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AH-T157B-MC

September 1982

437 pages

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171MB

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Document:	CZMSPB0 M8743,M7981,M8022 MS11-L-M-P MEM DIAG SEP 1982 bw
Order Number:	AH-T157B-MC
Revision:	000
Pages:	437
Original Filename:	CZMSPB0__M8743,M7981,M8022__MS11-L-M-P_MEM_DIAG__AH-T157B-MC__SEP_1982_gray.pdf

OCR Text

MB743.M7981

MB022

CZMSPBO

MS11-L/M/P MEM DIAG

FICHE 1 OF 3 woriviea HBE@E@
AH-T157B-MC

e 1982

8743,M7779871WH51"1-L/M/P MEM DIAG
2 CZNSERD
v

AHEFLS7B-ME
—ctes
COPYRIGHTE 1982
D IFIGHE
@ OF 3 seetivug

BDBDEE

MB743.M7981

HBo0as

MS11-L/M/P

MEM

EPHSPRG

DIAG

e T

3 e

TE
06-JuUL~B2 10:35

SEQ 0001

PAGE 3

N AN A WA LN WA
N PO N NN NINOININD — e 2 e d e e = b
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000 N

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

.TITLE
CZMSPBO MS11-L/M/P MEMORY DIAG.
.NLIST TOC
=
.REM
IDENTIFICATION
PRODUCT CODE:

AC-T156B-MC

PRODUCT NAME:

CZMSPBO MS11-L/M/P MEMORY DIAG

PRODUCT DATE:

JULY 1982

MAINTAINER:

ELECTRONIC STORAGE DIAGNOSTICS

THE INFORMATION
WITHOUT NOTICE

DIGITAL

IN
THIS
DOCUMENT
IS
SUBJECT
TO
CHANGE
AND SHOULD NOT BE CONSTRUED AS A COMMITMENT

EQUIPMENT

CORPORATION.

DIGITAL _ EQUIPMENT

CORPORATION ASSUMES
NO RESPONSIBILITY FOR ANY ERRORS THAT
MAY APPEAR IN THIS MANUAL.

THE SOFTWARE DESCRIBED IN THIS DOCUMENT IS FURNISHED TO
THE
PURCHASER UNDER A LICENSE
FOR USE
ON A SINGLE COMPUTER
SYSTEM AND CAN BE
COPIED
(WITH INCLUSION OF DIGITAL'S
COPYRIGHT NOTICE) ONLY FOR USE IN SUCH SYSTEM, EXCEPT AS MAY

OTHERWISE BE PROVIDED IN WRITING BY DIGITAL.

DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY
FOR
THE USE OR RELIABILITY OF ITS SOFTWARE ON EQUIPMENT THAT IS
NOT SUPPLIED BY DIGITAL.
COPYRIGHT (C)

1981,1982 DIGITAL EQUIPMENT CORPORATION

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(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TABLE OF CONTENTS

DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
DEFINE
MACRO

TRAPS
BASIC PDP11 STUFF
CACHE REGISTERS
CPU REGISTERS
MEMORY MANAGEMENT REGISTERS
UNIBUS MAP RLGISTERS
SOFTWARE SWITCH & DISPLAY REGISTERS
CONTROL STATUS REGISTERS
PARAMETERS
FATAL
TYPE

MACRO
MACRO

NEWTST

MACRO

SUBTST

MACRO

06-JUL-82 10:35

SSNEWTEST

MACRO
$SUBTST
MACRO
TYPOCT
MACRO
TYPOCS
MACRO
TYPDEC
MACRO
BMOV
MACRO
MAP
MACRO
SUPERVISOR
MACRO
USER
MACRO
TESTAREA
MACRO
SET4 & RES4
MACRO
DLEFT
TRAP CAT"HER
ACT11 HOOKS
APT11 HOOKS
VARIABLES
INITIALIZED TO ZERO
VARIABLES
INITIALIZED TO NON ZERO
CONF IGURATION TABLE

L A2 2222222222322 ]]

HAIN

INITIALIZE VARIABLES TO ZERO
CLEAR NON-PROGRAM SPACE

AARRAAA
A AR NAAAN
AR RN RS

TYPE OF SYSTEM SIZER

INITIALIZE VARIABLES TO NON ZERO
INITIALIZE VECTORS
INITIALIZE PATTERNS
SUBR
PLUG IN NULL PATTERNS

CLEAR THE CONFIGURATION TABLE
SIZE FOR_A HARDWARE SWITCH REGISTER

SETUP ACT, APT, & XXDP

PROTECT PROGRAM & LOADERS

CHECK SYSTEM FOR CACHE
SETUP USER & SUPERVISOR STACK
GET SOFTWARE SWITCH REGISTER IF NECESSARY
GET MEMORY MANAGEMENT READY

T1
BIT TEST OF ALL CSR'S
DETERMINE TYPE OF ECC MEMORY

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

12
TEST BANK O ACCESSES
ENABLE ECC FOR CORRECT TRAPS
T3
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES
FIND SHADOW INHIBIT MODE POINTERS

SEQ 0002

CIZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TABLE OF CONTENTS

172~ 6890

182184~
186~
187~
187~

7047
7161
7218
7253
7270

187~ 7284
189~ 7288

191~ 7350

193~ 7364
193~ 7366
195~ 7396

06-JuUL-82 10:35

T4
ECC INHIBIT MODE POINTER TEST
LEGAL CONFIGURATION CHECK

PRINT CONFIGURATION DETAILS

CHECK APT SIZING
15
DIAGNOSTIC MODE DISPATCH ROUTINE
76
UNIQUE BANK TEST

FLUSH OUT DBE'S

END OF PASS ROUTINE

WRITE BACKGROUND PATTERNS
MTEST MODES
BANKS FORWARD ,PATTERNS FORWARD

BANKS FORWARD,PATTERNS REVERSE

BANKS WORST FIRST ,PATTERNS FORWARD
BANKS WORST FIRST,PATTERNS REVERSE
PATTERNS FORWARD,BANKS FORWARD
PATTERNS FORWARD,BANKS WORST FIRST
PATTERNS REVERSE ,BANKS FORWARD
PATTERNS REVERSE ,BANKS WORST FIRST
SUBR
SETUP _MEMORY TEST
TEST ECC CSR LOGIC DISPATCH
SUBR

**RECURSIVE
*+

**RECURSIVE*+

*+*RECURSIVE+*+
++*RECURSIVE=+
**RECURSIV*+
E
#*RECURSIVE++
**RECURSIV*+
E
#+RECURSIVE++

CHECK FOR SBE FREE LOCATIONS

CSR PATTERN CASE STATEMENT
SUBR
ECC TEST DISPATCH
PARITY TEST DISPATCH
SUBR

PATTERNS
MEMORY TEST SETUP ROUTINES

MT0000
MT0001
MT0(02

MT0003
MT0004
MT0005
MT0006
MT0007
MT0010
MT0011
MT0012
MT0013
MT0014
MT0015
MT0016
MT0017
MT0020
MT0021
MT0022
MT0023
MT0024
MT0025
MT0026
MT0027
MT0030
MT0031

247~ 8730

SETUP DATA PATTERN TEST
SETUP ADDRESS TEST
SETUP COMPLEMENT ADDRESS TEST

SETUP 3 XOR 9 WORST CASE NOISE TEST
SETUP ROTATING ZEROS TEST
SETUP ROTATING ONES TEST
SETUP INITIAL DATA TEST
SETUP ADDRESS BIT TEST
SETUP BYTE ADDRESSING TEST

SETUP CREATE SINGLE BIT ERROR TEST
SETUP WRITE BYTE CLEARS SBE TEST
SETUP CREATE DOUBLE BIT ERROR TEST
SETUP BASIC DOUBLE BIT ERROR TEST
SETUP WRITE INHIBIT OF BYTE WITH DBE
SETUP WRITE INHIBIT OF WORD WITH DBE
SETUP HOLDING 1°S & 0'S
SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR
SETUP MARCHING 0°'S & 1°'S TEST
SETUP REFRESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST
SETUP FAST GALLOPING PATTERN TEST
SETUP INTERRUPT ENABLE TEST

SETUP RANDOM DATA TEST
UNIQUE BANK TEST
SETUP FLUSH OUT DBE'S TEST
SETUP SOB=-A-LONG TEST
SETUP WRITE RECOVERY TEST
SETUP BRANCH GOBBLE TEST
SOFT ERROR - BACKGROUND PATTERN TEST
SETUP WORST CASE NOISE PARITY TEST
SETUP CORRECTION CODE TEST

SEQ 0003

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRC M1113

TABLE OF

CONTENTS

248~ 8742
248~ B754
249~ 8757

250~ 8766
251~ 8776
251~ 8784
251~ 8792
251~ 8800
251~ 8808
253~ 8819
253~ 8824
255~ 8832
259~ 8903
259~ 8913
259~ 8924
259~ 89
261~ 8950
261~ 8973
263~ 8991
263~ 8999
€5~ 9009
265~ 9022
265- 9031
267~ 9045
269~ 9088
271~ 9128

273~ 9164
275~ 9305
277~ 9387
282~ 9478
283~ 9526
285~ 9625
289~ 9727
291~ 9761
292~ 9829
296~ 9899
297- 9971
299~ 9993

06~-JUL-82 10:35

MT0037
MT0040
MT0041

SETUP ECC DISABLE TEST

MTPO11
MTPO12
MTPO13
MTPO14
MTPO15
MTPO16
MTPO17
MTP020
MTPA21
MTP022
SUBR
MTPA24

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
REFRESH DELAY
FAST GALLOPING PATTERN TEST

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
MT0042 SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST
MT0043 SETUP WRITE BYTE CLEARS SBE TEST
MT0044 SETUP SHIFTING 1/0°S THROUGH THE CHECK BITS TEST
MT0045 SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR
MT0046 SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET
MT0047 SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST
MT0999 SETUP NULL TEST
CHECK FOR KAMIKAZE MODE
SUBR
EXECUTE PATTERN IN SUPERVISOR
MEMORY TEST PATTERN ROUTINES
MTPOO0 BASIC DATA TEST
MTPOO1
ADDRESS TEST
MTPO02 COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)
MIPAO3 3 XOR 9 WORST CASE NOISE TEST (WRITE)
MTPBO3 3 XOR 9 WORST CASE NOISE TEST (READ)
MTPCO3 TEST DATA SUBPROGRAM
MTPDO3 TEST DATA SUBSUBPROGRAM
MTPAO4 ROTATING ZEROS TEST
MTPBO4 SUBR
ROTATING BIT
MTPOO5S ROTATION ONES TEST
MTPO06 INITIAL DATA TEST
MTPOO7 ADDRESS BIT TEST
MTPO10 BYTE ADDRESSING TEST

301-10037
301-10045
303-10055
307-10149
307-10156
307-10174
307-10187
309-10195
309-10201

MTPB24 FAST GALLOP PART B
MTPC24 FAST GALLOP PART (
MTPO25 INTERRUPT ENABLE TEST
MTPA26 RANDOM DATA (WRITE)
MTPB26 RANDOM DATA (READ)
RANDOM NUMBER SUBPROGRAM
RANDOM NUMBER SUBSUBPROGRAM
MT0030 FLUSH OUT DBE'S
MTPO31 SOB-A-LONG TEST

313-10272

MTPO33

BRANCH GOBBLE TEST

MTPO35
MTPC36
MTPO37
MTPO41
MTP042
MTPO43

WORST CASE NOISE PARITY TEST
CORRECTION CODE TEST
CHECK ECC DISABLE TEST
ADDRESS TO (SR ON DOUBLE BIT ERROR TEST
EXTENDED ADDRESS TO CSR ON ERROR TEST
WRITE BYTE CLEARS SINGLE BIT ERROR TEST

311-10252

MTPO32

314-10318

MTP034

323-10571

MTPO44

315-10330
316-10362
317-10415
319-10436
321-10477
322-10530

WRITE RECOVERY TEST

SOFT ERROR - BACKROUND PATTERN TEST

SHIFTING CHECK BITS THROUGH THE CSR TEST

SEQ 0004

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

TABLE OF

CONTENTS

324-10654

MTPO45
MTPO46

SEQ 0005

06-JuL~82 10:35

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST
CHECK SINGLE BIT ERRORS WITH ECC DISABLED

MTPO47

NO CSR UPDATE ON SBE WITH EXSISTING DBE

SUBR

COPY RO TO R4,R1 TO R3, & R2 TO RS

SUBR
SUBR
SUBR
SUBR
TRAP

WRITE BACKGROUND
GET CSR INFORMATION FROM CONFIGURATION TABLE
PRINT CONFIGURATION MAP
TYPE CONF IGURATION
PARITY ERROR HANDLER

MISC SUBROUTINES

— v

) =

ol wd cd cd o

b b s cd cod e

b cd

e o wd e

b wd o

(=]

$OITTAE RN B

- w—d

FLIP WARNING CONSTANTS IN WORST CASE NOISE

TRAP

NON-EXISTANT MEMORY

TRAP
TRAP

MEMORY MANAGEMENT (TRAP TO 250) HANDLER
RESERVED INSTRUCTION HANDLER

TRAP
TRAP

KERNEL TRAP HANDLER
ENERGIZE TRAP HANDLER

TRAP

TRAP
TRAP
TRAP

SURRE

—
P

(RPN

VIR
N -~

RSN

W
W

CACHON TRAP HANDLER
CACHOFF TRAP HANDLER

LOAD CSR TRAP HANDLER

READ CSR TRAP HANDLER
TEST (R1) & READ CSR CAREFULLY
ECC DISABLE ALL CSR'S TRAP HANDLER

TRAP
TRAP
TRAP

INITIALIZE ALL CSR'S TRAP HANDLER
INITIALIZE 1 SELECTED CSR TRAP HANDLER
ENABLE SBE PARITY TRAPS ON ALL CSR'S

ECC DISABLE OF 1 SELECTED CSR TRAP HANDLER

ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR

TRAP

WRITE CHECKBITS THRU ALL CSR'S TRAP HANDLER

TRAP
TRAP
TRAP
TRAP
TRAP
TRAP

WAS THERE A SBE IN 1 SELECTED CSR TRAP HANDLER
WAS THERE A DBE ON ANY CSR TRAP HANDLER
WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER
CLEAR ALL ECC CSR'S TRAP HANDLER
CLEAR 1 SELECTED CSR TRAP HANOLER
ECC DISABLE, CHECK MODE, & WRITE CHECKBITS }: ALL CSR'S TRAP HANDLER

TRAP
TRAP

Wi
'
1

DEENERGIZE TRAP HANDLER

TRAP
TRAP
TRAP

TRAP

VAVAWA

(HOLES) HANDLER

TIMEOUT (TRAP TO 4) HANDLER

FIND BAD SP, PC, & PSW FROM STA(CK

TRAP

TESTS

TRAP
SUBR

TRAP
TRAP

TRAP
SUBR
SUBR
TRAP

WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER
WAS THERE A SBE ON ANY CSR TRAP HANDLER

ECC DISABLE, CHECK MODE, & WRITE CHECKBITS
WRITE IN ALL CSR'S

INVALIDATE BACKGROUND PATTERN
GENERATE _AND TEST ERROR ADDRESS

ENABLE CHECK/SYNDROME BIT REGISTER
GENERATE CHECK BITS
MAPPER
MAP KERNEL (ALMOST 1 TO 1) TRAP HANDLER

RELOCATE PRCGRAM
UNRELOCATE PROGRAM

SETUP LOWER 16K OF UNIBUS MAP

MOVE BANKS

371-11897

SUBR
SUBR
SUBR
SUBR
SUBR
SUBR

MAP USER TO NEW BANK
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 &4 AND 5
EXAMINE BANK

1 SELECTED CSR

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

TABLE OF

CONTENTS

373-11977
373-11988
373-11996

SUBR
SUBR
SUBR
SUBR

06-JuUL-82 10:35

BANK 0K?
INCREMENT PATTERN TESTING
SET HIGHEST PATTERN TESTING TYPE
INCREMENT BANK & TEST

BOOTSTRAP ROUTINE
HALT PROGRAM
SHUTDOWN DIAGNOSTIC

APT SHUTDOWN SEQUENCE

BLOCK MOVE SUBROUTINE
FIELD SERVICE MODE

SUBR
(F,IELD SERVICE COMMAND MODE
COMMAND
EXIT

FS
FS
FS

COMMAND 1
COMMAND 2

READ CSR
LOAD CSR

FS
FS
FS
FS
FS
FS
FS
FS
FS
FS
FS
FS

COMMAND &

COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND
COMMAND

MODIFY MEMORY

406-12657

621-13225
421-13239
423-13280
425-13296
425-13297

434-13554
4469-14347
£54-14596
454=14608
456-14621
456-146

22%-16810
465-14827

468-14942
476-15169

481-15311

482-15389
483-15446

485-15541

«85-15566

4B7-15686

SUBR

COMMAND 3
5
6
7
8
9
10
11
12
13
14
15
16

COMMAND 17

COMMAND 18

EXAMINE MEMORY

SELECT BANK & PATTERN
TYPE CONFIGURATION MAP
SOB-A-LONG TEST
ERROR SUMMARY

REFRESH TEST
SET FILL COUNT
ENTER KAMIKAZE MODE

EXIT KAMIKAZE MODE
TURN CACHE OFF
TURN CACHE ON
TEST ONLY SELECTED BANKS
RESUME TESTING ALL BANKS
ENABLE TRACE
DISABLE TRACE

DETERMINE CORRECT CSR

ERROR DATA (SUPERVISOR) SETUP STUFF

DATA WAS 3 WORDS
GET DATA FROM ABORTED AREA IF POSSIBLE

POWER FAIL AUTO RESTART
ROUTINE POWER DOWN AND UP
POWER FAIL WHILE RELOCATED
POWER UP FROM BANK 0 TO RELOCATION

10 SUBROUTINES
ROUTINE TYPE
ERROR DATA SETUP
DATA WAS A WORD
DATA WAS A BYTE
DATA WAS A 7 BIT BYTE
DETERMINE XOR OF GOOD & BAD

LOG _ERROR ON BAD BANK
ROUTINE SCOPE HANDLER

SUBR

DISPLAY

ROUTINE ERROR HANDLER
ROUTINE ERROR MESSAGE TYPEOUT

SUBR

ROUTINE
ROUTINE
ROUTINE
CONTROL
CONTROL

DETAILED ERROR REPORT

BINARY TO OCTAL (ASCII) AND TYPE
CONVERT BINARY TO DECIMAL AND TYPE
TTY INPUT
T
S & CONTROL @

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

SEQ 0006

(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

TABLE OF

CONTENTS

487-15735
488-15794

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

491-15860
492-15902

ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII
TABLES

4<89-15830

492-15904
£94-15986
496-16013

500-16116
509-16404
511=16431
513-16448
515-16494
517-16521

ROUTINE RANDOM NUMBER GENERATOR

APT MAILBOX-ETABLE
ROUTINE TRAP DECODER
TRAP TABLE

TABLE = ERROR POINTER
ERROR DATA TAGS (DT)
ERROR DATA FORMATS (DF)

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

SEQ 0007

06-JuL-82 10:35

CONVERT

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

06-JUL-82 10:35

SEQ 0008

PAGE 4

S
33
45

REVISION HISTORY
REVISION

AUTHOR

CZMSPA

1-JUN-82

"IRA CHAVIS

CZMsPB

1-JULY-82

IRA CHAVIS

CHANGES

NONE = NEW PROGRAM
1=FIX FIELD SERVICE COMMAND 8

2=INCREASE TESTING LIMITS
OF MTO0044 FROM 16K TO
;xE?zK1OO OCTAL ADDRESS

06-JUL-82 10:35

SEQ 0009

PAGE 5

OPERATIONAL SWITCH SETTINGS
SWITCH REGISTER DEFINITIONS

USE
HALT ON ERROR

LOOP ON TEST
INHIBIT ERROR TYPEOUTS
INHIBIT RELOCATION
QUICK_VERIFY

BELL
LOOP
HALT

ERROR
ERROR

GRAM (UNRELOCATED

RESTORE LOADERS)

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

DETECT SINGLE BIT ERRORS

r—————

et cmad nd
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OO =MWV

SWITCH

O =NWSH
NN

BN JN BE B

JF B

BE I

BE B

NN IR I

LR B

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

"B
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

PAGE 6

wVisuwN-=

PROGRAM PURPOSE

SYSTEM REQUIREMENTS
RELATED DOCUMENTS AND STANDARDS
DIAGNOSTIC HIERARCHY PREREQUISITES
ASSUMPT IONS

)

OPERATING INSTRUCTIONS

WVIHWN=

LOADING AND STARTING PROCEDURES
DEFAULT TEST SEQUENCE
SPECIAL ENVIRCNMENTS

W
e

WWW

) o

O
W=
©
O

CSR INFORMATION TABLES

ViVt

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

OO0

SUB-TEST SUMMARIES

PATTERNS

PROGRAM FEATURES

VS WN=

PR
.

b o

gwwwwNNN
W —=O Y~ VS WNI—=OOV®NOWVNR
WO

PROGRESS REPORTS

)

d —d

EXECUTION TIMES

ERROR REPORTING
ERROR ABBREVIATIONS
ERROR HALTS

PROGRAM OPTIONS

ERROR INFORMATION

d —d

RN NN ) = e

) el
e
e
P

(ABSTRACT)

NNNNN

“

b i el

GENERAL PROGRAM INFORMATION

e e

TABLE OF CONTENTS

TESTS

FAST DATA ACCESS RATES

BANK ZERO TESTING

MEMORY CONFIGURATION MAP

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

MEMORY MANAGEMENT MAPPING

SEQ 0010

L1
WA= O 000~ O
WN =0 000 NP
NOWVNSWN=O
VR NOWVNSWN=O VRNV

e d i e ke
D it e D e kD o el e e e T D o

- ol

NN NNNNNNOOOOOOOCOO
O VYLV VIS DD
nwWaAWw

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

06-JUL-82 10:35

1.0

GENERAL PROGRAM INFORMATION

1.1

PROGRAM PURPOSE

SEQ 0011

PAGE 7

(ABSTRACT)

}:Tg"gi? 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

VERIFY

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

IT HAS SPECIAL A MAINTENANCE MODE (FIELD SERVICE MODE) TO PROVIDE
SPECIFIC FUNCTIONAL CAPABILITIES.

1.2
1.2.1

(MS11-L,

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 BIT PROCESSORS ARE NOT SUPPORTED.

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

1.2.2

VOO0

SEQ 0012

PAGE 8

SOFTWARE REQUIREMENTS -

THIS PROGRAM IS DESIGNED TO RUN
FOLLOWING MONITORS:

STAND

ALONE

UNDER

ANY

XXDP
ACT

00 0o 0o

—

00 oo

179
180
181
182
183

06-JUL-82 10:35

APT

1.3

199

1.4

RELATED DOCUMENTS AND STANDARDS
1.

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

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

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

MS11-L USERS GUIDE

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

(EK=-MS11L-UG-001)

DIAGNOSTIC HIERARCHY PREREQUISITES

IF THE PROGRAM IN ANY WAY MISBEHAVES, THEN:

——

—d cd

D o

b — — —

NSSo OO
NS W) —

NN
ORI NN

210

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

N
CZMSPBO MS511=L/M/P MEMORY DIAG. MACRO M1113
1.5
THIS

06-JUL~82 10:35

SEQ 0013

PAGE 9

ASSUMPTIONS
PROGRAM

ASSUMES

THE

CORRECT

OPERATION

THE

(PU,

Ty
NN IO
BI
VB WN=O

MANAGEMENT,
CACHE,
AND
THE
UNIBUS MAP.
THIS PROGRAM
(INITIALLY) BANK 0 (0-16K).
THE XXDP LOADERS ARE IN BANK 1.

2.0

OPERATING INSTRUCTIONS

2.1

2.1.1

STARTING PROCEDURES

QUICK STARTING 1.

LOAD ADDRESS 200

SET SWITCH REGISTER FOR OPTIONS (NORMALLY 0)

START

IF ON AN 11/24 USING

O~
NS W

NOTE

259

MS11-L

MEMORY

SURE
THAT THE PERIPHERAL PAGE JUMPER IS
IN PLACE:;
FAILURE 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

MEMORY

OCCUPIES

B 2
| CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

PAGE 10

|
2.1.4

O=NNWUWHNVINNOOVO =NWSWN

SWITCH

SWITCH REGISTER OPTIONS USE
HALT ON ERROR

LOOP ON TEST
INHIBIT ERROR TYPEOUTS

INHIBIT RELOCATION
QUICK VERIFY

BELL ON ERROR
LOOP ON ERROR
HALT PROGRAM (UNRELOCATE
RESTORE LOADERS)
DETAILED ERROR REPORTS
INHIBIT CONFIGURATION MAP
LIMIT MAX ERRORS PER BANK
FAT TERMINAL (132 COLUMNS OR BETTER)
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT
TEST MODE - SEE DOCUMENT

DETECT SINGLE BIT ERRORS

SEQ 0014

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

SEQ 0015

PAGE 11

306
307

308
2.2

DEFAULT TEST SEQUENCE

THE FOLLOWING TWO LISTS GIVE THE TEST PROTOCOL FOR PARITY AND ECC
MEMORY.
TESTS MARKED WITH A "'«'' ARE NOT NORMALLY RUN EXCEPT UNDER ACT
tlel. 2P;;
OR
THROUGH A FIELD
SERVICE
COMMAND
(REFERENCE
SECTION

2.2.1

TEST PROTOCOL FOR MS11-L

= OV NONWNS

NN
NN N NNN NN N N W

L3R X3 LN RN SetwivivininindWWSNNNNNNNNNN

— bt fost ot S5

Bk ot ot

-0 VRNOWVISWN=O

W N N N NN NN NN NN N W NI

Pt<

309

RRRY

06-JuUL-82 10:35

TEST

*
*

TIME (SEC/16K)

SOFT ERROR TEST

17
7
1

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

<1
<1
<1

ROTATING 0°'S TEST

2
3

*
*

TEST NAME

*
+

PARITY MEMORY -

5
21
35
22
23
26
24
31
32
33
34

INITIAL DATA TEST

COMPLEMENT ADDRESS TEST
3 XOR 9 TEST

ROTATING 1°'S TEST
MARCHING 1°S AND 0'S TEST
WORST CASE NOISE PARITY TEST
REFRESH TEST
SHIFTING DIAGONAL TEST
RANDOM DATA TEST
FAST GALLOPING PATTERN TEST
SOB-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST

<1
1
1

1
1
N/A
10
10
<1
20
3
<1
35
<1

D 2
| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

;
|

351
352

354

ggg

}

06-JUL=-B2 10:35

SEQ 0016

PAGE 12

353

2.2.2

TEST PROTOCOL FOR MS11<M ECC MEMORY =

359
%g(])

TEST

36
36
364
365
366
367
368
369

5
a 25
+ 1
+a 12
+a@ 13
+a 15
+a 16
34

371

370

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

BYTE ADDRESS TEST

RANDOM DATA TEST

17
7
1
2
4
S
21
* 22

381

* 24

382
383
384
385

TIME (SEC/16K)

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

372
373
374
375
376
377
378
379

380

TEST NAME

+ 31
* 32
+ 33
34

INITIAL DATA 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

FAST GALLOPING PATTERN TEST

SOB-A-LONG TEST
WRITE RECOVERY TEST
BRANCH GOBBLE TEST
SOFT ERROR TEST

<1
<1
<1
<1
1
1
1
10

3
<1
35
<1

33%3

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

:;g?

+ = RUN TWICE FOR EACH 16K BANK IF INTERLEAVED

392
393

394
395

395

398

233

AT THE END OF EACH PASS THE PROGRAM

#30, AND #27 FOR ALL BANKS.

WILL

RUN

CLEANUP

PATTERNS

E
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JuUL~-82 10:35

SEQ 0017

PAGE 13

403
404
405
406

407

408
409
410
411

2.2.3

TEST PROTOCOL FOR MS11-P ECC MEMEORY
PATTERN

412
413
414
415

5
34
6
44

416
417
418
419

41
4
4
46
&7

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

*
+
*
+

ROTATING 1°'S TEST
SOFT ERROR TEST
INITIAL DATA TEST

SHIFTING CHECK BITS THRU THE CSR
BASIC DOUBLE BIT ERROR TEST
SYNDROMES IN CSR ON DBE TEST

17
7
1

TIME (SEC/16K)

14
45

36
20
37

420
421
42

PATTERN NAME

5
21
22
26
24
31
32
33
34

CORRECTION CODE TEST
SYNDROMES IN CSR ON SBE TEST
CHECK ECC DISABLE 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
<1
5

<1
<1

1
1
<1

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

1
1
L)
<1
20
3
<1
35
<1

@ = RUN ONLY ON THE FIRST PASS WHEN UNDER ACT OR APT
AT THE END OF EACH PASS THE PROGRAM WILL RUN CLEANUP PATTERNS
#30, AND #27 FOR ALL BANKS.

F
- (ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
LL5
450
451
45
45
456

455

456
457
458
459
460

461
462
463

06-JUL-82 10:35

2.3

SPECIAL EF

2.3.1

XXDP

SEQ 0018

PAGE 14

RONMENTS

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

CHAIN MODE.

2.3.2

ACT

APT AUTOMATIC MODE -

;:ESPROGRM WILL NOT CREATE DOUBLE BIT ERRORS (DBE'S)

2.3.2.1

AFTER

THE

1ST

APT EXECUTION TIMES -

DA'I'E,?E ARE SOME MEASURED EXECUTION TIMES FOR AN 11/44 WITH
1ST Qv PASS

2ND PASS

CACHE
ONWARD

128K MS11-M (NON-INTERLEAVED)

10 MIN

5 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 SUBSEWUENT

NON-QV PASSES DUE TO THE FACT THAT i
I3
RUNNING MORE PATTERNS,
SOME
OF WHICH

(PATTERNS #24 AND #33 FOR

EXAMPLE)

BE EXTREMEMLY TIME CONSUMING.

CAN

UNDER

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

06~JUL~82 10:35

SEQ 0019

PAGE 15

282

2.3.2.2

507
288

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

510
N
512

FIRST PASS RUN TIME:
THIS PARAMETER SHOULD BE SET ACCORDING TO THE AMOUNT AND TYPE
MEMORY TO BE TESTED.
THE ABOVE TABLE (APT EXECUTION TIMES) GIVES SOME

516
517
518
519
gg?

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

513
g}g

APT ENVIRONMENT TABLE -

MEASURED TIMES.
FOR ANY PATTERNS DELETED (THROUGH USE OF
THE DEV
DESCRIPTOR WORDS) REFERENCE SECTION 2.2 FOR INDIVIDUAL PATTERN TIME

522
523
524
525
526

LONGEST TEST TIME:

ggg

PATTERN #33.

529
g?

ADDITIONAL RUN TIME:
NOT USED BY PROGRAM.

532
533

SOF TWARE ENVIRONMENT:
FOR APT AUTO MODE THIS PARAMETER SHOULD BE SET

THIS PARAMETER SHOULD BE SET TO THE EXECUTION TIME OF THE LONGEST

PATTERN

BSING

RUN.

FOR

ggg

DUMP MODE SET THIS TO A ‘0'.

536

ENVIRONMENT MODE:

538

SIZING.

537

APT

THE

DEFAULT

C(ASE

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

THIS IS 35 SECONDS FOR

PROGRAM

DOES

IT'S

OuWN

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

AND AMOUNTS OF MEMORY TO BE TESTED.

541
542

543
gll:g

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.

546
547

SWITCH 2:
THIS SWITCH, IF SET TO ANY NON-ZERO NUMBER, IS USED TO LIMIT

548

AMOUNT

551

CPU OPTIONS:

554

MEMORY TYPE N

556

LOG

2838

228

MAXIMUM ADDRESS N

;IS.?)

555

;gg

PASSES

APT

WILL

COUNT HAS BEEN REACHED.

MAKE.

THE

THE PROGRAM WILL HANG AFTER THIS

NOT USED BY PROGRAM.

(N=1 T0 4)

IF BIT #7 OF ENVIRONMENT MODE IS SET THESE FOUR WORPS_ARE USED TO

THE DIFFERENT TYPES OF MEMORY TO BE TESTED.

THESE LOCATION ARE NOT USED.

(N=1

IF BIT #7 1S NOT SET

TO &)

THESE FOUR WORDS ARE USED IN CONJUNTION

WITH

THE

CORRESPONDING

H
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
56

56
564
565
566
567
568
569
570
571
572
573
574
575

576

o
P
o

SI80R0R88¢8 08

577
578
579
580
581
582
583
584
585
586
587
588
589

06~-JUL-82 10:35

ss?ouz}ESTVPE

WORDS

SEQ 0020

PAGE 15-1
TO

INDICATE

THE HIGHEST ADDRESS THAT MEMORY TYPE

NOTE
THE ABOVE

TWO PARAMETERS DO NOT ACTUALLY

HAVE

PROGRAM

LOOKS

CONF IGURATION

REPRESENT
OF

MEMORY.

ACCURATE

ALL _ THE

FOR IS AN ACCURATE

OF MEMORY AMOUNT!

TALLY

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

BASE ADDRESS:

NOT USED BY PROGRAM.

DEVICE MAP:
NOT USED BY PROGRAM.
CONTROLLER DESCRIPTOR CODE N
NOT USED BY PROGRAM.

(N=1

TO 2)

DEVICE DESCRIPTOR CODES:
THE DEVICE DESCRIPTOR CODES ARE USED BY THE PROGRAM TO DETERMINE
WHICH PATTERNS IT WILL RUN.
THE DEFAULT VALUES OF THESE WORDS ARE ALL
‘1"**S, INDICATING THAT ALL OF THE PATTERNS SHOWN IN SECTION 2.2 ARE
EXECUTED
(SAVE
FOR_EXCEPTIONS AS NOTED THERE).
EACH SET OF WORDS
CONTROLS A TABLE IN THE PROGRAM AS FOLLOWS:
DD WORDS

PROGRAM TABLE (SYMBOLIC LOCATION)

WORDS 0-1

MKCSRT

WORDS 2-3

MKPAT

WORDS 4-5

MJPAT

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

THE

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

k&2
06~JUL-B2 10:35

SEQ 0021

PAGE 16

—

- o

e o

NNV
W

oo
00

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

620
621

2.3.3

NO SBE FREE BANKS -

IF THE PROGRAM CANNOT FIND ANY SBE (SINGLE BIT ERROR)
(IN_NON-PROTECTED

ECC MEMORY)

FREE

LOCATIONS

IT WILL PRINT OUT AN ERROR MESSAGE AND

CONTINUE TESTING BY-PASSING THE ECC LOGIC TESTS.

2.3.4

MIXED PARITY

ECC CONFIGURATIONS =

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).

J 2
2.4

2.4.1

SEQ 0022

PROGRAM OPTIONS

SWITCH REGISTER DETAILS -

IF A HARDWARE SWITCH REGISTER
IS NOT
SWITCH REGISTER
IS
IN LOCATION 176.
THE E~TABLE SYMBOLIC LOCATION

WILL BE USED (LOCATION $SWREG).

‘‘SENVM''

AVAILABLE
THEN
THE
SOF TWARE
IF UNDER APT IF BIT7 IS SET IN

THE APT SOFTWARE SWITCH REGISTER

TO CHANGE THE SOFTWARE SWITCH REGISTER CONTENTS:
TYPE
‘‘CONTROL
G''.
THIS
WILL
CAUSE
DISPLAY THE CURRENT VALUE OF THE SWR AND PROMPT FOR
THE OCTAL INPUT OF

gfv’i%culg's‘g?grs;w

SWi15

THE NEW SWR VALUE FROM THE TERMINAL.

THIS

ROUTINE

(NOT RESPOND TO CONTROL ‘'G'*) IF YOU HAVE A HARDWARE

= HALT ON ERROR
(100000)

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.
SWi4

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

Sw13

= INHIBIT ERROR TYPEOUTS
(20000)

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

Sw12

= INHIBIT RELOCATION
(10000)
THIS PREVENTS THE PROGRAM FROM MOVING AND
PREVENTS
THE
PROGRAM FROM
TESTING
AT

MEMORY.
Swi1

CONSEQUENTLY
LEAST 32K OF

= QUICK VERIFY
(4000)
IF THIS SWITCH IS SELECTED APPROXIMATELY

ONE

64TH

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

MODE

THE POSSIBLE COMBINATIONS OF SBE'S

DBE'S ARE TESTED.

K 2
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

SWw10

06-JUL~82 10:35

BELL ON ERROR
(2000)
;g{g CAUSES A BELL

SW9

SEQ 0023

PAGE 18

(OR BEEP OR

CLICK)

EACH

ERROR

LOOP ON ERROR
(1000)
THIS WILL CAUSE LOOPING FROM FAILURE POINT BACK TO

LAST CORRECTLY INITIALIZED AREA OF THE CURRENT TEST.
Sw8

THE

HALT PROGRAM
(400)
THIS INITIATES THE FOLLOWING SEQUENCE:

Sw7

IF PROGRAM IS RELOCATED IT MOVES BACK TO BANK ZERO.

FLUSH OUT ALL POSSIBLE DBE'S.

TURNS OFF MEMORY MANAGEMENT.

RESTORE LOADERS.

UNMAP THE UNIBUS MAP (IF THERE IS ONE).

HALT IF UNDER APT OR ACT BRANCH SEL.

DETAILED ERROR REPORTS

(200)

AFTER ANY NORMAL ERROR

REPORT

TYPED

THIS

OPTION

THIS INHIBITS THE PRINTING OF A MAP SHOWING THE

MEMORY

%%? THE CONTENTS OF THE FOLLOWING REGISTERS TO BE
RO, R1, R2, R3, R4, RS, SP, "'CONTROL'’, '‘CPUERR"’
SwWé

INHIBIT CONFIGURATION MAP
(100
CONF IGURATION - REFERENCE SECTION 7.3

SW5

LIMIT MAX ERRORS PER BANK
(40)
THIS WILL LIMIT THE NUMBER OF E RROR TYPEQUTS PER BANK.
THE
DEFAULT
IS
10.
DECIMAL
HOWEVER
THIS
CAN BE

CHANGED BY CHANGING LOCATION ‘‘ERRMAX'' MANUALLY.

L
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
740
741
7642

06-JUL~82 10:35

SWé

(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.

N
N
N
N

L
e L

NOAWVIS W= O

L
e
L
b

et
* oY A (=]
OB NO >
—

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

SwWo

= DETEH)SINGLE BIT ERRORS (SBI'S)
FOR MANUFACTURING PURPOSES THIS SWITCH SHOULD ALWAYS BE
%fivs'& O;}ELD
SERVICE
PURPOSES
THIS SWITCH SHOULD

144

772
773

774
775
776
777
778
779
780
781
782
783
784
785
786
787
788
789
790
791
792

SEQ 0024

PAGE 19

FAT TERMINAL

743
744

745
746
747
748
749
750
751
752
753
754
755
756
757
758
759
760
761
762
763
764
765
766
767
768
769
770

THIS SWITCH WILL ALLOW ALL ECC SINGLE BIT ERRORS TO
REPORTED BY DISABLING ERROR CORRECTION.

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

DISTINGUISHABLE

FROM

NOTE

IF DOUBLE BIT ERRORS ARE FOUND IN

THE

MEMORY,

ARE

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

MS11-L

M2
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JUL~82 10:35

SEQ 0025

PAGE 20

794
;gg

ASSUME ALSO THAT BANK 3 IS KNOWN BAD BY THE
PROGRAM VIA
THE
SIZING
ROUTINE OR PREVIOUS RUNS THE TESTING SEQUENCE WOULD BE AS FOLLOWS:

797

sTEST MS11-M MEMORY TYPES FIRST

800
801
802
803

TEST 17,
TEST 7,
TEST 1,
TEST 2,

BANK
BANK
BANK
BANK

805

IEST

BANK 3

;gg

806

sTEST KNOWN BAD MEMORY (BANK

TEST

TEST 21,

807

TEST 20,

3(1)3

TEST 26,

808

TEST 22,

3
3
3
3

BANK 3

BANK 3
BANK 3

g}}

sTEST PRESUMED GOOD MEMORY (BANKS 2,4,5)

813
814
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829
830

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

BANK 2
BANK 2
BAMK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 2
BANK 4
BANK &
BANK &
BANK &
BANK &
BANK &
BANK &
BANK 4

834

TEST

BANK 5

157

831
832
833
835

836

TEST 22,
TEST 26,
TEST 17,
TEST

837

TEST

839

TEST 21,

838
840
841
842

843
844

TEST 20,
TEST 22,
TEST 26,

BANK 4
BANK &
BANK 5
BANK 5

BANK 5
BANK 5

BANK 5
BANK 5
BANK 5

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

SEQ 0026

PAGE 21

TEST PROGRAM SPACE (BANK 0 E 1)
—td ek e ek = O OOOO

BANK 0

SERizizizic

L
I

TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

= NN

TEST
TEST
TEST

AN S WA

TEST

WD —h

sRELOCATE

847

848
849

06-JUL-82 10:35

NOTE
THIS IS
AN
SEQUENCE.

EXAMPLE

NOT

ACTUAL

THE TEST SEQUENCE WAS FORWARD (THE SIMPLE PATTERNS
FIRST,
COMPLEX
TESTS _ LAST)
SEQUENCE OF PATTERNS (MS11-M =17, 7, 1, 2, 4, 5, 21,

20, 22, 26)(MS11-L =1, 2, 3, 4, 5, 26).
IF THE BANK SELECTION IS FORWARD THE

THE

ECC BANKS THAT ARE NOT PROTECTED OR PROGRAM SPACE (FROM 0
167)

PARITY BANKS THAT ARE NOT PROGRAM SPACE

THE PROGRAM NOW RELOCATES

Egg)BANKS THAT WERE PROTECTED OR PROGRAM

PARITY BANKS THAT WERE PROGRAM SPACE

FOLLOWING ORDER:

BANKS

WILL

TESTED

(FROM 0 TO 167).

TESTS:

SPACE

(FROM

WILL

B8E

(FROM 0 TO 167).

IF BANK SELECTION IS WORST
FIRST
THE
CONFIGURATION TABLE
CONSULTED AND BANKS WILL BE TESTED IN THE FOLLOWING ORDER.
1.

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

ECC BANKS THAT ARE PRESUMED GOOD AND

ARE

NOT

PROGRAM

SPACE

PROTECTED

B
. CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

06~JuUL~82 10:35

900
901

(FROM 0 TO 167).

23332233§§8§8
b
-

(FROM 0 TO 167).

PARITY BANKS THAT ARE PRESUMED GOOD AND ARE NOT PROGRAM SPACE

THE PROGRAM NOW RELOCATES

TESTS:

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

O NO NS W=
O DB

SEQ 0027

PAGE 22

PROGRAM SPACE

90
904

PROTECTED

PROGRAM

8”;67:6??*5 THAT ARE KNOWN BAD AND WERE PROGRAM SPACE

ECC BANKS THAT
PROGRAM SPACE

ARE

PRESUMED

(FROM 0 TO 167).

GOOD

AND

PARITY BANKS THAT ARE PRESUMED GOOD AND

WERE

(FROM 0 TO 167).

2.4.1.2
MODE 0

WERE

(FROM

PROTECTED
PROGRAM

SPACE

TEST MODE DETAILS -

= "BAFPAF'' BANKS FORWARD, PATTERNS FORWARD
THIS IS THE DEFAULT AND SIMPLEST MODE.
THIS MCDE TESTS EACH BANK

COMPLETELY

EXCEPT THOSE REQUIRING RELOCATION=.

FROM

WHILE TESTING EACH BANK THE PATTERNS ARE RUN

167

WITH

THE

167

SIMPLE ONES FIRST BUILDING TO THE MORE COMPLEX.

1
MODE

"BAFPAR"' = BANKS FORWARD, PATTERNS REVERSE
THIS MODE TESTS EACH BANK

COMPLETELY

EXCEPT THOSE REQUIRING RELOCATION®.

FROM

WHILE TESTING ACH BANK THE PATTERNS ARE RUN WITH
THE
MCST COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.

MODE
2

"BAWPAF'' = BANKS WORST FIRST, PATTERNS FORWARD
THIS MODE FIRST TESTS EACH KNOWN

BAD

BANK

COMPLETELY

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

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

06-JUL-82 10:35

955
956
957
958
959

960
961
962
963
964
965

983
984
985
986
987
988
989
990
991
992
993
994
995
996
997
998
999

§88&

1000
1001
1002
1003
1004

SEC 0028

PAGE 23

FROM 0 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
THE
MOST COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.

MODE &

"PAFBAF'* = PATTERNS FORWARD, SANKS FORWARD
THIS MODE TESTS EACH PATTERN COMPLETELY WITH THE SIMPLE

ONES FIRST, BUILDING TO THE MORE COMPLEX.

967
968
969

970
971
972
973
974
975
976
977
978
979
980
981
982

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

RUN, THEN PRESUMED GOOD BANKS ARE RUN

FROM

167

EXCEPT THOSE REQUIRING RELOCATION=.
MODE 6

BAD

BANK

EXCEPT THOSE REQUIRING RELOCATION* IS
0

167

"PARBAF’’ = PATTERNS REVERSE, BANKS FORWARD
THIS MODE TESTS EACH PATTERN COMPLETELY WITH
THE
COMPLEX ONES FIRST, WORKING TO THE SIMPLE ONES.

MOST

WHILE TESTING EACH PATTERN THE BANKS ARE RUN FR0M 0
167 EXCEPT THOSE REQUIRING RELOCATION=.

MODE 7

"PARBAW'® = PATTERNS REVERSE, BANKS WORST FIRST
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
FROM O TO 167 EXCEPT THOSE THAT REQUIRE RELOCATION®* IS
RUN,
THEN PRESUMED GOOD BANKS ARE RUN
FROM 0
TO
167

EXCEPT THOSE REQUIRING RELOCATION®*.
NOTE

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

ANY

ECC

BANKS

PROTECTED

DIAGNOSTIC
CHECKMODE WITH
MODE POINTER OFF (ZERO)!

THE INMIBIT

0D
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
|
‘

:
f

’

06-JUL=-82 10:35

SEQ 0029

PAGE 24

1009
1010
1011
1012
1013

1014

1015

}8}9

2.4.1.3

1018
1019
11 gg?

}8%%

TO VERIFY CORRECT OPERATION OF
"'BAFPAF'’,

ADVANTAGES:

1024
}852
1027
}8%8

TEST MODE APPLICATIONS THE MEMORY SYSTEM USE

DISADVANTAGES:
IN CASE OF A FAILING BANK, IT MAY TAKE A LONG
TIME TO FIND THE FAILURE.
2.

TO GET DETAILED ERROR INFORMATION ON KNOWN BAD
BY SIZING ROUTINE) USE MODE 2 'BAWPAF'',

ADVANTAGES:

1032
}8;2

DISADVANTAGES: FAILURES OTHER THAN ZEROS
LONG TIME TO FIND.
3.

}g%g

1040

SEEKS BAD BANKS.

(FOUND

EASY TO UNDERSTAND.

TO GET GOOD ERROR INFO ON ANY MEMORY PROBLEM FAST USE MODE
"'PAFBAF"’.

COVERS ALL BANKS FAST.

DISADVANTAGES:

ONES MAY

EASY TO UNDERSTAND.

FAILURES FROM ONLY COMPLEX PATTERNS MAY

A LONG TIME TO FIND.
4.

BANKS

TAKE

ADVANTAGES:

;823
‘%82(3'

EASY TO UNDERSTAND.

]'ggg

1035
;8%9

MODE

TAKE

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

}822

ADVANTAGES:

1047
1048

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

COVERS ALL BANKS FAST.

E
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JUL-82 10:35

SEQ 0030

PAGE 25

1050
1051

1052
1053
1054

1055
1056

}8?5

2.4.2

1059
1182?

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

}82%

DISPLAY FIELDS ARE AS FOLLOWS:

1064

DISPLAY REGISTER -

NN
R N W

IT7T

. 5:¢

}822

RELOCATED :

1067
1068

:=========;=========83============8====;===8328:8:2;3::832:3::3:23

1069

1070

: NOT USED

PATTERN #

PATTERN # = THE NUMBER OF THE PATTERN PRESENTLY BEING RUN. ALL

PATTERNS ARE DESCRIBED IN SECTION 6.2. ANY PATTERN CAN BE

1071
1072
1073

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

}8;’;

PATTERN WHEREAS MTPONN IS THE ACTUAL PATTERN ITSELF.

1076
1077
1078

NOTE

1079

THE PATTERN

}83(1)

BANK

NOT

NECESSARILY

INDICATION OF DEGREE OF DIFFICULTY.

1084

BANK

1087
1088
1089

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

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

THE CONFIGURATION MAP (REFERENCE SECTION 7.3).

1092
1093

1096
1097
1098

1099
1100

ANY

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

oo~

06-JUL-82 10:35

2.4.3
2.4.3.1

SEQ 0031

PAGE 26

SPECIAL MEMORY LOCATIONS CACHE CONSTANT =

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

NOTE

BIT 0

THE

CACHE

CONSTANT

HAS

EFFECT
SINCE
IT IS UNCONDITIONALLY SET
BY THE PROGRAM WHENEVER IT TRIES TO
ENABLE CACHE.

2.4.3.2

CONFIGURATION TABLE

THE CONFIGURATION TABLE IS LOCATED AT SYMBOLIC LOCATION
HAS THE FOLLOWING FORMAT:

CONFIG:

‘‘CGNFIG'"

AND

FIRST 16K CONFIGURATION WORDS (2 EACH)

2ND

16K CONFIGURATION WORDS (2 EACH)

THIS TABLE IS USED AS T
MAP (REFERENCE. SECTION

ERRORS PRESENT

MEMORY EXISTS
RESERVED
SKIP ECC LOGIC TESTS FLAG (1=SKIP)

fonra Gt Bor<h Amea

LOW:

CONFIGURATION WORDS:

-t
b 2 2 QO = QD NN
D
WA
NN) - -ty
§ ?~N
¥
§ ~

200TH 16k CONF IGURATION WORDS (2 EACH)

Prs ond e Beid Bt Gt (R e Bt B

e e o e e o

oo
xmaw—ooovgm:u-o03w3mgu~—83 VNN
W= OO0 N SrAnSo3RAKAR Wwro
d d

D d e
D e

-‘-‘d-‘-l-lddddd—.—‘-fl-‘d—‘-‘-‘—.—.dd—l-‘-‘ddd—l-‘dddd-fl-—l—.-‘—ld—ld —
o
s ol ot lh -l el
b -l ol b b ol ot
D
-l ol B ol s B i b il i o ) i el v - D vl b - e b
VWA
VIVAVIVAVAWAS
BN D B B D D
D W WIN
W W NW
PNINIAINIAINININIA)
= = = s

—

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

PROTECTED REGION OF AN ECC MEMORY
PROTECTED (PROGRAM SPACE)

CSR_CODE
INTERLEAVED CSR CODE
NUMBER OF ERRORS
MEMORY TYPE
CSR_TESTED OK
INTERLEAVE ENABLED

BACKGROUND PATTERN VALID'

FLAG

BANK SELECTED FOR TEST BY FIELD SERVICE MODE
LOADERS HOME BANK

l)lRCE FOR THE CONFIGURATION

G
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JuUL-82 10:35

SEQ 0032

PAGE 27

1160
1161

116%

116
1164
1165

1166

2.4.4

TERMINAL COMMANDS -

1167
1168
1169
H;(‘)

2.4.4.1

u;%

THIS COMMAND WILL:

CONTROL ''C''

1174
:”;2

IF SWITCH 8 (HALT PROGRAM)
THE PROGRAM.

!'11;%

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

H;g

FLUSH OUT ANY DBE'S.

‘Hg}

TURN OFF MEMORY MANAGEMENT.

‘ng

ATTEMPT TO BOOT RKOS DRIVE 0.

]']'gz

FAILING &, ATTEMPT 70 BOOT RKO4 DRIVE 1.

Hg:

FAILING 5, GO TO 4.

1189

:Hg?

1192

}!'gz
1195

THIS COMMAND WILL ONLY BE RECOGNIZED AT THE COMPLETION OF THE

TEST OR PATTERN, OR AT THE END OF A LINE OF AN ERROR MESSAGE.

2.4.4.2

THIS COMMAND WILL ALLOW YOU TO STOP AN ERROR PRINTOUT AND SKIP TO

THE

FULL OF ERRORS,

1198

THE NEXT PATTERN.

1199
1200
}5’?‘
(774

1203

1204

1205
1206

CURRENT

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

1196

1197

IN THE SWITCH REGISTER IS SET HALT

PATTERN.

2.4.4.3

THIS IS HANDY, FOR EXAMPLE, WHEN YOU HAVE A WHOLE BANK

MAVE GOTTEN ENOUGH INFORMATION, AND WISH

SKIP

THE

DISPLAY

CONTROL "'T*' (TELL ME WHAT'S HAPPENING)

THIS COMMAND WILL PRINT QUT THE INFORMATION

THIS

DISPLAY REGISTER.

MAINLY

INTENDED

FOR

ENCODED

CPU'S

WITHOUT A HARDWARE

1207

EXAMPLE:

1209

BANK = 17 TEST = 46

1212
1213
1214

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

1208

}g}?

;g;g

RELOCATED BANK= 0

RUN.

PAT= 26

(REFERENCE SECTION 2.4.4.8.18)

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

06-JUL-82 10:35

SEQ 0033

PAGE 28

1218
1219

1220
1221
1222
1223
1224

1225

2.4.4.4

1227

THIS COMMAND WILL STOP TYPEOUT (SOON) AND WILL WAIT FOR A CONTROL “0'".

1229
1230

CONTROL ''S"* (STOP)

1231

2.4.4.5

CONTROL "'0"* (QUINTINUE)

1233
1234

THIS COMMAND WILL CONTINUE TYPING THAT HAS BEEN STOPPED BY CONTROL
“S'. " IF
THERE HAS BEEN NO CONTROL ''S'* TYPED THEN THIS COMMAND IS
1GNORED.

1235
1236
1237
1238

2.4.4.6

1240
1241

THIS COMMAND WILL CAUSE YOU TO
COMMANDS.

1243
1244

WHEN THE PROGRAM IS LOOKING FOR A SUB COMMAND ANY NUMBER THAT IS NOT A
LEGAL COMMAND WILL CAUSE A MINI HELP MESSAGE 10 BE TYPED.
THEREFORE

1245

CONTROL "F'* (FIELD SERVICE MODE)
ENTER

MODE

WHICH

LOOKS

FOR

SUB

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

1247
1248
1249
1250
1251
1252
1253
1254
1255
1256
1257

2.4.4.7.1

1259
1260
1261

THIS COMMAND WILL EXIT FIELD SERVICES MODE AND RETURN TO WHATEVER TASK
IT WAS
IN PRIOR TO TYPING CONTROL 'F'".
NOTE TYPING JUST CARRIAGE
RETURN IS A DEFAULT COMMAND 0.

TYPING JUST CARRIAGE RETURN IS A DEFAULT
COMMAND 0.

FIELD SERVICE COMMAND O (EXIT)

I
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL~82 10:35

SEQ 0034

PAGE 29

1264
1265

1266

1267
1268
1269

}5;?

2.64.4.7.2

}5;%

THIS COMMAND WILL TYPEOUT THE CONTENTS OF THE CSR.

1274
1275
1276
‘}5;;

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 FROM 0 TO
TYPING JUST CARRIAGE RETURN IS A DEFAULT 0.

1279

1280

1281
1282
1283
1284
1285

FIELD SERVICE COMMAND 1 (READ CSR)

IF THE CSR YOU SELECT CAUSES A TRAP TO 4 THE PROGRAM WILL

CSR DOES NOT EXIST'.

CSR REFERENCES ARE

1286

WITH SECTION 5.0.

DONE

1287
1288
1289
1290
}5312

2.4.4.7.3

]lggz

THIS COMMAND WILL ENABLE YOU TO LOAD THE CSR.

1295

1296

TYPE

ACCORDANCE

FIELD SERVICE COMMAND 2 (LOAD 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(0-F)'* TO

1297
}ggg

WHICH YOU MUST RESPOND WITH AN HEXIDECIMAL NUMBER FROM 0 TO
TYPING JUST CARRIAGE RETURN IS A DEFAULT 0.

1300

IF THE CSR YOU SELECT CAUSES A TRAP TO & THE PROGRAM WILL

TYPE

};8;

CSR DOES NOT EXISTTM,

‘%30302

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

1305
};89

THE PROGRAM WILL THEN ASK YOU FOR THE ‘°CSR?'‘' TO WHICH YOU MUST RESPOND
WITH AN OCTAL NUMBER.
NOTE TYPING JUST CARRIAGE RETURN IS A DEFAULT

1308

1309

1310
1311
1312
1313

THE PROG”*M WILL THEN LOAD THE CSR AND READ IT

NEW CONTEnTS.

AGAIN

DISPLAYING

J
06-JUL-82 10:35

2.4.4.7.4

SEQ 0035

PAGE 30

FIELD SERVICE COMMAND 3 (EXAMINE MEMORY)

THIS COMMAND WILL ALLOW YOU TO EXAMINE ANY PHYSICAL ADDRESS
THE NECESSARY MEMORY MANAGEMENT MAPPING FOR YOU.
THE PROGRAM WILL ASK YOU FOR THE 'PHYSICAL
ADDRESS
WHICH YOU MUST RESPOND WITH AN OCTAL NUMBER.

AND

DOES

(0-17757776)'

710

IF THE ADDRESS ACCESS CAUSES A TRAP TO &4
THE PROGRAM WILL
TYPE
"TIMEOUT
TRAP'.
IF
THE ADDRESS ACCESS
CAUSES A TRAP TO 114 THE
PROGRAM WILL TYPE 'PARITY ABORT''
THE CONTENTS OF YOUR PHYSICAL ADDRESS WILL BE TYPED.

2.4.4.7.5

FIELD SERVICE COMMAND & (MODIFY MEMORY)

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

THE PROGRAM WILL ASK YOU FOR THE ‘PHYSICAL
ADDRESS
WHICH YOU MUST RESPOND WITH AN OCTAL NUMBER.

AND

DOES

(0-17757776)'"

THE

T0O

) D D el i

THE PROGRAM WILL THEN TYPE "INPUT NEW DATA'' TO WHICH YOU MUST RESPOND
gma AN OCTAL NUMBER.
NOTE TYPING JUST CARRIAGE RETURN IS A DEFAULT
THE PROGRAM WILL ATTEMPT TO WRITE THIS NEW DATA
INTO YOUR PHYSICAL
ADDRESS AFTER WHICH IT WILL READ IT AGAIN AND TYPE “DATA IS NOW'' AND
THE NEW CONTENTS OF YOUR PHYSICAL ADDRESS.

el vl vt
w

s o

b wlh

ngR:ggmM WILL TYPE "OLD DATA WAS'' AND THE CONTENTS OF YOUR PHYSICAL

il D

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'',

D e

s D o el D i) D e e

D v

WN
NN NI

WN N

W W vNivitviivy
W W W g?fifififififfifiwwfiwawwuw;;;;dd““d““““““
& g WN
vW vV
NNN%N%N—D 3'_‘22“_’!
& wm-§oawo~v-bu-ao
YRR NV NAT IR
e v St e OVPNOVS
NN = O V00~
N

(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M13113

NOTE

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

K
- CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

06-JUL~82 10:35

SEQ 0036

PAGE 31

1367
1368
1369

2.4.4.7.6

FIELD SERVICE COMMAND 5 (SELECT BANK

TEST)

THIS COMMAND ALLOWS YOU TO RUN ANY BANK WITH ANY PATTERN FOREVER.

TYPE "BANK NOT ACCESSIBLE'' AND ASK QUESTION OVER.

THE PROGRAM WILL THEN ASK “‘TEST (0=47)'' TO WHICH YOU
WITH AN OCTAL NUMBER.

e o
e e

O
NOWN

1407
1408
1409
1410
1411
1412
1413
1414
1415
1416

RESPOND

ANY PATTERN CAN BE RUN
'NCLUDING
THOSE
THAT
ARE
NOT
PART
OF THE APT E-TABLE

DEFAULTS (REFERENCE SECTION 6.2.1).
YOU SELECT

d e e
b

b d ek e

ARERBN WIWW WL

1405

MUST

NOTE

b d

2 RIN288 $RRTTLERERERR
LY

d e ek

1379

THE PROGRAM WILL ASK YOU 'BANK(0-167)"' TO WHICH YOU MUST RESPOND
WITH
AN OCTAL
NUMBER.
IF
THE BANK IS NOT ACCESSIBLE.
THE PROGRAM WILL

ASK

PATTERN O, THE PROGRAM WILL

"‘TEST O DATA IS?'"

WHICH

MUST RESPOND WITH AN OCTAL NUMBER.

YOU

IF THE BANK YOU SELECTED REQUIRES RELOCATION THE PROGRAM WILL
TYPE
.IE%UERE&UIRES RSLOCM!W' AND EXIT THIS COMMAND.
NOTE NORMALLY THIS
THE PROGRAM WILL THEN ARM THE CONSOLE KEYBOARD FOR INTERRUPTS AND TYPE
*'TO ESCAPE TYPE ANY KEY!''.
THE TEST PATTERN WILL BE ENTERED

DEPRESSED TO ESCAPE THIS LOOP.

2.4.4.7.7

AND

RUN

UNTIL

CONSOLE

KEY

FIELD SERVICE COMMAND 6 (TYPE CONFIGURATION MAP)

THIS COMMAND TYPES THE CONFIGURATION MAP.
THIS IS USEFUL AFTER A LONG RUN (OVERNIGHT)

ARE MARKED AS BAD.

TO SEE ALL

THE BANKS

THAT

(ESPECIALLY IF YOUR CONSOLE IS A VIDEO TERMINAL).

FOR A DETAILED EXPLANATION OF

THE MAP REFERENCE SECTION 7.3.

VNP
NS W= O 000

USTLSLSTNTSLN
VTNNNd—l

b d e

e e

D e

S Fag o oF o0 o o S

e e ek — ol

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

06~JUL~82 10:35

2.4.4.7.8
THIS

SEQ 0037

PAGE 32

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

COMMAND

NON-PROTECTED

ALLOWS

BANKS

EXECUTION

REFERENCE

THE

SECTION

SOB-A-LONG

6.2.2.26.

TEST

IDENTICAL TO COMMAND 5 EXCEPT THAT NO PATTERN OR BANK IS
EACH PASS CAUSES A BELL.

2.4.4.7.9

OPERATION

ENTERED

ALL

AND

FIELD SERVICE COMMAND 8 (ERROR SUMMARY)

THIS COMMAND TYPES OUT THE NUMBER OF PASSES AND THE

TOTAL

NUMBER

ERRORS.
IF
THERE WERE ANY ERRORS IT WILL TYPE OUT THE BANKS AND THE
NUMBER OF ERRORS PER BANK UP TO 255 DECIMAL.
THIS BECOMES USEFUL AFTER LONG RUNS (ALL
VIDEO CONSOLE TERMINAL.

2.4.4.7.10

NIGHT)

SYSTEMS

WITH

FIELD SERVICE COMMAND 9 (REFRESH TEST)

THIS COMMAND ALLOWS 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.

2.4.4.7.11

FIELD SERVICE COMMAND 10 (SET FILL COUNT)

THIS COMMAND ALLOWS SETTING OF THE TERMINAL FILL COUNT (NECESSARY

b?ggzg. v?%g?;s.s?'clb VT05°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
TO
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 ARE TWO WAYS TO DIE HERE - IMPATIENCE AND CRASHES.

M3
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

(06-JuUL~82 10:35

SEQ 0038

PAGE 33

1472
1473
1474
1475
1476

]ll‘:;g

2.4.4.7.13

}235

RETURN TO THE DEFAULT MODE OF

1483

}2%2

1486

2.4.4.7.14

TESTING (UNDO COMMAND 12).

FIELD SERVICE COMMAND 13 (TURN CACHE OFF)

THIS_CHANGES THE CACHE CONSTANT TO

1487
1488
1489

2.4.3.1).

}23%

2.4.4.8.15

1494

FIELD SERVICE COMMAND 12 (EXIT KAMIKAZE MODE)

BYPASS

CACHE

(REFERENCE

SECTION

FIELD SERVICE COMMAND 14 (TURN CACHE ON)

THIS CHANGES THE

CACHE

CONSTANT

USE

CACHE

(REFERENCE

SECTION

1495
1496
1497

2.4.3.1).

