

35%2

THIS TEST IS ON ADDRESSES NOT BIT POSITIONS.

3017

EXAMPLE:

3019

ADDRESS

3018

WN=O V0O~

e
s
FERSEIRRERRONT
gesaesssnasmamasnsans
OV~ IO NS WN=O VRN
NS

3020

MSB'S
LSB'S

'!00010001
'00100010
'01000100
'10001000
'00010001
'00100010
'!'01000100
'!'170001000

NOTE

EXAMPLE USES KDIAG OF VALUE & MORE TYPICAL IS A VALUE
OF 8. CONSULT THE SYMBOLIC DEFINITION OF ‘XDIAG'' IN
THE PROGRAM LISTING TO BE SURE.

DISTURB EACH ROW FOR > 3.2MS
READ CHECK DIAGONAL PATTERN

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

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

NOTE

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR_ ACT.

INVOKED VIA

FIELD

(KAMIKAZE MODE).

SERVICE

EXECUTED
IT MAY BE

COMMAND

THE

DIAGONAL

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

26-APR-82 09:41

SEQ 0076

PAGE 71

3062
3063

6.2.2.20

TEST 23

SHIFTING DIAGONAL TEST

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

DOES

NOTE

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR ACT.

INVOKED VIA

FIELD

(KAMIKAZE MODE).

SERVICE

EXECUTED
IT MAY BE
COMMAND 13

NOT

DELAY

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

%8%%

3091

3092

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

INCREMENTED BY 400 OCTAL (EVERY 64TH DOUBLE WORD)
NOTE

3095

3096

3097

THAT ADDRESSING

THIS

EXCEPT

TEST

UNDER

INVOKED VIA

NOT

APT

FIELD

(KAMIKAZE MODE).

NORMALLY

ACT.

SERVICE

EXECUTED

IT MAY BE

COMMAND

9
g
(1)
%

ACCESS TEST DOUBLE WORDS.

6. CHECK THAT NO SBE TRAP OCCURRED.
WRITE A SBE IN 1 BYTE.
DISABLE CSR TRAPS.
9. 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 NO TRAPS OCCURRED.

19.

ENABLE CSR 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 DOUSLE WORD.

24.

CHECK TO INSURE TRAP OCCURRED.

25.

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

D
d
D
D o

o o

e o

b b b b cd b b

D o

o
b e

D e

D e o

e o

N
W N NN PO NI N NI N NI NININD =

e
e
D e
b e ed e o

b e

D i

b e

e o

o e

VIVAWVAWVIMAVIAAAIWAES
S5 85 25 85 85 85 8 8 2 W

SEQ 0078

INTERRUPT ENABLE TEST

NN N N

TEST 25

SET CSR TO ALLOW UNCORRECTABLE ERROR TRAPS.
ACCESS TEST DOUBLE WORDS.
CHECK THAT NO UNCORRECTASLE ERROR TRAP OCCURRED.
ENABLE CSR FOR SBE TRAPS.

e e

AUl L U U A O U U U U4 A U N U N U N N N N N N O

6.2.2.22

PAGE 73

1.
2.
3.
4.

89
83
?
%

26-APR-82 09:41

3«»:&:- gmdooawomam—-oog Ngmgu

N N NN N N N A N N N N N N NN N N NN N NN W NN NN W N

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

THIS INSURES THAT SBE'S

DBE'S GIVE THE CORRECT TYPE OF TRAPS.

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

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

26-APR-82 09:41

SEQ 0079

PAGE 74

188
1

164

}es

163

123

6.2.2.23

TEST 26

RANDOM DATA TEST

gx;g

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

};

READ CHECK RANDOM DATA.

THE

SAME

};g

THIS ROUTINE REGENERATES THE SAME RANDOM NUMBERS BY USING

3177
§173

3176

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 SAME SEQUENCE

3181
g}gg

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

3133

3184

3185

g}g;

3188

g}gg

3191

3192

OF RANDOM NUMBERS.

’

MODIFY SYMBOLIC LOCATIONS *‘SEEDHI'* AND ‘‘SEEDLO'* TO ANY NUMBER

ENTER FIELD SERVICE MODE AND EXECUTE THIS TEST (COMMAND 5)

YOU LIKE.

ON SOME (ANY GOOD) BANK FOR A SHORT TIME (30 SEC OR SO).

THIS CAN EXECUTE OUT OF THE USER DATA PAR'S, THE

AND THE SUPERVISOR DATA PAR'S.

KERNEL

DATA PAR'S,

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
194
195
196
197
198
199

i%g?
g%g
5

%%82

3207

3288

SEQ 0080

PAGE 75

6.2.2.26 TEST 27 UNIQUE BANK TEST
THIS TEST USES TEST O TO WRITE

READ THE BANK

NUMBER

IN EACH

IT DOES NOT TEST BANKS THAT REQUIRE RELOCATION TO TEST.
IT DOES NOT RUN AS PART OF ANY SCRIPT BUT RATHER IS ALWAYS

NORMAL PATTERN TESTS ARE COMPLETE.

RUN AFTER

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

26-APR-82 09:41

PAGE 76

ifi%&
1

14
15

517

]‘s

220
3221

gggg

- 3224
3225

3226
3227
3228

6.2.2.25

TEST 30

FLUSH OUT DBE'S TEST

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

POSSIBLE).

IT DOES NOT RUN AS PART OF ANY SCRIPT BUT RATHER IS ALWAYS RUN JUST
AS PART OF A CONTROL ''C'' (BOOT)
PRIOR TO THE END OF PASS CODE,
COMMAND, AS PART OF END OF PASS SHUTDOWN FOR ACT OR XXDP CHAIN nooe.
AS PART OF HANGING SEQUENCE AFTER AN ERROR IF UNDER ACT OR APT, AND AS

PART OF A SHUTDOWN SEQUENCE DIRECTED BY SWITCH 8 (MALT PROGRAMS.

SEQ 0081

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

26-APR-82 09:41

SEQ 0082

PAGE 77

6.2.2.26 TEST 31 SOB=A=LONG TEST

RATIONALIZATION

236
37
3238

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 UP A

éé?

gzg

BACKGROUND IN WHICH ANY COMPLEMENTED BIT MAY FIND IT HARD TO SURVIVE.

3241
3242

THE SOB INSTRUCTION IS THE ONLY PDP=11 INSTRUCTION THAT IS (1) A
SINGLE OPERAND, (2) CAN BE RE-EATEDLY EXECUTED AT THE SAME PC AND, (3)

3245

HENCE, IT CAN BE POSSIBLE TO SOB A MOS CELL

ggzz

CAN ESCAPE THIS REPETITIOUS LOOP.

TO DEATH

(OR AT

LEAST

3246

BRAIN WASH HIM), AND TO SOB A CORE INTO OVER-HEATING (OR AT LEAST WARM

3249
3250

THE SOB ROUTINE WILL BE LOADED AND CALLED WITH RO SET EQUAL TO THE SOB
CONSTANT ''SOBK'', R1 SET EQUAL TO THE COMPLEMENT OF A ‘'SOB RO,."’

gggz

SIMPLIFIED SOB EXAMPLE:

ggzg
333;5

3255
3256
3257
3258
3259
3260
3261

3262
3263

§§2's'

DISCOMFORT) .

INSTRUCTION **100776'".

1$:
2s:

$08
CMP
BEQ
SOBFAIL
S0BMOV1
SOBMOV

MOV

:S08 TILL RO UNDERFLOWS
*READ CHECK NOT SOB
*SKIP IF OK
*TRAP “REPORT ERROR
*CODE TO GET SELF MOVED
*FORWARD 1 WORD AND RUN AGAIN

RO,1$
R1,1$

:WRITE COMPLEMENT OF SOB

R1,1%

SOBMOV

S0BMOV4

SOBMOV. . .

3266

THE VALUE OF THE SOB CONSTANT CAN BE FOUND AT SYMBOLIC LOCATION ‘'SOBK'’

3269
3270

THIS TEST IS NOT IN THE NORMAL SCRIPT OF EXECUTION BUT MAY BE ADDED
VIA. THE APT E-TABLE, REFERENCE SYMBOLIC LOCATIONS ‘MKPAT'',METHOD
"MJPAT',
OF

gggz

3271
gg;

(TYPICAL 25 DECIMAL).

"$DDW2-5"'. FIELD SERVICE MODE COMMAND 8 IS THE NORMAL

RUNNING THIS PATTERN.

3274

NOTE

3275

3276

277
78

THIS TEST IS NOT NORMALLY
EXCEPT UNDER APT OR ACT.

(KAMIKAZE MODE).

EXECUTED
IT MAY e§

INVOKED VIA FIELD SERVICE COMMAND 1

SEQ 0083

PAGE 78

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
284
85
86
287

TEST 32

WRITE RECOVERY TEST

%223(1)

6.2.2.27

3295

MAY BOMB OR IF
AND IF THE 1ST, 3RD, STH, ...READ IS BAD THE PROGRAMGRACEFULLY
TYPE

329

329%
g%g(s’
3297

3298
3299
3300
3301
3302
3303
3304
3305
3306
3307
3308
3309
3310

THIS TEST CAUSES A WRITE,

THE 2ND, 4TH, 6TH. ...
OUT THE ERROR.

READ, WRITE, READ, ...

READ IS BAD THE PROGRAM WILL

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.
IN THE DEBUG, REMEMBER THAT THE BANK AND MARGIN ARE BEING
AID
T0
DISPLAYED. THIS WILL ALLOW THE USER TO AT LEAST SEE WHICH MEMORY
.
BANK FAILED.
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
ON ENTRY TO THE BANK AND R1 CONTAINS THE HIGHEST TEST ADDRESS IN
THAT BANK.
IF YOU UNDERSTAND THIS SO FAR THE REST IS EASY.
THE_TEST _EXECUTION IS AS FOLLOWS:

1. THE 'MOV R2,=-(PC)'*

2. SINCE R2 CONTAINS A ‘‘'COM =(R1)"* INSTRUCTION IT COMPLEMENTS
m; 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,-(PC)
INSTRUCTIONS REACH THE MIDDLE OF THE TEST BANK.
THEN THE ‘‘JMP (RO)'* INSTRUCTION IS MET
?SD,E’;?“{;E”' RO CONTAINED THE RETURN ADDRESS BACK

3313
3314
3315
3316
3317
3318
3319
gg?

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

%.3
3324
3325

NOTE

3326

330
331

INSTRUCTION EXECUTES STORING

THE CONTENTS OF R2 IN THE ADDRESS IT VACATED (DUE TO -(PC).

3312

fiss

IN MEMORY

WRITE RECOVERY TEST

3311

3327

TO OCCUR

THIS

EXCEPT

TEST

UNDER

INVOKED VIA

NOT

APT

FIELD

(KAMIKAZE MODE).

NORMALLY

ACT.

SERVICE

EXECUTED

IT MAY BS

COMMAND

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

26-APR-82 09:41

TEST 33

6.2.2.28

SEQ 0084

PAGE 79

BRANCH GOBBLE TEST

_THE
THIS TEST LOADS A SMALL ROUTINE INTO THE MEMORY UNDER TEST.
ROUTINE MOVES ITSELF ALONG iN MEMORY ONE WORD AFTER EACH PASS SO THAT
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:

1$:
28:

38:

4$:

AND

sTEST WORD

SEC

sINC LOW BYTE
:END LOOP AFTER 128 TIMES
sINC HIGH BYTE
;LOOP 128 TIMES

BGTEST
1$
BGTEST+1
BRGOBB

ADCB
8MI
INCB
BR
BVS

sBRANCH IF V-BIT SET (SHOULD BE)

ERROR

CLV
INCB
BCS
8v(C
BMI
ERROR

:ERROR TRAP

sCLEAR V-BIT
sINC HIGH BYTE 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
3%
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

CZMSPAO 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.
SMALL (AND THEY ARE) THEN THE ELECTRONS DISPLACED BY THE
VERY
CELL IS
ARE SUFFICIENT TO CAUSE THE CELL TO CHANGE FROM A ONE
PARTICLE
ALPHA
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
EEEIT(GR(I){‘IVIQLIDATED BECAUSE ANOTHER TEST WAS WRITTEN OVER THIS

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

SEQ 0085

26-APR-82 09:41

SEQ 0086

PAGE 81

RRRERRR P A5 o
S
S S
e
BEIS eSS

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

6.2.2.30

TEST 35

WORST CASE PARITY TEST

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

SE?UR:?H PARITY TRAPPING ENABLED, MAKING SURE

MAKE SURE ERROR ADDRESS BITS ARE SET CORRECTLY.

WRITE GOOD PARITY WITHOUT TRAPPING, AND

UNDER TEST.

OCCURRS WHEN READ.

MAKE

NOTE

THIS TEST IS RUN FOR PARITY MEMORY WHICH
'I,'S!ONOT CONTROLLED BY THE SAME CSR AS THE

MEMORY

THAT

TRAP

SURE

TRAP

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

26-APR-82 09:41

SEQ 0087

PAGE 82

FREY

4
4

3445

RRRR
&

FERE

Ryt S
SLLLRIARIS S

3447
3448
3449

3467

TEST 36 CORRECTION CODE TEST

6.2.2.31
1.

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

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

IN A 16K BANK FROM A 0 TO A 1 WITH DIAG MODE.

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 0 AND VISA VERSA.
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 0088

PAGE 83

TEST 37

6.2.2.32

CHECK ECC DISABLE TEST

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

WRITE AUT WITH DATA OF ZERO'S.

MEMORY.

THIS 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.

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

26-APR-82 09:41

N=O0O0VONI
NS W=

NN N W

(W AV IV VLV LV LV WAV IV AV, LV
PONIND) = b —d ed e b e b d

W WWWW

3510

SEQ 0089

PAGE 84

TEST 41

6.2.2.33

ADDRESS TO CSR ON DBE TEST

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

WRITE AUT WITH DATA OF ZEROS CREATING A DBE.

READ AUT TO DETECT DBE AND TO CLOCK ADDRESS INTO (SR

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

SEQ 0090

PAGE 85

35264
3525
3526

%g%%

3533

TEST 42 EXTENDED ADDRESS TO CSR ON ERROR TEST
WRITE CSR WITH SBE CHECK BITS OF 000010 WITH DIAGNOSTIC MODE.
WRITE LOW ADDRESS IN A 16K BANK WITH DATA OF ZEROS CREATING A

gggg

CLEAR THE CSR.

gggg

READ ADDRESS TO DETECT SBE.

%;2?

READ CSR FOR CORRECT ADDRESS AND THE SBE INDICATOR BIT #4.

gézg

6. ENABLE CSR BIT 14 TO CHECK THE EXTENDED ADDRESS BITS.

ggzg

READ CSR FOR CORRECT ADDRESS BITS

%g%%

3534

3535

%gzg
3548
NN ANNWNANW

wvivivaiuniunavinawn
wvivuiwnawnaiaiunwn

NS
=

gggg

6.2.2.34

SBE.

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

THIS TEST CHECKS TO SEE THAT THE CORRECT ADDRESS BITS APPPEAR IN THE CSR.
THIS 1S ALSO REPEATED FOR THE EXTENDED ADDRESS FUNCTION IN THE CSR.
NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

N
CZMSPAO 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 MODE WITH CHECK BITS OF 001100.
CORRESPOND TO DATA OF ZEROS.

WRITE FIRST AUT WITH DATA OF ONE IN BIT ZERO.

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.

EFFECTIVELY CREATES A SBE IN BYTE 0.

THESE

THE WRITE

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

CZMSPAOD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

&
3

?61:?
361§
3614

SHIFTING CHECKBITS THROUGH THE CSR TEST

WRITE CSR TO DIAG MODE TO ENABLE CHECKBIT REGISTER.

2. WRITE CSR WITH CHECK BITS OF 000001, ECC DISABLE AND DIAG MODE.
MEMORY WITH DATA OF ZEROS. THIS SHOULD WERITE THE CHECK BITS
3. WRITE
INTO MEMORY.
4. COMPLEMENT CHECK BITS PATTERN AND WRITE CSR AS IN (2).
S.

3325(1)

READ CSR FOR COMPLMENT CHECK BIT PATTERN.
READ MEMORY TO READ CHECK BITS WRITTEN IN (2) INTO CSR.

332%%

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

£g%& &

%g}g

btttyst
GROK SEBRIROR

%3%}';

PAGE 87

TEST 44

6.2.2.36

SEQ 0092

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 FIELD OF A ONE THROUGH A FIELD OF ZEROS
mg éuégzoarrmwsk FIELD OF ONES. THIS TESTS THE CHECKBIT/SYNDROME BIT REGISTER
NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

3
g?
g;‘
3655

3%6252
3659

R
1 1

3322?
3%2%

6.2.2.37

SEQ 0093

PAGE 88

TEST 45 SYNDROME BITS TO THE CSR ON A DBE TEST
1. WRITE CSR WITH DIAG MODE TO ENABLE CHECK/SYNDROME BIT REGISTER.
2. WRITE CSR WITH DBE CHECK BITS OF 110011 WITH DIAG MODE.
3.

WRITE MEMORY WITH DATA OF ZEROS CREATING A DBE.

READ MEMORY TO DETECT DBE.

READ CSR FOR CORRECT SYNDROME BITS OF 111111,

REPEAT (1-8) WITH MULIPLE BIT ERROR CHECK BITS OF 111100 AND

4. CLEAR CSR.

6. READ CSR FOR UNCORRECTABLE ERROR INDICATOR.
. WRITE CSR TO DIAG MODE TO READ SYNDROME BITS INTO CSR.
CORRESPONDING SYNDROME BITS OF 110000.

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.
NOTE

THIS TEST IS ONLY RUN FOR THE MS11-P

)

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

26-APR-82 09:41

PAGE 89

SEQ 0094

8
6.2.2.38

TEST 46

CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST

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.
WRITE AUT WITH DATA OF 0'S THUS CREATING A SBE.
WRITE THE CSR TO ECC DISABLE.
READ AUT TO DETECT SBE.

CHECK TO SEE THAT NO TRAP OCCURED.

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
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.
WITH IT
DISABLE.

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 0095

PAGE 90

719
720
721

758

6.2.2.39

TEST 47 NO CSR 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.

;%9

;23

;g%

:;-S

WRITE CSR WITH SBE CHECK BITS OF 000010 AND DIAG MODE.
WRITE MEMORY 4K ABOVE ADDRESS IN (3) CREATING A SBE.

g;gg

CLEAR CSR.

.;.9

%;2(1)

READ MEMORY WITH ADDRESS IN (3) TO DETECT DBE.
READ CSR FOR CORRECT ADDRESS AND UNCORRECTABLE ERROR INDICATOR

%;2%

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

3744

10. READ CSR FOR SBE INDICATOR AND NO CHANGE IN DBE STATUS IN CSR

3747

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

;g?

g;zg
g;zg

3. WRITE MEMORY WITH DATA OF ZEROS CREATING A DBE.

IN (8)

MEMORY WHEN A DBE ALREADY EXISTS.

3750

NOTE

3752

THIS TEST IS ONLY RUN FOR THE MS11-P

3751

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

760

76
g

3765

26-APR-82 09:41

€.2.2.40

SEQ 0096

PAGE 91

TEST 999 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

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
3768

26-APR-82 09:41

7.0

PROGRAM FEATURES

3;;1

7.1

FAST DATA ACCESS RATES

774
775

SEQ 0097

PAGE 92

;98

g??i

IN SYSTEMS
IN TESTING MEMORY
AREAS OF CONCERN
ONE OF THE MAIN
PROGRAMS
SYSTEM
THAT
REASONS
PRIME
THE
OF
ONE
IS SPEED.
ENVIRONMENTS
LIKE RSTS,IAS

%778

AND MUMPS CAN CRASH DUE TO MEMORY FAILURES NOT
DETECTABLE BY MEMORY DIAGNOSTICS (0-124K,0-2 MEG,ETC.) IS BECAUSE OF
A NPR
MULTIPLE NPR DEVICES CONTENDING FOR THE BUS. AFTER SOME DELAYAT MEMORY
TRANSFERS
MEMORY
SEVERAL
DOES
AND
MASTER
BUS
DEVICE BECOMES

3781
3782
3783

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

3786

THIS DIAGNOSTIC'S ERROR DETECTING ABILITIES HAVE BEEN OPTIMIZED AROUND

788

HAVE BEEN TAKEN.

g;gz

7.1.1

3795
3796

3797

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.

3801
3802
3803

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

3776

3777

3;;3

g;glso

3787

3789
3790
3791
3792

3798
3799

3338;0

DATA RATES.

ACCESSING THE MEMORY UNDER TEST.

THE PRIMARY DESIGN CRITERIA OF SPEED.

TO THIS END THE FOLLOWING STEPS

FAST CITY

REFERRED TO IN THE PROGRAM AS FAST CITY.

3808

NOTE

BB
R85
5 a0
NN

3806
3807

18-BIT PDP-11'S CANNOT EXECUTE FROM TH
1
PAR'S BECAUSE THEIR PAR'S ARE ONLY
BITS WIDE: THEY ALSO HAVE NO SUPERVISOR

b nd ek =

=S OV
W=o

3809

MODE.

R
b
b ek e e

THEREFORE,

ALL

PATTERNS ARE

EXECUTED IN MEMORY, USING
(REFERENCE SECTION 7.5).

7.1.2

so08'S

USER

MODE

3827
3828
3829

gg.;,?

3832
ssggz
3835
3836

UTILIZATION OF THE

FULL

PDP=11

ALGORITHMS (PRINCIPALLY THE SOB).

7.1.3

SEQ 0098

PAGE 93

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
3823

INSTRUCTION SET

TO 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).
BANK ZERO TESTING

33%%

7.2

3839

BANK ZERO HAS BEEN TRADITIONALLY NEGLECTED BY MEMORY

384
384

THE VECTOR SPACE EXISTS THERE AND ALL TRAPS MUST NOT ACCESS TEST
PATTERN DATA. IF THE AREA IS TESTED THE DIAGNOSTIC MUST NOT USE ANY

3846
3847
3848

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

33329

338845.8

3851

333§‘§

33§§‘§

DIAGNOSTICS

THE FOLLOWING REASON.

FOR

TRAPS, AND IT IS AGAINST THE RULES FOR POWER TO FAIL.

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.IN

3856
3857
3858
3859
3860
3861

BECAUSE OF THE PREVIOUS ARGUMENTS THIS PROGRAM DOES NOT RELOCATE
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
REMAPS (HEREAFTER REFERRED TO AS RELOCATES). THIS ENABLES THE
COMPLETE TESTING OF BANK ZERO OR ANY OTHER PROGRAM SPACE OR PRIVILEGED
SPACE EXACTLY AS ALL OTHER BANKS ARE TESTED. (THE CONDITIONAL TEST TO

3864

NOTE
THE PROGRAM WILL RELOCATE ONLY IN THE

33325

SEE IF A BANK IS PROTECTED IS COMPLEMENTED WHEN RELOCATED).

3865
3866
3867

FIRST

ggga

3873

UNDER APT;

gg;z

PASS

AFTER THIS,

THE

v;nocnm WILL REMAIN FIXED IN BANKS O AND

7.3

MEMORY CONFIGURATION MAP

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

SEQ 0099

PAGE 94

26-APR-82 09:41

THIS MAP IS PRINTED OUT IMMEDIATELY AFTER SIZING THE MEMORY UNLESS SW6
IS SET (REFERENCE SECTION 2.4.1). IT CAN ALSO BE PRINTED AT ANY LATER
TIME IN FIELD SERVICE MODE (REFERENCE SECTION 2.4.4.8.7)
EXAMPLE:

MEMORY CONFIGURATION MAP
16K BANKS

7
2345670123
ERRORS 012345672;23‘5675123456701234567012365670123456701
3

INTRLYV

MEMTYPE
CSR
PROTECT

3333333333333333
LLLLLLLLMMMMMMMMMMMMMMMMMMMMMMMMPPPPPPPPPPPPPPPPPPPPPPPPPPPP
gg000000111111112222222222222222?444444644644446444644444446

0
6701234567%123456731234567012345670123456701234567
ERRORS 456701?345

INTRLY ~====
MEMTYPE PPPP

CSR

PROTECT

Leabh

THE FAT TERMINAL
BANKS (0-167) WOULD
IF THIS WAS AN 18-BIT PDP-11 (EG - 11/ 4), ONLY BANKS 0-7

DISPLAYED ARE BANKS 0-73 OCTAL (2 MEG WORDS).
SWITCH WAS SET (REFERENCE SECTION 2.4.1) THEN

BE SHOWN.

WOULD BE PRINTED.
THE FIELDS:

ERRORS:

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

BANKS

INTRLV:

THERE IS INTERLEAVING ON BANKS 20-37, WITH CSR 2 (172104)
CONTROLLING THE ADDRESS BIT 1 NON-ASSERTED ADDRESSES, AND
CSR 3 (172106) CONTROLLING THE ADDRESS BIT 1 ASSERTED

ADDRESSES.
ERRORS:
MEMTYPE:

BANKS 0-7 ARE MEMORY TYPE L (MS-11L), AND BANKS 10-37 ARE
MEMORY TYPE M (MS11-M) AND BANKS & 0-77 ARE MEMORY TYPE
P(MS11-P). BANKS 100-167 DO NOT EXIST
CSR:

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

26-APR-82 09:41

SEQ 0100

PAGE 95

BANKS 0=7 ARE ASSIGNED TO CSR 17210 0, 10-17 10 CSR 172102,
AND ;0-37 TO INTERLEAVED CSR'S 1721 04 AND 172106 AND BANKS
40-77

ARE ASSIGNED CSR 17210.

PROTECT:

BANKS O AND 1 ARE PROTECTED BECAUSE THEY ARE PROGRAM SPACE.
AND 1 CAN ALSO BE PROTECTED BECAUSE THEY ARE IN THE
BANK
BOTTOM 16K OF AN MS11-M CSR. THE PROTECTION IS HIERARCHICAL
AND PROGRAM SPACE OVERSHADOWS MS11-M PROTECTION. BANKS 0
IF
AND 1 WILL NOT BE TESTED UNTIL THE PROGRAM RELOCATES.
BECAUSE
BANK IS PROTECTED BY MS11-M AND NOT__
ANY
TYPED IN THIS
IT IS IN PROGRAM SPACE IT WILL HAVE AN '‘I'*
THIS IS TO POINT OUT WHERE THE PROTECTED BANKS START
ROW.
FOR EACH ECC CSR. NOTE THE ‘P'* AT BANK 30; THIS POINTS OUT
PROTECTION WHICH OCCURRS WHEN TWO MS11-M
''SHADOW''
THE
MEMORIES ARE INTERLEAVED. THEREFORE, BANK 30 WILL NOT BE

TESTED UNTIL THE PROGRAM HAS RELOCATED.

7.4

EVERYTHING YOU''/E ALWAYS WJANTED TO KNOW ABOUT SUPERMAC ...

SUPER-MAC IS A

SET

STRUCTURED

PROGRAMMING

MACROS

THAT

ALLOWS

PROGRAMS TO 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

ALL THE
POSSIBLE. COMMENTS MAY ALSO BE INCLUDED ON A SOURCE LINE.
THAT GOVERN MACRO-11 ALSO GOVERN
GENERAL RULES, CONDITIONS, ETC.,

SUPER-MAC.

SPACING ON A SOURCE LNE IS VERY IMPORTANT.

THE ELEMENTS

SHOULD BE SEPARATED BY A COMMA OR A SPACE. TABS SHOULD NEVER BE USED
FOR SPACING.
FOR EXAMPLE:
THE EXPRESSION A+B IS
INTERPRETED

DIFFERENT THAN A + B.

ALL THE CONDITIONAL STATEMENTS CAN BE WRITTEN AS MULTIPLE-LINE_ NESTED
EACH LEVEL OF NESTING WITHIN A BLOCK MUST BE TERMINATED WITH
BLOCKS.
%Aggggégfib END STATEMENT. EACH LEVEL OF NESTING SHOULD BE INDENTED

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

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
3985

3986

3087
988
3989
3990

7.4.1

3992

4010
4011
4012

4013

PAGE 96

SAMPLE SOURCE FILE =
.ENABL " ABS
.ENABL AMA
.MCALL .SUPER
.SUPER

LSTSS=O

3991

3993
3994
3995
3996
3997
3998
3999
4000
4001
4002
4003
4004
4005
4006
4007
4008
4009

26-APR-82 09:41

BIT5=40

0
0
0
0
0
0
0
0
0
0
.PAGE
sLET EXAHPLES
LET RO := A
LET B :=(C +
LETE :=F +
LET G :=H +
LET J :=J +

A:
B:
C:
D:
E:
F:
G:
H:
1:
J:

LET A :B=B
:IF EXAMPLES
IF A IS TRUE

MOV

1
2
O

4014
4015
4016
4017
4018
4019
4020
4021
4022
4023

END ;OF IF A
IF B IS FALSE
34.5
MOV
END :OF IF B
IF A EQ B THEN LET C :
IF A LT B
c.D
ELSE
MOV
E.D
END :OF IF A

4030

IFB AEQBAND C EQ

4024
4025
4026
4027
4028
4029

IF A EQ B AND C NE D
MOV
F,G
END ;OF IF A
IF A EQBORC NED
MOV
F,G
END oFIF A

4031
4032
4033
4034

MOV
H,J
ELSE
MOV
E,J
END 0 IFB
A

4036
4037
4038

MOV
ELSE
MOV

4035

A EQ 8 ANDB C EQ
IFB
H,J

E.J

SEQ 0101

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

26-APR-82 09:41

SEQ 0102

PAGE 97

END ;OF IFB A

IF RESULT IS EQ
A,B
MOV
END ;OF IF RESULT

exrsesgr.xu A
"
MO
END ;OF IF BITS
IF

BITS OFF.IN A
C.D
END ;OF IF BITS
IF

MOV

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

ON.ERROR THEN LET A :B= B

:FOR Ex‘?fikes
1 :=

=57T0

FOR RO :=

0 TO

140 BY

A
INC
END ;OF FOR I

A(RO)
DEC
END :OF FOR RO
FOR I := 133 DOWNTO
ADD

A,B

3 BY

END :OF FOR I
:BEGIN EXAMPLES
BEGIN ALPHA
FORRO := 0 TO 167
A(RO) ,B
MOVB

IF B LT O THEN LEAVE ALPHA

END :OF FOR RO

FOR RO :=

400 TO

567

IF B GEORORBHEN LEAVE ALPHA

END

ALPHA

sSRETURN EXAMPLES

SRETURN
SRETURN ERROR
SRETURN NOERROR

: CASE EXQSPLES

v
A.RO
CARE RO

26-APR-82 09:41
Mmoo

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

SEQ 0103

PAGE 98

END ;OF CASE RO
.END

7.4.2 SAMPL E L {?{{NG FILE (WITH NO EXPANDED MACROS) = 01-APR=79 16:41 PAGE 2
«MAIN. MACRO M
WS W) =
[elelelelelel=i=d=d=d
[=lelelelel=l=] o000
[=l=l=l=l=l=
===4
OO0O0O0O00O0O o0
NN R =00 o0
NOONSNOONS nNO

A
B
C
D
E
3
G
H
1
J

01-APR-79 16:41

:LET EXAMPLES
LET RO := A

LETB :=C + D

NOWVMWWWNOIN=O
NS ONONONNSON

O~
ON

&H
o

LETE :=F +
LET G := H ¢+
LET J :=J +
LET A :B= B

012737

000023

000006

012737

000034

000010

— e

e e

OO0O0O0O0O0O000O

:LST$$=0
BITS5=40
0
0
0
0
0
0
0
0
0
0

PAGE 3

00024

[=l=lelelelel=l=l=l~20

WN=OO
OV

MACRO M1111

(== lel=l=4OO0

b
—

D cd

b a—d cnd wd cd c—d

BEBDDDDDDDSN

WL
NN NN N NN PN NI N = —
VIS N = O 00NN
NN = OO0

.MAIN.

000040
000000
000000
000000
000000
000000
00000
000000
000000
000000
000000

OO0
o
OO
oS
O=
=
A

b
e

NN = OV

b e
b
b
—

¥
Y

D cd c—d
b

=0V
WN

) and cd
—

b b b b cd b

4134

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

013737

000004

000006

1
2
01

:IF EXAMPLES
IF A IS TR

MOV

25,0

MOV

34 .E

END ;OF IF A
IF B IS FALSE

END ;OF IF B

A'EQ B THEN LET C := D
IF
IFALTB

c.D

4148

4150
4151

— —d

s~ PN

b cd

T R R

) D

D cnd

N NN

D ed cd

T 3

415
415
4154
4155
4156
4157
4158
4159
4160
4161
4162
4163
4164
4165
4166
4167
4168
4169
4170
an
4172
4173
6174
4175
4176
6177
4178
6179
180
4181
4182

00174

013737

000010

000006

013737

000012

000014

013737

000016

000022

013737

000010

000022

013737

000016

000022

013737

000010

000022

013737

000000

000002

013737

000002

000004

013737

000004

000006

013737

000000

000002

013737

000004

000002

013737

000004

000002

013737

000000

000002

73 000450
74 000456

MACRO M1111

01-APR=79 16:41

;S 000456

0
%

Mov
E
END ;OF If A
IF A'EQ
AND C NE D
MOV
END ;OF IF A
IF A'EQ B8 OR C NE D

000505
000%25 013737 000012 000014

40 000230
41 000230
kg 000250
43 000256
44 000256
45 000276
46 000304
47 000306
48 000314
49 000314
50 000334
31 000342
Sg 000344
33 000352
34 000352
55 000354
59 000362
37 000362
58 000372
59 000400
60 000400
61 000410
62 000416
63
64
65 000416
66 000420
67 000426
68 000430
99 000436
0 000436
;1 888220

«MAIN.

SEQ 0104

PAGE 99

500

000514
§§§

F.G
F,

MOV

END :OF If IFf A
IFB A EQ B ANAND C EQ
H,
MOV
ELSE
nov

OQC_

26-APR-82 09:41

END:OF IFB A

IFB A e B ANDB C EQ
MOV
H,
ELSE
MOV v
E,J
END
;OF IFB A
Q

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

IF RESULI gs EQ
MO

END ;OF IF RESULT
IF 6115 ser IN A
MOV

END ;OF xf BITS
IF

BITS OFF.IN A

MOV

£ iE

END ;OF
BITS
sON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
:ON.ERROSNEXAHPLES
- 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= B
sFOR EXAMPLES

005237

000000

005360

000000

FOR I :z
INC
END

-5T70

a8'
8 TO 140 BY &
a&“u=ma
RO
FOR
I :=

133 pOWNTO

3 BY

SRIKGRER

LSISISLS
SN N 8 ]
N N b b b b cd b e o

OVONOWVISWN=O

N,
e d

T
Y Y

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

SEQ 0105

PAGE 100

26~-APR-82 (09:41
gg 8882;8

063737

000000

000002

566

598 116037 000000 000002
89
90 000576
91

END rbn I
BEGIN Egegples
FORak - 010 167
MOVB

000604

000614

xr e se 0 THEN LEAVE ALPHA
FOR RO
END

93 000620
9% 000626

END bnA

95 ooosgs

:SRETURN EXAHPLES

97 000636
98 000640
99 000644
100

101 000650
102 000654

013700

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

000000
000002
000004
000006
000010
000012

000001

}gg 000700

000000

SRETURN
SRETURN ERROR
SRETURN NOERROR
;CASE EXAMPLES

A.RO
MOV
CASE RO
A
B
C
D
E
F

END :OF CASE RO
.END

7.4.3 SAMPLE LISTING FILE (WITH EXPANDED MACROS) - =
LMAIN. “MACRO M1111 01-APR=79 16:10 PAGE 2
.ENABL ABS

1 000000

"ENABL AMA

"MCALL .SUPER

00
8 000002
9 000004
10 88000

000000
000040
000000
000000
000000
000

A:
B:
C:
D:

-SUPER
LST$$=0
BIT5=40
0
0
0
8

1§ 80001
13
000014
1% 000016
15 800053
16 0000

00000
000000
00000
000
0000

F:
G:
H:
I:
J:

0
0
0
0
0

& 000000
5

.MAIN.

000010

A(RO),B

IF B LT 0 THEN LEAVE ALPHA
euo :0F FOR RO
O := 400 TO 567
OR

000000

MACRO M1111

01-APR-79 16:10

PAGE 3

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

26-APR-82 09:41

4255
425

13
000024
19

4258
4259
4260

425

000030
oooogo 013737
000036 063737

21 000044

* 426k

22 000056

4267
4268

4265

4285

4304
4305

000016

000014

MOV H,G

23 000072
000072 062737 000001

000022

LET J = J + 01
ADD 01,J

000002

000000

005737 000000
001403
012737 000023

000006

32 000136

4284

013737

113737

LET G :=H + 2

ADD 2.6

005737

000010
L1:

023737

000000

000002

000146
00154
33 0001564
000154

013737

000006

000004

023737

000000

000002

34 000164
35 ooo17g
000172
000174
36 000174
3 oooso
00020
38 00020

013737

000004

000006

000010

000006

000144 001003
00162 002004

000403
013737

023737 000000 000002
013737

000004

000006

000012

000014

23.D

END ;OF IF A

IF B IS FALSE
TST B

BNE L1
34.E
MOV
END ;OF IF B

IF A EQ B THEN LET C := D

(MP A,B

BNE L2

L2:

MOV D,C

IFALTB
(MP AB

BGE LS
L3:
La:

00021 oo19g7
000 15 023737
0014 ;
000

39 000 5
40 0002

MOV

000002

000136

000202

LET A :B8= B
MOVB B.A
:IF EXAMPLES
IF A IS TRUE
ST
BEQ LO
LO:

000136

4283

4301
4302
4303

MOV F.E
INC E

000056

001003
30 000130 012737 000034
31 000136

4281
4282

4300

LETE :=F ¢

000044
000052

28 000122
000122
29 000122
000122
000 %

4276
4277
(278
4279
4280

4292
4293
429%
4295
4296
4297
4298
4299

LETB :=C + D
MOV (.8
ADD D.B

00000
00000

000012 000010
000010

27 000114

4275

4291

000204
000006

013737
005237

24 000100
000100
25
26 000106
000106
000112

4269
4270
4o
427
427
4274

4287
4288
4289
4290

MOV A,RO

000064 062737 000002 000014

4266

4286

;LET EXAMPLES
LET RO := A

00024 013700 000000

4261

426%
426

SEQ 0106

PAGE 101

MOV
ELSE
BR L4

C.D

E.D
MOV
END ;OF IF A

IF A EQ B AND C NE D

(MP A,B

BNE LS
(M C.D
BEQ LS

F.G
MOV
END ;OF IF A

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

26-APR-82 09:41

SEQ 0107

PAGE 102

LS:

00230

4 §00 0

00230
000236
000540
000246

.MAIN.

000002

it
23727 000004 000006
000000

01403

MACRO M1111

01-APR=-79 16:10

013737

000012

PAGE 3-1

000014

L7:
123737

013737

000000

000002

000004

000001

000016

000022

000403

48 000314

013737

000010

000022

000000

000002

000704

000001

000016

000022

000010

000022

MOV

ELSE

L10:

L12:

000002

000000

01372; 000002 000004
032737

000040

000000

BR L11
E,J

MOV

END ;OF IFB A
IFB A EQ B ANDB C EQ

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 B;TS.A
BEO L1
MOV

L1S:

400
60 000400

A,B

L14:

000040

IFB A EQ B AND C EQ

BNE L10
M C, 1
BNE Li0

L13:
000000

MOV
F.G
END ;OF IF A

CMPB A,B

L11:

000400

IF A Eg BORCNED

B,C

END ;OF IF BITS
IF

BITS OFF.IN A

BIT

BITS.A

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

62 000416
000416

4
4367

64
65 000416

4 g

000416

4368

66 000620
67 000426

4369
4370

23;;

68 000430

4376
4377
4378

69 000436
000436
70 000436

.MAIN.

233%12
4383

4402
4403
440%
4405

L16:

103024

013737

000000

BCC L17

000002

L17:

000002
L20:

01-APR=79 16:10

103404

77 000466
000466 012737
005237

000004

000002

000000

000002

177773
5
000000

000514

4406
4407
4409
4410
4411
4412

005360
81 000516
82 0005
062700
8005
00526 020027

000516

005000
000000
000004
000140

A.B

MOV

C.B

BR L20

END ;OF ON.ERROR
ON.NOERROR

BCS L21
L21:
L22:

000002

MOV
ELSE

PAGE 3-2

000000

000020

000500 005237 000020
000504 O 37;7 000020 000023
000512 003770

80 000514
000514

END ;OF IF BITS

*ON.ERROR EXAMPLES
ON. ERROR

013737 000004

71 000440 013737
72 000446
000446 000403
000450
73 000450 013737
74 000456
000456
75 000456
000456 103003
000460 113737
000466
76
000474
78 000474
79 000500

C.D

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

MACRO M1111

000436

4384

4399
4400
4401

Mov

000006

000426 000403
000430

43N
25;5

4397
4398

013737 000004

4%2

4385
4386
4387
4388
4389
4390
4391
4392
4393
4394
4395
L£396

SEQ 0108

PAGE 103

26-APR-82 09:41
61 000410

MOV
ELSE
BR L22

A.B
MOV
END ;OF ON.NOERROR

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

MOVB B,A
L23:
:FOR EXAMPLES
B80:

FOR I := =5 T0 23
MOV =5.1
A
INC
END ;OF FOR I

INC 1
23
80
BLE
(MP 1,

E0:
B1:

FORRO :=
CLR RO

0 TO

A(RO)
DEC
END ;OF FOR RO
ADD &,k
CMP RO, 140

140 BY

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

SEQ 0109

PAGE 104

26-APR-82 09:41
§005§2

003771

000544

012737

El:

000133

000020

84 0054% 063737 000000 000002
00550
000556
0564
000566

162737
023727
002366

00002

116037

000000

000576

005737

000002

005200
020027
003766

000167

000614

92 000614
000614
_MAIN.

4458

012700

MACRO M1111

93 oooszo
So
00624
9% 0006 6
0006 3
8006
00634
000636
95 000636
000636

99
97 000636
00636
000640
98
008648
00642

80064

TMP |

005200
8509;7
003771

000567

000646 000207

167

A(RO) B

TST B

000400

000002

0 TO

IF B LT O THEN LEAVE ALPHA

E4:

005737

000261
000207

FOR RO :=
MOVB

BLT E3
END :OF FOR RO
INC RO
CMP RO, 167
BLE B4

567

FOR RO :=
MOV 400,RO

400 TO

IF B GE
ST B

O THEN LEAVE ALPHA

PAGE 3-3
BS:

000207

BEGIN ALPHA

000002

01-APR=79 16:10

002004

ADD
A,B
END ;OF FOR I

CLR RO

89 000570

002415

BGE B2

B83:

005000

000602
91 000604
000604
oooeog
000612

3 BY

E2:
;BEGIN EXAMPLES

888?70

90 000576

FOR I := 133 DOWNTO
MOV 133,1

suB ‘2,

00002
00000

87 000566
00056

88 000566

B2:

BLE B1

ES:

BGE E3
END ;OF FOR RO
INC RO
CMP RO, 567
BLE B85

END ALPHA
E3:
:SRETURN EXAMPLES
SRETURN
RTS PC
SRETURN ERROR
SEC
RTS PC
SRETURN NOERROR
CLC

RTS PC

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

26~-APR-82 09:41

4468

100

4470

102 000654

101 800650 013700 000000

4469
4471
47

10246

0660

004737

4487

7.5

4‘232
4495
4496
4497
4498
4499
4500

PAR
0
1
2
3
4
5

'7.5539

7.5.2 MEMORY

4501
2?3%

ggg
4510
4511
1.51%
451
4514

4515
4516
4517

;CASE EXAMPLES
MOV
CASE

MOV RO,=(SP)

ASL asP

JSR PC,L24

000700

A
8

L24:

3
D
¢
F
END ;OF CASE RO
ADD (SP)+,asP
MOV @(SP)+,=(SP)

JSR PC,a(SP)+
.END

7.5.1 MEMORY MANAGEMENT MAPPING FOR THE 11/44 -

6
7

PAR
0
1
i
4
5
6
7

A,RO

MEMORY MANAGEMENT MAPPING

2289

’;,233

103 000664 88000
000
104 ooosgs
105 000670 000004
106 000672 000006
764 000010
107
108 000676 000012
109 000700
000700
000700 062616
000702 013646
000704 004736
110
000001
11

4474
4475
4476
4477
4478
4479
4480
4481
4482
4483
4484
4485
4486
4488

000654

ooess

47,

SEQ 0110

PAGE 105

SUPERVISOR
PROGRAM
PROGRAM
PROGRAM
TEST AREA
TEST AREA
TEST AREA

TEST AREA
PERIF PAGE

GEMENT

SUPERVISOR
PROGRAM
PROGRAM
P
TEST AREA
TES AREA
TES. AREA
TEST AREA
PERIF PAGE

KERNEL
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM

MAP TO CSR'S
PERIF PAGE

USER
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

ING FOR UNIBUS=11°'S WITH SUPERVISOR MODE (EG 11/45) -

KERNEL
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM

PRO
MAP TO CSR'S
PERIF PAGE

USER
DST BK
SRC
BK
SRC BK
SRC BK
DST BK

DST BK
DST BK
DST BK

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

26~APR-82 09:41

SEG 0111

PAGE 106

25?11

6?19

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

22 i

PAR

65%4

4525
4526
4527
4528
45;8
45
4531

1
§

4
5
]
7

KERNEL

USER

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

PROGRAM/SRC BK
PROGRAM/SRC BX
TEST AREA/SRC BK
TEST AREA/DST BK
TEST AREA/DST BK
TEST AREA/DST BK
PERIF PAGE/DST BKTM

PROGRAM

PROGRAM/DST BK

—

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113
4535

26-APR-82 09:41
LLIST

TOC

"ENABL
.DSABL

AMA
GBL

4 39 000000

"ENABL ABS

4539

INOTE:

45
45

ALL THESE .MCALL smsnems ae ERENCE THAT FILE.

MIT,.EMITN .Enm EMITR
SEncs RCC
SET,CLEARB,
th
OPADD
.
GENBR,
.IFOPR
JMCALL
m.b
nws.kms
mmu
fiPL
,RLE
,RGT
RGE
m.f
RNE,REQ,
"MCALL
"MCALL IF..OR,.1FARI,.LEAVE,.GOTO,OR,AND, THEN ELSE ,WHILE,CASE
eeé
FOR,TO.DOWNTO,REPEAT,UNTIL méueno
"MCALL
LE
“MCALL ss ND, LEAVE ,JUMPTO,GOTO,PUSH,POP,

"MCALL smcn...rus .POP ..TAG...

4541

454
454
4544
4545
4546

"MCALL .SIMPLE,.ARITH,ORB.ANDB.IFB, uume WHILEB,ON.ERROR,ON.NOERROR
"MCALL S$CALL,SRETURN

4547
2;:3

NLIST

4550

4551
4553
4554
4555

SEQ 0112

PAGE 108

CZMSDC.SML IS THE SUPER.MAC SOURCE AND IS RELEASED WITH

*THIS PROGRAM.

4540

—

4552

163000
000001

CLIST
"NLIST
LSTSS=
$SWR=
$TN=

TTM

MC.SYM
MD.CND,ME
0
163000
1

:1 WANT FAT PAPER!

:LIST MACRO CALLS, SYMBOL TABLE
*DON'T LIST MACRO DEFS & CONDITIONALS & EXPANSIONS
*DEFINED TO LIST SUPERMAC EXPANSIONS
*USE THESE SYSMAC SWITCHES
SFIRST TEST NUMBER TO ONE(1)

TRAPS

.SBTTL

4559

SEQ 0113

PAGE 110

DEFINE

TRAPS

:ALL ENTRIES HERE MUST HAVE A CORRESPONDING ENTRY IN THE

4560

STRAP TABLE '‘STRPAD" (NEAR END OF PROGRAM).
s«TRAP DEF INITIONS

4561
222%

‘ggg

*HERE IS HOW TRAPS WORK IN THIS PROGRAM

ggg

:TO SYMBOLIC LOCATION ‘‘STRAP'

4566

:ALL TRAPS EXECUTE A "TRAP'' INSTRUCTION WHICH TAKES THE PROGRAM

4569

:AT STRAP THE PROGRAM PICKS UP THE RIGHT BYTE OF THE TRAP INSTRUCTION

l;g;{
4575

:THE ULTIMATE DESTINATION OF A TRAP INSTRUCTION CAN BE GUESSED AT AS FOLLOWS
NOP
SEXAMPLE :

4578

*AND INDEXES INTO A TABLE AT LOCATION '‘STRPAD'' WHICH SENDS THE PROGRAM TO
STHE SPECIFIC ROUTINE TO HANDLE THAT SPECIFIC TRAPS TASK.

4570
2;;5

NOP
NOP

:
:

4576
4577

;ENTER KERNEL MODE

KERNEL

4581

;

ADD A DOLLAR SIGN TO THE SYMBOLIC NAME AND CHECK THE CRF FOR SOMETHING CLOSE

4585

NOTE THAT CRF SYMBOLS ARE TRUCNATED TO 6 CHARACTERS

:
:

4582
2;32

:
:

4586
ggg

4589
4590

4591
4592
4593

4594
ggg
4597
2233

ALL Sooo TRAP ROUTINES RETURN VIA AN 'RTI'* INSTRUCTION
:
TYPEIT= 104401
::TTY TYPEOUT ROUTINE

104405

TYyPDS= 104405
:TYPBN= 104406

::TYPE DECIMAL NUMBER (WITH SIGN)
::TYPE BINARY (ASCII) NUMBER

104407
104410

GTSWR= 104407
CKSWR= 104410
RDCHR= 104411
RDL IN= 101.415
RDOCT= 10441
RDDEC= 104414
SAVREG= 104415
RESREG= 104416

::GET SOFT=SWR SETTING
::TEST FOR CHANGE IN SOFT-SWR
::TTY TYPEIN CHARACTER ROUTINE
SSTTY TYPEIN STRING ROUTINE
::READ AN OCTAL NUMBER FROM TTY
::READ A DECIMAL NUMBER FROM TTY

KERNEL= 104417
ENERGIZE=104420
DEENERGIZE=104421
KMAP= 104422

;ENTER KERNEL MODE
:TURN ON MEMORY MANAGEMENT & TRAPS
STURN OFF MEMORY MANAGEMENT & TRAPS
*MAP KERNEL 1 TO 1

CACHON= 104423
CACHOFF=104424

:TURN ON CACHE
*TURN OFF CACHE

104402
104403

4603
4605
2&‘3‘7’
2%
4610
461
22};
461%
4615

104423
104424

4602

SYMBOLIC NAMES GREATER THAT 6 CHARACTERS ARE USED SO I CAN
REMEMBER WHAT THEY MEAN!

104401

104411
1ou.1§
10441
10441%
104415
104416
104417
104420
104421
104422

4600
4601

IN THIS CASE THE CRF HAS SKERNE LISTED AS 032546
AT LOCATION 32546 YOU FIND THE ROUTINE S$KERNEL

TYPOC= 10440
TYPOS= 10440
:TYPON= 104404

:3TYPE OCTAL NUMBER (WITH LEADING ZEROS)
S3TYPE OCTAL NUMBER (NO LEADING ZEROS)
S:TYPE OCTAL NUMBER (AS PER LAST CALL)

::SAVE RO-RS ROUTINE
::RESTORE RO-RS ROUTINE

———————

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

DEFINE

26-APR-82 09:41

———

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

;LOAD CORRECT CSR
sREAD CORRECT CSR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR

RRRRR BF

— D

26~-APR-82 09:41

SEQ 0114

PAGE 110-1

TRAPS

&»

- p— — g—— g P

sPROGRAM DETECTED RROR
:PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED
:PROGRAM DETECTED
sPROGRAM DETECTED
:PROGRAM DETECTED

F 333
eFN
W
o
e
o

:PROGRAM DETECTED

sPROGRAM DETECTED
:PROGRAM DETECTED

sPROGRAM DETECTED
:PROGRAM DETECTED
sPROGRAM DETECTED

sPROGRAM DETECTED
sPROGRAM DETECTED
:PROGRAM DETECTED

:PROGRAM DETECTED E
:PROGRAM DETECTED
mmmm

ALL

S R?
SELE CTED CSR?
CS R?
-

SELECTED CSR?
e

R'S

ECTED CSR

-—n

mwn
D

333 X

ECC CSR'S
LECTED ECC CSR
C HECKBITS IN ALL CS R'S
C ECKBITS IN 1 SELE CTED CSR

OOOOS\IN r
—0 k=3

INVALID

CSR'S

1 SELECTED CSR

22¢cg l'omnm m

> | flflPfi>>>>§;d>

&~
v BB
NN~ ~

470

b e

. e T

ggeeeeRRRRRRRR|R|R KRR RERRRRR RRRRRRERE

PR\

:PROGRAM DETECTED
:PROGRAM DETECTED E
:PROGRAM DETECTED
:PROGRAM DETECTED
:PROGRAM DETECTED
:PROGRAM DETECTED
:PROGRAM DETECTED

e wd e e
i i e
i e
e o
—d e e e

DEFINE

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

DEFINE

4673

TRAPS

104513

CBREG

26-APR-82 09:41
=104513

PAGE 110-2

sENABLES CHECK/SYNDROME BIT REGISTER

SEQ 0115

no9

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

DEFIME

BASIC PDP11 STUFF

26-APR-82 09:41
.SBTTL

DEFINE

PAGE 111
BASIC PDP11 STUFF

;*INITIAL ADDRESS OF THE STACK POINTER

§TACK=

2000

KERSTK= STACK
SUPSTK= 740
USESTK= 700
000004
177776

177570
177570
177546

ERROR=EMT
SCOPE=I0T

177776
PSW=
:STKLMT=177774
‘PIRQ= 177772
177570
DSWR=
DDISP= 177570

LKS=

177546

;:FIRST ADDRESS OF THE STACK
+ SKERNEL STACK
..supeavxson STACK
:SUSER STACK

$3BASIC DEFINITION OF ERROR CALL
:BASIC DEFINITION OF SCOPE CALL

: :PROCESSOR STATUS WORD
$3STACK LIMIT REGISTER
: *PROGRAM INTERRUPT REQUEST REGISTER
: ;HARDWARE SWITCH REGISTER
*HARDWARE DISPLAY REGISTER

SSLINE CLOCK (KW11=L) STATUS REGISTER

; *MISCELLANEOUS DEF INITIONS
nr
11
::CODE FOR HORIZONTAL TAB

CR=

CRLF=

MFPT=

..coos CARRIAGE aerun

::CODE FOR PROCESSOR TYPE INSTRUCTION

200

::CODE FOR CARRIAGE RETURN-LINE FEED

; *GENERAL PURPOSE REGISTER DEFINITIONS
:STACK POINTER
+SP=R6
000006
000006

*SXERNEL STACK POINTER

*KSP=SP

: SSUPERVISOR STACK POINTER
::USER STACK POINTER

§SP=SP
USP=SP
:PC=R7

: :PROGRAM COUNTER

;#*'SWITCH REGISTER'* SWITCH DEFINITIONS

SW15=
SWis=
SWi3=
swi2=
swil=
SWi0=
Sw9=
Sw8=
sw7=
Swé=
SWS=
SWe=
sw3=
SW2=
sWi=
sWo=

100000
40000
20000
10000
4000
2000
1000
400
200
100
40
20
10
&
2
1

«DATA BIT DEFINITIONS (BITOO TO BIT15)

BIT15=

BIT14=
BIT13=
8IT12=
BIT11=
BIT10=
BIT9=
BIT8=

100000

40000
20000
10000
4000
2000
1000
400

SEQ 0116

4755

000200
000100
000040
000020
000010
000004
000002
000001

000020
000024
000030
000034
000060

177746
177750

i77
{7

4780
4781

47
47
47
4785
47
47
4788

:BPTVEC=
10TVEC= 20

..TRACE TRAP

..Inpur/burpur
TRAP (10T) **SCOPE#+*
FAIL
EAKPOINT TRAP (BPT)

PWRVEC= %8

..POUER

g#ULATORR;RAP (EMT) **ERROR%#*

..rrv KEYBOARD VECTOR

:3TTY PRINTER VECTOR
+:LINE CLOCK (KW11-L) VECTER
: :CACHE ERROR INTERRUPT VECTOR

000114

4759
4760
4761

4775
477

TBITVEC 14

000114

000250

476
4764
4765
4766
4767
4768
4769
4770
4771
477
477
477%

TIME OUT AND OTHER ERRORS

..Q;SE:Y;D AND ILLEGAL INSTRUCTIONS

: TRTVEC=

4756
4757

4758

0
0

0090
000010

; ;PROGRAM_INTERRUPT REQUEST VECTOR
TTL

DATARG

177766

CPUERR =°897766

TTL

MRO=

MMR1=
nnng:
MMR

uxrono;UIPDR1

:UIPDR2=
:UIPDR3=

tflg

17757

DEFINE

CPU REGISTERS

DEFINE

MEMORY MANAGEMENT REGISTERS

SER *'I'* PAGE DESCRIPTOR REGISTERS
17760

1776
1776

:UIPDR7=

177616

:UDPDR1=
2=

::CPU ERROR REGISTER HOLDS CONDITION THAT CAUSED

177574
177576
172516

179650

"1 INPLIES MIT IN CACHE

Y MANAGEMENT STATUS REGISTER ADDRESSES

17761
17761

;UDPDRO=

::CACHE ERROR REGISTER
; SMENORY” CONTROL REGISTER

{ZHIT MISS REGISTER
: :DATA REGISTER

:UIPDR%=
:UIPDRS=

:UIPDRé=

: :MEMORY MANAGEMENT
VECTOR

CACHE REGISTERS

: SMEMORY MAINTENENCE REGIST

= 177754

«SBTTL

177600

DEFINE

0
:HITMIS = 177752

177754

177572
177574
177576
172516

SEQ 0117

PAGE 111-1

=PI ES =N IS =N
(el=le el

4732
47
47
4735
4736
4737
4738
4739
4740
4741
474
474
4744
4745
4746
4747
4748
4749
4750
4751
4752
4753
4754

26-APR-82 09:41

WSO

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
DEFINE BASIC PDP11 STUFF

17761
s*USER ‘D"

177

177
177

810

PAGE 1112

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

DEFINE

SEQ 0118

MEMORY MANAGEMENT REGISTERS

;UDPDR3=

4789

: UDPDR%=
UDPDRS=
: UDPDRé=
:UDPDR7=

177636

s*USER "'I'* PAGE ADDRESS REGISTERS

FASTCITY'U;PARO

SER 'D'* PAGE ADDRESS REGISTERS
sPATTERN PROGRAM SPACE
sPATTERN PROGRAM SPACE

UDPAR07 irgeao

177676

; UDPAR6=
UDPAR7= 177676

172200

SIPDRO= 172200

;PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE

;PATTERN PROGRAM SPACE

: *SUPERVISOR '‘I'* PAGE DESCRIPTOR REGISTERS

SIPDR1sxpoa
*SIPDR3=

172202
b =D

NNNNNN
NONONDNLNOND
NNONINONON
— b ek = OO
NS NOONSTM

SIPDRLSIPDRS*SIPDR6=
:SIPDR7=

gfl pEEEEEREE

o~
HH
oo
N
NN
SNWN=O el RNTe JV, R { VI[N ]

4809
4810
4811

SDPDR?36
4837
38

172240

4,840

172246

484
LEG

172252
172254

—

b o

d o

s *SUPERV

D'’ PAGE DESCRIPTOR REGISTERS

Wl
OO
OB NOONSNO

177660

sPATTERN PROGRAM SPACE

177656

NNNNNNNNS
NOMNOMNLNONONONOND

4807

:PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE
;PATTERN PROGRAM SPACE
:PATTERN PROGRAM SPACE

177654

480

;PATTERN PROGRAM SPACE

NNNNNNNNGND

480%

UIPARO= 17 64g
UIPAR1= 17764
UIPAR2= 177644
177646
UIPAR3=
UIPAR4= 177650
UIPARS= 177652
UIPARG6= 177654
:UIPAR?7=

ERVISOR °*‘I'* PAGE ADDRESS REGISTERS

sprno- 17240 172242
172244

172250
172256

AREA
sTEST AREA

;TEST AREA
;TEST AREA

c10
CZMSPAO MS11=L/M/P MEMORY D
DEFINE MEMORY MANAGEMENT R

HAgRO M1113

26-APR-82 09:41

PAGE 111-3

--Sgpsnvxson *D'* PAGE ADDRESS REGISTERS

AR1=

17226

}: SOPARS=iy

SDPARS= 175272
SDPARG= 172274
SDPAR7= 172276

172262

175586
176856

- «KERNEL "'I'* PAGE DESCRIPTOR REGISTERS

xxpoao=_i72 00
:KIPDR1=
:KIPDR2=
:KIPDR3=

172302
172304

172306

172310

:KIPDRé4=

175312
172314
172316

*KIPDRS=
:KIPDRé=
:KIPDR7=

:*KERNEL 'D’'' PAGE DESCRIPTOR REGISTERS
172320
:KDPDRO=
172322
:KDPDR1=
172324

*KDPDR2=

:KDPDR3=
*KDPDR%=
:KDPDRS=

1723;6
172330
172332

:KDPDR7=

172336

172334

*KDPDR6=

-tK§RNEL "I'* PAGE ADDRESS REGISTERS

KIPARO= 172340
:KIPAR1=
:KIPAR2=
*KIPAR3=

‘

KIPAR4= 172350
KIPARS= 172352
KIPARG= 172354

:KIPAR7=

172356

*KERNEL ‘D'’ PAGE ADDRESS REGISTERS

KDPARO= 172360
:KDPAR1=
:KDPAR2=
*KDPAR3=
*KDPAR%=
:KDPARS=

172342
172344
172346

KDPARG= 172374
KDPAR7= 17¢576

72362
172364
172366
175370
172372

- SEQ 0119

D10

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

DEFINE

UNIBUS MAP REGISTERS

.SBTTL

4898

4,899
4900
4901
490
490
4904
4905
4906
<907
4908
4909

4977
4911
4912
4913
4914
4915
4916
4917
4918
4919
4920
4921
4922
4923
4924
4925
4926
4927
4928

4929
4930
4931
4932
4933

4934
4935
4936
4937
4938
4939
4940
4941
49
494
4944
4945
4946
4947
4948
4949

4950
4951
495

495

495%

170200
170202
170204

DEFINE

PAGE 113
UNIBUS MAP REGISTERS

P*THE LOWER 16 BITS OF THE MAP REGISTERS ARE LABELED °‘MAPLXX'
“«THE UPPER 6 BITS OF THE MAP REGISTERS ARE LABELED 'MAPHXX'
MAPLO = 1702 g
MAPHO = 17020
MAPL1 = 170204
:MAPH1 = 170206
‘MAPL2 = 170510
SMAPH2 = 170212
SMAPL3 = 170214
‘MAPH3 = 170516
‘MAPLG = 170220
*MAPHG = 170222
SMAPLS = 170224
*MAPHS = 1702%6
*MAPLG = 170230
*MAPH6 = 170232
SMAPL? = 170234
SMAPH? = 170236
SMAPL10 = 170240
SMAPH10 = 170242
SMAPL11 = 170244
SMAPH11 = 170246
SMAPL12 = 170250
‘MAPH12 = 170252
*MAPL13 = 170254
*MAPH13 = 170256
“MAPL14 = 170260
IMAPH14 = 170262
SMAPL15 = 170264
SMAPH1S = 170266

‘MAPL16 = 170270
*MAPH16 = 170272

SMAPL17 = 170274
*MAPH17 = 170276
*MAPL20 = 170300

SMAPH20 = 170302
*MAPH21 = 170306
SMAPL22 = 170310
‘MAPH22 = 170312
*MAPL23 = 170314
*MAPH23 = 170318
*MAPL2% = 17035
*MAPH2% = 17o§ 0
SMAPL2S = 170324
*MAPH2S = wosg
*MAPL26 = 1703
*MAPH 9 = wggg
*MAPL27 = 170334
*MAPH27 = 170336
“MAPL 8 = 17034g

*MAPL21 = 170304

= 17034
*MAPH30
*MAPL31 = wogu.
*MAPH31 = 17034

*MAPL 5 = 17035
*MAPH32

= 17035

SEQ 0120

E 10

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

DEFINE

UNIBUS MAP REGISTERS

26~APR-82 09:41

SEQ 0121

PAGE 113-1

sMAPL g = 178354
:MAPH33

= 17035

:MAPL37

= 170374

:MAPL34 = 17036
:MAPH34 = 17036
sMAPL3S = 170;64
:MAPH3S = 170366
:MAPL36 = 170370
sMAPH 9 = 170372

:MAPH37 = 170376
-]

000174
000176

SWREG=

172100

CSRADD=172100

SBTTL

DEFINE

CONTROL STATUS REGISTERS

060009
157776
040000

. SBTTL
FIRST=60000
LAST=157776
SI1ZE=40000

DEFINE

PARAMETERS

176

sSTART OF THE 16K TEST PATTERN AREA
sEND OF THE 16K TEST PATTERN AREA

;SIZE OF THE 16K TEST PATTERN AREA (FOR SOB INSTRUCTIONS)

F10

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

DEFINE

4979

PARAMETERS

26-APR-82 09:41
LIST

.SBTTL

SEQ 0122

PAGE 115

TMMD

MACRO

sBE NICE TO SEE MY DEFINITIONS

FATAL

tttfi't.tt!tt'tit.t.tt' FATAL tannnanttnanddtddtdhdtdaaed

FATAL IS USED TO REPORT FATAL ERRORS (ERRORS THAT PREVENT
THE PROGRAM FROM CONTINUING).

tttitt.'tltt..tttt.tttt"".t'ltlll.ttt.t.t.fittt...t
s ***MACRO***MACRO***MACRO* *+
ARG
.ztfgg FATAL
CRF

.JIF DF LSTSS .LIST
CRF

INC

ERROR

sSET FATAL INDICATOR

FATALS
EagG

.11F DF %3;33 «NLIST
.ENDM

FATAL

.SBTTL
.MACRO

MACRO
TYPE
CRF
CRF

CRF

TYPE
ARG

.JIF DF LSTSS .LIST

.DSABL

.1IF DF LSTSS .NLIST
.ENABL CRF
TYPE
.ENDM

G 10

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
5018

5019

NEWTST

PAGE 117

MACRO

NEWTST

.SBTTL

IRRRRRRARAARARRARAANERS NEWTST ttnsatranttatatttettes

38%(1)
sog
S0

'ICEIHTflLIS USED AS THE FIRST INSTRUCTION OF A TEST.
1) GENERATE A TEST NUMBER FOR THE LABEL OF THIS TEST
2) PUT STARS BEFORE AND AFTER A MESSAGE

5025

:1)

ASCII

.2)
3
.3)
;

ICOUNT ==

5024

5026

5027
5028
5029
5030
5031

sARGUMENTS

RETURN ==

COMAND ==

503
503
5034

.4)
:
;

5036

5035

5037

5038

5039
5040
5041

THIS IS THE MESSAGE THAT WILL APPEAR

ON THE LISTING

IF NON-BANK AND BIT 11 OF $SSWR= 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

L L

.MACRO

$STN=1

NEWTST

ehdddaiduiduiibiobdoinduiuiabd

ASCII,ICOUNT,RETURN,COMAND

SNWTST=0
.NLIST MC

.JF B <COMAND>

g&%

S?'FJEHTEST

\$TN,<ASCII>,SCOPE

5044

SSNEWTEST

\$TN,<ASCII>,<COMAND>

5045
5046
5047
5048

LENDC
NLIST
LLIST
LIST

5049
5050
5051
ggg

.JF NE 4000LSSWR
.JF N8 ICOUNT
.JF LE <ICOUNT=1>
#1,8TIMES
"?\r'r

5054

MOV

5056
S057

ND
.1F NB RETURN

S055

5058

5059
5060
5061
506§
506
5064
5065

.ENDC

MOV

.ENDC
.ENDC
NLIST
LIST
LLIST
.NLIST
.ENM

#ICOUNT,STIMES
#RETURN,SLPADR

2:D0 1 ITERATION

;DO ICOUNT ITERATIONS
;;SET SCOPE LOOP ADDRESS

MC
ME
NEWTST

MACRO

26-APR-82 09:41

SEQ 0123

W10

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

MACRO

SSNEWTEST

26~APR-82 09:41
.SBTTL

SSNEWTEST
ASCI ,<ASC>

5069
5070
507.
507
074
u7s
5076

SNWTST=1
LSBTTL T'A’
«NLIST
ME
LIST
.LIST

5079
5080
5081
5082

S083

5084
5085
5086
ggg;

5089

A,ASC,COMND

.IF_EQ SNWTST

5071

5078

PAGE 119

MACRO _ SSNEWTEST

MACRO
.IRP

5077

SEQ 0124

SRR

s*TEST A

.IFF
ASCI
+ENDC
.ENDM

ASCI

TR S
NIRRT RCRNR
AR AR RNRARANRARRNCARANERTRARARRRRRRRARRRR

ASCI

IRRARRAARRARE AR AR TR R AR
TST'A:

COMND
.NLIST ME
STN=STN+1
SSNEWTEST
.ENDM

.SBTTL

MACRO

ACRA
AN NRRANRARR AR RARRARRRRRRARRAARAARATR

SUBTST

vttt attaaaataatataantettaettts

ggg?

nt SUBTST
ARttt

509§

*THIS MACRO WILL FORMAT A SUBTEST HEADING WITH STARS

2339
20%

1) TXT ==

— e

ViV

D b e

b e e

D b

b e ed d e

;A .SBTTL WILL BE FORCED & .NLISTED FOR THE TABLE OF CONTENTS.
: ARGUMENT:

THIS IS THE MESSAGE THAT WILL APPEAR IN THE TABLE OF CONTENTS & LISTING.

SUBTST <<THIS IS A FUN SUBTST>>

:EXAMPLE :
L]

:I't'tttt.*tfitti.tt.lt't"t.'.ttt.ttttififitttttt'tttttttt

SUBTST ASCII
MC
$SUBTST <ASCII>
MC
LIST
SUBTST
.ENDM
—
—f
.

.MACRO
.NLIST

D e

b = e =d ek 2 QO OO OO

D d e

b D D

OO0

SRRSO
BB VT AR S8

2884
5095

«MACRO
.IRP
.SBTTL
LIST
LLIST

MACRO _ $SUBTST
$SUBTST ASC
ASCI,<ASC>
ASCI
ME

32222322233 232232223222222333233 3333333333333 3332332333222 2200

*SUBTEST

.ENDM

ASCI

i iiiiiiiiiiiiddsd)

:ttt.tttttttttt.tttt't'tt't.'t.ttl!tttltl.t'tt.t.tttl..tt"t'tt"tttt..'.t"t"t

.NLIST
.ENDM

ME
SSUBTST

110

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

MACRO

5153
5124

AT A
VT

—d i

D e e

VIV T AWMV

i e e

D -

D d

A TN TRV

D D b ) D cd -

NN NN

VIV
SN
W
N
gouNOuwadooawomaum-oogwgmam-ooa

AT
IV
» ddddddddg

g
F44

26-APR-82 09:41
.SBTTL

SEQ 0125

PAGE 121

MACRO _ TYPOCT

sennnnnnnnanennnnnannt TYPO(T wennvtsanttsntteetes

:TYPOCT IS USED TO CHANGE A BINARY NUMBER
:

TO A 6 DIGIT OCTAL NUMBER AND TYPE IT

TYPOCT HILMT.<TYPES THE CONTENTS OF HILMT>

gARGUHENTS:
THE NUMBER TO BE TYPED
NUM
§1)
REMARK ALLOWS A COMMENT TO BE MADE
§2)
gROUTINES REQUIRED
CONVERT BINARY TO OCTAL AND TYPE (.STYPOCT)
§1)
TYPE AN ASCIZ STRING (.STYPE)
§2)
EEXAHPLES:
)

TYPOCT

#5,<TYPES ° 000005°>

:ttt..titttt't.t'.ttt!'tti't't..tittttt.tt'tt..t.t.li..tt'ttti'.t

«MACRO

TYPOCT

NUM,REMARK

'CRF

.JIF DF LSTSS .LIST
CRF

::SAVE NUM FOR TYPEOUT

NUM, - (SP)
MoV
.JIF N8B <REMARK>,
CRF
TYPOC
.JIF DF LSTSS .NLIST
NAB

.ENDM

C RF

TYPOCT

s : REMARK
::G0 TYPE=--OCTAL ASCII(ALL DIGITS)
ME

J 10

CZMSPAQ ?egaEglfllP MEMORY DIAG. MACRO M1113

WVIT VT

PAIT = od amd b b

A VT

b oy b b

M T

T AT VT

T T A VT

o
-‘-hfl-J-A_u;a;-&—hfl-fl-a—hfl-‘_‘—hfl-‘-fl—hfl-‘—hfl-‘
00 0o 0o
0000 NN NNNNNNNNO
28 8RIRRRIN2ET S:~485n23uuv-acfigcb~u>\n5~ua\ha<><fi; E NS (V]

MACRO

202

26-APR-82 09:41
.SBTTL

SEQ 0126

PAGE 123

MACRO _ TYPOCS

sennnnennnnnnnnnnnnns TYPO(S teanannanttsnatantan

:TYPOCS 1S USED TO CHANGE A BINARY NUMBER TO AN OCTAL
:

NUMBER AND TYPE 1 TO 6 DIGITS
WITH OR WITHOUT LEADING ZEROS.

gARGUHENTS:
NUMBER TO BE TYPED
NUM
51)
REMARK ALLOWS A COMMENT TO BE MADE
éZ)
§3)

:4)

NUMBER OF DIGITS (1 TO 6) TO BE TYPED
BLANK=SUPPRESS LEADING ZEROS (TYPES SPACES)
NON-BLANK=TYPE LEADING ZEROS

*ROUTINES REQUIRED
CONVERT BINARY TO OCTAL AND TYPE (.STYPOCT)
3}
TYPE AN ASCIZ STRING (.STYPE)
:2)

tEXAMPLES:
TYPOCS #12345,<TYPES ''5'>,1
1)
TYPOCS #00%,<TYPES ''04°>,2.X
:2)
:3)

TYPOCS

#004.<TYPES " 4'>.2

:tfitttttltfittttt.tttttt'tttttttttttt.fittttttltttttttttttttttttttt

.MACRO
«NLIST
.DSABL

TYPOCS

NUM,REMARK,N,Z

CRF

.IIF DF LSTSS .LIST

.ENABL
.LIST

MOV

CRF

ME
::SAVE NUM FOR TYPEOUT

NUM, - (SP)

.1IF N8 <REMARK>,
TYPOS

::G0 TYPE--OCTAL ASCII

.BYTE

::TYPE N DIGIT(S)

.BYTE

;:TYPE 6 DIGITS

.av;e

::TYPE LEADING ZEROS

.avrg

; :SUPPRESS LEADING ZEROS

.DSABL

CRF

"ENABL

CRF

"1IF DF LST$S .NLIST
"ENDM

TYPOCS

s :REMARK

K 10

CZMSPAO HS11EL/H/P MEMORY DIAG. MACRO M1113

MACRO

TYPDEC

26-APR-82 09:41
.SBTTL

SEQ 0127

PAGE 125

MACRO _ TYPDEC

tttttttttttttttttttt TYPDEC ®taanaaaaanadtaades

TYPDEC IS USE TO CHANGE A BINARY NUMBER TO A SIGNED
:

INOTE:
:

DECIMAL NUMBER AND TYPE IT REPLACING LEADING ZERO

WITH SPACES

IF THE NUMBER IS NEGATIVE A

MINUS SIGN WILL BE TYPED.

:ARGUMENTS:
)

NUM

NUMBER TO BE TYPED

REMARK ALLOWS A COMMENT TO BE MADE
*ROUTINES REQUIRED
CONVERT BINARY TO DECIMAL AND TYPE (.STYPDEC)
)
:2)

TYPE AN ASCIZ STRING (.STYPE)
:2)
:EXAHPLES
’1)

:2)

TYPDEC

SIZE.<TYPE THE CONTENTS OF SIZE>

#-10.,<TYPE A MINUS TEN>

'tfittttttttttttt"tttttQt'tttt!fit.tttt.ttttifiitt*titttttfitttittti

VNN
S W =

wvivvwviwvainawnaawvun

wviviviwviwvivivivaiwvg

«MACRO

TYPDEC

«NLIST
.DSABL

CRF

.ETQ?L

CRF

NUM,REMARK

.JIF DF LSTSS .LIST

:sSAVE NUM FOR TYPEOUT

NUM, - (SP)
MOV
.JIF N8 <REMARK>,
TYPDS
.DSABL
.JIF DF
.ENABL
.ENDM

CRF
LSTSS .NLIST
CRF
TYPDEC

REMARK
::60 TYPE--DECIMAL ASCII’ UITH SIGN

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

MACR

BMOV

26-APR-82 09:41
.SBTTL

SEQ 0128

PAGE 126

MACRO

BMOV

IRRRRRAARRAARRRANN BMOV SRR RRNRARRRNAANNRRAANRRAAR

: THIS MACRO MOVES A BLOCK OF DATA.
*ARGUEMENTS:
)

FROMHERE

:2)

TOHERE

:3)
f

SIZE

;
:

THE FIRST ADDRESS OF THE SOURCE BLOCK.
THE FIRST ADDRESS OF THE DESTINATION BLOCK.

IF BLANK THE 1ST ADDRESS OF THE USER INSTRUCTION
PAR'S IS USED (FASTCITY).
THE SIZE OF THE SOURCE BLOCK.
IF BLANK A 16 WORD TRANSFER IS ASSUMED.
"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!

3
33 22t it dddd
223
3333232333233
222
3 3333333322333
222323

.MACRO

BHOZRE

FROMHERE
, TOHERE ,SIZE

CRF
.I1IF DF LST$SS .LIST
CRF
.ENABL

.DSABL

.LIST

JSR RS5,BLOCK1
FROMHERE
.DSABL

CRF
.JIF DF LST$S .LIST
CRF
. ENABL

. ENABL
MEXIT
.ENDC
.IF B SIZE
«NLIST
.DSABL

—

ViAWY
WWWNWWWNWWNWN

R
ae SR SRR

5301

CRF

.JIF DF LST$$ .NLIST
CRF

.LIST

JSR R5,BLOCK2
TOHERE
FROMHERE

CRF
.DSABL
.JIF DF LST$S$ .NLIST ME
CRF
. ENABL
IT
JMEX
.IFF
NLIST
CRF
.DSABL
.LIST ME
LSTSS
.JIF DF
CRF
.ENABL
IST

JSR R5,BLOCK3
SIZE

L 10

Mm10

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

MACRO

5318
5319
5320
5321
5322

5323
5324

BMOV

26~APR-82 09:41
TOHERE
FROMHERE
.DSABL

CRF

JIF DF LSTSS .NLIST
CRF
. ENABL

.ENDC
BMOV
.ENDM

SEQ 0129

PAGE 126-1

N 10
CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

MACRO

MAP

s
W= O B
VRN VNS WN=O VNN NN 2O -uShn (V[¥

WW
WW

5327
S§28
5329
5330

Vi w

26-APR-82 09:41

AL A

.SBTTL

At i

SEQ@ 0130

PAGE 128

MACRO

d i dddd MAP

MAP

Attt ttdt

At AR

g THIS MACRO MAPS A MEMORY BANK (16K) INTO THE

: TEST PATTERN AREA (SUPERVISOR VIRTUAL (60000-157777)).

ARGUEMENTS:
BANK
)

SRR

AR AR

THE BANK OF 16K WORDS TO BE MAPPED.
THERE ARE 120 BANKS OF 16K WORDS

MAP

LoC

sLOCATION *LOC'* CONTAINS THE # OF THE BANK TO MAP

MAP

#28.

;BANK 34 (OCTAL) WILL BE MAPPED

A RAA

.MACRO

MAP

.DSABL

CRF

PUSH
«NLIST

AR AN AR

BANK

«JIF DF LSTSS .LIST

-ENABL
CRF
.LIS
.IF B BANK

MoV

.ENDC
CALL
.DSABL

+IIF DF
.ENABL
POP
ENDM

#120.,R3

BANK ,R3
MAPPER
CRF

LSTSS .NLIST
CRF
R3
MAP

AR AR ARy

B 1
(2MSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41
SUPERVISOR

v
ARSEREESET ‘d\fifi Ry S

MA CRO

.SBTTL

THIS MACRO SWITCHES TO SUPERVISOR MODE.

—O0

5393

MACRO _ SUPERVISOR

cannnnnnntnneenents SUPERVISOR wttatttatttdnttetennnn

ARGUEMENTS: NONE.
1223222332 23223222223 2232333332332 23233322322 2d2ddddddl)

O~ W

VIV ViAWY ViV YA

3
3

SEQ 0131

PAGE 130

.MACRO
NLIST
.DSABL

SUPERVISOR
CRF

J1IF DF LSTSS .LIST

.E?g?L

CRF

BIS

#B8IT14,PSW

.DSABL
J1IF DF
.ENABL
.ENDM

.SBTTL

CRF
LSTSS .NLIST
CRF
SUPERVISOR

MACRO__

:GO TO SUPERVISOR MODE
ME

USER

IRRRRRANRRRRRAARAN JSER Aoaaaaanaantanrttattroatannn

* THIS MACRO SWITCHES TO USER MODE.
*ARGUEMENTS: NONE.
o

:ttitttttttttttttltlltttt"'ttttttttittfitttittttttt

«MACRO

USER
CRF

.IIF DF LSTSS .LIST
CRF

8IS

g%gT15!BIT14.PSU

.JIF DF LSTSS .NLIST
ENABL
.ENDM

CRF
USER

;GO TO USER MODE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
TESTAREA

MACRO

5409

SEQ 0132

PAGE 131

.SBTTL MACRO

TESTAREA

gz}?

:Qtfi.t..ttttl.i..t TESIAREA (2223233333333 333333333]

2‘4’}%
gflg

* THIS MACRO SWITCHES TO THE SPECIFIED TEST MODE.
*ARGUEMENTS: NONE.

2219
1

:’tQtttt.tt.t...lttitt.i'l'ttifitttfitttt.tt.tttt...tt
TESTAREA

5418

LMACRO

5420
5421
5422
5423

"DSABL CRF
"1IF DF LST$S .LIST
"ENABL CRF
LIST

5419

NLIST

8IS

5426
5427
5428

"1IF DF LSTSS .NLIST
"ENABL CR CRF
TESTAREA
.ENDM

.DSABL

;G0 TO SYSTEM TEST MODE

TESTMODE ,PSW

5424

5425

CRF

o N

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26°APR-82 09:41

MACRO

5431

SET4 & RES4

SEQ 0133

PAGE 133

,....'..-§§II&..gecggra E;ésf Esffitttttttttttttttt
: THESE MACROS SET & RESTORE VECTOR 4(TIMEOUT TRAP)

E IN IT'S RESTORED MODE TRAPS ARE REPORTED AS SUCH.

:THE LOCATION TO VECTOR TO (ONLY USED IN *‘SET4'* NOT °‘RES4')
:1 USE THE SET4 AND RES4 MACROS AROUND CODE THAT I EXPECT TO TRAP TO 4
:LIKE LOOKING FOR ALL POSSIBLE CSR'S AND ETC. WHENEVER CODE IS NOT
: SURROUNDED BY SET4 AND RES4 THEN ANY TRAPS TO 4 WILL CAUSE AN ERROR
:ARGUEHENTS

LocC

:PRINTOUT THAT SAYS ‘‘UNEXPECTED TRAP 0 4''

AND ALL THE ASSOCIATED REGISTER JUNK

ttttit'ttltttttttt..tt'iti.tttttit.tt..tt.tt.'.t..
.MACRO

SETé

ARG

CRF

.iIF DF LSTSS .LIST
CRF

MoV

&
ARG,
CRF

+1IF DF %3;33 .NLIST

.ENDM

SETé

«MACRO

RESé
CRF

.JIF DF LSTSS .LIST
CRF

MOV
CMP
BNE
101$:

CLR

.ENDM

#TIMEOUT 4
#1,PROTYP
101s

;1S THIS AN 117442
IF NOT
*BRANCH

—

:THAT A EXPECTED TRAP COULD HAVE SET

*CLEAR OUT THE CPU ERROR REGISTER BITS

CPUERR

"IIF DF LSTSS .NLIST
.ENABL

CRF

RES&

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

PAGE 135

MACRO

DLEFT

MACRO

DLEFTY

.SBTTL

547

5478

gzg

glzm

S‘gg
5484

5485
5486
5487
5488
5489

490
5691

549

549
94
5495
5496

5497

SEQ 0134

;ttttt.tttt'tttttt DLEFT (2323223323333 333332333232333%]

: THIS MACRO DOES A DOUBLE WORD LEFT SHIFT

:'ARGUEHENTS:

LOC

:THE LOCATION TO BE SHIFTED LEFT (CARRY TO LOC+2)

:-tttttttttttt!ttttttttttt.ttt.tt.tttttttttttttttttt
ARG
.MACRO DLEFT
.NLIST
.DSABL CRF
.JIF DF LSTSS .LIST ME
.ENABL CRF
LIST
ARG
ROL
ARG+2
ROL
.DSABL CRF
.JIF DF LSTSS .NLIST ME
.ENABL

.ENDM

.NLIST

CRF

DLEFT

;DON'T NEED TO SEE THEM ANY MORE

CZMSPAQ HS1;-LIH/P MEMORY DIAG. MACRO M1113

000000

888?99

000000

TRAP CATCHER

REPT

179

LSBTTL

ACT1 HOOKS

DEFINITIONS:

;.WORD

.42, HALT

1)L0C.46

FAILED WILE RUNNING
=0 NO POWER FAI L

;t
. ®

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 ZERO'S

]
:t
;t

:t
i

=46
SENDAD
.=52

N
&~

2:1)SET LOC.46 TO ADDRESS OF SENDAD IN .SEOP

.WORD
.SBTTL
.=24
200
=42

BIT4
APT11 HOOKS

=44

POINT

START3: BR
BR
.=300
START1: CLR

START1
START2

STACK

WWW

“END=OF =PASS'’' HOOK
=ADDRESS OF END OF PASS ROUTINE
MODIFIED BY ACT11.

PROGRAM NEEDS HOOK
2)Lo0c.52
PROGRAH SHOULD BE POWER
15=1
BIT

]

::2)SET LOC.52 TO INDICATE MEMORY SIZE DEPENDANT

:2SET POWER FAIL TO POINT TO START OF PROGRAM
ssFOR APT START UP

2SO RT11 CAN START WITH RUN COMMAND

TO APT INDIRECT ADDRESS PNTR.

SAP&gDR ..POJNT TO APT HEADER BLOCK

N=OVO~NOW

SSTTL

WGVIV
A
i
Vi

26-APR-82 09:41

;*THE HOOKS REQUIRED BY ACT11 ARE DEFINED AND SETUP BELOW:

Vi
wviviiauvaiiaiauaininaunnuniiiaiaununw v
b e e e o o e
e D

N AR
WA

U!U'g ooos
NNNNNNNg VONOWNES WO stw-o

TRAP CATCHE

SEQ 0135

PAGE 137

002612
003654
003654

START2: SET
JMP
.=STACK

TART

sRESTART (SAVE ERROR ACCOUNTING)

RESTART
START
RESTART
START

PSR

6 1

cznsmo nsn-un/p MEMORY DIAG. MACRO M1113

INITIALIZED TO ZERO

ARIABL

5545
ssag

5§54
§548 002000

5549 002000
5550 002002
§551 002006
sssg 002006

000000
000000
000000
000000

§554 002010
5555 002011
sssg oozo1§
5557 00201

000
000
000
000

555

*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
22 BIT PHYSICAL ADDRESS
:CONTAINS 'GOOD' DAT
*SCONTAINS *GOOD2" mm

000000

$SAUTO: .WORD
FATALS: .WORD
SKPERR: .WORD

O
0

888%
000000
000000
000000

883%

000000

5591 0021 g 000000

5595 0051

LASTERROR: . WORD 0
0
ERRPC: .WORD

GOOD3:
:
BAD2:
BAD3:
BADXOR:

.WORD
.WORD
.WORD
.WORD
.WORD

NEMCNT: 0
PARCNT: 0
PATERR: 0
NOPAR:
NONEM:

BANK: 0
BANK INDEX : 0
CPUBIT: 0
0
MUT:
PATTERN:0

KPFLAG: .WORD
ACFLAG: .WORD

5598 002136

5599 002140 000000
5600 002142 000000

000000

MKFLAG: .WORD

RRFLAG: .WORD

PFLAG:

.WORD

EUFLAG: .WORD
TMFLAG: .WORD
INTFLAG: . WORD
INT64K: .WORD

: :CONTAINS *GOOD3* DATA
: CONTAINS *BAD' DATA
:SCONTAINS °*BAD2' DATA
::CONTAINS °*BAD3' DATA
:XOR OF GOOD & BAD = BAD BITS!

AUTOMATIC MODE INDICATOR FOR APT,ACT, & XXDP

#Am ERROR INDICATOR
*USED TO SKIP ERROR MESSAGE IN ‘‘SERRGEN''
*NON-EXISTANT MEMORY COUNTER (HOLES)
*PARITY ERROR COUNTER
*PATTERN ERROR COUNTER

*MEMORY BANK UNDER TEST
*USED TO INDEX INTO CONFIG TABLE
*CONTAINS 1 en T0 xoeumv CPU TO CONFIGURATION TABLE
*MEMORY UNDER TEST FLAG
*PATTERN NUMBER UNDER TEST
*BANK IS PROTECTED REGION OF ECC
*BANK CAN BE ACCESSED BY THIS CPU
*IF SET INDICATES MS11-M OR MF11S-K UNDER TEST

*BANK IS IN PROGRAM SPACE

‘BANK IS WHERE PROGRAM RELOCATION IS REQUIRED TO TEST
:

:PROGRAM IS RELOCATED FLAG

:'BANK HAS EUB MEMORY'' FLAG
:*TYPE OF MEMORY TO r;sr FLAG; 0 = PARITY, 1 = ECC
FLAG
S*BANK IS INTERLEAVED"
S'BANK IS 64K mmnveo" FLAG

PMEMFLG: . WORD 8
ABORTFLAG: . WORD
CTLKVEC:.WORD

*NUMBER OF ERRORS ON LAST PASS
*CONTAINS PC OF ERROR FOR TYPEOUT

*NO PARITY ERROR MODE INDICATOR
*NO NON-EXISTANT MEMORY (HOLES) MODE INDICATOR

0
0
0

BMFLAG: .WORD

5594 ooz1§8

0
0
0
O
0

0
0

RLFLAG: .WORD

002124

5601 002144

-NEXT TWO anss ARE DISPLAYED IN me DISPLAY REGISTER

0
0
0
O
0
0
0
0,0
O
0

558 oo100888%
5584 002102
5585 002104 000000
5586 oozws 00C000
gsar oosn 000000

5597 0021

§5Lecr ONLY BANKS MARKED BY rmo SERVICE MODE FLAG
*SET FOR SHIFTING DIAGONAL TEST
*SET FOR KAMIKAZE MODE TESTING
“USED TO SKIP RESTORING KAMIKAZE MODE WHEN MODIF IED

BADPC: .WORD
ERRSP: .WORD
BADSP: .WORD
ERRPSW: .WORD
BADPSW: .WORD
ADDRESS:.WORD
PADDRESS: .WORD
PHYADD: .WORD
.WORD
GOOD:
GOOD2: .WORD

5581 002074 000000
ssa§ 002076 000000

5595 0051
5596 00 1§

SELONLY:0
DIAGFLAG:0
KAMIKAZE : 0
SKIPKAMI: 0

:START OF COMMON TAGS

000000
000000
000000
000000
000000
000000
000000
000000 000000
000000
000000
000000
000000
000000
000000
000000

5593

“«USED IN THE PROGRAM.
$CMTAG:

:PATTERN NUMBER
:BANK & SIGN
:;CONTAINS ERROR FLAG
*:CONTAINS ITEM CONTROL BYTE

5570 002046
5571 002050
5572 002052
5573 002054
5574 002056

588 002112
5589 002114
5590 002116

INITIALIZED TO ZERO
.SBTTL VARIABLES
;#THIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS

0
0
0
0

000000
000000

5575
5576 00
5577 002064
5578 002066
5579 002070
5580 002072

PAGE 139

$PATMAR: .BYTE
$BANK: .BYTE
SERFLG: .BYTE
SITEMB: .BYTE

5558 002014
§559 002016

5560 002020
§561 002022
sseg 002024
5563 002026
5564 002030
5565 002032
5566 002034
5567 002036
5568 002042
5569 002044

26-APR-82 09:41

SEQ 0136

:'BANK IS IDENT{FIED AS BAD MEMORY'' FLAG

:'MEMORY UNDER TES lsA MS11-P'* FLAG
+“'ABORT OCCURED'’F

*HOLDS OLD KERNAL sucx POINTER IN CASE OF CNTL/K

CZMSPAOD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
INITIALIZED TO 2ERO
VARIABLES
seo; 002146

WORD

OLDCSR: .WORD

CSR:

000000

CSRNO: O
SAVCSR: .WORD

5603 002150 000000
002152 (00000
5604
5605 002154 000000

SUPDR1 8

000000
000000

0
SUPDR3:
SUPDR% : 0

SUPDRS: 0

000000

DUMMY:

SUPDRG:

5616 002176 000000

DETRO:

5620 oozzog 000000

DETR4:

002172

5614 002174

5615

000000

§617 002200
5618 002202
5619 002204

000000
000000
000000

5621 002210
5622 002212
5623 002214

000000
000000
000000

5624 002216
5625 002220
5626 002222

5627

DETR1:
DETR2:
DETR3:

0
0
0

DETRS: 0
DETSP: 0
DETPSW: 0

000000
000000
000000

DETFLAG:0
CONTFLAG:0
TOTCSRS:.WORD

:DETAILED REPORT FLAG
*CSR'S HAVE BEEN TESTED FLAG
1 BIT PER EXISTING CSR, EG=-

CSRFIRST:.WORD

*FIRST ADDRESS UNDER CONTROL OF

000000

DATBUF:

.WORD

000000
000000

SGEMSK:
DBEMSK:

.WORD
.WORD

CHECK:

.WORD

5634

000000
000000
000000
000000
000000

5635 002244 000000 000000
002250
5637 002254

2260
56
5639 002262
5640 002263
5641 002264
sug 002266
564 ooszro
002272
5644
5645 gzn
5646 00 %3
5647 002
5648 oogsoz
5649 002304
5650 002
5651 002310

sosg 83 gt

14
565
5654 00 313
5655 ooss
5659 00 § 2
5657 002324
5658 002326

000000
000
000
000000
000000
000000
000000
000000
000000
%333
000C00
000000
000000

000000
000000
000000
m

:DUMMY LOCATION FOR ADDRESS PASSING

THESE LOCATIONS STORE GPR'S & PSW DURING DETAILED ERROR PRINTOUTS

5628 002224

5629
002226
5630 002230
5631 002232
32 002234
5633 002236

D CSR NUMBER(USED IN INH PTR TEST)

SUPDR

000000

smg ooswo 000000
5613

:DATA TO OR FROM CSR

*CSR ADDRESS NUMBER (4 LSB'S)
Locmou TO SAVE csnno DURING FS COMMAND

:THESE LOCATIONS STORE ebn S DURING SUPERVISOR TESTS

5607 002156 000000

5610 002164
5611 002166

PAGE 139-1

SUPDRO: 0

5608 oozugg 000000
5609 002162

SEQ 0137

CSRLAST: .WORD
CSRFBANK: .WORD
CSRLBANK:.WORD
CSRINT:
.WORD
SPLTCSR: .WORD

0
0
0
0
0

0.0

TSTDAT: .WORD

0.0

SUPDOADD: .WORD
PASFLG: .BYTE
UPPFLG: .BYTE
PASSNO: .WORD
SAVPAR: .WORD
SAVMON: .WORD
MONFLG: .WORD
REALPAT:.WORD
OLDCACHE: .WORD
PARTHERE: .WORD
FSSTACK:.WORD
NEWBANK: .WORD
SOURCE: .WORD

0
0
0
0
0
0
0
0
0
0
0
0
8

CBITS: .WORD

.WORD
MASK:
CSR1S: .WORD
BITNO: .WORD
PCBUMP: .WORD
CSRINC: .WORD
CSRLOOP:.WORD

0.0
0.0

3
O
O

*CSR 0 REPRESENTED BY BIT 15, ETC.
THIS CSR
:
:
:
:
:

*TWO WORD DATA BUFFER

*TWO WORD TEST DATA

wo WORD SINGLE BIT ERROR msx
*TWO WORD DOUBLE BIT ERROR MA

*ADDRESS OF SUBROUTINE TO sxecurs IN SUPERVISOR MODE
SLOCAL LOOP PASS CONTROL
*LOCAL LOOP PASS CONTROL
*LOCAL LOOP PASS CONTROL
*USED TO SAVE KERNAL P
*XXDP MONITOR RETURN ADDRESS
*RETURN TO MONITOR FLAG
*REAL PATTERN UNDER TEST
*BACKED UP VALUE OF CACHE comoL REGISTER
*PARITY TRAPS SOMETIMES GOTO ADDRESS STORED HERE
*STACK SAVED HERE IF IN FIELo SERVICE MODE
“USED FOR RELOCATION TO A NEW BANK
*SOURCE OF DATA WORDS FOR CHECKBIT GENERATION SUBROUTINE
*CHECKBITS TO BE LOADED INTO CSR
8ITS TO ee WRITTEN
cnscx

*BIT MASK FOR CSR
SCSR ALL 1'S PATTERN
.an POINTER
*VALUE TO BUMP THE PC BY TO RECOVER AFTER A PARITY TRAP
“VALUE TO INCREMENT ADDRESS BY TO REMAIN IN THE SAME CSR
*LOOP CONTROL FOR CSR TESTING

CZHSPAOEHSfl-L/H/P MEMORY DIAG. MACRO M1113

VARIABLES

INITIALIZED TO ZERO

5659 oos gg 000000
000000
5660 00

5661 88 g:
sea;
5663 002340
5664 002342
5665 002344
seog 002346
5667 002350
5668
5669 oozgs;
5670 00235
552;1 002354

— el

PAGE 139-2

SUCCESS:.WORD
ZEROS: .WORD
TIME: .WORD
SKIPMK: .WORD

0
O

rus SET av, suc,c,essruu TASK OR SUBROUTINE
“FOR AID IN ‘MOV" INSTRUCTIONS

STPFLG: .g;g

::""TERMINAL NOT AVAILABLE'* FLAG

“SECONDS THAT BATTERIES SHOULD LAST
0
SFLAG TO SKIP MKCONTROL SUBROUTINE
0
*SET WHEN RUNNING NULL PATTERNS
NULLFLAG: .WORD 0
*FLAGS QUICK VERIFY PASS UNDER APT, ACT OR XXDP CHAIN MODE
QVFLAG: 0
*FLAGS ACT AUTOMATIC MODE PROGRAMMINGRULES
ACTFLAG:0
*FLAG APT AUTOMATIC MODE PROGRAMMING aues
APTFLAG:0
*FLAGS XXDP CHAIN MODE PROGRAMMING RULES
XXDPCHAIN:0
NOTE: THESE TWO BYTES MUST sm TOGE THER
::CONTAINS NULL CHARACTER FOR FILLS
$NULL: .BYTE 0
*CONTAINS # OF FILL CHARACTERS
SFILLS: .BYTE 0

000000
%838
000000
000000
000000
000000
000
000
000

$ESCAPE: 00

000000
567§ 002356
002360 000000
5674

26-APR-82 09:41

STRIPES:0
COUNT: 0
NOTAB: 0
BSIZE: 0
KSIZE: 0

*COUNTS DIAGONAL STRIPES
*BACKED UP COPY OF STRIPES
*NO TABLE BEING PRINTED = NOW
*SIZE OF 11745 MOS MEMORY IN K WORDS
*SIZE OF MF11S-K MEMORY IN K WORDS

TOOMANY : 0
READONLY :
TESTADD:0,0
UNITOP: 0
STOPOK: 0
APTPAR: .WORD
APTECC: .WORD
NOF SMODE : 0
NOERROR: 0
:0
TEMP: 0
QuUICk: 0
NOSCOPE: 0

*FLAGS WHEN TOO MANY ERRORS HAVE BEEN PRINTED FOR A BANK
*FLAG TO PATTERNS TO READ onu
*THE ADDRESS TO RUN CSR TESTS ON
*HIGHEST ACCESSABLE BANKOF MEMORY THRU UNIBUS MAP
*FLAG 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
STHIS IS NOT AN ERROR'' FLAG
+ BANK LOADERS ARE RELOCATED TO
*USED FORJ
sQUICK sror rus FOR APT POWER FAIL
.
.No SCOPE LOOP ALLOWED'' FLAG

000000
000000
000000
000000
000000

5683 002402
5684 002404
5685 002406
5686 002
5687 002414
5688 002416
5689 002420
5690 002422
5691 002424
5692 002426
5693 0024
5694 002432
5695 002434

000000
000000
000000 000000
000000
000000
000000
000000
000000
000000
000000
833833
000000

5697 002440
5698 002442
5699 002444
700 002446
5701 002450
5702 002452
5703 002454
5704 002456

000000
000000
000000
000000
000000
000000
000000
000000 000000 000000

APTSIZE:0
FS7FLAG:0
CONF GERROR: 0
I:
NO22BIT
NOSUPER: 0
ERRADD: .WORD 0
CSRINF0:0,0,0.0.0,0,0.0

000000 000000

0,0,0,0,0,0,0,0

5696 002436

002464

000000

000000
5705 002476
005476 000000
0025
002512

5706 00 513
5707 0025
5708 002522
5709 oogs %
5710 002526
§711 002532

LSIZE:
MSIZE:
PSIZE:

000000
000000
000000

000000
m

000000

000000
000000

000000
000000 000000

000000

000000
000000

ON ERROR ADDRESS
:;ESCAPE
FOR ALTERNATE DATA PATTERNS
*USED

EVEN:

5675 002362
5676 002364
5677 002
5678 002370
5679 002372

5680 002374
5681 002376
5682 002400

SEQ 0138

*SIZE OF MS11=L MEMORY IN K WORDS
*SIZE OF MS11-M MEMORY IN K WORDS
K WORDS
*SIZE OF UNIBUS PARITY MEMORY IN

0
0
0

0
0

FSINFLAG:0

LINK1:
INK2:
CSRHOLD
KFLAG: 0
PGMCSR: .WORD
INHECC: .WORD

0.0
0

S*FIELD SERVICE = NO INTERNAL INTERLEAVE'® FLAG

*APT SIZING INFO FLAG
“TRUE WHEN IN FIELD ssmce COMMAND 7
*CONF IGURATION ERROR FLAG
*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
*CAN EXECUTE IN THE PAR/PDR'S OR NOT
*USED TO STORE CSR VALUES FOR CSR TESTS
*USED TO FLAG nms-x nenoav T0 TESTS
*POINTS TO PROGRAMC
*FLAGS INHIBIT ECC TESTS ON RELOCATION

- ———

J N

PAGE 139-3
09:41
26-APR-82
M1113
MACRO
DIAG.
MEMORY
P
HS11°L/H/
CZHSPAO
ZERO
TO
D
INITIALIZE
ARIABL
S71§ 002534 000000
002536 000000
5714 002540

INHBANK: .WORD
0
0
FULLREL : .WORD
$CMTGE: ;+END OF COMMON TAGS

.
:

0139

K11

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

VARIABLES

INITIALIZED TO NON ZERO

000001

26-APR-82 09:41

.sem
CACHKN 1115

000000

SEQ 0140

PAGE 141

VARIABLES

INITIALIZED TO NON ZERO

:CACHE CONSTANT (MOVED TO CONTRL TO TURN ON CACHE)

:CACHE_CONSTANT (MOVED TO CONTRL TO TURN OFF CACHE)

CAC

.usso TO SELECT THE PROPER TEST MODE FOR A PATTERN RUN

TESTAODE 40000
ERRMAX: 10.
LASTBANK:167
LASTBL0C§SI70000

# OF ERRORS PER BANK WITH SW11
:MAX

:HIGHEST BANK OF MEMORY
:HIGHEST BANK OF MEMORY+1 (IN PAR FORMAT)
:S08 CONSTANT

SOBK:
KSTACK: STACK
LOADHME 1

:STACK BEGINNING
:HOME BANK OF LOADERS

SSET 1P TESTING BANKS IN WORST FIRST MODE(IST 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)
:MASTER SEED LO (USED FOR RANDOM NUMBER GENERATOR)

WOR

SUSED TO PRINT HEADINGS ONLY ONCE
:FOR AID IN

SLPADR:
SLPERR:

5739 002614
5740
5741
5742 002616
5743 002620
5744
5745
5746 002622
5747 002624

5752
002636
5753 002637
002642
5754 002643
5755 002644
5756 002645
5757

RESTART:0
SERTTL: .WORD

0
0
0

"MOV" INSTRUCTIONS

:COUNTER FOR FLIPING DATA ON WORST CASE NOISE TEST
:PATTERN FOR SOFT ERROR BACKGROUND TESTS

::CONTAINS SCOPE LOOP ADDRESS

::CONTAINS SCOPE RETURN FOR ERRORS
:RESTART (START ADD 202) FLAG

:;CONTAINS TOTAL ERRORS

-ttttt*tt*t*tt'*;;ttttt NOTE THESE TWO LOCATIONS HUST STAY TOGETHER tttt'tt--a-t

WORD
SWAPAT: .WORD

3
177400

;BACKGROUND PATTERN
s SWAPPED BAKPAT

SWR:
WORD
DISPLAY: .WORD
7560
$TKS:
$TKB:
$TPS:
$TPB:
SFILLC: .BYTE
.ASCIZ
$BELL:

DSWR
DDISP

: ;ADDRESS OF SWITCH REGISTER
:ADDRESS OF DISPLAY REGISTER

$QUES:
$CRLF:
$SLF:

/?/
<15>
<12>

:
BAKPAT

000377
177400

:'tttttttltttttttttfit.lttttttttttt..Qtt.fi.ttttt'ttt.tt..ttt..ittt'tt...ttttttittt

177570

377

000

377

LASCII
+ASCII
LASCIZ
.EVEN

:3TTY KBD STATUS
:TTY KBD BUFFER

:iTTY PRINTER STATUS REG. ADDRESS

2
:3TTY PRINTER BUFFER REG. ADDRE
12
{INSERT FILL CHARS. AFTER A "LINE FEED
<207><377><377> ::CODE FOR BELL
s sQUESTION MARK
s sCARRIAGE RETURN
s:LINE FEED

L1
CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113

CONF IGURATION TABLE

26-APR-82 09:41
.SBTTL

SEQ@ 0141

PAGE 143

CONFIGURATION TABLE

5760

5761
2;2%

;CONFIG:FIRST 16K CONFIGURATION WORDS (2 EACH)
16K CONFIGURATION WORDS (2 EACH)
2ND
H

g;gg

5766

s CONF IGURATION WORDS:

200TH"" 16Kk CONF IGURATION WORDS (2 EACH)
LOW:

:
H
:

5767
5768
5769

ERRORS PRESENT
MEMORY SUCESSFULLY ACCESSED
PROTECTED REGION OF ECC MEMORY

BIT 5

5770

BIT 0
BIT 1
BIT 2-4

RESERVED

SKIP ECC LOGIC TESTS FLAG (1=SKIP)
PROTECTED (PROGRAM SPACE)

5771

BIT 6

5773
5774
5775
5776

:
:
3
:

BIT 8=11_ (SR _CODE
BIT 12=15 INTERLEAVED CSR CODE
NUMBER OF ERRORS
BIT 0-=7
BIT 8=10 MEMORY TYPE

HIGH:

BIT 1
BIT 12
BIT 13
BIT 14

:
:
:
:

5777
5778
5779
5780

5 781
5782 002650
5785 003654

BIT 7

5772

000201

é
C

1G: .REPT
I1END:

201

BIT 15

INTERLEAVED BOARD TYPE (0=128K, 1=64K)
a
INTERLEAVE ENABLED

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

5787
5788 003654

26-APR-82 09:41
e e g

START:

.SBTTL

SUBTST

PAGE 144

' 1222222232222 232222330 TV 222222222
i diddddl)

<<INITIALIZE VARIABLES TO ZER0>>

ttttt*tttttlttttttttQtt't"*tttttittttttt.fittttttt...ttttfi.itttttttttttttit'tit

;*SUBTEST

INITIALIZE VARIABLES TO ZERO

ttttttitt.tttfifitttttt't'ttt'tttttttfii*.fiittttttt'ttttttt.ttt.t.ttt".ttt.'ttttt

5789 003654

NORES:
002000

1$:

002540

000167

5799 003714

002552

TSTB
BNE
RESET
CLEAR
MoV
MoV

SENV
NORES

CLR
CMP
BNE
MoV

(RO)+
#$CMTGE ,RO
1$
#167 ,LASTBANK

MOV

MONFLG
SP,SAVMON
KSTACK,SP

#SCMTAG,RO

sCLEAR RETURN TO MONITOR FLAG

..SAVE XXDP MONITOR RESTART ADDRESS
sSETUP THE STACK POINTER
..FIRST LOCATION TO BE CLEARED
..CLEAR MEMORY LOCATION
: ;DONE?

:LOOP BACK IF NO

:RESTORE LASTBANK (THIS MUST BE DONE PRIOR TO SYSTEM SIZING)

SUBTST <<CLEAR NON-PROGRAM SPACE>>

ttfitttttfittttttt't’ltiti'ttttlt'ttttfit.tttt*.tlt.titttittttttttit.tttt'.fi.ttt..

;*SUBTEST
Ll L

CLEAR NON-PROGRAM SPACE

bb
bk abb
L L l b bebebinivividebterbiieiviitaib
L
L
INTO
WRITING
BY
:THIS ATTEMPS TO GET RID OF ANY PARITY ERRORS

:EVERY LOCATION THAT IS NOT LOADED INTO BY THE PROGRAM OR ALLOCATED

012737
005000

000001

002074

:TO THE X{Dz LOADERS
OPAR
CLR
CLC
(RO)+
ADC
RO, #160000
CMP
2%
BLO
NOPAR
CLR

MoV

2$:

160000

5810 003744
5811

002074

sPARITY ACTION = COUNT & IGNORE

sRESTORE DEFAULT PARITY ACTION

—

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

T L TIR

SEQ 0142

nmn

N1
CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
CLEAR NON-PROGRAM SPACE
5813 003750

26=-APR=82 09:41
SUBTST

000000

177746

5828 004042

000020

005037

5829 004050

032737

5830 004056
5831 004
5832

5833 004

052737

001026

172516

000020

012737

140000

5834
005237 002452
5835 004074 005037 067200
5836
005037 067340

5837 004104

58:

172516

002546

005237

002450

5841 004122

005037

067522

5840 004114 032737 000007 002552

sa:.g oouge

5843

004132

005037

MAINT
58
#14,CACHKF
<%
CACHKN
#ZEROS,DT14

TST

MMR3

:DO WE HAVE AN MMR3?

BIS

#BIT4 ,MMR3

:SEE IF THERE IS 22-BIT MODE

SET4

BIT

BNE

6$:

MOV

INC
(LR

5846
5847
5&3

sasg 004156 oowgs

BNE

00417,

002546
8s:

§g§9 ool.zos 005037
58 004
5859 004210

5860 004216

322
8057;7 99
012737

177777

061322

#140000, TES TMODE

;MAKE TESTMODE USER

NOSUPER
DT5+10
DT14+10

NO2

11$:

pT5+12

#8$

RO,PROTYP

#3.PROTYP

INC
MOV

NOSUPER
#140000, TESTMODE

SET4

#118

MOV

77766
#-1,CPERRF

RES4

BRANCH IF AMR3 BUT NO 22-BIT RELOC.

:
;
;
;

:
:TYPE OF PROCESSOR TEST: THIS INSTRUCTION

: (AVAILABLE ON NEWER PROCESSORS om.n PLACES
: A CODE_IN THE LOWER BYTE OF RO THA

CMP

CLR
ST

*YES
WE DO

:BRANCH IF 22-BIT RELOCATION

DT14+12

BR
SET4
MFPT

*OR 11760 TYPE CACHE?
*BRANCH IF 11744 TYPE CACHE
*TURN OFF CONSTANT FOR 11/60 CACHE
:
*NO CACHE ON SYSTEM
:DO NOT PRINT CONTRL ERROR MESSAGES

10$

CLR

MOVB

5851 004150 022737 ooooo§ 003752

5856

#81T4.MMR3

#7 ,LASTBANK

5850 004144 110037 00375

5853 004160 oos; 7 002452
gggg 004164 012737 140000

MMR3

MOV
CLR

108:

5845 004142 000007

#6S

* 11/45 TYPE MACHINES ENTER HERE
:
NC
NO22B1T

067342

5844 004134

BR
7%
:* 11/34 TYPE MACHINES ENTER HERE
CLR

005237 002450

5838
5839 004110

*YES
= DO WE HAVE 11744 TYPE CACHE

TST
BR
MOV
BR
CLR
MOV
CLR

172516

000413

:SEE IF CACHE assxsrea RESPONDS

#9S

005737 177750
000411
012737 000014 002544 98:
000405
005037 002540
48:
012737 002332 067330

7 0064036

CONTRL

SET4

5819 003774
5820 004000
5821 004002
5822 004010
5823 004012
5824 004016

172516

:SKIP OVER VARIABLE LOCATION

0
#4$

005737

5826 004032 005737

SYSSIZ

PROTYP: .WORD
SYSSIZ: SET4

5817 003762

5825 004024

TYPE OF SYSTEM SIZER

;tttttttttttttlttttttttttttttttttttttttttttttttttttttttttttttttttt'ttt'ttttt.ttt

5814 003750 000401
5818 003766

<<TYPE OF SYSTEM SIZER>>

;tttttttttttttt.tttttttttttttQtttttttttttttttttttttttttttttttttttttt.tt'tttttttt

+%SUBTEST
5815 003752
5816 003754

SEQ 0143

PAGE 145

CPERRF

; gnomrss THE

PROCESSOR TYPE. 1-11/1.4

'novTHE CODE TO PROTYP

$IS THIS AN 11/24?

*BRANCH IF NOT = WE HAVE AN 11/44
uo SUPERVISOR MODE
MAKE TEST MODE USER
:TRAPS GO ro 11$

|
:R=C

*CLEAR
THE FLAG
‘R=C
+1S THERE A CPU ERROR REGISTER? :R=C
+YES=TRAPPED

:R=C

B 12

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TYPE OF SYSTEM SIZER

SUBTST

5863 004240

PAGE 147

<<INITIALIZE VARIABLES TO NON ZERO>>

;tttttttttttttttttttttt"ttt't..t..ttttttQttttttttItttt'ttttttt.ti"t"'ttt'.'t'

*«SUBTEST

012737
01§737

737

012737

002602
002572
02574
02566
002570
002616

002620

MOV
SET
SET

MOV
MOV
MOV
MOV
MOV

MOV

SUBTST

WNINNNNNNNYNY NNNNN NN

=O000O0O0O0O0O0O0O0O0000O

2-0-.—.-.-.—._;-.-.-.-.-.-.-.-.-.
MNINNININLNN NN
SENNNNNNNNNSN
'M::\qg‘i‘l
POWNWNNIN
NN N NN NN
N NN W

*«SUBTEST

000020

INITIALIZE VARIABLES TO NON ZERO

:tttttttttttttt.ttt'.Qt't'ttttttttt't'litt'ttt.tt.t.t.i'ttti'l'Qttttttt..t't"t'

:tttttttttt'

5890 004466

SEQ 0144

gg?FLIPLOC
HEAD;R
ST

#176543 ,MSEEDH
#123456 ,MSEEDL

MSEEDH,SEEDHI
HS;;DL.SEEDLO
#377

,BAKPAT

;PRIME THE RANDOM NUMBER GENERATOR
:BOTH HIGH AND LOW WORDS

#177400, SWAPAT

<<INITIALIZE VECTORS>>

tttttttt."tttttttfittttttttttltttttttt.ttttti'.ltttt.tttt'.tt.'t"

INITIALIZE VECTORS

:tttttt*ttttttttttt..ttttt"tttttttttttttltt'tttt'tttttQ't.tt.'tttttttt.tt.'tttt

MOV

#$SCOPE, I0TVEC ;:I0T VECTOR FOR SCOPE ROUTINE

000022
000030
000032
000034
000036
000024
000026
000114
000116
000010
000012
000004

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

#340,10TVEC+2 2 ;LEVEL
#SERROR ,EMTVEC ;:EMT VECTOR FOR ERROR ROUTINE
#3640, EMTVEC+2 ~:;LEVEL 7
#STRAP, TRAPVEC ;:TRAP VECTOR FOR TRAP CALLS
#340, TRAPVEC+2;: LEVEL 7
#SPURDN,PURVEC ; ;POWER FAILURE VECTOR
#340,PURVEC+2 ::LEVEL 7
#PARITY,PARVEC:GET READY FOR PARITY ERRORS
#340,PARVEC+2
#PDP1105 ,RESVEC;RESERVED INSTRUCTION TRAP
#3640 ,RESVEC+2
#TIMEOUT ,ERRVEC;SETUP TIMEOUT ERRORS

000252

MOV
CACHON

#340,MMVEC+2

000006
000250

MOV
MOV

#340,ERRVEC+2
AMMTRAP ,MMVEC

:SET PRIORITY OF ERROR TRAPS
:VECTOR FOR MEMORY MANAGEMENT
:TURN CACHE ON

¢ 12

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

26-APR-82 09:41
SUBTST

5893 004470

SEQ 0145

PAGE 149

<<INITIALIZE PATTERNS>>

3222322323223 322222222 32222222

INITIALIZE PATTERNS

: *SUBTEST

i iddiidd i i il

idiiliddd)

:THE APT E-TABLE DETERMINES WHICH PATTERNS ARE GOING TO BE RUN.

SEACH BIT SET REPRESENTS A PATTERN TABLE ENTRY THAT IS TO BE LEFT
ALONE (TO BE RUN). EACH BIT CLEARED REPRESENTS A PATTERN TABLE ENTRY

=2 NN N =2 NN =2 NNN =2 NN = NN W=
NN

—_—

]

D e

—0 =2

horPurd

NN
NN
WO O

g?:"gEC"DCDC’
NSNS
gA¢>C>§5CND<D§E¢>¢>§5
Eshhfl‘i\:v‘dfifv‘d\‘
EgLNCDCDEBU“GégQNC>C> SASS
S8

awufifinoo~r<:a~n»8!
1 guae

OSSO SN

VIS
&

OV NOWVISWNN=O
-2

N
= —b

b o

D =D =

VO VOOV
OO OO0
O

AW A\ viviviavaivaiauaaaaawy N

SRCD\PH‘i
OO

S 8%
288 23
558
388882882
geRRss g

:tttttt.ttfitt"fi.ttt.t"t"tittit'..i'ttttt."tt'tttt.t.'t"tt..tt.'t"t.'tt"..

iTHAT"1S

T0 BE OVERLAYED WITH THE ADDRESS OF A NULL PATTERN.

MOV
MOV

(RO)+,R1
#MKCSRT ,R3

CALL

#8. ,R2
PATPLUG

MOV
MOV

#MKPAT ,R3
#16. ,R2

MOV
CALL
MOV

020434
000020
004606
000010
004606
020620
000020
004606
000010
004606

MOV

CALL
MOV

CALL

#16. ,R2
PATPLUG
(RO)+,R1

(RO)+,R1

PATPLUG
(RO)+ ,R1

#8. RS

PATPLUG

MOV
MOV

(RO)+,R1
#MJPAT ,R3

CALL
MOV

PATPLUG
(RO)+ ,R1

MOV

CALL
BR

#16. ,R2
#8.
RS

PATPLUG
SUBAAA

PATPLUG:SUBTST

<<SUBR

PLUG IN NULL PATTERNS>>

s*SUBTEST

SUBR

PLUG IN NULL PATTERNS

RRRNONNS
AARAA
RRRRRRRRRRRRRRR
AAAAA
RRRRARAARARARRR
RRRRA
AR RRRRRRRRRRRRRRR
TRRRRRRRRR
A
RRRRRORCRR
AAAR
RARRRRRRRRRRRR
RAAR
RRRAARAAARAAAR
RRRR
AR RRRRRRRRRRRRRR
RRRRRRRR

FOR 1 := #1 TO R2
ROR

026760
000002

ON.NOERROR
MOV #MT0999, (R3)

END ;OF gN.ERROR
ADD #2.R
END ;OF FOR

RETURN

sIF CARRY CLEAR

D12

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

SUBR

PLUG IN NULL PATTERNS

26-APR-82 09:41

SEQ 0146

PAGE 151

<<CLEAR THE CONFIGURATION TABLE>>

5933 004644

SUBAAA: SUBTST

5934
§935
5936

;*SUBTEST
CLEAR THE CONFIGURATION TABLE
ttttttQQQ'.Q'.*Qtt.t'ittttit.'ttttittttt'.tt'tt.'t't.'.Qltt.....'.t'tt..t.it'.'
:THIS ZEROS (UNLESS WE STARTED AT Aooagss202) tHE CONFIG TABLE
SWHICH IS FULLY DISCRIBED AT LOCATION
"ENABLE LSB

§937 004644
5938 004652

RN AR AR TR ERTRRRRRRR AR RN

012700

5939 004656 005020
5940 004660

5941 004664

sw.g 004666
594
5944 004666

5945 004674

002650

022700

003654

012737

000002

001374

1s:

5960

(RO)+

#CONF IEND,RO
18

ID BIT

SIZE FOR A HARDWARE SWITCH REGISTER
*«SUBTEST
ttttttt.t'tttttt.tttt!'i'ttttt'tfitttQt.fi.tttltti.tt.tttttt.ttt'ttt'ttt'tt't'ttt
::1F NOT_FOUND OR IT
TO A
gfi%’f‘-

000403
012716
000002

004736

5957 004760 012737 000176 002622

5958 004766
5959 004774

CLR

<<SIZE FOR A HARDWARE suircn REGISTER>>
swrsr #8IT1,CPUBIT

012737

000174

002624

‘=1, ssrup FOR A SOFTWARE SWITCH REGISTER.

:TRAPS TO 4 GOTO 38
oss
SET4
“:SETUP FOR A HARDWARE SWITCH REGISTER
#DSWR, SWR
MOV
A HARDWARE DISPLAY REGISTER
uv:SAND
oomsfi.olsp
MOV
1r NO TRAP FROM REFERENCE TO @SWR AND aSWR= #-1
IF #-1 EQ aSWR

5949 004674
5950 004702 012737 177570 002622
004710 012737 177570 002624
5951
5952 004716
5955 0047346

RRRRRER AR OO R TR ONE

ttttttttttttttttttt'tttttttt'ttttttttttt'tttfittlttttttittttt't'tfitt'ttttttt.tt'

5946

5956 004736

RE RO

IF RESTART IS FALSE
#CONFIG,RO
MOV

END or IF RESTART
.DSAéL LS8

002104

ggg

5953 004726
5954 004730

38:

BR
MOV

2s:

RES4

RTI

MOV

2%
#28.(SP)

#SWREG,SWR

#DISPREG,DISPLAY
MOV
END ;OF IF #=1

.DSABL LSB

:BRANCH IF NO TIMEOUT
2SET UP FOR TRAP RETURN

:RESET TRAPS TO 4 TO DEFAULT

“:POINT TO SOFTWARE SWR

E 12
C ZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
S IZE FOR A HARDWARE SWITCH REGISTER

5963 004774

26-APR-82 09:41

SEQ 0147

PAGE 153

SUBAAB: SUBTST

<<SETUP ACT, APT, & XXDP>>

$#SUBTEST

SETUP ACT, APT, & XXDP

AR AR AR RAN AR

ARR
IR AERS
AR NN RRAAAANAAAAAAARAAAANRAAAARAAAAAAAAARAAAA

:ttttttttt.t'QtQtt'ttt'"t"tt.t.t.t.Q'tt.tttl.'.t.Qt.tttt.lfi..'.tt..t..'..t"tt

5965

5966 004774

§967 005000
5968 005010
5969 005016

:THIS SETS UP A BUNCH OF FLAGS TO TELL THE PROGRAM EVERYTHING

005037

;1T CARES TO KNOW ABOUT AP T,

IFB #BITS SET.IN SENVM
STPFLG
SET
END :OF ;ra #B8ITS
SET

5971 005026

5979 005130

5980 005144

5981 005154
5982 005162
5983 005164
5984 005172

5985 005172

5986 005172

APTSIZE

IFB $ENV EQ #1

5973 005034

5977 005110

:INDICATE NO TERMINAL

END ;OF IFB #BIT7

5972 005034

5978 005112

ACT, & XXDP,

:CLEAR PASS COUNT

N
SENVM
IFB #BIT7 SET.I

§970 005016

5974 005044
5975 005074
5976 005102

gPASS

(LR

065646

012737
012737

047746
065662

000024
002622

SET
MOV
MOV
ELSE

APTFLAG,QVFLAG,SAUTO,QUICK
#APTDOWN,PWRVEC
:USE APT SWR
#SSWREG,SWR

IF 42 NE #STACK AND 42 NE #0
SET QVFLAG,$AUTO

IF 42 EQ #$ENDAD

SET
ELSE
SET

ACTFLAG

XXDPCHAIN
END :OF IF 42

END ;OF IF 42

END ;OF IFB SENV

F 12

CZMSPAO MS1 ~L/M/P MEMORY DIAG. MACRO M1113

SETUP ACT, APT . & XXDP

26-APR-82 09:41

<<PROTECT PROGRAM & LOADERS>>

SUBTST

5988 005172

.ttt.lt.Qttt.tt.t..'t'""tt.t'.t.tt'.Q.'.tt.'.Qt'Q..Q.fi.'..'.'...Q'QQ..Q'QQ'.Q

$*SUBTEST

PROTECT PROGRAM & LOADERS

..'tttl.t.".t...t.."."'Qtt.tl'tltt..t..tt..t.tt....'t..".t'..."tt....‘.tt..
sPROTECT PROGRAM SPACE (BANK 0)
#8177,CONFIG
BIS

5989 00517

5990

SEQ 0148

PAGE 154

#8177, CONF 1G+4

BIS

IF _#SENDAD NE &
IF '54022817 NE #0
ET

MONFLG

ERROR +64
ELSE
:

TYPE

:PROTECT LOADER SPACE (BANK 1)
NOT ACT-11?
RETLRN TO XXDP MONITOR
ILLEGAL PROCESSOR

TYPE PROGRAM TITLE

END ;OF IF #SENDAD

SUBTST

<<CHECK SYSTEM FOR CACHE>>

t'tfit'tttQ.'l.tfifittt't"t.'.l.tt.Q.Ql.t.tfi.fi.t.tt.ttt.tt...Q'ti."t'.t"..t't"

;*SUBTEST

CHECK SYSTEM FOR CACHE

;* WHAT TYPE OF SYSTEM IT IS, AND WHETHER IT IS ENABLED

242

sgssss s3 szss2 gesss
iVS§?fl
235
SLENEIY

:* OR DISABLED.

;g‘

%gm

:1S THERE A MAINTENANCE REGISTER?

005737

177754

TST
TYPE

DATARG
MSG117

:1S THERE A DATA REGISTER?
: 11744

SET

MONFLG

: 11734

SET

MONFLG

:PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC
11760

BIS
BIC
BIT
BNE
BIT
BEQ

#8172'B1T3,CONTRL
#BIT 'BITS CONTRL
#BIT CONTRL
7%
#8173,CONTRL
6$

000410

&
o

:1S THERE A CONTROL REGISTER?

177750

104064

NNON

5gr;m|.

005737

052737
04

18:

2%:
177746
177746
177746

4%:

177746
7$:

ERROR
ERROR

TYPE

CACHOFF

MOV

002542
4

#3$

;g}‘

177746

104064

6030 005410

SET4

005737

v v RV v v ive
WW
W
=
=

—d d

) D b

b cd

S 232 2225333
23‘""&0“”04&&&*(’

38323

ttttlttt'tt.flt..t't.ttttt't.'.Q'tttti....'tt..l.tt..'.t.t't"..ttt..i.tt.t.'ttt
;* THIS FIGURES OUT IF THERE IS A CACHE ON THE SYSTEM

3s:
6$:

+64

MSG121

CACHKN, CACHKN+2

g’lik

SQCHKN

TYPE

MSG119

TYPE

MSG120

PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC

*SET CACHE DISABLE BITS
CLEAR CACHE DISABLE BITS
IS THE BIT SET?
*BRANCH IF THE BIT IS SET
:1S THE BIT SET?
BRANCH IF THE BIT IS SET
: CACHE BYPASSED

:SAVE INFO ABOUT CACHE

CACHE CANNOT BE USED = IT'S BYPASSED
NO

:CACHE AVAILABLE

G 12
CZMSPAQD MS11-L/M/P MEMORY DIAG. MACRO M1113
CHECK SYSTEM FOR CACHE

26~APR-82 09:41
SUBTST

6032 005414

603
6038 005424
6039 005432
6040
6041 005440
604% 005444
604
6044
&25 005446
6
6047 005454
6048 005460
6049
6050 005462

<<SETUP USER & SUPERVISOR STACK>>

'tt"t..ttt.tt.tttttfii.Q"..'.t..l..t.t.....'ttt..tt'tt*Qt.."....'.'.'..Q..Q'.'

*«SUBTEST

6033 005416
s
6035 00542

10“51
005737
oo10M
04 2737
05 2737

is:

002452
030000
010000

030000

DEENERGI 2E

NOSUPER

*1S THERE A SUPERVISOR MODE?

:NO=SKIP SUPERVISOR SETUP.

:SET PREVIOUS noos TO SUPERVISOR

#BIT13'81T12,PSW

BIC

177776

:TURN OFF MEMORY MANAGEMENT

BNE

006606
052737

SETUP USER & SUPERVISOR STACK

ttttttt.ttt'ltttttttttt""tttitt.Q.lt.t'ttt'tt.t.t.t.'tQ'Qtt'l"tfi"t't't'.t"

S$:

006606

BIS

081712 PSW

PUSH
MTP]

#SUPSTK
SSP

-SET PREVIOUS MODE TO USER

8IS

#8IT13!'BIT12,PSW

PUSH
MTPI

WUSESTK
USP

SUBTST

<<GET SOFTWARE SWITCH REGISTER IF NECESSARY>>

t'tttt't..ltfitttQ'.Q.."t'.tttltltttttt!ttttt.itttttttl...lt...*.l'.tfit'tttttfi'

GET SOFTWARE SWITCH REGISTER IF NECESSARY

*«SUBTEST

6051 005462
6052 005470
6053 005500
6054 005502
6055 005502
6056
6057 005502

SEQ 0149

PAGE 155

.ttttttQtttttt.ttlttttttttttttfitttfitttttttttfitttttttttttttt't'..tttttt..t'tttttt

IF SAUTO IS FALSE
IF SWR EQ #SWREG
ersun

104407

OF IF SWR

euo fiIF $AUTO
SUBTST

:IF NOT(APT OR ACT)
s IF sorrunne SWITCH REG SELECTED
::GET SOFT=SWR SETTINGS

<<GET MEMORY MANAGEMENT READY>>

ttllttttttt.t.ttt.t'".Qt'tttttttt'.ttt.fitttttfit'.tittlti'it!t'.t.tt.ttt'tt.ttl

:*SUBTEST
82

104422

104420

KMAP

MAP

GET MEMORY MANAGEMENT READY

ENERGIZE

e L L L
s
MP KERNEL SPACE 1 T0 1

LA A L AL D L e L AL

MAP SUPERVISOR SPACE (TEST AREA) 1 TO 1

TURN ON MEMORY MANAGEMENT

H12

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

GET MEMORY MANAGEMENT READY

J*TEST 1
BIT TEST OF ALL CSR'S
tttttt'tttttt.ttttttt'tttttttttttttt.tl.ttt'ti.t.t'ttfitfittt"'Qtttt'tt"'tttt.t
ST1:

000004

CSR INFORMATION TABLE IS CLEARED.

H B?EcngORHATION BITS ONE THROUGH THREt FORM A CODE WHICH GIVES THE TYPE
;t

i
ot

ECC

NOT USED

ECC TYPE

8IM

8ITO

CODE TOTALS

BIT2

TYPE
MS11-L

0
0

MS11-M
MS11-P

0
1

1
1

1
5

I P

:: THIS MEMORY CODE WILL BE USED IN THE SECOND PART OF THIS ANALYSIS

CLR

sR5 IS THE TOTAL CSR NUMBER

ccswo R3
1.NOPAR

*R3 HAS THE CSR ADDRESS
SIGNORE PARITY ERRORS

CLR

SET4

mrcsa

MOV
MOV

002074

REPEAT

IST (R3)

BIS #1.RS

000030

CLR
BIC

002456
002456

mcm ECCTYPE
CLR (as)

CALL RWCSR

00000
00000
005204

006005

052705

100000

:DOES THIS CSR RESPOND??7?

.MRKI IN CSR MAP

“CLEAR THE LAST CSR INDICATOR
:CLEAR UNUSED BITS

.hcuae OUT WHAT KIND OF ECC MEMORY WE HAVE

Lm CSR UNDER TEST

T TEST OF ALL BITS IN CSR'S

IF csamromm "5 "0 oo WE HAVE A LEGAL CONFIGURATION?

006206
002456

R4
#4.CSRINFOCRO)

;RO IS A TABLE INDEX

BIS #8IT4'BIT3,CSRINFO(RO) ;YES-MARK IT IN csa INFORMATION TABLE
sCLEAR THE CSR UNDER TEST
CLR (R3)
ls THIS AN ECC MEMORY???
LET (R3) := #BIT13
BIT 13 SET FOR ECC MEMORY???
(R3)°;1S
IF #B8IT13 SET.IN

005714

Sics 005704
Sls
6114 005672
6115 005674

SCOPE

s* THE Fin3Y PART OF THE CONFIGURATION ANALYSIS DOES THE FOLLOWING:
1) FINDS WHICH CSR'S RESPOND, AND PUTS THEM INTO THE CSR INFORMATION
H
TASLE, AND STORES ANOTHER llt FOR 'TOTCSRS.
Hd
;) TESTS THE CSR BITS COMMON TO ALL CSR'S.
o
) FIGURES OUT IF THE MODULE IS A FCC OR PAR!TY HEHORV
ot
O
&) TESTS THE BITS PARTICULAR TO THAT TYPE
' e
5) IF ANY BITS TEST BAD IN THE CSR UNDER TEST tHE CSR OK BIT IN THE
H

005524
0055%8
0055
005534
005542
005550
005550
005552
005556
005560
005566
005574
005576
005602
005610
005614
005614
6100 005616
6101 0056%%
6102 0056
6103 005640
6104 005645
6105 00564
6109 005646
6107 005652
6108 005654
6109 885656
005660
6110

<<BIT TEST OF ALL CSR'S>>

.ttttt..tl.l.'t'.tt..t't""'...ttt....'....".'Qt.'.fi."t.i'.."Q"t.t'.""'.'

005522

PAGE 157

26-APR-82 09:41
NEWTST

6063 005522

SEQ 0150

MOV CSR urom ).BAD’ ;MOVE IN BAD DATA

002050

ERROR +

NXTCSR:

ADD 5 g
ADD #2 R
ASL RS
ON. ERROR
e mx’uc Ré
UNTIL RO §° #40
ROR
R

GO TO NEXT CSR
:G0 TO NEXT CSR
*SHIFT CSR m

RNE

*BRANCH IF NOT EQUAL

BIS

#BIT15,RS

228

*1S THERE A CSR 0

ves-ssr CSR PRESENT FLAG
umu. Al. CSR'S ARE DONE
RES
ms tueas A CSR 0?

*YES SET IT IN CSR TABLE

BIT TEST OF ALL CSR'S

611_9 885700
61,

5704

6118 005710

004737

005774

22%:

26-A°R-82 09:41

PAGE 157-1

LET TOTCSRS := RS
CALL CSRMAP

JUMPTO CTEST

;STORE CSR MAP IN TOTCSRS
:PRINT CSR MAP

e——

SEQ 0151

’

———

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

e
e r—————— e

112

S—

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

BIT TEST OF ALL CSR'S

26~APR-82 09:41
SUBTST

6120 005714

SEQ 0152

PAGE 158

<<DETERM.NE TYPE OF ECC MEMORY>>

tti..ttt.Qfit.'fi.i'ttt""tt"tfit.tt'tttt.'tt..'ttt'.'.ttt.....'Q.'.t'tt..'tt"'

: *SUBTEST

DETERMINE TYPE OF ECC MEMORY

ttttttt"'tfittltttt'ttt'.tt'...tt'tl...t.ttttt.tt.lt'..lt..'t.ttti.tttt.ttt'..'

THIS ROUTINE WILL DETERMINE IF THE ECC MEMORY UNDER TEST IS

6128 005726
6129 005734
6130 005736
6131 005742
613§ 005746
6133 005754
6134 005762
6135 005762
6136 005764
6137 005772
6138 005772

052760

002456

CCTYPE

sMARK IT IN THE TABLE AS BEING A ECC MEMORY
:1S THIS A MS11-P?2?

lS BIT 11 SET?2?

005013

052760

042760
000207

000002

002456

CSR

E CHECK/SYNDROME BIT REGISTER
AGAIN
BUT MAKE SURE
CHECK BITS IN CSR
HAVE
(R3 EO #23744
#BIT1,CSRINFO (RO) :6 CHECK BITS-MARK IT A MS11-P
1
8IS
#20004
0%7746

000002

°"$ ®

6126 005714
6127 005722

000001

Uo—-mn

6124
6125 005714

A MS11-M OR A MS11-P

IT IS A MS11-M
DBIC #BIT1, CSRlNFO(RO) MARK IT IN THE TABLE
ELS

RETURN

J 12

K 12

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

DETERMINE TYPE OF ECC MEMORY

6140 005774

6141 005774
614% 005776
6143 006002

26-APR-82 09:41

SEQ 0153

PAGE 159

CSRMAP: SUBTST

<<PRINT CSR REGISTER MAP>>

: *SUBTEST

PRINT CSR REGISTER MAP

1332322322333 222322 2222222232333 2222323333322 2333233222

CLR
REPEAT

005001
000011

1$:

074704

sCLEAR CSR INFO POINTER
sPRINT TITLE
;PRINT CSR NUMBERS

RO
MSG008
g§6016

CLR
TYPE
TYPE

005000

:
:

:
:
:JUMP AROUND NEXT INSTRUCTION
3
JMAKE IT ASCII
3
:

MOV R1,R2
CMP #9..R2
BPL 18
ADD #7_R2
ADD #60,R2
MOVB R2,MSGO15
TYPE MSGO15
INC_

005201

sTYPE SINGLE SPACE
:

UNTIL R1 EQ #16.
;EgEAIHSGOO9

;
s TYPE MEMTYPE

IF CSRINFO(RO) NE #0 ;IS CSR NONEXSISTANT?22?

EFD\PN
NSNS
SO
OO gyr&nvnnc~auhgyuhnu-has:

IF #8ITO SET.IN CSRINFO(RO)

112737

000120

074704

IF #8IT1 SET.IN CSRINFO(RO)
ELSgova #°P.MSGO1S ;IT IS A MS11-P

112737

000115

074704

ENDnova

IF #BIT1'BITO OFF.IN CSRINFO(RO)
. Dnovs #°L.MSGOT5S ;IT IS A MS11-L

112737

000114

074704

112737

000040

074704

#'M.MSGO1S ;IT IS A MS11-M

END

sssssssssssssssssss

ENDnova #' ,MSGO1S

ELSE

NN
= =2 b e

QNNMHCNogLN

NNNNNNO

~
~N

idiiiiiliiiddiddy

:tttttlttttttt."..ttt"t'ttlifittttittttfittttt.tttttt.ttttttttt.tttt'.t.'fi"ttt'

010102
022702
100002
062702
062702
110237

6160 006076

000240
062700

000207
000000

000002

TYPE MSGO15
TYPE MSGO14

;TYPE MEMORY TYPE
STYPE SPACE

ADD #2.RO

*POINT TO NEXT ENTRY

UNTIL RO EQ #40
TYPE
MSG129
TRACE:

RETURN
.WORD

:
:

L 12

SEQ 0154

MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 160
MS11-L/M/P
CZMSPAO
PRINT CSR REGISTER MAP
SUBTST

6181 006206

<<READ AND WRITE ALL CSR BITS>

tttttttttttttttttttttttttttttttttttttttttlttttttttttttttt'ttttttt.tt.tttt.ttttt

READ AND WRITE ALL CSR BITS

*«SUBTEST

ttttttttttttttt.tttttttttttttttt.tttttttttttttttttttttttttttttttttttttttttttttt
6182

6183

* THIS ROUTINE 'RWCSR'* CHECK TO SEE THAT THE CSR CAN BEWRITTEN ON CORRECTLY

6186
6187

:
;

1-ZEROS
2-ONES

g}gg

4-SHIFTING A ZEROS THROUGHA FIELD OF ONES

* BY WRITING AND CHECKING FOR THE FOLLOWING PATTERNS:

2}32

RWCSR:

6191 006206

6192 006206

6193 006216

6194 006220
6195 006222

006205

6212 006320

ASR RS
LET CSRNO:= RS

:MASK FOR MS11-M/P
SIT IS A MS11-L
HASK FOR MS11-L

002316

LET CSR1S := #177777
BIC RS,CSR1S

-SET CSR1S TO ALL ONES
*CLEAR BITS FOR GOOD DATA
HASK OUT UNWANTED BITS

000010

LET R4 := (R3)
BIC RS,.R4
IF R4 NE #0
LET GOOD := #0
LET CSR := R4
ERROR+35
BIC #BIT3,CSRINFO(RO)

END

040537

LET (R3) := #0

040504

104035
042760

“GET CSR'NUMBER FOR POSSIBLE ERROR

LET RS := #17740
ELSE
LET RS := #70032

6201 006254

6204 006266

:SAVE R4,RS, AND UIPARO ON STACK

*GET ADDRESS FOR POSSIBLE ERROR
LET ADDRESS := R3
IF #8ITO SET.IN CSRINFOCRO) ;WHAT KIND OF MEMORY IS THIS???

6198 006242
6199 006246
6200 006250

6205 006270
6206 006272
6207 006274
006
6208
006304
6209
6210 006310
6211 006312

PUSH Ré4,RS,UIPARO

LET RS := RO

6195 006226
6197 006232

6202 006254
6203 006262

3-SHIFTING A ONE THROUGH A FIELD OF ZEROS

6188

002456

END

$0=mme=>CSR

‘DO WE HAVE A CORRECT READ
*GOOD DATA=0'S
*BAD DATA=CSR
*BIT SET ERROR
:CLEAR CSR OK BIT

6213 006320

LET (R3) := CSR1S

:ONES===>(R3)

6215 006326 005013
6216 006330 040504
6217 006332

BIC RS.R4

(R3)
CLR
IF R4 NE_CSR1S

CLEAR OUT CSR
‘WAS PATTERN WRITTEN CORRECTLY?

6214 006324

6218 006340

6219 006346

006354 042760 000010 002456
6221
6222 006362

6220 006352

LET GOOD:= CSR1S

LET csa = R4

6224 006366
6225
6226 006366 005237 002262
6227 006372
6228 006400
62§3 006410
6230 006414
6231 006416

6233 006422
6234 006422 005237 177640

END

*MASK OUT CORRECT FIELD

:GOOD DATA = ALL LEGAL BITS SET IN CSR

.er DATA=CSR

AR ERROR
CSR OK BIT
CLEAR
BIC aexr csnluro<no$
ERR

104010

6223 006362

6232 0064622

LET R4 := (R3)

LET PASfLG

REPEAT
INC PASFLG
LET UIPARO:= #-1
EQ 01
IF PASF%G
ET R
ELSE

LET R2 := 177776

END

REPEAT
INC UIPARO

*SET UP LOOP COUNTER

REPEAT WITH A FIELD OF 1'S THROUGH 0'S
0'S THROUGH 1°'S
COUNTER
LOOP
* INCREMENT
uss USER PAR FOR BIT COUNTER
PASS
le====>FIELD OF ZEROS
*PASS 2
;0--=-- >FIELD OF ONES

‘DO BITS 0=4 AND 13-15
*INCREMENT BIT POINTER

:GET BIT MASKS FOR D

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

READ AND WRITE ALL CSR BITS

042702

26-APR-82 09:41

IF PASFLG EQ #2 AND #BITO OFF.IN CSRINFO(RO);

ENDBIC #BIT14!BITZ2, RZ

040004

LET (R3)
LET R1

:~:~o«o«:-o8
ggNN—l—l—ld—l
&~
nNo

S eessss

104035

LSE

SRROR +10
o

104010

000010

;WRITE DATA
;GET GOOD DATA
:GET DATA THAT IS READ

:GET GOOD DATA AND MASK IT OUT

PASS
BIT CLEAR ERROR

DBIC #BIT3, CSRINFO(RO) sCLEAR CSR OK BIT
EN

002456

IF PASFLG_EQ #1

ASL
ELSE
SEC

006302

000261
006102

END

ROL R2

:GET DATA FOR NEXT LOOP
:SHIFT 1 ACROSS 0'S

*SET CARRY

:ROTATE A 0 ACROSS A FIELD OF ONES

UNTIL UIPARO EQ #15. UNTIL ALL BITS ARE DONE
:DONE WITH 2 PASSES
UNTIL PASFLG EQ #2

IF #BITO SET.IN CSRINFO(RO) THEN JUMPTO DONE ;IF MS11-L DO ONE LAST WRITE
WRITE ONES TO CSR WITH EUB BIT ENABLED
LET (R3) := #140005
*READ CSR FOR CORRECT BITS
R2:= (R3)
LET
*CLEAR UNWANTED BITS
BIC #37772.R2
*WAS WRITE CORRECT
IF R2 NE i&oo
LET GOOD: 0140005 :GOOD DATA
:BAD DATA
LET CSR := R2
:BIT CLEAR ERROR
ERROR +1
BIC #BIT3.CSRINFO(R0) sCLEAR CSR OK BIT!

& 22 g

(WA IV IV IV IV IV 1)
©o NOWNSWN=O

v vivwviuoawviuiauniainawn

6245 006474

RRORIRIRR
5R
©
A

;IF THIS IS PASS 2 ON A MS11-L, CLEAR EUB BIT AND WRITE

:MASK OUT CSR BITS
BIC R5,R4
DATA CORRECT???
;1S
IF R1_NE R4
DATA = CSR CONTENTS
:BAD
R
:=
LET BAD
DATA
;GET_GOOD
_
LET CSR := R1
#1
DEPENDING ON PASS
ERROR
_EQ
:SELECT
IF PASFLG
ERROR
+35
SST
BIT
ERROR

040504

037772

000010
6272
6273 006654
6274

:=_R2

:= R2

BIC R5.R1
LET R4 := (R3)

040501

042760

SEQ 0155

PAGE 160-1

002456
DONE:

END

LET (R3) := #0
POP UIPARO,R5,R4
RETURN

CLEAR OUT CSR
:RESTORE UIPARO,R4, AND RS

N 12
CZMSPAO MS11=L/M/P MEMOR

oogsze
172350

CTEST:

002406
002410

SRLSIGES 38

COONOO—

purd

18:

,
28:
002456
172100

b
b

172100
000000
000002
172100

~
~
=1 =t

oON

—=Nrnono

=8 NYN

g;suasna

S
F NN

3883888888

S$:
68:

78:

000157

CLR
MOV

CSRNO
TOTCSRS ,R3

NOP

108:

118:

gs:

002526

;SET UP MAP REGISTER
:CLEAR CSR COUNTER
;0BTAIN CSR MAP

*DEBUG AID

ASL
BCS
ADD

R3
2
#2.R0

:PUT HIGH ORDER BIT INTO C BIT
*BRANCH IF CSR EXISTS
*UPDATE CSR COUNTER

;1S MAP EMPTY?

BR
NOP

BIT

#BIT1!BITO,CSRINFOCRO)

MOV
BEQ
cLe

RO, CSRNO
33

*BRANCH IF SO

:DEBUG AID

*CLEAR CARRY

:IS THIS PARITY MEMORY?

BNE
BIS
MOV
MOV

X1
#8172, CSRADD (RO)
#123456,3(R1)
#123456.32 (R1)
gwouio»

;RESTORE CSR

MOV
MOV
MOV
MOV

#0 Ssmo(am
!
#123456,3(R1)
#123456.32(R1)
#20006, CSRADD (R0)

:CLEAR THE CSR UNDER TEST
:WRITE DATA

MOV
BIT
BNE
ST
B8MI
BR
NOP

CSRADD (RO) , R4
#BIT1!BITO.CSRINFOCRO)
78
R4
8s
13

:WRITE CSR TO R4
:PARITY MEMORY?
*BRANCH IF NOT
*PARITY ERROR?
*BRACH IF SO
*TRY NEXT CSR
:DEBUG AID

a(R1)

*BRACH IF NOT
*SET WRITE WRONG PARITY
*WRITE DATA

:SET DIAG CHECK MODE

*WRITE CHECKBITS TO CSR

ASH

#-5 Ré

BIT
BNE

#BIT1,CSRINFO(RO)
10

;WHAT KIND OF ECC MEMORY IS THIS
*BRANCH IF MS11-P

MoV

#40,R2

:CORRECT CHECK BITS FOR MS11-P

Bngv

000040

007642

#177777 ,PGMCSR
#2000,k i PARS
#TESTADD
,R1
#100000, TESTADD
#100002. TESTADD+2

BIC

ase 002456

CACHOFF

S'L.R

002456

NOO
=

—

A
~

WV
NONNNNY
~

S
3§§“88838
S ~d§d
NSSSA3KR
NEES
52 S 5'\”\)2 &s JZINZ
N

i=l=l=l=]

000000
0000062

A A A
SOGHG
N
o N
8’“00 [« V¥ SV NPT

SEQ 0156

PAGE 162

MOV
MOV
MOV
MOV
MOV
CLR

48:

&H ~
~o
&~

WA
W~
NNNNNS
WWOWWN
NN= NN~

6281 006666
6282
006674
6283 006700

26~APR-82 09:41

:THE FOLLOWING ROUTINE DETERMINES WHICH CSR CONTROLS PROGRAM SPACE

88 -.-._n_a_ng
8 238
a8

77
78
g%gg 006656

—1<

DIAG. MACRO M1113
READ AND WRITE ALL CSR B T S

(WP

#ci77.r4

fls?.nz

R2.Ré

BNE
1$
MOV
RO,PGMCSR
NOP
CLRCSR
ggs

‘835?3 )

CMP

PGMCSR,#177777

JMP

CLRMEM

BEQ

FINT

:LOAD IN CORRECT CHECK BITS FOR MS11-M

:CORRECT CHECKBITS?

*BRANCH IF NOT

:CLEAR ALL CSR'S

*RESTORE TEST LOCATIONS
:1F PROGRAM CSR NOT FOUND GO TO FINT

:6G0 TO SIZING ROUTINE IF FOUND

B 13

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

READ AND WRITE ALL CSR BITS

62 b

SEQ 0157

PAGE 163

IF PGMCSR WAS NOT FOUND BY THE PRECEEDING ROUTINE, THIS ROUTINE TRIES
:TO FIND IT FOR INTERLEAVED MEMORIES

6338

5§§

EINT:
1$:

sNE MEMORY TRAPS GO _TO 2%

SET4

:WRITE DATA AT FIRST LOCATION OF BANK 2 IN BOARD
:WRITE DATA AT SECOND LOCATION OF BANK 2 IN BOARD
:UPDATE PAR4 TO POINT TO UPPER BOARDS
:KEEP GOING TILL NO MORE MEMORY

2$:

;PUT CSR MAP IN R3

:UPDATE CSR COUNTER
:UPDATE CSRNO

3s:

;BRANCH IF CSR EXISTS
;ANY CSR'S LEFT?

gzoooe.csnAoo(no)

172100
177776
002000
000000
000002
002150
000040

000002

5$:

42060 KIPARSG

172350

6$:

002456

000040
172100
177773
177600

55%:
56$:

002526

7$:

020006
177776
000002

6391 0074

022700

002125
000040

cz ao
RO,CSRNO

#40.R0
108"

000157

177776
002222
00000
00215

¥6$
#<2 RO

238:

;RESET CSR POINTER

:REMAP PARG TO POINT TO BANK 2
;TEST NONASSERTED LOCATIONS
;UPDTAE CSR POINTER
sNOT FOUND?
:BRANCH IF NOT

:GET TYPE OF ECC MEMORY
:BRANCH IF MS11-P
;MS11-M CHECK BITS

,Ré
ADD
CSR(RO)

;GET CSR CONTENTS

#+ci77.R4

sCLEAR ALL BUT CHECKBITS

#157.R2
56%
#40,R2
#-5 ,Ré

R2.R4
78
6$
RO,PGMCSR

#8%

TOTCSRS.R3
#2.R0

RO, CSRNO

172100

:LOOK FOR NEXT CSR

:NE MEMORY TRAPS NOW GO TO 6$

#BIT1,CSRINFO(RO)
55

#-2.R0

:BRANCH IF NOT
:LOOK FOR NEXT CSR
SSET DlAGNOSTIC CHECK MODE IN CSR

24$:

248
R3
5
3s
:gooos,CSRADD (R0)

25%:

#-2.R0

8s:

: RO

a2(R1)

* CSRNO

p40.R0

:MS11-P CHECK BITS

:PROPER CHECKBITS?
:BRANCH IF S 0

s TRY NEXT CSR IF NOT

;WRITE NON-ASSERTED CSR # IN PGMCSR
:NE TRAPS GO TO 8S

sPUT CSR MAP IN R3

;UPDATE CSR COUNTER
:UPDATE CSRNO
BRANCH. [F CSR EXISTS
:ANY CSR'S LEFT?

BRANCH 1F NOT
:LOOK FOR NEXT CSR
;SET DIAGNOSTIC CHECK MODE IN CSR
:LOOK FOR NEXT CSR

sTEST ASSERTED LOCATIONS

c13

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

READ AND WRITE ALL CSR BITS

00747

6 9 0075
6394 0075
6395 007510

ogu.s

2760
1
012702

oogao
6396 00751 012702

6397 007516
6398 007522
6399 007526

6400 007532
01 007536
6402 007540
6403 007542
6404 007544
6405 007550
6406 007556
6407 007560
6408 oo7596
6409 007574
6410 007602
007610
1 007616
007620

007626

01 ogl.
072427

042704
020204
001401
000747
110037
052737
10450
012737
012771
012771
062737
000766
012737

BIT
BNE
MOV
768:

778:

17;192
1777

177600

002527
100000
002000
000000
000000

98:
002526
172350
000000 11$:
000002

010000 172350

128:

104423

000407

BEQ

000002 002456
000157
000040

001000

007632
007636 005037 002526

172350

26-APR-82 09:41

10$:

BR
MOV

MOV
ASH

PAGE 163-1

108

#8IT1,CSRINFO(RO)
768
#157.,R2

77%

#40,R2

D
(RO) ,Ré4
CSRAD
#=5 R4

BIC
CMP
BEQ
BR
MOVB
BIS
CLRCSR
MOV
SET4
MOV
MOV
ADD
BR

#ci177.r4
R2.Ré
98
%
RO,PGMCSR+1
#81T15,PGMCSR
czooo,uma
#4128
co aam
R1)
mmt.
nbooo
118

BR
MOV
TYPE

01000 KIPAR4

CACHON

CLR

SEQ 0158

:CHECK FOR TYPE OF ECC MEMORY
*BRANCH IF MS11-P
*CHECK BITS FOR MS11-M
;CHECK BITS FOR MS11-P

:PROPER cnscxans’

*BRANCH IF SO
*TRY NEXT CSR IF NOT
*WRITE ASSERTED CSR # IN PGMCSR
*SET INTERLEAVED INDICATOR IN PGMCSR
:NE MEMORY TRAPS GO TO 12%

*WRITE DATA AT FIRST LOCATION OF BANK 2 IN BOARD
“WRITE DATA AT SECOND LOCATION OF BANK 2 IN BOARD

*UPDATE PAR4 TO POINT TO UPPER BOARDS

CLRMEM

MSG126
PGMCSR

ERROR = PROGRAM CSR NOT FOUND'!
:SET TO DEFAULT OF 0

D13

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

READ AND WRITE ALL CSR BITS

26-APR-82 09:41
SUBTST

6419 007642

<<CLEAR ALL MEMORY SPACE FROM BANK 2 ON>>

NOCORNY
NIE
ARAARCCARANT
NANA
RRAAAAAAAAAA
ARRA
RARRAAANRARA
ARAR
R RRAAAARNANAA
AR RARRRRRR

:#SUBTEST

6420
6421

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

ettt e r a

R A

R R R R A R A

dddddl)

:THIS ROUTINE CLEARS ALL MEMORY SPACE BEGINNING AT ADDRESS 200,000 ANDERRORS

CLEAR ANY PARITY
;CONTINUES UNTIL THERE IS NO MEMORY LEFT.UP ITANYSHOULD
JUNK LEFT HANGING AROUND IN

§s3
64

6426
6425
64 9 00764

:fi?gfiggbngfio;ef LAST ROUTINE, AND CLEAN

CLRMEM:

005037
012737
012737
012701
020127
001003
012737
0050%1
005737
001001
000765
062737
022737
001405
005037
012701
000751

006204

6445 007754
6446 007760

005037

240

g
3

007650
6427
007654
6428
007662
6429
007670
6430
6431 007674
32 007700
6433 007702
34 007710
6435 007712
6436 007716
6437 007720
6438 007722
6439 007730
6440 007736
6441 007740
6442 007744
6443 007750

b's
3

SEQ 0159

PAGE 164

00000
117776

177777

gfikggx

:NONEM TRAPS GO TO CLREX

#1 ,NOPAR

:IGNORE PARITY ERRORS

#2000 . KIPARG
#100000,R1
R1,#117776

:SET UP MAP TO START AT BANK 2
*R1 MAPS TO KIPARG
:WHOLE 16K BANK DONE?

(R1)+

*CLEAR CONTENTS & INCREMENT

28
#-1,TRACE
TRACE
3s
18

*KEEP GOING IF NOT
*USE TRACE FLAG TO FLAG END OF BANK
*E0B FLAG SET?
*G0 TO NEXT BANK IF SO

000200
170000

3298 K1PAR4

sSET MAP FOR NEXT BANK

006204
100000

CLREX
TRACE

*YES=GO ON

1;00000.R1

;RESET R1
sCLEAR NEXT BANK

006204

TRACE

170000,KIPARG

:ARE WE AT THE PERPHERIAL PAGE
*RESET FLAG

E 13

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

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

ANA2:

6449 010002

SUBTST

SEQ 0160

PAGE 166

26-APR-82 09:41

<<MATCH ALL CSR'S WITH MEMORY>>

ttt..ttttttt'.'Qt'tt't""'.tt't.tt.tt'ttttl.t..t.....tt..t."'.."'.'.i"t.."

MATCH ALL CSR'S WITH MEMORY
*«SUBTEST
t'Qttt.ttttt.ttttt.ttttttt"ttt..ttttttttt'..Qt.'.QtQ...tt'tt."'.'t".t.'t".'
.- THE SECOND PART OF THE ANALYSIS MATCHES UP THE CSR'S WITH THE MEMORY, AND

6450

6451

e 1.SIALLS ALL THEINFORMATION FOUND IN THE CONFIGURATION TABLE. FOR ECC,

u.sg

“« THIS IS DONE BY TAKING EACH CSR FOUND IN THE PREVIOUS SECTION SEQUENTIALLY

6‘2’2’5’

;e “I'*. WHICH DENOTES THE FOLLOWING:

‘# AND CHECKING THROUGH ALL OF MEMORY, ONE BANK AT AT TIME, TO SEE WHICH BANKS
“« RESPOND TO THE CSR IN QUESTION, THE FIRST DOUBLE WORD PAIR IN EACH BANK ARE
i« WRITTEN WITH DATA AND ouenosnc CHECK MODE SET IN THE CSR IN ORDER TO AC‘« COMPLISH THIS. ALL POSSIBLE CONFIGURATIONS OF DOUBLE WORD PAIRS (NON-INTER=‘e LEAVED, 64K INTERLEAVED, OR 128K INTERLEAVED) ARE CHECKED FOR EACH BANK
‘« THROUGH USE OF TESTADD AND KERNEL INSTRUCTION PAGE ADDRESS REGISTERS & AND
‘« S, IF WE GET THE PROPER CHECKBITS BACK ue HAVE A MATCH. IF NOT, THE ROUT=‘x INE CHECKS FOR SINGLE OR DOUBLE BIT ERROR
IF ONE OR THE omen IS romo THE ERROR ADDRESS IS CHECKED
e
‘e TO SEE IF IT IS THAT BANK. IF IT IS, WE HAVE A MATCH. AT THE END OF EACH
i« BANK PASS, FOR EACH CSR PASS, THE PROGRAM COMES UP WITH A NUMBER, STORED IN

645
6454
6455
6456
6457
6458
6459
6460
6461
646%
646

MEMORY DESCRIPTION

0
1

NON-EXISTANT MEMORY
NON=INTERLEAVED MEMORY MS11-L,MS11-P

64K INTERLEAVED, A1 ASSERTED MEMORY

agg

6468
6469

i
1

6472

i
i

2
3

6470
6471

128K INTERLEAVED, A1 ASSERTED MEMORY
‘e« NOTE = I=2 THROUGH I=5 CAN ONLY OCCUR WITH MS11-M MEMORY.

&52

gz;g

‘« NOTE THAT PARITY MEMORY WRITES WRONG PARITY TO THE DOUBLE WORDS, THEN LOOKS
“« FOR THE PARITY ERROR BIT TO BE SET.

fi;g

SET4

#1008

CHECK
#TESTADD ,R1
TOTCSRS,R3

002554
000167 002552 7$:
002552

CLR
MOV
MOV
CLR
CLR
ST
BEQ
CLR
BR
cMP
BEQ
MOV

78
LASTBLOCK
1$
#167 ,LASTBANK
13
LASTBANK ,R2

255
o1o; 7
18:
15
172350
001000
012737
12737 001000 172352
28:
303
103420
ooooos
0627
010037 00215

MOV
MOV
MOV
MOV
ASL
BCS
ADD
MOV

a? LASTBLOCK
s
K IPARG
nbo
#1000,KIPARS
R3
k1
#2.R0
RO, CSRNO

6481 010010
“8% 010014
6483 010020
6484 010024
6485 010026
6486 010030
6487 010034
6488 010033
6489 010042
6490 8100«.
6491 010052
6492 010054

005037
012701
013703
005000
005005
005737
00140
005037
000413
022737
001407
85370

6495 01
6496 010072
6497 010076
6498 810104
6499 010112
6500 810114
6501 10113
6502 010122

6493 010060
9 010062

6477

6480 010002

64K INTERLEAVED, A1 NOT ASSERTED MEMORY
128K INTERLEAVED, A1 NOT ASSERTED MEMORY

00520
07225

002310
002406
002222
002450

INC
ASH

uozzen

IF THE BIT IS SET, WE HAVE A MATCH.

:NE MEMORY rms G0 TO 1008

SCLEAR CHECK
*SET UP THE VIRTUAL ADDR. POINTER
*MOVE CSR MAP INTO R3
*CLEAR THE CSR POINTER
*CLEAR \THE PROGRAM CSR STATUS POINTER
SIS THIS AN 11744 OR 11/24?

*BRANCH IF IT IS
*ADJUST LASTBLOCK INDICATOR FOR 124K MACHINE
*BRANCH OVER NEXT PIECE OF CODE
*1S THERE UNIBUS MEMORY ABOVE 17000000?
*BRANCH IF NOT
*SET UP A NEW LAST BLOCK INDICATOR

:R2 IS INDEX FOR CONFIG TABLE
KIPARG FOR BANK 1
*SET
*SET KIPARS FOR BANK 1
*DOES THIS CSR EXIST?
*BRANCH IF IT DOES EXIST
*INCREMENT THE CSR POINTER

*STORE IT IN CSRNO ALSO

26~APR-82 09:41
ST
BNE

MOV
MOV

438:
4$:

MOV
BIT

BEQ
JMP

CLR
TST
INC

PUSH
BIT
BNE
BIS

002456
172100
000000

MOV

34$:

418:

RRRRRRRRRRRE
NEERSRERIFR

OO0O0O00O0O00O

7
0

002456

000157

002312

000040

002312

002312
011002

77%:

:JUMP TO SUBAAS IF ALL CSR'S ARE DONE

HAKE SURE CSRNO IS UPDATED
:TURN THE CACHE OFF

:SET UP VIRTUAL ADDRESS TO KIPAR4

438
68

:NO = BRANCH AROUND NEXT INSTRUCTION

#120002. TESTADD+2
#BITS,CONFIG(R2)
I
(R
I

#123456,a(R1)
0123 56 az<a1>
D(RO)

:SET_UP VIRTUAL ADDRESS TO KIPARS
;1S THIS A BANK TO SKIP?

:YES - GO TO END OF BANK
:CLEAR THE MEMORY CONFIGURATION COUNTER

:TEST TO SEE THAT THERE IS MEMORY PRESENT
sSAVE THE LOCATIONS UNDER TEST

:1S THIS PARITY MEMORY?
:NO - BRANCH

;SET WRITE WRONG PARITY
;SET THE FIRST LOCATION UNDER TEST
;SET THE SECOND LUT

;CLEAR THE (SR
;TEST_LOCATIONS
:SET THE FIRST LOCATION UNDER TEST
;SET_THE SECOND LUT

;RESET CSR

:SET DIAG. CHECK MODE IN CSR UNDER TEST

:D EBUG_AI
Al D
:READ THE FIRST LUT TO WRITE CKBITS. INTO CSR
READ THE CSR UNDER TEST

MOV

CSR,R&

GE;UEHEISHECKBITS FROM THE CSR

READCSR
NOP

#81T118170,CSRINFOCRO)

BNE
ST
BMI
JMP
ASH

258

423
R&

BIT

#8IT1,CSRINFO(RO)

#-5 R4

BIC

#ci77.R¢4

BNE
MOV

768
#157,CBITS

NOP

76$:

RESTORE STACK

a(R1)

NOP

BIT

42%:

sARE THERE ANY MORE CSR'S TO DO?

:BRANCH IF ALL CSRS NOT DONE
;RESTORE KIPARG
:RESTORE KIPARS

#100000, TESTADD

RG,TEMP
MOV
CLR1CSR
a2(R1),a(R1)
POP

002456

KSTACK SP
SUBAAS
no CSRNO

1
BR
#123456,3(R1
MOV
#123456.32(R )
MOV
CLR1CSR
CB1CSR

NOP

011314
177773
177600
000002

rnn«
ggg.xx
*KIPARS

@(R1) @2(R1)
#81T11BIT0,CSRINFO(RO)
343
#8172, CSRADD (RO)

CLR

000000
000002

PAGE 166-1

BR
MOV

778
#40,CBITS

CMP

CBITS.RG

BEQ
JMP

5
28

NOP

xov

45%:

MOV
JMP
MOV
CACHOFF
NOP
MOV

SEQ 0161

BUG AID

ma»mmm

13&:

Rroro

]

MEMORY DIAG. MACRO M1113
WITH MEMORY

6503 010126
6504 0101
6505 0181
6506 01014
6507 010143
6508 01015
6509 010123
6510 0101
6511 010164
651% 010196
6513 010174
6514 010202
6515 010%10
6516 010212
6517 010213
6518 01022
6519 010226
6520 010232
65%1 010%42
65 g 010250
6523 010252
6524 010260
6525 010266
6526 010%53
6527 010
6528 010302
6529 010310
6530 010316
6531 010320
6532 010322
6533 0103%8
6534 0103

S20eees
$EIRY

>
o

S11
MATCH ALL CSR

F13

SAVEth TEMP FOR LATER
SET

CSR

:RESTORE LOCATIONS UNDER TEST
IS 1"18 PARITY MEMORY?
= BRANCH

DID WE GET A PARITY ERROR?

:YES = FILL IN CONFIG TABLE

:NO = JUMP TO END OF BANK
HANIPULATE THE CSR BITS

INTO A USABLE FORM.
T KIND OF ECC MEMORY IS THIS??

BRANC IF MS11-P
;MS11-M CHECK BITS
DEBBUG AIDE

HS11-P CHECK BITS
:DEBBUGGING AIDE
;D0 THE CHECKBITS COMPARE TO WHAT WAS WRITTEN?
:DEBBUG AID €
;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

26~APR-82 09:41

SEQ 0162

PAGE 166-2

I,NoORERSNE RRSS

e e
o
D e
b o e
b

(VN

25%:

1 70377

[=l=lelelelelalal]

e o

0000000000000
00

* WE COME HERE IF THERE IS A MATCH

R4
R4

002446

aooont

15%:

ougese

056264

RO,Ré

002652
000001

002446

010000

002652

000001

002446

004000
000020

002652

#170377
R4
#8IT2,1
158
#4,R6

R4 . CONFIG(R2)
CSRINFO(RO) ,Ré

#*C7.R4
R4
Rlv. EWF 16+2(R2)

24
#81712,CONF1G+2(R2)
R2 .Ré

ggno.l

#81T11,CONFIG+2(R2)
#20,Ré

163

000040
000040
002650
002652

168:

GET THE CSR NUMBER

SET IT UP FOR USE IN THE
CW!G!RATI TABLE.
;CLEAR OFF EXTRANEOUS BITS
lNTElc!LEAVEDA1 ASSERTED MEMORY FOUND?
H _IF NOT

:PUT CSR NUMBER IN INTERLEAVED CSR SLOT
:PUT CSR NUMBER IN CONFIG. TABLE
:GET MEMORY TYPE
;CLEAR OFF THE EXTRANEOUS BITS
:MOVE INTO PROPER POSITION
SEI’ IT INTO THE CONFIG TABLE
WAS THIS W-INTERLEAVED MEMORY?

BRANC IF IT WAS

sSET _THE INTERLEAVED BIT

:SAVE THE CURRENT BANK INDEX
;WAS THIS 128K INTERLEAVED?
:BRANCH IF TRUE

:SET 64K INTERLEAVED FLAG IN CONFIG
:SET NEW BANK POINTER TO 4 BANKS AHEAD
:JUMP OVER NEXT INSTRUCTION
:SET NEW BANK POINTER 8 BANKS AHEAD

;SET SKiP ECC LOGIC TESTS FLAG
CONF IG(R4)
asxfs(R2)
SET OTHER INFO INTO THAT BANK
1G(R4)
CONF
CONFIG
(R4S
CONF16+2
né)
conrxsozc

SECTION IS EXECUTED ONLY WHEN THE BANK=1
022737

-a-n-.-.-.-o-.-os-.-.-n_.-o-._n_.

OO0OO0O0O0O0000
OO0

NOWVS W= 8
OV
NN =O

248:

011154
100020

30s:

002654
002656

002650
002652

000001

002446

:BRANCH IF TRUE
:ELSE JUMP TO END OF THIS BANK
:WAS THERE A SBE OR DBE?

#8170, CONF IG(R2)
CONF 1G+2(R2)
CONFI1G+4,CONFIG

:SET UP INFORMATION IN BANK ZERO

108:

;1S THIS BNK 1?

:BRANCH IF NOT
:GET_CSR CONTENTS
:MAKE ERROR ADDRESS INTO BANK #
:ERROR IN BANKS 0 OR 1?
:BRANCH
IF NOT
:SET ERROR FLAG IN CONFIG TABLE
;ADD ONE TO BANK ERROR COUNT

¥ Rl
002650

CONFGERROR

CONF 16+6, CONF 1642

:PRINT CONFIG TABLE
sDEBUG AID

UAS THIS W-INTERLEAVED KMY
= BRANCH OVER 'fXT

46$:

26$:

000040

308
338
#BIT15!BIT4, TEMP
108
'-

000001
002652

011314
000020
000001

#1000,KIPARG

renp n4

00;630
177767
000001

8888888

001000

YES-JWTOE'OOF IBNK

T UP gg& ER_FOR 64K INTERLEAVED

ET
if m%NTERLEAVED

uP CM ER FOR 128K INTERLEAVED
R BANK WITH SAME INFORMATION
LOGIC TESTS FLAG

H13

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

MATCH ALL CSR'S WITH MEMORY

6617

26-APR-82 09:41

PAGE 166~3

gg}g

6620 011002
6621 011010
gggg 01101
011014

032737 100020 002146 22%:
001
oog«oo
8s:
013704 002150

6624 011020 042764 000006 172100
6625 011026

i« IF CHECKBITS DID NOT MATCH, WE COME HERE

BIT
BNE
B8R
MOV

#BIT15!BIT4,CSR
$
3
CSRNO, R4

:SBE OR DBE FLAGS SET?
*BRANCH IF TRUE
*CHECK TO SEE IF IT IS MS11-M
*GET CSRNO

PUSH

RO.R1

*SAVE RO & R1

BIC

#6,CSRADD (R4)

CSRADD (R4) ,R1

6626 o11o§§ 016401 17;192

MOV

“gg 011046 052764 040000 172100
6630 011054 016400 172100
6631 011060 042764 oaooog 172100

BIS
MOV
BIC

#8IT14.CSRADD (R4)
CSRADD (R&) ,RO
#8IT14,CSRADD (R4)

ASL

6627 011036

07 157

6628 011042 04
663§ 011062

042700

011072

006300

6635 011076
wgg 011100
6637 011102
6638 011106
6639 011112
6640 011116
6641 011120
mg 011122
6643 011126
6644 011130
6645 011136
w.g 011142
22‘43 011150

060001

6633

SEQ 0163

6634 011074

ASH

1777

BIC

177600

BIC

17703

ASL

006300

27%:

010104

072427 000005

020437 172350
001001
000403
288:
020437 172352
00101
052762 000001 002650 358:
105262

002652

000137 010456

ADD
MOV
POP
ASH
CMP
BNE
BR
(MP
BNE
BIS
INCB
SET
JMP
;t

:TURN OFF DIAG CHECK & ECC DISABLE

*GET CSR INFORMATION

#-5 .R1

*SET UP ERROR ADDRESS

#4C740.RO

*SET UP EXTENDED BITS

socizz.m

RO,R1
R1.Ré
R1.R0
#5.Ré
R4 .KIPARG
8$
5$
R4 ,KIPARS
33§
#2170, CONFIG(R2)
CONFIG+2(R2)
CONF GERROR
258

:GET EXTENDED ERROR ADDRESS BITS
*READ FROM CSR
*TURN OFF EUB BIT
:SET UP TOTAL ERROR ADDRESS
:SAVE IN Ré
*RESTORE RO & R1
*SET ERROR ADDRESS UP IN PAR NOTATION
:DOES IT EQUAL KIPAR4?
*BRANCH IF FALSE
*YES = MARK INFO IN CONFIG TABLE
“DOES IT EQUAL KIPARS?
sBRANCH IF ERROR
*SET BANK FALSE FLAG
*INCREMENT BANK ERROR COUNTER

*PRINT CONFIG TABLE
“YES = MARK INFO IN CONFIG TABLE

6649

‘« THIS SECTION SETS UP ALL THE POSSIBLE CONFIGURATIONS OF

“sg 011154 032760 000001 002456 338:

BIT

#8170, CSRINFO(RO)

;1S THIS MS11-M MEMORY?

BNE
CMP
BLO
SUB
ADD
JMP
(WP
BEQ
CMP
BLO
AMD
JMP

6$
,l1
18§
#2, TESTADD+
#4000,KIPAR
4
8,1
208
92,1
12$
#4000, K IPARS
4$

;IS THIS 1ST TIME THROUGH?
*BRANCH IF NOT
STRY AS 64K INTERLEAVED
*A1 NON-ASSERTED MEMORY
STRY TO MATCH AGAIN
*4TH TIME THROUGH?
SYES = BRANCH
$2ND TIME THROUGH
:NO - aam&c
STRY AS 128K INTERLEAVED
“TRY TO MATCH AGAIN

#2,TESTADD
’ rssnooo
#4000,k IPAR
48

*TRY TESTING THE BANK
*AS A1 ASSERTED
164K INTERLEAVED MEMORY
STRY TO MATCH AGAIN

gggg

6653 011162
6654 011164

6655 011172
6656 011174
6657 011202
a.gs 011
6659 011212
6660 011
6661 011224
ausi 011
666 311
6664 011242
6665 011244
6669 011252
6667 011256
6668 011264

0014564
832760

001050
022737
10 19
162
062737
000137
022737
oou.g:.
0327 7
103405
062737
137

022737
10 1;

000002

002456

000001 002446
00000 0%410
172352
004
01022

002446

188:

000002 002446
172352 20$:
004
01022
002446

ooooos 0024
6669 011 92 8227
7 000002 00241
6670 011
6671 011 5 162737 gowgg 17235
137 0102
22; 01131

128:

i* MST1-M MEMORY.

BEQ
BIT

CMP
BLO

ADD
ADD
SUB
JHP

6$
#8IT1,CSRINFO(RO)

#3,1
6$

*NO - GO TO END OF BANK

STHIRD TIME THROUGH?
*NO = BRANCH

113

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

MATCH ALL CSR'S WITH MEMORY
6674
6675

667 8}1
01131
6677
6678 0N
6679 011
6680 011
6681 0N
668% 011346
6683 011350
6684 011354
6685 011360
6686 011362
6687 011364

SEQ 0164

PAGE 166-4

;%END OF BANK ROUT INE
104503
0657 ;
0427
V15737
;QQ
5 37
1 1623
000137
062700

000240
104423
000137

000004

000137

68:

0910?8
1723

172350
172352

002554

172350

010166
000002

011314

CLRICSR

198:

foos:

;CLEAR THE CSR UNDER TEST

;UPDATE CONFIGURATION POINTER

ADD

0160 K IPARG

;UPDATE KIPAR?ngsNEXT BANK

CMP
BLOS
JNP
ADD

, K IPARS
LASTBLOCK
198
458
#2,R0

BRANCH IF_DONE
;JUMP IF NOT DONE
lNCREHENT CSR POINTER

JMP

ADD
JMP

#6,SP
63

ADD

zgg

010072

6689 011370 062706 000004
6690 011374

26~-APR-82 09:41

NOP
CACHON

KIPARS K IPARS

;AND UPDATE K
;:DEBUG AID
:HAVE WE DONE THE WHOLE MEMORY SPACE’

;R=C

sDEBUG AID
:TURN ON THE CACHE

;:JUMP TO TRY NEXT CSR
sRESTORE STACK
:G0 TO END OF BANK ROUTINE

:R=C
:R=C

L/M/P_MEMORY DIAG. MACRO M1113
ITH MEMORY

sMAKE SURE THE CACHE IS ON

SUBAAS : gAElI'lON

NEWTST

SEQ 0165

PAGE 167

CZMSPAQ MS

MATCH AL

26-APR-82 09:41

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

<<TEST BANK 0 ACCESSES>>

Qttltttt.t.ittt*'t.tt'*'t'.ttt.t.t..lttt...itt'....tt'....'t"'.tt.tt"ttt't..t

;*TEST 2

TEST BANK 0 ACCESSES

tttttttttt.t.t'tttttttt"'ll.t'.t..t.tl..itt.'.t.'tt'titttttt..t.tt'.'ttt.'t"'

tsT2:

SCOPE

;THIS DOES
A “'TST'' INSTRUCTION ON EVERY LOCATION IN BANK #0 7O SEE

:IF IT GETS ANY PARITYTRAPS.

: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
;HARDWARE FAILURE IN THE HEMR
A "FATAL ACTION IS TAKEN
:THESE ERRORS ARE COUNTED AND
sCLEAR PARITY ERROR COUNTER
PARCNT
CLR

MOV

MoV
gE;‘
040000

1$:

:SET THE NO PARITY ERROR FLAG

#1 ,NONEM
%WEXIST

:SET THE NON-EXISTANT MEMORY ERROR MODE TO COUNT
:TRAPS TO 4 GOTO NONEXIST

#SIZE.R1
MOV
CACHOFF

’(!F;O%;

CACHON
:SEE IF
TST
BEQ
FATAL

ANY FAILURES
PARCNT
2$

BEQ

sCLEAR NON-EXISTANT MEMORY ERROR COUNTER

;TURN CACHE OFF

:SEE IF I CAN DO A READ ACCESS WITHOUT A PARITY TRAP

o e
b) md

000002
002104

OCODOO0O0OO0O0

002070

b cd

OOO0O0O0O0O0O0

CLR

#1 ,NOPAR

NEMCNT

002066

2$:
38:

sTURN CACHE ON
sANY PARITY ERRORS?
:NO - SKIP

sANY NON-EXISTANT MEMORY (HOLES)?

TST

NEMCNT

gk"iAL

zZ.ADDRESS

8IS

CPUBIT,CONFIG

SUBTST

<<ENABLE ECC FOR CORRECT TRAPS>>

RESé

:SKIP IF EQUAL

:UPDATE 1ST ADDRESS FAILURE FROM AUTO INCREMENT #
sSET CORRECT ACCESSED BIT ON BANK 0

:RESET TRAPS TO 4 TO DEFAULT

tttttt'ttttttttttti!t..'tt'fifittttltlttttt'tttttttfittttttttttt.ttt.'t.t'tltt.t..

;*SUBTEST

ENABLE ECC FOR CORRECT TRAPS

AR AR AR AR AR R RN AR AR AR R AR AR AR AR AR AR R AR RN AR RN ARERNRRRRRNNRRRY
IF #SUO SET.IN @SWR OR ACTFLAG IS_TRUE
;TRAP ON SINGLE BIT ERRORS
ENASB

ECCINIT

END ;OF IF #SW0

—

J 13

: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>>

X 1223333333233322 2223223231112

S#TEST 3

SEQ 0166

PAGE 169

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

1222223233333 23232 2222223232222 32323022

fsT3:

ScoP E

NNO
WWW
NNES&N

000001

003752

012426
012430

002516
002520

—_ et
ON)
=
¢D¢D€;C’
¢D<>€;
=N
NV

002074
002076

177644
177646
002100

002552

002516
002520
002100

CLR

1$:

TAGYS:

002100

#1 ,NOPAR

:SET NO PARITY ERROR FLAG

BMOV

#MTST3+6,LINK2
TAG9S
MTST3
#UIPAR2,LINK1
#UIPAR3,LINK2

:PUT IN FAST MEMORY
sSET UP LINKS

#2 ,NONEM
#NONEXIST
#1,PROTYP
1$
#MTST3I+4,LINKI

BANK

:
WARN1

:DONE?
:YES = SKIP TO NEXT TEST

JBANK * &

PATERR
PARCNT

:CLEAR PATTERN ERROR COUNTER
;CLEAR PARITY ERROR COUNTER

TSTBANK
#207,8L INK1

;YES = GO TEST BANK SPECIAL
:PUT "RETURN'® INSTRUCTION AFTER WRITE ROUTINE

#FIRST
RO
RO,R4
#SI1Z2E.R1

R1.R3

177640

FASTCITY

NOVWNNNONWN

072422

002100

003752

:SET NON-EXISTANT MEMORY MODE TO EXIT TEST LOOP
:TRAPS TO 4 GOTO NONEXIST
;1S THIS AN 11/44?
sBRANCH IF TRUE
sSET UP LINKS

LASTBANK ,BANK
TAG2S
BANK ,R1

#1,PROTYP
1$
gIST3

002074

O
W=
—
wo

170532

040000

382222233
g8
S 8SRR88888
REN FZSRSTNEY
WO WO W 'UEgC>C>
QW
SNOWN—= Eg*deh
N\Wn—

MOV

NEMCNT
BANK
CONFIG(R1)

002650

000001

itdadadiididtididiididdidsl)

PROTECTED BANKS (WHERE THE PROGRAM IS) ARE ONLY TESTED BY
"TST'" INSTRUCTIONS LIKE BANK #0

R1,BANKINDEX

002102
002072
002070

000207
060000

2222 a3

sANY BAD BANKS ARE LOGGED IN THE CONFIGURATION TABLE.
;THIS ROUTINE IS ONLY DOING A SMART SIZE = NOT ACTUAL TESTING!

002100
000001
000002

sEACH BANK IS TESTED FOR EXISTANCE AND IF IT EXISTS
sTHEN IS IS TESTED FOR ZEROS & ONES.
sEXCEPT

011570
6732
6733
6734
6735
6736
6737
6738
6739 011572
6740 011576
6741 011604
6742 011612
6743 011620
6744 011626
6745 011630
6746 011636
6747 011644
6748 011646
6749 011654
6750 0116?2
6751 011670
6752 011674
6753 011702
6754 011704
6755 011710
6756 011712
6757 011714
6758 011720
6759 011724
6760 011730
6761 011734
6762 011750
6763 011754
6764 011756
6765 011764
6766 011770
6767 011772
6768 011776
6769 012000
6770 012002
8771 012004
6772 012012
6773 012020
6774 012022
6775 012026
6776 01203C
6777 012034
6778 012036
6779 012040
6780 012042
6781 012046
012070
6782
6783 012074

e idiitdddddidididiiiddiddiiddd)

:CLEAR NON=-EXISTANT MEMORY COUNTER (HOLES)
:MAP SUPERVISOR SPACE (TEST AREA) TO BANK
:1S THIS BANK PROTECTED?

sDATA IS ZEROS
sTURN CACHE OFF
sENTER SUPERVISOR MODE
:IS THIS AN 11/44?
JBRANCH IF TRUE

TAG3S

:CALL TO THE USER INSTRUCTION PAR'S
:ENTER KERNEL MODE
:TURN CACHE ON
:SKIP NEXT INSTRUCTION

NOPAR

:RESET TRAPS TO & TO DEFAULT
sINDICATE DEFAULT PARITY ACTION

SUBAAI

L 13

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

26-APR-82 09:41

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

6784 012076 005737
6785 012102 001401
6786 012106 000671
6787 012106 104424

002066

6789 012116
6790 012122

004777
104417

170376

6792

005737

6788 012110

6791 012126
012126
6793 012132
6794 012136
6795 012140
6796 012142
6797 012146
6798 012150
6799 012156
6800 012156
6801 012162
6802 012164
6803 012170
6804 012176
6805 012200
6806 012206

18:

022737 000001 003752
012422

6810 012224

004737

177640

6812 012232
6813 012234
6814 012240
6815 012244
6816 012246
6817 012252
6818 012254
6819 012260
6820 012262
6821 012270
6822 012276
2352 012304

104423
013700 002102
005737 002072
001006
005737 002070
001003
005737 002066
001406

6811 012230

104417

052760

000001

5%:

68:

28:

002650

TESTAREA

@LINK2

CACHON
PATERR
TSt
28
BNE
PARCNT
ST
28
BNE
NEMCNT
ST
2
BNE
#FIRST,RO
MOV
RO,R%
MOV
#S1ZE.R1
MOV
R1,R3
MOV
ONES,R2
MOV
#000240, L INK1
MOV
CACHOFF
TESTAREA
#1,PROTYP
CMP

104424

6809 012222 0004

PAGE 169-1

NEMCNT
TST
1$
BEQ
TAG9S
BR
CACHOFF
CALL
KERNEL

104423
002072
001040
005737 002070
001035
005737 002066
001032
012700 060000
010004
012701 040000
010103
013702 002600
012777 000240 170320
001403
004737

6807 012214
6808 012216

TAG3S:

3$:

053760 002104 002650 4S$:
000137 011670

BEQ
CALL

58
MTST3

CALL

FASTCITY

KERNEL

CACHON
MOV
ST
BNE
ST
BNE
15T
BEQ
BIS
SET
BIS
JMP

BANKINDEX
,RO
PATERR
3s
PARCNT
3s
NEMCNT
/X3
#BITO, CONF1G(RO)
CONF GERROR
CPUBIT, CONF IG(RO)
TAG9S

TEST A PROTECTED BANK
6825
R1
TSTBANK:PUSH
6826 012310
#1,NONEM
MOV
012312 012737 000001 002076
#FIRST,RO
MOV
6828 012320 012700 060000
#20000.R1
MOV
020000
6829 012324 012701
6830 012330

CACHOFF

104424

6831 012332
6832 012340 005720
6833 012342 077102
6834 012344 104417
6835 012346 104423
6836 015350 012737 000002 002076
6837 012356
6838 015360
6839 012366 052761
6840 012374

000001

002650

48:

SEQ 0167

TESTAREA (RO)+
ST
R1.4$
S08
KERNEL
CACHON
MOV
#2 ,NONEM
POP
R1

IF PARCNT NE #0
#BITO,CONFIG(R1)
BIS
SET CONFGERROR

:ANY TRAPS?
‘NO = SKIP
*NOW = TRY NEXT BANK
*TURN CACHE OFF

*ENTER SUPERVISOR MODE
*FINISH PATTERN
:ENTER KERNEL MODE

*TURN CACHE ON
‘YES = SKIP
*ANY PARITY ERRORS
‘YES - SKIP
*ANY NON EXISTANT MEMORY
:YES = SKIP
“ANY PATTERN ERRORS

:DATA IS ONES

*PUT "NOP'' INSTRUCTION BACK IN SUBROUTINE
*TURN CACHE OFF
*ENTER TEST MODE
*IS THIS AN 117442
*BRANCH 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

:ANY PATTERN ERRORS?

SYES - SKIP
*ANY PARITY ERRORS?
*YES - SKIP
*ANY HOLES?

*NONE - SKIP
*SET ERROR BIT IN THIS BANK
*FORCE PRINTING OF CONFIGURATION TABLE
*SET ACCESSED BIT
:SET NON-EXISTANT MEMORY TO COUNT
:TURN CACHE OFF

*ENTER TEST MODE
:ENTER KERNEL MODE

*TURN CACHE ON
*RESET NON-EXISTANT MEMORY TO EXIT TEST LOOP
:ERROR BANK

13
CZMSPAQ MS11-L/M/P MEMORY D I1AG.
OCTAL)
T
TEST BANKS
11-200 (0

6841 015402
6845 012402
684 01%410
6844 012416
6845 012416
6846 012422
6847 0124%6
6848 012426
6849 012430
6850 012432
6851 012434
685% 012436
6853 012442
6854 012444

CRO_M1113 26-APR-62 09:41
OR ZEROS & ONES

SEQ 0168

PAGE 169-2

END ;OF IF PARCNT

053761

002104
011670

IF utncur EQ#0

002650
MTST3:

2$:

002072

3s:

BIS
END ;OF
JMP
MOV

S08

NOP

MOV
CMP
BEQ
INC
S08

RETURN

cpuexr courxc(n1>
NEMC
IF
TAGSS
R2, (RO)+

R1.MTST3

sACCESSED BANK

V177640

(R4)+,R1
R1,R2
3s
PATERR

R3,2$

V177662

N 13
% MSPAQ MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

6856 012446

SUBAAI: SUBTST

<<FIND SHADOW INHIBIT MODE POINTERS>>

s *SUBTEST

FIND SHADOW INHIBIT MODE POINTERS

SRR

288
QL33

ga‘@mv’b
ST
NT

VIS WWNIN)
= —
SO0 RO NNSOO0NO

—

NOINININALNIN
NN
NN NN

[=lelelelelelelelelelolelolelateTe)

SRR

6857
6858

700
062737

002109

06¢70
06273

002100
000200

005237

002100

023737
002336

002552

AR AR AR AR AR AR AR AR AR AR AR AR RN

ARARAAANAAAAR AR

SHADL1: CALL
EXBANK
sSET BANK PARAMETERS
MoV
BANKINDEX,RO
IF ACFLAG IS TRUE AND INTFLAG IS TRUE
IF INT64K IS TRUE
:
ADD #20,R0
sPOINT TO BANKINDEX + 4

Engo #10.BANK
ADD #40,R2
ADD #20.BANK

END; OF IF INT64K

002650

flgés

#BIT7,CONFIG(RO)

002100

INC _ BANK
END; OF IF ACFLAG
gzs
LASTBANK ,BANK

SHADL1

:* THIS SECTION LOOKS FOR INTERLEAVED MS11-M MEMORIES AND FIGURES OUT
s* WHERE THE SHADOW INHIBIT MODE POINTERS ARE LOCATED. THESE AREAS
:* ARE THEN MARKED AS PROGRAM SPACE.
CLR
BANK
sRESET BANK TO ZERO

002100

052760

SEQ 0169

PAGE 170

*POINT TO BANK + 8

;POINT TO BANKINDEX + 8
*POINT TO BANK + 16

;MAKE NEW BANK PROGRAM SPACE
:GO TO NEXT BANK

sHAVE WE DONE ALL THE BANKS?
¢BRANCH IF NOT

B 14

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

FIND SHADOW INHIBIT MODE POINTERS

6879 012556

NEWTST

SeTEST &
I

012556

<<ECC INHIBIT MODE POINTER TEST>>

RRRARARAAARNNR AR ANAARAANAAARAARRARANARAAAAAAAARAAAAAAAAAAAAOOAAOOOOES

ECC INHIBIT MODE POINTER TEST
It

2332333222223 3 3332282222222 v

fst4:

000004

PAGE 172

26-APR-82 09:41
RN

SEQ 0170

eIttt ea e i adiii

iiddiiiidildd)

i i

SCOPE

sTHE MS11=M OR MF11S=K INHIBIT ECC DISABLE AND DIAGNOSTIC CHECK MODE

FIRST OR SECOND 16K WORDS CONTROLLED BY A CSR. THIS
s1S CONSIDERED TO BE A PROTECTED BANK BY THE PROGRAM. IT MAY BE
;QUITE COMPLEX TO DETERMINE ON A GIVEN SYSTEM CONFIGURATION WHICH
;ON THE BOTTOM

;BANKS CAN BE PROTECTED;
:S0

CREATE A DOUBLE BIT ERROR IN ADDRESS 0 & 2

;THIS ROUTINE ATTEMPS TO
EVERY ECC BANK.

sOF

ECC HARDWARE WILL PREVENT THIS

INCLUDE BANK ZERO - WHERE

IN CASE OF HARDWARE FAILURE IT IS COMMON

THAT A DOUBLE BIT ERROR

;IN

:THE PROGRAM IS

WARN

WILL BE

CREATED ON

*DURING THIS ROUTINE.

177777

002154

040000

OR BANK := #0 T ? LASTBANK
L

#FIRST.R

EXBANK
BANKINDE X,RO

IF SKIPMK 135 FALSE
IF _INTFLAG IS TRUE

002236

STACK & ‘’CRASH''

THE

DIAGNOSTIC

?OV

MOV

012703

THE KERNEL

YOUR ONLY CLUE IS THAT YOU CAN GET AS FAR AS
IT!
PAST
NOT
BUT
ROUTINE
*THIS
FF
:TURN CACHE OFF
CACHO
MoV

6907 012640
012644
6908
6909 012652
6910 012654
6911 012660
691; 012660
6913 012664
6914 012666
6915 012672
6916 012676
6917 01%706
6918 012714
6919 012722
6920 012730
6921 012730

FROM HAPPENING

PROTECTED BANKS WHICH SHOULD ALWAYS

MOV

ELSE

MOV

012703

000002

116002
006302
042702
010237

002651

MOV8

177741
002150

BIC

013737

002150

002154

052760

000100

002650

004737

013064

#40000,R3

#1,SPLTCSR

sSET INDEX COUNTER
sMAP AS INTERLEAVED BANK

#2,R3

sSET INDEX COUNTER

END: OF IF INTFLAG

CONF1G+1(R0)
,R2

ASL

#4C36,R2

R2,CSRNO

MOV

lrngsauo NE OLDCSR

v
CSRNO,OLDCSR
IF_PFLAG IS FALSE

BIS

END; OF
CALL

:SET UP VIRT ADDR POINTER

#BIT6,CONFIG(RO)

IF PFLAG
IMPTEST

(o [

CZMSPAO MS11=L/M/P_MEMORY DIAG. MACRO M1113
ECC INHIBIT MODE POINTER TEST

6923
69 “

012734
1 762

Z6~-APR-82 09:41

IF_INTFLAG IS TRUE
MOovB CONF{S*1(RO).R2
ASH
#-3

;9;}

BIC
MOV

1 ; ;00215
1275 88‘72;
69 ? 01276
00ggog
6928
41

005037

013026

#+C36,R2
, CSRNO
3

#
lnfiresr
CALL SPLTCSR

ADD

002100

104506

104423
000137

MAP

CLR

BANK

END; OF IF #SW0
013372

:MAP TEST SPACE TO BANX 0

IF #SW0 SET.IN @SWR OR ACTFLAG IS TRUE
;TRAP ON SINGLE BIT ERRORS
ENASBE
ECCINIT

104472

;FIX POINTER FOR A1 ASSERTED HALF

CLR
END; OF IF INTFLAG
END; OF IF CSRNO
END; OF IF SKIPMK
END: OF IF MKFLAG

0022 6

END; OF IF ACFLAG
END; OF FOR BANK

005037

SEG 0171

PAGE 173

CACHON
JMP

SUBAAR

:TRAP ON DOUBLE BIT ERRORS (NORMAL)
sTURN THE CACHE BACK ON

;JUMP OVER THE SUBROUTINE

D 14

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
ECC INHIBIT MODE POINTER TEST

6947 01
6948 01

6949 01310

6950 013106
6951 81 1
0131
6952
6953 013122
6954 013124
6955 013126
6956 013130
6957 013132
6958 013136

005004
oosog;

012737

26-APR-82 09:41

IMPTEST:CLR

CLR

MAP BANK

020000 002146

060301
104505
010411
160301
010411

#BIT13,CSR
MOV
TESTAREA
(R1)
PUSH
R3,R1
ADD
(RT)
PUSH
CHK1DIS
R4, (R1)
MOV
R3.R1
Su8
R&. (R1)
MOV
CLR1CSR
(R1)
TST

104503
6959 013136
6960 013140 005711

2961 013142 104501

WAS1

6965 013144

ON.NOERROR ;1

6966 013146 012737 020000 002146
6968 013156
6969 013162
6970 013164

013711
060301
013711

6971 013170 160301
cmg 013172 104503
6973

013174

002600
002600

005711

6977 013212

6978 013214
6979 013222
013224

6981 013232

6982

6983

012737

002146

012737

027400

002146

(R1)

CBREG

MOV #23140,CSR
ELSE
MOV #27400,CSR
END

:DISABLE ECC & WRITE CHECKBITS FOR 1 CSR ;CLEAR CSR
:WAS THERE A DOUBLE BIT ERROR

:ADD INDEX TO GET TO SECOND WORD

SUB R3.R1

:SUBTRACT INDEX TO FITMST WORD

ON.NOERROR :3

013252

023604

002146

012737 074000 002146
104505
010411
860301
10411
104503
160301
005711

:ENABLE CHECK/SYNDROME BIT REGISTER

*WRITE DBE'S IN CSR
SOR A MS11-M
*WRITE DBE'S IN CSR

ADD R3.R1

CLR1CSR
TST (R1)
WAS 1DBE

6987 013244 104503
6988 013246 005711
6989 013250 104501
012737
:

*WAS THERE A DOUBLE BIT ERROR

:
ECC & WRITE CHECKBITS FOR 1 CSR
*DISABLE

MOV R&.(R1)

6991 013254
6992 013264 104513

:CLEAR CSR
*READ CHECKBITS INTO REAL CSR

CHK1DIS

010411

160301

2&; 83 76
6997 013304
6998 013
6999 01331
7000 3‘3?2
7001 1; 14
7oo§ 013316
7003 013320

TST

MOV R&,(R1)

013242

6993 013266
6994 013274

ONES,(R1)
R3.R
ONES, (R1)

010411

060301

;ENTER TEST MODE
*SAVE TEST LOCATION
:INDEX TO NEXT LOCATION
*SAVE TEST LOCATION
*DISABLE ECC © WRITE CHECKBITS FOR 1 CSR
*WRITE CHECKBITS (ALL 2EROS)

IF #8IT9 SET.IN CONFIG+2(RO) ;IS THIS A MS11-P

023140

6984 013236

6985 013240

MOV
ADD
MOV

ON.NOERROR :2

013232 104505
013234

#81713.CSR

CHK1DIS

WAS 1DBE

6975 013200

104513

mov

su8 R3.Ri
CLR1CSR

6974 013176 104501
6976 o1szo§

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

:THIS MAKES SURE THAT SBE'S DON'T LOOK LIKE PROTECTED AREAS

g§:§

6967 013156 104505

SEQ 0172

PAGE 174

:CLEAR CSR
:WAS THERE A DOUBLE BIT ERROR

;1S THIS A MS11-P
IF #8179 SET.IN CONFIG+2(RO0)
:ENABLE CHECK/SYNDROME BIT REGISTER
CBREG

MOV #23604,CSR
ELSE

euomv #74000,CSR
CHK1DIS
R4, (R1)
MOV
ADD
R3.R1
R&. (R1)
MOV
CLR1CSR
SUB
R3,R1
(RT)
TST

*WRITE DBE'S IN CSR
SIS IT A MS11-P

*WRITE DBE'S IN CSR
*DISABLE ECC & WRITE CHECKBITS FOR 1 CSR
;INDEX TO SECOND WORD

;CLEAR CSR

:60 BACK TO FIRST WORD

E 14

CZMSPAOD HSH-L/H/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

ECC

INHIBIT MODE POINTER TEST

7004 01 g 2
7005 013324

104501

7008
7009 01

005205

701§ 81
7013 0133
7014 01 g‘

10411
0301
010411

013324
7009
7007 013324
81 4
7010 01

7011 01

7015 013340

PAGE 174=1

msme
-OF ON.NOERROR ;3

ON.NOERROR:1°;2
of
f ON.NOERROR
eno
ON. ERROR
INC

END ;OF ON.ERROR

ECCIDIS

104471

MOV
ADD
MOV

CLR1CSR

104503

005705
001405
050560 002650
105260 002652
104036
160301

. SEQ 0173

ST
BIS
INCB
ERROR
POP
SUB

7016 013342
7017 013344
7018 013?.3
7019 013352
7020 °13§23
7021 013
7022 013362
7023 013364
24 013366 104417
7022 013370 000207

18:

7027 013372

SUBAAR: SET

BEQ

KERNEL

RETURN

Ré, (R1)
R3.R1
R4, (R1)

as
1%
RS, CONF 1G(RO)
CONFIG+2(RO)
+36
(R1)
R3,R1
(R1)
STOPOK

;WAS THERE A DOUBLE BIT ERROR

;IDENTIFY AS BAD BANK

:DISABLE moa CORRECTION

:CLEAR OUT DOUBLE ax ERROR'!
:INDEX TO SECOND WOR
*CLEA" OUT DOUBLE an ERROR!

;RESTORE TEST Locmon (2ND WORD)
260 BACK TO FIRST WORD
*RESTORE TEST Locmou (1ST WORD)
;PROGRAM CAN NOW BE HALTED

F 14

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
ECC INHIBIT MODE POINTER TEST

7037 013400
7038 013404
7039 01 13
7040 013412
7041 013414
mg 01 so
%‘ 013426

015700 oooogo
012701 002456
005021
077002
004737 047020
013700

: *SUBTEST
MOV
MOV
CLR
18:
$08

FOR BANK := #0 TO LASTBANK

CALL

EXBANK

MOV BANKINDEX,RO

002102

IF ACFLAG IS TRUE

R3
ASL
CSRINFO(R3)
INC
IF MKFLAG IS TRUE

002456

;MAKE SURE THAT EACH BANK HAS NO MORE THAN 2 CSRS
BEGIN LEGALCSR
IF INTFLAG IS TRUE

013462

MOV R3,Ré4
BIC #*C17.R3

177760

ASH #-4 Ré
BIC #+C17.R¢

7057 013502 072427 177774
7058 o1ssog 042704 177760
7059 01351

7060 013516
7061 013524

013532

706“§ 013534

IF R3 EQ Ré

BIC
BIC

042760 014000 002652
042760 170000 002650

ELSE
LEAVE
LEGALCSR
END: OF IF INTFLAG
CONF GERROR
SET

7068 013546

END

7069 013546

013566

7074 013570

END ;OF IF ACFLAG
END: OF FOR BANK

PUSH ~ RS.RO

005000

CLR

005001

7075 015572 005 ;

014002
70;9 0135764 005037
7077 013600 022761 000040 002456 28$:
7078 013606 005943
7079 013610 022761 000010 002456
7080 013616
7081 013620

mg 013624

7083 013626

LEGALCSR

END ;OF IF MKFLAG

7070 013546
7071 013546
7073

#8IT11!81T12,CONFIG+2(R0)
0,
CONF 1G(RO)
#17000

LEAVE LEGALCSR
OF IF R3
END:

7064 013534
7065 013536
7066 013540
7067 013540

7o7§ 013562

,R3
CONF 1G6+1(R0)

MOVB

7054 013470 116003 002651
010304
042703

#°C17.R3

BIC

7051
msg 013462

7055 013474
7056 013476

,R3
CONF 1G+1(R0)

MOVB

7047 o1§242 042703 177760
006303
005263

LEGAL CONFIGURATION CHECK
#16. RO
#CSRINFO,R1
(R1)+
RO,1$

:ttt'ttt'ttttt.t.t..t.tt't't!tttttttttttttttt.t.tt.Q.tttttt.'ttt."t.t..'t't.ttt

7046 013436 116003 002651

7053

<<LEGAL CONFIGURATION CHECK>>

:ttt.t.t.ttttt.ttt'tttttttt"tt..ttt'tt....ttt'QttQtttl.tttttt.tt"tt.tt'tt..tt.

7045 013430

7048 013446
7049 013450
7050 013454

PAGE 182

26-APR-82 09:41
SUBTST

7036 013400

SEQ 0174

002

737

;

016005

014124

002650

7084 013632 032705 830002
7085 013636 001415
81 0 ol.sms 179;77
“9 13644 87 557 177771
mi
013650 020501
7088
7089 013652 001007

38:

CLR

CLR
CMP
BGE
CMP

BGE
CALL

MOV

BIT
BEQ
BIC
ASH

CMP
BNE

RO
R1

MBERR
#40,CSRINFO(R1)
58
#10,CSRINFO(R1)
3s
ILLCSR

CONF1G(RO) ,RS

#8IT1,RS
48
rsnoo.as
#-7.RS
RS.R1
43

:SAVE CONTENTS OF RS, RO
*CLEAR REGISTERS

:CLEAR ERROR INDICATOR
*IS CURRENT CSR <= 40
*BRANCH IF SO

*1S CURRENT CSR < 10
*BRANCH IF SO
$CALL ERROR ROUTINE

STRY NEXT CSR

*MOVE LOW WORD TO RS

*DOES MEMORY EXIST HERE?
: ISOLATE cgn NUMBER IN
*REGISTER
IT THE CURRENT CSR?