1@8?

2.4.4.7.16

1502
1503

THIS COMMAND ALLOWS YOU TO CENTER THE TEST EFFORT ON ONLY THOSE BANKS
THAT
YOU ARE
TROUBLESHOOTING.
YOU MAY ALSO TEST BANKS THAT REQUIRE

}ggls'

FIELD SERVICE COMMAND 15 (TEST ONLY SELECTED BANKS)

RELOCATION AND WERE INACCESSABLE VIA COMMAND S.

1506

%g(l)g

2.4.4.7.17

FIELD SERVICE COMMAND 16 (RESUME TESTING ALL BANKS)

}g}}

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

1513

1'2167

2.4.4.7.18

1518

ENABLE °“‘TRACE''.

}g;g

FIELD SERVICE COMMAND 17 (RESUME TESTING ALL BANKS)
AFTER EXITING FIELD SERVICE MODE,

THE

PROGRAM

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

1521

112515

2.4.4.7.19

FIELD SERVICE COMMAND 18 (RESUME TESTING ALL BANKS)

;ggg

DISABLE ''TRACE''.

(UNDO COMMAND 17).

WILL

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

06-JUL-82 10:35

SEQ 0039

PAGE 34

1529
1530

1531
1532
1533
1534

}ggz

2.5

}g%;

2.5.1

1539
}gz?

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

1542

1543

EXECUTION TIMES
TYPICAL (SYSTEM) -

NORMAL PASS

1549
1550
1551
1552
}222

128K WORDS OF MS11-M MEMORY (NON=-INTERLEAVED)
NORMAL PASS
2 MIN 25 SEC
QUICK VERIFY
1
MIN 0O SEC
KAMIKAZE MODE
11
MIN 0 SEC
KAMIKAZE Qv
10 MIN 30 SEC

1555
1556

128K WORDS OF MS11-M MEMORY (INTERLEAVED)
NORMAL PASS
3 MIN 55 SEC

0 MIN

QUICK VERIFY
KAMIKAZE MODE
KAMIKAZE Qv

1557

QUICK VERIFY

}ggg

KAMIKAZE Qv

1558

HERE

ARE

128K WORDS OF MS11-L MEMORY

1544

1545
1546
}gzg

HOWEVER

0 MIN
10 MIN
10 MIN

KAMIKAZE MODE

22
20

50 SEC

50 SEC
5 SEC
5 SEC

MIN 50 SEC

MIN

0 SEC

MIN

5 SEC

1561
1562
1563
1564
1565
1566
1567
1568
1569
}g;?

2.5.2

1572
1573
1574
1575

NORMAL PASS
ADD
ADD
ADD

1578
1579
1580
1581

QUICK VERIFY PASS
AD
8 SEC PER 16K BANK OF NON-INTERLEAVED MS11-M
ADD
7 SEC PER 16K BANK OF INTERLEAVED MS11-M
ADD
6 SEC PER 16K BANK OF MS11-L

1584
1585

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

13;9
}gg%

512K WORDS OF MS11=-P MEMORY
NORMAL PASS
& MIN 50 SEC
QUICK VERIFY
& MIN 25 SEC

KAMIKAZE MODE
KAMIKAZE Qv

44 MIN
39 MIN

0 SEC
0 SEC

CALCULATIONS (SYSTEM)

ADD

18 SEC PER 16K BANK OF NON-INTEREAVED MS11-M
15 SEC PER 16K BANK OF INTERLEAVED MS11-M
6 SEC PER 16K BANK OF MS11-L

37 SEC PER 64K BANK OF MS11-P
33 SEC PER 64K BANK OF MS11-P

SOME

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

1587
1588
1589
1590
1591
1592

1593

1595

1597
1598

1599
1600
1601
1602
1603
1604
1605
1606
1607
1608
1609

1610

06-JuL-82 10:35

PAGE 35

2.5.3 TYPICAL (TESTS)
TEST TIME

DESCRIPTION

ees
00902
ses
conssssssess

MT0000

;<1 SEC

MT0001
MT0002
MT0003
MT0004
MT0005
MT0006
MT0007
MT0010
MT0011
MT0012
MT0013

:<1 SEC
:<1 SEC
: 1 SEC
: 1 SEC
: 1 SEC
:<1 SEC
:<1 SEC
:<1 SEC
:<2 SEC
:<1 SEC
: 1 SEC

MT00IS

1 SEC

MT0014

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

: 1 SEC

BASIC DOUBLE BIT ERROR TEST

MT0016
MT0017

:<1 SEC
:<1 SEC

WRITE INHIBIT OF WORD WITH DBE
HOLDING 1°S 0'S TEST

1615
1616
1617
1618
1619

MT0021
MT0022
MT0023
MT0026
MT0025

: 1
:10
:10
:20
:<1

MARCHING 0°'S
1°S TEST
REFRESH TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TEST
INTERRUPT ENABLE TEST

1621

MT0027

: 1 SEC

1623

MT0031

: 3 SEC

1626

MT0034

:<1 SEC

1628

MT0036

: 1 SEC

1631

MT0042

:<1 SEC

MT0044

: 5 SEC

1611

1612
1613
1614

1620
1622

1624
1625

1627

1629
1630
1632

1633

1634

1635
163

MT0020

SEC
SEC
SEC
SEC
SEC

MT0026 :<1 SEC

MT0030 : 1 SEC
MT0032
MT0033
MT0035

WRITE INHIBIT OF BYTE WITH DBE

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

RANDOM DATA TEST

UNIQUE BANK TEST

FLUSH OUT DBE'S TEST
SOB-A-LONG TEST

:<1 SEC
:35 SEC

WRITE RECOVERY TEST
BRANCH GOBBLE TEST

:<1 SEC

WORST CASE PARITY TEST

SOFT ERROR TEST

CORRECTION CODE TEST

MT0037 :<1 SEC
MT0041 : 1 SEC

CHECK ECC DISABLE TEST
ADDRESS TO CSR ON DBC TEST

MT0043

:<1 SEC

WRITE BYTE TEST

:<1 SEC

SYNDROME BITS TO THE CSR ON A DBE TEST

MT0045

MT0046
MT0047

: 1 SEC
:<1 SEC

EXTENDED ADDRESS TO CSR ON ERROR TEST

SHIFTING CHECKBITS THROUGH CSR TEST

CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST
NO CSR UPDATE WITH EXISTING DBE TEST

SEQ

0040

VS WN=OY

) ol o
-l nd D d e e e D o D e d
;.—l;—.
o oo
OO
oav‘\fl iLV LV IV IV IV IV IV, )RERRRRR oo
J‘bb&
- OV NOWVMSWNN=O
Vo~

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

06~JUL-82 10:35

SEQ 0041

PAGE 36

3.0

ERROR INFORMATION

3.1

ERROR REPORTING

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

OTHER ERRORS ARE BEST EXPLAINED BY REFERENCING

AND IF NECESSARY THE PROGRAM LISTING.

THE

SPECIFIC

BANK

TYPEOUT

EXAMPLE 1:

MEMORY DATA ERROR
PC
BANK
VADD

022132
022132
022132
022132

37
37
37
37

060006
060006
060006
060006

PADD

600D

03700006
03700006
03700006
03700006

000000
000000
000000
000000

BAD

000100
000100
000100
000100

XOR

000100
000100
000100
000100

CSR MTYP

O
0
O
0O

INT PAT

06
06
06
06

WHILE TESTING BANK 37 AT VIRTUAL ADDRESS 60006 (VIRTUAL ADDRESSES ARE
ALWAYS BETWEEN 60000 AND
157776 FOR MAPPING PURPOSES), PHYSICAL

ADDRESS 3700006 (THAT'S BANK 37

PHYSICAL

WITHIN

THE

BANK)

WITH

PATTERN 6
(INITIAL
DATA TEST), THE GOOD DATA EXPECTED WAS 0 BUT THE
DATA ACTUALLY READ (BAD) WAS 100, THE
EXCLUSIVE
OR AT
GOOD
BAD

YIELDS 100 WHICH INDICATES ONLY FAILING BIT(S) (BIT 6).
IT IS AN
?;}568 (ECC) MEMORY AND IT'S NOT INTERLEAVED.
THE CSR IS LOCATED AT

EXAMPLE 2:
MEMORY DATA ERROR

PC
022132
022132
022132

BANK VADD
35 060000
35 060002
35 060006

PADD
03500000
03500002
03500006

GOOD
000000
000000
000000

BAD
000001
000100
000100

XOR CSR MTY?
000001 O
M
000100 0
M
000100 0
M

[NT PAT
1
06
1
06
1
06

WHILE TESTING BANK 35, VIRTUAL ADDRESS 60000, PHYSICAL ADDRESS 3700000

332E38EERES

1679

1691

WITH PATTERN 6 (INITIAL DATA TEST), THE GOOD DATA EXPECTED WAS O BUT
THE DATA ACTUALLY READ (BAD) WAS 1, THE EXCLUSIVE OR AT
GOOD
BAD
YIELDS 1 WHICH INDICATES ONLY FAILING BIT(S) (BIT 0).
IT IS AN MS11-M
(ECC) MEMORY AND IT'S INTERLEAVED;
SO SINCE ADDRESS BIT
1
WAS NOT

ASSERTED, THE CSR IS LOCATED AT 172000.

WHILE ALSO IN BANK 35, VIRTUAL ADDRESSES 60002 AND 60006 WERE EXPECTED
TO HAVE 0, BUT THE DATA READ WAS 100, THE EXCLUSIVE OR OF GOOD BAD
YIELDS 100 WHICH INDICATES ONE FAILING BIT
(BIT
6).
SINCE
IT
IS

INTERLEAVED MS11-M MEMORY, AND ADDRESS BIT i IS ASSERTED, THE (SR IS
LOCATED AT 172102 (CSR NUMBER 1 UNDER THE INT COLUMN)
NOTE
SUBSEQUENT ERRORS OF THE
NOT TYPE A NEW HEADING.

SAME

TEST

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

1693
1694
1695
1696
1697
1698

3.2

06~JUL-82 10:35

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

# OF ERRORS
ARRAY
APT#
APTCORE
APTMOS

BAD-WD1

aaaugu&w wa
wN—GOOOVO\ABWNdOOQVOMBdeoog

SEQ 0042

PAGE 37

ERROR ABBREVIATIONS

1ST ADD

e el ol ol
o b ol ol ) o o
) ) ol D ) vl ) ) - —d ) - ) - - —d —— - —d —d —
~N NNNNNNNNNNNNNNNNNNNNNNNNY NNNNNNNNNNN
&~
WANINN PININININININD
= b b ed ek o ed e b o O
w N=OOVR~NO'WN

NUMBER OF ERRORS THAT WERE DETECTED.

FIRST ADDRESS THAT FAILED.
THE ARRAY NUMBER THAT WAS LOCKED UP IN THE MS1i=M (SR.
THE # OF CPU'S APT EXPECTS ON THE SYSTEM.

APT
APT
BAD
BAD

CORE SIZE.
MOS SIZE.
DATA.
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 LCNG.

BAD 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 (O-F HEXIDECIMAL).
THE CACHE DATA REGISTER.
DOUBLE BIT ERROR (UNCORRECTABLE ERROR).
DEVICE ADDRESS.
ERROR CORRECTABLE CODE.
GOOD CHECK CODE BITS.
GOOD CHECK CODE BITS.
GOOD WORD #1 OF A DOUBLE WORD DATA VALUE.
g% Dm"l #2 OF A DOUBLE WORD DATA VALUE.

INTERLEAVED (ADDRESS BIT 1 ASSERTED) CSR NUMBER.
MS11-L SIZE.

MEMORY ERROR REGISTER.
MEMORY MANAGEMENT REGISTER #0.
MEMORY MANAGEMENT REGISTER #1.
MEMORY MANAGEMENT REGISTER #2.
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 INTC THE 1ST WALF 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.
ADDRESS UNDER TEST

SHOWS THE BAD BITS.

06-JUL-82 10:35

SEQ 0043

PAGE 38

&H e

VS WN= OV~
N

; CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

D d D d D e oD e D e D e e
~
NNNNNSNNNN

3.3

ERROR HALTS

THERE ARE SEVERAL HALTS IN THE PROGRAM,
ALL UNUSED TRAP VECTORS CONTAIN A TRAP CATCHER (.WORD .+2,HALT).

AN UNDEFINED TRAP INSTRUCTION HALTS AT SYMBOLIC LOCATION ‘‘SHALTZ2'.
THE APT DOWN LOAD SEQUENCE WILL HALT AT SYMBOLIC LOCATION ““APTHLT'.

HALT ON ERROR OPTION (SW15 SET) AT SYMBOLIC LOCATION ‘‘SHALT''.
HALT PROGRAM (SW8 SET) AT SYMBOLIC LOCATION ‘‘SEXHALT''.

761
762

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

764
765

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

d D b

759

e o

766

THE

SHUT

BY POWER DOWN BEFORE A POWER UP SEQUENCE IS COMPLETED.

DOWN

SEQUENCE

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

4.0

06-JUL=-82 10:37

382 $38538 833333233 I3SIRISIBIRS

SEC 0044

PAGE 39

PROGRESS REPORTS

PASS COMPLETE

END PASS
END PASS
END PASS

TYPEOUTS AS FOLLOWS:

*
"
#ov

0
1
2

i o

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

b
ed

]

d
d
et

=OOVWNOWVTM W=D

e e
e ek i o o e
o

G0 Co G 0o 0o 0o Co 0o 0o 00

ek el ek b D

id =

b b oo

b s S

b wd o s

NOTE

s e

b b

SNNSNNSNSNNN

TO OBTAIN PROGRESS RFPORTS WHILE EXECUTING, TYPING A CONTROL ‘T°*
PRINT OUT THE INFORMATION ENCODED IN THE DISPLAY REGISTER.

WILL

EXAMPLE:

BANK= 2 TEST= 34
REFERENCE SECTION 2.4.4.7.18 FOR MORE INFORMATION ON TRACING.

5.0

CSR INFORMATION TABLES

THE FOLLOWING IS A PICTURE VIEW OF THE CURRENT CONTROL STATUS

REGISTERS WHICH CAN BE TESTED BY THIS PROGRAM.
IT SHOWS BIT
ASSIGNMENTS AND DEFINITIONS TO PROVIDE A HANDY REFERENCE, AND
SHOWS THE SIMILARITIES AND DIFFERENCES BETWEEN EACH ONE:
NOTE

ALL UNUSED BITS IN EACH CSR ARE EQUAL TO ZERO.

10R NT. NV ¥P

o m

SEQ 0045

PAGE 40

MS11-P (SR

5.1

NWW
W)
=

06-JuL~82 10:35

b4
3.8
F
8
€A
!
ADDRESS
FEANNEEY

2
2
0
1
3
1
!SE!IP!DC!EC!EE!
TSR
RE

15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 0C

d o

e e

00 0o 0o 00 00

d ek

CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

(In

-8

!DE!EA!SI!
B
B

B
!
EA

2.2

CHECK BITS
N

080

!SE!IP!DC!EC!EE!
R

15 164 13 12 11 10 09 08 07 06 05 04 03 02 01 00

VRN
NS WN -

BEFERERES

eivivivivivivid 0000
Vi

(Iin

W
e o
G
B
B
:DEIEALSE:
¢
BB

N
o
i
M
SYNDROME S
R
e
S

S
AN

06 e
W0 R
B
!SE!IP!DC!EC!EE!
EE
NN

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

BIT ASSIGNMENTS ARE DEF INED
AS FOLLOWS:

BIT15 UNCORRECTABLE ERROR

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
CSR.
SETTING THIS BIT ALSO

TURNS ON A RED LED AT THE REAR OF
THE CARD FOR A VISUAL INDICATION.
THIS BIT IS ALSO SET IN ECC
DISABLE MODE IF A SERR OR DERR
OCCURS.

BIT14 EUB ERROR ADDRESS

WITH BIT 14 = 1, A READ TO THE (SR
WILL FETCH ADDRESS A21
THROUGH A18.
WHEN BIT 14 = 1,
DIAGNOSTIC DATA MAY NOT BE

LOADED INTO THE SYNDROME

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL~-82 10:35

SEQ 0046

PAGE 41

SREERRS

00000
30 0;—J—.—.—lfl—l—l—l-‘
SRR
0?000
vy
v
WN—=O

—s

1878
1879

=1)

C
CK BIT STORAGE
S TORAGE (DIAG (K

(CSR ID)

WHEN
| N THE DIAGNOSTIC CHECK
MODE THESE
BITS ARE USED TO STORE
THE CHECK

BITS TO BE WRITTEN

INTO MEMORY OR THE CHECK BITS
READ FROM MEMORY.
IF A DOUBLE
ERROR OR SINGLE ERROR OCCURS
WHEN IN THE DIAGNOSTIC CHECK
MODE AND ECC DISABLE BIT 1 = 0,
THEN THE CHECK BITS ARE STORED

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, CSR 13, AND CSR 14 ARE

o080 88eeo3e
SSNNNN
o~ O\nbaNflOOCVO\fiJ\WN—.O $

1908

1931

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

BITS05-11 UNI3US 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
THE CONDITION THAT SERR (CSR 4)

OR DERR (CSR 15) IS SET BUT
CSR 14 IS NOT SET.

EUB ADDRESS STORAGE (DIAG (K
?II 5 ;Ro=; ECC DISABLE BIT
E OR SINGLE ERROR

A READ CYCLE,

ITS A17 THROUGH

TORED IN CSR BITS
_THROUGH 5 AND ADDRESS

BITS A21 THROUGH A18 ARE

b v

b e

o e

NV
W —O 0

e e

e ek

D d

BRI

RRRRRLLY W
Sis2zzs

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

1948

06~JUL-82 10:35

SEQ 0047

PAGE 42

STORED IN A BACKUP REGISTER.

THE EUB ERROR ADDRESS
RETRIEVAL BIT (CSR 14)

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 BIT 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 CSR

BITS 11 THROUGH 9.

ADDRESS BITS A21 THROUGH
A11 ARE OBTAINED
TO LOCATE THE DOUBLE

ERROR TO A 1K SEGMENT OF
MEMORY.
THE EUB ADDRESS A21
THROUGH A18 IS READ ONLY

~
w

d e

VOO0

- b

- OO0

wd o cd

D e

$E22228

1961

1974

WHENEVER CSR 14 = 1.

BITOS5-10 SYNDROME STORAGE (CSR 111

IF A DOUBLE OR SINGLE ERROR
OCCURS ON A RZAD OR WRITE
BYTE CYCLE, AND IF CSR BIT

2 1S SET TO A ‘0" SYNDROME
BITS X, 0, 1, 2, 4 AND 8
AND STORED IN CSR BITS S
THROUGH 10.
TO READ THE

SYNDROME BITS FROM CSR, BIT

YOU MUST READ THE ERROR
ADDRESS, THEN SET 2 OF
THE_CSRMUST BE ST TO

A """ (DIAGNOSTIC 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 BITS NORMALLY
READ WHEN CSR 02 IS SET T0 '0'.

BITO4 SINGLE ERROR

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

ADDRESS A21-A11 AND

THE ERROR SYNDROMES WILL

J
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

W)
—

838388333 888

Bl
L P g ——

1988
1989
1990

2003

06-JUL=-82 17:35

SEQ 0048

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
SET IF INHIBIT MODE (BIT

13 = 1) IS SET AND DIAGNOSTIC
MODE (BIT 02 = 1) IS SET.

BI1T03 INHIBIT MODE POINTER

THIS BIT WORKS IN CONJUNCTION
WITH THE SET INHIBIT MODE

(BIT 13).

WHEN BIT 13 IS SET

TO A1, A 16K PORTION OF
MEMORY IS INHIBITED FROM
OPERATING IN THE ECC DISABLE
MODE OR DIAGNOSTIC CHECK S MODE.
THE INHIBIT MODE POINTE R
INDICATES WHICH 16K IS BEING

INHIBITED, I.E., BIT 3 =0

THE FIRST 16K OF MEMORY I S

INHIBITED, BIT 3 = 1, THE
SECOND 16K OF MEMORY IS
INHIBITED.

WITH BIT 13 SET TO A 0, BIT

3 BECOMES INOPERATIVE.

BITO3,

IN CONJUNCTION WITH

BIT 15, THERETORE 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
DISABLE ECC AND/OR RUN THE
DIAGNOSTIC CHECK MODE IN THE
REST OF MEMORY WITHOUT ITSELF
BECOMING VULNERABLE TO SINGLE
ERRORS.
THIS BIT IS A READ/WRITE

?'x‘}'assn BY POWER UP AND BUS

BIT02 DIAGNOSTIC CHECK MODE
THIS MODE ALLOWS A MEANS OF

FORCING A SINGLE OR DOUBLE

ERROR IN A DESIRED LOCATION.
IT ALSO PROVIDES A MEANS OF
EXAMINING THE CHECK BITS AND
THE SYNDROME IN A GIVEN

LOCATION.

K
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

2042
2043

06-JUL=-82 10:35

SEQ 0049

PAGE 44

THE CHECK BITS DESIRED FOR A

2044
2045
2046
2047
2048
2049

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

2051
2052

TO BE WRITTEN.
SINGLE ERRORS
ON THE READ PORTION OF THE DATOB

2050

BITS GENERATED ON THE DATA

CYCLE ARE CORRECTED.

5822

2055
2056
2057

A READ TO THE MEMORY WILL
READ THE CHECK BITS STORED IN
MEMORY AND CLOCK THEM INTO

gggg

THE CSR.

2060

IF A DOUBLE ERROR OR SINGLE
ERROR OCCURS THE DERR OR
SERR BIT IN THE CSR IS SET
AND THE ERROR SYNDROME BITS
READ FROM ECC ARE STORED IN
CSR BITS 10-5 AS WELL AS THE
ADDRESS BITS. IN DIAGNOSTIC
CHECK MODE THE ERROR SYNDROME
BITS WILL BE READ WHEN CSR

2061
2062
2063
2064
2065
2066
2067
2068

BITS 10-5 ARE READ.

202098

2071

THIS BIT IS A READ/WRITE BIT

2072

AND IS RESET ON POWER UP AND

2073
2074
2075
2076
2077
2078

2079
2080
2081
2082
2083
2084
2085
2086
2087

2088
2089

2090
2091
2092
2093
2094

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 TSR 15 AND ASSERT
BUS PBL IF CSR 00 IS ASSERTED.
THE 1K BLOCK OF ADDRESS WHERE
THE ERROR OCCURS WILL ALSO
BE STORED IN THE CSR. THE
PRIORITY OF A SERR AND DERR
WILL BE THE SAME, I.E., THE
LAST ERROR INFORMATION WILL
ALWAYS BE STORED UNLESS A DERR
PRECEDES A SERR. IF A DOUBLE
ERROR OCCURS DURING A WRITE BYTE
CYCLE, THE WRITE PORTION OF
THE CYCLE WILL NOT BE ABORTED.
THE CHECK BITS WRITTEN WILL

,
;

;

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JUL~82 10:35

SEQ 0050

PAGE ¢S

2096

2097
2098

HAVE BEEN GENERATED ON THE

2101
02

EXISTED IN THE LOCATION ACCESSED,
IT WOULD BE CLEARED (UNLESS THE

-0 BRIGARS

DATA WRITTEN. THIS MEANS THAT
IF A SINGLE OR DOUBLE ERROR
ERRORS WERE HARD).

o000

D e e

LSUSUS LS DS DS LSV LS DS TN TNTNTNTSTNTNT.NY

2099
2100

THIS BIT IS A DIAGNOSTIC AID
TO ALLOW WRITING AND READING
DATA FROM MEMORY WITHOUT

D v

b b cd D d b d

o s

INTERFERENCE FROM THE ERROR
CORRECTION LOGIC.

CRIG NI

B1T00 UNCORRECTABLE ERROR
INDICATION ENABLE

— b

o e

o o

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.

ottt

———s

f
9
!

L
06~JUL~B2 10:35

5.2

SEQ 0051

PAGE 46

MS11=L (SR

e
f
43§22
F
W
E
]
PEiY:
!
ADDRESS
:
1
MEWNEBEREE
"
EBEENRN

15161312 11 16-09 08 07 06 05 04 03 02 01 00
BIT ASSIGNMENTS ARE DEFINED AS FOLLOWS:

BIT15 PARITY ERROR
BIT14

RETRIEVAL

EuB

ERROR
THE

MEMORY
IS
ON
AN
EXTENDED UNIBUS, WHEN
BIT14 IS ZERO, THE LOW
ORDER
FAILING
ADDRESSES
ARE
AVAILABLE
(BITS
11=17);
WHEN BIT14 IS

ONE,

THE

HIGH

ORDER

FAILING ADDRESSES ARE
AVAILABLE
(BITS 18-21
OF ADDRESS).
IF
THE

MEMORY IS ON A UNIBUS,

SET, THEY CONTAIN THE
HIGH ORDER PARITY ERROR_ _ ADDRESS
(BITS

—d e

D e

ed e

SNNNNNNO-OOM

D o e

BITS

LSLNDNUNDSTNLNTNT
NN LNT NNNN

gglv. AND EQUAL TO ZE-

A JUMPER DISABLES THIS
BIT SO THAT IT IS READ

—— e

Vi VIV BB
W

\n:wwdgoaflamgwwdg QNOM‘“NN—'OOONOW““N-‘OO&

D o

—

b e

WN W W WNN
NONIND
W
=O VRN WNHWN
-

NN NN NN NI NN NNWSLUSLS NN LN DNTNTNT NN ST NTNTNT N WSSV
INTNT NS TV LN TN

(ZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

ADDRESS

21-18

WITH
THEY

11=5

WITH

ERROR

BIT14

ADDRESS);

BIT14
CLEARED,
CONTAIN THE LOW

ORDER PARITY ERROR ADDRESS
(BITS
17-11 OF

ADDRESS)
.

BITO2

PARITY
(ODD)

WRITE

NORMAL
WHEN

OTHER _ PARITY
WHEN SET.

WRONG

PARITY
CLEAR;

(EVEN)

BITO0 ACTION ENABLE NO
ACTION
WHEN
CLEAR;
TRAP
TO
VECTOR
114

WHEN SET.

N
06~JUL-82 10:35

5.3

SEQ 0052

PAGE 47

MS11-M (SR

)
e
d
d
)
d
ed e
D

N0
O \O O O O 0o 00 0o

b —d

) ek

D e

oo
R28888R QRO2ETRINRRAD2B
WO I
Voo~

NN L DS N TN LS LNTN LN LN TNTNTNTNTNTNTNTNT
NTNT.NT N
RN

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

g
3
iDE!EU!SI!

F
:

5.
E

8271

ADDRESS

!SE!IP!DC!EC!EE!

15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00
BIT ASSIGNMENTS ARE DEFINED AS FOLLOWS:

BIT15

UNCORRECTABLE

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

ERROR

ADDRESS IS

THIS_

BIT_

IS ALSO SET

STORED

THE

CSR.

IN THE ECC
DISABLE
MODE
IF AN SBE OR DBE
OCCURS.

BIT14

RETRIEVAL

Eus

ERROR

IF THE MEM-

ORY IS ON AN EXTENDED
UNIBUS,
WHEN BIT14 IS
ZERO AND EITHER BIT4
OR_ BIT 15 IS A ONE,

THE LOW ORDER
FAILING
ADDRESSES ARE_AVAILAB-

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

BIT13 SET INHIBIT MODE

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

INH MODE POINTER TO
INHIBIT
EITHER
THE

FIRST
OR
SECOND
16K
FROM EVER
GOING
INTO
THE
DIAG.
CHECK
OR

ECC
DISABLE
MODE
.
WHEN
THIS
BIT IS SET
TO A O, IT ALLOWS
THE
DIAG.
CHECK
MODE

BS
NSNNNNN
SIFNR wn

A LAY nrnornornaNN
noN
W

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

06=JUL=-82 10:35

SEQ 0053

PAGE 48

AND/OR_

ECC__

BITS

11-5

DISABLE

MODE_TO OPERATE OVER
THE ENTIRE
MEMORY ON
THE BOARD.

ADDRESS

WITH

ERROR

BITO02

CLEARED AND BIT14 SET,

THEY
CONTAIN THE HIGH
ORDER ERROR
ADDRESS
(BITS
21-18);
WHEN

BITO2 AND BIT14 ARE
CLEARED,
THEY CONTAIN
THE
LOW 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

INHIBIT

MODE

POINTER
THE
INHIBIT
MODE POINTER WORKS
IN
CONJUNCTION WITH THE
SET INHIBIT MODE BIT.
WHEN BIT13 IS SET TO A
1, A 16K PORTION OF
MEMORY
IS
INHIBITTED
FROM OPERATING IN

THE

ECC DISABLE MODE OR
DIAGNOSTIC CHECK MODE.

THE
INHIBIT
MODE
POINTER
INDICATES

WHICH 16K IS BEING INHIBITED;
E.G.-IF BIT3
=1,
THE SECOND 16K OF

MEMORY IS_ INHIBITTED.
WHEN BIT13 IS SET TO A
0,
BIT3
BECOMES
INOPERATIVE.

BIT02 DIAGNOSTIC CHECK
MODE

WHEN SET ENABLES

READ-WRITE

CHECK

BITS(SEE_ BITS 11-5).
IF
A DBE OCCURS
IN
THIS MODE

(WITH BIT1=0

), BIT15 IS

THE

CHECK

SET,

BITS

BUT

REFD

cC s
(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

2287
2288
2289
2290
2291
229
229
2294
2295
2296
2297
2298
2299
2300
2301
2302
2303
2304
2305
2306
2307
2308
2309
2310
23n
2312
2313
2314
2315
gg}g

06~JUL-82 10:35

SEQ 0054

PAGE 49

ARE STORED IN
BITS
11=5,
NOT
THE DBE
ADDRESS BITS.
BITO1

DISABLE

ERROR

CORRECTION WHEN SET NO
SINGLE ERROR CORRECTION
TAKES PLACE.
A
SINGLE BIT ERROR WILL
SET BITO4 AND BIT15
AND ASSERT BUS PBL L
IF BITOO IS ASSERTED;
A DOUBLE ERROR WILL

SET_SET BIT15 AND ASSERT BUS PBL L
_IF
BITOO
IS
ASSERTED.
THE ERROR ADDRESS IS
STORED IN THE CSR, AND
CORRECT CHECK BITS ARE
GENERATED AND
ON A WRITE.

STORED

BIT00
UNCORRECTABLE
ERROR _ENABLE WHEN SET
ENABLES TRAP TO VECTOR
114 ON UNCORRECTABLE
ERROR.

D S

ARVRN R GRK
NS W

2O O

wwwwwwwwuuwwwwwwu WINWWN

NNNNNNNNNNNNNNNNNNNNNNNNNN

PAGE 50

6.0

SUB-TEST SUMMARIES

6.1

TESTS

TEST

BIT TEST OF ALL CSR'S/MATCH ALL CSR'S WITH MEMORY

RRY
=OOMTM

R R RRR eA

(CSR ACCESS MAY CAUSE WRONG TYPE OF TRAPS)

TEST

2
TEST BANK 0 ACCESSES

FAILURES ARE FATAL.
TEST

3
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

VIV

oy
NNTININININD
RN

06~JUL~82 10:35

NINOMD
—

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

5
DIAGNOSTIC MODE DISPATCH ROUTINE

THIS TEST RUNS ALL THE PATTERNS IN THE
MODE SELECTED.

TEST

6
UNIQUE BANK TEST

PATTERN 27 IS RUN

SEQ 0055

WWWW
~
W

PININI
NI NN

(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

2374

6.2

06~-JUL~-82 10:35

SEQ 005

PAGE 5i

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
"MTOOYY'' WHERE YY WILL BE THE NUMBER OF THE TEST.
TESTS RESIDE IN & SCRIPTS THAT ARE SCANNED FOR EXECUTION.

LOCATION

'MKCSRT'"

SYMBOLIC

A TABLE OF TESTS THAT CAN RUN ONCE FOR EACH

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
BANK OF
PARITY MEMORY.
SYMBOLIC LOCATION ‘FSPAT"' IS A TABLE OF
TESTS THAT CAN BE RUN IN FIELD SERVICE MODE

(COMMAND 5).

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

EXAMPLE E-TABLE SEGMENT:

;THE FOLLOWING LOCATIONS SPECIFY WHICH TESTS
SARE TO BE RUN FOR PARTICULAR MEMORIES

:REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO TESTS.

*BITO SET WILL RUN THE FIRST ENTRY IN THE TABLE, BITO SET
*IN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE...

*NOTE*NULL TESTS DO NOT TAKE ANY TIME
:

$DDWO:

$ODW1:
$ODW2:
$DDW3:
$DDW4:
$DDWS:

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD

177777

177777
177777
127777
177777
177777

RECOMMENDED VALUE

;ECC CSR TESTS

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

177777 TABLE = MKCSRT:

177777 TABLE = MKCSRT:
103777 TABLE = MKPAT:

177777 TABLE = MKPAT:

003777 TABLE = MJPAT:
177774 TABLE = MJPAT:

=3
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

2412
2613
2414
2415
2416
2417
2418
2419
2420

06~JUL-82 10:35

6.2.2

SEQ 0057

PAGE 52

SPECIFIC TESTS

2421

6.2.2.1
WRITES

TEST O

BASIC DATA TEST

READS R2 INTO A 16K BANK.

THIS IS USED FOR ZEROS AND ONES TESTING AND IN FIELD SERVICE MODE
ANY CONSOLE SELECTED TEST.

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

NOTE

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

FOR

6
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JuL~-82 10:35

SEQ 0058

PAGE 53

2443
2444
2445
2446
2447
2448

6.2.2.2

TEST 1

ADDRESS TEST

WRITES
READS
AN
INCREMENTING
ADDRESSED INTO A 16K BANK.

PATTERN

EQUIVALENT

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

PHYSICAL

H
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

SEQ 0059

PAGE 54

246
246
2464

24665

2466

2467

6.2.2.3

2669
2470
2671
2647
267
2474
2475

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

2468

TEST 2

COMPLEMENT ADDRESS TEST

THIS PROVIDES THE COMPLEMENT OF THE COVERAGE OF TEST 1
PATTERN AND ADDRESSING SEQUENCE.

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

IN BOTH DATA

15
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

2677
2478
2479
2480
2481
248
248
2484
2485
2486
2487
2488
2489
2490
2491
249
249
2494

04-JuL~82 10:35

6.2.2.4
gfilffg

TEST 3

3 XOR 9

READS A TEST THAT COMPLEMENTS AS

THIS TEST IS RUN & TIMES (1) WITH ZEROS

ZEROS,

(3)

SEQ 0060

PAGE 5SS

WITH 401

ADDRESS
ONES,

ONES, AND (4) WITH ONES

BITS

(2)

401.

WITH

AND

ONES

THE TEST OF

THE 401 IS TO FORCE A THE PARITY BITS TO BECOME INVOLVED.

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

THE KERNEL DATA PAR'S AND THE SUPERVISOR DATA PAR'S,

J
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

SEQ 0061

PAGE 56

2496
2497
2498
2499
2500
2501
2502
sggz

6.2.2.5

2505
2506
ggg;

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

%g?g

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

251
%g}%

NOTE

2514
2515
2516
2517
2518
2519

TEST &

ROTATING ZEROS TEST

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

0 0062
-

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35 PAGE 57
I

|
l

2521
2522
2523
2524
2525
2526

Sggg

6.2.2.6

25%3

WRITES A BACKGROUND PATTERN OF ZEROS.

ggg}

ONE AND THE WORD (2 BYTES) IS STILL ALL ZEROS.

52%2

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

%g%g

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

2537
2538
2539
2540
2541
2542
ggzz

TEST 5

ROTATING ONES TEST

ROTATES A ONE

CARRY

BIT

LEFT

THRU EACH PAIR OF BYTES (18 TIMES) AND THEN CHECKS THAT THE CARRY IS A

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

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

SEQ 0063

PAGE 58

2547

2548
2549

2550

2551
255%
sgg‘

6.2.2.7

2555

WRITES

2559

THIS IS A VERY QUICK CHECK OF THE DATA PATHS.

2556
ggg;

TEST 6

INITIAL DATA TEST

READS A DOUBLE WORD FIRST WITH ALL BITS O EXCEPT 1 (FOR EVERY

BIT POSITION),
POSITION).

SECOND

WITH

ALL

BITS

EXCEPT

(FOR EVERY BIT

NS5
06~-JuUL~-82 10:35

SEQ 0064

PAGE 59

wVivhDI
W

STIRTIRIRR
Og
oo
W
—
BE2EIIY
OU!J‘WN-‘OO&

NN
N NN NI NNRO

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

2586

6.2.2.8

TEST 7

ADDRESS BIT TEST

WRITES A BACKGROUND OF ALL ZEROS.
READ ADDRESS 1 FOR A O BYTE.

COMPLEMENT ADDRESS 1.
READ ADDRESS 1 FOR A NON 0 BYTE.

FOR EACH ADDRESS BIT POSITION FROM BIT

VIRTUAL (2

60000, 20060)
PHYSICAL

(60002,

10, 20, 40, 100, 200, 400
60004,

61000, 62000, 64000

60010,

60020,

1000,

60040,

76ooo 140000, 100000)

2000,

4000,

10000,

60100,

60200,

60400,

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

THIS IS A VERY QUICK CHECK OF

THE ADDRESS BIT UNIQUENESS.

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

06-JUL~-82 10:35

SEQ 0065

PAGE 60

2588
2589
2590
2591
2592

2593

2594
2595
2596
2597
2598
2599
2600
2601
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611

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

B
. CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JUL~82 10:35

SEQ 0066

PAGE 61

2613

6.2.2.10
1.

TEST 11

SINGLE BIT ERROR TEST

CREATE A SINGLE BIT ERROR.
READ DATA UNCORRECTED (WITH ECC DISABLE).

CHECK THAT SBE AND DBE FLAGS ARE SET, AND THE
IS LATCHED.
READ FIRST WORD OF DATA CORRECTED

ERROR

ADDRESS

(WITH ECC ENABLED)

CHECK THAT THE CSR SINGLE BIT ERROR FLAG
ERROR ADDRESS WAS LATCHED.

WAS

SET,

AND

CLEAR SBE FLAG.

READ SECOND WORD OF DATA CORRECTED (WITH ECC ENABLED).

THE

CHECK THAT THE CSR SINGLE BIT ERROR FLAG WAS SET.

DO (1=7) FOR A SINGLE BIT ERROR IN EACH OF 32 POSITIONS OF
DOUBLE WORD.
1.E.
(32 TIMES)
10.

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

1.E.

1’.

(32 x 32 = 1024 TIMES)

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

EACH

1.E.
(1024 x 2 = 2048 TIMES)
OR (32 X 2 = 64 TIMES (QUICK VERIFY))
12.

DO (1-7) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE
SINGLE BIT ERROR COMBINATIONS FORCED INTO THE CHECK
BITS (CSR BITS 5-11).

13.

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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

NOTE
THIS TEST IS RUN FOR MS11-M MEMORY CONLY

e &
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

SEQ 0067

PAGE 62

2669
2670

WRITE A BYTE OF DOUBLE WORD TO ONES.

READ A BYTE OF DOUBLE WORD.

IF THIS 1S MS11-M, THE SBE FLAG SHOULD BE SET.
THE BYTE SHOULD HAVE BEEN EQUAL TO ONES.

CREATE A SINGLE BIT ERROR.

WRITE BYTE CLEARS SBE TEST

TEST 12

6.2.2.1

DO (1=5) FOR EACH OF THE 4 BYTES OF THE DOUBLE WORD
DO (1-6) FOR A SINGLE BIT ERROR IN EACH OF 32 POSITIONS OF
DOUBLE WORD

1.E.

(32 TIMES)

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

I1.E.

(32 X 32 = 1024 TIMES)

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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.
NOTE

THIS TEST IS RUN FOR MS11-M MEMORY ONLY.

D 6
06~JUL-82 10:35

6.2.2.12

TEST 13

SEQ 0068

PAGE 63

C(REATE DOUBLE BIT ERROR TEST

CREATE A DOUBLE BIT ERROR.

e eh

NS WO

UL
LS ST NT,.NT N}
~ NNNNNNW

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

— o

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.

D0 (1-6) FOR THE 2ND BIT OF EACH DOUBLE BIT ERROR IN EACH

POSITIONS

1ST BAD BIT.

I1.E.

A DOUBLE WORD LESS THE ONE POSITION OF THE

(31 TIMES)

IF NOT IN QUICK VERIFY MODE THEN DO (1=7) FOR THE 1ST BIT Of
5353 OF DOUBLE BIT ERROR IN EACH OF 32 POSITIONS OF A DOUBLE

I.E. (31 X 32 = 992 TIMES)
38R6}°8) FOR COMPLEMENTED DATA (ONES VERSUS ZEROS

DOUBLE

I1.E.
(992 X 2 = 1984 TIMES)
OR (31 X 2 = 62 TIMES (QUICK VERIFY))
10.

DO (1-6) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE
DOUBLE BIT ERROR COMBINATIONS FORCED INTO EACH OF
THE CHECK BITS (CSR BITS 5-11).

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

THIS INSURES THAT ALL DOUBLE BIT ERRORS CAN BE
AND CAUSE TRAPS.

CREATED

NOTE

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

E 6
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

2764
2765
2766
2767
2768
2769

2770
277
2772
2773
2774
2775
2776
2777
2778
2779

2780
2781
2
2783

06-JUL-82 10:35

SEQ 0069

PAGE 64

TEST 14

BASIC DOUBLE BIT ERROR TEST

WRITE THE CSR TO ENABLE DIAG MODE WITH A DOUBLE BIT ERROR
g:figtengS OF 110011 AND UNCGRRECTABLE 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.

IS ASSERTED AND WE CHECK FOR A PARITY TRAP TO OCCUR.

BUS PBL

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

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

(5)

e
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

6.2.2.16

TEST 15

SEQ 0070

PAGE 65

WRITE INHIRIT OF BYTE WITH DBE

CREATE A DOUBLE BIT ERROR.
DO A MOVB IMMEDIATE TO TEST BYTE.

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

DO (2-3) ON ALL & BYTES OF DOUBLE WORD.
DO (1-4) FOR THE 2ND BIT OF EACH DOUBLE BIT ERROR IN EACH OF
32 POSITIONS OF A DOUBLE WORD LESS THE ONE POSITION OF THE
1ST BAD BIT.

1.E.

(31 TIMES)

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

I.E.

(31 X 32 = 922 TIMES}

33aS-é) FOR COMPLEMENTED DATA (ONES VERSUS ZEROS

DOUBLE

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

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

DO (1-4) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE DOUBLE BIT ERROR COMBINATIONS FORCED INTO THE CHECK
BITS (CSR BITS 5-11).
9.

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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

NOTE

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

2) THIS TEST IS ONLY RUN DURING
(QV)

THE

FIRST

PASS WHEN UNDER ACT OR APT, AND IS

RUN FOR ECC MEMRY ONLY.

ANY

G
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JUL-82 10:35

SEQ 0071

PAGE 66

2856
2857

6.2.2.15

TEST 16

WRITE INHIBIT OF WORD WITH DBE TEST

CREATE A DOUBLE BIT ERROR.

DO MOV IMMEDIATE ON TEST LOCATION.

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

DO (2-3) ON BOTH DOUBLE WORDS.

DO (1-4) FOR THE 2ND BIT OF EACH DOUBLE BIT ERROR IN EACH

POSITIONS

1ST BAD_BIT.

1.E.

A DOUBLE WORD LESS THE ONE POSITION OF THE

(31 TIMES)

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

I.E.

(32 X 32 = 992 TIMES)

D0 é;-& FOR COMPLEMENTED DATA (ONES VERSUS ZEROS
.
WORD)

DOUBLE

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

DO (1-4) FOR A DOUBLE WORD EQUAL TO (000000,000000), AND ALL
POSSIBLE
DOUBLE BIT ERROR COMBINATIONS FORCED INTO THE CHECK
BITS (CSR BITS 5-11).
9.

CLEAR ANY ERRORS OUT OF TEST LOCATIONS.

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

AFFECTED WORD.

NOTE

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

2) THIS TEST IS ONLY RUN DURING

THE

FIRST

(QV)
PASS WHEN UNDER ACT OR APT, AND IS
RUN FOR ECC MEMORY ONLY.

ANY

H
(ZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

6
SEQ 0072

PAGE 67

SN =OCO NNV
WNN) -

ey FIIYYY

2909
2910

6.2.2.16

TEST 17

HOLDING 1°'S

0°'S TEST

WRITE A 16K BANK WITH ALTERNATING
WRITING A BYTE AT A TIME.

READ EACH WORD FOR CORRECT TEST.

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

BYTES

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

ZEROS

1°'S.

I
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

2926
2927
2928
2929
2930
2931

293
293
2934
2935

06~-JUL-82 10:35

6.2.2.17

SEQ 0073

PAGE 68

TEST 20

SYNDROME BITS TO THE CSR ON A SBE TEST

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

CSR BITS 5-11.

READ THE CSR FOR THE PROPER SYNDROME BITS.

REPEAT 1-7 FOR ALL 16 DATA BITS.
REPEAT 1-8 FOR DATA OF ONES SO THAT A CORRECTION WILL OCCUR
FROM A 1 TO A ZERO.
THIS TEST CHECKS TO SEE THAT THE EDC CHIP CAN DETECT SINGLE BIT

ERRORS FOR ALL 16 DATA BITS BY CHECKING FOR CSR BIT#4 AND THAT
THE PROPER SYNDROME BITS ARE PLACED IN THE CSR.

NOTE
THIS TEST IS ONLY RUN FOR THE MS11-P

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
|

06-JuUL-82 10:35

SEQ 0074

PAGE 69

2965
2966
2967
2968

2970
2971
2972

2973

SN =O

gagss

gegsesEReEiNY:

6.2.2.18

TEST 21

MARCHING 0'S

1'S TEST

WRITE A BACKGROUND OF ALTERNATING BYTES OF ZEROS

FOR THE 16K BANK ADDRESSING DOWN

FOR THE 16K BANK ADDRESSING UP

FOR
(A)
(B)
(C)

FOR THE 16K BANK ADDRESSING DOWN

(A) READ CHECK A WORD
(B) BYTE SWAP A WORD
(C) READ CHECK A WORD

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

(A) READ CHECK A WORD
(B) BYTE SWAP A WORD
(C) READ CHECK A WORD

THIS CHECKS THE INTEGRITY OF THE 32 BIT DOUBLE WORDS.

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

NOTE

IT IS NOT UNCOMMON TO SEE A MISLEADING
ERROR TYPEOUT BECAUSE THE SECOND TEST IN
EACH CASE IS BASED UPON A BYTESWAP OF
THE FIRST TEST WHICH MAY OR MAY NOT HAVE
FAILED.
IF THE ZRROR REPORT
INDICATES
ERRORS
IN PAIRS WITH THE BAD BIT IN THE
SECOND REPORT BEING
THE
SAME
BIT

POSITION

RELATIVE

BYTE THEN YOU

SHOULD IGNORE THE SECOND ERROR REPORT.

ONES

REFRESH TEST

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

THIS TEST IS ON ADDRESSES NOT BIT POSITIONS.

EXAMPLE:
ADDRESS

LSB'S

000

001
010
100
000
'001
010
100

OCOO=OO0O
=

mMs8's
CO=OO0O=O

TEST 22

O=O00O—=0O

6.2.2.19

SEQ 0075

PAGE 70

—_O0O0O=0O00

3016
3017
3018
3019
3020
3021

06~JUL~82 10:35

(=lelelolelelebog

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

NOTE
EXAMPLE USES KDIAG OF VALUE 4 MORE TYPICAL IS A VALUE
OF
8.
CONSULT THE SYMBOLIC DEFINITION OF 'KDIAG'" 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

NOT

EXCEPT UNDER APT
INVOKED VIA FIELD
(KAMIKAZE MODE).

NORMALLY

EXECUTED

OR ACT.
IT MAY BE
SERVICE
COMMAND
13

THE

DIAGONAL

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

06-JUL~82 10:35

SEQ 0076

PAGE 71

3070

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

NOT

EXCEPT UNDER APT
INVOKED VIA FIELD
(KAMIKAZE MODE).

3089
3090

NORMALLY

EXECUTED

OR ACT.
IT MAY BE
SERVICE
COMMAND
13

NOT

DELAY

M6
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

SEQ 0077

PAGE 72

3092

BRIRIRAR2S
wd

-O

WNW

3093
3094
3095
3096
3097

6.2.2.21

TEST 24

FAST GALLOPING PATTERN TEST

THIS DOES A CLASSICAL GALLOPING

PATTERN

EXCEPT

INCREMENTED BY 400 OCTAL (EVERY 64TH DOUBLE WORD)

THAT

NOTE
THIS

TEST

NOT

EXCEPT UNDER APT
INVOKED VIA FIELD
(KAMIKAZE MODE).

NORMALLY

EXECUTED

OR ACT.
IT MAY BE
SERVICE
COMMAND 13

ADDRESSING

I v
NS S S 0 00 O

oo
NN

ot o

o wd o

D e

L WAL LA N N N NN N N N N W N W N W W W N W W W

A A A A A AA

A AA

2000«0mmv\mmmmmmmbbbbbbbabbwwwg
WO VR NOWVMSNWN=O
VRNV WOV RENR = S DB

A A AA A A A

WIN W WWWANI N NN NI NI NININI A = —d e el

D gud eid

A A

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

06~JUL-82 10:35

6.2.2.22

TEST 25

SEQ 0078

PAGE 73

INTERRUPT ENABLE TEST

SET CSR TO ALLOW UNCORRECTABLE ERROR TRAPS.

ACCESS TEST DOUBLE WORDS.

CHECK THAT NO UNCORRECTABLE ERROR TRAP OCCURRED.

ENABLE CSR FOR SBE TRAPS.

ACCESS TEST DOUBLE WORDS.

CHECK THAT NO SBE TRAP OCCURRED.

WRITE A SBE IN 1 BYTE.

DISABLE CSR TRAPS.

ACCESS TEST DOUBLE WORDS.

10.

CHECK THAT NO TRAPS OCCURRED.

11.

ENABLE CSR FOR SBE TRAPS.

12.

ACCESS TEST DOUBLE WORDS.

13.

CHECK TO INSURE TRAP CCCURRED.

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 DOUBLE WORD.

24.

CHECK TO INSURE TRAP OCCURRED.

25.

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

THIS INSURES THAT SBE'S

DBE'S GIVE THE CORRECT TYPE OF

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

TRAPS.

8 7
CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

3170
3171
317;
317
3174
3175

%};9

06-JUL-82 10:35

SEQ 0079

PAGE 74

6.2.2.23 TEST 26 RANDOM DATA TEST

g};g

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

g}g?

READ CHECK RANDOM DATA.

g}gg

THIS ROUTINE REGENERATES THE SAME RANDOM NUMBERS

3184
3185
3186
g;gg

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
OF RANDOM NUMBERS.

3189

;}g?

3192

3193
g;gg

3196
g}g;
3199
3200

USING

THE

SAME

IF YOU WISH TO CHANGE THE RANDOM SEQUENCE SO THAT IT IS DIFFERENT THAN

23' OTHER RUN iN THE SAME CONFIGURATION THEN THERE ARE 2 WAYS OF DOING

MODIFY SYMBOLiC LOCATIONS *'SEEDHI'* AND *‘SEEDLO"* TO ANY NUMBER
YOU LIKE.

ENTER FIELD SERVICE MODE AND EXECUTE THIS TEST (COMMAND 5)
ON SOME (ANY GOOD) BANK FOR A SHORT TIME (30 SEC OR SO).

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

KERNEL

DATA

PAR'S,

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

06~JUL-82 10:35

6.2.2.24

TEST 27

7
SEQ 0080

PAGE 75

UNIQUE BANK TEST

;:fiz TEST USES TEST O TO WRITE

READ THE BANK

NUMBER

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

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

06~JUL-82 10:35

6.2.2.25

TEST 30

7
SEQ 0081

PAGE 76

FLUSH OUT DBE'S TEST

THIS READS EACH LOCATION THEN MOVES THE OLD VALUE BACK
IN.
TH
ggggxefé;H ECC DISABLED AMD THEREFORE CORRECTS ANY DBE'S NR SBE

IT DOES_NOT RUN AS PART OF ANY SCRIPT BUT RATHER IS

PRIOR

THE

END

PASS

CODE,

ALWAYS

RUN

JUST

PART OF A CONTROL ‘‘C'* (BOOT)

COMMAND, AS PART OF END OF PASS SHUTDOWN FOR ACT OR XXDP
CHAIN MODE,
AS PART OF HANGING SEQUENCE AFTER AN ERROR IF UNDER ACT OR APT, AND AS

PART OF A SHUTDOWN SEQUENCE DIRECTED BY SWITCH 8 (HALT PROGRAM).

E
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

3238
3239

06-JUL~82 10:35

6.2.2.26

TEST 31

SEQ 0082

PAGE 77

SOB~A~LONG TEST

RATIONALIZATION

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

INSTRUCTION

ITSELF

MAY

PROVIDE

ADEQUATE

DATA

SET

THAT

(1)

LEAST

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

PDP=-11

INSTRUCTION

SINGLE OPERAND, (2) CAN BE REPEATEDLY EXECUTED AT THE SAME PC AND, (3)
CAN ESCAPE THIS REPETITIOUS LOOP.

HENCE, IT CAN BE POSSIBLE TO SOB A MOS CELL

DEATH

(OR

gl}gé&gag?)fllfl). AND TO SOB A CORE INTO OVER-HMEATING (OR AT LEAST WARM

THE SOB ROUTINE WILL BE LOADED AND CALLED WITH RO SE” EQUAL TO THE SO08

CONSTANT

*'SOBK'',

SET

INSTRUCTION **100776"".

EQUAL

THE

COMPLEMENT OF A ''SOB RO,.'"

SIMPLIFIED SOB EXAMPLE:

1$:

S08

RO,1$

MOV

R1,1$

BEQ

CMP

28:

;S0B TILL RO UNDERFLOWS

sWRITE COMPLEMENT OF SOB

R1,1$

SOBFAIL
S0B8MovV1
SOBMOV.

sREAD

CHECK NOT SOB

:SKIP IF 0K

:TRAP REPORT ERROR
;CODE TO GET SELF MOVED
sFORWARD 1 WORD AND RUN AGAIN

SOBMOV
SOBMOV4
SOBMOV.
..

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

(TYPICAL 25 DECIMAL).

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

"'$DDW2-5''.

FIELD SERVICE MODE COMMAND

RUNNING THIS PATTERN.

THE

NORMAL

NOTE

THIS

EXCEPT

TEST

UNDER

NOT

APT

INVOKED VIA FIELD
(KAMIKAZE MODE).

NORMALLY

ACT.

SERVICE

EXECUTED

IT MAY BE

COMMAND

METHOD

F
7
| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

SEQ 0083

PAGE 78

3292
3293

3294
3295
3296
3297
gsgg

3300
3301
3302

%338‘3

6.2.2.27

TEST 32

WRITE RECOVERY TEST

THIS TEST CAUSES A WRITE, READ, WRITE, READ, ... TO OCCUR IN MEMORY
AND IF THE 1ST, 3RD, sffl. .««READ IS BAD THE PROGRAM MAY BOMB OR IF
THE 2ND, 4TH, 6TH, ...

OUT THE ERROR.

READ IS BAD THE PROGRAM WILL

GRACEFULLY

TYPE

3305
3306
3307
3308
3309

WRITE RECOVERY TEST
THIS TEST DIFFERS FROM OTHER TESTS IN THAT IT CONSISTS
OF A SMALL TEST PROGRAM ACTUALLY RUNNING IN THE BANK UNDER TEST.
THE PROGRAM IS SELF MODIFYING AND MAY BE DIFFICULT TO DEBUG.
TO AID IN THE DEBUG, REMEMBER THAT THE BANK AND MARGIN ARE BEING

3212
3313
3314
%g}g

THE TEST CONSISTS OF 1/2 OF THE BA.K STORED WITH MOV R2,=(PC)’’
AND"THE OTHER 172 CONTAINING '"177667''. *"177667'° 1S THE COMPLEMENT
OF "JMP (RO)'' INSTRUCTION. R2 CONTAINS '‘COM =(R1)'* INSTRUCTION
%;N;:'Y‘TO THE BANK AND R1 CONTAINS THE WIGHEST TEST ADDRESS IN

gg}?

3317
3318
3319
3320
3321
3322

2323

DISPLQXEEEDTHIS WILL ALLOW THE USER TO AT LEAST SEE WHICH MEMORY

IF YOU UNDERSTAND THIS SO FAR THE REST IS EASY.
THE TEST EXECUTION 1S AS FOLLOWS:
1. THE "MOV R2,=(PC)‘'’
INSTRUCTION EXECUTES STORING
THE CONTENTS OF R2 IN THE ADDRESS IT VACATED (DUE TO =(PC).
2. SINCE R2 CONTAINS A “'COM =(R1)"* INSTRUCTION I COMPLEMENTS
.flE “l?‘.fST ADDRESS UNDER TEST. THIS ADDRESS CONTAINED

"177667''

3324

SO AFTER THE. COM -(R1) IT EQUALS 110

CLEVERLY THIS IS THE

3325

‘'JMP (RO)'* INSTRUCTION.

3. THIS SEQUENCE CONTINUES UNTIL THE MOV R2,-(PC)"’

3326

INSTRUCTIONS REACH THE MIDDLE OF THE TEST BANK.

3327

THEN THE

'‘JMP (RO)'® INSTRUCTION IS MET

ggg

%‘Dtggc%fl. RO CONTAINED THE RETURN ADDRESS BACK

gg?

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

3332
3333

3334

3335

3336

NOTE

THIS

TEST

3337

EXCEPT

3339
3340
3341

(KAMIKAZE MODE).

3338

UNDER

INVOKED VIA

NOT

APT

FIELD

NORMALLY

ACT.

SERVICE

EXECUTED

IT MAY BE

COMMAND

G
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

SEQ 0084

PAGE 79

3343
3344
3345
3346
3347
3348
g%’;g

6.2.2.28

3351
3352
3353
3354
gggz

THIS TEST LOADS A SMALL ROUTINE
INTO THE MEMORY UNDER TEST.
THE
ROUTINE MOVES ITSELF ALONG IN MEMORY ONE WORD AFTER EACH PASS SO THAT
WHEN IT REACHES THE END EVERY INSTRUCTION HAS EXECUTED FROM EVERY
LOCATION WITH THE EXCEPTION OF
THE BEGINNING AND END OF EACH TEST
AREA.

3357
gggg

THE BRANCH GOBBLE'S GENERAL FORMAT AFTER YOU ELIMINATE SETUP CODE
CODE TO MOVE THE PROGRAM ALONG IS AS FOLLOWS.

3360

TEST 33

BRANCH GOBBLE TEST

AND

3361
3362
3363
3364
3365
3366
3367
3368
3369

BGTEST:
BRGOBB:

gg;g

4$:

3377
3378

THIS CODE ORIGIONALLY CAME FROM THE PDP-11 FAMILY
INSTRUCTION
EXERCISER DZOKA=A.
THE FIRST MOS MEMORYS FELL SUCCEPTABLE TO THIS

3381
3382
3333‘3

NOTE

3370
3371
3372
3373
3374

NN
N N NN N N

3379
3380

prd

3385
386
387

18:
28:

38:

0
SEC
ADCB
BMI
INCB
BR
BvVS
ERROR
CLv

INCB
8CS
BV(C
BMI
ERROR

;TEST WORD

BGTEST
1$
BGTEST+1
BRGOBB
2%

sINC LOW BYTE
sEND LOOP AFTER 128 TIMES
sINC HIGH BYTE
;LOOP 128 TIMES
sBRANCH IF Vv-BIT SET (SHOULD BE)
;ERROR TRAP
;CLEAR V-BIT

BgTEST
3
3s
4%

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

RETURN

SECTION OF THAT DIAGNOSTIC
EXERCISER EVER SINCE.

AND

HAS

BEEN

IMPORTANT

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

MEMORY

H
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

w
EERRRR
NOWVMB WO 38

3393
3394
3395
3396
3397
3398
3399
3400
3401
3402
3403
3404
3405
3406
3407

06~)UL-82 10:35

6.2.2.29

TEST 34

SEQ 0085

PAGE 80

SOFT ERROR TEST

RATIONALIZATION

MOS CHIPS HAVE A FAILURE MODE IN WHICH THEY CAN RANDOMLY PICK OR DROP
BITS.
THIS IS CAUSED BY ALPHA PARTICLES BOIiBARDING THE CELL.
IF THE
CELL IS VERY SMALL (AND THEY ARE) THEN THE E._CTRONS DISPLACED BY
THE
ALPHA PARTICLE
ARE SUFFICIENT TO CAUSE THF CEL. TO CHANGE FROM A ONE
TO A ZERO OR FROM A ZERO TO A ONE.
THIS TEST IS CONTROLLED BY THE MAIN PROGRAM SO

CREATE

PROGRAM.

TEST

125252

AND

THE CONFIGURATION TABLE

;EgIGRwSUDATED

BECAUSE

52525

THAT

USED

ON ALTERNATE PASSES OF THE

IS USED TO FLAG BANKS THAT HAVE

ANOTHER

TEST

WAS WRITTEN OVER THIS

THIS TEST IS NOTHING MORE THAN A CLEVER USE OF

TEST 0.

TO
THE

I
06-JUL-82 10:35

SEQ 0086

PAGE 81

RRERRRQERR
RELRLR
SESLLELS
SEEEEFESS
SVBYENRUIRY goawo«mb

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

TEST 35
1.

WORST CASE PARITY TEST

FORCE WRITE WRONG PARITY IN EACH 1K WORD BLOCK OF

UNDER TEST.

READ WITH PARITY TRAPPING ENABLED, MAKING SURE
OCCURRS.

MAKE SURE ERROR ADDRESS BITS ARE SET CORRECTLY.
WRITE GOOD PARITY WITHOUT TRAPPING, AND

OCCURRS WHEN READ.

MAKE

NOTE
THIS TEST IS RUN FOR PARITY MEMORY WHICH

‘l"swzgzncomnoueo BY THE SAME (SR AS THE

THE

THAT

SURE

MEMORY

TRAP

VOO
NS NN -

R
Bews
0285

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

3460

06~JUL~82 10:35

6.2.2.31

SEQ 0087

PAGE 82

TEST 36 CORRECTION CODE TEST
1.

WRITE CSR WITH CHECK BITS TO CORRECT BIT O OF

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

THE FIRST ADDRESS

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

K
- CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

6.2.2.32

7
SEQ 0088

PAGE 83

TEST 37

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.

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

—

e o

NOWV
S wWN) -

W NN NN
W
wviviaoa v

6.2.2.33

SEQ 0089

PAGE 84

TEST 41

ADDRESS TO CSR ON DBE TEST

WRITE CSR WITH ECC DISABLE, DIAG MODE, AND DOUBLE BIT ERROR

WRITE AUT WITH DATA OF ZEROS CREATING A DBE.

READ AUT TO DETECT DBE AND TO CLOCK ADDRESS INTO CSR

READ CSR FOR CORRECT ADDRESS IN BITS 5-11.

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

CHECK BITS OF 010011

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.

N7
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

6.2.2.34

SEQ 0090

PAGE 85

TEST 42

EXTENDED ADDRESS TO CSR ON ERROR TEST

WRITE CSR WITH SBE CHECK BITS OF 000010 WITH DIAGNOSTIC MODE.

ggéTE LOW ADDRESS IN A 16K BANK WITH DATA OF ZEROS CREATING A

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

ENABLE CSR BIT 14 TO CHECK THE EXTENDED ADDRESS BITS.
7.

READ CSR FOR CORRECT ADDRESS BITS

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 IS ALSO REPEATED FOR THE EXTENDED ADDRESS FUNCTION IN THE CSR.

NOTE
THIS TEST IS ONLY RUN FOR THE MS11-P

N 7
' CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

,
.

06~JUL-82 10:35

SEQ 0091

PAGE 86

3568
3569
3570

357
3572
3573
3574
3575
3576
3577
3578
3579

6.2.2.35

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.

EFFECTIVELY CREATES A SBE IN BYTE 0.

THESE

THE WRITE

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

WRITE THE CSR TO DIAG MODE.
READ THE AUT TO CHECK FOR THE CORRECT DATA == ALL ONES IN HIGH BYTE
AND ALL ZEROS IN LOW BYTE.

READ THE CSR TO CHECK FOR CORRECT CHECK BITS CORRESONDING TO THE DATA

READ IN (7).

THESE CHECK BITS ARE 000110.

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

8YTE 0 IN (4).

(2) AND WRITING

THIS TEST CHECKS TO SEE THAT A SBE WILL BE CORRECTED DURING THE READ PORTION OF

BYTE WRITE AND THAT CORRECT CHECKBITS WILL BE GENERATED ON THZ WRITE.

NOTE
THIS TEST IS ONLY RUN FOR THE MS11-P

THE

B
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06~-JUL-82 10:35

SEQ 0097

PAGE 87

3609
3610
3611
3612

%66112

6.2.2.36

TEST 44

SHIFTING CHECKBITS THROUGH THE CSR TEST

332};

WRITE CSR TO DIAG MODE TO ENABLE CHECKBIT REGISTER.

33253

WRITE CSR WITH CHECK BITS OF 000001, ECC DISABLE AND DIAG MODE.

3621

WRITE MEMORY WITH DATA OF ZEROS.

3325?

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

%29

33238

READ CSR FOR COMPLEMENT CHECK BIT PATTERN.

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

%31

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

%2%%

SHIFT CHECK BIT PATTERN AND REPEAT (1=7) TILL CSR BITS 5=10 ARE DONE.

3634

COMPLEMENT CHECK BIT PATTERN IN (2) AND REPEAT (1-8) SHIFTING A ZERO

332%;

10.

REPEAT 1-9 FOR EVERY 100 OCTAL LOCATIONS IN 16K

332%%

33232

3639

3640

3641

3322%

3644

INTO MEMORY.

THIS SHOULD WERITE THE CHECK BITS

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 THROUG:{ A FIELD OF ZERDS

AND A ZERO THROUGH A FIELD OF ONES.

AND CHECK BIT RAM'S.

THIS TESTS THE CHECKBIT/SYNDROME BIT REGISTER

THIS TEST IS DONE FOR EVERY 100 OCTAL LOCATIONS IN 16K.

3645

NOTE

3647

THIS TEST IS ONLY RUN FOR THE MS11-P

3646

N=O

s5s

3648
3649

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

06~JuL~82 10:35

6.2.2.37

SEQ 0093

PAGE 88

TEST 45

SYNDROME BITS TO THE CSR ON A DBE TEST

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

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

WRITE MEMORY WITH DATA OF ZEROS CREATING A DBE.

CLEAR CSR.

READ MEMORY TO DETECT DBE.
READ CSR FOR UNCORRECTABLE ERROR INDICATOR.

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

READ CSR FOR CORRECT SYNDROME BITS OF 111111,

REPEAT (1-8) WITH MULIPLE BIT ERROR CHECK BITS OF 111100 AND
CORRESPONDING SYNDROME BITS OF 110000.

THIS TEST CHECKS THE ABILITY OF THE CSR TO DETECT 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

D
(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

06~JUL-82 10:35

6.2.2.38

SEQ 0094

PAGE 89

TEST 46

C(HECK 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 BIIS.

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
DISABLE.
THE TEST 1S REPEATED 2 TIMES, ONCE WITH TRAPS DISABLED AND AGAIN
WITH IT ENABLED.
THIS IS DONE FOR ALL 16 POSSIBLE SBE COND1TIONS.

NOTE
THIS TEST IS ONLY RUN FOR THE MS11-P

E
- (ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

SEQ 0095

PAGE 90

3729
3730

3734

6.2.2.39

TEST 47

NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST

3736

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

3738

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

3740

WRITE MEMORY WITH DATA OF ZEROS CREATING A DBE.

374

WRITE (SR WITH SBE CHECK BITS OF 000070 AND DIAG MODE.

3744

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

3746

CLEAR (SR.

3748

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

3750

READ CSR FOR CORRECT ADDRESS AND UNCORRECTABLE ERROR INDICATOR

3752

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

3754
3755

10. READ CSR FOR SBE INDICATOR AND NO CHANGE IN DBE STATUS IN CSR
IN (8)

3757
3758

THIS TEST CHECKS TO SEE THAT NO UPDATE WILL OCCUR IN THE CSR WITH A SBE IN
MEMORY WHEN A DBE ALREADY EXISTS.

3760

NOTE

3762

THIS TEST IS ONLY RUN FOR THE MS11-P

F 8
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

3764
3765
3766
3767
3768
3769
3770
k144
3772
3773
3774
3775
3776

06-JUL-82 10:35

6.2.2.40

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

“,G

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

3778
3779
3780
3781

06~JUL-82 10:35

“s,

SEQ 0097

PAGE 92

7.0

PROGRAM FEATURES

7.1

FAST DATA ACCF3S RATES

ONE OF THE
MAIM AREAS OF C(ONCERN
IN
TESTINE MEMORY
IN SYSTEMS
ENVIRONMENTS
IS SPEED.
0% OF THE PRIME NSASN%S THAT SYSTEM PROGRAMS
LIKE
RSTS,IAS
AND MUMES
(AN CRASH DUE
TO MEMORY FAILURES NOT
DETECTABLE
BY MEMORY DIAGNOSTICS (0-124K,0-2 MEG.ETC.) IS BECAUSE OF
MULTIPLE NPR DEVICES CONTENDING FOR THE BUS.
AFTER SOME DELAY A NPR
gi\“CSATEgCMES BUS MASTER AND DOES SEVERAL MEMORY TRANSFERS AT MEMORY

ON THE OTHER HAND MOST DIAGNOSTICS WHEN WRITING READING AND/OR
CHECKING PATTERNS SPEND MOST OF THEIR TIME FETCHING INSTRUCTIONS AND
OPERANDS OUT OF THEIR PROGRAM SPACE
AND PROPORTIONALLY LITTLE
TIME
ACCESSING THE MEMORY UNDER TEST.
THIS DIAGNOSTIC'S ERROR DETECTING ABILITIES HAVE BEEN OPTIMIZED AROUND
:l:\EIEPgé?:R¥A25P§IG~ CRITERIA OF SPEED.
TO THIS END THE FOLLOWING STEPS

7.1.1

FAST CITY

UTILIZATION OF MEMORY MANAGEMENT REGISTERS AS NON MEMORY BUS, NON
UNIBUS, BIPOLAR MEMORY.
SINCE USER MODE IS ONLY USED FOR RELOCATION

it RS

WO NO NN
-

3809
3810

AND DATA SPACE 1S NEVER USED, THEN SUBROUTINES CAN BE
EXECUTED
FROM
THE = UIPAR'S,
UDPAR'S,
KDPAR'S,
SDPAR'S AND WITH SOME BIT PATTERN
RESTRICTIONS THE UIPDR'S, UDPDR'S, KDPDR'S, AND SDPDR'S.
THE

PROGRAM

RUNS

KERNEL

MODE

AND

PATTERNS

ARE

EXECUTED

SUPERVISOR MODE FOR MAPPING PURPOSES.
ALL CORE PATTERNS AND SOME MOS
PATTERNS ARE
SUBROUTINES
THAT
ARE
MOVED
TO
THIS BIPOLAR REGION
REFERRED TO IN THE PROGRAM AS FAST CITv,

NOTE

18-BIT PDP=11'S CANNOT EXECUTE FROM

PAR'S

BECAUSE

BITS WIDE;

THEIR

THE

PAR'S ARE ONLY 12

THEY ALSO MAVE NO SUPERVISOR

MODE.
THEREFORE,
ALL PATTERNS ARE
EXECUTED IN MEMORY, USING USER MODE
(REFERENCE SECTION 7.5).

7.1.2

s08'S

H
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JuUL~-82 10:35

UTILIZATION OF

THE

FULL

PDP=11

ALGORITHMS (PRINCIPALLY THE SO0B).

7.1.3

SEQ 0098

PAGE 93

[INSTRUCTION

SET

SPEED

PATTERN

CACHE

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

7.2

BANK ZERO TESTING

BANK ZERO HAS BEEN TRADITIONALLY NEGLECTED BY MEMORY

DIAGNOSTICS

THE FOLLOWING REASON.

FOR

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

SYSTEMS WITH MEMORY MANAGEMENT CAN OVERCOME THIS BECAUSE ALL TRAPS ARE
TO KERNEL VIRTUAL SPACE EVEN IF THE POWER SHOULD FAIL

OBSERVED BECAUSE POWER UP GOES TO PHYSICAL
MEMORY MANAGEMENT UNIT COMES UP OFF)).,

ADDRESS

(CAUTION MUST BE

(BECAUSE

THE

HOWEVER, CATCH 22 IS THAT THE DIAGNOSTIC IS NOT APT COMPATIBLE IN THIS
MODE BECAUSE APT ACCESSES PHYSICAL MEMORY LOCATIONS.
THE PDP=11/44 CAN OVER COME THIS BECAUSE THE UNIBUS MAP CAN FOOL APT.

BECAUSE OF THE PREVIOUS ARGUMENTS THIS PROGRAM DOES

NOT

RELOCATE

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
SEE IF A BANK IS PROTECTED 1S COMPLEMENTED WHEN RELOCATED).

NOTE

THE PRCGRAM WILL RELOCATE

FIRST

PASS

UNDER APT:;

ONLY

AFTER THIS,

THE

7nocam WILL REMAIN FIXED IN BANKS O AND

7.3

MEMORY CONFIGURATION MAP

(ZMSPBO MS11-L/M,P MEMORY DIAG. MACRO M1113

3888
3889

06~JUL~82 10:35

SEQ 0099

PAGE 94

THIS MAP IS PRINTED OUT IMMEDIATELY AFTER SIZING THE MEMORY UNLESS Swé

IS SET (REFERENCE SECTION 2.4.1).

TIME

IN FIELD SERVICE MODE

:
EXAMPLE

—

IT CAN ALSO BE PRINTED AT ANY LATER

(REFERENCE SECTION 2.4.4.8.7)

MEMORY gg:FlGURATION MAP
BANKS
2
3
4
5

012345672;2345670123656701234567012365670123‘567012345670123

INTRLV

~3333333333333333

MEMTYPE LLLLLLLL
PPPPPPPPPPPPPPPPPPPPPPPPPP
'c,gg“" ggoooooo; (RRRER! 1%222222252222222?441.4‘444“4“444“““44444
——

456701234567012345670123456701234567012345670123456701234567

INTRLV ===
MEMTYPE PPPP
CSR
4444
PROTECT

DISPLAYED ARE BANKS 0-73 OCTAL (2 MEG WORDS).
IF
THE
FAT
TERMINAL
SWITCH WAS SET (REFERENCE SECTION 2.4.1) THEN ALL BANKS (0-167) WOULD
BE SHOWN.
IF THIS WAS AN 18-BIT PDP-11 (EG - 11/34), ONLY BANKS 0-7
WOULD BE PRINTED.
THE FIELDS:

ERRORS:
THE SIZING ROUTINE COULD NOT WRITE ZEROS AND ONES

11, HENCE THEY ARE MARKED AS BAD WITH X'S.

BANKS

INTRLV:
THERE IS INTERLEAVING ON BANKS 20-37, WITH (SR 2
(172104)
CONTROLLING
THE
ADDRESS BIT 1 NON-ASSERTED ADDRESSES, AND

CSR 3

(172106)

ADDRESSES.

CONTROLLING

THE

ADDRESS

BIT

ASSERTED

ERRORS:
MEMTYPE:

BANKS 0-7 ARE MEMORY TYPE L (MS=11L), AND_BANKS

10-37

ARE

MEMORY
TYPE
M
(MS11-M)
AND BANKS 40-77 ARE MEMORY TYPE
P(MS11-P).
BANKS 100-167 DO NOT EXIST.

CSR:

J
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRG M1113

3942
3943
3944
3945
3946
3947
3948
3949
3950
3951
3952
3953
3954
3955
3956

06-JUL~82 10:35

SEQ 0100

PAGE 95

BANKS 0-7 ARE ASSIGNED TO CSR 172100,

10-17 T0

CSR

172102,

AND 20-37 TO INTERLEAVED CSR'S 172104 AND 172106 AND BANKS

40-77 ARE ASSIGNED CSR 17210.
PROTECT:

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

PROGRAM

SPACE_OVERSHADOWS MS11-M PROTECTION.

ANY

BANK IS

PROTECTED

AND 1 WILL NOT BE TESTED UNTIL THE

BANKS 0

PROGRAM

RELOCATES.

AND NOT

BECAUSE

BY MS11-M

IT IS IN PROGRAM SPACE IT WILL HAVE AN “'I'' TYPED IN THIS
ROW.
THIS
IS TO POINT OUT WHERE THE PROTECTED BANKS START
FOR EACH ECC CSR.

NOTE THE ‘P'‘ AT BANK 30;:

THE *'SHADOW''
PROTECTION
MEMORIES ARE INTERLEAVED.

THIS POINTS OUT

WHICH OCCURRS "WHEN TWO MS11-M
THEREFORE, BANK 30 WILL NOT BE

TESTED UNTIL THE PROGRAM HAS RELOCATED.

7.4

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

SUPER-MAC IS A

SET_

STRUCTURED

PROGRAMMING

SUPER-MAC

STATEMENTS

MACROS

THAT

(AN

SINGLE-LINE

INTERPRETED

ALLOWS

PROGRAMS TO BE WRITTEN IN A HIGH LEVEL, EASILY UNDERSTOOD LANGUAGE.

AS A GENERAL

RULE,

MOST

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

DIFFERENT THAN A + B.

EXAMPLE:

THE

EXPRESSION

A+B

ALL THE CONDITIONAL STATEMENTS CAN BE WRITTEN AS MULTIPLE-LINE

BLOCKS.

NESTED

EACH LEVEL OF NESTING WITHIN A BLOCK MUST BE TERMINATED WITH

?zoAggggéeTED 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 LST$S$ IS
DEFINED, IT WILL CAUSE GENERATED CODE AND LABELS TO BE
LISTED.
ALL

PROGRAMS MUST BEGIN WITH THE MACRO CALL SMACIT.

THIS CALL

INITIALIZES

?ngfi;g;EfiAcALL LEGAL PDP-11 SOURCE AND DESTINATION OPERANDS ARE LEGAL

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

7.64.1

4000
4001
4002

SAMPLE SOURCE FILE .ENABL ABS
.ENABL AMA
«MCALL .SUPER
.SUPER

;LST$$=0

T OMMOAD>

4003

SEQ 0101

PAGE 96

BITS5=40

[=l=lelelelelelelele]

3995
3996
3997
3998
3999

06~-JUL-82 10:35

.PAGE

sLET EXAMPLES
LET RO := A
LET
LET
LET
LET
LET

B
E
G
J
A

s IF EXAMPLES
IF A 1

:
:
:
:
:

HEN LET C

F,
MOV
END ;OF I

:= D

IFB A EQ B AND (C EQ 1
MOV
H,J
ELSE
MOV
E,J
END ;OF IFB A
IFB A EQ B ANDB C EQ 1
MOV
H,J
ELSE

peve——

E,J

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

4050
4051
4052

4053
4054
4055
4056
4057
4058
4059
4060
4061
4062
4063
4064
4065
4066

4067

4068
4069
4070
4071
4072

06-JUL~82 10:35

SEQ 0102

PAGE 97

END ;OF IFB A
IF RESULT 1S EQ
MOV
A,B
END ;OF IF RESULT

IF_

BITS SET.IN A

MOV
B.C
END ;OF If BITS

_BITS OFF.IN A

Mov_

C.D

END ;OF IF BITS
:ON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
:ON.ERROR EXAMPLES
ON.ERROR
MOV
A,B
ELSE
Mov
C.B
END ;OF ON.ERROR
ON.NOERROR

MOV
C.B
ELSE
MOV
A.B
END ;OF ON.NOERROR
ON.ERROR THEN LET A :B= B

sFOR EXAMPLES

FOR ] :=
=5 T0
INC
A
END :OF FOR I
FOR RO := 0 TO

DEC

A(RO)

140 BY

END :OF FOR RO

FOR l :=

133 DOWNTO

ADD
A,B
END ; FOR |

3 BY

;BEGIN EXAHPLES
BEGIN ALPHA

FOR RO := 0 TO 167
MOVB
A(RO) .B
IF B LT O THEN LEAVE ALPHA
END ;OF FOR RO

FOR RO:= 400 TO

567

IF B GE 0 THEN LEAVE ALPHA
END :OF FOR RO

END ALPHA

sSRETURN EXAMPLES

$RE TURN
SRETURN ERROR
SRETURN NOERROR

;CASE EXAMPLES

MoV
A,RO
CAie RO

- (ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO Mi113

06-JUL~B2 10:35
Mmoo
m

END ;OF CASE RO
.END

7.4.2 SAMPLE LI ?{%NG FILE (WITH NO EXPANDED MACROS) -~ =
.MAIN.
MACRO M1
01=-APR=79 16:41
PAGE 2

000000

.ENABL ABS
.ENABL AMA
«MCALL .SUPER

:LST$$=0

MTMMOAD>»

000040
000000
000000

«MAIN.

MACRO M1111

01-APR=79 16:41

BITS=40
=l=lelelelelelelel]

RN N o

— v

D cd cd s

Haen ol 2R ok o oF ¥ o F S

D cnd sl

el -

b ed e e = o e d d o
WA — OVRNO
NS WN—=OO

4104

SEQ 0103

PAGE 98

PAGE 3

sLET EXAMPLES

24 000100
25
26 000106
27 000113

34 000164
35 000172

LET RO := A
LETB :=C +D
LET E :=F +
1
LET G :=H + 2
LET J :=J ¢+ WV
LET A :B= B

s IF EXAMPLES
012737

000023

000006

012737

000034

000010

013737

000004

000006

IF A IS TRUE

MOV
23,0
END ;OF IF A
IF B IS FALSE

MOV

34 .E

END ;OF IF B
IF A EQ B THEN LET C :=D
IF
ALTB
mMov
C.D
ELSE

4183
4184

4185
4186
4187
4188
4189
4190
41N
4192

4193
4194
4195
4196

4197
4198
4199
4200

4201
4202
4203
4204
4205
4206
4207
4208
4209
4210

47 000306
48 000314
49 000314
50 000334
51 000342
52 000344
53 000352
54 000352
55 000354
56 000362
57 000362
58 000372
59 000400
60 000400
61 000410

22 000416

73 000450
74 000456
.MAIN.

000014

013737

000012

000014

013737

000016

000022

013737

000010

000022

013737

000016

000022

013737

000010

000022

013737

000000

000002

013737

000002

000004

013737

000004

000006

000514
000516
000522
000534

000012

E
END ;OF I
IFB A EQ A
MO v
ELSE

ND C EQ

£
ANDB C EQ

MOV
E
END ;OF IFB
A
IF RESULT IS EQ
MOV
A,
END ;OF IF RESULT

BIT5 SET.IN A

MOov

B.C

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

sON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
sON.ERROR EXAMPLES
013737

000000

000002

013737

000004

000002

013737

000004

000002

013737

000000

000002

MACRO M1111

75 000456
76
77 000466
78 000474
79 000500

80
81
82
83

013737

4165
4166
4167
4168
4169
4170
“nNn
4172
4173
4174
4175
4176
4177
4178
4179
4180
4181
4182

000006

4164

000010

4162
4163

013737

<«

36 000174

SEQ 0104

PAGE 99

4158
4159
4160
4161

06-JUL-82 10:35

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

01-APR=79 16:41

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

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

sFOR EXAMPLES

005237

000000

005360

000000

FOR I

=570

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

9
'8
CZMSPBO MS11=L/M/P MEMURY DIAG. MACRO M1113
4212
6213
6214
4215
4516
6217
4218
4219
4220

4221

42%
422

4224
4225

4226

4227

4228

4229
4230

06~JuUL~-82 10:35
84
85
86
87
88
89
90
1
92
93

000542
000550

000566
0005
000570
000576
000604
000614

063737

000000

000002

116037

000000

000002

000620

;SRETURN EXAMPLES
$SRETURN

98 000640

SRETURN ERROR

99 000644

101 000650
1o§ 000654

SRETURN NOERROR

013700

103 000664
104 000666
105 000670

000000
000002
000004

4235

107 000674

000010

4237

109 000700

2%28

4236

4238

4241
252%

106 000672

108 000676

110

000001

6
7 000000
8 000092

000040
888888

4255
4256
4257

11 000010
12 000012
13 009014

000000
000000
000000

4259

15 000020

000000

426
426

END ;OF CASE RO

4250
4251
4252

«261

A
2]
C

000012

1 000000
2
3
4 000000

4260

MoV
A.RO
CASE RO

000006

4244
4245
4246
4247
4248

4258

000000

sCASE EXAMPLES

.END

7.4.3 SAMPLE LISTING FILE (WITH EXPANDED MACROS) - .MAIN. MACRO M1111
O01-APR=-79 16:10 PAGE 2

4249

i4 000016

16 000022

-MAIN.

O THEN LEAVE ALPHA

END ;OF FOR RO
END ALPHA

97 000636

100

ADD
A.B
END :OF FOR 1|
;sBEGIN EXAMPLES
BEGIN ALPHA
FOR RO := 0 TO
167
MOVB
A(RO).B
IF B LT O THEN LEAVE ALPHA
END ;OF FOR RO
FOR RO := 400 TO 567
IF B GE

94 000626
95 0006

4231
423
423

4254

SEQ 0105

PAGE 100

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

000000

LST$$=0

A:
8:

BITS5=40
0
0

g:
F:
G:

0
0
0

000000

MACRO M1111

O01-APR=79 16:10

PAGE 3

c 9

013737
063737

000004
000006

000002
000002

013737
005237

000012
000010

000010

013737
062737

000016
000002

000014
000014

062737

000001

000022

113737

000002

000000

005737

000000

012737

000023

LET
MOV
INC
LET
MOV

ADD

e e
) e

2
01

:IF EXAMPLES

IF A IS TRUE
TST A

000006

BEQ LD
MoV
23,0
END ;OF IF A

IF B IS FALSE

TST B

BNE L1

000010
L)

023737
00%00‘
013737

2,6

LET J := 0 +
ADD 01.,J
LET A :B=B
MOVB B,A

000000

000002

000006

000004

000000

000002

020004

000006

MOV
34,E
END ;OF IF B
IF A EQ B THEN LET C := D
CMP A.B

BNE L2
L2:

MOV D.C

IF
ALTB
(MP A.B

BGE LS
MOV
ELSE

C.D

MOV
END ;OF

000034

E :=F +
F.E
E
G :=H +
H,G

A EQ
IF
C(MP A.B

BR L4

000010

000006
Lé:

023737
001007
023737
001403
013737

000000

000002

000004

000006

000012

000014

.D
F A

AND C NE D

BNE LS

CMP C.D

BEQ LS

MOV
END ;OF

013737

naly

MOV (.8
ADD D,B

000002

40 000230

MOV A,RO
LET B :=C +D

LO:

e s

000000

e ok e

000210
000212
000220
39 000222

sLET EXAMPLES
LET RO := A

—

55 PN PN
S &4 ao«agggocfiv\mflumam &
b wd pry

3388 o

WANNININININ)
= —a

(=3=1=] o
=4

=]
o

oo~

SEQ 0106

PAGE 101

013700

4299

3832E;gigsase£38888

4296
4297

~N
0

4289
4290
4291
4292
4293
4294
4295

—=O

4288

4283
4284
4285
4286
4287

000064
23 000072
000072
24 000100
5 000100
2
26 000106

4282

22 000056
000056

w
N

4278
4279
4280
4281

0000;4

NN
e

4268
4269
4270
427
6272
4273
4274
4275
4276
4277

18
19 000024

4265
6266
4267

06-JUL-82 10:35

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M11i3

0
CZMSPBO MS11=-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

SEQ 0107

PAGE 102

000230

41 000230

000230
000236
000240
000246

.MAIN.

LS:

023737
001404
023737

001403

MACRO M1111

000250

000000

000002

000004

000006

01-APR-79 16:10

013737

000012

000014

BEQ L7
PAGE 3-1

L6:

L?:
123737
001010

013737

000000

000002

000004

000001

000016

000022

000010

000022

000403

013737

001010
123727
001004
013737

000000

000002

000004

000001

000016

000022

000403
013737

000010

000022

000362
57 000362
000362
0002370
58 000372
59 000400
000400
60 000400

000400

000000

MOV

L10:

000000

000002

000004

LY2:

000040

000000

H,J

IFB A EQ B ANDB C EQ
CMPB A.B

CMPB C,

MOV
ELSE

H,J

BR L13
END ;OF IFB A

IF RESULT IS EQ
BNE L14

MOV
A.B
END ;OF IF RESULT

IF BITS SET.IN A
BIT BIT5.A
BEQ L15
MOV

L1S:

032737

MOV
E.J
END ;OF IFB A

BNE L12

000002

000040

ELSE
BR L11

BNE L12

L14:

032737
001403
013737

IFB A EQ B AND C EQ
CMPB A,B

CMP C, 1
BNE L10

L13:
001003
013737

MOV
F,G
END ;OF IF A

BNE L10

L11:
123737

IF AEQB
OR C NE D
(MP A.B
BEQ L6
CMP C,D

B.C

END ;OF IF

BITS

BITS OFF.IN A

BIT

BITS5.A

E
|

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

06~JuUL-82 10:35

9
SEQ 0108

PAGE 103

43N
4372
4373
4374
4375
4376
4377
4378
4379
4380
4381
4382
4383
4384
4385
4386
4387
4388
4389
4390
4391
4392
4393
439
4395
4396
4397
4398
4399
4400
4401
4402
4403
4404
4405
4406
4407
4408
4409
4410
4611
4412
4413
4414
4415

4416

4417

4418
4419
4420
4421
4422

61 000410

013737

000004

000006

62 000416
000416
63

64
65 000416
000416
66 000420
67 000426
0004%6
000430

68 000430

END ;OF IF

103004

013737

000436

72 000446
000446

000450

73 000450
74 000456

BITS

ON.ERROR

000000

013737

8cc L17

000002

000403

L17:
000004

000002

L20:

MACRO M11M

71 000440

C.D

L16:
sON.ERROR IS LIKE AN IF STATEMENT ON THE C-BIT
:ON.ERROR EXAMPLES

69 000436
000436
70 000436
-MAIN.

mMov

01-APR-79 16:10

103404

013737

000004

013737

000000

000002

113737

000002

012737

177773

005237

000000

005237
023727
003770

000020
000020

000000

000020

005360

000000

062700
020027

000004
000140

C.B

END ;OF ON.ERROR
ON.NOERROR

MOV

C.B

ELSE

L21:

BR L22
MOV
A.B
END ;OF ON.NOERROR
ON.ERROR THEN LET A :B= B

BCC L23

L23:

MOVB B.A

sFOR EXAMPLES
FOR I

80:

000023

MOV

B1:

=S5.1

-5 710

A
INC
END ;OF FOR I
INC 1

(WP 1,

EO:

005000

MOV

BCS L21

L22:
103003

A.B

PAGE 3-2

000002

000403

MOV
ELSE
BR L20

BLE 80

FORRO :=

CLR RO

0 TO

DEC__
A(RO)
END ;OF FOR RO
ADD &.RO

CMP RO, 140

140 BY

F 9
| (ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

06-JuUL-82 10:35

4424
4495
4426
L4427
4428
4429

000532
000534
83 000534
000534

4430
4431
4432
4433
4434
4435
4436
4437
4438

85 000550
000550
000556
000564
000566

003771

El:

012737

000133

000020

063737

000000

000002

162737

000002
000020

000020
000003

023727
002366

B2:

BLE B1
FOR I

MOV 133,1
ADD

133 DOWNTO

A.B

END ;OF FOR !
suB ‘2,1

P 1,3

B8GE B2

E2:
;BEGIN EXAMPLES

BEGIN ALPHA

4439
4440
4441
4442

FOR RO :=

005000
116037

000000

005737
002415

000002

000613 00%966

000167

012700

000400

4443

444
4445
4446

000604

000614
92 000614
000614
-MAIN.

MACRO M1111

- 3. 9 11

4447
4448
4449
4450
4451
4452
4453
4454
4455
4456
4457
4458
4459
4460
4461
4462
4463
4464
4465
4466
4467
4468
4469
4470
4471
4472
4473
4474
4475
4476

SEQ 0109

PAGE 104

000002

Bé:

005200

0200 7
003771

A(RO).B
O THEN LEAVE ALPHA

END :OF FOR RO
INC RO
CMP RO, 167
BLE B4
FOR RO :=

MOV

400,RO

400 TO

567

PAGE 3-3

BS:

005737
002004

Move
IF B LT
IST B

167

BLT E3

E4:

01-APR-~79 16:10

CLR RO

0 TO

000002

IF B GE

TIST B

O THEN LEAVE ALPHA

BGE E3

END :OF FOR RO

000567

ES:

INC RO
CMP RO, 567
BLE B85
END ALPHA

E3:
JSRETURN EXAMPLES
SRETURN

000207

RTS PC

000261
000207

RTS PC

000561
000207

CLC
RTS PC

SRETURN ERROR
SEC

SRETURN NOERROR

G
06~JUL-82 10:35

4478
4479
4480
4481
4482
4483

000650

013700

000654

010062
004737

4484

4485
4486
4487
4488
4489
4490
449
4492

000000

s CASE EXAMPLES

MOV
A.RO
CASE RO
MOV RO,=-(SP)
ASL asP

000700

JSR PC,L24

4493

L4594
4495
4496

000700
000702
110 000704

062616
013646
004736

000001

7.5
7.5.1

NOWVSANNN=O

PAR

7.5.2
PAR
NOWVMS
NN =D

4497
4498
4499
4500
4501
4502
4503

SEQ 0110

PAGE 105

mMoO~S®>»

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

L2é4:

END ;OF CASE RO
ADD (SP)+,aSP
MOV @(SP)+,=(SP)
JSR PC,a(SP)+

.END

MEMORY MANAGEMENT MAPPING
MEMORY MANAGEMENT MAPPING FOR THE 11/44 SUPERVISOR

TEST AREA
TEST AREA
TEST AREA
TEST AREA
PERIF PAGE

KERNEL

USER

PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM

DST
SRC
SRC
SRC
DST

PROGRAM
MAP TO CSR'S
PERIF PAGE

BK/FST
BK/FST
BK/FST
BK/FST
BK/FST

MEM
MEM
MEM
MEM
MEM

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

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

KERNEL

USER

PROGRAM
TEST AREA
TEST AREA
TEST AREA
TEST AREA
PERIF PAGE

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

DST
SRC
SRC
SRC
DST
DST
DST
DST

BK
BK
BK
BK
BK
BK
BK
BK

H
CZMSPBO MS11-L/M/P MEMURY DIAG. MACRO M1113

4539

4540
6541

7.5.3

SEQ 0111

PAGE 106

MEMORY MANAGEMENT MAPPING FOR UNIBUS=11'S W/0 SUPERVISOR MODE

PAR

KERNEL

USER

NOWVIS
NN —=O

6529
4530
453
4532
4533
4534
4535
4536
4537
4538

06~JUL-82 10:35

PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
PROGRAM
MAP TO CSR'S

PROGRAM/DST BK
PROGRAM/SRC BK
PROGRAM/SRC BK
TEST AREA/SRC BK
TEST AREA/DST BK
TEST AREA/DST BK
TEST AREA/DST BK
PERIF PAGE/DST BK~

PERIF PAGE

(EG 11/34) =

I
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
4545
4546 000000
4547

06-JUL-82 10:35

9
SEQ 0112

PAGE 108

.LIST
-ENABL
JENABL

T1OC
ABS
AMA

JMCALL

.IFOPR,.]S,.GE
.OPSUB,
NBR,.OP
CLEAR,SET, CLEARB,
ADD,
SE T8

4548
4549
4550
4551

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

4553

.MCALL

RNE,REQ.RLT,RGE,RGT,RLE,RPL,RMI.RHI,RLOS,RHIS,RLO,RCS.RCC

4555
4556

.MCALL
.MCALL

FOR,TO.DOWNTO.REPEAT
.UNTIL .THRU,END,BEGIN
$SEND,LEAVE,JUMPTO,GOTO,PUSH,POP,
LET

4552

4554,

.MCALL

IF,.OR,.IFARI,.LEAVE,.GOTO,OR, AND, THEN, ELSE ,WHILE .CASE

4557

.MCALL

JMCALL

$CALL,SRETURN

4560
4561
4562

NLIST
JLIST
.NLIST

TTM
MC,SYM
MD,CND,ME

;1 WANT FAT PAPER!
:LIST MACRO CALLS, SYMBOL TABLE
sDON'T LIST MACRO DEFS & CONDITIONALS & EXPANSIONS

$SWR=

163000

*USE THESE SYSMAC SWITCHES

2333

4563

4564

4565
4566 000000

163000

000001

LSTS$=

$TN=
SMACIT

.SIMPLE,.ARITH,ORB,ANDB,I1FB,UNTILB,WHILEB,ON.ERROR,ON.NOERROR

0
1

:DEFINED TO LIST SUPERMAC EXPANSIONS
:FIRST TEST NUMBER TO ONE(1)

J
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

TRAPS

06~JuUL-82 10:35

SEQ 0113

PAGE 110

4569
4570
4571
ggg

.SBTTL
DEFINE
TRAPS
;ALL ENTRIES HERE MUST HAVE A CORRESPONDING ENTRY IN THE
*TRAP TABLE "'STRPAD'* (NEAR END OF PROGRAM).
;*TRAP DEF INITIONS

22;‘;

*HERE IS HOW TRAPS WORK IN THIS PROGRAM

4576

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

2;;;

*TO SYMBOLIC LOCATION

L4579

‘‘$TRAP

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

.
;

4580
z.gg;

':'.2313.

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

4586
4587

4585

SEXAMPLE :

4588

NOP

NOP
NOP

KERNEL

£39

;ENTER KERNEL MODE

4591
4592
zggz

ADD A DOLLAR SIGN TO THE SYMBOLIC NAME AND CHECK THE CRF FOR SOMETHING CLOSE
IN THIS CASE _THE CRF HAS SKERNE LISTED AS 032546
AT LOCATION 32546 YOU FIND THE ROUTINE SKERNEL

4595

NOTE THAT CRF SYMBOLS ARE TRUCNATED TO 6 CHARACTERS

4597

REMEMBER WHAT THEY MEAN!

4596
0

SYMBOLIC NAMES GREATER THAT 6 CHARACTERS ARE USED SO I CAN

4599
4600

»H

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

104401

4601
4602
4603

104402
104403

4604
2282

104405

4607
2?68

:
ALL GOOD TRAP ROUTINES RETURN VIA AN "RTI'* INSTRUCTION
TYPEIT= 104401
s:TTY _TYPEOUT ROUTINE
TYPOC= 10440
TYPOS=
10440
sTYPON= 104404

ssTYPE OCTAL NUMBER (WITH LEADING ZEROS)
;:TYPE OCTAL NUMBER (NO LEADING ZEROS)
ssTYPE OCTAL NUMBER (AS PER LAST CALL)

TYPDS= 104405
sTYPBN= 104406

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

104407
104410

GTSWR=
CKSWR=

104407
104410

ssGET SOFT=SWR SETTING
;s TEST FOR CHANGE IN SOFT-SWR

4610
4611

104411
104412

RDCHR=
RDL IN=

104411
10441%

::TTY TYPEIN CHARACTER ROUTINE
ssTTY TYPEIN STRING ROUTINE

4615

104415

104416

RESREG= 104416

; sRESTORE RO-R5 ROUTINE

22}3

104417

KERNEL= 104417

sENTER KERNEL MODE

4620
4621

104420
104421

104422

ENERGIZE=104420
DEENERGIZE=104421

KMAP=

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

4624

104423

CACHON= 104423

:TURN ON CACHE

4612
22}2

22}9

225%

4625

104413
104414

1046424

RDOCT=
RDDEC=

10441
104414

SAVREG= 104415

104422

CACHOFF=104424

s sREAD AN OCTAL NUMBER FROM TTY
ssREAD A DECIMAL NUMBER FROM TTY

;s SAVE RO-RS ROUTINE

sMAP KERNEL 1 TO 1

sTURN OFF CACHE

K
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
DEFINE
TRAPS

104442

4643
464k
4645

104444
104445
104446

4640

4642

4646
4647
4648
4649

4650
4651
4652
4653
4654
4655
4656
4657
4658
4659
4660

4661

104441

104443

104447
104450
104451
104452

104453
104454
104455
104456
104457
104460
104461
104462
104463
104464
104465

104466

4662
4663
4664
4665
4666
4667
4668

104470
104471
104472
104473
104474

4670
4671
4672
4673
4674
4675
4676
4677

104476
104477
104500
104501
104502
104503
104504
104505

4680

104510

4669

4678
4679

4681

4682

104467

104475

104506
104507

104511

104512

R —————————————————

sPROGRAM DETECTED ERROR

ECCDIS= 104470
ECCIDIS=104471
ECCINIT=106472
ECCIINIT=104473
CBCSR= 104474
CBI1CSR= 104475

WASSBE= 104476

WAS1SBE=104477

WASDBE= 104500
WAS1DBE=104501

CLRCSR= 10450
5
10450

=104505
104506
104507
1045 10
1045 11
ERRGEN 1045 12

4641

4638

PERRO1= 1044%5
PERRO2= 1044
PERRO3= 104431
PERRO4= 104432
PERRO7= 104433
PERR10= 104434
PERR11= 104435
PERR12= 104436
PERR13= 104437
PERR14= 104440
PERR15= 104441
PERR16= 104442
PERR17= 104443
PERR20= 104444
PERR21= 104445
PERR22= 104446
PERR23= 104447
PERR24= 104450
PERR25= 104451
PERR26= 10445
PERR27= 10445
PERR30= 104454
PERR31= 104455
PERR32= 104456
PERR33= 104457
PERR34= 104460
PERR35= 104461
PERR36= 10446
PERR37= 10446
PERR4O= 104464
PERRG1= 104465
PERR42= 104466
PERR4G3= 104467

nouwnn

4639

104431
104432
104433
104434
104435
104436
104437
104440

sLOAD CORRECT CSR
sREAD CORRECT CSR

104427

104430

PAGE 1101

LOADCSR=104425

READCSR=104426

—y

104425
104426

w
—g

|
L

4626
4627
4628
4629
4630
4631
4632
4633
4634
4635
4636
4637

06-JUL-82 10:35

+PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR

:PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
<PROGRAM DETECTED ERROR
+PROGRAM DETECTED ERROR
sPROGRAM DETECTED ERROR
:PROGRAM DETECTED ERROR

sDISABLE ECC ON ALL CSR'S
sDISABLE ECC ON 1 SELECTED CSR
sINITIALIZE ALL ECC CSR'S
sINITIALIZE 1 SELECTED ECC CSR
sWRITE GENERATED CHECKBITS IN ALL CSR'S
sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
;WAS THERE A SBE ON ANY CSR?
sWAS THERE A SBE ON 1 SELECTED CSR?

;WAS THERE A DBE ON ANY CSR?
sWAS THERE A DBE ON 1 SELECTED CSR?
sCLEAR ALL CSR 'E
.
sCLEAR 1 SELECTED CS
;DISABLE ECC & WRITE CHECKBITS FROM ALL CSR'S
;DISABLE ECC & WRITE CHECKBITS FROM 1 SELECTED CSR
;ENABLE TRAPS ON SBE'S FROM ALL CSR'S
sENABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
sTEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
s INVALIDATE BACKGROUND PATTERN ON ‘BANK''
sCHECK ERROR ADDRESS

SEQ 0114

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| DEFINE

4683

TRAPS

104513

i
n

(BREG

06~-JuUL-82 10:35

=104513

PAGE 110-2

sENABLES CHECK/SYNDROME BIT REGISTER

SEQ 0115

| CZMSPBO MS11=L/M’> MEMORY DIAG. MACRO M1113
' DEFINE

BASIC PDP11

STUFF

06-JUL-82 10:35
.SBTTL

DEFINE

SEQ 0116

PAGE 111
BASIC PDP11 STUFF

s*INITIAL ADDRESS OF THE STACK POINTER
2000
:sFIRST ADDRESS OF THE STACK
KERSTK= STACK
: sKERNEL STACK
SUPSTK= 740
: sSUPERVISOR STACK
USESTK= 700
:sUSER STACK
ERROR=EMT
:sBASIC DEFINITION OF ERROR CALL
SCOPE=10T
ssBASIC DEFINITION OF SCOPE CALL
PSW=
177776
s ;PROCESSOR STATUS WORD
sSTKLMT=177774
ssSTACK LIMIT REGISTER
:PIRQ=
177772
: ;PROGRAM INTERRUPT REQUEST REGISTER
DSWR=
177570
: sHARDWARE SWITCH REGISTER
DDISP= 177570
: sHARDWARE DISPLAY REGISTER
LKS=
177546
ssLINE CLOCK (KW11-L) STATUS REGISTER
STACK=

000004
177776
177570
177570
177546

000011
000012
000015
000200
000007

H;HISCELL?NEOUS DEFINITIONS

LF=
CR=
CRLF=
MFPT=

12
15
200
7

:;CODE
::CODE
:;CODE
:;CODE
:;CODE

FOR HORIZONTAL TAB
LINE FEED
CARRIAGE RETURN
FOR CARRIAGE RETURN-LINE FEED
FOR PROCESSOR TYPE INSTRUCTION

;GE:%RAL PURPOSE REGISTER DEFINITIONS

;s STACK POINTER
s ;KERNEL STACK POINTER
s sSUPERVISOR STACK POINTER
s sUSER STACK POINTER
: ;PROGRAM COUNTER

KSP-SP
§SP=SP

USP=SP
:PC=R7

*''SWITCH REGISTER'' SWITCH DEFINITIONS
SU S=
100000
SWi4é=
40000
Swi3=
20000

SWwi2=

SWil=

SWw10=
SW9=
SW8=

4737
4740
4741

2000
1000
400

SW7=
SWé=
SWS=

200
100
40

SW3=
SWe=
Swi=
SWo=

10
4

SWé=

4735

10000

4000

2
1

s *DATA B{T 0551NITIONS (BITO0 TO BIT15)
BIT15=
1000
BIT14= 40000
BIT13= 20000
BIT12= 10000
BIT11= 4000
BIT10= 2000
BIT9=
1000
BIT8=
400

N9
| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

’DEFINE

BASIC PDP11

06-JUL=82 10:35

STUFF

SEQ 0117

PAGE 111-1

4742
4743
4744
4745
4746
4747
4748
4749
4750
4751
4752
4753
4754
4755
4756
4757
4758
4759
4760
4761
4762
4763
4764
4765
4766
4767
4768
4769
4770
47N
4772
4773
4774
4775
4776
4777
4778
4779
4780
4781

4782
4783

4784
4785
4786
4787
4788
4789
4790
4791
4792
4793
4794
4795
4796
4797
4798

000200
000100
000040
000020
000010
000004
000002
000001
000004
000010

—ro~ .
4
(=lelelel]
[=]=]

;*BASIC ''CPU'"" TRAP VECTOR ADDRESSES
::TIME OUT AND OTHER ERRORS

ERRVEC= &
RESVEC= 10
sTBITVEC= 14

: :RESERVED AND ILLEGAL INSTRUCTIONS

sTRTVEC=

000020
000024
000030
000034
N00060

::TRACE TRAP
: :BREAKPOINT TRAP (BPT)
s INPUT/0UTPUT TRAP (IOT) %#SCOPE++
: sPOWER FAIL
..EHULATOR TRAP (EMT) #«ERRORw*

:BPTVEC=
I0TVEC= 20

PWRVEC= 24

EMTVEC= 30
TRAPVEC=34
TKVEC=

:"'TRAP'' TRAP

.,TTV KEYBOARD VECTOR

s TPVEC= 64
sLKVEC= 100

000114
000114

PARVE C=CACHVEC

000250

MMVEC=

s:TTY PRINTER VECTOR
ssLINE CLOCK (KW11-L) VECTER
::CACHE ERROR INTERRUPT VECTOR

CACHVEC=114

:PIRQVEC=240

s ;PROGRAM INTERRUPT REQUEST VECTOR

2 sMEMORY MANAGEMENT VECTOR
CACHE REGISTERS
::CACHE ERROR REGISTER

177754

250
.SBTTL DEF INE
= 177744
sMEMERR
CONTRL = 177746
MAINT
= 177750
sHITMIS = 177752
177754
DATARG

177766

.SBTTL
DEF INE
CPUERR = 177766

CPU REGISTERS

177746

177750

177572
177574
177576
172516
177600

MMRO=
MMR1=
MMR2=
MMR3=

::HEHORY CONTROL REGISTER
s sMEMORY MAINTENENCE REGISTER
ssHIT MISS REGISTER **1°" IMPLIES HIT IN CACHE
2 sDATA REGISTER

::CPU ERROR REGISTER HOLDS CONDITION THAT CAUSED

.SBTTL
DEFINE MEMORY MANAGEMENT REGISTERS
: *MEMORY MANAGEMENT STATUS REGISTER ADDRESSES

177572

177574
177576
172516

;*USER "'I'* PAGE DESCRIPTOR REGISTERS
UIPDRO= 177600
177602
sUIPDR1=
177604
;UIPDR2=
177606
:UIPDR3=
177610
:UIPDR4=
177612
:UIPDRS=
177614
sUIPDR6=
177616
sUIPDR7=

;UDPDRO=
;UDPDR1=

JUDPDR2=

;*USER ''D''_PAGE DESCRIPTOR REGISTORS
177620
177622
177624

8 10
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
DEFINE
MEMORY MANAGEMENT REGISTERS
4799
4800
4801
480

06-JUL-82 10:35

;UDPDR3=

177626
177630
177632
177634
177636

sUDPDRé4=

;UDPDRS=

;UDPDRé6=
;UDPDR7=

480

4804

s*USER *‘I'* PAGE ADDRESS REGISTERS

FASTCITV-UIPARO

177640
177640
177642
177644
177646
177650
177652
177654

UIPARO=
UIPAR1=
UIPAR2=
UIPAR3=
UIPAR4=
UIPARS=
UIPARG=

177660

UDPARO= 177660

:UIPAR?=

177640
177642
177644
177646
177650
177652
177654

177656

sPATTERN
sPATTERN
sPATTERN
sPATTERN

PROGRAM
PROGRAM
PROGRAM
PROGRAM
;PATTERN

SPACE
SPACE
SPACE
SPACE
PROGRAM SPACE

sPATTERN PROGRAM SPACE

177666

* UDPARS=

177672

177670

UDPARS=

GDPAI7= 177676

172200

SIPDRO= 172200

177674

sPATTERN PROGRAM SPACE
sPATTERN PROGRAM SPACE

sPATTERN PROGRAM SPACE

: *SUPERVISOR "'I* PAGE DESCRIPTOR REGISTERS

.SIPDR1=
:SIPDR2=

:SIPDR3=
:SIPDRG=
:SIPDKS=
:SIPDR6=
:SIPDR7=
;SDPDRO=
:SDPDR1=
:SDPDR2=
;SDPDR3=
. SDPDR4=
;SDPDRS=
- SDPDRb=
:SDPDR7=

172252
172254

sPATTERN PROGRAM SPACE

*UDPAR3=

177676

172246

;PATTERN PROGRAM SPACE
sPATTERN PROGRAM SPACE

: *USER "D’* PAGE ADDRESS REGISTERS

UDPARG=

172240

SEQ 0118

PAGE 111-2

172202
172204

172206
172210
172212
172214
172216
2*SUPERVISOR ‘D'’ PAGE DESCRIPTOR REGISTERS

172220
172222
172224
1725%6
172230
172232
172234
172236

:*SUPERVISOR "'I'* PAGE ADDRESS REGISTERS

SIPARO= 172240

:SIPAR1=

172242

:SIPARG=

172250

*SIPAR2=
SIPAR3= 172246

SIPARS= 172252
SIPARG= 172254

:SIPAR7=

172244

172256

sTEST AREA
sTEST AREA
:TEST AREA
sTEST AREA

10
CZMSPBO MS11-L/M/P MEMORY DI

4856
4857
4858
4859
4860
4861
4862
4863
4864
4865
4,866
4867
4868
4869
4870
4871
4872
4873
4874
4875

MEMORY MANAGEMENT RE

172260

06-JUL-82 10:35

PAGE 111-3

: *SUPERVISOR *'D'* PAGE ADDRESS REGISTERS

SDPARO= 172260
:SDPAR1=

: SDPAR2=
: SDPAR3=
: SDPAR%=
SDPARS= 172272

172262

172264
172266
172270

SDPARG= 172274
SDPAR7= 172276
172300

:*KERNEL “'I'* PAGE DESCRIPTOR REGISTERS

KIPDRO= 172300
:KIPDR1=

172302

:KIPDR3=

172306

*KIPDR2=

172304

:KIPDR4=
;KIPDRS=
:KIPDR6=

172310
172312
172314

:KIPDR7=

:KDPDRO=
:KDPDR1=
;KDPDR2=
;KDPDR3=
;KDPDRé=
;KDPDRS=
sKDPDR6=
:KDPDR7=

172340

172316

s*KERNEL ‘D' PAGE DESCRIPTOR REGISTERS
17232
172322
172324
172226
172330
172332
172334
172336

:*KERNEL *'I'* PAGE ADDRESS REGISTERS

KIPARO= 172340
:KIPAR1=

172342

KIPARG= 172350
KIPARS= 172352
KIPARG6= 172354
;KIPAR7=

172356

*KIPAR2=
:KIPAR3=

172360

:KDPAR1=

*KDPAR3=
72374
72376

172344
172346

KERNEL ‘D' PAGE ADDRESS REGISTERS

KDPARO= 172 60

:KDPAR2=

R
)

DEFINE

MACRO M1113

;KDPAR4 =
;KDPARS=

KDPARG= 172374
KDPAR7= 172376

172362

172364

172366

172370
172372

SEQ 0119

D10
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

DEFINE

UNIBUS MAP REGISTERS

06-JuUL~82 10:35

4908
4909
4910

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
4942
4943
4944
4945
4946
4947
4948
4949

4950
4951
4952
4953
4954
4955
4956
4957
4958
4959

4960
4961
4962
4963
4964

PAGE 113

.SBTTL DCFINE UNIBUS MAP REGISTERS
;*THE LOWER 16 BITS OF THE MAP REGISTERS ARE LABELED "MAPLXX'
170200

170202
170204

:*THE UPPER 6 BITS OF THE MAP REGISTERS ARE LABELED °‘MAPHXX'

MAPLO = 170200

MAPHO = 170202
MAPL1 = 170204
:MAPH1 = 170206
*MAPL2 = 170210
:MAPH2 = 170212
*MAPL3 = 170214
:MAPH3 = 170216
‘MAPLG = 170220
‘MAPHG = 170222
*MAPLS = 170224
*MAPHS = 170226
:MAPL6 = 170230
*MAPH6 = 170232
SMAPL7 = 170234
:MAPH? = 170236
:MAPL10 = 170240

:MAPH10 = 170242
SMAPL1T = 170244

SMAPH11 = 170246

:MAPL12 = 170250
:MAPH12 = 170252
:MAPL13 = 170254

*MAPH13 = 170256

*MAPL14 = 170260

:MAPH14 = 170262

:MAPL1S = 170264
:MAPH1S = 170266
:MAPL16 = 170270

:MAPH16 = 170272
:MAPL1Z = 170274
:MAPH17 = 170276
:MAPL20 = 170300
:MAPH20 = 170302
SMAPL21 = 170304
*MAPH21 = 170306
;MAPL22 = 170310
:MAPH22 = 170312
:MAPL23 = 170314

:MAPH23
*MAPL2G
:MAPH24
:MAPL2S
*MAPH2S
:MAPL26
:MAPH26
JMAPL27
*MAPH27
:MAPL30

=
=
=
=
=
=
=
=
=
=

170316
170320
170320
170324
170326
170330
170332
170334
170336
170340

:MAPH30 = 170342
:MAPL31 = 170344
:MAPH31 = 170346
:MAPL32 = 170350
:MAPH32 = 170352

SEQ 0120

E10
- (ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

' DEFINE

UNIBUS MAP REGISTERS

4965
4966
4967
4968
4969
4970
497
497
497
4974
4975

06-JUL~82 10:35

SEQ 0121

PAGE 113~1

:MAPL33 = 170354

MAPH33
‘MAPL34
s MAPH
IMAPL3S

=
=
=
=

170356
170360
170362
170364

:HAPL ; f };8§98

MAPH35 = 170372
:MAPL37 = 170374

MAPH3? = 170376
000174
000176

.SBTTL
DISPREG=174
SWREG= 176

DEFINE

SOFTWARE SWITCH & DISPLAY REGISTERS

172100

.SBTTL
CSRADD=172100

DEFINE

CONTROL STATUS REGISTERS

060000

.SBTTL
FIRST=60000

DEFINE

PARAMETERS
JSTART OF THE 16K TEST PATTERN AREA

157776

040000

LAST=157776
S1ZE=40000

sEND OF THE 16K TEST PATTERN AREA

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

CF10
CZHSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

|
l

DEFINE

4989

PARAMETERS

06-JUL-82 10:35
LLIST
.SBTTL

TMMD
MACRO

SEQ 0122

PAGE 115

t-t-.n-tt-ttttttnttttt

FATAL

sBE NICE TO SEE MY DEFINITIONS
St

aaanaa et dttatantenaann

FATAL IS USED TO REPORT FATAL ERRORS
THE PROGRAM FROM CONTINUING).
AR AR AR

AR AR

.MACRO
.NLIST
.DSABL

A AR AT IR RN AR AR AR AR AR

FATAL

ARG

CRF

.11F DF %3;33 LLIST

FATALS
+ARG
CRF
.11F DF %3;83 «NLIST

.ENDM

FATAL

.SBTTL
.MACRO

MACRO
TYPE
F

.DSABL
LIIF DF
.ENABL
.ENDM

sSET FATAL INDICATOR
ME

L.ARG

CRF
LSTSS .NLIST
CRF
TYPE

ANA S

TYPE
ARG

IF DF LSTSS .LIST

ARRR AR

; #¥*MAC
% *MACRO*
RO#
* *MACRO**
#»

INC
ERROR

(ERRORS THAT PREVENT

G 10
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
MACRO
NEWTST

06=JuUL~82 10:35
.SBTTL

SEQ 0123

PAGE 117

MACRO

Jennannennnennnennenter

NEWTST

NEYTST

tnnennenenscensnenenes

sNEWTST IS USED AS THE FIRST INSTRUCTION OF A TEST.
21T WILL:
1)

GENERATE A TEST NUMBER FOR THE LABEL OF THIS TEST

2) &’J'T"!_!':TARS BEFORE AND AFTER A MESSAGE

;ARG
:1)
ASCII

:2)

ICOUNT ==

RETURN ==

COMAND ==

AR AR

THIS IS THE MESSAGE THAT WILL APPEAR

ON THE LISTING
IF NON=-BLANK AND BIT 11 OF $SWR = 1 IT WILL BE

THE NUMBER OF ITERATIONS TO MAKE ON THIS TEST
IF NON-BLANK WILL BE THE ADDRESS TO
WHICH THE NEXT SCOPE STATEMENT WILL

LOOP BACK TO.
IF NON-BLANK WILL BE THE FIRST
INSTRUCTION OF THE TEST
IF BLANK SCOPE WILL BE THE

FIRST INSTRUCTION

A NN NN AR RN NN RN

ANAA RN NN AN

-MACRO NEWTST
$STN=1
SNWTST=0
NLIST MC

ASCII,ICOUNT,RETURN,COMAND

SmUTESY

\$TN,<ASC!I>,SCOPE

SSNEWTEST

\$TN,<ASCII>,<COMAND>

.1F B <COMAND>

.ENDC
«NLIST
LIST
.LIST

WME

.IF NE 4000E$SWR

.IF N8 ICOUNT
.IF LE <ICOUNT-1>

MOV

JIFF
"% ‘

#1,STIMES

::06 1 ITERATION

#ICOUNT,STIMES

;;DO ICOUNT ITERATIONS

-ENDC

-IF N8 RETUR%

HEJ'V‘M

-ENDC
«NLIST
LIST
.LIST

NLIST
.ENDM

#RETURN,SLPADR

NEWTST

;:SET SCOPE LOOP ADDRESS

H 10
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

SSNEWTEST

06-JUL-82 10:35

5078
5079
5080

SEQ 0124

PAGE 119

.SBTTL MACRO _ SSNEWTEST
«MACRO SSNEWTEST
A,ASC, COMND
ASCI, <ASC>
.IRP
.IF EQ SNWTST
SNWTST=1
.SBTTL
T'A*
ASCI
.NLIST
LLIST
ME
.LIST

s*TEST A

2222223222222

11t

ASCI

IFF

ASCI

.ENDC
.ENDM

:.!ttti'tt...ttfit't't'."tttt.t.l.Q'ttttt.Q't.'lt!tttttt'ttt't.ttt

TST'A:

tt""t'tQ"tt

COMND
.NLIST

.SBTTL

MACRO

STN=STN+1
.ENDM
SSNEWTEST

S 8RN R A RN NS OB VRN, AN SO BRISAR o

TXT ==

AR AR

e
o
e

Vi i

o e e o
e e el
ek e o

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

SUBTST <<THIS IS A FUN SUBTST>>

D e

o o

*ARGUMENT:

*EXAMPLE :

WANINNINININININININ
b = b b b ek ek ok ek = O O

SUBTST

taaanataanananntranannesasrnnns

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

VIV

SUBTST

:THIS MACRO WILL FORMAT A SUBTEST HEADING WITH STARS

o e

D e

senannnnennttntd

AR A A AR

NI A AR AR AR RN AN AR

SUBTST ASCII
MC
<ASCII>
MC
SUBTST

.SBTTL
«MACRO
.IRP
.SBTTL
.NLIST
LIST

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

s *SUBTEST
AL A

AR A AN

.MACRO
.NLIST
$SUBTST
LIST
.ENDM

LLIST

IR R

-ENDM
NLIST
.ENDM

AR NN AR AR AR RS

ME
A

23222223223222222227

ASCI
e

ME
$SUBTST

232222332222

2222223

11
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
W
w

TYPOCT

MACRO _ TYPOCT
TYPOCT

tennanensnananannnnn

STYPOCT IS USED TO CHANGE A BINARY NUMBER
:

~NON N

XAR2E

VIVIVI AWV T

AN WA T AWV

o o o cd
D i D D D
e e e e s
~
SO
RRCARRAG
AN — e e VIVIVIWWWAB
Vil
BB
BB
W

ViV

.SBTTL

SEQ 0125

PAGE 121

sennnnnnnennnenennent

WV AL

A VAW AN

ek
e
) s 2

: MACRO

06~JuUL-82 10:35

TO A 6 DIGIT OCTAL NUMBER AND TYPE IT

::ARGWENTS:
51)
NUM
THE NUMBER TO BE TYPED
::2)
REMARK ALLOWS A COMMENT TO BE MADE
gROUTINES REQUIRED
::1)
CONVERT BINARY TO OCTAL AND TYPE (.S$TYPOCT)
52)
TYPE AN ASCIZ STRING (.STYPE)
:EEXAHPLES:
135!

TYPOCT HILMT,<TYPES THE CONTENTS OF HILMT>

:2)

TYPOCT

#5,<TYPES ° 000005°>

AR AL AR

«MACRO
«NLIST
.DSABL

TYPOCT

MOV

NUM, - (SP)

222282222222}

s:SAVE NUM FOR TYPEOUT

.1IF N8 <REMARK>,

.DSABL
.11F DF
.ENABL
.ENDM

NUM,REMARK

CRF
.1IF DF LSTSS .LIST

TYPOC

CRF
LSTS$S .NLIST
CRF
TYPOCT

s s REMARK

::60 TYPE=--OCTAL ASCIICALL DIGITS)
ME

J 10
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

20030000000
000 0000 3 09 30 00 00
BRIRRREN2ETEIRRRIZ

NIV
IV VI
VIV

5173
5174
5175
5176
5177

TYPOCS

06-JUL-82 10:35

.SBTTL

SEQ 0126

PAGE 123

MACRO _ TYPOCS

seennnnnnnnnnannnnnnt

TYPO(S

tenanannnnannaanennn

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

NUMBER AND TYPE
1 TO 6 DIGITS

WITH OR WITHOUT LEADING ZEROS.

* ARGUMENTS:

)

NUM

NUMBER TO BE TYPED

REMARK

ALLOWS A COMMENT TO BE MADE

:3)

NUMBER OF DIGITS (1 TO 6) TO BE TYPED

24)

BLANK=SUPPRESS LEADING ZEROS (TYPES SPACES)

;

NON-BLANK=TYPE LEADING ZEROS

*ROUTINES REQUIRED
3}

CONVERT BINARY TO OCTAL AND TYPE (.S$TYPOCT)

)

TYPE AN ASCIZ STRING (.STYPE)

sEXAMPLES:

(1)

:2)
:3)

TYPOCS

#12345,<TYPES ''S'S,1

TYPOCS #004,<TYPES "04'>,3,X
TYPOCS #004,<TYPES * 4'>.2

3tttt.t.t."'....l..t..'.'t"t...i...tt.'-.tittt..tt.t't.t.tttttt

.MACRO
.NLIST
.DSABL

TYPOCS

NUM,REMARK,N,Z

MOV

NUM, - (SP)

CRF
.JIF DF LSTSS .LIST
.E?ggl
CRF

ME
;2SAVE NUM FOR TYPEOUT

.J1F NB <REMARK>,

TYPOS

;G0 TYPE=--OCTAL ASCII

.JF NB N
.?g;i
N

s:TYPE N DIGIT(S)

BYTE
6
.ENDC
.IF NB 2
.?;;E
1

2:TYPE LEADING ZEROS

BYTE

:sSUPPRESS LEADING ZEROS

.ENDC
.DSABL
.JIF DF
.ENABL
.ENDM

;:TYPE 6 DIGITS

O
CRF
LST$S$ .NLIST
C(RF
TYPOCS

2 sREMARK

K 10
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

' MACRO

06~JUL~82 10:35

.SBTTL

MACRO _ TYPDEC

PNONONIND

Vivaivavawnaw

tttttttttttt'tttt.tt

YPDEC

IS USE

SEQ 0127

PAGE 125

TYPDEC

wennsnnnwnannnnnnnns

TO CHANGE A BINARY NUMBER TO A SIGNED

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 (.S$TYPDEC)
TYPE AN ASCIZ STRING (.STYPE)

*EXAMPLES
TYPDEC

TYPDEC
.

AR AR A

SIZE,<TYPE THE CONTENTS OF SIZE>

#-10.,.<TYPE A MINUS TEN>

«MACRO
«NLIST
.DSABL
.1IF DF
.E?ggl
MoV
.11F NB
TYPDS
.DSABL
.IIF DF
.ENABL
.ENDM

TYPDEC

2222222222223

NUM,REMARK

CRF
LSTSS .LIST
CRF

NUM, - (SP)
<REMARK>,
CRF

LSTSS .NLIST
CRF
TYPDEC

::SAVE NUM FOR TYPEOUT

s s REMARK

;260 TYPE~=DECIMAL ASCII WITH SIGN

L 10
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5271

5272

5273

g ;g

25;9
gg;g

5280

BMOV

.SBTTL

MACRO

PAGE 126

Jeennnnnnnannnnnnny BMOY

BMOV

eatanntnanannnnnnntnentnwny

THIS MACRO MOVES A BLOCK OF DATA.

sARGUEMENTS :
FROMHERE
1

:2)

5281

5284
5285
5286
5287
5288

:3)
:
:
H
:

gzgg

06~JUL~82 10:35

TOHERE

;

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).
SIZE

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

g%gg

5291
5292
5293
5294
5295
5296
5297
5298
5299
5300
5301
5302
5303
5304
5305
5306
5307
5308
5309
5310
53
5312
5313
5314
5315

Ettttttttttttttttttttttttttttttttttttttttttttttttti

5316
5317
5318
5319
5320
5321
5322
5323
5324
5325
5326
5327

OF STUFF.'' I REPLY!