*BRANCH IF NOT

*1S
*TRY NEXT WORD OF CONFIG IF NOT

G 14

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

LEGAL CONFIGURATION CHECK
7090 81
7091
01
7092 01

7093 01
7094 01

7095 01
01
7097 01
7098 01
7099 013716
7100 01;7 0
7101 013724
710% 013
7103 013734
7104 013736
7105 013742
7106 01374
7107 013752
7108 013760
7109 013762
7110 013766
7111 013770
7113 013772
7113 013774
7114 014000
7115 014002
7116 014004
7117 014006
7118 014010
7119 014014
7120 014022
7121 014024
7122 014032
7123 014034
7124 014040
7125 014044

7126 014046
7127 014054
7128 014056
7129 014064
7130 016096
7131 014074
713§ 014076
7133 014104
7134 016103
7135 014112
7139 014114
7137 014122
7138 014126
7139 014126
7140 8161
7141 014134
714; 81‘1
7143
014142
7144 014146
7145 014152
7146 014156

032760
001
1

[4
0227
001351
005737
00160;
004737
005000
005037
062701
022701
001321

010000

002652

000001

014002

004
340

4S:

5%:

014005
00000
000040

oglo.no
ILLCSR

s
1 NOT
CH H_IF
*BRAN
*RESTORE REGISTERS

014002
000734
000002

023727
001417
023727
001413
023727
001407
853787
14 ;
005037
000403
012737
000451
01C!?
003 0
OS 02
1
062702
06 7g
1102

014004

000010

014004

000030

014004

000050

014004

000070

002650

6$:

000004
7%:

002552
MBERR:
PHEBE:
SKUJ:

014004
000002

002650

010000

002652

18:

;INDEX TO TOP OF CONFIG TABLE

78
#4,RO

“TRY NEXT LOWER ENTRY IN CONFIG

#8171, CONFI G(RO)

2$:

3s:

014004

*MEMORY PRESENT?
*BRANCH IF SO

6$
RO
RO
RO, LAS TBANK
SKUJ

4S:
5$:
ILLCSR:

000012
1$:

2R=C
:R=C
:R=C

TABLE
:R-E

JR-C

:DIVIDE INDEX BY & TO GET BANK #:R-(
:R=C
sSTORE IN LASTBANK

sSAVE SPACE FOR ERROR INDICATOR

sSAVE SPACE FOR ODD BOUNDARY INTERLEAVED INDICATOR

sCLEAR CONFIG COUNTER
sCLEAR COUNTER

PHEBE

gng1.CONFl G(RO)

PHEBE

014004

*RESET ERROR INDICATOR

#734 RO

#81T12,CONF 16+2(R0)
2%

014004
000004

000007
000060
100014

;1S IT INTERLEAVED?

F;BRANCH H IF S 50

:SET ERROR INDICATOR
sUPDATE CONFIG COUNTER
sCONFIG TABLE ALL DONE?
sBRANCH IF NOT
¢ERRORS FOUND?
:TRY NEXT CSR IF NOT
sCALL ERROR ROUTINE
sREINITIALIZE CONFIG COUNTER
sCLEAR _ERROR INDICATOR
sUPDATE CSR COUNTER
sALL CSR'S DONE?

#1,MBERR
#4 RO

ngena

014124

000001

SEQ 0175

PAGE 182-1

zgmz.cour 16+2(R0)

014002

005037
01%700
032760
001003
162700
000771
006200
006200
010037
000402
000000
000000
005000
005037
032760
001431
032760
OOIOgS
005237
062700
763

26-APR-82 09:41

#4 RO
1$
PHEBE ,#10
X
PHEBE
, #30
4
PHEBE
, #50
48
PHEBE
, #70
4
PHEBE

3? PHEBE
SUBAAP

R1.R2
R2
#10. .R2
i$

§A122

MSG1
CONFGERROR

:1S THERE MEMORY PRESENT?
sBRANCH IF NOT
s1S IT INTERLEAVED?
sBRANCH IF SO
s INCREMENT COUNTER

s INCREMENT CONFIG COUNTER
sTRY _NEXT BANK

:1S THE COUNTER EQUAL TO...
sONE OF THE SPECIAL VALUES.
sIF IT IS...
sBRANCH TO 4$

sCLEAR INDICATOR
:SET_INDICATOR

;BRANCH TO NEXT SUBTEST

sR2 HAS CSR_NUMBER
sMAKE AC CEPTABLE FOR PRINTING

;PUT NUMBER INTO ERROR MESSAGE

H 14

CZMSPAOQ 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

114
CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113

LEGAL CONFIGURATION CHECK

7150 014166

SUBAAP: SUBTST

<<PRINT CONFIGURATION DETAILS>>

$SUBTEST

PRINT CONFIGURATION DETAILS

tt.t.'t.".i.......'Q""""............t'..."..'.Qt.."'..'.t...'.'.'t....'.
LSIZE,MSIZE,PSIZE
CLEAR

7151 014166

7155 014.%12
7156 014214

LASTBANK,R2’

MOV

ASL
ASL

00630
006302

FOR R1 :5°#0 TO R2 BY A4
IF CPUBIT SET.IN CONFIG(R1)

F #BIT8 357.1ONFIG+2(R1)

7157 014224

IF 4BITS

7158 014
7159 014244

7160 014250

END; IF BIT9

7163 ou.%se

LSE

LET LSIZE:= LSIZE + M
END;IF BITS
END; OF IF CPUBIT
END :OF FOR ALL BANKS IN TABLE

7164 014260
7165 014264
7166 014264
7167 014264
7169 014274

005037

002446

7171 014302
7172 014306
7173 014312

006361
006361
006361

002370
002370
002370

7174 014316
7175 014322

7176 0143
7177 014342
7178 014344
7179 014354
7180 014360
7181 014360
7182 014372
7183 014376
7184 014402

006361
066137

002370
002370

CLR

FOR R1
ASL
ASL
ASL

ASL
ADD

002446

006337
006337
006337

END;
END; OF
ASL
ASL
ASL

002412
002412
002412

ASL

7188 014434
7189 014440
7190 01444

005737
001405

002374

28:

7192 014454
7193 014460
7194 014462

005737
001405

002376

3s:

005737
001405

002400

4$:

7195 014470
7196 014474
7197 014500
7198 014502
7199 01451

7200 314514

01 014522
1202 ousig
7203

014536

BSIZE(R1)
BSIZE(R1),I

;BSIZERT) := BSIZE(RD) * 16.
i1<= I + BSIZE(RT)

IF CPUBIT SET.IN CONFIG(R1)
LET UNITOP:= UNITOP + #1

006337 00241

7191 01445

:= #0 TO #10 BY #2

BSIZE(R1)
BSIZE(R1)
BSIZE(R1)

END; FOR
R1
FOR R1 := #0 TO #200 BY #4

7185 014406

7186 01441
7187 014430

ONF 1G+2(R1)
SET.1
PSIZE := PSIZE + M

LSE
LET MSIZE:= MSIZE + M

rie1 014252
7162 014256

7170 014300

PAGE 184

26-APR-82 09:41

.Q'fi...!t..t'tl.fi'....""'.t'.t.Q..t....‘.QQ".Q......t..'.'.."t.t"......".

7152 014202 013703 002552

7153 014206
7154 014210

SEQ 0177

58:
004737

041352

OF IF CPUBIT
FOR R1
UNITOP
UNITOP
UNITOP

UNITOP

:UNITOP := UNITOP * 16.

IF 1 LT UNITOP THEN LET I := UNITOP
SCRLF
TYPE

TST
BEQ
TYPDEC
TYPE
IST
BEQ
TYPDEC
TYPE
1ST
BEQ
TYPDEC
TYPE

TYPDEC

LS1ZE
$
LSIZE

MSG112
MSIZE
48
MSIZE

MSG113
PSIZE
5%
PSIZE
MSG114

TYPE
MSG070
IF #SW6 OFF.IN @SWR
CALL

PCONFIG

J 14

7204 0145642

26-APR-82 09:41

PAGE 184~1

END; OF IF #SWé

—

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

PRINT CONFIGURATION DETAILS

SEQ 0178

K 14

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

PRINT CONFIGURATION DETAILS

26-APR-82 09:41
SUBTST

7207 014542

SEQ 0179

PAGE 186

<<CHECK APT SIZING>>

:'tttttttttttt'ttfit'tti""tt'ttl.ttl.tttttttttttt.t.t.ttttit.Q.Q.'t.tiitt'.'...

CHECK APT SIZING

s *SUBTEST

:ttfitttt'ttt'ttttQt.'t"'ttttt'ttttt'ttt.'ttttttttttt.t*tt.'tt.'tt.'t'..tt""t.

IF APTFLAG IS TRUE AND APTSIZE IS TRUE

7208 014542
7209 014556
7210 014562
7211 014566
7212 014570
7213 014576
7%14 014600
7215 014604
7216 014612
7217 014614

CLR
MOV

FOR R2 := #0 TO #4

IFE 1(RO) NE #0
(RO) ,R1
MOVB

BIC

#177490 ,R1

IF 2(RO) LT #0

SEC
ELSE
cLe

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

TEMP
#SMAMS1,RO

END ;OF IF 2(RO)
R1
ROL

163701
010137

002430
002430

060137

002416

060137

002420

062700

000004

104046

{gf

ASL
ASL
ASL
SU8
MOV

R1
R1
R1
TEMP,R1
R1, TEMP

:TO COMPENSATE FOR 4 BANKS BEING (0-3)

IFB 1(RO) EQ #3
ADD

R1,APTPAR

END ;OF IFB 1(RO)
IFB 1(RO) EQ #4
ADD
R1,APTECC
END :OF IFB 1(RO)

ADD
#4,R0
END :OF IFB 1(R0)
END :OfF FOR R2
IF APTPAR NE LSIZE OR APTECC NE MSIZE OR APTECC NE PSIZE
ERROR
+46
END ;OF IF APTPAR
END ;OF IF APTFLAG

————

L 14

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

CHECK APT SIZING

26~APR-82 09:41

LOOP:

7242 014742

NEWTST

7244 014750
7245 014754

000004
005037

017700
042700

7251 014776
7252 015000
7253 015002
7254 015004
;%gg 015006

016016
016146
016276
016450
016600

;%gg 015010

004737

002220

165646
177761

015352

DIAGNOSTIC MODE DISPATCH ROUTINE

TSTS:

SCOPE
CLR

MOV
BIC

7265 015044
7266 015052
7267 015056

;%93 015056

sGET SWITCHES
sMASK TO ONLY MODE BITS

CALL
aDISPTBL (RO)
sDISPATCH TO ROUTINE THROUGH NEXT TABLE
MEMDONE
;G0 TO NEXT TEST
DISPTBL:BAFPAF ;MODE 0;BANKS FORWARD, PATTERNS FORWARD
BAFPAR ;MODE 1;BANKS FORWARD, PATTERNS REVERSE
BAWPAF :MODE 2:BANKS WORST FIRST, PATTERNS FORWARD
BAWPAR
PAFBAF
PAFBAW
PARBAF
PARBAW

MEMDONE : CALL

:;MODE 3;BANKS WORST FIRST, PATTERNS REVERSE
;MODE &:;PATTERNS FORWARD, BANKS FORWARD
;MODE S;PATTERNS FORWARD, BANKS WORST FIRST
;MODE 6;PATTERNS REVERSE, BANKS FORWARD
;MODE 7;PATTERNS REVERSE, BANKS WORST FIRST

sCHECK BACKGROUND PATTERN

DOBACK

:ttttttttttttttttttttttttttttttttitttttttttttttttttttttttttttttttttttttttttttttt

UNJQUE BANK TEST

;ttttttttttttttttttttitttttttttttttttttttttttttttttttttttttttttttt'ttttttt.t'ttt

000004

TST6:

SCOPE

:MAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA

:WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE PROGRAM IS)

7261

7264 015040

aSWR,RO
#*C16,R0

JMP

s*TEST 6

7262 015016
7263 015024

.
CONTFLAG

NEWTST<<UNIQUE BANK TEST>>

7259 015014

015014

<<DIAGNOSTIC MODE DISPATCH ROUTINE>>

;tttttttttttttttttttttttttt!tttttttttttttttttttttttt'tttttttttt.'tt.tttttttttttt

7246 014760 004770 014770
7247 014764 000137 015010
7248 014770 015452
7249 014772 015560
7250 014774 015666

7260

PAGE 187

:ttttttttttttttttttttttttttttttttttttttttfltttttfittttttttttttttttttttttttttt'ttt.

s«TEST S

014742
7243 014744

SEQ 0180

004737

024102

005037

002106

004737

015352

7273 015062

7274 015062 004737 024566

IF SELONLY IS FALSE
SET
HEADER,MUT

CALL

MT0027

SET
HEADER
CLR
MuT
END ;OF IF SELONLY

FLUSH:

CALL

DOBACK

sRESTORE BACKROUND PATTERN

SUBTST

<<FLUSH OUT DBE'S>>

;tttttttttttttttttttttttttttttttttttttttttttt'tttttttt'tttttttt'ttttttttt!ttttt'

s*SUBTEST

FLUSH OUT DBE'S

’

MT0030

2232323233223 222222222232323 3223333323238 3333333333332 3 23333323232 dddtiiiiiitiddd

CALL

CZMSPAO MS11-L/M/P_MEMORY DIAG. MACRO M1113

END OF PASS ROUTINE

.SBTTL

7277
7%78
7279
7280
7281
7282
7283
7284 015066
7285 015072
7286 015076
7287 015102
7288 015106
7289 015112
7290 015114
7291 015122
7292 015126

7325 015
7326 015306
7327 015316
7328 015322
73%8 015324
7330
015332
7331 015336
7332 015340
7333 015344

PAGE 189

END OF PASS ROUTINE

tttttttttt*tttfit.t.tttt't"ttlttttlttttt...ttttt'.t...t.t'ttttfi.".tt't'fittQ't.

;*INCREMENT THE PASS NUMBER (SPASS)
:«INDICATE END=-OF -PROGRAM AFTER EACH PASSES THRU THE PROGRAM
s«TYPE "END PASS #XXXXX'' (WHERE XXXXX IS A DECIMAL NUMBER)
;*IF THERES A MONITOR GO TO 1T
;eIF THERE ISN'T _JUMP TO LOOP
FSINFLAG
CLR
$EOP:

002436

1$:
002614
065646
100000

7293 015134

7294 015140
7295 015166
7296 015172
7297 015176
7298 015176
7299 015204
7300 015210
7301 015212
7302 015216
7303
015220
7305 015222
7306 015226
7307 015230
7308 015232
7309 015234
7310 015236
7311 015240
7312 015242
7313
7314
7315
7316
7317 015242
7318 015246
7319 015252
7320 015254
7321 015262
7322 015264
7323 015270
7324 015%53

26-APR-82 09:41

SEQ 0181

MOV

BIC
ADD
CMP
BLE

MOV

002014

INC
BIC
TYPE

065646

#CONFIG+2,RO

091113 (rO)
RO
no.csezo
18

:MOVE 2ND WORD OF CONFIG TO RO

*CLEAR BACKGROUND VALID BIT
: INCREMENT TO NEXT BANK
*DONE?
*NO = BRANCH

SERTTL ,LASTERROR'

$PASS
c1ooooo $PASS
MSG077

: INCREMENT THE PASS NUMBER
..oon T ALLOW A NEG. NUMBER
*TYPE "END PASS #''

MSG035

;QV

IF #SW11 SET.IN @SWR OR QVFLAG IS TRUE OR SPASS EQ #1

005037

002342

013700

000042

TYPE
CLR

QVFLAG

END :OF IF SW11
TYPDEC

002000

$PASS

MOV
BEQ
$ZAP42: CMP
BEQ

42,R0
$DOAGAIN
#STACK RO
$DOAGAIN

PUSH
CALL
POP
RESET
SENDAD: CALL
NOP
NOP

RO
SHUTUP
RO

::GET MONITOR ADDRESS
*:BRANCH IF NO MONITOR
:ARE WE_UNDER RT11
= BRANCH
YES

:WE ARE UNDER (HEAVEN HELP US) XXDP!

047664

(RO)

NOP

$DOAGN: ;UNDO SHUTUP STUFF

172516

KSTACK SP

BNE

1$:

MOV
MOV

LOADHOME , RO
#1,R1

065650

::ACT11

ENERGIZE UNIBUS MAP § 22 exr ADDRESSING
ENERGIZE MEMORY MANAGEMEN
PUT LOADERS BACK HOME

2BIT

#BITS!BIT4,MMR3
BIS
ENERGIZE

BANKMOV
CALL
IF APTFLAG IS TRUE
IF_SUSWR EQ SPASS
APTHANG:
gOV
1

000050

065646

MoV

00 2562
000001
046410

063652

RESTORE STACK

;o
:
:

002560
002450
000060

::CLEAR THE WORLD
2360 TO MONITOR
: ;SAVE ROOM
*FOR

;1S THIS AN 11744 OR 11/24?
:TURN ON MEMORY MANAGEMENT

*DESTINATION BANK
*SOURCE BANK

N 146
CZMSPAO MS11=L/M/P_MEMORY DIAG. MACRO M1113
END OF PASS ROUTINE

73§4 015346

7335 015346
7336 015346

24~APR-82 09:41

SEQ 0182

PAGE 189-1

END ;OF IF SUSWR

000137

014742

END :0F IF APTFLAG
$DOAGAIN: JMP
LOOP

:RETURN

B 15

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

END OF PASS ROUTINE

26-APR-82 09:41

DOBACK: SUBTST

7339 015352

7343 015
7344 015402
7345 015416

734; 015422

734 o154§2
7348 0154

005037

002110

004737

047020

004737

020274

005037 002106

7349 015434
7350 015450 000207

SEQ 0183

<<WRITE BACKGROUND PATTERNS>>

AAACOOS
AAAACRAROAOAARR
ARAAARANAAAAANNNA
PN RARAA
RAAR AR ARRAANAANRRAARA

s *SUBTEST

0 015352
1 015356
g o1s§g§

PAGE 191

UND PATTERNS
WRITE BACKGRO
AR AR NAARRARANRAANAARAAAAAAAAAAAARAAAAAACCAAOAAOOOOOCCOS

3 AARAARRAARARANAAR AR

PATTERN
CLR
FOR BANK := #0 TO LASTBANK
CALL EXBANK

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
HEADER ,MUT
SET
MJTEST WOULD ALSO WORK
:CALL
MKTEST
CALL

CLR

SET

MUT

HEADER

END :OF IF ACFLAG

END :0F FOR BANK
RETURN

c15

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTEST MODES

.SBTTL

SEQ 0134

PAGE 193

MTEST MODES

BAFPAF: SUBTST

<<BANKS FORWARD ,PATTERNS FORWARD

; *SUBTEST

BANKS FORWARD,PATTERNS FORWARD

**RECURSIVE*+>>

0'ttt.Qt'tttt'..tt.tQQ"t't..ttttt.t.'t.t.'.tt.t'Q.Q'Qttt.'tt..."""....'."'

7359 015452
735
;gSB 01545
59 01546
7360 015668
7361 01547
736% 015474
7363 015476
7364
7365 015502
7366
7367 015506
7368 015512
7369
7370 015514
7371 015520
7372 015524
737
7374 015526
7375 015532
7376 015534
7377 015536
7378 015542
7379
7380 015546
7381 015552
7382 015556

002100
047020
002114

1$:

002122
002110

016752

2$:

BANK
CLR
;:START OF BANK LOOP
EXBANK
CALL
ACFLAG
TST
L%
BEQ
RRFLAG
TST
4%
BNE
PATTERN
CLR
:START OF PATTERN LOOP

CALL

MTEST

;SET BANK TO 0

sEXAMINE BANK
:CAN WE ACCESS THIS BANK?
:NO= GO TO BANK LOOP TERMINATION

RELOCATION REQUIRED?
:YES= GO _TO BANK LOOP TERMINATION
:SET PATTERN TO 0
;GO TEST CORRECT MEMORY

remmnou or PATTERN LOOP
;GO SEE IF THIS IS THE LAST PATTERN
INCPA
:NO = LOOP ON THIS PATTERN
2s
BNE
CALL

047464
4$:

remmnon OF BANK LOOP

CLR

5$:

CONTFLAG

INCBNK
CALL
18
BGE
:END OF LOOPS

sNEXT HIGHER BANK

BEQ

:NO = SKIP

fsT

015452
046056

E
**RECURSIV*+

Q.tttttt't't'..tt.'tt"t"t"tt'..tl.Qt'Q..."t't...'t."'t.t.t'"'...'.Q"t'.t

RETURN

RLFLAG
13

sIF NOT DONE = LOOP ON THIS BANK
;HAVE WE BEEN RELOCATED?

:YES = RETURN

:MOVE & MAP PROGRAM
RELOCATE
CALL
ON.ERROR THEN SRETURN
;**NOTE++ RECURSIVE CALL
sCALL SELF
BAF PAF
CALL
M
E
PROGRA
OV
ATE
& UNMAP
UNRELOC
CALL
SUNM
RETURN

D15

CZMSPAQ MS11=L/M/P MEMORY DIAG. MACRO M1113
S FORWARD ,PATTERNS FORWARD

BAFPAR: SUBTST

7385 015560

15560

005037

002100

564
3;2

004737
005737

047020
002114

576

004737

047500

7395 015610

004737

016752

7397 015614

005337

002110

7400 015622

005037
004

002220
10

<<BANKS FORWARD ,PATTERNS REVERSE

CLR

18:

28:

:SET BANK TO 0

EXBANK

;EXAMINE BANK

:START OF BANK LOOP

CALL

7410 015654
7411 015660
7412 015664

58:
004737
004737
000207

015560
046056

SCAN WE ACCESS THIS BANK?

ST
BEQ
ST
BNE
CALL

ACFLAG
4
RRFLAG
4$
SETPAT

CALL

MTEST

;G0 TEST CORRECT MEMORY

DEC

PATTERN

.xs THIS THE LAST PATTERN?

CONTFLAG

:START OF mrm LOOP

= GO TO BANK LOOP TERMINATION
*NO

mocmon REQUIRED?
“YES= GO TO BANK LOOP TERMINATION
*SET HIGH PATTERN fOR CORRECT MEMORY

TERMINATION OF PATTERN LOOP

BPL
48:

BANK

rsmmnou OF BANK Loob

CALL
BGE

mcanx
18

:END OF LOOPS

7408 015650
7409

**RECURSIVE*#>>

ttltttttt'ttt.ltttttt"QQ".'..QQQ'....QQ.tt.Q.'...Qtfit't".'.t.'Q.tt.t"".t.'
I VE v+
**RECURS
BANKS FORWARD,PATTERNS REVERSE
*%SUBTEST
tt.tttt'ttt't'.l.iQtt"'ttttt.t.fi.tt..t.tttttt.t.tttt't.i..ttQtttttt"'ttt'..tt

002122

5604

7398 015620
7399

26-APR-82 09:41

»#
**RECURSIVE

SEQ 0185

PAGE 195

RLFLAG
fsT
58
BEQ
RETURN
RELOCATE
CALL

- LOOP ON THIS PATTERN

sNEXT HIGHER BANK
*IF NOT DONE = LOOP ON THIS BANK

:HAVE WE BEEN RELOCATED?
*NO = SKIP
*YES = RETURN
*MOVE & MAP PROGRAM

ON.ERROR THEN SRETURN
;«*NOTE+* RECURSIVE CALL
;CALL SELF
BAFPAR
CALL

CALL

RETURN

UNRELOCATE

SUNMOVE § UNMAP PROGRAM

E15

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

BANKS FORWARD ,PATTERNS REVERSE
7415 015666

7418 015672
76419 015676
7420
015702
5704

004737
005737
001415
005737

047020
002114

=1l

<<BANKS WORST FIRST,PATTERNS FORWARD

i #SUBTEST
CLR

BANKS WORST FIRST,PATTERNS FORWARD #+RECURSIVE+*
:SET BANK TO 0
BANK

'tttt.Q'Qt't....ttt.'lt"tt'...ttttttt't.'Qi.tt.t..t.tt'..t.t..tt"t.'..."'."
18:

002126

002122

005037

002110

7427 015724

004737

016752

7429

015730

004737

047464

7432 015736
7433 015742
;2%6 015746

005037
004737
002351

00;220
047510

7436 015750
;237 015754

005137
001003

002564

888737

015666

005737

002124

—

;4%2 015720

38
7439 015756

7441 015764

«+*RECURSIVE*+*>>

BAWPAF: SUBTST

002100

'vUflU-Jg

005037

7431

PAGE 197

.tttt't.t.t'.....t...""'t"...fitfit'.t.t.t..tfi..fit.t'Qt..'t'..t""""'t.""'

;2}9 015666

7428

26°APR-82 09:41

«*RECURSIV

SEQ 0186

7444 015774
;222 016000

004737

7447 016004
7448 016010
7449 016014

004737
004737
000207

045172
015666
046056

28:

:START OF BANK LOOP
CALL
EXDANK

ST
BEQ
ST
BEQ
ST
BNE
CLR

:START OF PATTERN LOOP
MTEST
CALL

;EXAMINE BANK

*CAN 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 PATTERN TO 0
:GO TEST CORRECT MEMORY

:TERMINATION OF PATTERN LOOP

;60 SEE IF THIS IS THE LAST PATTERN

CALL

NCPAT

CLR

CONTFLAG

COM

WORST

lgsTfllgx?N EVEN NUMBERED PASS?

TST
BEQ

RLFLAG
63

sHAVE WE BEEN RELOCATED?
NO SKIP

CALL

RELOCATE

:MOVE & MAP PROGRAM

BNE
48:

ACFLAG
4
BMFLAG
1
RRF LAG
4
PATTERN
$

NO - LOOP ON THIS PATTERN

rsmmnou OF BANK Loob

INCBNK
CALL
18
BGE
:END OF LOOPS

:NEXT HIGHER BANK
*IF NOT DONE - LOOP ON THIS BANK

5%
BNE
s**NOTE#+ RECURSIVE CALL
sCALL SELF
Ce%hnu BAWPAF

58:

6$:

RETURN

ON.ERROR THEN SRETURN

;YES = RETURN

;**NOTE+* RECURSIVE CALL
CALL
BAWPAF
sCALL SELF

lcielbeN

UNRELOCATE

:UNMOVE € UNMAP PROGRAM

F15

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

BANKS WORST FIRST,PATTERNS FORWARD

BAWPAR: SUBTST

7452 016016

7453 016016
7454
7455 0160%2
7456 016026
7457 016032
7458

PAGE 199

<<BANKS WORST FIRST,PATTERNS REVCRSE

**RECURSIVE+**>>

tlt.'.t'.t..t..l.'...'.""'l..fi.t"'..t...tt.t.'.t"'.tt'..'.'."'Q'..'...'Q"

002100

047020
002114

+«SUBTEST
CLR

18:

002126

2s:

7471 016076
7472
7473 016100

;EXAMINE BANK

:NO
- 60 TO BANK LOOP TERMINATION

ACFLAG
X
BMFLAG

BNE

SCAN WE ACCESS THIS BANK?
*NO- GO TO BANK LOOP TERMINATION
*1IS THIS BAD MEMORY (WORST FIRST)

SETPAT

;s START OF PATTERN LOOP
MTEST
CALL

RELOCATIM REQUIRED?

;YES= GO TO BANK LOOP TERMINATION

:SET HIGH PATTERN FOR CORRECT MEMORY
:GO TEST CORRECT MEMORY

rsmmnou or PATTERN LOOP

DEC

PATTERN

CLR

CONTFLAG

8PL
48:

EXBANK

ST
BEQ
ST

CALL

002110

xs THIS THE LAST PATTERN?

rsmumnou OF BANK Loofi

- LOOP ON THIS PATTERN

INCBNK
18

sNEXT HIGHER BANK
:IF NOT DONE = LOOP ON THIS BANK

TST
BEQ

RLFLAG
6$

sHAVE WE BEEN RELOCATED?
:NO = SKIP

CALL

RELOCATE

:MOVE2 MAP PROGRAM

CALL

BAWPAR

sCALL SELF

CALL
BGE

;END OF LOOPS
IS THIS AN EVEN NUMBERED PASS?
WORST
COM
= SKIP
;YES
5%
BNE
s**NOTE#+ RECURSIVE CALL’
sCALL SELF
Celt.’m BAWP.

016016

002124

58:

045172

6$:

016016
046056

:START OF BANK LOOP

CALL

BEQ

047500

016752

BANKS WORST FIRST,PATTERNS REVERSE **RECURSIVE#+
:SET BANK TO 0
BANK

ttttll.ttttttti'ttttttt"t.t.ttttttttt.t"ttt't"tt't.'t.fi."'..Q'Q.Q'tttt."t'

002122
746
7464 016054
7465
7466 016060
7467 016064
7468

26-APR-82 09:41

*+*RECURSIVE+*+

SEQ 0187

RETURN

ON.ERROR THEN SRETURN
s**NOTE«* RECURSIVE CALL

Se'fbau

UNRELOCATE

SYES - ,RETURN

;UNMOVE © UNMAP PROGRAM

G 15

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

BANKS WORST FIRST,PATTERNS REVERSE

7489 016146
7490 016146

7691

26-APR-82 09:41

*+*RECURSIVE*+

PAFBAF: SUBTST

<<PATTERNS FORWARD,BANKS FORWARD

:#SUBTEST

PATTERNS FORWARD,BANKS FORWARD

005037

002110

CLR

047020

28:

CALL

004737

749 016166
7497 016170
7498 016176

001010
005737
001405

004737 047446

7499 016176 005737 002122
001002
7501 016204 004737 016752

7502
7503 016210

005037

7505 016220

002356

7504 016214

7506

004737

002220

047510

4$:

;SET BANK TO 0

EXBANK

;EXAMINE BANK

48
ACFLAG
4$

= GO TO BANK LOOP TERMINATOR
INO
:CAN WE ACCESS THIS BANK?
iNO = GO TO BANK LOOP TERMINATION

CALL

BANKOK

TST
CALL

RRFLAG
48
MTEST

BNE

7500 016202

;SET PATTERN TO 0

BANK

:START OF BANK LOOP

BNE
TST
BEQ

002114

TTERN

: START OFPATTERN LOOP

(LR

749% 016156

*+
**RECURSIVE

ttQ'tt.t"'......'..'Q"'.'t..Q.Q.Q.t..'.t'.'...'t't'....t"ti.'.'t"t'."..."

18:

7495 016162

**RECURSIVE**>>

Q..tt..t'Q.'Q..t....t"t'."t"..t.tt'...lfi.'.'.'Q..Q.t".'.Q...'...".'QQ'..Q.

7492 016152 005037 002100
749

SEQ 0188

PAGE 201

:CORRECT MEMORY FOR THIS BANK?
RELOCATION REQUIRED?
GO TEST CORRECT MEMORY

= GO TO BANK LOOP TERMINATION
YES

rsmmnon OF BANK LOOP
(LR
CONTFLAG

CALL

BGE

INCBNK

sNEXT HIGHER BANK

IF NOT DONE - LOOP ON THIS BANK

; TERMINATION OF PATTERN Loop

7507 016222
7508 016226

004737
001351

047464

CALL
BNE

INCRP
18

NEXT HIGHER PATTERN
10K = LOOP; ELSE CONTINUE

7510 016230
7511

005137

002132

COM

TMFLAG

BEQ

5§

;COMPLEMENT TYPE OF MEMORY
IS THIS AN EVEN NUMBER PASS?

TST
BEQ

RLFLAG
68

7509

:END OF LOOPS

7512 016234 001403
7513
7514 016236
7515 016242

004737

016146

005737
001401

002124

58:

7519 016254 004737 045172

68:

7516 01624
7517 016250

000207

7518 016252 000207
7520 016260
7521

1522 016264
7523 016270
7524 016274

004737
004737

000207

016146
046056

:YES = SKIP

:#*NOTE** RECURSIVE CALL
CALL
PAFBAF
;CALL SELF
RETURN

RETURN

CALL _ RELOCATE

ON.ERROR THEN SRETURN
;**NOTE++ RECURSIVE CALL

CALL
CALL

RE TURN

PAFBAF
UNRELOCATE

;HAVE WE BEEN RELOCATED?
INO
= SKIP

:YES = RETURN

:MOVE © MAP PROGRAM
;CALL SELF
:UNMOVE © UNMAP PROGRAM

H15

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

PATTERNS FORWARD,BANKS FORWARD

7527 016276

26-APR-82 09:41

**RECURSIV

PAFBAW: SUBTST

75;3

7530

005037

002110

PATTERN

:SET PATTERN TO 0

BANK

:SET BANK TO 0

EXBANK

;EXAMINE BANK

:START OF PATTERN LOOP

047020

28:

CALL

Si sog

004737

16324

oomg

7538 016332

001405

753 016 004737 047446
00191
7s 5 016320 005737 002114

7537 016326 005737

002126

7539 016334

002122

005737

7540 016340 oomg;
7541 016342 004737
754;

016752

7544 016352

047510

7543 016346 005037 002220
004737

002353

48:

004737
ooo;gr

016276

7556 016402 005137 002564
7557 016406 001003
7558
7559 016410
7560 016414

7561 016416 005737 002124
7562
016422 001401
7563 016424 ooo;or
7564 omgg 004737 045172
7565 0164

7566
7567 016436 004737 016276

7568 016442 004737 046056
7569 016446

000207

BANKOK
13
ACFLAG

BMFLAG

*CORRECT MEMORY FOR THIS BANK?
*NO- GO TO emx LOOP TERMINATOR
*CAN WE ACCESSTHIS BANK?
*NO - GO TO BANK LOOP TERMINATION
*IS THIS BAD MEMORY (WORST FIRST)

RRFLAG

*RELOCATION REQUIRED?

*NO = GO TO BANK LOOP TERMINATION

BNE
4
*YES = GO TO BANK LOOP TERMINATION
GO TEST CORRECT MEMORY
MTEST
CALL
:TERMINATION OF BANK LOOP
LR

CONTFLAG

BGE

CALL

INCBNK

:NEXT HIGHER BANK

*IF NOT DONE = LOOP ON THIS BANK

rewmnou or PATTERN LOOP
sNEXT HIGHER PATTERN
BNE
18
:0K = LOOP; ELSE CONTINUE
:END OF LOOPS
com
TMFLAG
:COMPLEMENT TYPE OF MEMORY
CALL ~ INCRP

*IS THIS AN EVEN NUMBER PASS?
*YES = SKIP

001403
016276

CALL
BNE
ST
BEQ

7546
004737 047464
7548 016364 001346
7549
7550 016366 005137 002132
004737
000207

:START OF BANK LOOP

BEQ

7547 016360

755
7554 016374
7555 016400

#+RECURSIVE#*>>

PATTERNS FORWARD,BANKS WORST FIRST #*RECURSIVEw+*

CLR

18:

7551
7555 016372

<<PATTERNS FORWARD,BANKS WORST FIRST

ttttttttt.Q.ttt'ttttQ"Qttt'ttt.lttttt.ttttfitttttttttttittttt.t'ttt'tt't'tQ.tt'

016302 005037 002100

7545 016356

PAGE 203

ttQtttttt.ttttltttttt""'tttttt.tt.QtQtfiQl.ttttfi.t.tttttttttt.'.t.t.'.t't'.'.'

s «SUBTEST

7528 016276

SEQ 0189

BEQ
58
:**NOTE** RECURSIVE CALL
CALL
PAFBAW
;CALL SELF

58:

68:
78:

RE TURN

COM
BNE

WORST
é$

;4TH PASS?
*YES = SKIP

s«sNOTE*+ RECURSIVE CALL’
CALL
PAFBAW
:CALL SELF
RETURN

ST
RLFLAG
7
RE TURN
RELOCATE
CALL

BEQ

ON.ERKOR THEN SRETURN

;HAVE ue BEEN RELOCATED?
*NO= SKIP
*YES = RETURN
*MOVE € MAP PROGRAM

-«#«NOTE** RECURSIVE CALL
;CALL SELF
PAFBAW
CALL

CALL

RETURN

UNRELOCATE

SUNMOVE © UNMAP PROGRAM

115

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

PATTERNS FORWARD ,BANKS WORST FIRST

7572 016450
7573 016450

7574

26-APR-82 09:41

#+*RECURSIVE*+

SEQ 0190

PAGE 205

PARBAF: SUBTST

<<PATTERNS REVERSE,BANKS FORWARD

*«SUBTEST

PATTERNS REVERSE,BANKS FORWARD

**RECURSIVE*#>>

ttt!tttttttttttttttttt'tttt'.ttttt.t....ttQQt.ttt't.tQtttt"'tttt.'.t.tt't."'t

004737

047500

*#
**RECURSIVE

ttttttttQ.Qttt.tttttttt"t'tttt'QttttQtttttttttttttQQtttt.tttt.t.ttttt...t.'ttt

CALL

HIPAT

:SET HIGHTEST PATTERNS

:START OF PATTERN LOOP

7575 016454 005037 002100

18:

CLR

BANK

:SET BANK TO 0

7577 016460

2s:

CALL

BANKOK

EXBANK

*CORRECT nenonv FOR THIS BANK?

ST
BEQ

ACFLAG
43

*CAN WE ACCESS THIS
*NO - GO TO BANK LOOP rmmnou

7576

004737

047020

7578 016464 004737 047446
7579 016470 001010
7580 016472
7581 016476

005737
001405

7586 016512 005037 002220

7587 016516

7588 016522
7589

737

002356

BNE

002114

7582 016500 005737 002122
7583 016504 00100
016752
7584 016506 004737
7585

047510

48:

7591 016530 100351
7593 016532 005137 002132
001403

7597 016540

004737

7596

7598 016544

000207

7602 016556 004737 045172
7603 016562
7604
7605 016566

004737

7607 016576

000207

7606 016572

004737

016450

046056

CONTFLAG

BGE

*IF NOT DONE - LOOP ON THIS BANK

DEC

PATTERN

sNEXT LOWER PATTERN

BEQ

*YES = SKIP

CALL

PARBAF

;CALL SELF

CALL

INCBNK

;NEXT HIGHER BANK

‘0K = LOOP; ELSE CONTINUE
:COMPLEMENT TYPE OF MEMORY

*1S THIS AN EVEN NUMBER PASS?

:*sNOTE** RECURSIVE CALL

016450

7599 016546 005737 002124
7600 016552 001401
7601 016554 000207

*NO= GOTO BANK I.OOP TERMINATOR

*RELOCATION REQUIRED?
RRFLAG
ST
BNE
4
“YES- GO TO BANK LOOP TERMINATION
:GO TEST CORRECT MEMORY
MTEST
CALL
:TERMINATION OF BANK LOOP

BPL
18
:END OF LOOPS
TMFLAG
coM

7592

7595 016536

;EXAMINE BANK

:TERMINATION OF PATTERN LOOP

7590 016524 005337 002110
759

:START OF BANK LOOP

58:
68:

RE TURN

ST
RLFLAG
33
RE TURN

BEQ

;HAVE ue aesu RELOCATED?
*NO
=
SYES - aewan

*MOVE & MAP PROGRAM
RELOCATE
CALL
s**NOTE+* RECURSIVE CALL

ON.ERROR THEN SRETURN

CALL

RE TURN

PARBAF

UNRELOCATE

c LL SEL

‘UNMOVE

& UNMAP PROGRAM

J 15

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

PATTERNS REVERSE ,BANKS FORWARD
7610 016600

7611 016600
7612

**RECURSIVE+**

S «SUBTEST

PATTERNS REVERSE,BANKS WORST FIRST #+RECURSIVE#+

18:

tLR

BANK

;SET BANK TO 0

CALL
BNE
ST

*CORRECT MEMORY FOR THIS BANK?

BANKOK
4
ACFLAG
48
BMFLAG

RRFLAG

tt'.tttltt.ttttt'tt.ttt"".ttfi.tittt.tt..it..t...""'.l.ttl'.'ttt.tt'.tttt"t
:SET HIGHTEST PATTERN
HIPAT
CALL
smr OF PATTERN LOOP

;g}z 016604

005037

002100

7615 016610
7616 016614
761 0122%0
7618 016622
7619 0166%8
7620 016630
7621 016634
7622 016636
7623 016642
7624 016644

0047%7
004737
001013
005737
00141
005737
001405
005737
001002
004737

047020
047446

7626 016650
7627 016654

5037
004737

002220
047510

005337

002110

;%%2 016670

005137

002132

;2;2 016674

001403

7637 016676

016600

7639 016704
7220 016710

004737
000
005137
001003

7642 016712

004737

016600

7644 016720

005737

002124

68:

7647 016730
;223 016734

004737

045172

78:

7650 016740
7651 016744
7652 016750

004737
004737
000207

016600
046056

7632

#+RECURSIVE#**>>

<<PATTERNS REVERSE,BANKS WORST FIRST

tttttfit't..ttttt'.ittt'.'itttttttttlttt.it..ltt.ttttt..t.'t't...t't.ttt..tt".'

047500

7629

SEQ 0191

PAGE 207

PARBAW: SUBTST

004737

7630 016662

26-APR-82 09:41

28:

002114

BEQ

002126

BEQ

002122

BNE

CALL

016752

002564

:START OF BANK LOOP
EXBANK
CALL

48:

MTEST

;EXAMINE BANK

*NO - GO TO BANK LOOP TERMINATOR
cm WE ACCESS THIS BANK?
*NO - GO TO BANK LOOP TERMINATION
*IS THIS BAD MEMORY (WORST FIRST)

*NO- GO TO BANK LOOP TERMINATION

aa.omxou REQUIRED?

“YES = GO TO BANK LOOP TERMINATION
60 TEST CORRECT MEMORY

rsmmnou OF BANK LOOP

CLR CONTFLAG

sNEXT HIGHER BANK
*IF NOT DONE = LOOP ON THIS BANK
:TERMINATION OF PATTERN LOOP

CALL
BGE

INCBNK
28

DEC

PATTERN

BEQ

BPL
18
:END OF LOOPS
TMFLAG
oM

;NEXT LOWER PATTERN

20K = LOOP; ELSE CONTINUE
:COMPLEMENT TYPE OF MEMORY

‘IS THIS AN EVEN NUMBER PASS?

*YES = SKIP

:#«NOTE** RECURSIVE CALL
CALL
PARBAW
sCALL SELF

58:

RETURN

COM
BNE

WORST
63

:4TH PASS?
SYES = SKIP

:«*NOTE*+ RECURSIVE CALL’
CALL
PARBAW
;CALL SELF

RE TURN

RLFLAG
ST
78
RETURN

BEQ

CALL

RELOCATE

ON.ERROR THEN SRETURN

:HAVE WE BEEN RELOCATED?
:NO
= SKIP
*YES = RETURN
*MOVE & MAP PROGRAM

;**NOTE** RECURSIVE CALL
;CALL SELF
PARBAW
CALL

fié%ba- UNRELOCATE

*UNMOVE © UNMAP PROGRAM

——

K 15

CZNSPAD MS11-L/M/P MEMORY DIAG. MACRO 1113

PATTERNS REVERSE,BANKS WORST FIRST

26-APR-82 09:41

#*RECURSIVE#*w

MTEST:

7655 016752

SUBTST

7661 017000

7662

7663

005037
005737
001413

002262
002116

017046

7667 017020

004737

020274

7670 017032

005037

7671 017036
7672 017044

HEADER

R
TST

PASFLG
MKFLAG
MT

BEQ

;INITIALIZE HEADER MESSAGE TYPEOUT

:INDICATE THERE IS A MEMORY UNDER TEST
;ECC?
NO = SKIP

IF CONTFLAG IS TRUE THEN LEAVE HOLDLOOP

004737

7668 017024
7669 017026

SETUP MEMORY TEST

BEGIN _ HOLDLOOP

7664 017014

7665 017020
7666 017020

SUBR

SET

017000

017006

SETUP MEMORY TEST>>

tttttttttfit'ttt.itt.ttt"'tttttttt.ttt..tQtti...Qt.t.tttt'fit..'....'t."'..ttt'

7656 016752

7658 016766
7659 016772
7660 016776

<<SUBR

ttttlttlttttttfiitttt'.'t.tttt.ttt‘ 1323232232233 233333333331133333323333332333232322424%3]

:%SUBTEST

7657 016760

SEQ 0192

PAGE 209

000402
004737

000207

020514

002106

IF SKIPMK IS FALSE

MKCONTROL

CALL

END; OF IF SKIPHK
END ~ HOLDLOOP

MT1:

MT2:

CALL

MKTEST

(LR

MUT

BR
CALL

SET

RETURN

MT2
MJTEST

HEADER

;YES = DO ECC TESTS
;DO PARITY TESTS

*NOW = NO MEMORY UNDER TEST

;ALLOW HEADERS NORMAL

L15
CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
SETUP MEMORY TEST

<<SUBR

MKCONTROL:SUBTST

7675 017046

SEQ 0193

PAGE 211

26-APR-82 09:41

TEST ECC CSR LOGIC DISPATCH>>

ttttttttttttttttfilifi'tttttttttttt.titttt'tttt.tt'tttQttt.'ttttttttt'ttttttt".t

TEST ECC CSR LOGIC DISPATCH

SUBR

*%SUBTEST

puur P

RFVSFREARES

060000
157776

002230

O o -fiégaga33~igl\

CLR

CSRINT

= b d b
NNWN=N= NYNNN-—= NN

P Pourd

#LAST , CSRLBANK
SPLTCSR

CLR
MOV

CSRLOOP
BANKINDEX ,RO

SWAB

:SET FIRST TEST ADDRESS TO FIRST ADDR.
: AND ZERO THE LOOP COUNTER
“GET THE BANK INDEX

*GET CSR NUMBER

CONF1G(ROS ,R1

177760

BIC

#°C17.R1

002522
002134

MOV
TST

R1, CSRHOLD
INTFLAG

:STORE IN THE LOW BYTE
‘1S THIS BANK INTERLEAVED?

MOV
}zg

0120000 CSRLBANK
Egag
.

:WE MUST LOOP TWICE FOR AN INTERLEAVED BANK

MOV
ASH

CONF 1G(RO) ,R1
#-3,R1

;GET THE INTERLEAVE CSR NUMBER

n}. CSRHOLD

:STORE IT IN CSRHOLD'S UPPER BYTE

CSRHOLD(RS) CSRNO
#2C36, CSRN

:CLEAR ANY UNNECESSARY BITS

ASL

?52
002232

002522

002522
177741

002150
002150

BIC

%{g

MKLOOP: MOVB
BIC

*BRANCH IF NOT INTERLEAVED

#+C17000,R1

FOR MKCNT := #0 to CSRINT

FOR CSRFIRST:= CSRFBANK TO CSRLBANK BY #4000
MAP BANK
:MAP TEST SPACE TO BANK

*INVALIDATE BACKROUND PATTERN

INVALIDATE

BEGIN CSRSTUFF
SUCCESS
CLR

005037

002330

013737
062737

002224
004000

002226

013737
37

002406
002236

002410

040000

002410

00000
01767

002410

002074

e
— e

#FIRST, C SRFBANK

MOV

b e

D e

‘M‘U*U‘U‘Q‘U’Q‘i‘Q‘U‘U‘U‘d‘d::‘fl::;g
W
J‘l\J\JNU!U!Ulsz v Yo 28

(~laTolalelelelelelelelolelolele
il

NN — e b e e e cd d b
VIS WN=O VNS W=

IR 333NN

MOV

002232

104511

~N
~

iF SELONLY IS TRUE THEN SRETURN
IF INHECC IS TRUE THEN SRETURN
BANK,RO,R1,R2,R3
PUSH

CLR

v =8 CDinC)
I8N
=
OO NN g222322223 oW
\I!UlN\IO—lUIOuN
PN
NN S N =
NN
W S -‘\bflgg WWWWNIWWO
OO
WWOWON

D e

b e oD

b =B —h

NNNNNNNNNNNY

tttttttttttttttttttIttttttt'ttttttttt'.tttttttttlttttttttittttt.ttfit'tt.tt.'t.'
:THE NEXT TWO MODULES SOLVE THE PROBLEM OF
nou TO RUN THE CSR TESTS ON EACH ECC MEMORY

002262

002226

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
MOV
CSRFIRST CSRLAS

ADD

#4000csé

: csnr:asr TO CSRLAST BY #4
FOR TESTADD
MOV

SPLTCSR

ago

ggoooo.resero+2

ADD

#2,TESTADD+2

BEQ

1$:

28:

TESTADD, TESTADD+2

TST

SBETEST
CALL
ROR
ON.NOER
CACHOFF

CLR

NOPAR

FOR I := #0 TO #27
SET ~ HEADER
PASFLG
CLR

:TURN CACHE OFF

*INDICATE PARITY ACTION

mi5

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

SUBR

TEST ECC CSR LOGIC DISPATCH

26-APR-82 09:41

PAGE 211-1

7729 017422

7730 017426

LET RO := I

7731 017

010937 002144

7733

07737

7732

017

017442

0174

7735 017450

017

7737 017466
7738 017474
7739 017476

162737

000002

020174

PUSH R3

MOV

002144

E
LOOP COUNTER
:SAV

*SAVE VECTOR IN CSR OF “K
;RESTORE LOOP COUNTER
:TURN CACHE ON

END;OF FOR TESTADD
END CSRSTUFF
END ;OF IF

IF SUCCESS IS FALSE
MSGA34
TYPE

TYPOCS

004737

057476

005237

002236

062737
012737

000002
000001

7755 017622
7756 017626
7757 017630

020337
003002
000137

002326

7759 017636
7760 017644

005037

002236

7754 017620 005203

7762 017664

SET
SUCCESS
LEAVE CSRSTUFF
END ;OF ON.NOERROR

7747 017542
7748 017546
7749 017546
7750 017564
7751 017570
7752 017604
7753 017612

7763 017666

POP

CACHON

7745 017526

7761 017650

#2,CTLKVEC

END :OF FOR I

104423

7743 017514
7744 017522

7758 017634

SP,CTLKVEC

SUB

CALL CSRCASE

7740 017476
741 017514
7742 017514

7746 017536

SEQ 0194

104472

000207

000000

017230

TYPE

BANK <TYPES BANK NUMBER>,3

MSGBS4

CALL
PERBNK
END ;OF IF SUCCESS
END; OF FOR CSRFIRST
INC' SPLTCSR
END OF FOR MKCNT
#2, CSRFBANK
ADD
MOV
#1.SPLTCSR

002230
002236

INC

18:

MKCNT:

R3’

CMP
BGT
JMP

R3,CSRLOOP
13
MKLOOP

SET
CLR

CONTFLAG
SPLTCSR

ECCINIT

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

POP

R3,R2,R1,R0,BANK

.WORD

RETURN

;COUNTER FOR MKLOOP

N 15
CIMSPAD 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>>

s *SUBTEST

CHECK FOR SBE FREE LOCATIONS

Ity

eIt

2222222222

:IN ORDER TO DETERMINE IF A LOCATION IS SBE FREE I DO THIS

URITE ZEROS WITH ECC DISABLE
:READ ZEROS BACK

IF NOT ZEROS THEN RETURN ERROR

URITE lEROS WITH ECC ENABLED BUT TRAPS DISABLED
:READ ZEROS BACK
IF 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

cwunem ZEROS TO ONES WITH ECC DISABLE
*READ ONES BACK
1r NOT ONES THEN RETURN ERROR

*WRITE 100,.100000,00000 (CHECKBITS COMPLIMENT OF BEFORE)

WITH ECC ENABLED BUT TRAPS DISABLED

:TEST THE LOCATION FROM THE m's (WITH NO PROGRAM FETCHES)
ur THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR

Win

gmfuelgs THE ABOVE FORCES A RETURN ERROR THEN RETURN NO.ERROR

701
704

002406
002410

PUSH
MOV
MoV

RO,R1,R&
TESTADD., R1

:PUSH RO,R1,Ré ONTO STACK

“ TESTADD+2, R4

TESTAREA
CACHOFF

sENTER TEST MODE
- sTURN CACHE OFF
sDISABLE ECC ON 1 SELECTED CSR

ECCIDIS
CLEAR
(R1),(R4)

—

)

VNS
W= O

RRRBRBD NI

geass

TST
BNE
TST
BNE

(R1)
SBENT
(R4)
SBENT

CLRICSR
CLEAR
(R1),(R4)

TST
BNE
TST
BNE

sCLEAR 1 SELECTED CSR

(R1)
SBENT
(R&)
SBENT

TSTREAD

:TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

IF #BIT15'BIT4 SET.IN CSR
gs;“f‘re
“ov

ERRADD.RO

BIC

#~ci7

ASH

:DISABLE ERRGEN'S ERROR PRINTOUT

#-4.R

IF BANK so a6
;nsu GOTO SBENT

END: OF IF

eccinls

:DISABLE ECC ON 1 SELECTED CSR

B 16

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

CHECK FOR SBE FREE LOCATIONS

PAGE 213-1

005111
8 0020
80?“
1 0200
711 002600
ni 884.
194.6
0
023714 002600
& 020032
1043
;gs 00

CoM
COM
CMP
BNE
CMP
BNE

(R1)
(R4)
ONES, (R1)
SBENT
ONES, (R4)
SBENT

7828 020042

CLR

(R1)

CLR1CSR

104503
nz? osool.g 005011

o1§m 100000
005711
001035
022714 100000
001032

MOV
TST
BNE
CMP
BNE

7835 020062

104510

TSTREAD

104512

SET
ERR se

7837 020074
7838 020102

MOV
ASH

002454
177774

013700
072027

7845 020126

104417

KERNEL

7847 020132

104423

POP

020120
7842
%‘ 020126
020

7848 020134

7856 0201462

7857 020170

7858

ERRADD,RO
#-4

ECCTINIT

104473

CACHON

;ENTER KERNEL MODE

1 SELECTED CSR
%{J’I‘LIAUZE

R4 ,R1,R0

SRETURN NOERROR

104503
104417
104473
104423

;DISABLE ERRGEN'S ERROR PRINTOUT

#~ci7
EQ nb men GOTO SBENT
BANK
IF
END; OF IF #8IT1S
gIC

177600

773'33 020142

7851 020146
7852 020150
7853 020154
7854 020156
7855 020160

:TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

If oems'am SET.IN CSR

7839 020106
7840 020110

7841 020114 042700

sCLEAR 1 SELECTED CSR

#BIT1S, (R4)
(R1)
SBENT
mns.uu.)
SBENT

7829 020044
30 820053
31 020052
mg 020054
ng‘ 020060

mg 020064

SEQ 0196

SBENT:

CLR1CSR
(R1),(R&)
CLEAR
KERNEL
ECCTINIT
CACHON

POP

R4 ,R1,RO

.DSABL

LSB

$SRETURN ERROR

:POP RO,R1 l R4 FROM STACK
sCLEAR 1 SELECTED CSR
;ENTER KERNEL MODE

;INITIALIZE 1 SELECTED CSR
TURN CACHE ON
:POP RO,R1 & R4 FROM STACK

c16

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

CHECK FOR SBE FREE LOCATIONS
7861 020174

26-APR-82 09:41

PAGE 215

CSRCASE:SUBTST

<<CSR PATTERN CASE STATEMENT>>

S #SUBTEST

CSR PATTERN CASE STATEMENT

'Qfi'.ttt.'.'!'.'...tt"""'.fi.fi.t..Q'Q...'QQ."Q'.QQ."..'Q'Qt..".'t'..'..'.'

ttttt.t...'fita..Q..!..fi't'..t..........t.'...Q..".QQQ..'.'.. L2 333232323333323233]
R
CASE
*WARNING IF YOU CHANGE THIS TABLE ALSO

;ggg 020174

CHANGE ''SDDWO"TM"= *'SDDWS'* (THE PATTERN BIT MAP)

7864

021750

MKCSRT :

hroooo

TIME

MS11-P ECC TESTS

MT0044

; 1 SEC

MT0045

<1 SEC

MT0014

MT0036

MT0020
MT0037
MT0041

MT004

7889 020236
7890 020240
1 020242
7892 020244
7894 020250
7895

SEQ 0197

;<1 SEC

INITIAL DATA TEST

DESCRIPTION

SHIFTING 1/0°S THYOUGH CHECK BITS

: 1 SEC

BASIC DOUBLE ERROR TEST

P 1 SEC

CORRECTION CODE TEST

: 1 SEC

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST

ECC DISABLE TES'
ADDRESS TO CSR ON DOUBLE BIT ERROR

<1 SEC

WRITE BYTE CLEARS SBE TEST
BYTE ADDRESSING TEST

1<l SEC

1 SEC
1<l SEC

026714

MT0046
MT0047

022046

MT0010

;<1 SEC

;

MS11-M ECC TESTS

MT0025

;<1 SEC

MT0999
MT0999
MT0999
n70999

;
:
:
:
:

023522

MT0011
MT0072
MT0013
MT0015
MT0016

SYNDROMES TO CSR UN SINGLE BIT ERROR TEST

1<l SEC
P 1 SEC

1<2 SEC
1<l SEC
t 1 SEC
i 1 SEC
<1 SEC

EXTENDED ADDRESS TO CSR ON ERROR 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 31T ERROR TEST
WRITE INHIBIT OF BYTE WITH DBE
WRITE INHIBIT OF WORD WITH DBE

7896

7897
7898 020252

70999

020272

END :0F CASE RO

ETURN

0 SEC
0 SEC
8 SEC
0 SEC
0 SEC

NULL
NULL
NULL
NULL
NULL

TEST
TEST
TEST
TEST
TEST

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

CSR PATTERN CASE STATEMENT
7907 020274

7908 0§0§74

7909

26-APR-82 09:41

SEQ 0198

PAGE 217

MKTEST: SUBTST

<<SUBR

ECC TEST DISPATCH>>

;*SUBTEST

SUBR

ECC TEST DISPATCH

'tQt't.Q.t'lttl...t.""""'.".'ttl"'itt.......Q'."'l.".'t...'.""...QQ"

tt'tttQtl'.lttttl'ttt"'t'tt"ttQtt..tt.t'tttt.t't'.t'ttt.'ttt.t'"t.".tt""'
IF osuo SET.IN @SWR OR ACTFLAG IS TRUE
:DISABLE ERROR CORRECTION
ELge

104470

7911 a3l 104502
791;0%323 7%7

END ;OF 1r

MOV
MOV

01%700

; INDICATE PARITY ACTION
“TRAPS ADD 2 TO PC

,NOPAR
' PCBUMP

NUMBER
ssr E PATTERN
PAfrsnu RO
MOV
ADDRESS
WORD
A
IT
RO
ASL
#MT0999
NE
HKPAf(RO)
AND
#MT0034
NE
IF MKPAT(RO)
: INVALIDATE BACKGROUND PATTERN ON ‘BANK''
INVALIDATE

104511

END ;OF IF MKPAT(RO)

010637
162737
004770

002144

:SAVE VECTOR IN CASE OF K

SP,CTLKVEC
#2. CTLKVEC

MOV
SUB

INDEX OFF TABLE

TRUE ON SINGLE BIT ERRORS
IF #SW0 SET.IN @SWR OR ACTFLAG 15sTRAP
@MKPAT(RO)

CALL

ENASBE

104506

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

ECCINIT

104472

005037
000207

;CLEAR ALL CSR'S

CLRCSR

END ;OF IF #SW0

CLR

062074

RETURN

:INDICATE PARITY ACTION

NOPAR

sWARNING IF YOU CHANGE THIS TABLE ALSO

MKPAT:

oouo
*CHANGE 'S
SPAT

"SDDWS'* (THE PATTERN BIT MAP)
DISCRIPTION

.uorg nroou MUST BE FIRST t. LAST

MT0034 ;<1 SEC

= aacmouuo PATTERN TEST
:SOFT ERROR

MT000S : 1 SEC

*ROTATING ONES TEST

MT0017
MT0007
MT0001
MT0002
MT0004

<1 SEC
:<1 SEC
:<1 SEC
:<1 SEC
: 1 SEC

MT0021

; 1 SEC

MT0026
MT0024

:<1 SEC
:20 SEC

MT0022
MT0031

MT0032

MT0033
MT0034

:10 SEC

: 3 SEC

;<1 SEC

:35 SEC
:<1 SEC

*HOLDING 1°S & 0°'S TEST
*ADDRESS BIT TEST
*ADDRESS TEST
*COMPLEMENT ADDRESS TEST
*ROTATING ZEROS TEST

“MARCHING 0'S & 1°'S TEST

*REFRESH & summc msowu.

*RANDOM DATA TEST
FAST GALLOPING PATTERN TEST
:S0B=-A-LONG TEST

SWRITE necovsnv TEST

aamcn GOBBLE TEST
OFT ERROR= BACKGROUND PATTERN TEST

uore mbosl. MUST BE msr t LAST

MT0999
mom
MT0999

026760

MT0999
MT0999
MT0999
MT0999
MT0999
MT0999

:
.
:
:
:
:
.
;

gsec
0 SEC
0 SEC

0 SEC
O SEC
0 SEC
0 SEC
0 SEC
0 SEC

TEST

:NULL
*NULL
:NULL
*NULL
*NULL
SNULL
*NULL
sNULL
*NULL

TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

E 16

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

SUBR

ECC TEST DISPATCH

7962 020514

0§85 2
7964
7965 0 Og
7963 020514

26-APR-82 09:41

MJTEST: SUBTST

<<SUBR

PARITY TEST DISPATCH>>

“«SUBTEST

SUBR

PARITY TEST DISPATCH

ttttt'ttt'.tttt..tttt."tt.ttttt.ttttt.tt't'.ttt.t.t.t.t"tt'itt""ttttt't'it'

oogg74

tttttt!t'tttttttttttt"'tttttt..t.t.tt.ttttttfitt.ttttttQttttt'ttt."t't't..tt..

MOV

MOV
MCV
MOV

002322
00240
00241

: INDICATE PARITY ACTION

os,NOPAR

*TRAPS ADD 2 TO PC

PCBUMP
TESTADD
orinsr

#FIRST+2, TESTADD+2

:GET PATTERN NUMBER
PATTERN, RO
“MAKE IT A WORD ADDRESS
RO
ASL
IF MJPAT(RO) NE #MT0034 AND MJPAT(RO) NE #MT0999

nov

INVALIDATE

END :OF IF MJPAT(RO)

MOV
suB

002144

7974
7975 02061

SEQ 0199

PAGE 219

:INVALIDATE BACKGROUND PATTERN ON ‘BANK'’

:SAVE VECTOR IN CASE OF “K
;INDEX OFF TABLE
SINDICATE PARITY ACTION

SP,CTLKVEC

#2.CTLKVEC

@MJPAT(RO)
CALL
fi%?unn NOPAR

sWARNING IF YOU CHANGE THIS TABLE ALSO

= *‘SDDW5'* (THE PATTERN BIT MAP)
;CHANGE “'SDDWO’*

798%

0620

7983 020620
7984
020622
7985 020624

7986

MJPAT :

DISCRIPTION
IME
:PAT
;nor§nroos4 MUST BE rxasr c LAST
T ERROR= BACKGROUND PATTERN TEST
MT0034 ;<1 SEC

MT0006 :<1 SEC
MT0017 :<1 SEC

INITIAL DATA TEST
*HOLDING 1°'S & 0°'S TEST

MT0007
MT0001
MT0002

:<1 SEC
:<1 SEC
:<1 SEC

*ADDRESS BIT TEST
*ADDRESS TEST
*COMPLEMENT ADDRESS TEST

MT0004
MT0005

: 1 SEC
: 1 SEC

*ROTATING ZEROS TEST
*ROTATING ONES TEST
*MARCHING 0°'S & 1'S TEST
*WORSE CASE NOISE PARITY TEST
*REFRESH TEST
*SHIFTING DIAGONAL TEST
*RANDOM DATA TEST
nmummmnmmmu
+S0B-A-LONG TEST
uaxre RECOVERY resr

MT0003
MT0021

: 1 SEC

MT0035 :<1 SEC
:10 SEC
MT0022
210 SEC
nrgo
MT0026 :<1 SEC
mm4;qac
MT0031 : 3 SEC
MT0032 :<1 SEC
MT0033
MT003%

:35 SEC
:<1 SEC

:3 XOR 9 WORST CASE NOISE TEST

CH GOBBLE TEST
= BACKGROUND PATTERN TEST
SOFT ERROR

& LAST
MUST BE ranr
:NOTE MT0034
:NULL TEST
8 SEC

MT0999

8006 %0674
8007 020676

MT0999
MT0999
MT0999
MT0999

:
:
:
:

0 SEC
0 SEC
0 SEC
0 SEC

*NULL
SNULL
*NULL
SNULL

TEST
TEST
TEST
TEST

F 16

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

PATTERNS

26-APR=82 09:41

SEQ 0200

PAGE 220

.SBTTL

PATTERNS

.SBTTL

MEMORY TEST SETUP ROUTINES

MT0000: SUBTST

<<MT0000

SETUP DATA PATTERN TEST>>

:ttttttt.ttt.t.t"..t""""'..tt.llQttt'.t'.'ttt"ttt.t..t"..'tt'.l'.'t'..t.'

*SUBTEST

MTO000 SETUP DATA PATTERN TEST

CLR

~
N
~
=

82282

MOV
MOV
CALL
CMP
BEQ
MOV

003752
002260

CALL

18:

NNS
S
&»H

o (elelelelelelelel]
NN
N

—

b e

Eeesssseees
=3

VNS

:t!t.lttt't.t.tt.t't'.t""t'tt..ttttt..t.tt"'...ttt'tt'tt'tt'..'."t.'0"..."

027030

RE TURN

BMOV

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

REALPAT

#FIRST RO
#SI12E,R1
REGCOPY
#1,PROTYP
18
#MTP000, SUPDOADD

:ARE WE ON AN 11/44?
*BRANCH IF YES
“ELSE DO PATTERN IN MAIN MEMORY

SUPDO3

.MTP000

;D0 IT IN SUPERVISOR MODE

'c‘e%{.m SUPDO1

SETUP ADDRESS TEST>>

MTO0G1: SUBTST

<<MT0001

:«SUBTEST
MOV
MOV
MOV
TST
BNE
CMP
BNE
BR
CMP
28:
BNE
MOV
38:

MT0001 SETUP ADDRESS TEST
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#1 ,REALPAT
#FIRST,RO
#SI1ZE R
NOSUPER
2
SIPARS ,SIPARS
4$
i3
UIPARS ,UIPARG
4$
#30000,R1

000001
060000
040000
002452

002274

172252

172254

177652

177654

—
—_—

041064
000001

D ek

S2RSR3R8R8/S

030000

027424
027206

:tttttt'.t.tttt..'t.."'ittt'tttttttttt.ttl't.ttttttt.ittt.t'i.'.t'."ttt'tt"t'

4S:

CLR
CALL

CMP
MOV

003752

BEQ

002260

CALL

18:

027030

RE TURN

BMOV
ge%ltm

R2
REGCOPY

#1,PROTYP
18
#MTPOO1, SUPDOADD

;1S THIS AN 11/44?
*BRANCH IF IT IS
*SET UP CALLING ADDRESS

M 001
pO1

:DO IT IN SUPERVISOR MODE

SUPDO3

SETUP COMPLEMENT ADDRESS TEST>>

MT0002: SUBTST

<<MT0002

*«SUBTEST

MT0002 SETUP COMPLEMENT ADDRESS TEST

WwWNwV~Nw

—

Ron

:t'ttttttttttttttttttttttttttttt.ttttttttttttttt.lttt't'ttltttfiittttttttttt'tttt

sSS222e
SR
et
T

‘:*fi\flhhfl’fiu&fig

b nd e ol D
) nd
o

e cmed el

e v

SRSRRRSRS

SERERERugk
~NOoNwn

VS UWN=O V0

33
vl Eeesee
wvivauniwnawa

S3S2R3SRRASSRS
igOflU
o 2! (-30 - )

g8882ee
b
=2
NN
W
RN R
“\flfi\#‘gg ~

:tttt.tttttttttttttttt"'tttt'tttttifiltttttfit.tttfi.ttl"tt.t*.'.t.'tt.tt'i..tt"

002274

002452

172252

172254

:ttttttttt'ltttttltt't'.ttttttttt.tttlttttttt'ttttttt'tttttt'tttttt.t'ttt'ttt.tt

MOV
MOV
MOV
MOV
MOV
ST
BNE
CMP
BNE

#2 ,REALPAT
#LAST+2 RO
#SI12E Ri
#FIRST R4
#100001,RS
NOSUPER

28
SIPARS,SIPARG
48

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

G 16

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113
SETUP COMPLEMENT ADDRESS TEST

806§ 1)

8064 021176

023737 177652 177654 2%:
JASISIS3Y

57 021144
Sg 821166
1154
3
02115
8060
8061
}}6

d—l

MT0002

3s:

127
1270
01270

4$:

000207

004737
000207

027030

PAGE 220-1

1
2§pAns.u1PAa6
#30000,R1

#1460000,
R0
‘120001.ns

R1,

11.PROTYP

003752

i i 147 057656 002260
012
3829 021210
021 13 004737 027206
8068
8069 021 s
8070 0212264
8071 021232
8072 021236

26~APR-82 09:41

#MTP002
, SUPDOADD
SUPDO3
1$:

SEQ 0201

MTP00?2

SUPDO1

;1S THIS AN _11/44?
sBRANCH IF TRUE
sSET UP CALLING ADDRESS

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

MT0002

SETUP COMPLEMENT ADDRESS TEST

8075 021240

26-APR-82 09:41

SEQ 0202

PAGE 222

MT0003: SUBTST

<<MT0003

:#SUBTEST

MT0003

X133333333232232223 22222222

SETUP 3 XOR 9 WORST CASE NOISE TEST>>
e e

et et

g id st

SETUP 3 XOR 9 WORST CASE NOISE TEST

didiiidiididdd)

:...tt'tlt..t....Qt..t""""...t'.l.t....tt.'..'.'Q'.'t.'t'.'t.t't.'.'..t't'.'

8079 021

8080 021 63
8081 021272
851 76

012737
005037

0023

18$:

004737 04:074

28:

012701
012703
87 327

060000
o;
0
177770

8084 051
8085 021312
8086 021320
8087 021322
8088 021354
8089 021332

01 72
022737
001415
104415
012737
004737

000100

027510
027206

002260

8091 021340
8092 021346
8093 021352

012737
004737
000442

027550
027222

002260

5355 1302 0127 g

8090 021336 104419
8094 021354
8095 021362
8096 021364
8097 021370
8098 021376
8099 021410

8100 021455
8101 021430
a1o§ 021436
8103 021444

8104 021452
8105 021454
g}gg 021460

8108 021466
8109 021470
8110
8111 021472

012737
012737
012737
012737

172360
172260
177644
001032

177642
172374
172276
172272

027044
000003

002602

MOV
MOV

#FIRST,R1
#20000R3

#-8. RS
#4 RS
RS
#64.

:TRAPS DO NOT ADD TO PC

;SETUP WARNING CONSTANTS & R2
:R1 <== STARTING ADDRESS

#1,PROTYP
3s

MOV
CALL

onrpAgs.SUPDOAoo
SUPDO

;DO IT IN MAIN MEMORY

MOV
CALL
BR
BMOV

#MTPB03, SUPDOADD
SUPDO4
48
MTPAO3

CALL
BMOV
BMOV
BMOV

SUPDO1
MTPBO3
MTPCO3,KDPARO,8.
MTPDO3.SDPARO.S.

RESREG

SAVREG

MOV
MOV
MOV

MOV

RESREG

48:

FLIPJARN

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

sSMALL LOOP SIZE
sMEDIUM LOOP SIZE
;1S THIS AN 11/44?
sBRANCH IF IT IS

SAVREG

001275
000207

#KDPARO, UIPART
#SDPARQ
. KDPARG
#UIPAR2, SDPAR7
#1032, SDPARS

CALL
CMP

SUPDO2
#3.FLIPLOC

BNE

RETURN

MT0004: SUBTST

<<MT0004

#SUBTEST

MT0004

:SET UP PAR LINKS

sCHANGE INST TO BR .+66 (BR TO KDPAR1)
;DONE WITH & PATTERNS
:560.1{(7)(7”7’7): (177777,0) ; (401,177777); (177777 ,401)]?
SETUP ROTATING ZEROS TEST>>

333322233323 22222223223 3322333333333 3333333332332 330233 2 dddiiiiitiiiiiiiidildldld)

8112 021472
8113 021500
8114 021506
8115 021512
8116 07 513
8117 ¢ 52
8118 -'1552

012737
015737
01 7o;
80473
12700
012791
022737

000004
000004
002600
041224
060000
040000
000001

002274
002322

81
51536
8127 21544
812 ' 221550
8123 021552
8124 021560
8125 021572

12737
004737
000207

027646
02722

002260

012737

172360

8119 7215

CMP
BEQ

38:
027030

CLR

CALL

ASH
MOV
MOV

003752

104415
004737

104416
004737
022737

IF EUFLAG_IS TRUE THEN SRETURN
#3 ,REALFAT
MOV

002274

8014

#4 ,REALPAT
#4 . PCBUMP

sTRAPS ADD & TO PC

CALL

BACKGND

sWRITE BACKGROUND OF ONES

MOV
CMP
BEQ

#S12E R
#1,PROTYP
1$

CALL

SUPDO4

MOV

003752

MOV
18:

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

MOV
MOV

MOV

177652

SETUP ROTATING ZEROS TEST

:.fittttt'.tt.tt'tttttl'tt.ttttttfitt..tttt'tttttt'..ttt.t."tt"t...ttttttttttt'.

RE TURN

BMOV
BMOV

MOV

ONES,R2

#FIRST,RO

, SUPDOADD
#MTPAO4
MTPAO4
MTPB04,KDPARO,S8.

#KDPARD, UIPARS

;1S THI
—

8077 021250
30730123

;BRANCH
ET UP
wm

021240

8076

——

H16

116

CZMSPAO MS11=L/M/P_MEMORY DIAG. MACRO M1113
SET UP ROTATING ZEROS TEST

{18 et

8135 0%1642
8136 021646
8137 021654
8138 021656
8139 021664
8140 021672
8141 021676
814% 021704
8143 021706
8144 021714
8145 021726
8146 021734
8147 021742
8148 021746

177654
027044

172376

MOV
CALL

RETURN

SEQ 0203

PAGE 222-1

#UIPARG ,KDPAR?
SUPDO2

MT0005: SUBTST

<<MT0005

:*SUBTEST

MT0005

SETUP ROTATING ONES TEST>>

ttttt'tt..tQ'.tt..tt'..'t'tit...t.t..'.t.'tt'tt"t.t'.'.t..t".Qtt.ttt.t"'.."

‘NE;
W

8130 021614
8131 0216%5

37
0047
000207

NINNNNSN
E:

8153 02161
021614
8129

O
ON)
= b
=N

1600

B
NN

45 g8

gEC?ECNDEgCNDC1E§;GM?

MT0004

26-APR-82 09:41

000005
000004
0412264
060000
040000
000001
0277§6
27222
02766

002274
002322

:3.PCBUMP

:TRAPS ADD 4 TO PC

BACKGND

;WRITE BACKGROUND OF ZEROS

#1,PROTYP

;1S THIS AN 11/44?

002260
027720

1$°
#MTP0OS5, SUPDOADD
gfi;POOS*lkMTPB04+16

027720

#MTPADL+14 ,MTPBO4+16

sRESET TEST'S ORIGINAL VALUE

MoV

CLR

CALL
MoV
MoV
CMP

003752

1$:

172360
177654
027044

SETUP ROTATING ONES TEST

tttttttt"ttt.t....Qt""ii.ttt...tt"'.....tttt.'tt'.'..t.."'...'t""....".
sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#5 ,REALPAT
MoV

177652
172376

B8MOV

#FIRST RO
#SI1ZE,R1

MTP0OS
MTPBO04 ,KDPARO, 8.

#kDPARD, UIPARS
G
. KDPAR?
#UIPAR
supooz

:BRANCH IF IT IS
:SET UP LINKS

J 16

CZMSPAOD MS11=L/M/P_MEMORY DIAG. HACRO M1113

MT0005

SETUP ROTATING ONES TEST

8151 021750

8157 022002

8158 022004

8159 022004
8160 022012
8161 022014
8162 022020
8163 022024
8164 022030
8165 022032
8166 022040
8167 022044
8168 022046

004737 027206
000207

SETUP INITIAL DATA TEST>>

MT0006: SUBTST

<<MT0006

+«SUBTEST

MT0006 SETUP INITIAL DATA TEST

tttttt.ttttt.tt'tttt.t"ttttttttittQttttttt..t'ttt.tt..'tt'tt't.ttttttt.ttitt'.

MOV
MOV
MOV
MOV

CALL

RE TURN

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
PC
ADD 4 TOS
*TRAP

#6,REALPAT
. PCBUMP
#4
R1
nésuoo
mpoge. SUPDOADD

;D0 IT IN SUPERVISOR MODE

SUPDO

012737
005002
004737
012701
012702
oso;m
012737
004737

<<MT0007

+«SUBTEST

MT0007 SETUP ADDRESS BIT TEST

000207

tt'tttttttttttttt'tttttttttttttttttttttttttt.tttfitttt.t.tttttttttt.tt'tt'tttttt

MOV
CLR
CALL
041224
MOV
060000
MOV
000001
BIS
MOV
030156 002260
CAI.L
027206
RETUR
MT0010: suarsr
000007 002274

SETUP ADDRESS BIT TEST>>

MT0007: SUBTST

ttttttttttttttttltttt"'tt'fittttttt.ttttttt'tttttt.tQQttttttttttttt.it'tt'ttttt

:SETUP PATTERN NUMBER FOR TYPEOUT 8 DISPLAY
#7 ,REALPAT
R2’
:0F ZEROS
BACKGND
#FIRST,R1
#1,R2
R2,R1
#MTP007, SUPDOADD
:00 IT IN SUPERVISOR MODE SUPDO3
SETUP BYTE ADDRESSING TEST>>
<<MT0010
.'tltttttt

!tttttttttttttttttttttttt'tttttttttttttttttttttt.tt.tttttttttttt.'ttfi

*«SUBTEST

8169 022046
8170 022054
8171 022062
8172 022066

10 002274
012737
012737 000004 002322
013704 002406
012737 030256 002260

8174 022100

000207

8173 022074

SEQ 0204

PAGE 224

ttttttt'tttttt!ttttttt.'t"t.tttttttt.tttQtttttttQttttttQ.ttttttt.ttt...t't't't

a1s§ oswso 0157 7 000006 oosgn
8153 021756 012737 000004 002322
l.ge
00
012701
021764
8154
8155 ogmo 012737 027756 002260
8156 021776

26-APR-82 09:41

004737

0272

MT0010 SETUP BYTE ADDRESSING TEST

ttttttttttttttttt.tttt'tttttttttttttt'ttttttttttttttttfittttttttt.tttttt.llttttt

MOV
MOV
MOV
MOV

CALL

RE TURN

#10,REALPAT
¥, pcsunp
TESTADD , R4
mpmo SUPDOADD
SUPDO3

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
*TRAPS ADD 4 TO PC
;D0 IT IN SUPERVISOR MODE

K 16

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

MT0010

SETUP BYTE ADDRESSING TEST

8177 022102

8185 022156

012737

004737
000207

030364

027206

002274

002260

8192 022222

IF PMEMFLG IS TRUE THEN SRETURN ;EXIT IF NOT MS11-M

MOV

#11,REALPAT

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL

SUPDO3

;D0 IT IN SUPERVISOR MODE

MOV

#MTPO11,SUPDOADD

MT0012: SUBTST

<<MT0012

:*SUBTEST

MT0012

SETUP WRITE BYTE CLEARS SBE TEST>>

SETUP WRITE BYTE CLEARS SBE TEST

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG

012737
013700

000012
002102

040000

8196 022244
8197 022250

012705

000002

8198 022250

8199 022256

012737

031162

8200 022262

004737

000207

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 #BIT12 SET.IN CONFIG+2(RO)
MOV
#40000,RS

ELSE

002260

#2,RS
MOV
END; OF IF #BIT12
MOV
#MTP012,SUPDOADD
CALL
SUPDO3
RE TURN

MT0013: SUBTST

<<MT0013

:«SUBTEST

MT0013

;DO IT IN SUPERVISOR MODE
SETUP CREATE DOUBLE BIT ERROR TEST>>

:ttittt'i.t'ttttttt.fitt"'itttt.tfit.l.fi.t..t'l.!..ttt..'.tt..ttt'.t.'.t'ti..'...

SETUP CREATE DOUBLE BIT ERROR TEST

:t*tttttQ't.tttttttttfi.."t.'.i.it....fit.fifitt.fitttt.t.fitfittt...fittt""..ltt...'

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG

8202 022264
8203 022300
8204 022310

8205 022310
8206 022320

012737

000013

002274

08 022334
8209 022342

012737
004737

000003
027206

002074

8207 022326 012737 031550 002260

8210 022346

SETUP CREATE SINGLE BIT ERROR TEST

:ttttttttttttttttfifit.'t"tt'.fit*.i.t'tt'ttfittttttttl.tt.i'itttttttt'.tttt.'tlt'.

012705

8201 022264

M10011

SETUP CREATE SINGLE BIT ERROR TEST>>

:l'tttttttt.ttttttt.‘ttt'ttt.tttitttttt.ttttt'.itttttttifittfi.tt.tttt..fit'tt..t"

8193 022226
8194 022236
8195 022242

:«SUBTEST

RE TURN

8187 022160
8188 022174
8189 022204

8190 022204
8191 022214

<<MT0011

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG

8182 022136 012737 000011

8186 022160

MT0011: SUBTST

:'ttttt'ttt.t'ittt.ttt"'ti".tttt't.fi.ltQttt...t.tttttttt.tti..t'tt.t't't"tttt

8181 022126
8183 022144

SEQ 0205

PAGE 226

ididiiiiidiidl)
32222
3333 it
32222
3232223222222
3
22222
222332322232
X132222232233

8178 052102
8179 022116
8180 02%126

8184 022152

26-APR-82 09:41

000207

IF PMEMFLG_IS TRUE THEN SRETURN ;EXIT IF NOT MS11-M
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#13,REALPAT
MOV

MOV

MOV
CALL

RETURN

#MTPO13,SUPDOADD
#3,NOPAR
SUPDO3

;INDICATE PARITY ACRION
DO IT IN SUPERVISOR MODE

L 16

CZMSPAO MS11=L/M/P_MEMORY DIAG. MACRO M1113

MT0013

SETUP CREATE DOUBLE BIT ERROR TEST

8212 022350

8213 022350
8214 022364
6215 022374
821? 022374
8217 022404
8218 022412
8219 022416
8220 022422
8221 022426
8222 022432
8223 022436

26-APR-82 09:41

SEQ 0206

PAGE 227

MT0014: SUBT ST

<<MT0014

: *SUBTEST

MT0014

SETUP BASIC DOUBLE BIT ERROR TEST>>

it.t..t'ttt.'ttQtttlt't"t"ti.t'Qt.t'..t.t.'tt.t..!.ttt'tQ.Q'."Q"t't.""."

SETUP BASIC DOUBLE BIT ERROR TEST

tttttttttt'fittttt.t.itt"t".t..t.'....t.t'ttt.tttti.'tt...tt.t'tt.ttt'tt."".
IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFL AG

012737
004737

000014
046706

004737
004737
004737
000207

041324
032264
046774

002274

IF PMEMFLG IS m.se THEN SRETURN ;EXIT IF NOT MS11-P
;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#4 RE L
MOV
:MAP KERNAL SPACE
CALL MAPKE
;SETUP TEST ADDRESS
LET R1 := 0100000
CALL GETCSR
:GET _CSR INFO FROM CONF IGURATION TABLE
CALL MTPO14

ge%bRNUNMAP

:D0 BASIC DOUBLE BIT ERROR TEST
;UNMAP KERNAL SPACE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0014

SETUP BASIC DOUBLE BIT ERROR TEST

MT0015 SETUP WRITE INHMIBIT OF BYTE WITH DBE

BEREREREe
oY V=N

: *SUBTEST

Qttt.ttt.t.t'.t."fi.Q.Q".Q..'Qt.....Q...l"..'.Q.'Q...Q'.'.Q'Q'..""'.QQ"Q'Q
IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END ;OF IF ACTFL AG

oo g
027206

IF PMEMFLG IS mue men SRETURN EXIT IF NOT MS11-M

:83

‘;;%EAL

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL

SUPDO3

;D0 IT IN SUPERVISOR MODE

RETURN

MT0016: SUBTST

<<MT0016

SETUP WRITE INMIBIT OF WORD WITH DBE>>

tt'QQQ.tttt.'.titt...Q'."t....'t.'t.t.QQ....Qtt...'...."t.t"'t'...t.."...t.

: *SUBTEST

SoalR

SEQ 0207

SETUP WRITE INHIBIT OF BYTE WITH DBE>>
MT0015: SUBTST <<MT0015
tt.t..'t'.t."..t.Q..t""'Q".....'Q'..Q'QQ't.Qt.'.Qt.'.'Q.'t.."".'."."'.'

8226 022440

:
PAGE 229

MT0016 SETUP WRITE INMIBIT OF WORD WITH DBE

QQ..Q'Q..Q...QQ......".'.'.....Q'....Q...'.t...t....QQQ.tt'....."'.."..'..fi'

IF PMEMFLG IS TRUE THEN SRETURN :EXIT IF NOT MS11-M

IF ACTFLAG IS TRUE OR APTFLAG 1S TRUE
IF SPASS NE #0 THEN SRETURN

002274

005260
033254
027206

002016

END ;OF IF ACTFLAG

#16 ,REALPAT
MOV
mfim6, SUFDOAD
MOV
S’é%bm SUPDO3
MT0017: SUBTST

<<MT0017

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:D0 IT IN SUPERVISOR MODE
SETUP HOLDING 1°S & 0°S>>

ttt.tt"Qttt..tttt'..."t't'tfit.ttltQ'ttQt.t.tQl..tttt...t".ttttt."tt.tt.'t't

8245 022574
8246 02260S
8247 02261
8248 022614

000017
034036
027206

002274
002260

MT0017 SETUP HOLDING 1°'S & 0°S
s«SUBTEST
Qtttttttt.t.'ttttttttt't'ttt.t'tt.ttt..tt.tttl..'ttt.'t.ttt".fittt."tttt.'ttt.
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#17 ,REALPAT
MOV
mfiow SUPDOADD
MOV
:D0 IT IN SUPERVISOR MODE
%%m SUPDO3

CZMSPAO MS11=L/M/P MEMORY DIAG, MACRO M1113 26-APR-82 09:41

MT0017

SETUP HOLDING1'S & 0'S

azsg 8 61
63
5
54

02264

02264¢
§5
65
59
5
ga 8 694
0
9
674.
8260 8
8261

SEQ 0208

PAGE 231

MT0020: SUBTST <<MT0020

8251 022616

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR>>

tt.t!tt.t.'.tt'fi....tQttQ't"fi.ttfiQ.Qtttttttttt'.tt.QQtttttt'tt.'tt.tt..ttttt'.

s #SUBTEST

MT0020 SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR

tttttttttQQ.lQQ.t.ttQt""ttt.ttt.tttttt.Qfittttl.ttt.tttt.'Qtttttttttt'..t".t'

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN

012737
004737
004737
004737
004737

8262 022704. 000207

000020 002274
046706
041324
034114
046774

END; OF xr mmc
ER FOR TYPEOUT & DISPLAY
:SETUP PATTERN
MOV
MS11-P
NOT
IF
;EXIT
SRETURN'
THEN
mss
IF memsis
:MAP KERNAL SPACE
CALL memboo
SSETUP TEST ADDRESS
LET m := #100
CSR INFO FROM CONFIGURATION TABLE
“GET
'Sn
CALL
TO CSR ON SINGLE ERROR TEST
SYNDROMES
‘DO
0
mo
CALL
SUNMAP KERNAL SPACE
CALL UNMAP

RETURN

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR

MT0021: SUBTST

8264 022706

3 PP

s #SUBTEST

8265 022706

<<MT0021

SETUP MARCHING 0°'S & 1°'S TEST>>

sttt 1 e

MT0021

SET uoscopg

MOV
MOV
CALL
MOV

SWAB

#21 ,REALPAT
BAKPAT ,R2
mwb
ag.
R

001441

BEQ

8270 022734

8275 022756

8276 022760 022737 000003 003752
u.gr
8277 ozgm
8278 022770 022737 000007 002100
001003
8279 022776
812701 140000
8280 02
8281 023004 10125
azg 023006 012737 034430 002260 3$:
82 ossou. 004737 ogzzos
8284 023020 012737 034460 002260
004737 027222
8285 023026
010401
8286 023032
8287 023034 012737 034514 002260
023042 004737 ozrggz
8288
8289 023046 012737 034550 002260
8290 0230564 004737 027222
8291 023060 0004
mi 023062 852737 000177 002100 18:
001003
8293 023070
8294 023072 012701 140000
8295 023076 010105
8297

023100
023106

004737

027030

48:

MOV
MOV
MOV
CMP

CMP
BEQ
CMP
BNE
MOV
MOV
MOV
CALL
MOV
CALL
MOV
MOV
CALL
MOV
CALL
BR
CMP
BNE
MOV
MOV

BMOV
CALL

O%ASTOZ.M
R1,RS
#F IRST,RG
#1,PROTYP

#3,PROTYP
33
#7 ,BANK
3s
mogoo.m
R1.R
mfmgusumo»o
SUPDO
#MTPB21,SUPDOADD
SUPDO4
Ré R
#MTPC21,SUPDOADD
SUPDO4
#MTPD21, SUPDOADD
SUPDO4
2$
#177 ,BANK
1]
#140000,R1
R1.R
MTPA21
SUPDO1

BMOV
CALL
MOV
BMOV

MTPB21
SUPDO2
Ré.R1
MTPC21

8306 023140

BMOV

MTPD21

3309 0 3156 000207

RE TURN

m’uzsu 02311
gs}gg 023123 004737 027044
023126 010401

ogmig
asomi
&gg 023134
004737 027044

CALL

SUPDO2

A A

didddd)

R R T R R R R AR a A A

dddd)

T R R A R R R R

SETUP MARCHING 0°'S & 1°S TEST

21 002274
3269 022714 012737
8267 022722 01 7g;
2616
041224
004737
8268 022726
8269 0227
'°§8§

15701 160000
371 0227
010105
022742
060000
12704
8273 0227
8274 022750 022737 000001 003752

SEQ 0209

PAGE 232

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0020

e R

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

;1S THIS AN 11/44?
sBRANCH IF IT IS
:IS THIS AN 11/24?
sGRANCH IF SO

CZMSPAO MS11-L/M/P MEMORY DIAG, MACRO M1113 26-APR-82 09:41

MT0021

SETUP MARCHING 0'S & 1°S TEST

8311 023160

SETUP REFRESH & SHIFTING DIAGONAL TEST>>
MT0022: SUBTST <<MT0022
ttttttttttttttttttttttt'ttttttttttttttttt.tfittttttttttttttttt'tt.ttt'tttttt""
TEST
MT0022 SETUP RC RESH & SHIFTING DIAGONAL
+*SUBTEST
tt..QQ.QQttt'.t'tttttttt'ttt.
CALL

KAMITEST

;CHECK FOR KAMIKAZE MODE

MOV
CALL

SUPDOADD
mfiogz
SUPDO

;D0 IT IN SUPERVISOR MODE

8313 023164
8314 023170 012737 000022 882276

ON. moa msn SRETURN
2. REALPAT
MOV

gg}g 023210 000207

RE TURN

002260

8319 023212

MT0023: SUBTST

<<MT0023

'SlBTEST

MT0023

“IF NOT IN KAMIKAZE MODE RETURN
SETlP PATTERN NUMBER FOR TYPEOUT & DISPLAY

SHIFTING DIAGONAL TEST>>

ttttttttttttttttttttttt"tttttttttt.tttittt.tttt.t.'..t!ttttt.'tt.tttQQ"Q'QQQ'

8320 023212 004737 026774

8321 023216

832% 023 %5 012737 000023 002274

023 012737 034600 002260
8323 02%236
8324
8325 023244 004737 0272
8326 023250
8327 023254

SEQ 0210

PAGE 233

tttttttttttt.ttttttttt'tttttttttttttttttt'tttt.ttt

as1§ 023160 004737 026774

8315 023176 012737 034600
8316 023206 004737 027206

005037
000207

00200

SHIFTING DIAGONAL TEST

tt'tttQtttttt..ttttt.tttttt'ttttttttttt.tt.tttttttt.t.ttttttttttttt.i.tt'tttttt

CALL

KAMITEST

MOV
SET
CALL

SUPDOADD
mfio
DIAGF&AG
SUPDO

ON. moa men SRETURN
MOV

CLR
RE TURN

ALPAT

DIAGFLAG

:CHECK FOR KAMIKAZE MODE

“IF NOT IN KAMIKAZE MODE RETURN

SETtP PATTERN NUMBER FOR TYPEOUT & DISPLAY

MTP022
TO
TEST
DIAGONAL
:IDENTIFY
MODE
SUPERVISOR
IN
IT
D0

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41

MT0023

SHIFTING DIAGONAL TEST

8330 02

g 1 85 62

SETUP FAST GALLOPING PATTERN TEST>>

:tt'ttttt't'.tttttttt'.ttt'tttttt.tttt'tt.tttt.tt!tQtt"t.ttttt.tttttt..ttt'tttt

SETUP FAST GALLOPING PATTERN TEST
MT0024
«SUBTEST tttt.ttttt
s;ttttttttt
tttt'tttttttttltttttttt'ttitt.tt.ttt..ttt.'.tt'.tt'.'tt"'t.

004737 026774

asg‘ 023274 o1§737 000024
8334 023302 013702 002616
004737 041224
8335 0
36 02331 o1o§82
37 023314 010
000304
8338 023316
012701
8339 023
8340 023324 01 7o; 157776
022737 000001
8341 02
001417
8342 023336
22737 000003
834 85”‘
u.og
023
8344
8345 023350 022737 000007
oo1oo§
8346 0233
012705 137776
8347 023
8348 023364 104.41;
012737 035314
8349 o%
8350 023374 000440
8351 023376 022737 000177
assg 023404 oo1oo§
8353 023406 012705 137776

CALL

KAMITEST

:CHECK FOR KAMIKAZE MODE

MOV
MOV
CALL
MOV
MOV
SWAB
MOV
MOV
CMP
BEQ
CMP
BEQ
CMP
BNE
MOV
SAVREG
MOV
B8R
CMP
BNE
MOV

#24 ,REALPAT
BAKPAT ,R2
mcxgué
R2.R
R3.R%
Ré&
#FIRST,R1
#LAST RS
#1,PROTYP
1$
#3,PROTYP
33
#7 ,BANK
78
#137776.,RS
24
, SUPDOADD
#MTPB
2
#177 ,LASTBANK
13
#137776.,RS

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

BMOV

MTPA24

BMOV

MTPC24 .KDPARO.S.

*IF NOT IN KAMIKAZE MODE RETURN

ggisnmMr,fscsgpgaewm

002274

003752
003752
002100
3s:

002260
002552 18:
48:

8354 oswz 104415
8355 0 gzu.

053246 012737 wgzoo og;zso
8358
8359 0234564 012737 17, ggg 177676

SAVREG

BMOV

assg 023422
8357

PAGE 234

MT0024: SUBTST <<MT0024

8329 023256

SEQ 0211

wggrz
8360 023462 012737 17;
8361 023470 012737 177660 172374
’%
&g 023476 004737 027222

MOV

MTPB24,SDP

#SDPAR(, SUPDOADD

MOV
MOV
MOV
CALL

#SDPARQ, UDPAR?
#KDPARQ, SDPARS
O
. KDPARS
#UDPAR

SWAB

:SET UP PAR LINKS

8364
8365 023502 10441

D0 IT AGAIN FOR COMPLEMENT DATA
RESREG

iR
88'5'0 7 832454
8369 0 §514 000207
8370 osss

K
B
NOSCOPE
CLR
RE TURN

asog 023504 00030

MT0025: SUBTST

8371 023522

<<MT002S

SETUP INTERRUPT ENABLE TEST>>

:tttttlt'lttt.t"ttt..tt't't't...tltt't'tt...ttt.i.tt.."tt.tt'.'ttt'tt.tt'.ttt'

$«SUBTEST

MT0025 SETUP INTERRUPT ENABLE TEST

SEELN

rtntrtntrtvtited
IJSJANAN

L T L L L
e
t
e
L

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

IF SPASS NE #0 THEN SRETURN
END :OF IF ACTFLAG

012737

594.
0157 7 %
835560
572 88‘07 7
027

3576

000207

IF PMEMFLG

MOV

MOV
CALL

RETURN

IS ?RUEt"fN SRETURN EXIT IF NOT MS11-P

#25,REALPA

mfio§s.woom
SUPDO

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;DO IT IN SUPERVISOR MODE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0025

SETUP INTERRUPT ENABLE TEST

MT0026: SUBTST

8382 023600

05 023

10441

004737
8407 023742 0004 5 ;
8410 023754

012700

3
S

85%(3,2 000177 002100

wg ozs;gg

PAGE 236

<<MT0026

SETUP RANDOM DATA TEST>>

104415

8413 023770
8414 024002 012737
8415 02401
8416 °"’°§5 015737
8547 7
8417 ogl.o
7
8418 0240
8419 024042 005037
024046
84620
at 4056 012737
; 4062 1044.19
004737
4
84
10337
0240
8424
010237
024074
8425
207
8426 024100

*#SUBTEST

014000

000730
172360
177644
8 7030
A
172360
0270

002570
002566

MT0026 SETUP RANDOM DATA TEST

:ttttttttttttttttttttttt'tttt.ttttttttlttt'tttttt'ttlt'.t.ttttttttttt'tt't"'.t.

38:

MOV
CLR
MOV
MOV
MOV
MOV
MOV
MOV
CMP
BEQ
CMP
BEQ
CMP
BNE
MOV
SAVREG
MoV
MOV
CALL
CLR
MOV
MOV

RESREG

027206

8408 023744

8411 023760

SEQ 0212

;ttttttttttttttttt.tttt'tttt'tttt.Qtttttttttttt'Qttt.'tt..tttt.'ttttt.t'tttt.t"

012737 ooogs 002274
8383 02
005037 00
8384 02
8385 05361 g1§m 002570
8386 023616 013702 002566
8387 023622 01030
8388 023624 010204
s 012701 060000
8389 0
020000
81 700
8390 02
00000 003752
8391 ossese 2
8392 023644 001437
839 osw.s 022737 000003 003752
839% 8 3654 oou.og
8395 023656 022737 000007 002100
8396 0236646 001002
014000
012700
8397 0
10441
8398 023672
99 ossm 81 zrgr 036020 036120
012737 036014 002260
023702
027206
004737
023710
8401
036044
005037
023714
8402
81 737 036034 036120
8403 0237
8404 023726 012737 036030 002260
06 023736

18:
4s:

172376
177642
172274

177642

2s:

#26 ,REALPAT
PCBUMP
SEEDLO,R3
sgsom.az
R3.RS
R2.R%
#FIRST,R1
RO
#S12E/8
#1,PROTYP
18
#3,PROTYP
33
#7 .BANK
3s
#14000,R0
#MTPA26+4 ,MTPD26+14
#MTPA26 , SUPDOADD
SUPDC
RANODD
14
AMTPB26+4 ,MTPD26+
#MTPB26 , SUPDOADD

:D0 WE HAVE AN 11/44?
*BRANCH IF WE DO
2117242
*BRANCH IF SO

:FOR ERROR REPORTING
*SET UP NEXT LINK

SUPDO3
2s

CALL
BR
CMP

z;rr.m

MOV

#14000,R0

BMOV

MTPA26

SAVREG

:TRAPS DO NOT ADD TO THE PC
*INITIALIZE RANDOM NUMBERS

8.
ms 6., KDPARO,
#730 ,KDPAR7
MTPD26,SDPARO,8.
#KDPARQ, UIPAR]
#UIPAR2 , SDPARG
SUPDO1
RANODD
MTP826
#XDPARO,UIPAR1

BMOV
MOV
BMOV
MOV
MOV
CALL
CLR
BMOV
MOV
RESREG
SuppO1
CALL
R3,SEEDLO
MOV
R2.SEEDHI
MOV
RETURN

:WRITE ROUTINE TO FAST MEMORY

RANDOM SUBPROGRAM TO FAST MEMORY
SWRITES "BR .=116"" IN (BR SDPARO)
*RANDOM SUBSUBPROGRAM TO FAST MEMORY
;WRITE RANDOM DATA

*FOR ERROR REPORTING
:SET UP PAR LINK

*READ ROUTINE TO FAST MEMORY

:READ RANDOM DATA

*UPDATE FOR NEW RANDOM NUMBERS

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
SETUP RANDOM DATA TEST

MT0026

8432 024102
8433 024110

8434 8 4112

8436
8437

0241

024122
024130

024132
8438
8439 024140

8444 024176

8445 024200

022737

oou.gl.