-MACRO BMOV
FROMHE
, TOHERE RE
,SIZE
.IF B TOHERE
NLIST
.DSABL
CRF
.IIF DF LSTSS .LIST ME
-ENABL
CRF
.LIST
JSR R5,BLOCK1
FROMHERE
.DSABL
CRF
.IIF DF LST$$S .NLIST ME
.ENABL
CRF
LMEXIT
-ENDC
.IF B SIZE
NLIST
.DSABL
CRF
.1IF DF LSTSS .LIST ME
-ENABL
CRF
.LIST
JSR R5,BLOCK2
TOHERE
FROMHERE
.DSABL
CRF
IIF DF LST$SS .NLIST ME
-ENABL
CRF
MEXIT
. IFF
NLIST
-DSABL
CRF
.1IF DF LSTSS .LIST ME
-ENABL
CRF
.LIST
JSR_R5,BLOCK3
SIZE

SEQ 0128

M1
j&igggeo MS11-L/M/P MEMORY DIAG. MACRO M1113
BMOV

06~JUL~82 10:35

SEQ 0129

PAGE 126~1

TOHERE
FROMHERE

——

.DSABL
CRF
IIF DF LST$$S .NLIST
. ENABL
CRF
.ENDC
.ENDM
BMOV

N 10
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

' MACRO

MAP

06-JUL-82 10:35

5337

§340

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

ggzz

*ARGUEMENTS:

5345

55!

ggzg

*EXAMPLES

gggg

MAP

Loc

;LOCATION *'LOC’* CONTAINS THE # OF THE BANK TO MAP

gggg

MAP

#28.

:BANK 34 (OCTAL) WILL BE MAPPED

s%s‘
5355
5356
5357
5358
5359
5360
5361
5362
5363
5364
5365
5366
5367
5368
5369
5370
5371
5372
5373

;fitiitfi.'t.tttiitttfi'tit"tti..*'tttt.tttt.ttt'titt

S%gg

2;25

2329

.SBTTL

MACRO

SEQ 0130

PAGE 128

JERREANAAAANARANAN MAP

MAP

Sttt

AR AR

;

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

BANK

THE BANK OF 16K WORDS TO BE MAPPED.

THERE ARE 120 BANKS OF 16K WORDS

.MACRO MAP
BANK
PUSH
R3
NLIST
-DSABL
CRF
JIIF DF LSTSS .LIST ME
.ENABL CRF
LIST
.IF B BANK
MOV
#120. .R3
IFF
MOV
BANK,R3
LENDC
CALL
MAPPER
.DSABL CRF
-1IF DF LSTSS .NLIST ME
.ENABL
CRF
POP
R3
LENDM
MAP

| gigggfl() MS11-L/M/P MEMORY DIAG. MACRO M1113
SUPERVISOR

SgEERe
e Ly 3

5376
5377

06~JUL-82 10:35
.SBTTL

5EQ 0131

PAGE 130

MACRO _ SUPERVISOR

sennnnnnnnvevensns

SUPERVISOR

transnnsnnnsannanenns

THIS MACRO SWITCHES TO SUPERVISOR MODE.

*ARGUEMENTS: NONE.
.

AR AN A

A AR AT A

A AR AN AR A AR AR AR R AR

.MACRO
«NLIST
.DSABL
IIF DF
.ENABL
LLIST
BIS
.DSABL
.1IF DF
.ENABL
.ENDM

#BIT14,PSW
CRF
LSTS$S .NLIST
CRF
SUPERVISOR

.SBTTL

MACRO_

R AR

SUPERVISOR
(CRF
LSTSS .LIST
CRF

Jhnsnnnnnannnnwnwt

JSER

;GO TO SUPERVISOR MODE
ME

USER

toennannnnnansntnnnanavttnn

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

AR R
AR R AN
N
AR RN AR AN R RN AN

.MACRO
.NLIST
.DSABL
.11F DF
.ENABL
LLIST
8IS

USER

LSTSS .LIST

.ENDM

USER

CRF
CRF

lg}T‘IS!BlTM.PSH
C
.11F DF LSTSS .NLIST ME
CRF

;GO TO USER MODE

cn
;gigggao MS11-L/M/P MEMORY DIAG. MACRO M1113
TESTAREA

5419
5420
5421

06-JUL-82 10:35

.SBTTL

SEQ 0132

PAGE 131

MACRO _ TESTAREA

sennnnnnnnnnnnnnwnt

TESTAREA

tonnannnnannnnnannnnnnn

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

A A AR A A A AR R A A AR AR

-MACRO
«NLIST
.DSABL
.1IF DF
.ENABL
.LIST
BIS
.DSABL
.1IF DF
.ENABL

AR AR AN AR AR AN AR RN AR

TESTAREA
CRF

LSTSS .LIST
CRF

TESTMODE ,PSW
CRF

LSTSS .NLIST
CRF
TESTAREA

ME
;GC TO SYSTEM TEST MODE
ME

B RT
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MACRO

5441

SET4 & RES4

06-JUL-82 10:35
.SBTTL

SEQ 0133

PAGE 133

MACRO

SET4 & RES4

5442

sennnnnnnnnnnnnnds

gzzg

: THESE MACROS SET & RESTORE VECTOR &4(TIMEOUT TRAP)

2229

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

gzzg

sARGUEMENTS :

5443

5450

5451

5452

5453
5454

5455
5456
5457
5458
5459
5460
5461
5462

5481
5482

5483

WHENEVER CODE IS NOT

: SURROUNDED BY SET4 AND RES4 THEN ANY TRAPS TO 4 WILL CAUSE AN ERROR

sPRINTOUT THAT SAYS

SRR R AR

1018

"‘UNEXPECTED TRAP TO &4''

AR AR AR RN

.MACRO
.NLIST
.DSABL
.IIF DF
.ENABL
.LIST
MOV
.DSABL
.IIF DF
.ENABL
.ENDM

5474
5475

5480

sTHE LOCATION TC VECTOR TO (ONLY USED IN "'SET4'* NOT 'RES4')

:1 USE THE SET4 AND RES4 MACROS AROUND CODE THAT ] EXPECT TO TRAP TO &

5472
5473

5479

LoC

sLIKE LOOKING FOR ALL POSSIBLE CSR'S AND ETC.

5464
5465
5466
5467
5468
5469
5470
5471

gz;g

tennnnannsnnntwnwans

5463

5476

SETL B RESS

SET4

AT AR AN AN AN AR AR RN

AND ALL THE ASSOCIATED REGISTER JUNK
AR RN

ARG

CRF
LSTSS .LIST
CRF

ARG,
4
CRF
LSTSS .NLIST
CRF
SET4

.MACRO
-NLIST
.DSABL
IIF DF
.ENABL
.LIST
MOV
CMP

#TIMEOUT,4
#1,PROTYP

:IS THIS AN 11/44?

CLR

CPUERR

sCLEAR OUT THE CPU ERROR REGISTER BITS

.DSABL

(RF

BNE

RES4
CRF
LSTSS .LIST
CRF

101$

IIF DF LSTSS .NLIST
.ENABL
CRF
.ENDM
RES4

:BRANCH IF NOT

sTHAT A EXPECTED TRAP COULD HAVE SET
ME

CEMN
gigggeo MS11-L/M/P MEMORY DIAG. MACRO M1113
DLEFT
5486
5487

5488
5489
5490
5491
549,
549
5494
5495

5496
5497

5498
5499
5500
5501
5502
5503
5504
5505
5506
5507

06~JuUL-82 10:35

.SBTTL

SEQ 0134

PAGE 135

MACRO _ DLEFT

sunannnnnnnnnnnnen

DIEFT

tanannananennnnrnnonnnnnns

: THIS MACRO DOES A DOUBLE WORD LEFT SHIFT
Loc
sTHE LOCATION TO BE SHIFTED LEFT (CARRY TO LOC+2)
ARGUEMENTS:
.

AR AR A A AR

-MACRO
«NLIST
.DSABL
.11F DF
.ENABL
LLIST

ROL
ROL

DLEFT

AR AR RN AR RN AR RN AR AR

ARG

CRF

LSTSS .LIST
CRF

ARG
ARG+2
CRF

.DSABL
.11F DF LSTSS .NLIST
.ENABL
CRF
.ENDM
DLEFT
«NLIST MD

;DON'T NEED TO SEE THEM ANY MORE

| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

SNNN
VB NN =O VO NWN =O

VIV
LA IAN wvivywvaioawn
ViV ViAWV oAV
wvivivionawan
NINININ)
=t e e b ed ed b

JTRAP CATCHER

000000

000000
000000
000177

000000

06-JUL-82 10:35
. SgTTL

TRAP CATCHER

"WORD

0,0

.SBTTL

ACT11 HOOKS

-REPT

SEQ 0135

PAGE 137

177

;.WORD

.+2,HALT

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

DEF INITIONS:

1)L0C.
46

"'END=OF=PASS’* HOOK

=ADDRESS OF END OF PASS ROUTINE
MODIFIED BY ACT11.
2)L0C.52
PROGRAM NEEDS HOOK

* %

5
ie

BIT 15=1 PROGRAM SHOULD BE POWER

- %

FAILED WHILE RUNNING

=0 NO POWER FAIL
BIT 14=1 PROGRAM MEMORY SIZE DEPENDENT
=0 NOT MEMORY SIZE DEPENDENT

:'
:t
:.

BIT 13=1 PROGRAM REQUIRES MANUAL INTERVENTION

=0 MANUAL INTERVENTION NOT REQUIRED
BITS 12-0 MUST BE ZERO'S

=46
$ENDAD
.=52
.WORD
.SBTTL

=24
2002

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

BIT4
APT11 HOOKS

5;2)SET LOC.52 TO INDICATE MEMORY SIZE DEPENDANT

ssSET POWER FAIL TO POINT TO START OF PROGRAM
ssFOR APT START UP

STACK

:SO RT11 CAN START WITH RUN COMMAND
.=b4
ssPOINT TO APT INDIRECT ADDRESS PNTR.
‘”2,580“ s:POINT TO APT HEADER BLOCK
5545 000200
5546 000202
5547
5548 000300
5549 000304
5550 000310
5551 000316
5552

START3: BR
BR
.=300
START1: (LR
JMP

START2: SET
JMP

.=STACK

START1
START2
RESTART
START
RESTART

START

:'NORMAL'* START

sRESTART (SAVE ERROR ACCOUNTING)

6N
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

VARIABLES

INITIALIZED TO ZERO

5555
5556
5557

5558 002000

5559 002000
5560 002002

06-JUL-82 10:35

.SBTTL
VARIABLES
INITIALIZED TO ZERO
;*THIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS
*«USED IN THE PROGRAM.

000000

$CMTAG:

::START OF COMMON TAGS

DIAGFLAG:0

:SET FOR SHIFTING DIAGONAL TEST

SELONLY:0

000000

5561 002004 000000
5562 002006 000000

KAMIKAZE : 0
SKIPKAM] : 0

§564 002010

$PATMAR: .BYTE

556

5565 002011
5566 002012
5567 002013

5568 002014
5569 002016
§570 002020
§571 002022

000
000
000

5587 002064
5588 002066
5589 002070
§590 002072
§591 002074
5592 002076
5593 002100

000000
000000
000000
000000
000000
000000
000000

5594 002102

5595 002104
5596 002106
§597 0021'0
5598 002112
5599 002114
5600 002116
5601 002120
5602 002122
5603 002124
5604 002126
5605 002130
5606 002132

5607 002134
5608 002136
5609 002140
5610 002142
5611 002144

$BANK: .BYTE
$ERFLG: .BYTE
SITEMB: .BYTE

000000
000000
000000
000000

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

000000

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

000000
000000
000000
000000
000000

sSELECT ONLY BANKS MARKED BY FIELD SERVICE MODE FLAG

:SET FOR KAMIKAZE MODE TESTING
;USED TO SKIP RESTORING KAMIKAZE MODE WHEN MODIF IED

:NEXT TWO BYTES ARE DISPLAYED IN THE DISPLAY REGISTER

000

5572 002024
5575 002026
5574 002030
§575 002032
5576 002034
§577 002036
5578 002042
5579 002044
5580 002046
5581 002050
5582 002052
5583 002054
5584 002056
5585 002060

5586 002062

SEQ 0136

PAGE 139

LASTERROR: .WORD
ERRPC:
.WORD
BADPC:
.WORD
ERRSP:
.WORD

000000

BADSP:
.WORD
ERRPSW: .WORD
BADPSW: .WORD
ADDRESS:.WORD
PADDRESS: .WORD
PHYADD: .WORD
GOOD:
.WORD
GOOD2:
.WORD
GOOD3:
.WORD
BAD:
.WORD
BAD2:
.WORD
BAD3:
.WORD
BADXOR: .WORD
SAUTO:
.WORD
FATALS: .WORD
SKPERR: .WORD
NEMCNT: 0
PARCNT: 0
PATERR: 0
NOPAR:
0
NONEM: O
BANK:
0

0
0
0

0
O
O
0

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

BANK INDEX : 0

CPUBIT: 0
MUT:
O
PATTERN:0
KPFLAG: .WORD
ACFLAG: .WORD
MKFLAG: .WORD
PFLAG:
.WORD
RRFLAG: .WORD
RLFLAG: .WORD
BMFLAG: .WORD
EUFLAG: .WORD
TMFLAG: .WORD

:PATTERN NUMBER

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

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

:CONTAINS SP OF ERROR
:CONTAINS PSW OF ERROR FOR TYPEOUT
:CONTAINS PSW OF ERROR
::CONTAINS ADDRESS OF °"BAD' DATA
:ADDRESS OF PARITY ERROR
:22 BIT PHYSICAL ADDRESS
::CONTAINS *GOOD® DATA
: :CONTAINS °*GOOD2® DATA
: :CONTAINS °*GOOD3® DATA
: :CONTAINS °*BAD® DATA
::CONTAINS °'BAD2°' DATA
: :CONTAINS °*BAD3* DATA
:XOR OF GOOD & BAD = BAD BITS!
::AUTOMATIC MODE INDICATOR FOR APT,ACT, & XXDP
:FATAL ERROR INDICATOR
;USED TO SKIP ERROR MESSAGE IN ‘‘SERRGEN'’
sNON-EXISTANT MEMORY COUNTER (HOLES)
:PARITY ERROR COUNTER
:PATTERN ERROR COUNTER
:NO PARITY ERROR MODE INDICATOR
;NO NON-EXISTANT MEMORY (HOLES) MODE INDICATOR
:MEMORY BANK UNDER TEST

:USED TO INDEX INTO CONFIG TABLE

O
0
0
0
O
0
O
0
0

INTFLAG: .WORD
0
INT64K: .WORD
O
PMEMFLG:.WORD
0
ABORTFLAG: .WORD 0
CTLKVEC:.WORD
0

sCONTAINS 1 BIT TO IDENTIFY 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 TES!
:PROGRAM IS RELOCATED FLAG
:'BANK IS IDENTIFIED AS BAD MEMORY'' FLAG
:'BANK HAS EUB MEMORY'' FLAG
:'TYPE OF MEMORY TO TESTTM FLAG; 0 = PARITY, 1 = ECC
:'BANK IS INTERLEAVEDTM FLAG
:'BANK IS 64K INTERLEAVED'' FLAG,
:'MEMORY UNDER TEST IS A MS11-P"* FLAG
+"ABORT OCCURED'* FLAG
“HOLDS OLD KERNAL STACK POINTER IN CASE OF CNTL/K

"RT.

R03&

CSR:
.WORD
CSRNO:
O
SAVCSR: .WORD
OLDCSR: .WORD

SUPDRO: 0

g§§6 002176

06~-JUL=-82 10:35

X NSEXRNBE

] 33833383

N NN

— e

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
VARIABLES
INITIALIZED TO ZERO

5632 002212
5633 002214
5634 002216
5635 002220
5636 002222
5637
5638 002224
5639 002226
5640 002230
5641 002232

O
O

sDATA TO OR FROM CSR
.CSR ADDRESS NUMBER (4 LSB'S)
sLOCATION TO SAVE CSRNO DURING FS COMMAND
OLD CSR NUMBER(USED IN INH PTR TEST)

:THESE LOCATIONS STORE GPR S DURING SUPERVISOR TESTS

SUPDR1:
SUPDR2:
SUPDR3:
SUPDR4:
SUPDRS:
SUPDR6:
DUMMY:

0
0
0
0
0
0
0

DETR1:
DETR2:
DETR3:
DETR4:
DETRS:
DETSP:
DETPSW:

0
0
0
0
0
0
0

;DUMMY LOCATION FOR ADDRESS PASSING

DEHESE LgCATIONS STORE GPR'S & PSH DURING DETAILED ERROR PRINTOUTS

DETFLAG:0
CONTFLAG:0

TOTCSRS:.WORD

CSRFIRST:.WORD
CSRLAST: .WORD
CSRFBANK: .WORD
CSRLBANK: .WORD
CSRINT:
.WORD
SPLTCSR: .WORD
DATBUF: .WORD
TSTDAT: .WORD
SBEMSK: .WORD
DBEMSK: .WORD
SUPDOADD: .WORD

O
O
0
0
O
O
0.0
0.0
0.0
0.0
0

PASFLG:

.BYTE

PASSNO:

.WORD

UPPFLG:

.BYTE

SAV4:
.WORD
SAVPAR: .WORD
SAVMON: .WORD
MONFLG: .WORD
REALPAT:.WORD

OLDCACHE: .WORD

PARTHER
: .WORD
E
FSSTACK: .WORD
NEWBANK:.WORD

SOURCE:
CHECK:
(BITS:

.WORD
.WORD
.WORD

CSR1S:
BITNO:

CSRINC:

MASK:

5668 002326

SEQ 0137

PAGE 139-1

sDETAILED REPORT FLAG
sCSR'S HAVE BEEN TESTED FLAG

:1 BIT PER EXISTING CSR, EG-

:CSR 0 REPRESENTED BY BiT 15, ETC.

. sFIRST ADDRESS UNDER CONTROL OF THIS CSR
:
3
3
3
:
;TWO WORD DATA BUFFER
;TWO WORD TEST DATA
sTWO WORD SINGLE BIT ERROR MASK
;TWO WORD DOUBLE BIT ERROR MASK
*ADDRESS OF SUBROUTINE TO EXECUTE IN SUPERVISOR MODE
*LOCAL LOOP PASS CONTROL

;LOCAL LOOP PASS CONTROL

sLOCAL LOOP PASS CONTROL

O
O
O
O
O

sUSED TO SAVE KERNAL PAR 5
sUSED TO SAVE KERNAL PAR S
:XXDP MONITOR RETURN ADDRESS
JRETURN TO MONITOR FLAG
sREAL PATTERN UNDER TEST

0
O
0

sPARITY TRAPS SOMETIMES GO TO ADDRESS STORED HERE
sSTACK SAVED HERE IF IN FIELD SERVICE MODE
*USED FOR RELOCATION TO A NEW BANK

s:1.L.C.;REV

sBACKED UP VALUE OF CACHE CONTROL REGISTER

O
O
O

;SOURCE OF DATA WORDS FOR CHECKBIT GENERATION SUBROUTINE
:CHECKBITS TO BE LOADED INTO CSR
*CHECK BITS TO BE WRITTEN

.WORD
.WORD

O
O

sCSR ALL 1'S PATTERN
;BIT POINTER

.WORD

VALUE TO INCREMENT ADDRESS BY TO REMAIN IN THE SAME (SR

L.WORD

PCBUMP: .WORD

*BIT MASK FOR CSR

:VALUE TO BUMP THE PC BY TO RECOVER AFTER A PARITY TRAP

In
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
VARIABLES
INITIALIZED TO ZERO

5669 002330

000000

5670 00 %32
5671 00 %z
5672 0023
5673 002340
5674 00 222
5675 002344
5676 002346
5677 002350
5678 002352

000000
000000
000000
000000
000000
000000
000000
000000
000000

5680 002354

000

5681 002355
5682 002356

000
000

5684 002360
5685 002362

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

5686 002364

5687 002366
5688 002370
5689 002372
5690 002374
5691 002376
5692 002400
5693 002402

5694 002404
5695 002406
5696 002410
5697 002414

5698 002416
5699 002420
5700 002422
5701 002424
5702 002426

5703 0024

5704 002432
5705 002434
5706 002436
5707 002440
5708 002442
5709 002444
5710 002446
5711 002450
5712 002452
5713 002454
5714 002456
5715 002460
002466
0024764
5716 002500
002506
002514
5717 002520
5718 002522
5719 002524
5720 002526

5721 002530

000000

06-JUL-82 10:35

CSRLOOP: .WORD

SUCCESS:.WORD
ZEROS:
.WORD
TIME:
.WORD
SKIPMK: .WORD
NULLFLAG:.WORD
QVFLAG: 0
ACTFLAG:0
APTFLAG:0
XXDPCHAIN:0

0
O
O
0
0

sLOOP CONTROL FOR CSR TESTING

;FLAG SET BY SUCCESSFULL TASK OR SUBROUTINE
sFOR AID IN "MOV'' INSTRUCTIONS
;SECONDS THAT BATTERIES SHOULD LAST
sFLAG TO SKIP MKCONTROL SUBROUTINE
sSET WHEN RUNNING NULL PATTERNS
;FLAGS QUICK VERIFY PASS UNDER APT, ACT. OR XXDP CHAIN MODE
sFLAGS ACT AUTOMATIC MODE PROGRAMMING RyLES
;FLAGS APT AUTOMATIC MODE PROGRAMMING RULES
;FLAGS XXDP CHAIN MODE PROGRAMMING RULES

:NOTE: THESE TWO BYTES MUST STAY TOGETHER

$NULL:

.BYTE

S$FILLS: .BYTE
S$TPFLG: .E\V’EE

0
0

:;ESCAPE ON ERROR ADDRESS
sUSED FOR ALTERNATE DATA PATTERNS

COUNT:
NOTAB:
BSIZE:
KSIZE:
LSIZE:
MSIZE:
PSIZE:

:BACKED UP COPY OF STRIPES
sNO_TABLE BEING PRINTED - NOW
sSIZE OF 11/45 MOS MEMORY IN K WORDS
sSIZE OF MF11S=K MEMORY IN K WORDS
sSIZE OF MS11-L MEMORY IN K WORDS
sSIZE OF MS11-M MEMORY IN K WORDS
;SIZE OF UNIBUS PARITY MEMORY IN K WORDS

STRIPES:0

:COUNTS DIAGONAL STRIPES

0
0
0
0
0
0
0

TOOMANY : 0
READONLY:0
TESTADD:0,0

000000

sFLAGS WHEN TOO MANY ERRORS HAVE BEEN PRINTED FOR A BANK
sFLAG TO PATTERNS TO READ ONLY
sTHE ADDRESS TO RUN CSR TESTS ON

UNITOP: 0

sHIGHEST ACCESSABLE BANK OF MEMORY THRU UNIBUS MAP

STOPOK: 0
APTPAR: .WORD
APTECC: .WORD
NOF SMODE : 0
NOERROR:0

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
(000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

TEMP:
O
QuICk:
0
NOSCOPE:0
FSINFLAG:0
APTSIZE:0
FS7FLAG:0
CONFGERROR: 0
I:
0
NO22BIT:0
NOSUPER:0
ERRADD: .WORD
0
CSRINFO0:0,0,0,0,0,0,0,0

000000

0
O

LOADBANK : 0

000000
000000
000000
000000
000000
000000

000000

000000
000000
000000
000000

s ;CONTAINS NULL CHARACTER FOR FILLS

sCONTAINS # OF FILL CHARACTERS
::"'TERMINAL NOT AVAILABLE'® FLAG

SESCAPE:0
EVEN:
0

000000
000000
000000
000000
000000

000000

SEQ 0138

PAGE 139-2

0.0,0,0,0,0.0,0
LINKT1:
0O
LINK2:
0
CSRHOLD:0
KFLAG: 0

PGMCSR: .WORD

0,0

sFLAG TO ALLOW STOPPING WITH SWITCH REGISTER
sAMOUNT OF PARITY MEMORY ACCORDING TO APT
sAMOUNT OF ECC MEMORY ACCORDIMNG TO APT
sFLAG TO DISABLE FIELD SERVICE MODE
:*'THIS 1S NOT AN ERROR'' FLAG

sBANK LOADERS ARE RELOCATED TO

sUSED FOR JUNK
;QUICK STOP FLAG FOR APT POWER FAIL
:'NO_SCOPE LOOP ALLOWED'' FLAG
s'FIELD SERVICE - NO INTERNAL INTERLEAVE'' FLAG
sAPT SIZING INFO FLAG
sTRUE WHEN IN FIELD SERVICE COMMAND 7
- CONF IGURATION ERROR FLAG
sUSED _FOR GENERAL PURPOSE INDEXING
sNO 22-BIT MODE FLAG
sNO SUPERVISOR MODE FLAG
sHOLDS THE CSR'S ERROR ADDRESS
sUSED TO STORE INFORMATION ABOUT THE 16
sPOSSIBLE CSR'S
sUSED _TO HOLD LINKS TO PATTERNS WHICH
sCAN EXECUTE IN THE PAR/PDR'S OR NOT
sUSED TO STORE CSR VALUES FOR CSR TESTS
sUSED TO FLAG MF11S=K MEMORY TO TESTS

sPOINTS TO PROGRAM (SR

Jn
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

VARIABLES

5722 002534
5723 002536
5724 002540
5725 002542

INITIALIZED TO ZERO

000000
000000
000000

06-JUL-82 10:35

SEQ 0139

PAGE 139-3

INHECC: .WORD
0
INHBANK: .WORD
0
FULLREL:.WORD
0
$CMTGE: ;+END OF COMMON TAGS

sFLAGS INHIBIT ECC TESTS ON RELOCATION

X1
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
. VARIABLES
INITIALIZED TO NON ZERO

5728
5729 002542
5730 002546

000001
1415

06~JUL=-82 10:35

.SBTTL
CACHKN: 1,0

000000

SEQ 0140

PAGE 141

VARIABLES

INITIALIZED TO NON ZERO
sCACHE CONSTANT (MOVED TO CONTRL TO TURN ON CACHE)

CACHKF : 1415

sCACHE CONSTANT (MOVED TO CONTRL TO TURN OFF CACHE)

TESTMODE : 40000

sUSED TO SELECT THE PROPER TEST MODE FOR A PATTERN RUN

ERRMAX: 10.
LASTBANK:167
LASTBLOCK:170000
SOBK:
25.

sMAX # OF ERRORS PER BANK WITH SW11
sHIGHEST BANK OF MEMORY
sHIGHEST BANK OF MEMORY+1 (IN PAR FORMAT)
:S0B CONSTANT

KSTACK: STACK

5741 002574
5742 002576
5743 002600
5744 002602
5745 002604
5746 002606
5747 002610
5748 002612
5749 002614
5750 002616
5751
5752
5753 002620
5754 002622
5755
5756
5757 002624
5758 002626
5759 002630
5760 002632
5761 002634
5762 002636
5763 002640
5764 002641
002644
5765 002645
5766 002646
5767 002647
5768

sHOME BANK OF LOADERS
¢SET IF TESTING BANKS IN WORST FIRST MODE(1ST PASS)
;WORKING SEED HI (USED FOR RANDOM NUMBER GENERATOR)
sWORKING SEED LO (USED FOR RANDOM NUMBER GENERATOR)
sMASTER SEED HI (USED FOR RANDOM NUMBER GENERATOR)
sMASTER SEED LO (USED FOR RANDOM NUMBER GENERATOR)
:USED TO PRINT HEADINGS ONLY ONCE

FLIPLOC:3

sCOUNTER FOR FLIPING DATA ON WORST CASE NOISE TEST

ONES:
052525

1727777

SOFTPAT:52525

000000
000000
000000
000000

SLPADR: .WORD
SLPERR: .WORD
RESTART:0
$ERTTL: .WORD
BAKPAT:
SWAPAT:

177400

.WORD
.WORD

177570
177570

177560
177562
177564
177566
012

207

000
077
015
012

sFOR AID IN 'MOV'' INSTRUCTIONS

SWR:
.WORD
DISPLAY: .WORD

$TKS:

$TK8B:

377

000

377

177560

s sCONTAINS SCOPE LOOP ADDRESS
s ;CONTAINS SCOPE RETURN FOR ERRORS
JRESTART (START ADD 202) FLAG
:sCONTAINS TOTAL ERRORS

O
NOTE

THESE

377
177400
I

DSWR
DDISP

177562

$TPS:
177564
$TPB:
177566
SFILLC: .BYTE

sPATTERN FOR SOFT ERROR BACKGROUND TESTS

0
O

shnknnnnnnnwtnnnwnnnnses

000377

sSTACK BEGINNING

LOADHOME : 1
WORST:
177777
SEEDHI: 176543
SEEDLO: 123456
MSEEDH: 176543
MSEEDL: 123456
HEADER: 177777

TWO

LOCATIONS

MUST

STAY

TOGETHER

sBACKGROUND PATTERN
s SWAPPED BAKPAT
I

Rttt

#eesswassnanw

mmM

s sADDRESS OF SWITCH REGISTER
s sADDRESS OF DISPLAY REGISTER

;:TTY KBD STATUS

::TTY KBD BUFFER

$BELL:

.ASCIZ

s TTY PRINTER STATUS REG. ADDRESS
2:TTY PRINTER BUFFER REG. ADDRESS
s s INSERT FILL CHARS. AFTER A "'LINE FEED'

<207><377><377> ;:CODE FOR BELL

$QUES:
$CRLF:
SLF:

.ASClI
.ASCII
.eegzl

7%/
<15>
<12>

;sQUESTION MARK
s sCARRIAGE RETURN
s:LINE FEED

*
*

| CZMSPBO MS11~L/M/P _MEMORY DIAG. MACRO M1113

' CONFIGURATION TABLE

06-JUL-82 10:35

SEQ 0141

PAGE 143

5771
5772

.SBTTL
CONFIGURATION TABLE
sCONFIG:FIRST 16K CONFIGURATION WORDS (2

2ND

16K CONFIGURATION WORDS (2

g;;g

200THTM

16K CONFIGURATION WORDS (2 EACH)

5777
5778
5779
5780
5781
5782
5783
5784
5785
5786
5787
5788
5789
5790
5791
5792
5793 002652
5796 003656

s CONF IGURATION WORDS:
:
LOW:
:
:
:
:

BIT
BIT
BIT
BIT
BIT

0
1
2-4
5
6

ERRORS PRESENT
MEMORY SUCESSFULLY ACCESSED
RESERVED
SKIP ECC LOGIC TESTS FLAG (1=SKIP)
PROTECTED REGION OF ECC MEMORY

:
:
:
:
:
:
:
:
:

BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT
BIT

8=11_
12-15
0=7
8=10
N
12
13
14
15

(SR CODE
INTERLEAVED CSR CODE
NUMBER OF ERRORS
MEMORY TYPE
INTERLEAVED BOARD TYPE (0=128K, 1=64K)
INTERLEAVE ENABLED
‘BACKGROUND PATTERN VALID'' FLAG
BANK SELECTED FOR TEST BY FIELD SERVICE MODE
LOADERS HOME BANK

g;;z

000201

CONFIG: .REPT
CONF IEND:

HIGH:

201

BIT 7

EACH)

PROTECTED (PROGRAM SPACE)

MmN

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

trrntnRnnRRRnernntenny

MAJN

06-JUL~-82 10:35

tesssnanantnttttantatteeen

5798

5799 003656

START:

LSBTTL

SUBTST

105737
001001
000005

065724

010637
013706
012700
005020
022700
001374
012737

002272
002562
002000

NORES:

18:
002554

TST8
BNE
RESET
CLEAR
MOV
MOV
MOV
CLR
(MP
BNE
MOV
SUBTST

SRR

012737
005000
000241
005520
020027
103773
005037

000001

002074

MONFLG
SP,SAVMON
KSTACK,SP

ssCLEAR RETURN TO MONITOR FLAG
s sSAVE XXDP MONITOR RESTART ADDRESS
ssSETUP THE STACK POINTER

#SCMTAG,RO
++sFIRST LOCATION TO BE CLEARED
(RO) +
ssCLEAR MEMORY LOCATION
#SCMTGE ,RO
s :DONE?
1$
;LOOP BACK IF NO
#167 ,LASTBANK
;RESTORE LASTBANK (THIS MUST BE DONE PRIOR TO SYSTEM SIZING)
<<CLEAR NON-PROGRAM SPACE>>

CLEAR NON-PROGRAM SPACE
A

A R

AR R A

II T2

RIS

A A AR AR TR AR AR A A A AR R A AN IR AR IR AN

AR AR

sTHIS ATTEMPS TO GET RID OF ANY PARITY ERRORS BY WRITING INTO
sEVERY LOCATION THAT IS NOT LOADED INTO BY THE PROGRAM OR ALLOCATED
;7O THE XXDP LOADERS
MOV
#1,NOPAR
sPARITY ACTION = COUNT & IGNORE

002074
2%:

160000

SENV
NORES

:*SUBTEST

5816 003732
5817 003734
5818 003736
5819 0032740
5820 003744
ggg} 003746

INITIALIZE VARIABLES TO ZERO

5812
5813
5814
5815 003724

<<INITIALIZE VARIABLES TO ZERO>>

R
R L R R Rt
I

002542

000167

texssscvssnnnnnnnnnnes MAJN tecanenasenansnonttanttns

;*SUBTEST

5800 003656
5801 003662
5802 003664
5803 003666
5804 003672
5805 003676
5806 003702
5807 003706
5808 003710
5809 003714
5810 003716
5811 003724

SEQ 0142

PAGE 144

CLR
L
ADC
CMP
BLO
CLR

(RO)+
RO,#160000
2%
NOPAR

sRESTORE DEFAULT PARITY ACTION

AR NS

N1
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

' CLEAR NON~PROGRAM SPACE

06-JUL-82 10:35

5824 003752

SUBTST

5825 003752
5826 003754
5827 003756
5828 003764
5829 003770
5830 003776
5831 004002
5832 004004
5833 004012
5834 004014

5837 004034
5838 004040
5839 004044
5840 004052
5841 004060
5842 004062
5843
5844 004064
5845 004072
5846 004076
5847 004102
5848 004106
5849
5850 004112
5851 004116
5852 004124
5853 004130
5854 004134
5855 004136
5856 004144
5857
5858
5859
5860
5861 004146
5862 004152
5863 004160
5864 004162
5865 00466
5866
5867 004174
5868 004202
5869 004206
5870 004212
5871 004220

000401
000000
177746

005737

177750

000411
012737
000405
005037
012737

000014
002542
002334

.WORD

067374

SYSSIZ

SETL

#9%

9s:
48:

5%:

172516
172516
000020
000020

012737
005237
005037
005037
005237

140000

6$:

002452
000007
067246
067406

7s:

ST
BR
MOV
BR
CLR
MOV
SET4
ST
CLR
BIS
BIT
BNE
BR

TYPE OF SYSTEM SIZER

#4$

002546

SYSSIZ: SET4

005737
005037
052737
032737
001026
000413

005237
012737
005037
005037
000417

PROTYP:

005737

<<TYPE OF SYSTEM SIZER>>

*«SUBTEST

CONTRL

MAINT
5
#14, CACHKF

5$
CACHKN
#2EROS,DT14
#6%

MMR3

MMR3
#B1T4 ,MMR3
#B1T4.MMR3
108
7$

:* 11/34 TYPE MACHINES ENTER HERE

002454
067244
067404
002452

0143

PAGE 145

MOV
INC
CLR
CLR
INC

#140000, TESTMODE
NOSUPER
DT5+10
DT14+10
NO22BIT

INC

NO22BIT

CLR

pT5412

002554

108:

005037
005737
012737

003754
000003
002454

140000

177777

TMTM

sSEE IF CACHE REGISTER RESPONDS
:YES = DO WE HAVE 11/44 TYPE CACHE

sOR 11760 TYPE CACHE?

sBRANCH IF 11/44 TYPE CACHE
:TURN OFF CONSTANT FOR 11760 CACHE

*NO CACHE ON SYSTEM

DO NOT PRINT CONTRL ERROR MESSAGES
;D0 WE HAVE AN MMR3?

;YES WE DO

;SEE IF THERE IS 22-BIT MODE

sBRANCH IF 22-BIT RELOCATION
sBRANCH IF MMR3 BUT NO 22-BIT RELOC.
sMAKE TESTMODE USER

MOV
CLR
BR

SET4
MFPT

#7 ,LASTBANK
DT14+12
8$

#8%

TYPE OF PROCESSOR TEST: THIS INSTRUCTION
(AVAILABLE ON NEWER PROCESSORS ONLY) PLACES
A CODE IN THE LOWER BYTE OF RO THAT

MOVB
CMP

002550

INC
MOV

#140000, TESTMODE

;1S THIS AN 11/24?
sBRANCH IF NOT - WE HAVE AN 11/44
¢NO SUPERVISOR MODE
sMAKE TEST MODE USER

SET4

#11%

;TRAPS GO TO 118

BNE

8$:
061366

11$:

CLR
TST

MOV

RES4

RO,PROTYP
#3.PROTYP
8$
NOSUPER

PROCESSOR TYPE. 1=11/44

003754

061366
177766

Il I I

;SKIP OVER VARIABLE LOCATION

: %N?{SQZES THE
110037

:* 11/45 TYPE MACHINES ENTER HERE

000007

022737
001005
005237
012737

CPERRF
an77766

#-1,CPERRF

sMOV_THE CODE TO PROTYP

JR=C

;CLEAR THE FLAG
:R=C
;IS THERE A CPU ERROR REGISTER? :R=C
;YES=TRAPPED
A=C

8 12
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1i13

TYPE OF

SYSTEM SIZER

5874 004242

06~JUL~82 10:35

SUBTST

SEQ 0144

PAGE 147

<<INITIALIZE VARIABLES TO NON ZERO>>

.'t."t.".Q.t...t."..tt'."ttQ't.ttt't."".....Q..'t.tt.tt.'.t't'.t.'

*«SUBTEST

:t.t.t.t..tttt..ttt.t.t'.t.t'.t.ttttt.t..tt..ttt"tQQ"'!Q".'Q'Qtttt

5875 004242

§876 004250 012737 000003

002604

5878 004266
5879 004272
5880 004
5881 004306
sasg 004314

002574
002576
002570
002572
002620

5877 004256

012737 176543
012737 123456
013737 002574
013737 002576
012737 000377

5883 004322 012737 177400 002622

5884 004330

SET

#3,FLIPLOC
HEADER
#176543,MSEEDH
#123456.MSEEDL
MSEEDH,SEEDHI
MSEEDL.SEEDLO
BAKPAT

SUBTST

<<INITIALIZE VECTORS>>

MOV

".'tt"'tt

WORST

MOV
SET
MOV
MOV
MOV
MOV
MOV

mfl.oo SWAPAT

:PRIME THE RANDOM NUMBER GENERATOR
:BOTH HIGH AND LOW WORDS

i".!.'ttt.t'...ttt..'l'i'tt.t!..tt'.t.tit.ttt'lttltl.'t.t'ttl'tQ"t"..'t"'t'

*«SUBTEST
5885 004330
5886 004336
5887 004344
5888 004352
5889 004360
5890 004366
5891 004376

.'t.ttt.'

INITIALIZE VARIABLES TO NON ZERO

012737
012737
012737
012737
012737
012737
012737

060232
000340
060566
000340
066020
000340
054412

000020
000022
000030
000032
000034
000036
000024

INITIALIZE VECTORS

'tt.'.tt.'t.tt.ltt..t"'..tttt.ttttitttt'.'ttt'ttt.ltt'tt'tt'ttttt"

MOV
MOV
MOV
MOV
MOV
MOV
MOV

#$SCOPE, IOTVEC ;:10T VECTOR FOR SCOPE ROUTINE
#340,10TVEC+2
::LEVEL 7
#SERROR EMTVEC ;:EMT vecroa FOR ERROR ROUTINE
#340,EMTVEC+2
~::LEVEL
7
#STRAP, TRAPVEC ;:TRAP VECTOR FOR TRAP CALLS
#340 mweuz LEVEL 7
#SPWRDN
, PWRVE
:;POWER FAILURE VECTOR

5893 004410 012737 042420 000114
5894 004416 012737 000340 000116

MOV
MOV

mnitv PARVEC: GET READY FOR PARITY ERRORS
#340
C+2

5898 004446
5899 004454
5900 004462
5901 004470

MOV
#340,ERRVEC+2
MOV
#MMTRAP,MMVEC
MOV
#3460, MMVEC+2
CACHON

5892 004402 012737 000340 000026

5895 oou.ig 012737 042614 000010
5896 004432
012737 000340
5897 004440 012737 042570 000012
000004
012737 000340 000006
012737 042602 000250
012737 000340 000252
104423

MOV

MOV
MOV
MOV

#340 Mvscoz

:LEVEL 7

mhos RESVEC;RESERVED INSTRUCTION TRAP
SVEC+2
mnéour.mvsc:SETUP TIMEOUT ERRORS

:SET PRIORITY OF ERROR TRAPS
:VECTOR FOR MEMORY MANAGEMENT
:TURN CACHE ON

t'.tt't.t't

12
c IMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
I NITIALIZE VECTORS

5904 004472

06-JUL~-82 10:35
SUBTST

<<INITIALIZE PATTERNS>>

:«SUBTEST

SEQ 0145

PAGE 149

222

INITIALIZE PATTERNS

;..tt'ttQ..'."..'..""'ti.'.'.fi....'......'....'."......'Q...Q't".

'.""."'

:THE APT E-TABLE DETERMINES WHICH PATTERNS ARE GOING TO BE RUN.
:EACH BIT SET REPRESENTS A PATTERN TABLE ENTRY THAT IS TO BE LEFT
:ALONE (TO BE RUN). EACH BIT CLEARED REPRESENTS A PATTERN TABLE ENTRY

mxrrwggggggg

(RO)+,R1
#MKCSRT,R3
#16. ,R2

MOV

#8. .R2

CALL
MOV
MOV

020436
000020
004610

MOV

CALL

MOV

000010
004610

CALL
BR
PATPLUG:SUBTST
d

(R0) +,R1

PATPLUG

#16. ,R2

PATPLUG
(RO)+ ,R1

#8. ,R2

PATPLUG
SUBAAA
<<SUBR

PLUG IN NULL PATTERNS>>

s*SUBTEST

5934 004610
5935 004616
5936 004620
5937 004622
5938 004626
5939 004626
5940 004632
5941 004644

PATPLUG

(RO) +,R1
#MJPAT ,R3

MOV

#16. ,R2

MOV
MOV

CALL
MOV

A AR

PATPLUG
(R0)+,R1
#MKPAT ,R3

#8.
RS

MOV

000010
004610

PATPLUG
(RO) +,R1

MOV

CALL

020622
000020
004610

5929 004576
5930 004602
5931 004606
5932
5933 004610

MOV
MOV
MOV

CALL
MOV

000010
004610

qgRER
50200

NS WN=O

NN NN

38933 288y

:THAT IS TO BE OVERLAYED WITH THE ADDRESS OF A NULL PATTERN.
MOV
#$DDWO
, RO

SUBR

PLUG IN NULL PATTERNS

2232222

:'Q'tt.tt".ttt'.t'...i.ttl.ttt"t..t.t.'.tt.tltttt.!'.tt'!tt.tt'tt.t't'ttt.tt"

006001
012713

026764

062703

000002

000207

FOR I := #£1 TO R2
ROR
R1
ON.NOERROR
MOV #MT0999,(R3)
END ;OF ON.ERROR

ADD #2.R3

END ;OF FOR
RETURN

:IF CARRY CLEAR

%12
CZMSPBO MST1-L/M/P MEMORY DIAG. MACRO M1113

SUBR

PLUG IN NULL PATTERNS

5944 004646

06-JUL-82 10:35

SUBAAA: SUBTST

SEQ 0146

PAGE 151

<<CLEAR THE CONFIGURATION TABLE>>

;'tt..’"t..'.‘..'..Q...""'..'.'.‘Q...'.'..'.'.'Q.".t..t."'..t""'.'

:*SUBTEST

:'""..Qfi...fi't'..fi"""'.'.......!'..i."........""'.."."'.Q'.'...

5945
5946
5947

5948 004646
5949 004654
5950 004660
5951 004662
5952 004666
5953 004670
5954
5955 004670
5956 004676

CLEAR THE CONFIGURATION TABLE

..t.'.'Q

:THIS ZEROS (UNLESS WE STARTED AT ADDRESS 202) THE CONFIG TABLE
:WHICH IS FULLY DISCRIBED AT LOCATION '‘CONFIG''.
.ENABLE LSB

012700
005020
022700
001374
012737

002652

18:

003656

000002

002104

tQ.'.'t

iF RESTART IS FALSE
MOV
#CONFIG,RO
CLR
(RO)+
CMP #CONF IEND,RO
BNE
18
END ;OF IF RESTART
.DSABL
LSB
MOV
#CIT1,CPUBIT
:SET 1D BIT
SUBTST <<SIZE FOR A HARDWARE SWITCH REGISTER>>

;tttti'.ttt..t..tt.'tt't'."tt...t.Qt..tQt'.ttttt.t'..tt'.'t.'tttttt.tt.!

: *SUBTEST

5969 004770

5970 004776
597

t't"..

.'I'tt"t....Q'tt.tt'..fi't"'tt..."tt.t'l...t.t'tttttt..!'l'tt."t't

5957
5958

5959
5960 004676
5961 004704
5962 004712
5963 004720
5964 004730
5965 004732
5966 004736
5967 004740
5968 004762

SIZE FOR A HARDWARE SWITCH REGISTER

::1F NOT_FOUND OR IT IS
::EQUAL TO A *-1"", SETUP FOR A SOFTWARE SWITCH REGISTER.

012737
012737

177570
177570

000403
012716
000002

004740

012737

000176

012737

000174

002624
002626
38:
002624

002626

28:

.ENABL
LSB
SET4
438
MOV
#DSWR,SWR
MOV
#DDISP,DISPLAY
IF #-1 EQ aSWR
BR
2%
MOV
#2S,(SP)
RTI
RES4
MOV
#SWREG,SWR

MOV

#DISPREG,DISPLAY

END ;OF IF #-1
.DSABL LSB

tt'tt"".t..

:TRAPS T0 4 GOTO 3%
::SETUP FOR A HARDWARE SWITCH REGISTER
::AND A HARDWARE DISPLAY REGISTER
:1F NO _TRAP FROM REFERENCE TO @aSWR AND aSWR = #-1
:;BRANCH IF NO TIMEOUT
::SET UP FOR TRAP RETURN
;RESET TRAPS TO 4 TO DEFAULT
::POINT TO SOFTWARE SWR

E 12

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

iSlZE FOR A HARDWARE SWITCH REGISTER

5974 004776

06=-JuL-82 10:35

SUBAAB: SUBTST
A

5975
5976
5977 004776
5978 005002

SETUP ACT, APT, & XXDP

Y S

:ttttttt.tt.t.'tttl..tt't"t.lt..tt'lltt'lt'..tt.t.t.t"t'ttt'tt...t

005037

;THIS SETS UP A BUNCH OF FLAGS TO TELL THE PROGRAM EVERYTHING
;1T CARES TO KNOW ABOUT APT, ACT, & XXDP.

065712

CLR

$PASS

IFB #BITS SET.IN SENVM
SET
STPFL(
END ;OF
IFB #BITS

5979 005012
5980 005020
5981 005020
5982 005030
5983 005036
5984 005036

5985 005046
5986 005076
5987 005104
5988 005112
5989 005114
5990 005132
5991 005145
5992 005150
5993 005164
5994 005166
5995 005174
5996 005174
5997 005174

<<SETUP ACT, APT, & XXDP>>

s *SUBTEST

SEQ 0147

PAGE 153

:CLEAR PASS COUNT

;INDICATE NO TERMINAL

IFB #BIT7 SET.IN SENVM
SET
APTSIZE
END ;OF IFB #BIT?

IFB SENV EQ #1

012737
012737

047760
065726

000024
002624

SET
MOV
EngV

APTFLAG,QVFLAG,$AUTO,QUICK
#APTDOWN,PWRVEC
#SSWREG, SWR
;USE APT SWR

IF 42 NE #STACK AND 42 NE #0
SET QVFLAG,SAUTO

IF 42 EQ #$ENDAD

SET
ELSE
SET

ACTFLAG

XXDPCHAIN

END ;OF IF 42
END ;OF IF 42

END ;OF IFB SENV

tt".'t"'Q'

F12
i

|
i
|

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
SETUP ACT, APT, & XxDP

06~JUL~82 10:35

5999 005174

SUBTST

052737
052737

000200
000200

#B1T7,CONFIG
#BIT7,CONFIG+4
IF #SENDAD NE 42
IF NO22BIT NE #0

104064

sPROTECT PROGRAM SPACE (BANK 0)
sPROTECT LOADER SPACE (BANK 1)
sNOT ACT=11?

*RETURN TO XXDP MONITOR
*ILLEGAL PROCESSOR

TYPE

MSG000

EN
END ;OF IF #SENDAD
A

i A

SUBTST
it

*TYPE PROGRAM TITLE

<<CHECK SYSTEM FOR CACHE>>
s

CHECK SYSTEM FOR CACHE

IRt

W VI
VA
VA
NN
NN

s* THIS FIGURES OUT IF THERE IS A CACHE ON THE SYSTEM,

o~
oo

v
W

VAVAVAVAGLA

e —d —d
b
e
—

::fgezsft'..ttifitfitt..t'.'"'.'t'.'..t't'.....t.tt..l.t.t"....'t.tt"'."".'.t

2388888 238 8888388888
RoReE B8 238 N\lz S

* VIS WN=OQR~NOWVS
W

BIS
8IS

6027
8

PROTECT PROGRAM & LOADERS

A Al

002652
002656

SRRU o

323 22229 S 2222202222208

6000 005174
6001 005202
600§ 005210
6003 005220
6004 005 gs
6005 005
6006 005236
6007 005240

<<PROTECT PROGRAM £ LOADERS>>
I

t*SUBTEST

SEQ 0148

PAGE 154

6040 005406
6041 005412

005737

177746

005737

177750

005737

177754

s* WHAT TYPE OF SYSTEM IT IS, AND WHETHER IT IS ENABLED
:* OR Dlggglfb.
SET4
TST
CONTRL
;IS THERE A CONTROL REGISTER?
#2$
SET4
ST
MAINT
;1S THERE A MAINTENANCE REGISTER?
s
SET4
TST
DATAR
;IS THERE A DATA REGISTER?
TYPE
MSG11
; 11744

000410
104064

104064

052737
042737
032737
001004
032737
001413
104424

013737
005037
000404

BR
SET
ERROR

‘s
MONFLG

28:

SET
ERROR

MONFLG

4$:

BIS
BIC
BIT
BNE
BIT
BEQ

#B1T2!BIT3,CONTRL
#BIT2!BIT3, CONTRL
;gITZ.CONTRL

1$:

000014
000014
000004

177746
177746
177746

000010

177746

78:

002544
3s:
6$:

TYPE

+64

#BIT3,CONTRL
6$
MsG121

CACHOFF
MOV
CACHKN, CACHKN+2
(LR
CACHKN

TYPE
TYPE

MSG119
MSG120

: 11734

EF??EESSOR NOT SUPPORTED BY THIS DIAGNOSTIC
sPROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC
sSET CACHE DISABLE BITS
sCLEAR CACHE DISABLE BITS
;1S THE BIT SET?
sBRANCH IF THE BIT IS SET
:1S THE BIT SET?
sBRANCH IF THE BIT IS SET
: CACHE BYPASSED

sSAVE INFO ABOUT CACHE
sCACHE CANNOT BE USED = IT'S BYPASSED
H
NO
s CACHE AVAILABLE

612
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
CHECK SYSTEM FOR CACHE

06~-JUL~82 10:35

6043 005416

SUBTST
e

<<SETUP USER & SUPERVISOR STACK>>
L

s *SUBTEST

6044 005416

6045 005420
&g 005424

104421

005737
001011

002454

6049 005426

042737

030000

6052 005442
ggg‘ 005446

006606

6048

%g? 0054

6055

gggg 005450

6058 005456

6059 005462

052737

010000

030000

8s:

177776

sTURN OFF MEMORY MANAGEMENT

;1S THERE A SUPERVISOR MODE?
sNO=SKIP SUPERVISOR SETUP.

#BIT13!BIT12,PSW

BIS

#8IT12,PSW

PUSH
MTP]

#SUPSTK
SSP

sSET PREVIOUS MODE TO USER

5§:

BIS

#BIT13!BIT12,PSW

PUSH

#USESTK

MTPI

s*SUBTEST

USP

<<GET SOFTWARE SWITCH REGISTER IF NECESSARY>>
L

6068 005504

IF SAUTO IS FALSE

SUBTST
e

s *SUBTEST

KMAP
MAP
ENERGIZE

GET SOFTWARE SWITCH REGISTER IF NECESSARY
L

;IF NOT(APT OR ACT)

IF SWR EQ #SWREG
GTSWR
END ;OF IF SWR
END ;OF IF SAUTO

104407

104420

;SET PREVIOUS MODE TO SUPERVISOR

BIC

SUBTST

104422

NOSUPER
5%

6069 005504
6070 005506
6071 005522

e I
TMTM

SETUP USER & SUPERVISOR STACK

ST
BNE

6061 005464

6063 005472
6064 005502
6065 005504
6066 005504

DEENERGIZE

006606

606% 005464

ittt

177776

SEQ 0149

PAGE 155

sIF SOFTWARE SWITCH REG SELECTED
::GET SOFT-SWR SETTINGS

<<GET MEMORY MANAGEMENT READY>>
L

T I

GET MEMORY MANAGEMENT READY
N

sMAP KERNEL SPACE 1 10 1
sMAP SUPERVISOR SPACE (TEST AREA) 1 TO 1
sTURN ON MEMORY MANAGEMENT

H12
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
GET MEMORY MANAGEMENT READY

06~JUL-82 10:35

6074 005524

NEWTST

bbb bhd

bl A

s*TEST 1

6075
6076
6077
6078
6079

000004

<<BIT TEST OF ALL CSR'S>>
Al

BIT TEST OF ALL CSR'S

005524

SEQ 0150

PAGE 157

R LTI

TST1:

SCOPE

Hd
i

TABLE, AND STORES ANOTHER BIT FOR ‘'TOTCSRS'’.
2) TESTS THE CSR BITS COMMON TO ALL CSR'S.

:* THE FIRST PART OF THE CONFIGURATION ANALYSIS DOES THE FOLLOWING:
I
1) FINDS WHICH CSR'S RESPOND, AND PUTS THEM INTO THE CSR INFORMATION

3) FIGURES OUT IF THE MODULE IS A ECC OR PARITY MEMORY
TESTS THE BITS PARTICULAR TO THAT TYPE OF CSR.

I
5) IF ANY BITS TEST BAD IN THE CSR UNDER TEST, THE CSR OK BIT IN THE
%
CSR INFORMATION TABLE IS CLEARED.
% 5?Ec§=FORHAIION BITS ONE THROUGH THREE FORM A CODE WHICH GIVES THE TYPE
o

NOT USED

ECC TYPE

BIT1

BITO

CODE TOTALS

MS11=L

MS11=P

TYPE

)
¥

* %

..
]

BIT2

MS11=-M

ECC

:* THIS MEMORY CODE WILL BE USED IN THE SECOND PART OF THIS ANALYSIS
:t

6094 005526
6095 005530
6096 005532
6097 005536
6098 005544
6099 005552
6100 005552
6101 005554
6102 005560

b md md o} md

B wed

b owd e

b e

6103 005562
6104 005570
6105 005576
6106 005600
6107 005604
6108 005612

005005
005000
012703
012737
005713

005013

172100

000001

CLR
CLR
MOV
MOV
SET4

002074

REPEAT

#1 ,NOPAR

#NXTCSR

RS IS THE TOTAL CSR NUMBER
RO IS A TABLE INDEX
sJR3 HAS THE CSR ADDRESS
2 IGNORE PARITY ERRORS

IST (R3)
;DOES THIS CSR RESPOND???
BIS #1.RS
sMARK IT IN CSR MAP
CLR R4
:CLEAR THE LAST CSR INDICATOR
BIC #4,CSRINFO(RO)
:CLEAR UNUSED BITS
BIS #BIT4!BIT3,CSRINFOCRO) :YES-MARK IT IN CSR INFORMATION TABLE

000001

000004
000030

RS
RO
#CSRADD ,R3

002460
002460

CLR

(R3)

;CLEAR THE CSR UNDER TEST

LET (R3) := #BIT13
:IS THIS AN ECC MEMORY???
IF #8IT13 SET.IN (R3) ;IS BIT 13 SET FOR ECC MEMORY???

004737

005716

ENDCALL ECCTYPE

005013
004737

006210

CALL RWCSR

*BIT TEST OF ALL BITS IN CSR'S

016037

002460

ENDERROR +21

062700

000002
000002

ADD cg.no
ADD #2.R3

:GO TO NEXT CSR
:GO TO NEXT CSR

ON. ERROR
EN%NC R&

+1S THERE A CSR 0
SYES=SET CSR PRESENT FLAG

104021

062703
006305

(LR (R3)

052705

NXTCSR:

ASL

UNTIL RO EQ #40

ROR
100000

:CLEAR CSR UNDER TEST

IF CSRINFO(RO) MI #30 ;DO WE HAVE A LEGAL CONFIGURATION?
MOV CSRINFO(RO)
,BAD :MOVE IN BAD DATA

002050

005204
006005
005704

;FIGURE OUT WHAT KIND OF ECC MEMORY WE HAVE

BIS

#BIT15,RS

RNE

22%

SSHIFT CSR MAP

SUNTIL ALL CSR'S ARE DONE

*RESYNC RS

:WAS THERE A CSR 0?

*BRANCH IF NOT EQUAL

*YES SET IT IN CSR TABLE

11
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
n
BIT TEST OF ALL CSR'S

6127 005702
6128 005706
6129 005712

004737

06~JUL=82 10:35

228:

005776

LET TOTCSRS := RS
CALL CSRMAP
JUMPTO (CTEST

- O

SEQ 0151

PAGE 157-1

;STORE (SR MAP IN TOTCZTMS
JPRINT (SR MAP

J 12
. CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
T

BIT

TEST OF ALL CSR'S

06-~JUL~-82 10:35

6131 005716

SUBTST

<<DETERMINE TYPE OF ECC MEMORY>>

'ttttt.tt.tttttt.tttt't'.t'tttt.ttttttttttttttt.t.t'!tt.tttt

;«SUBTEST

:
2

g}gg

6136 005716
6137 005716

6138 005724
6139 005730
6140 005736
6141 005740
6142 005744

6143 005750
6144 005756
6145 005764
6146 005764
6147 005766
6148 005774
6149 005774

DETERMINE TYPE OF ECC MEMORY

t.t'tttttittt".t"t

.'tt.ttt'tttttttttt."tt't't'Q.tt.ttttt.tttttttt.t.t't't'.ttttt.t'tttt'.t

6132
6133

,
|

SEQ 0152

PAGE 158

052760

000001

002460

052760

000002

002460

042760

000002

002460

005013

000207

ECCTYPE:

"t'!t'

THIS ROUTINE WILL DETERHINE IF THE ECC MEMORY UNDER TEST IS

A MS11=-M OR A MS11=-P

BIS #BITO,CSRINFO(RO)

LET (R3) := #60004
IF #BIT11 SET.IN (R3)
CLR (R3)
LET (R3) := #20004
LET (R3) := #27744

JMARK IT IN THE YABLE AS BEING A ECC MEMORY

;45 THIS A MS11-P??
IS 811 11 SET?2?2?
;CLEAR CSR
ENABLE CHECK/SYNDROME BIT REGISTER
JIT 1S BUT MAKE SURE AGAIN

IF (R3) EQ #23744
;DO WE HAVE 6 OR 7 CHECK BITS IN CSR
BIS #BIT1, CSRINFO(RO 36 CHECK BITS=MARK IT A MS11-P

END
H
ELSE
JIT IS A MS11=-M
BIC #BIT1,CSRINFOCRO) :MARK IT IN THE TABLE
END
3
RETURN

K 12
CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

DETERMINE TYPE OF ECC MEMORY

6151 005776

06-JUL-82 10:35

CSRMAP: SUBTST

SEQ 0153

PAGE 159

<<PRINT CSR REGISTER MAP>>

'tt..tttl.ttt.t.tttt.t"'..'.'tt.tfit'.'tt...t..tttt'.tt'ttt'..tttt"t'tt'tt"tt.

S =SUBTEST

6157 006012

6158 006014
6159 006020
6160 006022

6161 006026

6162 006032

6163 006036

6164 006042
6165 006046
6166 006050
6167 006056
616c 006062
6169 006062
6170 006070
6171 006100
6172 006110
6173 006116
6174 006120
6175 006126
6176 006126
6177 006126
6178 006136

6179 006144

6180 006144
6181 006146
6182 006154
6183 006154
6184 006160

005000

005001

010102

022702
100002
062702

062702

110237

000007

000060

18:

074750

000120

074750

112737

000115

074750

112737

000114

074750

6185 006164 000240
6186 006166
6187 006172
6188 006200

062700

6190 006206

000000

6189 006204 000207

CMP
BPL
ADD

#9.,R2
1%
#7.R2

ADD

R1,R2

#60,R2

MOVB R2,MSGO15

TYPE MSGO15

112737

000040

RO
MSGOOS
MSGO16
R1

MOV

000011

;CLEAR CSR INFO POINTER
‘PRINT TITLE
*PRINT CSR NUMBERS
:
;

;
*JUMP AROUND NEXT INSTRUCTION
;

*MAKE IT ASCII

;

TYPE MSGO14
STYPE SINGLE SPACE
INC RI
:
UNTIL R1 EQ #16.
:
TYPE MSGO09
:TYPE MEMTYPE
REPEAT
:
IF CSRINFO(RO) NE #0 :IS CSR NONEXSISTANT?22?
IF #BITO SET.IN CSRINFO(RO)
IF #BIT1 SET.IN CSRINFO(RO)
MOVB #°P.MSGO15 ;IT IS A MS11-P
ELSE
MOVB #°M.MSGO15 ;IT IS A MS11-M
END
END
IF #BIT1!BITO OFF.IN CSRINFO(RO)
MOVB #°'L,MSGO1S ;IT IS A MS11-L

005201

112737

CLR
TYPE
TYPE
CLR
REPEAT

END

ELSE
MOVB #°' ,MSGO15
END
TYPE MSGO15
TYPE MSGO14

074750

NOP

000002

ADD #2.RO
UNTIL RO EQ #40
TYPE
MSG129

TRACE:

RETURN
.WORD

:TYPE MEMORY TYPE
*TYPE SPACE

*POINT TO NEXT ENTRY
;
;

6152 005776
6153 006000
6154 006004
6155 006010
6156 006012

PRINT CSR REGISTER MAP

:.t.ttQl.tl’.t..'tt"'.t"'..'t.tl'.tt.'..t.'.t.'..'lttt.tt.t"'t't.ttt"tttt't't

L1
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

CSR REGISTER MAP

06-JUL~-82 10:35

6192 006210
R

SUBTST

<<READ AND WRITE ALL CSR BITS>>

s*SUBTEST

6193

6194

g;gg

6197

6202 006210
6203 006210
6204 006220
6205 006222
6206 006224
6207 006230
6208 006234
6209 006244
6210 006250
6211 006252
6212 006256
6213 006256
6214 006264

RWCSR:

ggg?

6232 006356

6233 006364
6234 006364
6235 006370
6236
6237 006370
6238 006374
6239 006402
6240 006412
6241 006416
6242 006420
6243 0064624
6244 006424
6245 006424

I I I

THIS ROUTINE 'RWCSR'* CHECK TO SEE THAT THE CSR CAN BEWRITTEN ON CORRECTLY

:
:

6216 006272
6217 006274
6218 006276
6219 006302
6220 006306
6221 006312
6222 006314
6223 006322
6224 006322
6225 006326
6226 006330
6227 006332
6228 006334
6229 006342
6230 006350
6231 006354

READ AND WRITE ALL CSR BITS

: BY WRITING AND CHECKING FOR THE FOLLOWING PATTERNS:

6198
6199

6215 006270

SEQ 0154

PAGE 160

006205

040537

002320

000010

002460

005013
040504

104010

042760

000010

005237

002262

005237

177640

4=SHIFTING A ZEROS THROUGH A FIELD OF ONES

PUSH R4.RS,UIPARO
;SAVE R4,RS, AND UIPARO ON STACK
LET RS := RO
:GET CSR NUMBER FOR POSSIBLE ERROR
ASR R5
:
LET CSRNO := RS
:
LET ADDRESS := R3
:GET ADDRESS FOR POSSIBLE ERROR
IF #BITO SET.IN CSRINFO(RO) :WHAT KIND OF MEMORY IS THIS???
LET RS := #17740
:MASK FOR MS11-M/P
ELSE
:IT IS A MS11-L
LET RS := #70032
sMASK FOR MS11-L
END
:
LET CSR1S := #177777
:SET CSR1S TO ALL ONES
BIC RS,CSR1S
:CLEAR BITS FOR GOOD DATA

LET (RS) := #0

040504

104035
042760

1-2EROS

2-ONES
S-SHIFTING A ONE THROUGH A FIELD OF ZEROS

002460

LET Ré := (R3)
BIC RS.R4
IF R4 NE #0
LET GOOD := #0
LET CSR := R4
ERROR +35
BIC #BIT3,CSRINFOCRO)
END
LET (R3) := CSR1S
LET Ré := (R3)
CLR
(R3)
BIC RS.Ré4
IF R4 NE CSR1S
LET GOOD := CSR1S
LET CSR := Ré
ERROR +10

+0=====>CSR

:MASK OUT UNWANTED BITS
:
:DO WE HAVE A CORRECT READ
+GOOD DATA=0'S
:BAD DATA=CSR
:BIT SET ERROR
:CLEAR CSR OK BIT

:ONES===>(R3)
sMASK OUT CORRECT FIELD
:CLEAR OUT CSR
:
:WAS PATTERN WRITTEN CORRECTLY?
:GOOD DATA = ALL LEGAL BITS SET IN CSR
*BAD DATA=CSR
:BIT CLEAR ERROR

BIC #BIT3,CSRINFO(RO) ;CLEAR CSR OK BIT

END
LET PASFLG := #0
REPEAT

INC PASFLG
LET UIPARO := #-1
IF PASFLG EQ #1
LET R2 := #1
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
: INCREMENT LOOP COUNTER
:USE USER PAR FOR BIT COUNTER
:PASS 1
3 Pt >FIELD OF ZEROS
*PASS 2
:0===== >FIELD OF ONES
:
DO BITS 0=4 AND 13-15
s INCREMENT BIT POINTER

;GET BIT MASKS FOR D

M2
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

READ AND WRITE ALL CSR BITS

IF PASFLG EQ #2 AND #BITO OFF.IN CSRINFO(RO) ;
BIC #BIT14!BIT2, RZ ;IF THIS 1S PASS 2 ON A MS11=L, CLEAR EUB BIT AND WRITE
END

040004

LET (R3)
LET R1

:GET GOOD DATA AND MASK IT OUT

:GET GOOD DATA

LET R4 := (R3)
BIC R5,R4

040504

104010

042760

{WRITE DATA

BIC R5.R1

040501

104035

000010

002460

:GET DATA THAT IS READ
sMASK OUT CSR BITS

IF R1 _NE Ré
LET BAD :
LET CSR :=
R1
IF PASFLG_EQ #1
ERROR +35
LSE
ERROR +10
END

:1S DATA CORRECT???
;BAD DATA = (SR CONTENTS
;GET _GOOD DATA
;SELECT ERROR DEPENDING ON PASS
.BIT SET ERROR
PASS 2
:BIT CLEAR ERROR

END
IF PASFLG EQ #1

:
;GET DATA FOR NEXT LOOP

BIC #BIT3,CSRINFO(RO) ;CLEAR CSR OK BIT

006302

ASL

ELSE
SEC
ENDROL R2

000261
006102

6270 006546
6271 006556
6272 006566
6273
6274 006606

:=_R2

:= R2

o
&~

042702

SEQ 0155

PAGE 160-1

6246 006430
6247 006450
6248 006454
6249 006454
6250 006456
6251 006460
6252 006462
6253 006464
6254 006466
6255 006472
6256 006476

06-JUL-82 10:35

sSHIFT 1 ACROSS 0'S

:
;SET CARRY
sROTATE A O ACROSS A FIELD OF ONES

UNTIL UIPARO EQ #15. .UNYIL ALL BITS ARE DONE
UNTIL PASFLG EQ #2
DONE WITH 2 PASSES

IF #8ITO SET. IN CSRINFO(RO) THEN JUMPTO DONE ;IF MS11-L DO ONE LAST WRITE

042702

104010

042760

LET (R3) := #140005
LET R2 := (R3)
BIC #37772,.R2

037772

000010

IF R2 NE #140005

LET GOOD:= #140005
LET CSR
:= R2
ERROR +10

002460

:WAS WRITE CORRECT
:GOOD DATA
sBAD DATA
:BIT CLEAR ERROR

-BIC #BIT3, CSRINFO(RO) sCLEAR CSR OK BIT!
DONE:

000207

;WRITE ONES TO CSR WITH EUB BIT ENABLED
:READ CSR FOR CORRECT BITS
:CLEAR UNWANTED BITS

LET (R3)

:= #0

:g?ugaPARO.RS.RL

.CLEAR OUT CSR

sRESTORE UIPARO,R4, AND RS

N 12
CZMSPRO MS11-L/M/P MEMORY DIAG. MACRO M1113

| READ AND WRITE ALL

CSR BITS

g%gg

6290 006660
6291 006662
6292 006670
6293 006676
6294 006702
6295 006710
6296 006716
6297 006720

6298 006724
6299 006730
6300 006732

6301 006734
6302 006736
6303 006742
6304 006746

104424
012737
012737
012701
012737
012737
005000
005037

013703
000240
006303

103407
062700
010037
005703

001474
000767
000240
000241
032760
001014
052760

6313 007004
6314 007012
6315 007016
6316 007020

012771
005060
000414
012760

6318 007034
6319 007042
6320 007050
6321 007054
6322 007060
6323 007066
6324 007070
6325 007072
6326 007074
6327 007076
6328 007100
6329 007104
6330 007110
6331 007116
6332 007120
6333 007124
6334 007126
6335 007132
6336 007134
6337 00713¢
6338 007142
6339 007144
6340 007146
6341 007154
6342 007162
6343 007170
6344 007172

012771
012760
005771
016004
032760
001003
005704
100421
000720
000240
072427
042704
032760
001003
012702
000402
012702
020204
001300
010037
000240
104502
012771
012771
023727
001402
000137

6317 007026

SEQ 0156

PAGE 162

;THE FOLLOWING ROUTINE DETERMINES WHICH CSR CONTROLS PROGRAM SPACE

6305 006750
6306 006752
6307 006754
6308 006756
6309 006760
6310 006766
6311 006770

6312 006776

06-JUL-82 10:35

012771

177777
002000
002410
100000
100002

002530
172350

CTEST:

002410
002412

002150
002222

48:
000002
002150

1$:

28%:
000003
000004

123456

123456
172100

000000

123456

123456
020006
000000
172100
000003

177773
177600
000002

002460
172100

000000
172100

000002
172100

5$:

6$:

002460

7%:
002460

000157

000040

108:
118:

002530

8s:
38:

000000
000000
002530

007644

000000
000002
177777

MoV
NOP
ASL

BCS
ADD
MoV
TST

#177777 ,PGMCSR
#2000, K IPARS
#TESTADD,R1
#100000, TESTADD
#100002, TESTADD+2
RO
CSRNO
TOTCSRS,R3

2%
#2.R0O
RO, CSRNO
R3

BEQ
BR
NOP
CLC
BIT
BNE
BIS

#BIT1!BITO,CSRINFO(RO)
5%
#B1T2,CSRADD (RO)

MoV
CLR
BR
MoV

#123456,32(R1)
CSRADD (R0O)
6$
#0,CSRADD (RO)

MoV
Mov
TST
MoV
BIT
BNE
TST
BMI
BR
NOP
ASH
BIC
BIT
BNE
MoV
BR
MoV
cMP
BNE
MOV
NOP
CLRCSR
MoV
Mov
CMP
BEQ
JMP

#123456,32(R1)
#20006, CSRADD (RO)
a(R1)
CSRADD (R0O) R4
#BIT1!BITO,CSRINFOC(RO)
7%
Ré
8s
1$

Mov

000002

000000

CACHOFF
MOV
MoV
MOV
MoV
MoV
CLR
CLR

MoV

38
4%

#123456,a(R1)

#=5,R4
#°C177 ,R4
#BIT1,CSRINFO(RO)
108
#157 ,R2
11$
#40,R2
R2 R4
i$
RO,PGMCSR
#0,3(R1)
#0,22(R1)
PGMCSR, #177777
FINT
CLRMEM

sSET UP MAP REGISTER

sCLEAR CSR COUNTER

;0BTAIN CSR MAP
:DEBUG AID
sPUT HIGH ORDER BIT INTO C BIT
+BRANCH IF CSR EXISTS
sUPDATE CSR COUNTER

;1S MAP EMPTY?
;BRANCH IF SO

:DEBUG AID
sCLEAR CARRY
;IS THIS PARITY MEMORY?
sBRACH IF NOT
sSET WRITE WRONG PARITY

sWRITE DATA

sRESTORE CSR

sCLEAR THE CSR UNDER TEST

sWRITE DATA

sSET DIAG CHECK MODE
sWRITE CHECKBITS TO CSR
sWRITE CSR TO R4
;PARITY MEMORY?
sBRANCH IF NOT

sPARITY ERROR?
sBRACH_IF SO
sTRY NEXT CSR
sDEBUG AID

sWHAT KIND OF ECC MEMORY IS THIS
;BRANCH IF MS11-P
;LOAD IN CORRECT CHECK BITS FOR MS11-M
sCORRECT CHECK BITS FOR MS11-P
sCORRECT CHECKBITS?
:BRANCH IF NOT
«
;DECUG AID
sCLEAR ALL CSR'S
sRESTORE TEST LOCATIONS
s IF PROGRAM CSR NOT FOUND GO TO FINT
;GO TO SIZING ROUTINE IF FOUND

813
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
| READ AND WRITE ALL CSK BITS

SEQ 0157

PAGE 163

: _IF_PGMCSR WAS NOT FOUND BY THE PRECEEDING ROUTINE, THIS ROUTINE TRIES
:TO FIND IT FOR INTERLEAVEL MEMORIES

|
i

06-JUL-82 10:35

6350 007176
6351 007204
6352 007212
6353 007220
6354 0072;8
6355 0072
6356 007234
6357 007240
6358 007244
6359 007250

012771
012771

000000
000002
172350

062737
000766
012700
013;03
062700
010037
006303

28:

3s:

020006
177776

6369 007312
6370 007316
6371 007322
6372 0073%6
6373 007332
6374 007334
6375 007342
6376 007344
6377 007350
6378 007352
6379 007356
6380 007362
6381 007366
6382 007372
6383 007374
6384 007376
6385 007400
6386 007404
6387 007412
6388 00741
6389 00742
6390 007426
6391 007432

6392 007434
6393 007436
6394 007440
6395 007442
6396 007444
6397 007452
6398 007454
6399 007460
6400 007464
6401 007470
6402 007474

FINT:
18:

172100

4s:

58:

002000
000000
000002
002150
000040

172350

000002

002460

68:

SET4
MOV

#123456,32(R1)
1;0000.KIPAR6

sNE MEMORY TRAPS GO TO 2%
JWRITE DATA AT FIRST LOCATION OF BANK 2 IN BOARD
JWRITE DATA AT SECOND LOCATION OF BANK 2 IN BOARD
sUPDATE PARG TO POINT TO UPPER BOARDS

ADD
:g{

#-2,R0
TOTCSRS ,R3

#2.R0O
:g.CSRNO

sPUT CSR MAP IN R3

BCS
TST
BEQ
BR

48
R3
58
3s

sBRANCH IF CSR EXISTS
sANY CSR'S LEFT?
;BRANCH IF NOT
sLOOK FOR NEXT CSR

sLOOK FOR NEXT CSR

#-2,R0

*RESET CSR POINTER

MOV
ADD
BR
MOV
MOV

MOV

SET4

MOV

55¢:
568:

172100
177773
177600

177776
002222
000002
002150

238:

#2,R0
RO, CSRNO

:UPDTAE CSR POINTER

177776
000002
000002
002150
000040

248:

25%:
8s:

#40,R0

108
#BIT1,CSRINFOCRO)

*TEST NONASSERTED LOCATIONS

;NOT FOUND?

*BRANCH IF NOT
:GET TYPE OF ECC MEMORY

55$
gzgr.nz

:BRANCH IF MS11-P
*MS11-M CHECK BITS

MOV
MOV
ASH

#40,R2
CSRADD (RO) ,Ré
#-5,R4

:MS11-P CHECK BITS
:GET CSR CONTENTS

B8R

#2ci77.R4

;CLEAR ALL BUT CHECKBITS

:TRY NEXT CSR IF NOT

R2.Ré
7

MOVB

RO,PGMCSR

MOV
MOV

#-2.R0
TOTCSRS,R3

SET4

ADD
:g{
ST

172100

a(R1)

BNE
ggv

BCS

020006

:NE MEMORY TRAPS NOW GO TO 6%

ADD
MOV

CMP
BEQ

78:

;SET DIAGNOSTIC CHECK MODE IN CSR

:REMAP PARG TO POINT TO BANK 2

BIC

002530

#6$

sUPDATE CSR COUNTER
sUPDATE CSRNO

#2000,k IPARG

CMP

000040

#20006, CSRADD (RO)

;KEEP GOING TILL NO MORE MEMORY

MOV

BEQ
BIT

000157

#2$
#123456,3(R1)

BEQ
BR
MOV
BR
MOV
ST

ADD
MOV

CMP

#8%

#2.R0
gg.csnuo
248

258
238
wgoooe.csaAoo(no>
238
#-2 R0

a2(R1)

#2,R0
RO CSRNO

#40,R0

:PROPER CHECKBITS?
*BRANCH IF SO

:WRITE NON-ASSERTED CSR # IN PGMCSR

:NE TRAPS GO TO 8%

:PUT CSR MAP IN R3

*UPDATE CSR COUNTER
*UPDATE CSRNO
:BRANCH IF CSR EXISTS

:ANY CSR'S LEFT?

*BRANCH IF NOT
:LOOK FOR NEXT CSR
:SET DIAGNOSTIC CHECK MODE IN CSR
:LOOK FOR NEXT CSR
sTEST ASSERTED LOCATIONS

|
| CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113
| READ AND WRITE ALL CSR BITS

6403 007500
6404 007502
6405 007510
6406 007512

001452
032760
001003
012702

000157

6408 007520
6409 007524
6410 007530

012702
016004
072427

000040
172100
177773

6407 007516 000402

6411 007534

042704

000002

002460

768:
77%:

177600

020204
001401
000747
110037
052737
104502
012737

002531
100000

002530

002000

172350

012771
G12771

000000
000000

000000
000002

6423 007620
6424 007622

000766
104423

062737

010000

000407
012737

001000

6428 007640

005037

002530

6427 007634

98:

11$:

172350

108:

SEQ 0158

PAGE 163~1

BEQ
BIT
BNE
MOV

108
#BIT1,CSRINFO(RO)
768
#157,R2

MOV
MOV
ASH

#40,R2
CSRADD
(RO) , R4
#-5,Ré

;CHECK BITS FOR MS11-P

CMP
BEQ
BR
MOVB
BIS
CLRCSR
MOV
SET4
MOV
MOV

R2.R4
98
8$
RO,PGMCSR+1
#81T15,PGMCSR

;PROPER CHECKBITS?
*BRANCH IF SO
*TRY NEXT CSR IF wOT
:WRITE ASSERTED CSR # IN PGMCSR
:SET INTERLEAVED INDICATOR IN PGMCSR

#2000, KIPARG
4128
#0,3(R1)
#0.32(R1)

: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

B8R

ADD

128:

6425 007624
64626 007626

06=JUL-82 10:35

BIC

6412 007540
6413 007542
6414 007544
6415 007546
6416 007552
6417 007560
6418 007562
6419 007570
6420 007576
6421 0076064

6422 007612

BR
CACHON

BR
MOV

TYPE

CLR

77%

#°Ci77.R4

#10000,KIPARG
118

CLRMEM
#1000, K IPARG

MSG126

PGMCSR

;CHECK FOR TYPE OF ECC MEMORY
:BRANCH IF MS11-P
*CHECK BITS FOR MS11-M

:UPDATE PAR4 TO POINT TO UPPER BOARDS

:ERROR = PROGRAM CSR NOT FOUND'
sSET TO DEFAULT OF 0

D13
CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

| READ AND WRITE ALL CSR BITS

06-JUl~82 10:35

6430 007644

SUBTST

SEQ 0159

PAGE 164

<<CLEAR ALL MEMORY SPACE FROM BANK 2 ON>>

.‘..'................'..'..."....'..................'.."."."...Qtl

«SUBTEST

tt"t't"'

6432

:THIS ROUTINE CLEARS ALL MEMORY SPACE BEGINNING AT ADDRESS 200,000 AND

6433

:CONTINUES UNTIL THERE IS NO MEMORY LEFT. IT SHOULD CLEAR ANY PARITY ERRORS

6434

;CREATED BY THE LAST ROUTINE, AND CLEAN UP ANY JUNK LEFT WANGING AROUND IN

&432

:HIGHER MEMORY.

6437 007644
6438
007652
6439 007656

005037
012737

6443 007702
6444 007704

001003
012737

012737
012701
020127

006206
000001

002000
100000
117776
177777

6445 007712
6446 007714
6447 007720

005021
005737
001001

006206

6449 007724

062737

000200

6451 007740
6452 007742
6453 007746
6454 007752
6455 007754
6456 007756
6457 007762

001405
005037
012701
000751
000240
005037

6448 007722 000765

6450 007732

"l"...".

:Qt..'.tt..."'t.'...""'.".t.....t'...QQ..'...'Q.'.Q.Q.Q't.t..'.Q.Q

6431

6440 007664
6441 007672
6442 007676

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

022737

170000

002074

172350

CLRMEM: SET4
CLR
MOV

18:
006206

172350

2s:

38:

006206
100000
006206

CLREX:

#CLREX
TRACE
#1,NOPAR

:1IGNORE PARITY ERRORS

CLR
ST
BNE

2s
#-1,TRACE
(R1)+
TRACE
3s

:KEEP GOING IF NOT
:USE TRACE FLAG TO FLAG END OF BANK
:CLEAR CONTENTS & INCREMENT
*EOB FLAG SET?
:GO TO NEXT BANK IF SO

ADD

#200, K IPARG

MOV
MOV
CMP

BNE
MOV

B8R

CMP

BEQ
CLR
MOV
BR
NOP
CLR
RES4

#2000,KIPARG
#100000,R1
R1,#117776

#170000,KIPARG
CLREX
TRACE
#100000,R1
1$
TRACE

;NONEM TRAPS GO TO CLREX

:SET UP MAP TO START AT BANK 2
*R1 MAPS TO KIPAR4G
*WHOLE 16K BANK DONE?

:SET MAP FOR NEXT BANK

-ARE WE AT THE PERPHERIAL PAGE

:YES=GO ON
SRESET FLAG
*RESET R1
:CLEAR NEXT BANK

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

06-JUL-B2 10:35

CLEAR ALL MEMORY SPACE FROM BANK 2 ON

6460 010004

ANA2:

<<MATCH ALL CSR'S WITH MEMORY>>

s *SUBTEST

MATCH ALL CSR'S WITH MEMORY

6461
646
646
6464
6465
6466
6467
6468
6469
6470
6471

SUBTST

SEQ 0160

PAGE 166

;* THE SECOND PART OF THE ANALYSIS MATCHES UP THE CSR'S WITH THE MEMORY, AND
;% INSTALLS ALL THE INFORMATION FOUND IN THE CONFIGURATION TABLE. FOR ECC,
:* THIS 1S DONE BY TAKING EACH CSR FOUND IN THE PREVIOUS SECTION SEQUENTIALLY
;* AND CHECKING THROUGH ALL OF MEMORY, ONE BANK AT AT TIME, TO SEE WHICH BANKS
:* RESPOND TO THE CSR IN QUESTION. THE FIRST DOUBLE WORD PAIR IN EACH BANK ARE
:* WRITTEN WITH DATA AND DIAGNOSTIC CHECK MODE SET IN THE CSR IN ORDER TO AC:* COMPLISH THIS. ALL POSSIBLE CONFIGURATIONS OF DOUBLE WORD PAIRS (NON=-INTER:* LEAVED, 64K INTERLEAVED, OR 128K INTERLEAVED) ARE CHECKED FOR EACH BANK
;* THROUGH USE OF TESTADD AND KERNEL INSTRUCTION PAGE ADDRESS REGISTERS & AND
s* 5. IF WE GET THE “ROFZR CHECKBITS BACK, WE HAVE A MATCH. IF NOT, THE ROUT;* INE CHECKS FOR SINGLE R DOUBLE BIT ERRORS.

6472
6473
6474

o
‘F ONE CR THE OTHER IS FOUND, THE ERROR ADDRESS IS CHECKED
:* TO SEE IF IT IS THAT BANK. IF IT IS, WE HAVE A MATCH. AT THE END OF EACH
:* BANK PASS, FOR EACH CSR PASS, THE PROGRAM COMES UP WITH A NUMBER, STORED IN

22;2

s*
- %

“I'', WHICH DENOTES THE FOLLOWING:

&Z;

6480
6481
6482
6483
6484

ie
ie
te
ie
ie

1
2
3
4
5

glzgg

6479

MEMORY DESCRIPTION

NON-EXISTANT MEMORY

NON-INTERLEAVED MEMORY MS11-L,MS11-P
64K INTERLEAVED, A1 NOT ASSERTED MEMORY
128K INTERLEAVED, A1 NOT ASSERTED MEMORY
64K INTERLEAVED, A1 ASSERTED MEMORY
128K INTERLEAVED, A1 ASSERTED MEMORY

NOTE = I=2 THROUGH I=5 CAN ONLY OCCUR WITH MS11-M MEMORY.

6488
figg

:* NOTE THAT PARITY MEMORY WRITES WRONG PARITY TO THE DOUBLE JORDS, THEN LOOKS
s* FOR THE PARITY ERROR BIT TO BE SET.
IF THE BIT IS SET, WE HAVE A MATCH.
oW

6491 010004
6492 010012

6503 010056
6504 010062
6505 010064
6506 010070
6507 010074

005037
012701
013703
005000
005005
005737
001403
005037
000413
022737
001407
013702
005202
072227
010237
012702

6509 010106
6510 010114
6511 010116

012737
006303
103420

6493 010016
6494 010022
6495 010026

6496 010030
6497 010032
6498 010056
6499 010040
6500 010044
6501 010046
6502 010054

6508 010100

6512 010120
6513 010124

012737

062700
010037

SET4
CLR

002312
002410
002222
002452

002556
000167

002554

7%:

002554
000011
002556
000004

001000

000002
002150

172350
172352

18:
28:

MoV
MoV
CLR
CLR
TST
8EQ
CLR
BR
CMP
BEQ
Mov
INC
ASH
Mov
MoV

MoV
MOV
ASL
8CS

ADD
MoV

#1008
CHECK

#TESTADD R1
TOTCSRS ,R3
RO

RS
NO22BIT
7$
LASTBLOCK
1$
#167 ,LASTBANK
18

sNE _MEMORY TRAPS GO TO 100%
sCLEAR CHECK

sSET UP THE VIRTUAL ADDR. POINTER
sMOVE CSR MAP INTO R3
sCLEAR THE CSR POINTER
sCLEAR THE PROGRAM CSR STATUS POINTER
;IS THIS AN 11744 OR 11/24?
sBRANCH IF IT IS
<ADJUST LASTBLOCK INDICATOR FOR 124Kk MACHINE
sBRANCH OVER NEXT PIECE OF CODE
;1S THERE UNIBUS MEMORY ABOVE 17000000
sBRANCH IF NOT
sSET UP A NEW LAST BLOCK INDICATOR

LASTBANK ,R2
R2
9. ,R2
R2,LASTBLOCK
#4 R2

sR2 IS INDEX FOR CONFIG TABLE

#1000 ,KIPARS
R3
3s

sSET KIPARS FOR BANK 1
sDOES THIS CSR EXIST?
sBRANCH IF IT DOES EXIST

#1000,k 1PARG

#2.R0
RO, CSRNO

sSET KIPARG FOR BANK 1

s INCREMENT THE CSR POINTER
sSTORE IT IN CSRNO ALSO

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

MATCH ALL CSR'S WITH MEMORY

6514 010130

6515 010132
6516 010134
6517 010142
6518 010150
6519 010156
6520 010160

6521 010166
65 § 010166
65
010170

6524 010176
6525 010206
6526
010212
6527 otogu.

005703

001370
012737
012737
013706
000137
010037

104424
000240
012737

TST

001000
001200
oozsog
01140
002150

172350
172352

100000

002410

38:

138:

012737 120002 002412
032762
000040 002652
00140,
000137 011316

6528 010220
6529
010224
€530
010230
6531 010234
6532
010244

005037
005771
005237

002450
000000
002450

032760

0000*

002460

6534 010256

052760

0OPNOL

:7:07)

012771
005060
11

1341
(.

33602

123456

000000

6533

010252

6535 010262

6536 010270
6537 010276
6538 010302

001014

012771

6539 010304

012771

6541 010

104503

6544 010

005771

6540 010312 012771

6542 010322 104475
6543 010324 000240

6545 010332
65¢6 010334

104426
000240

12,-,.

45%:

438:
48:

6548 010342
000240
6549 010344 010437 002432
6550 010350 104503
6551 01035
6553

010370

032760

001004

6554 010372

005704

6557 010402

072427

000003

6569 010444

023704

002460

177773

002314

6567 010450 000240
6568 010452 00140
2?93 010454 000137 011004

CLR
ST
INC
PUSH
BIT

MOV
CLR
BR
MOV
MOV

1
a(r1)
I
@(R1).32(R1)
#8IT1!BITO,CSRINFO(RO)

348

#8172, CSRADD (RO)

”

56.3(!1)

#123456.82(R1)
CSRADD (R0)
418
#123456.3(R1)
#123456.2(R1)

CBICSR
NOP
TST
a(R1)
READCSR
NOP

MOV

CSR,R4

BIT

#BIT1!BITO,CSRINFOC(RO)

NOP
MOV
RG, TEMP
CLRICSR
POP
32(R1) ,3(R1)
BNE
428:

002314

6564 810434. 012737 000040 002314 76$:
010442 oog;t.o

:SET UP VIRTUAL ADDRESS TO KIPARS
;1S THIS A BANK TO SKIP?
:NO - BRANCH AROUND NEXT INSTRUCTION
:YES = GO TO END OF BANK

CLRICSR

418:

6558 omog 04.35
177600
6559 010412
032760 000002 002460
6560 0104
1005

6565

#120002 . TESTADD +2
#BITS, CONF1G(R2)
438
6$

MOV

6555 010374 100431
6556 010 73 000137 011316

6561 010422 012737 000157
656; 010430
000240
6563 010432 000404

MOV
BIT
BEQ
JMP

CACHOFF
NOP
MoV
#100000, TESTADD

-;giW.'

000000

778:

JARE THERE ANY MORE CSR'S TO DO?

:BRANCH IF ALL CSRS NOT DONE
*RESTORE KIPARG
*RESTORE KIPARS
*RESTORE STACK
:JUMP TO SUBAAS IF ALL CSR'S ARE DONE
:MAKE SURE CSRNO IS UPDATED

BIS

34%:

23
#1000, K IPARG
#1200, K IPARS
KSTACK, SP
SUBAAS
RO, CSRNO

BNE

123456 000002

SEQ 0161

PAGE 166-1

BNE
MOV
MOV
MOV
JMP
MOV

6547 otossg 013704 002146

655; 010

06-JUL-82 10:35

428

:TURN THE CACHE OFF

JSET UP VIRTUAL ADDRESS TO KIPAR4

:CLEAR THE MEMORY CONFIGURATION COUNTER
;TEST TO SEE THAT THERE IS MEMORY PRESENT

:SAVE THE LOCATIONS UNDER TEST
:IS THIS PARITY MEMORY?

*NO - BRANCH

:SET WRITE WRONG PARITY

sSET THE FIRST LCCATION UNDER TEST

*SET THE SECOND LUT
:CLEAR THE CSR
:TEST LOCATIONS
sSET THE FIRST LOCATION UNDER TEST
<SET THE SECOND LUT

*RESET CSR

:SET DIAG. CHECK MODE IN CSR UNDER TEST
:DEBUG AID
sREAD THE FIRST LUT TO WRITE CKBITS. INTO CSR
:READ THE CSR UNDER TZST
:DEBUG AID

:GET THE CHECKBITS FROM THE CSR
:DEBUG AID
*SAVE IN TEMP FOR LATER
*RESET CSR
*RESTORE LOCATIONS UNDER TEST

:IS THIS PARITY MEMORY?

:NO -~ BRANCH:

*DID WE GET A PARITY ERROR?

BM]
JMP

258
68

SYES = FILL IN CONFIG TABLE
“NO = JUMP TO END OF BANK

BIC
8IT
BNE

#°ci77.8¢
#8IT1,CSRINFO(RO)
76$

:INTO A USABLE FORM,
:WHAT KIND OF ECC MEMORY IS THIS??
*BRANCH IF MS11-P

ASH

MOV
NOP
B8R

#-5 R4

#157,CBITS
778

MOV

#40,CBITS

CBITS, R4

NOP
NOP
BEQ
JMP
- %

258
228

*MANIPULATE THE CSR BITS

:MS11-M CHECK BITS
*DEBBUG AIDE
:

*MS11-P CHECK BITS
:DEBBUGGING AIDE

‘DO THE CHECKBITS COMPARE TO WHAT WAS WRITTEN?

*DEBBUG AIDE
*BRANCH IF THERE IS A MATCH
*ELSE BRANCH IF NOT THE SAME

G 13
(IMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

MATCH ALL CSR'S WITH MEMORY

gg;}

;* WE COME HERE IF THERE IS A MATCH

010004

6575 010464
6576 010466
6577 010470

006204
000
062704

258:

6574 010462 000240

6578 0104746

00140
072427
050462

6583 010520

042704

6582 010514 016004

6584 010524

170377

032737 000006

6579 010502
6580 010504
6581 010510

304

6585 010526 050462

6587 010540

6588 010542
6589 010550
6590 010552
6591 010560
6592 010562
010570

177770

002654

001431

056264

gggg 010616 056264

002654

ASR
SWAB
BIC

Ré
R4
#170377 R4

SSET IT UP FOR USE IN THE
JCONF IGURATION TABLE.
*CLEAR OFF EXTRANEOUS BITS

158
#4 R4
R4 ,CONFIG(R2)

*BRANCH IF NOT
:PUT CSR NUMBER IN INTERLEAVED CSR SLOT
sPUT CSR NUMBER IN CONFIG. TABLE

BEQ
ASH
BIS

MOV

002652

16$:

002654

CSRINFO(RO) ,Ré4

#°C7.R4

:INTERLEAVED A1 ASSERTED MEMORY FOUND?

:GET MEMORY TYPE

:CLEAR OFF THE EXTRANEOUS BITS

Ré

*MOVE INTO PROPER POSITION

CMP

Mol

:WAS THIS NON~INTERLEAVED MEMORY?

BIS
MOV
8IT
BNE
BIS

#BIT12,CONFIG+2(R2)
R2,R%
#8i710,1
5%
#BIT11,CONFIG+2(R2)

:SET THE INTERLEAVED BIT
:SAVE THE CURRENT BANK INDEX
:WAS THIS 128Kk INTERLEAVED?
*BRANCH IF TRUE
:SET 64K INTERLEAVED FLAG IN CONFIG

BR
ADD
BIS

168
#40,R6
#8175, CONFIG(R4)

ADD

58:

#8BIT2,1

SWAB

BEQ

BIS

BIS
:.

gggg

R& ., CONF 1G+2(R2)

248

#20.R4

:SET IT INTO THE CONFIG TABLE
:BRANCH IF IT WAS

sSET NEW BANK POINTER TO & BANKS AHEAD

*JUMP OVER NEXT INSTRUCTION
:SET NEW BANK POINTER 8 BANKS AHEAD
:SET SKIP ECC LOGIC TESTS FLAG
CONFIG(R2) ,CONFIG(R4)
:SET OTHER INFO INTO THAT BANK
CONF 1G+2(R2) , CONF 1G+2(R4)

;* THIS SECTION IS EXECUTED ONLY WHEN THE BANK=1

uog 010624

010632

022737

001402

001000

172350

6604 010634 000137 011156
6605 010640 032737 100020 002432
6606 010646 001417
6607 010650 013704 002432
6608 010654 072427 177767
6609 010660 022704 000001
6610 010664

003010

wg 010674

105262

6615 010714

053737

6611 010666 052762

6613 010700
6614 010706 053737

000001

002654

002656

002660

002652

002654

000240
022737 000001 002450
001002
000137 011316

6621 010744

032737 000001

6622 010752
6623 010754

%t. 010760

012704

001402
706

053764

S 010766

053764

6627 011002

000465

6626 010774

052764

000020

002652

002654

24$:

308:

002450
002652

002654

000040 002652

CMP

#1000, K IPARG

JMP
BIT

33s
#BIT1S!BITS, TEMP

:ELSE JUMP TO END OF THIS BANK
:WAS THERE A SBE OR DBE?

MOV
ASH
cMP

TEMP, R4
#-9. R4
#1.Ré

*GET CSR CONTENTS
:MAKE ERROR ADDRESS INTO BANK #
*ERROR IN BANKS 0 OR 1?

8IS

#8170, CONF IG(R2)

SET
BIS

CONF GERROR
CONF 1G+4, CONFIG

BEQ

BGT

002652

6619 010722
6617 010726
6618 010732
6619 0107364

6620 010740

sGET THE CSR NUMBER

8IS

002450

000020

002652

RO,R%

BIC

052762 010000 002654
010204
032737 000001 002450
001
052762 004000 002654

062704

MoV

NOP
BIT

15§%:

002460

659 010574 000402
6595 010576 062704 000040
6596 010602 052764 0000640
6597 010610

002450

000004
002652

6586 010532 022737 000001

6603

SEQ 0162

PAGE 166-2

6573 010460

6593

06~-JUL~82 10:35

INCB

108:

46$:

26%:

8IS

NOP
cMP
BNE
JMP
MOV

308

108

CONFIG+2(R2)

CONF 1G+6.
CONF 16+2

n,l
468
6$

:ADD ONE TO BANK ERROR COUNT

*PRINT CONFIG TABLE
:SET UP INFORMATION IN BANK ZERO
:DEBUG AID

*WAS THIS NON-INTERLEAVED MEMORY
:NO = BRANCH OVER NEXT STMT.
SYES = JUMP TO END OF THIS BANK

*BRANCH IF NOT
*SET UP COUNTER FOR 128K INTERLEAVED

CONF 1G, CONF 1G(R&)

:SET ERROR FLAG IN CONFIG TABLE

268
#20,Ré

BIS

*BRANCH IF NOT

*SET UP COUNTER FOR 64K INTERLEAVED

#8170, 1

BIS

:BRANCH IF NOT

#20,R4

BIT

BEQ
ADD

;1S THIS BANK 1 ?

*BRANCH IF TRUE

CONF1G+2,CONFIG+2(R4)

#BITS, CONF IG(R)
338

‘WAS IT 128Kk INTERLEAVED?

*SET OTHER BANK WITH SAME INFORMAT[ON
:AS IN BANK 0

:SET SKIP ECC LOGIC TESTS FLAG

*BRANCH

W13
(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

MATCH ALL CSR'S WITH MEMORY

6628

i* IF CHECKBITS DID NOT MATCH, WE COME HERE

6631 011004 032737 100020
6632 011012 001001
6633 011014 000460
6634 011016 013704 002150
6635 011022 042766 000006
6636 011030

6637 011036 016401
6638 011040 072127
042701

6643 011070
6644 011074
6645 011076
6646 011100
6647 011102

042700
006300
006300
060001
010104

6649 011110

072427

000005

6652 011122
6653 011124

000403
020437

172352

6650 011114 020437
6651 011120 001001
6654 011130 001012
6655 011132 052762
6656 011140

105262

002146

172100

228:

8s:

177600

040000
172100
040000
177037

#BIT15'81T4,CSR
8s
33s
CSRNO, R4
#6, CSRADD (R4)

;SBE OR DBE FLAGS SET?
*BRANCH IF TRUE
SCHECK TO SEE IF IT IS MS11-M
*GET CSRNO
:TURN OFF DIAG CHECK & ECC DISABLE

MOV
ASH

CSRADD (R4) ,R1
#-5,R1

:GET CSR INFORMATION
*SET UP ERROR ADDRESS

#81T14.CSRADD(R4)
CSRADD (R4) ,RO
#BIT14,CSRADD(R4)

:GET EXTENDED ERROR ADDRESS BITS
*READ FROM CSR
*TURN OFF EUB BIT

BIS
MOV
BIC

172100

172350

002654

BIT
BNE
B8R
MOV
BIC
BIC

172100

278:

000001

PUSH

172100
177773

6639 011044

6640 011050 052764
6641 011056 016400
6642 011062 042764

6657 011144
&gg 011152

SEQ 0163

PAGE 166-3

:®

66 3

6648 011104

06~-JUL-82 10:35

BIC
ASL
ASL
ADD
MoV

002652

358:

000137 010460

;SET UP TOTAL ERROR ADDRESS
:SAVE IN R4

ASH

#5.R4

sSET ERROR ADDRESS UP IN PAR NOTATION

BR
(WP

35%
R& K IPARS

sYES = MARK INFO IN CONFIG TABLE
*DOES IT EQUAL KIPARS?

POP

R1.RO

R .KIPARG
288%

BNE
BIS

33§
#B1T0, CONF IG(R2)

SET
MNP

CONF GERROR
258

INCB

6660
6661

#ciz7.m

*SAVE RO & R1

#°C740 RO
RO
RO
RO.R1
R1.Ré

CMP
BNE
288:

RC.R1

CONFIG+2(R2)

*SET UP EXTENDED BITS

*RESTORE RO & R1

:DOES IT EQUAL KIPAR4?
*BRANCH IF FALSE

:BRANCH IF FALSE
:SET BANK ERROR FLAG

: INCREMENT BANK ERROR COUNTER

*PRINT CONFIG TABLE
:YES - MARK INFO IN CONFIG TABLE

;* THIS SECTION SETS UP ALL THE POSSIBLE CONFIGURATIONS OF
‘* MS11=M MEMORY.

“62

6663 011156 032760 000001
6664 011164 001454

#8170, CSRINFO(RO)
0%

;IS THIS MS11-M MEMORY?
*NO - GO TO END OF BANK

002450

BNE
CMP

6669 011206 162737 000002 002412
6670 011214 062737 004000 172352
6671 011222
137 010224

SuB
ADD
JMP

6
.1
188
#2,TESTADD+2
#4000,k IPARS
48

;IS THIS 1ST TIME THROUGH?
*BRANCH IF NOT
*TRY AS 64K INTERLEAVED
*A1 NON-ASSERTED MEMORY
STRY TO MATCH AGAIN

BEQ
CMP

208
9,1

ADD
JMP

#4000, K IPARS
48

6665 011166

032760

000002

6668 011204

103410

6672 011226

022737

6675 011244

103405

6678 011260
6679 011266

022737
103413

33$:

BIT
BEQ

6666 011174 001050
6667 011176 022737 000001

002460
002460

BIT

BLO

000004

002450

188:

6676 011246 062737 004000
6677 011254 000137 010224

172352

208:

000003

002450

12$:

737 000002

002410

162737 004000

172352

6673 0112
1404
6674 011236 022737 000002 002450

6680 011270

6681 on%g 062737 000002 002412
6682 011

6683 011312 000137 010224

““

CMP

BLO

CMP
BLO

ADD

#81T1,CSRINFO(RO)

8,1

*NO = BRANCH

3,1
63

:THIRD TIME THROUGH?
:NO = BRANCH

#2,TESTADD

#2 TESTADD+2

JMP

*YES = BRANCH
:2ND TIME THROUGH

12§

ADD

SUB

*4TH TIME THROUGH?

#4000, K IPARS

STRY AS 128K INTERLEAVED
*TRY TO MATCH AGAIN
*TRY TESTING THE BANK

*AS A1 ASSERTED

:64K INTERLEAVED MEMORY

*TRY TO MATCH AGAIN

113
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MATCH ALL CSR'S WITH MEMORY

6685
6686

6687 011316
6688 0113
6689 011324
6690 0113
6691 011340
6692 011342
6693 011350
6694 011352
6695 011356
6696 011362
6697 011364
6698 011366
6699
6700 011372
6701 011376

06-JUL~-E2 10:35

SEQ 0164

PAGE 166-4

::E'O OF BANK ROUTINE
000004
001000

6%:

172350

172352

002556

172350

010170
000002

BLOS
JMP
ADD

19¢
458
#2.R0

JMP

sCLEAR THE CSR UNDER TEST
sUPDATE CONF IGURATION POINTER
sUPDATE KIPARG TO NEXT BANK
sAND UPDATE KIPARS
sDEBUG AID
SHAVE WE DONE THE WHOLE MEMORY SPACE?
;BRANCH IF DONE
sR=C
:JUMP [F NOT DONE
s INCREMENT CSR POINTER
;DEBUG AID
:TURN ON THE CACHE
:JUMP TO TRY NEXT (SR

ADD
JMP

#6,SP
6%

:RESTORE STACK
:GO TO END OF BANK ROUTINE

cMP

19%:

010074
000004
011316

CLRICSR

ADD
ADD
w

i00s:

NOP
CACHON

24 R2
#1000,
K IPARG
KIPARS , K IPARS
LASTBLOCK
K IPARG

:R=C
iR=C

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

MATCH ALL CSR'S WITH MEMURY

6703 011402
6704 011404
6705 011406

104423
104472

06-JUL-82 10:35

SEQ 0165

PAGE 167

SUBAAS: CACHON
:MAKE SURE THE CACHE IS ON
ECCINIT
:TRAP ON DOUBLE BIT ERRORS (NORMAL)
NEWTST <<TEST BANK 0 ACCESSES>>
;..tt.t'.............'.""Q.........'..t..'..tt."...Q.'..'..."Qt.t.

TeTEST 2

6706

011406

:tt'...'.t.'.'.'.....'."'Q'....l.."...""l...".."'..'..".Q"".

000004

Tst2:

6707
6708

005037
012737
005037
012737

002070
000001
002066
000001

005000
012701

040000

6720 011452
6721 011454

005720
077102

6719 011450 104424

:THIS DOES A “'TST*' INSTRUCTION ON EVERY LOCATION IN BANK #0 TO SEE

:MARDWARE FAILURE IN THE MEMORY.
:THESE ERRORS ARE COUNTED AND A FATAL ACTION IS TAKEN
CLR
PARCNT
:CLEAR PARITY ERROR COUNTER
MOV
#1,NOPAR
:SET THE NO PARITY ERROR FLAG
CLR
NEMCNT
:CLEAR NON-EXISTANT MEMORY ERROR COUNTER
MOV
#1,NONEM
:SET THE NON-EXISTANT MEMORY ERROR MODE TO COUNT
SET4
ANONEXIST
:TRAPS TO 4 GOTO NONEXIST
CLR
RO
MOV
#SIZE.R1

002074
002076

18:

6722 011456 104423

TSt
S08

(RO) +
R1,18

:SEE IF ANY FAILURES
TST
PARCNT
BEo
g8

002070

6726 011466
6727 011474
6728 011500

005737
001406

002066

162757

000002

002032

6731 011516

053737

002104

002652

6734 011546

CACHOFF

CACHON

005737
001403

6732 011524

."'t..'t"

:PRIOR TO THIS POINT - THEN A PARITY ERROR IMPLIES THAT THERE IS A

6710
6711
6712 011410
6713 011414
6714 011422
6715 011426
6716 0114
6717 011442
6718 011444

6729 011502

SCOPE

1IF IT GETS ANY PARITY TRAPS.
:SINCE EVERY LOCATION IS EITHER LOADED OR WRITTEN INTO BY THE PROGRAM

6709

6723
6724 011460
6725 011464

't"".'tt

TEST BANK O ACCESSES

2s:

FATAL
TST

:SEE IF I CAN DO A READ ACCESS WITHOUT A PARITY TRAP

;TURN CACHE ON
:ANY PARITY ERRORS?
INO = SKIP

BEQ

NEMCNT
38

ANY NON-EXISTANT MEMORY (HOLES)?
:SKIP IF EQUAL

BIS

CPUBIT,CONFIG

:SET CORRECT ACCESSED BIT ON BANK 0

SUBTST

<<ENABLE ECC FOR CORRECT TRAPS>>

SU8

3$:

:TURN CACHE OFF

¥2,ADDRESS

RES4

UPDATE 1ST ADDRESS FAILURE FROM AUTO INCREMENT #

:RESET TRAPS TO 4 TO DEFAULT

.'.t.'.'.'..."......'.".'.....‘.............Q...'..l...'.QQ.'...'Q."......'QQ'

: *SUBTEST

6735 011546

6736 011564

PR—

6737 011566
6738 011570
6739 011572

ENABLE ECC FOR CORRECT TRAPS

:'.'..Q.."..'......'..‘..".."'.........‘......'..'Q....t......'...'.."t.t'!'

104506
104472

IF #SW0 SET.IN @SWR OR ACTFLAG IS TRUE

ENASBE

ELSE
ECCINIT
END ;OF IF #SW0

:TRAP ON SINGLE BIT ERRORS
;TRAP ON DOUBLE BIT ERRORS (NORMAL)

K13
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
| ENABLE ECC FOR CORRECT TRAPS

06~JUL~82 10:35

6742 011572

NEWTST

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

;*TEST 3
bbbt i

011572

000004

TST3:

SEQ 0166

PAGE 169

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

SCOPE

TMTM

sEACH BANK IS TESTED FOR EXISTANCE AND IF IT EXISTS
sTHEN 1S IS TESTED FOR ZEROS & ONES.
sEXCEPT

PROTECTED BANKS (WHERE THE PROGRAM IS) ARE ONLY TESTED BY

"TST'' INSTRUCTIONS LIKE BANK #0

sANY BAD BANKS ARE LOGGED IN THE CONFIGURATION TABLE.

:THIS aogzfige IS ONLY DOING A SMART SIZE = NOT ACTUAL TESTING!'

003754
012430
012432
177644
177646
002100
002554

000207
060000

6778 011774

040000

o
~
~N
~

6776 0

EX AN AN

~ NNNNNNNNN
NN N
~
N

012737

002074
002076

6782
012006
6783 012014
6784 012022
6785 012024
6786 012030
6787 012032
6788 012036
6789 012040
6790 012042
6791 012044
6792 012050
6793 012072
6794 012076

002520
002522
002520
002522
002100

1%:

TAGYS:

MoV
MOV

002102
002072
002070
002066

002652
:
WARN1

MOV
ASL
ASL
MOV
CLR
CLR
CLR
MAP
TST8

BANK ,R1
R1
R1
R1,BANK INDEX
PATERR
PARCNT
NEMCNT
BANK
CONF IG(RT)

BMI
MOV
MoV
MOV
MOV
MOV

012424
177640

002100

002074

003754

#UIPAR2,LINK1
#UIPARS,LINK2

BANK
LASTBANK ,BANK

CLR
CACHOFF

000001

#1,NOPAR

#2 ,NONEM
#NONEXIST
#1,PROTYP
18
AMTST3+4,LINKI
#MTST3+6,LINK2
TAG9S
MTST3

INC
CMP

BLO

002100

170532

MOV
SET4
CMP
BEQ
MOV
MOV
BR
BMOV

TAG2S

TSTBANK
#207
,8L INK1

#FIRST RO
RO,R4
lSllg.R1
R1.R
R2

TESTAREA
#1,PROTYP
CMP
BEQ
1$

CALL
BR
CALL

KERNEL
CACHON

CLR
RES«
CLR

MIST3
28

FASTCITY

TAG3S

BANK

NOPAR

SUBAAI

sSET NO PARITY ERROR FLAG
sSET NON-EXISTANT MEMORY MODE TO EXIT TEST LOOP
sTRAPS TO 4 GOTO NONEXIST
;1S THIS AN 11/44?
sBRANCH IF TRUE
sSET UP LINKS
sPUT IN FAST MEMORY
sSET UP LINKS
sDONE?
sYES = SKIP TO NEXT TEST
* 4
;BANK

sCLEAR PATTERN ERROR COUNTER
sCLEAR PARITY ERROR COUNTER
sCLEAR NON-EXISTANT MEMORY COUNTER (HOLES)
sMAP SUPERVISOR SPACE (TEST AREA) TO BANK
;1S THIS BANK PROTECTED?
;YES = GO TEST BANK SPECIAL

sPUT "RETURN' INSTRUCTION AFTER WRITE ROUTINE

sDATA IS ZEROS
sTURN CACHE OFF
JENTER SUPERVISOR MODE
;1S THIS AN 11744
JBRANCH IF TRUE
sCALL TO THE USER INSTRUCTION PAR'S
sENTER KERNEL MODE
:TURN CACHE ON
sSKIP NEXT INSTRUCTION
sRESET TRAPS TO & TO DEFAULT

sINDICATE DEFAULT PARITY ACTION

———————

022737
001407
012737
012737
000411

CLR
MOV

[

005037
012737
012737

L 13
| €2 MSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
06~JUL~-82 10:35
RE
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

NO VNS WN=O

2 EEREEEREES §eagagaRes

2222292222022g20c0000ee

205737
001401
0006

002066

TAG3S:
1$:

170376

002072

002066
060000

040000

CALL
KERNEL
CACHON

aLINK2

sFINISH PATTERN

BNE

CACHOFF

TESTAREA

PATERR

PARCNT

NEMCNT

BNE
MOV
MOV

2s
#FIRST,RO
RO,R%

MOV

R1,R3

MOV

003754

177640

5%:
6$%:

002075

2%:

BEQ
CALL
BR

CALL
KERNEL

CACHON

S, R2

#000240,3L
INK1

FASTCITY

BANK INDEX , RO

BNE

PATERR

PARCNT

NEMCNT

SET

CONF GERROR

BNE

002066

5%
MIST3
6$

MOV
TST

001406
052760

000001

002652

3s:

BEQ
8IS

053760
000137

002104
011672

002652

48:

8IS

JMP

JENTER SUPERVISOR MODE
JENTER KERNEL MODE

sTURN CACHE ON

JANY PATTERN ERRORS
JYES = SKIP
JANY PARITY ERRORS
JYES - SKIP

sANY NON EXISTANT MEMORY

JYES - SKIP

#S12E.R1

CACHOFF
TESTAREA
CMP
#1,PROTYP

012424

eP
[«v
X =181 NOO#N&NOM&N

D aod wd
i

d wmd ced od cwd

D e cnd wmd

(eleleloleleleleleleleleTo

TAG9S

JNO - SKIP
JNOW = TRY NEXT BANK
sTURN CACHE OFF

MOV

006246 170320

ASTASLSTNT
ST NT ST NT ST NT.NT.NT NT,87T.N)

WO
O
= OWVRNOWVSN

B8R

JANY TRAPS?

BEQ

BNE

002070

33333333
243

NEMCNT

TST

002070

000001

SEQ 0167

PAGE 169-1

X3
#8170, CONF IG(RO)
CPUBIT,
CONF IG(RO)

TAG9S

:DATA
IS ONES

:PUT

"NOP'' INSTRUCTION BACK Its SUBROUTINE

:TURN CACHE OFF

:ENTER TEST MODE
:IS THIS AN 11/44?
:BRANCH IF IT IS
:D0_IN MEMORY IF NOT
:JUMP OVER NEXT INSTRUCTION
:CALL TO THE USER INSTRUCTION PAR'S
:ENTER KERNEL MODE
:TURN CACHE ON
¢ANY PATTERN ERRORS?

;YES = SKIP
<ANY PARITY ERRORS?
sYES = SKIP
sANY HOLES?
¢NONE - SKIP
sSET ERROR BIT IN THIS BANK

sFORCE PRINTING OF CONFIGURATION TABLE

sSET ACCESSED BIT

:TEST A PROTECTED BANK

012737
012700
012701
104424
005720
077102
104417
104423
012737
052761

000001
060000
020000

002076

TSTBANK
: PUSH

MOV
MOV

MOV

CACHOFF

48:

000002

000001

R1
#1,NONEM
#FIRST,RO

#20000.R1

TESTAREA
ST
(RO)
+

S08
KERNEL
CACHON

R1,4$

POP

002076

MOV

002652

IF PARCNT NE #0
BIS
#BITO,CONFIG(R1)

SET

#2 ,NONEM

CONFGERROR

sSET NON-EXISTANT MEMORY TO COUNT
:TURN CACHE OFF
sENTER TEST MODE

;ENTER KERNEL MODE
sTURN CACHE ON
sRESET NON-EXISTANT MEMORY TO EXIT TEST LOOP
sERROR BANK

M3
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06~JUL=82 10:35
' 13
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

6852 012404
6853 012404
6854 012412
6855 012420
6856 012420
6857 012424

6858 012426
6859 012430
6860 012432

6861 012434
6862 012436
6863 012440
6864 012444
6865 012446

053761

002104

000137
010220
077102
000240
012401
020102
001402
005237
077306
000207

011672

002652
MTST3:

28:

002072

3%:

SEQ 0168

PAGE 169-2

END ;OF IF PARCNT
IF_NEMCNT EQ #0
BIS
CPUBIT,CONFIG(R1)
END ;OF IF NEMCNT
JMP
TAG9S
MOV
R2,(RO)+
S08
R1,MTST3
NOP
MoV
(RG)+,R1
CMP
R1,R2
BEQ
3s
INC
PATERR
S0B
R3,2$
RETURN

sACCESSED BANK
2V177640
sV177642
JV177644
sV177646
sV177650
:V177652
sV177654
:V177660
V177662

N 13
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113 06~JUL-82 10:35
| T3
TEST BANKS 1-200 (OCTAL) FOR ZEROS & ONES

6867 012450

SUBAAI: SUBTST
AR

6868
6869
6870
6871 012450
6872 012454
6873 012460
6874 012464
6875 012500
6879 012506
6877 012512
6878 012550
6879 012522
6880 0125%2
6881 0125
ggg% 8}%223

6884 012544
6885 012550
6886 012550
6887 012556

005037
004737
013700

002100
047032
002102

062700
062737

000020
000010

002100

062702
062737

000040
000020

002100

052760

000200

002652

005237

002100

023737
002336

002554

002100

AR R

<<FIND SHADOW INHIBIT MODE POINTERS>>

s *SUBTEST

SEQ 0169

PAGE 170

FIND SHADOW INHIBIT MODE POINTERS

I T

22222332

:* THIS SECTION LOOKS FOR INTERLEAVED MS11-M MEMORIES AND FIGURES OUT
:* WHERE THE SHADOW INHIBIT MODE POINTERS ARE LOCATED.
THESE AREAS
;* ARE THEN MARKED AS PROGRAM SPACE.
CLR
BANK
JRESET BANK TO ZERO
SHADL1: CALL
EXBANK
:SET BANK PARAMETERS
MoV
BANK INDEX ,RO
IF ACFLAG IS TRUE AND INTFLAG IS TRUE
IF INT64K 1S TRUE
ADD #20,R0
sPOINT TO BANKINDEX + &
ADD #10,BANK
sPOINT TO BANK + 8
ELSE
ADD #40,R2
sPOINT TO BANKINDEX + 8
ADD #20,BANK
sPOINT TO BANK + 16
END; OF IF_INT64K
ELgés
#BIT7,CONFIG(RO)
sMAKE NEW BANK PROGRAM SPACE

INC_
END:; OF
CMP
BGE

BANK
IF ACFLAG
LASTBANK , BANK
SHADL1

;GO TO NEXT BANK
sHAVE WE DONE ALL THE BANKS?
sBRANCH IF NOT

B
. CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

06-

FIND SHADOW INHIBIT MODE POINTERS

6890 012560
SR IR AR

JUL-82 10:35
NEWTST

AR AN

;*TEST &
bbb

012560

000004

TST4:

SEQ 0170

PAGE 172

<<ECC INHIBIT MODE POINTER TEST>>
R RN

N A R R R R R NN R RN

AR AR R AR R R AN

R AR A AR R AR R AN

ECC INHIBIT MODE POINTER TEST
e

;OF EVERY ECC BANK.
:§:e ::g;sg;E?SBANKS

6912 012602
6913 012
6914 01261
6915 012620
6916 012626
6917 0126
6918 012642
6919 012646
6920 012654

6921 012656
6922 01266
6923 01266
6924 012666
6925 012670
6926 012674
6927 012700
6928 012710
6929 012716

012724
6930
692, 012732
6932 012732

PROGRAM.
IT MAY BE
CONFIGURATION WHICH

CREATE A DOUBLE BIT ERROR IN ADDRESS 0 & 2

ECC HARDWARE WILL PREVENT THIS FROM HAPPENING
WHICH SHOULD ALWAYS INCLUDE BANK ZERO = WHERE

SWARNING:!!!!ititt!
:
IN CASE OF HARDWARE FAILURE IT IS COMMON THAT A DOUBLE BIT ERROR
: WILL BE CREATED ON THE KERNEL STACK & ‘‘CRASH'' THE DIAGNOSTIC
:DURING THIS ROUTINE.
YOUR ONLY CLUE IS THAT YOU CAN GET AS FAR AS
:THIS ROUTINE BUT NOT PAST IT!

012737

177777

012701
004737
013700

060000
047032

002154

002102

CACHOFF
MoV
#-1,0LDCSR
FOR BANK := #0 TO LASTBANK
MOV
#FIRST,R1
CALL
EXBANK
MOV
BANKINDEX.RO
IF ACFLAG IS TRUE

IF MKFLAG IS TRUE
IF SKIPMK IS FALSE
IF _INTFLAG IS TRUE
MOV
#40000,R3

012703
012737

040000
000001

012703

000002

116002

002653

mMove

1777461
002150

BIC

006302
042702
010237

sTHE MS11-M OR MF11S=K INHIBIT ECC DISABLE AND DIAGNOSTIC CHECK MODE
;ON THE BOTTOM FIRST OR SECOND 16K WORDS CONTROLLED BY A CSR. THIS

:THIS ROUTINE ATTEMPS TO

104424

AR PRROROARRES

SCOPE

;1S CONSIDERED T0 BE A PROTECTED BANK BY THE
;QUITE COMPLEX TO DETERMINE ON A GIVEN SYSTEM
:gsNKS CAN BE PROTECTED;

6908 012562
6909 012564
6910 012572
6911 012576

AR P AR

002236

Engv

MOV

013737

002150

002154

052760

000100

002652

004737

013066

;SET UP VIRT ADDR POINTER

sSET INDEX COUNTER

#1,SPLTCSR

:MAP AS INTERLEAVED BANK

#2,R3

sSET INDEX COUNTER

END; OF IF INTFLAG

ASL

sTURN CACHE OFF

CONFIG+1(R,R2
O)

#4C36,R2

MOV
R2,CSRNO
IF _CSRNO NE OLDCSR
MOV
CSRNO,OLDCSR
IF PFLAG IS FALSE
BIS #BIT6,CONFIG(RO)
END; OF IF PFLAG
IMPTEST
CALL

C 14
v

MSPB0 MS11=L/M/P MEMORY DIAG. MACRO M1113

ECC INHIBIT MODE POINTER TEST

6934 012736
6935 012744
6936 012750
6937 012754
6938 012760
6939 012764
6940 012770
6941 012774

177775
177741
002150
000002
013066
002236

6950 013034
6951 013052
6952 013054
6953 013056

6954 013060
6955 013060
6956 013062

005037

002100

104506
104472

104423
000137

ASH

BiC

MOV

#-3,R2

#~C3%6,R2

ng.csauo

ADD
#2.R1
CALL
IMPTEST
(LR
SPLTCSR
END; OF IF INTFLAG
END; OF IF CSRNO
END; OF IF SKIPMK
END: OF IF MKFLAG
END; OF IF ACFLAG
END: OF FOR BANK
MAP
CLR
BANK

sFIX POINTER FOR A1 ASSERTED HALF

ELE?ASBE

;TRAP ON SINGLE BIT ERRORS

sMAP TEST SPACE TO BANK 0

IF _#SWO SET.IN @SWR OR ACTFLAG IS TRUE

END; OF IF #SW0

013374

SEQ 0171

PAGE 173

IF INTFLAG IS TRUE
MOVB CONFIG+1(R0O),R2

002653

6345 613000

6944 013000
6945 013000
6946 013000
6947 013000
6948 013014
6949 013030

06-JUL-82 10:35

CACHON

JMP

SUBAAR

:TRAP ON DOUBLE BIT ERRORS (NORMAL)
sTURN THE CACHE BACK ON

;JUMP OVER THE SUBROUTINE

D 14
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

ECC INAIBIT MODE POINTER TEST

6958 013066
6959 013070
6960 013104
6961 013106
6962 013114
6963 013122
6964 013124

060301

6966 013130

104505

6965 013126

005004
005005

012737

020000

002146

06-JUL-82 10:35

IMPTEST : CLR
R4
MAP BANK
CLR
RS
MOV
#BIT13,CSR
TESTAREA
PUSH
(R1)
ADD
R3,R1

PUSH

(RT)

CHKIDIS

6967 013132

010411

MOV

R, (R1)

6969 013136

010411

MOV

R&. (R1)

6968 013134 160301

6970 013140
6971 013142
gg;g 013144

SUB

104503
005711
104501

6976 013146
6977 013150
6978 013156

012737
104505

6980 013164

060301

020000

6979 013160 013711

002602

6981 013166
6982 013172
6983 013174
6984 013176

002602

6986 013202
6987 013204
6988 013214
6989 013216
6990 013224
6991 013226
6992 013234

6993 013234
6996 013236
6995 013240
6996 013242
6997 013244
6998 013246
6999 013250
7000 013252
7001 013254
7002 013256
7003 013266

7004 013270
7005 013276
7006 013300

:SAVE TEST LOCATION

;WRITE CHECKBITS (ALL ZEROS)

R3.R1

CLR1CSR
TST
(R1)
WAS 1DBE

;CLEAR CSR
;READ CHECKBITS INTO REAL CSR
;WAS THERE A DOUBLE BIT ERROR

013711
160301
104503
005711

002146

ON.NOERROR ;1
MOV
#BIT13,CSR
CHK1DIS

;DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

MOV ONES, (R1)
ADD

104501

WAS1DBE

104513
012737

023140

002146

012737

027400

002146

104505
010411
060301
010411
160301
104503
005711

012737

023604

002146

012737

074000

002146

:WAS THERE A DOUBLE BIT ERROR

*DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

;ADD INDEX TO GET TO SECOND WORD
sSUBTRACT INDEX TO FIRST WORD
sCLEAR CSR

WAS 1DBE
;WAS THERE A DOUBLE BIT ERROR
ON.NOERROR :3
IF #8IT9 SET.IN CONFIG+2(R0O)
;IS THIS A MS11-P
CBREG
;ENABLE CHECK/SYNDROME BIT REGISTER

MOV #23604,CSR
ELSE
MOV #74000,CSR

END
CHKIDIS
MOV
ADD
MOV

R4, (R1)
R3,R1
R&4. (R1)

7013 013320

160301

SUB

R3,R1

104503

005711

:CLEAR CSR

ON.NOERROR ;2
IF #BIT9 SET.IN CONFIG+2(R0) ;IS THIS A MS11-P
CBREG
sENABLE CHECK/SYNDROME BIT REGISTER
MOV #23140,CSR
sWRITE DBE'S IN CSR
LSE
:OR A MS11-M
MOV #27400,CSR
;WRITE DBE'S IN CSR
END

CHK1DIS
MOV Ré, (R1)
ADD R3,R1
MOV R4, (R1)
SuB R3.R1
CLRICSR
TST (R1)

104501

104513

R3,Ri

MOV ONES, (R1)
SUB
R3.Ri
CLR1CSR
IST
(R1)

104505
010411
060301
010411

7014 013322

;ENTER TEST MODE
“SAVE TEST LOCATION
;INDEX TO NEXT LOCATION

:DISABLE ECC & WRITE CHECKBITS FOR 1 CSR

7007 013306
7008 013306
7009 013310
7010 013312
7011 013314

7012 013316

:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

;THIS MAKES SURE THAT SBE'S DON'T LOOK LIKE PROTECTED AREAS

23;§

6985 013200

SEQ 0172

PAGE 174

CLR1CSR

(RT)

*WRITE DBE'S IN CSR
(IS IT A MS11-P
*WRITE DBE'S IN CSR

:DISABLE ECC & WRITE CHECKBITS FOR 1 CSR
;INDEX TO SECOND WORD

sCLEAR CSR
;G0 BACK TO FIRST WORD

E 14
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

ECC

INWIBIT MODE POINTER TEST

7015 013324
7016 013326
7017 013326
7018 013326
7019 013353
7020 013330
7021 013335
7022 013332

7023

013334

7024 013336
7025 013340
7026 013342

104501

104471

010411

060301
010411
104503

005705
001405

7033

013364

160301

7035 013370
;839 013372

104417
000207

7032

013362

7034 013366

7038 013374

050560

105260
104036

SEQ 0173

PAGE 174=1

WAS1DBE
END :OF ON.NOERROR ;3
END ;OF ON.NOERROR ;2
END ;OF ON.NOERROR ;1
ON. ERROR
INC
RS
END ;OF ON.ERROR
ECCIDIS

005205

7027 013344
7028 013346
7029
013350
7030
013354
7031 013360

06-JUL-82 10:35

MOV

R4, (R1)

ST
BEQ

INCB
ERROR

RS
1%
RS, CONF IG(RO)
CONFIG+2(R0)
+36

SUB

R3,R1

ADD
R3.R1
MOV
R4, (R1)
CLR1CSR

002652

BIS

002654

18:

POP

KERNEL
RE TURN
SUSAAR: SET

(R1)

STOPOK

;WAS THERE A DOUBLE BIT ERROR

;IDENTIFY AS BAD BANK
:DISABLE ERROR CORRECTION

;CLEAR OUT DOUBLE BIT ERROR'

:INDEX TO SECOND WORD
:CLEAR OUT DOUBLE BIT ERROR'

;RESTORE TEST LOCATION (2ND WORD)

*GO BACK TO FIRST WORD

;RESTORE TEST LOCATION (1ST WORD)

+PROGRAM CAN NOW BE HALTED

COF
%
' CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
T4

ECC

INHIBIT MODE POINTER TEST

7047 013402

06-JUL-82 10:35
SUBTST

SEG 0174

PAGE 182

<<LEGAL CONFIGURATION CHECK>>

:'ttttttt.tt.tfitttttt"'tttltt-tttttttt'l.ttttttttttttQtttt"t'ttttt..'tt

S *SUBTEST

7048 013402
7049 513406
7050 013412
7051 013414
7052 013416
705 o13452

;823 013426
7056 013432

7057 013440
7058 013444
7059 013450

7060 013452

7061 013456
7oe§
7063 013464
7064 013464
7065 013472
7066 013476
7067 013500
7068 013504

012700
012701
005021
077002
004737

7070 013514
7071 013520
7072 013526
7073 013534
7074 013536
7075 013536
7076 013540
7077 013542
7078 013542
7079 013550
7080 013550
7081 013550

18:

047032

002102

116003
0462703
006303

002653
177760

005263

002460

116003
010304
0462703
072427

002653

042760
042760

014000
170000

7069 013510 042704

:'ttttttt.tt.tt'.tt.tttt".t'tttttttttttt.ttt!ttttttt.tttttttt'.tt.ttttttt'...tt

000020
002460

013700

7086 013574
7087 013576

7088 013602
7089 013610
7090 013612
7091 ov;gso
7095 013622
709 013658
7096 013630
7095 013634
7096 013640
7097 013642
7098 013646
7099 013652

7100 013654

MOV
#16. R0
MOV
#CSRINFO,R1
CLR
(R1)+
508
RO,1$
FOR BANK := #0 TO LASTBANK
CALL
E XBANK

MOV BANKINDEX,RO

IF ACFLAG IS TRUE
MOVB
BIC
ASL

CONF 1G+1(R0)
,R3
#°C17,R3
R3

INC

CSRINFO(R3)

IF MKFLAG IS TRUE
:MAKE SURE THAT EACH BANK HAS NO MORE THAN 2 CSRS
BEGIN
LEGALCSR
IF _INTFLAG IS TRUE
MOVB
CONF 1G+1(R0)
,R3
MOV R3,R4
BIC #°C17.R3
ASH #-4 RS

177760
177774

177760

BIC #°Ci7.R4

IF R3 EQ R4
BIC
#8IT11!BIT12, CONF1G+2(R0)
BIC
#170000,
CONF 16 (RO)
LEAVE LEGALCSR
END; OF IF R3
ELSE
LEAVE
LEGALCSR
END; OF IF INTFLAG
SET
CONF GERROR
END
LEGALCSR
END :OF IF MKFLAG
END :OF IF ACFLAG

002654
002652

7082 013550

7083 013564
7084 013570
7085 013572

END: OF FOR BANK

PUSH =
CLR
CLR

005000
005001

005005
005037

022761
002043
022767
002003
004737
000434
016005
032705
001415
045705
072527
020501

001007

014004
000040

002460

000010

002460

2%:

014126
002652
000002
170377
177771

t."ttt

LEGAL CONFIGURATION CHECK

38:

CLR
CLR

cMP
BGE
CMP
BGE
CALL
BR
MOV
BIT
BEQ
BIC
ASH
CMP

BNE

RS,.RO
RO
R1

RS
MBERR
#40,CSRINFO(RT)
58
#10,CSRINFO(R1)
3s
ILLCSR
5$
CONF IG(RO) ,RS

#8IT1,RS

48
#4C7400,R5
#-7.RS
RS.R1

: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
:TRY NEXT CSR
:MOVE LOW WORD TO RS

:DOES MEMORY EXIST HERE?