8447 024216

8456 024264

8457 024270

8458 ozl.%g

8459 024
8460 024
8461 051.31

mg 02431
8463 02432

024
5"

177646

MOV

012737

1$:
WARN?:
002260

004737

012700
010004
012701
010103
022737
001403
012737
004777

047020

;9
78
79
80

0244

4
44
0244
0244
024442

024444

#1,PROTYP

MTP034
#UIPAR3, SUPDOADD

BMOV
MOV

;1S THIS AN 117442
*BRANCH IF TRUE

SSET UP LINK
*BRANCH TO RUN

#SUPDOT L LINK1

SET NOF SMODE

:SET UP LINK

STAR27: FOR I := #1 TO #2
FOR BANK := #0 TO LASTBANK
CALL EXBANK

IF ACFLAG IS TRUE AND RRFLAG IS FALSE

mmiwe

:= BANK

LET R2

#FIRST,.RO
MOV
RO,R%
MOV
osizg.m
MOV
R1.R
MOV
IF 1 EQ M
#1,PROTYP
cMP
23
BEQ
4
, SUPDOADD
#MTPO3
MOV

060000
040000
000001 (03752
036340 002260

28: CALL

156226

END ;OF IF

IF 1 EQ #2

cMe
BEQ
MOV

:INVALIDATE BACKGROUND PATTERN ON 'BANK'*

aLINK]

#1,PROTYP
3s
#MTPO34+6, SUPDOADD

SUPDO
38: CALL
END ;OF IF

027206

END ;OF
END ;OF FOR
END 9&
005037

000207

002422

5185
12700
060000
1
12701 040000
010103

82 0244564 022737 000001 003752

1S)

-SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;CLEAR CSRS

csmgs.um
STAR

022737 000001 003752
oou.o;
&1)373 036346 002260
737

#27 ,REALPAT
1$

BEQ

012737 027206 002516
000414

8471 fossse
4402 004737 047020
fig
7%
0244
75

000001 003752

8464 024
8465 8 4
43

m!9 02435
4

MOV
CLRCSR
MOV
B8R

8446 024216 104511

8448 024222
8449 024226
8450 024230
8451 024236
usg 024236
8453 024246
8454 og:.zs:.
8455 024256

:MAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA
‘WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE

012737 000027 002274
1045 ;

8441 024156

w.g 024162
8443 024170

MT0027 UNIQUE BANK TEST

s «SUBTEST

8440 024146 012737 027030 002516

UNIQUE BANK TEST>>

:tttt.tttt.tt"tt'ttt""".".Qtlt.'.t...'t.tttt'tt....t"'tt'tt.t"t"t.tttttt

;QlttttttQQ.tt.ttt'..t"ttt'.t.'.t.'t.tt.t.t..t".t.t..'tt..'t.Q'QQ"..'QQ'Q"Q'

8430
8431
8435

SEQ 0213

PAGE 238

<<MT0027

MT0027: SUBTST

8429 024102

IF FS7FLAG IS TRUE
cL

RE TURN
END :OF IF FS7FLAG

PRlCALLGlEXBANK
.1, A5 rawex soueTo 90
=

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
LET R2 := BANK

coM
MOV
MOV
MOV
MOV

IF 1 EQ M

cMP

R2
#FIRST RO
RO,R%
osizs.m
R1LR

#1,PROTYP

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

MT0027

UNIQUE BANK TEST

26-APR-82 09:41

8488 024506
8489 024314
3290 024516

91 024524
849§ 0245
8493 0245
8494 0245
8495 024544

8499 024560
8497

024564

882737
14 ;
8&27
737

005037

000207

000001

003752

036346

002260

027206

002422

BEQ

002260
036340
1273;
08 2262
3232
12%028
7
8047
i
L4
8485
8486 02447
8487 024476

PAGE 238-1

MOV

, SUPDOADD
#MTPO34

cMP
BEQ
MOV

#1,PROTYP
s’
#MTPO34+6, SUPDOADD

aLINK]
4$: CALL
END :OF IF
#2
IF 1 EQ

5$:

CALL
END ;OF

END ;OF IF
END ;CF FOR
END ;OF FOR I
CLR

RET

NOF SMODE

SUPDO

SEQ 0214

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0027

UNIQUE BANK TEST

5 sog
02457
asog

asol.
8505 oz:.eu.
asog 024622
8507 024624
8508 0
8509 024640
8510 024642
8511 024650
as1§ 024656
8513 024660
8514 024674
8515 024700
8516 024704

8517

005037

mn.s
%

CLR
SET

002262

12737 000030 002274 MTA030: MOV

000001 002074
000001 003752

12737
22737
001007
85%{37
og
012737
012737

027030 002516
002516 4S:
027206
036122 002260

004737

047020

104470

18:

024776

004737

as% 025002

104472

0250
8532
”if 025022
025030
8534
8535 025034

013737
004737
0047;7

#SI12E R
RO
masf
MOV
aLINK
CALLOF IF ACFLAG
MKFLAG
'JoofIF
FOR
eno
MOV

IF PASFLG IS FALSE
SET PASFLG

CLRCSR
CALL

045172

3 §3§ —"
3552?
8542 025066 000207

RELOCATE

ON. ERROR

ECCINIT

CLEAR
RE TURN

8530 025004
asg 8250 000207

assg ozsol.g 1044 ;
737
8537 02504
207
8538 025
8539 02505

SINDICATE COUNT PARITY ERRORS
#1 . NOPAR
MOV
#1.PROTYP
CMP
48’
BNE
MTP030
BMOV
csmm.um
MO
13
B8R
#SUPDO3, L INK1
MOV
#MTP030, SUPDOADD
MOV
:DISABLE ERROR CORRECTION
ECCDIS
noscope
SMODE
NOF
SET
FOR BANK := #0 TO LA
IF ACFLAG IS nue AND RRFLAG IS FALSE

8524 024756
8525 024764

024772 10450

002304
04 258
024

046056

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

nmm

CALL EXBANK
IF MKFLAG IS TRUE

0127
024732
8519
00477 1“25u susn‘u
024736
8520
8521 02474
02474
8522
8523 02474
8527

MT0030 SETUP FLUSH OUT DBE'S TEST

s «SUBTEST

.t..tttittttttttt.ttt"tttt'ttt...tt.Qt.t..tt.tt....tt...Qt...".'.'...ttt.'t"

024712

8528 025000

SETUP FLUSH OUT DBE'S TEST>>

ttttt.ttttttttttt.ttQt't't'ttttttttttt.ttt..'tttt..tt'.'t.'..".t.'.."tt..t".

8518 024726 012701 040000

8526

SEQ 0215

PAGE 240

MT0030: SUBTST <<MT0030

8500 024566

002100

;CLEAR CSRS
:TRAP ON DOUBLE BIT ERRORS (NORMAL)

NOF SMODE . NOSCOPE,FULLREL

END ;OF ON.ERROR
MOV ° NEWBANK ,BANK
CALL EXBANK
CALL MTA030

ECCINIT
CALL UNRELOCATE
RE TURN
END or IF PASFLG

:TRAP ON DOUBLE BIT ERRORS (NORMAL)

NOF SMODE ,'Togscog'e‘ 2&'L!RLELBU PR
Efgifil
RE TURN

S
|

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTO030

SETUP FLUSH OUT DBE'S TEST

MT0031: SUBTST

8545 025070

SEQ 0216

PAGE 242

<<MT0031

SETUP SOB-A=LONG TEST>>

:tttttttltttfittttttt'tt"'t"t.Qttt.'tt't!ttlttttttQttttttt'ttttt"tt.ttt.t't't'

S «SUBTEST

8546 025070 004737 026774
8547 025074
8548 ogswo

004737
005037
000207

027222
002434

MT0031 SETUP SOB=-A=LONG TEST

:tt'tlttt't.i.Qt'ttttt""Qttttt.t..tttlt'tttit.'ttQttQ'tttt'..tttttt..t't.."'.

8549 025106 o127§7 880031 002274
2074
8550 025114 0050
8551 055152
assg 0251
8553 025142
8554 0251564 104417
8555 025123 013702 002556
ovo;oo
8556 0551
8557 0 5194 012701 100776
8558 025170 015705 060056
8559 025174 01 7;7 060002 002260
002516
8560 ozszos 012737 16
005737 0024
561 025210
8562 025214 001005
856 ozs%m 023737 172252 172254
8564 025 %4 001405
8565 025226 ooo:.gr
8566 025050 023737 177652 177654 18:
8567 025236 001003
8568 025240 012737 140000 002516 28:
8569 025246
8570 025252
8571 025256

38:

KAMITEST
CALL
ON.ERROR THEN SRETURN

;CHECK FOR KAMIKAZE MODE
:IF NOT IN KAMIKAZE MODE RETURN

ngscope
SET
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
#31 ,REALPAT
MOV
SSETUP PARITY ACTION
NOPAR
CLR
‘MAP FIRST SO BLOCK MOVE WORKS
BANK
MAP
*ENTER TEST MODE
TESTAREA
MTPO31,FIRST,SOBLENGTH/2
B8MOV
:ENTER KERNEL MODE
KERNEL
$0BK ,R2
MOV
R2,R
MOV
:COMPLEMENT OF INSTRUCTION ‘'SOB RO,DOT'’
#100776 ,R1
MOV
#F IRST+SOBLENGTH, RS
MOV
#F IRST+2,SUPDOADD
MOV
#LAST+2,LINK1
MOV
NOSUPER
ST
1$
BNE
, SIPARG
IPARS
CMP
$
BEQ
[
B8R
gxms.uxma
CMP
$
BNE
L INK1
#140000,
MOV
CALL
CLR
RETURN

SUPDO4
NOSCOPE

L
SETUP SOB-A-LONG TEST

L L L L Le L
C P R D D L
t
et
L

s*SUBTEST

8575 025260 004737 026774
8576 025264
8577 025270

8578 oss 76
8579 025
8580 025310
8581 ogsgzt.
sgg 025330
8583 025334
8584 025340
8585 o%ssu.
8586 025350

8587 025354
588 025360

012737
005037
015700
012701
012702
810237
15703
012704

005037
005737

8589 025364 001005
023737
590 025
8591 025374 001405
8592 025376 000415
8593 025400 023737
8594 025406 001011
8595 025410 012704
8596 025414 012702
8597 025420 mo;s
ggg 025424 012737
8600 025432
8601
025440 010023
aeomf 025442 010144
masol.s 025444 077203
025446 022737
8607 025454 001003
8608
8609 025456

gg}g 0254646
wg 02
8613 025472
8614 025476
8615 ozssos
wg 02551

861 osssu

8618 0 5513
8619 0255
0255
1

; 25533

{5 ghg
02555

-3 9 3 5554
5562

SETUP WRITE RECOVERY TEST>>

MT0032: SUBTST <<MT0032

8574 025260

SEQ 0217

PAGE 244

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0031

106417
012702
012700
012701
012737

737

1402

127

CLR
TST

172252 172254

177652 177654 18:
28:
140000
014000
002516
000001 002520
38:
48:
000001 003752

005141
025610
160000
W 002260

5%:

din oo
157g§ 14000 003752 7%:
1
7
001406

#32 REALPAT
NOPAR
BANK
nggw RO
2177667 ,R1
#SI12E/2.R2
R2,LIN:1
#FIRST ,R3
#LAST+2,Ré

T R T R R R R R R

A d

il A

:CHECK FOR KAMIKAZE MODE
“IF NOT IN KAMIKAZE MODE RETURN

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
*SETUP PARITY ACTION
:MAP FIRST SO THAT THE BLOCK MOVE_WORKS
R2,=(PC)"’
*0P CODE OF INSTRUCTION 'MOV
‘0P CODE OF COMPLEMENT OF INSTRUCTION “JMP (RO)*’
*USED FOR 1/2 BANK LOOP

LINK2
NOSUPER

:MOVE LAST PART OF TEST TO FASTCITY
BMOV ~ MTPO32

KERNEL
MOV
MOV
MOV
MOV
BEQ

68:

nggcops

1$
BNE
SIPARS,SIPARG
CMP
$
BEQ
$
BR
gxms.uxms
CMP
[
BNE
#140000,R4
MOV
R2
#14000,
MOV
R2,LINK1
MOV
#1.LINK2
MOV
:ENTER TEST MODE
TESTAREA
:MOVE TEST TO MEMORY UNDER TEST
RO, (R3)+
MoV
R1.=(R4)
MOV
R2.4$
$08
#1,PROTYP
CMP
58
BNE

002520

SETUP WRITE RECOVERY TEST

KAMITEST
CALL
ON.ERROR THEN SRETURN
SET

002520
002452

MT0032

Lttt

MOV
CLR
MAP
MOV
MOV
MOV
MOV
MOV
MOV

32 002274
002074
01921.7
177667
020000
002516
060000
160000

12721 14
2
737
1 702
127

3 Tt

MOV
CALL
MOV
MOV

#5141,R2
#108 R
#LAST+2 R
mngr.supowo

;ENTER KERNEL MODE
:0P CODE OF INSTRUCTION ‘‘COM
*ADDRESS TO RETURN TO IN RO
STOP OF BANK

=(R1)"

LINK

#140000,R1
SUPDO4
os%yg.as
1]

MOV

mngr.m.

CMP
BEQ

#1,PROTYP
8s

g
#14000,R3
MOV

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
SETUP WRITE

£(0032

RECOVERY TEST

PAGE 244~1

8628 0 559‘ 0127%7 839512 002260

MOV

#MTP032, SUPDOADD

5576 0004 ;
86
027044
8631 025600 004737
005037 002434
86 g 8%5

BR
CALL
CLR

$
SUPD02
NOSCOPE

9 8 5572

8633
g%;

004737

025610 000207

CALL

02722

33:
$:

108:

RETURN

SEQ 0218 ~

UPDO4

;THIS RETURN ACTS AS A NORMAL RETURN FROM MT0032
sALSO A RETURN FROM THE ‘‘CALL SUPDO4'’ ABOVE

CZMSPAD MS11=L/M/P MEMOR DIAG. MACRO M1113 26-APR-82 09:41
SETUP WRITE RECOVERY TEST

MT0032

8638 025612

SRR AR AR AR RERRRRR AT

8639
mw.o1

025612 004737 026774
5613

““ms
w.g
864
8223

564
5656
5676 104417

8650

025700 012705 060076

“ss

au; 0256
864

8651
assg
865
gsa

g§9
’3

33 002274
2074

57
025
577

0024

oougr
333° 7
207

38:

ozrzig
0024

MoV

#FIRST+GBLENGTH,RS

LS.E

ggsupsa

)¢
n )¢

7
";

BNE

MOV

SUPDO4
CALL
NOSCOPE
CLR
RETURN

SOFT ERROR = BACKGROUND PATTERN TEST>>

MT0034 SOFT ERROR = BACKGROUND PATTERN TEST

s «SUBTEST

002274

177646 002260

$
%ms.uxme
#140000,LINK1

B8R
CMP

;ttltQttt'tttttttttttttt'ttttttttitttttttttttttfittt'ttttt.titttt.ttt'tttttttt..t

fi;gi 000001 003752
002260

7 W

026112 022737 000001 003752

MOV

#34 _REALPAT

MOV
MOV
MOV
MOV
CMP

R1,
RS
BANKINDEX
ug.na
#1.PROTYP

MOV

gwms.smwo

604
002102
000001 003752

ARG
SIPARS,SIP
$

:ttttttit'tttfi.tttttttttttt'tttttttfitttt.t'tttt.tttttt't.ttt'.tt'!ttttttttt".'t

4
g ¥

CMP

+4
, SUPDOADD
#F IRST
#FIRST+2.R1
#FIRST+3,R2
#LAST+2,LINK1

MT0034: SUBTST <<MT0034

8668 026000

;;
”

m
csi.nw.
NOPAR

*MAP FIRST SO THAT BLOCK MOVE WORKS
BANK
MAP
:ENTER TEST MODE
TESTAREA
BMOV MTPO33,FIRST,GBLENGTH/2
;ENTER KERNEL MODE
KERNEL

gr
23737 177652 177654 18:
100;
025756
5760 012737 140000 002516 28:

8661

PATTERN NUMBER FOR TYPEOUT & DISPLAY
;SETUP
:SETUP PARITY ACTION

MOV
CLR

BEQ

RR AR RRRNROREA RN ROROR R AR AR R R

:CHECK FOR KAMIKAZE MODE
*IF NOT IN KAMIKAZE MODE RETURN

KAMITEST
CALL
ggifm,,{,"E'g,g""“""

172252 172254
853933
001405

381

SETUP BRANCH GOBBLE TEST

MT0033

MOV
MOV
MoV
MOV

s;:s.s
025

865
8660

85%737
037

SETUP BRANCH GOBBLE TEST>>

RR AR AR AR

:ttttttttttt.'ttttt.tttt""ttfifit'tt..t't.t.tt'.t.Q.Ql."t"tt.".tt".'tt'.'..'

025704 012737 060004 002260
5712 012701 823%5
;
81
571
woogg 002516
127
5
5744

PAGE 246

MT0033: SUBTST <<MT0033
s *SUBTEST

SEQ 0219

18:

2s:

BNE
BMOV

IF #8IT13

sEidsT0
SOF TPAT ,R2

;

1$
MTPO34

-BACK

:BRANCH IF NOT

SET.IN goumozum

PATTERN IS VALID
-BACK
35 #1,PROTYP
P034+6, SUPDOADD
MOV

flgeu.

;1S THIS AN 117442

sREAD IT

PATTERN HAS BEEN INVALIDATED

W "c'i.um'm

;

9 <L/M/P MEMORY

DIAG. MACRO M1113

ERROR = BACKGROUND PATTERN TEST

11%

5 o0

g0dcs

61
1

002260

3$
mwog& »SUPDOADD

002652

#BIT1 fE?JFIGOZ(RS)

SLPDO;

;OF IF #81

MT0035: SUBTST

<<MT0035

s*SUBTEST

MT0035

sWRITE IT

sVALIDATE IT

SETUP WORST CASE NOISE PARITY TEST>>

:'Q.t.'ttt.l'ttfi..'ttt."""i."..fi..fitlt.fitt..'.t.tt."t....'...'QQ"".....'.

01;737
13703
16301
01
01

237%7
87
it et
f8
7
8710 €
8711 0
8712 02
8713 026240
8714
8715 0
8719 026256
8717 026262

869
8698 026152

8699 8 6125
0261
8700
8701 0261
8702 0261
870

26-APR-82 09:41

SEQ 0220

pis

PAGE 246~1

12737
004737
00510;
00473
004737
000207

002274

SETUP WORST CASE NOISE PARITY TEST

:Qtt.t.tt.t't..t.'tfi".t"'t.ttQt.tt....t.ttt.it......'l.ttt.'fi...'..t..."t'.t'

#35 ,REALPAT

BANKINDEX ,R3

;SET UP TEST NUMBER FOR DISPLAY

g?nrxe(nsi.n1
#C17.R1

S} CSRNO

CSRND, PGMCSR

002526

#52524 ,R2

002260

aAcggug

CALL

NT g , SUPDOADD
SUPDO

IF QVFLAG_IS TRUE THEN SRETURN
R2
CoM

BACKGND
SUPDO4

:WRITE BACKROUND OF ALMOST ALT. 1°S AND 0°'S
sWRITE COMPLEMENT PATTERN INTO MUT

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26=-APR-82 09:41

mooss SETUP WORST CASE NOISE PARITY TEST
8%6

oze
arz 026

37 4oge

8728

8729

14
026320
6324
026

0263

SEQ 0221

PAGE 247

MT0036: SUBTST <<MT0036

8719 026264

SETUP CORRECTION CODE TEST>>

tttttttttt.ttttttlt'tt't't't.lttttt'tttt.tt.'tt.Qtt.ttttt..tttt'.tt.'t.."'tt"

s #SUBTEST

MTON36 SETUP CORRECTION CODE TEST

tttttttttt.ttt.tttt.tt'tttttt't.tt.t.tt'tt.ttttlt..tt'.'.."tt.t'.!'.'t.'t't't'

012737 000036 002274

5037

1324
2262

IS mse THEN SRETURN :IF NOT MS11-P THEN EXIT
IF memg

MOV

CALL
CLR
CLR

100000
6
77
737 036526

MOV
CALL
CALL

207

RETURN

737

046774

CALL

LPAT

ssrtsa
PASFLG
RO

#100000,R1

MPK;RNA
MTP036
UNMAP

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY

INFO FROM CONFIG TABLE

*GET CSRLOOP COUNTER
:CLEAR
SGET TEST DATA
GH FIRST ADDRESS IN BANK
AND 6STO BANK
KIPAR
MP
.execurs TEST

*REMAP KERNAL SPACE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0036

SETUP CORRECTION CODE TEST

MT0037: SUBTST

8731 026336

SEQ 0222

il
PAGE 248

<<MT0037

SETUP ECC DISABLE TEST>>

ttt'.'..tt..Qt'tt.'ttt".t"lt....t...'tl..'l'l'...l...t.'t.t..'t.'.'..""'tt.

:*SUBTEST

MT0037 SETUP ECC DISABLE TEST
Qttttttttttttttl.tttt'ttt'ttttt'.Qttt.Q.Qttt.tt.'.t'Qttt..Qt.....tttttt..tttt"
IS mse THEN SRETURN :RETURN IF NOT A MS11-P
g
IF
mem

03638
8738
8734 026 56
87

MAPKERNAL

O 6
7 026

056 7
87
8739 026376
8740 026402
8741
874§
8743 026404

sREMAP KERNEL SPACE

MT0040: SUBTST

<<MT0040

>»

l'ttQ.ttQ...Q..'t.tQt.""'Q.t...tttt.i..tt.'.'.t.it..'.'.tl.t'."'ttt..."..'.

; *SUBTEST

8744 026404

;SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
:SET UP TEST ADDRESS
;CLEAR DATA TO BE WRITTEN
:MAP THIS TEST TO KERNEL SPACE
:GET CSRINFO FROM CONFIG TABLE
CHECK ECC DISABLE

‘106 o m

000207

.tQ'Qttitl.t'tttttttl.'Q".t.tl..'.t.Q....tt'..QQ'.'Q.'..'Q'..Q.'.'..t'....'."'

CINSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

8746 026406
8747 026406

8748 026416 012737 000041 002274
006424 004737 041324
8749
8750 0264
8751 0264
8752 026442 004737 027206
8753 026446 000207

SEQ 0223

PAGE 249

MT0041: SUBTST <<MT0041

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST>>

.i't.tt.t...'.QQ.'.fii'Q"Q"t.t."l.'t'....Q..."'QQQ'Q'...Q..."....'..'....'.

:*SUBTEST

MT0041 SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

ttttt.....'QQ........'"'i'.t"....".'l..."..Qt....t....'..Q'.'Q.'..'.."'t"

IF PMENFLG IS FALSE THEN SRETURN (EXIT IF NOT MS11-P

#41,REALPAT
MOV
GETESR
CALL
LET SUPDOADD := #MTPO41
LET R1 := #FIRST
CALL SUPDO3
RETURN

;SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
GET CSR NUMBER AND ADDRESS FROM CONFIGURATION TABLE
SET UP TEST ADDRESS
SET UP FIRST ADDRESS
:EXECUTE ADDDRESS TO CSR TEST IN SUPVISIOR MODE
:

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MT0041

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

8755 026450
m; 026450

8757 026460 013737 000042 002274
1
12701
93
0
8758
066706
737
8759 0
8760 0 u.rg 004737 041324
8761 026502 004737 037176
8762

8763

0 6502 004737 046774
026512

000207

SEQ 0224

PAGE 250

SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST>>
MT0042: SUBTST <<MT0042
t.tttttt.ttttt.t.'t.'tttttt't"t't'l"'
tt.t'tt.tt
tt"'Q'Qt't
tttt!tttt'ttt.ttttfi
ADDRESS TO CSR TEST
MT0042 SETUP EXTENDED UNIBUS
*«SUBTEST
..'.tt'.ttt..t.t..'.'t't.'it
t....tt.tt
t..ttQtttt
t.t't"'tt.
ttt't.tltt
ttttttQ'.t
MS11-P
NOT
IF
IF PMEMFLG xs mse THEN SRETURN :EXIT

MOV
MOV
CALL
CALL
CALL
CALL

RETURN

,REALPA
#42
m
nbo
MAPKERNAL
GETCSR
MTP0&42
UNMAP

;SETUPPATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
ADDRESS
TEST
UP
*SET
SPACE
KERNEL
*MAP TO
*SET UP CSRINFO FROM CONFIGURATION TABLE
cuecx EXTENDED UNIBUS ADDRESS TO CSR
*REMAP KERNEL SPACE

SEQ 0225

o8
CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 251
SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST

MT0042

SETUP WRITE BYTE CLEARS SBE TEST>>
MT0043: SUBTST <<MT0043
t...Q.'t'l.."..Q.".'.'Q.'."'...'...t..'fi
"'tt..tt.t.
tt'."tttt.t't'l..."'Q'

8765 026514

: *SUBTEST

MT0043 SETUP WRITE BYTE CLEARS SBE TEST

'tt't..t't'ttttt"tt""tt'tt't't.tt..tt..!..tl.l.'Q't!t.'..tt..'tt.".t"...'.

000043

g 046706

IF PMEMFLG_IS m.ss THEN SRETURN :EXIT IF NOT MS11-P

MOV

002274

CALL

000044
046706

RETURN

002274

0376 6

;7 0467
004;07

004737

:SET UP TEST ADDRESS

;PERFORM WRITE BYTE TEST
:REMAP KERNEL SPACE

CALL UNMAP

066774

<<MT0044

; *SUBTEST

MT0044 SETUP SHIFTING 1/0°S THROUGH THE CHECK BITS TEST

T T

e T

L L

itk LU

Q'.t..'t..'t.tt.t...."'ttt'..l'..Q..t...'.....'.Q..'.QQQ.Q'.."..'...'CQ'..'Q'
IF PMEMFLG IS FALSE THEN SRETURN EXIT IF NOT MS11=P

#44,REALPA
MOV
MAPKERNA
CALL
LET R1 := #10
CALL MTPO44
CALL UNMAP
RETURN

0002

SETUP SHIFTING 1/0°'S THROUGH THE CHECK BITS TEST>>

MT0044: SUBTST
B

012737
004737

SMAP 10 KEML SPAC £

MAPKERNA

R1 := #1 ooob
LET
CALL MTP043

037432
000207

:SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY

#43,REALPA

:SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
SMAP TO xsmfl. sme
*SET UP TEST ADDRESS
*PERFORM SHIFTING 1/0°S THROUGH THE CHECK BITS
*REMAP KERNEL SPACE

SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR>>

MT0045: SUBTST

<<MT0045

;*SUBTEST

MT0045 SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR

tit..t...itlt.'.t'..'"'Q'Q'.ti..Q'...lfi.'.t..'...'......'."'.'.'.....'."'...

878% 026614

8783 026624
8784 0266
8785 0
8786
8787 0
8788 02665
8789 026654

.l..tt...t'..tt..'..l.'.'i'ttt.'tt..Q.Q..t.'...'.'...t.'........"."...".t..'

002274

012737
3

8790 026654
8791 0
879; 026672
TS
8793 0.
8794

002274

7% 02671
0367134
714

8801 0267

84#74

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
‘MAP TO KERNEL SPACE
SSET UP TEST ADDRESS
*PERFORM TRAPS DECTECTED ON SBE WITH ECC DISABLED TE
*REMAP KERNEL SPACE

SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST>>

MT0047: SLBTST

<<MT0047

: *SUBTEST

MT0047 SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST

..t.ttttt'.t.tl.'....t"t'.l'..t...‘.ttt.......t.'..........t'.t.".'.'..fi'.fi'.

848706

#46,R m
MOV
CALL ~ MAPKER
LET R1:= #1
CALL MTPO46
CALL UNMAP

Q....Q...'.'Qt...t.'.."""l........t..'.fi.........t.."..Q.Q"..'.."'.Q"'.'

724

6
026

..".t.'..'tt'l...t't..'t"..t.tl......l'..'t'
IF PMEMFLG IS mss THEN SRETURN ;EXIT _IF_NOT MS11-P

RETURN

8
8797

IF PMEMFLG IS mss THEN SRETURN :EXIT IF NOT MS11-P

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
#45,REAL
nov
‘MAP TO KERNEL SPACE
MAPKER
ALL
SSET UP TEST ADDRESS
m R1 := #1
*PERFORM SYNDROMES TO CSR ON DOUBLE BIT ERROR
CALL MTP04S
*REMAP KERNEL SPACE
CALL UNMAP
RETURN
SETUP C’*CK SINGLE BIT ERRORS WITH ECC DISABLED TET>>
MT0046: SUBTST <<MT0046
..l....t.......Q....t".'.'.'....'t'l't"'.
"Qt.....'ll
.t.....t'l'
t.""...tl..
ERRORS WITH ECC DISABLED TET
MT0046 SETUP CHECK SINGLE BIT .......'.Q.
;*SUBTEST
."..Q....'Q....'.'..'

002274

IS msz THEN SRETURN ;EXIT v NOT MS11
IF
mm.f

Alf
o
LE
LETR2 := #1
EALL ATPOGY
UNMAP
CALL
RETURN

:SET UP TEST mafim TYPEOUT AND DISPLAY
:MAP TO KERNEL SPAC

TEST ADDRESS
:SET UPSECOND
TEST ADDRESS
:
TO CSR ON SBE WiTH DBE
UPDATE
NO
:PERFORM
;REMAP KERNEL SPACE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 %6‘“‘32 09:41

MT0047

SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST

gg]|1

005037

6772 000207

881§ 026774

002274

774

8816 0270

‘lg

8817 027024
8818 0270

SETUP NULL TEST

s *SUBTEST
e e L L L L L L AL Lt
e
e
CLR
SET

RETURN

REALPAT
NULLFLAG

MODE>>
SUBTST <<CHECK FOR KAMIKAZE
KAMITEST:
e e L e L L e e L L L L
t
e
L
s *SUBTEST

8814 0
8815 0

SETUP NULL TEST>>

e e e L L e L L L Ll
Le

MT0999

8809 026760
0267
8810

SEQ 0226

PAGE 253

NT0999: SUBTST <<MT0999

8808 026760

CHECK FOR KAMIKAZE MODE

e L L L T T e T L]
T
S L
I

’

IF KAMIKAZE IS TRUE OR ACTFLAG IS TRUE OR APTFLAG IS TRUE

SRETURN NOERROR
ELSE

SRETURN ERROR

END ;OF IF KAMIKAZE

sRUN THE TEST

sDON'T RUN THE TEST

CZMSPAQ NS"-LIH/E m&v DIAG. MACRO M1113 26~APR-82 09:41

CHECK FOR KAMIKAZ
8821 027030

~
(%]
~
~

gpeesNs
w

VIS WD

002166

5174

—NOW

i;igig;sg;ssii ~

BEEEDEEN

e e

0000000000000 O0O0O000O0

060450

o
-

-0

000740
177640

g
g

NIRRT
RS AR

NN INIYIYIYNYY >

c0o

R RRRRRRD
gz
oS
LAY3RERRREES SEIEN
1

7044
w

SEQ 0227

SUPDO1: SUBTST

<<SUBR

EXECUTZ PATTERN IN SUPERVISOR>>

*SUBTEST

SUBR

EXECUTE PATTERN IN SUPERVISOR

NRE
AAAAAOCOORS
NAR
ARAAAAAAARC
RAA
AARRAAAANAC
RNA
ARNAANRARAR
RRA
AR CNARANRAAAA
CRAARRRAR

§7030

882

PAGE 255

:'tt..t..l'.t.t..tt".""t'.ltttt....t.Qt.Ql'..tt'..'tt.'.'.....'Qt'."."fi'tt.
:MAP SUPERVISOR SPACE (TEST AREA) TO BANK
MAP
gmls

SUPD02: CALL

PU SH
MOV

nb.suvégb
PERR,

SLPADR

MOV
#SUPDR1,RO
R1, (RO)+
MOV
5.(3 )+
MOV
-(RO)+
MOV
R&. (RO) +
MOV
RS, (RO)+
MOV
SP,(RO)+
MOV
SUPDRO,RO
MOV
#TAG4S, SLPADR
MOV
SLPADR . SLPERR
MOV
#SUPDR6+2 ,RO
TAG4S: MOV
=(R0) ,SP
MOV
-(RO) .R
MOV
-(R0) R
MOV
.R
-(RO)
MOV
=(R0) ,R1
MOV
=(RO),RO
MOV
SUPERVISOR
,
SSP
#SUPSTK
MOV
CACHOFF
FASTCITY
CALL
CACHON
KERNEL
SCOPE
SLPADR,SLPERR
POP

;ENTER SUPERVISOR MODE
:TURN CACHE OFF
:CALL TO THE USER INSTRUCTION PAR'S
:TURN CACHE ON
*ENTER KERNEL MODE

J
»xwm

CUTE PATTERN IN SUPERVISOR

~
ol
~

%2rd&1

MOV
MOV

R1,(RO)+
R2.(RO)+

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TBG4S: MOV
MOV
MOV

MOV
MOV

~N
NN

gzz $33ed &
F ¥
-

=D
b

BEQ

000700

152700

MOV
BR
MOV

R3. (RO)+
R&. (RO)+
RS, (RO)+
SP (ng)o
SUPDRO, RO
#T8G4S, SLPADR
SLPADR . SLPERR
#SUPDRG+2 ,RO
-(R0) ,SP
-(R0) .R&

-(R0) .R1
-(R0) .RO

POP

;ENTER SUPERVISOR MODE

SUSESTK,USP
2
#SUPSTK,SSP

CACHOFF
@SUPDOADD
CALL
CACHON

KERNEL
SCOPE

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

#SUPDR1,RO

TESTAREA
NOSUPER
ST

002452

000740

SEPERR, SLPADR

nk.supbnb

MOV

SEQ 0228

PAGE 257

AL
SUPDOG: MOV

(> 1=

<
o

~N~N
~

26-APR-82 09:41

SUPDO3: MAP

sy
g
3328288 2 2888853§§§§§§SfiiuuuS¥E§3

Nufl

o
r

m3E

&&
ZRBRE
SIS
BEEEopEEERRRasSSRSgepRRREEEE

v
V]

SUBR

11=L/M/P MEMORY DIAG. MACRO M1113

0O
0000000000 0000000000000
NN
NININININNI
N
NN
NN
NN
NNNNNNNNNNNNNNNNNY
-~

CZMSPAQ

SLPADR, SLPERR

sTURN CACHE OFF

:TURN CACHE ON
sENTER KERNEL MODE

MEMORY TEST PATTERN ROUTINES

.SBTTL

889
889
8894
gg%

PATTERN aesxsm CONVENTIONS
FIRST ADDRESS OF PATTERN (FIRST, usroz ETC)
NUMBER OF ADDRESSES IN mr RN (SIZE)
as

8898
8899
8900
8901
8902 027400

OFR2 (IF NECESSARY)

<<MTP000

:*SUBTEST

MTPOO0 BASIC DATA TEST

~
o

tt'QQt'tt.t...t.t.ttt""Q'.Q..lQ'.'t...fi'..Q..fi't"Q'.t..t.t.t.t't'..'..'.....

=
~

538

8914 0274264

000002

8916 0274
8917 0 74;2
8918 0274
8919 027440
8920 027442

000002

g5 il
027454

027456

is:

MOV

28:

NOP
MOV

S08

CMP

0274

8927 0 7‘28 g 000002
i 605 000002
£
i
£6
8935

747
75
750,

027504

7506

12401

.-vmug

(R4)+ .R1

V177644
V17764

-MTP000

R1.R2

V17764

V17765

PERRO2

BEQ

V17765

sV177656
NOP
:mmg
R3,2$
S08
3s:
V17766
RETURN
TEST>>
ADDRESS
<<MTP0O1
MTPOO1: SUBTST
QQt'tt'tt.ttt.t.ttQttttttttttltttttlt.t.ttltttt'ttttt..tttt.ttttt!t.tttt't'tt.'
MTPOO1 ADDRESS TEST
S«SUBTEST
tttttttttt.tttl.ttttt"'t'ttttttit"tttt.lltttttt..ttttt."tttt.'t!ltQttt.".'t
V17764
,(RO)+
as
MOV
V17264
;
ADD
V17764
R1.3
S08
*V17765
NOP
V17765
(R4)+,RO
MOV
18:
V17765
ao RS’
CMP

2s:

PERRO1
RS
’3
ADD

V17766
V17766

AL ADDRESS TEST (WRITE DOWN, READ UP)>>
RETURN
tom.mm
<<MTP002
SUBTST
MTP002:
ttttttt'tttt.ttttt.ttt"t..tt.ttttttltttttt.tt.t...ttt.tttt.t'tl.ttttt'tt'.t!'t
MTP002 COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)

tQtttttttltttttttttt"t't'ttttt.tttt.t.ttttttttt.t.tt.!tttttlttt'tt.'l"t"l.'t

§s:

18:

1 ‘oi
207

n;,(RO) +

sV17765
V177654

s«SUBTEST

027474

BASIC DATA TEST>>

TPO00: SUBTST

..Q..t't.t..tt.....tQ'Q'.'.'t.t..tt.........Qt.....tt...‘..'t..t..."t..t...'.'

8915 0374

8931

OF R1 (IF uecessAkv
COPY
COPY OF ug (IF NECESSARY)

DATA FOR PATTERN (ONES,S52525.ETC)

COPY
.t"'.tt...tl."..t.tt'.tt.QQQ'.ttQQ'."....".'.".'...'.
"t.tt...'.'ttlt.Qt.'

2892822
R2ISNSIs
B =N

8903 027400
8904 027402
8905 027404
8906 0274
8907 02741
8908 02741
8909 027414
8910 027416
8911 0274
891§ 027422
8913 0274264

8926

MEMORY TEST PATTERN ROUTINES

Qttt'..'.'tt.tttttt't'Q"Q.t..tttttt'..t.ttttt.ttt."t!ttttt.tt.tt'ttt..tt'tt"

8924
8925

SEQ 0229

PAGE 259

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MOV

RS,=(RO)

V17764

ADD

#2.RS

V177

SUB
MOV
CMP
BEQ

#2.R2
(RG)+.R1
R1,R2

V1776
V1776
w172
viez

S08
NOP

PERRO2

R1.3$

R3,1$

R(E'iw )

V177
V1776

V17?7

177
¥1
772%

M1113 26-APR-82 09:41
CZMSPAO MS11-L/M/P MEMORY DIAG. CRO
DOWN, READ UP)
TEST
WRITE
ADDRESS
T
COMPLEMEN
MTPO02
8939 027510

SEQ 0230

i
PAGE 261

3 XOR 9 WORST CASE NOISE TEST (WRITE)>>
LS LA
e L
L
e
e

MTPAO3: SUBTST

<<MTPAO3

;*SUBTEST

MTPAO3 3 XOR 9 WORST CASE NOISE TEST (WRITE)

e e L L DL L LA L Rl
e
T T T t
L
:R1 = ADDRESS

Rg = SMALL LOOP CONSTANT

= NUM OF ADD TO TEST (LARGE LOOP)

Rlo = GOOD DAT

OO0

8958 027544
8959 027546
8960

SSsegRidegRany

C:EgC"DCD

R
RN R
BUSESSUIEISSER

sR5 = MEDIUM I.OOP CONSTANT

1$:

000100

LENABL
o

MOV

MOV
S08
COM
BIS
WARN2: 401
MOV
SO08
COM
BIS
WARN3: 401
MOV
S08
RE TURN
.DSABL

8961

8962 027550

L LSB

R4,(R1)+

Ré. (R1)+
R2.1$
R4

(PC)+,R4

#6 R
RS.1
R&

(PC)+,R4

cg&. RS
R3,1$
LS8

V17764

V17764
V177644
V17764
:V17765
:V177652 WARNING LOCATION IS MODIFIED BEFORE LOADING
2V177654
V177660
vmeoz
V177664
‘”7"’98 WARNING LOCATION IS MODIFIED BEFORE LOADING
vmm
V177676
3 XOR 9 WORST CASE NOISE TEST (READ)>>

MTPB03: SUBTST

<<MTPBO3

$#SUBTEST

MTPBO3 3 XOR 9 WORST CASE NOISE TEST (READ)

t..ttttt..tt...t.i.l't'.'.'.t....tt."l.ttt'..'fi..".l.tt'.'t.t..'.!..".'t.'..

027610

)=
NN
-

000100

LENABL

LSB

1$:

SAMTPCO3

:V177640

WARNG:

BIS
401

(PC)+,R4

V17765
V177652

-0O0

OO
pui

~ —_

353

cqgc’
VIO
N =
NOVINND

-nugg
R
R
KRG

ttttt"tt'.'lttt.itttt.t"Qtttl.ttt..'.ltt.l't't't'....'.t'.t."'....'.tt'...t.

WARNS:

s08
COM

MOV
S08
COM
BIS

401

R2,1$
Ré

#4,R2
RS.1$
R&

(PC)+,R4

034 RS
MOV
R3,i$
S08
RETURN

V177644
V17764

V177654
V17766
:V17766
V1?7

G0 TO V172360
WARNING LOCATION IS MODIFIED BEFORE LOADING

.v1m% WARNING LOCATION IS MODIFIED BEFORE LOADING

vmm

V177676

SEQ 0231

M1113 26-APR-82 09:41 PAGE 263
CZNSPAO MS11=L/W/P MEMORY DIAG. MACRO
TEST (READ)

MTPBO3

3 XOR 9 WORST CASE NOISE

8980 027610

MTPCO3: SUBTST

<<MTPCO3

:%SUBTEST

MTPCO3

8981 027610 020421

8982 Qare1e 001401
8983 027614

104431

898° 027620

003111

CMP

R&,(R1)+

:V172360

PERRO3

=(R1)

V17236

JMP

QMTPDO3

V172362

BEQ _ 18’

18:

8988 027626

MTPDO3: SUBTST <<MTPDO3

898¢ 027622 000137 027626

TEST DATA SUBPROGRAM

ttttt.tttttt'lttt...t!i""..tl.t.'....fit'.tttQfi'ttti.QQQ..'..Ql"..tit.."t'tt

8984 07616 005141

COM

V172364

V17

(R1)

V17237

GO TO V172260

TEST DATA SUBSUBPROGRAM>>

Q.'ttltQ.t"t..t....'.Q"'t...t.t.'..t..'.!..i..t....'...."QQ...QQ'.'.."'..Q'

+*SUBTEST

8989 027626 020421

8990 027630 001401
8991 027632

104431

899 027640
8995 027642

001363
000137 027554

027634
8992
8993 027636

TEST DATA SUBPROGRAM>>

ttttttttfittfi.t"ttt.Qt"'."t.t.tt"tt.tt.fit..ttt.".t'..'.!"'.t'."tt.'...'..

005127

MTPDO3

TEST DATA SUBSUBPROGRAM

ttttt.t.t.Q.t.....t.t'."'QQ.'Q...Qt"..Q.'..Q.tt.t.'.t.fi..tfi..'t.'..'."'.'t.'

18:

CMP

R4, (R1)+

PERRO3

(PC)+

BEQ

COM
0

BNE
JMP

:V17226

18’

:V17226

MTPCO3
QWMTPBO3+4

V172272
V172274

V172264
V7
17

GO TO V172360
GO TO V177644

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41
TEST DATA SUBSUBPROGRAM

MTPDO3

8998 027646

012705 000010
810584
7653
0
9000
9001 027656 000241

<<MTPAO4

s *SUBTEST

MTPAO4

800137 o;n%
1?28‘ 1777
103402
204
1421
1044 g
07711
000207

is:

is’
$:

MOV
MOV
cLC

is:

2s:

199110

027662

ROLB
S08
ROLB
ROLB

S08
ROLB
JMP

MTPO0S: SUBTST

<<MTPBO4

SUBR

V17765
V17765
V177
V17266
V177664
V1776
V1776
V17767
ROTATING BIT>>

V17 63
W17

RS,18

(RO)
(RO)+

V17236

(RO)

W17

<<MTP00S

ROTATION ONES TEST>>

Ré,28
(RO)+
SMMTPADL+14

W17
:V17237
V172374

:tttttttt.ttttttttittttttttttt.Qttt.tfi!tttttt.fitttt.tttttt.ttttt.tttttt..t..fitt'

9021 027722 012705 000010

90
90
9031

V17764
:v177u2
V17764

ROTATING BIT
MTPB04 SUBR
T
*«SUBTES
-ttttt'ttttttt'tttltt!ttttt.ttttttt.ttttttttttltt..ttQ.t.tt'...tt.tt..'t'ttt.t.t

9020 027722

10504
1
137 0;77%

1777
1
7744 350
1401
0277
775 1%‘
7752 07711
000207
027754
7762

ag.ka

#8. RS

;tttt'tttttttttt't.tttt.ttt'ttttt.tt!lttttttfitfitt.'fitttttt'ttt.t.tt.tt.tfi.ttt"t

9016 027712 07740
9017 027714 10612
ggg 027716 000137

9025

ROTATING ZEROS TEST

IMTPBOS
JMP
=2(R0) ,R4
MOV
28
BCS
g.m.
CMP
BEQ
PERRO%
R1,18
S08
RETURN

9o1§ ogrroz - 106110
9013 027706 077502
106120
9014 ogn

ROTATING ZEROS TEST>>

A A i i i ddidld)
e e A e R A R A R R DA A A A dt
e et
It

MTPBO4: SUBTST

9053 0277
9023 0
9024

PAGE 265

MTPAO4: SUBTST

9011 027702

9015 02771

SEQ 0232

:Qttttt.ttt'.t'!tt'tt'."t"'..tt.t.ltttfi....'ttttt...'tfi.'t........t..."..'.'t

8999 027646

9oo§ 8 765
027
9003
9004 027
9005 8 76
9009 76
9007 027674
9008 027676
38?3 027700

TEST
MTPOOS ROTATION ONES
+*SUBTEST ttt.ttttttt'
ttQfittttttttt.t.tt.ttittttttl'tt.t.tttttt'..'t..ttt't't'
'tttttttt'tt
:V177640
og. RS
MOV
is:

MOV
SEC
JNP

10 205

gs
5

MOV
BCC
CMP
BEQ
PERRO%
S08
RETURN

RS.R%
ANMTPBOS

-;(noma
2
gg.m

R1,18

V177644
.-vmu.s
V177650

V177654
1V177660 IF THIS HAPPENS THE GOOD & BAD MATCH
V17?7
V177
V177
V1776
V17767

CZMSPAO MS11-L/M/P HEHORV DIAG. MACRO M1113 26~APR-82 09:41

MTPOO5

ROTATION ONES TEST

MTP006: SUBTST

9034 027756

SEQ 0233

PAGE 267
INITIAL DATA TEST>>

<<MTP006

.t.ttt.t.fi.'..t...t."'."".'.t.Q.lQtllfiQiQlt.t..!.....t"."...'.tQ..'."."Q

MTPOD6 [NIVIAL DATA TEST
: *SUBTEST
tttt.!!.tt."!lQ\'.Q"Q"."'.Q..'..'Q...Q.'.t.'.."'."Q"'Q'tt'ltt.'.'.'.."'

THIS TEST CHECKS THE ouoo LINES BY

;

SHIFTING A 1 uaoucuHE WORD.

#1,DATBUF

002240

ATBUF +
DATBUF ,@(R1)

:SET

FIRST TEST BIT

WORD
ch
:WRITE TEST WORD 1

DATBUF +2,22(R1) :AND TEST WORD 2
a(R1) ,R

DATBUF ,R2
s

a2(R1) ,R2

2%:

3s:

b =
b
—b

5$:

;NOW READ SECOND WORD

DATBUF +2
4
DATBUF

*MINUS MEANS BIT 31

oAraufn

ROVSR K8RS arsR

O00O0

005737
100005

8888 &

383

1710

2370
001401
1044

00074
00020

PERRO?7

6$:

*BR IF OK
*ERROR TRAP

:HAS LAST BIT BEEN TESTED ?
*NO, SHIFT TEST BIT LEFT
$GO WRITE NEW TEST DAT

:NOW READ FIRST WORD

‘BR IF OK

MOV
CMP
BEQ

@2(R1) ,R2

DATBUF +2,R2
78

;NOW, READ SECOND WORD
BR IF OK

TST
BPL

DATBUF +2

sTESTED BIT 31 YET?

B8R
RETURN

PERR10

7$:

*ERROR TRAP

*NOW GOING TO SHIFT A o IN DATA DIRECTION
#177776,DAT
SPUTAOQ
INBITO
#-1, DATBUF+2
:AND 1's IN ALL OTHERS
DTA
:WRITETHE
DATBUF.3(R1)
DATBUF+2 @2(R1) ;2 WORDS WORTH

4$:

2370
001401
104433

0O 0O

ssssssassansass

13771
1377'
01710¢

:BR IF msr 16 oK

gATBUFQ.R2

012737
012737

:NOW READ THE

DLEFT

gATBUF

:BR IF YES, WE'RE DONE
:KEEP GCING

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41
INITIAL DATA TEST

9077 030156

s*SUBTEST

MTPOO7

ADDRESS BIT TEST

THIS TEST CHECKS TO SEE THAT EACH ADDRESS

030164

111100
105700
0341."2'
104435

18:

o:.ogm
030
9095
02
909 03020

28:

30176

1044

9095 %zot. ogggga

AR ARRRRERRRRRR RN ER AR AR

R RO R RN RN AR AR RNROR RN RO RRR O RN

99099100 030214

9104 8303 4 001021
30226

10440

3}(32 8?6230 ozgzo; 100000
010000
030 ?6' 278
9109
00135
9110 030242

911; 030 "3 01 721 160000
7
911 830 5
030254

ool
48:

00020

gg}; -~
RO

:COMPLEMENT THE BYTE
:READ FOR NON ZEROS

BIC
ASL

R2.R1
R2

OFF THE ASSERTED BIT
:MASK
*SHIFT R2 FOR NEXT BIT

RO
3s

THE NEW ADDRESS
:READ
*READ FOR ZEROS

PERR12

F
ST
E

PERR14

gg
CMP
BNE
ASL

9111 030244

fio"»fé
TSTB

PERR11

BEQ
PERR13

104437

e gy
70l
91o§ 030222 005700

MOVB
IST8
BEQ

BIT IN EACH 16K BANK CAN BE ASSERTED UNIQUELY.
:
IT CHECKS FOR ADDRESS BITS THAT MAY BE STUCK
:
HIGH, STUCK LOW OR STUCK TOGETHER.
:
(R1).RO
:READ AND COMPARE FOR ZEROS
RO
:BR IF OK
1$

BNE

030210 005700
909:9
9098 030212 oo1l.g1

9114

ADDRESS BIT TEST>>

<<MTP007

”9 8 }g§ }?gm
mi
105700
!9' 172
903:
030174 oowgz
9090

g}os

PAGE 269

3 ARRRRRAARNAANARARENANRRRRRNRNANRAAAANAIAARANARARAAAAAAAAAAAAAAAAACARARAOCOAOCONS

90
9080
9081
9oo§ 83015
160
908
9084 8 1

38’91

SEQ 0234

MTPO07: SUBTST
SRR

90;3

9085

5$:

MOV
B8R

RETURN

1251;;1”

:BR

IF OK

*SET THE NEW BIT INTO R1

bt
ot
:READ IT AGAIN

g;ooooo.az
#10000,R2
28

*NOT LAST BIT, BRANCH

#160000,R1
28

:CHECK FOR MSB IN 4K BANK

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

MTPOO7

ADDRESS BIT TEST

9117 030256

4N 0

9149
9150

030
030

$#SUBTEST

MTPO10 BYTE ADDRESSING TEST

O—-OR—=000
O = 2 NN

ONNY

000002

18:

28:

MOV
MOV
ADD
MOV
MOV
CLR8
MOV
CMP
BEQ
CMP

3"053

Iu. §
R4.R
¥4 .R2
#-1,(R3)
#-1.2(R3)
(R3S
Ré,R1
R2.R1
R3,R1
43

& HAS LOUE ADDRESS
pur IT 5 ALSO
POINT R2 T0 usr BYTE +1
ITE ALL ONES IN
THE & TEST BYTES
*CLEAR A BYTE
SINITIALIZE R1 FOR EACH PASS
*1F EQUAL, JUST READ LAST BYTE
:BR IF EQUAL
:1S THIS THE BYTE OF ZEROS
*BR IF NOT

: WARNING'srYOU OPTOMIZE CHANGE THE PCBUMP FOR THIS ERROR INCASE OF TRAPS
;IT 1S, COMPARE FOR ZEROS
SsP

4
1
177777

PERR11

38:
177777

puey

SN0

03035
9146
9147 030354
9148 §303

9141 0303
9142
030343
914
$ét g

<<MTP010

t.tt.'ttt".t..t.ttt.t"'t'QQtQQtt.fi.t..t..t.'ttt.'.t"..t.'..t.t'itt.'t.'t't.'
:TEST 3 THIS TEST CHECKS FOR PROPER
BYTE Aoonessme WITH ecc DISABLED

9N
9137
0
9138
030
9139 030

fipaz;-ha e
8833 S 2328S R
2
R
3RS
SR8
2 3852 4Ss ig‘i

9135 030324

03031
9130 030314
3
91§ 03031
3134
030323

-0

304

—

9128 0

—b

BYTE ADDRESSING TEST>>

MTP010: SUBTST

ttt.t'.ttt..t.Qti'.."""..t.'..."Q..ltfi.....‘fi.'..t.'......."Q'.".."Q'...

911

9120
9121
030
9122
9123
0
91%
9125 ©
9126
030302

SEQ 0235

M1113 26-APR-82 09:41 PAGE 271

177777

48:

INC

:NEXT BYTE

MOVB

(R1),RO

B8R

*RETURN

#-1.R

;1TS NOT THE BYTE OF 0°'S, READ 1°S

58:

ggc

:MOVE TO NEXT BYTE

68:

MOVB
INC
CMP
BNE

#-1,(R3)
R3.R2

;RESTORE 1'S TO BYTE JUST TESTED
$INC TO NEXT BYTE
‘WAS THAT JUST THE LAST ONE?
*BR IF NO

BEQ
PERR12

E
CIM AO MS11=L/M/P MEMORY 1 AG. MACRO M1113
MTPO10 BYTE ADDRESSING TE T

MTPO11: SUBTST

9153 030364

(N
-

$(3)

ENABLE ECC & READ CORRECTED DATA

: (6)

CHECK THAT THE SBE FLAG WAS SET FROM THE LAST READ
DO (1=-4) FOR DATA CONSISTING OF 1 BIT SET IN EACH OF 32
POSITIONS OF A DOUBLE WORD

IE (64 TIMES)

9178 030420
SRELRRE2STRITRRERZE

030424
0304

CLR

DATBUF +

002250 MTLB11: MOV

MEDIUM LOOP

c LR

n ssengx
MSK B

‘L&"LE LOOP

8355“ MTLC11: MO

44
46
4
48:
46
4% 002306

MOV
TST8
BEQ
COoM
coM
MOV
MOV
MOV
ALL

:32 BITS WORTH

;INITIAL ERROR MASK

:32 BITS WORTH

DATBUF ,TSTDAT

UF SAVE ORIG DATA
+2, TSTDAT+2:TO
DATB
PASFLG :COMP DATA ON SECOND PASSONLY
:BR IF FIRST PASS
4
$SECOND PASS, COMP BOTH WORDS
TSTDAT
TSTDAT+2
TSTDAT,R2
TSTDAT+2,R3
#TSTDAT,SOURCE :;SET UP ADDRESS FOR CHKGEN
CHKGEN

sGEN CHECKBITS ON TSTDAT

:Q'tt.t.t....""'.'...t'l..tt'.

)

b N

N =

s** CREATE A SINGLE BIT ERROR #+

—
VA b e

Sgg

002242
4

i
038506

DO (1=5) FOR A SBE IN EA&C OF 32 BIT POSITIONS
64 * 32 = 2048 TIMES)
1E (RUN TEST

002252

830‘36
30444
030452

23512
51
3
5
0305
5

2(6)
:

:CLEAR 1 SELECTED CSR
CLRICSR
SPECIAL CASE INDICATOR
STEST
msss
ST
014004
IF NOT SET
*BRANCH
MTLATY
BEQ
OF SIPAR #3
CONTENTS
*SAVE
SIPAR3,R2
MOV
4
OF #5 INTO '}
CONTENTS
$COPY
usgms
sip
MOV
52 172246
OF #3 INTO #
CONTENTS
:COPY
R2,a¥SIPAR
MOV
5
LOOP
:816
;INITIAL DATA
#1,DATBUF
000001 002240 MTLA11: MOV

9177 03041

22288 eeLeeeeeeeesee

READ BACK SBE UNCORRECTED (WITH ECC DISABLE)

A DOUBLE WORD

9174 030400
Nn ;g 0%8:06

3 5

CREATE A SINGLE BIT ERROR

THEN DO IT AGAIN FOR 1 BIT CLEARED IN EACH OF 32 POSITIONS OF

9170 030364
NN 0;8
g 0

SINGLE BIT ERROR TEST>>

:(2)

(5)

9164
9165
9166
9167
9168
9169

<<MTPO11

SINGLE BIT ERROR TEST RR AR RN R RN R AR AR RN AR AR R RN RS
ST RN ARMTPO11
:*SUBTE
AR RN AR R
AR

3163

91
9200
9201

SEQ 0236

PAGE 273

e e R R A L A R R A R R A A AR A d R Al Al d it it il d)
et
I

9154
9155
915
915
9158
9159
9160
3} 61

9179

26-APR-82 09:41

50
S
4
4
61

CARARRARARRRARNAARRRRAAANAARANNS

s?ensx R1
MoV
R1,TSTOAT
XOR
MOV
SBEMSK+2 ,R1
R1,TSTDAT+2
XOR
MTLD11: MOV
TESTADD,R1
TESTADD+2,RS
MOV
ECCIDIS
TSTDAT, (R1)
MOV
CB1CSR
TSTDAT+2,(RS)
MOV

:FIRST TEST ADDRESS
:SECOND TEST ADDRESS
:bxsmt; ecg ?n 1 sgucm CSR
*WRITE FIRST 16 BIT
SWRIT csnemio cn;cmrs IN 1 SELECTED CSR
:WRITE S ;w 6 BITS AND
SCHECK BITS. WE NOW HAVE CHECKBITS

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

=L~
~
SO

002244

-g_.

WNS

; 002032

002032

014004
17%:

N —

2SS
328 g
=8
gu =3 a2gd
WV

002032

=0
~N

:READ THE HIGH WORD (UNCORRECTED)
:BR IF OK

IF KFLAG IS FALSE
READCSR

TST
BNE
ERRGEN

PHEBE

CLR1CSR
(R1) RO
MOV
RO,R2
CMP
8s
BEQ

;CLEAR 1 SELECTED CSR
:SEE IF ITS BEEN CORRECTED
*IT SHOULD HAVE BEEN

TSTREAD
98
BCS
HEADER
SET
;Eov
R1,ADDRESS

;TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
*BR IF IT IS SET
*ENABLE PRINTING OF ERROR HEADER INFO

CLRICSR
(RS) ,RO
MOV
ag RS
CTMP

;CLEAR 1 SELECIZD CSR
:SEE IF ITS BEEN CORRECTED

PERR32

—a

‘BR IF OK

END; OF IF #BIT4
END; OF IF KFLAG

—

—d

(RS) RO
RO, TSTDAT+2
7
RS,ADDRESS

ERROR

2
2
&
g 2333
ON Ng 83 o gzs
288%
b

MOV
CMP
BEQ
MOV

;READ THE LOW WORD (UNCORRECTED)

IF #B1T4 OFF.IN gsa OR #8IT15 OFF.IN CSR

2s g2 %S

==
Py

b
—_-)

;GENERATED ON DATBUF AND DATA WITH
SONE BIT IN ERROR (AS PER SBEMSK).
*DISABLE ECC ON 1 SELECTED CSR

(R1) RO
abg.rsron
R1,ADDRESS

PERR31

78:

=
N
o

6$:

®
£

-5

002246

SEQ 0237

PAGE 2731

MOV
CMP
BEQ
MOV

PERR31

108:

HEADER

BEQ

10§

TSTREAD

BCS

SET

:ona-

002032

002262

SET .

PERR32

—b=d
O

S
o
bbbt

RoREE

ECCIDIS

8§_.=R
€)=

eS8

88
v

[=l=llall=]

(wl=]=]

000000000000

WN=-O

P
e
s e

0 08000000
NNNS VNV

’§§§ JITRER

SINGLE BIT ERROR TEST

MTPO11

118:

002252

12%:

118

u;men

R1,ADDRESS

;ENABLE PRINTING OF ERROR HEADER INFO
.

*BR IF OK

;TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

*BR IF YES

*ENABLE PRINTING OF ERROR HEADER INFO

HEADER
SET
RRGEN
ST8
PAiFLG
15
BM]

:ENABLE PRINTING OF ERROR HEADER INFO
*TEST ERROR ADDRESS

*MINUS MEANS BIT

gg;nsxoz

MTLCTY

:TEST FOR LAST mgx BIT

IF #Sw11 SET.IN @SWR THEN GOTO 13$

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
SINGLE BIT ERROR TEST

MTPO11

9265
9

031026 005737 002242
100406
18

030624
137 803352
031 ?82757
99568 ;% 132
9270 031052 001
031

9273

9274 8 10 z
03107
9275

93;9 03107

vgflo.

9278 03110
031172
9279
9280 8 1
9281
9282

031124

031126

5
sog

5037

0
015704.
oo”ggl.'o
012737
74437 002310
304

032704

9283 031132 00100
9284 031134 000137
9285

9286

031140 104471

030532

000207

DATBUF +
1

INCB
JMP

msng :NOT DONE, GO DO SECOND PASS
MTLA1

T AT
ok
PASS ?
SECOND
:FIRST OR:NON
PASFLG
TSTB
ZERO MEANS WE'RE DONE
148
BNE

14$:

BIS

#BIT7 ,PASFLG

CLR

TSTDAT

002310 158:

020000

87 031142 013701 oo%‘os
9288 osmg 013705 00241
9289 03115
290 031156 104503
1 031160

002262

:LAST DATA BIT ?
SWHICH IS BIT 31

ST
BM]

138:

3823“

002246

SEQ 0238

PAGE 273-2

IF QVFLAG IS rnge THEN GOTO 138

1016

105237 o%lzf
9271 031054
1
137
9 7; 8 1060

CLR
CLR

CLR

TSTDAT+2

MOV
MOV
XOR

u.g R4
CHECK
#3740,
R&, CHECK

BIT

#8IT13,R4

ASL

BNE
JMP
168:

R
R

168
MTLD11

CLEAR OUT ANY DBE'S OR SBE'S

ECCIDIS

TESTADD ,R1
TESTADD+2,RS

MOV
MOV
(R1),(RS)
CLEAR
CLR1CSR
RETURN

:DISABLE ECC ON 1 SELECTED CSR

;CLEAR 1 SELECTED CSR

H
SINGLE BIT ERROR TEST

929 031162

m;g;
3 1
9
13
1
9
7
0311 %
929
012737
1176
9
97
9301 031
1210 013737
9
1216 013737
9
1226 012737
9
7
031
9305
137g1
1
9
074137
031242
9307
13721
9308 031
074137
1252
9
13
1
3
0
9310
10401
9311 031
04471
9 1; 8 1
013711
031
9313
104475
9314 031
;o
9315 031274
01371°
9;19 1276
104503
9317 031
9318
9319 0313064 012702
1310 160501
9
9321 031312 1 ;
9 ‘ 1316 005737
og;n
€333 031
03396 132712
L
142
voe3 031
10457
1
9
1;: 10301
9
1
9
9
1344 010157
1 sg 0,017
93
g 1 03135

MTP012

1 002240
002250 1$:
40 002244 28:
5 4 8° 46
4% 00

044

44
52
46
406

002244
002246
002250
1772777
002524
177777

1376

}“

g 5 img

38:

48:

002C32

111

?}g 031372 104510
934.0 1376 103771
9 ;

s *SUBTEST

WRITE BYTE CLEARS SBE TEST>>
e

WRITE BYTE CLEARS SBE TEST

e L

e e R A A R A A

L L L

e e L D A

A A A R Al A

:SINGLE BIT ERROR TEST TO INSURE THAT A WRITE

L L

il il il

:BYTE CLEARS SINGLE BIT ERRORS.

L
ni3 39 i
106457
031
9;:1

<<MTP012

3 Tttt

9295

MTP012: SUBTST
R

SEQ 0239

PAGE 275

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41

MTPO11

58:

MOVB

TSTREAD

agm 002032

9347 031420 132712 177777

;CLEAR 1 SELECTED CSR
CLR1CSR
SINITIAL DATA
#1,DATBUF
MOV
:32 BITS WORTH
DATBUF +
CLR
SINITIAL ERROR MASK
i) saengx
MOV
$32 BITS WORTH
MSK +
CLR
DATBUF ,TSTDAT :SAVE ORIGINAL DATA
MOV
42, TSTDAT+2;B0TH WORDS
DATBUF
MOV
#TSTDAT,SOURCE :NEED ADDRESS FOR CHKGEN
MOV
*GENERATE CHECK BITS
CHKGEN
CALL
SBEMSK ,R1
MOV
R1,TSTDAT
XOR
SBEMSK+2 R
MOV
R1,TSTDAT+2
XOR
;FIRST TEST ADDRESS
TESTADD R4
MOV
SPUT IT IN R1 ALSO
R4 ,R1
MOV
*DISABLE ECC ON 1 SELECTED CSR
ECCIDIS
*WRITE 16 BITS
TSTDAT, (R1)
MOV
*WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
C81CSR
SINDEX UP TO SECOND WORD
RS,R1
ADD
TSTDAT+2.(R1) :WRITE HIGH WORD+CHECKBITS
MOV
*CLEAR 1 SELECTED CSR
CLRICSR
SIT'S DANGEROUS IF WE DON'T
*ADDRESS OF ERROR MASK
0§aensx.nz
MOV
*RETURN TO FIRST WORD
R5,R1
SUB
SWRITE A BYTE OF 1°'S
#-1,(R1)
move
21S THIS MF11S=K
KFLAG
ST
SBRANCH IF NOT = IT'S MS11-M
13
BEQ
DiD THIS BYTE HAVE THE BAD BIT IN IT?
#-1,(R2)
BITB
‘NO = BRANCH
6
BEQ
STEST LOC (R1) © TST FOR SBE (WITHOUT FETCHES)
TSTREAD
= SKIP
N0
5s
RCC
*ENABLE PRINTING OF ERROR HEADER INFO
HEADER
SET
MOV
R1,ADDRESS
ERROR +17
:ENABLE PRINTING OF ERROR HEADER INFO
HEADER
SET
(R1),RO

&R
PERR33

B8CS

*SHOULD

SET

nsnm

SET

HEADER

gioxu- R1,ADDRESS

78:

BITB

#-1,(R2)

.-;Eg % ‘m € TST FOR SBE (WITHOUT FETCHES)
BIT ONLY SET ?
*SBE ERROR
BE SET, BR IF OK
*ENABLE PRINTING OF ERROR HEADER INFO

:ENABLE PRINTING OF ERROR HEADER INFO
;CHECK FOR LAST BYTE

R 7¢

/M/P MEMORY DIAG.Eg?cao M1113
BYTE CLEARS SBE
T

gg;
NNY

1370 &fi&fi
g §;
33
%%WS
001

002252

8s:

9s:

[« X

FRRRES

SEQ 0240

PAGE 275-1

INC

:MOVE TO NEXT BYTE

MOV
BIT
BEQ
go

rssmo.na
#2,R1
3s
gi.aa

*FIRST TEST ADDRESS
STEST FOR LOWER WORD
“BR IF IT'S LOW 16 BITS
*ADJUST POINTER FOR ERROR REPT.

gensxoz

;LAST ERROR BIT ?

*MINUS MEANS BIT 31
MSK
8
gken
IF #SW11 SET.IN @SWR THEN GOTO 10$

BM]

IF QVFLAG IS TRUE

BM]
DLEFT
BR
108:

BNE

002242

002406

26-APR=-82 09:41
INC

N = =

VLV
LV IV 2 a0 a0 32

SRN3sEREE

oS N

NN N NN N NN NN W N NN
D — b b — b d e o e e D d =D
b D
D e
D D
b
b
—

D d

9365

WWNN

O 000
000000000000

v
& &
b Pt
w RIK2255

Hfl%fi

(=1=]
o
A
NN NN NN W

MSPAO

+
DATBUF

10$
DATBUF
18

THEN GOTO 108

sLAST DATA am

:MINUS= BIT 31

cu.m OUT ANY DBE'S OR SBE'S

ECCIDI

resmo.m
MOV
(R1)
CLR
RS,.R1
ADD
(R1)
CLR
CLR1CSR
RE TURN

:DISABLE ECC ON 1 SELECTED CSR

;CLEAR 1 SELECTED CSR

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTP012

WRITE BYTE CLEARS SBE TEST

SEQ 0241

PAGE 277

CREATE DOUBLE BIT ERROR TEST>>
MTPO13: SUBTST <<MTP013
..Qt'.!ttt.".l..'.tt"'."'...'l'..t.t!'..l...'t.'.Q.Q.'Q."."t..".......QQ.

9376 031550

s «SUBTEST

MTPO13 CREATE DOUBLE BIT ERROR TEST

'ttltttt'tt'.tt.tttt.tt"."Qttt..'.ttll..tl.t't.......""'tl.t't'.tt.tt'tt'tt

9377

9 ;3 ogwsg
03155
9379
9380 0 1223
031
9381
1596
9
1574
9
8 1600
9
9385 031
031612
9386
9387 031
33333

}

104503
org» 1
005037
sg 7
1; 7
9 7
1; 7
80 9 7
013737
013737

0024
88 sl.

18:
002250 2s:
;
002254 3$:
oos
002240 002244 4$:
002242 002246

5814. 7 00

oém& oos1§§ 885 44
9390
46
9391 031640 005137

58:
9392 031644 104;2;
002250 002254
3;3‘ 8312‘52 85?

3395 8%}22‘6 oz?% 002252 002256

:DOUBLE BIT ERROR FORCE TO CHECK DOUBLE ERROR LOGIC

:CLEAR 1 SELECTED CSR
CLRICSR
msmo.m
MOV
:MAKE INITIAL DATA
ATBUF
CLR
2EROS
*ALL
wauroz
CLR
SINITIAL SINGLE ERROR MASK
#1,SBEMSK
MOV
sscono WORD
MSK +
CLR
SINITIAL DOUBLE ERROR MASK
oaenK
MOV
:32'BITS HERE ALSO
CLR
waur TSTDAT :
MOV
DATBUF 42, TSTDAT+2
MOV
gga

CoM
coM

;esne

TSTDAT

INO COMPLEMENTING FIRST PASS

TSTDAT+2
CLR1CSR
6sgsnsx,DBEMSK
gz

FIRST WORD
:COMP
:SECOND WORD

-cu.m 1 SELECTED CSR
mHAVE THE SAME ERROR BIT SET
.c"

ggnsxozoeensxok‘“,“;25“é’mm xgfi‘c_w WORD

ADDRESS FOR CHKGEN
nsmr SOURCE :SOURCE
*GO GENERATE CHECK BITS

031666 12%9
9397
gggg 331%3 013; 7

2244 002306 68:
42.2

MOV
,‘,3';,‘-

9404 8;}% ;g ;
742 ;
94‘940709“ 031
104471
031740

gg
46

=ge °?‘m6n
R2,
tsmio
XOR
ECCIDIS

:oxsm.s ECC ON 1 SELECTED CSR

CBICSR

‘WRITe

8 ggg
Qi ;g;g;
e
%85 § }m
9408 8;174.
9409

031746

013731 002244
104475

9410 031750 ?1377; 002246 000000

911
0:.1;
9413
9414

1723 045
162701 833885
1760
1
0317
104501
031

011137 002032

9418
919

}”
1

103411

mogo

168:

B
583 R rsm\fo

MOV

TSTDAT,@(R1)+

;WRITE 16 BITS

GENERATED CHECKBITS IN 1 SELECTEW (SR

MOV

TSTDAT#2,3(R1) WRITE MIGH WORD CSR

gg;

CLR1CSR
#2.R1
SUB
a(R1)
ST
WAS1

MOV

(R1) ,ADDRESS

+30
ERROR
HEADER
SET

*CLEAR 1 SELECTED
*ADJUST TEST ADDRESS
*READ THE LOCATION
‘WAS THERE ANY DOUBLE BIT ERRORS ON 1 SELECTED CSR
:1T SHOULD BE SET

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41
CREATE DOUBLE BIT ERROR TEST

BMI
ST
BMI

gken

NIRBRRERXS: NSRRI

b
b b-

118:

e e

128:

148:

002232
002406

*MINUS = BIT31

ggsnsx

PASFLG

:BR IF DONE

ssnsaz

:FIRST PASS

:NON ZERO MEANS WE'RE DONE
12$
BNE
INCB _ PASFLG ;FIRST PASS, NOT DONE
:CLEAR OUT ANY DBE'S OR SBE'S
:KFEP GOING
18
BR
:SET UP FOR CHECK BIT TEST
#BIT7.PASFLG
BIS
TSTDAT
CLR
TSTDAT+2
CLR
#40, SBEMSK
MOV
o; DBEMSK
MOV
¥ 66.cuscx
MOV
sgsnsx,a
MOV
MSK ,R2
MOV
R2, CHECK
XOR
osénsg

BIT

og;n ,DBEMSK

ASL

SBEMSK

BIT

15%:

;CHECK MASK FOR LAST BIT

TSTB

BNE
MOV
agt

002254

oasnsmz

BEQ

002250

:'A;FLG

BMI

ASL

002254

PAGE 279

IF #SW11 SET.IN @SWR THEN GOTO 11$
THEN GOTO 118
IF QVFLAG IS TRUE
;CHECK SINGLE ERROR MASK TOO
sa;nsxo
ST

gkm

13¢:

002256

108:

eRORIRRORIRS

ERRGEN
TST8

185313 002262

O~V

RRRRRRRRRRRRRRRRLRLR
LR
23333
gEegusenspnennyO:OOOOOO
OOOOOOOO-.OCO0O0O000O0

MTPO13

SEQ 0242

ECCIDIS

o?im.saensx

1
K
, DBEMSK
SBEMS
gg MSK

,R1
#TESTADD

MOV
a(R1)+,a(R1)
CLEAR
CLRICSR
RETURN

:DISABLE ECC ON 1 SELECTED CSR

:CLEAR 1 SELECTED CSR

CZMSPAO MS11=L/M/P MEMORY DI1AG., MACRO M1113
MTPO13 CREATE DOUBLE BIT ERROR TEST

MTPO14: SUBTST

9467 032264

SEQ 0243

pil

PAGE 282

26-APR-82 09:41

<<MTP014

BASIC DOUBLE BIT ERROR TEST>>

ttt'.tt..'.tttttti...t"'t"t'.i..t.t.."t."tt.tt..'...'.t."..'.Qt'."'......

MTPO14 BASIC DOUBLE BIT ERROR TEST
: *SUBTEST
tttttttQQ..'Q..tti't..'Q'QQ..Qttt.t...ttt......'Qt'..Qt....t'.t't..t..Q'.t"i"

THIS TEST CHECKS THAT A DOUBLE ERROR WILL BE DETECTED
A BYTE WRITE WITH A DOUBLE ERROR ON A MS11-P
WILL BE ABOTRED.

CACHOFF
LET PARCNT :=
LET NOPAR := #1
LET ADDRESS := #FIRST
BREG

LET CSR := #3145

sTURN OFF CACHE

:CLEAR PARCNT
:SET PARITY ACTION
:SET ADDRESS FOR ERROR REPORT

; ENABLE CHECK/SYNDRW BIT REGISTER
:DBE_CHECK BITS FOR_CSR
WRITE D?E CHECK BITS TO CSR
+GOOD DA

MITE ZEROS AND DBL ERROR CHK BITS A=0
F PARCNT
OR

020000

002264

S9%%SRR2
= 352

O000

002264
002070

Emsmoa +65

ECCTINIT
CLR_PASSNO

sENABLE BUSPBL
;CLEAR LOOP COUNTER

F CSR NE GOOD THEN
SET HEADER
LET BAD := CSR

REPEAT

ECCTINIT

INC PASSNO
CLR PARC
LET (R1) :B= #377
1ST8 (R1)
LET BAD := 03 7
+56
ERROR

INC

WTIL PASSM)EO n

&»

SRS

.ERROR CALL ;;MISSED EXPECTED TRAP

:READ CSR FOR CORRECT CHECK BITS AND DBE INDICATOR
*CLEAR INHIBIT MODE POINTER FROM DATA IF IT EXSISTS1
CHECK IF DOUBLE ERROR BIT IS SET

SET HEADER
:
LET GOOD

002070

TO GET DOUBLE BIT ERROR

UAS BUSPBL ASSERTED?22?

?IC #8IT13,CSR

READCSR

IF PARCNT NE N

0000000000000

WN=O

9499
0

002146

+55

BAD DATA

sENABLE BUSPBL

: INCREMENT LOOP COUNTER
:CLEAR PARI" ACTION COUNTER
;WRITE BYTE SHOULD BE ABORTED
READ R1_TO SEE_IF IT IS STILL O
WAS WRITE ABORTED???

6000 DATA

:BAD DATA

‘mo REPEAT ON HIGH BYTE

:CLEAR LUT
;CLEAR CSR
;CLEAR PARITY TRAP COUNTER
TW ON CACHE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTPO14

BASIC DOUBLE BIT ERROR TEST

MTPO15: SUBTST

9515 032510

SEQ 0244

PAGE 283

<<MTP015

WRITE INHIBIT OF BYTE WITH DBE>>

ot e e R R A A R AL A R A A A A A L i d Ll
Tt

s «SUBTEST

MTP015 WRITE INHIBIT OF BYTE WITH DBE

:'ttt.'tttttt.ltttitltt""ttt.tltttt'ttttttt.tt..tt'tt..Qt'.ttt't.'t"'.t!'.'t'

951?
951

9518

;CHECK FOR WRITE INHIBIT DURING A WRITE BYTE.

032510

005037

18:

9518 032520
ogsu 01%7
0050377 000021
88%%42 002250 28:
9520

38:

g
s Skt
1§7 7 002240 005%“ 48:
9524 83%544
35
9525
9529 0
9527 032564
9528 0
032572
9529
9530

032576

9533

032610

355 1 832600

gSS
95365 83261
Og
0

9537
9538 032633
9539 03264,
0

13737
105737
001404
0051;7
005137

10450;

00 los
00226

002246

2244
002246

88?73

002250

002254

023737

002252

002256

002244
2252
002246

9545
83%293 104471
12701 88%606
95‘9 83267
9547

032

013731

9549 032704
9550 032706
9551 032714
9552
032716

58:

104475
?13771
104503
013702

78:

002244

002246

000000

002406

8s:
;%
9555
&
1
§1
9559
01N
7640
955
9553 2744 3788 002244
35520 ;S
1%. 7 000000 002032
104455
760
9561

b o
7

956

9“;6956;
9567

9568

s gog

1%? 000002 002032

04455

98:

*CHECKS FOR UNCORRECTED DATA.

DATBUF

;INITIAL DATA

PASFLG

:WHICH PASS ?

CLR
MOV
CLR
MOV
CLR
MOV
MOV

*32°BITS WORTH
DATBUF +2
:SINGLE ERROR MASK
#1,SBEMSK
SBEMSK +
:
:DOUBLE ERROR MASK
”n naengx
DBEMSK +
:
DATBUF ,TSTDAT :PRESERVE ORIG DATA
F
42, TSTDAT+2
DATBU

BEQ

TSTB

68:
8?;;7;
002244
002306
7%7 4566
2250
13701
074137
13701
074137

CLR

SFIRST PASS, NO COMPLEMENTING

TSTDAT
COM
:SECOND PASS, COMPLEMENT TSTDAT
TSTDAT+2
CoM
*CLEAR 1 SELECTED CSR
CLR1CSR
SBEMSK ,DBEMSK :CHECK FOR SAME MASKS
CMP
‘BR IF NOT EQUAL
&%
BNE
:SECOND WORD ALSO
SBEMSK+2, DBEMSK +2
CMP
:BR TO MAKE THEM NOT EQUAL
118
BEQ
#TSTDAT,SOURCE :ADDRESS FOR CHKGEN
MOV
CALL

CHKGEN

160 GENERATE CHECK BITS

SBEMSK ,R1
MOV
R1, TSTDAT
XOR
SBEMSK+2 ,R1
MOV
XOR
R1,TSTDAT+2
DBEMSK ,R1
MOV
R1, TSTDAT
XOR
DBEMSK+2,R1
MOV
XOR
R1,TSTDAT+2
MOV
#TESTADD ,R1
;TEST LOCATION
*DISABLE ECC ?u 1 SELECTED CSR
ECCIDIS
unye FIRST 16 BITS
TSTDAT,@(R1)+
MOV
R
FROM
IMAGE
LOAD CSR WITH
GENERATED CHECKBITS IN 1 SELECTED CSR
:WRITE
tB1CSR
SECOND 16 BITS + CHECKBITS
:WRITE
R1)
TSTDAT+2,3(
MOV
SELECTED CSR
1
SCLEAR
CLR1CSR
OF TEST LOC_
ADDRESS
:GET
TESTADD,R2
MOV
FIRST BYic
DESIGNATES
*R2
g
R
MOV
*R3 DESIGNATES LAST BYTE
v
ADD
*TRY WRITING A BYTE
#340, (R2)+
move
,R1
#TESTADD
MOV
a(R1) RO
MOV
;CHECK FOR UNCHANGED DATA
TSTDAT,RO
CMP
:BR IF OK
93
BEQ
MOV
#(R1) ,ADDRESS
PERR31

MoV
(MP
BEQ
MOV

PERR

82(R1) RO
sREAD SECOND WORD
TSTDAT+2,RO
*BR IF UNCHANGED
108
(R1) ,ADDRESS

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

3888§§g§§§&FXNa

&»H

o
Q-G

108:
118:

002262

128:

13%:

33
NN~N N =2\
N&~
oo
oONrooO

002262

002254

&»

NN
NN

sTESTED LAST BYTE ?

12%
DBEMSK
43

:BR IF DONE HERE

:BR IF NO

sBRANCH IF TESTING CHECK BITS
sCHECKING FOR _LAST ERROR BIT

sEnsnc

TSTB

PASFLG

BIS

#8177 ,PASFLG

CLR

TSTDAT+2

BNE
ggcs
CLR

;TEST PASS FLAG

:NON ZERO MEANS WE'RE DONE
148
l;gsm :NOT DONR
TSTDAT

MOV
MOV
MOV
MOV
XOR
MOV
XOR

#40, SBEMSK
#100, DBEMSK
5 46.cnscx
SBEMSK R
R2, CHECK
ogénsx R2
k2, CHECK

BIT
BEQ

#BIT13,DBEMSK
78

BIT

#81T11,SBEMSK

ASL

BNE
MOV
agu.
16$:

s LAST SBE MASK
:BR IF DONE WITH THIS PASS

EMSK +

gkm

ASL

002254

002250

g
2

148:

g
002310 158:

g3 §‘.

nS883888
NN

R2,R3
8s
PASFLG
158

IF #SW11 SET.IN @SWR THEN GOTO 13$
IF _QVFLAG IS VRgE THEN GOTO 13$

BMI

DLEFT
8R

TST

e
I

PAGE 2831

DSEHSK02

002256

O0O0O00000O000O0O0000

SRIRRREN2E

AN ARAA AR

—

NI
N~
B3ISIAANAR

MTPO1S

WWNWWWWN

WRITE INHIBIT OF BYTE WITH DBE

SEQ 0245

ECCIDIS

DBEMSK

SBEMSK

16$
SBEMSK
, DBEMSK
: MSK
#TESTADD ,R1
@(R1)+,8(R1)

MOV
CLEAR
RESTORE CSR
CLRICSR
RETURN

:DISABLE ECC ON 1 SELECTED CSR

STEST LOCATION

:TO ERASE ANY DBE'S FROM TESTING
:CLEAR 1 SELECTED CSR

AO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
WRITE INWIBIT OF BYTE WITH DBE

MTPO15

<<MTPO16
s

:*SUBTEST

SEQ 0246

PAGE 285

MTPO16: SUBTST

9614 033254

MTPO16

WRITE INHIBIT OF WORD WITH DBE>>

R R R A A A A A A A A A A At it d

WR ITE INHIBIT OF WORD WITH DBE

sDOUBLE BIT ERROR WRITE CANCEL WITH

sWORD WRITE,

~¢~ruszxru~e~rv~¢\ru~u

828288

002254

T128:

MOV

80 244
02246

1$:

MOV

002254

2$:

CMP

002256
002306

3s:

MOV

b N

2 WR
w

:DATA FOR TEST

B0TH WORDS
BUF
42, TSTDAT+2:
DAT

PASFLG ;COMP DATA ON SECOND PASS ONLY
:BR IF FIRST PASS
2$
sCOMP FIRST WORD
TSTDAT
sNOW SECOND WORD
TSTDAT+2
;CHECK FOR IDENTICAL MASKS
EMSK ,DBEMSK
$
:BR IF DIFFERENT

’snsxoz.oasnsx*é-urpea WORD T0O
TO MAKE THEM NOT EQUAL
#TSTDAT,SOURCE :NEED ADDR OF DATA FOR CHKGMN
CHKGEN

:G0 GENERATE CHECK BITS

MSK ,R1

R1, TSTOAT
DBEMSK+2,R1
R1,TSTDAT+
#TESTADD R

b N

S JS3K
£SN

DATBUF ,TST DAT

:DOUBLE ERROR MASK

R1,TSTDAT
SBEMSK+2,R1
R1,TSTDAT+2

— D) b N

RISW
SN —

SBEMSK+

” DBE”SK
DBEMSK+

SBEMSK ,R1

q: -.: §-.=8888838
A Rldib“:hd‘flfl‘fld SEUINHS

002250

;WORD WITH DOUBLE ERROR.
DATBUF
;BACKGROUND FOR DOUBLE ERRORS
DATBUF +2
CLR
:2 WORDS WORTH
” SBEHSK
*SINGLE ERROR MASK
MOV

CLR

4$:

TSTDAT.3(R1)¢

—2

SSRINE

eiNN
v
FRELRR
vivd
<
&
rERY ~oR8

T12A:

b —O -

d&dfld
- N NN

N NN NN NN NN NN
NN

380

-O00
P P Pt
wwvnownnownwn
b
LN
NN
=2
VN
TM
NNNONONOO
N
b
b
O
N =N = N =N
N SNNES
WWNWWWWWWNNWN
WO WWO W
~
—t —=
b e i N
N b N b N b YN
N=

sCHECKS WRITE INHIBIT WITH WORD WRITES TO

U
G a SEEREES

RELLR
SoELEH

GREREBTRERIRARL22EER

VO ~NOWN

:'tt'tt...'...'.fifitti.'tfi'tttt.ttt't..lttt...t't.'..ttQ'..t."t.t.'.t.."'."'.'

0
0O 0000000000000

58:

CLR1CSR

TSTDAT+2,3(R1)
uppr%s
#2.R
#177600,8(R1)

#TESTADD
,R1
a(R1) RO

TSTDAT.RO

#(R1) ,ADDRESS

002032
6%:

002032

ADD

:FIRST TEST Aoaniss
:DISABLE ECC
:WRITE FIRST

SELECTED CSR
16 BITS

‘WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
:WRITE sssouo 16 BITS + CHECKBITS
:SET FOR 2 LOOPS
*POINT TO LOW WORD

*CLEAR 1 SELECTED CSR

:TRY WRITING LOCATION

:CHECK FOR ORIGINAL DATA
:

BE UNCHANGED

#2,.R1

a(R1) ag
TDAT+2,RO
#(R1) ,ADDRESS

;THIS SHOULD BE UNCHANGED ALSO

M/P MEMORY DIAG. MACRO M1113

NHIBIT OF WORD WITH DBE

6§?7S7

7$:

002263

1 Sgg 002263

it
008737
105737

002262

Osgz

002256

100405

9$:

002252

8026

108:

1ST8

PASFLG

118:

002254

7 002338
002406
000000

138:

gBEHSK
$

F LAST BIT
;
‘BRI

JMP
BIS

T12A
#BIT? PASFLG

CLR

;FIRST PASS ?
:BR IF SECOND

PAgrLs ;INDICATE SECOND PASS COMING

TSTDAT

TSTDAT+2

SBEMSK
DBEMSK

MOV
MOV

#40,
#100,

BIT
BEQ

#81T13,DBEMSK
4

MOV
MOV
XOR
MOV
XOR
ASL

"3 46.cnscx
MSK R
R2, CHECK
ogénsx R2
R2, CHECK
oaénsg
SBEMSK

BIT
BNE

a§‘t11.sa£nsx
1

agL

MOV

002254

sMINUS = BIT 31

108
sesgsx
T
PASFLG
118

ASL

002250

sLAST BIT ?

BM]
DLEFT
JMP
TSTB
BNE

CLR

128:

128
DBEMSK +2

IF #SW11 SET.IN 3SWR THEN GOTO 10$
IF _QVFLAG IS TRgE THEN GOTO 1 $
MSK+
TST
sLAST BIT IN THIS MASK ?

INCB

hrd

A FLG

ngFT

SEQ 0247

sWHICH LOOP ?
OUT
sSECOND, BR
;FIRST, KEEP GOING

FLG

1ST8
BNE
égCB

BMI

PAGE 287

26-APR-82 09:41

BMI
TST

sgeaeRRRat A =2

SBEMSK
, DBEMSK
MSK

ECCIDIS
#TESTADD,R1
MOV
a(R1)+
CLR

:DISABLE ECC ON 1 SELECTED CSR
*RESTORE TEST ADDRESS
*CLEAR ANY DBE'S FROM TEST

CLR1CSR

;CLEAR 1 SELECTED MK11 CSR

CLR

RETURN

a(R1)

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
WRITE INHIBIT OF WORD WITH DBE

MTPO16

9716 034036

SEQ 0248

PAGE 289
HOLDING 1°'S & 0°S TEST>>

MTP017: SUBTST

<<MTP017

:*SUBTEST

MTPO17 HOLDING 1°'S & 0°'S TEST

et L L

LA L e L L

L LA L LA AL DL L D LA L
e DO
L Lt
THIS TEST CHECKS THE MEMORY FOR THE CAPABILITY
'(1)

STEPS 1 & 2 ARE REPEATED WITH A SWAPPED BACKGROUND PATTERN

16
012705
&
0003
12700
850

2 8
11og 1

110321
0891 S
066 103774
8""05
0340
02000
S 034072

334076 104446

%0 34103 0 019‘
9741 034102 1013 i
3 }ol.
9

?3 001

9746 034112

000207

18:

2s:

3s:

0°'S OY WRITING A BACKGROUND

:*(3)

;NOTE:

}5{8}. 060000

NG 1'S AND

OF 000377 AND READI NG IT

;#(2)

osg

OF HOh

MEMORY IS WRITTEN USING A BYTE AT A TIME
THIS TEST UR!TES BYTES & READS WORDS

mns R1

MOV
MOV

'5‘?"5 RS

MOVB
MOVB
CMP
BLO
MOV
CMP

n “(R1)+
R1.RS
18
-(R1) ,R2
RO,R2

By R
L(R1)+
-

PERR22

cMP
BHI
§fi

BEQ

RETURN

:GET THE PATTERN INTO RO
;WRITE A BYTE
*WRITE THE MEMORY WITH THEgns STORED IN BAKPAT+1
+
*COMPARE TEST LOC TO TOP
:BRANCH IF LOWER

:TEST THE MEMORY TO SEE xr IT CONTAINS

STHE WORD STORED IN BAKPA

R1.Ré
2$
33

;KEEP ON TESTING THE MEMORY UNTIL
*R1 EQUALS THE LOWEST ADDRESS
cwwse THE DATA PATTERN

DOES NOT HAVE LOW
:1F THE DATA PATTERN
FALL THRU
: BYTE =0 THEN

CZMSPAO MS11-L/M/P MEMORY 0 IA?. MACRO M1113
MTPO17 HOLDING 1° st 0's T ES
9748

26-APR-82 09:41

PAGE 290

SEQ 0249

F
D IA G. MACRO M1113
CZMSPAO MS11-L/M/P KMR
TEST
0'S
'S¢
MTPO17 HOLDING 1

SEQ 0250

PAGE 291

26-APR-82 09:41

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST>>

<<MTP020

MTP020: SUB TST

9750 034114

.Q.'QQ..Q.I.'.t".i'..'Q'.'.t...'.t..QQQ.QQQQ'.QQ..'..Q.Q.'...'..Q"'..'t".t.'

MTP020 SYNDROMES TO CSR ON SINGLE BIT ERROR TEST
:*SUBTEST
"t'.ttt.'i'...'.tt.tl"'."t.l.t'....tt...Q.'.....QQ.'..'...Q"t.t"."...'..'

LET R4 := #=1
LET 8l TMJ := #0
EQ 01
IF8PASFEG

000005
000004

ASH
#

8IS #BIT2.R2

LET CSR := R2

104425

177757

002146

LOADCSR
LET (R1)
CLRICSR
TST (R1)
READCSR

:CLEAR CSI

l‘C?O C
?IC

&»

'OEW+60

#8iT

005011

CLR

000261

ELSE
SEC

$BESYN(RS)

wo
G:

ASH
gls

tR
3

+42

104042

axc o*csr&& CSR

LET

:no ERROR
;GET SYNDROMES FROM CSR
.MSK SYNDROME BITS
sGET ?M SYNDROMES
sSHIFT INTO POSITION
sSET DIAG MODE IN DATA

ME
BITS AGREE
;D0SYNDRO

:= R3
= (SR

IFB PASFL? EQ N
[}

;CORRECT SBE
:READ CSR FOR CORRECT SEE BIT AND SYNDROMES
:CLEAR ALL BUT SBE INDICATOR
HAS DATA CORRECTED???

sENABLE Sm BIT REGISTER

READCSR

p—y

000004

002146

;LOAD CSR WITH DATA

HITE DATA TO TEST ADDRESS

T GOW := #20
LEY BAD := (SR

174033

GET CHECK BITS TO & WRITTEN

: SE

LUt
T NEW DATA DEPE'OI'& ON PASFLG
T BITNO TO THE LEFT
CI

72227
52702

LET R := R4 + N
g- PTABLE (R4)
LET Rg

.INCRGQNT BIT POINTER
sPOINT TO NEXT SET CIECK BITS
:GET NEXT SET OF CI'ECK 8ITS
;SHIFT TO LINE UP IN CSR
;ENABLE DIAG MODE

END
REPEAT
INC BITNO

002320

.'DATA8177776.BIT TO BE CORRECTED IS A ZERO

""'aae.3
Ess P

005237

LET RS := M77776

mrerov
mmm
)
e ==

ROINITRREIIE

el md

b o

D oD

EI.SE

;CLEAR DATA
;CLEAR PASFLG
.EMBLE CHECK/SYNDROME BIT REGISTER
: INCREMENT LOOP COUNTER
;INDEX TO SINGLE BIT ERROR TABLE
:CLEAR _INNER LOOP COUNTER
:SELECT DATA_TO BE CORRECTED BY PASSNO
DATA80 BIT TO BE CORRECTED IS A ONE

so0

b o cd d b

CLR
CLRB PASFLG
CBR
REPEAT

002262

b =S b —

(=1-]

:TURN OFF CACHE

I.ET PASFI.G :8= PASFLG + M

b
b b

ALL 16 DATA BITS.

CACHOFF

00000000

3
CO0O00000000000000000
R
R R R R R R R R R R R R R R R CBC)C’CNBMD‘)C’C’g! #FRERPR

—

SN
o

BIT IN THE CSR TO BE SET AND CORRECT SYNDROME BITS ARE GENERATED FOR

)

THIS TEST CHECKS TO SEE IF THE SINGLE BIT ERRORS CAUSE THE SBE

=
e
b=l

C m' .l' “......

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-m-az 09:41

MTP020

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

ggg

90108 406

ggp

g’g}s

9815 03441

03ee13

034416
034421
034424
9816

034427

Emaon.

006105

§§2

COM RO
UNTILB PASFLG EQ #2
CLR1CSR
CACHON
RETURN
13

8;2
0
84.6
54

SEQ 0251

PAGE 291-1

UNTIL BITNO EQ #16.

005100
g
1o:.s
1065
0002

;ROTATE LEFT

uum ALL BITS ARE DONE

*COMPLEMENT DATA AND REPEAT
.unm z nsses ARE COMPLETE!
;CLEAR€

*TURN cacne

MS11-P SINGLE BIT ERROR SYNDROME BIT TABLE

3 S$BESYN: .BYTE

&3
51
1

16,13,23,25,26.31,32,34,43,45,46,51,52,54.,61,64

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTP020

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

MTPA21: SUBTST

9818 034430

SEQ 0252

PAGE 292
MARCHING 1°'S & 0°S PATTERN TEST>>

<<MTPA21

ARARRARAARANCAA R R C AR ARAARARRANAARNNARRANARNPANAANANRANRAANANAAANCACRONOCRS

MTPA21 MARCHING 1°'S & 0°'S PATTERN TEST
t#SUBTEST ...'...'..
.."'.".'.Q..'.Q...'...'.Q'....'.t...Q...Q'Q.Q'Q'.'.Q'.'."
;'t'.Qt.t'

omgg
0202
1401
104443

-(R1) ,RO; V17764
MoV
V17764
.
(MP
V17764
BEQ
V177646
PERR17

311

28:

(R1) ,RO V17765
MOV
ag.ab V177654
CMP
:vmoss
3
BEQ
1V17766
PERR20

SWAB

(R1)

:V17765

52 020401

3s:

CMP

R4,R1

;V17766

034436
u.g

s L

"}88
446 020
1401
0
104444
0

5¢ 001365

56 000207

0
034

811100

ogfi.

311

834.4.64.

1401

034472

036ere
034500

834502

i
8?"512

011100

0012012

701 000002

e
38;

b P

034514

gu 111
140
359%g J04ecs
311
524
5 "}88
1401¥4
§5
g‘

546

1§3

1 000002

BNE

RE TURN

, DOWN

V177

V177666

:DONE ¢

*NO = LOOP

*YES = RETURN

MTPB21: :READ,BYTESWAP-MODIFY,READ,UP

18:

MoV
CMP

28:

38:

77&4§
(R1) RO ;V
:v17764

R3.RO

BEQ

V177644

SWAB

(R1)

:V17765

PERR20

34466 104444

-nm.avrssw-noo{n READ

18:

MOV

V177646

(R1) ,RO :V17765

e
v A0 2v1ma3
PERR17
ADD

#2.R1

V17766

L V17767 B
A
RE TURN

P
*YES = RETURN

MTPC21: :READ,BYTESWAP=-MODIFY ,READ,UP

18:

28:

38:

(R1) RO :v{n&.
MOV
ecg
533"“
PERR1? QZ'“ 3v1;;226
SWAB

(R1)

ADD

#2.R1

:v1;;

(R1) RO :v1m§§
‘W%Ss
c”d '3'%’“6 Evmu3
PERR20
&'2
RETURN 7

:3}77
Evmzr

*NO E?LOOP
= RETURN
SYES

SN =W

LY
(=]
NN -

. MACRO M1113

TERN TEST

26-APR-82 09:41

MTPD21:
1$:

SEQ 0253

PAGE 294

e
il
77

;READ.BY TE SWAP=-MOD
-§R1).R0
v
R3.RO
2$

(R1) RO

(=]

=
$5 &3288
£
-t
U~ 883

YV
S

§d
—

-3
<.

SFREE Prves z7
NN

) —b

§O°
BER O0000
FELRE OO00O0O0
FELLE 23

BRERBETITNNENE

:V177662
:V177664
V177666

:NO - LOOP
sYES = RETURN

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
MARCHING 1°S © 0°S PATTERN TEST

MTPA21

9888 034600

939;

0
9895 0

9099

989
9898
9899
9900

s *SUBTEST
:(1)
<§)

MTP022 REFRESH & SHIFTING DIAGONAL TEST
WE WRITE A DIAGONAL PATTERN IN MEMORY (WITH CACHE ON).
IF A REFRESH TEST WE DISTURB ALL ROWS FOR > 2 MS (WITH CACHE ON).
WE READ & cnecx FOR CORRECTNESS THE DIAGONAL PATTERN

KDIAG=S. "

(WITH CACHE OFF)

POWER OF 2)
(MUST BE A DATA
OF TEN A DIAGONAL smrt
HOW
DATA & COMPLEMENT
OR OCCURS

”
:= #1 tb
FORIF EVEN
EVEN EQ M

FOR §mms1= #0 TO #KDIAG=1

END:OF IF EVEN

9904
9905 8
9906
990, 8

104423
54
03471

9915
9919

0347

9920

034750

g}‘

unm LOOP
CAC
r couu = STRIPES
m R := #FIRST

:FOR THE NUMBER OF STRIPES
:TURN CACHE ON

WHILE R1 LOS #LAST
IF COUNT LT #0 THEN LET COUNT := #KDIAG-1

IF #374 OFF.IN R1 THEN LET COUNT := COUNT = #1

9911
991;

7
7
764

gg g 034752

99
99
99

<<MTP022

LET RS := ONES
LSE
LET R2 := ONES
LH RS := zenos

gg 1

REFRESH © SHIFTING DIAGONAL TEST>>

MTP022: SUBTST

LET :g := ZEROS

991
9913
991

PAGE 296

lt't.t'.t..tt"t...Q."'Q"QQ.....'.'....QQ.Q‘Q'Q..Q......'..'.'.'..Q.'.Q'..'.'

000010

9910

SEQ 0254

Qtttt...ttQQ.'.tt.'tt""'t...t...l....Qt'..t.t"..".t.t.'l...t"t'....".Qtt'

9889
9890
9891

%
776 104424

IF COUNT NE #0
LET (R1) := R2
flggr 2(R1) := R2

LET (R1) := R3
LET 2(R1) := R3

END ;OF IF COUNT
LET COUNT := COUNT = M
m R1 := R1 + #

ND ;OF WHIL

JEND’ OF mre LOOP

1;5%1\%&6 IS FALSE THEN SCALL REFRESM

LET COUNT := STRIPES
LET R := #FIRST
cAcnof

:TURN CACHE OFF

CZMSPAO MS11=L/M/P MEMORY DIAG

REFRESH & SHIFTING DIA

#LAST

8 9

9
3
9931 0350
9932
0350
99
0;5062
035044
9934
9935 8 5050

305

9
8 505
9938
ngs
9939 8 ]
9940
035064
9941 035064
994§ 835066
994
gSO?O
9944 035074
9945 835076
99‘9 gSO?g
9947 03510

9948 035108

9949 03511
9950 035110
9951 035110
995; 035114
9953 035120
9954
9955
9959 035122
9957 0351
9958 0351
9959
9960 035154

HEN LET COUNT := #KDIAG-1
1 THEN LET COUNT := COUNT = #1

)

MTP022

SEQ 0255

104443
R1

104443

END ;OF IF R2

LSE

LET RO := (R1)
IF R3
RO
PERR2

104444

END -8r IF R3
LET RO

IF R3S NE

104444

:= s(m
R

END ;OF WHILE

;END OF READ LOOP

END ;OF FOR STRIPES

END ;OF FOR EVEN
RETURN

000207

REFRESH:SUBTST

<<SUBR

REFRESH DELAY>>

s *SUBTEST

SUBR

REFRESH DELAY

:tt..t".tt.'lt."ll..."..'.tt.Q...t'.....t.'.'tl'...'Q..'t......'....t.".t"'
:.t..t....Q...'t.....""..'...l.tt....ttt.'.t.tt.l'.t'....t."'t.t'..tt..'..Q.'

-oxsrp EACH ROW FOR > 3.2 MS

9961

gggi 035154
035160
519‘
9964

9965

004737

FOR RO

035224

FOR RO
END ;OF
LET RO := #FIRST+BIT14
WHILE RO LOS #LAST+BIT14+374

g‘l

% g521014 004737 035224

9963

R o oog
e
99;; 5

9974
9975
99;9

035
035
324

B G5

51
51
n

:= #FIRST TO #FIRST+374 BY #4

CALL REFSUB

REFSUB:

1$:

CALL REFSUB
er“nofilgo A

RE TURN

MOV
ADD
COM
COM
coM

@
S8

0,.Ré
#2.R0
-(R0)
(RO)+
(RO)

s3R0

:TIME FOR A > 3.2 MS LOOP

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
REFRESH DELAY

SUBR

MTPA24: SUBTST

9982 035254

SEQ 0256

PAGE 299

<<MTPA24

FAST GALLOPING PATTERN TEST>>

ttttttt'.t't'.t.ltt.l'.".iit..t...t.'.t'.....".....'..t.....'."..'.t.....".
MTPA24 FAST GALLOPING PATTERN TEST
:*SUBTEST
'tt'lttttt..t.tt.t.t""'t".t.t!'.ttt'..'.'t'.t.."...Q'.".Q.QQQ'.".'...'...
TH? TOI’?L ;EST (INCLUDING SETUP) IS AS FOLL owsS
TEST WRITES THE MEMORY WITH A BACK GROUND PATTERN
STORED AT LOCATION BAKPAT
:'(2) IE%;SBEGINS ?TLOUEST LOCATION BEING TESTED

e$5e3EesEsSNI0ES

LETS NAME THE 1ST LOCATION!N THE ROW/COLUMN UNDER TEST AS 'B°.
SWAPS BYTES FOflsLOS TION
READS 'A°,

"B = 'B'+

(ADDS 64 DOUBLE WORDS TO °B°)

IS GREATER THAN THE
REPEATS STEPS 5 AND 6 UNTIL 'B'
END OF THE BANK A+2
REPEATS STEPS 3-8 UNTILL "A' REACHES THE END OF THE BANK
AFTER EXECUTING THE TEST DATA IS COMPLEMENTED
AND S STEPS 1-9

ARE REPEATED

REGISTERS ARE USED AS FOLLOWS
;RO

TEST DAT

.8'
BAKPAT

*R1

.-m.

‘RS

SWAPAT
LAST

18:
28:

wvwwni

ooo

3
m
3R REFR
§ RS NS&

:NOTE THE PATTERN STARTS AT MTPB24!!!tititiirtty

[=1=1>]

uflu-j;

b el e

VOOV

d D ok

WN=O

"iii?di§§§§fi§i§§§§fi§§§§§-"‘"-""‘-h"‘-‘

5000600

00615» 03831

38:

:UIPAR'S

MOV
CMP
BEQ
PERR23
MOV
CMP
BEQ

PERR24

(R1) RO
RO,Ré

(R2) RO
RO.RS
3s

V17764
v17m
V17764
v1 77646
:V17765
177653
2V177654

sREAD °*A°
SCHECK ‘A’
IF OK
:BR
*REPORT ERROR
:READ
93'
CHECK
*:BR
IF OK

177656

*REPORT ERROR

CMP
BLOS

;RS

V177664
1V177666

.-mmo

:BUMP ‘B’

ADD
JMP

#2.R1
AMMTPB24

:V177670
V177674

:BUMP ‘A’
$GOTO V177260

ADD

#400,R2

SAT END YET?
IF NO
:BR

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTPA24

FAST GALLOPING PATTERN TEST

10026 035314

SEQ 0257

PAGE 301

MTPB24: SUBTST

<<MTPB24

;%< STEST

MTPB24

FAST GALLOP PART B>>

tttttllt't.ttt.itttttt""'filttt.fi.tfit.tt't..ttt.t.....'l'.....QQ"...."...".

FAST GALLOP PART B

tttltttttt.t.tt.i.'tQ't'tt'ttit'tttl...tt....Q"tl.t..t.tt.Ql..."'.t".'t.....

10027

10028 835 1% 010411
gs 16 020105
100
1001
10030 035
207
10031 8353

}%3

35324 000137 035330

10034 035330

18:

:V17226
v17 13
v17 %

JMP

AIMTPC24

MTPC24: SUBTST

<<MTP(24

tSLBTEST

MTPC24

JWRITE ‘A’

DONE?

YES - R

:GOTO V1

FAST GALLOP PART (>>

lt.tt.it.fit..ttt'ltttt'tt.tt.tt..'t.fi..'.t......t..t.'.t".........l..l

01010
035
}83”
omos
ossgg
1oo§9
10038 035334 020004
10039 035336 001401
10040 035340

:SDPAR'S

Ré, (R1)
MoV
R1.RS
CMP
1$
BNE
RETURN -

104447

10041 035342 000137 035274

FAST GALLOP PART C

iiidlg

t'tttt.Q'.t..t...it..'tt'iQt'...tttl..Q..t.Q..Q....tt.t'..'...'Q.Q".Q'.Q."'.'

18:

fifiDm's
RO
(ab
MOV
RO,R&
CMP

V1723
'v17
s

PERR23

vm. 72

BEQ

JMP

ANMTPA24+20

v17 366

V172370

sRESET 'B' <=== ‘A’
sREAD ‘A’

CHECK ‘A’

GOTO V177660

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41

MTPC24

FAST GALLOP PART C

MTP025: SUBTST

10044 035346

10045 8”?’3

10049 3535

—

SEQ 0258

PAGE 303

<<MTP02S

INTERRUPT ENABLE TEST>>

:'Qtttttttt.!'tttttltt"""'tttitttt't.ttttttQtttt.ltttlttttt'ttt."'ttQt..Q"'

: *SUBTEST

5037 oos 44

CLR
CLR

5037 002246

541

737

10055 035422

005771

10058 035430
10059 0354

005771
1

MTP025 INTERRUPT ENABLE TEST

;ttttttQ.ttttttttt.tttttt't"ttt.tQtttttttltfi.ttt.tt.ttt'...tt..it..ttttt'tct"'

002244 002306
1004 8 5356 012737
044
004737
035
10048
002074
81 737
10049 8 5
A
012701
10050 035376
10051 03540 8347 7 3 42 002300
1oos§

035

MOV
CALL
MOV
MOV
MOV

CALL

TSTDAT

:GENERATE CHECKBITS ON 0,,0

MTPA2S

*WRITE DATA & CHECKBITS

TSTDAT+2

#TSTDAT, SOURCE
CHKGEN
:SETUP PARITY ACTION
#3,NOPAR
:FIRST TEST ADDRESS
#TESTADD ,R1
:SETUP TRAP DESTINATION
#1S.PARTHERE

SINTTIALIZE 1 SELECTED MK11 CSR
*ACCESS LOCATIONS FOR DBE TRAPS

035414 104473
10053
005771 000000
035416
10054

ECCTINIT
a(R1)
ST

10059

NONE = GOOD = ACCESS FOR SBE TRAPS

000002

10057 035426 104507

ENA1
ST
ST

000404

10060 035440

10061 035442

1% 035444

18:

104426

28:
ogs:.sz oos; 7 002244
1
7 03561
10064 0
002244
12737 ogg:.
10065 03
10066 0354

10067 035474

737 03561

005037

10068 035500
10069 035504

oos;gr
004737

1005 035522

005037

002244

gzl.
03561

10070 035510 o127§7 oogl.

}%71 035516 004737 03561

10074 0355
100;9 3 5540
gs
100
10078 035552
10079 0355
5
1%?
1
55
10075 ogss

557

12737
737
012737
7
005037
12737
7
12737

13339 561
1%33
1
10090
18831

10092

561

%7 035664

;
?82
035706
7
%

833207 035746
7

READCSR

FATAL

a(R1)
a2(R1)

TSTDAT
#400, TSTDAT

INC
CALL
MOV

MTPD2S

CLR

TSTDAT

CALL

MTPD2S

INC
CALL

TSTDAT+2
MTPD2S

:DISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
:NONE = GOOD = SKIP

:CHECK FOR CORRECT ACTION ON SBE'S
:IN ALL & BYTES

#6400, TSTDAT+2

002246

MOV

CALL

MTPDS

002244
002244

MOV
CALL
MOV
CALL
CLR
MOV
CALL
MOV

:IN ALL & BYTES
#3, TSTDAT
MTPE2S
#1400, TSTDAT
MTPE2S
thDAT
3,7 ;moz
MT
#1400, TSTDAT+2

3 002246
002246

]}ooas 32610 005037
207

a2(R1)

CLR

uu.g,

TSTDAT+2

MTPE2S

:CHECK FOR CORRECT ACTION ON DBE'S

i 1 e

EER " NOPAR
RET

A
AT
’

ECCTDIS
CAL
MTPB2S
ENATSBE

*DISABLE ECC
SCHECK FOR NO TRAPS
*DISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR

MTPD2S: uu.s

MTPA2S

CALL

MTPC2S

RETURN

:WRITE DATA &ONCHECKBITS
1 SELECTED CSR
SCHECK FOR EXPECTED TRAP

gano MS11=L/M/P MEMORY DIAG. MACRO M1113
25

INTERRUPT ENABLE TEST

10095
1
1
1
1

7;7 035664
gw.
u.g 1044 }
737 035706
564
su.s 10447

10100

0356

08273

181 1 035656 1 ;gr
7
03565
10102
207
}3}84. 0

035746

26~APR-82 09:41

CALL _ MTPC2S

ENATSBE
MTPC2S
CALL
RE TURN

10109 gssw. 104471

MTPA2S: ECCIDIS

}3”? 035704 000207

RETURN

5696 013771 002244 000000
1010
10108 035674 104475
10109 035676 013771 002246 000002

#18 PARTHERE

:SETUP TRAP DESTINATION

a2(R1)

:NO TRAP = GOOD = RETURN

READCSR

(R1) ,ADDRESS

000002

10115 035720

005771

10118 035726

011137 002032

10120 035

10121 035736

771 000000

104426

:DISABLE ECC ON 1 SELECTED CSR

:CHECK FOR NO TRAP OCCURING CONDJITION

10113 035706 8«1) 737 035726 002300 MTPB2S: MOV

10119 035730

$CHECK FOR EXPECTED T
‘DISAB'E TRAPS ON SBE'S FROM 1 SELECTED CSR
*CHECK FOR EXPECTED T

:WRITE FIRST 16 BITS
TSTDAT.@(R1)
MOV
*WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
CB1CSR
16 BITS & CHECKBITS
TSTDAT+2,82(R1) :WRITE
MOV

1o11§

}g} }9 035724 000207

;WRITE DATA & CHECKBITS
SCHECK FOR NO TRAPS
sINITIALIZE 1 SELECTED MK11 CSR

*DISABLE ECC ON 1 SELECTED CSR

-m%rs TSTDAT & TSTDAT+2 & CHECKBITS

10105

10114 035714

PAGE 305

MTPA2S
MTPE2S: cm.qI
ECCIDIS
CALL _ MTPB2S
ENABLE DBE TRAPS
ECCIINIT

035746

SEQ 0259

RETURN
18:

MOV

ERROR

104024

SET

a(R1)

+24

RE TURN

10124

:TRAP SHOULD OCCURE TEST

S
10127 035760
1;7 7 3601% 002300 1$:
10128 0357
1 3oooo
0357 034
10129 835774
28:
4;9
i
101
002032
011137
10131 35773

2;
B8R
#38 PARTHERE
MOV
a2(R1)
ST
READCSR
(R1) ,ADDRESS
MOV

10132
1013

03600
§28°‘

}3}.;,; 036012 000207

38:

ERROR
SET

RETURN

:;SAVE VIRTUAL ADDRESS

HEADER

}3}25 035744 000207

10125 035746 01 7;7 035762 002300 MTPC25: MOV
ST
771 000000
10126 035754

*ACCESS LOCATIONS

#1S PARTHERE
aRh)

+25
HEADER

;SETUP TRAP. DESTINATION
SACCESS 1ST LOCATION
*NO TRAP - BAD NEWS = SKIP
:SETUP TRAP DESTINATION
SACCESS 2ND LOCATION
*NO TRAP - BAD NEWS
:SAVE VIRTUAL ADDRESS

CIMSPAO MS11=L/M/P_MEMORY glAG. MACRO M1113 26~APR-82 09:41

HYPOZS INTERRUPT ENABLET

MTPA26: SUBTST

10138 036014

SEQ 0260

PAGE 307
RANDOM DATA (WRITE)>>

<<MTPA26

QtQ'.'QQ."Q't.l.'..'.""".t.....Q"Q.....l.'Q'.'QQ...l't..t'....'."."'."'

;*SUBTEST

MTPB26: SUBTST

<<MTPB26

:*SUBTEST

MTPB26

~q-ha

45 036030

GRS IBIFNRUR
2SS IE

(R1)+
§

MoV
MOV
S08
RETURN

036064

000000000000

1$:

.DSABL
.ENABL

2$:

RANDOM DATA (READ)>>

RANDOM DATA (READ)

AMA

LS8
SMTPC26
R;. (R1)+
2

V} 77640

(PC)+

177764

3s:

S08
RETURN

.DSABL
-ENABL

GOTO V172360

FOR ERROR REPORTING

R3.(R1)+
33

e
e
e e
D
e ed
—

b o o o

D
e
b e
b e
o
o e
e
e e e
e e
—d e

17763

t..t.....'.........QQ""Q..Q.QQ..'..'..'.'.t."...Q.Q.'tt....t....'.....'..'.'

RANODD
RO,1$

R
V177672

LS8

AMA

MTPC26: SUBTST

<<RANDOM NUMBER SUBPROGRAM>>

:*SUBTEST

RANDOM NUMBER SUBPROGRAM

'tlttttt.'l.t..t'tt.'t"'t."..t..fi..Qt.'.tt"i'..t.'..'t.t.l'!'..t......""'.

.tt....tfi...tltt..t"".t.'tt.!ttt.ttttl'.t.t..t....t.'t.tt'......t.t.ttt.....'

10164

1016
10129
o1

ioe
it
18176

'v17722§
17765

Q'tttt.......tQ...'t.."'.'t....Qttt.Q..'...Q'.Q.'...'Q'.QQ.'.'....'Q.."Q'QQ'.

0000000000000 0000O0

MTPA26 RANDOM DATA (WRITE)
...t..l.Q.'.Q.Q...QQQ"Q'.'..Ql....."t.....Q..'.'.Q'.t."'..Q.Q'...Q.QQ..Q..'Q
GOTO V172360
WTPgb
‘8:
JMP

nov

MOV

v
#7 .Ré

R3.RS

R2.R%

R3.RS
'A
R2,R4

#1057 RS

001057

18175
036104
10176

SEEDLO,R3
SEEDHI .R2

MTPD26: SUBTST

:v172360
V172364
V17
W17

V17237

GOTO V172260

<<RANDOM NUMBER SUBSUBPROGRAM>>

.tlt'.ltttt.t.tttll.tt""'ttfi..t.lfi.t.ttt..'tt.tt..l".t'.ttt'.Q'.'...tt.tt.'t

: *SUBTEST

10177
10178
10179
10180
10181

1
1
1
1"
116

RANDOM NUMBER SUBSUBPROGRAM
.t.t..ttttttt..'l.t'tt't'tt'.Q.lttt...ttlt..t.tl..."l.....t...t.'.l.'.it.t't'.'

lg 036020

“74 1.Ré
RS

ufimzw.

GOTO V177644

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

RANDOM NUMBER SUBSUBPROGRAM

SEQ 0261

PAGE 309

FLUSH OUT DBE'S>>
MTP030: SUBTST <<MT0030
QtQ'Q'lt..'l'tttt.tt."""'t.ttt't.t.ttfitt.t't'Q'l.Q.t..Q.Q"t'.t"'.'t'i'....

10184 036122

s*SUBTEST

MT0030 FLUSH OUT DBE'S

ttttttttttttttttQ't.t"ttttt't'tttttttttfitttttttttt.!t.t.'tt.t..tti'tt'..ttt'tt

is:

MOV

V177 g

(RO) ,R2

w177
w177 :.
V17764

az (fion
MOV
S08
RETURN

MTPO31: SUBTST

<<MTPO31

*«SUBTEST

MTPO31

S0B-A=LONG TEST>>

§§§ ?‘».2‘.382
d e d

Nl SWNN-=
Voo,

—Ow

e
e

D e e
A
o

O0000O00O0O
O00O00O0

0000000

1
1
1
1
1
1
1
1
1
1
10
1
1
1
1
1
i
1
1
1
1
1
1

SOB-A=LONG TEST

.'.Q..'ttt...t".fitt..t'.'tt't.t..tt'...tt.'..fi.Qtlli'tt.'..'t.'"t'...'.....'.

000

222222222

tttttt.ttttttttttttt'ttt'tttttt.ttttttltQ.ttttttt't'.ttt.'tt.ttt.tt.'t'.tt"'.t

177772
177766
17775
17775

18:

AMA

S08
COM
CMP

ag.n
1
R1,18

BEQ

PERR30

28:

§oza°z

8805?3

DSABL

002516

3s:

R1,18
MOV
1$
COM
R2,R0
MOV
:UPDATE MOVE REGISTERS
RS .R3
MoV
ST
(RS)+
RS.R%
MOV
RS.aMLINKY
CMP
33
BNE
RETURN
MOV

=(R3) ,=(R&4)
3s
1$

SOBLENGTH=.-MTPO31
ENABL

AMA

:MOVE TERMINATOR

3508 TILL RO uuosan.ous
>
:WRITE COMPLEMENT OF SOB
RO,DOT
‘‘SOB
NOT
FOR
CHECK
©
“READ
;0K= SKIP

:CORRECT SOB INSTRUCTION
*REINITIALIZE SOB CONSTANT
:BUMP (SAFELY) BY 2

:DONE?
‘N0 = SKIP
SYES

Cl SAO MS11=L/M/P HEgORY DIAG. MACRO M1113 26-APR-82 09:41
SOB-A=LONG
T

10241 036210

SEQ 0262

PAGE 311

MTP032: SUBTST

<<MTP032

: *SUBTEST

MTP032

WRITE RECOVERY TEST>>

ttttttQt.tt.t.l.t..t'.'.""t.ttt't't..t..t.'.ltQ.Q...Q.Q'."Q..Q""'.Q.'..t"
WRITE RECOVERY TEST

tttt..tttt.tQt.Qtt..."'".'i.t.t.tt...t.".t...".'.t"."..'.'t."."'t'.'...

sTHE TEST ACTUALLY EXECUTED ALREADY IN THE MEMORY UNDER TEST.

10264

10 4§

10244
10245
10 69
10247 03621

10248 8
1
1
10249
10250 036216
10251 0
10 S§ 0
10253 0
10254 Oggs
10255 036232
10256 036234
10257 036236
10258 036240

TO HAVE
STHIS CODE INSURES THAT IT CHANGED
INSTRUCTION AND
-(R1)"
''COM
A
IS
WHICH
$1/2 BANK OF 2R41
(RO)"
"JMP
INSTRUCTION.
A
IS
WHICH
2172 BANK OF #110

12401
0102
1421
104430
077305
013703
012400
020005
001401
104427
077305
000207

1$:

002516

2$:

3s:

4S:

MOV
CMP

(R4)+,R1
R2

S08
MOV
MOV
CMP

R3,1
mxm

S08

R3,3$

BEQ
PERRO2

BEQ
PERRO1

V1776‘g

sGET DATA FROM LOWER 1/2 BANK

:1S _IT #5141?

:YES
= SKIP

= TAKE ERROR TRAP
:NO
:LOOP FOR 1/2 BANK
iR ESTORE LOOP SIZE

(al.)o nb

:6ET DATA FROM UPPER 1/2 BANK
.1 S IT M0?

;Y ES = SKIP

V177666

s NO~ TAKE ERROR TRAP

11/2 BANK
;LOOP FOR

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTPO32

WRITE RECOVERY TEST

MTP0O33: SUBTST

10261 036242

SEQ 0263

PAGE 313

<<MTP033

BRANCH GOBBLE TEST>>

il dld
e e R T R R L R R R A DA A A A AR A el
e e e et
e

$«SUBTEST

BRANCH GOBBLE TEST

;".Qtt..t.'...t'.'.t""""Q.......'.'.'.....Q.QQQQ..i...t.t...'ttt.t'.t..t't'

DSABL AMA

8
BGTEST:
BRGOBB: SEC

10277
0
03627
10278
036274
10279
18%000
76
10281
10283
1028
10284 03630g
}0285 836;88

18%39 0%31

10288
10289
10290

CLv

683

2$:

10
10
10
10305

PERR35

fiov

002516
RETURN

14
1376
5011
&3
76

6$:

RS.,S/LINK1
63

GBLENGTH=,-MTP03

AMA

: INCREMENT HIGH BYTE OF ‘BGTEST'' ONCE MORE
:BR IF C-BIT SET (SHOULD NOT BE)
IF V-BIT CLEAR (SHOULD NOT BE)
:BR
:BR IF N-BIT SET (SHOULD BE)
NO - REPORT ERROR AND ABORT TEST
:COND CODES NOT EQUAL TO 1010

i-gctesr.m

;MOVE CODE 1 LOCATION
=(R3 =(R4)
M0v
BNE
CLR
gnsoaa
BR
LENABL

:CLEAR V-BIT

TEST POINTERS
pg R1

?VE REGISTERS
R5 ,R3

g
1
}

= REPORT ERROR AND ABORT TEST
:NO
:COND CODES NOT EQUAL TO 1010

PERR3S

036312

5%
10397
0
e

;:BRANCH_WHEN BIT7 IS SET
s INCREMENT HIGH BYTE OF 'BGTEST''
:LOOP 128 TIMES

18:

3s:

000036

:SET_CARRY (TO BE_ADDED, TO 'BGTEST')
: INCREMENT LOW BYTE OF 'BGTEST

:NOW CHECK FOR CORRECT CMIT}W CODES
V-BIT SET (SHOULD BE)
BvS
2

102401

10378 036363 104461
18%76
10275
0
00024
105 1§
102;90

1$
(R2)
BRG0BB

—~

10270
}0 4 036260

AD(B

BMI
INCB
BR

;MOVE TERMINATOR

:TEST WORD (TWO BYTES)

[ 1]

102640 ‘02
61
105511
10040
}06?0 g‘ 10;1
10369 036336 00077

10263

03624

;BUMP (SAFELY) BY 2
sDONE?
JNO = SKIP
:YES = RETURN

sCLEAR TEST WORD ‘BGTEST''
sRUN MOVED CODE AGAIN

CZMSPAO MS11=L/M/P &MEY DIAG. MACRO M1113 26-APR-82 09:41

MTPO33

BRANCH GOBBLE
T

MTP034: SUBTST

10307 036340

e
b

i e

NOWVSWN=O

e
e o

0000000000

SEQ 0264

PAGE 314

<<MTPO34

= BACKROUND PATTERN TEST>>
SOFT ERROR

'tl'..tt.'.'tt...'l.t"""Q.t.....Q..Q.Q......Qt.'.Qt.'."i'.lt.t....."'..".

s«SUBTEST

“s

= BACKROUND PATTERN TEST
MTP0O34 SOFT ERROR
'Qtt"..Q'....t.....Q"'.t"....tt.'...t'....'..'..'.'Q.t.".'.."'.'."""'..

‘ $:

MOV

¥(RO)*
R1,MTPO34

2$:

MOV

(R4)+,R1
R1,R2

S08
RETURN

CMP
BEQ

PERRO?2

3s:

RETURN

R3.28

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
SOFT ERROR = BACKROUND PATTERN TEST

MTP034

MTPO35:SUBTST

10319 036364

; 3

10324 3

10325

10
10
10
10
10

10336

10331
10

104425

12737

036442

33'57

057476

1191
571
1
01083 002032
% 104 §g

}8 4 0
10337 036450

10338

036452

ogg“

10339 0

MOV

036479

osesog

ERE
BT
1034

10348 oggs

10349 036524

#BIT2'BITO.CSR :SET WRITE WRONG PARITY & PAR. TRAPS INTO CSR

MOV

#1S,PARTHERE

CALL

BIT
1$:

104503

28:

011 19

BNE

PERBNK

READCSR

ERRGEN

CLRICSR

MOV

(RO),(RO)

000001 002146

mov

#8IT0.CSR

1;7 7

036474

002300

MOV

#3$,PARTHERE

000409

005037 002074
000207

;WP TEST LOCATION

#B8IT10,CONF1G+2(R3)

012737

104425

;SET PARITY TRAPS TO RETURN TO ‘PARTHERE'’

MOV

MOV (ngs . (RO)
(RO)
IST
MOV RO,ADDRESS
ERROR +50

m‘g

10451

#3,NOPAR

LOADCSR

002300

oowg

MTPO3S WORST CASE NOISE PARITY TEST

FOR RO := #FIRST TO #LAST BY #4000

76% 002000 002652

19361 ofin 010037 002032
1os:.§
104%9
10

s #SUBTEST

76 012737 000005 002146

WORST CASE NOISE PARITY TEST>>

:.t'tttt'Qtt'tttfittttt'tt'tt.ttt.QQt..tltttt.t.t.l.t'.....Q.Qt.t'."..'tt'.'t.'t

<<MTPO3S

;t.'tttttt.t..ltttt.ttt'.'t'tt..t.'tt..t..t.t.tt.t't..t..ttt't..t."t.t't".Q't'

}8 : 036364 012737 000003 002074
1

SEQ 0265

PAGE 315

:CLEAR WRONG PARITY IN MEMORY

LOADCSR

3T ()

ag ADDRESS
38: MOV
ERROR +50

i$: ENDs3 OF OR:
CLR

RE TURN

NOPAR

:RESET PARITY TRAP ACTION

—

1§

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTPO3S

WORST CASE NOISE PARITY TEST

10351 036526

:Qtt'tttt'.

CODE TEST 'tt....Q'Qt.Q'Q'.t.""....t....'.
CORRECTION .tt...ttQ.Q
MTP036 t't't.tlttt
eSUBTEST t..t.'...t"
S:tttttt.Qt"
:

: THIS TEST CHECKS TO SEE THAT EACH BIT OF A DATA WORD
* CAN BE CORRECTED INDIVIDUALLY FROM A ZERO TO A ONE AND

10355

1844. 4
105037
104513

10359 8 5
530
1035
53,
10 sg
1035

oggsro

: VISA VERSA.

ACHOFF
CLRB PASFLG
CBREG

002262

REPEAT

LET PASFLG :B= PASFLG + #1
LET Ré := #=1
LET BITNO := #0
IF8 m'§‘ EQ #1
ns'e'” RS := M

5
10
03654
10361
10
55
10
}3 4 036362

3 574

END

}8368 36574
10374 036612

1037

03661

INC BITNO
LET Ré := R4 + M
PTABLE(R4)
LET R? :B=
ASH #5.R

8IS #BiT2.R2

052702 000004

103

10381
10
10
<
}3%5 036656

104052

10309
10
}3

005011
006305

10390

}3%31
10 9§
10
10

18
1
}3 gg

712

g
5¥e

}8‘43?

§§i

: INCREMENT BIT POINTER
*POINT TO NEXT SET OF CHECK BITS
*GET NEXT SET OF CMECK BITS
SSHIFT TO LINE UP IN CSR

*ENABLE DIAG MODE

SLOAD CSR WITH DATA
:CORRECT SBE

LET CHECK := R2
LET TSTDAT := RS
LET tsrgmz := (R1)
msm +52

:
:
:
*NO ERROR

CLR1CSR
CACHON
RE TURN

§§§

*WAS DATA CORRECTED???

UNTILB PASFLG EQ #2

IF (R1) NE RS

-SEC RS
UNTIL
BITNO EQ #16.
COM RO

4 '82
1044
730
000

*DATA=177776:BIT TO BE CORRECTED IS A ZERO

SWRITE DATA TO TEST ADDRESS

CLR (R1)
IF8 mng EQ M
flsesm R

005100

:INCREMENT LOOP COUNTER
SINDEX TO SINGLE BIT ERROR TABLE
:CLEAR INNER LOOP COUNTER
*SELECT DATA TO BE CORRECTED BY PASSNO
*DATA=0;BIT TO BE CORRECTED IS A ONE

LET (R1) := RO

LET ADDRESS := #60000

882?851

LET CSR := R2

ST (R1)

10380

:TURN OFF CACHE
*CLEAR PASFLG
*ENABLE CHECK/SYNDROME BIT REGISTER

“GET CMECK BITS TO BE WRITTEN

LOADCSR

104425

005711

10 ;3

LET RS := #177776

REPEAT

3 574 005237 002320
10
10371
10 g 3
36603 072227 000005
10

10375

PAGE 316

CORRECTION CODE TEST>>
<<MTPO36
MTPO36: SUBTST
t't"..'ttt..Q'ttt't.t..tt.ttt..Ql'..'tt..t""t....'."'..ttt."."t

1035

1035
10354

SEQ 0266

gi? ‘TA&E: .BYTE

:MOV ERROR INFORMATION IN

$CLEAR LUT
SSHIFT NEW DATA DEPENDING ON PASFLG
SSHIFT BITNO TO THE LEFT

SSET CARRY BIT AND......

*ROTATE LEFT
SUNTIL ALL BITS ARE DONE
*COMPLEMENT DATA AND REPEAT

SUNTIL 2 PASSES ARE COMPLETE!

:CLEAR CSR
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

AO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTPO36

CORRECTION CODE TEST

PAGE 316-1

SEQ 0267

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTP036

CORRECTION CODE TEST

10404 036752

SEQ 0268

PAGE 317
CHECK ECC DISABLE TEST>>

MTPO37: SUBTST

<<MTPO37

+«SUBTEST

MTP037 CHECK ECC DISABLE TEST

ttttt"tQttfittttttttt"'tt't!ttttttfi'tttQttt't!'tttttt.Qttt.tt.'tt'tt'titt'.'..

tttltt.ttt.t.ttt'.tttt'tt"tt'lttlt.tttt.tt't.tt.tttt.'.t"t.t..t'.t.QQ'Q'.'Q..
10405

10409
}3283
10409 8 752 104424
03675
10410
10411 036760
766 104475
1o:.1§
7
1041
10414 gg 4 104475
036776
10415
10419 ogr

1041

10418
10419

037010
037016

10420 0370

* THIS TEST CHECKS THAT ECC CAN BE DISABLED AND THAT
* NO CORRECTION TAKES PLACE WITH ECC DISABLED.
:TURN OFF CACHE
tAcnorr
:GOOD DATA FOR moa mm ouT
LET GOOD := #0
:CLEAR CHECK BIT FIELD
LET CHECK := #0
S uonone/cnecx BIT REGISTER
*ENABLE
CBI1CSR
BITS
CHECK
:SBE
#100
LET CHECK :=
SWRITE CHECK BITS TO CB REGISTER
CB1CSR
LET (R1) := #0
IF (R1) NE #0

LET BAD := (R1)

104037

10421 037020 104423
10422 037022 000207

END

*WRITE CHECK BITS TO MEMORY
*UAS CORRECTION MADE??2?

:YES IT WAS.....ERROR

LET ADDRESS: oeoooo
ERROR +3

CACHON
RETURN

.-ruan ON CACHE
:

CZMSPAO MS11=L/M/P MEMORYDIAG. MACRO M1113 26-APR-82 09:41

MTPO37

CHECK ECC DISABLE TEST

10425 037024

MTPO41

SEE IF THE CORRECT ADDRESS APPEARS
THIS TEST CHECKS TO
ON A DOUBLEERROR.

104

* IN CSR BITS 5=11

}&a

037024

10431 0370
10432 037034
10433 037040
10434 037044
10432 037054
104 ogrooo
10437 037064

075451 000011
170037
042704

10439 03

105237

10438 037066

10440 ogm

005037 002310

104475

002262

10441 03707

1ou.§ ogno

10443 037110
10444 03711
10445 037114
10449 037153
10447 037120
10448 037122
10449 037126

10454 8371“

037150

10456 ognsl.
10457 037156
10458 037156
10459 037160
10460 0371
10461 037172
1oaa§ 037174

:GET STARTING BANK NUMBER

:= BANK

LET R4
SSHIFT INTO POSTION TO MATCH ADDRESS IN CSR
ASH #9. .Ré
ch OFF EXTRANEOUS BITS
BIC #*C7740,Ré%
SINIT CSR ADDRESS TO 0 = 1K (BIT § = 1K ADD.)
LET RO := #=40
LET R1 := mnst - #4000° ;GET LOW ADDRESS IN BANK
:INIT PASFLG
LET PASFLG :B= #0
CHECK BIT FIELD TO BE LOADED
SCLEAR
CLR CHECK
CHECK/SYNDROME BIT REGISTER
*ENABLE
CB1CSR
REPEAT

INCB

PASFL

LET RO:

+ #40

LET R1 := m + #4000

042705

104455
104475
10450
00020

170037

:INC LOOP COUNTER

:INC CSR ADDRESS TO BE EXPECTED

LET CHECK := #1340

;DOUBLE ERROR CHECK BITS

LET RS:= CSR
exc mmo RS

CB1CSR
LET (R1) := #0
CLR1CSR
TST (R1)
READC

104475
104503
005711
104426

10450 0371
060402
10451 037134
1o:.s§ 037136 000240
10453 037140

1046

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

ttttttttttttttttttt'tt"tttt'l.ttttttttttt.ltttttQ.tt"tt.ttttttttt..ttt'.t'ttt
:

104?

10455

SEQ 0269

PAGE 319

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST>>
MTP041: SUBTST <<MTP041
ttt.tt.tt..fitt.'tt.tt"tt't't't..t....t'tlt.Q..Q't.tt....'fi."t..'....t.t".t'.

s *SUBTEST

10430

LET R2:= RO
ADD RG.R2
NOP
IF R2 NE RS
LET BAD := R2
LET gooo := RS
PERR31
END
LET (R1) := #0
(B1CSR
UNTILB PASFLG EQ #16.
CLR1CSR

RE TURN

*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
*GET CORRECT ADDRESS
*ADD STARTING BANK TO DOUBLE BIT ADDRESS
*DEBUG AIDE
DO ADDRESSES AGREE?
:

:uo ERROR
:
*ENABLECHECK/SYNDROME BIT REGISTER
:DO 16KATA TIME
:
:

CZMSPAQO MS11=L/M/P MEMORY gIAG MACRO M1113 gb-APR-OZ 09:41
ADDRESS TO CSR ON OUBLE BIT ERROR TEST

MTPO41

10466 037176

SEQ 0270

PAGE 321

MTP042: SUBTST

<<MTP042

: *SUBTEST

MTP042

EXTENDED ADDRESS TO CSR ON ERROR TEST>>

A i i i i i ddl i
A R R R R A A R R At
T R t
It

EXTENDED ADDRESS TO CSR ON ERROR TEST

THIS TESTS THE EXTENDED UNIBUS ADDRESS IN THE

CSR BY CAUSING A SINGLE ERROR, ENABLING BIT # 14, THEN CHECKING
CACHOFF
LET Ré := BANK

S
RN F RN3
SSgagg F NN IS FRRSRS

353SRS
ol
)

BIC #°C170,Ré
ASH #2.Ré

177607

000400

172352

177770
000011
000020

ADD #400,KIPARS
LET PASFLG :B= #0
LET RS := BANK
BIC #*C7.RS

ASH #9. RS
8IS #81T4.RS

CBREG
REPEAT
INCB PASFLG

002262

020000

BIS #81T14.Ré

LET CSR := #104

;TURN OFF CACHE MEMORY

*GET BANK NUMBER TO FIGURE OUT EXTENDED ADDRESS

*CLEAR OFF LOWER BITS
SSHIFT TO LINE UP WITH CSR
*SET EXTENDED ADDRESS BIT
*SET UP PAR TO POINT TO TOP OF A BANK
SINIT LOOP COUNTER
‘RS GETS THE BANK NUMBER
*CLEAR ALL BUT THE LOWER BITS
*ROTATE INTO POSTION

*SET UP SBE INDICATOR ;:DATA TO BE EXPECTED

*ENABLE CHECK/SYNDPOME BIT REGISTER
sINCR _LOOP COUNTER

sWRITE CHECK BITS TO CSR WITH DIAG MODE

:LOAD CSR WITH DATA
sWRT ZEROS AT A=0 AND SINGLE ERROR BITS
sCLEAR CSR

sREAD A=0;DATA BIT 0 SHOULD BE CORRECTED TO A 1
sREAD CSR FOR DATA
sCLEAR POSSIBLE INHIBIT MODE IN DATA ‘°CSR"

002146

;HAS SINGLE ERROR BITS SET IN CSR?

SRRR

(=l=l=l=] O
O
CMCND{gC’C’C’
AReaResth“fl!’Ufid
Qeee
~
'U‘U“,

o000

FOR THE PROPER ADDRESS IN THE CSR.

0000000000000
O0O0O

b =2
d o
h o
e

D o e

b o

8223350022
NOWNSWN=O 38

b =D md d b

D md

RR
dd§dddddddddddddddfldfl R R RRRRRRRE

H
R233
BRIRERERRERRES
SN 283TEL:SRR i ag B P
28geeee2 SRLRIR

:ttttt..ttt'.t'..'t.t"""t.t.t.l.tQtt.l.Qtt..ttt.'t'.t..tttt.I"'t..t...'.'t.'

END

LET CSR := #40000

020000

000740

002146

WRITE EUB BIT TO CSR

LOADCSR
READCSR

:READ FOR CORRECT EXTENDED UNIBUS ADDRESS

IF CSR NE R4 THEN

sREAD EUB ADDRESS

BIC #BIT13,CSR

ADD #740.RS
BR

sCLEAR INHIBIT MODE POINTER IN DATA

W ADDRESS
T NEW ADDRESS

ENABLS CHECK/SYNDROME BIT REGISTER
LOOP 2 TIMES
SR
g

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO H‘|113 26°APR-82 09:41
EXTENDED ADDRESS TO CSR ON ERROR TES

MTP043: SUBTST <<MTP043 WRITE BYTE CLEARS SINGLE BIT ERROR TEST>>

10519 037432

ttQ't'.tttl.ttt.l.'l""'t'tt.ttt.'t...t.tttt.'tttQt.tttttfi.t'ttt.'.t'tt....'t.

+«SUBTEST

105
}Og 1

nus 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

i
105
10529
10530

105
10533
105

8 7456
037464
8 74

10531 037452

037470
10535
10536
037472
037476
10537
037500
10538

10539 0%7506
10540 037516
10541 0375264
1054; 0375
10543 037
10544 8 7
037
10545
10569 037,

10547

10548 8
10549
10550
10551
1055;

7
18555
1 559
037
10557
10558 0.

105037

002262

105237

002262

104503

042737

177757

% LOOP COUNTE

R POINTS T0 HIGH avre
mmu. DATA = 1

INCB PASFLG
1= #6046
LET
OADCSR
LE? (R1) := Ré
CLR1CSR

104425

1044%9

ENABLE cuscx/smoaone BIT REGISTER

ceass
CLRBPASFLG
LET R2 := R1 + M
RG := M
'fige

002146

LET (R2) :B= #377
READCSR

BIC #*C20, C R

# 0
IF CSR NE
LET GOOD := #20
LET BAD := CSR
ERROR +

104060

CBREG

rsr am

174037

002146

excm:mo80'
nsmén
ser

DEC Rz
LET R& := #4400
UNTILB PASFLG EQ #2
gegm

INCREHENT LOOP_COUNTER
ESI;E CHECK BITS CORRESPONDING TO DATA OF 0
ITE CSR
;WRITE DATA OF 1 CREATING A SINGLE BIT ERROR
:WRITE CSR_TO NORMAL MODE
SWRITE BYTE OF WORD

READ CSR

:SEE _IF SBE INDICATOR IS SET
:;1S SBE SET?;
:
:
;

Z-ums csa TO DIAG MODE
'nw SAD FOR CORRECT CHECK BITS

SMASK OUT CHECK BIT FIELD

uens CORRECT CHECK BITS GENERATED?2222?
eavee

744
037
03745

104424
10451

o
w

10525 0374
74
105

ee GENERATED ON A m TE.
:TURN OFF CACHE
tAcuorr

105264

105

MTP043 WRITE BYTE CLEARS SINGLE BIT ERROR TEST

lttttttttt.'t.tttt'ttt""tti'tttttttttt'ti.t.t.ttt.t..tttt.t..'.t't...t..'t't.

MTP042

PAGE 322

SEQ 0271

;POINT TO HIGH BYTE AND REPEAT
:BIT 0 OF HIGH BYTE
:DO HIGH AND LOW BYTE
:TURN ON CACHE

1113 2?-APR-82
M
CZMSPAOD MS11=L/M/P MEMORY DIAG. MACRO

HTPOIJ WRITE BYTE CLEARS SINGLE BIT

MTPOL4L: SUBTST

10560 037626

SEQ 0272

PAGE 323

09:41

<<MTPO44

SHIFTING CHECK BITS THROUGH THE CSR TEST>>

Q.QQQ'.Q..Q.Q..Q.Q..Q'.Q.'l'.t'...'tQQ.Q..l'fit'.'t...'.t...".'QQQ'.Q.."."..'

: *SUBTEST

x Sg
CDCDC’C’gEC’C’C’C’

MTPO44 SHIFTING CHECK BITS THROUGH THE CSR TEST
'Q'Q....Q.Q.Q'..tfi..'...'I.'Q'Q..QQ.Q..t.'.'.".'.'t...
'.'.'..Q'.'Q
'Q'..t.Q.Q'Q
=D

THIS TEST CHECKS THE AllLlTV TO READ AND WRITE CHECKBITS INTO MEMORY

BY SHIFTING A ONE BIT THROUGH A FIELD OF ZEROS. THE CSR IS _READ roa THE

A
CORRECT PATTERNS. THE TEST IS THEN REPEATED ON A ZERO BIT THROUGH

NNNY

o o e e
o s e i o e e e o o i e e
D b e e d D b e be
0000000000 =r= CO0000000 CO000O0 00O

SrDCJCNDCND
NN
N NNWN
~
NN

£382ga;s;

FIELD OF ALL ONES.
ACHOFF

104424

RS: 1960;9
LET
CBI1CSR
I.ET PASFLG

104475

LET R2 := M6
EPEAT

s INC LOOP C

LET PASSM = #0

:INIT PASSNOCINNER LOOP COUNTER)

LET PASSNO := PASSNO + M
LET CSR :8 R2

LET (R1) := #0
RS
COM
MOV R5,=(SP)
axc Ré&. (SP)

¢ RS.R&
xs (SP)+,Ré4

LET CSR := Ré
LOADCSR
READCSR

D andd

OHONONON
S

7
RN RNNRN <K
IR
&~ NN

bttt
tve]

OO0O00O0OO0OCOO0O0O00O

LOADCSR

S RNRRPR
.

b =i

wWh=O

R
b

b —d = e

d b

) b =D =D =

b =D o

U!Ula

geegeResg SRLRRRES L8I2ISQRGR2

LETR : = R2

;INIT PASFLG
;CHECK BIT MASK FOR CSR
:ENABLE CHECK/SYNDROME BIT REGISTER
;SET UP INITIAL CSR DATA

LET PASFLG :B= PASFLG + M

REPEAT

020000

:TURN OFF CACHE

:
LET RS

csn

exc #BI1T13.R

NE al
IF R3
LET ADDRESS = NFIRST

TER

;CHK BITS =
:DISABLE ECC;DIAG CHK SET
sINC LOOP_COUNTER

:COPY R2 TORé
:GET_CSR DATA TO BE WRITTEN
;WRITE SBE CHECK BITS TO CSR
;WRITE DATA NO CHECK BITS AT A=0
; COMPLEMENT
:SAVE RS ON TACK
CREATE AN XOR FUNCTION

LOAD CSR WITH COMPLEMENT CHECK BITS
:READ CSR FOR CWLSKNT CHECK BITS
R
sCOPY CSR DATA TO

:CLEAR ANY POSSIBLE INHIBIT MODE POINTER
READ CSR FOR PROPER CHECK BITS

00D
:

*ERROR CALL
; COMPLEMENT MASK

READ CHECK BITS AT A=0 INTO CSR
002146

104054

READ CSR FOR CMRECT CHECK BITS
MASK OUT CHECK BIT FIELD

GET CHECK BITS THAT WERE WRITTEN
:MASK OUT CHECK BIT FIELD
ARE CHECK BITS THE SAME?

*ERROR CALL

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MTPO4L

SHIFTING CHECK BITS THROUGH THE CSR TEST

10614 040036 040502

10615

04004

10619

040054

Q0056

010346

10622

10614
10617 040050 006302
10618 04005
10620

10631

005105

;

BIC RS,R2

;SHIFT CHECK BITS AND CREATE NEW DATA FOR CSR

ASL R2
ELSE

:DO A_FIELD OF ZEROS===>ONES
:SHIFT CHECK BITS
:D0 A FIELD OF ONES ===>ZEROS

IFB PASFLG EQ #1
COM RS

MOV RS,=(SP)

040062

04050

BIC R2.(SP)

10624 040066
10625
10628 040072
10627
040074

00630
010546
040216
040502

ASL R
MOV RS,=(SP)
BIC R2.(SP)
BIC RS,R2

040064 05260

10628
106

040076 052602
8‘8% 00510

10631

04010

10632
10633
10634

040106
04011
0401

10635 040132
0401
10636
10637 040136
10638 040120

104503
5011
104423
000207

SEa 0273

PAGE 323-1

040080 0é0ete

10623

BIC RS.R2

BIS (5P)+.R2
BIS (5P)+,R2
COM RS

LET R2 := R2 + #6

UNTILS PASSNO €0 #6
LET R2 := #3706
UNTILB PASFLG EQ #2

CLR1CSR
CACHON
RETURN

CLR (R1)

:SELECT FUNCTION
:

:TAKE OUT CHECK BIT FIELD

:SHIFT CHECK BITS
:PUT BACK CHECK BIT FIELD
:
:

:: COMPLEMENENT DATA PATTERN

;ADD 6 SO THAT WRITE ON CSR WILL ENABLE DIAG MODE
:DO ALL CHECK BITS
:REPEAT WITH FIELD OF ONES

:
:TURN ON CACHE
:

MSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-02 09:41
CZ
&

T
SHIFTING CHECK BITS THROUGH THE CSR

MTP04S SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST
+«SUBTEST
:
: THIS TEST CHECKS TO SEE IF THE DOUBLE BIT ERROR INDICATOR IS SET
P ONA DOUBLE BIT ERROR AND THE CORRECT SYNDROMES ARE LATCHED INTO THE
P CSR. THIS TEST IS THEN REPEATED WITH MULTIPLE ERROR CHECK/SYNDROME BITS

ttttttttttttt'ttttttt"t.'ttt..t.ttttttttt.QQtt.tttt.ttt..tt.t..'lt.t...'.t'..'

}wg
10649 040142 104424
10647 040144 104513
10648 040146
10649 040152
10650 040160

10653 040172
10654 040174
10655 040176
10659 040200
10657 040202

10658 040204
10659 040214
10660 040 g{z)

10661 040

005237

104425
104503
005711
104426

CACHOFF
CBREG
LET PASSNO:= #0
LET GOOD := csm
LET CSR := #3144

002264

104063

ol.ozsg
1
“5 040232 104513
10660
104426

10664 060234
10665 ol.ogso ooo;l.g
10“9 040240 042737 174033 002146
10667 040246
10668 ol.ogss
10669 040264
10670 040272

10671 040274

104042

106;; 040274 005011
10673 040276
10674 040

10675 040312

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST>>

'.t.t't.ttt"..lt..t.'.'."'.QQQ...QQ.........Q.'.'Q.'.'.'QQ'Q.Q'.Q..QQ..Q'QQ"

10641
1064§
1064

10651
040166
1oes§ 040193

SEQ 0274

<<MTP045

MTP04S: SUBTST

10640 040142

D
PAGE 3264

10676 040322

104503

10678 040326

000207

10677 040326 104423

REPEAT
INC PASSNO

CSR
CLR1CSR
tST (R1)
CSR

LET (R1) := #0

:TURN OFF CACHE
*ENABLE CHECK/SYNDROME BIT REGISTER
*CLEAR LOOP COUNTER
*GOOD DATA
*DBE CHECK BITS FOR CSR
:

*WRITE DBE CHECK BITS TO CSR
:CLEAR CSR OUT
*READ A=0 TO GET DOUBLE BIT ERROR
*WAS UNCORRECABLE ERROR BIT SET???

SWRITE zeaos AND DBL ERROR CHK BITS A=0

xr #BIT1S OFF.IN CSR :
SETHEADER
:
LET BAD := CSR
:

END

ERROR +63

(BREG

:BIT NOT SET

BIT REGISTER
em:.s SYNDROME
FOR CORRECT SYNDROME BITS

READCSR
NOP
BIC #°C3744,CSR
IF CSR NE GOOD_THEN
LET BAD:= CSR

*READ CSR
:DEBUG AIDE
*MASK SYNDROMES OUT
*CHECK IF DOUBLE ERROR BIT IS SET
:BAD DATA

CLR (R1)

:
L
*CLEAR

SET MEADER
ERROR +4

LET GOOD := #3604
LET CSR := #3004

unm PASSNO EQ #2
CLRICSR

CACHON

RETURN

:
:

:REPEAT unu MULTIPLE ERROR SYNDROMES
*MULTIPLE ERROR CHECK BITS
:

CZMSPAO MS11=L/M/P_MEMORY DIAG. MACRO M1113 2 6-APR-82 09:41
MTPOLS SYNDROMES TO CSR ON DOUBLE BIT ERROR T EST
10680 040330

SEQ 0275

PAGE 325

MTPO46: SUBT ST

<<MTP046

#SUBTEST

MTP046

CHECK SINGLE BIT ERRORS WITH ECC DISABLED>>
A L

R R R R LA

CMECK SINGLE BIT ERRORS WITH ECC DISABLED

dddd)

;tt..'."........l..'."""Q...Q.Q.Q......tl.'t....Q...Q.'..".Q....'.Q...'.Q.'

10681

ZReREEEE

THIS TEST CHECKS TO SEE THAT FOR EACH BIT OF A DATA WORD THAT A SBE
IS TREATED LIKE A UNCORRECTABLE ERROR WITH ECC DISABLED AND TRAPS

: ARE DETECTED.

002262

LET PASSNO := PASSNO + #1
CLR RO

*CLEAR DATA

CLRB PASFLG
(BREG
REPEAT

LET PASFLG :B= PASFLG + M
LET R4 := #-1
LET NOPAR := M
LET BITNO := #0
IFB PASFLG EQ 7
LET RS := M
ELSE

LET RS := M77776

END
REPEAT

005237

002320

072227
052702

000005
000006

s INCREMENT LOOP COUNTER
sINDEX TO SINGLE BIT ERROR TABLE
sENABLE PARITY ACTION
sCLEAR INNER LOOP COUNTER
sSELECT DATA TO BE CORRECTED BY PASSNO
;DATA=0;BIT TO BE CORRECTED IS A ONE

:DATA=177776;BIT TO BE CORRECTED IS A ZERO

LET PARCNT := #0
INC BITNO

LET R := R4+ N
LET R :g- PTABLE (R4)

ASH

#5.R

BIS #BiT2!'BI1T1,R2
LET CSR := R2
LOAD

104425

SCLEAR PASFLG

*ENABLE CHECK/SYNDROME BIT REGISTER

IN CSR
IAG MODE
K BITS TO BE WRITTEN
3
LOAD CSR WITH DATA

ST PASS

104045
104503
005011

006305

808705

END
CLRICSR

CLR (R1)
IF8 PASFI.? EQn
ASL R
ELSE
SEC
RS
ROL

LEAR

106426

*CHECK FOR CORRECT TRAP
*READ THE CSR FOR UNCORRECTABLE ERROR
1S UNCORRECTABLE ERROR BIT SET222?

040614

8(83271;

;ECC DISABLE.NO PBL

SSECOND PASS ;ECC DISABLE,PBL ENABLED
$CORRECT SBE

104507

®
,pvun ]EU““U“& Ufig\fl P
A

;CLEAR OUTER LOOP COUNTER
sTURN OFF CACHE

CACHOFF
REPEAT

104471

NOOCONNVO

ISSRSSSS88S
VRN
SO OB NGNS
W =O

C’CNDC)SHR

SN
~

) D b b b
b D b b - b b

e e

—d e

D i b )

D ) e

OO00O0O0O0O0000000 OO00O0O0O0O0O0O0O0O0O00000O

CLR "PAS SNO

(=)

002264

NNNO

%22F52 -a-a.a-a-oiz3382\dU“quE
FOEEE

PRRRRER RRRRRRRRRRRRR
@lelele] oo 0O 00000
RRRRRRR
*fidbfldh‘
Vi

b d md D e

d b

SHIFT
IFT NEW DATA DEPENDING ON PASFLG
SHIFT
IFT BITNO TO THE LEFT
;SET CARRY BIT AND......
sROTATE LEFT

MTPO46
~

7
739

QR —r——

107

MACRO M1113

26-APR-82 09:41

SINGLE BIT ERRORS WITH ECC DISABLED
CHECK
54

ga. 005100
04037
i

PAGE 325-1

UNTIL BITNO EQ #16.
COM oM R

WTILB PASFLG EQ_#2

P,ASSNO EQ #2
UNTIL
CLR1CSR

00020

CHKTRP: IF PASSNO EQ N
IF PARCNT EQ M
104057

104062

000207

ET HEADER

ERROR +5

LSE
IF PARCNT NE 01
SET HEADER
ERROR +6
END
END

RETURN

SEQ 0276

sUNTIL ALL BITS ARE DONE
; COMPLEMENT DATA AND REPEAT
WTIL 2 PASSES ARE COMPLETE!

: TURN CACHE

;PASS 1 CHECK FOR NO TRAP

Ve Ve300 %0% %, %,

CZMSPAO MS11-L /M/P MEMORY DIAG.

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

26°APR°02 09:41

CHECK SINGLE BIT ERRORS WITH ECC DISABLED

MTPO47: SUBTST

10756 040670

b
-

NO CSR UPDATE ON SBE WITH EXSISTING DBE>>

W —
~ -

020000

10785
1014
10;39 81010

Belo
10788
10% 10

104
105
105

s &
1
1
i s
041

000020

9 020000 002146

$GET BANK NUMBER

;SHIFT INTO PLACE

sMASK OUT UNWANTED BITS

LET CSR := #3144

:SET UP GOOD DATA
;ENABLE CHECK/SYNDROME BIT REGISTER
CHECK BITS FOR DOUBLE BIT ERROR

LET (R1) := #0
LET CSR := #104

WITE DBE CHECK BITS
WITE SBE CHECK BITS

LET (R2) := #0

HITE SBE CHECK BITS AT ADDRESS + 4K
:CLEAR CSR
:READ DBE LOCATION
:READ FOR CSR DBE INDICATOR
CLEM INHIBIT MODE POINTER

BIS #8IT1
CBREG

CLRI1CSR
TST (R1)

0407
10
10780 040

!
10 s
glom
1

Ré
BIC o~c77&o
5.Ré
ASH #9

LOADCSR

104425

10775 06076

g s

WITH A SINGLE BIT ERROR WHEN A DOUBLE BIT ERROR ALREADY
EXISTS.

LOADCSR

104425

10774

10;779040“

THIS TEST CHECKS TO SEE THAT THE CSR_CONTENTS WILL NOT CHANGE
:TURN OFF CACHE

§8

52704
104513

:
:

“
>
N33
23S
gsesz

04071

10768 040714
0769
040722
0

10798

<<MTP04L7

Qfittt..'.t....fi..fi'.."Q'..'....t..Q..Q....'Q.t.'....."..'

10762 0406 104424
18763 8: ;g
73 072427
10764
gesred
8
10765

18791
179§
1079

PAGE 326

..Q..'t.t'....'.'t'.."""'.ttt'......t'."'..'....t....t'.t...'.'.'.'...'.'.'
MTP047 NO CSR UPDATE ON SBE WITH EXSISTING DBE
s*SUBTEST
t..'.'....'.t...'...

10757
10758
10759
10760

1076

SEQ 0277

READCSR

BIC #BIT13,CSR

IF CSR NE Ré

sSET BIT IN GOOD DATA

:READ SBE
:READ CSR FOR NO CHANGE

CLEAR INHIBIT MODE POINTER

SCLEAR 1 CSR

STURN ON CACHE

e
“3

P MEMORY DIAG. MACRO M1113

26~APR-82 09:41

b
d D

.SBTTL

SEQ 0278

PAGE 327

MISC SUBROUTINES

REGCOPY:SUBTST

<<SUBR

COPY RO TO R4,R1 TO R3, & R2 TO R5>>

t*SUBTEST

SUBR

COPY RO TO R4,R1 TO R3, & R2 TO RS

T I

ittt

e R T

R D D R R DL AR

A A R R

A A

R A A

il L

:Ql..t'....""..."..."""..Q......QQ.Q'Q.Q'..'.'Q....'...'Q..'Q....'.""'.'

) e

gEEE

MOV
MOV
MOV

)

RETURN

ag.m.
R .n;
R2.R

—

FLIPWARN:SUBTST <<FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS>>

CARRRRARRRRAAANARAARARRRRARNAARAANANAAANAARAAARAAAANANAARANRAAANAAAAACAACCNNARRONDY

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS

s*SUBTEST

#-C3,7LIPLOC
#1,FLIPLOC
1
#2,FLIPLOC
2
#3 . FLIPLOC
38
RO
ONES ,Ré4
48
Ré
4
#401,R0
ONES R4
4%
“81.”
#401,R4
.
.WARN
RO, WARNS
-WARNS

80602
002602

002602

18:

23
38:
48:

POP

o
-

8IC
CMP
BEQ
cHP
BEQ
CMP
BEQ
CLR
MOV
B8R
CLEAR
BR
MOV
MOV
BR
MOV
MOV
MOV
MOV
MOV
MOV
=

£83
—

SNWNSNINN

P2ty SNNNN

wWw -\ =2 N)=N

PUSH
INC

b
-

§ e e e e L) e
2 BRarss

SPRAT
BN H SRS
SR P
~
&~

n3ro

W
= O VBNV
—

AR
RRRRRRRRRRRRRRRRRRRRR
RR
—d i b o e D e ) D d b D ) i e D ) D b b b ) o b b

e e

) ) ) ) e

b wd b cd wd

) -

) D ) D

) - -

SEesssRaas
WN-O

T
&
e

;Q"Q....'....'.Q..'.'Q."....Q...Q.....QQ.'..Q.Q..Q.......'Q.Q.'.."'."""."

FLIPLOC

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-m-oz 09:41

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS

BACKGND:SUBTST

10835 041224

108
108

108
108
1832?
1
1w.§
10843
10844
10845
1004.9

<<SUBR

SEQ 0279

PAGE 328
WRITE BACKGROUND>>

t...'.tl...t'...t...'.'Q'"Q..QQ..Q.Q..'.Q..Q..Q."Q.QQ.Q.t..."'t'...!"."'.'

WRITE BACKGROUND
SUBR
s *SUBTEST
‘WRITES DATA FROM R2
SAVREG

Otttt..tt.'.t..tt.ttfiQ"'t"...t.'..l'tt".fl..Q'..QQ.'Q"tt....""..'..'t...l'

12264 104415

127
1
1
12701
737
1
11246 13m;
0412564 012737
737
041
12737
041
1274 1044.19

1 003752

76404

2&7)
2260
A
7503
40 027404

MOV
MOV
cMP
BEQ
WARNGA: MOV
MOV
CALL
MOV
RESREG

#F IRST RO
o 126
(mr

Meo
ozor MTP000+4

, SUPDOADD
g»
#240,MTPO00+4

BROV T T
00020 oo%% 177644 GARNGB:
10808 Be1808
?mm
#20
MOV
WARNG:
o1z;§7
1
'3
1oun
SuPDO
CALL
10850 041314 082 7 02
10851 041

10852 041

4.13

00020

RESREG

RE TURN

;WARNING PUTTING 'RETURN'' AFTER WRITE
:RESTORE °"NOP' AFTER WRITE

:WARNING PUTTING "RETURN'' INSTRUCTION AFTER WRITE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

SUBR

WRITE BACKGROUND

10854 041324

<<SUBR

: *SUBTEST

SUBR

SEQ 0280

PAGE 329
GET CSR INFORMATION FROM CONFIGURATION TABLE>>

R R R R A R R A R R A AR L Al d il l
t
e
I

GET CSR INFORMATION FROM CONFIGURATION TABLE

:t....Q..Q'Q.'..Q..'.."""...Qt...'....t'.Q.Q.'Q.Q.Q...l'..t"'..."..'.'...'.

:INPUTS : NONE
|
SOUTPUT : CSRNO = CSR NUMBER

10855

10856

}&ag‘

GETCSR: SUBTST

10859
10860

041324 81370
16203
041

0021%
0026

MOV
MOV

BANKINDEX ,R2
CONFIG(R2) ,R3

sGET INDEX INTO
sMOV IT INTO R

177741

BIC

#*C36,R3

*CLEAR OFF SOME BITS

10861
'338

10864

10865

041
1

041

041350

10337

207

002150

SWAB
ASL

MOV

RE TURN

R
R

R3, CSRND

:SAVE CSR NUMBER

CONFIG TABLE

10868 041352

SEQ 0281

PAGE 331

—

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APREOZ 09:41
GET CSR INFORMATION FROM CONFIGURATION TABL
SUBR

PCONFIG:SUBTST

<<SUBR

PRINT CONFIGURATION MAP>>

s «SUBTEST

SUBR

PRINT CONFIGURATION MAP

CARAAR AR AAAANRRARARANE RN RNAARAAAARARARAAAAARARAANAAAAAAAAACAAAAAACACAOARCRS

10878
0879
0880

0881

0883

0884
0885
0886

0887

0888
0889
0890

0891

0898
0899
0900
0901

1091

17777
146120

624

0414
0414
041440

041450

041654
000060

1 516
1
1

MSG0O?
MSGOO
nsgoo

BGE

NOOJ

NOOJ :

041654

000170

002552

004737

041
1624

000207

#60. .RO

RO,R&

R1.R3

MSG004

(MP

#60, LASTBANK

TYPE

SCRLF

CALL
BGE

TCONFIG

MSGO17

:PRINT SPACE(S)

MSGO17

:PRINT SPACE(S)

MSGO11
SCRLF

TYPE
MOV
MOV
CALL
BR

ns6go1s
#60.%2+2,R1
R1,R3
tcénrze
PCONF

PCONF1: MOV

MOV

TYPE
TYPE
CALL

CONF2: MOV

BIC
MOVBE
POP

RE TURN

PCONFS: 0

:60 TYPE CONFIGURATION (1ST HALF)

2
PCONF

TYPE
TYPE

CLEAR
TYPE
TYPE

041614

;KILL ANY OLD INTERRUPT
*LOWER CPU PRIORITY TO 140
*ENABLE KEYBOARD INTERRUPTS

#60, LASTBANK

TYPE

04155
041554
041560

;SAVE LAST GOOD SP

iF #Swé SET.IN aSWR THEN JUMPTO PCONF1

TYPE

1563

10914
0416
10915
0416
10919
10917 041652

TYPE
TYPE
TYPE

CLEAR

04150
1 041506
1 041514

MOV
MOV
MOV
MOV
BIC
BIS

IF FAT PAPER ON TERMINAL GOTO 1$

0414
04147

673

TKVEC,TKVEC+2,R0

SP,PCONFS
néonrz.txvsc
#340, TKVEC+
amg.no
#BIT7.PSW
#B81T6,38TKS

CMP

002552

446

2 g1ee
1%%
0904
on S
041610
0908

0909
10910
10911
1091;

806062

OoOOoOON

041416

0a13%8
0895 041 353
0894
536
o s

089

PUSH

i i

108

gSee

10875
108;9

404
041410

108
10874

10870
10871
108'5

2222 RRRRRRRR RRRRRRRRRRRRRRRRRR RRRRR RRRRRRR

:ttt.tt.ttt'.l.tt....."'.'t"'.ttQ.t'ltt.Qt..tt.'t.t.t.".ttt."t'tttt.."t't'Q

10869

#120. RO

Ré

R1.R3
MSGO14
MSGO11

:SPACE

PCONFS, SP

;RESTORE STACK

@$TKB.RO

:READ CHAR TO KILL FLAG

MSG004
MSGO12
TCONFIG

#BIT6,88TKS

RO, TKVEC+2, TKVEC

:STACK SAVED HERE!

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

SUBR

PRINT CONFIGURATION MAP

TYPE CONFIGURATION>>

: *SUBTEST

SUBR

TYPE CONFIGURATION

sCALL:

MOV

#N,RO

sN=NUMBER OF CHARACTERS
sBACKUP
s INDEX CONSTANT

CALL

TCONFIG

SACTUAL CALL

il dddd
A A R R R R A R AR R AR A A dd
e e et
e

:tttttt't.l'ttttt..t..t"'.t'itt..it.l'.t....t"'..ttlt.ltt"t.ttt"tttl't.ttt'.
:t.itttt..tt.'....Q.tfit'tt't..tit..tttt"...tt..ttttttttlQt.tttttit..t.tttt..t!t

10921

10952

MOV
MOV
MOV

10925

s
3
3

10927
10928

RETURN
F
322330t
T332
3

10923
10924

10926

10929

RO,Ré
#K.R1
R1,.R3
e

10930

JRRRRARAANAS

109

X 12132223223]

;BACKUP

SONLY RETURN

R a R RS

i d i it ddadddddddiddd

:*% ERROR #»

10931

10933 041654 012737 000340 177776 TCONF 1G:MOV
10934 041662
10935 041666 032761
10936 041674 001403
10937 041673
000402
10938 041702
10939 041704
10940 041710 062701
10941 041714 077014
1094; 041716 010400
10943 041720 010301

SEQ 0282

PAGE 333

<<SUBR

SUBTST

10920 041654

000001

000004

002650

18:

%S:
$:

TYPE
BIT
BEQ
TYPE
BR
TYPE
ADD
S08
MOV
MOV

#340,PSV

MSGO05
#81T0,CONFIG(RT)
2$
MSGO13
3s
MSGO14
#4 ,R1
RO,1$
R4 ,RO
R3.R1

;DISABLE INTERUPTS

:ERROR ON THIS BANK?

JNO = SKIP
sPRINT %"

sPRINT SPACE
:BUMP POINTER
:LOOP UNTIL DONE

mné

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113
TYPE CONFIGURATION

SUBR

NS =Sy
VIV v WIS [vivivy ONS

177776
002652

000002

002650

000040

074704

000055

074704

18$:

177774
000011

000007
000060
074704

2$:
16$:

062701
077054
010400
010301

mMsSG007

BIT
BNE
BIT
BNE
MOVBE
B8R
MOVB
B8R
MOV

:gniz.counw(kn

SWAB
ASH

RS
#-4 RS

THIS IS AN ENTRY POINT FROM ERR OR REFURTS
TCFIG61: MoV
#340,PSW
:D] SABLE INTERUPTS

1$:

002650
007777

fYPE

1
188
#' ,MSGO1S
168
#'-,MSGO15
16$
comg(m RS

BIC

#BIT1,CONFIG(R1)

:1S THERE ANY MEMORY HERE?
sBRANCH IF MEMORY PRESENT.

#~C170000,RS

:GET CSR INTERLEAVE

CMP
BPL
ADD
ADD

#9. RS
2
#7.RS
#60.RS

ADD

#4 ,R1

R5 HS?01S
MOVB
TYPE
MSGO1
IF NOTAB NE #0 THEN SRETURN
RO,TCFIGY
R4 RO
R3.R1

So8
MoV
MoV

sMAKE ASCII
sPLUG INTO MEMORY
;BUMP POINTER
:LOOP UNTIL DONE

cRRARARAAANRAAEATY

J%% MEMORY TYPE =+

000115

074704

112737

000114

074704

—

112787 000040 074704
075082

IF #8IT0 isr.m RS
IF #8IT1 SET.IN RS

#'P,MSGO1S
#'M,MSGO1S

MOVB
MOVB

ELSE

END
ELSE

#°L,MSGO1S

MOVB

2y
mOv8

AN EC% MEMORY

A MST1-P OR A MS11-M222

A MS11-P

A MS11-M

SIT IS A MS11-L

ngsms

TYPE

MsG

ADD

IF NOTAB fago THEN SRETURN

508

MORY TYPE
NON_INTERESTING BITS
A LEGAL MEMORY TYPE

SE-*

112737

a; '}
17§

Nty

074704

CMP
BGT

Bt Byt
B Smmg

000120

#°C7.RS

BIC

177770
000003

112737

]

s
it
3022

CgNFIGOZ(R1).RS

MoV

002652

1610

MSG009
SPUBIT.CONflG(R1)
78

TCF1G2: BIT
8

-t

002650

L TATATE]

002104

Dy bt S Bt € (5
=—tnnnTMnrEmMm

033761
0014

ii ittt il it il d

P
X)

RanoRrRoN

RRRRRRRRRR

S8EEERRRRR R

06
110537

000340
010000

RS SSNNTORINY
6
060

DO
=O—OWOW—
23 N ~ R e8=8=883882
WRNSYVOIN
3
SuS
3on
o
(=3=d
u§o-o~u

333434
212222333333

RRRRRRRR RRRRRRRRRIRRVRR2
SSSe
S~

WN=O
0

33322332223
33323

tax INTERLEAVE #+

ggSSS
333&3‘.?3%8 #3832323¢
33333823

D d o e cmd) ) mh
el mead o
b ek D o ced oo

b
=B b

PAGE 335

26~APR-82 09:41

:tttttltttttt..t'

1094
1094

RO,TCFIG2

:BUMP POI| NTER
TIL DONE
:LOOP UNTI

SEQ 0283

S
°°°°°°°m§§§§8§
VO NO VS NN =O
v
RRPRRRRERRRRRRRELL

S —5

Bgseinasy

223133334

FSEANEREN>

egis

MSGO16

MOV

1)
CONFIG(R,RS

TCF1G3: MOVE
BIT
BEQ
BIC
SWAB
MP

170377

000011

108:

B8PL
ADD
ADD

16%:

TYPE

000004

MOVBE

MSGO1S

#B8IT1,RS
16$
#C7400,RS
RS
#9. .RS

193
RS
036 RS

R fisgms
MSG01

IF NOTAB NE #0 THEN SRETURN
R
¥4,R1
ADD

S08
MOV
MOV

RO.TCF1G3
R4 .RO
R3.R1

sMAKE ASCII
*PLUG INTO MEMORY
;BUMP POINTER

iwt PROTECTED **
—2

S
o

gé NS

SAESY o W&

s
44
N —

3]
2 1133333333333

RRRRRRRRRRRRRRRR

R RRRRRERERETRERTENER

074704

fYPE

;ttt'.t..l.tttt'

~N -

))Deoe)
ie

00000

sex (SR =

IV V]

— e

26~-APR-82 09:41

:.ttttt.tt

e e e ol e
e

d e e

- g—-g— p—-——y——— p— - P P

— e o o b D b e cnd ) D D
)
b D wd - ) b PP
e R e
— e
e and e
b b )
D cd b oD
D ) b d bB

SEQ 0284

PAGE 335-1

R.RO
MOV
R3.R1
MOV
.DSABL LS8

P P

MACRO M1113

s 843518 SN

) ) e

CZMSPAO MS11=L/M/P MEMOR5n°lA°'
TYPE CONFIGURATI
SUBR

118:

002650
000120

074704

000100

002650

000111

074704

128:

TfYPE

MsSG010

BPL

128

TST8

CONFIG(R1)

:BANK PROTECTED?

:NO

= SKIP

engva

13;.7456015

BIT

ne‘u.comcm)

:PROTECTED REGION OF ECC?

158
#4 ,R1
RO.11$
Ré.
R3.R

‘BUMP POINTER
:LOOP UNTIL DONE

Bous
TYPE

B8R
TYPE
ADD
$08
MOV
MOV

#°1.MSG01S
Gb?i
MS5G014

et Tt

:PRINT SPACE

MACRO M1113

NOWNSWN=O

.SBTTL

TRAP

PARITY ERROR HANDLER

:IGNORE ERRORS BUT COUNT IF NOPAR FLAG = 1.

:Qlt'..t..Qtttt.tt...tt""'..'..fi.Q.tQQ'Q't..Q..Q.Q.Q'Q.Q....'.'.Q."".t."'..

CODE

ACTION

FRTN;‘UNEXPECTED PARITY TRAP

]
WNNONWN

NNN
=ty
ON
NNOMWNN

g 28B&fldgs =SNOWNI=N)
pury

042472
042476
042500
042504

gnss

RRRRRRRRRRRRRRRRR

—

76
77
78
079

PAGE 337

SVECTOR TO HERE FROM TRAPS TO 114

S3ETRIFEREE3T
NSRS

i=l=lelelolel=1=]

D D D D d D e

D d D ad D D d =D d D d — e e
D md d e

— D b cd D D ) e e

26~APR-82 09:41

SEQ 0285

CARAARRRRARRARNARAARAAREERARAARRARAAAANAARRARAAAANAARAANAAAAAARAAONRANCACOOOOANS

D e

D ) ) D )

P
D e D o

00000000

S
N
N
e e ) i =D

CZMSPAO MS11=L/M/P MEMORY LD%AG.
TRAP
PARITY ERROR HANDLE

000001

002074

PARITY: CMP

000002

002074

18:

005322 000002
000004

000003

002074

28:

0462614

38:

RETURN VIA

*PARTHERE"’

PARCNT

;COUNTING PARITY ERRORS?
= SKIP
;NO
;PARITY ERROR COUNTER + 1

CMP

#2 ,NOPAR

sACTION CODE = 2 ?

ADD
g*g
CMP
BNE

PCBUMP, (SP)
#BIT2,2(SP)
#3,NOPAR
33

*UPDATE RETURN PC
*SHOW FAILURE BY .NE.
;ACTION CODE = 3 ?
iNO = SKIP

CALL

§QD$TACK

BNE

MoV

002300

#1,NOPAR
1$

BNE
g?f

002070

ERR L / SETUP 'BADPC'* / RETURN VIA PCBUMP
c "“ABORT''
SET

, (SP)
PARTHERE

= SKIP
:NO
sYES
sFIND BAD SP,PC.PSW OFF STACK

sFIND BAD SP,PC,PSW OFF STACK

c
-4

IMSPAQ MS 11=L/M/P MEMORY DIAG. MACRO 81113

RAP

NON-EXISTANT MEMORY (HOLES) HANDLER

.SBTTL

NON-EXISTANT MEMORY (HOLES) HANDLER
e

L L L L L L L L L L e

CODE IN_NONEM DETF«HINES ACTION AS FOLLOWS:
IGNORE ERRORS BUT COUNT IF NONEM (NO NON-EXISTANT MEMORY) FLAG = 1.
TO EXIT PATTERN O DURING SIZING IF NON-EXIST MEM ERROR

Qttfifitttt....'....Q"""'Q'...Q.....t..........'Q.Q..QQQ....."Q'.".'..Q'.Ql'
002076

WEX!ST;&P

88588? 002066

INC
CMP
BNE
fi}
INC
:?Y

000001

11090 gl‘: 5

Nl &
i &2
3

002032

e &
e&

002066
000001

11098
0425
11099 0425
11100
1110

18
2s:

NI
s 004737 062614
11104 04%563
11189 045570

11108 042574
11109
11110 065602
11111 04
11115

0462614

.SBTTL
MMTRAP: E:lfkl

004737

062614

PDP"OS:S:I#L

pury

SN2

042642

;BUMP NON-EXISTANT MEMORY COUNTER
:FIRST ERROR?
:NO= SKIP
;ASSUME RO CONTAINS THE ADDRESS ACCESSED
sBUMP NON-EXISTANT MEMORY COUNTER
:DUMMY UP R1 FOR A FORCED SOB EXIT

TIMEOUT (TRAP TO 6) HANDLER
TRAP
sFIND BAD SP,.PC.PSW OFF STACK
gADSTAC

.SBTTL

MEMORY MMGEKNT (TRAP TO 250) HANDLER
TRAP
sFIND BAD SP,PC.PSW OFF STACK
?DSTAC
TRAP

gADSTAC

RESERVED INSTRUCTIM HANDLER

sFIND BAD SP,PC.PSW OFF STACK

BADSTACK:SUBTST <<FIND BAD SP, PC, & PSW FROM STACK>>

11119 042614

gl
st
m i§6

NEMCNT
#1,NEMCNT
1%
RO,ADDRESS
NEMCNT
MR

t'..QQQQQ..l..t'.tt..'.'t".t..Q.".0.....'t...Q..tl.'t....""."...'t.l...".

004737

11120 042614

'C‘gfll’gflfNON-EXISTANT MEMORY ERRORS?

sl.noutn

QQ.Q.'Q...Q.Q'...Q'.'tt"t'..tt..Q.Ql'.'i'.l..'Qi..'.'...!.."".'...".'.'...'

.SBTTL
Tl*OUT'EALkL

11124

TRAP

SEQ 0286

PAGE 339

.VECTM TO HERE (SOMETIMES) 7ROM TRAPS TO &

11
11085
1
1108
11088
11089

11096

26=APR-82 09:41

tltt..t.ttl..t.l...t""'Qtt......tl.Qt.'....tt.....t!...'t.".".fi'.".t'.'..'
FIND BAD SP, PC, & PSW FROM STACK
; *SUBTEST
..Qt..."Qtt't..l.'."'.'t.tt..t.lt........Qt..tfi.tt'."'t't."..Q..'Q..Q".'t'

MOV

MOV
ADD

MOV

RETURN

SP wsr

5«5»
.BADPC
(SP) .RADPSW

o
~N

MSPAQ MS11-L/M/P HEHORYERIAG. MACRO M1113
~

.SBTTL

KERNEL TRAP HANDLER

D dd el

:KERNEL IS A TRAP THAT COMES HERE

) D o
) D

06%783

140000

000002

SKERNEL : RTI

8Ic

#140000,2(SP)

t...'t.tfi'.t.....'ttt'.""'........Q.'..'Q"Q..QQ..'......'QQ.'.'..Q.'.'.Q'Q.'

852737
2

000001

177572

042737
000002

000001

177572

E2RERR

005737

002540

s 002540 177746
177746

3
P
>~

NNNY
NN
NN

22
2®
N

URERIEEEREEAEEE

D e e
d i

D —d D cd D D

D i
b i b cnd D

b od D d D e o

— o

D d

TRAP

.t'ttt'tttti.tl....Qtl'i't't.'.'t.Q.Q.Q.Q'".Qt'.'.Q.Q...'Q'Q.'..".'t..t.."'.

) D

D o e i D i ) il D ) D

) i D e i i D i
D ) D e
i D e
D e D
— e

26~APR-82 09:41

SEQ 0287

PAGE 341

..QQ'...t'.tfit.l..'..""'t'.tt.........'..'Q...'.Q.Q..QQ...Q.'..'.QQ"'.Q'..QQ

D ) D ) bP

KERNEL TRAP HANDL

52737
000002

000001

5737
1403

002540

053737
000002

002544

+SBTTL

ENERGIZE TRAP HANDLER

SENERGIZE TRAP HANDLER
TRAP
.SBTTL
SDEENERGIZEBIC #81T0,MMR

.ttlt'..t"..ti.tt.t.'t""'t.Q'Qt....tt."..'.'...'.'.'.t'.'....'Q".Q..".'..

Q..t.'ttt.t....t.Qt.t""Q'.Q.Q.Q.t.'.....i..t'.t'....Q....Q.QQQ.Q'QQ.'..'..QQ'

SBTTL
$CACHN: TST

BEQ
MOV

1$:

BIS
RTI

SBTTL
$CACHF : gST
EQ
177746

TRAP

#81T0,MMRO

:
S$ENERGIZE?IS

TRAP
CACHKN
1$

CACHON TRAP HANDLER
:1S THERE A CACHE

CACHKN.CONTRL

#8170, CONTRL
RRRRRRR IR

TRAP
CACHKN
1$

:NO_- RETURN

:SETUP CACHE AS PER CONSTANT (USUALLY 1 = FULLY ON)
:DISABLE TRAPS (BUT NOT ABORTS)

RN AN RRN AR AR AR R AR

CACHOFF TRAP HANDLER
IS THERE A CACHE?
- RETURN

RR RN O

EENRRNREOR R RN R ORORNS

:DISABLE TRAPS (NOT Aaonis) FORCE MISSES, FLUSH, BYPASS

éxf

CACHKF, CONTRL

CIHSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41
LOAD CSR TRAP HANDLER

el]

—

M
11160

88R S ASSERT INHIBIT MODE POINTER UHEN LOADED

SLOADC: busu

116 uarss 013700
1112§ 746
754 005737
11164
7
11165
11169 0427
11167 04 ;?g
11168 04
11169 042776
11170 04

gesone
11178
11175 0428%0

11179
117
11178
11179 043032
11180 043034
11181 043040
1118% 043046
11183 043050

SEQ 0288

PAGE 343

LOAD CSR TRAP HANDLER
.SBTTL_ TRAP
LOAD CORRECT CSR WITH DATA IN CSR

wviw

TRAP

WANT INH. MODE POINTER ON
xs faue THEN GOTO 3$ :DON'T
1r xuueccPGH
sPROGRAM IN INTERLEAVED SPACE?
;BRANCH IF NOT

013760

0137
01603
000002

sSAVE REGISTERS

CREAYE CSR ADDRESS

;CHECK SECOND CSR

002150

1$:

002146
172100

2$:
3s:

173100 002146

SREADC:

RlCSRNO
2
PGMCSR, CSRNO

#BIT13,CSR

CSR, CSRADD (RO)

R1,R0

:CLEAR UNNECESSARY BITS

;IS THIS THE CURRENT CSR?
:BRANCH IF IT IS

:1S THIS THE CURRENT CSR?

:BRANCH IF NOT

sSET THE INMIBIT MODE POINTER TO

:LOAD THE CSR
;RESTORE REGISTERS

READ CSR_TRAP HANDLER

.SBTTL

TRAP

MoV
MoV
POP
RTI

csnAoé(RO).csn

fisEAD THEOCORRECT CSR INTO LOCATIONS CSR
CSRNO

sREAD IT

1ST 16K

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TRAP

TEST (R1) & READ CSR CAREFULLY

11185
m

002526

1119
1119
11195

00212

1191
1119;

002526

1119
11198 04
04
11199
11200 04
11201
1120;
"584
04
11204
11%32

002150

000001 003752 3$:$:

- 043230

48:

177640

58:

11210 8‘4'

18:

020000

04
11207
&
”
11211

8PL
MOVB

527

11199

11206

MOV
ADD
CLR

"3188
0021

m
m
m
11133

0432

000001

000002

000001

000002

CMP
BEQ

RO
SRA6
6
3
R

:CREATE CSR ADDRESS

PGMCSR

1$
Penc M .R3

.csfiuo

CMPB

23
PGMCSR,CSRNO

3s
BNE
#BITI3.R
MOV
THIS IFAN IT117442
;1S
mofvr
"
CMP
IS
:BRANCH
48’
BEQ
TSTRDI
CALL
53
BR
TSTRD1
BMOV
:CALL TO THE USER INSTRUCTION PAR'S
FASTCITY
CALL
:IF SINGL s T ERROR ONLY = SET CARRY BIT

sér in CSR AND #8IT15 OFF.IN CSR
IF #BIT4#B8IT0,2(SP)
ngés
RO

BIC

#8IT0,2(SP)

END ;OF IF #8iT4

RTI

11214 043230 010210

TSTRD1: MOV

11215 04 35
105711
1 19 043240
11217 04 45 042737 140000 177776
11218 043250 011037 002146
11219 043254 000207

TEST (R1) © READ CSR CAREFULLY

BIC

000002

}}2}; 043226

SEQ 0289

PAGE 344

.SBTTL rm

$TSTRD: PUSH

R2, (RO)

TESTAREA
(R1)
ISTB
#BIT15!'BIT14,PSW
BIC
(RO) ,CSR
MOV
RETURN

g
V17764

vmu. ;ENTER SUPERVISOR MODE
V17764
v1ms
.v177223
w177

S
VIV

wv
wv

002146

127

26-APR-82 09:41

JSBTTL

PAGE 346

TRAP

ECC DISABLE ALL CSR'S TRAP HANDLER

TRAP

ECC DISABLE OF 1 SELECTED CSR TRAP HANDLER

SECCIDIS:MOV

002146

JSBTTL
SECCINIT:MOV

INITIALIZE ALL CSR'S TRAP HANDLER
TRAP
#BITO,CSR
|

RRR
2R 222

002146

012737
23

002146

SECCTIINIT:MOV

012737

;27
006
000002

002146

SENASBE :MOV
’C.%L

012737
104425
00000

002146

SENAISBE:MOV

gk g Egy

SEQ 0290

#BIT1,CSR

012:%7
104425
2
1

#8IT1,CSR
csrout

SECCDIS : MOV
S%L

RRR RRR

VIiSSwnin
- OO
00

RUR=3Se SIGHRERSS SRR

-ddddddddddddddddd‘ddddddddddddddd
— e i i
D i e i D e i ) D D e D
) D e
D
i D i i i =

/M/P_MEMORY D ! AG, MACRO M1 %;3
E ALL CSR S TRAP HANDL
ol
=

k91OCsR

CSROUT

'C.%L

JSBTTL

ki1
SR
_SBTTL

_SBTTL

00%166
002146

INITIALIZE 1 SELECTED CSR TRAP HANDLER

TRAP

ENABLE SBE PARITY TRAPS ON ALL CSR'S

TRAP

ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR

#81T0'BIT1,CSR
CSROUT

#BITO'!BIT1,CSR

LOADCSR
RTI

002146
002146

TRAP

#BITO,CSR

SBTTL

WRITE CHECKBITS THRU AL% SSR'S TRAP HANDLER
TRAP
:8ITS 11=CHECK'CSR

Rga#71.BITZ.CSR
.SBTTL
$CB1CSR:MOV

L OADCSR
RTI

sCHECK MODE

WRITE CHECKBITS THRU 1 SE&ECTED CSR TRAP HANDLER
CHECK‘ CSR
::8ITS 11~
CHECK MODE
s
#8IT1!81T2,CSR
TRAP

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

26-APR-82 09:41
JSBTTL

SWASSBE:PUSH

R1,Ré

WAS THERE A SBE ON ANY CSR TRAP HANDLER

CL R

5004

TRAP

SEQ 0291

PAGE 348

TOTCSRS,R1

MOV

333701 002222

:GET CSR'S BYTE

BEGIN LWSBE

FOR CSRNO := #0 TO #36 BY #2

ASL

006301

ON.ERROR
READCSR
IF g?l'l" SEI.IN CSR
3
LEAVE LWSBE
END ;OF xr mu

104426

THEN LEAVE LWSBE
IF ai EQ06
CSRNO

i
&

000002

042766

000001

000002

000001

RROR

BIS

#8IT0,2(SP)

BIC

#BITO,2(SP)

END ;OF ON.ERROR

RTI1

TRAP

.SBTTL

104426

3 556
3 S64

052766

540

WAS THERE A SBE IN 1 Silgggtib CSR TRAP HANDLER

A
sON RETURN IF CARRY IS SET THERE WAS

880002

000001

000002

843.57 4 838830
%546
3564
000002

sSET C BIT FOR ERROR

Ré

ROR

006004
=4

FRINGFER

END :0F ON,ERROR

3 536

RRRRRR

SRERNIBIIa
NN

dddddddddddddddddddddddddddflddddd
ddddddddddddddddddddddddddddddddd

RRARRRRRRRRRRRIRRIRIRRVRR

WAS THERE A SBE ON ANY CSR TRAP HANDLER

TRAP

2146

$WAS1SBE :READCSR
8IC

08"0 2(SP)

sCLR C BIT ON STACK

gfi

OBITO.Z(SP)

sSET C BIT ON STACK

BIT
BEQ

1$:

#BIT4,CSR
1$

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

RAP

26-APR-82 09:41

WAS THERE A DBE ON ANY CSR TRAP HANDLE

“1

LSBTTL

SWASDBE : PUSH

002222

IF #BIT1S SEt IN CSR

SET

LEAVE Luoee
Em- OF xr nm
THEN LEAVE LWDBE
xr m togit

1
1
1
|

) D e

) e

) ) D ) b

) b

Lubee
aon

006004
042766

000001

BIC

000002

#BITO,2(SP)

RTY

WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER
TRAP
.SBTTL_
sON RETW IF CARRY IS SET THERE WAS A DBE

SUASWBEY ;ADCSR

002146

63 000001

000002

000001

000002

:SET C BIT FOR ERROR

su; ;OF ON.ERROR

000002

CSRNO

uu R1
POP
ON. ERROR
flgés #8170,2(SP)

052766 000001 000002

D d
d e

1
1
1
1
1
1
¢
1
1
1

D i

}

—

1
}

;GET CSR'S BYTE

ON. ERROR
READCSR

1
1

Ré
R1
n‘;fcsas

FOR CSRNO := #0 TO #36 BY #2
R1
ASL

1
1

WAS THERE A DBE ON ANY CSR TRAP HANDLER

BEGIN LWDBE

PAGE

8PL

3$:

:NO - SKIP

#8170,2(SP)

sCLR C BIT ON STACK

#8170,2(SP)

sSET C BIT ON STACK

SEQ 0292

.
350

CLEAR ALL ECC CSR'S TRAP HANDLER

1
1

88300 044002

11331
1

n 4 o&i

87.

oooosz

JSBTTL
SCLRCSR:CLEAR

TRAP
CSR

CLEAR ALL ECC CSR'S TRAP HANDLER

JSBTTL

TRAP

CLEAR 1 SE LECTED CSR TRAP HANDLER

ECC DISABL F‘fCHECK MODE, & WRITE CHECKBITS IN ALL CSR'S TRAP HANDLER

CALL

CSRouTt

scmcsaz&sen” CSR

052737 qo0s 002146 S$CHKDIS:bxs "f”‘x“t’; ég.wc
043754 B
H89 e
11341

063766

000002

SEQ 0293

PAGE 352

CIMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TRAP

.san

TRAP

ECC DISABL

sECC DISABLE € DIAG CHECK MODE

CHECK MODE, & WRITE CHMECKBITS IN 1 SELECTED CSR

IN LOC Fésk
AI{READV
KBITS

11344
043770 052737 000006 002146 SCHKIDIS: axs
LOADCSR
11345 04 &7:3 104425
m
000002
044
11346

1BIT2,CSR

sECC DISABLE € DIAG CHECK MODE

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TRAP

SEQ 0294

PAGE 354

ECC DISABLE, CHECK MODE, & WRITE CHECKBITS IN 1 SELECTED

11349 044002

SUBR

PUSH

WRITE IN ALL CSR'S

TOTCSRS ,R1

BEGIN LCSROUT

;GET CSR'S BYTE

FOR CSRNO := #0 TO #36 BY #2
R1
ASL
ON. ERROR
LOADCSR
END ;OF ON.ERROR

006301
104425

IF R1 EQ #0 THEN LEAVE LCSROUT
END LCSROUT

11358 ou.og
11359 044026
11360 044044

END :OF FOR CSRNO

R1
POP
RE TURN

11361 044044
H“ 044046 000207
11364 044050

INVALIDATE BACKGROUND PATTERN>>

$INVALID:

SUBTST

<<TRAP

s *SUBTEST

TRAP

INVALIDATE BACKGROUND PATTERN

:tttttt'ttttt.'ttttt..tlttt'tttt.tt.tttt..ttttt'tt.tt.tl.!..ttt..ttttt..t.'t.'t'
:tttttttttttttttttttttt"'ttt.ttlttttt..ttttttQtttttttlttQ.'tt.'t'ttt..'t'.!.t'.

PUSH

11365 044050

MOV

11366 044056 013701 002100
11367 044060
11368 044062
11369 044064

006301
006301
0462761

11371 0464076

000002

11370 044072

s «SUBTEST

MOV

1 sg 044010

11354 044014
11355 044016
1 59 ou.o%
11357 0440

<<SUBR WRITE IN ALL CSR'S>»

:tttttttttttlttt.tttttt"tt'tt..ttQttt.ttt.tttttttttt't.ttt.fittttt"t.t't't"'t.

11350 044002

044010

CSROUT: SUBTST

;tttttttttttttttttttttttttttttttt.t.'.t.ttt..ttt'.ttttttt'ttt.'tt"t.tt.fitttt.t'

11351 044004 013701 002222
11353

020000

002652

ASL
ASL
BIC

POP
RTI

RO,R1

BANK,R1
R1
R1

#BIT13,CONFIG+2(R1)

R1,R0

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41

TRAP

INVALIDATE BACKGROUND PATTERN

11373 044100

SUBTST<CTRAP

s *SUBTEST

TRAP

PUSH

172246

301

1$:

1139; 044170
044174
11394 044200
11395 044204
11396 04.1.513

11393

11397 044212
11398 0464216

11399 ou.zzg

1
006201

005737
001421

11404 044 :.s 042700

11405 04425
11406 ou.ss‘

300
300

17703

11407 044256
11408 044260
11409 044262
11410 ou.gu.

1
020001
14

1141
7
11414 044
11415
11:.19 322
1
1141

799 0001
0021
737
1985
000100
0001

11419

5737 002064

11411 044

1141;

11418 044314

044

$737

14611

0
000002

064

:GET CURRENT ADDRESS BITS 11 AND 12

R1
R1

CSR.R1
scizz.m
N02281 1
2

PUSH

#-5 R1

Suruc
$

;1S THIS AN 11744 OR 11/24?
*BRANCH IF NOT NECESSARY
21S IT EUB?
*BRANCH IF NOT

*SAVE GENERATED ERROR ADDRESS

MOV
BIS
MOV
BIC

CSRNO,R2
#81T14, CSRADD (R2)
CSRADD (R2) .R
#81T14,CSRADD (R2)

:GET CSR NUMBER
STURN ON EUB BIT CAREFULLY
:GET CSR CONTENTS
“TURN OFF EUB BIT CAREFULLY

ASL
ASL

:SHIFT ADDR BITS 18-21 INTO POSITION

BIC

ADD
POP
CMP
BEQ
ST

002134

1001
6 1044
885‘“
3 35 1

i
#°C177.R0
R1

MOV
ASH
BIC
ST
BNE

ST
BEQ

28:

11.24

ASR
ASR

;GENERATE WHAT ERROR ADDR SHOULD BE

R1
ASR
#4C2,R1
:ADD THEM TO THE ADJUSTED PAR VALUE
R1.R
ADD
-GET ERROR ADDRESS FROM CSR UNDER TEST

002130

002150
040000 172100
172100
172100
04

BNE
BIC

gms.no

BIC

177775

013701 og;u.
072127 17777
04 7g1 177600
005737 002450
oo1o§4.

81370
11400 0442
11401 044226 052762
016200
11402 044
11403 0464240 042762

m 2

UIPAR3,RO
#-5,R0
UFLAG

';3"

MOV
ASH
ST

01
11388 044160
11389 044162 042701
11390 044166 060100
11391

114
11421
114 g
114
11424

,R3
BANKINDEX
NOSUPER
6%

9::
$:

044144 001002
11383
11384 o«.u.g 335700 177600

RO,R1,R2,R3

MOV
ST
BNE

177%
0137
4130
17777
orgo
0441
140 005737 002130

11386 044156
11387 044156

GENERATE AND TEST ERROR ADDRESS

;Qtttt't.tt.t..tttttfi'tt"tQttltttt.tltttt.tttttttttt'.tt'.t'..QQ.Q'.."Q.".QQ'

013 0

11385 04415

GENERATE AND TEST ERROR ADDRESS>>

:tttttttttt'ttttt.tltt"t"Q't.t.ttt'ttttt...!tt"....‘..tittt.'.t'.t."tt.i.'..

11374 044100

11§go
11381
meg

SEQ 0295

PAGE 355

$ERRGEN:

11375 044110 om; 005125
0024
11376 044116 005737
13 ol.mg 001003

11}.;‘773 87.2}

#°C740.RO

RO,R1
ag
RO.R1
13

inrmc

*CLEAR EVERYTHING BUT ERROR ADDR

*ADD TO CURRENT ERROR ADDRESS
:COMPARE REAL AND GENERATED ERR. ADDR.
*BRANCH IF THEY ARE THE SAME
: INTERLEAVED?

#100,.RO
INT64K
X
#100,R0
ng.ai

*NO - WE HAVE AN ERROR

48:

ADD
ST
BNE
ADD
CMP

38:

gmm

;ARE WE SUPPOSED TO SKIP ERROR P.0.?
= SKIP ERROR PRINT
SYES
*ELSE PRINT
ERROR ADDRESS ERROR
*SAVE CSR'S ERROR ADDRES
*ENABLE THE ERROR PRINTOUT AGAIN
*RESTORE REGISTERS

BEQ

58:

BEQ

$
BNE
PERR36
R1,ERRADD
MOV
ERR
CLR
POP
R3,R2,R1,R0
RTI

;64K INTERLEAVED MEMORY?

MACRO M1113

CZHSPAO MS11=L/M/P MEMOR
GENERATE AND TES

ADDRESS

TRAP

OV
-

11
1
1
n

Lot
2t 20

11427 044350

26~-APR-82 09:41

$CBREG: SUBTST

<<TRAP

: *SUBTEST

TRAP

002146
000004

SEQ 0296

PAGE 355-1

ENABLE CHECK/SYNDROME BIT REGISTER>>
D

b b
L bbbt

ENABLE CHECK/SYNDROME BIT REGISTER

tttttfittttttttttt.ttttt'ttt't.tt.ttttttt.Qt'fi.tttti.tt!t..ttlt.tttt...tt'.ttttt

002146

CLR

CSR

#B8IT2,CSR
BIS
k??DCSR

;ENABLE DIAGNOSTIC MODE
.LOAD CSR REGISTER

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41

ENABLE CHECK/SYNDROME BIT REGISTER

TRAP

s #SUBTEST

GENERATE CHECK BITS

SUBR

ttttttttttttttttttt.ttttttttt.tttttt.ttlttt'.tt.tttt'tttttttttt.t'ttt.tttttt't.

;CHECK BIT GENERATOR ROUTINE

11435

:CALLING SEQUENCE IS:

:
:

""ia
}}239

#WYORD1,SOURCE
CHKGEN

MOV
CALL

:SOURCE = ADDRESS OF DATA

*CHECK BITS RETURNED IN BITS 11=5 OF LOCATION CHECK

11442 044
11443 044402 81 7o§ 000077
11444 ou.l.og 12703 044474
11445 044412 013705 002306

04441 312501
11446 0444
11500
}mz

11449 04442

oogrol.

11457 04444%
11458 82"“
04445
11459

00620
5
806 g

044472

000207

11450 044426 142304
11451 044426 07440
730; 000001
114.5; 0444
1372
u& 0444
11455 32«33 83570 177600
30
msg 44k

11462

GENERATE CHECK BITS>>

ttttttttttt'tttttttttttttt"tttt.tttttttttttttt'.tl't.tttttttttttt"ttt't'.tttt

114.39

11460
11461

PAGE 357

CHKGEN: SUBTST<CSUBR

11434 044366

SEQ 0297

5
04445

0237

002310

PUSH
MOV
MOV
MOV

R1,R2,R3,R4,RS
ag
:DEFAULT CHECKBITS FOR DOUBLE WORD OF ZEROS
ADDRESS OF cuscxan TABLE
R3
ocmma
$GET souacs DRESS
E,RS

SXT

MOV
MOV

18:

§1

(RS)fi

LSB'S
*GET
SGET nsa 3

;EXTEND SIGN OF DOUBLE uoao T0 R4

SELIMINATE BITS THAT DON'T COUNT
*COMPLEMENT MASKED BITS IN CHECKBITS
*DOUBLE PRECISION LEFT SHIFT RO,,.R1
SLOOP TILL ALL BITS ARE CHECKED
KILL ALL JUNK BITS
Posmou CHECKBITS IN BITS 11-5

BICB
XOR
ASHC
BNE
BIC
SWAB

(R3)+,.Ré&
Ré,R2
#1.RO
1$
#°C177.R2
R

MOV
POP

R2, CHECK
RS.R4,R3,R2,R1,R0

ASR
ASR
ASR

RETURN

R
R
R

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
GENERATE CHECK BITS

[ySyS N . e

SlR o o ol o o

00040040 040 0 5 A0 L0 A4S A0 A5 A4 LA LA M) LA LA LA LA L) A A A L) W W W WM W W W W W W W W W)

33333 33333333

333

. .&9 e0 ®95&8"8 e58&5888 e&&& 0

CHKTAB:
5

SEQ 0298

PAGE 359

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
GENERATE CHECK BITS

SUBR

SUBTST<<SUBR

11503 044534

SEQ 0299

PAGE 361

MAPPER>>

:'Q.'Q..ttt.'tt.'t.t.".'."'.....t...'.fi.Q.Q'.Q'.t""'.'tQ..."Q...Q.'t.v'.."

s «SUBTEST

SUBR

-fl\hgrfi:gvi
\fi\flU“fl\flvvc\fi“”“
VIS W) = OVNS
WN-O38 Q&R
grpvivtivdSR AIERRNS
®R
2R
3 : R
Spin
NIGREF
3
S rERSANERg

STHIS SUBROUTINE MAPS THE MEMORY BANK (16K WORDS = 1 BANK)

*IN R3 TO THE TEST PATTERN AREA (SUPERVIS

ddddflddddddddddddddflddddflddddddddddddddddflddfldddfldddd

:tttttttt.tttttfittt'tt."'t'ttt.tt'....tt.t.'.i't.."t'..‘.'.fitttt.'."..tt".tt

STHE 11744 AND 11/45-55; USER VIRTUAL (60000 = 157777) FOR ALL OTHER

d e

‘PDP=11'S).

SCALL
:
:
woH
NOOO

Eg-n-a-n
SNNN
NN

oNSNO

&35

O ==
NNN
NNN
&HOn

0127
012701
0127
737

333
gg £ 22§§§§§§
IF
wvivawnwnawb

§§E§§§§2§§§§§§§E
S

BANKNO,R3
MOV
MAPPER
CALL
RE TURN

:SET UP BANK ARGUEMENT
sACTUAL CALL
*ONLY RETURN

:SET SUPERVISOR/USER gfl FOR 1 TO 1 MAP

&»
O

-0V
NO 3
SVR SOGARRRIR

NNNNNNNNYNY

e D e
i e
e o e i D e e o D D
v
PONININ
-d b b e o b b b b b
e e
o

d b D D b d b e
b D bb e
wvivawuwnaunaw

b d d md d b d wmd cd b D D b
v
wvivauw

vmw ;ooooo - 157777) FOR

MAPPER: PUSH

48:
18:

000011

172243
00245

000200

#xiPARO, RO
#SIPARO .R1
#SIPDRO. R4
NOSUPER
4
#UIPARO,R1
o%m R4
¥ wg.fiz
#8. R
(ROS+, (R1)+
R2, (R&)+
RS 1S
#177600,=(R1)

:FIRST AREA TO MAP TO
*FIRST ADDRESS REGISTER
*FIRST DESCRIPTOR REGISTER
SCAN WE USE SUPERVISOR MODE?
*YES, BRANCH
:FIRST ADDRESS REGISTER
*FIRST DESCRIPTOR REGISTER
SCONSTANT FOR 4K PAGE, UP, R/W
: COUNTER
*PUT IN SUPERVISOR ADDRESS
*PUT IN SUPERVISOR DESCRIPTOR
*LOOP TILL DONE
*CORRECT LAST FIELD FOR PERIPHERALS PAGE

:SET UP swsnvxion/useu FOR TEST AREA

000170

177646
000004

MOV
MOV
MOV
ST
BEQ
MOV
MOV
MOV
MOV
MOV
MOV
S08
MOV

RO,R1,R2,R4,.R

#120. R
3s
#9..R3

MOV

#SIPAR3,R1

*SETUP FOR AUTO INCREMENTING

BEQ

SYES = BRANCH

5$:
28:

002236

88888? 002236
108:

NOSUPER

MOV
MOV
MOV
ADD
S08

#UIPAR3,R1
#4,R2
R3. (R1)+
] og R3
R2,2$

SUB
MOV
ADD
CMP
BEQ
MOV
MOV
MOV
MOV
MOV
MOV
ST
BEQ

#10,R1
R1.R
#6.R
#1,SPLTCSR
10$
R2.R
R1.R
ROR
(R1)+ (ag)o
(R1), (R2
mdnoex.no
NT64K
18

ST
BEQ

000010

:MAP NOTHING (1 TO 1)?
SYES = SKIP
*BANK 1 STARTS AT 100,000

tMP
BEQ
ASH

gucsn

SFOR MEMORY MANAGEMENT

= 1

‘DO WE HAVE SUPERVISOR MODE?