*BRANCH IF NOT
:ISOLATE CSR NUMBER IN
*REGISTER 5
*IS IT THE CURRENT CSR?

*TRY NEXT WORD OF CONFIG IF NOT

G 14
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
- LEGAL CONFIGURATION CHECK
7101 013656
7102 013664
7103 013666
7104 013674
7105 013700
7106 013704
7107 013706
7108 013712
7109 013714
7110 013720
7111 013722
7112 013726

002654

000001
000004
000340

014004

A H

5%:

014004
000002
000040

6$:

7$:

002554
MBERR:

PHEBE
:

:
SKUJ

014006
000002

002652

010000

002654

18:

7145 014110
7146 014114
7147 014116

014006

000010

014006

000030

014006

000050

014006

000070

014006

000001

7148 014124

7149 014126
7150 014130
7151 014132
7152 014136

2$:

3s:
014006

48:

5%:

ILLCSR:

000012

7153 014140

110237

000007
000060
100060

MBERR
5%
ILLCSR
RO
MBERR
#2 .R1

sTRY NEXT CSR IF NOT

sCALL ERROR ROUT INE
sREINITIALIZE CONFIG COUNTER
sCLEAR _ERROR INDICATOR
sUPDATE CSR COUNTER
sALL CSR'S DONE?
sBRANCH IF NOT
sRESTORE REGISTERS
sRESET ERROR INDICATOR
JR=C
sINDEX TO TOP OF CONFIG TABLE
;R=C
sMEMORY PRESENT?
sR=C
;BRANCH IF SO
sTRY NEXT LOWER ENTRY IN CONFIG TABLE

RO,RS
MBERR
#734 RO
;2171,CONFIG(R0)

#4 RO
6$

SReC

RO
RO
RO, LASTBANK
SKUJ

PHEBE
#46 ,RO

sSAVE SPACE FOR ERROR INDICATOR
sSAVE SPACE FOR ODD BOUNDARY INTERLEAVED INDICATOR
sCLEAR CONFIG COUNTER
sCLEAR_COUNTER
:1S THERE MEMORY PRESENT?
sBRANCH IF NOT
:IS IT INTERLEAVED?
sBRANCH IF SO
s INCREMENT COUNTER
- INCREMENT CONFIG COUNTER

PHEBE ,#10
4%

:1S THE COUNTER EQUAL TO...
sONE OF THE SPECIAL VALUES.

PHEBE

ggl!i.CONFIG(RO)

sTRY _NEXT BANK

PHEBE
, #30
4$
PHEBE ,#50
4%

:8F 1T 1S...

PHEBE

sCLEAR INDICATOR

PHEBE ,#70
4%
5%

#1,PHEBE
SUBAAP

R1,R2
R2

#10.,R2
1$

1%:

sR=C

sDIVIDE INDEX BY 4 TO GET BANK #:R-~C
sSTORE IN LASTBANK
sR=C

521712.CONF16*2(R0)

014006
000004

7142 014076
7143 014100
7144 014106

#340,R0

002652

:1S IT INTERLEAVED?
sBRANCH IF SO

sSET ERROR INDICATOR
sUPDATE CONFIG COUNTER
sCONFIG TABLE ALL DONE?
sBRANCH IF NOT
sERRORS FOUND?

#40,R1

000004

7138 014056
7139 014060
7140 014066
7141 014070

#1,MBERR
#4_RO

014126

014004
000734
000002

SEQ 0175

PAGE 182-1

zgxr12.courxcoz(ao>

014004

7113 013732
7114 013736
7115 013740
7116 013744
7117 013750
7118 013754
7119 0137
7120 013764
7121 013770
7122 013772
7123 015774
7124 013776
7125 014002
7126 014004
7127 014006
7128 014010
7129 014012
7130 014016
7131 01402
7132 014026
7133 0140
7134 014036
7135 014042
7136 014046
7137 014050

7154 014144
7155 014150
7156 014154
7157 014160

010000

06~JUL~82 10:35

#7,R2
#60,R2
R2 ,MSGA122

MSG122
CONFGERROR

:BRANCH TO 4$

sSET_INDICATOR
sBRANCH TO NEXT SUBTEST

;R2 HAS CSR NUMBER

sMAKE ACCEPTABLE FOR PRINTING

sPUT NUMBER INTO ERROR MESSAGE

H 14
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
. LEGAL CONF IGURATION CHECK

r————

7158 014166

000207

06~JUL-82 10:35
RETURN

PAGE 182-2

SEQ 0176

I 14
(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
LEGAL CONFIGURATION CHECK

7161 014170

06-JUL-82 10:35

SUBAAP: SUBTST
AR

<<PRINT CONFIGURATION DETAILS>>

«SUBTEST

AR AR

716% 014170

7163

014204

7164 014210
7165 014212
7166 014214
7167 014216
7168 014 gg
7169 014
7170 014246
7171 014252
7172 014254
7173 014260
7174 014260
7175 014562
7176 014266
7177 014266
7178 014266
7179
7180 016%56
7181 014302
7182 014304

7183 014310

7184 014314
7185 014320
7186 014324

7187 014332
7188 014344
7189 014346
7190 01435
7191 01436
719% 01436
7193 014374
7194 014400
7195 014404
7196 014410
7197 014414
7198 014432
7199 014436

013702

006302

CLEAR
MOV

002554

ASL
ASL
FOR R1

014456

7206 014472

7207 014476
7208 014502

2222

2221

LSIZE MSIZE,.PSIZE
LASTBANK
,R2
R
R
:= #0 TO R2 BY #4

IF #BIT8 SET.IN CONFIG+2(R1)
IF #BIT9 SET.IN CONFIG+2(R1)
LET PSIZE := PSIZE + M
ELSE

LET MSIZE := MSIZE + m
END;IF BIT9

ELSE

LET LSIZE := LSIZE + M
END;IF BIT8

END; OF IF CPUBIT
END ;OF FOR ALL BANKS IN TABLE

005037

002450

006361

002372

006361
006361
066137

002372
002372
002372

006361

CLR
FOR R1
ASL
ASL
ASL
ASL
ADD

002372

006337
006337
006337
006337

002414
002414
002414
002414

005737

002376

005737

005737
001405

002400

002402

16
40

PRINT CONFIGURATION DETAILS

IF CPUBIT SET.IN CONFIG(R1)

002450

LET UNITOP := UNITOP + #1
END; OF IF CPUBIT
END; OF FOR R1

28:

3s:

48:

5%:
004737

041364

)|
:= #0 TO #10 BY #2
BSIZE(R1)

BSIZE(R1)
BSIZE(R1)
BSIZE(R1)
BSIZE(R1),I
END; FOR R1
FOR R1 := #0 TO #200 BY #4
IF CPUBIT SET.IN CONFIG(R1)

;BSIZE(R1) := BSIZE(R1) + 16.

:1 <=1 + BSIZE(R1)

ASL
UNITOP
ASL
UNITOP
ASL
UNITOP
ASL
UNITOP
sUNITOP := UNITOP = 16.
IF 1 LT UNITOP THEN LET I := UNITOP
TYPE
$CRLF
TST
LSIZE

BEQ

TYPDEC

7203

SEQ 0177

PAGE 184

TYPE

LSIZE

MSG112

TST

MSIZE

TYPDEC
TYPE
TST

MSIZE
MSG113
PSIZE

TYPDEC
TYPE
TYPDEC
TYPE

PSIZE
MSG114
|
MSGO70

CALL

PCONFIG

BEQ

IF #SW6 OFF.IN @SWR

J 14

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
| PRINT CONFIGURATION DETAILS

|
|

7215 014544

PAGE 184-1

END; OF IF #Swé

SEQ 0178

K 14

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

| PRINT CONF IGURATION DETAILS

7218 014544

06-JUL-82 10:35
SUBTST

SEQ 0179

PAGE 186

<<CHECK APT SIZING>>

:...t'.t..t...t..'t...t"'..'.l.ttt't.ttt.l..t..t'.'tt"..t.t'tt...'tttttt

*«SUBTEST

7219 014544
7220 014560

|
n

7221 014564

722% 014570

7223

014572

7224 014600

7225 014602
7326 014606
7227 014614
7228 014616

;t"t...t.t....t.l.."'.'."'.'.ltt.!t..'t"'.lt.'."Q.Q.tt.t".tt..'ttt

005037

012700

111001

042701

002432

065734

006101
005201
006301
006301
006301

7237 014636
7238 014642

163701
010137

002432
002432

7240 014656

060137

002420

7243

014672

060137

002422

7245 014676

062700

000004

7249 014742

104046

7241 014662
7242 014

7244 014676

7246 014702
7247 014702
7248 014712
7250 014744

7251 014744

| S——

006301

t."t'-t

#SMAMS1,RO

FOR R2 := #0 TO #4

MOVB

(RO) ,R1

BIC
#177400,R1
IF 2(RO) LT #0
SEC
ELSE

000261

7231 014622
7232 014624
7233 014626
7234 014630
7235 014632

7239 014646

MOV

177400

000241

7236 014634

IF APTFLAG IS TRUE AND APTSIZE IS TRUE
CLR
TEMP
1FB 1(RO) NE #0

7229 014620

7230 014622

'tt.t'

CHECK APT SIZING

cLe

END ;OF IF 2(RO)

ROL
INC
ASL
ASL
ASL

R1
R1
R1
R1
R1

SUB
MOV

TEMP,R1
a1.r§m

ASL

;TO COMPENSATE FOR 4 BANKS BEING (0=3)

IFB 1(RO) EQ’#

ADD

R1,APTPAR

ADD

R1,APTECC

END ;OF IFB 1(RO)
IFB 1(RO) EQ #4

END ;OF I1FB 1(RO)

ADD

#4,R0

ERROR

+46

END ;OF IFB 1(R0)
END ;OF FOR R2
IF APTPAR NE LSIZE OR APTECC NE MSIZE OR APTECC NE PSIZE
END :OF IF APTPAR

END ;OF IF APTFLAG

So—

RS At

L 14
CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
CHECK APT SIZING

7253 014744

06-JuUL-82 10:35

LOOP:
b

NEWTST

bbb

bl b

SeTEST §

SEQ 0180

PAGE 187

<<DIAGNOSTIC MODE DISPATCH ROUTINE>>
sl

TSTS:

7254 014746
7255 014752
7256 014756
7257 014762
7258 014766
7259 014772
7260 014774
7261 014776

SCOPE
CLR

MOV

BIC
CALL

CONTFLAG

aswR,RO

sMASK TO ONLY MODE BITS
:DISPATCH TO ROUTINE THROUGH NEXT TABLE

MEMDONE
:GO TO NEXT TEST
:MODE 0;BANKS FORWARD, PATTERNS FORWARD

:MODE 1:BANKS FORWARD. PATTERNS REVERSE
:MODE 2:BANKS WORST FIRST, PATTERNS FORWARD

7262 015000

PAFBAF

:MODE &:PATTERNS FORWARD, BANKS FORWARD

7265 015006

PARBAF

:MODE 6:PATTERNS REVERSE. BANKS FORWARD

PAFBAW

;269 015010
26

PARBAW

7268 015012
7269
7270 015016

015354

MEMDONE : CALL
A AR

-MODE S:PATTERNS FORWARD. BANKS WORST FIRST
:MODE 7:PATTERNS REVERSE. BANKS WORST FIRST

sCHECK BACKGROUND PATTERN

NEWTST<<UNIQUE BANK TEST>>

2222222222222 222333

UNIQUE BANK TEST

:ti'tt'l.'........'.'."..'...'t‘.'..t..t'fiI't.tt'..'.t'i..t...t'.tt.'...tt..'.'

000004

TST6:

004737

024104

005037

002106

004737

015354

SCOPE

;MAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA
:WRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE PROGRAM IS)
IF SELONLY IS FALSE
SET
WEADER,MUT

CALL
SET
CLR

CALL"

AR A

MUT

DOBACK

SUBTST
A

s *SUBTEST

AR AR

024570

MT0027
HEADER

END ;OF IF SELONLY
FLUSH:

004737

:MODE 3:BANKS WORST FIRST. PATTERNS REVERSE

DOBACK

:*TEST 6

7285 015064

sGET SWITCHES

#*C16,R0
@DISPTBL(RO)

JMP
DISPTBL:BAFPAF
BAFPAR

7263 015002
7264 015004

7272
7273 015020
7274 015026
7275 015042
7276 015046
7277 015054
7278 015060
727; 015060
728
7284 015064

t""'t"t

BAWPAF
BAWPAR

271

;..'tt....t.....Ot'.'.""'..Qtt't..'.t.t.'..."tt..'tt..tlt".Q.Qtt..

014744

015016

DIAGNOSTIC MODE DISPATCH ROUTINE

AR AR s

CALL

;RESTORE BACKROUND PATTERN

<<FLUSH OUT DBE'S>>

Al Al

FLUSH OUT DBE'S
A

MT0030

2232222222322

2222)

2223222222222

LI [

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
! END OF PASS ROUTINE
;

7288
7289

L7290

06~-JUL-82 10:35

SEQ 0181

PAGE 189

.SBTTL END OF PASSROUTINE

bbb bbbttt

bbb bbb

**INCREMENT THE PASS NUMBER (SPASS)

Lt L L T T T T

I I

7291

s*INDICATE END-OF~PROGRAM AFTER EACH PASSES THRU THE PROGRAM

729
729%

*«IF THERES A MONITOR GO TO IT
«IF THERE ISN'T JUMP TO LOOP

799

7295 015070

005037

002440

$EOP:

18:

7298 015104
7299 015110

062700
020027

000004
003620

7301 015116

013737

002616

002014

7303 015130

042737

100000

065712

7300 015114 003771

7304 015136
7305 015142
7306 015170
7307 015174

7308 015200
7309 015200

7310 015206
7311 015212
7312 015214
7313 015220
7314
7315 015222
7316 015226
7317 015230
7318 015232
7319 015234
7320 015236
7321 015240
7322 015242
7323 015244
7324

005237

065712

005037

002344

013700
001456
022700
001453

000042

004737

047676

7330 015254
7331 015256
7332 015264
7333 015266
7334 015272
7335 015276
7336 015302
7337 015310
7338 015320

7339 015324

7340 015326
7341 015336
7342 015340
7343 015342
7344 015346

CLR

MOV
BIC

ADD
CMP

BLE

002000

002564
000001
046422

012701

000050

062737
005537
077107
005237
000764

000001
065716

077001

065712

INO = BRANCH

$PASS

;s INCREMENT THE PASS NUMBER

SERTTL,LASTERROR

BI(

#100000,8PASS

INC

S INCREMENT TO NEXT BANK
*DONE?

::DON'T ALLOW A NEG. NUMBER

TYPE
MSGO77
*:TYPE "END PASS #'
IF #SW11 SET.IN @SWR OR QUFLAG IS TRUE OR SPASS EQ #1
TYPE MSGO3S
;Qv
CLR
QVFLAG

:
MoV
TST

002562
002452

000060

#4,R0
RO, #3620

MOV

:
;

001003
052737
104420
013700
012701
004737

:MOVE 2ND WORD OF CONFIG TO RO
:CLEAR BACKGROUND VALID BIT

MOV
42,R0
;2GET MONITOR ADDRESS
BEQ
$DOAGAIN
**BRANCH IF NO MONITOR
$IAPL2: (MP
#STACK, RO
:ARE WE UNDER RT11
BEQ
$DOAGAIN
*YES - BRANCH
:WE ARE UNDER (HEAVEN HELP US) XXDP!
PUSH
RO
CALL
SHUTUP
POP
RO
RESET
::CLEAR THE WORLD
SENDAD: CALL
(RO)
$:GO TO MONITOR
NOP
**SAVE ROOM
NOP
1:FOR
NOP
LIACTI
$DOAGN: ;UNDO SHUTUP STUFF
:
RESTORE STACK

000005
004710
000240
000240
000240

013706
005737

FSINFLAG

#CONFIG+2,R0O
#BIT13, (RO)

END :OF IF SW11
TYPDEC SPASS

7325
7326

7327
7328 015244
7329 015250

R R

*=TYPE "END PASS #XXXXX'* (WHERE XXXXX IS A DECIMAL NUMBER)

7296 015074 012700 002654
7297 015100 042710 020000

7302 015124

172516

065714

ENERGIZE UNIBUS MAP & 22 BIT ADDRESSING
ENERGIZE MEMORY MANAGEMENT

PUT LOADERS BACK HOME
KSTACK,
SP
N022B1 T

BNE
1$
8IS
#BITS!BIT4, MMR3
1$:
ENERGIZE
MOV
LOADHOME , RO
MOV
#1,R1
CALL
BANKMOV
IF APTFLAG IS TRUE
IF SUSWR EQ SPASS
APTHANG:
MOV #50,R1

2%:

SOB RO,2$

ADD #1.SDEVCT
ADC SUNIT
SOB R1,2$
INC SPASS
BR APTHANG

;1S THIS AN 11744 OR 11/24?

;TURN ON MEMORY MANAGEMENT
*DESTINATION BANK
*SOURCE BANK

N 14
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
;END OF PASS ROUTINE

7345 015350
7346 015350
7347 015350

000137

014744

06-JUL-82 10:35

SEQ 0182

PAGE 189-1

END ;OF IF SUSWR
END :OF IF APTFLAG
$DOAGAIN: JMP
LOOP

sRETURN

R
N

| CIMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
| END OF PASS ROUTINE

7350 015354

06-JUL-82 10:35

DOBACK: SUBTST

SEQ 0183

PAGE 191

<<WRITE BACKGROUND PATTERNS>>

.'".Q.."..........'.'.'.'........Q'.....'..'..Qt"......"'."'..'.".

: *SUBTEST

|
|

7351 015354

005037

002110

7353

004777

047032

7352

015360

015364

7354 015370
7355 0154064

7356

7357

015420
015424

7358 0154

004737
005037

7359 015436

7360 015436
7361 015452

020276

002106

WRITE BACKGROUND PATTERNS

".t.".'...'....".Q.""'Q"....t....'..t't.".'...'......t

CLR

PATTERN

tlt...""""'.."'

FOR BANK := #0 TO LASTBANK

CALL

_EXBANK

IF _ACFLAG IS TRUE AND RRFLAG IS FALSE
SET
HEADER,MUT

CALL

MKTEST

SET

HEADER

CLR

MUT

END ;OF IF ACFLAG

000207

"I""‘Q

END ;OF FOR BANK
RETURN

;CALL

MJTEST WOULD ALSO WORK

C15
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
, MTEST MODES

7368

06~-JUL-82 10:35

.SBTTL

7366 015454

BAFPAF: SUBTST
MR

*SUBTEST

7367 015454

7368
7369 015460
7370 015464
7371 015470
7372 015472
7373 015476
7374 015500
7375
7376 015504
7377
7378 015510
7379 015514

7380

7381 015516
7382 015522

7383 015526
7384
7385 015530
7386 015534
7387 015536

7388 015540

7389 015544
7390
7391 015550
7392 015554
7393 015560

005037

002100

004737
005737
001412
005737
001007
005037

047032
002114

002110

004737

016754

004737
001373

047476

005037
004737
002354

002220
047522

205737

002124

001401
000207

045204

004737
004737
000207

015454
046070

MTEST MODES
<<BANKS FORWARD,PATTERNS FORWARD
A

**RECURSIVE*+>>
I

BANKS FORWARD,PATTERNS FORWARD

**RECURS
[ VE ++

:t'.tt.t"t'tt.tQtttt.t't't't...t."'.'tt"l.tt..t.ttt.'t"t'...

1$:

0n2122

004737

SEQ 0184

PAGE 193

CLR

BANK

;SET BANK TO 0

CALL
ST
BEQ

EXBANK
ACFLAG

;EXAMINE BANK
:CAN WE ACCESS THIS BANK?

BNE

RRFLAG

sRELOCATION REQUIRED?

;START OF BANK LOOP

TST

CLR

28%:

4$:

PATTERN

:START OF PATTERN LOOP

:ND = GO TO BANK LOOP TERMINATION

sYES = GO TO BANK LOOP TERMINATION
sSET PATTERN TO 0

CALL
MTEST
;GO TEST CORRECT MEMORY
:TERMINATION OF PATTERN LOOP

CALL

INCPAT

;GO SEE IF THIS IS THE LAST PATTERN

CLR
CALL
BGE

CONTFLAG
INCBNK
1$

sNEXT HIGHER BANK
:1F NOT DONE - LOOP ON THIS BANK

TST

RLFLAG

sHAVE WE BEEN RELOCATED?

BNE
2%
:NO = LOOP ON THIS PATTERN
sTERMINATION OF BANK LOOP

:END OF LOOPS

BEQ
58:

tt.'..t.ttt"ttt

RETURN

CALL

RELOCATE

ON.ERROR THEN SRETURN

s**NOTE** RECURSIVE CALL

CALL

Se#bnn

BAFPAF

UNRELOCATE

sNO
- SKIP

:YES = RETURN

sMOVE & MAP PROGRAM
sCALL SELF

;UNMOVE & UNMAP PROGRAM

D15
| CZMSFB0 MS11-L/M/P MEMORY DIAG. MACRO M1113

| BANK5 FORWARD,PATTERNS FORWARD

7396 015562

06-JUL-82 10:35

*+RECURSIVE++

BAFPAR: SUBTST

SEQ 0185

PAGE 195

<<BANKS FORWARD,PATTERNS REVERSE

s ."..t..'....'..'.."'.'.'.".t.'.....'....

**SUBTEST

7397 015562
7398
7399 015566
7400 015572
7401 015576
7402 015600
7403 015604
7404 015606
7405
7406 015612
7407
7408 015616
7409 015622
7410

7411 015624
7412 015630
;413 015634

7415 015636
7416 015642
7417 015644
7418 015646
7419 015652
7420
7421 015656
7422 015662
7423 015666

005037

002100

004737
005737
001412
005737
001007
004737

047032
902114

18:

047512
016754

005337
100373

002110

«+RECURS
I VE *+

A2 333223227

:t......Q..'.'.'.t..'."."'..t.'............t.t'.....'.""."""

002122

004737

BANKS FORWARD,PATTERNS REVERSE

**RECUR
I VE #+>>
S

....."..'Q...'Q.t.Q.".

28:

CLR _ BANK
:SET BANK TO 0
:START OF BANK LOOP
CALL
EXBANK
;EXAMINE BANK
TST
ACFLAG
:CAN WE ACCESS THIS BANK?
BEQ
4$
:NO - GO TO BANK LOOP TERMINATION
TST
RRFLAG
RELOCATION REQUIRED?
BNE
48
:YES = GO TO BANK LOOP TERMINATION
CALL _ SETPAT
:SET HIGH PATTERN FOR CORRECT MEMORY
:START OF PATTERN [ OOP
CALL
MTEST
;GO TEST CORRECT MEMORY
:TERMINATION OF PATTERN LOOP
DEC
PATTERN
;1S THIS THE LAST PATTERN?
BPL
2§
:NO = LOOP ON THIS PATTERN
: TERMINATION OF BANK LOOP

CLR

CONTFLAG

BGE

TST

RLFLAG

CALL

INCBNK

:END OF LOOPS

BEQ

RETURN
CALL
RELOCATE
ON.ERROR THEN SRETURN

;**NOTE+* RECURSIVE CALL

CALL

5‘5‘%‘03.

BAFPAR

UNRELOCATE

sNEXT HIGHER BANK

:IF NOT DONE = LOOP ON THIS BANK
sHAVE WE BEEN RELOCATED?

:NO - SKIP

:YES = RETURN
MOVE & MAP PROGRAM

sCALL SELF

sUNMOVE & UNMAP PROGRAM

t.'."".t"'

E 15
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| BANKS FORWARD,PATTERNS REVERSE

76426 015670

06-JUL-82 10:35

~*RECURSIVE
*#

BAWPAF: SUBTST

SEQ 0186

PAGE 197

<<BANKS WORST FIRST,PATTERNS FORWARD

++RECURSIVE+#>>

:tt.t....'t'..'...'.'t"."....Q....'.fit....".fi.........'."'

: *SUBTEST

7427 015670
7428
7429 015674

7430 015700

7431 015704
7432 015706
7433 015712
7434 015714
7435 015720
7436 015722
7437

005037

002100

004737
005737

047032
002114

001415
005737
001412
005737
001007
005037

002110

7438 015726

004737

016754

76440 015732
7441 015736

004737
001373

047476

005037

002220

7439

7642
7443 015740

7444 015744
7445 015750
7446
7447 015752

7448 015756

7449
7450 015760
7451 015764
7452 015766

7453 015772
7454 015774

7455 015776
7456 016002
7457
7458 016006
7459 016012
7460 016016

005137

002566

001003

004737
000207
005737
001401
000207
004737
004737
004737
000207

18:

002122

047522

2s:

4$:

015670
002124

58:

045204

6%:

015670
046070

.'.'."'t."."'t'

#*+RECURSIVE++

:tt'.t.ttttlt..tit.fi't"tt."t..tt'.t.l...tt.tt".'t.t"t.ttl'.

002126

004737
002351

BANKS WORST FIRST,PATTERNS FORWARD

CLR
BANK
:START OF BANK LOOP
CALL
EXBANK

;SET BANK TO 0

.'tt'it"t""t't

ACFLAG

:EXAMINE BANK
:CAN WE ACCESS THIS BANK?

CALL

MTEST

:GO TEST CORRECT MEMORY

CALL
BNE

INCPAT
28

GO SEE IF THIS IS THE LAST PATTERN
:NO - LOOP ON THIS PATTERN

BEQ
4$
TST
BMFLAG
BEQ
4$
TST
RRFLAG
BNE
4$
CLR
PATTERN
:START OF PATTERN LOOP

: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

:TERMINATION OF PATTERN LOOP

:TERMINATION OF BANK LOOP
CLR
CONTFLAG

CALL
INCBNK
BGE
1$
:END OF LOOPS
COM
WORST

BNE

BEQ
RETURN

INEXT HIGHER BANK
:IF NOT DONE - LOOP ON THIS BANK
:1S THIS AN EVEN NUMBERED PASS?

:YES - SKIP

;**NOTE*~ RECURSIVE CALL
CALL
BAWPAF
;CALL SELF
RETURN
TST
RLFLAG
:HAVE WE BEEN RELOCATED?

:NO - SKIP
:YES = RETURN
:MOVE & MAP PROGRAM
.

CALL _ RELOCATE
ON.ERROR THEN SRETURN
;**NOTE** RECURSIVE CALL
CALL
BAWPAF
:CALL SELF
CALL
UNRELOCATE
:UNMOVE & UNMAP PROGRAM
RETURN

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

BANKS WORST FIRST,PATTERNS FORWARD

7463 016020

06-JUL-82 10:35

+*RECURSIVE=+

BAWPAR: SUBTST
N

:*SUBTEST
7464 016020 005037
7465
7466 016024 004737
7467 016030
005737
7468 016034 001415
7469 016036 005737
7470 016042 001412
7471 016044 005737
7472 016050 001007
7473 016052 004737
7474
7475 016056 004737
7476
7477 016062 005337
7478 016066 100373
7479
7480 016070 005037
7481 016074 004737
7482 016100 002351
7483
7484 016102 005137
7485 016106 001003
7486
7487 016110 004737
7488 016114 000207
7489 016116 005737
7490 016122 001401
7491 016124 000207
7492 016126 004737
7493 016132
749
7495 016136 004737
7496 016142 004737
7497 016146 000207

002100
047032
002114

i$:

047512
28:

002110
48:

002566

016020
002124

58:

045204

68:

016020
046070

R R

AN A AR R AN

**RECURSIVE**>>

AR AN AN AR AR R AR R RN RN RN R A R IR AR RTINS

BANKS WORST FIRST,PATTERNS REVERSE

++RECURSIVE++

.t't..t".tt'."tt

002122

002220
047522

<<BANKS WORST FIRST,PATTERNS REVERSE

;t.t..t.ltttt..t.t.tl"'.t'i..t.tQ..tttttt.'.t.t'.'t'."'.'lt'

002126

016754

SEQ 0187

PAGE 199

CLR _ BANK
:SET BANK TO 0
:START OF BANK LOOP
CALL
EXBANK
;EXAMINE BANK
IST
ACFLAG
:CAN WE ACCESS THIS BANK?
BEQ
4$
:NO = GO TO BANK LOOP TERMINATION
TST
BMFLAG
:IS THIS BAD MEMORY (WORST FIRST)
BEQ
4$
:NO = GO TO BANK LOOP TERMINATION
TST
RRFLAG
:RELOCATION REQUIRED?
BNE
4$
:YES - GO TO BANK LOOP TERMINATION
CALL _ SETPAT
:SET HIGH PATTERN FOR CORRECT MEMORY
;START OF PATTERN LOOP
CALL
MTEST
;GO TEST CORRECT MEMORY
: TERMINATION OF PATTERN LOOP
DEC
PATTERN
;IS THIS THE LAST PATTERN?
BPL
28
:NO - LOOP ON THIS PATTERN
:TERMINATION OF BANK LOOP
CLR
CONTFLAG
CALL
INCBNK
sNEXT HIGHER BANK
BGE
1$
:IF NOT DONE - LOOP ON THIS BANK
:END OF LOOPS
COM
WORST
;1S THIS AN EVEN NUMBERED PASS?
BNE
5§
:YES = SKIP
;¥*NOTE** RECURSIVE CALL
CALL
BAWPAR
sCALL SELF
RETURN
TST
RLFLAG
;HAVE WE BEEN RELOCATED?
BEQ
68
:NO = SKIP
RETURN
:YES = RETURN
CALL _ RELOCATE
:MOVE & MAP PROGRAM
ON.ERROR THEN SRETURN
;**NOTE+* RECURSIVE CALL
CALL
BAWPAR
sCALL SELF
CALL
UNRELOCATE
:UNMOVE € UNMAP PROGRAM
RE TURN

G 15
| CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113 06-JuUL-82 10:35
.' BANKS WORST FIRST,PATTERNS REVERSE
«*RECURSIVE
**
7500 016150

PAFBAF:

SUBTST

SEQ 0188

PAGE 201

<<PATTERNS FORWARD,BANKS FORWARD

*#RECURSIVE##>>

:tttQ.Qtt'."'ttt.t..'..'t'.ttt".ttfitt..t.'t.!ttltt...t"

:*SUBTEST

005037

002110

7503 016154
7504
7505 016150
7506 016164
7507 016170
7508 016172
7509 016176
7510 016200
7511 016204
7512 016206
7513

005037

002100

18:

004737
004737
001010
005737
001405
005737
001002
004737

047032
047460

2s:

7514 016212

7515 016216

005037

;516 016222

7518 016224
7519 016230
7520
7521 016232
7522

7523 016236

7524
7525 016240
7526 016244
7527 016246
7528 016252
7529 016254
7530 016256
7531 016262
7532
7533 016266
7534 016272
7535 016276

CLR

002114

004737
001351

047476

005137

002132

48:

:SET BANK TO 0

CALL
BNE

BANKOK
4$

:CORRECT MEMORY FOR THIS BANK?
:NO = GO TO BANK LOOP TERMINATOR

BEQ

ACFLAG

RRFLAG

;EXAMINE BANK

:CAN WE ACCESS THIS BANK?

:NO = GO TO BANK LOOP TERMINATION

:RELOCATION REQUIRED?

BNE

CLR

CONTFLAG

BGE

BNE

;0K = LOOP; ELSE CONTINUE

COM

TMFLAG

BEQ

:COMPLEMENT TYPE OF MEMORY
:IS THIS AN EVEN NUMBER PASS?

TST
BEQ

RLFLAG
6$

CALL

_ RELOCATE

:YES = GO TO BANK LOOP TERMINATION

CALL
MTEST
GO TEST CORRECT MEMORY
; TERMINATION OF BANK LOOP

CALL

INCBNK

:END OF LOOPS

016150
002124

58:

045204

68:

016150
046070

BANK

sNEXT HIGHER BANK

:IF _NOT DONE - LOOP ON THIS BANK

;TERMINATION OF PATTERN LOOP
CALL
INCRPT
;NEXT HIGHER PATTERN

001403
004737

(LR

:START OF BANK LOOP
CALL
EXBANK

:YES = SKIP

;**NOTE** RECURSIVE CALL
CALL
PAFBAF
;CALL SELF
RETURN

RE TURN

ON.ERROR THEN SRETURN

s**NOTE** RECURSIVE CALL

CALL
ge%hflfl

PAFBAF
UNRELOCATE

:HAVE WE BEEN RELOCATED?
:NO = SKIP

:YES - RETURN

:MOVE & MAP PROGRAM
sCALL SELF
sUNMOVE & UNMAP PROGRAM

22222

i 2222311233222
2}

;SET PATTERN TO 0

TST

016754

PATTERN

;START OF PATTERN LOOP

TST

002122

002220
047522

AL i

**RE
URS [VE##

:.t"..t'.'..t.t.'.""t"...fit....'...'..fi'fi'....t""t.' e

7501 016150

7502

PATTERNS FORWARD,BANKS FORWARD

H 15
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

PATTERNS FORWARD,BANKS FORWARD

7538 016300

06-JUL-82 10:35

*+RECURSIVE**

SEQ 0189

PAGE 203

PAFBAW: SUBTST

<<PATTERNS FORWARD,BANKS WORST FIRST

: *SUBTEST

PATTERNS FORWARD,BANKS WORST FIRST

~+RECURSIVE++>>

-+ .t't'.tt.t..'....'..Q't"'.tt.fi.t.'.t..'fi...l...'...Q.'.Q..Q..".'..t.'fi.'.t..!

7539 016300
7540
7541 016304
754

7543

005037

002110

005037

002100

18:

016310 004737 047032

2s:

7544 016314

7545 016320
7546 016322
7547 016326
7548 016330
7549 016334
7550 016336
7551 016342
7552 016344

7553

7554 016350
7555 016354

7556 016360
7557
7558 016362
7559 016366

7560
7561 016370
756%
7563 016374
7564
7565 016376
7566 016402
7567 016404
7568 016410
7569
7570 016412
7571 016416

004737

001013
005737
001410
005737
001405
005737
001002
004737

005037

004737
002353

047460

002114

002126
002122
016754

002220
047522

004737
001346

047476

005137

002132

48:

004737
000207

58:

016300

7572 016420 005737 002124
001401
000207
004737

68:

045204

78:

004737
004737

016300
046070

7573 016424
7574 0164%8
7575 016430
7576 016434

7577
7578 016440
7579 016444

7580 016450

000207

CALL

EXBANK

CALL

BANKOK

CLR

CONTFLAG

.""'t'."

;SET PATTERN T0 0

:SET BANK TC 0

;EXAMINE BANK

:CORRECT MEMORY FOR THIS BANK?

BNE
4$
:NO - GO TO BANK LOOP TERMINATOR
TST
ACFLAG
:CAN WE ACCESS THIS BANK?
BEQ
4$
:NO = GO TO BANK LOOP TERMINATION
TST
BMFLAG
;IS THIS BAD MEMORY (WORST FIRST)
BEQ
48
:NO - GO TO BANK LOOP TERMINATION
TST
RRFLAG
:RELOCATION REQUIRED?
BNE
4$
:YES = GO TO BANK LOOP TERMINATION
CALL
MTEST
:GO TEST CORRECT MEMORY
:TERMINATION OF BANK LOOP

CALL

INCBNK

;NEXT HIGHER BANK

:END OF LOOPS
com
TMFLAG

016300
002566

CLR
PATTERN
;START OF PATTERN LOOP
CLR
BANK
;START OF BANK LOOP

BGE
2s
:IF NOT DONE - LOOP ON THIS BANK
;TERMINATION OF PATTERN LOOP
CALL
INCRPT
;NEXT HIGHER PATTERN
BNE
18
:0K - LOOP; ELSE CONTINUE

001403
004737
000207
005137
001003

~#RECURSIVE#+

3 .t..t"..t'..‘."...""'.t..Q't..'..'.Qt'.t'.'.'."..".'."t'.".t

;COMPLEMENT TYPE OF MEMORY
:IS_THIS AN EVEN NUMBER PASS?
BEQ
58
YES - SKIP
;**NOTE** RECURSIVE CALL’
CALL
PAFBAW
;CALL SELF
RETURN
COM
WORST
;4TH PASS?
BNE
6$
:YES - SKIP
;**NOTE+* RECURSIVE CALL’
CALL
PAFBAW
:CALL SELF
RETURN

TST

RLFLAG

BEQ
78
RE TURN
CALL
RELOCATE
ON.ERROR THEN SRETURN

HAVE WE BEEN RELOCATED?

INO = SKI
:YES - RETURN
:MOVE & MAP PROGRAM

;#*NOTE** RECURSIVE CALL
CALL
PAFBAW
;CALL SELF
CALL
UNRELOCATE
:UNMOVE & UNMAP PROGRAM

RETURN

115
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS FORWARD,BANKS WORST FIRST

7583 016452

(06-JUL-82 10:35

+*RECURSIVE++

PARBAF: SUBTST

SEQ 0199

PAGE 205

<<PATTERNS REVERSE,BANKS FORWARD

«*RECURSIVE
*#>>

3 ......'.."..'...'..'.".'..'.....Qt............Q".Qt.'.'.....

:*SUBTEST

7584 016452
7585
7586 016456
7587
7588 016462
7589 016466
7590 016472
7591 016474
7592 016500
7593 016502
759 016506
7595 016510
759

047512

005037

002100

18:

004737
004737
001010
005737
001405
005737
001002
004737

047032
047460

2s:

016754

7597 016514

005037

002220

7601 016526
7602 016532
7603
7604 016534

005337
100351

002110

005137

002132

7605
7606 016540

7607
7608 016542
7609 016546
7610 016550
7611 016554
7612 016556

7613 016560
7614 016564

7615
7616 016570
7617 016576

7618 016600

004737
002356

002114
002122

047522

4$:

CLR

CONTFLAG

CALL
INCBNK
;NEXT HIGHER BANK
BGE
28
;IF _NOT DONE - LOOP ON THIS BANK
:TERMINATION OF PATTERN LOOP

BEQ

016452

002124

58:

004737

045204

68:

004737
004737

016452
046070

000207

.'..t".'.".".

CALL _ HIPAT
:SET MIGHTEST PATTERNS
;START OF PATTERN LOOP
(LR
BANK
:SET BANK TO 0
;START OF BANK LOOP
CALL
EXBANK
;EXAMINE BANK
CALL
BANKOK
:CORRECT MEMORY FOR THIS BANK?
BNE
4$
INO - GO TO BANK LOOP TERMINATOR
TST
ACFLAG
:CAN WE ACCESS THIS BANK?
BEQ
48
:NO = GO TO BANK LOOP TERMINATION
TST
RRFLAG
:RELOCATION REQUIRED?
BNE
4$
:YES - GO TO BANK LOOP TERMINATION
CALL
MTEST
GO TEST CORRECT MEMORY
:TERMINATION OF BANK LOOP

DEC
PATTERN
BPL
1$
;END OF LOOPS
com
TMFLAG

001403
004737
000207
005737
001401
000207

«*RECURSIVE**

:...Q.....'.!....."t'Q".".t..l.....'t".'...'."t"..!."'tt."it

004737

7598 016520
7599 016524
7600

PATTERNS REVERSE,BANKS FORWARD

NEXT LOWER PATTERN
;0K - LOOP; ELSE CONTINUE

:COMPLEMENT TYPE OF MEMORY
:IS THIS AN EVEN NUMBER PASS?
:YES = SKIP

;**NOTE** RECURSIVE CALL
CALL
PARBAF
;CALL SELF
RE TURN
TST
RLFLAG
HAVE WE BEEN RELOCATED?
BEQ
68
iNO - SKIP
RETURN
:YES = RETURN

CALL
RELOCATE
:MOVE & MAP PROGRAM
ON.ERROR THEN SRETURN
;#*NOTE*+ RECURSIVE CALL
CALL
PARBAF
sCALL SELF
CALL
UNRELOCATE
:UNMOVE & UNMAP PROGRAM
RETURN

't"t.""'t

S J 15
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

|PATTERNS REVERSE,BANKS FORWARD

7621 016602

SEQ 0191

PAGE 207

<<PATTERNS REVERSE,BANKS WORST FIRST

.'t........'.'..'..'t.t.""'ttt.t'.'t.i..

#sRECURSIVE+#>>

Q..'..Q..Q....'t."'.'.'I..Q'.'.t.'".'

a
:

*+*RECURSIVE
++

PARBAW: SUBTST

06-JUL-82 10:35

: *SUBTEST
PATTERNS REVERSE,BANKS WORST FIRST
~+RECURSIVE®*
;t..'..t.tt.t'...t.t.t.Qi.'.tt...t'.tt".."tt.Q..".Q'.t.'!ttt't'tt""t'tt"'.

7622 016602

004737

047512

7624
7625
7626
7627
7628
76 9

016606

005037

002100

18:

016612
016616
016622
016604
016630
7631 016632
7632 016636
7633 016640

004737
004737
001013
005737
001410
005737
001405
005737
001002
004737

047032
047460

2s:

7623

7634 016644
7635 016646
7636

002114

002126

002122

016754

7637 016652 005037 002220

7638 016656

7639 016662

7640

004737

002353

CALL _

047522

4$:

HIPAT

:START OF PATTERN LOOP

CLR
BANK
:START OF BANK LOOP
CALL
EXBANK
CALL
BANKOK
BNE
4$
TST
ACFLAG
BEQ
48
TST
BMFLAG
BEQ
4$
TST
RRFLAG

CLR CONTFLAG
CALL

INCBNK

BGE

002110

DEC
BPL

PATTERN
1$

7644 016672

005137

002132

com

TMFLAG

7648 016700
7649 016704

7650 016706
7651 016712
7652
7653 016714
7654 016720

:END OF LOOPS

001403
004737
000207

016602

005137
001003

002566

004737
000207

016602

58:

7655 016722 005737 002124

68:

045204

78:

7656 016726
7657 016730
7658 016732
7659 016736
7660
7661 016742
766% 016746
7663 016752

001401
000207
004737

004737
004737
000207

016602
046070

INEXT HIGHER BANK

:IF_NOT DONE - LOOP ON THIS BANK

;TERMINATION OF PATTERN LOOP

005337
100346

7645
7646 016676
7647

:SET BANK TO 0

;EXAMINE BANK
:CORRECT MEMORY FOR THIS BANK?
:NO - GO TO BANK LOOP TERMINATOR
:CAN WE ACCESS THIS BANK?
:NO = GO TO BANK LOOP TERMINATION
:IS THIS BAD MEMORY (WORST FIRST)
:NO - GO TO BANK LOOP TERMINATION
:RELOCATION REQUIRED?
BNE
4$
:YES - GO TO BANK LOOP TERMINATION
CALL
MTEST
:GO TEST CORRECT MEMORY
:TERMINATION OF BANK LOOP

7641 016664
7642 016670

7643

;SET MIGHTEST PATTERN

:NEXT LOWER PATTERN
;0K - LOOP; ELSE CONTINUE
:COMPLEMENT TYPE OF MEMORY

:IS THIS AN EVEN NUMBER PASS?
:YES - SKIP

BEQ
58
;**NOTE** RECURSIVE CALL
CALL
PARBAW
:CALL SELF
RE TURN
COM
WORST
:4TH PASS?
BNE
6$
:YES - SKIP
;**NOTE+* RECURSIVE CALL
CALL
PARBAW
;CALL SELF
RE TURN

TST

RLFLAG

;HAVE WE BEEN RELOCATED?

BEQ
78
INO = SKIP
RETURN
:YES = RETURN
CALL
RELOCATE
:MOVE & MAP PROGRAM
ON.ERROR THEN SRETURN
;#*NOTE** RECURSIVE CALL
CALL
PARBAW
;CALL SELF
CALL
UNRELOCATE
;UNMOVE & UNMAP PROGRAM
RETURN

K 15
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

PATTERNS REVERSE,BANKS WORST FIRST

7666 016754

06-JUL-82 10:35

#*RECURSIVE#*

MTEST:

SUBTST

<<SUBR

SEQ 0192

PAGE 209

SETUP MEMORY TEST>>

:t.'.t'..t'fi'.'t't."'."'.'...'tfi....Q"..'...l'..t...'.."t"."'..'

: «SUBTEST

7667 016754
7668 016762
7669 016770
7670 016774
7671 017000
7672 017002
761. 017002
2674 017010
7575 017016
7676 017022
7677 017022
7678 017022
7679 017026

7680 017030

7681 017034
7682 017040
7683 017046

SUBR

t.""'."

SETUP MEMORY TEST

- .t'.'.....".'..t....'.‘..'.......t'.'t.'.'fi.t"'..'.'...."'.

t."...'l.""..'

005037
005737
001413

002262
002116

004737

017050

004737
000402
004737
005037

020276

000207

020516

002106

MT1:

MT2:

SET
HEADER
:INITIALIZE HEADER MESSAGE TYPEOUT
SET
MUT
:INDICATE THERE IS A MEMORY UNDER TEST
CLR
PASFLG
TST
MKFLAG
;ECC?
BEQ
MT1
iNO = SKIP
BEGIN
HOLDLOOP
IF CONTFLAG 1S TRUE THEN LEAVE HOLDLOOP
IF SKIPMK IS FALSE
CALL
MKCONTROL
END; OF IF SKIPMK
END = HOLDLOOP
CALL
MKTEST
;YES = DO ECC TESTS
BR
MT2

CALL

(LR
SET
RETURN

MJTEST

MUT
HEADER

;DO PARITY TESTS

:NOW - NO MEMORY UNDER TEST
:ALLOW HEADERS NORMAL

L 15
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
SUBR
SETUP MEMORY TEST

7686 017050

06-JuUL-82 10:35

MKCONTROL : SUBTST
e

7687

7692 017070
7693 017104
7694 017112

002236

002232

050137

~
N
&»
(=]

d o

002524
177761

002150
002150

h
—

L T

TEST ECC CSR LOGIC DISPATCH
e

22 R

MOV
MOV

BANK INDEX , RO
CONF IGCRO) ,R1

*GET THE BANK INDEX
*GET CSR NUMBER

BIC

#°C17.R1

CSRINT
SPLTCSR
CSRLOOP

MOV

013737
062737

004000

002224

002226
002226

013737
005737

002410
002236

002412

040000

002412

7732 017364
7733 017372
7734 017376

000002
017672

002412

7736 017402
7737 017406

002074

005037

R1
R1, CSRHOLD
INTFLAG
1$
SPLTCSR

;STORE IN THE LOW BYTE
:1S THIS BANK INTERLEAVED?
*BRANCH IF NOT INTERLEAVED

E§=§3?P

;WE MUST LOOP TWICE FOR AN INTERLEAVED BANK

CONF I1G(RO) ,R1

;GET THE INTERLEAVE CSR NUMBER

002262

ASH

#-3 R1

g{g

:;.CSRHOLD

sSTORE IT IN CSRHOLD'S UPPER BYTE

CSRHOLD(R3),CSRNO
#°C36, CSRNO

:CLEAR ANY UNNECESSARY BITS

BIC

#C17000,R1

MKLOOP: MOVB
BIC

FOR MKCNT := #0 TO CSRINT
FOR CSRFIRST := CSRFBANK TO CSRLBANK BY #4000

MAP BANK
INVAL IDATE

104511

7735 017400

; AND ZERO THE LOOP COUNTER

#120000, CSRLBANK

§:E

042737

7730 017354
7731 017362

;SET FIRST TEST ADDRESS TO FIRST ADDR.

MOV

002332

7738 017412

#FIRST, CSRFBANK
#LAST
, CSRLBANK

ASL
MOV
ST
BEQ
INC

002524
002134

005037

7739 017420

MOV
MOV

SWAB

177760

144
44!
771
44!
m
772
7274
7721 017276
7722 017276
7723 017302
7724 017316
7725 017324
7726 017332
7727 017340
7728 01734
7729 01735

CLR
CLR
CLR

(=l=leleleleloeleleT.]

W
o NI

-y

~
~

7230

SUBR

TEST ECC CSR LOGIC DISPATCH>>

IF INHECC IS TRUE THEN SRETURN
PUSH
BANK,RO,R1,R2,R3

002230
002232

7695 017120
7696 017124

7224

IF SELONLY IS TRUE THEN SRETURN

7691 017060

144

sTHE NEXT TWO MODULES SOLVE THE PROBLEM OF
;HOW TO RUN THE CSR TESTS ON EACH ECC MEMORY

7688
7689
7690 017050

7701 017146
7702 017152
7703 017154
7704 017160
7705 017164
7706 017166
7707 017172
7708 017200
7709 017204
7710 017210
7711
017214
44
7220

<<SUBR
L

s *SUBTEST

SEQ 0193

PAGE 211

sMAP TEST SPACE TO BANK
s INVALIDATE BACKROUND PATTERN

BEGIN CSRSTUFF
CLR
SUCCESS
IF ACFLAG IS TRUE AND RRFLAG IS FALSE
MOV
CSRFIRST,CSRLAST
ADD
#4000,CSRLAST

FOR TESTADD := CSRFIRST TO CSRLAST BY #4

MoV
TST

BEQ
agb

1$:
2%:

TESTADD,TESTADD+2

SPLTCSR

13
g:OOOO.TESTADD*Z

ADD
#2,TESTADD+2
CALL
SBETEST
ON.NOERROR
CACHOFF
CLR
NOPAR
FOR I := #0 TO #27
SET
HEADER
CLR
PASFLG

sTURN CACHE OFF
JINDICATE PARITY ACTION

M5
' CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

. SUBR
|

|
|

l
|

TEST ECC CSR LOGIC DISPATCH

7740 017424
7741 0174
7742 017432

7743 017436
7744 017444
7745 017450
7746 017452
7747 017466
7748 017470
7749 017476
7750 017500
7751 017500
7752 017516
7753 017516
7754 017516
7755 0175%4
7756 017530
7757 017540
7750 017544
7759 017550
7760 017550
7761 017566
7762 017572
7763 017606
7764 017614
7765 N7622
7766 U17624
7767 0176
7768 017632
7769 017636
7770 017640

7771 017646
7772 017652
7773 017666
7774 017670

010637
162737
004737

002144
000002

020176

06-JUL-82 10:35

SEQ 0194

PAGE 211-1

LET RO := |
PUSH R3
MOV

002144

SuB

SP,CTLKVEC

#2,CTLKVEC

CALL CSRCASE
POP
R3
END ;OF FOR I
CACHON
SET
SUCCESS

104423

sSAVE LOOP COUNTER
sSAVE VECTOR IN CSR OF “k

sRESTORE LOOP COUNTER
sTURN CACHE ON

LEAVE CSRSTUFF
END ;OF ON.NOERROR
END :OF FOR TESTADD
END ;OF IF
END CSRSTUFF
IF SUCCESS IS FALSE
TYPE
MSGA34
TYPOCS

004737

057532

005237

002236

062737

000002
000001

TYPE

CALL
PERBNK
END ;OF IF SUCCESS
END; OF FOR CSRFIRST
INC__SPLTCSR
END; OF FOR MKCNY
ADD
#2, CSRFBANK

002230
002236

005037
000207
000000

017232

MOV

:},SPLTCSR

CMP
BGT

R3,CSRLOOP
1$

POP

R3,R2,R1,R0,BANK

WORD

INC

002330
104472

BANK,<TYPES BANK NUMBER>,3

MSGBS4

1$:

002236
MKCNT:

JMP
MKLOOP
ECCINIT
:TRAP ON DOUBLE BIT ERRORS (NORMAL)
SET
CONTFLAG
CLR
SPLTCSR

RETURN

sCOUNTER FOR MKLOOP

N
15
(ZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

SUBR

TEST ECC CSR LOGIC DISPATCH

7777 017672

SBETEST:SUBTST
R

SEQ 0195

06-JUL-82 10:35- PAGE 213

s *SUBTEST

<<CHECK FOR SBE FREE LOCATIONS>>
I

CHECK FOR SBE FREE LOCATIONS

222222

;;;3

:IN ORDER TO DETERMINE IF A LOCATION IS SBE FREE I DO THIS

7780

WRITE ZEROS WITH ECC DISABLE

;;g%

sIF NOT ZEROS THEN RETURN ERROR

7781

sREAD ZEROS BACK

:WRITE_2EROS WITH ECC ENABLED BUT TRAPS DISABLED

;;gg

:IF NOT ZEROS THEN RETURN ERROR

7788

:TEST THE LOCATION FROM THE PAR'S (WITH NO PROGRAM FETCHES)

7791

:COMPLIMENT ZEROS TO ONES WITH ECC DISABLE

;;32

sIF NOT ONES THEN RETURN ERROR

7795
7796
7797

sWRITE 100,,100000,00000 (CHECKBITS COMPLIMENT OF BEFORE)
s
WITH ECC ENABLED BUT TRAPS DISABLED
sTEST THE LOCATION FROM THE PAR'S (WITH NO PROGRAM FETCHES)

7800
7801
7802 017672
7803 017700
7804 017704
7805 017710
7806 017716
7807 017720
7808 017722
7809 017726
7810 017730
7811 017732
;g}% 017734

sIF NONE OF THE ABOVE FORCES A RETURN ERROR THEN RETURN NO.ERROR
.ENABL LSB
PUSH
RO,R1,R4
;PUSH RO,R1,R4 ONTO STACK
MOV
TESTADD ,R1
MOV
TESTADD+2,R4
TESTAREA
sENTER TEST MODE
CACHOFF
:TURN CACHE OFF
)
ECCIDIS
:DISABLE ECC ON 1 SELECIED CSR
CLEAR
(R1),(R&)
TST
(R1)
BNE
SBENT
ST
(R4)
BNE
SBENT

7785

sREAD ZEROS BACK

;;gg

:IF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR

7792

:READ ONES BACK

;;gg

7821 017754
7822 017756

7823 017766
7824 017774

7825 017776
7826 020002
7827 020006
7828 020012
7829 020020
7830 020020

TMTMTM

7784

7814 017736
7815 017740
7816 017744
7817 017746
7818 017750
;g;g 017752

I I

sIF THERE WERE ANY SBE'S OR DBE'S THEN RETURN ERROR

013701
013704

002410
002412

104424
104471

005711
001107
005714
001105
104503

CLRICSR
CLEAR
TST
BNE
TST
BNE

005711
001100
005714
001076
104510

104512
013700
072027
042700
104471

(R1),(R4)
(R1)
SBENT
(R4)
SBENT

sCLEAR 1 SELECTED CSR

TSTREAD
sTEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
IF #BIT15!BIT4 SET.IN CSR

002456
177774
177600

SET SKPERR
;DISABLE ERRGEN'S ERROR PRINTOUT
ERRGEN
MOV
ERRADD,RO
ASH #-4 R0
BIC
#~C177.R0
IF BANK EQ RO THEN GOTO SBENT
END; OF IF #BIT1S
ECCIDIS
;DISABLE ECC ON 1 SELECTED CSR

[———————

————————

——

—

B16
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| CHECK FOR SBE FREE LOCATIONS

7831 020022

s fi
a3 g

06-JUL-82 10:35

005111
002602

10000v

SBENT

;CLEAR 1 SELECTED CSR

(R1)

SBENT
#8IT15, (R4)
SBENT

TSTREAD

;TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

IF #BIT15!BIT4 SET.IN CSR
SET SKPERR
ERRGEN
MOV
ERRADD,RO
ASH
#-4,R0O

002456
177774
177600

;DISABLE ERRGEN'S ERROR PRINTOUT

BIC
#+Ci77.R0
IF BANK EQ RO THEN GOTO SBENT

END; OF IF #BIT1S
KERNEL

;ENTER KERNEL MODE

CACHON
POP

:TURN CACHE ON
:POP RO,R1 & R4 FROM STACK

ECCTINIT

7859 020136

7862
020150
7863 020152
7864 020156
7865 020160
7866 020162
7867 020164
7868 020172
7869

ONES, (R&)

BNE
CMP
BNE

7858 020134

;86? 020144
86

CMP

CLR1CSR
(k1)
CLR
MOV
#B1T15, (RG)

104510

7850 020106
7851 020112
7852 020116
7853 020122
7854 020130
7855
7856 020130
7857 020132

(R1)
(R4)
ONES, (R1)

BNE

100000

001032

CoM
COM
CMP

BNE

002602

SEQ 0196

PAGE 213-1

;INITIALIZE 1 SELECTED CSR

Ré,R1,RO

SRETURN NOERROR

104503
104417
104473
104423

SBENT:

CLRICSR
CLEAR
(R1),(R&)

;CLEAR 1 SELECTED CSR

KERNEL

sENTER KERNEL MODE

CACHON
POP

:TURN CACHE ON
:POP RO,R1 & R4 FROM STACK

ECCTINIT

R4 ,R1,RO
SRETURN ERROR
.DSABL
LSB

;INITIALIZE 1 SELECTED C5R

C16
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

- CHECk FOR SBE FREE LOCATIONS

7872 020176

06-JUL-82 10:35

CSRCASE:SUBTST
R

t*SUBTEST

bbb d

7873 020176
7874
7875

7879
7880
7881
7882
7883 020210
7884 020212
7885 020214
7886 020216
7887 020220
7888 020222

7890 020226
7891 020230
7892 020232
7893 020234
94
7895 020236
96

<<CSR PATTERN CASE STATEMENT>>
A A

A A A R AR A AN R AR R AR AR R AR AR R R AR RN AR

RN R AR

CSR PATTERN CASE STATEMENT

CASE RO

A AR

sWARNING IF YOU CHANGE THIS TABLE ALSO

:CHANGE “'SDDWO’* = *‘SDDWS'‘ (THE PATTERN BIT MAP)

7876

7877
7878 020206

SEQ 0197

PAGE 215

021752

MKCSRT:

s PAT

MT0006

TIME

DESCRIPTION

;<1 SEC

INITIAL DATA TEST

MS11-P ECC TESTS

026556

022352
026620
026266
022620
026340

MT0044
MT0014
MT0045

MT0036
MT0020
MT0037

3 9
; 1
;<1
: 1
+ 1
:<1
: 1

3EL
8¢t
SEC
5EC
SEC
SEC
SEC

026720

MT0041
MT0042
MT0043
MT0046
MT0047

022050

MT0010

:<1

023524

MT0025
MT0011
MT0012
MT0013
MT0015
MT0016

:<1 SEC

022520

026764
026764
026764
026764
026764
000207

MT0999
MT0999
MT0999
MT0999
MT0999
END ;OF CASE RO

RETURN

:<1

SEC

:<1 SEC
; 1 SEC
:<1 SEC
SEC

:<2 SEC
:<1 SEC
: 1 SEC
s 1 SEC

:<1

:
:
:
:
:

SEC

O SEC
0 SEC
0 SEC
0 SEC
0 SEC

SHIFTING 1/0'S THROUGH CHECK BITS
BASIC DOUBLE ERROR TEST
SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST
CORRECTION CODE TEST
SYNDROMES TO CSR ON SINGLE BIT ERROR TEST
ECC DISABLE TEST
ADDRESS TO CSR ON DOUBLE BIT ERROR
EXTENDED ADDRESS TO CSR ON ERROR TEST

WRITE BYTE CLEARS SBE TEST
CHECK SINGLE BIT ERRORS WITH ECC DISABLED TEST
NO CSR UPDATE ON SBE WITH EXSISTING DBE

BYTE ADDRESSING TEST

I"TERRUPT ENABLE TEST

CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
WRITE INHIBIT OF BYTE WITH DBE
WRITE INHIBIT OF WORD WITH DBE

NULL
NULL
NULL
NULL
NULL

TEST
TEST
TEST
TEST
TEST

T
| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
' CSR PATTERN CASE STATEMENT

7918 020276

06~JUL-82 10:35

MKTEST: SUBTST
A

A A

IR RN R AR N RARA AR

ECC TEST DISPATCH
A

AR A AR

A A

AR AN A AR AN A AR AN NN AR AR AN R A IR RN RAN LN RN

ELggCDIS

;DISABLE ERROR CORRECTION

104502

CLRCSR
END :OF IF

sCLEAR ALL CSR'S

CALL

: INDEX OFF TABLE

010637
162737
004770

000002
000002
002110

002074
002324

MOV
#2 ,NOPAR
s INDICATE PARITY ACTION
MoV
#2 ,PCBUMP
;TRAPS ADD 2 TG PC
MoV
PATTERN,RO
sGET PATTERN NUMBER
ASL
RO
¢MAKE IT A WORD ADDRESS
IF MKPAT(RO) NE #MT0034 AND MKPAT(RO) NE #MT70999
INVALIDATE
s INVALIDATE BACKGROUND PATTERN ON ‘BANK''
END ;OF IF MKPAT(RO)
MOV
SP,CTLKVEC
sSAVE VECTOR IN CASE OF “X
sus
#2,CTLKVEC

002144
000002
020436

002144

a@MKPAT (RO)

IF_#SWO SET.IN @SWR OR ACTFLAG IS TRUE
EngASBE
;TRAP ON SINGLE BIT ERRORS

104506
104472

005037
000207

ECCINIT
END ;OF IF #SW0
CLR
NOPAR
RETURN

002074

;TRAP ON DOUBLE BIT ERRORS (NORMAL)
sINDICATE PARITY ACTION

sWARNING IF YOU CHANGE THIS TABLE ALSO

s CHANGE °''SDDWO’* - *'$DDWS'‘ (THE PATTERN BIT MAP)

026002
7949 020444
7950 020446
7951 020450
7952 020452
7953 020454
7954 020456
7955 020460
7956 020462
7957 020464
7958 020466
7959 020470
796? 020472

7963 020476
7964 020500
7965 020502
7966 020504
7967 020506
7968 020510
7969 020512
7970 020514

:
MKPAT

SPAT

:NOTE

026002

MT0034
MT0017
MT0007
MT0001
MT0002
MT0004
MT0005
MT0021
MT0022
MT0026
MT0024
MT0031
MT0032
MT0033
MT003%

026764
026764
026764
026764
026764
026764
026764
026764

MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999
MT0999

;322 020474 026764

AR E RN ENL RS

IF #SW0 SET.IN @SWR OR ACTFLAG IS TRUE

104511

794? 020434

IR AN A A AR A AR A AR AR AR

104470

012737
012737
013700
006300

020372
020400
7934 020404
7935 020422
7936 020424
7937 020426
7938 020430
7939 020430

ECC TEST DISPATCH>>

SUBR

7919 029276
7920 020314

<<SUBR
A

s*SUBTEST

SEQ 019%

PAGE 217

TIME

DISCRIPTION

MT0034 MUST BE FIRST & LAST
:<1
:«1
:<1
:<1
:<1
: 1
: 1
: 1
:10
:<1
:20
; 3
:<1
:35
:<1

SEC
SEC
SEC
SEC
SEC
SEC
SESEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

;SOFT ERROR ~ BACKGROUND PATTZRN TEST
“HOLDING 1°S & 0°'S TEST
;ADDRESS BIT TEST
:ADDRESS TEST
:COMPLEMENT ADDRESS TEST
:ROTATING ZEROS TEST
sROTATING ONES TEST
sMARCHING 0°S & 1°S TEST
*REFRESH & SHIFTING DIAGONAL TEST
*RANDOM DATA TEST
:FAST GALLOPING PATTERN TEST
:S0B-A~LONG TEST
:WRITE RECOVERY TEST
:BRANCH GOBBLE TEST
:SOFT ERROR = BACKGROUND PATTERN TEST

:
:
:
:
:
:
:
:
:

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

sNULL
JNULL
*NULL
SNULL
:NULL
*NULL
*NULL
*NULL
JNULL

:NOTE M70034 MUST BE FIRST & LAST
O
0
0
0
0
0
0
0
0

TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST
TEST

{

| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35

| SUBR

MJTEST: SUBTST
A

7977 020540
7978 020546

012737
012737
012737

012737
013700

7979 020552

006300

7981 020574
7982 020576
7983 020576

104511

7980 020554

010637

7984 020602
7985 020610

162737
004770

;3gg 020620

000207

7986 020614

005037

€00002
000002
060000

060002
002110

002074
002324
002410

002412

7995 020624
7996 ozosgg
7997 020630
7998 020632
7999 020634

8000 020636

SUBR

PARITY TEST DISPATCH

002144

: INDICATE PARITY ACTION
*TRAPS ADD 2 TO PC

ASL

:MAKE IT A WORD ADDRESS

INVAL IDATE
END ;OF IF MJPAT(RO)
MOV
SP,CTLKVEC

: INVALIDATE BACKGROUND PATTERN ON ‘BANK''

SuB
CALL

002074

CLR

RETURN

#FIRST+2, TESTADD+2
PATTERN, RO

;GET PATTERN NUMBER

:SAVE VECTOR IN CASE OF “K

#2.CTLKVEC
@MJPAT(RO)

;INDEX OFF TABLE

NOPAR

:INDICATE PARITY ACTION

:WARNING, IF YOU CHANGE THIS TABLE ALSO

:CHANGE '‘SDDWO'*
= *‘SDDWS'*

026002

021752
022576
022
020762
021102

MJPAT:

(THE PATTERN BIT MAP)

:PAT
TIME
DISCRIPTION
:NOTE moosl. MUST BE FIRST & LAST

MT0034

MT0006
MT0017
MT0007
MT0001
MT0002

;<1 SEC

:<1
:<1
:<1
:<1
:<1

SEC
SEC
SEC
SEC
SEC

MT0003

8002 020642
8003 020644
8004 020646
8005 020650
8006 020652
8007 020654
8008 020656
8009 020660
8010 020662
8011 020664
8012 020666

021616
022710
026154
023162
023214
023602
023260
025072
025262
025614
026002

MT0005
MT0021
MT0035
MT0022
MT0023
MT0026
MT0024
MT0031
MT0032
MT0033
MT003%4

: 1 SEC
: 1 SEC
:<1 SEC
:10 SEC
:10 SEC
:<1 SEC
:20 SEC
: 3 SEC
:<1 SEC
:35 SEC
:<1 SEC

*ROTATING ONES TEST
:MARCHING 0°S & 1°S TEST
;WORSE CASE NOISE PARITY TEST
*REFRESH TEST
:SHIFTING DIAGONAL TEST
*RANDOM DATA TEST
:FAST GALLOPING PATTERN TEST
:SOB=-A=LONG TEST
:WRITE RECOVERY TEST
:BRANCH GOBBLE TEST
:SOFT ERROR
= BACKGROUND PATTERN TEST

8014 020670
8015 020672
8016 020674
8017 020676
8018 020700

026764
026764
026764
026764
026764

MT0999
MT0999
MT0999
MT0999
MT0999

:
:
:
:
:

:NULL
*NULL
*NULL
*NULL
*NULL

8013

021474

MT0004

: 1 SEC

:SOFT ERROR
= BACKGROUND PATTERN TEST

:INITIAL DATA TEST
*HOLDING 1°S & 0°S TEST
:ADDRESS BIT TEST
:ADDRESS TEST
:COMPLEMENT ADDRESS TEST

021242

8001 020640

: 1 SEC

:3 XOR 9 WORST CASE NOISE TEST

*ROTATING ZEROS TEST

:NOTE MT0034 MUST BE FIRST & LAST
O
0
0
0
0

SEC
SEC
SEC
SEC
SEC

"'tt"t.tt"l'Q.t

#2 ,NOPAR
#2.PCBUMP
#FIRST, TESTADD

IF MJPAT(RO) NE #MT0034 AND MJPAT(RO) NE #MT0999

000002
020622

MOV
MOV
MOV

MOV
MOV

;33?