*SETUP FOR AUTO INCREMENTING
:COUNTER
SPLUG IN PAR INFO
*BUMP ADDRESS 4K
:LOOP TILL

LESS 6 LSB'S

oo
e

£t

B
ety

N —

172252

177652
[ X

1]
LAY

NSNS

e
pry

i
INIFISFISS

2
x
&

802452

MoV
B8R
MOV
ST
BEQ
MOV
BR
MOV
ADD
ADD

#4000,R0
1;
RO
&
UPER
1
m;ms.n
1%
#SIPARS ,R1
RO, (R1)+
RO, (R1)

;IF WE ONLY HAVE AN 124K SYSTEM, WE DON'T WANT TO TEST THE

WN—=n)
— L =2 )
rs
NSO~

000007

002100

000177

002552

78:

8s:

002452

NN =
—

mflfl’§e

b st
N

73
NO2281T
33
#7 .BANK
3$
Ht
#177,LASTBANK
3s

ST
BEQ

limgv

gms.uxmc

172252

172254

MOV
POP

SIPARS, SIPARG
RS,.R4.R2,R1,R0

RETURN

_SBTTL

172340

172310
000200

177480

1$:

PUSH
CLR
MOV
MOV
MOV
MOV
MOV
MOV
ADD
S08
MOV
MOV
POP

;11744 OR 24?
*BRANCH IF SO
SBANK 7?2
*NO = BRANCH

NOSUPER

177654

N
e

BNE
ST
BEQ
CMP
BNE
B8R
CMP
BNE

177652

R
—2

SIERS

002450

§9. 28888
3
g‘w SRIU2SR

gOOOO
SO0
SEERR

ol
e d)

VWA

ViAWY

S 228
RIXR8
& F7
e R
e e
R
R
R

4K 10 a-;zx FOR THE SAME REASON.
#7,LASTBANK
tmp

002552

000007

wvivawviwauaunaviawnwanawn

b b D cnd e b
W v Vivauviwnaw
i i D i D e i e
wviviwawv
o e o e

—d i

004000

SEQ 0300

PAGE 361-1

SLAST 4K, WHERE THE UNIBUS DEVICE PAGE IS. INSTEAD, THE
T 4K TO 8-12K. ALSO, IF THERE
* PROGRAM uxgibaem mg
ON AN 11744, THE PROGRAM WILL REMAP THE LAST
:1S A BANK

&
\s\nv‘mmmu\nvnm
SN28BEIR SRERV2BIIIaN RNIIERS SN
33 8RLRIR

/M/P MEMORY DIAG. MACRO M1113

(=l

‘dddfldddddflddddddddddddddddddddddddfldflddddddfld
D i
)
D
e o i ) ) D )

26-APR-82 09:41

TRAP

MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER

ag.m.az.ns.m
R
ox;mo R1
#77406 ,R2
#x1PDRO,R3
#8. .Ré
RO, (R1)+
R2. (R3)+
#200,R0
RG,1$
0177688.-0!1)
#1774600=(R1)
R4 ,R3,R2.R1,RO0

:1ST AREA TO MAP TO

*FIRST ADDRESS
:gousmn FOR 4K PAGE,UP.R/W
:1ST PAGE DESCRIPTOR REGISTER
: COUNTER
*PUT IN KERNEL ADDRESS
:PUT IN KERNEL DISCRIPTOR
SADD ADDRESS CONSTANT FOR 4K CHANGE
:LOOP TILL DONE
STHE PERIPHERALS PAGE TO KIPAR?
SAND NEXT LOWER PAGE TO KIPAR6

SEQ 0301

.
CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41 PAGE 363
MAP KERNEL (ALMOST 1 TO 1) TRAP HAND LER

TRAP

RELOCATE :SUBTST <<RELOCATE PROGRAM>>

11611 065172

A
ANOAANAAANCCONEE
ANAN
RAAAANAARARR
ANAR
ANANRNANRAAN
ARAR
AR AR AR ARANARANANAN
CRANARAR

:#SUBTEST

RELOCATE PROGRAM

:ttt'tt..t..Q.'..'.Qlt"""'t.....Q.t........Q.'.QQ..Q'QQQ......QQ""'..".'..

1161;
1161
11614
11615
11619
1161

IF #SW12 SET.IN @SWR THEN SRETURN ERROR
IF APTFLAG IS TRUE OR ACTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN ERROR

5172

END; OF IF APTFLAG

BEGIN LOADERBANK

11618

§242

004737

047020

11620
11621
1 §
1"
116246
11625

13
129
13701
7
80‘77
013701

1go
4
5
046641
74
00210

1161

1
1"

11628

045310
045314
5
5326

045

82761
761

1
020000

FOR BANK := #1 TO LASTBANK
CALL EXBANK

IFASFLAG IS TRUE AND PFLAG IS FALSE AND BMFLAG IS FALSE
MoV

1650 0a
11631 825 5
825

116
11633
045
11634 045
11635 04537
825 7
1"
5372
116
11638
045376
11639 o:.s‘og
11640
04540
11641
045406

11659

11660
11664

#BIT13,CONFIG+2(R1)

LEAVE LOADERBANK
END ;OF IF ACFLAG
FOR BANK
END :OF

MsSGO7S

sMARK LOADER

s INVALIDATE BACKGROUND PATTERN

:RELOCATION NOT POSSIBLE

.IN CONFIG+2(R1) THEN LEA;E FINDBANK ;IF PARITY
OFF.IN CONF 16(R1)
6(
E

010137

002534

045540

727

885534

116‘25 555
04555

sMAP NEW LOADER BANK IN KERNEL

002552

013702
006

045506
551
04551
04551
04551
551
55
045526

0455

8IC

1ee?
o4 0454

0454
045476

MOV
8IS

,R1
BANKINDEX
#81715,CONFIG+2(R1)

NEWLOAD

IF #SW13 OFF.IN @aSWR

1164§ 5416
1164 045452
11644 3:54
nus 5446
11648
11649
11650
11651
1165;
11653
11654
11655
11659
1165
11658

CALL

882655
00265

,R1
LOADHOME

BANKMO

274

000030

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

RELOCATE PROGRAM

e
e
i
&

11663
357
11696
116
560,
11671
04560
116;;
11673
04
11674 04561
11675 04
116;9
3
116
11678
11679
04564
11680 045644

00503,

002532

002274

000030

020000

002652

S 026388

002530

01027

1169
116
11900
1

57
57
57
57

774

11710
171
1M”n
nn

2
SN

e
b
0

~NN

137

i
11709

5776

1 70;22
6344

u?O

i
o

VNS

11701

100000

SNN

11699 04575

012737

1168 06571%
11688 04571
11689 045714
11690
045
11691
045
11692 045
11693 045
11696 04574
11695 0457

%g
2302

;1S THIS PATTERN 30?

TYPE

sRELOCATION NOT POSSIBLE

END _:OF IF #Sw1
SRETURN ERROR

END F INDBANK

BMOV

0,100000,S12E

BNE
BIC
MOV
ASR

Jdm?
K
, RO
NEWBAN
RO

*MOVE PROGRAM
sMOVE
sENTER KERNE% MODE
;1S TN# & 1766 ?
T
:JUWP
:TURN OFF UNIBUS MAP

'c‘g“ . #1,PROTYP

#8ITS ,MMR3

THIS SHOULD BE OFF!

* INVALIDATE BACKGROUND PATTERN
:SAVE CURRENT PGM. CSR

;MAP NE WBANK TO USER PAR

*ENTER USER MODE

ON. ERROR

MOV

#BIT15,MAPLO

END ;OF ON.ERROR
RO .MAPHO
MOV
CALL

8IS
JMPRL1: BIC

CALL
MOV

LOWMAP

#BITS,MMR3
#8170 . MMRO

NEWKERNEL
R

CONF

1G(RO) ,R2

177760

BIC

:;m.az

177572

8IS

#8170, MMRO

002652

BIT

SWAB

MOV
BIC

i
! 7775
1$:

;SETUP LOWER 16K IN UNIBUS MAP

;ENERGIZE UNIBUS MAP

;DEENERGIZE MEMORY MANAGEMENT

, RO
WBANK

MOV

002526

:IF WE RELOCATED PROPERLY

PGMCSR, PGMCSR+2
USERMAP

002650

:YES = SKIP MESSAGE

MOV
CALL

USER

170200

175373

REALPAT 430

IMECS
CLEAR
ONFIG+2(R1)
1:
#BIT13,C
8IC
RELENT
CLR
RO
#4,RO0
DIV
RELOC1: LET NEWBANK := RO

gt i
000001 003752
ik
000040 172516
gk e s 002304
11 06%90‘

sMAKE SURE FLAG IS TURNED OFF!

CMP

BEQ

104417
022737

SEQ 0302

PAGE 363-1

{MECC
CLR
IF #SW13 OFF.IN @SWR

SKUB:

042761

26-APR-82 09:41

R¢ ,PGMCSR
1

1712, CONF16+2(RO)

cw; (RO) ,R2
#°C1
R2

:RO <= RO ~ 4

sENERGI ZE _MEMORY MANAGEMENT
sPUT _NEW PGM. CSR INTO PGMCSR
:1S THE NEW BANK INTERLEAVED?
sBRANCH IF NOT INTERLEAVED

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

RELOCATE PROGRAM

}m?

11713
11721

W i ol.o%a

82511
61

81; 1

Sl.z

MOV

04674

5&}1

MOV

641

8827

737

13701
gr 1

ooso(s)s

}};2'

mgg

11751
1175;
1175
11754
11755
11759
1175
11758

n;zg

104417
7
13737
s;r 7
9 7

g ’z

%mmm

BANK INDEX ,R1

'82&
MOV
g&c’

'e'xamx . ,R1X
BANKINDE
wu.cmmomn

003752

6344
172516
1$
65
28

mnsiconnsomn

0,100000,S12E
#8170, MMRO

neuxsknsu.
mcsao PGMCSR
#8170, MMRO
RLFLAG
g}.mm

%{Em nmng.m

CALL
MOV
BIC
ADD
CMP
BLE
BIS

POP

RETURN

000207

;MAP NEW LOADER BANK IN KERNEL SPACE

gt»u&ow

MOV

KERNEL
CALL
MOV
8IS
CLR

2937 000040 172516

7;7
52737
1 708
71
7
1

'c%.

BIC

177572

6213.8
og;s;g
002
1 1775
124
1

LOADHOME ,R0

BANKMOV

CLEAR INMECC
RESTORE BANK 0
mrg.g‘o’nncoz
Eg
USERMAP
CALL
USER

“ 733 046160
11735
mm 042737 020000 002652
u
11738 046176 004737 046556
11739
042737 000001

LOADBANK ,R1

CALL

BIC

oo;o 3 o“} 8&;3;
”;
013701 83 1 002652
1 §§14 042761
ozSooo
“% M}gg

11740
11741
1174;
1174
11744
11745
1174.9

UNRELOCATE PROGRAM

iag’s‘me.bweus

W g %}t’x 013% §§%§ 002100
17

NN RARNAARAARNAAAAARARAANRANAANRANANAANAAAAANCONOORONNS

:.tt.t'...."...'...Q."Q'Qt.......'.'...."..t.l.0........"..'.'..."'.'QQ'Q'.

137

AARAARRARANAAR AR

$eSUBTEST

SEQ 0303

PAGE 365

UNRELOCATE : SUBTST

11716 046056

LOWMAP
nw;coz RO
#81T13, (RO)
u..ng‘s
RO. #3620
2
#81TS,MR3

:CLEAR LOADER FLAG

; INVALIDATE BACKGROUND PATTERN

;MAKE SURE ECC TESTS ARE NOT INWIBITED!
:INVALIDATE BACKGROUND PATTERN
;MAP NEWBANK TO USER PAR
*ENTER USER MODE

:MOVE PROGRAM
*ENTER KERNEL MODE

*DEENERGIZE MEMORY MANAGEMENT

;RESTORE PREVIOUS PGM. CSR

*ENERGIZE MEMORY MANAGEMENT
;1S THIS AN 117644 ?

:TURN OFF UNIBUS MAP

;SETUP LOWER 16K OF UNIBUS MAP
*ENERGIZE UNIBUS MAP
:MOVE 2ND WORD OF CONFIG TO RO
*CLEAR BACKGROUND VALID BIT
* INCREMENT TO NEXT BANK
*DONE?
*NO = BRANCH

11761

LOWMAP: SUBTST

<<SETUP LOWER 16K OF UNIBUS MAP>>

117

:.......;a;;....;a.;;.;;.".......'t't...l.t.'..l'..Q.Q..'Q.'Q.."'...'..'..'tl'

S«SUBTEST

SETUP LOWER 16K OF UNIBUS MAP

1178

11766

;Q..'.'..t.'..."tt..t.."..t'..'t...t...ttttt.t..'..'..t.."..'..t"'t.l....."

12700 1
1 17

18:

MOV
MOV

MMAPL ng
(RO)+, (R1)

IMSPAD nsn /M/P mmv ms. MACRO M1113 26=APR-82 09:41 PAGE 365-1

T LOWER

OF UNIBU

117
11
11

71 020000

ooozor

ADD
MOV
$08

POP

RETURN

#BIT13,(R1)+
(a )+, (R1)+
s’

u ‘R1,R0

SEQ 0304

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

SETUP LOWER 16K

OF UNIBUS MAP

11774 046410

<<MOVE BANKS>>

s*SUBTEST

MOVE BANKS

:'t..'..t"'t'.....t'.'."."t.t...'...........t....'.'.Q.t."t..".....QQ'Q.Q..

v,g

83=2

~
NON

OONIN)
= —
WO~ NWVON

2
NN

PNN-O
P

0000 ===

D D D D D D e e

e
b D

0464

046556

D cd D

117
843 Gefs
e e g
d b b e

”g.% 0646502

104417

1100§ 046504

012702

11804

512

010122

n%
e

516

11315

11819

RN AR R AR RN

106417

11813 82255‘ 000209

RRRRERRR RN RRRRR R RN AR

SAVREG

#9..R0
#9. R
n‘,;xlwu.az
#200,R3
R1,(R2)+
R3.R1
R1,.(R2)+
R3.R1

MoV

Rg.(RZ)o

:MAP 1ST HALF BANK
‘BUMP BY 4K

R3.RO
ag.(az)o
R3.R0

BMOV

100000,140000,SIZE/2

MoV

#UIPARé ,R2

MOV
ADD
MOV
ADD
MoV
ADD
MOV
ADD

R1,(R2)+
R3.R1
R1,.(R2)+
R3.R1
L(R2)+
R3.RO
ag.(nzu
R3.RO

KERNEL

177650

USERMAP

ASH
ASH
MOV
MOV
MOV
ADD
MoV
ADD

USER

CALL

RESREG

USER

—

11799 0464

SAVREG

ADD
MOV
ADD

HER e

1181
11814

*R1 = SOURCE BANK

11788 quesez g10122
110 idkag gioiee
1 79;

1180

sMOVE 3/4 OF A BANK
sCALLING SEQUENCE
;RO = DESTINATION BANK

SRR IIIIT

}

)

9
1
1
T
1
1
1

) d D )

SEQ 0305

PAGE 367

BANKMOV:SUBTST
AR

1
9
1

BMOV

KERNEL
RESREG

;MOV 1ST HALF BANK

;ENTER KERNEL MODE

;sMAP 2ND HALF BANK
:BUMP BY 4K

100000,140000,SIZE/4

:MOV 3ND FOURTH OF BANK

;ENTER KERNEL MCOE

R RO R RO RS

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

MOVE BANKS

11822 046556

SEQ 0306

PAGE 369

USERMAP:SUBTST

<<SUBR MAP USER TO NEW BANK>>

s *SUBTEST

SUBR

;tl't.t.ttt'.ttt't't.""tt'.ttQt.Qtt.t.'..t....'.'.."t..QQQ'Q.OQ'.'Q.QQ'..Q.QQ

11823 &ggzs 1 781
1 7;
11824
1
11825
12706
5
1
012705
576
1
12221
1
114 i
1
775
m ‘
10 013
118

mg:
17;
wg
172
000004

otsoros 000004
11835
¢ 010021
mgg
000200
700
118
114
mgg
77505
118
000207
}}a? 046636
11842 046640

MAP USER TO NEW BANK

;Q'..tt".'.tt'...tQttt't'..tt'QQQQQQttt.ttt'.QQt'.QttQ.QQQ'.'QQ.QQQQQQQ..'.QQQQ

18:

002304

8:2‘614 072529 000011
1183
1183%

MOV
MOV
MOV
MOV
MOV
MOV
MOV
$08
MOV

ASH

#UIPARO,R1
#KIPAR "i
#UIPDRO,R
#KIPDRO . R%
#4 RS
(R2)+,(R1)+
(R4), (R3)+
RS,1$
, RO
WBANK

'o‘S..ao

:COPY KERNEL PAR'S € PDR'S (0=3)

6 LSB'S
LESS
100,000
AT
STARTS
1
:BANK
1
=
*FOR MEMORY MANAGEMENT

#6 RS
MoV
:SETUP UIPAR(4=7)
RO (R1)+
MOV
*BUMP ADDRESS 4K
#200.R0
ADD
*SETUP UIPDR(4=7)
(R4) . (R3)+
MOV
2$
RS,
S08
RETURN
BANK>>
<<SUBR SETUP KERNEL PAR'S FOR NEWQ."ttttt.....t
NEWKERNEL : SUBTST
t...."t'
'.tttttt.tltfi.t'ltt..t...t.
28:

;tt..t..'t..ttt.t..ttt"tt.tt

s «SUBTEST

SUBR

SETUP KERNEL PAR'S FOR NEW BANK

:tttt!..ttttttttttll'fi.""'.t.tttt.Qt't..t.t.’Qttt.tt.t."..t..'.'tt.tt.'.'tt.'

11843 046640

PUSH

175340

015700
11844
013701 002304
11845 mfli“sg
046656 072127 000011

nug
1184
11848
11849 u%
11850
76
11851
76
ms;
mg‘ 046

26-APR-82 09:41

msros 000004
010120
09;701 000200
077504

000207

18:

MOV
MOV
ASH
MOV
MOV
_ADD
S08
POP
RETURN

RO,R1,RS

RO
#xIPARO,
WBANK _R1
..R1
#4 RS
R1. (RO)+
ogbo R1
RS,1$
RS.R1,R0

:BANK 1 STARTS AT 100,000 LESS 6 LSB'S
*FOR MEMORY MANAGEMENT = 1
;SETUP KIPAR(0-3)

11855 046706

AL <<SUBR MAP KERNAL PARS 4 AND 5 TO A BANK>>
: SUBTST
MAPKERN

;tttt..tlt.tttt'ttttttttt't'tt..ttt.t.t.tt.t'.t.tt.tt..tt.'ttt...t.!.t.tt'.t"'.

113?9

11858
11859
11860
11861
mci
ngg‘

*«SUBTEST

04671
046716
0466724

740

11865 046742

11866

;ttttl...t'!.tttt.t.ttt't.'tt!ttttttlt.llt.tt.lQ.t...ttt".t'...Q.tt".'...t"t.

mo;

100

1
7§s
013737 172350 002266
1o; 7 17235
g;
;
105
207

SUBR

MOV BANK,RS
#9. RS

MAP KERNAL PARS & AND 5 TO A BANK

ASH
MOV x;pm SAVPAR
MOV RS, KIPARG
ADD #200,RS
MOV RS.KIPARS
RE TURN
NEWLOAD:SUBTST

<<SUBR

RS
BANK mroLESS
.-ngvENTERS
SHIFT TO CREATE MAPPING
*RS
:SAVE OLD PAR
:GET NEW PAR'S
:
:
:

SETUP KERNEL PAR'S FOR NEW LOADER BANK>>

;ttttQtt'lt.tttttttttt't"'.'ttit'ttt.ttlttt..tt..tttltt..'.t'tt'..'........"t.

SETUP KERNEL PAR'S FOR NEW LOADER BANK
SUBR
T
S«SUBTES
:Qtt.t.tttt.tt.t..t.t'QQ..'QQ....Q.tQ..tt.tt....l.t"lt.!.tt!t.'.'.'!".t'.'lt..
:RO CONTAINS THE DESTINATION BANK

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

SUBR

11867

26-APR-82 09:41

SETUP KERNEL PAR'S FOR NEW LOADER BANK

PUSH

MOV
ASH
MOV
ADD
MOV
POP

012701 172350
046746
11868
005011
072027
752
m%
010021
6756
118
000200
11871 046760 86 700
mrg 6764 010021
6793
1187

“g;g 046772

11876 046774

000207

RETURN

RO,R1

SEQ 0307

PAGE 369-1

,R1
#KIPARG
.R0
#9.
RO, (R1)+
#200,R0
RO, (R1)+
R1,R0

:BANK 1 STARTS AT 100000 LESS 6 LSB'S (1000)

*SETUP KIPAR4
:SETUP KIPARS

SUBTST <<SUBR UNMAP KERNAL PAR'S & AND 5>>

;tttt'..t.it.tttt.tttt't't"ttttt.Q.ttt..tltttt.t.tttttttQQ..Q'Q'Q'.Q'.Q.'Q.QQ..

:«SUBTEST
MOV
11877 8:6776 013737 002266 172350
ADD
11878 7°°5 oeim ooogoo oos;gg
MOV
11879 047010 013737 002266 17
11880 047016 000207
RETURN

UNMAP KERNAL PAR'S & AND S
SUBR
:RESTORE KIPAR4
SAVPAR K IPARG
*ADD 200 FOR NEXT PAR
#200, SAVPAR
*RESTORE KIPAR
SAVPAR,K1PARS
:

:ttt'ttt.ttt'..tttttttttt'QQttt.t.tt.tfitt.ttt.tt...Ql..t.tt.ttt't...tt'tttttt't.

26-APR-82 09:41

CZMSPAQ MS11=L/M/P MEMORY DIAG. DH?CRO M1113
UNMAP KERNAL PAR'S & AN
SUBR
11883 047020

SEQ 0308

PAGE 371

EXBANK: SUBTST

<<SUBR

EXAMINE BANK>>

:#SUBTEST

SUBR

EXAMINE BANK

:Qt'tt.l.t...tt.t..t.lt".t.tfi'...l'.....t.'....t.'l..'t'.'fi.QQ..Q""CQ..Q."Q'
:ttttt...!'.'tt.i....Q'Q.'Q."Q.t.tt....tt.t..'..t.Q..t...'.t.""'...""tt."'

3t
:(6

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.
SETS THE_‘RRFLAG' IF RELOCATION IS REQUIRED TO TEST THIS BANK: HOWEVER

047152

047156
7 zs

04717

)

THIS FLAG IF THE 'WORST"

6 1$

EFS"

NECESSARY FOR THE USE OF THE RECURSIVE "MODETM SUBROUTINES).
NG _IF FIELD SERVICE MODE ' 'SELECTED BANKS''
IS ALWAYS SET TO DISABLE
NOT SELECTED.
IS
ARE BEING TESTED AND THIS
HOWEVER, IT COMPLEMENTS
i S A BAD MEMORY:
SETS THE "BMFLAG" IF THE

:(7)

\Nor T SET (THIS IS NECESSARY FOR THE USE

OF THE RECURSIVE

°'MODE'* S

(8) SETS THE F'INTFLASi." IF THE

NE
"S‘).
TE LEAVED.
s
:(9) SETS THE '‘INT64K'" FLAG IF T E BANK 1 S NTERLEAVED ON 64K WORD BOUNDS.
:(10) SETS THE '‘SKIPMK'‘ FLAG IF HIS BANK | INTERLEAVED, AND HAS ALREADY

BEEN TESTED.

1 se;‘s)s’r‘ne 'megng" IF THE ECC MEMORY UNDER TEST IS A MS11-P
CLEAR MKFLAG,KPFLAG,PMEMFLAG
013701
006301
006321
010137
032761
001403

002100

012700

000002

005037

002114

5737

002114

227

32761

ls% 82 v

MOV
BIT

R1,BANK INDEX
#8176, CONFIG(R1)

SET

KPFLAG

mrrug.mdx.sumz

:R1 <= R1 * &

:PROTECTED REGION OF ECC MEMORY?
*NO = SKIP

xrctg serégu CPUBIT AND RO OFF.IN CONFIG(R1)
END ;OF IF RO

002650

38:

:ACTIVE MEMORY?

TST
BEQ
MOV

ACFLAG
2
cgmsoz(m.az

*BRANCH IF NOT

BIC

#5C7.R2

:ISOLATE MEM TYPE BITS

SWAB

00000

000200

ASL

BEQ

st
ey o0
11928
137
047436
119
8%3761 830‘00 002652 2s:
Hg '
001412
119§§
32761 001000 002652

el gy e

PFLAG,RRFLAG,BMFLAG

ASL

002102
000100

A CFLAG

CLEAR

%sm

}‘}3 2 ;St 011?15
002652
g
Sl
177772
7
047172

11935

SETS THE 'MKFLAG'' IF THE BANK IS ECC.

pay
m
w
-

11915 047124
11919 827
7136
1M

11924
11925

AND R1 BASED ON VALUE OF ‘BANK''.

»n

11908 0470846
11909 0471
11910 047104
11911 047106
1191§ 0647110
11913 047114
11914 047122

11919
119

SETS UP 'BANKINDEX''

(THIS IS
: " 1T COMPLEMENTS THIS FLAG IF THE RELOCATION FLAG 'RLFLAG'* IS SET
THE 'RRFLAG..

898
899
11900
11901
1190§
1190
11904 047020
11905 047026
11906 047042
11907 047050

11918

e S N

PN TN TN NN
N

ddd‘ddddddd-‘flddfl

3333333253200
R R L A 008
de g

:DOES THE FOLLOWING:

CMP
BLE
SET
JMP
BIT
BEQ
SET
BIT
BEQ
SET

BIT
BEQ

R2.45
28
BMFLAG
snexgx
#8178, CONF1G+2(R1)
3s
MKFLAG
#81T9, CONF1G+2(R1)
3$
PMEMFLG
ogm.comsm»
b)

:1S THIS AN ILLEGAL MEM TYPE?
*BRANCH IF NOT
:SET BAD BANK FLAG
:JUMP OVER REST OF FLAG TESTS
:1S THERE ECC THERE?
*NO - SKIP
SYES = SET MKFLAG
SIS IT A MS11-P2222
SNO SKIP!!!!
SSET MS11=P FLAG
*BANK = PROGRAM SPACE?
:NO = SKIP

. | CZMSPAQ MS1 1=L/M/P MEMORY DIAG.
EXAMINE BANK
SUBR

11937
119
119

047
7
14

119‘;
1196

11940
11941

002124

047
047

002122
1

11944 827

002564

119‘9 047

002126

11945

047

11947 047
11948 047
11949 047
11950 047
11951 047372
119S§ 047374
1195 067608
11954
047410
11955
047412

7420
047426
11958 0474
11959 047436
11960 047444

119
11957

2761
001421

010000

032761
001403

004000

032761
001403

000040

000207

MACRO M1113

26-APR-82 09:41
SET

PAGE 3711

PFLAG,RRFLAG

5$:

ggg

RLFLAG

6$:

COM
BIT

RRFLAG
#BITO0,CONF1G(R1)

SET

BMFLAG

9s:

BEQ

;18 mgxsnmw RELOCATED?

*YES = COMPLEMENT RELOCATION REQUIRED FLAG
*ERRORS PRESENT IN THIS BANK?

‘NO = SKIP

;1S THIS A WORST FIRST PASS?
WORST
TST
- SKIP
‘YES
98
BNE
COMPLEMENT BAD MEMORY FLAG
=
“NO
BMFLAG
COM
(R1)
CONFIG+2
OFF.IN
#BIT14
AND
TRUE
IS
IF SELONLY
RRFLAG
SET
END ;OF IF ssgonu

BIT

#B1T12,CONF1G+2(R1)

;1S THIS BANK INTERLEAVED?

BEQ
SET
BIT

ENEXBK
INTFLAG
#BIT11,CONF1G+2(R1)

*BRANCH IF IT IS NOT
;1S THIS BANK INTERLEAVED WITH 64K BOARDS?

SET

INT64K

#BITS,CONFIG(R1)
ENEXBK

;SHOULD THIS BANK BE TESTED?
“BRANCH IF IT SHOULD

R2.R1.RO

sRESTORE REGISTERS

BEQ

108:

SEQ 0309

BIT
BEQ

: POP
ENEXBK

108

SKIPMK

*BRANCH IF IT IS NOT

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
EXAMINE BANK

SUBR

11963 047446

<<SUBR

BANK 0K?>>

:*SUBTEST

SUBR

BANK OK?

ttttttttfitt'.t.'tlttt""ttttttfittt.tttttttt.ttt'.t.tt."'tt.ttt...'t!t.'tt"..

Js W LN
Y
b D D
D

~
ggessy
&~
- OO EE55R

SEQ 0310

PAGE 373

BANKOK: SUBTST
AR

RRRRRRARRRARNRR TR AR

AARRARRRRRRRR

AR RERARRRRAARRREORRRRRRRRRRRORS

sTEST _TO INSURE THAT THE TYPE OF MEMORY IN THE PRESENT BANK

;1S OF THE TYPE WE ARE TESTING °'‘TMFLAG''.

;RESULT %%EEEU:'&ED IN THE CONDITION CODES (0K = (=0)).
MoV
COM
MOV
XOR

002116

G
S
R
d D e b

002132

RETURN

P
b o

INCRPT:

RO
MKFLAG,R1
RO,R1

0K = (=0K)

INCPAT: SUBTST

<<SUBR

INCREMENT PATTERN TESTING >>

; *SUBTEST

SUBR

INCREMENT PATTERN TESTING

'tt!tlttt.'t.tt.tt.ttt."'t.tttllttttt.tt...ttQQ....Q.Q'.Q'."'Q.Qtt"...t.t.'..
INCREKNT THE PATTERN €& SET UP THE CONDITION CODES
002110
000030

d cd

D cd D

'tQtt.tt.tttt.ttttttttt'.'ti'ttiti.fi.t.ttlt.tt.tt..t'tt!t..tttt"‘tt.'.t..ttt't.

ESULT ;
Z BIT SET INDICATES OVERFLOW

ATTERN

SUBTST

<<SUBR

SET HIGHEST PATTERN TESTING TYPE>>

SUBR

SET HIGHEST PATTERN TESTING TYPE

INCBNK: SUBTST

<<SUBR

INCREMENT BANK & TEST>>

:*SUBTEST

SUBR

INCREMENT BANK & TEST

#30,PATTERN
CMP
RETURN

002110

SETPAT:

HIPAT:

—

iuc

R
3
&

2382

012737
000207

000027

002110

047510

:ttttt.t.t'.'t.tt.tttttt"tttttli.Q..ttt...ti..tt..Qt'...t"'...t........"'.".
sSET HIGHEST PATTERN
#27 ,PATTERN
MOV
RETURN

't.t'.ttt.Qttt...itt.."Q'Q't.t.t..ll....It'tt'.'.t...Q.t.".".'.l..t'.'.".t.'

'.tt.ttt..t'.'......t'l"'t't.t'fit.l'fifil..t....t...t..'.'.'.".'t'.'..".t..'.'.

;37
23737
000207

1
11988 047510
11989 827516
11990
047522

:SET UP CONDITION CODES
*NOT EQUAL TO ZERO IS GOOD (NO OVERFLOW)

ttttt.t.tttt.tttttfi.."'t.'tt.ll.t...'...t.t.t.t...Qtttt.lt.t.ttl..tttt.t...t't

:*SUBTEST

002582 002100

RESULTS RETURNED IN CONDITION CODES

INC

'c‘?;

BANK

LASTBANK , BANK

:T00 FAR?

CZMSPAD MS11=L/M/P_MEMORY DIAG. MACRO M1113 26°APR-32 09:41

SUBR

INCREMENT BANK & TEST

11993 047524

}

1
12009

000040 172516

177406
000004
177400
000005

15019

020000

1201
12018
12019

SUBTST <<BOOTSTRAP ROUTINE>>
BOOT:
T
L

L L A L L i L

STURN OFF THE UNIBUS MAP
soor axo OR RK1
:TRAP ON DOUBLE BIT ERRORS (NORMAL)
tcci
TRAPS TO 4 GOTO BOOT1
#800T
ET
IF RLFLAG IS TRUE THEN stm UNRELOCATE
:FLUSH OUT DBE'S
CALL _ MT0030
STURN OFF MEMORY MANAGEMENT
DEENERGIZE
;1S THIS AN 11744 OR 11/24?
N052?"
srscs

024566
002450

12010
12011
1 15
1201

SEQ 03N

PAGE 375

BOOTSTRAP ROUTINE
;*SUBTEST
Qt.ttt't"."t.'t...""'t't...t'."tt..t'.'...QQ.Q.Q.Q.Q'Q't"t.'..."'..t"'.
:INITIALIZE ALL CSR'S
:UNRELOCATE IF uecgssm
D
:FLUSH OUT ANY
:TURN OFF nenonv msensm

11994
11995
11999
1199
11m
1
1

12001
1 ;
1
1

B0OT1:
18:

BIC

#81T5,MMR3

MOV
MOV
MOV
MOV

#177406,R0
R1,4(R
#177400, (RO)
#5,-(ROJ

ADD

#BIT13.R1

CLR

CLR
RESET

8MI

(RO)

:TURN OFF THE UNIBUS MAP

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

BOOTSTRAP ROUTINE

SUBTST <<HALT PROGRAM>>
EXIT:
QQ'Q..'Q'...Q.t...l.".""Qt....i..'.t..Q'.'...Q.'..Q'Q.Q"'l.."Q..""..QQ.'

12022 047632

HALT PROGRAM
:*SUBTEST
'ttttt...'..t..it.t.."""t'.'..'..Q.t...".t..".'Q.Q.t..'.'..""‘..".'....
SHUTUP
CALL

120238276 004737 047664
1 s omg 000777

IF mms IS TRUE OR ACTFLAG IS TRUE

EXIT2:

. % 1“29 003654
0476
?
}12028
047523 ooou
} o§3 047664

SEXHALT " ELEIELT
JMP START

END :OF IF APTFLAG

12031 047664

SHUTUP: SUBTST

<<SHUTDOWN DIAGNOSTIC>>

; *SUBTEST

SHUTDOWN DIAGNOSTIC

tt..'tt....t'."t."t."'......t.t.t..'......'..Q"...t.'..'.Q'Q".'Q"...'.t.'

.tt'.t.fi.QQ'.Q.Q...QQ..Q'."....t.i'........'.Q....Q.QQ"Q..'...."Q.'.."..'Q.

;INITIALIZE ALL CSR'S

1203;

*UNRELOCATE
:FLUSH OUT DBE'S
nssrone LOADERS
STURN OFF MEMORY MANAGEMENT
SUNMAP THE uuaus w
AP ON DOUBLE BIT ERRORS (NORMAL)
ECCINIT

1203
12034
12035
120;9
120
12041 0467664 104472

047666
13%
82"00
1

; ,1%&4

7706

82"

IS mut meu SCALL UNRELOCATE
IFIF nuuc
QUICK 13°m.se
CALL

004737 024566

v
nov

07718 012700
15042
2633
2:
:
ooC
1 721
827713
11
737 04641
04772

CAL

104421

8857 7 002450
12050
190;
12051 04
% 37 000040 172516
12052 04
} : 047744
207
18:

MT0030

AN
LOADHOME ,R1
BANKMOV

oesnmxzs

NO22BIT
ST
18
aue
#BITS,MMR3
BIC
RETURN

;FLUSH OUT DBE'S

DESTINATION
BANK BANK
:SOURCE

:TURN OFF MEMORY MANAGEMENT

*DOES THIS PDP=11 m\vs 2 -81T ADDR?
*BRANCH IF NOT

:TURN OFF UNIBUS MAP

BTST <<APT SHUTDOWN SEQUENCE>>
APTDOWN:SU
t.t..tttttt.tttt...lt."tt'..l..'.'lt.Q.Q.l.!.lt...l.t.t.t"".t".."t.'.ll"'

15355 047746

s «SUBTEST

APT SHUTDOWN SEQUENCE

t'ttt'....Qt.'fit...tt"Qt't..t't..t.....'.'....Qt.tt..t.'t'..'.t.!.ttt".t.".'

12059 04774
77
1
12061
7776
1

12737
012737

12065 050014

000000

}

SEQ 0312

PAGE 377

238?3 134Z1;

oosl.

SUPERVISOR SPACE (TEST AREA) TO BANK #0
#0
MAP
TESTAREAmroouu mstozl.-ENTER ttstMODE
MOV
0,FIRST+2
MOV

?gxmFiRSNAPTDO\N;ENTER KERNEL MODE

APTHLT: HALT

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

APT SHUTDOWN SEQUENCE

SUBTST

12068 050016

PAGE 379

SEQ 0313

<<BLOCK MOVE SUBROUTINE>>

;.Q't't.t.t..t.......""."'.'....Q.'......Q'....Q.....Q.'Q..".Q'.QQQ'Q.QQQ.'.

s*SUBTEST

BLOCK MOVE SUBROUTINE

:'QQttt.ti........'t....'.Q".t"...'......'t.Q...'Q'...Q"'.".Q."QQQ'.Q.Q.Q'Q

12069
12070
12071
1207
1207
12074
12075 050016
12076 050024
12077
0500
12078 0500
12079
12080 050036
12081
050044
]
50050

:BLOCK3
*BLOCK2
:BLOCKT

SALL ARE CALLED BY THE BMOV MACRO
"ENABL

012702
12701

12701
04

177640
000020

000020

BLOCK1: PUSH

MOV
mv
B8R

BLOCK2: PUSH

MOV
BR

12084 05005
12085 05
12086
050062
12087 050064
12088

BLOCK3: PUSH

12092 050100
1209

RTS

930670
1309
12091 050072

HAS 3 ARGUEMENTS
HAS 2 ARGUEMENTS
HAS 1 ARGUEMENTS

gs:
$:
18:

MOV
MOV
MOV
MOV
$08
POP

.DSABL

LSB

RO,R1,R2

#FASTEITY,R2
L) 1

RO.R1,R2

né. .R1
28

RO,R1,R2

(R§)+.R1
(R5)+.R
(R5)+.R
(RO)+, (R2)+
R1,1$
ag.m.ao
R

LS8

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

FIELD SERVICE MODE

%
1

.SBTTL

12098 050102

12101 050110
1 18; 50124
501
121
12104 050132
12105 0501
1 1% 0501

12106 05016g
12108 05014
12109 050146

12110 850156
12111 050160

1 11§ 0501?2
12113

0501

12114 050174
12115 050173
1 119 850
050
12117
050210
12118
12119 05021

1 150 50
12121 050226
1 12; 850
50
121
12126 050

12125
121
121
12128
12129

121
12131
121
121
121
121
1 16?
1214

050

5
05
0

FIELD SERVICE MODE

<<SUBR

FIELD SERVICE COMMAND MODE>>

:tt'tt'.....Q..'.t..fi""t'....t't'..'.t..'..t'...'.....'.'..."Q.Q..Q.t.t.'.ttt

SUBR

s*SUBTEST

} 300 050104

PAGE 380

FIELDSERVICE: SUBTST

050102

SEQ 0314

SAVREG

104415

TYPE

1402

002540

104424

1046414

18:
FS1:

51456

5237
3264
52672
53076

33370
1

3
5
]
5

it g 000733
o
12144

PUSH

1$:

CSRNO,KAMIKAZE

CACHOFF
KAMIKAZE
SET
MSG026
TYPE
RDDEC
RC
POP

BLOS
TYPE

101403

058200
05040
5051
5
511

RETURN
END ;OF IF RLFLAG
CACHKN
TST
1$
BEQ
CONTRL
PUSH

CMP

020087 000022
000766

MSG020

sFIELD SERVICE COMMAND MODE

IF_RLFLAG IS TRUE OR NOF SMODE IS TRUE
TYPE MSGO48
sNOT AVAILABLE NOW = TRY LATER!
RESREG

10“19
00020
5737

FIELD SERVICE COMMAND MODE

:...ttt.t..tt.....'.."""'.t.'.....t...........t..'.Q"'.Q't.t..'.""."...Q'

CASE RO

RO.#18.

sSAVE CACHE STATUS
sSAVE CSR & KAMIKAZE STATUS

sTURN CACHE OFF

:
3 COMMAND
:READ A DECIMAL NUMBER
; COMMAND =-=> RO

1$
MSG021
FS1

FSC
FSCMD
FSCMD
FSCMD
FSCMD4

FSCMD5
F SCMD
FSCMD
FSCMD
FSCMD

FCMD10
FCMD11
FCMli
FCMD1
FCMI;
FCMD1
FCM19
FCMD1

otFfie
B8R

sEXIT FIELD SERVICE COMMANDS
sREAD CSR

sLOAD CSR
sEXAMINE MEMORY
sMODIFY MEMORY
sSELECT BANK & PATTERN
sTYPE CONFIGURATION MAP

: S0B-A-LONG TSST

sERROR SUMMAR
sREFRESH TEST
sSET FILL COUNT
sENTER KAMIKAZE MODE
sEXIT KAMIKAZE MODE
sTURN CACHE OFF
:TURN CACHE ON

sTEST ONLY SELECTED BANKS
sRESUME TESTING ALL BANKS
;ENABLE TRACE

:DISABLE TRACE

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

SUBR

FIELD SERVICE COMMAND MODE

12147 050300

1 ug )

FSCMDO: SUBTST

<<COMMAND 0

EXIT>>

+«SUBTEST

COMMAND 0

EXIT

tttt.'tttt'.t'.tt.ttl"t"t.....t.t.tt'tt..t'tt'.tt.t.t.'.t."t...".t"'t'.'.Q

.Ql"t.t..t".lt.'tttt"'Q".QQ..Q.Q..'Q.t'tt.....'tt't...t'Q..t'.'t.'t'tttttt'

TYPE

6103

7] p——
is}-s
"Aom SK1PKAMI
agkk

2
§8 }
}} }g?
}E;;: gg 83%29 ggzuooe”
930
15138
1 1§9 sg

M
- Lsano.
Eop
CACHKN
ST

050

121

062706

000002

001414

} }e‘) 50

062706 000002

§8
1 18 050
12163

12164 850
12165

POP

005737 002540

1 153 5

1215

SEQ 0315

PAGE 382

ADD

12149

FLAG
KAMIKAZE
OLD
AWAY
THROW
;
;RESTORE OLD KAMIKAZE FLAG

KAMIKAZE

BEQ

RESO

ELSED

#2,SP

BEQ

RESO

:1F CACHE IS OFF

IF CACHKN EQ CACHKF

STHROW AWAY CACHE STATUS

TST CACHKN

5737 002540
1402

050376

:LEAVING FIELD SERVICE MODE

POP

;RESTORE CACHE STATUS

CONTRL

END :OF IF CACHKN

RESREG

12166 050376 104416

RESO:

12169 050402

FSCMD1: SUBTST

<<FS

COMMAND 1

READ CSR>>

s«SUBTEST

COMMAND 1

READ CSR

} }gz 050400 000207

12170

050402

12171 050406
3 1;; 5041
121 8504
12174

12175

12176

0504

050430

0504

'Q.tttttt.tttttttt.'."".'ttQttt.fi..t..tttttt..t..t..t.'Q'.'.t.'.'.'.t..t.ttt'

004737

010637 002 2
104426
104026

o—
}1 }1;3 5532
smzs 013706 002302
12180 so:.os
12181

050510

RETURN

000207

Q.tt.'..'t.tt.Qt.'.Q.'t"'tfitttt.l.l.t'....'tt..'t.lt't..t.tt..'t..t".'tt.t"t
WHICHCSR
CALL

SP,FSSTACK
MOV
WREST
SET4
READCSR
SET

ERROR

RES4

RROR

+26

g;;etm MSGO2S
RES1 T MOV
FSSTACK, SP
RES4
RETURN

:TRAPS TO 4 GOTO RES1
:USE ERROR ROUTINE FOR PRINTOUT

*RESET TRAPS TO & TO DEFAULT

THIS CSR DOES NOT EXIST

sRESET TRAPS TO & TO DEFAULT

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

COMMAND 1

READ CSR

FSCMD2: SUBTST

12184 050512

gg
050

0505

ggs
050574
05057

050606
05

} 30 2061
12201 05

1
050624
12203 0
1 504 0506
12205 050656

SEQ 0316

PAGE 384

<<FS

COMMAND 2

LOAD CSR>>

;QtlQt"ttttt.t..tt..".'t'tQtt'tttlt..t.tt.tt...ttt..t.tt.tt't.t't‘t.tt'.".'..

737

053674

LOAD CSR
COMMAND 2
FS
*SUBTEST t..tl'Q.t."
s"ttt.ttt'..
"t'.'.tt..t.'tt.tt'tQ.QQttt.t'.".t.tttt'.tt'..'."t.t'
CALL

12185
11218
189 5821
8?36 7 802 2
sog
12188
12189
12190
12191
1 19§
1219
12194
12195
1 19?
12197
12198

P~G027

ERROR

+26

RES4
TYPE
RDOCT

104413

POP

LOADCSR

10“55
104426

READCSR

TYPE
SET

1040
000259
000207

TYPE
SET

104026

013706

SP rssmx
#RES

READCSR

104426

ERROR
002302

RES2:

WHICHCSR

MOV
SET4

RETURN

TYPE
MOV
RES&4

RETURN

ugmoa

MSG023

CSR
MSG028
ngmoa

;TRAPS TO &4 GOTO RES2
;USE ERROR ROUTINE FOR PRINTOUT

*RESET TRAPS TO & T0 DEFAULT
:FIRST CSR WORD
READ AN OCTAL NUMBER

SPUT IN IN LOC ‘CSR

+26

:USE FOR PRINTOUT = NOT AN ERROR

MSG025
FSSTACK,SP

;THIS CSR DOES NOT EXIST

sRESET TRAPS TO & TO DEFAULT

]

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

COMMAND 2

LOAD CSR

12208 050660
1

so%g

1; 5071

3 1? 50
12211 050
12213

05071

FSCMD3: SUBTST

<<FS

COMMAND 3

EXAMINE MEMORY>>

s *SUBTEST

COMMAND 3

EXAMINE MEMORY

:tt.Q'Qt.tt..t'.'tt.tt'.'.'t't.tlt..tt.t..t.tt.ttfit.'t't'tt'..t..".t't'."'t"'
:.QQ.tt.tt'..t...t.t..'.'t'.'.t..t't.'...t'.QQQQ'Q..QQQQQQQQt".'......."..'t..

012737 000002 002074
10“1;

013737 065140 002100
12214 050
12215
241
1 1;
1
12217 050
002100
137
1 13 gso
41
05074
12219
5074
1
002100 002552
737
12221 050744
;oz
1 g 50752
060000
7564
1
000001
12224 85 760 0
0013
12225 050764
oso;sg 020027 157776
1
7
050
1
12228 050774 012737 051046 002300
1 2;3 05100
155 05101
12231 os1o§3
011001
8510
9
srog 104417
1
0510
1
; sg; 051044 000410
1

SEQ 0317

PAGE 386

051

} gg o518§$ 000405

PUSH

18:

: INDICATE PARITY ACTION
sEXAMINE MEMORY

MOV
POP
cLe
ROL
ROL
cLC
ROR
(MP
BGT
ADD

SHIOCT,BANK
RO
RO
BANK
RO
BANK,LASTBANK
18
mnsr RO

:PUT MSB'S IN BANK
*PUT LSB'S IN RO

TYPE

MSGO3

:PARITY ABORT

ADD
TYPE
B8R

#6,SP
MSGO3
EXCMD

:FIX STACK

TYPE

RDOCT

MSGO31

#81T0,R0
BIT
1$
BNE
RO,MLAST
P
1§$
BHI
#38,PARTHERE
MOV
#4$
SET4
BANK
MAP
TESTAREA
(RO) ,R1
MOV
KERNEL
TYPOCS R
EXCMD3

38:

12240 051054 062706 000004
12241 851060
} 8 51064 000400

48:

12244 os1o% 104417

EXCMD3: KERNEL

82%?1
}1 gl.s
29 osmg 000207

BANK,NOPAR,PARTHERE 4

,NOPAR
#2
nség

MOV
TYPE

EXCMD

*PHYSICAL ADDRESS (0-17775776)2?

*READ OCTAL NUMBER ONTO STACK & SHIOCT

;CHECK FOR BANK TOO HIGH
*BRANCH IF TRUE
:CHECK FOR ODD ADDRESS

*BRANCH IF ODD ADDRESS
SCHECK FOR ADDRESS OVER 16K
*BRANCH IF OVER 16K
:INCASE OF ABORTS
STRAPS TO 4 GOTO 4$
‘MAP SUPERVISOR SPACE (TEST AREA) TO BANK
:ENTER TEST MODE
:ENTER KERNEL MODE

STIMEOUT TRAP

;ENTER KERNEL MODE

:gg4 4.Pmmene.norm.mn TRAPS TO & TO DEFAULT
RE TURN

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

COMMAND 3

EXAMINE MEMORY

FSCMD4: SUBTST

12250 051134

: *SUBTEST

12251 osng:
1 s; 051154
12253 0511
12254 gn
12255 0511
1 sg glm
} ga s} 2

15520 031598

<<FS

COMMAND &

012737 000003 002074
1044;;
065140 002100
013737
——

18:

PUSH
MOV
TYPE
TYPE
RDOCT
MOV
'c?'c'

xr RO

_PARTHERE
04.
BANK

resmea

104511

1572 B8 oo
’

12280 051324 062706 000004
12281 851
000424
} 5 51

51374

1406

}

1
051356 104413
1
1
1011
1
1
1100
106417
1372

51400

2%2‘
51452

INVAL IDATE

b L e

MODIFY MEMORY

L D LI AR DAL A

104417
000207

INCASE OF ABORTS
4$
4 GOTO
: TRAPS rbMAP
SUPERVISOR SPACE (TEST AREA) TO BANK
;ENTER TEST MODE

ssmns uenénems WE GOT LUCKY = NO TRAPS

011001

1} ;g 3;3}42. 1044.}(7’
vt
1227

1
12287
1 g
1
1
1
1

‘x‘;pm 5’,“}"33"" THEN GOTO 18 ;CHECK FOR BANK TOO HIGH
ODD ADDRESS
:CHECK FOR
SET.IN RO THEN GOTO 18 SCHECK
ITO
FOR ADDRESS OVER 16K
HI ousr THEN GOTO 18

12271 ongos
1 z;i 051310

051
051

MODIFY MEMORY>>

T T T

00613% 002100

MOV
SET4
MAP

12284
12285

amx NOPAR, PARTHERE,
:INDICATE PARITY ACTION
AR
nengg
*MODIFY
nsé
:PHYSICAL ADDRESS (0=17775776)2?
MSGO
:READ OCTAL NUMBER ONTO STACK & SMIOCT
:PUT MSB'S IN BANK
SHIOCT,BANK
:PUT LSB'S IN RO
RO

51250 012737 051316 002300
12
051256
12268
15 9 051
51

.'tttttt.'Q.l'Q..t....Q't""'.t.'.t'........t...Q....'Q.Q.Q'Q..t't"tt"'.'Qt'

}% 6§ gg (é ——
P
S 05151 l.s
15
}
1

SEQ 0318

PAGE 388

asnne

(RO)

”

gs
*

48:

ADD
TYPE
B8R

m 3»
MSG033
EXCMD4

58:

TYPE
TYPOCS

MSGO37
R1

TYPE

MSGO38

MSGO39
TYPE
RDOCT
POP
R1
TESTAREA
R1 (ao)
MOV
MOV
(rO) R
KERNEL
TYPOCS RI1

EXCMD4: KERNEL

;ENTER KERNEL MODE

sFIX STACK
sTIMEOUT TRAP
;EXIT

ou wm WAS
PRINT IT

TINPUT NEW DATA
*READ ON OCTAL NUMBER ONTO THE STACK
s; NEW NUMBER
;ENTER TES
IT IN MEMORY
;PUTnooe
READ IT AGAIN
;ENTER KERNEL MODE
:DATA IS NOW

SPRINT IT

;ENTER KERNEL MODE

a'esev TRAPS TO & TO DEFAULT
itmm’
:g's"
RE TURN

CZMSPAO MS11-L/M/P MEMORY DI G. MACRO M1113

COMMAND &

MODIFY MEMORY

;*SUBTEST

18:

104413
851
1
512
1
} g?g 051
12311 osmg 013701 002100
12314
12315
1

}

051546
51223

006301
006301

12321
1

05157,

28:

104413

51606

TYPE

RDOCT

POP

PATTERN

IF PATTERN EQ #0
TYPE

MSG043

051624

MAP

BANK

CALL

EXBANK

RDOCT
POP R2

gmo

1
1
1
1
1
1
1
1
1
1
1 s
1
} .;«1)

104511

004737

1664

16
51%3
51
21
7
5171
51
517,
517
51
517
51750
51756

13701 002100
}12355é §§"“
05
806301
1235

:BANK NOT ACCESSABLE

*READ AN OCTAL NUMBER ONTO THE STACK

IF RRFLAG IS

TRUE

TYPE ngc 9

JMP CMD5C

002152

388%
mns
13064

END ;OF IF RRFLAG
TYPE'

MOV
MOV
ASH
MOV
ASH
BIC
ASL
MOV
MOV
MOV
MOV
BIC
8IS

CMDSB 355
ASL

SPUT IT IN PATTERN

:CHECK FOR PATTERN TO HIGH

;PATTERN 0 DATA IS?

*READ AN OCTAL NUMBER ONTO THE STACK
SPUT IT IN R2

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

INVALIDATE

047020

1654

12335

L A AL L L

:PATTERN(0=45)?

MSG042

END ;OF IF

SELECT BANK § PATTERN

e L L

R1
R1

051624
051640

ASL
ASL

}

51642

nm m OCTAL NUMBER ONTO THE STACK
RDOCT
SPUT IT IN BANK
BANK
POP
IF BANK GT LASTBANK THEN GOTO 18" ;CHMECK FOR BANK TOO WIGH
BANK,R1
MoV

IF PATTERN GT #47 THEN GOTO 28

12325 051620 104413
05182
1

3§

COMMAND 5

SELECT BANK §& PATTERN>>

mtm.resmo rcm TKVEC tmcoSTACK POINTER
cogoPATTERN TEST
%AS
r§
W
SELEC
6
nsso

051614

3 ; 1

PUSH
MOV
TYPE
TYPE

12324

END ;OF IF

i 051576

12330

COMMAND 5

GOTO 18

51570

IF CPUBIT OFF.IN CONFIG(R1)
TYPE MSGO41

}‘ 51564

12319 351

t.'t.'.t.".'.Q.....'.'Q'.t....'..'....t'.Q....Q...'.QQ..Q...Q'..'..Q..Q.Q.".'

851454.
010637 002302
51506
112303
10
851
12305
51514
1

1 1; 051542
12313 051544

PAGE 390

26~-APR-82 09:41

FSCMDS: SUBTST <<FS

12302 051454

SEQ@ 0319

MSG046

CSRNO Savcsa
BANK R
#2,Re
CONF IG(R2) ,R3
#-10,R3
#°C17.R3
R
R3,
CSRNO
c.rxvss
’
#340 txx:co
asTkB,R
#BIT7.PSW
#8176,387KS

m"‘”‘h"‘"

:SET NEW MARGINS

:BANK REQUIRES RELOCATION
:T0 ESCAPE TYPE ANY KEY!

SAVE OLDCSR NUMBER
eineme INDEX INTO CONFIGURATION TABLE
% WORD OFCwlm 1gu TABLE FOR THIS BANK
*POSITION CSR CODE IN BITS OSCLEAR ALL BUT THE CSR CODE
*ADJUST CSR NUMBER
:
sKILL ANY OLD INrsRUPT
LOWER CPU PRIORITY TO 140
.eme KEYBOARD INTERRUPTS

P MEMORY DIAG. MCRg MM smzo-m-sz 09:41
PATTE
SELECT BANK

INNITRRBFR REJIERRSS &» NERRRNNFSR RS o

o e o e o) d med B b =D

8dddd

T A T
A
VIV

— —d d b e e e o el ed cd e D

AV AW

0000000000000 O0O0O0O0O0O000

T i

OO0000000O00000

A T A A A i
VA T A
T AL

RS& AR

ASL
CLR
CLR

o5 B o

005237

002236

012737

120000

MOV

SEQ 0320

R1
SPLTCSR
PASFLG

#FIRST,TESTADD

#FIRST+2,TESTADD+2
MOV
IF #81T12 SET.IN CONFIG+2(R1)
INC

MAP

MOV

002410

SPLTCSR

BANK

#120000, TESTADD+2

END; OF IF #BIT12
IF #SWO SET.IN aSwWR
Engcms

104470

PUSH

CLRCSR

104502

g
1;700 00211
R
R e
a8 s

PAGE 390-1

CSRNO

CSRNO
POP
END ;OF IF

MOV
MOV
MOV

002074
002322

ASL

CALL
CLR

000712

FSPAT:

#2 ,NOPAR
#2.PCBUMP
PATTERN,RO

:DISABLE ERROR CORRECTION

:CLEAR CSRS

:PARITY ACTION
*TRAPS ADD 2 TO PC

@FSPAT(RO)

NOPAR

CMD58

;LOOP TILL KEYBOARD INTERRUPT

:<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
: 1 SEC
: 1 SEC
210 SEC
:10 SEC
220 SEC

DATA PATTERN TEST
ADDRESS TEST
OMPLEMENT ADDRESS TEST
XOR 9 WORST CASE NOISE TEST
ROTATING 2EROS 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
C DOUBLE BIT ERROR TES
WRITE INHIBIT OF BYTE WITH DBE
WRITE INAIBIT OF WORD WITH DBE
HOLDING 1°S & 0°'S TEST
SYNDROMES TO ESR ON SBE TEST
CHING 0°S € 1'S TEST
ESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TEST

:<1 SEC

RANDOM DATA TEST

:<1 SEC

A T
iV
VIV

e e e e e i ) i e

i e

)

b b b

b b b b b b b b— D

RSSSESRILICSIRETECLERBEE

—

uuug‘nuFRR ~ S$ELEE
JaJAN

e D e D o e D D d e D e
MNINININININNININD
WA

i e e

D e i e i

) e e

2
3

INTERRUPT ENABLE TEST

: 1 SEC

UNIQUE BANK tggr

235 SEC
:71 SEC

BRANCH GOBBLE TEST
SOFT ERROR TEST

: 1 SEC
:<1 SEC

CORRECTION CODE TEST
ECC DISABLE TEST

: 1 SEC
: 3 SEC
2¢1 SEC

:<1 SEC

TEST
FLUSH OUT DBE'S
S0B-A~LONG TEST
WRITE RECOVERY TEST
WORST CASE NOISE PARITY TEST

CZMSPAD MS11=L/M/P MEMORY DIAG. HACRg M1113 26-APR-82 09:41

SELECT BANK & PATTERN

COMMAND S

2‘

12413
124614

12415

1 419
1241

12418

12419 05
} 2 1 052272

egu

6554

6614

54
026714

; 1 SEC
: 1 SEC

MT004%

: 1 SEC

12431 05237

207

:<1 SEC

: 1 SEC

MT0045 : 1 SEC
MT0046
MT0047

CMDSC: MOV
124 § 052274 omog 002302
BIC
042777 000100 130320
12423 05

12424 05
12425 ossm 117700 130306
12426 0523
124.57 0523
12428 05234
ool.7§7 ol.rogo
05235
154
013737 002152 002150
052362
12430

PAGE 390-2

MT
MT

MT0042

POP
move
POP
POP
MAP
CALL
MOV

RETURN

SEQ 0321

: 1 SEC
;<1 SEC

FSSTACK,SP
#B8176,38TKS
TKVEC+2, TKVEC
asTkB,RO
PCBUMP, TESTADD
PATTERN , BANK
BANK
EXBANK
SAVCSR, CSRNO

NO WRITE ABORT WITH ECC DISABLED TEST
ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

EXTENDED UNIBUS ADDRESS TEST

WRITE sn§ 5"““5 SBE TEST

SHIFTING 170°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

:RECOVER OLD STACK POINTER

:GET CHARACTER TO GET RID OF FLAG

:REMAP OLD BANK
;RESTORE CSRNO.

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
COMMAND S

SELECT BANK & PATTERN

FSCMD6: SUBTST

12433 052372
1 l.gln 052372

12435 052376

12436

SEQ 0322

PAGE 391

<<FS

COMMAND 6

TYPE CONFIGURATION MAP>>

:tfi'.'.'l....'.filfi'..."'Q'"l...QQ.'....tt..Q't't'.tt.t.'.t.........'..'..'.".

004737

000207

041352

TYPE CONFIGURATION MAP
COMMAND 6
FS
T
:#SUBTES
:QlQQtt.l.'.'Q'tQfifit.t.""'.'ififitt...fitt.t..'.fi'...."Q.."Qt'.'..'..".....'.'
CALL.~ PCONF IG

RET

CZMSPAD MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
TYPE CONFIGURATION MAP

COMMAND 6

12439 052400

FSCMD7: SUBTST

<<FS

s*SUBTEST

PAGE 393
COMMAND 7

S0B-A-LONG TEST>>

COMMAND 7

S08-A-LONG TEST

AR RN AR AT
3 AARAARARRA AR RRARRA

PUSH

12440 052400

SP,FSSTACK
MSGOSS

12444 052434

IF #SW0 SET.IN aSWR

12447 052450

104502

12646 05244

12448 05245

’

15451 osgl.se

1 "si 052462
12453 052470
12454 052476
12455 osgsos
};2;9 052510

012737
012737
01 709
04.573
052777

oszeos
ogoy.
130126
000200
000100

000060
000062
177776

130110

12458

}2223 052516
12461 052532

i 28 05 sss

004737

047020

12464 052556
12465 052560
1 469 052564

104511
004737

025070

05254

15488
035200
} 247,3 85
604

CMD7B:

:DISABLE ERROR CORRECTION

CLRCSR

;CLEAR CSRS

ELSE

TYPE'

MSGOS6

TYPE

MSGO46

MOV
MOV
MOV
BIC
8IS

, TKVE
#CMD7C
#340, TKVEC+
asrxg.ao
#BIT7.PSW
#B1T6,a8TKS

SET

HEADER ,MUT

737

207

047020

:BELL = EACH PASS COMPLETE
:TO ESCAPE TYPE ANY KEY!

:KILL ANY OLD INTERRUPT
*LOWER CPU PRIORITY TO 140
*ENABLE KEYBOARD INTERRUPTS

FOR BANK := #0 TO LASTBANK
CALL EXBANK

IF ACFLAG IS TRUE AND RRFLAG IS FALSE

INVALIDAT
CALL MT0031
END :OF IF ACFLAG

wge"d SoELL
GOTO
cmsa X
FSSTACK,SP
CMD7C: MOV
230
13
12471 05
1 4.;; 35
1 84;;99
8§&g§ 130006
BIC
#B176,a87KsS
12473
05
117700 1
MOVE
@STKB.RO
1247% 85 %
12475 0526
1 4;9 85 6%
12477
0526

:SAVE LAST GOOD STACK POINTER
:S0B=A-LONG TEST

ECCDIS

END ;OF IF

}52;3 05245

AR ARRRR AR AR ARRERENRRAORRR A RO RROR Y

BANK,PATTERN, TKVEC,TKVEC+2,NOPAR

MOV
TYPE

104470

R AR RRA AR AR AR AR

TR AARAARAAAARRARNAANRAAAAARAAAARARAARASAAACARARAAAAOCCAE

12441 osz% 010637 002302
} 28 0524
12445 052444

SEQ@ 0323

:RING
BELL
’

:RECOVER OLD STACK POINTER
:READ CHAR TO KILL FLAG

2,
TKVEC ,PATTERN,BANK
NOPAR . TKVEC+
POP
;MAP SUPERVISOR SPACE (TEST AREA) TO BANK
BANK
MAP
CALL
EXBANK
RETURN

810
CZMSPAD MS11=L/M/P MEMOR Y DIAG. MACRO M1113
SOB-A=LONG TEST
FS
COMMAND 7
12480 052672

12485

14.39

5337

00243

052724

<<FS

COMMAND 8

ERROR SUMMARY>>

s *SUBTEST

COMMAND 8

ERROR SUMMARY

. TEMP
$PASS

TYPE

MSG12S

;PASSES COMPLETED

TYPE

MSGO7

;ERROR(S) DETECTED

TEMP
TEMP

DEC
TYPDEC

m"b

527

05274
052750
052754
052760

IF SERTTL NE #0
SUCCESS
CLR
FOR BANK := #0 TO LASTBANK
MOV BANK,R3

005037

002330

013703

002100

1 4.9; 05 794 070327
1249 85 770
12494 052776
12495 05

000004

MUL #4,RS$

IFB CONFIG+2(R3) NE #0
IF SUCCESS IS FALSE
MSGO76
TYPE
SET SUCCESS
END :OF IF SUCCESS
TYPOCS ~ BANK

1 :.99 053010
12497 053016
12498 053016

MOVB

12499 ossogs 116300 og 652
042700
12500 osgg
12501 05 sg
sgfi
1250
053046
12503

12504 05304
12505 05306

1 sog 05306
12507

RO,R2,R3,BANK

PUSH

MOV

TYPDEC

1248 85 7
12488
12489
12490
12491

FSCMD8: SUBTST

:tt'ttt'ltt'.'.tttt'ttt't.ttt!t.tttt.ttltt'tti't.tt'..'t.t"ttt"t..t"t.'."t'.

i 4.5 85 04 8537§7 oesu.s 002430
05 712
05271

PAGE 395

:t.'fi'i'..t.t...'.'..t'.'."t.t...Qt.'."t...Qtt..!t.....'..t".0..‘...'.".".0

12481 05 972

12483
12484

26-APR-82 09:41

053074

SEQ 0324

000207

cour;;mns).no

#4C377.R0
BIC
RO
TYPDEC
SCRLF
TYPE
END ;OF IFB CONFIG(R3)

177400

END :OF FOR BANK
END :;OF IF SERTTL

POP

RETURN

BANK,R3,R2,

;BANK

ERRORS

c10

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41
ERROR SUMMARY

COMMAND 8

FSCMD9: SUBTST

12510 053076

(e8]

010637

002302

TYPE

END ;OF IF

6056

:BELL = EACH PASS COMPLETE

TYPE

MSG046

:T0 ESCAPE TYPE ANY KEY!

SET

104511

004737

047020
023160

c MD9C, TKVE
0, TKVEC+
r RO
#BIT7.PSW
#81T6.38TKS

:KILL ANY OLD INTERRUPT
*LOWER CPU PRIORITY TO 140
*ENABLE KEYBOARD INTERRUPTS

HEADER ,MUT

FOR BANK := #0 TO LASTBANK
CALL EXBANK

IF ACFLAG xs TRUE AND RRFLAG IS FALSE

INVALIDAT
CALL MT00
END ;OF xr ACFLAG

GOTO

i
117700 i

MOV
BIC

FSSTACK,SP
#B176,387KS

004737
000207

MAP

BANK

Reriay SNOAK

047020

:DISABLE ERROR CORRECTION

TYPE

MOV
MOV
MOV
BIC
BIS

fie

*REFRESH TEST
;CLEAR CSRS

CLRCSR

104502

004737

nsé

END:OFFOR BANK
sae%
TYPE'
b ok

REFRESH TEST>>

amx rmm TKVEC, TKVEC+2,NOPAR
;SAVE LAST sooo STACK POINTER

IF #SWO0 SET.IN @SWR

104470

—

PUSH
MOV

flggcoxs

RS¥E

COMMAND 9

REFRESH TEST
COMMAND 9
FS
ttttt.t..t't'tttt.t."".i'.t.QQ.Q'.t.Qt.QQQ.Qt'.....t'....t.."..Q.QQQ.."'QQQ

SXBER SIZRRY

Be
)

QRS

OO0000O0

VIV | i

000000

O0O000000O
OO000000

RESRILEEY

VISWN =00

VIV - il
NN NN
NN

P TR

VIS
W =20 0BV

eee
g

wviviuvawvaiwvawaaaawviviaaaaaiaww ViAW

P4y RERRER

dddddflddflddddfldddddddddddddddddddddddd

<<FS

ttttt..t'tttt".t..t""."t..tt'Q.....ttt.'QQQ.Q.Q.Q....."QQ..Q"QQ.Q".Q..'Q

;*SUBTEST

SEQ 0325

PAGE 397

MOVB

POP

@STKB.R

;RING BELL

:RECOVER OLD STACK POINTER
READ CHAR TO KILL FLAG

BANK
NOPAR. TKVEC+2, TKVEC, PATTERN,
SUPERVISOR SPACE (TEST AREA) TO BANK
mfi

D10

CZHSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
REFRESH TEST

COMMAND 9

FCMD10: SUBTST

<<FS

COMMAND 10

SET FILL COUNT>>

$#SUBTEST

COMMAND 10

SET FILL COUNT

.'t.'..ttt'..'t'tt.."'Q'"t...t.Q'Qtt'.i.'..t."t"...Q..Q"t.Qt""t...'t".'

t.'.Q.QQ...Q!...a'.'.'t.""ttt.lttt.t....QQQ..Q'.Q..Q...".'Q'Q't'."...'.'.'t
PUSH

Yi603? 002352

MSGO8S

POP
8IC
MOVB

RO
#°C17.R0
ng.sriu.s

POP
RETURN

000207

17776

sFILL COUNT(OCTAL)?

TYPE

RDOCT

1046413

W ViAW

OO00O0000O

—

d cd e

e o

d e

g u\aaamgumm
Soosgmf

IV
W

12551 053370

SEQ 0326

PAGE 399

FCMD11: SUBTST

<<FS

COMMAND 11

ENTER KAMIKAZE MODE>>

:*SUBTEST

COMMAND 11

ENTER KAMIKAZE MODE

'Qlt..fi...ttt'...tl""""..".Q.t.t..t..Q.t...Ql...Q.Q'Q'.Qtttt.t'..t.'.'.".

...ttt'.'.Ql...fi....tt"tttl..ltt'..t.'..t.tt.t.'.tttt.'tt'tl.'.t.".t.'t."'t..
:ENTERING KAMIKAZE MODE
MSG101
TYPE

SET

RETURN

000207

KAMIKAZE, SKIPKAM]

FCMD12: SUBTST

<<FS

COMMAND 12

EXIT KAMIKAZE MODE>>

*SUBTEST

COMMAND 12

EXIT KAMIKAZE MODE

tttt.t.tt'.t'.tl....Q.'t".*.....fi'....ltt'.t.fi....tt'.t..t."......."..'.'.tt

005037

ttt..tt.ttttt.'ttt""'t""...tt..t.'.'t.'t..'tt...'tt'..'..t...'..t..."'...'
sLEAVING KAMIKAZE MODE
MSG102
TYPE
CLR
SET

002004

RETURN

000207

KAMIKAZE
SKIPKAMI

FCMD13: SUBTST

<<FS

COMMAND 13

TURN CACHE OFF>>

; *SUBTEST

COMMAND 13

TURN CACHE OFF

==UQSU!
28

— a2

.tQ..'..t.t".ttt..'.."'.'t..t..t......'tt'..'......t...'Q'..'...'t.'..t."."
sCACHE IS OFF
MSG106
TYPE
NNN

€35 2

i G

Ja3JANA

.tt.t..l.t.'t..t.t..""'".fit.t....t.l..t.t't.'.t..'........Q.Q.t'....t.."fi"

g5y s

CACHOFF
CACHKN, CACHKN+2
MOV
SIEJT!W CACHKN

:TURN CACHE OFF
SAVE OLD CACNE ON STATE
;KEEP CACHE OF

FCMD14: SUBTST

<<FS

COMMAND 14

TURN CACHE ON>>

; *SUBTEST

COMMAND 14

TURN CACHE ON

't...t'.ttt..t't'.t....Q'.'t.t..tttfi't".'t..'l....."......QQ..'.'...QQ.'..'.'

.lfit..'..'.t...t.'.'t".".'."...t.t.t.Q.'..'.t‘..t....'.Q..tl.i...'...'..t".
013737
104423

000207

002542

002540

TYPE

MoV

gegflu?"‘

MSG107

CACHKN+2, CACHKN

sCACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)

:RESTORE OLD CACHE ON STATE

sTURN CACHE ON

E10

cznsno MS11=L/M/P MEMORY DIAG. MACRO M1113 26=-APR-82 09:41
COMMAND 14

TURN CACHE ON

12600

12601
1

053526

0535
535

004737

12603 0535
85 53,
1
12605 0535

104413

12609 053554

006301

05 s«g
1
12607 05355
1%608 053554

PAGE 400

SELECTED BANKS>>
ONLY
TEST
15
COMMAND
<<FS
SUBTST
FCMD1S:
ttt."tt."'.'tt.t.
..l'.tt'ttt.
t.Qt.t.ttttt
Q't't.t.tt.t
tt..ttttttttt!ttttttt't'

13290 053520
12599 0535

SEQ 0327

TEST ONLY SELECTED BANKS
COMMAND 15
FS
s«SUBTEST
Qttt!tttt.t.'t.tttt.t't.ttt'ittttttttttttt't...'tt..t"ttt."tttt..t.tt't"t.'.
:ENTER BANKS IN OCTAL = USE NUMBER OUTSIDE RANGE TO TERMINAT
MSG10S
TYPE
:ERASE OLD SELECTIONS

CMD16A

CALL

053614

BEGIN CMD16LOOP
REPEAT

TYPE
RDOCT
POP R1

MSGO30

IF R1 GT #177 OR R1 LT #0
LEAVE CMD16LOOP
END :OF IF Rl

ASL

:BANK (0=177)2
*READ AN OCTAL NUMBER ONTO THE STACK
IT IN RI
SPUT
:R1 <= R1 * &

12610 osg‘s’s 006301
052761 040000 002652
12611 05
1 1; 0535
12613 05357

ASL R1
BIS #BIT14,CONFIG+2(R1)
END ;OF REPEAT
END CMD16LOOP

12615 053574

SET

RETURN

12618 053604

FCMD16: SUBTST

<<FS

COMMAND 16

RESUME TESTING ALL BANKS>>

*«SUBTEST

COMMAND 16

RESUME TESTING ALL BANKS

12614 053570

}gg}g 053602 000207

TYPE

CLR

CMD16A: MOV
ASL
ASL

006302

042761

12629 053644 000207

040000

MSGIN

SELONLY

:ENTRY POINT FROM sms

;

053614 omos 002552
1
00630
1 z?,%" 05
053624
1
6
gs
1
12628 0536

SELONLY

;ONLY SELECTED BANKS WILL BE TESTED

t.ttt.tt..ttt'tttttt.t'ttt't'ttti"ttt.tttttt.".lt't'fit.t.'tQt't'ttt.'t.t'tt'.

12619 053604

12625 053622

MSG110

tttt.tttttttttttttttt"ttt'Qt'.tt.tt..tttttQt.t.tttltt'tttlt"ttt'.'ttttt.'tt"

}zzc»zo1 053610 005037 002000
1

TYPE

002652

,R
LASTBANK
R

FOR R1 := #0 TO R2 BY #%
#8IT14,CONFIG+2(R1)
BIC
END :OF FOR R1

RETURN

:ALL BANKS WILL BE TESTED

F10

PAGE 402

CZHSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
COMMAND 16

RESUME TESTING ALL BANKS

12632 053646
1

1§: 800737 177777 006204
1

FCMD17: SUBTST

<<FS

:*SUBTEST

L L L L

SEQ 0328

COMMAND 17

ENABLE TRACE>>

COMMAND 17

ENABLE TRACE

e L L L L e

L A LA LA DLl

't...t.'..t......".t..'i"....tt...'......Q..Q'..t".'.."....'."'C.'.Q"Q.'.

TYPE

MSG127

#-1,TRACE
MoV
RETURN

610

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

COMMAND 17

ENABL E TRACE

12638 053662

005037 006204
%0 05%

SEQ 0329

PAGE 404

FCMD18: SUBTST

<<FS

COMMAND 18

;*SUBTEST

COMMAND 18

DISABLE TRACE>>

ttt'..."'.t.'l.."."'."Qit...."...t.t'Q.'Q.'Q'...t.'.t..'.....Q.'t.....""

T L

Lt
TYPE
MSG128
TRACE
CLR

RETURN

DISABLE TRACE

L L

L e L L L L L L L AL e L LA L

W10

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26~APR-82 09:41

COMMAND 18

DLSABLE TRACE

WHICHCSR:SUBTST <<SUBR

12644 053674

12645 85 74
5
1
05
1
85
4
} 53 5371
12651 35 714
126 g
12653

12654
12655
1 sg
12657

53720
0537

053724
053726
53732
05
05375

053760

DETERMINE CORRECT CSR>>

:Qtt.tt.t.tttt.'...tttt'ttttttt't'.tttl.ttttttttttttttt'tt'.!QQQQ'QQ'QQQ.QQ..QQ'

22
013700
1
700
1
002150
5
7

s *SUBTEST

o11oog
000106
O
101370
ozg(m 000101

1% 053754 010037

000207

002150

SUBR

DETERMINE CORRECT CSR

:tttttttttt.ttttt.tQQQttttt"t.tttt't'...t.ttt't.tt.ttttt.."tt't.'tt't'..'.t'it

1$:

104412

1627
1§§20 §s 746 °°8°
12661

SEQ 0330

PAGE 406

28:

MOV
CMP
BNE
CLR
RETURN

TOTCSRS,RO
#B8IT15,R0
1
CSRNO

:GET Ssm FLAG
:CSR 0?
:NO = SKIP
SYES = SET IT UP

TYPE

MSG022

:WHICH CSR(0=F)

*PUT CHAR IN RO
SCHECK LIMIT
*IF BAD LOOP TILL HE TYPES IT RIGHT

RDLIN

MOV
CMP
BHI
CMP

(R0) ,RO
RO, #106
1$
#°A,RO

SUB

#60,R0

ASL

MOV

RETURN

RO, CSRNO

*GET CHARACTER
SPUT IN RO

SEQ 0331

.
ZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 421
b d =D

—

ROR DA A (SUPERVISOR) SET UP STUFF

$PER2S:

SBTTL

ERROR DATA (SyERVI SOR) SETUP STUFF

LET ADDRESS := R1 = ’
IF ABORTFLAG IS FALSE

d D oD

TESTAREA

LET BAD := =2(R1)

F ABORTFLAG
eu'o‘mEL
IF 17%51 EQ:=#0R2

1044617

;ENTER TEST MODE

sENTER KERNEL MCDE

d D d o

LET GOOD

ELSE

LET GOOD := R3

- e e

000137

057242

END ;OF IF
PERRAW
JMP

PERRA3: SUBTST

<<DATA WAS 3 WORDS>>

s *SUBTEST

DATA WAS 3 WORDS

:ttt'.lt.'t'tt..Q.....'."'.tt'..tl..t.....'.Q.'QQQ...Qt..t'..t...'."t.t.....'.

BPannF 32833V 3
-

RRR

gE¥ReS&RBR

= PR

R R AR AR R R R RN

RR
® RRRRRRRRR &»H

000000000000 00000 (eleleleleleTa] 0000

e R

) wd wd wd —d nd D d wd —d ad d

KISKISKKOKOK eN
KKK
KRRoK
SN
=8% SISRFUR G &Y
WRUR
28 o& ISR W)

;tt.i.t'tt......'..'.tt.'.'t.tt...'.tt.'l..Q't..t..QQ....Qt'..l'tt'...""'..'.'

002146

IF _BADPC 50 #0 THEN SCALL BADSTACK
R
PUSH
CSR
CLR
CHK1DIS
TESTAREA

R1)

002146

MOV

CSR.RO

177773
177600

BIC

#~ci77.r0

002042

CLR

GOOD

MOV
MOV

(R1) ,BAD
(R4) ,BAD2

CLRB

BAD3+1

8?)5052

050
054

gt
476

KERNEL
READCSR

CLR1CSR
ASH
#-5.R

LET ADDRESS := R1
TESTAREA

KERNEL
MOVB

CALL

ERROR

POP

sREAD LOCATION TO READ CHECKBITS INTO CSR
sGET_CSR CONTENTS
;SAVE CSR _CONTENTS IN RO
sRETURN CSR TO NORMAL MODE
sMOVE CHECK BITS TO BOTTOM OF WORD
sCLEAR OFF EXTRANEOUS GARBAGE
sSAVE VIRTUAL ADDRESS FOR PRINTOUT

sFIRST TEST WORD WRITTEN SHOULD ALWAYS BE ZERO

PERBNK

sENTER TEST MODE
sGET BAD DATA FROM MUT - FIRST WORD
sAND SECOND WORD
sENTER KERNEL MODE
sMOVE BAD CHECKBITS FOR PRINTOUT
sCLEAR OFF THE OTHER UNUSED BITS
sMARK BANK AS BAD IN CONFIG TABLE

sRESTORE RO

RO,BAD3

+33

IF #SW0 SET.IN @SWR

ENASBE
ELSE
ECCINIT

END; OF IF #SW0

RTI

sMAKE SURE CSR BIT HOLDER IS CLEAR
sDISABLE ECC & WRITE CHECKBITS FROM 1 SELECTED CSR

;TRAP ON SINGLE BIT ERRORS
sTRAP ON UNCORRECTABLE ERRORS

SEQ 0332

’
1aak$g/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41 PAGE 423

CZMSPAQ

S
z: Vi

KERNEL

END - OF xr ABORTFLAG

;ENTER TEST MODE
;ENTER KERNEL MODE

JMP PERRA

057242

GETDATA:SUBTST

<<GET DATA FROM ABORTED AREA IF POSSIBLE>>

054354
054334
54334
2032

tt..t.tt....l".'tt't""tttt.t..QQ....tt........t...tt..'t'..tl.......t'!""'

GET DATA FROM ABORTED AREA IF POSSIBLE
;*SUBTEST
ttt.tt.'.Qttt....t.t."t"'tt.t.t....t..fii..t......'.'t.'......'.'.'.'Q.'..Q"'
PUSH
MoV
MoV

PERRESRNIS
SO

u3330§

TESTAREA

LET BAD := SADDRESS

Y 25#23#23

2832§$§§33

KIRORORORORS
o~
N~
83 APV &»H
edod=]
(=l =l=l=]
29229289
w
~
»H RRR RRRRLRRRR

) d d
D
) d
) md wd
b d D
—

$PER30: LET GOOD := R1
LET DRESS t= (SP) = 16
IF ABORTFLAG IS FALSE

00000000

DATA WAS

RO.4,114

SP.GETDA1

8.4

002050
002142
054354

1$:

CLR
MOV

RET

GETDA1: 0

ABORTFLAG

GETDA1,SP
114,4,R0

sRESTORE KNOWN GOOD STACK POINTER

K10
AIL AUTO RESTART

.SBTTL
.SBTTL

$PWRD

puse
i g 000026
177700
000021

002452

172300
177600
172200
000040

5450
545

dddddl)

ACHKN

$
CONTRL

:TURN CACHE ON
#SILLUP PURVSC :5SET FOR FAST UP

MoV

ctrrroo.n3

S08

R1,18

MOV

PUSH

#340, PURVEC+2

::PRIO:7

"z,

=(ROJ

SAVE SUPERVISOR PAR'S

fsT

172300

000020

A A A A A

2%:

BNE
MOV
MOV

PUSH
S08

NOSUPER

PD1
#172300,R0
6. R1

=(ROJ

R1 28

IF RLFLAG IS TRUE THEN SCALL WOOPS

PD1:

3s:

MoV
MoV
MOV

#32..R3
(RO, (R1)+
(R0O)+, (R2) +
R3,3$

FRE

OO0OO0O0O0O0O0

077102

R R LR R R

BEQ
PUSH
CACHON
MOV

MOV

1$:

e e

— e —

01%700
012701

e e

:SAVE CACHE STATUS

fsT

002540

. ———

PR AAAAAA
sabr B
S8k &8N

5737
1403

(=l=l=l=lelal=]

W)
=

—bddbbbb

O00O0

FRER RRRRN

POWER FAIL AUTO RESTART
ROUTINE POWER DOWN AND UP

3 Tttt
'POUEz_DOUN ROUTINE

054356

R
et

e e b i
o e o e e e e i e e e D D D D D e D D D D D D e
N NN NN
NN WWWWWWW NN
(%) NN

2
r4

SEERER SSEBIRRIEARA
80“ R NV F IV V]E!Z%%gs

D i b
WW

SEQ 0333

PAGE 425

e
e e

(m]

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

26-APR-82 09:41

L 10

S A3

10641

005737
001006
010609
10641

013701

v vvivavy

USP.RO

sENTER KERNEL MODE

NOSUPER

78
BNE
SUPERVISOR
MOV
SSP.RO
KERNEL
RO
PUSH
:SAVE ECC REGISTERS

MOV
BEGIN

TOTCSRS ,R1
LCSRSAVE

;ENTER SUPERVISOR MODE
;ENTER KERNEL MODE

:GET CSR'S

ASL

006301

172400
000020

PAGE 426

FOR CSRNO := #0 TO #36 BY #2

012700
012701

78:

002222

002452

TST

002452

=4 (elelelelelelelel- Bl-lelelelelelalelele]

MOV
KERNEL
PUSH

010609

5737
1002

[=l=]

Vi
wv

26~APR-82 09:41

GSAXE USER & SUPERVISOR STACK POINTERS

104426

~NO~

PAARADARAR
agaa PIRRARR
&~
EPREF B
o
o SIFFE

DOWN AND UP

g
WA= O 000
w PRSt

g2
uuuuuuuwwu

ddfldddfldddddflddddddddddddddflddddddd

WWNWWN NN
NN WWWWNNN W

/M/P MEMORY DIAG. MACRO M1113

SEQ 0334

END ;OF ON.ERROR

IF R1 EQ #0 THEN LEAVE LCSRSAVE

END :0OF FOR CSRNO

sE
LCRRAV
E
MMRO.MMR1,MMR2
PUSH
ST

BNE
8s:
4S:

077102

022737
001004

000001

010637

055334

818737

054732

600776

003752

000024

NOSUPER

.13

PAVE KERWEL PAR'S
MOV
n%l.oo.ao
R

#16.
MOV
=(RO)
PUSH
R1,4$
S08
:SAVE UNIBUS MAP REGISTERS
#1,PROTYP
tmP

;1S THIS AN 117442
*BRANCH IF NOT

PUSH

MAPHO,MAPLO

#SPWRUP,PWRVEC

;;SET UP VECTOR

$SDOWN

: ;HANG UP

-SAVE POSSIBLE SOFTWARE SWITCH REGISTER
asuWR
PUSH
POINTER
STACK
:SAVE
::SAVE SP
$SAVR6
SP,
MOV
:NOW SET UP REAL VECT OR

m10
(sl

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

e cnd d ad wd wd cd ad w d cd D D ) D i i ) D e D i ol b §
&
uu%uuw
o283 £58& FEEREY

TINE POWER DOWN AND UP

74 054;;%

~J~N~N
wvin e
AN

012737

055330

000024

1$:

001375

purgiurd

WWA U

i W
28383
2

399 055832
}
055036

13402 055044
13403
13404 055060
13405 055064
13406 055070
13407 055070
13408 055058
13409 0551
13410 055102
13411 055106
1341; 055118
13413 05511
1;214 855116
13415 055132

0551
1517
13417
0551

13418
13419 05514
55143
i
13421 05515
134 ; 55154
055156
13423

MOV

#SILLUP,PURVEC ;:SET FOR FAST DOWN

CLR

$SAVR6

i dE

i A

ssWAIT LOOP FOR THE TTY
s:WAIT FOR THE INC

$SAVR6

INC

::0F A WORD
13
BNE
égssroneapggsms SOF TWARE SWITCH REGISTER
S

022737

001006

000001

004737

046344

012700
012702
012701

172340
172300
000020

077406
396 0550;3 012722
077104
95 0550

R A R R R

:RESTORE STACK POINTER
;:GET SP
SP
$SAVR6,
MOV

055334

asp Gel

013706

R R L R R R

e T e

*POWER UP ROUTINE
$PWRUP:

v
i

(Y1,
¥]

54;92

N N N N NN W NN NN

OOgO

r PA2R

78 054

SEQ 0335

PAGE 428

26-APR-82 09:41

005737
001002

;RESTORE UNIBUS MAP
#1,PROTYP
CMP

003752

6$:

POP

MAPLO ,MAPHO

MOV
MOV

#KIPDRO.R2
#16. .R1

$08

R1,6$

;SETUP LOWER 16K OF UNIBUS MAP

G3'5'.%10&55( RNEL PAR'S & PDR'S
01;2345.110
MoV
(R?)*
#77406, (R2) +

POP
MoV

RESTORE MMR3,2,1.0

NOSUPER

TSt

002452

BNE
11$:

013701
042701

10§

BNE
108:

;1S THIS AN 117442

002222
177400

POP

MMR2,MMR1 , MMRO

MOV

ror;sas.m

RESTORE ECC REGISTERS

#177400.R1
BIC
segm Lcsmsroz

ORASRCSRNO

006201

ON.ERROR
POP

CSR

104425

:GET CSR'S

56 DOWNTO #0 BY #2

CSR

END ;OF '3u.enaon

IF R1 EQ #0 THEN LEAVE LCSRRESTORE

END :OF FOR CSRNO

END LCSRRESTORE
12700
12701
12702
12703
11021
0120 g
07

17;388
17
172200
000040

:COPY KERNEL MAP TO USER & SUPERVISOR

MOV
MOV

#KIPDRO,R
#UIPDRO.R

MoV

#32..R

MOV

3s:

Mov
MOV
S08

# %PDR .R2
(RO), (R1)+
+, (R2) +
(R0)
R3.3$

it idddddd

oSN

vivwnaiawg

TRo WINZ PoRSS33338

i
wn
i

O00O0

PIERRS83=2 9 X

OO0

O0000

O000

SS Vi i wvivaua | i
Vi
\h\h\fi\h‘\z v
VS

e
D
e
i e
D o
b
o e
o
b e

M/P :5305; DIAG. MACRO M1113
OWN

OO000O0D000O

— e e cd D b ) D D D ) D cad D D D ) §
PIIIIIIIIIIYFREE
RREPRRR
R
R
RRRRE
BVUR M s
SBRIFNRURN
IS SHIc NGn=8Y% LSRRI

o
~

N10

26-APR-82 09:41

BNE

077102

RO
SUPERV!SOR
RO,SSP
MOV
138:

7$:

012700
012701

KERNEL
POP
USER

;ENTER SUPERVISOR MODE
;ENTER KERNEL MODE

RO,USP
MOV
ENTER KERNEL MODE
KERNEL
RESTORE sgpsnvxson PAR'S
#172240,R0
MOV
#16. R
MOV
(RO)+
POP

érg PAR'S & PDR?
sggsroaeaa
” 75636.::0
MoV

b
MOV
0)+
POP
R1,8$
S08
RESTORE POSSIBLE SOFTWARE DISPLAY REGISTER
SPATMAR,aD1SPLAY
MOV
SPATMAR oxsrass
MOV
,R3,R2,R1,R0
CSRNO,RS R4
POP
#SPURDN,PWRVEC ;:SET UP THE POWER DOWN VECTOR
MOV
TYP"
MSGOS1
*REPORT THE POWER FAILURE

077102

013777
013737
012737

:R' ;TORE CACHE STATUS

005737
001402

000776
000000

NOSUPER

POP

f0ea1?

818701 006020

PAGE 429

-RESTORE SUPERVISOR & USER STACK POINTERS

fst

005737
001 006

foeat?

SEQ 0336

f i

GAC

;g?

CONTRL

£:Q
9$:
SILLUP:

$SAVR6:

$ILLUP

::THE POWER UP SEQUENCE WAS STARTED
:: BEFORE THE POWER DOWN WAS COMPLETE
::PUT THE SP HERE

e N

CZMSPAQ MS11-L/M/P KMV DIAG. MACRO M1113 26-APR-82 09:41

ROUTINE POWER DOWN AND UP

WOOPS:

13472 055336

SUBTST

13473

11 ;9 gsg

PAGE 430

<<POWER FAIL WHILE RELOCATED>>

'tt..'......'".Q'Q.'"QQ""........'.Q..Q.'Q'".'.'Q."Q.QQ'Q'.'..'.'."".Q'

s #SUBTEST

} ;45. sg

SEQ 0337

POWER FAIL WHILE RELOCATED

t't.Q."...Q.'.QQ....'Q""'..Q.Q'Q'Q....'.Q..'.Q.Q.Q'Q..Q.'..Q.....QQQ..'Q'"'

PUSH

005037 002100

BANK

sweavxsoa'»
FIRST+PWRVEC,

MOV
%V

o1§7 7 83005‘ 8357;:
57
0026
} ;8 25652 013737

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

ENTER SUPERVISOR MODE

;}:g:MVEC*Z UOOPSAV*

WOOPSAV+4,WOOPEND=WOOPUP/2+12.

mgrururuu”shmvsc

}

7 ossszs 820054
55416 0137
1 go1 ggzg
0026
012737 00034

MOV
%v

032430 015703
1308
1 f &do0to
i 09 gs

m
ee
cingleoce
.
oy
(R1)+
MOV (abio

1 fii 55444 012700 17;;4.0

7g%; 002452
1348 sg
} gg gs‘
1 f 172516
13490 ss:.rg
ss:.rs 13721 177576
13491
1 9; 55502
1349 3””3

13494 055512
13495 055514
13496 055520

013721 177574
13721 177572

104417

000207

MOV

18:
28:

$08
MOV
gg

MOV
MOV
MOV

KERNEL
POP
RETURN

RST+PWRVEC +
.r
34

xm no

ST+WOOPUP ,WOOPEND-WOOPUP/2

R2,18°
MMR3, (R1)+
goéurea

MMR2, (R1) ¢
MR, (R1)+
MMRO, (R1)+

;ENTER KERNEL MODE

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

POWER FAIL WHILE RELOCATED

113505 §5542
055544
gs
1 g
11 sgs 5§55 g

1350

135
13510
13511
1 515
13513
13514
13515

;s
055
0555
555764
055600
055604
055610

1 519 sse%
13517 0556
1513 55636
13519 055644
13530
1;5 1
135 g 055652
13523 055656
13524 055662
13525 055666

} g 9 055670

0127
127
12703

?s 704
gl.o
7
17 og

1
12037
12037
012037
013706

172516
177576
177574
177572
055334

005037

002100

1
101
0127
077406
7 ;
002452
5737
1 ;

+«SUBTEST

012700 055740
012701 000105
012702 135522
012022
077102

000107

POWER UP FROM BANK 0 TO RELOCATION

ttttttttttttttttttttt't"'tttfi'fi.tttt..Qt.ttttt'QQQQ'lt.QQ..Q'Q.Q"Q..QQ.Q"Q'Q

18:
38:

013737 ossrgl. 060024
013737 055736 060026

13528 055672 104417
13529 055674
13530 055700 000137 054732
13531 ossrg: 000014
13534 055734

SEQ 0338

PAGE 432

WOOPUP: SUBTST <<POWER UP FROM BANK 0 TO RELOCATION>>
tt"ttttfi.t.'lt.i.’fi""""..'.Q.t..fit.'.fi.ti'...t..Q.ttt.".t.....tt"'...'.'

13499 055522

2
g
81 gsg
11j goo
g g

26-APR-82 09:41

28:

MOV
MOV
MOV
MOV
MOV
MOV
S08
TST
BNE

,R
#WOOPEND
61
#KIPAR
mm
gh (R1)+
4.06 (R3)+
no§upea

PUSH
CLR

BANK
BANK

R1,28

MOV
MOV
MOV
MOV
MOV

<ao» MMR
(RO) + . MMR
(RO) +,MMR1
(RO)+ .MMRO
$SAVRG, SP

MAP SUPERVISOR SPACE (TEST AREA) TO BANK
BANK
MAP
-ENTER SUPERVISOR MODE
SUPERVISOR
WOOPSAV, F IRST+PWRVEC
MOV
WOOPSAV+2, F IRST+PWRVEC+2
MOV
sSIMULATE THE FOLLOWING BLOCK MOV BUT WITH NO STACK ACCESSES
"BMOV WOOPSAV+4 ,F IRST+WOOPUP, WOOPEND=WOOPUP/2+12.
#WOOPSAV+4 ,RO
MoV
mwsnom/wz..m
MOV
#F IRST+WOOPUP,R2
MOV
(R0)+, (R2)+
MOV

KERNEL
BANK
0P
JMP
$PWRUP
WOOPEND: .REPT 12,
WOOPSAV:.REPT

;ENTER KERNEL MODE

WOOPEND-WOOPUP/2+12.
42

SEQ 0339

.
1=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41 PAGE 434

d D d D b =D dddddddddddddddddd‘dddddddd
NN
NN V7]
wviVvauviuwnawn
\Y
4l
wviviwnawa
>

RER Far
VL W=
OSELENE wWh—=O O

;

3
S3

10 SUBROUTINES

.SBTTL

ROUTINE TYPE

..Q."tt.t........t..l"""'t..tt.tt...'fi'...'....'.t.'...fl.'Q....'Q.Q.t.t'.."

;*ROUTINE TO TYPE ASCIZ MESSAGE. MESSAGE MUST TERMINATE WITH A 0 BVFE.

:#THE ROUTINE WILL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.
LL CONTAINS THE CHARACTER to BE USED AS THE FILLER CHARACTER.
+*NOTE1:
SFILLS CONTAINS THE NUMBER OF FILLER CHARACTERS REQUIRED.
+*NOTE2:
$SFILLC CONTAINS THE CHARACTER TO FILL AFTER.

; 4NOTE3:

Sknv“n

i#1) USING A TRAP INSTRUCTION
ME
YPE
':oa
3

‘e

—-00

— mab
=2

=
=]

§
3
o

]

002354

STYPE:

000002

18
4s:

000011

806200

OANWNS

Lad
=2 iy
NN

NN—-

®
~
&~

—d

TSTB

f'f},(SP)

éamcnIF NOT <HT>

én IF
:SAVE no
..ser ADDRESS OF ASCIZ STRING
*PUSH CHARACTER TO BE TYPED ONTO STACK
S3BR IF IT ISN'T THE TERMINATOR
:3IF TERMINATOR POP IT OFF THE STACK
*SRESTORERO
..Awusr RETURN PC

118:

ggm.r,(SP)

(SP)+

*:BRANCH IF NOT <CRLF>
::POP <CRO<LF> EQUIV

CLRB
BR
CALL
(MPB
BNE
MOV

sgmcnr
4
STYPEC
SFILLC,(SP)+
4
SNULL ,~(SP)

::CLEAR CHARACTER COUNT
:3GET NEXT CHARACTER
*GO TYPE THIS CHARACTER
.?
..IS IT TIME FOR nu.sa CHARS
:31F NO GO GET NEXT CHAR.
$3GET # OF FILLER CHARS. NEEDED

DECB
BLT
CALL
DECB

1(SP)
9
STYPEC
%;W!CNT

2360 TYPE A NULL
::Egogor COUNT AS A COUNT

8s:

98:
108:

56300
56464

002520

::18 msne A TERMINAL?

78:

002352
000001

STPFLG

6$
RO,=(SP)
a2(sP) RO
(RO)+,=(SP)
7
(SP)+
(SP)+,RO
#2,(SP)

58:
68:

056464

—

56
56 1
36 1
56
56

TYPE
MESADR

RTI

MOVB

;z:fr

808638

::MESADR IS FIRST ADDRESS OF AN ASCIZ STRING

BMI
MOV
MOV
MOVB
BNE
ST
MOV
ADD

N
o

—

oo~

sszss35 SRS
&2
‘Ng?fl
9438 &%

b € b

000002

\hUfisufisU“fiV“hU“fiU“hU“h
= VAV,
1V ] SSTELTERER
S eSS R R RS ERRmE \VIV.1I NI
NN

e D d d D
) D wd D e
e
D D cd b cd
e e e
b

.SBTTL

B8R

#' ,(SP)

;REPLACE TAB WITH SPACE

SSTYPE A CR AND LF

SAND THE NULL CHAR.
$3DOES A NULL NEED TO BE TYPED?
“:BR IF NO=-GO POP THE NULL OFF OF STACK

XOCHAR: .WORD 0
S$TYPEC: PUSH
R
4(SP) ,R1
MOovB
TST

2%:

BEQ
PUSH
PUSH

CACHOFF

SACHKN

$
cgum

:TURN CACHE OFF

124564

056276
124260

TST8

056276
2

1 7g§0 8(538073

056276

124232

110177
1 %7

NC:

056464

000012

000002

18:

10522
000000

S
v (3

SRO

5
737 002540
g5 005
001402
(=l=]

D
b b d d b cnd ced o

00g406

000002

000207

as$TKS

NC
BPL
asrx; XOCHAR
MOVB
#°C1 7.xo§m
BIC
XOCHAR, #023
CMP
N
BNE
XS
CONTS3: TSTB
CONTS3
BPL
asrxg XOCHAR
MOVB
#°C177 ,XOCHAR
BIC
EQ #21
XOCHAR
IF

000760

D md =D

OGS AEEEfREsE

056276
056276

asTPS

TSTB

BPL 2{
XOCHAR
CLR

124302

- D b b D ) e wnd D ) e D D D ) D i d

>»
o

SEQ 0340

BR
ELSE

C(MPB
BNE
CLRB
BR

#CR,2(SP)
18
SCHARCNT
STYPEX

BEQ

STYPEX

CONTS3
BR
END ;OF IF XOCHAR
MOVB R1,a$TPB

CMPB

INCB
$CHARCNT: .WORD
STYPEX: POP
ST

BEQ

POP
i

RETURN

#LF,2(SP)
(PC)+
0
RO

CACHKN

ggum

ssWAIT UNTIL PRINTER IS READY
:sCHECK FOR XOFF
::SKIP IF NO CHARACTER
:sSAVE THE CHARACTER
::STRIP OFF ASCI1I
s;WAS IT A CONTROL S§?
s sBRANCH IF NOT
ssWAIT FOR CHARACTER
ssGET CHARACTER
:sSTRIP OFF ASCII
s IF IT IS A *Q

::LOAD CHAR TO BE TYPED INTO DATA REG.
s:1S C?ARACTER A CARRIAGE RETURN?
S*BRANCH IF NO
::E)E&;-CLEAR CHARACTER COUNT

1:IS CHARACTER A LINE FEED?
$*BRANCH IF YES
::COUNT THE CHARACTER
:*CHARACTER COUNT STORAGE
;1S THERE A CACHE?
*BRANCH IF NOT
*POP CACHE STATUS

SUPLIMIT:; 100001001 ITHIS 1S THE LIMIT ON SUPERVISOR MAPPED TO MUT SPACE

F1N

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

R Gt

.SBTTL
USE THIS

PERRO1

PERRO2

W=0V~
~NI MW
= OV

PERRO3

PERRO4

PERROS

B d ol o
b D
b ed i e
B

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 =(Ré4)
GOOD DATA IN R2
TRAP

BAD DATA IS POINTED TO BY =(R1)
GOOD DATA IN RéTRAP

BAD DATA IN R4 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY -2(RO0)
GOOD DATA IN R2
JSR

BAD DATA IS PO%NTED T0 BY =(RO)

GOOD DATA IN R
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

PERRO6

JSR

BAD DATA IS POINTED TO BY =(RO)

GOOD DATA IS ZERO
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

PERRO7

TRAP

BAD DATA_IN R2 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN DATBUF

PERR10

PERR11

TRAP

BAD DATA IN R2 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY 2(R1)
GOOD DATA IN DATBUF
+2
TRAP

BYTE TEST

BAD DATA IN RIGHT BYTE OF RO UNLES

BERNNNEEDENSS Yy

oF 7

bbbbbbfibbbbbbb
& WWWNWN
NN
UlUlViUlU!x
g
3
3% 33SRR
E3EEEgEaee SRIFANN

ViV

FEREE

YTy

IIyY

D Dk b S fldddddddddddddfldddd-‘dddddflddddddddddddd &»H

—

ERROR DATA SETUP

26-APR-82 09:41

THEN BAD DATA IS POINTED T

GOOD DATA IS A ZERO BYTE
PERR12

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

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

GOOD DATA IS ZERO
PERR14

PERR1S

PERR16

PERR17

e e
e

PERR20

i e
b e

33ERERERRERREREEE

PAGE 449-1
THEN BAD DATA IS POINTED TO BY (R1)

e e

BRI
ENNS
-a-.:-o-o-.-.-o-o_.-.-n-l-._.-.-o-.-a-n_.-o_.-a_.-.
RRRERRRRRRREE
RRER SRER RERERRERERRRRES
SRR 002
SR ISEEYERNRURZEIRNSDRERS VOOV WN=O

ERROR DATA SETUP

26-APR-82 09:41

SEQ 0342

PERR21

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IS ONES
TRAP

BAD DATA_IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN TSTDAT

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 BY (R1)
GOOD DATA IN R2
TRAP

BAD DATA_IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN R3
TRAP

7 BIT BYTE TEST

BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS FOINTED TO BY (R1)
GOOD DATA IS A 7 BIT BYTE ON ONES

PERR22

PERR23

TRAP

BAD DATA IN R2 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN RO
TRAP

BAD DATA IN RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN M

PERR24

PERR25

PERR26

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)
600D DATA IN R2 UNLESS LOC V177654 IS SET
THEN GOOD DATA IS IN R3

BAD DATA IS

GOOD DATA IS

WORD

AND IN LOW 7 BITS OF RO
NTED TO BY R1 AND

00586..