7994 020622

PARITY TEST DISPATCH>>

ttttttttttttttt.ti'tt".'.tt!ttttt.tt.ttttt.ttl..ttt.tt'ttt't

7989

7992
7993 020622

<<SUBR
e

*#SUBTEST

7974 020516
7975 ozos§4
797& 020532

SEQ 07199

PAGE 219

ECC TEST DISPATCH

7973 020516

TEST
TEST
TEST
TEST
TEST

F 16
| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| PATTERNS
l

8020
8021
8022
8023 020702

.SBTTL
.SBTTL
MT0C00: SUBTST
R

R A

s *SUBTEST

8024 020702
8025 020706
8026 020712
8027 020716
8028 020722
8029 020730
8030 020732
8031 020740
8032 020744
8033 020746
8034 020754
8035 020760
8036 020762

002276
060000
040000

041076
000001

027404
027212

002260

8039 020774

8042 021006
8043 021014

002276

172252

172254

177652

177654

030000
041076
000001

027430
027212

3s:
48:

003754

002260

AR R

hENERERN

\N‘JUVV\NSL‘EB\I

OO0 O0O
=]

000002
160000
040000

002276

ARt

R AN

ORS

A AR

AR A

AR AR AN AN AR AN AN R AR NI

AN N AR AR

RN RO

A AR NN RN SRR

RES

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

28
SIPARS,SIPARG
4%
38
UIPARS ,UIPARG
43
#30000,R1
R2

;1S THIS AN 11/44?
sBRANCH IF IT IS
sSET UP CALLING ADDRESS

SUPDO3

SUPDO1

:D0 IT IN SUPERVISOR MODE

<<MT0002

SETUP COMPLEMENT ADDRESS TEST>>

MT0002

MOV

#FIRST,RG

#SI1ZE
R1

#100001,RS

172252

BNE
CMP
BNE

28
SIPARS, SIPARG
48

NOSUPER

2 1122322222221

SETUP COMPLEMENT ADDRESS TEST

MOV
172254

#1,REALPAT
#FIRST
RO
#S1ZE,R1
NOSUPER

#2 ,REALPAT
#LAST+2,RO

A AR AR AN AN NI A AR I I NI AR NN

SETUP ADDRESS TEST

100001

002454

SETUP ADDRESS TEST>>

MOV
MOV

MOV

060000

R AN R AR R R AR AR AR RN AR E

sARE WE ON AN 11/44?
sBRANCH IF YES
sELSE DO PATTERN IN MAIN MEMORY

R A A A

MTPOO1

s *SUBTEST

LA AR

<<MT0001
T

AN RN TR AR R

;DO IT IN SUPERVISOR MODE

RETURN
BMOV

CgLL

A A AR AR A AR RN

W00

REGCOPY
#1,PROTYP
1$
#MTPO01,SUPDOADD

RE TURN
MT0002: SUBTST

SUPDO1

AN AR R R R AR R A

;sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

CALL
CMP
BEQ
MOV

CALL

1$:

027034

R A AR

QQO.SUPDOADD

BNE
CMP
BNE
BR
CMP
BNE
MoV
CLR

AR A A A AN AR A AR AR A

REALPAT
#FIRST
RO
#S1ZE ,R1
REGCOPY

MT0001

MOV
MoV
MoV
TST

28:

A A A

SETUP DATA PATTERN TEST

CALL
RETURN
MT0001: SUBTST

020001
060000
040000
002454

RETUR
BMOV

s *SUBTEST

012737
012700

#1,PROTYP
e I

8037 020762
8038 020770

CMP
BEQ

gng

18:

MEMORY TEST SETUP ROUTINES
<<MT0000
SETUP DATA PATTERN TEST>>

MTO0000

SEQ 0200

PAGE 220

PATTERNS

CLR
MOV
MOV
CALL

003754

027034

L SR

PRI

06=-JUL-82 10:35

2222223322321

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

616

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRQ M1113 06-JuL-82 10:35 P AGE 2201
"
TEST
ADDRESS
ENT
COMPLEM
SETUP
MTO002
177652

177654

3%:

120001
000001

48:

140000

8083 021240

004737
000207

000001

003754

027462
027212

002260

027034

3%
UIPARS ,UIPARG

2%:

030000

4$
#30000,R1

#140000,R0
#120001,RS
#1.R
R1.R

#1.PROTYP
1$

1%:

SEQ 0201

CALL
RETURN
BMOvV
CALL
RETURN

#MTP002, SUPDOADD

SUPDO3

MTP002
SUPDO1

;1S THIS AN 11/44?
sBRANCH IF TRUE
sSET UP CALLING ADDRESS

H 16

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35 PAGE 222
| MT0002

SEQ

SETUP COMP.EMENT ADDRESS TEST

‘

8086 021242

MT0003: SUBTST

s*SUBTEST

{

8087 021242
8088 021252
8089 021260
8090 021264
8091 021270
8092 021274

8093 021300
8094 021304
8095 021310

8096 021314

8097 021322
8098 021324
8099 021326

8100 021334

8101 021340
8102 021342
8103 021350
8104 021354
8105 021356
8106 021364
8107 021366
8108 021372
8109 021400
8110 021412

8111 021426

012737
005037
004737
012701
012703

072327
012702
012705

022737

001415
104415
012737

004737

104416
012737
004737
000442

000003
002324
041106
060000
020000

002276

000001

003754

027514

002260

177770
000004
000100

027212

027554
027226

1%:
28:

027034

012737

172360

177642

8112 021432
8113 021440
8114 021446

012737
012737
012737

172260
177644
001032

172374
172276
172272

8116 021456
8117 021462
8118
8119 021470
g;gg 021472

004737
022737

027050
000003

002604

8115 021454 104416

8122 021474

*BRANCH IF IT IS

#1,PROTYP

T T T
I

T
I

:D0 IT IN MAIN MEMORY

#MTPB03, SUPDOADD
SUPDOD4
48
MTPAO3
SUPDO1
MTPBO3
MTPCO3,KDPARO,
8.
MTPDO3.SDPARO.S.

#KDPARD,UIPART

MOV
MOV
MOV

#SDPARO
. KDPARG
#UIPAR2
, SOPAR7
#1032, SOPARS

CALL
CMP

sgpooz
#3,FLIPLOC

BNE
RETURN

MT0004: SUBTST

(IS THIS AN 117442

#MTPAQ3, SUPDOADD
SUPDO3

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
s TRAPS DO NOT ADD TO PC
JSETUP WARNING CONSTANTS & R2
*R1 <== STARTING ADDRESS

BEQ
SAVREG
MOV
RESREG
MOV
CALL
BR
BMOV
SAVREG
CALL
BMOV
BMOV
BMOV

T T T

:R3 <== R3 / 256.
:SMALL LOOP SIZE
*MEDIUM LOOP SIZE

RESREG

001275
000207

#-8. RS
#4 R3
#64. RS

MOV

4$:

SETUP 3 XOR 9 WORST CASE NOISE TEST

ASH
MOV
MOV

CALL

3s:

104415
004737

MT0003

SETUP 3 XOR 9 WORST CASE NOISE TEST>>

IF EUFLAG_IS TRUE THEN SRETURN
MOV
#2 ,REALPAT
CLR
PCBUMP
CALL
FLIPWARN
MOV
#FIRST,R1
MOV
#20000 R3

CMP

002260

<<MT0003

0202

:SET UP PAR LINKS
;CHANGE INST TO BR .+56 (BR TO KDPAR1)
:DONE WITH 4 PATTERNS
L€0,177777): (177777,0) ;: (401 LA77777): (177777,401) 12

:NO - LOOP

<<MT0004

SETUP ROTATING ZEROS TEST>>

:tttttttttittttt'tt.tt!t't"ttttttlt.ttttttttt.tttt.tttttttttttt't.t'tt't

**SUBTEST

8123 021474
8124 021502
2125 021510
8126 021514
8127 021520
8128 oz1s§3
8129 021530

003754

8131 021540 012737 027652 002260

MOV

#MTPAO4 , SUPDOADD

8132 021546

8133 021552
8134 021554
8135 021562

8136 021574

004737

000207

012737

002276
002324

041236

060000
040000
000001

BEQ

027226

18:

172360

177652

't.t"t

;tttfittitttttttttttttt.i't'.ttt't.tttfit.tttltttlttttttttt.t'titltt..tt't....Qttt

#4 ,REALPAT
#4 . PCBUMP
ONES,R2
BACKGND
#FIRST,RO
#SI12E,R1
#1,PROTYP

001406

000004
000004
002602

SETUP ROTATING ZEROS TEST

MOV
MOV
MOV
CALL
MOV
MOV
CMP

8130 021536

012737
012737
013702
004737
012700
012701
022737

MT0004

CALL
RETURN
BMOV
BMOV

MOV

SUPDO4

MTPAO4
MTPB04 ,KDPARO,S.

#kDPARD,UIPARS

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
*TRAPS ADD 4 TO PC

:WRITE BACKGROUND OF ONES

;1S THIS AN 117442
*BRANCH IF IT IS

*SET
UP LINKS

116
- CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

' MTO004
{

SETUP ROTATING ZEROS TEST

8137 021602
8138 021

012737
004737
000207

177654
027050

172376

(06-JUL-82 10:35

SEQ 0203

PAGE 222-1

MOV
CALL
RETUR?
MT0005: SUBTS

#UIPARG ,KDPAR?

s*SUBTEST

MT0005

SUPDO2

<<MT0005

SETUP ROTATING ONES TEST>>

MR
R
e T I I I I I I
TM TM

8141 021616
8142 0216%6
8143 021632
8144 021634
8145 021640
8146 021644
8147 021650
8148 021656
8149 021660
8150 021666
8151 021674
8152 021700
8153 021706
8154 021710
8155 021716
8156 021730
8157 021736
8158 021744
8159 021750

012737

000005
000004
041236
060000
040000
000001

027726
027742
027226
027666

002276
002324

172360
177654
027050

#5,REALPAT
#4.PCBUMP

CALL

BACKGND

BEQ
oV
MOV
CALL

002260
027724
027724

SETUP ROTATING ONES TEST

MOV
MOV

MOV
MOV
CMP

005754

177652
172376

CLR

1%:

012737
012737
004737
000207

#FIRST,RO
#S12E,R1
#1,PROTYP

1$
#MTPO0
, SUPDOADD
S
#MTPOOS+14 ,MTPBOG+16
SUPDO4

MOV

#MTPAOG
, MTPBO4+16
L+14

BMOV
BMOV

MTPOOS
MTPBO04,KDPARO, 8.

RETURN

MOV
MOV

CALL

RETURN

#KDPARQ,UIPARS
#UIPARG .KDPAR7
SUPDO2

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

sTRAPS ADD &4 TO PC

JWRITE BACKGROUND OF ZEROS
;1S THIS AN 11/44?
sBRANCH IF IT IS
sSET UP LINKS
sRESET TEST'S ORIGINAL VALUE

- J 16
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| MTO00S

SETUP ROTATING ONES TEST

8162 021752

06-JUL-82 10:35

MT0006: SUBTST

SEQ 0204

PAGE 224

<<MT0006

SETUP INITIAL DATA TEST>>

:'..Qtt."t.tt'Q...'."..Q'.t.."......'......'.QQ.

8163 021752
8164 021760
8165 021766
8166 021772
8167 022000
8168 022004
8169 022006

012737
012737
012701
012737
004737
000207

000006
000004
002410
027762
027212

002276
002324

002260

:*SUBTEST

MT0006

SETUP INITIAL DATA TEST

MOV
MOV
MOV
MOV
CALL
RE TURN
MT0007: SUBTST

#6,REALPAT
#4.PCBUMP
#TESTADD,R1
#MTP006,SUPDOADD
SUPDO3

.'Q.'Ql't.t'.'t."t".'.'t".

:t'.t.t...t.t"'fi.'...l".".t..it.'.'QQ..Q..".Q.'

<<MT0007

.'.....t.t"'t."'Q'...".'..

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:TRAPS ADD 4 TO PC

;DO IT IN SUPERVISOR MODE
SETUP ADDRESS BIT TEST>>

:tfittt!.i.t.t.l.'tttttt‘tttttttttt'..t.t.'t't'ttttt'tttttt.

8170 022006
8171 022014
8172 022016
8173 022022
8174 022026
8175 022032
8176 022034
8177 022042
8178 022046
8179 022050

012737
005002
004737
012701
012702
050201
012737
004737
000207

000007

002276

041236
060000
000001

030162
027212

002260

: «SUBTEST

MT0007

SETUP ADDRESS BIT TEST

MOV
(LR
CALL
MOV
MOV
BIS
MOV
CALL
RETURN
MT0010: SUBTST

#7,REALPAT
R2
BACKGND
WFIRST,R1
#1,R2
R2.R
#MTP0O7,SUPDOADD
SUPDO3

.t..'.t.'ttttt""'Qt

:ttt'.lttt.tt.t'l.ttt"'t'tfitfit'Q.ttQt.ttttt.'..t'tfi"'t""t

<<MT0010

t"t't..'..'t.'.'t'

;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:OF ZEROS

;DO IT IN SUPERVISOR MODE
SETUP BYTE ADDRESSING TEST>>

:tltt'.tti'.ttt.tfi.fitt't't."tt.it't.tl.tt"ttlttt.tttitt't.

: *SUBTEST

8180 022050
8181 022056
8182 022064
8183 022070
8184 022076
8185 022102

012737
012737
013704
012737
004737
000207

000010
000004
002410
030262
027212

002276
002324

002260

MT0010

SETUP BYTE ADDRESSING TEST

"t'tt".t."t'tt'tt

:'t.t..Itt't..t.ttt...t..'titfit.l.ttli.....'t.tt.ttt'ttt'ttt..t't..t'

MOV
MOV
MOV
MOV
CALL
RE TURN

#10,REALPAT
#4,PCBUMP
TESTADD.R4
#MTP010,SUPDOADD
SUPDO3

t.t't"".'

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
:TRAPS ADD 4 TO PC
:DO IT IN SUPERVISOR MODE

K 16
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRM M1113
MTO010
SETUP BYTE ADDRESSING TEST

8188 022104

06~-JUL-82 10:35

SEQ 0205

PAGE 226

MT0011: SUBTST

<<MT0011

: «SUBTEST

MT0011

SETUP CREATE SINGLE BIT ERROR TEST>>

:ttt'.ttfit..t.t.t.t'..'.'...Qt.'tfi"'.'."l.t...'tt..'

8189 022104
8190 022120
8191 022130
8192 022130

8193 022140
8194 022146

8195 022154
8196 022160
8197 022162

.t..'.t.'...'ttt'.'t.'.Q'Q

SETUP CREATE SINGLE BiT ERROR TEST

:.tt.tt..t.t..i't...."fi"...t.'.tt.......lfi'Q'."Q...I

012737
012737

004737
000207

000011
030370

027212

002276
002260

..'.Qt"..""."""'t"

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF $PASS NE #0 THEN SRETURN
END; OF IF ACTFLAG
IF PMEMFLG IS TRUE THEN SRETURN :EXIT IF NOT MS11-M

MOV
MOV

CALL
RETURN
MT0012: SUBTST

#11,REALPAT
#MTPO11,SUPDOADD
SUPDO3
<<MT0012

:SETUP PATTERN NUMBER FOR TYPEOJT & DISPLAY
;D0 IT IN SUPERVISOR MODE

SETUP WRITE BYTE CLEARS SBE TEST>>

.tt't.tt"'..t'.lt.t.."tt'ttI.ttt'.Qttfittlt."t'.

: *SUBTEST

'.t'tt.'.t....'.t.".".""tt

SETUP WRITE BYTE CLEARS SBE TEST

:'ttt.tt.t.t.".t.t..fi'.tt.."t.tl.t.t.t't!t.tttttttt'tttt.t'

8198 022162

.t".l't."t't.'t"

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

8199 022176

8200 022206
8201 022206
8202 022216
8203 022224
8204 022230
8205 022240
8206 022244
8207 022246
8208 022252
8209 022252
8210 022260
8211 022264
8212 022266

MT0012

IF $PASS NE #0 THEN SRETURN

012737
013700

000012
002102

012705

040000

012705

000002

012737

031166

004737
000207

027212

002276

002260

END; OF IF ACTFLAG
IF PMEMFLG IS TRUE THEN SRETURN ;IS THIS A MS11-M?
MOV
#12,REALPAT
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
MOV
BANKINDEX,RO
IF #BIT12 SET.IN CONFIG+2(RO)
MOV
#40000,RS
ELSE
MOV
#2.RS
END; OF IF #BIT12
MOV’
AMTP012,SUPDOADD
CALL
SUPDO3
:D0 IT IN SUPERVISOR MODE
RETURN
MT0013: SUBTST <<MT0013
SETUP CREATE DOUBLE BIT ERROR TEST>>
:iQttttit..ttt'.t'.tt'i.'...t.l*t'.tt.'..fii.t..tt..tt."..t'.Qttttt!.'

:*SUBTEST

8213 022266
8214 022302
8215 022312
8216 02231
8217 022322
8218 022330
8219 022336
8220 022344
8221 022350

MT0013

SETUP CREATE DOUBLE BIT ERROR TEST

;ti't.tt.ttttt.......t't't'....tfi'.t.ittttttt.l'..tt.tttt.t

tttt'tt'it

't.'ttitt.t'tt.'ttt't

012737
012737
012737
004737
000207

000013
031554
000003
027212

002276
002260
002074

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF $PASS NE #0 THEN SRETURN
END; OF IF ACTFLAG
IF PMEMFLG_IS TRUE THEN SRETURN ;EXIT IF NOT MS11-M
MOV
#13,REALPAT
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
MOV
#MTPO013,SUPDOADD
MOV
#3,NOPAR
;INDICATE PARITY ACRION
CALL
SUPDO3
:DO IT IN SUPERVISOR MODE
RETURN

(7MSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
M.0013
SETUP CREATE DOUBLE BIT ERROR TEST

8223 022352

06~-JUL-82 10:35

MT0014: SUBTST
R

bbbttt

s *SUBTEST

<<MT0014
L

SETUP BASIC DOUBLE BIT ERROR TEST>>

MT0014

SEQ 0206

PAGE 227

SETUP BASIC DOUBLE BIT ERROR TEST

.'tt..Ittt.i.fi.'....."."t'.t'.t..ittttfi.t..tt.t.Qt.'

.'tt'.ttt't""'.'.'.t"t'Q

8234 022440

012737
004737

000014
046720

004737
004737
004737

041336
032270
047006

000207

002276

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN
END; OF IF ACTFLAG
IF PMEMFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
MOV
#14 ,REALPAT
sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
CALL
MAPKERNAL
sMAP KERNAL SPACE

LET R1_:= #100000

sSETUP TEST ADDRESS

CALL GETCSR

;GET CSR _INFO FROM CONFIGURATION TABLE

ge%bRNUNHAP

sUNMAP KERNAL SPACE

CALL MTPO14

;DO BASIC DOUBLE BIT ERROR TEST

B 1
CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0014

SETUP BASIC DOUBLE BIT ERROR TEST

8237 022442

06-JUL-82 10:35

MT00i5: SUBTST
A

AR AR

;*SUBTEST

<<MT0015
A

SEQ 0207

PAGE 229

TR TR R

MT0015

SETUP WRITE INMIBIT OF BYTE WITH DBE>>

R R R R AR R

RN AR R AR AR AR AR RARRARR AR O

ORRRRNROORSS

SETUP WRITE INHIBIT OF BYTE WITH DBE

;..t...t.'t'....'....".t'.'......t.t..'..'.Ql...........l......'.'.'.t’l"".'.

8 g 0 u.g
8239
02245
8240 022466
41 022466
4; 022476
43 022506
44 022512

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN

012737
012737
004737

gl.s 0 518 000207

000015
032514
027212

002276
002260

END ;OF IF ACTFLAG
IF PMEMFLG IS TRUE THEN SRETURN ;EXIT IF NOT MS11-M
MOV
#15,REALPAT
*SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
MOV
#MTPO1S,SUPDOADD
CALL
SUPDO3
;D0 IT IN SUPERVISOR MODE

RETURN

46 02252

MT0016: SUBTST

<<MT0016

SETUP WRITE INHIBIT OF WORD WITH DBE>>

* «SUBTEST

MT0016 SETUP WRITE INHIBIT OF WORD WITH DBE

:t.Q'.....'.tfitt.t"tt"'..'tlI.fi.fi'..'...Q.Q..".'.."Q'..'...Ql.'."....'Q""

;t..Q.l.'.t.'Q'Q'.Q...".".'...'.'t..t..'.'......'.."'..'.."'Q....'.."Q"'.Q

47 0 sgg
48 0225
49 8 544
50
022554
§1 022556

2 s; 0 s%
53 0225
54 022574
55 022576

012737

012737
881.0737
207

000016

033260
027212

002276

002260

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
END ;OF IF ACTFLAG
MOV ~ #16,REALPAT
;SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

MOV
CALL

RETURN
MT0017: SUBTST

#MTP016,SUPDOADD
SUPDO3
<<MT0017

:DO 1T IN SUPERVISOR MODE
SETUP HOLDING 1°S & 0°S>>

:t'..Q'..'.ttt.ti.fi't"'.'....t.t......Q......'.t....t..'."i......".'.'."...'

: «SUBTEST

MT0017 SETUP HOLDING 1°S & 0'S

:'..fi........'.'.'..Q"'Q"it.....Qt......fit..t....'...."...."..'Q.'l'."'.'.'

8256 022576
825 og 604
8258 022612
8259 022616

012737
012737
004737
000207

000017
034042
027212

002276
002260

MOV
MOV
CALL
RETURN

#17,REALPAT
#MTPO17,SUPDOADD
SUPDO3

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
;DO IT IN SUPERVISOR MODE

c 1
(ZMSPBO MS11-L/M/P MEMORY DIAG MACRO M1113
MT0017 SETUP HOLDING 1°'S £ 0° §

8262 022620

<<MT0020

02 620

|
|
|

68 022662

%0 055675

11 022676

Bore 022702
8273 022706

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR>>

:*SUBTEST

MT0020 SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR

CEARAAAAAAAAAAAAAAAAAREAAAAAAAAAAAAAAAAAAAAAAACAARAAAAAARARACRARERERCAOACRCEEOORRSE

826t 0 680

65 020644
8266
8267 02265

SEQ 0208

PAGE 231

MT0020: SUBTST
AR

8263

06-JUL-82 10:35

AR AR AN AR AT A AR AN AR ARA AN AR AAAA AR RR AN

AARANARRRAARARRA AR

R CRRRNS

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

IF SPASS NE #0 THEN SRETURN

012737

000020

004737

046720

004737 041336
004737

004737
000207

034120

047006

002276

END; OF IF ACTFLAG

MOV

#20 ,REALPAT

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

IF PMEMFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
CALL MAPKERNAL
sMAP KERNAL SPACE
LET R1_:= #100000
sSETUP TEST ADDRESS
CALL GETCSR
sGET CSR INFO FROM CONFIGURATION TABLE

CALL MTP020

gelfbflNlMAP

;DO _SYNDROMES TO CSR ON SINGLE ERROR TEST
sUNMAP KERNAL SPACE

D 1
CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MT0020

06-JUL-82 10:35

SETUP SYNDROMES TO CSR ON SINGLE BIT ERROR

8275 022710

MT0021: SUBTST

<<MT0021

s *SUBTEST

MT0021

o
CBVT NS WO BB IR AR AN 2O BB IR A RN 2 S DR RE AR R =S
o

0o Co O 0o 0o 0o o 0o Co 0o Co 30 0o 0o 0 0o 00 00 GO oG0 Go Co G0 G0 Co o Co Go G0 Co 0o Go Go o O 0o 0o 0o G0 0o 0o

SETUP MARCHING 0°'S & 1°'S TEST»

SERREEAAAAAAANAAAAARAAAETRARAAAARARAARAAAAAAAAAAAARCANAAARACCRANRRCQCQCCRNROCCCQNCRRRS
SRR AR AR AN AR A A

710

SEQ 0209

PAGE 232

012737
01 70;
00473

AR A

SETUP MARCHING 0°'S & 1°S TEST

TN IR A AN AR AR RN AN AR AAN N

SET NOSCOPE

060000
000001

003754

000003

003754

000007

002100

MOV
MOV
CALL
MOV
SWAB
MOV
MoV
MOV
CMP
BEQ
CMP
BEQ
CMP

002260

MOV
MOV
MoV

#140000,R1
R1,R5
#MTPA21, SUPDOADD

CALL

SUPDO4

000021

a02630

002276

0412

160000

BNE

140000

034434
0§z212
034464
027226

3s:

002260

034520

002260

0
027226

002260

000177

002100

18:

140000

027034

4$:

027050

027050
027050
2436

CALL
Mov
CALL
MoV
MoV
CALL
MOV

SUPDO3
#MTPB21, SUPDOADD
SUPDO4
R4 ,R1
#MTPC21,SUPDOADD
SUPDO4
#MTPD21, SUPDOADD

CMP

#177 ,BANK

MOV
MoV
B8MOV
CALL

#140000,R1
R1.RS
MTPA21
SUPDO1

BMOV
CALL

MTPB21
SUPDD2

MOV
BMOV

R4 ,R1
MTPC21

BMOV
CALL

MTPD21
SUPDD2

BNE

CALL

28:

#21 ,REALPAT
BAKPAT ,R2
BACKGND
R2.R3
R3
#LAST+2,R1
R1,R5
#FIRST R4
#1,PROTYP
1$
#3,PROTYP
38
#7 ,BANK

CLR

RETURN

SUPDO2

NOSCOPE

RARAARNNAR RN AR

R RARRARRNRRRCRRR

R OS

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

;1S THIS AN 11/44?
sBRANCH IF IT IS
;IS THIS AN 117247
sBRANCH IF SO

=i
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

MT0021

SETUP MARCHING 0°S & 1°S TEST

8322 023162

<<MT0022

;*SUBTEST

MT0022

3 023162

004737

027000

5
9

015 7
012737
737
207

022022
0 gol.
027212

192

00
os
g 02321
8

004737

027000

81 737
12737

000053
034604

004737

027212

52
8338 023256

005037
000207

002002

002276
002260

L L

sCHECK FOR KAMIKAZE MODE

MOV
MoV
CALL
RETURN

#22 ,REALPAT
#MTP022 , SUPDOADD
SUPDO

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

14
0
4
S

SETUP REFRESH & SHIFTING DIAGONAL TEST

KAMITEST

MT0023: SUBTST
AR

CALL

;*SUBTEST
1
;

ON.ERROR THEN SRETURN

002276
002260

023214

SETUP REFRESH & SHIFTING DIAGONAL TEST>>

SEQ 0210

PAGE 233

MT0022: SUBTST
L

06-JUL-82 10:35

<<MT0023
L

MT0023

AR AN

SHIFTING DIAGONAL TEST>>

E RN

#23 ,REALPAT
#MTP022,SUPDOADD

CALL

SUPDO3

CLR
RETURN

DIAGFLAG

SHIFTING DIAGONAL TEST

MoV
MOV

DIAGFLAG

:DO IT IN SUPERVISOR MODE

CALL
KAMITEST
ON.ERROR THEN SRETURN
SET

sIF NOT IN KAMIKAZE MODE RETURN

R AR

R AR E AN

RN R RN RN R RN

LTI

NI RRRRNRR O RO ORE

sCHECK FOR KAMIKAZE MODE
sIF NOT IN KAMIKAZE MODE RETURN
sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
sIDENTIFY DIAGONAL TEST TO MTPO22

:DO IT IN SUPERVISOR MODE

R
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| MT0023

SHIFTING DIAGONAL TEST

8340 023260

06-JUL-82 10:35

SEQ 0211

PAGE 234

MT0024: SUBTST

<<MT0024

SETUP FAST GALLOPING PATTERN TEST>>

;*SUBTEST

MT0024 SETUP FAST GALLOPING PATTERN TEST

:.tt..tt.tt.t.t.ttt.t.t.ttt"tt..l...tt...t.t...t..tt.t..l.'.'..t'..'Q'OQ.Q.Q'.Q

:t't.ttttttttttttt'ttt'tttt'..ttttttt.Qtttt..tt..."tt.'.tttl..tl..tttt'tt"QQQ.

82:1 023260
8 g 0
94

8;2 8
8344

0
76

# 58
8
10
8347
023314
8348 023316
8349 023320
8350 82 2
8351 g 6
assg 023332
8353 023340
8354 0
5
8355 023350
8356 023352
8357 023360
8358 0
8359 0
8360 8 70
8361
76
8 ; 023400
8363
0 08
3334
10
3

369
8367 0
8
0

16
;2

9 023450
0
56
371
;l.
7;
472

H ;‘

500

8 79

504

g 75
37

78
g 79

g 1

382

508

023510
023512

513

524

004737

027000

012737

0000%4

013702
004737
010203
010
304
012701
012705
022737
001417
022737
001406
022737
001002
012705
104415
012737
000440
022737
001002
012705
104415

002620

CALL
KAMITEST
ON.ERROR THEN SRETURN

041236

060000
157776
000001
000003
000007
137776
035320
000177

003754
003754
002100
002260
002554

137776

3s:

1$:
48:

012737 172260 002260
012737 172260 177676
012737 172360 172272
012737 177660 172374
004737

SET
MOV

002276

027226

28:

MOV
CALL
MOV
MOV
SWAB
MOV
MOV
cMP
BEQ
CMP
BEQ
CMP
BNE
MOV
SAVREG
MoV
BR
CMP
BNE
MOV
SAVREG

BMOV
BMOV
BMOV

MOV
MOV
MOV
MOV

CALL

RESREG

00030
737

SWAB
CALL

5037

000207

027226

002436

NOSCOPE
#24 ,REALPAT

JSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

BAKPAT,R2
BACKGND
R2.R3
R3.R&
Ré
#FIRST,R1
#LAST RS
#1,PROTYP
1$
#3,PROTYP
33
#7 ,BANK
3s
#137776.RS
#MTPB24
, SUPDOADD
2
#177 ,LASTBANK
48
#137776.,RS
MTPA24
MTPB24 ,SDPARD, 8.
MTPC24 ,KDPARO,
8.

#SDPAR(
, SUPDOADD
#SDPARQ . UDPAR?
#KDPARQ, SDPARS
#UDPARO . KDPARG

:SET UP PAR LINKS

SUPDO4

;D0 IT AGAIN FOR COMPLEMENT DATA

104416

000305

;CHECK FOR KAMIKAZE MODE
sIF NOT IN KAMIKAZE MODE RETURN

SWAB

CLR

NOSCOPE

RETURN

R3
SUPDO4

MT0025: SUBTST

<<MT0025

SETUP INTERRUPT ENABLE TEST>»>

:*SUBTEST

MT0025 SETUP INTERRUPT ENABLE TEST

;ttttttttttt.ttt'tttt.t'ttttttttttttt.ttt'ttttttttttlt't'ttt!t.t.'Qtt.ttt'tt""
;ttiitttttttt'ttttttttttt'ttttt.t.ttttttttfit't.ttttl.Qtttttttttttttt."t.ttt.'t'

383 023524
S

54
55
$50

222

8390 0

574

IF ACTFLAG IS TRUE OR APTFLAG IS TRUE

012737

000025

002276

012737 035352 002260
004737 027212
000207

IF SPASS NE #0 THEN SRETURN
END ;OF IF ACTFLAG
IF PMEMFLG IS TRUE THEN SRETURN :EXIT IF NOT MS11-P

MOV

#25,REALPAT

MOV
#MTP02S , SUPDOADD
CALL
SUPDO
RETURN

:SETUP PATTERN NUMBER FOR TYPEOUT B DISPLAY
;D0 IT IN SUPERVISOR MODE

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

MT0025

SETUP INTERRUPT ENABLE TEST

8393 023602

0€-JuUL-82 10:35

MT0026: SUBTST

<<MT0026

s *SUBTEST

MT0026

9
0
1

19
0
1

~
WV
= NWWNW
NN =
NNNNONNNNNNNW

014000

000730

172376

024032

172360
177644

177642
172274

024040
024044
024050

6073
37 02410

3s:

036030
172360

SINITIALIZE RANDOM NUMBERS

#F IRST R1

:D0 WE HAVE AN 11/44?
*BRANCH IF WE DO
2117242

*BRANCH IF SO

#14000,R0
#MTPA26+4 ,MTPD26+14
#MTPA2
, SUPDOADD
6

SUPDO3

RANODD
#MTPB26+4 ,MTPD26+14
#MTPB26,SUPDOADD

1$:

48:

024004

SEEDHI .R2
R3.RS
R2.R%

:TRAPS DO NOT ADD TO THE PC

027212
002100

SEEDLO.R3

#3,PROTYP
33
#7 .BANK

036124
002260

000177

#26,REALPAT
PCBUMP

#1,PROTYP
1$

002100

036124
002260

SETUP RANDOM DATA TEST
VAR ANANAAAAAAAAARAAAAAAARAANAANARARATANROTRACRCROCRORRED

#SI1ZE/2.RO

003754

2737

—

giei
5

gt ¢
e
14

MOV
CLR
MOV
MOV
MOV
MOV

— o

OQO—=000

8408 0
8409 0
8410 0

002276

003754

8223883222888
fad
g
N‘“VVOVVN&é

g5 ¢
g¢

SETUP RANDOM DATA TEST>

SERRRAAAAAAAAAAAAAARAAERAATRAAAAAARAAAAAAAAARNAAAACANASARANCCRRRNRGIANROCROCQORRS

OO0 O0O0OOOO

8398 8
8399
8400 0
8401 8
840%
840 8

SEQ 0212

PAGE 236

SERAEAAARA AR AN AAAAAAAANT

o
o

#177 ,BANK
4%
#14000,R0

MTPA26

MTPD26, SDPARD,
8.
#KDPARQ,UIPART

:WRITE ROUTINE TO FAST MEMORY
:RANDOM SUBPROGRAM TO FAST MEMORY

:WRITES "BR .~116"" IN (BR SDPARQ)
:RANDOM SUBSUBPROGRAM TO FAST MEMORY

#UIPAR2. SDPARG
SUPDO1

;WRITE RANDOM DATA

MTPB26

*READ ROUTINE TO FAST MEMORY

RANODD

#KDPARO,UIPAR1

2%:

sSET UP NEXT LINK

SUPDO3
23

MTPC26,KDPARO8.
,
#730,KDPAR7

177642

:FOR ERROR REPORTING

SUPDO1
R3,SEEDLO
R2.SEEDHI

*FOR ERROR REPORTING

*SET UP PAR LINK

:READ RANDOM DATA
*UPDATE FOR NEW RANDOM NUMBERS

W1
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0026

SETUP RANDOM DATA TEST

06-JUL-82 10:35

MT0027: SUBTST

8440 024104

<<MT0027

R AR R

MT0027

;*SUBTEST

SEQ 0213

PAGE 238
UNIQUE BANK TEST>>

R R AR AR

R AR

UNIQUE BANK TEST

RN R R AR R AR R AR TR

RRN

PR R

RN RO PO Ee

CO0000O0O0O0ODOODOOOO

012737

000027

002276

022737

000001

003754

012737

027212

002520

01%737
012737

177646
027034

002260

002520

004737

047032

12700

060000

003754

036344

002260

#1,PROTYP

MOV
BR

#SUPDO3, L INK1
STARZ27

1$:
WARN7:

MoV

#SUPDO1,LINK1

BMOV
MOV

;IS THIS AN 11/44?

sBRANCH IF TRUE

MTP034
#UIPAR3, SUPDOADD

SET NOFSMODE

2 737

000001

003754

2737

036352

002260

4737

027212

05037
00207

R
S S

12701

022737

CMP

#1,PROTYP

MOV

#MTPO34 , SUPDOADD

BEQ

sSET UP LINK
sBRANCH TO RUN
sSET UP LINK

28: CALL

aL INK1

IF 1 EQ #2
CMP
#1,PROTYP

BEQ

MoV
38: CALL

#MTPO34+6, SUPDOADD
SUPDO3

END ;OF IF
END ;OF IF
END ;OF FOR BANK
END ;OF FOR I

IF FS7FLAG IS TRUE

002424

CLR _ NOFSMODE

RETURN

END ;OF IF FS7FLAG

FOR I := #1 TO #2
FOR BANK := LASTBANK DOWNTO #0
CALL EXBANK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE

047032

LET R2 := BANK
COM
R2
MoV
#FIRST RO
RO,R4
MOV
#SIZE.R1
MoV

I oo
010103

IF 1 EQ N

END ;OF IF

o000

cMP

BEQ

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

;CLEAR CSRS

LET R2 := BANK
MOV
#FIRST
RO
Mov
RO,R4
#SIZE.R1
MoV
MoV
R1.R3

RS Y

#27 ,REALPAT

CLRCSR

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
INVALIDATE
s INVALIDATE BACKGROUND PATTERN ON "BANK''

000001
156226

510

MoV

FOR BANK := #0 TO LASTBANK
CALL EXBANK

040000

004737

sMAKE SURE THAT EACH BANK CAN HAVE UNIQUE DATA
sWRITE AND READ THE BANK NUMBER IN EACH BANK (EXCEPT WHERE THE PROGRAM IS)

STAR27: FOR I := #1 TO #2

N Y IS e S

O nmmnrrru:nrzngg
R RS S SRR
S SR SRS

- AAAAAAAAAAAAAAAANAAAAEAARARAAAANARANAAARARAARNANAAAAACCARRCREARNARACVTACCOCRREROECRTOTRRS

040000

000001

MOV

003754

IF 1 EQ M

cMP

R1,R3

#1,PROTYP

- CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
MT0027

UNIQUE BANK TEST

mmvammsnm\ng!\\n X
3384 RO
O88y

OO0O0O0O0NOOCOOOO O

QOO

SRR
29SR

®@@@Ee
LN
=8 88522

8494 024464

036344

002260

000001

003754

036352
027212

002260

156020

002424

06-JUL-B2 10:35

BEQ

MOV

PAGE 238-1

#MTPO34, SUPDOADD

4%: CALL
aL INK1
IF
;OF
END

IF 1 EQ #2
cMP

BEQ

#1_PROTYP

MoV
#MTP034+6, SUPDOADD
5%: CALL
SUPDO3
IF
END ;OF

END ;OF IF
END ;OF FOR BANK
END ;OF FOR I
CLR
NOF SMODE
RETURN

SEQ 0214

CZMSPBO MSi1~L/M/P MEMORY DIAG. MACRO M1113

MT0027

UNIQUE BANK TEST

8511 024570

06-JUL-82 10:35

SEQ 0215

PAGE 240

MT0030: SUBTST

<<MT0030

s *SUBTEST

MT0030

CLR
SET
MTA030: MoV
MOV
cMP

PASFLG
FULLREL

SETUP FLUSH OUT DBE'S TEST>>

:.‘..t..t...t‘....fi...."'.‘.Q...'l'tt...............Q....Q."'..l.'.'t""'QQ'Q

SETUP FLUSH OUT DBE'S TEST

NISNIIIANTIISIR

NNSE8SS
228373
Roons~o
Y

002262

012737
012737

000030
000001

022737
001007

000001

012737

027034

012737
012737

036126

004737

047032

012701
012700
004777

040000
060000
155554

019757 027212

4$:

104470

1%:

IF PASFLG IS FALSE
SET PASFLG
CLRCSR
CALL RELOCATE
ON.ERROR
ECCINIT

g%;&?fl

S :\l

000207
002100
024602

133

~ VAW
o SOOI oS

i
Y

045204

013737

046070

000207

#SI1ZE,.R1
#FIRST,RO
aL INK1

END ;OF IF ACFLAG
END :OF IF MKFLAG
END ;OF FOR

00473

4%
MTP030
BMOV
MoV
:gLPDOl LLINKT
BR
#SUPDO3,LINK1
MOV
#MTP030, SUPDOADD
MoV
ECCDIS
;DISABLE ERROR CORRECTION
SET
NOF SMODE ,NOSCOPE
FOR BANK := #0 TO LASTBANK
CALL EXBANK
IF MKFLAG IS TRUE
IF _ACFLAG IS TRUE AND RRFLAG IS FALSE

Mov
MoV
CALL

R
R
A
I
N

10450

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
sINDICATE COUNT PARITY ERRORS

#30 ,REALPAT

#1_,NOPAR
#1,PROTYP

BNE

005037

104472

[=1=1=1=1=1

548

OO0
OOOO0O0OO0O0OOODOO0O00O0O0O0O0O0O0O0O0O0OOOOOOOOOOOO

NN =0 VR NO VS WNIN <O VRN
VIS

VIV N O S P o o
W)=
O
V0N~ Wi WO =0

00 G0 0o 0o 0o 0o 0o00 00 O 0o O G0 00 o
mowomoomm
VIV
LAWY
VAR
VIT AT AT
A VTT
A AVIV AWM MWV

ddflddddg

NS W

:...t.....'.tt..tt.....t'.t.'.t..t...........Q........l.....'..'."t.t".'..t"l

;CLEAR CSRS
sTRAP ON DOUBLE BIT ERRORS (NORMAL)

NOF SMODE ,NOSCOPE , FULLREL

END ;OF ON.ERROR
NEWBANK ,BANK
MOV
CALL EXBANK

CALL

MTA030

ECCINIT
;TRAP ON DOUBLE BIT ERRORS (NORMAL)
CALL
UNRELOCATE
RET URN
END ;OF IF PASFLG
ECCINIT
sTRAP ON DOUBLE BIT ERRORS (NORMAL)

ICI%;&N

NOF SMODE ,NOSCOPE , FULLREL

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

MT0030

SETUP FLUSH OUT DBE'S TEST

8556 025072

06-JUL-82 10:35

SEQ 0216

PAGE 242

MT0031: SUBTST

<<MT0031

:*SUBTEST

MT0031

SETUP SOB-A-LONG TEST>>

;tt.t.t.t.ttt.t...t'tt"tt..ttt.tll.tQt.t..t.t.t.tt.....t.'.'Qt'tt.t't..t.t.t.‘.

SETUP SOB-A-LONG TEST

:.ttttt..tt..t.ttt...'..QQ......tlt.ttt...Q'.Q..'t'...'l.ttt..lQ".tt.t..tt!'t'.

8557 025072

004737

560 025110
8561 8 sng
mi 51
gse 0251
564 025144
8565 025156
gs&g 5160
567
025164
8568 5193
3599 025172
8570 025176
8571 025206
as7§ §212
8573
025216
574 025220

012737 000031 002276
005037 002074

8558 8 507
gsso 510

575 025226

579
577
578
gsro

5
025
025240
5242

580 025250
8581 8 5254
8582 025260

104417
013702
o1o;oo
012701
012705
012737
012737
005737
001005
8537 7
001405
oogagr
023737
001003
012737
004737
005037
000207

027000

CALL

KAMITEST

ON.ERROR THEN SRETURN
SET
NOSCOPE

:CHECK FOR KAMIKAZE MODE

*IF NOT IN KAMIKAZE MODE RETURN

060056
060002 002260
160000 002520
002454
172252 172254

MOV
#31 REALPAT
:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
CLR
NOPAR
SSETUP PARITY ACTION
MAP
BANK
*MAP FIRST SO BLOCK MOVE WORKS
TESTAREA
*ENTER TEST MODE
BMOV
MTPO31,FIRST,SOBLENGTH/2
KERNEL
;ENTER KERNEL MODE
MOV
S0BK ,R2
MOV
R2,R0
MOV
0160776.“
;COMPLEMENT OF INSTRUCTION ‘'SOB RO,DOT''
MOV
#F IRST+SOBLENGTH, RS
MOV
#FIRST+2, SUPDOADD
MOV
#LAST+2,LINK1
ST
NOSUPER
BNE
1$
cMP
SIPARS, SIPARG

177652 177654 1$:
140000 002520 2%:

B8R
CMP
BNE
MOV

002560
100776

027226
002436

3s:

BEQ

CALL .
CLR
RETURN

SUPDO4
NOSCOPE

38
UIPARS,UIPAR6
3s
#140000, L INK1

L
CIMSPBO MS11-L/M/P MEMORY DI?G. MACRO M1113
MT0031
SETUP SOB-A-LONG TES

8585 025262

06-JUL-82 10:35

SEQ 0217

PAGE 244

MT0032: SUBTST

<<MT0032

s *SUBTEST

MT0032

SETUP WRITE RECOVERY TEST>>

:'..t'tt..'.'..t...fi.'..'...fi.Q..Q...‘..Q'i..'.'.".....Q."Q"..QQ..'.'.....QQ'

SETUP WRITE RECOVERY TEST

~
W
~

:...tt'....'.tt..tt......."l...Q.."'.....t."'..'...........'..'.Q.'t'.".O.'Q

§§88888
Erucru NN

010247

d cd
e

-2 N =NN
N
S,|
—WN—=OW
o
W
-V

\flvzggfb

002276

002520
060000
160000

002522
002454

172254

177652

177654

18:

2%:

002522
3s:

025434

4$:

8 5446

ggseso

003754

5460
5466

5$:

5470

ls.n

300
NINONONY SN —

Yoy
grflU“h
oD =S

524
S
b

002260

SR=8 SEEEE;?B

512
516

KAMITEST

:CHECK FOR KAMIKAZE MODE

MOV
CLR
MAP
MOV
MOV
MOV
MOV
MOV
MOV

#32 REALPAT
NOPAR
BANK
#10247,R0
#177667,R1
#SIZE/2.R2
R2,LINK1
#FIRST,R3
#LAST+2,Ré

:SETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY
*SETUP PARITY ACTION
*MAP FIRST SO THAT THE BLOCK MOVE WORKS
*OP CODE OF INSTRUCTION 'MOV
R2,=(P()'*
:0P CODE OF COMPLEMENT OF INSTRUCTION “‘JMP (RO)'’
*USED FOR 1/2 BANK LOOP

NOSUPER

CLR

172252

000001

CALL

gzisnaoaMr)gggp:mm

177667
020000

WW
~

565
025426

Vi i
wvivawnwn

541

g 5613

—

£331 8ohsies
5370

C"DCNO%;
nNONN—

594 025
595 8 5
5
5

~
w
~

000032
002074

cococooo

i
%1
gggl g 1

027000

SF,
v

858? 025262
5
858

6$:

003754

7%:

*IF NOT IN KAMIKAZE MODE RETURN

LINK2

18
BNE
CMP
SIPARS, SIPARG
BEQ
2$
BR
3s
cMP
UIPARS ,UIPAR6
3s
BNE
MOV
#140000,
R4
MOV
#14000,
R2
R2,LINK1
MOV
MOV
#1.LINK2
TESTAREA
;ENTER TEST MODE
TEST
UNDER
MEMORY
TO
TEST
:MOVE
RO, (R3)+
MoV
R1.=(R4)
MOV
S08
R2.4$
#1,PROTYP
cMP
BNE
5%
:MOVE LAST PART OF TEST TO FASTCITY
BMOV
MTPO32
KERNEL

MoV
MOV
MOV
MOV
ST
BEQ
MOV
CALL
MOV
MOV
MOV
ST
BEQ
MOV
CMP
BEQ

;ENTER KERNEL MODE

#5141,R2
#10$,R0
SLAST+2,R1
#F IRST, SUPDOADD
LINK2
6$
#140000,R1
SUPDO4
#SIZE/2.R3
#110,RS
#FIRST.RG
LINK2
7%
#14000,R3
#1,PROTYP
8s

;0P CODE OF INSTRUCTION ‘'COM
:ADDRESS TO RETURN TO IN RO
‘TOP OF BANK

=(R1)"

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35 PAGE 244~1
MT0032 SETUP WRITE RECOVERY TEST
8639 0 5596 012737 036214 002260
8640 025574 004737 027226
8641 (
;

au.g 0 ssog ooalfg 027050
8643 0
8644 025612
ggzz

005037 002436
000207

8s:

9s:
108:

MOV
CALL
BR

CALL

#MTP032, SUPDOADD
SUPDO4
9s

SUPDO2

CLR
NOSCOPE
RETURN

sTHIS RETURN ACTS AS A NORMAL RETURN FROM MT0032
sALSO A RETURN FROM THE ‘‘CALL

SUPDO4'' ABOVE

N1
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MT0032

SETUP WRITE RECOVERY TEST

8649 025614

06-JUL-82 10:35

SEQ 0219

PAGE 246

MT0033: SUBTST

<<MT0033

*«SUBTEST

MT0033

SETUP BRANCH GOBBLE TEST>>

SEEAAEEAAAAAAAAAAAAAEAE
AR R AAAAAARAAAAAAAAAAAAAAAAAANAAAARACRACRARACRCRACRCERERRE RS

SETUP BRANCH GOBBLE TEST

38 I &
sSOoNSONS

OCOOO0O

vt
AV AW

DRORER

NNNNNNNNNNNNN
OOV

Vi
~
~

027000

012737
005037

000033
002074

CALL

MOV

002276

CLR
MAP

104417

012705
012737

01270
0127
005737

060076
060004
06000%
06000
160000
002454

002260
002520

1405

177652

177654

18:

g 140000 002520 2%:
4737
05037
000207

3s:

027226
002436

002276

002102
003754

177646

002260

022737

000001

003754

737

036352
027212

002260

022737

000001

003754

sSETUP PATTERN NUMBER FOR TYPEOUT & DISPLAY

1$:

2%:

sSETUP PARITY ACTION
sMAP FIRST SO THAT BLOCK MOVE WORKS
ENTER_TEST MODE

KERNEL

;ENTER KERNEL MODE

BMOV

MTPO33,FIRST,GBLENGTH/2

MOV
MOV
MOV
MOV
MOV

#F IRST+GBLENGTH
RS

#F IRST+4, SUPDOADD

#FIRST+2,R1

#FIRST+3,R2
#LAST+2 LINK1
NOSUPER

1$
SIPARS,SIPAxo
2%

BNE
CMP
BEQ
BR
CMP
BNE

UIPARS ,UIPAR6

MOV

#140000,L INK1

CALL

SUPDO4

CLR

s*SUBTEST

000001

#33 REALPAT

TESTAREA

NOSCOPE

RETURN
AR

000034
060000
040000
002606

sCHECK FOR KAMIKAZE MODE
sIF NOT IN KAMIKAZE MODE KETURN

NOPAR
BANK

TST

e 172252 172254
7

KAMITEST

ON.ERROR THEN SRETURN
NOSCOPE
SET

MT0034: SUBTST

004737

oo
O
=l=d=]

gessesses

ARV S

OO0 0O0O0O00O0O0O000

OO0

AR A S

Seeees

SERAEAERAEAARRAAANAREARRRARARNAXAARAAAARRARACAAARRACCCEARARAARANRASRANACARTRORERES

A R

<<MT0034

A A

MT0034

Al AR d

SOFT ERROR - BACKGROUND PATTERN TEST>>
R

AR R AR AR AR AR AR AR AR

SOFT ERROR = BACKGROUND PATTERN TEST

ittt

il ittt

#34 ,REALPAT
MOV
MOV
#F IRST
RO
#SI12E.R1
MOV
MOV
SOFTPAT
R2
MOV
R1,R3
MOV
BANK INDEX ,R5
RO,R4
MOV
CMP
#1,PROTYP
BNE
1%
MTPC34
BMOV
MOV
#UIPAR3,SUPDOADD
IF #B8IT13 SET.IN CONFIG+2(RS)
:BACKGROUND PATTERN IS VALID
CMP
BEQ
MOV

J 5

ggLL

AR AR AR AR AT A A AR

#1,PROTYP
2%
#MTP034+6,SUPDOADD

SUPDO3

#1_PROTYP

;IS THIS AN 11/44?
;BRANCH IF NOT

;READ IT

sBACKGROUND PATTERN HAS BEEN INVALIDATED
cMP

AR AR AR

dddsdl]

B 2
' czsgno MS11-L/M/P MEMORY DIAG. MACRO M1113

| MT0034

SOFT ERROR - BACKGROUND PATTERN TEST

8700

3701
702
8703

026122

001

026132
0261

004737
;

6126 01

BEQ

osgu. 002260

MOV

027212

8704
3s:
3705 026140
6144 ou’ig
052765 027034
osoooo 0026564 4$:
70?8

3;30

6152

000207

8709 026154

710
711
71

871

71%

06-JUL-82 10:35

CALL
BR

#MTP034.SUPDOADD
SUPDO3
43

CALL #BIT13,CONFIG+2(RS)
SUPDO?
BIS

END :OF IF #8IT13

RETURN

<<MT003S

t#SUBTEST

MT0035 SETUP WORST CASE NOISE PARITY TEST

012737 000035 002276
013703 002102
863;31 002652
1

2701

:.....'.'.....'.'..t""""..t.'.'....t.".......'.'...‘.."".""..."'...Q..

177760

MOV
MOV
MOV

#35 ,REALPAT
BANK INDEX ,R3
CONF IG(R3) ,R1

BIC

#°C17.R1

SWAB

718

001001

BNE

R1
R1,CSRNO
CSRNO, PGMCSR
18

720
721
7 g

1 ; 052524
18:
0047
0415
12737 039 70 002260

MOV
CALL
MoV

#52524 ,R2
BACKGND
#MTPO3S
, SUPDOADD

23737 002150 002530

803;07

737

725

510;

8728

000207

sr 9
7

73
737

027212

061536
027226

cMP

RETURN

;SET UP TEST NUMBER FOR DISPLAY

ASL
MOV

7
724

SETUP WORST CASE NOISE PARITY TEST>>

:"..".....'.....'..'Q.'.'..'.......Q.........'.'.'....Q""".Q.""""."'Q'

1
81 137 002150

719

SWRITE
IT IT
*VALIDATE

MT003S: SUBTST

715
719

871

SEQ 0220

PAGE 246~1

;WRITE BACKROUND OF ALMOST ALT. 1°S AND 0°S

CALL
SUPDO3
IF QVFLAG IS TRUE THEN SRETURN

CoM

CALL
CALL

RE TURN

BACKGND
SUPDD4

;WRITE COMPLEMENT PATTERN INTO MUT

c 2

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
MT0035

SETUP WORST CASE NOISE PARITY TEST

8730 026266

056310
026314

SEC 0221

PAGE 247

MT0036: SUBTST

<<MT0036

SETUP CORRECTION CODE TEST>>

*«SUBTEST

MT0036 SETUP CORRECTION CODE TEST

.........."......Q.Q'Q'Q."............Q.Q..........Q'.'.'.QQQQQ.Q"..'.'....t

t'.t..fi...t.'.....Q...""'...l...Q........".'t...'....'."..."'.'.Q"Q."'.Q

012737
004737
005037
005000

000036
041336
002265

873
o 6 13 012701
100000
737 026322
004737 046720
738 036 6 0046737 036532

8739 026332
8740 026336

06-JUL-82 10:35

004737
000207

047006

002276

IF PMEMFLG

IS FALSE THEN SRETURN ;IF NOT MS11-P THEN EXIT

MOV
CALL
CLR
CLR

#36,REALPAT
GETCSR
PASFLG
RO

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
:GET CSR INFO FROM CONFIG TABLE
:CLEAR LOOP COUNTER
:GET TEST DATA

CALL

MTPO36

*EXECUTE TEST

MOV
CALL

CALL
RETURN

#100000,R1
MAPKERNAL
UNMAP

*GET
FIRST ADDRESS IN BANK
‘MAP KIPARS AND 6 TO BANK
*REMAP KERNAL SPACE

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

| MT00%

SETUP CORRECTION CODE TEST

8742 026340

06-JUL-82 10:35

t
.
|

SEQ 0222

PAGE 248

MT0037: SUBTST

<<MT0037

SETUP ECC DISABLE TEST>>

S wSUBTEST

MT0037 SETUP ECC DISABLE TEST

SERAAAAAAAAAAAAAAAAAREAERARARNRANARNNACANAARANANAACRCARANRCNAQCCACCOONNCRONOOOOES

AR AAARAAA AR AA AR RN A

743 026

IF PMEMFLG

TR RN RAAARARANNARRARAARANAANACRCAANANNNNNNRRCCRROCOTERROOTRS

IS FALSE THEN SRETURN :RETURN IF NOT A MS11-P

744
745
746

026350 012737 000037 002276
012701 100000
026
00

MOV
MOV
CLR

#37 ,REALPAT
#100000,R1
RO

;SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
:SET UP TEST ADDRESS
*CLEAR DATA TO BE WRITTEN

74
750

2‘74 8827;7 036756
00
737 047006

CALL
CALL

MTPO37
UNMAP

*CHECK ECC DISABLE
*REMAP KERNEL SPACE

747
ng

8751

026
6370

004737
004737

026404

000207

8754 026406

046720
0413

CALL
CALL

RETURN
MT0040: SUBTST

<<MT0040

S *SUBTEST

MT0040

*MAP THIS TEST TO KERNEL SPACE
*GET CSRINFO FROM CONFIG TABLE

:tttt.tt...ttt.t..tt..'t"..ltt...ttttQ't.'tt.!'ttt.t'.lt".t..t.......t""".t

SRR AR

8755 026406

MAPKERMAL
GETCSR

000207

AR AR

RETURN

R R TR R R A AR AR AN AN R AR AR AR AAN

AN RN R RN

NRAARARRA RO

RRRNRRROORS

g%m MS11=L/M/P MEMORY DIAG. MACRO M1113
8757 026410

06-JUL-82 10:35

MT0041: SUBTST
PR

;*SUBTEST
P

8758 026410
759 0264
760 0264

761 8 64

76§
763 026444

764 026450

012737
004737
004737

000207

000041
041336
027212

002276

<<MTO041

SEQ 0223

PAGE 249

SETUP ADDRESS TO (SR ON DOUBLE BIT ERROR TEST>>

MT0041

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST
L

IF PMEMFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
MOV
#461 ,REALPAT
sSETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
CALL
GETCSR
sGET CSR NUMBER AND ADDRESS FROM CONF IGURATION TABLE

LET SUPDOADD := #MTPO41
LET R1 := #FIRST
CALL SUPDO3

RETURN

sSET UP TEST ADDRESS

sSET UP FIRST ADDRESS
sEXECUTE ADDDRESS TO CSR TEST IN SUPVISIOR MODE

F o2
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MT0041

06-JUL-82 10:35

SETUP ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

8766 026452

SEQ 0224

PAGE 250

MT0042: SUBTST

<<MT0042

SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST>>

teSUBTEST

MT0042 SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST

:t...t't..t......I..Q.....'Qt..'.....t...Q...QQ'Q.Q...Q......t...Q.Q'...Q."Q.l'

“QQ..'.'...'.'.Q'...'.Q'.."..t....'.'.Q..............".....Q.'..Q...QQ'..."'.