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26~-APR-82 09:41

ERROR DATA SETUP

PERR27

PERR30

PERR31

PERR32

PERR33

PAGE 449-2

TRAP

DATA IS [
BAD
GOOD DATA I s

WORD PO NTED TO BY R1 AND IN LOW 7 BITS OF RO
.ooooo

TRAP

BAD DATA IS POINTED TO BY =16(SP)
GOOD DATA I SINRI
TRAP

SPECIAL ECC FAILURE HANDLER
TRAP

SPECIAL ECC FAILURE HANDLER

PERR34
PERR35

D o

b =D b e

RRERRE
~3
o 02
w
JNINIIS
w

e e

éfiiflfl 33&8

i o e

o e

D e

e e

REERERERRR
FEAHA
S Ao

e
ra
>
N

(28

SEQ 0343

SPECIAL ECC FAILURE HANDLER
TRAP

SPECIAL BRANCH GOBBLE FAILURE HANDLER

ge%LING S;OUENCE FOR TRAP TYPES
- ERROR,BRANCH FOR CARD

b
b d

TRAP

2%:

PERRXX

INSTRUCTION

*TRAP TO ERROR ROUTINE

*CONTINUE TESTING

]

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
~

—

§O°-.°
§°O-‘°
a2 g
R
SR
SSR 8352

NNNNN

CO=O

000137

002032
002050

002032

N
0O
o
—=OWwW
HNONON

RSN

NROON

222 g2ss2
SEas

O =b

NN
o
[L¥)
3~
(%]
noNNNON

002032

W
W
ONNNNN

R4 ,ADDRESS
#2 ,ADDRESS
RO,BAD
MOV
R5,G00D
MOV
JMP PERRAW

R4 ,ADDRESS
$PERO2: MoV
#2,ADDRESS
Sus
R1,8AD
MOV
MOV
R2,
JMP PERRAW

R1,ADDRESS
$PERO3: MoV
#2 ,ADDRESS
Sus
Ré,G00D
MoV
=2(R1) ,BAD
MOV
JMP PERRAW

MoV
SUB
MOV
MOV
JMP
PERROS: MOV
PERAOS: MOV
MOV
CALL

$SPEROG:

ag.AoonEss
#2.ADDRESS
R.BAD
R2.GOOD
PERRAW
R2 sooo
-(R0) ,BAD
RO,ADDRESS
#2.R0
BADSTACK
600D

PERAOS

$SPERO7: MOV

002042

PAGE 451

$PERO1: MOV
Sus

PERROG:

8
%

WW
NNN

o
=t
v
WWNWWWW
NNNN N

=
WWN NN
NNNN N

-b O =

amd o

002032

O00O0
OO0

§°°°

S WN=O

VBNV

e I

WNN=O

\V.
& SESR

OO00O0O0O0

RS gEy
RSN &% i ngo §g§$~
% 33 FIIL

QO=O

QRIRGS283E

b b b b =D b b b b b o e d md =D e
o e

e wd nd D b cd b nd =

DEN BEBNNN
BEBDBDEDDDN BB
v
wvivauviwawnawnaiaw wvivawiwvawunnanaanwn

ol —d

¥S

=i=l=1~]

753

3333333333 3333333333

DATA SETUP

MOV

R1,ADDRESS
R2.BAD
DATBUF
, GOOD
PERRAW

$PER10: LET ADDRESS := R1 + #2
LET BAD := R 2

057242

057314

LET GOOD := DATBUF+2
JMP

PERRAW

$PER11: LET ADDRESS := R1
LET BAD := RO
LET GOOD := #0
JNP
PERRAB
$PER12: LET ADDRESS := R1
LET BAD := RO

057314

SEQ 0344

LET GOOD := #377
JMP

PERRAB

;RESTORE RO

J N
me

ZMSPAOD MS11=L/M/P MEMORY DIAG. MACRO M1113 26=-APR-82 09:41

RROR DATA SETUP

PAGE 453

$PER13: LET ADDRESS := R1
LET BAD := RO
LET GOOD := #0

‘llog 3
14
14535

057010
g 14

57026 000137 057242

14
145
14540

570
570
057040

$SPER14: LET ADDRESS := R1
LET BAD := RO
LET GOOD := ONES

1654; g 52

ADDRESS := R1
$PER15: LET BAD
:= RO

}2&1 057046 000137 057242
14544
14545

}25529 570

JMP

PERRAW

LET

000137 057242

LET GOOD := TSTDAT

JMP

PERRAW

14548 057074
14549 857100
14550 057104

SPER16: LET ADDRESS := R1
LET BAD := RO
LET GOOD := TSTDAT+2

‘MSS§ 057114

:= R1
SPER17: LET ADDRESS
:= RO

}2221 057112 000453
14554 0571
14555 057124

}g;’ 0571

000444

PERRAW

LET BAD
LET GOOD := R2

PERRAW

14558 0571
14559 0571
14560 057142

$PER20: LET ADDRESS := R1
LET BAD := RO
LET GOOD := R3

1‘5525 057150

$SPER21: LET ADDRESS := R1

}2561 057146 000435
14564 057154
14565 057160

14569 057166
1456

14568 057170
165?3 857176
145
57200

}2;71 057204

MS;; S
14574
14575
}2;7

057
05721
§7222

145;8
145
14580

57224
5
057

14581

057240

000477

000416

000407

000400

PERRAW

LET BAD := RO
LET GOOD := #177

$PER22: LET ADDRESS := R1
LET BAD := R2
LET GOOD := RO

PERRAV

SPER23: LET ADDRESS := R1
LET BAD := RO
LET GOOD := Ré&

B8R

PERRAW

$PER24: LET ADDRESS := R2
LET BAD := RO
LET GOOD := R3

PERRAW

SEQ 0345

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

ERROR DATA SETUP

14583 057242
004737

057476

004737

057452

14591 057310
1‘59; 057 13

104012

14590 057

}223‘ 057312

:*SUBTEST

DATA WAS A WORD

e L

T T T T

A L

tttttt.titttt.t'fi.lt.!"'t'tt..t..t.t.t...'..'Q'..'.'t.t..'QQ...Q'.Q'.."""'.
PERBNK
CALL

IF ABORTFLAG IS TRUE THEN SCALL GETDATA
THEN SCALL BADSTACK
IF BADPC EQ
PERXOR
CALL
IF ABORTFLAG IS FALSE
ERROR+11

ELSE

ERROR +12
END :OF IF ABORTFLAG
RTI

000002

PERRAB: SUBTST

<<DATA WAS A BYTE>»

:*SUBTEST

DATA WAS A BYTE

004737

057476

004737

057452

L L

CALL
PERBNK
IF ABORTFLAG IS TRUE THEN SCALL GETDATA

106014

THEN SCALL BADSTACK
IF BADPC EQ
CALL
PERXOR
IF ABMTFLAG IS FALSE
ELEIE!RM +14

000002

END ;OF IF ABORTFLAG
RTI

1460§ 057% 104015
14604 057%2:
14605 057

<<DATA WAS A WORD>>

104011

14595 057314

14596 057314
14597 05
14598 0573
14599 057344
14600 057350
}‘601 8;;356

PERRAW: SUBTST
L

14585 057 :8
14589 057
14587 057272
14588 057276
14589 057

14586 057242

26~-APR-82 09:41

SEQ 0346

PAGE 454

ERROR +15

L LA

L L L L

L n

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

DATA WAS A BYTE

PERRA7: SUBTST

14608 057366

PAGE 456

<<DATA WAS A 7 BIT BYTE>>

004737

DATA WAS A 7 BIT BYTE
:*SUBTEST
.t"tt'.."Qtt..Q'..."'Q"'Qt..fit.'..QQ'..Qtl.t.t..'.ttt."'t"....t.t.'.t.'.'
IF BADPC EO 00 THEN SCALL BADSTACK

057452
057476

CALL
CALL
ERROR
RTI

000137

054044

$PER26: LET GOOD
LET GOOD
JHP PER

005037

002044

SPER27:

000137

054044

PSRBNK

= #100000
= #100

ETGOODgooo#077

JHP

PERXOR: SUBTST

<<DETERMINE XOR OF GOOD & BAD>>

t.'t..ttt..".t.'.fitt.'t"'.....tttitltt.t.tt.tt'tfi'tt.t.'ttttt.'!tt.'.."'tt.'

DETERMINE XOR OF GOOD & BAD
ttt'ltttt.tt.t..ttt't.'i"tt'....t..i'ltt.fii.."Q'.i.tt.'t.'.tttt.'Q.tt.'.ltt.'

a2
&H

b cud =

22838%
!§0l~n>~nl~

:*SUBTEST

—

SEQ 0347

'it*tc.Qt.QQ'.....Q..Q"'Q".'Qt......'.Q..'.Q".'....t..'.tt.'.t....'t"...".

VONOWVSWNN=O

) e cd cd

) D

)

) b

)

&R 5855525558 2

o :2‘?Ci
000 OO0
Vil wvoavwn \Nfl\fl\fl\fl\fl
&»

7366

26-APR-82 09:41

013700
013737
074037
000207

002056

PUSH
MOV
rOov
XOR
POP
RETURN

GO0 .RO
BAD ,BADXCR
:8.3onoa

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

DETERMINE XOR OF GOOD & BAD

SEQ 0348

PAGE 458

PERBNK: SUBTST<<LOG ERROR ON BAD BANK>>

14632 057476

:tttttttttl.ttt.t..ltlt.t'.'t..lilttt.'tt'tttt.ttt.ti'tt..ttl.'ttt.tttt.*.tt.'.'

LOG ERROR ON BAD BANK

s*SUBTEST

:ttfilt!tt'tfit'tti.ttlt'tt'tttt'ttttt.itfitt'lt..i.tt..'.tt'tt'tt.t."tt"""t."

WHILE WE'RE HERE LET'S MARK THE BAD BANK IN THE CONFIGURATION TABLE

166;2

0,R1
"

14634 057476
14635 057502 013701 002100

PUSH
MOV

14638 057512 052761 000021 002650
105261 002652
14639 8575
oo1ggz
14640 057524

BIS
INCB
BNE

#BITO cgunc(an
CONFIG+2(R1)
128

:BUMP BANK CCUNTER
*NO OVERFLOW = gm

128:

CMPB
BLOS

CONFIG+2(R1),ERRMAX
118

SIS IT PAST MAX?
:NO = SKIP

118:

POP

14636 0575
14637 05751

ooegm
01

14641 057526

105361

1664% 057532
14643 057540

126137
101403

oosess
002652

002550

14644 05754
}2&49 057554 000207
14645 05755

14648 057556
14649 0575
mgg 8§;s7

010037

002050

013737

002244

002042

1“55 057602

013737

002246

002042

004737

057452

14653 05761
14654 057610
14655 057614

14660 057636

14661 057636
1

gsnso

057654
14663
14664 057664
14665 057666

104037

14669 57666
1466 s;%s 104043
14.663 5
1
snog

146590 57710
14671 05771
14672
14673

05771
057720

104044

000002

CONFIG+2(R1)

TOOMANY
SET
R1.RO
RETURN

*SET BACK TO 255.

SYES

RO,BAD
PERECC: MOV
IF ADDRESS EQ TESTADD
MOV TSTDAT,GOOD

MOV

TSTDAT+2,GOOD

END ;OF IF (R1)
PERXOR
CALL"
HEADER
SET

$PER31: IF REALPAT §° #
ERROR +2

104023
004737

DECB

R1
R1

RETURN

}ggg 057622 000207

14658 057624
14659 057634

ASL
ASL

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 +44

END ;OF IF REALPAT
SET HEADER
RTI

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

LOG ERROR ON BAD BANK

14679 8577

14676

057722

146;3 057740
0;77“
146
14680 8 7750

MOV
MOV
MOV
SET
ERROR
SET

010137

816237
10237
1046040

RTI

14684

16689

14688 06001
14689 06001

14690 0600;3
14691 0600

81 0137
10037
105037

012737
004737

1669; 060036

14693 060040
14694 060046
14695

14718 060164

002042

=8¥

R1,ADDRESS

CLRB

BAD+1

CALL
SET
ERROR
SET

PERXOR
HEADER
+41
HEADER

MOV

#377,G00D

$PER34:IF BADPC EQ #0 THEN SCALL BADSTACK
IF #81T15!BIT4 OFF.IN CSR
Engnoa +16
:NO SBE OR DBE

ERROR +1

END ;OF IF #BIT15!BIT4

;EXPECTED SBE SO DBE MUST HAVE GOTTEN SET

RTI

:DURING BRANCH GOBBLE THE CONDITION CODES WERE WRONG

SPER35: CALL

ie
147'799 0601?3

16719 828156

R1,ADDRESS
g.aAo
R2,600D
HEADER
+40
HEADER

SPER33: IF BADPC EQ #0 THEN SCALL BADSTACK

RTI

14698 06007
14699 060074
14700 060076
14701 060100
14702 060100
14703
14704

14708 060120
14709 060126
14710 060130
14711 060134
1671§
1471 060133
14714 06014

SEQ 0349

PAGE 460

SPER32: IF BADPC go #0 THEN SCALL BADSTACK

16% 057766 000002
‘%6685 057770

26-APR-82 09:41

CALL
MOV
MOV
ERROR

ADD
RETURN

100%7
10137

104023

000002

SPER36: MOV
MOV
SET
ERROR
ggr

PERBNK

BADSTACK
BADPSW, BAD
#12,600D
+

#6,5P

RO, GOOD
R1,BAD
ADER
+23
HEADER

sFIX STACK FROM TRAP
*ABORTING TEST

SEQ 0350

..
462
1

N PR ST YU NG U N g p—g—y———" —~ -} i!

(94 MSPAQ HS‘l‘I-L/H/PLEKRMV
TINE SCOPE HAND

DIAG. MACRO M1113

26-APR-82 09:41
.SBTTL

4721
47 i
47
4724
4725
47 9
675
4728
47

*THIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL INCREMENT

s*AND LOAD THE DISPLAY DATA INTO THE DISPLAY REGISTER

s*THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:
LOOP ON TEST
s*SW14=1
;*SW9=1 LOOP ON ERROR
s *CALL
3

CKSWR
TST

; :SCOPE=10T
sTELL APT WE ARE ALIVE

TRACE

:3TEST FOR CHANGE IN SOFT=-SWR

BEQ
CALL

NOTRCE
CONTT

ST
MOV
BIT
BEQ

;1S THERE A CPU ERROR REGISTER?
CPERRF
:BRANCH IF NOT
$KJ
aN177766.,CPSAVE :GET CONTENTS OF ERROR REGISTER
:IS THE POWER FAIL MONITOR BIT SET?
#BITO,CPSAVE
*BRANCH IF NOT
K.

BEQ

: TRACE

*REPORT IF SO
+177
ERROR
IF STOPOK IS TRUE AND #SW8 SET.IN asWR
STOPOK
CLR
EXIT
JNP
END ;OF IF STOPOK

xrarto?scope IS TRUE

END :07F IF NOSCOPE

IF #5W14 SET.IN @SWR THEN GOTO SOVER
:MMANASTART OF CODE FOR THE XOR TESTERNANAN
¥31 RUNNING ON THE 'XOR'* TESTER CHANGE
28
$XTSTR: BR
::IF
&H

MOV
MOV
ST
MOV

NNNN

SRIS N
NNNO

O=—

§§3888
‘UJ‘\NB:: SxS;E\l O

NNNO

01
01

wVINOWN
NNNY

1$:

Y
S

NOTRCE:

oo
NN
=

PEELESRRESRAAS

ligh e
i

$DEVCT

IF RESULT IS LT
SDEVCT
CLR
INCB SUNIT
END ;OF IF RESULT

{78 £
{7

4739 060
14740 060
14741 060224
147lo§ 060226
14743 060
14744 060242
14745 060244
14754 060246
14755 060264
14756
060270
14757 060274
14758 060274
14759 060302
14760 060
14761 060304
1476§
1476
14764
14765
14769
1476

SCOPE

$SCOPE: INC

4733
060200
4734
060204
4735 060

BBBDBDDDSSDDN

ROUTINE SCOPE HANDLER

a A d A il l L
t
e R A L R R R A A AR
e
e et
e
Rt

{73 o
47 82817

[

PAGE

003752

CMP
BNE
MOV

S5THIS INSTRUCTION TO A ‘NOP’*

(NOP=240)

::SAVE THE CONTENTS OF THE ERROR VECTOR
ERRVEC.-(SP)
$SSET FOR TIMEOUT
ERRVEC
#18
177060 ;:TIME oUT ON XOR?
::RESTORE THE ERROR VECTOR
(SP)+,ERRVEC
2360 TO THE NEXT TEST
$SVLAD
#4,SP
SFIX STACK FROM TRAP
#1,PROTYP
63
CPUERR

:1S THIS AN 117442
;*BRANCH IF IF NO NOT

sRESET CPU ERROR REGISTER
s sRESTORE THE ERROR VECTOR
: O0OP ON THE PRESENT TEST

(SP)+,ERRVEC
a%

122216

TSTB
BEQ
BIT

SERFLG
ssw.n
;i L,@SWR

::I.OOPFOJ ERROR?

002606

MoV

gkcszk.fl.”bk

:2SET LOOP ADDRESS TO LAST SCOPE

;s:.-:m:sno OF CODE FOR THE XOR' TESTERAX#AA
$:

5$:
C
$SVLAD:

MOV

::HAS AN ERROR OCCURRED?
3:BR IF NO

::BR_IF

SERFL

;sZERO THE ERROR FLAG
H

(SP) ,SLPERR

:sSAVE ERROR

(SP) .SLPADR

ADDRESS
::SAVE SCOPE LOOP
LOOP ADDRESS

:R=C
:R=C
*R=C
:R=C
‘R=C

‘R=C
*R=C

¢ 12

CZMSPAQ MS11-L/M/P KMV DIAG. MACRO M1113 26~APR-82 09:41

ROUTINE SCOPE HANDLE

1 gg
147

1 7

35
d

606

SOVER:

CLR
CALL

:(t)}l

SEQ 0351

PAGE 462-1

SESCAPE
GETDIS

$LPADR, (SP)

ssCLEAR THE ESCAPE FROM ERROR ADDRESS

..FUDGE RETWN ADDRESS
;FIXES
P

D12

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

ROUTINE SCOPE HANDLER

&3
2“;-ND<>\O

wVivvuniawn

D o

iifiSOFRRETEY

14791 060450

SEQ 0352

PAGE 463

GETDIS: SUBTST

<<SUBR

DISPLAY>>

s #SUBTEST

SUBR

DISPLAY

:.t".'...'..'.t.'..'l."""'..l..l...Q'.tQ'..Q'.."...'.QQQ"..'..Q."QQ'.'.'Q

H3R7 850 0620
§§§IS7

002124

:'..tt."tt'.'..ttt.'."".".'t......Qt.'......'........Q....Q.Q'.'Q"Q...t.'..

27?% 100000 002010 18:
813757 802010 0di7e
000207

MOVB

BANK,SBANK

PUSH
ST
BEQ

8IS

RLFLAG
13

#81T15,SPATMAR

sARE WE RELOCATED?
:NO - SKIP

MOV
MOV
POP

SPATMAR,aD1SPLAY
$PATMAR ,DISPREG
RO

:SOF TWARE DISPLAY REGISTER

MOVB

REALPAT,SPATMAR
R

;YES - SET MSB

E 12

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

ROUTINE ERROR HANDLER

.SBTTL

:#THIS ROUTINE WILL xncmm THE ERROR FLAG AND THE ERROR COUNT,
t«SAVE THE ERROR ITEM NUMBER AND THE ADDRESS OF THE ERRC? CALL
S«AND GO TO SERRTYP ON ERROR
s«THE SWITCH omous PROVIDED BY THIS ROUTINE ARE:
HALT ON ERROR
sasW15=1
INHIBIT ERROR TYPEOUTS
seSW13=1
BELL ON ERROR
saSW10=1
:4SW9=1 LOOP ON ERROR
s#CALL
: :ERROR=EMT AND N=ERROR ITEM NUMBER
ERROR N
1

14810
14811
14.31;
1481
1481%
14815
12319
1481
14818
}mo

“&.uzg

u.az; 060522
0605

14824 060534

105037 061316

104410

14825 0605
uazg ooosss 105237 002012
123 060542 001775

LENABL LSB

IF NOERROR IS FALSE

BACK:
1$:

14835 ooooog 012737 077777 002614

14.339 060604

14837 06061
14838 06061
14839 06061 ongsr 00201
14840 0606166 16&37
00500 002016
010637 00202
14841
199;7 ogoog 83502
uug 0606
}234“
117737 121154
01

1485
14860

14861

s
14864

105037

060744

061316

0rig
U et
23
0 2 qoshe
060766 013737

INCB s;ms
BEQ

;:SET THE ERROR FLAG
DON'T LET THE FLAG GO TO ZERO

CALL
MOV
BIT
BEQ
TYPE
TYPE
INC

1001$:

SERTTL

(SP) ,ERRPSW

SERRPC.SITEMB

0177 SITEMB
001$
{%vs

1000$:

GETDIS
smm STESTN
#5W10,aSWR
zs
5'1'
MSGOT4

IF nov
assu;
;;
senm
777
1r RESUL
aoa
enootIF(SP)NOE,ERRPC
MOV
Su8
#2,ERRPC
*ERRSP
MOV
CMPB
BEQ
TST8
BNE

14 ;
82’§5°
1777
13
061320
1
76 032737
1414
0462737
1 177766
060714 112737
17; 881313
201
1
1 o’

msg

::TEST FOR CHANGE IN SOFT=SWR

MOVB

S737 061322

:R=C

CKSWR

MOV

14845 060644 122737 000177 002013
001431
14&9 060652
14847 060654 105737 061316
19 4
u.al.g w
12350
14851
msg
1485
14854
14855
mgg

IBSAVE

SERROR: CLRB

7;7 060450
14828 060544
mgg 060550 013737 oogmo 065644
14830 060556 032777 002000 122036
14831 060564 001404
“”i oeosgg
14833 0605
2s:
14834 060576 005237 002614

1484

ROUTINE ERROR HANDLER

't.ttt'tttt.ttttt"'tt'Qt"tltttttfi.tt.ttl.t.t."t.ttttttt'tt"t".tt".t.'tttt

1‘

14823

SEQ 0353

PAGE 465

:R=C

serw DISPLAY STUFF
:FOR APT
..seu. ON ERROR?
= SKIP
*NO
::RING BELL
tomROL Z
*;COUNT THE NUMBER OF ERRORS

::GET ADDRESS OF ERROR INSTRUCTION
::;STRIP AND SAVE THE ERROR ITEM CODE

;1S THIS THE POWER FAIL CALL?
:%nc IF SO
ERROR CALL?
*2ND
*BRANCH IF SO

*1S THERE A CPU ERROR REGISTER?

BEQ
MOV
BIT
BEQ
BIC
MOVB
3"2"‘

*BRANCH IF not
:SAVE CONTENT
nonnoa BIT SET?
tmve *POVER
*BRANCH IF NOT
3r0,177766 _ :CLEAR THE BIT
rsfn xasnve MAKE IBSAVE TONON-ZERO
FOR DUAL CALL
POWER FAIL POINTER
SET SITEMB

CLRS

lBSAVE

CPSAVE

IF NOERROR IS FALSE
IF BADPC NE #0

R BADSP,ERRSP
es
MOV

F 12

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

ROUTINE ERROR HANDLER

14865

013737

060774

s Qe Q3R OHEER

002026

oo;ow 065642
14868 821006 8&3.7;7
737 057476
1:.093 821814.
m" oe}o

mg 0610

}2374 82185

12375 82105

1 ;g

105

14877 061052 004737 061324
14878 061056

051056 Shongs 002270
1e880
14881 omo?g

SEQ 0354

PAGE 465-1

PSW

MOV BADPSW,ERR
ik

MOV * ERRPC,SFATAL
CALL Psm

IF a’c!sm33 SET.IN @SWR

:FOR APT

::L06 ERROR ON BANK

END :OF IF #SW13@SWR AND TOOMANY IS TRUE
IF Gfigs 3ier.m

END ;OF IF #SWS

END ;OF IF NOERROR

SERRTYP
CALL"
IF MONFLG IS TRUE

::6G0 TO USER ERROR ROUTINE
$:SHOULD WE RETURN TO XXDP MONITOR???

END

R7S peVTION.SP

o
£SO 1OMONTTOR

G 12
CZMSPAD MS 11=L/M/P MEMORY DIAG. MACRO M1113
ROUTINE ERROR HANDLER

10
12332 11

}6885

}}

12339 1110
06111

14888
14889 8211
0611
14890
14891 0611
1689; 06114
1233‘ 06114
1

8211

i 8211
S
12339
14898 8211

061212
14899
14900 061

14901 061224
1690§ 061224
14903 06124
14904 061
14905 06125

14909 061

14907 061
14908 061
14909 061
14910 061
14911 061
1691; 061

3s:

+ 1444 121516

SHALT:

10441

7%:

PAGE 466

IF _NOERROR IS FALSE
SWR

TST

MOV SLPERR, (SP)

002610

005737
801605
1371

002356

;OF xr u6
END
TST ° SESCAPE

002356

MOV

000001

g
00503; 177766

003752

012737
000137

065640

009021

047632

ON ERROR
:sHALT

$3SKIP IF counuus
8PL
HALT
.wu.r ON ERR
TEST FOR cumse IN SOFT=SWR
CKSWR
IF uoscope IS FALSE AND' #SW9 SET.IN

013716

SESCAPE, (SP)

IF DETFLAG IS FALSE

: :FUDGE RETURN roa LOOPING

..cnscx FOR AN ESCAPE ADDRESS
:BR IF NONE

..ruoss RETURN ADDRESS FOR ESCAPE
;1S THIS AN 117442

CMP #1,PROTYP

BNE 11§

CLR CPUERR

118: IF ACTFLAG IS TRUE oa APTFLAG IS TRUE OR FATALS IS TRUE

MOV

#1,$MSGTY

JMP

sxit

TYPE
MOV

MSG066
;.no

:FOR APT

END :OF IF ACTFLAG

IF XXDPCHAIN IS TRUE AND SERTTL HI #20

013709
0050;
000137

CLR
.»v

01521
EL

061316

14915 06131 88012; 060536
g
k
i freg s
14919 061322
14920

26-APR-82 09:41

SEQ 0355

000000

108:

:ERROR COUNT EXCEEDED 20- ABORTING FOR XXDP CHAIN

4
$ZAP4L2
OF IF XXDPCHAIN

ggo fIF DETFLAG
SET

HEADER

1ST8
BEQ
JMP

5BSAVE
138
BACK

RTI]
213s:
IBSAVE: .WORD
CPSAVE: .WORD 0
: .WORD 0
CPERRF

2 sRETURN

:POWER FAIL ERROR CALL? ;R-C
sR=C
sR=C
:JUMP IF SO
JR=C
:R=C
sR=C

SEQ 0356

y
PAGE 468

<L/M/P MEMORY DIAG. MACRO M1113
MESSAGE TYPEOUT

26-APR-82 09:41
.SBTTL

ROUTINE ERROR MESSAGE TYPEOUT

;tt'.'..t.'Q.tQQQ'.Q.Q'.'.'t't.......'.Q'.tl..'.'.'.......'.'.'.'!.Q.'.'.."'."

;*THIS ROUTINE USES THE ‘‘ITEM CONTROL BYTE'' (SITEMB) TO DETERMINE WHICH
s*ERROR IS TO BE REPORTED. IT THEN OBTAINS

FROM THE ‘ERROR TABLE'® (SERRTB),

s*AND REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.
SERRTYP:SAVREG

061324
061
821
1

002013

061340

000177

BRSRISE
e
Cflg
&»
nNO

3 061342
957 061

383

14958 061442
14959 0614
14960 06145
14961 061454
lkggi 061460
14963
061462
14964 061
14965 8216
147
14969
14967 061474
14968 061500
14969 061502
14970 061504

NN
NIN=

83 o3383882

388882

14938 061438
163;9 061628

1 Za8%ages= 88

=D
o

wmd

D o

o D oD o

938 06
939 06
940 06
91 06
94; 06
943 06
944 0613
945 06 g
061376
947 061402
14948 061
14949 06141
14950 061414
14951 061413
1495; 06142
14953 061426
14954 0614

TYPE
CLR
81s8
BNE

1$:

061634

066262
061440

1008:

SCRLF
RO
$ITEMB.RO
1$

00$

#PFECWS
RO
0s

ssPICKUP THE ITEM INDEX

s:IF _ITEM NUMBER IS ZERO, JUST
;sTYPE THE PC OF THE ERROR

*BRANCH IF NOT

‘R=C

::ADJUST THE INDEX SO THAT IT WILL

‘R=C

;;FORM TABLE POINTER
$:PICKUP 'ERROR MESSAGE'® POINTER
15SKIP TYPEOUT IF NO POINTER

:R=C

MOV ADDRESS OF PFE BIT ERROR TO RO
i

WORK FOR THE ERROR TABLE

:1S THIS nsm.v AN ERROR?

002424

:YES - SKI

:TYPE HEADER?

002576

002062

:2''CARRIAGE RETURN'' & '‘LINE FEED'’

ERRPC,<ERROR ADDRESS>
::GET OUT
#177.80
*POWER MONITOR CALL?

1108:

:NO = SKIP

:WAS IT A FATAL ERROR?
JNO - SKIP

128:

sFATAL

0
SCRLF
(RO)+,58
63

061472

138

002424

002576

S U2

BB o o o N o

N R R

- o i cd cd D o e e i ) D ) ) D D e il D )

0O 000000000000

3‘853-45th2fl¥uma-

(al

-3

::."PE THE 'EM MESSAGE
: - :“ERROR MESSA
¥

POINTER GOES HERE

:3"'CARRIAGE RETURN'' & "LINE FEED"
*SPICKUP ‘DATA HEADER'® POINTER
$:SKIP TYPEOUT IF 0

18 tmgxlltguu AN ERROR?
sYES -

HEADER

sTYPE HEADER?

0
$CRLF
(RO)+ .R1
1 0s
(RO)+,R2

3:TYPE TIE "DATA HEADERTM
:3"DATA HEADER'* POINTER GOES HERE
& 'LINE FEED
33" 'CARRIAGE RETURNTM'
::PICKUP "DATA TABLE
1F N DATA TO BE TYPED
::8R
POINTER
::PICKUP "DATA FORMAT'*

iNO = SKIP

.z-g

112

CZMSPAQ MS11-L/M/P MEMORY D!AG. MACRO M1113 26-APR-82 09:41

ROUTINE ERROR MESSAGE TYPEOUT

14973 061506
061510
14974

78:

11220
006

061520
14975 06151
14977 0615 g 061744

14.9;9 061516 00041
14978 061522
14979 061526
14980 061526
14981 0615

061754
0617
%o
074

061534
14983
14984 0615
14985 061540
14986 061542

062120
1;4
0621 5
06225

1:.% 0615

14991 061544
14.99; 061550
14993 061552
14994 061554
}2332 061560
14597 061562
14998 061566
14999 061570
15000 061574

15001 omsrg
1soo§ 061622

15003

061626

8s:

(R2)+,R3
R

@8S(R3)
CALL
98
BR
TAG70$

:MAKE IT A WORD ADDRESS

TAG71$
TAG?2$
TAG73$
TAG74$

TAG75$

106

9s:

062701 000002
005711
001403

000752
005737 002106
00140
005237 002576

108:

104416

004737

MOVB
ASL

SEQ 0357

PAGE 470

11$:

062274

TAG?
TAG?7$
TAG78$
TAG?

ADD
ST
BEQ
TYPE
BR
TST
BEQ
INC

RESREG

#2,.R1
(R1)
0s
MSGO18
3
MUT
118
HEADER

;UPDATE DATA TABLE POINTER
;1S THERE ANOTHER NUMBER?
$:BR IF NO

:TYPE 2 SPACES
::LOOP
;1S THERE A MEMORY UNDER TEST
‘N0 = SKIP
SYES = BUMP HEADER FLAG

IF #SW7 SET.IN @SWR AND DETFLAG IS FALSE AND NOERROR IS FALSE
CALL

DETAIL

END :;OF IF #SW7

15004 “’83
TYPETM
MSG104
:CONTROL 2Z
RETURN
000207
15005 061
.EVEN
15006
15007 8‘6}2‘?2’ %} 43 061700 061730 PFECWS: .WORD PFECEM,PFECDH,PFECDT,PFECDF
15008 061644

150

§}6;§

061647
omosg
06165
omog
06166
061
061671

15009 190g

117

040
119
1
10
04
12
040

?%2

105

PFECDH: .ASCIZ °“TESTNO ERR PC CPUERR'
1;;
1

105

124
04

1
04

7
gwg

e
152

103
10

15010
15011 oq?

15012 gm

°'POWER MONITOR BIT FOUND SET"*

12
1
124
040
124
117
104

06170
1706
171

127 PFECEM: .ASCIZ

105
115
1
122
11
106
113

122

000

124

;R=C

:R=C

105

1
1

.EVEN
5644 002016 061320 PFECDT: .WORD

000

:R=C
*R=C

STESTN,ERRPC,CPSAVE,0

000 PFECDF: .BYTE 0.0,0.,0

:R=C
*R=C

:R=C

1=L/M/P MEMORY DIAG. MACRO M1113

(al

- ) i e e D ) D D ) D el D D i il D i D i ) e D o D i;
EnsV“nU‘ -t g
<:c>¥h:<>cn=c> o S
[V
NN
=4
S
VA 323 z 3
¢>§E§§C>5
g SRR 3

J 12
ERROR MESSAGE TYPEOUT

sune OCTAL woe
W

AR AAOAAAORS
AAARA ARAAAR
AARRAR
AR RAARA AR AAANR AR AR ARRANARARARNAR

=l=]

TAG708: TYPOCT

RETURN

000207

teex DECIMAL woe

::TYPE AN OCTAL NUMBER

e e

eI e

ddiiddiiidaddd

i diiidiiitiddddd)

grn
&

CARAARRARARRANANRAANARREEAERARRAARAAAAAAAANRARNARAAARAAAAAAAAAAAAARRCCAAAAARCCRES

TAG71S: TYPDEC

RETURN

000207

@a(R1)

::TYPE A DECIMAL NUMBER

:t.t..ttt..t't..fit......'Q'.'..l..tQ....tfil..........'.Q..t.."Q.t..'.'t"..tt..

sanx INTERLEAVE ww+

CARRARRRARA AN AANRARRRI RN NAARARAAARARRRAARAAAAAACRRAAAAAAAAAAACAAAOAAARAACORNS

TAG72$: PUSH
MOV

MUL
SET

TYPE
CALL
CLR
POP

S=
&3

§§g

ER2R
SER
R
§§§§§§

@(R1)

X 333223323222 2232 3322222222

[« -]
-

i
Vi

PAGE 472

AR RARAARRARNARNRAR RN RRAARRANNAAARARANNRAAAAAAAAAAAAAAAAAAARAAAOOOAOROONS

TYPE

RETURN

R1,RS

BANK R 1

#6 R1
NOTAB

:INDICATE NO TABLE TO BE PRINTED = NOW

MSGO14

:1 SPACE

MSGO14
TCFIGT
ngrAa
RS,R1

R
RARRRRARAROARACRRRS
RARARRRRANRARARR
ARRA
ARARRARARRAC
RAAR
TR RTRRRARARARA
SRAREARA
senn (SR wnn

CARARARAR

013701
070127

004737
005037

000207

002100
000004

TAG738: PUSH

RN ARAAARAANRANRANNRAAARRRRAARARAAAAAAAAAAAARANCRAAORNCE

R1,RS

MOV

BANK,R1

CALL
CLR
POP

TCFIG3
NOTAB
RS.R1

MUL
SET

RETURN

#4 R1
NOTAB

:...t....'."..Q't.t.t'.""...t.tl....Qt..Q...'.'ltt.Q.'....Q...'Q.t.".'.ttttt

dddddddddddddfldddddddd

26-APR-82 09:41

SEQ 0358

seex PATTERN w2+

CARRARRRRR R AR RARAARARA RN RAAARRARARAANAAAARRARAANAANAAAAARRRAARAANACARAOARAONS

000207

TAG748: TYPOCS

RE TURN

REALPAT,<TYPE (0-77)>,2,2

:...t".'.......t.."'.'t"'..'tl....t...t"t.t'..t.t.....l..'t.'.'t..t".'t't"
#ee

1322323223223 232 322222323232 323 2333333382223

iz
=t

sunn BANK

000207

TAG758: TYPOCS

RE TURN

BANK,<TYPE (0-167)>,3

Rt iaidiiiidiididiiddll)

K 12
(a

IMSPAD MS1 1=L/M/P MEMORY DIAG.
ROUTINE ERROR MESSAGE TYPEOUT

MACRO M1113

26-APR-82 09:41

PAGE 473

:'tt.tttl't..."t.".""'"'Qt.t'ttttttti.'ttt..t'....'.Q.tt.fi..'t."'t""'t'.

1
58

senx MTYPE waw

CARARR AR AR AR AR

TAG76S: PUSH
MOV
MUL

062124
1
1
1462
143

15070
1507
150;§
150
15074

8
15079
15078

163

R1,RS
BANK ,R1

RN AR ARARARAANRANANARAAAAARAAANAAAAAAAACAAARAAAAOAOCOCES

NOTAB

MSGO19
TCF1G2
NOTAB

RS.R1

RETURN

AR AARARA AR

ARRRR

#6 Ri

SET
TYPE
CALL
CLR
POP

042066
002366

15079
15080

AAR NN RRARNAAANAARAARARARAAANAAARAAARAARAAAAAACARAACAACARNS

sevt UNKNOWN DATA www

AN AARARRANAAN R

TAG778: TYPE

$458 3¢335gss
S ieeetqgegsssiennne

AR AR

8 o
1g 000207

s*ax PHYSICAL ADDRESS w++

RETURN
-

15084
}5085

AR AR AR AR A RA AR RA AT AN ARARAAARAAAARANRRANARRARAARAAAAAAAAAACAAAAACAAAAAAAEY

fAG78s: mov

0021
00204
100000

002036
065520
000002

[

SKREF

MSGO61

RN RAARAAARNARRNNARAARARAARARAAARAARAAAAARAAARRAAARERNS

:tt!l...ttt.'tt..t.t.tt"'..t...t.tt..lll't'l.t.t.t.t..Q.tt..'tt'.'...t'...'t'..

002035

gRRZRE2R22S

KERGR28

yaaaa

SEQ 0359

ADDRESS ,PHYADD

#FIRST,PHYADD

BANK PHYADD+2

nsmfiooz
1

18:

MOV

#81T15,PHYADD

, = (SP)
#PHYADD
$DB

sPOINTER TO DOUBLE WORD ON STACK
:g?klsgggeli PRECISION CONVERSION ROUTINE

$0(T8
:ttt.t'..t'lt.t.Qttt.'.'tt"i.t..tl.tt.tlQ..tt..t.tt.'tt.'.t....t.t.'tfi'.'.t.'.'

sexx OCTAL BYTE wew

CARRRARRRRRARRRRARRRRAANRAANAAAAARRRARRRARNRAAAARAAAAAAAAAAAARARARAAAAAAAACCRRARORS

TAG79S: TYPE

TYPOCS

000207

TYPE
RETURN

MSGO1 8
:2_SPACES
@&(R1) <TYPE BYTE>, 3,2
MSG014
:SPACE

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

ROUTINE ERROR MESSAGE TYPEOUT

15150 062274
15151
}gm

1s1§4
15155

15159

<<SUBR

DETAILED ERROR REPORT>>

+«SUBTEST

SUBR

DETAILED ERROR REPORT

;ttttttt.tttttttttttttt'ttt't't.t'fitttt.fitttt.t!..t...tt.."ttttt't't'tt...tt'.t

803; & 88521
003
1§“ 7

:ttttttttttttt.tttttt't"tttttt'ttt.ttttttt.tttttt'tl.ttttt"‘tt't.t"'tttt'tttt

INC
gfss

002216

985408 104013
13150
15171 88“0 000423
13178 083438
Ts
des) ousosr cozios
15176 %«z 104031

GIEITE WO reen
SEIAR
15181

18:

062274

HEADER,MUT

R3. (RO)+

MOV

ERRSP, (RO) +

ERROR
B
4
ERROR

R
13
1$
MR
oo
+31

PSP

MUTHEADER

CALL
RE TURN

DETAIL

CMP

15177 8‘65‘“ 022737 000001 003752
004737
000207

o R
Roero,
(ROJ+
R1,
R2. (RO)+

MOV
MOV

15167
15168 062374 013700 002176

1513; 062470
15183 062474

fffa
v
MOV
MOV

MOV

313720 002022
15166 335364
062370 013720 002026

062452 oo1oo;

og.onruc
2

PUSH

010320

osmm
z LDETFLAG

BEQ

CMP

}?}?a
005037
Grodir adelce
Gessas
13198
S 815128
% 56
15161
1053
1s1e§

15178

PAGE 476

DETAIL: SUBTST

002216
000002
118 80273;
1435

1516 %ss

26-APR-82 09:41

SEQ 0360

BNE

ERRPSW, (RO)+
DETRO,RO

#1,PROTYP
18

:WARNING RECURSIVE

;1S THIS AN 117442

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

15189
15187 062476
15188
15189
15190 062502
15191 062514
1519; 062520
1519
Sgs
15194
3
15195
062530
15196
ng
b
15197
15198 062540
15199 062542
15200
062550
354
15201
062554
15202
15203
062560
15204 062576
15205 062576
15206
15207
15208 062610
15209 062614
15210 062
15211 062624
1521§ 062
15213 062632
15214 062633

004737

26-APR-82 09:41

48:

064144

15227
15
15
15

152§§

15234
15235
15 39
1523
15 gs
15
15240
15241
15242

:SIMULATE CONTROL ''T*'

sDISPLAY 'DISPLAY'' INFO

CONTT

CALL

-TYPE CONTENTS OF ALL CSR'S

013701

PUSH
TYPE

CSR ggano.m
MsG

MOV

TOTCSRS ,R1

SCRLF

TYPE

002222

BEGIN DUMPCSRLOOP
FOR CSRNO := cg1ro #36 BY #2

006301
104426

:2 SPACES

END :OF ON.ERROR

IF R1 EQ #0 THEN LEAVE DUMPCSRLOOP

END :OF FOR CSRNO

END DUMPCSRLOOP

POP

R1,CSRNO,CSR

:TYPE STACKS

PUSH
013701

162701

002560

000002

RO,R1

MSGO8S

FOR

RO := SP TO R1 BY #2

KSTACK,R1
#2,R1

TYPE SCRLF
TYPOCT

00?737
0
2737
052737
006506

TYPE
MSGO018
;2 SPACES
(RO)
TYPOCT
ND ;OF FOR RO
:SET PREVIOUS MODE TO SUPERVISOR
T

002452

030000
010000

sKERNEL STACK

TYPE

MOV
su8

15218
15219 062662
15220 062666
15221 062670
1522; 062676
15223 062704
15224 062703
15225 06271
716
15256

SEQ 0361

PAGE 478

BIC
BIS

177776
177776

MFPI

POP

TYPE

NOSUPER

DET1

#8IT13!BIT12,PSW
gggT12.PSU

R1,RO

:SUPERVISOR STACK

MSG089

IF RO LT #SUPSTK
FOR RO := RO TO #SUPSTK=2 BY #2

062724
724
7

TYPE
TYPOCT
TYPE
TYPOCT

SCRLF
R
MSGO18
(RO)

:2 SPACES

END ;OF FOR RO

ELSE

;96
774

;1S EMPTY

TYPE nscgw

7
062764

52737

806506

030000

177776

DET1:

END ;OF IF RO
-SET’ PREVIOUS MODE TO USER

BIS

MFPI

#8IT13'BIT12,PSW
UsSP

RO
POP
MSG090
TYPE
IF RO LT OUSEaTK

FOR RO := RO

sUSER STACK

TO #USESTK-2 BY #2

N 12

26-APR-82 09:41

SHO0H

88
v

PAGE 478-1

TYPE
TYPOCT
TYPE
TYPOCT

g&?§§8 s

YT III
222222
S WN—=O

b e

d d e

D e

viviviviviuiaianuaw
NN NN

IMSPAO MS11=L/M/P_MEMORY DIAG. MACRO M1113
DETAILED ERROR REPORT

SEQ 0362

=8RLF

MSGO18

:2 SPACES

;1S EMPTY
005037
000207

002216

CLR

POP

RETURN

RETFLAG

SEQ 0363

ks
09:41 PAGE 481

26-APR-82

;-‘

1=L/M/P_MEMORY Y DIA
DI G. MACRO M1113

ROUTINE BINARY TO OCTAL (ASCII) AND TYPE

ES
RA
ACANNNONNORN
RARR
AARAARAAAAAA
ARRR
AANRARARAARRANAANAANAAAR
RN NRRR
CARARRAR

:*THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A 6-DIGIT
;*OCTAL (ASCII)

TYPE IT.
*$TYPOS==<=ENTER HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE
ALL:
NUM,=(SP)
MoV
:sNUMBER TO BE TYPED
TYPOS
::CMiL FOR TYPEOUT
FOR NUMBER OF DIGITS TO TYPE
.BYTE
::":881 Bg
.BYTE

(=)

2222220
»

;

::1=TYPE LEADING ZEROS
::0=SUPPRESS LEADING ZEROS

; *$TYPON====ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST
;*$TYPOS OR $TYPOC

s*CALL:
;t

MOV

TYPON

NU".'(SP)

:;NUMBER TO BE TYPED
:;CALL FOR TYPEOUT

':%HtOCME'flER HERE FOR TYPEOUT OF A 16 BIT NUMBER
*

pr e
S OO
= b=

000001

0633 07
0633311

063307

RIS RSHRIRRSERNS

L aOatt
Aot22

000001
063311
000002

$TYPOS:

$TYPOC:

000005 063306 $TYPON:

VWA

O=WOOOO

N =2 ) = —d b

SRS ses
25

::CALL FOR TYPEOUT

::PICKUP THE MODE

::LOAD ZERO FILL SWITCH
::NUMBER OF DIGITS TO TYPE

#1,80FILL
+1
#6.SOMODE
#5.80CNT
R3.=(SP)
R&,=(SP)
RS,=(SP)

::SET THE ZERO FILL SWITCH
$:SET FOR SIX(6) DIGITS
:SSET t:g ITERATION COUNT
3 SAVE
E R4
22
::SAVE RS

#6.R4
Ré

::SUBTRACT IT FOR MAX. ALLOWED
S3SAVE IT FOR USE

:3ADJUST RETURN ADDRESS

:3GET THE NUMBER OF DIGITS TO TYPE

$3GET THE ZERO FILL SWITCH
$:PICKUP THE INPUT NUMBER
::CLEAR THE OUTPUT, WORD
*SROTATE MSB INTO °°C
::G0 DO MSB
$:FORM THIS DIGIT

2$:

12(SP) .RS
R
R
33
RS

3s:

::GET LSB OF THIS DIGIT

::BR IF NO

1$:

=2
N

: sNUMBER TO BE TYPED

1(SP).SOFILL
(SP)+.SOMODE+1

$OFILL R4

—

?(SP) ,=(SP)

:gmoen.m.

063311

063310

NUM, = (SP)

'%ifi%fi’

S
e e
e e

dd§dddd
AP
5
F N 3 NN
YRRR ooQAN NO

Y TO OCTAL (ASC | D AND TYPE

.SBTTL

RS -

~NO»
=

ELEEELEESSEIERE

— e
e o
D i e cnd
e wd b = b D cd b b wd b b b D b b - ) D ) ) D ) D cd i D D ) D ek
AT AW
Vi VIV
v Vi ViAW
W NN WWNWWNW
NN
N NN NN
b =D b
— =B b b nd b

Ila‘

- D ) ) De D i ) D ) b g
=3
SN RS
W = SSSSRERERS
EESESSRS VNV

RS
RS
RS.R3

$OMODE

#177770,R3

177770

4$:

4
R4
5$
R&

$:TYPE THIS DIGIT?
$3GET RID OF JUNK

SSTEST FOR 0
*:SUPPRESS THIS 0?
::BR ;f YES
SSDON'T SUPPRESS ANYMORE 0°'S

c13

RO M1113
CZMSPAO MS11=L/M/P MEMORY DIAG c

ROUTINE BINARY TO OCTAL (ASCII

1
1

4
4

1
1
1
1

1
1
1
1
15
15
15
15
1é
15
15
15

TYPE

26-APR-82 09:41

58:

BIS

#'0.R

R3.8s

68:

MOVBE
TYPE

DECB
BGT
BLT
INC

CNT

78
000002 000004
8s:

B8R
MOV
MOV
MOV
MOV
MOV
RTI
.BYTE
BYTE

$OCNT: .BYTE
$OFILL: .BYTE
SOMODE: .WORD

PAGE 481<1

R
;

SEQ 0364

28
(SP)+,RS
(sm.ag
(SP)+.R
2(SP) .4 (SP)
(SP)+, (SP)

;:MAKE THIS DIGIT ASCII

: MAKE ASCU IF NOT ALREADY
:SAVE FOR TYPING
2120 TYPE THIS DIGIT

:SCOUNT BY 1
$:BR IF MORE TO DO
S:BR IF D
tSINSURE LAST DIGIT ISN'T A BLANK

ST DIGIT
2360 DO T
:*RESTORE RS
..-nestoae nl.
*SRESTORE R
$:SET THE STACK FOR RETURNING
;RETURN

:iSTORAGE FOR ASCII DIGIT

*STERMINATOR FOR TYPE ROUTINE
$30CTAL DIGIT COUNTER
::ZERO FILL SWITCH
*SNUMBER OF DIGITS TO TYPE

SEQ 0365

;
-t

.SBTTL

160105

000055

000001

18:
28:

063516

38:
48:

ffigA&‘Egu

58:
177777

68:

78:

000040

8s:
177777

~SSno

177776

98:

000004

$DTBL:

R1,R2,R3,RS

MOV

b bbb
e e liniaieidaidadbinpdeiidinbabb

; (SP).
a
"=, 1(SP)
o
meuz

3)0

MOVB
CLR

2
sorak(nm JR1

MOV
SUB
BLT
ggc
ADD
ST
BNE
IST8
BMI
ASLB
BCC
MOVB
8IS
BIS

R1.R
gg
R1.RS
R2
58
(SP)
73
(SP)
6$
1(sp) -1(R3)

(RO) +

#'0.R

# R

R2,(R3)+

MOVB

RO,#10
28
8s
RS.R2
6$
(SP)+
13
-1(SP),=2(R3)
(R3)
RS.R3,R2,R1,R0
$DBLK
2(SP) ,4(SP)
(SP)+, (SP)

MOV
BR
TSTB
BPL

MOVE
CLRB

POP
TYPE
MOV
MOV
RT
}

$DBLK:

<
"

.WORD

::PUT _THE BINARY NUMBER ON THE STACK

$360 TO THE ROUTINE

600, iPS ~ ..eer
::SET BLANK
SWITCH AND SIGN
THE INPUT NUMBER

MOV
8PL
NEG
MOVB
CLR
MOV

}

r
ol

= §“§§'6«'3

000002

TYPDS

cMP
BLT
BGT

000010

s
=

M.'(SP)

MOV

$TYPDS: PUSH

88 N\‘§ ~ 28

28=8
wwhonWBWNOWN

e e

e e o e e

e
i e e

VIV

D e
e o

D cd wd D b b b b b o
D
b o
De
b D cd o
D e
— o e e e

ROUTINE CONVERT BINARY TO DECIMAL AND TYPE

;*THIS ROUTINE IS USED TO CHANGE A 16-0" BINARY NUMBER TO A 5-DIGIT
TYPE 1T. DEPENDING ON WHETHER THE
'SIWD DECIMAL (ASCII) NUMBER
OR A MINUS SIGN WILL BE TYPED
SPACE
A
;*NUMBER IS POSITIVE OR 'EGAUVE
ZEROS WILL ALWAYS BE
LEADING
:+BEFORE THE FIRST DIGIT OF THE NUMBER.
'UClELPtACED WITH SPACES.

D e

A T A VA

A AN

— b d d d D d b =D g

:
. MACRO M1113 26-APR-82 09:41 PAGE 482

1-L M/P MEMOR Y DIAG
R BINARY T 0 DEC IMAL AND TYPE

V]
FRRRRRRRRRRRRRERRLLRRR RERRTAZIES
el
S88EE3343 2BISIANANIS /S
282888
CRURNNSoBIrha
W=DIIINAR 292888 ~
K&
& SERSERK
B
Tnanae
v} NN NN AN N NN
wvivauiiniuainanawnwg
FOh
%3
<
ISNAROS RIS & N
&HN R
o
-t~

0,0,0.0

BR IF INPUT IS POS.
..ms THE BINARY NUMBER POS.
SSMAKE THE ASCI] NUMBER NEG.
.zeao THE CONSTANTS INDEX
*SETUP THE OUTPUT POINTER
THE FIRST CHARACTER TO A BLANK
..sev
$:CLEAR THE BCD NUMBER
3:GET THE CONSTANT
..rom THIS BCD DIGIT
*BR IF DONE
i INCREASE THE BCD DIGIT BY 1
::ADD BACK THE CONSTANT
:3CHECK IF BCD DIGIT=0
sFALL THROUGH IF 0
..snu. DOING LEADING 0°S?
::BR IF YES
: ;MSD?
*BR IF NO
..ves-ser THE SIGN
MAKE THE BCD DIGIT ASCII
..ms IT A SPACE IF NOT ALREADY A DIGIT

*PUT THIS CHARACTER IN THE OUTPUT BUFFER

..JUST INCREMENT
ING
SCHECK THE TABLE INDEX
$360 DO THE uext DIGIT

$360 TO EXIT
33GET THE so
60 cmwee ASCII
..ms me I.SD me FIRST NON-ZERO?
*BR IF NO
::YES~=SET THE SIGN FOR TYPING
$3SET THE TERMINATOR

:NOW TYPE THE NUMBER

ZADJUST THE STACK
:sRETURN TO USER

E 13

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

ROUTINE TTY INPUT

.SBTTL

15427

154
154

15431

15434

063536

15440 06 ssg
063542
15441
544
1su.§
§50
1544
063554
15444
063560
15445
564
1

1554.4.' 9

005737 056276
001406
1374.? 056276
823 76
0050
72
000137
105777 11704
100130

seg 117746 117036

06357 ol.gm 177600
15448
srg 22716
15449
1og;
15450 06
050102
737
15451
154.5; ggggw 852" 000024
01
14
1545
064144
15454 oewg 004
022716 000003
15455
1454
15459
22716 000023
1545
15458 063634 oo1oo;
ou.zzg
15459 063636 00473
15460 063642 352"3 00001
100
15461
S
155225
54 o137og 002144
1
;g
15464
22737 000176 002622
15465
1067
15‘69
2716 000007
7
1546
1%4
76
15468
005737 002060
15469 063700
15470 063704 001061
15471 owos
154.;;
71
716
154
4
15474

15475
154;9
1564
154;3
154
15480
15481
154
1548
mg‘
15485
154.39
1548
15488

ROUTINE TTY INPUT

:'Qt.t"Q'.Q't.Qt..t.."""tt.".ttt.'.ttt'tt.'t.t't.'tt'QQQ.......Q'.QQ.'..QQ'

15‘

154
1543

SEQ 0366

PAGE 483

5046
504
116666
105
ng 109 75
7642 117746 1;965
0637
2719 1
00000
1
06375
1
7
(
;%
5‘
1
5
021627
776
oog
06400

1005

$#SOFTWARE SWITCH REGISTER CHANGE ROUTINE.
*«ROUTINE 1S ENTERED FROM THE TRAP HANDLER, AND WILL
*«SERVICE THE TEST FOR CHANGE IN SOFTWARE SWITCH REGISTER TRAP CALL
*«WHEN OPERATING IN TTY FLAG MODE.
.ENABLE LSB

$CKSWR:

ST
BEQ
MOV
CLR
JMP
TSTB
NOCH:
8PL
MOVB
BIC
CONTS1: CMP
BNE
CALL
CMP
18:
BNE
168:

28:
178:

68:

CALL
(WP
BEQ
CMP
BNE
CALL
(WP
BNE
TYPE
MOV

58:

78:

CONTT
#3,(SP)
53

o;msn
17%
CONTS
#13,(SP)
6%
SCNTLK
CTLKVEC,SP
RE TURN
#SWREG, SWR
CMP
CKEND
BNE
#7,(SP)
(MP
CKEND
BNE
SAUTO
ST
CKEND
BNE

TYPE
$SGTSWR: TYPE
TYPOCT
TYPE

38:
48:

XOCHAR
NOCH
XOCHAR,=(SP)
XOCHAR
CONTS1
@$TKS
3:
rxg =(SP)
#°C177,(SP)
46, (SP)
1$
FIELDSERVICE
#26,(SP)

CLR
CLR
TST8
BPL
MOVB
BIC
CMP
BNE
TYPE
ADD
JMP
CMP
BNE
TYPE

SCNTLG
SMSWR
@SWR
SMNEV

-(SP)
-(SP)
as$TKS
4$
amg -(SP)
#2177, (SP)
(sP) 4%
78
SCNTLC
#6,SP
B800T
(SP) ,#25
9%
SCNTLU

::SOMETHING THERE?
2360 ON IF NOT
:: USE IT
::CHAR THERE?

S:IF NO, DON'T WAIT AROUND
$3SAVE THE CHAR
$:STRIP-OFF THE ASCII
:1S IT CONTROL F?
*NO SKIP
;1S IT CONTROL T?
‘N0 = SKIP
*YES = CALL CONTROL T ROUTINE
$1S IT CONTROL C?
SYES EXIT saasaNOTEvas«s STACK IS SCREWED UP!
1S IT CONTROL S?
‘N0 = SKIP
SYES = CALL CONTROL S ROUTINE
:1S IT CONTROL K?
:NO = SKIP
STYPE A “K
*RESET KSP TO AFTER PATTERN EXEC ROUTINE
*RETURN TO PATTERN EXEC ROUTINE
::IS THE SOFT=-SWR SELECTED?
:SBRANCH IF NO
$3IS IT A CONTROL G?
$3NO, RETURN TO USER
SARE WE RUNNING IN AUTO-MODE?
*BRANCH IF YES
*:ECHO THE CONTROL=G (*G)
:STYPE CURRENT CONTENTS
S30F THE SWR
:PROMPT FOR NEW SWR

:3CLEAR COUNTER
$STHE NEW SWR
$3CHAR THERE?
$:IF NOT TRY AGAIN
SIPICK UP sm
SSMAKE IT 7-BIT ASCII
231S IT A CONTROL=C?
SBRANCH IF NOT
$3YES, ECHO CONTROL=C (“C)
::CLEAN UP STACK
+:CONTROL=C RESTART
$3IS IT A CONTROL=U?

::BRANCH IF NOT
*3YES, ECHO CONTROL=U (*U)

F13

s:1S IT A <CR>?
s sBRANCH IF NO
s:YES, IS IT THE FIRST CHAR?
s sBRANCH IF YES

000004

:sSAVE NEW SWR

80600¢

$:CLEAR UP STACK

::EC#O <CR> AND <LF>
: SRETURN

SFIX STACK

000002
STYPEC
(gp).no

056300
000060

} s’ 67

000067

#60,(SP)+

2(SP)

000002

148
(SP)
(SP)
(SP)

2(SP)

000002
177776

=2(SP), (SP)

113
000

015

SCNTLK:

2822

[NE
S3%
SNANNtISS
LR ARV
S

e e i e e b O O
i e e

&»

—b

:: JGNORE PREVIOUS INPUT
ssLET'S TRY IT AGAIN

) rod oy d
b
D
D

— e

NOWVSWN=O
VW0

s
Vivy|

PAGE 483-1

000015

b D wd ) b
b b b b b b D - e
) b ad ) e
b

26-APR-82 09:41

000006

) b

00O
WA —

b eeib g
I
LI I IIIIES
S
83
&
38 S5 CoS882583L
3333333333333333333333333343 32
SREENG
o gReSSFRTRBERGET

1-&‘34? MEMORY DIAG. MACRO M1113

SEQ 0367

.DSABL

LS8

$QUES

/%K/<15><12>

*RETURN
:;ECHO CHAR

::CHAR < 0?

: SBRANCH ;r YES

SCHAR > 72
::BRANCH IF YES
SSTRIP=-OFF ASCII
:31S THIS THE FIRST CHAR
S:BRANCH IF YES
*iNO, SHIFT PRESENT
'CHAR OVER TO MAKE
::
ROOM FOR NEW ONE.
%
::KEEP COUNT OF CHAR
$3SET IN NEW CHAR
:3GET THE NEXT ONE
SSTYPE 2<CRO<LF>

s :SIMULATE CONTROL-U
sCONTROL K ASCII STRING

G 13

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

ROUTINE TTY INPUT

CONTT:

15522 064144

SUBTST

RO
$CRLF
lFtR'I;ELAG IS TRUE
MSGC92
END ;OF IF RLFLAG

PUSH
TYPE

13334 084164
155 8221

15548 064

CONTROL T

Q.t.Q.tt."..'.t'tt.t"""'.Q'Q..'.Q..Q.'.'QQ..Q.t.....t..."'."."".'..".'

15523 064144
15526 06414
15534
06415

15549 064
15550 064226
15551 064
1555; 064
15553 064240
15554 064246
15555 064252
15556 064254
15557 064256

<<CONTROL T>>

Q...".'Q.."Q.'.Q.lt""""".....'...'Q.".....Q....".Q."...'Q...'.".'."

: *SUBTEST

15538
0641
15539
064
15540 064
15544 066214
15545 064216
155‘9
15547 064220

SEQ 0368

PAGE 485

TYPE MSG093

CONTS:

SUBTST

sBANK=

;"T'E 3 DIGITS

BANK, .3

TYPOCS
TVPE MSG095
TYPOCS
RO
POP
RETURN

000207

sRELOCATED

;TYPE 2 DIGITS

REALF.T

<<CONTROL S & CONTROL Q>>

t..t.Q.Q.t'..'..t..'."'..'..QQt.....'.t.'.....t'..'....tt.'...'...'."'."""

116400

105777
100375
1177
042716

119376
177600

000137

063576

000762

;*SUBTEST

CONTROL S & CONTROL Q@

CONTS2: TSTB

OSTKS

.Qt""t!..Q.......t."""...'.......Q."...'Q.'.'...."...t.......'.'.'.'t'..
sGET RID OF RETURN ADDRESS FROM STACK
RO
POP
BPL

;WAIT FOR CHARACTER

f (SP)
8IC (SP) rc‘?
EQ #21
IF

JMP
ELSE
BR

(SP)

CONTS1

TS2

END ;OF lF (SP)

REPLACE OVER M.D CHARACTER ON STACK

:STRIP ALL BUTASCII

sIF IT IS A CONTROL @

26-APR-82 09:41

PAGE 486

'..tt...'t...'.'.'.t."'.""..'Q..QQQ'...Q.'."..'..Q'."'Q'..'.'.'QQQ"....'Q

15559
15560

**THIS ROUTINE WILL INPUT A SINGLE CHARACTER TROM THE TTY

'CALI.

i
i

RDCHR

RETURN HERE

15564

f‘lg%S

15552? 064
i
&

1 16222

15571 &t 74

116330
177600

155;;

15573
06431
15576
16

e
5 &

is
1555 0643‘52

15584 064356
15585 064364
155!9 064
15587 064374
15588
064376

A_CHARACTER

::GET RID OF JUNK IF ANY
;218 1TA CONTROL-S?
s ;BRANCH IF

..mr FOR A CHARACTER

2%:

$:LOOP UNTIL ITS THERE

*:GET CHARACTER

ASCII
* MAKE n 7-8IT
CONTROL-0Q
A
23IS IT
::1F _NOT_DISCARD n

000021

000004

000140

$3YES,

RESUME

231S IT A RANDOM CONTROL=-Q?
*ZBRANCH BACK IF SO

3s:

::1S IT UPPER CASE?

4(SP) ,mM75

000175

000040

4S:

8
RTI

43
#40,4(SP)

:R=C
:R=C

:;BRANCH IF YES

..xs ITAlsngu CHAR?

..MKE IT UPPER CASE
::60 BACK TO USER

ttt.'t...t..t'...Q.ttt."t'tfi'..ttt.....t'.tl...t...'...t..."tt'..'.'t'.'.'."

'E:'l.f ROUTINE WILL INPUT A STRING FROM THE TTY
N

%
%

[«JVIIVIE
)

§8d

NO~N —

‘i\fflii

pur S-Sy

832
.a;;n
SRS
J‘O"N;;S!

VIS
W =O

..SAV$ T&E PS

MoV
1ST8

000023

3
ST

s sCHARACTER IS ON THE STA
s:WITH PARITY BIT STR]PPED OFF

SIREAD THE TTY

000004

\hUfigNflUflflgns
wi
SRILRREN SEEE

1$:

ssINPUT A SINGLE CMRACTEI FROM THE TTY

:PUSH DOWN THE PC

SRDCHR: MoV

119276
177600
000021

15579
0643
15580 064342

ViAW
AWM AWAWAW

000002

116302

15575

ggEeTS

SEQ 0369

RDLIN
RETURN HERE

$RDLIN: MOV

CLR

MOV
CMP

064
0647

BLOS

RDCHR

MOVB
(P8

000003

000400

BNE
TYPE
ST

MOV
BIT

116146

BEQ

CLR

118:

JNP
NP
(MPB
BNE
ST

s2INPUT A STRING FROM THE TTY
2 2ADDRESS OF FIRST CHARACTER WILL BE ON THE STACK
..TEMIMFM WILL BE A BYTE OF ALL 0°'S

R3
::SAVE
R3,=(SP)
::CLEAR THE RUBOUT KEY
-($P)
DRESS
#STTYIN,R3
,R3
#STTYIN+20.
8S

(gm (R3)

#3,(RS)
SCNTLC
(SP)+

(SP)+,R3

oeira@SR
STOPOK

EXIT
;
177.(R3)
¢
(sP)

Y
s:BRIF

2260 READ ONE CHARACTER FROM THE TTY
ssGET CHARACTER
..lS IT A CWIRG#C’
s :BRANCH IF NO

..TVPE A CONTROL-C (*C)
s:CLEAN

: RESTORE

T KEY OFF OF THE STACK

..IS THERE A HALT FLAG SET IN THE SWR?
; BRANCH IF NOT TO BOOT ROUTINE
..GU READY TO HALT PROGRAM
:G0 _HALT PROGRAM
..GOTO CNTROL-C RESTART

N0
ORI
IS THE FIRST RUBOUT?
TH
IS

113

;:BR IF NO
:3TYPE A BACK SLASH

::BR IF YES
::60 TV

ViAW

s;CLEAR THE RUBG.'T KEY
::1S CHARACTER A .TRL V?
NO
H

TYPE A

::ECHO THE CHARACTER

ssCHECK FOR RETURN
::LOOP IF NOT RETURN

000015

:sCLEAR RETURN (THE 15)

177777

::TYPE A LINE FEED
T KEY FROM THE STACK
s sCLEAN
s sRESTORE
)

000002
000004

pary

gOO

SP)

108:
o
%]

'2°

L:CLEAR THE BUFFER AND LOOP

064702

RIRRN28385S

; £

HARACTER A '“R'"?

22TYPE A "CR" & 'LF
::TYPE THE INPUT STRING
::60 mxgp ANOTHER CHACTER

b D e e

A CONTROL 'V

TART OVER

CH IF NO
33
R
:;CLEA THE CHARACTER

D e
—
—h

Pé:SETlP TO TYPEOUT THE DELETED CHAR.

::BR_IF NO
;:TYPE A BACK SLASH

064702

) D b

ssSET THE RUBOUT KEY
s sBACKUP BY ONE

177777

D ) e o

b b Dl d D

064702

;:60 READ ANOTHER CHAR.
: ;RUBOUT KEY SET?

£ § ERmmta
ERREEREAILEes
:5t
SESURNNTAT
SRSt 5 i

b mh

PP PP T S S Y —-—y—- g ——— — g~y p P P

000134

SEQ 0370

PAGE 4861

fl(fl;'—
"gaszz

§&gg S W0 V0~ -1
3333333333333
333383 o

26~APR-82 09:41

IEK?IP MCMORY DIAG. MACRO M1113

ssADJUST THE STACK AND PUT ADDRESS OF THE
FIRST ASCII CHARACTER ON IT
HH
3 sRETURN

:2STORAGE FOR ASCII CHAR. TO TYPE
2

:TERMINATOR

015

S$TTYIN: -REPT
SCNTLC: JASCIZ

015

SCNTLU: +ASCIZ

/*0/<15><12>

;:CONTROL 'V

015

$CNTLG: ASCIZ

/%6/<15><12>

::CONTROL ''6"*

123

$SMSWR :

+ASCIZ

<15><12>/SWR = /

.ASCIZ

i
860

.EVEN

/4C/<15><12>

NEW =/

s ;RESERVE SIZE BYTES FOR TTY INPUT
: sCONTROL

‘°C

;13

CZMSPAQ MS11-L/M/P_ME
ROUTINE READ AN OCTAL

26~APR-82 09:41

.SBTTL

15667

12888

SEQ 0371

PAGE 487

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

T T R R

A R R A a e i a

AN OCTAL (ASCII) NUMBER FROM THE TTY AND

it d

13669
156

;*THIS ROV TINE WILL READ
INARY
s*CHANGE I

13678

s*OCTAL DIGITS. IF AN ILLEGAL CHARACTER IS READ A ‘2" WILL BE TYPED
s*FOLLOWED BY A CARRIAGE RETURN-LINE FEE D. THE COMPLETE NUMBER MUST
s*THEN BE RETYPED. THE INPUT IS TERMINATED BY TYPING A CARRIAGE RETURN.

:*THE INPUT CHARACTER § WILL BE CHECKED TO INSURED THEY ARE LEGAL

13674

+=CALL

1387
13678

13679 064772
13680 064774

13681 oegg?i

000004

065014
13684
13685 0630

065120

i 88

900002

28:

(SP)+,RO
RO,5$

:3GET ADDRESS OF 1ST CHARACTER
SSAND SAVE IT

(RO)+,=(SP)

::PICKUP THIS CHARACTER

#'0,(SP)
4

S:MAKE SURE THIS CHARACTER
:31S AN OCTAL DIGIT

MOVB

06874

CMPB
BLT
ASL

#'7.(SP)
4
R1

BI(

58:

ROL
ASL
ROL

48:

RO,R1.R2

BEQ

ASL

38:

+3INPUT NUMBER

MOV
MOV

ROL

177770

*:LOW ORDER BITS ARE ON TOP OF THE STACK
::HIGH ORDER BITS ARE IN SHIOCT
*:PROVIDE SPACE FOR THE

4(SP),2(SP)

PUSH
RDLIN

CMP8
BGT

000067

:READ AN OCTAL NUMBER

MOV

Eb’%

135% 06303
13593 063034

13698 065056
13699
065060
13700
065064
13701 065066
15702 065079
13703 0620
13704 06507
13705 06510
15706 06511
18707 06511
13708 065114
06511
13709
0631
13710
0651
15711
15712 063128
1871% 0651
15714 0651
065140
13715
15716
1371
18718
15719
187,
18731
15722
187

RDOCT

RETURN HERE
v
v
(SP) ,=(SP)
$RDOCT: MOV
18:

062054
13685
13688 063036

15689 0650
13690
065034
13691 0630
13692 06504
13695 06
1369 065046

il l)

ADD
BR
ST
MOV
MOV
POP
RTI
ST
CLRB
TYPE

WORD
TYPE
TYPE
TYPE

:;READ AN ASCIZ LINE

:CLEAR DATA WORD

:31F 2ERO GET OUT

2:%2

)

s:%8

#C7,(SP)

::STRIP THE ASCII JUNK

(RO)

*3CLEAN PARTIAL FROM STACK
S:SET A TERMINATOR
$:TYPE UP THRU THE BAD CHAR.

(SP)+,R1
28
(SP)+
R1,12(SP)
ag.smocr
R2.R1,RO
(SP)+
O
MSGO6.
MSGO6
MSG064

S:ADD IN THIS DIGIT
::L00P
*:CLEAN TERMINATOR FROM STACK
$3SAVE THE RESULT
2 2RETURN

:INPUT MUST BE A
*N OCTAL
*NUMBER

$:TRY AGAIN
13
BR
*HIGH ORDER BITS GO WERE
:sH1
SHIOCT: .WORD 0
.SBTTL ROUTINE READ A DECIMAL NUMBER FROM THE TTY
CARRRRRRARRRAARAAARRARRRRAAAAARAARARAAAAAAARAAAAAAAACARAAAAAERAENRAAAANRCNRRCCES

:*THIS ROUTINE WILL READ A DECIMAL (ASCII) NUMBER FROM THE TTY AND

s*CHANGE IT Tp.’BINARY. IF T0O MANY CHARACTERS OR ANY ILLEGAL CHARACTERS
INE FE ED WILL BE TYPED.
s*ARE READ A 2" FOLLOWED BY A CARRIAGE_RETURN~L

;*THE COMPLETE NUMBER MUST BE RETYPED. THE INPUT lf TERMINATED BY THE

OF THE INPUT NUMBER IS
*+USER TYPING A CARRIAGE RETURN. THE RANGE

K13

CZMSPAOD 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

15724

:#POSITIVE 32767 TO NEGATIVE 32768.

157, 9
};;”
157

e
e
‘

s#CALL:

15725

15730

065142

15732

06515

011646

15731 065144 016666 000004 000002

1573‘ 065160

10441

15737 065172
15738 065176

005002
122710

126
157 8251
15735 065164 010037 065310
15736 065170 005046
15739 065200 001001

115002
112001

15743 065210
15744 065214

122701
003032

000060

15747 oeszilé 032716

170000

1574 oeszos 001424

15745 065213
065222
15746

122701
002427

$RDDEC: MOV

38:

15759 065260
15760 065262

00570
001401

15769 065302
15767 0653064
15768 065306

00572
10501

58:

15;93 065310 000000
065312
15770

68:

15771 825313
157
15773

532
065326

000714

MOV
MOV
CLR

MOVB
MOVB

BEQ

48:

(SP) ,=(SP)

4(SPJ,2(SP)
RO,R1.R2

(SP)+,RO
RO,6$
-($P)
R2
#'=,(RO)

(RO)+,R2
(RO)+.R1

;READ A DECIMAL NUMBER
SSNUMBER IS ON TOP OF THE STACK
::PROVIDE SPACE FOR

*3THE INPUT NUMBER

:READ AN ASCIZ LINE

SADDRESS OF 1ST CHAR.
$3SAVE INCASE OF BAD INPUT
+3CLEAR DATA WORD

$3SIGN SET POSITIVE
S:SEE IF A MINUS SIGN WAS TYPED

S:BR IF NO MINUS SIGN

:3SAVE FOR LATER USE
$:PICKUP THIS CHARACTER

$:GET OUT IF ZERO

CMPB
BGT

#'0,R1
54

$SMAKE SURE THIS CHARACTER
“3IS A DIGIT BETWEEN 0 & 9

BIT

#AC7777.(SP)

::DON'T LET NUMBER GET TO BIG

CMPB
BLT

000071

15761 065264 005416
15762 065266 012666 000012
157 065%5
000002
};;gg 065

RDLIN

BNE
2s:

001024
157 oesg
15749 065232 006316
15750 065234 011646
15751 065236 006316
15752 065240 006316
15753 065242 osgm
15754 osssu 102416
15755 065246 162701 000060
157 oosss 06011
15757 065256 10241
15758 065256 00075

MOV

CLR
(NP8

000055

15740 065202
15741 065206

RDDEC
RETURN HERE

BNE
ASL
MOV
ASL
ASL
ADD
BVS
SUB
ADD
BVS
BR

#'9,R1
s

58
(SP)
(SP) ,=(SP)
(SP)
(SP)
(SP)+,(SP)
5$
#°0.R1
R1,(SP)
58
2

$:BR IF NUMBER WOULD OVERFLOW
it
$3SAVE FOR LATER
sanb
1:v8
23010,
$SOVERFLOW ISN'T ALLOWED
$:STRIP AWAY THE ASCII JUNK
SSADD IN THIS DIGIT
$SOVERFLOW ISN'T ALLOWED

+:LOOP

NEG
MOV
POP
RTI

R2
(s

(SP)
(SP)+,12(SP)
R2.R1.R0

S3CHECK IF NUMBER IS NEG
::BR IF NO

ST
CLRB
TYPE

(SP)+
(RO)

::CLEAN PARTIAL NUMBER FROM STACK
S3SET A TERMINATOR
S:TYPE THE INPUT UP TO BAD CHAR.

ST
BEQ

LWORD
TYPE
TYPE
TYPE

O
nscggi
MSG
MSG064
13

SYES=-NEGATE THE NUMBER
::SAVE THE RESULT
: ;RETURN
*POINTER GOES HERE
*INPUT MUSST BE A
*DECIMAL
*NUMBER
1:TRY AGAIN

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

ROUT INE SAVE AND RESTORE RO-R

.SBTTL

15775
1577
1577
15778
15779
15780

SEQ 0373

PAGE 488

ROUTINE SAVE AND RESTORE RO-R5

:tttttt.tQt.Ifittfit'tit"ifififittt.ittttlt'...Qt'..QQ.'.QQQ.Q.QQ...."...QQ."'..t'

:*SAVE RO=RS5
-

TR TR TR

s*CALL:

AVREG

;*UPON RETURN FROM $SAVREG THE STACK WILL LOOK LikE:

15781
15782
15783

:2TOP===(+16)
;% 42===(+18)

TR TR IR

:% +4===RS
;% +6===R4
;* +8===R3
;%410=-=-=R2
s %+12=-==R1

$SAVREG:

§,=(SP)

P).=(SP)
SP).=(SP)
SP).=(SP)

15784
15785
15786
15787
15788
15789
15790
15791
1579% 065330
15793 065330
15794 065344
15795 065350
15796 065354
15797 065360
15798 065364
15799
15800
15801
1580%
15803 065366
15804 065
15805 06537
15806 065376
15807 065402
15808 065406
15809 065422

26~-APR-82 09:41

R4 ,RS

::SAVE PS OF MAIN FLOW
::SAVE PC OF MAIN FLOW
::SAVE PS OF CALL
::SAVE PC OF CALL

s*RESTORE RO-RS
s*CALL:
RESREG
‘v

$RESREG:

SP)
SP)
SP)
SP)

::RESTORE
::RESTORE
::RESTORE
::RESTORE

R2.R1,RD

PC OF
PS OF
PC OF
PS OF

CALL
CALL
MAIN FLOW
MAIN FLOW

m13

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

(al

ROUTINE RANDOM NUMBER GENERATOR

26-APR-82 09:41

.SBTTL

}ggp

ROUTINE RANDOM NUMBER GENERATOR

“«THIS ROUTINE IS A DOUBLE PRECISION PSEUDO RANDOM NUMBER GENERATOR
:#WITH A RANGE OF 0 TO 2++(+33)~1.

15814
15815

s«CALL:

15816

15817

15818

1saz§ 065424

SRAND:

15819

}gg

002570
15823 065432 013700
15824 065436 013701 002566
15825 065442 012702 000007
006300
006101

15828 065452
15829 065456
15830 065460
15831 065462
15832 065466
15833 065472
15834 065474
15835 065500
15836 065504

077203
063700
005501
063701
062700
005501
062701
010037
010137

15838 065516

000207

15837 065510

PAGE 489

:tttttttttttttt'tttt.tt'ttt".tttt.tttttt.'tttttt.'tt'tttt.'.tttttttt.tttt'itttt

1581§

15826 065446
15827 065450

SEQ 0374

002570
002566
001057
047401
002570
002566

18:

CALL

RE TURN
PUSH

SRAND

::CALL THE ROUTINE

*SRETURN HERE THE RANDOM
: SNUMBER WILL BE IN

+ :SHINUM, SLONUM

RO,R1,R2

MOV
MOV
MOV

SEEDLO,RO
SEEDHI .R1
#7.R2

:SET RO WITH LOW
SSET R1 WITH HIGH
SSET SHIFT COUNT

S08
ADD
ADC
ADD
ADD
ADC
ADD
MOV
MOV

R2,1$
SEEDLO,RO
R1
SEEDHI ,R1
#1057,R0
R1
#47401,R1
RO, SEEDLO
R1.SEEDHI

:ADD NUMBER TO MAKE X 129
: :PROPOGATE CARRY
“ADD NUMBER TO MAKE X 129
$:ADD LOW CONSTANT
: *PROPOGATE CARRY
S:ADD HIGH CONSTANT
:SAVE RO
$SAVE R1

ASL
ROL

RE TURN

RO
R1

R2.R1,RO

S3SHIFT RO LEFT AND
:sROTATE CARRY INTO R1 AND

N13

MACRO M1113

26~-APR-82 09:41

TINE DGBLE LENGTH BINARY TO OCTAL ASCII CONVERT

1
06558
15864 0655
15865 0655
15866 0655
15867 065572
15868 065374
15869 065576

15870 06560g

1
1

;

06560
065604
06
06

2 228
RN

15871
15872
1
K

N =W
SNV
= O WH

$DB20:

#PNTR,=(SP)

:;POINTER TO LOW WORD OF BINARY NUMBER

ssCALL THE ROUTINE

22THE ADDRESS OF THE FIRST ASCIZ CHAR. IS ON THE STACK
..SAVE ALL REGISTERS

PICKUP THE POINTER TO LOW WORD

l?gCTVk*U..RS ..POINTER TO DATA TABLE
..DO ELEVEN CHARACTERS

1$:

=2 (N NOONVNIN

1% 065556

s sHIGH WORD
..TERHI TOR
sPUT CHARACTER IN DATA TABLE

..GET THIS DIGIT
sCOUNT THIS CHARACTER
..BR IF NOT THE LAST DIGIT
IF IT IS THE LAST DIGIT
;s8R
..ALL DIGITS DM-ADJUST POINTER FOR FIRST
sASCIZ CHAR. & PUT IT ON THE STACK
..RESTME ALL REGISTERS
sRETURN TO USER
..POSITIN THE MASK FOR THE LAST DIGIT
..POSITIM THE BINARY NUMBER FOR
THE NEXT OCTAL DIGIT
]

15857 065544
15858 065
15859 06555
15860 065552
15861 065554

:-n

8328888282222®=
FoXsgaesaNNINg
2 13-‘85:(3
‘fiEBCHSCDSFD

15855 065533
15859 06554

'CALL

::MASK OUT ALL JUNK

15853 0655
15854 0655

:*THIS ROUTINE WILL CONVERT A 32-BIT UNSIGNED BINARY NUMBER TO AN
;*UNSIGNED OCTAL ASCIZ NUMBER.

FSER
g S3

SBS; 0655

PAGE 491

.SBTTL ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT
tItttt'!tt.tt.t.t.t.tt'tt'tt.tttt.tfittttt.Qtit.'ttttQttii".tttt'tt'."t.t'.'"

5841
SM;
384
5844
5845
5849
584
5848
5849
5850
5851 0655

— DbdDdDDddbD g

o
~N

MSPAQ MS11=L/M/P MEMORY DIAG.

SEQ 0375

BR
$OCTVL: .
$SOCT8=S0CTVL+4

:iMAKE THIS CHAR. ASCII
2360 PUT IT IN THE DATA TABLE

: SRESERVE DATA TABLE

fiomrea TO 11 DIGIT NUMBER

B 14

S£

ZHSPQO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

§§S06364

APT MAILBOX-ETABLE

LENGT

s sAPT ENVIRONMENT TABLE
;SET TO A 1 FOR APT AUTO MODE
ENVIRONMENT BYTE

IF BIT #7 1S SET IN SENVM THE TABLE BELOW (BEGINNING AT SMAMS1 AND

ENDING AT SMADR4) MUST BE FILLED IN TO INDICATE THE PROPER AMOUNT OF
O

EACH TYPE OF MEMOR ¥a
.BYTE
.WORD

.WORD

OO=

:Euv;aomsm MODE

:BIT7(200)=USE APT SIZE INFO ;BITS(40)=NO CONSOLE
::APT SWITCH REGISTER
:USED TO LIMIT THE NUMBER OF PASSES
*:CPU TYPE,OPTIONS

BITS 15-11=CPU TYPE

,11/45=05
11704=01,11705=02,11/20=03,11/40=04

$MAMS1: .BYTE
%2

TYP1: .BYTE

FaNesy

£ LR B

11/70=06.PDQ=07,0=10
BIT 10=REAL TIME CLOCK

BIT
BIT

9=FLOATING POINT PROCESSOR
8=MEMORY MANAGEMENT

::HIGH ADDRESS,M.S. BYTE ;DEFAULT = 64K
:MEM. TYPE,BLKA#

MEM.TYPE BYfE

(MIGH BYTE)

STROLARZ002
0 NSECnossoo§
3PARITY

SHTVPzz
SMADRS: .
SVECT1:
SVECTZ2:
$BASE:
SDEVM:
$CDOW1:
$COW2:

OO0

SMAMSS :
SMTYP3:
SMADR3:
SMAMSS:

O0O0OOOO0OO0O0O0O0O

177776

15917
15918 065672
15919
15920 065674
15921 825675
1592;
5676
15923 065700
15924 065701
15955 065702
159 9 065704
15927 065705
15928 065
159;8 82571
571
159
065714
15931
5716
1593§
1593
159;4 065720
15935 065722

.SBTTL

»%

15915
15916

TABLES

prt
=<

15914

.SBTTL

s sMESSAGE TYPE CODE
s sFATAL ERROR NUMBER (ERROR PC)
ssTEST PATTERN NUMBER
s :PASS COUNT
s sDEVICE SOUNT
IT NUMBER
;
s sMESSAGE ADDRESS

YETETIL)

15891 06565
15892 06565
15893 06565
15894 825656
15895
065660
15899 065660
1589
15898
15899
15900 065661
15901
15902 065662
15903 065664
15904
065666
15905
15906
15907
15908
15909
15910
15911 065670
1591; 065671
159

SEQ 0376

PAGE 492

ERROR CORRECTING MOS=004
:sHIGH ADDRESS,BLKA1

MEM.LAST ADDR.=3 BYTES,THIS WORD AND LOW OF ‘‘TYPE'* ABOVF
::HIGH ADDRESS,M.S. BYTE
: SMEM. TYPE ,BLKA?
* SMEM.LAST ADDRESS,BLKA2
$:HIGH ADDRESS,M.S.BYTE
2 :MEM.TYPE ,BLKA3

: MEM.LAST ADDRESS.BLKA3
::HIGH ADDRESS,M.S.BYTE

.#
,BLK
EM
: SMTYPE
,BLK#%
:SMEM.LAST ADDRESS
* S INTERRUPT VECTOR#1,BUS PRIORITYA1
:*INTERRUPT VECTORN2BUS PRIORITYA?2

::BASE ADDRESS OF EQUIPMENT UNDER TEST
$:DEVICE MAP

(o [
CZMSPAQ MS11=L/M/P MEMORY

AP T MAILBOX-ETABLE

DIAG. MACRO M1113

26-APR-82 09:41

SEQ 0377

PAGE 493

15937

;THE FOLLOWING LOCATIONS SPECIFY WHICH PATTERNS

}g&g

;IN THE SECOND WORD WILL RUN THE 17TH ENTRY IN fHE TABLE ...

}gg S
15940
15941

;ARE TO BE RUN FOR PARTICULAR MEMORIES
;REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO PATTERNS.
;BITO SET WILL RUN THE FIRST ENTRY_IN THE TABLE, BITO SET

15944

sNOTE*= NULL TESTS DO NOT TAKE ANY TIME

159‘9 065

$0DW0:

.WORD

177777 :ECC CSR TESTS

}ggg; 82§

gggg's‘o

WORD

177777 ;PARITY PATTERNS

15945

15947 065
15948 065
15949 065
15950 065

15959
1595

15958

15959 065

15960 065
15961 06
1596§ 06
15963 06
15964 06
15965 06

$DDW1:
$DDW2:
$DDV.
$DDW4:
;SETUP

.WORD
.WORD
WORD
.WORD

177777
177777
177777
177777

;ECC CSR_TESTS
;ECC PATTERNS
;ECC PATTERNS
;PARITY PATTERNS

sFIELD SERV;C; VALUE

17777

TABLE = MKCSRT:

177774

TABLE = MJPAT:

177777
103777
177777
00;777

TABLE = MKCSRT:
TABLE = MKPAT:
TABLE = MKPAT:
TABLE = MJPAT:

APT PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC

s INTERFACE SPEC.

SAPTHD:

$HIBTS: .WORD
SMBADR: .WORD
$TSTM:

.WORD

$PASTM: .WORD
SUNITM: .WORD

.WORD

O
SMAIL
;5.
00.
0.
SETEND-SMAIL/2

s:TWO HIGH BITS OF 18 BIT MAILBOX ADDR.
:sADDRESS OF APT MAILBOX (BITS 0-15)
ssRUN TIM OF LONGEST TEST
2:RUN TIME IN SECS. OF 1ST PASS ON 128K (QUICK VERIFY)
s2EXTRA RUN TIME OF A PASS FOR EACH ADDITIONAL 128k (Qv)
;;LENGTH MAILBOX=-ETABLE (WORDS)

D 14
CZMSPAQ MS 11-%6?/&&5“7 DIAG. MACRO M1113

ROUTINE TRAP

.SBTTL

15967
P

15989
15990 066010
15991 066014

b bbb b b 4 L
t
iiviibbb
L itt

§
&

:#GO TO THAT ROUTINE.

$STRAP:

000002

833
g

—

5
1 5979 37
159;3
37
g
} ggg? 065774
1%
15984
}2985 065776
115988
53%9 066000
066006

ROUTINE TRAP DECODER

'THIS RWTINE WiLL PICKW THE LMR BYTE OF THE ‘‘TRAP'' INSTRUCTION
TABLE FOR THE STARTING ADDRESS
T
s*AND USE IT TO INDEX THROUGH THE
:#OF THE DESIRED ROUTINE. THEN USING Tlfi ADDRESS OBTAINED IT WILL

15971
1 59;3
129
15974

SEQ 0378

PAGE 494

26-APR-82 09:41

066018

MOV

RO,=(SP)

::SAVE RO

RTS

$36G0 TO ROUTINE

MOV
ST
MOVE
ASL
MOV

..est TRAP ADDRESS
2(5P) RO
=(R0)
: sBACKUP BY 2
..esr RIGHT BYTE OF TRAP
(RO),RO
*POSITION FOR INDEXING
RO
) ::INDEX TO TABLE
STRPAD(RORO

;:THIS IS USE TO HANDLE THE "‘GETPRI'* MACRO
000004

000002

$STRAP2: MOV

MOV
RTI

SNOTRAP:TYPE

SHALTZ2: HALT

(SP) ,=(SP)

4(SPJ,2(SP)
MSG006

::MOVE THE PC DOWN

S:MOVE THE PSW DOWN
:SRESTORE THE PSW

;UNDEFINED TRAP INSTRUCTION

E 14

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

TRAP TABLE

26-APR-82 09:41
.SBTTL

}gggl.s

SEQ 0379

PAGE 496

TRAP TABLE

15999

;*THIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CALLED

15999
16000
16001 06601

ROUT INE
:
:
$TRPAD: .WORD STRAP2

:#BY THE '‘TRAP'' INSTRUCTION.

}g&

1600;0660
16003 066022

16004 066024

ogsm

155
1

16005

06331
16009 066030
06601
066032
}600

09 oeoogz osgnz
moot;Iin

m}g 066036 063536
1601§ oeool.g 864256
16013 066062
16014 066044

0544
064

}%}zm 06514

16017 066050 065330
}23}3 066052 065366

$TYPOS

;CALL=TYPEIT
:CALL=TYPOC

:CALL=TYPOS

T3AP+1(104401)

TRAP*;(‘IO“O )

TRAP+3(104403)

SNOTRAP; $TYPON : CALL=TYPON

TRAP+4 (104404)

TRAP+5(104405)
$STYPDS _ :CALL=TYPDS
TRAP+6 (104
SNOTRAP;$TYPBN ;CALL=TYPBN

$GTSWR :CALL=GTSWR

$CKSWR :CALL=CKSWR
SRDCHR :CALL=RDCHR
SRDLIN
$SRDOCT

;CALL=RDLIN
:CALL=RDOCT

SRDDEC :CALL=RDDEC

$SAVREG :CALL=SAVREG
SRESREG :CALL=RESREG

TRAP+7(1 04407)

rwn;uoms) TTY TYPEIN STRING ROUTINE
TRAP+13(104413)

TRAP+14(104414)

TRAP+15(104415) SAVE RO-R5
TRAP+16(104406) RESTORE RO-R

o«gesl.
062664
045100

SKMAP

;CALL=KMAP

TRAP+22(104422) MAP KERNEL 1 TO 1

TRAP+23(104423)

SCACHN :CALL=CACHON

oeeorg 82 736
1oo§g: 06607,
32
m
u,ogs 066074 0565

;CALL=LOADCSR rw»ssnsfisfl
SLOADC :CALL=READCSR
TRAP+26(104426)
SREADC
SPERO1 :CALL=PERRO1 TRAP+27(104427)

% l’omms«.

0462720

16033 066076
06 1
16035

16038 066110

16039

06611

1604
16044
16045
160‘9
1604

1
06 1
06 1
1
1

066114
16040
16041
06611
wot.i 8221

108
16050

d0el6 140

ROUTINE

TRAP+17(104417) ENTER KERNEL MODE

'“’S? 066064 045974.

160

GET SOFT-SWR SETTING

TRAP+10(104410) TEST FOR CHANGE IN SOFT-SWR
TRAP+11(104411) TTY TYPEIN CHARACTER ROUTINE

;CALL=KERNEL

}gggg 066062

u.ogg %1

TYPE OCTAL NUMBER (AS PE
DECIMAL NUMBER (WITH SIGN)
) TYPE BINARY (ASCII) NUMBER

SKERNEL

0462644

mogl. 8221

TTY TYPEOUT ROUTINE

TYPE OCTAL NUMBER (WITH LEADI'? ZERl))S)

GI (1044 ) TURN ON MEMORY MANAGEMENT € TRAPS
ZETRAP+20
SENERGI 2E ; CALL=ENER
I (104421 ) TURN OFF MEMORY MENAGEMENT & TRAFS
TRAP+21
NERG
: CALL=DEENERG]
SDEE

16020 066054

16021 066056
}%g 066060

$TYPE
$TYPOC

0565
5661

56716

056746

05701
7833
5705

57074
57114
sng
571
5717

Boree
053762

SCACHF

:CALL=CACHOFF

smg : CALL=PERRO
$SPERO3 ;CALL=PERR
$PERO4 :CALL=PERR
SPERO7

:CALL=PERRO?

$SPER11

;CALL=PERR1

$SPER13
$SPER14
$SPER1S

:CALL=PERR1
:CALL=PERR1
:CALL=PERR1

$SPER10 :CALL=PERR1

TRAP+24(104424)

TRAP+30(104430)
TRAP+31(104431)
TRAP+ gn 4 §)

TRAP+33(104433)

TRAP+34 (104434 )

TRAP+35(104435)

spemi :CALL=PERR1

TRAP+36 (1044 36)

+CALL=PERR1
:CALL=PERR1
*CALL=PERR
:CALL=PERR
:CALL=PERR

rm«.iu 442)
TRAP+43(104443)
TRAP+44 (104444)
TRAP+45 (104445)
rm+49<1 446)

spmg
$SPER17
sm?
$SPER21
smi

ps ilma
.-cm.smag
$PER2S
.'

TRAP+37(104437)
TRAP+40(104440)
TRAP+41(104441)

medosn
mmggu l.gn

F 14

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

—

16058 0661
16059 0661
16060 066164

s
] 06617
1%
066174

SNOTRAP * CALL=PERR%
SNOTRAP : CALL=PERR&

}6081 0662

}6085

16088

g
e Bl

NN
S

16078
16079
16080

[=l=]=l=lele
o)

S
i85 S
i

16067 066200
16068 066202
16069 066204
16070
16071
1g
160;;
1
14
160
16074
16

PRPRRRRRRRRRRR

‘}60696065 066176

gwwuuuuu
uUO
SEREIIN
IS & NSPt

16064

16084

sCALL=PERR

1
1

06615
06615

ARREE
¥

160
1605

16056
16055

(=li=l=l=l=]

14;
14
1

160351
1605
1605

2LPDD

TRAP TABLE

SEQ 0380

PAGE 496-1
YRANS;(‘I ‘Sg) PROGRAM DETECTED ERROR
TRAP+53(104453) PROGRAM DETECTED ERROR
TRAP+54 (104454) PROGRAM DETECTED ERROR
TRAP+55(104455) PROGRAM DETECTED ERROR
TRAP#SS(I ‘59) PROGRAM DETECTED ERROR
TRAP+57(104457) PROGRAM DETECTED ERROR
TRAP+60(104460) PROGRAM DETECTED ERROR
TRAP+61(104461) PROGRAM DETECTED ERROR
TRAP+62(1 l‘ogi) PROGRAM DETECTED ERROR
) PROGRAM DETECTED ERROR
TRAP+63(1
TRAP+64(1 62‘) PROGRAM DETECTED ERROR
TRAP+65(104465) PROGRAM DETECTED ERROR
TRAP+66(1 ‘69) PROGRAM DETECTED ERROR
TRAP+67(104467) PROGRAM DETECTED ERROR

DISABLE ECC ON ALL CSR'S
DISABLE ECC ON 1 SELECTED CSR
INITIALIZE ALL MK11 CSR'S
INITIALIZE 1 SELECTED MK11 CSR
TW074(182676) WRITE GENERATED CHECKBITS IN ALL CSR'S
TRAP+75(104475) WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
ANY CSR?
TRAP*??(‘!O“;?) WAS THERE A SBE ON
TRAP+77(104477) WAS THERE A SBE ON 1 SELECTED CSR?
TRAP+100(104500)WAS THERE A DBE ON
CSR?
TRAP+101(104501)WAS THERE A DBE ON 1 SELECTED CSR?
TRAP+102(1 58§)CLEM ALL CSR'S

TRAP+70(104470)
c DIS sCALL=ECCDIS
TRAP+71(104471)
C1D1S: CALL=ECC1 DIS
TW*?;(‘IO“? )
CINIT: CALL=ECCI NIT
C1INIT; CALL=ECC 1IN T TRAP+73(104473)

:CALL=CBCSR

SWAS1DBE
SCLRCSR *CALL=CLRCSR

$CLR1CSR; CALL=CLR1CSR
$CHKDIS ;CALL=CHKDIS
$CHKIDIS; CALL=CHK1DIS
SENASBE :CALL=ENASBE

SENATSBE
; CALL=ENA1SBE

$TSTRD sCALL=TSTREAD
SINVALID; CALL=INVALIC
SERRGEN s CALL=ERRGEN
$CBREG s CALL=CBREG
SNOTRAP

TRAP+103(104503)CLEAR 1 SELECTED CSR

TRAP+104(104504)DISABLE ECC & WRITE CKBITS FROM ALL CSR'S
7W0105(18:505)01$ABLE ECC © WRITE CKBITS FROM 1 CSR
TRAPHO?(‘I SO?)ENABLE TRAPS ON SBE'S FROM ALL CSR'S
TRAP+107(104507)ENABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
TRAP+110(104510)TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES
TRAP+117(104511) INVALIDATE BACKGROUND PATTERN ON BANK
TRAPNIS(‘IO‘S‘I?TEST ERROR
ADDRESS
TRAP+112(104513)ENABLE CHECK/SYNDROME BIT REGISTER

G 14

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

TRAP TABLE

16094

177776

SEQ 0381

PAGE 498
:STATUS REGISTER

W14

CZMSPAD MS11=L/M/P_MEMORY DIAG. MACRO M1113
ERROR POINTER

TABLE

.SBTTL

ERROR POINTER

'LOCATIW SITEfli. THIS NUMBER INDICATES WHICH ITEM IN THE TABLE IS PERTINENT.
F SITEMB IS O THE ONLY PERTINENT DATA IS (ERRPC).
$*NOTE1:
EACH ITEM IN THE TABLE CONTAINS 4 POINTERS EXPLAINED AS FOLLOWS:
: *NOTE2:

EM24

ey
cm

3333

FAX

é
73
7565

7015

:;POINTS TO THE ERROR MESSAGE
:;POINTS TO THE DMA HEADER
:;POINTS TO THE DAT
s ;POINTS TO THE DATA FORMAT

EM
DH
DT
OF

$ERRTB: :ERROR

8%
E558
$5F
&
Fo g
%%%‘—;%g

o*
o*
3®
:*

BoRIEGRERZS SELERRUK

I
e
e
R
R S

R
I I
Y[

TABLE

PAGE 500

'THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.
«THE INFORMATION IS OBTAINED BY USING THE INDEX EX NUMBER FOUND IN

b e

—

b b

222222222222222222222222
R RN
NS R VRN, IO BB IR AR DS%

16097

dddddflddddddddddddddddddddddddddddddddddddd
oo OO
O OO O OO OO OO NNoo

26-APR-82 09:41

SEQ 0382

’a

€2 MSPAO
TABLE

1=L/M/P _MEMORY DIAG. MACRO M1113

ROR POINTER

16153
161
16155
161

16187

it
¢
wm§
1616§
6 Gl
16159

26~APR-82 09:41

1616

16164 066402
16165 066404

16169 0664

16167 06641
16168

16169 066412
16170 066414
16171 0664;8

161;; 0664
161

16174 066‘%2

1617 Secust
16179 0664?0

16178
16179 066432
16180 066434
16181 066436

161

1613 066440
16184 066442

g St
16187 06645
16188

16138 066452

161
066454
16191 0664

16152

1% St
1613? 0664
16158
08472
1619

161946 066462

1
1
1

76
500

3 i
316 77
o

1
1
1
1

PAGE 502

SEQ 0383

J 14

CZMSPAO MS11-L/M/P_MEMORY DIAG. MACRO M1113

TABLE

ERROR POINTER

bbb bbb

S38
1056
7571

26-APR-82 09:41

PAGE 504

SEQ 0384

K 14

CZMSPAO MS11=L/M/P _MEMORY DIAG. MACRO M1113
ERROR POINTER
N

Vo~

TABLE

1
16260

}

26-APR-82 09:41

“
6

1 2§ 0666

16264

16265
1 69 066640

1626

16268 066642

16269 066644
16270 066646

}62" 066650

184
e
g

16276 066660
16277
16278 066662
16279 066664
16280 066666

}22281 066670

1623% 066672

16284 066674
16285 066676
16286 066700
16287
16288 066702
16289 066704
16290 0667
16291 06671
16295

072331
07 Zg
06742
067700
071407
072654

1253‘ 066712
066714
1
16295 06671

)v
1
1
16300

066722
066724
0667

16303 066732
16304 0667.
16305 0667
16306 06674

071707

PAGE 506

SEQ 0385

L 1%

CZMSPAOD MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41
ERROR POINTER

b e

o
b o

v
~N

P
P
p— gp— g—gp—g—g—g— p—y— y— Y

071756
07;651
067404
067545

VONOWVSWN=O

OONOONOrONONONONOM OONOCOOONOOONONONOM

TABLE

07% 31
073703
067504
067544

075560

SN
=

072373

NP N

071215
073105
067309
06766

34
335 067012
36 067014
37 06;016

60
~
o

VNN
WN

AR
v

WWNWW
N NN

b b e e

e e

D b b ) b b e

070561
073757
067

ONOONONONONONONONONON

b b b b e

b b b b b b -

b b D b b

ONONON ONON

071027

PAGE 508

SEQ 0386

16373 067110
16374

067710

16376 067114

072530

16370 067102 070674
16371 067106 073560
1637%'067106 067444
16375 067112

300

DH24
DT24
DF 14
:ERROR

DF14
:ERROR

Engz
DH24
DT24

éngz
DH

DTS
DF2

16377 067116
16378 067120

mg
067564

16380 067122

070674

:ERROR 65
EM22

700

DF13

16379

16381 067126
16382 067126

16383 067130

073422
067422

DH2
DT2

N
S AR 4D AR A AN AR AR AL AR MMM MANIYY I

07;560
067444
067710

LS A AS AR AR AS A AR AR

7074
16%29
7076
16
16368 067100
mgw

M Am AmAMAS AS AS AS AS A

ERROR POINTER

PAGE 508-1

P e e A A A

TABLE

26~APR-82 09:41

P—

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

SEQ 0387

—_———

o 85
266

067344
16399 067346

o 78
S8

16401 067376
16402 067404
067412
16403 067414
16404 0674
0674
0674
16405 067444
06745
067
16406 067
8276
16407
067476
16408 067504
751

i
75
754

002042

DT1:

000000
002034

002070

DT2:
DT3:

-WORD
.WORD

ERRPC.0
ERRPC ,PADDRESS ,PARCNT,0

002032

002066

DT&:

.WORD

ERRPC ,ADDRESS ,NEMCNT, 0

177572
172516

177574 D15:
177766

.WORD

ERRPC ,MMRO,MMR1,MMR2 ,MMR3, CPUERR,0

.WORD

SIZE
,APTECC ,MSIZE,0
ERRPC,APTPAR,L

.WORD

ERRPC ,DUMMY ,ADDRESS ,DUMMY , GCOD ,BAD ,BADXOR

002374
0000

DT6:

DT7:
0020%%
00205

urunm

16392 067222
067230
067236
16393 067%60
067246

882032

16391 067%06
067214

00
00

ERROR DATA TAGS (DT)
,BAD,0
ERRPC,ADDRESS,GOOD

+SBTTL
.WORD

DUMMY , DUMMY ,DUMMY ,DUMMY , 0

002174
pT10:

R4
,DETSP ,DETPSW,0
DETR3,DET
DETRO,DETR1,DETR2,DETRS

DT11:

EggPC.CSR.O

DT13:

ERRPC , DUMMY ,ADDRESS , DUMMY , TSTDAT, TSTDAT+2, CHECK ,CSR,0

DT14:

CONTRL ,MMRO ,MMR1 ,MMR2 ,MMR3, CPUERR, 0

DT16:

MMY
, GOOD , GOOD2,GOOD3
C,DU
,DUMMY
ERRP

06714
163%: 067144
16388
067150
067156
16389 067160
067166
16390 067170

PAGE 509

16388 06713

26-APR-82 09:41

BAD ,BAD2,BAD3,DUMMY ,DUMMY ,0
DT17:
DT20:

ERRPC ,DUMMY 0
ERRPC,GOOD ,BAD, 0

D135:

ERRPC, DUMMY ,0

ERRPC . DUMMY , GOOD ,BAD , DUMMY , DUMMY , DUMMY , DUMMY , 0

DT24:

, DUMMY ,0
MMY
DUMMY ,DUMMY , DUMMY
, CSR,C,DU
ERRP

pr25:

CSRNO, 0
CSR,OOD,
ERRPC,G

o127:
DT30:

-WORD
.WORD

ERRPC,BAD,0

ERRPC . DUMMY , ADDRESS , DUMMY , DUMMY , DUMMY , DUMMY ,0
GOOD ,BAD, CSR,DUMMY .0
,DUMMY ,DUMM
ERRPC

16385

DIAG. MACRO M1113

FoL T

CZMSPAD MS11-L/M/P T?EHORY
ERROR DATA TAGS (D

SEQ 0388

N 14

B 15

26-APR-82 09:41

16425
16426

7719

06771
77
77

067726
7731
77

]

nN—

0,5,0,8.,0,0,0,3.6,2,4

DF&:

.BYTE

0,5,0,8.,0,8.,8.,3,6,2.4

DF8:
DF9:

.BYTE
.BYTE

0.5
0.1.1.,1.1

DF11:

.BYTE

0,5,0,8.,0,0,0,0,0

000

DOF13:

.BYTE

0,5.0,0,3.6.2.4

oog

DF14:

.BYTE

0,5.0,3.6.2.4

882

DF15:

.BYTE

0,5,0.8..3.6.4

010

DOF16:

.BYTE

0,5.8..0,0,3.4

—

S88 g

(=l=l=)

010
006
-_———

on
003

.BYTE

g §38 §38 888888

$o3988838888883

§aaoa DATA FORMATS (DF)

0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0

.ge;n

PAGE 511

.8YTE

011

83 83 $S835388S=/REI?R

16424 8277?§
771

1=]

NOoSRN=O8ROO

gesgssResResse §2883888833§83‘3§8338883888833828

Y DIAG. MACRO M1113

006
00

003

-AS

NN N N N N N N N N N N NI N N

(7 X7 17 17 X7

>3$a

e NN N N NI NI N N N NN NN NINNNNNNNNE

26-APR-82 09:41

333337

uu\nummmuu-_-ubmvuuaom
BB
=S =285 NO0NN=NW
NNNE

b b b b b b b = b b b b b b b b b b

COONOOO
== NIN = = O = =)=

e e e i b b b b
e i i e
i e e o
e o

e e e b b = b b e = b b b b b b b b b b b b b b [UE NS S T e e T
Y
—SO= =tOOOOON=OOO===00

WN~NN

b o e

NE
=ONOOOONN=NNN AR
=
=4

OOON

B
e e R R

b e b e NI
b wd wd d ) =2 O
OO
WA = &~ = = 88 = RO O NN NN NN 2 OO
= RRNIL, SN = WO
S = =

D
D
b
b
d
b
d
d e

—_OON) =

—
e T e e R
e eo

—

~
~

&
aR

OO0O00000O OO0 O0O0O (=l=l=l=]

—
b=1 O

PIININIINNS

3 333333

NESbEReoE £SERLERREREEERREE

0000000000

)
D i i
D i
i i i
e s e
e
e

bD D b b b D cd b ) b
D e
b b e
—d e

E:)KMV DIAG. MACRO M1113
- b ) = = NVO
VIV
=0OW

FERER
BEIERI

'éfl3

23
2
z

c15

SEQ 0390

PAGE 513

ERROR MESSAGES (EM)
/CAN'T SET
BIT MODE IN MMR3/
/PARITY ERROP(S) IN BANK 0/
/NON=EXISTANT MEMORY (HMOLES) 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 DeTA ERROR IN CHECK BITS /
/SBE-DBE AUSED PARITY TRAP WHEN INHIBITED/
/SBE=|DBE DI D NOT CAUSE PARITY TRAP WHEN ENABLED/
/SBE-DBE ON MASTER TEST WORD/
/MISSING EXPECTED DBE/
PARITY TRAP s
cr

/RECEIVED DBE FLAG WHEN EXPECTING ONLY SBE FLAG/
ATA ERROR/

ITY ERROR DID NOT CAUSE ABORT/
T MODE POINTER FAILURE = DID NOT PROTECT BANK/
FAILURE WITH ECC ENABLED ON FORCED SBE/
/CORRECT
/YRITE BYTE WITH ECC ENABLED FAILED TO CLEAR DATA AT/<CRLF>
S

LSCATIW
/FORCED
/MOVB # 66((). )+ WITH ECC ENABLED C CHANGED DATA AT FORCED DBE LOCATION/
(R1) WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/
/Mov n
/UNEXPECTED CORRECTION WITH ECC DISABLE ON FORCED SBE/

/APT SIZE DISAGREES WITH PROGRAM SI1ZING/
/BRANCH GOBBLE FAILED CONDITION CODES TEST/
/BAD ERROR ADDRESS GENERATED/
/FLAGS NOT SET ?0 Fg:SED UNCORRECTED SBE/
PE

/BAD PARITY TRAP GENERATED/
/WRONG CHECK BIT READ BACK FROM MEMORY/
/WRONG SYNDROME BITS READ INTO CSR/
/CSR UPDATE ERROR/

015

CZMSPAO MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

ERROR DATA HEADERS (DH)

16475

.SBTT%

ERROR DATA HEADERS (DH)

LASCIZ

/
/7
/
/

PC
PC

DH10:

LASCIZ
LASCII
LASCIZ
.ASCIZ

DH13:

.ASCII

/ PC

BANK

/CONTRL

MMR

166;9
164

1
1

DH1:
DH2:

164

DH5:

166;3
1
16481
164
164

1
16485

04
820

1648

Olog

164

16488

16489

16490

820

16491
1669§

040
040

16497

040

1649
16494
16495
16496

16498
16499

040
040
040
040

040
040

0
04
10

1
1
04
1
1
1

DH3:

DN?:
DH7:
DH11:
DH12:

LASCIZ
.ASCI%

.ASCIZ
.ASCIZ

LASCIZ

116 DH14

LASCIZ

101

LASCIZ

120

DH15

04
040

120
120

DH16:
DH19:

040

150

DH 9:

040
040
040
040

040
040

120 Dflsg:
120 DH23:
1%0 DH24:
120 DH25:

120 DH27:
120 DH30:

/
/

PC
PC

.ASCI% / PC

SEQ 0391

PAGE 515

LASCI1

.ASCIZ
.ASCIZ

LASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

.ASCIZ
.ASCIZ

GOOD
DEV ADD
?D-CC 80-CC/
ST ADD # OF ERRORS/

MMR1

MMRO

/ PC
/ CSR/

85 /

BANK

/
/

PC
PC/

BANK/

BADCODE/

/ BAD-WD1 BAD-WD2

/
/

MMR3

PC
PC
PC
PC

PC
PC

CPUERR/
RS

CSR/

/ CHKBITS

/7
/
/
/

MMR2

LSIZE APTECC MSIZE/
APTPAR
600D/
PADD
BANK VADD
XOR CSR MTYP_INT PAT/
BAD
R4
R3
R2
R1
RO

PADD

MMR1

PADD

MMR2

GD-WD1

WROTE1

MMR3

GD-WD2

BAD=CHK INT PAT/

WROTE2/

CPUERR/

GD=CHK/

BANK GD=CSR (CSR) CSR MTYP INT
BANK GD-ERR BAD-ERR CSR MTYP_INT
BANK (CSR) CSR MTYP INT PAT/
CSRNO/
GD=-DAT (CSR)

BANK
BANK

VADD
PADD

PADD
WROTE

PAT/
PAT/

CSR_MTYP PAT/
READ CSR PAT/

PSW/

E 15

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

MESSAGES

1658§

740
165
16504 0741
16505 0741

;257
}350
074
16508
16509 07441

wgm 744
16511 0744
1651§ 874.471

00
88
00

074603
16515
16519 074

3§3
1

}gg}‘ o;g(‘)g

04 1

105
125
m
115

&Z:O

oeg
000

.SBTTL

12
116
112
1g

200

061

040

oog
870

040
040
040

061
061

061
osg

07503
16527
16528 07505
07507
16529
07511
16530

16531 075144
1653§ 075170
1653 orsgu

16534 075 39
16535 075;3

1es§9 75 35
16537 0753
16520
16539
16540

75361
075404
756;6

06
g%

200

16545 075547
1654.9 075571
1654 orsggs
16548

16549

075

07564

}

16550
16551
mss;
16553

75590
075674
75714
07573

16556
16557

07603
076067

16554
16555

075
07601

16558 076115

71
061

061
821
1

061

16541 075456

1654; 875501
075522
16543
16544 075544

06;
06
064
065

og
1

00
00
121

MSGOOS: .ASCIZ
MSG006: .ASCIZ
MSG007: .ASCIZ
MSG009: .ASCIZ

MSGO14: .ASCIZ
.BYTE
.ASCIZ
123 MSG016:
040 MSGO017: .ASCIZ
.ASCIZ
000 MSGO18:
040 MSGO19: .ASCIZ

07501

16526

MEMORY CONF IGURATION MAP/
16K WORD BANKS/
3/
2

<CRLF>/ERRORS /
INED TRAP INSTRUCTIC!/<32>
<CRLF>/UNDEF
s INTERLEAVED CSR #
<CRLF>/INTRLY /
:MEMORY TYPE
<CRLF>/MEMTYPE /
sMEMORY PROTECTED

;CRLD/PROIECT /

MSG015:

123
1
040

#MSG020: .ASCIZ
MSG021: .ASCII
LASCII

040
040
040
040

JASCII
JASCII
JASCII
JASCII

7 /
<CRLF>/CSR
/
/
7/ /
7 /

0,0

:SPACE

*FOR SINGLE ASCII CHARACTERS & TERMINATOR

;8 SPACES
:2 SPACES
*3 SPACES

<CRLF>/FS COMMAND MODE/
<CRLF>/COMMANDS AVAILABLE:/
<CRLF>/0 = EXIT/

"ASCII <CRLF>/1 = READ CSR/

<CRLF>/2 = LOAD CSR/
<CRLF>/3 = EXAMINE MEMORY/
<CRLF>/& = MODIFY MEMORY/
<CRLF>/S = SELECT BANK & TEST/

"ASCII <CRLF>/6 = TYPE CONFIG MAP/
<CRLF>/7 = SOB-A=-LONG TEST/
"ASCII <CRLF>/8 = ERROR SUMMARY/
JASCII

075
060

"ASCII
JLASCII

<CRLF>/9= REFRESH TEST/
<CRLF>/10= SET FILL COUNT/

LASCI]
JLASCII
JASCI1

TURN CACHE OFF/
<CRLF>/1
<CRLF>/14= TURN CACHE ON/
<CRLF>/15= TEST SELECTED BANKS/

JLASCII
JASCII
BYTE

<CRLF>/17= ENABLE TRACE/
<§m>/1a: DISABLE TRACE/
15,12.0

"ASCI] <CRLF>/11= ENTER KAMIKAZE MODE/
"ASCII <CRLF>/12= EXIT KAMIKAZE MODE/

"ASCI1 <CRLF>/16=

os;

TEST ALL BANKS/

061
861
1;

09
0

1;3
130
101
110

MSG028: .ASCIZ
MSG029: _ASCIZ
MSGO30: .ASCIZ
MSGO31: ASCIZ

<CRLF>/CSR IS NOW/
MEMORY/
<CRLF>/EXAMINE
<CRLF>/BANK(0=167)? /
<CRLF>/PHYSICAL ADDRESS(0-17757776)? /

MSGA34: .ASCIZ
MSGB34: .ASCIZ

<CRLF>/BYPASSING ECC TESTS ON BANK /
/ DUE TO SBE LOCATIONS/

12
10
10

110
15
123

114

wg
10
i
1

1
124

102
134

126

123456731234567/
567312345670
123456731234
6751234.5675
/‘56781234.5
.ASCIZ
826 MSG012:
MSGO13: .ASCIZ /X7

000
oog
10
040
040
040
1
10
060

MESSAGES

7017"§
7 13345
'fiffi <€m>/
MSGO04 .ASCI%
ng/7/
0123456
otzg‘ge
10123166701234261%34.5

1 s =35281(1): 385

040
goo
00
820
0
040

200
200
200

SEQ 0392

PAGE 517

MSG001: .ASCIZ <CRLF>/
"32885’ "ASCIZ <CRLF>/
MSG003: .ASCII <CRLF>/

16517 07470
16518 074704
16519 074
16520 0747,
16521 074731
165 g 074

074740
16523
16524 074761
16525 . 075005

26-APR-82 09:41

101
111

131
125

MSG022: .ASCIZ <CRLF>/WHICH CSR(0-F)? /
MSG023: .ASCIZ <CRLF>/CSR WORD? /
MSG025: .ASCIZ <CRLF>/CSR DOES NOT EXIST/
9: LASCIZ

MSG027: .ASCIZ

MS
NS

;: "ASCIZ
: JASCI

MSGO35: .ASCIZ

<CRLF>/COMMAND:/

<CRLF>/OLD CSR WAS/

<CRLF>/PARITY ABORT/<32>
<CRLF>/TIMEOUT TRAP/<32>
/av/

F15

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

MESSAGES

16559 0761
16560 0761
16561 0761
1628 76174
16
7621
16564 07624
16565 0
16569 076305
16567 076327
16568 076
16599 076401
16570 076441
16571
165;; 876676
76513
165
16574 076534
16575 076567
16576 076611
16577 076620
16578 076640
16579 076651
16580
076661
16581 076673
16582 076742
16583 076751
16584
077002
16585 077020
16586 07705
16587
0770
16588
077107
16589 077133
16590
0771
16591 0771
16592 0772
16593 0772
1659
0
16595 0
16596 077270
16597 077
16598 077g
16599
077357
16600 077401
16601 077403
1660§ 776
16603
077474
16604 077551
16605 077615
16609 077647
16607
077
16608
01
16609 07771

16610

16611
1661; 77760
16613 100000
16614 188816
16615 100015

00
00
00

00
040
200
120
200
200
200
077
m
116
116
040
200
106
113
200
200
200
200
040
00
200
040
122
105
04
00

2
1
1

0
08

11;
1"
104
11
123
102
124
126
126
124
116
102

117
114
101
112
1
101
105
10;
117
10;
117
101

117
123
102
049
07
118
04
125
104
105
101
040
122
122
040
105
105
10g
11
123
125
m
105
101
040
105
114
114
000
105
10
10
1
101
820
0

127
117
105
049
077
120
117
115
105
132
126
127
105
105
040
116
122
111
105
125
1;
1
114
116
124
112
10
105

820

11?
18
101
116
114
117
117
117
828

10
10
10

101
131
123

103

040

26-APR-82 09:41

8568 :
MSG037:
MSGO38:
MSGO39:
MSG040:
MSGO41:
HSGO‘;:
nssgz :
NSG 9:
MSGO47:
MSG048:
MSGO49:

JASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
JASCIZ
JASCIZ
+ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.EVEN
MSGO51: .ASCIZ
MSG055: .ASCIZ
MSG056: .ASCIZ
MSG058: .ASCIZ
MSG061: .ASCIZ
HSG%: +ASCIZ
MSG063: .ASCIZ
MSG064: .ASCIZ
MSG065: .ASCIZ
6069' +ASCIZ
6067: .ASCIZ
MSG070: .ASCIZ
MSG073:
.ASCIZ
MSGO075:
.ASCIZ
MSGO76: .ASCIZ
MSG077: .ASCIZ
MSG079: .ASCIZ
MSGO85: .ASCIZ
MSGO88- .ASCI¢
MSGO8%: .ASCIZ
MSG090: .ASCIZ
MSGO91: .ASCIZ
Hsggggz -ASCIZ
MS
: JASCIZ
MSG095: .ASCIZ
MSG101: .ASCIZ
HSGlgiz +ASCIZ
MSG103: .ASCIZ
MSG104: .BYTE
MSG105: .ASCIZ
MSG106: .ASCIZ
MSG6107: .ASCIZ
HSG‘I‘I?: +ASCIZ
MSG111: .ASCIZ
HSG‘IIi: -ASCIZ
MSG113: .ASCIZ
MSG114: .ASCIZ
MSG117: .ASCIZ

MSG119: .ASCI%

MSG120: .ASCI
MSG121: .ASCIZ
NS61 s: +ASCI11
MSGA122:.BYTE
.ASCIZ

SEQ 0393

PAGE 5171

<CRLF>/MODIFY MEMORY/
<CRLF>/0LD DATA WAS /
<CRLF>/DATA 1S NOW /
<CRLF>/INPUT NEW DATA? /

<CRLF>/SELECT BANK & TEST/
<CRLF>/BANK NOT ACCESSABLE/
<CRLF>/1537(8-67)? /
<CRLF>/TEST O DATA 1S? /
<CRLF>/T0 ESCAPE TYPE ANY KEY/<CRLF><12><12>
<CRLF>/TEST COMPLETE/
/ NOT AVAILABLE NOW = TRY LATER!/
<CRLF>/BANK REQUIRES RELOCATION/
/POVER RECOVERY/
<CRLF>/S0B=A=LONG TEST/
<CRLF>/BELL = EACH PASS COMPLETE/
<CRLF>/ CSR
CSR .../
/22222%/
/INPUT MUST BE A/
/N OCTAL /
/NUMBER/<CRLF>
/ DECIMAL /

;Efi%fi/;flkms > 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 #/

/ ERROR(S) DETECTED/<CRLF>
<CRLF>/FILL COUNT(OCTAL)? /
<CRLF>/KERNEL STACK/

<CRLF>/SUPERVISOR STACK/
<CRLF>/USER STACK/
/ 1S EMPTY/
/RELOCATED /
/BANK=/
/_ TEST=/
<CRLF>/ENTERING KAMIKAZE MODE/
<CRLF>/LEAVING KAMIKAZE MODE/
<SR5F>ILEAVING FS MODE/<CRLF>

-sgmm z

<CRLF>/ENTER BANKS = USE NUMBER 200
<CRLF>/CACHE IS OFF/

TO TERMINATE/

<CRLF>/CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)/
<CRLF>/ONLY SELECTED BANKS WILL BE TESTED/
<cnu>ufi BANKS WILL BE TESTED/
/K OF MS11-L/<CRLF>
/K OF MS11-M/<CRLF>
/K_OF MS11-P/<CRLF>
<CRLF>'"
11744
<CRLF>/
NO/
/ CACHE AVAILABLE/
/ CACHE BYPASSED/
<CRLF>/CSR NUMBER /

/ CONTROLS TOO MANY BANKS/

615

CZMSPAD MS11=L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

MESSAGES

16619 10004
16617 10007
16613 1001
16619 1001
100174
1
16621 1 2;2
g 100§oo
1

}

3 100

166

188356

16632

100354

16631 100354

166

1 8
1
126
124

001272

000200

101
1
1
1
040
103
009

117

MSG125:
MSG1 9:
MSG127:
MSG128:
MSG
MSG
MSG1

EM62:
END:

.ASCI%
LASCIZ
.ASCIZ
.ASCIZ
+ASCI
JASCIZ
«ASCIZ

esg'l‘l

SEQ 0394

PAGE 517-2

/ PASSES COMPLETED/
<CRLF>/PROGRAM CSR COULD NOT BE DETERMINED/

<CRLF>/TRACE ENABLED/
<CRLF>/TRACE DISABLED/
<CkLF>.<.CRLF>/

CSR MAP/<CRLF>
<CRLF>'* CZMSPA MS11=L/M/P MEMORY DIAGNOSTIC
<CRLF><CRLF>
/PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC/

$SSEND
R PRINT

60000-SUPLIMIT

.END START

ADDRESSES L LEFT
v
- ;SUPERVISOR

H15
SYMBOL TABLE

ABORTF

ACTLAG 008114

ACTFLA 002344
3
82
7
TDOW
4
APTECC
APTFLA 00;;‘6
APTHAN 015316
APTHLT 050014
APTPAR 00 418
APTSIZ 00244

BACK
BACKGN
BAD
BADP(C
BADPSW
BADSP
BADSTA
BADXOR
BAD
BAD

060536
0412264
002050
00%820
002030
002024
042614
002056
002052
002054

BAFPAF 015452
BAFPAR 015560
BAKPAT 00%616
002100
BANK
BANKIN 002102
BANKMO 0‘9‘10
BANKOK 047446
BAWPAF 015666
BAWPAR 016016
BGTEST 036%’2#6
002
BIT
BITO = 000001
BIT1 = 000002
BIT10 = 002000
BIT11 = 004000
8"1; = 010000
BIT13 =
BIT14 = 040000
BIT15 = 100000
BIT2 = 000004
BITS = 000010
BITé = 8888%0
0
BITS =
BIT6 = 000100
BIT7 = 000288
BIT8 =
001000
BIT9 =
0016
BLOCK1
50033
BLOCK
5005
BLOCK

BMFLAG 002126
524
B0OT

B00T1
BSIZE

7570

B
810

14
00sss
01;‘9

863

B
B65

4014

8101
810
810
1
8105
8106
811
81

5527

869

89
8
870
871
87
87
B74
B75

337

34
134
525
5 73
5 i 4
053530
53530
5 g?b

80
1

81
B14
815
81
81
82
820
821
82

gslo
5
826
7

830
ggl
i
83
834
B35
836
837
B84
B840
B41
g
84
B44
B45
B4
B4
85

]
851
85
B3
B34
B55
85?

85
86

860
B61
862

0550

0625
062632
062724
010
816 14
14302

014344
014570
81536
170
17258
01
017256
017274
017336
017410

024170
026174
024374
024402
006060
0;6700
032410
034126
0341
034
034644
834
35
1
b
6
;6
574
226
8;7 4
7455
2
646
37656
01
0
;‘
40
12574

4010

Oisoss
3 los

54 93
87
545
87
CACHKF 002544
CACHKN 002540
CACHOF = 10“56
CACHON= 104423
CACHVE= 000114
CBCSR = 104474
CBITS 00231
EG = 10451

CB1CSR= 10447
CHECK 002310
CHKDIS= 104504
CHKGEN 044366
CHKTAB 044474
CHKTRP 0‘021‘
CHK1DI= 104505
CKEND 064050
CKSWR = 10441
CLRCSR= 10652
CLREX 0077
7?4
CLRMEM
CLRICS= 10450
16A 053614
73
CMD16L=
5
CMD58
52274
CMD5C
52532
CMD78
52606
CMD7C
53230
CMD98
5
CMD9C
indy
CONF GE
54
CONF IE
58
CONFIG
2
CONTFL
48
CONTRL=
i;
CONTS
CONTS1
65;
CONTS
CONTS
CONTT
COUNT

CPERRF
CPSAVE
CPuBIT

;
1

144

SEQ 0395

PAGE 517-3

CZMSPAO MS11-L/M/P MEMORY DIAG. MACRO M1113 26-APR-82 09:41

d0 01
00

DH14
i
DH1

190
174
30
4
2
324
436
34

DH
DH g
DH
DH24
DHZ5
DH 9
DH
DH

CPUERR= 1777

CRLF
CSR

CSRADD= 1
CSRCAS
CSRFBA
CSRFIR
(]
CSRINC
CSRINF
CSRINT

CSRLAS
CSRLBA
CSRLOO
CSRMAP
CSRNO
CSROUT
CSRSTU=
CSR1S
TEST
CTLKVE

gs
;6
776
2150
4002
21
16
56
144

DATARG= 177754
DATBUF 002240
56
DBEMSK
DDISP = 177570
DEENER= 10“;1
&
DETAIL
16
DETFLA
14
DETPSW
DETRO 002176
DETR1 00 Og
0
DETR
04
DET
DETRé
1
DETRS
1
DETSP
DET1
544
DF1
7667
DF11
7
DF13
06771
DF14
144
DF15
772
DF16
754
DF i
7571
DF
7604
DFé
7617
DF5
763;
DF?
764
DF
766
DF
766
DF
DH1
DH10

DH11
DH1
DH1

&1
72764

731

DH1

DH30
DH5
DM’
DH
DIAGFL
DISPLA
DISPRE=
DISPTB
DOBACK

7
73703
474

73757

7 539
7260

72654
5002
o
174
014770
01535

DSWR = 17757
067135
DT
06725
D110
067274
TN
067302
DT‘I;
067306
T
827&30
DT14
7346
0719
067376
pT
067144
D12
8276
DT
7414
DT
0T
067422
067444
D124
06749‘
D125
7476
DY 9
7504
DT
7150
DY
067524
0T
71
DT4
71
DTS
7
DT
7
oT
174
DUMMY
19
DUMPCS=
ECCDIS= 1044
ECCINI= 10447
5714
ECCTYP
104471
ECCIDI=
10447
ECCIIN=
EMTVEC=
EMN

EH1§
EM

EM14

115

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

SYMBOL TABLE

LLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLL

w-lwi

26-APR-82 09:41

SEQ 0396

PAGE 5174
7

J 15

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

SYMBOL TABLE

26-APR-82 09:41

SEQ 0397

PAGE 517-5

adL

—

NN
22“

3554

K15

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

SYMBOL TABLE

LS67?
L570
L5371
L57
L5?7
L5746
L3575
LS76
LS77

061072
0612
0611
061 65
06121
061224
061%
06127
06162

L600
L601
L60

062554
062760
062764

011566

00517
01157

L6
L60

063044
L60
063050
L604
064164
L605
064254
L606
064256
L607
012402
Lé1
012613
L62
01254
L63
0125;0
L64
012532
L65
012546
L66
012776
L67
L7
005172
012776
L70
012776
L
012654
L72
2660
L73
01%776
L74
012730
L?5
01%576
L76
013050
L
MAINT = 177750

170202
MAPKER 046706
MAPLO = 170200
MAPL1 = 1702
MAPPER 0445
=

MKCSRT
MKFLAG
MKLOOP
MKPAT
MKTEST

MR1

HHR§ = 17251

MSGO01

100226
074

MSG002 074120
MSGO0 8741 b}
MSG00& 07430

07441
0764;;
0744
100174
074471
074503
074515
074603
074700
074702
74704
074706
074720
074731
0747
074740
074761
075547
075571
075605
075631
075643
MSG028 075660
MSGO.
75674
0
75714

MSGO05S
MSG006
MSG007
MSGO08
G009
MSGO10
MSGO11
MS
13
MSGO14
MSGO1
MSGO16
MSGO17
MSGO18
MS
MSG020
MSG021
MSG022
MSG023
MSG025
MSGO. 9
MSG027

MTPA25 035664
50
MTPBO
7705
MTPBO4
446
MTPB21
MTPB24 55316
5708
MTPB25
MTPB g 3903
Og 210
MTPC
MTPC21 034514

HTP:%& 39216

HTOOO’
MT0010
MT0011
H7001§
MT0013
MT0014
MT0015
HTOO19
MT001

MSGO75
MSGO?
MSGO?7

07702
7705
7707

MTPC g 039
8 g26
MTPD
5
MTPD21

MT00. g Og 160
023212
MT0023
MT0026 023256

MSGO5

MSG079
MSGO85
MSGO88
MSGO89
MSG090
MSG091
MSGO9
MSGO9
MSG095
MSG101
MSG102
MSG103
MSG104
MSG105
MSG106
MSG107
MSG110
MSG111
H$G11§
MSG11
MSG114
MSG117
MSG119
MSG120
MSG121

017666
817046

761 9
761
76156
76174
07621
07624

0172

HSGO‘?

76327

MSG1 s
MSG1
"31550
MTA
MTEST
MTLAN
MTLB11
MTLC11
MTLD11

76441
076474

MTPA
MTPA21
MTPA24

020204
;11
204

;g S
= 17757,
= 17757

MSGO4
MSGO4
MS

MS s
NS
MSGO51

7626
76305

76534

MSGO g 876751
7700
MSGO?7

HSGOS?
MSGO
GO
MSGO3
MSG040
MSGO41

7601
7611

1750
8 04
10
02216
0 g‘
0
8
2440
8 2316
2574

076513
76567
076611
76620
76640
076651
076661
76973
76742

0757
757

MSGO.
MSGO:

PAGE 517-6

MSGOSS
MSGO5
MSG061
"56825
MSG
MSGO64
MSG065
MSG
HSGO?

MSGO31
MSGO3

2314
MASK
1400
MBERR
MEMDON 01501
MFPT_ =
7
MJPAT 0
MJTEST 020514
MKCNT
MKCONT

MMR2 = 177576
37
MMTRAP
b
MMVEC =
75
MONFLG
I4
MSEEDH
574
MSEED
100014
MSGA12
76031
MS
76067
MS

26~APR-82 09:41

SEQ 0398

MSG1 i
MSG1

MSG1 9
MSG1

MTPAQ3

077107
077133
077160
077176
077220
077234
7724
7726
07727
077300
077330
077357
077401
077403
077456
077474
077551
077615
7
77664
877701
07771

07773
8777
077760
100000
100046
1 072
1 12
100154
103;75
7
49
1
41

MTPC24
MTPC25

035330
035746

MTPD25
MTPD26
MTPE2S
MTPOO
MTPOO1
MTP002
MTPOO5
MTPO06
MTP007
MTPO10
MTPO11
HTP01§
MTPO13
MTPO14
MTPO15
MTPO16
MTPO17
MTPO
MTPO
MTPO.
MTPO30
MTPO31
MTPO
MTPO
MT

035612
0361
035634
83
7424
027456
027722
027756
030156
830 56
030
031162
031550
0%2;64
0 i 10
033254
034036
34114
36220
%5
8 615
1
621
624
6

M7
MTPO41

97
0;

MTPO35
MTP 9

§
MT
MTPO4
MTPO44
MTPO45
9
MT
MT
MTST
M7
MT0001

7648
4
5254

M7
MT
MT

;

MT000 8 004

MT0020 022616
70021 022706

MT0025
MT0026
MT0027
MT0030
MT0031
MT0032
MT0033
10036
MT0035
MT0036
MT0037
MT0040
MT0041
MT0042
MT0043
MT0044
MT0045
MT0046
MT0047
MT0999
MT1
MT2

023522
023600
024102
024566
025070
025
025612
02
026152
0O 6%22
026
0
026406
02
026514
026554
026614
026654
026714
026760
017026
017032

0221
MUT
NC
6430
NEMCNT
2232
2
NEWKER
6940
NEWLOA 82% zs
5
NOCH
NOERRO
NOF SMO
422
27
NONEM
1
NONEXI
4
NOOJ
NOPAR
074
NORES
4
NOSCOP
4
NOSUPE

lzk
147
1614

NOTRCE
N0228BI
NULLFL

)

71 s
743
76
14
3;

126
7
n

NOTAB

i
54
34

L15

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

SYMBOL TABLE

NXTCSR
OLDCAC
OLDCSR
ONES
PADDRE
PAFBAF
PAFBAW
PARBAF

00564
00227
002154
002600
002034
016146
016276
016450

PARBAW 01
PARCNT 002070
PARITY 042406
2300
PARTHE
PARVEC= 000114
PASFLG
2262
2264
PASSNO
PATERR 002072
PATPLU
PATTER 002110
002322
PC
PCONFI 041352
PCONFS 041652
PCONF1 041562
PCONF2 041
PDP110 042
054476
PERAOS 05
PERBNK 057476
PERECC 057556
PERRAB 057314
PERRAW 057242
PERRAS 054044
PERRA7? 057366
PERRO1= 10“5‘7)
PERRO2= 1044
PERRO3= 104431
PERRO4= 104432
PERROS 056640
PERROS6 056666
PERRO7= 104433
PERR10= 104434
PERR11= 104435
PERR12= 104436

PERR13=
104437
PERR14= 104440
PERR15= 104441

PERR16= 10444
PERR17= 10444
PERR
1
PERR21= 104445
PERR22= 1 “9

10444
PERR
PERR24= 104450
PERR%SS 104451
PERR 9: 10“5§
PERR;O: 10445
104454
PERR
PERR31= 104455

PERR32= 10445
PERR33= 10445
PERR34= 104460
PERR35= 104461
10446
PERR
PERR37= 10446
PERR4D= 104464
PERRG1= 104465

PERR42= 10“69
PERR43= 10446
PERXOR 827452
1740
PFECDF
PFECDH 0617%0
PFECDT 061730
PFECEM 061644
PFECWS 061634
PFLAG 002120
PGMCSR 002526
004
PHEBE
PHYADD 002036
PMEMFL
140
PROTYP
3752
PSIZE
00;600
PSW = 177776
PTABLE 036732
PWRVEC= 000024
QUICK 002432
QVFLAG 002342
RANODD 036044
RDCHR = 104411
RDDEC = 104414
RDLIN = 104412
RDOCT = 104413
READCS= 104426
READON 002404
REALPA W§274
REFRES 035154
REFSUB 035224
REGCOP 041064
RELENT 065615
RELOCA 04517
RELOC1 045626

RESREG= 10441
RESTAR
261
1
RESVEC=

050376
RES
50456
RES1
RES?2
50624
124
RLFLAG
RRFLAG 0021 8

RTNVAL=%
RW(C
1
SAVCSR
7
SA
SAVPAR 08‘
SAVREG= 10441
250
SBEMSK

26-APR-82 09:41

PAGE 517-7

5014
SBENT
441
SBESYN
SBETES 01767
SCOPE = 09 04
9?
SDPARO= 1
SDPARS= 17
172274
SDPARG=
SDPAR7= 172276

SEEDHI 002566
SEEDLO 002570
SELONL 00;008
SETPAT 04750
SHADL1 01;652
SHUTUP 047664
SIPARO= 172240
SIPAR3= 172243
SIPARS= 17225
SIPARG= 1722564
SIPDRO= 172200
SIZE = 040000
SKIPKA 002006
SKIPMK 0023
SKJ
60246
SKPERR 002064
045602
SKus
14006
SKUJ
002556
S0BK
SOBLEN= 000056
SOFTPA 002604
SOURCE 00%306
SPLTCS 002236
SSP =%000006
= 177776
= 5000
START 003654
0300
START1
00310
START
STARTS 000200
STAR27 024162
STOPOK 005414
STRIPE 002362
SUBAAA
4644

SUBAAB
SUBAAI
SUBAAP

4774
012446
14193
0133
0114
3
sg

SUPDO
SUPDO
SUPDO4
SUPDRO
SUPDR1
SUPDR
SUPDR

7044
75
14
1
16
0216
1

SUBAAR
SUBAAS
SUCCES
SUPDOA
SUPDO1

SEQ 0399

SUPDRG 00 198
SUPDRS 0021
SUPDR6 002172
SUPLIM 56508
SUPSTK= 00074
SWAPAT 002620
8026 2
SWR
SWREG = 000176

SW0 = 000001
= 000002
sSWwl
W10 = 802008
SWi1l = 00400
= 010000
swi2
sWwi3
= 020000
SWi4 = 040000
swi5 = 100000
= 000004
SW
= 000010
Su.
20
SWe =
= 000040
SWS
swé = 000100
SW7
=
000200
sw8
= 000400
sw9 = 001000
Syssiz 003
TAG2S 012042
TAG3S 012076
TAG4S 027124
TAG708 061744
TAG71$ 061754
TAG728 061764
TAG73$ 065034
TAG748 062074
TAG758 062106
TAG76$ 065120
164
TAG77$
TAG78$ 651 75
25
TAG79$
TAG9S 011670
27302
18G4$
1726
TCFIG]
TCFIgi ) g

TCF1
TCONFI
TEMP

2
634
80 430

002406
TESTAD
546
TESTMO
TIME
0 234
56
TIMEOU
Og
TKVEC =

1
TMFLAG
B
TOOMAN
00
TOTCSR
06204
TRACE
TRAPVE=
TSTBAN 012310
a4
TSTDAT

TSTRD1 043;30
TSTREA= 104510
5522
sn
11404
TST
11570
TST
012556
1574
014742
TSTS
015014
1576

TYPDS = 104405
TYPEIT= 104401
TYPOC = 10“0§
TYPOS = 10440
TYPSO = 000000
TYPS1 = 000002
TYPS2 = 000000
TYPS3 = 000000
TYPS4 = 000000
TYPS5 = 000000
TYPS6 = 000002
033254
T12A

1128

033276

WARN1
W:i
WAR
WARNG
WARNS
WARNG
WARNGA

011753
8 75
75
027562

UDPARO= 177660
UDPAR7= 177676
177
UIPARO=
UIPAR1= 177642
UIPAR2= 177644
UIPAR3= 177646
UIPAR4= 177650
UIPARS= 177652
UIPARG= 177654
UIPDRO= 177600
UNITOP 002412
774
605
ELO
UPPFLG 00226
USERMA 046556
USESTK=_000700
UsP =%

27576
1306
M1§88

WARNGB 041
WARN7 024140
WASDBE= 104590
WASSBE= 1824 6
WAS1DB= 104501

WAS1SB= 12“77
2676
WHICHC
N 0557
SS;
WOOPS
WOOPSA 25
5562
WORST 0025

Mm15

SERFLG 002012

065722

SERRGE 044100
$ERROR 060525
$ERRTB 066;6
SERRTY 061324
SERTTL 002614
SESCAP 002356
SETABL 065660
SETEND 065740
SEXHAL 047656
= 000001
$ES__
SFATAL 065642
SFILLC 00263%
SFILLS 00235
= 000000
F$
SGTSWR 063712
061106
T_
SHALT2 066014
SHIBTS 065740
SHIOCT 065140
SILLUP 055330
SINVAL 044050
SITEMB 002013
= 000001
$I$
SKERNE 042644
045100
SKMAP
= 00010;
$kK$
= 00010
SL

6464
0437564
043770
536
043732
043744
2000
002540
730
064742
064136
064735
065
002
063526
065520
0657264
065726
065
065732
065734
065736
SDEENE 042664
SDEVCT 065650
065716
SDEVM
$DIDDO= 000000
SDOAGA 015346

$CHARC
SCHKDI
S$CHK1D
SCKSWR
SCLRCS
SCLR1C
SCMTAG
SCMTGE
SCNTLC
SCNTLG
SCNTLK
SCNTLU
SCPUOP
SCRLF
$DBLK
$DB2O0
SODW0
s$DDW1
$0
s$DDW3
$DDWL

100354
000000
ERRORS DETECTED:

065660
065661
015066

. ABS.

001

VIRTUAL MEMORY USED: 26094 WORDS ( 102 PAGES)
DYNAMIC MEMORY: 21558 WORDS ( 82 PAGES)
ELAPSED TIME: 00:29:08

SPA/ML1
,CZMSPA.P1
CZMSPA.BIN,CZMSPA/=SP/CR=CZM

$PER10
SPER11
SPER1§
$PER1
SPER14
SPER15
$PER1
$PER1
SPER20
$PER21
$PER §

065704

$SPER 9

SMAMS1
SMAMS
SMAMSS

SMAMSS

065670
065974
065700

5742
$MBADR
760
SMNEW
SMSGAD 065654
SMSGLG 065656
065640
SMSGTY
747
WR
SMTYP1 065671
SMTYP2
065675
065701
SMTYP3
SMTYP4 065705
SNOTRA 066010
002352
LL_
SNWTST= 000001
30%
SOCNT
$OCTVL 06565
$0CT8 = 0653 6
063310
SOMODE
060436
SOVER
$0$
= 000000
$PASS
065946
065746
SPASTM
002010
SPATMA
$SPERO1 056506
056534
SPERO2
056565
$PERO
SPERO4 05661
SPERO7 056674

$PER
$PER24
$PER

$PER
$PER30
$PER31
$SPER3
$SPER3
$SPER34
$SPER35
$PER36
$PWRDN
SQUES
=
$R
$RDCHR
SRDDEC
SRDLIN
$RDOCT
SREADC
SRESRE
$SAVRE
$SAVR6
$SCOPE
$STN =
$SVLAD
$SV$ =
$SWR =

$SWREG 065666
= 00061
$T
$TESTN 065644
002630
$TkB
$TKS
00262
= 00000
$IN
$TPB
0026
STPFLG 002354
$TPS
002632
065776
066016

$TRAP2
$TRPAD

R0y

$COW2

SENV
SENVM
$EOP

044350
04340
06572

02645
SLF
= 000105
SLL
042736
SLOADC
6
SLPADR
SLPERR 00261
= 0000
sLS
67
$MADR1
367
$MADR
570
SMADR
$MADRG 065706
065640
SMAIL

wviviuiuauniuniuinauniuniaiununiununaiau

$CBREG
$CB1CS

015;42
054726
063516
82 §56
94
04;% 2
04 go
043332
043346
015232
042654

W= = O NNV
VO W W= NN =08 =
NNO
W NN N = N=O
N OO ONSHO S NNSOOONSHTNOOONONO

$DOAGN
SDOWN
$DTBL
$ECCDI
SECCIN
$ECCID
SECC1I
SENA
SENATS
SENDAD
S$ENERG

OSS 7
00235
00§
065740
002060
002011
065714
$BASE
002637
SCACHF 042720
SCACHN 04 gza
$CBCSR 04

XOCHAR
XXDPCH
ZEROS
SAPTHD
SAUTO

PAGE 517-8

SYMBOL TABLE

26-APR-82 09:41

O
[=lelelelelelelalelalalalalalalal OO0

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

SEQ 0400

SOFILL 82?307
$$TT

ON 26-APR-82 AT 09:54

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

SYMBOL VAL
08%142
ABORTF

ACFLAG

002114

ACTFLA

002344

ADDRES

002032

SEQ 0401

PAGE 1
CRE

EF E
454-14600
454-14597
454-14588
'4%3=13276 454-14585
1-13 14 453-13220
*337-11069 6;
80§
g
199-7456
197-7419
-73;
195
193-7359
191-734
;-706
g
g-gg
#139-5
363-11619
260-8517
238-8474
238-8445
11-771
g 50 -7618 397-12533
gg
591-76
1-11906 -11918 -11 9;=12463
2 8178 ;8187 2268202
17-7923
17=7
3

*153-598

#139-5

ssg‘

75-9 29 *275-9343

14898
96Sg831 9g
;6 83
229-8236 ; 7
227-821
-1 119 +305-10131 +315-10328
'g =9417 282~ 7g 'g ;— 560 #283-9566 +285-9658 + g5-968
*4 1-1 213 '6 1-13239
6§1-13213
t
+339-11095
*323-10610
-1?596
*
-1241
*31
g
3
*315-10343 * 13—1

#139-5565 +]

*] 7-8 18 #273-9213 #273-9219 #273-9 g
;1 g

1=14490
423-13262 423-13272 *451-14478 *451-14479
*423-13259 'kg =13259
7
'451-145
t4$1-14522
45114517
*451-14517
*451-14512
#4651-14504
#451-14497
1-14498
~4
*451-14491
#453-14533 #453-14538 #453-14543 #453-14548 #453-14553 #453-14558 #453-14563 #453-14568 *453-14573
tggg:}6szg 458-14649 *460-14677 *460-14686 47315088 509-16386 509-16389 509-16392 509-16397
377—12091 «377-12063
186-7%3
186-723

509-16391

234-8372

253-8814

63-11613

*153-5
6%6

1%6-7208

7325

59-95

31-8§ §

002416
002440

0139~5688
#139-5697

*186-7229
+153-59 1

186-7237
186-7208

509-16391

041224

%%.

;

224-8161

32-8268

%453-14549*453-1

3-14559 t653 14564 t53 14569 +653 14574

'288:32252 t288:}2287 0660-}46 g t660-167o7 *460-14714

0020
002024

#139=5564
556;
n

*
*339-1

6 8:16
1121

465-1486
-14864
Sgs

00205
00205
oogosb
01545
0155
002616

454-14598
576
1;
#139=55
#139=5573
187-7248
187=-7249
2141-5 4

456-14
*456
*621-13
+421-1
#193-7355
#195-7
2147-5

4£58-14661
*656-14627
509-1
*4 1-} 346
1
g ? s_g;g

660-142

002100

509-16386

*453-14579

509-16392

6-16626 *458-14648

509~16400 509-16402

454-14598 456-14609 458-14661 460-14676 660-16685
454=-14586
+339-11 g 421-12‘27
#139-5560
460-14696 &
465-14 ;
%465~
14862

BADPSW
BADXOR
BAD;
BAD
BAFPAF
BAFPAR
BAKPAT

46—8715 #328-10835

*451-14493
*451-14486 *453-14544
*451-14480 -653-14539
3=13274 *453-14534
'41-145;8
x4 3-1326
§1-13§6
lg
06§1-13
*326-10789
*326=-10779
1-1452
*451-1451
*4651-14513
*451-14498 *451-16503

002020
042614

4$6-8710

#139=5571 =15 -6105 5 4 %282-9490 #282-9504 %291-9784 #291-9796 +317-10417 +319-10454
-1 541 %322-10551 +323-10596 *323-10609 + §4-10660 *324-10668 *325-10722
*321-10494 *321-10

BADPC
BADSTA

34-8335

466-14898

337-11

9-11103

9-11197 339-11110

460-14685

#339-11119 421-13;5% 451-14506 454-14586
460-14696

460-14

509-16400

99-67 g *]176-996 -170-932?
9-67
S '1*169-6 ; k3 1 9 7 9"93 *]199—67561
01;9tlgs:
9
3
*]
*197=-74
-19
191
*191*211=77
1111
7 *205-757

38.
24
.
2
004
gs}
§
t§6
7;
35:
7
32.11%%6 Ezi- ;g 6 * y 3?2?7 50 “ 3-§§§§0:13§:§§:2 « ;
e

666-14

377-12024

229-8227

002050

0465-14825

226-8202

i ‘
~
SSRR
SN

060536

189-733

%26-8187

BACK

227-8213

26-8178

» »

050014

BACKGN

#377-12058
'186 7232

015316

APTHLT

APTPAR
APTSIZ

153-5975
0139-5689

APTHAN

047746
002420

oo
NS
ON =
SR
no
o 3\#N-‘

APTFLA

002346

APTDOW
APTECC

49
#163-64

-o-o

010002

ANA2

PAGE 2
)

CREATED BY MACRO
s [ve] = [ w

ON 26~APR-82 AT 09:54
CZMSPA

AR O

—

- —

; :

—O\OVON

[ —t— = = -

TANO=NPFPON —NOr—r MO OO=ONO~N—Mr—OTM— 3OO

- WD v v O~F 7 O == F=N N —NO~- O—NOO NN
-

—— -

—

SEQ 0402
B 16

CREATED BY

CZMSPA

SYMBOL CROSS REFERENCE
SYMBOL

O
BLOCK1

MACRO ON 26~APR-82 AT 09:54

2-11641

§3§5954 ;46-;11;3

PAGE 3
CREF

§ FIE

SEQ 0403

3-11 S 371-11935 390-12349 393-12455 397-12526

O g
2-8097
0-807
8412 556-8620
6-8%52 %§62-8094

BLOCK

05005

222-8143 232-8296
-8123 565-8507
44-8609
553-3453
33
§
lgs
=-10848 4-112 9-12075
242-8553
236-8415
236-8413
234-8357
234-8356
222-8144
222-8124
22-8099
22-809;0
548: §6gg1 §6§-11 40 §6 =11799 7-11815 #379-12084 430-13479 630-1348;

8007
B0OT1

047526
047570

492-15612
483-15485
0575-11992
#375-1 oog
-12006
75-15001 §75

BSIZE

002370

31 39-5

002540

0141-5718 t165-58 g

BMFLAG

BRGOBB

CACHKF

CACHKN

002126

036246

002544

76
1g

n 33208

13-1 ;gs

#1461-5719

197=74

13-10;6

*184~7171

5851
*145-

203-7537

207-7620

363-11619 #371-11907 +371-11927 *371-11943

0184-7173
*184-71 g

*184=7174

184=7175

156-6026_ + 56-60§ *154-6027

1-11144
g4

199-7458

313-1030

382-12159

341-11156

zg -}g}g; zgf'}i;o? zgz-;gzg%

399-12575 +399-12575 +399-12576

CACHOF = 104424

#110-4615
172-6897

154-69 5
§11 7724

16§-6;7°
13-7795

166-6510
5-8846

CACHON = 104423

#110-4614

147-5890

163~94

163-6689

99-12582

425-13299

CACHVE

CBCSR

CBITS

= 000114

= 104474

00231

CBREG = 10451
:
CB1CSR = 104475
002310
CHECK
CHKDIS

= 104504

CHKTAB
CHKTRP

044476
060?16

CHKGEN

044366

69-6835

0111-4754

#110-4658

173-6944

31610397

11-773

317-10421

13-784

321-10514

;13-785

322-10557

35-884

169-6778

39-6791

169-6812

323-10637

i 7-8885

324-10677

=951

1-9810

325-10739 326-10797

1114755

*319-10442

+ g-9696

287~ 9698

1610381 ' 1710611 #317-10413 +319-10436

73-919

75-9305

277-9398

283-9536

285-9636

303-10048 #357-11434

267

174-8955

176-6967

174-6982

1746997

421-13230

163-6406 #217-7911

238-8433

240-8526

390-12370 #393-12447 #397-12518

-6?78

174-89%9

174-6972

174-6987

11247
663

346-11252 +357-11460

57114644 #359-1146
%5-10719 ¥ ;5-1876

CLRICS = 10450

00775
00764

169-6830
16-10356

*287-9696

'%23°9596

CLREX
CLRMEM

167-6711

169-6806
96-9927

*166-6550 *166-6553
166-653
:
91-9759 §91-9787_ 316~10358 321-10483 321-10511
=947
174-6977 174-6992 §82
10-4673
g-1g767
9-10692
;6 1%663
322-105 6 322-10544 3;‘-10647
285-9648 305-10108 317-10412
7-9409 28
5-931
=9204
166-6531
65
;
19-1%4
19-1g£
31 =10414 31 10437
#139-5651 69-8281 #273-9279 #273-9280 'g 9645 #279-9447 « 79-9649 583-95956 '%83-9596

CLRCSR = 10450

082050
= 104410

167-669

169-6787
91-975

0139-565§

CKEND
CKSWR

169-677
582-947

380- 2106

425-13296

z;‘-} Sgg 2110472 322-10525 323-10567 324-10646 325-10687 26-10762 80-12110 99-12574

= 104505

CHK1DI

27-670
7-88

-11
1-11146 g‘

399-12581 *

1639

483-15466
#110-64598

483-15468
462-14735

483~ 5670 #483-154
465-14824 466-14887

164-64
162-63

164-6440
163-6414

#164-6444
0164°64§8

13- g;
77~
7=971
321-10513

51
1
77-939
91-977
322-10535

13-7
759
35-965
1-106489

-6323
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-95

=917
77-9611
91-9809
323-10635

73-9231
79-946
;
3-1
324-1

-9
g
73~ i“
8 -9 26
15~
?6~1 76
2

174-7001

7 -939
83-955
19-10445
5-10738

174-7015

75-9317
8;:984
31
26-10

SEQ 0404
D16
PAGE 4

CREF

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

ON 26-APR-82 AT 09:54

[

N ON - M
o ~ Oe

e NN TN PN —ON

NN
OGO G0~ MO

Lot s o S S MV - -3 N I e~ =3 NiNnnnnnnmnmn

- et - = SNTM ¢ "N n An n m WnN

T N8 8NIR S NN AN AR IR

T O RYNNI

SEQ 0405

PAGE 5
CREF

At N e
NII

DNRINMIAMIAMMN G e

MM IMe N NN NN

CAMMAY M N NN NN

A
g

————

M =24fe =0\=0M=

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

ON 26~APR-82 AT 09:54

F 16

AIL
FLA

PSW

RN
& +*RR R

SP
NER

ON 26-APR-82 AT 09:54

—=

PAGE 6
CREF

U ] g )

CREATED BY MACRO
SYMBOL CROSS REFERENCE
SYMBOL VALUE
CZMSPA

SEQ 0406

(UL "0 0 i

8 I
[ o

G 16

e
e
B NASAAAAD 3
wvivaunawnaunaw A
\h\’l\h\fi-‘
&»

.???? ¥ ¥ $55¢
AR ARA ARA&
a8 SEEee3R
4
pEiied

i';

S2FoS=zes
&
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AAAARANA RN

1
504-16213
8 #509-16398

504=16218

504-16233

508-16327 #509-16397

16402

85 508-16357
%§ '508-16342

#509-16404

*
&

508-16372 #509-16405

508-16377 #509-16390

502-16171

502-16176

502-16201

506-16270

506-16275

506-16280

506-16290

509-16393

509-16392
509-16400
509-16405
509-1g408
240-851

509-16393
09-16404
509-16405

509-16397
509-16404
509-16408

211-7758

397-1%316 240-8529

509-16397
09-16404
509-16408

3 =12367
M73-6942

509-16393
509-16403
509-16405
509-16409

240-8536

240-8540

13-7796
283-9546

213-7819
283-9606

73-9202
285-9646

273-9209
287-9708

73-9286
03-10088

275-9312
305-10096

75-9367
5-10106

%1 7846
213-7854
47-5876
*147-5877
0 -161 9 502-16169

282-9493

282-9496

303-10053

305-10099

b =D =d = =B
O~
b e
N

97:?30‘1 0421-13553

#158-6125
174-7011
279-9459

g #513-16443

509-16400

502-16174 #513-16441

6
25

3§§ #513-16447
0

508-16345

508-16365 #513-16448

504-16243

500-16144

500-16139

508-16347 #509-16409
500-16134

2NV

co
NU‘N§
F2E
N

&H'\W»h VO

256

16181 502-16186
5836 *145-5842
6399
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&-s-n
SR RIRS
ONOACOONONOTM

A A

8§

d b b b o (S D dd

OONONONONONON

70257
070 g
07033
070401
070447
070597
8977 5
0561

EM
EM
EM14
EM1S
EM7
EM19
EM2
EM20

)

- 80000%D
ENTLEC
0
EMN
=

65
96

= 104471

ECCIDI

e R

ECCTYP

= 104470
= 104472

e B

ECCDIS
ECCINI

002174

DUMMY

067444
067
067476
75
067150
067524
0671
067170
067
067222

D124
D125
D126
D127
DT3
DT30
DT4
DTS
D16
D17

067422

()]

0673
067
067376
067144
0674604
067414

DT14
pT1
oT
Dtso
DT
0725

16119

827
7

#111-4687 12?:2 6§2 151-5950

o7
DT

= 17757
0671
067,
067274

DSWR
oT1
DT10
DT11

14770
01535

TAL

DONE

=3=2

DISPTB
DOBACK

23
298-13447
463-14802
e
7141
SR
14
'463°
'629°13468
151-;
aib)11;:; %
'; 3 #191-7339
187—7 21 g

DISPLA
DISPRE

Rsfs.§N§§S

—y

OOOOOO-‘-‘& N=Wn~
~4

SYMBOL

DIAGFL

ON 26-APR-82 AT 09:54

MACRO

*
L
B%
\
=2 AN
=
NN - AN
ViAWV
= — - ==

CREATED BY

CZMSPA

SYMBOL CROSS REFERENCE

SEQ 0407

PAGE 7
CREF

#217=7 26

H16

CREATED BY

CIMSPA

SYMBOL CIO‘§S REFERENCE

MACRO

ON 26~APR-82 AT 09:54

508-16380 #513-16450

41
1%

#513-16456
0513-16457

23
3-10057

PN
W=

002023
00202
= 000004

4%1-13251
g 17-7924
305-10101 #325-10716

191-11887 #371-11959
=190
s 13-7839 *355-11422
14

002016

173-6940
303-10090

13-7838

51;5130 wsoys

273-9230

OO N

04
00.
=1

9660

ERRPSW
ERRSP
ERRVEC

S -M DIN

ERRPC

NS R R o R B S S AT A

EM4O
EMS
EM50
EM51
EM5
EM5
EM5
EM56
EM57
EM6
EM60
EM61
EM62
EM7
ENASBE
ENA1SB
END
ENERGI
ENEXBK
ERRADD
ERRGEN
ERRMAX
ERROR

PAGE 8
CREF

SEQ 0408

476-15167
476-15?
4

2 73-9256

1
1
1
1
1
1
1
1
1

—ONOOMITWNITO MOTNOONV

315-10334

279-9422

92-9gi

199-9418
1§

=105
§
gg
10

0?— 101

0160:8249

247

feon,
%9-11108
54-14

g91 4

#654-14
460-14692

460-14698 #460-14700

Se
99-

63-14722 *462-14766 *462-14768 *462-14774

p]
7

116
CZMSPA

CREATED BY

SYMBOL CQOSS REFERENCE
SYMBOL

MACRO

ON 26-APR-82 AT 09:54

PAGE 9
CREF

11297
55«
2297-9957
%-9957

199=7455
363-11 18
397-12546

01=7494
5=11725

466-14

486-15611

169-6810
19
*16

+303=-10062 *337-11079 *339=11104 *339-11108 *339-11111

466~14898

93~ 35
g126462

195-7SOg
g g393=12476

55-8847

44-11204

379-12076

22~
42~ SS

172-6

8?22
242-8
Sg

24-81

91=7342
38-8444
90-12429

#386-12244

=14756

SEQ 0409

197=7418
;40-8534
397-12532

#160-62
#316-10395

#316-10393
z
60

34
#111-4796
169-6776
0139-5576 *167-6715

169-6828

11-768

42-35

32-82
19-

46-S

19-7968
34-833

14
52:30

46-865
49-86; ?g
1?: 1 44-8615
§§.96 44-862
89-972
6
1
877212063
* gg 1 «377-1
SE
g
§§1.
Wi
0630-15231
Sheicesy
1
630-1
t430-1§235
HE
-1508
*327-10810 +327-10811 327-10812 327-10814 327-10816
-81
141-5734 *147-5865
#327-10808
st
222-8079

J 16
CZMSPA

CREATED BY

SYMBOL CROSS REFERENCE

MACRO

ON 26-APR-82 AT 09:54

SEQ 0410

PAGE 10
CREF

382-12179 *384=-12186 384-12203 +390-12304 390-12422 #393-12441

393-12471

380-12144

§ 51

g-8530

-10304

*240-8541

363-11657

248-8737

249-8749

250-8760

#329-10854

3=-1327
462-14787 #663-14791 465-14828
7-8856
=9503 = 1-9783 *291-9795
82-948
208 *] 0-62 18 *160-6266 *282-9480
=10595 *323-10608 *324-1 0649
22-105
*319-10455 *3 1-10495 +321-105 04 '32%-10540
240 *4 g3-13258 *451 =144 81
1-13
*421-13
22
3
6
73
*326-10780
*
*324-106
6
324-106
=146519 *451-14524 *451-145 29
1
*651-14487 *4 51=14492 +4 31146499 +4 1-14502 +4 1
*453-14570 *453-14575
*453-14535 *45 3-12;60 *453-14545 » 453-14550 +4 53-14555 *453-14560 4
*453-14580 456-1 2 5 %458-14650 458-14652 460-14679 *460-14689 *460-14 708 *460-14713 509-16386
509-16404 509-16406 509-16409
509-1g392 509-1 99 509-1640
509-16399
#139-5569 *656=-14615 +4 36-1461
*456-14616 *456-14620 509-16399
#139-55 7
155-6053
#110-459
*209-7671 *211-7727
*187-7265 *191-7344
*187-72
#141-573
*
77-9416
75-9345
75-9328
«+
73=-9255
73-9
*2
] 91-9794_
23-10597
+ 05-1012 1 +305-1
3
4-1066
5-10723 +325-1074 5 %325-1
23-10611
+460-14
14693
*460-1
*46
67
0-14680
*393-12459 *3 7-12529 *4 8-14655 *4 8-14
476-15172 +476~-15173
*470-14 999 476-1
*460-1471 7 %466-14910 468-14
15180
11 #373-11982
7573
2
4
5
1
-6575
1 -9567
*166-651 7 *166-6519
9
*149-592
g: 129 t}
7
1
10
)
38-8458
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IBSAVE
1111

- 97774

§
:
951 428-14963

£58

305"

89 4338

%18

gs *149-59
Tog-eds
5 3
538-84
9-14855 *4
; 7-6111 N
0
08
8005
91-98
i 16-10395
4

8-8495

84318

§§-717S

#159-6155

3 #§16-1
321-1

é:9
103
10460

K 16

CREATED BY MACRO
SYMBOL CROSS REFERENCE
CZMSPA

VALUE

REFERENCE

1-1051

109
3-1063¢2 # g=10

#324-1067
ILLCSR
IMPTES
INCBNK
INCPAT
INCRPT
INHBAN
INHECC

014124

PAGE 11
CREF

ON 26-APR-82 AT 09:54

325-1073

182-7081

5=107 7

1- 1051

b o109

g=10556

3=10

5=10737

5=10734 #325-10734
#325-10737

325-10736

23-1063 353-10632
4=10675
324-1067
#325-10736

201-7504

203-7544

205-7587

207-7627

1 5-709 182~713’
-998

#174-694

013064

172-6921

047464
0674?2
0025

-7367
1-7507
#139-5712

197-7429 0373-11974
522-7547 #373-11973
*363-11651 363-11659

002134

#139-5597

1706

047510

00%532

193- %61

#139-5711

195-7401

211-7g6g

197-7433

343-11163
172-6906

10634

199=7470

g=10556 g$§-10556 #322-1055

10936 #

10634 g 4=10675

173-6923

182-7053

219-7970

238-8446

355-11411 +371-11908 *371-11952
388-12270 390-12331 393-12464 397-12534

511-7693

361-11555 +371-11908 +371-11955

35 =11414

#111-4747

*147-5874

+147-5875

002004
026774

#139-5551
233-831

s %-8814
33-8320

= 172360

#111-4887

222-8098

380-1%109 *380-12111 t382—12154 *399-12563 *399-12568
246-8639 #253-8813
244-8575
242-8546
234-8330
297-9956
297-9930
222-8145
222-8144
222-8125
222-8124
222-8100

= 000020

045740

= 000010

= 172374
= 172376

= 106417

#139-5598

#110-4671

211-7709

363-11684 0323-11694

#296-9893

2969909

17-7918

36-8416
#222-8101
'222-81;6

6-8421
+234-8361
*222-8146

*236-8414

44-861
46-8648
-1%233386-12244
423-13275 426-13328

;
88-12§
426-13334

§S7-8886
88-12292
429-13431

273-9222

75-9322

236-84
#111-4893
#111-489

#110-4608

169-67

9-67

#373-11986

363-11649 *363-11650 363-11658 *363-11665 *363-11673 +365-11733

170-6

002136

= 104511

325-10736

169-6811

169-6834

174-7024

363-11682 365-11741
388-1;296621-13217
429-13435 430-13494

513-7845

7-11802
421-13233
432-13528

234-8357

234-8360

213-7853

7-11816
421-13244

242-8554
377-12064
423-13263

= 002000

#111-4679

= 172340
= 172350

#111-4877
#111-4881
164-6439

; 369-11844 430-13483 432-13501
1-1159
361-11515
+162-6281 t163-634§ '163-635
*163-6407 *163-6411 *163-6415 *164-6429
166-6681
166-6679
166-6639 *166-6678
166-6591
*166-6497 *166-650

*164-6438
369-11859

= 172352

#111-4882

+166-6498

*166-6506

166-6642

+166-6659

*166-6665

*166-6671

*166-6679

*321-10477

= 172300

#111-4857

361-11593

369-11826

425-13317

428-13393

428-13417

432-13502

00211

l139—55;3

*371-11905 +371-11915

1g9~7317

478-15210

%97-9929
*145-5840
191-7349
363-1163?

%9 36-64
g 4-8351
63-11637

15-10346
126-64 i
g g-866
373-11989

42-8560

44-8586

244-8614

246-8654

540-855
388-12263

231-1gggg

182-707
1-10889
393-12467

*166-649

166-6681

002524

= 172354

= 104422

00237

00;560

= 157776

#139-5709

+369-11860

369-11868 +369-11877

*369-11862 *369-11879
#111-4883
#110-4612

0139~59

#1461-5725

#113-4975

155-6058

144-5794

211-7683

002552

296-990
%89-9755
*144~5
#1461-5722
*182-711
184-715
361-11572 261-115

LASTBL
LASTER

002554

LBLSO

8882&2

#i141-5 g

LBLS1

= 000403

395-1;524

97-12537

'166-948

166-6507

220-8049

400-126

2 ;-3271

;34-8340

88-6%;
1g
8-847
386-12221

-1

W
N

SYMBOL

SEQ 0411

316-10395 319-10460 321-10512
291-9808
282-9508
160-62
159-617
;:2?1? .}g 3:6%5
'}322-10556
ggg-18§§7 325-10736
24-10g
3-10634
-10632
16-10393
1-9806
160-6259

L 16

LINK2
LKS
LOADBA
LOADCS

002520
= 177546
00242
= 10442

LOADHO
LOOP
LOWMAP
LSIZE

002562
014742
046344
002374

LSTSS

= wawnnw

MAINT
MAPHO
MAPKER

= 177750
= 170202
046706

MAPLO
MAPLT

= 170200
= 170204

MACRO

ON 26-APR-82 AT 09:54
)

#242-8560

*242-8568

*238-8436

%244-8584

%244-859

*238-844 g

.538-8456
46-8654

169-6789

*244-8587

%244-8598

2448616

244-8623

16=1037
26-1077
384-121
377-120

321-10487

321-10499
346-11236

322-10533
346-11244

159-6176
§91-9808
21-10512

325-10734

160-6259
91-9808
322-10556
325-10734

251-8776

251-8784

251-8792

244-8580
390-12363

246-8644
390-12428

255-8822
393-12475

240-8516 +371-11905 +371-11931
172-6904
182-7050
209-7659
511-7757
17-7917
217-7917
217-7922 #217-7934
go9= 7667 lg =790 7
*341-11
-1 13% * 41-11}30 *363 -11633 *363-11703 *365-11742 *365-11745
509-1
*432-1351

373-11969

* 40-8512

MJPAT
MJTEST
MKCNT

MKPAT
MKTEST

3119:270;

*169-6746

#139-569

t363-11951

365-11719

$24-106s3
$5310%0
?gs:11335 §g§-11 4 5
189-7336

0111-4785

5-5819

11
2 31-8257

MMR1
MMR2
MMR3

= 177574
= 177576
= 172516

169-6764

65-11724

-11622

363-11692 365-11751 #365-11761
#139-5680 #184-7151 +184~7164
157-6114
157-6111
160-62
160-6260_
160-6259_
31610393 316-10393 gl -10395
322-10556 323-10632
325-10736 325-10736 325-10737
247-8726

#369-11855
*363-11689 *365-11750
365-11764
173-6937
169-6761

91-9806

325-10737

426-13361 *428-13389
250-8759
248-8736

426-13361 *428-13389

211-7708
388-12269

242-8551
390-12330

#182-7115

432-13516

37/-12059

*182-7092
#187-7257
145-5845

182-7096

=182~7100

+182-7105

219-7969

219-7974

#219-7982

*211-7751

211-7751

#211-7763

43013492 +432-13511
91 %432-13510

64
187-7269

251-8768

365-11763

630-13475

#211-7675
#215-7867

321-10512
324=10675

323-10634

174-6948
386-12230

#219-7962

0434
020274

= 177572

§4g~8520

313-10295
*169-6750

020620
020514
17

MMRO

*169-6749

§46-11 56

38-8485
*246-8662

169-6803

*169-6745

#361-11514

MFPT

PAGE 12
CREF

CREATED BY

CZMSPA

SYMBOL CROSS REFERENCE
SYMBOL VALUE
= 00040%
LBLS2
1
=
LF
002516
LINKT

SEQ 0412

1
1 45-5826_ *145-5827
*375-12007 «377-12052 426~1
#339-11107
*147-5888 +147-5889
*144-5792 *154~-5993 *154-601 8 *154-6015
311-10216 339-11113 361-116 1 377-12038

509-16390
390

509-16398
509-16398

95-14875
7-12053

380-12135

426-13349 *428-13402

85 +363-11693 *365-11749
490 +432-13509 509-16390 509-16398

399-12585

406~12664

ON 26-APR-82 AT 09:54
428-13
v

425-13288

0D\
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VAN
WO ONONNOW
OCOOONWVIWN=~IWNN
o\

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE
REFERENCES
SYMBOL VALUE

SEQ 0413

CREF

430-1 g46
483-1 gg

=13658

462-14746

463-14799

470-14987

335-11042

465-14833

472-15035

472-15039

473-15105

*159-6167

*159-6170

159-6172

*335-10956 +335-10958

434-13592
485-15525

434~
485

333-10939

*159-6161

*159-6163

*33
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#51 7-16520

335-11040 #517-16518

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#517-16507

#517-16512

331-1 906 #517-16514
108
331-10896 331-10908 #517-16515
333-10937 #517-16516
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+335-10968

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478-15200

#517-16547

478-15215

478-15230

335-10999 #335-11011 «335-11021

478-15245 #517-16521

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE
SYMBOL

VALUE

ON 26-APR-82 AT 09:54

SEQ 0414

PAGE 14
CREF

REFEREN
" ?9-}2§§; 393-12451 397-12522 #517-16567

§80-1 122 #517-16569
#517-16570
90-12334
429-13451 #517-1657
393-12442 #517-1657
397-122;0 #517-16574
393-1244
478-15191 #517-16575
473-15082 #517-16576
487-15711 487-15770 #517-16577
487-1571; l517-12578
487-15772 #517-16579
487-15713
487-15771 #517-16580
466-1490; #517-16581
468-14955 #517-1658
184-7201_ #517-1658
397-12513 #517-16584

3-11632

395-1%49
189-7293_

363-11669 #517-16585

#517-16586
#517-16587

478-15209 #517-16590
478-15225 #517-16591
478-15240 #517-16592
478-15234 478-15249 #517-16593
485-15535 #517-16594
485-15537 #517-16595
485-15539 #517-16596
399-12562 #517-16597
399-12567 #517-16598
382-12148 #517-16599
470-15004 #517-16600
400-12599 #517-16601
399-12573 #517-1660
399-12580 #517-1660
400-12614 #517-16604
400-12619 #517-16605
184=7191 #517-16606
184=-7195 #517-16607
184=7199 #517-1660
154~6010 #517-1660
4-6059 #517-16610
154-6030 #517-16611
154-9024 0517-1661;
1 g- 145 #517-1661
395-12485 0517-16619
#517-1661
163-6416_
402-156 3 3517-16613
404-1
#517-1661
159-6177 3517-16222
#139-5681 *184=7151
+184-7161

184-7192

184-7194

186-7237

509-16391

MTPBO3

MTPBO4

MTPO10

-8097

027550

#000-8139

027702

034
035314
035706
036
027610
0
0353
035746
036
027626
0345
035612
036104
035634

236-8399

027400

MTPO11
MTPO1
MTPO1
MTFO14
MTPO15
MTP016
MTPO17
MTPO20
MTP022
MTPO25
MTPO30

030
031162
031550
032264
032510
033254
0340
034114
034
035343
0361

MTPO3
MTPO34

036242
036340

MTPO35

036364

%
44-

#261-896

#222-8141

328-10843 +328-10845

328-10848

238-8484

238-8490

246-8678

246-8684

246-8690

#273-9153
#275-9294
#277-9376
& 85-9667
058 =951
& 85-991
l 89-9
g
33-83
#296-9888
#303-1
60—6511 0309-10184
09-1021
#305 10190
64-8

13 21
38-84

246-8711

#315-10319

e
S

*328-10842

263-8995

- 599 #292-9835
34-8356 §99-10023 #301-10026
5=10097 # gS 10113
% g 420 0307-10145
6-8404
1-8964 #263-8980
263-899
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01-10032 #301-10034
305-10102 #305-10125
5-10100
07-10139 307-10148 #307-10163
-8986 #263-8988
32-8306 #294-9870
303-10069 203-10071 #303-10087
03-10066
#236-8403
236-8415
#307-10176
303-10080 303-10082 #305-100935
3-10077

g
;1

00
S

259-8904

265-9024

222-8144

#265-9011

307-10181

#292-9818
01-1
05-10095 #305-101
23-10087

035664

MTPB21
MTPB24
MTPB25
MTPB26
MTPCO3
MTPC21
MTPC24
MTPC25
MTPC26
MTPDO3
MTPD21
MTPD25
MTPD26
MTPEZ25

265-9002

#307-10138
36 41%

6-8409

MTPA26

Sdh

036014

MTPAZS

265-9018

% 2-8141

adbh

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#299-998

#265-8998

#261-8939

adh

034430
035254

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0%2646

MTPA21
MTPA24

MTPAOL

273-9272

#209-7655

73-9 bs
73-926
73-9284
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0304§g
0304
030538
02751

205-7584

201-7501

73-9177

MTLB11
MTLC11
MTLO11
MTPAO3

207-7624

203-7541

199-7464

197-74;7

Sl dadth

03041

195-7395

MTLAT

240-;535

016

0249

MTEST

VALUE

ON 26-APR-82 AT 09:54

SYMBOL

MTA030

MACRO

CREATED BY

CZMSPA

SYMBOL CROSS REFERENCE

SEQ 0415

PAGE 15
CREF

#311-1024

13-10304
238-8461

#314-10307

MT0003
MT0004
MT0005
MT0006
MT0007
MT0010
MT0011
MT001
MT001
MT0014
MT0015
MT0016
MT0017
MT0020
MT0021
MT002
MT0025
MT0026
MT0027

169-6774

19-7987
19-7988

#220-8025
#220-8047

390-12382
390-12383

19-7997

& 34-9371
19- 993
#238- 650

#240-85
9-7998

024566
025070

187-7274
217-7946

MT0034
MT0035

026000
026152

17-7917
17-78%?
19-7993 # 69- 99

#247-871
#248-8731
98:1;413
#249-8746
#250-8752
#251~ 79;
#251-87
#251-8781

MT0036
MT0037
0040
MT0041
MT004
MT004
MT0044
MT0045

0265;2
026
026404
026408
02645
026514
26554
26614

15-7875
15-7877
# 62- 743
15-7878
15-7879
15-78%0
15-7872
15-7874

MT0999

026760

169~S9§g §1s- 898
17-7954

169-6748

MT0030
MT0031

217=-79

LS AL

5-7889
7=7944
187-7264

023522
023600
024102

]
7=7945

19-7989 #222-8075
19-7990
17-7940
19-7991
217-7941
19-7984
515-7867
19-7986
17-7937
215-7884 #224-8168
#226-8177
215-7890
215-7891 #226-8186
#226-8201
215-7892
#227-8212
215-7873
215-7893 #229-8226
215-789%4 #229-8235
217-7936
19-7985
215-7876 #231-8251
7-794%
%19-7 4
;:;33
19-7994

021240
021472
021614
021750
022
022
022102
022160
02
022350
022440
022516
022574
022616
022706
023160

17-793
17-7939

169-6746

90-12384
#222-8111
# 22-81%9
0224-31 1
0526- 158
90-12389
90-12390
90-12391
90-1 39§
90-1239

390-12396

90~ g
0;36-? 29

390-12401

90- g 02
0536-8 82
92—1 404

375-12003
#242-854

#169-6846

165-6847

390-12385
390-12386
390-12387
390-12388

390-12394
390-12395
0;29-8 46
90-12397
l23§-g§64

l§3 . 260

169-6808

#220-801

020760
021

169-6745

020700

90-12381

012422

#316-10351
#317-10404
#319-10425
# 1-10463
& 3-1051
#323-10560
#g 4=10640
#325-10680
#3 6-19756

MT0000

MT0001
MT0002

REF;R NC;S

47-8727
48-8738
49-8750
50-8791
51-87 g
51-8778
51-8786
51-8794
251-8803

0365%6
036752
0 70;6
037176
037432
03762
04014
040330
04067

MTST3

VALUE

390-1%398
390-12399

SYMBOL

MTPO36
MTPO37
MTPO41
MTPO4
MTPO4
MTPO4L4
MTPO4S
MTPO46
MTPO47

SEQ 0416

PAGE 16
CREF

LAl

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE

ON 26-APR-82 AT 09:54

397-12535

390-12403

377-12044
90-124

390-12405
93-12465

17-7949 219-7969 219-7983 219-8001 #246-8668 390-12409

90-12410
90-12411
90-12412

390-12414
88:1 415
1 419
90-1241
1 418

1 -73

17-7955

515-7

17-7956

515-79 1

217-7957

15-792‘ 517-7917
17=79

17-7959

17-7951

219-7969

17-795

219-800

MT1
MT2

0170%3
0170

C
NEMCNT

056430
002066

NEWBAN
NEWKER

002304
6640

MUT

9-7668 #209-7
*209=7 70 +390-12353 +393-12459
*187-7 62 *191-7344 *191-734
*187-7263_
#139-5
1517484
76-151
'476-15158
476=151
*397-12529 470-14997 476-1 6
13638
4;4-1 624 436-136§ 434-1
169-6842 *339-11092
167-6818
169-6796
169-6784
t169-6760
167-6
'127-670
#139-557
9
509-1638
339-11093 +339-11097
40-8533_ *363-11377 363-11686 363-11696 *365-11737 369-11832 369-11845
#139-5649
=11743 #369-11 4;
323-11695
g§-11Z£ #369-1186
3-11624

t382-1g174 t334-1§190 *3 96-15199

#139-5691

4 68-14961 470~
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0139~558§ *167-6704
167-670
9-6742

t23 -8468 *238-84
9-6741 *169-682
l 9-11090

465-14860

*24
*169-6836

540-8530 *240-8541
39-11090

380-12101

*167-6702
*240-8504

016

1166-5312
i 9-7

*393-12474 397-12511
144-5790 #144=579

466~14883 +466-14912

465-14823

*164-6428
*157-60
*226-8208
%219-797
+ 15-1034
*315-10320
8‘
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*282-9475 *303-10049
*388-1225
1
386-1
388-1225
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86-12209

*144-5804

#139-5581
79 3

«397-1 544

*388-1229

*169-6760

7-11067
90-12373 90-12378

468-14949

11-7725

39.1174

393-12440

*240-8513 '260-8530 *240-8541 #242-8548
462-14758 466~1 88
246-8655
20-8053
425-13 09 426-13330 426~-13350

Hel
;;8—809
3§
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702
78
355-11376
321-11518
257~
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428-13399 &
3
15034 *472-15037 *472-15048 *472-15050 +473-15072
0179-§
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335-11000 -11023 *47

462-14737 #462-14739
l§7;-%701 *145-5837 +145-5839
NULLFL
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OLDCSR
ONES

002340
005642
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002154
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PADDRE
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PAFBAW
PARBAF
PARBAW
PARCNT

002034
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01627
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6608
00207

PARITY
PARTHE

042406
002300

PARVEC
PASFLG

= 000114
002262

#139-5
157-6087

0129- 64§

#139-5

741-5

154-5992

166-6486

189-7318

355-11395 36i-l1574 375-12005

213-7822

213-7824

222-8114

*253-8810
#157-6105

*172-689
1

3—680

172-6916

*172-6917

176-6963 174-697

3;7-10819 g 7-10824 453-14540
#139-55
16388
8
01-7514
#201-7489
187-7
82-7556
# 2-75;7
187-7253
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187-7254 #205-75 S
187=7255 #207-761
07~
#139-5579 «1 7-8 01
37
*282-949
; 501 +282-9511
#337-11
147-5882
0139-5
+303-10051 tg 5=1 113 +305-1
9-1 +388-1 26
gifl *386-12245
0111-4
«147-5 § *147-5 3
160-6228
#139-5639 +160-6
*160-6226

NCES
15—§004 219-9005 219-8006 219-8007 #253-8808

ON 26-APR-82 AT 09:54

MACRO

296-9897

296-9899

203-7567

:335-10;04 335-1074‘ 183248720 «339-3708s
S’ *315-10325 +315-10340

160-6235

160-6246

160-6253

337-11076

160-6260

386~12209

+209-7658

CREATED BY

lan)

CZMSPA

SYMBOL CROSS REFERENCE
SYMBOL VALUE

SEQ 0417

PAGE 17
CREF
v

319-10460 «321-10078 +321-10485

+323-10575

323-1061

v130-5587
+207-76

«181-7540
17

PATERR
PATPLU
PATTER

002072
004606
002110

PCBUMP

002322

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041352

PCONF2
POP110
1
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041620
042602
054476
056644

#2s-1331
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451-14510
1 2503

PERECC

057556

#658-14648

PERBNK

PERRA?7
PERRO1

PERRO2
PERROS
PERRO4
PERROS
PERRO6
PERRO?
PERR10
PERR11
PERR12
PERR13S
PERR14
PERR1S
PERR16
PERR17

PERR21
PERR2Z
PERR23
PERR24
PERR2S
PERR26

057476

057
= 104427

= 1044
= 104431
= 104432
056640
05
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= 1044
= 104435
= 1044
= 10443
= 104440
= 104441
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= 104444

= 104445
= 10446
= 10444
= 104450
= 104451
= 104452

82-9508, +323-10576

0?53:;§§55
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9-5919

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2321 390-12322
99-15303
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397-12511 +397-12544
"393-13040 +393-12474 #222-8131
800-15007
13135
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337-11071

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1 1-774

315-10330

315-10345

421-13247 454=14584

454=14596 456-14611 #458-14632

451-16268 #4654-14595
651-16?45
451-1
1-13224 423-13265 451-1‘482 651-144
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456=14621

63-8991
265-9029

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63-8983
65-9007

259-8934

67-9063
7-9022
1
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67-9044
67-9049
69-9085
69-9091
69-9099
69-9105

#110-4621

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#651-14509
l110-4656
#110-4625
#110-46 9
0118:26
#110-46

460-14705

458-14

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453~ 14566 0458:146 08
0110—66%0
59-8921

311-10257

92-9823

#110-4635
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#110-46
#110-46
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89-9738
99-18811
10016
7-10151

301-10040
307-10156

51-14520 453-14536
3-14581 #454-14583

314-10314

7-9935
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292-985
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T
91-2800 87-9868
*881-9764 o
31910439

PCONFS

gAgE 18

—

SYMBOL CROSS REFERENCE
SYMBOL VALUE

MACRO ON 26~APR-82 AT 09:54

wv'n

CREATED BY

CZIMSFA

SEQ 0418

7-9939
7-9948

PHEBE

014004

PHYADD
PMEMFL

002036
002140

PROTYP

003752

PSIZE
PSW

002400
= 177776

PTABLE
PWRVEC

036732
= 00002

QUICK
QVFLAG

002432
002342

036044
= 104411
= 104414
= 10641§
ROLIN
RDOCT = = 10441

RANODD
RDCHR
RDDEC

110-4640

573-9220

283-9561

73-9 54
10280

275-9344

= =000 O0OO0OWN

O‘OQOO-‘O-fig
N0
= ON

73-9248

45614610 #456-14623

285-9659

458-14654

460-14690

363-11619 t371-11907 +371-11937
162-6331 *163-6374 *163-6404

-6326
*16%
11170
5=11744 *365-11744
*182-7118 *182-7123
273-9228
o

283-9567

344 =11190

344-11192

344-11196

182-7126

182-7128

182-7130

226-8190
249-8747

2 26-8205

250-8756

2
251-8768

165-5851

145-5860
220-8039

151-5956
20-80

285-9666

319-10456

*163-6405

63-11678

*163-6417

+363-11678 *363-11704

246-8706

182-7132

*182-7134

*182-7136

473-15094
t473-1§088 %473-15089 *473-15090 *473-15091
+473-15093
7-8216
229-8236
229-8230

8181

48-8732
71-11934
*145-5850
169-6806
24-8361

2%0-80
234-8343
i 4=
8306
382-1217
466-1489

0-8505
5-11747
58-13 87 462-14771
139-5682 t186-7151
155-6038
*155
2-8552 - 64

236-8391
44-8626

82-1;1 9
76=1351

184-7196

36-83
246-8676

1204
-153-5979

2113
652
1964

487-15
386-1221

328085
588436
8682

230-813a
38-845g

169-6772
232-8274
38-8482

184-7198

*397-125 g-1 21
76 *

4 .4 9-1
-10707

5974
*153-5974
w

251-8782

84-12204

84=12192

5-6045 +169-6771
-;ss-ss44
§ -864
65-11739 +367-1179

*147-588 9
167 588
43 13478 -439-1 48

251-8774

234-8375
251-8798

4-11199

46-868
386-12246

129-680
1-10874

814
31 t6 1

426-13359
*174-6951
3-10933 '335- 0951
en

.%'m ;8-154
1 %478-15

3-5975

*425-1 gog £425-13301 *426-13367 +428-13378 *429-13450

189-7294

*189-7296

t430-13481 *432-1

413 #307-10153 +307-10157
-336-3
486-1560
87-1573
88-1225

*432-1351

246-8713

2739264

275-9361

279-9430

2 388-12287 390-12307 390-12320 390-12325 399-12554

SEQ 0419

PAGE 19
CREF

aereaences

CZMSPA
SYMBOL CROSS REFERENCE
SY
VALUE
= 104453
PERR
= 104454
PERR
PERR31 = 104455
= 104456
PERR
= 104457
PERR
PERR
= 104460
PERR3S = 104461
= 10466%
PERR
PERR37? = 10446
PERR4D = 104464
PERR4T = 104465
PERR42
= 104466
= 104467
PERR4G3
PERXOR
057452
PFECDF
061740
PFECDH
0617
PFECDT
061730
PF2LEM
06164
PFECWS
061634
PFLAG
002120
002526
PGMCSR

—INOM\AM\”\A&

F—

CREATED BY MACRO ON 26-APR-82 AT 09:54

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE
REFERENCSS
SYMBOL VALUE
= 104426

READON
REALPA

002404
002274

011g~48 g
15-10333
2410664
384-12188

166-6534
319-10447
5-10720
4=12197

73-9223
1-10491
6-10776
421-13234

591-9788
22-1054
348-1128

03-10061
§3-10590
0-113

#139-5645
*224-8169
*232-8266

* 20-3013
« gg- 182
*S -8314

*220-8026
« 2-8191
+233-832

§§3:3112

*222-8130

*224-815

363-11660

363-11667

458-14658

#139-5684

REFRES

297-9963
§g0-8016
3-11661
193-7377

#363-11611

297-9967 #297-9971
220-8038_ #327-10802
$63-11662 #363-11674
195-7407

197-7444

#363-11677
#110-4606
367-118

RELOC1
RESREG

22-8104
22-8090
382-12166
80-12103
*137-5538 +137-5540 #141-5738
#111-67(3 «147-5884 +147-5885
382-12158 385-} }93 #382-12166

0139-5604
#139-5643

393-12463

# 160-6191

90-12

191-7343
11-7712
-

#139-5592
07-76%g

*390-12338
144-5793
5
/
2

371-11938
19
538-8445
397-12533

—

LARS

pary

S8
bNS

e Ty
L

NNN

034410
017670

203-7564

205-7602

207-7647

240-8527

234-8365

470-15000
151-5937

236-8405

491-15866

236-8422

328-10845

328-10851

367-11781

197-7441
375-12002
195-7391
238-8474

199-7478
377-12042

01-7516
203-7561_
205-7599
207-7644
380-12101 425-13315 463-14795 485-15534
199-7460
§01 7499
g-7539
205-7582
+371-11907 *371-11937 +371-11940 +371-11948

197-7423
240-8517

390-12430
65-14879

g 7-8905

13-7808

Saes #513-7891
{4 B L0w2 VY
#1114
153-302? 167669
#111-4847 is- 099 sgg- 101 1828534
F111-4852 +202-8103
+234-8360
#111-4853

336-841

458-14663

201-7519

69-11877 *369-11878 369-11879
236-8398
234-8354
2 -8095
234-8348
-14930 491-15851
12098
367-11782
73-9198
73-9259
73-9196
#139-5636 #273-9180 « 7 -9181
75-9356
%275-9
Sg
75-9319
*275-9301
75-9%02
75-9308
79-9431
«
79-94%
7709401
277-9393
277-939
77-939%
83-9531
*279-9453
79-9454
79-9456 *283-9520 *283-9521
83-9593
283-9600
83-9579
83-95;1 *283-9581 =28 953

020146

*gg?:g159

199-7481

Nu&

*363-11712 *365-11746

305-10130
4=10657
382-12173

9
3 *242-854
2 %40-850
8% *238-843
6-8
51-8767
#249-8748_ +250-8757
248-8733

*244-8578 %246~ 64§ *246-866
+251-8791
*251-8775 #251-8783
458-14666 458-16689 463-14793
297-996

REF SUB
REGCOP
RELENT
RELO"A

305-10118
3-10203
0-11320

READCS

SEQ 0420

PAGE 20
CREF

236-8411

328-10837

367-11779

.5;;-9 61
#277-9
%279-944
83-953
-9603
+287-9683

+275-9300
%277-9383
579-9‘48
83-953
+285-9621
+287-9692

85-9639

287-9681

*273-9261
%275-9358
* 79-943%
83-95
283-9601
+287-9683

213-7817

213-7823

213-7825

213-7831

213-7833

172-6879
234-8358

187-724
234-835

187-7259
236-8415

255-8850

257-8887

AT DDDDDDDIDIEE

ON 26-APR-82 AT 09:54

SKJ
SKPERR
SKuB
SKUJ
S0BK
SOBLEN
SOF TPA
SOURCE
SPLTCS

246
002064
045602
014006
002556
= 000056
002604
002
002236

sSSP
ST
STACK
START
START1
START?
START3
STAR27
STOPOK
STRIPE
SUBAAA
SUBAAB
SUBAAI
SUBAAP
SUBAAR
SUBAAS
SUCCES
SUPDOA

=%000006
= 177776
= 002000
003654
000300
000310
0002
024162
002414
002362
004644
004774
012446
014166
013372
011400
002330
0022

SKIPMK

SUPDO1

OOZggg

027030

355-11378
242-8563

244-8590
220-8055
242-8563
25-13319 42% 3419
169-6800
220-8015
169-676
244-8583
238-8479
240-8518
$67-11815
8
4130-5552
382-12130 » 82-12152 *399-12563 *399-12569
209-7663 *371-11908 *371-11958
179-6905
#139-3683
#662-14754
462-14741 4b=
355-11419 +355-11423
%213-7837
#139-5577 %215-7812
383-11668 #363-11671

242-8553

343-8528

#309-10212

111-4679
137-5541
#137-5538
#137-5540
5171663
r238-844
*174-7027
+296-9802
#151-593

137-5531
#144-5788

273-9174
246-8657

*361-11585

220-8028
244-8620

220-8050
246-8671

*273-9175

361-11564

%22-8117
28-10839

22-8135
363-11681

#145-5735
546-8672
+973-9191 #275-9304 *277-9397 *283-9535 *285-9635 +303-10047 357-11445
#139-3¢50
211-7717 #211-7750 #211-7753 +211-7760
#139-5633
4172-6908 #173-6930 i"l&-?bBSz *211=7695
#
361-11542 361-11547 #390-12357
42613333 %429-13430 478-15223
#111-4701 #155-6042 +255-8845 *25/-8882
#498-1609%

#111-4678
137-5530
137-5535
137-5535
#137-5535
238#730-5687
V333675
149-5920

141-5725

153-5978

462-14754 *462-14755 *486-15610
2969925 *297-9956
296-9906

297-9956

137-5542

377-12028

189-7301

252783 #170-6856
185878 Mae-si3g
#174-7027
175-6945
166-6508
N138-5658
$139-563
+224-8165
«232-828
36
44-B608
20-8003
46-8693

#167-6652
sgT1-TA11
0-8019
+204-8172

+232-8287
+538-8430
+g46-86%1
230-8045
#255-8821

361-11534
244-8590

220-8031
361-11517
167-6707
238-8450
$67-11799

e b =

#182-7117
249-8555

«273-9174
220-8055

182-7114
M41-5726

361-11516

- —D-A

273-8173"
320-8031

n11-4837

—

002

N11-48i0
#111-4842
36111585
#111-4843
114817
¥113-4976
36-8390
35-11740

1 *489—15832
8 *489-1583

pu—y

SKIPKA

SIZE

+222-8102
489~
6-8386 *236-8425
+147-586
489~
236-8385 *236~ 8424
+147-5870
71=11947 +400211-7679
1877262
#373-11981
199-7463
170-687¢
377-12023 #377-12031

11-774;
2117737
*220-8041 *220-8067
+206-8183 * 6-3192
+232-8269 *233-8315
238-8455
246-867
£20-8071
$28-10850

22-8096

*395-12489

*395-12496

33- 239

36~ 42?

%222~ 089
*226~ ;0
#2313~ SS

* 8:3120
*
541
#234-8358

-3138
*
*
§49
#234-8377

*224-8155
*232-8282
236~ 02

§8-8440 240-8508

= 1722564
= 172200

REFERENCES

4114850
#141-5728
$141-3739
#139-8540
195-7393
n70-g8el
189-7305

am Al AdD G gue g

SIPARG
SIPDRO

MACRO

SEQ 0421

PAGE 21
CREF
nowvniua
O\C0 00
-2 NN
Vil

CREATED BY

CZMSPA

SYMBOL CROSS REFERENCE
SYMBOL VALUS
SDPAR7 = 172276
002566
SEEDHI
002570
SEEDLO
002000
SELONL
06750g
SETPAT
01245
SHADL 1
047364
SHUTUP
SIPAR) = 172240
SIPARS = 172%46
SIPARS = 172252

ON 26~-APR-82 AT 09:54

CREATED BY

SUPDO%

027044

SUPDO%

027222

SUPDRO

002156

SUPDR
SUPDR
SUPDR4&
SUPDRS

002162
002164
002166
002170

SUPSTK

= 00074

g;HBOL ngfaEREFERENCE

SUPDO

SUPDR1

SUPDR6
SUPLIM
SWAPAT

027206

MACRO

ON 26-APR-82 AT 09:54

REFERENCES

222-8127
%:8105
0-804§
020

226-8209
" 59'3323

22-809%
44-861

478-15226 478-15232

151=5952 #151-=5957 *153-5976

470-15001

483-15465

483-15473

M11=4721

167-6724

173-693

= 000002
= 002000

#111-4720
#11-4711

255-8826

155-6041

Swl1

= 004000

#M11=4710

= 020000

#111-4708

#111-4709

44-5 31 #555-8823
6-8184

54-8 73
3+8325
46-8691

-8378
46-8712

167-6724

173-6939

26-8199
36-8401
49-8752

257-8859

255-8845

155-6052

184-7202

17=-7908
363-11631
=1476

79-9429 283-9577 287-9679
75-9360
17-7923 §73-9563
421-13250 426-13363
397-12515
393-12444
363-11666 92-1 366
432-14779 465-14830 465-14870 465-14873 466-14884 466-148%8

155-605

483-15465

189-7294

363-11631

189=7294
187=724
331-10883 363-11612
428-13385 462-14754

= 000001

= 040000
= 100000
= 000004
= 000010
= 000020
= 000040
= 000100
= 000200
= 000400
= 001000
003754
012042
012076
027124
061744
061754
061764
062034
062074
108
06212
062164
062172

257-8882

#141-5746 *151-5950

Sw0

SWi4
SW15
SW2
SwW3
Swéb
SWS
SWé
SW?7
SwW8
SW9
SyYSsSiz
TAG2S
TAG3S
TAG4S
TAG70$
TAG71$
TAG72$
TAG73$
TAG74$
TAG75%
TAG76$
TAG77$
TAG78$

257-8866

=147-5872

#113-4968

3-831
46-868

+257-8858

#141-5743

#111-4680

32-8307
4~-8166

SEQ 0422

232-8290 234-8362 234-8368 242-8569
23;—8288
232-8285
522-8140
%2-81%1
246-8716 #257-8856
46-8664
44-8629

257-8869
517-16632

= 000176

= 010000

2= ga
40-8510

255-883g
517-16631

SWREG

SW12

-8247
8-8491

32-8304
g&- 15?

#139-561
#4634-13656

002172
056506

#139-560
#139-5610
#139-5611
#139-561

002622

Sw13

9-324%
8-846

32-8300
-8089

255-8833

#139-5608

SWR

Sw1
SW10

CREF

255-8825

#139-5607

002620

9-823
3‘?3324

8-8147
-8068

PAGE 22

151-5957

465-14830
363-11612

462-14761
M11=4707
#111-4706
#111-4719
#111-4718
#111-4717
331-10883
465-14873
#11-4716
#M11=-4715
184-7202
470-15001
#11-4716
462-14754
#11=4713
462-14779
M11=-4712
145-5914 #145-581
169-6753 #169-678
129-6779 0169-3784
255-8834 02;5- 236
470-14977 #472-15019
470-14978 #472-15025
470-14979 #472-15031
478:14980 #4672-15045
470-14981 #472-15057
470-14982 #472-15063
470-14983 #47 -15039
470-14984 #473-150 s
470-14985 #473-1508

483-15495

486-15608

217-7908

217-7923

390-12366 393-12444 397-12515 421-13250

273-9263

275-9360

279-9429

283-9577

363-11666

465-14870

466-14888

287-9679

BEN

CZMSPA

ON 26-APR-82 AT 09:54

CREATED BY MACRO
CZMSPA
SYMBOL CROSS REFERENCE
REFERENCES
SYM30L VALUE
470-14986 w473-1s103
TAG79%
062252
129-6747 29-6751
TAGYS
011670
7-8867 #257-8869
TBG4S
027302
33510972
#335-10951
TCFIG]
041726
335-1100
#335-10981
TCFIG
042066
335-11025
#335-11011
TCFIG
042222
31-10299
331-10888
041654
TCONF 1
p1sg-s
z
+166~-6538
TEMP
002430
TESTAD

TESTMO

002406

002546

TIME
TIMEOU

0023
042556

TKVEC

= 000060

TMFLAG
TOOMAN
TOTCSR

002132
002402
002222

TRACE
TRAPVE
TSTBAN
TSTDAT

006204
= 0000
012310

TSTRD1
TSTREA
TST1
TST
TST
1ST4
1ST5
1ST6
TYPDS

043;30
= 104 ’g
005.
.
011404
011570
012556
014742
015014
= 104405

TYPEIT

= 104401

002244

SEQ 0423

PAGE 23
CREF

169-6786

169-6823

169-6845

472-15036
474mn
472-15049

331-10909 0333-10933
166-6594

166-6596

*186-7209

186-7226

#186-7227

%395-12482 *395-12483

162-6%8;

*162-4223

+162-6284

#219-7965
13-7793
275-9351
75-9310
525-1‘6‘9 285-9654

#219-7966
275-9368
287-9709

224=8154
277-9379
303-10050

166-6482
t211-7719
2248171

*166-6512
*211-7721
73-9200

*166-6513
*211-7740
-9201

*166-6658 *166-6669
21“—7792
%11-7740
73-9288

#141-5720 -145-5833 *145-58564

169-6771

169-6788
344-11215

169-6805
3 7-12060

169-6831
386-12231

174-6951
388-12271

0139-5685

*166~6 7g -511-7 1

262-8552
§1-1321s

#139-5661

244~ ag
621-13231

2117716 %11-7716

246-8646
421-13241

ag
257~
423-1 261

45 83-9552 83-9556 83-9607
583-9
79-9460
90-12303 #390-12359*390-12360*390-12364 *390-12426

423-13273

213-779
388-12289

169-6781 #339-11103 382-12176 382-12180
167-6721
164=-6446
1515956
147-5886
145-5860
384-12204 386=12246 238-12298
384-12192
31-10869 *331-10871 1331-10872 *331-10914 *331-10914 390-12303 390-12303
10369
331~
#111-4751
+390-12346 *390-12347 *390~12424 -390-12454 g-15440 93-12440 *393-12452 *393-12453 #393-12474
+393-12474 397-12511 397-12511 *397-12523 *397-1 Sg‘ 97-12544 +397-12544
373-11967
#139-5596 *201-7510 #203-7550 #205-7593 *207-763
#139-5683 #458-14644 465-14873 *466-14912
348-11260 350-11295 354-11351
166-6483
#139-5626 *157-6116_
162-6287
163-6345_ 163-6377
406- 2645 426-13337 428-13404 478-15193
164-6435 *164=6441 *164~6445 *402-12634 *404=12640 462-14736
#159-6179 #164~6427 *164=6433
o111-4rso *147-5878 *147-5879
1696763

169-6836

73-9189

-9199

273-9250

275-9326

275-9338

184-7200

189-7298

395-12484

#139-5635 #273-9183
*273-9184 ~%73-91a7 *273-9188
73-9217
273-9211
273-9205
273-9203
+273-9199
75-9316
75-9304
*275-9307 #275-9309
275-9313
*277-9404% * 77-94?2
277-9397 * 77-9402 22779402
83-95
#283-9529
#283-9526
#283-9525
#283-9524
83-9564 - 83-9583
83-95
283-95 g
283-9547
*285-9640 %285-9642
*285-9638
85-9635
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PAGE 264
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PAGE 25
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PAGE 26
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ON 26-APR-82 AT 09:54

SEQ 0427

PAGE 27
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PAGE 28
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ON 26-APR-82 AT 09:54

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ON 26-APR-82 AT 09:54

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PAGE 30
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PAGE 35
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