767 0 02645

7
7

0
770

71
775
77

01573 000042 002276
012701 ] 1
%ll:
7 046
7

7
7 ;

061%0

037
047006

IF PMEMFLG IS FALSE THEN SRETURN :EXIT IF NOT MS11-P

MOV
MOV
CALL
CALL

CALL
SEA%{.M

#42 REALPAT
#100000,R1
MAPKERNAL

GETCSR
MTPY42
UNMAP

:SETUP PATTERN AND NUMBER FOR TYPEOUT AND DISPLAY
SSET UP TEST ADDRESS
*MAP TO KERNEL SPACE
sSET UP CSRINFO FROM CONFIGURATION TABLE

sCHECK EXTENDED UNIBUS ADDRESS T0 (SR
sREMAP KERNEL SPACE

6
CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MT0042

06-JuL-82 10:35

SETUP EXTENDED UNIBUS ADDRESS TO CSR TEST

8776 026516

MT0043: SUBTST
R

s *SUBTEST

SEQ 0225

PAGE 251

<<MT0043

SETUP WRITE BYTE CLEARS SBE TEST>>

MT0043

L L LRt

LRI

SETUP WRITE BYTE CLEARS SBE TEST

;'......Q.....'.'......."'...'Q...'...'......'....'..'.'.....Q'.'.."Q.".'."'

8777 026516
8778 026526
8779 026534
8780 026540
8781 026544
n; 026550

012737
004737

000043
046720

004737

037436

004737

78 0 6554 000207

784

002276

047006

IF PMEMFLG_IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
MOV
#43,REALPAT
;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
CALL
MAPKERNAL
IMAP TO KERNEL SPACE
LET R1 := #100000
:SET UP TEST ADDRESS
CALL MTP043
PERFORM WRITE BYTE TEST
CALL UNMAP

RETURN

026556

MT0044: SUBTST

<<MT0044

*REMAP KERNEL SPACE

SETUP SHIFTING 1/0°S THROUGH IME CMECK BITS TEST>>

:'...'.............'I"."'...Q......'..'.Q.'......Q.Q"..'!.'...Q.".".""."

*«SUBTEST

MT0044 SETUP SHIFTING 1/0°S THROUGH THE CHECK BITS TEST

:......'.....Q.......'."i‘Q...l......'......................"'.'.'...Q'.'.".i

785 026556
786 026566
73' 026574
788
026600
789 0
790 026612
791 026616

8792 026620

793
0
79
795 22‘
79
79
798 8 225
799
026656
026660

012737
004737

000044
041336

004737
000207

027212

002276

IF PMEMFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P
MOV
#44 REALPAT
;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
CALL
GETCSR
:GET CSR NUMBER AND ADDRESS FROM CONF IGURATION TABLE
LET SUPDOADD := #MTPO044
:SET UP TEST ADDRESS
L
LET R1 := WFIRST
*SET UP FIRST ADDRESS
Il
CALL SUPDO3
*EXECUTE ADDDRESS TO CSR TEST IN SUPVISIOR MODE
RETURN

MT0045: SUBTST

<<MT004S

SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR>>

: «SUBTEST

MT0045 SETUP SYNDROMES TO CSR ON DOUBLE BIT ERROR

MT0046: SUBTST

<<MT0046

: *SUBTEST

MT0046 SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET

:."Q..'.'....'.'....'.'.'.'.....'..l..............Q'.........'..'..."."......

:..............’..t."""'.'........'...Q'.'Q...'..'.."..'Q.'.'..'..".""".

012737
004737
004737
004737
000207

000045 002276
046720
0401564
047006

IF PMEMFLG IS FALSE THEN SRETURN :EXIT IF NOT MS11-P
MOV
#45,REALPAT
;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
CALL
MAPKERNAL
:MAP TO KERNEL SPACE
LET R1 := #100000
:SET UP TEST ADDRESS
CALL MTP04S
:PERFORM SYNDROMES TO CSR ON DOUBLE BIT ERROR
CALL UNMAP
*REMAP KERNEL SPACE
RE TURN
;
SETUP CHECK SINGLE BIT ERRORS WITH ECC DISABLED TET>>

:'.......'..'.'.t..."""'..........".'.'.......t...'....'...."...."'.."'.'

:...'..".....i....'.'..'..".i........'.....fl'..........'."..'..'...Q..."'Q'Q

;

8804
5

6670

703
7
216

6720

012737

004737

737

737
000207

000046

046720

002276

040342

IF PMEMFLG IS FALSE THEN SRETURN :EXIT IF NOT MS11-P

MOV

CALL

#46,REALPAT
MAPKERNAL

:MAP TO KERNEL SPACE

LET R1 := #100000

:SET UP TEST ADDRESS

CALL UNMAP
RE TURN

*REMAP KERNEL SPACE

CALL MTP046

047006

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
:PERFORM TRAPS DECTECTED ON SBE WITH ECC DISABLED TE

MT0047: SUBTST <<MT0047
SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST>>
: *SUBTEST
MT0047 SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST
:'.'."'.'.....'t..'...."....'.......'....".........l..'....'..."Q.'..'.'.'"

:Q................Q..Q..Q"Q'...'.!'.Q'..".Q..Q....."..fi...".."'.'t..".'-'I

10
11
1;
1
14
15

026730
026736
7%
74
026752
026756

8816 026762

012737
004737

000047
046720

004737
004737

040702
047006

000207

002276

IF PMEMFLG IS FALSE THEN SRETURN ;EXIT IF NOT MS11-P

MOV
#47,REALPAT
CALL
MAPKERNAL
LET R1 := #100000
LET R2 := #120000
CALL MTPO47
CALL UNMAP

RETURN

;SET UP TEST NUMBER FOR TYPEOUT AND DISPLAY
:MAP TO KERNEL SPACE
:SET UP TEST ADDRESS
:
SECOND TEST ADDRESS
*PERFORM NC UPDATE TO CSR ON SBE WITH DBE
REMAP KERNEL SPACE

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

MT0047

06-JUL-82 10:35

SETUP NO CSR UPDATE ON SBE WITH EXSISTING DBE TEST

8819 026764

<<MT0999

s *SUBTEST

MT0999

6;9‘

005037

6776

000207

026770

8824 027000

002276

CLR

ggzg 0270
0270

SETUP NULL TEST>>

SETUP NULL TEST
e

L L

LT LT

LIy

NULLFLAG

KAMITEST:SURTST <<CHECK FOR KAMIKAZE MODE>>
R

REALPAT

RETURN

g ;8 g

SET

;*SUBTEST
5 027000

SEQ 0226

PAGE 253

MT0999: SUBTST
P

R A

AN R

R R AR AR AN R R RN RN R AN AR RN R AN

R VR AR IR AR E AR R RN R RN

CHECK FOR KAMIKAZE MODE

AR AR AN AR AN AR AT AR NN AR A AN

AR RN AR A AN RAN AN AN AANRAAANNNRAC RO

IF KAMIKAZE IS TRUE OR ACTFLAG IS TRUE OR APTFLAG IS TRUE

EL?E!ETW NOERROR

sRUN THE TEST

SRETURN ERROR
END ;OF IF KAMIKAZE

sDON'T RUN THE TEST

ERORRRE NS

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

CHECK FOR KAMIKAZE MODE

8832 027034

3 027034
S

4
-

;
T
1.
B8

7114
71
4l
71
71

45
I

714
7144

B
38
1.
5
4
B8
i
R8¢
e
R8¢
R86

<<SUBR

EXECUTE PATTERN IN SUPERVISOR>>

:«SUBTEST
MAP

SUBR
BANK

EXECUTE PATTERN IN SUPERVISOR
:MAP SUPERVISOR SPACE (TEST AREA) TO BANK

7142

004737

060514

SUPDO2: CALL
PUSH

MoV
MOV

104
0105
010620
13

1;7
13737
12700
14002
1400

002156

85 130
smo
002174

14004

81400%
01400

000207

MOV

7146
014001
7150
014000
715
71
0127
000740
71
582‘ 4
7193
737 177640
7
104423
7174 104417
"58 000004
75
7210

AR AAA R AR AR AR AR AR RN AN NN AR RN N RN R AR RNNRARANNN NN A NCNARARAVRCRCCQGNROGCROOORRS

;....tt.tt..t.'..t....'.t.'..l..........Q'Q'...Q.'t..'..t..Q'QQ.Q.....'..Ql.'...

erne
810
7103 §1o§

ngi
71
71
m

SEQ 0227

PAGE 255

SUPDO1: SUBTST
AR

010037 002156
0 818 00 002160

R
B
T
1.
1.

06-JuL-82 10:35

002610
002612

TAG4LS:

GETDIS
SLPERR,SLPADR

RO, SUPDRO
#SUPDR1,RO

o
ai.(uo)o
8

MOV
MOV
MOV
MOV

R&. (RO)+
RS, (RO)+
SP, (RO) +
SUPDRO,
RO

MOV

-(R0O) ,Ré

MOV
MOV
MOV
MOV
MOV
MOV
MOV

#TAGLS
, SLPADR
SLPADR, SLPERR
#SUPDR6+2,R0
-(R0),SP
-(R0) ,RS
-(RO) ,R3
-(R0) ,R2

MOV
-(R0) ,R1
MOV
-(R0) ,RO
SUPERVISOR
MOV
#SUPSTK,SSP
CACHOFF
CALL
FASTCITY
CACHON
KERNEL
SCOPE
POP
SLPADR, SLPERR
RETURN

:ENTER SUPERVISOR MODE
:TURN CACHE OFF
:CALL TO THE USER INSTRUCTION PAR'S
:TURN CACHE ON
:ENTER KERNEL MODE

11=-L/M/P MEMORY DIAG. MACRO M1113

ECUTE PATTERN IN SUPERVISOR
1

aastataaas

~NW

PO RN
T

JIREIR

N =\
~N&SN
oW
W

22823%288 e
—

SUPDO4: CALL
PUSH

MoV
MOV
MOV
MOV
MOV
MOV

002156
002160

002156
027306
002610
002174

MOV
MOV

002610
002612

MOV
MOV
MOV
TBG4S: MOV
MOV
MOV
MOV
MOV
MoV
MOV
MOV

000700

152674

BEQ
MOV
B8R

MOV

CACHOFF

CALL
CACHON
KERNEL
SCOPE

POP

RE TURN

SEQ 0228

PAGE 257

BANK

GETDIS
SLPERR,SLPADR

sMAP SUPERVISOR SPACE

RO, SUPDRO
#SUPDR1,RO
R1, (RO)+
R2.(RD)+
R3. (RO)+
R&. (RO) +
RS.(RO)+
SP,(RO)+

SUPDRO,
RO
#TBG4S
. SLPADR
SLPADR . SLPERR
#SUPDRG+2,
RO
,SP
-(R0)
-(R0) .RS
-(RO) .R&
-(R0) .R3
-(R0) .R2
-(R0) .R1
-(RO) .RO

TESTAREA
ST
NOSUPER

002454

000740

06-JuUL-82 10:35

SUPDO3: MAP

060514

—

=83aIFAN

sssepsy ¢

3
g

sENTER SUPERVISOR MODE

18
#USESTK,USP
2
#SUPSTK,SSP
@SUPDOADD

SLPADR, SLPERR

;TURN CACHE OFF
:TURN CACHE ON
sENTER KERNEL MODE

(TEST AREA)

TO BANK

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MEMORY TEST PATTERN ROUTINES

8903

06-JUL-82 10:35

.SBTTL

SEQ 0229

PAGE 259

MEMORY TEST PATTERN ROUTINES

8904

Re
e

8905
890?
890
8908
8909

; PATTERN REGISTER CONVENTIONS
:
RO
FIRST ADDRESS OF PATTERN (FIRST,LAST+2,ETC)
:
R1
NUMBER OF ADDRESSES IN PATTERN (SIZE)
;
R2
DATA FOR PATTERN (ONES,52525.ETC)
:
R3
COPY OF R1 (IF NECESSARY)

8910
8911

:
:

391%

8913

Ré
R5

COPY OF RO (IF NECESSARY)
COPY OF R2 (IF NECESSARY)

027404

MTPO00: SUBTST

<<MTP000

; *SUBTEST

MTPO00 BASIC DATA TEST

010220
077102
000240
012401
020102
001402
104430
000240
077306
000207

8925 027430 010220
062702

8929
0 7642
8930 027444
8931
027446
89 §
76450
89
7452
8934
027456

124600
020005
001401
104427
89;7 5
307
000207

39 50 7663
936

02746,

28:

38:

077106
240

MOV
S08
NOP
Mov
CMP
BEQ
PERRO2
NOP
S08

RETURN

MTPO01: SUBTST
IR

89 g 027432

89
8 76436
8928
027440

18:

000002

027462 010540

000002

027476
7sog
7502
944
027504
5 027506

162702
012401
020102
001401
104430

000002

939
89&0

941
89‘;

027470
2672

8946 027510
8947 027512

077104
240

077307
000207

MTPO01
R

R R AR AN

<<MTP002

3:
18:

28:

MOV

R AR AR AR RN R AR AR R AN

#2.R5
R3.18

A N AR TR NN

RN AR RN R R PR

R AR

;177640

R1,3$

V177646
:V177650

#2,R2
(R4)+,R1
R1,R2
2%

R3.18

R RR NS

R RRRR

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)>>

RS.-(RO)

SuB
Mov
cMpP
G
PERR0O2

sV177646
:V177650
sV177652
sV177654
:V177656
:V177660
:V177662
:v177663
V17767

R I N R AR AN AR AR RN RN

#2,RS5

JV177642

MTPO02 COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)

ADD

S08
RETURN

:V177640

R AR AN

R AR AR

S08
NOP

AR RN AR R AR R AR AR AR AN AR E RN R N AR

ADDRESS TEST

R1.3%

062705

;V177662

#2,R2

RETURN

7694

ADDRESS TEST>>

MTP002: SUBTST

;*SUBTEST
8937

<<MTPOO1

(R6)+,RO
RO.RS
2%

28:

R3.28

(RG)+.R1
R1.R2
3s

R2,(RO)+

S08
NOP

:V177640
$V177642
sV177644
:V177646
:V177650
sV177652
sV177654
:V177656
:V177660

Mov
CMP
BEQ
PERRO1
ADD
S08

R2,(RO)+
R1,MTPO00

AR AN RN

ADD

18:
000002

; *SUBTEST
5:
MoV
AR

BASIC DATA TEST>>

8914 027404
8915 027406
8916 027410
8917 027412
8918 027414
8919 027416
8920 027420
8921 027422
89 § 027424
8923
027426
8924 027430

L e

sV177642
:V177652
:V177656
;V177660
:V177662
:V177664

:V177666
V177670

AR AR

AR RN RN RN RN R

E AT EA TN I RN

R N RRR S

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

MTPO02

06-JuUL-82 10:35

COMPLEMENT ADDRESS TEST (WRITE DOWN, READ UP)

8950 027514

SEQ 0230

PAGE 261

MTPAO3: SUBTST

<<MTPAO3

3 XOR 9 WORST CASE NOISE TEST (WRITE)>>

*«SUBTEST

MTPAO3 3 XOR 9 WORST CASE NOISE TEST (WRITE)

:.t..'.................""'......'...Q.........'.....Q....'.'Q.'.....Q"'.'Q'..

:'...'..'....'.....Q.Q."'..'....................""..'..........Q.....'Q.'....

8951
895
895

:R1 = ADDRESS
R2 = SMALL LOOP CONSTANT
R3 = NUM OF ADD TO TEST (LARGE LOOP)

8954
8955
8956

8957 027514
8958 027516
8959 027520
8960 027522
8961 027524
892 027526
8963 027530
8964 027534
8965 027536
8966 027540
8967
027542

010421
010421
077203
005104
052704
000401
012702
077311
005104
052704
000401

18:

000004

8968 02754 012705 000100
8969 027550 077317
8970 027552 000207

8971

8975 027554

WARN2:

WARN3:

*Re = GOOD DATA
RS = MEDIUM LOOP CONSTANT
.ENABL LSB

MOV
MOV
S8
OM
BIS
401
MOV
SOB
oM
BIS
401

R&,(R1)+
RG.(R1)+
R2.1$
R&
(PC)+,R4

.DSABL

LS8

#4,R2
RS.1$
Ré
(PC)+,Ré

MOV #64. RS
S08
R3,i$
RETURN

MTPBO3: SUBTST <<MTPBO3

V177640
V177642
V177644
V177646
V177650
V177652 WARNING LOCATION IS MODIFIED BEFORE LOADING
V177654
V177660
V177662
V177664
V177666 WARNING LOCATION IS MODIF IED BEFORE LOADING

V177670
V177674
V177676

3 XOR 9 WORST CASE NOISE TEST (READ)>>

:.....'..t..'......'Q'.'......'...Q'...".........l'....l'..'.Q'."'.l.'....".'

**SUBTEST

MTPBO3 3 XOR 9 WORST CASE NOISE TEST (READ)

:.....O'..'Q'........"""Q....l'.......Q.t..'.'.tt.t.'.t'..ttt....'.""'.""

8974

8975 027554 000137 027614

18:

8980 8 7570 012702 000004

WARNG:

8976 027560
8977 027562
8978 027564
8979 027566

077203
005104
052704
000401

8981
027574
8982
027576
983
027600
984
027602
985 027604
98¢ 027610

077511
005104
052704
01
012705
077317

8987

(- ————

8988

027612 000207

000100

WARNS:

LENABL

LSB

S08
COM
BIS
401

R2.18
R4
(PC)+,R4

SOB
oM
BIS
401
MOV
s08

RS.1$
R&
(PC)+,R4

JNP

MOV

SEMTPCO3

V177640

#4.R2

V177654

#64, .RS
R3,i$

RE TURN
.DSABL

LSB

G0 TO V172360

V177644
V177646
V177650
V177652 WARNING LOCATION IS MODIFIED BEFORE LOADING
V177660
V177662
V177664
V177666 WARNING LOCATION 1S MODIFIED BEFORE LOADING
V177670
V177674

V177676

| CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
MTPBO3

3 XOR 9 WORST CASE NOISE TEST (READ)

8991 027614

MTPCO3: SUBTST

<<MTPCO3

TEST DATA SUBPROGRAM>>

*«SUBTEST

MTPCO3 TEST DATA SUBPROGRAM

....'..'.............."...'................'..'..'....'.....'Q.Q..QQ'...'..QQ.

532 gameie

8993
0ar6le
|
899 027
8995 027622
899 027604
8997 027626

PAGE 263

'..........'.'.......'......................................'..'.......'....."

06-JUL-82 10:35

SEQ 0231

8993 027632

020421

001401
04431
005141
005111
000137 027632

(WP

1$:

RG,(R1)+

a
18
PERRO3
C(OM
=D
oM
(RD)
JMP
BAMTPDO3

MTPDO3: SUBTST <<MTPDO3

:V172360

vnsssz
V172366
V172370
V172372

GO TO V172260

TEST DATA SUBSUBPROGRAM>>

...............'..."'."..........""........'....'.....'....'..".'."..'..'

:*SUBTEST

MTPDO3 TEST DATA SUBSUBPROGRAM

:.'....'........'.Q..'.."'.......'....-...‘.............'..'"...'..".'..".Q.

9000 027632

020421

9001 027634

001401

9003 027640
9004 027642
9005 027644

005127
000000
001363

9002 027636

9006 027646

CMP

BEQ _

104431

000137

18:

027560

PERRO3
C(OM
0
BNE

JMP

R&,(R1)+

(PC)+

MTPCO3

GAMTPBO3+4

:V172260

V172262

V172264

V172266
V172270
V172272

V172274

GO
TO V172360

GOTO V177644

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

MTPDO3

TEST DATA SuB SUBPROGRAM

9009 027652

06-JUL-82 10:35

SEQ 0232

PAGE 265

MTPADL: SUBTST

<<MTPAD4

s *SUBTEST

MTPAO4

is:

#8..RS
RS.Ré

ROTATING ZEROS TEST>>

:.'."..'...Q".'.......Q..Qtfififittl......I‘.......Q.'..Qt..'.'.'..Qlt"tt'.tQttt

ROTATING ZEROS TEST

:.'.....'Q'.Q.....t..".'.t..fi..l..........fi...".....'...."Qtt".'..'ttt.t'Q.'

000010

9010 027652

012705

9015 027

000137 027706

027
9014
9015
027672
9019
7674
9017 027676
9018 027700
3819 027702
90§? 027704

01
103402
020204
001401
10443
07711
000207

177776

28:
3s:

9022 027706

mov
MOV
cLe
JNP
MOV
BCS
P
BEQ

PERRO4
SOB

RETURN

;*SUBTEST

is:

i
9029 0. 775? 000137

28:

AR A A AR AT AR R AT

7754

9042

027760

027756

AR A A A A

ROLB

SUBR

AR AR AR AR AR AR AR AR R R

ROTATING BIT

(RO)

:V172360

(RO)+

V172364

RS,18

ROLB
S08

(RO)
RG,2$

JMP

INMTPADL+14

ROLB

ROTATING BIT>>

AT TR R AR A A AR R AR R R R R R AR AR R R AR AR AR AR AR AR AR AR AR AR AR AR AR,

S08

ROLB

SUBR

A AR AR R AR R AR AR R AR AR AR AR

V172362
V172366
1172370

(RO)+

2V172372

MTPO0S: SUBTST

<<MTP00S

ROTATION ONES TEST>>

*SUBTEST

MTPO0S

is:

#8. .RS
RS.RG

027666

V172374

;.ttt.t..l....t.t.tt'tt"'t.tt.ttti.t"fi.fitfi.itfiti"t"t.tifi.t'tt.'...".tt"'t.

12705

i
g
e ok
g3 775 881401
3820

V177672

MTPB04

106110
077502

9030
9031 027726

R1,1$
<<MTPBO4

AR AR

V177646
V177650
V177654
V177660
V177662
V177664
V177666
V177670

BAMTPBOL
=2(RO),R&
28
R2.R&
3%

MTPBO4: SUBTST
AR

9023 027706
9024 027710

:V177640
V177644

10“3%

87711

000207

ROTATION ONES TEST

:tttt'tt.t".....'...t't"'.fit..t.tl.t.fitt.tttiltt"ttt'ttttfi’Q.'t'ttt.ttt"""

000010

MoV
MOV

SEC
JMP
MOV
BCC
cMP

027706
127776

28:

3s:

BEQ
PERRO4
sS0B

RE TURN

AAMTPBOS
-2(R0) ,R4
2
R2.R4

R1,1$

:V177640
*V177644

V177646
V177650
2V177654
:V177660 IF THIS HAPPENS THE GOOD & BAD MATCH
V177662
V177664
V177666

V177670
V177672

B 3
CZMSPBO MS11=L/M/P PEMORY DIAG. MACRO M1113

MTPOOS

ROTATION ONES TEST

9045 027762

06-2UL-82 10:35

MTPOD6: SUBTST

SEQ 0233

PAGE 267

<<MTPOOG

INITIAL DATA TEST>>

.Q.................'.."..........'.............'........'."Q.'.""Q...Q.'.'.

eSUBTEST
9046
904
9048 0 77"%
9049 0
gzo 77764
1
3
905;
10
9053 030014
ggu. 8
”ss

%39

58
9059
1

o1g°737

00 7;7
013771
013771
017102
3702
1401
104433

0
71
9075
907
90;;.

4
108
03011
114
132
12

124

1710;

136

1044

1
1

144

100005

128

746

207

2%:
3s:

12777
177777
88 54.0
42
002240

oossl.o 48:
002242
000000 58:
000002

ggogos

68:

224

030140 005737 002242
146

370
1401

002240

002242
002240 000000 18:
002242 000002
000000
002240

01710 00000%

100405
000746
01 7;7
12737
013771
13771
mos
023702
1401
104433

7
;s

000001

023702 00224
1401
1044
005737 002242

MTPOO6 INITIAL DATA TEST
3
THIS TEST CHECKS THE DI/DO LINES BY
SHIFTING A 1 THROUGH THE WORD.
MOV
#1,DATBUF
;SET THE FIRST TEST BIT
CLR
DATBUF +2
:CLEAR ND WORD
MOV
DATBUF ,@(R1)
:WRITE TEST WORD 1
MOV
DATBUF +2,32(R1) :AND TEST WORD 2
MOV
a(R1) ,R2
cMP
DATBUF ,R2
;NOW READ THEM
BEQ
28
*BR IF FIRST 16 OK
PERRO7
:ERROR TRAP

.'...Q..'.'.........'l"t....‘.......Q......'.....Q."l".."..Qttt't'.t.."..‘

MOV

@82(R1) ,R2

BM]
DLEFT
B8R
MOV
MOV
MOV
MOV
MOV
NP
BEQ
PERRO7

4$
MINUS MEANS BIT 3
DATBUF
SHIFT TEST BIT LEFT
1
so WRITE NEW TEST DATA
.nou GOING TO SHIFT A O IN DATA DIRECTION
#177776,DATBUF :PUT A 0 IN BIT 0
#-1, DATBUF+2 :AND 1°'S IN ALL OTHERS
DATBUF,@(R1)
:WRITE THE DATA
DATBUF +2,82(R1) :2 WORDS WORTH
a(R1) ,R2
DATBUF ,R2
;NOW READ FIRST WORD
6%
:BR IF OK

MOV

@82(R1) ,R2

CMP
DATBUF +2,R2
BEQ
3s
PERR10
TST
DATBUF +2

CMP
BEQ

PERR10

7s:

DATBUF +2

;NOW, READ SECOND WORD
:BR IF OK

:TESTED BIT 31 YET?

8PL

:BR IF YES, WE'RE DONE

:KEEP GOING

DLEFT

8s:

DATBUF +2,R2
78

:NOW READ SECOND WORD
*BR IF OK
:ERROR TRAP
:HAS LAST BIT BEEN TESTED ?

RETURN

DATBUF

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTP006

INITIAL DATA TEST

9088 030162

909;

MTPOO7: SUBTST

<<MTPOO7

:*SUBTEST

MTPOO7 ADDRESS BIT TEST
:
:
:

MOVB

0;8162

9095 030166

001401

BEQ

9098 030172

105111

909 030164

90990967 030170

9099830174

030176

105700

9104 ogg 04

oaoi81

0;0 12

18:

2s:

011100

9108 030214

005700

g”? 030220

104437

9114 030226

9115 Ogg

g”g 030232

3s:

005700

104440

022702
1356

010000

go S0

0252

302
012701

9125

000207

9124

%8 58

000752

BIC

R2.R1

;MASK OFF THE ASSERTED BIT

ASL
BIS

com
MOV
PERR14

9120
9121

91 i
91

:READ FOR NON ZEROS

BNE
100000

42
030246

TST

001001

00140

ISTB

PERR13

022702

log

;COMPLEMENT THE BYTE

BEQ

9118 8 0234
9119

(R1)

TST

9112 030222 005111
9113 030224 011100

48:

cMP

BEQ

5%:

(R1),RO

R2
R2,R1

(R1) ,RO

:BR IF OK

:SHIFT R2 FOR NEXT BIT
:SET THE NEW BIT INTO R1
;READ THE NEW ADDRESS

(R1)
(R1) RO

;COMPL THE WORD

:READ FOR ZEROS

;READ IT AGAIN

#100000,R2
5%
#10000,R2
2%

RETURN

:BR IF OK

CMP
BNE
ASL
MOV

160000

HIGH, STUCK LOW OR STUCK TOGETHER.

COM8

MOVB

MOV

9109 030 18 001401

(R1) ,RO

;READ AND COMPARE FOR ZEROS

BNE
PERR12

006302
050201

THIS TEST CHECKS TO SEE THAT EACH ADDRESS
BIT IN EACH 16K BANK CAN BE ASSERTED UNIQUELY.
IT CHECKS FOR ADDRESS BITS THAT MAY BE STUCK

PERR11

111100

001001
104436

9105 030206
9109 030210

1ST8

104435

9101 030500
g}gg 030202

910

ADDRESS BIT TEST>>

:'..Q...'...."......'Q."'.'..Q.....'.........'.'...."....."Q..."....'"""

111100

9100

SEQ 0234

PAGE 269

:.tt.".....Q.t......"................Q'.......'.Q'l.'..'..t..".'Q'Q"Q"'Q...

9089
9090
9091
909

06-JUL-82 10:35

R2
#160000,R1

sCHECK FOR MSB IN 4K BANK
sNOT LAST BIT, BRANCH

o
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO0O7

ADDRESS BIT TEST

9128 030262

J6-JUL-82 10:35

SEQ 0235

PAGE 27

MTPO10: SUBTST

<<MTPO10

BYTE ADDRESSING TEST>>

> SUBTEST

MTPO10 BYTE ADDRESSING TEST

.............'......'...........'..'....Q......'..Q..'...'.'QQ..Q...'..QQ'....Q

I.......'.'......'...'.".l........................'...'.'Q..'.Q."'..Q..".".

;TEST 3 THIS TEST CHECKS FOR PROPER

9131 0
9132 0

9133
91

0
8

9135
9136
0

91
91

9139
9140

9141 8

23 01040
01040
93

030312
030314

702
713

012763
105013

000004

010401
8502g1

18:

2s:

001420
020301

1007

111100

2146

104435

9148

005201

3s:

9150
111100
9151
122700
915;
4
001401
3& 030346 104436

4s:

9149

5201

915
9153
915

§
g

112713
005203
030

9161

0303¢6

000207

3136

9160

134

#-1,(R3)

MOy
R8

MOV
(M
BEQ
CMP

BYTE ADDRESSING WITH ECC DISABLED

#4.R2

#-1.2(R3)
(R3)

R&.RI
R2.R1
68
R3.R1

;R4 _HAS LOWEST ADDRESS
:PUT IT IN R3 ALSO

:POINT R2 TO LAST BYTE +1
:WRITE ALL ONES IN

STHE 4 TEST BYTES
*CLEAR A BYTE

*INITIALIZE R1 FOR EACH PASS
*IF EQUAL, JUST READ LAST BYTE
*BR IF EQUAL
:IS THIS THE BYTE OF ZEROS

*BR IF NOT

MOVB
(R1),RO
;WARNING IF YOU OPTOMIZE CHANGE THE PCBUMP FOR THIS ERROR INCASE OF TRAPS
cu;
#0,R0
;IT 1S, COMPARE FOR ZEROS

000000

PERR11

000765

9155 0

MoV

BNE

mg
20
914
3}22 §§§S§§

2700

RG.R2
R&4.R3

ADD

177777

177777 000002

MOV
MOV

177777

58:
177777

68:

INC

MOVB
(R1),RO
CMPB
#-1,R0
BEQ
5%
PERR12

;NEXT BYTE

*RETURN

;ITS NOT THE BYTE OF 0°'S, READ 1'S

INC

;MOVE TO NEXT BYTE

MOVB
INC
(MP

#-1,(R3)
R3
R3.R2

;RESTORE 1'S TO BYTE JUST TESTED
:INC TO NEXT BYTE
*WAS THAT JUST THE LAST ONE?

B8R

BNE

RETURN

28
13

BR IF NO

E
CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO10

BYTE ADDRESSING TEST

9164 030370

06-JUL-82 10:35

MTPO11: SUBTST

SEC 0236

PAGE 273

<<MTPOI

SINGLE BIT ERROR TEST>>

CHEAAARAAAAAAAANRARARAR
RN AN RARAARANANARARNARRNCARNNRARCRQCRANCQAACCORAROEROARAONCRNEGES

MTPO11 SINGLE BIT ERROR TEST

SeSUBTEST

:...Q..Q'...."...'....'..'.................Q."......'...QQ.Q...Q.".'.'."...Q

9165

:(1)

CREATE A SINGLE BIT ERROR

:(2)

READ BACK SBE UNCORRECTED (WITH ECC DISABLE)

:(3)

ENABLE ECC & READ CORRECTED DATA

1(4)

CHECK THAT THE SBE FLAG WAS SET FROM THE LAST READ

(5)

DO (1-4) FOR DATA CONSISTING OF 1 BIT SET IN EACH OF 32
POSITIONS OF A DOUBLE WORD
THEN DO IT AGAIN FOR 1 BIT CLEARED IN EACH OF 32 POSITIONS OF
A DOUBLE WORD

IE (64 TIMES)

DO (1-5) FOR A SBE_IN EACH OF 32 BIT POSITIONS
IE (RUN TEST 64 + 32 = 2048 TIMES)
CLRICSR
sCLEAR 1 SELECTED CSR

OWN—=un

01
00

17225
17225

172246

000001
002242

002240

000001
002252

002250

172 6§

0052“
002246

—

el e

TST

014006

wno

00
00
01
01
01

)

D o

D e

) e

VOOVOOVOVECOVOOVOOVOOO 00000000000000000002

:(6)

002310

PHEBE

sTEST SPECIAL CASE INDICATOR

BEQ
MTLAN
MoV
SIPAR3,R2
Mov
SIPARS ,@#SIPAR3
Mov
R2,3#SIPARS
;816 LOOP

;BRANCH IF NOT SET
:SAVE CONTENTS OF SIPAR #3

CALL

*GEN CHECKBITS ON TSTDAT

;COPY CONTENTS OF #5 INTO #3

;COPY CONTENTS OF #3 INTO #5

MOV
#1,DATBUF
;INITIAL DATA
CLR
DATBUF +2
:32 BITS WORTH
;MEDIUM LOOP
MTLB11: MoV
#1,SBEMSK
;INITIAL ERROR MASK
CLR
SBEMSK+2
32 BITS WORTH
:LITTLE LOOP
MTLC1T: MOV
, TSTDAT
DATBUF
MOV
DATBUF
+2, TSTDAT+2:TO SAVE ORIG DATA
TSTE
PASFLG
:COMP DATA ON SECOND PASSONLY
BEQ
4
:BR IF FIRST PASS
coM
TSTDAT
*SECOND PASS, COMP BOTH WORDS
Com
TSTDAT+2
48:
MOV
TSTDAT,R2
MOV
TSTDAT+2,R3
MoV
#TSTDAT,SOURCE :SET UP ADDRESS FOR CHKGEN
MTLATY:

CHKGEN

JRtRRARARANRARCRCSOERRNNANRARRRANSY

see CREATE A SINGLE BIT ERROR e+
:..'t.....t'...'.'..'.l...'..t.t

MTLD11:

MoV
XOR
MOV

SBEMSK ,R1
R1, TSTDAT
SBEMSK+2,R1

MOV
MOV

TESTADD R1
TESTADD+2,RS

sFIRST TEST ADDRESS
sSECOND TEST ADDRESS

TSTDAT, (R1)

SWRITE FIRST 16 BITS
sWRITE GE‘RATE% gvfigmts IN 1 SELECTED CSR

XOR

ECCIDIS

MOV
(BI1CSR

MOV

R1,TSTDAT+2

TSTDAT+2,(RS)

sDISABLE ECC ON 1 SELECTED CSR

:WRITE SECOND 1

AND

*CHECK BITS. WE NOW HAVE CHECKBITS

¢
MSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
BIT ERROR TEST

104471
omgg
8500
002244
1403
010137 002032
104455

01100

3500 7 002246
1403
010537 002032
104455

78:

104426
104045
5737

1201
10451
10450
811100
2
1401
104456
104510

7
7

1044

734

104510

752

104460

736
103411
7%
ng 010137 002032

754
m;t;
?
; S g 002262

178:

8s:

98:

108:

101

;READ THE LOW WORD (UNCORRECTED)
‘BR IF OK
.
;READ THE HIGH WORD (UNCORRECTED)
BR IF OK

PHEBE

BNE
178
ERRGEN
CLRICSR
MOV
(R1) ,RO
CMP
RO.R2
BEQ
8s
PERR32
TSTREAD

gfi

2»&

SET

HEADER

118:

*IT SHOULD HAVE BEEN

;TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

‘M#M.‘.:?fié OF ERROR HEADER INFO
:ENABLE PRINTING OF ERROR HEADER INFO
:SEE IF ITS BEEN CORRECTED
*BR IF OK

TSTREAD

:TEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)

8(S
SET
MOV

18
HEADER
R1,ADDRESS

SET
HEADER
ERRGEN
g}o
?gguc

SBEMSK+2

DLEFT

SBEMSK

B8M]
128:

;CLEAR 1 SELECTED CSR
;SEE IF ITS BEEN CORRECTED

CLRICSR
MOV
(RS) ,RO
cMP
RO,RS
BEQ
10§

PERR34

100405

1 tg 000614

*DISABLE ECC ON 1 SELECTED CSR

READCSR
IF #8174 OFF.IN CSR OR #BIT1S OFF.IN CSR
ERROR
+45

PERR32

77 ogoz; 002252
776

:GENERATED ON DATBUF AND DATA WITHW
*ONE BIT IN ERROR (AS PER SBEMSK).

IF KFLAG IS FALSE

MOV
R1,ADDRESS
PERR34

1401

732

(RS),RO

CMP
RO, TSTDAT+2
BEQ
78
MOV
RS,ADDRESS
PERR31

010137 002032
104460

7{ 104503
7
nsog

ECCIDIS
MOV
(R1) RO
cMP
RO, TSTDAT
BEQ
6
MOV
R1,ADDRESS
PERR31

MOV

SEQ 0237

PAGE 273-1

END; OF IF #BIT4
END; OF IF KFLAG

014006

——"

714

65:

06-JUL-82 10:35

B8R

128

mTLCTY

;CLEAR 1 SELECTED CSR

‘BR IF YES
*ENABLE PRINTING OF ERROR WEADER INFO

:ENABLE PRINTING OF ERROR HEADER INFO
*TEST ERROR ADDRESS

:TEST FOR LAST MASK BIT
*MINUS MEANS BIT

IF #Sw11 SET.IN @SWR THEN GOTO 138

6
PBO MS11-L/M/P MEMORY DIAG. MACRO M1113
SINGLE BIT ERROR TEST

8 10

1030

0 18

3 1

100406

105737

002262

1056 001
031060 105237 002262

0 1094.

137 030416

8 1070 052737 000200 002262
1076
00,
031100

1102
1106

11
1116

m§

005

005037
005037

074437

002312

138:

14$:

104471

0 mg 013701
8 1152 013705
1152

031162

031164

104503

000207

002410
002412

DATBUF +2

DLEFT

DATSUF

MTLB11

BNE
INCB

148
PASFLG

TSTB

158:

168:

PASFLG

JMP

MTLATT

CLR

BIS
CLR

sLAST DATA BIT ?

138

JMP

CLR
CLR

11;6 0327064 020000
11
oomg;
1140 000137
030536
031144

BMI

oo;gu.
002246

0157
000040
012737 003740 002312

SEQ 0238

PAGE 273-2

IF QVFLAG IS TRUE THEN GOTO 13$

005737 002242

101.3 ooo;gr 030430

8 1052

06-JUL-82 10:35

SWHICH IS BIT 31

:FIRST OR SECOND PASS ?

:NON ZERO MEANS WE'RE DONE
:NOT DONE, GO DO SECOND PASS

#8177 ,PASFLG
R2
TSTDAT
TSTDAT+2

MOV
MOV

#40.R6
#3740, CHECK

BNE
JMP

BIT

#8IT13,R4
16$
MTLD11

MOV
MOV

TESTADD,R1
TESTADD+2,RS

:g:

::.cuecx

:CLEAR OUT ANY DBE'S OR SBE'S
ECCIDIS
:DISABLE ECC ON 1 SELECTED CSR
CLEAR

CLR1CSR

RE TURN

(R1),(RS)

;CLEAR 1 SELECTED CSR

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
MTPO11
SINGLE BIT ERROR TEST
9305 031166

MTP012: SUBTST
SER RNRARA A

OOOOLC-0

306

18:

17
031264
18
4

i
%

ECCIDIS

-0

ADD

340

CLRI1CSR

MoV

—_—_—

i
i
z
z 36
1
1
1

002250
177777

002526

3s:

177777
4$:

002032

9 9
3
31374
9
9348
9349 031376
9350
9351
14
9 Si
140
93§
9354
141
9355 8 1414
9 59
1416
935§
9358 031424

177777

MOV
sus
Move
TST
BEQ
BIT8
BEQ
TSTREAD
8CC
SET
MOV

ERROR
SET

i 031356
03

MoV
CLR
MOV
CLR
MoV
MOV
Mov
CALL
MOv
XOR
MOV
XOR
MoV
Mov

MOV
CB1CSR

32 s3gugs=ce

OO0 O OO0 OO OO0

002250

19 0%1 ig

“WWWW

0 'O 00 O 00 00000000 OO0
S—

CLRI1CSR

0%1176
11 031202
1§ 031210
13
031214
14 031
15 031

o348 GR13de

<<MTPO12

RN R AR AAAAR RN

WRITE BYTE CLEARS SBE TEST>»
R RN RANRNNNNARNNNNVAARNRANANNANCRCAGANRCCORORRAGCGEROQRRNNS

:SINGLE BIT ERROR TEST TO INSURE THAT A WRITE

i
s
10

TEST

SEQ 0239

PAGE 275

MTPO12 WRITE BYTE CLEARS SBE TEST
: :5*.5§."..'.Q'....".......'Q......'....Q..Q'."."."'Q'..t.'.."'Q."""Q'

9307 0311

9344

06-JUL-82 10:35

5%:

MOvB
CMPB
BEQ

PERR33

6$:

002032

177777

;BYTE CLEARS SINGLE BIT ERRORS.
sCLEAR 1 SELECTED (SR
#1 ,DATBUF
sINITIAL DATA
DATBUF
+2
;32 BITS WORTH
#1,SBEMSK
sINITIAL ERROR MASK
SBEMSK
+2
:32 BITS WORTH
, TSTDAT
DATBUF

: SAVE ORIGINAL DATA

#TSTDAT,SOURCE

sNEED ADDRESS FOR CHKGEN
sGENERATE CHECK BITS

DATB
+2, TSTDAT+2:B0T
UFH WORDS
CHKGEN
SBEMSK ,R1

R1,TSTDAT

SBEMSK+2,R1
R1,TSTDAT+2

TESTADD ,Ré
R4 ,R1

TSTDAT, (R1)

R5,R1
TSTDAT+2,(R1)
#SBEMSK ,R2

R5,R1

BIT8

;IT'S DANGEROUS IF WE DON'T
sADDRESS OF ERROR MASK

#~1, (R

JRETURN TO FIRST WORD
sWRITE A BYTE OF 1°'S

:NO = BRANCH

KFLAG
4
#-1,(R2)

;IS THIS MF11S-K
;BRANCH IF NOT = IT°'S MS11-M
:DID THIS BYTE HAVE THE BAD BIT IN IT?

:LSST gggp(n1) € TST FOR SBE (WITHOUT FETCHES)

HEADER
R1,ADDRESS

;ENABLE PRINTING OF ERROR HEADER INFO

HEADER

:ENABLE PRINTING OF ERROR HEADER INFO

(R1) RO
#-1,R0
78

:CHECK DATA
;BR IF 0K

+1?

TSTREAD

8CS
SET
MOV
PERR34
SET

sFIRST TEST ADDRESS
sPUT IT IN R1 ALSO
sDISABLE ECC ON 1 SELECTED CSR
JWRITE 16 BITS
JWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
sINDEX UP TO SECOND WORD
sWRITE HIGH WORD+CHE(C%BITS
sCLEAR 1 SELECTED CSR

HEADER
R1,ADDRESS

sTEST LOC (R1) & TST FOR SBE (WITHOUT FETCHES)
sREAD THE BYTE
;SBE ERROR BIT ONLY SET ?
s SHOULD BE SET, BR IF OK
;ENABLE PRINTING OF ERROR HEADER INFO

HEADER

;ENABLE PRINTING OF ERROR HEADER INFO

#-1,(R2)

sCHECK FOR LAST BYTE

(INS

MTPO12

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

WRITE BYTE CLEARS SBE TEST

9359 0314
9
14
9
14
9
14

00101
005
005201
01

001723

031442

8 14

9
9
9

031

1454
14
1

9
1
9370 031474

9371 0;1‘76
9 7; 031506

032701

706

7.
005737
100405

005737
100405

9 79

000623

937

9378 0315
9379 8 15

9
9381
9 g

1542
031544
1546

155g

9384 031552

000002

002252

104471

013701
005011
501
5011

104503

000207

8s
R2
R1
TESTADD R4

BEQ

sBR IF IT'S LOW 16 BITS

ADD

8s:

002242

BR
IST
BMI]

DLEFT
BR

108:

2./

#2.R4

3s
SBEMSK +2
9s
SBEMSK
2%

sMOVE TO NEXT BYTE

sFIRST TEST ADDRESS

sTEST FOR LOWER WORD

sADJUST POINTER FCR ERROR REPT.

sLAST ERROR BIT ?
sMINUS MEANS BIT 31

IF #SW11 SET.IN @SWR THEN GOTO 10%
IF QVFLAG IS TRUE THEN GOTO 10$

18T
8M]

DATBUF +2
108

DLEFT

002410

SEQ 0240

PAGE 275-1

BNE
INC
INC
MOV
BIT

000002

000647

9373 031514
9374 031520
9375 8 15 g

002410

06-JUL-82 10:35

DATBUF

sLAST DATA BIT?
sMINUS = BIT 31

;CLEAR OUT ANY DBE'S OR SBE'S

ECCIDIS

MOV
CLR
ADD
CLR

CLRICSR

RETURN

TESTADD
,R1
(R1)
RS.R1
(R1)

sDISABLE ECC ON 1 SELECTED CSR

sCLEAR 1 SELECTED CSR

J
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO12

WRITE BYTE CLEARS SBE TEST

9367 031554

06-JUL-82 10:35

SEQ 0241

PAGE 277

MTPO13: SUBTST

<<MTPO13

MTPO13 CREATE DOUBLE BIT ERROR TEST

:«SUBTEST

CREATE DOUBLE BIT ERROR TEST>>

A N AR AR AA RN AR AR AR AR R RAR AN A RARRANRARRRNARARARRANANACANAGENARAONRRORRORNES

:....Q'.Q.t"..I...Q..'."Q.'................‘...'..'........Q.."'.'Q.'Q"t'ttt

:DOUBLE BIT ERROR FORCE TO CHECK DOUBLE ERROR LOGIC

9389
0315564
9390 0315
9391 03156
9 9§ 8 1
9
1572
9
8 1600
9395 031604

104503
&1)%7 1
037
005037
012737
37
012737

002410
002240
18:
002242
000001 002250 2%:
002252
000001 002254 38:

9399

105737

00226

9393 031615 8?:9;% Q03508 002264 4S:
9398 031 2 013737 002242 002246
031632

9400 8 1636
001404
9401
03164 885137 oossu.
940; 031644
005137 002246
9403 0316
msg;
gzgg 8 }65

34‘
}
9% 8 1672
9409

9410

031700

031704

85?7

002250

002254

58:

ig’; 002252 002256
127§9 002244 002310 6S:
737

044400

mg; 002250

sl ghe drgst dgs
9413
031720 074
002246
9414 031724 1333; 0022564
031740

9
9420
9421

mg 013731 002244
031752 104475
0317564 013771 002246 000000

1246

074237

104471

002246

9658 031762 193701 000002
94,04 17% o§§791 000000

9425
9% 9
9%
9428
9429

9430 0

031774 104501
1776 103411
011137 002032
104030

WOV
MOV

TSTB

:NO COMPLEMENTING FIRST PASS

gmsx.osensx

CALL

CHKGEN

MOV

XOR

168:

PASFLG

35
MOV

:COMP FIRST WORD
*SECOND WORD
*CLEAR 1 SELECTED CSR

:faugtnagsw SAME ERROR BIT SET

s MSK+2,DBEMS
K+Z2,
K+Z:
écgufltag “gwmxeN SECOND WORD
#TSTDAT,SOURCE -SOURCE ADDRESS FOR c“uxlcen
SBEMSK
, R2

160 GENERATE CHECK BITS

Bt
0 »
R2,TSTDAT+2
DBEMSK
, R2

R2, TSTDAT

MOV
MSK+2,R2
XOR
R2,TSTDAT+2
ECCIDIS
MOV
TSTDAT,a(R1)+
CB1CSR
MOV
TSTDAT+2,3(R1)

B " 42,81
TST
a(R1)

WAS 1DBE
BCS
9s
SET
HEADER
MOV
(R1) ,ADDRESS
ERROR +30
SET

:CLEAR 1 SELECTED CSR
:MAKE INITIAL DATA
*ALL ZEROS
SINITIAL SINGLE ERROR MASK
*SECOND WORD
*INITIAL DOUBLE ERROR MASK

DATBUP Tstoar .o DI1> WERE ALSO
DATBUF
+2, TSTDAT+2

BEQ
58
comM
TSTDAT
com
TSTDAT+2
CLR1CSR

o
XOR
MOV

915
wio n;
002244
9:.19 17
13 g; 002256
9417

CLRICSR
MOV
#TESTADD,R1
CLR
DATBUF
CLR
DATBUF +2
MOV
#1,SBEMSK
CLR
SBEMSK+2
MOV
#1,DBEMSK

HEADER

:DISABLE ECC ON 1 SELECTED CSR

:WRITE 16 BITS
:WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
:WRITE HIGH WORD

I KbGOST
TEST KODRESS.
*READ THE LOCATION

*WAS THERE ANY DOUBLE BIT ERRORS ON 1 SELECTED CSR
*IT SHOULD BE SET

20 0O

138:

002256

TST

DBEMSK
+2

DLEFT
BR

EEEHSK

DLEFT

SBEMSK

B8M]

148

sCHECK MASK FOR LAST BIT

;MINUS = BIT31

108

PASFLG

BIS

#BIT7 ,PASFLG

118:

128%:

002246

CLR

00004

14$:

005 50
002254
002410

sFIRST PASS

:NON ZERO MEANS WE'RE DONE

BIT

#81713,DBEMSK

ASL

SBEMSK

BIT

002254
15%:

sSET UP FOR CHECK BIT TEST

MSK

168

#8IT11, SBEMSK

BNE
158
MOV
SBEMSK
, DBEMSK
ASL
DBEMSK
148
BR
ECCIDIS
#TESTADD,R1
MOV
@(R1)+,a(R1)
CLEAR
CLRICSR

RE TURN

;KEEP GOING

TSTDAT+2

#40, SBEMSK
#100, DBEMSK
#3740, CHECK
SBEMSK
, R2
R2, CHECK
DBEMSK
, R2
R2, CHECK

BEQ
002250

TSTDAT

MOV
MOV
MOV
MOV
XOR
MOV
XOR
ASL

002250
004000

3s
128

INCB
PASFLG sFIRST PASS . NOT DONE
égtem oc{; ANY DBE'S OR SBE'S

002262

b b d

PASFLG

002262

N = N

SooRssgs
>

1ST8

8MI

BR
TSTB
BNE

002262

SN
SSwWnononN
NNNWN
O W
N~

j=lelelelelalal

ERRGEN

SEQ 0242

PAGE 279

002252

b
b
o

06-JUL-82 10:35

IF #5W11 SET.IN @SWR THEN GOTO 11$
IF QVFLAG IS TRUE THEN GOTO 11%
ST
SBEMSK+2
sCHECK SINGLE ERROR MASK TOO
118
BM]
sBR IF DONE

10523

d e
wd o
e
d e
—

OO0OCOO0O0O0CO0O00O0VVO0OOVO0O0O0O0VOOV0

RRRVRVRRVVRRVVVVVVRVRRRR RRJRVRVARRR
VIV
O
FNISETPORORORTS VIV
~

9%:

002262

108:

EXENEENRORSFoRENIXFSVSINN &= S&N

OO0 OOOOOOOOOOD

11=L/M/P MEMORY DIAG. MACRO M1113
DOUBLE BIT ERROR TEST

R RRR{/R]RRR
S SEYERRY
VS w
¥g

;DISABLE ECC ON 1 SELECTED CSR

sCLEAR 1 SELECTED (SR

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

MTPO13

CREATE DOUBLE BIT ERROR TEST

9478 032270

06-JUL-82 10:35

SEQ 0243

PAGE 282

MTP(14: SUBTST

<<MTP014

;=SUBTEST

MTPO14

BASIC DOUBLE BIT ERROR TEST>>

.'Q.‘I.....'....Q..'..‘..".'........'..........Q'.'.....'...'.Q.."'..'.Q"...Qt'

BASIC DOUBLE BIT ERROR TEST

:'..".'.Q....'.......'."".............".....'.'.'....Q'..Q..t....t"'.."...

9479
9480
9481
328

:
; THIS /&ST CHECKS THAT A DOUBLE ERROR WILL BE DETECTED
: A BYTE WRITE WITH A DOUBLE ERROR ON A MS11-P
; WILL BE ~SOTRED.

9484

9487

104424

9485 0
9486
0

9488

104513

9490 0

104425

9489 0
9491 0

9492

9493

9497

032350

9498 8
9499
9500 83
9501
950; 8

950
9504 8
9505
9509 8
950
9508 0

9509

9510
9511

951;

951
9514
9515
9519

951
9518

9519
95

104426

406
408

LOADCSR

LET GOOD := #103145
LET (R1)

ST (R1)

410
414
6146
613

020000

4 g
4

434

444
452
456
464

002264

104473
005237

002264

002070

READCSR

BIC #BIT13,CSR
IF CSR NE GOOD THEN
SET HEADER
END
ECCI1INIT

CLR PASSNO
REPEAT
ECCIINIT
INC PASSNO

JWRITE DBE CHECK BITS TO CSR
:GOOD DATA

sWRITE ZEROS AND DBL ERROR CHK BITS A=0

sREAD A=0 TO GET DOUBLE BIT ERROR

sWAS BUSPBL ASSERTED????
sERROR CALL ;;MISSED EXPECTED TRAP

sREAD CSR FOR CORRECT CHECK BITS AND DBE INDICATOR

sCLEAR INHIBIT MODE POINTER FROM DATA IF IT EXSISTS1
sCHECK IF DOUBLE ERROR BIT IS SET
3
;BAD DATA
F

3
+ENABLE BUSPBL

sCLEAR LOOP COUNTER
:
sENABLE BUSPBL
s INCREMENT LOOP COUNTER

;WAS WRITE ABORTED???

104056

END
INC

002070

sDBE CHECK BITS FOR CSR

IF PARCNT NE M

SET HEADER
LET GOOD := #0
LET BAD := #377
ERROR +56

104503
005037
10“83
207

sENABLE CHECK/SYNDROME BIT REGISTER

sCLEAR PARITY ACTION COUNTER

105711

005041

;CLEAR PARCNT
sSET PARITY ACTION

CLR PARCNT

LET (R1) :B8= #377
TST8 (R1)

466
638 005201

4
gog
9521
02
95 §
S04
9523
032510
9524 032512

002146

LET BAD := (SR
ERROR +65

005037

:= #0

IF PARCNT NE M1
o ERROR +55

104065

104473

;SET ADDRESS FOR ERROR REPORT

LET CSR := #3145

76
404

LET ADDRESS := #riRCT

CBREG

104055

042737

;TURN OFF CACHE

LET PARCNT := 0
LET NOPAR :=

005711

9494 0
&95 83

CACHOFF

UNTIL PASSNO EQ #2
CLR
=(R1)
CLRICSR
CLR
PARCNT
CACHON
RETURN

JWRITE BYTE SHOULD BE ABORTED
JREAD R1 TO SEE IF IT IS STILL O
3
;GOOD DATA
;BAD DATA
:

F:AND REPEAT ON HIGH BYTE

:
sCLEAR LUT

;CLEAR CSR
;CLEAR PARITY TRAP COUNTER

:TURN ON CACHE
:

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

MTPO14

BASIC DOUBLE BIT ERROR TEST

9526 032514

06-JUL-82 10:35

SEQ 0244

PAGE 283

MTPO15: SUBTST

<<MTPO1S

SRR

AR R AR AR R R R RN AR R RN R AR R RN NN N A NNV ACNNANNAANANNACNRNCCNNNNORCR
R RO RS

AR AN

AR AR

s *SUBTEST

MTPO15S

WRITE INHIBIT OF BYTE WITH DBE>>

WRITE INMIBIT OF BYTE WITH DBE

:'....".'...........'....'..........'.....'.........'.Q..'..."Q'.....'.""..'

9527
9528

.
|
|
|
.
|

032514

9530 032520
9531 032526
95 g 032532
9533 03253¢
9534 032544
953§ og 550
9536 032556

95
95

0 594
032570

9539 032572
9541 3 602
95:.;
606
9543 0 212
9544 032614
9540 032576

9545 032622
9546
954

9548
9549
9550
9551
9555
955
9554
9555
9559

0
8

955
9558

9559
9560

005037

005037
012737
005037
012737
005037
013737
013737
105737
0016g6

002240

002242
002252
002256
002240
002242
00226

005137 002244
002246
104503
58:
023737 002250 002254
1
023737 002252 002256
0014

012737
004737

013701
074137
013701
074137
013701
074137
13791
764137
973 12701
032642
032646
032652
22

02
704

104471
013731

032710

104475

957
gg;g 0

7
776

023700
001404

68:

78:

002244

733 017100 000002

104455

002310

002250
002244
002252
002246
002254
002244
002256
002246
002410

9574

9575
9579

013771
104503
81370;
1020
3
112722
012701
017100
3700
001404
017137

0022446
044400

032712
7 g
7
?
0327
736
740
744
750
754
032756
764

002250 28:
002254 38:
002244 &$:
002246

005137

9561
95 i
95
95
9565
95
95
95
9569
95
9571
3§;§

18:

002246 000000
002410
3
ooo:
”%o
002410
000000

8s:

000000 002032

017137 000002 002032
104455

CLR
MOV
CLR
MOV
CLR
MOV
MOV

1ST8
BEQ

DATBUF

JINITIAL DATA

PASFLG
b3

sWHICH PASS ?
JFIRST PASS, NO COMPLEMENTING

118

:BR TO MAKE THEM NOT EQUAL

DATBUF +2
32 BITS WORTH
#1, SBEMSK
*SINGLE ERROR MASK
SBEMSK +2
:
#1,DBEMSK
*DOUBLE ERROR MASK
DBEMSK +2
:
DATBUF
, TSTDAT
:PRESERVE ORIG DATA
DATBUF
+2, TSTDAT+2

COM
TSTDAT
TSTDAT+2
sSECOND PASS, COMPLEMENT TSTDAT
CLRICSR
*CLEAR 1 SELECTED CSR
(MP
SBEMSK,DBEMSK :CHECK FOR SAME MASKS
BNE
6$
“BR IF NOT EQUAL
CMP
SBEMSK+2, DBEMSK+2
:SECOND WORD ALSO
coM

BEQ

MoV
CALL

MOV
XOR
MOV
XOR
MOV
XOR
MOV
XOR
MOV

#TSTDAT,SOURCE
CHKGEN

SBEMSK ,R1
R1,TSTDAT
SBEMSK+2,Ri
R1, TSTDAT+2
DBEMSK , R1
R1, TSTDAT
DBEMSK+2,R1
R1,TSTDAT+2
#TESTADD,R1

;ADDRESS FOR CHKGEN
*GO GENERATE CHMECK BITS

:TEST LOCATION

ECCIDIS
MoV
TSTDAT ,a3(R1)+

*DISABLE ECC ON 1 SELECTED CSR
2WRITE FIRST 16 BITS

MOV
TSTDAT+2,@(R1)
CLRICSR
MOV
TESTADD ,R2
MOV
R2,R3
ADD
#3.R3
MOVB
##TESTADD,R1
360, (R2)+
MOV
MoV
a(R1) ,RO
cMP
TSTDAT,RO
BEQ
98
MOV
a(R1) ,ADDRESS

WRITE SECOND 16 BITS + CHECKBITS
*CLEAR 1 SELECTED CSR
*GET ADDRESS OF TEST LOC
*R2 DESIGNATES FIRST BYTE
*R3 DESIGNATES LAST BYTE

:LOAD CSR WITH IMAGE FROM R2
CB1CSR
;WRITE GENERATED CHECKBITS IN 1 SELECTED CSR

002244

002246

CLR

sCHECK FOR WRITE INMIBIT DURING A WRITE BYTE.
:CHECKS FOR UNCORRECTED DATA.

*TRY WRITING A BYTE

JCHECK FOR UNCHANGED DATA

*BR IF OK

PERR31

98:

MOV

a2(R1) ,RO

MOV
PERR31

32(R1) ,ADDRESS

cMP
BEQ

TSTDAT+2,R0
108

sREAD SECOND WORD
*BR IF UNCHANGED

N
| CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

8RS SO

QOO0 O0O0OO

i
1

S88588

WRITE INHIBIT OF BYTE WITH DBE

25283

MTPO1S

9588
0
9589 03305
9590 8
9591
9592 0
959
6
9594 g 100
9595 033104
9596
0331
9597 03311
9598 033114

020%03
001350
105737
10045

00573

100405

002262
002256

12%:

002252

002262
002250
002254
002312

14$:

e
2
42
4
46

%, o

002250
002254

012701
104503

000207

002410

1ST8

BMI
TST
BMI
DLEFT
BR

15%:

R2.R3
8s

sTESTED LAST BYTE ?
sBR IF NO

158

sBRANCH IF TESTING CHECK BITS

PASFLG

DBEMSK +2
128

sCHECKING FOR LAST ERROR BIT
:BR IF DONE HERE

DBEMSK
4$

SBEMSK+2

DLEFT

SBEMSK

TSTB

PASFLG

;TEST PASS FLAG

INCB

PASFLG

:;NOT DONR

BIS

#BIT7 PASFLG

BNE

B8R

CLR

:LAST SBE MASK

138

148

*BR IF DONE WITH THIS PASS

TSTDAT+2

MOV

#40, SBEMSK

MOV
XOR
MOV
XOR

SBEMSK
, R2
R2.,CHECK
DBEMSK
, R2
R2. CHECK

MOV
MOV

ASL

#100, DBEMSK
#3740, CHECK

DBEMSK

BIT
BEQ

#BIT13,DBEMSK
78

002250

BIT
BNE

#8IT11, SBEMSK
16$

ASL

MOV
ASL
16$:

SBEMSK

SBEMSK
, DBEMSK
DBEMSK

15$
BR
ECCIDIS
MOV
CLEAR

#TESTADD,R1
a@(R1)+,a(R1)

sRESTORE CSR

CLRICSR

RETURN

:NON ZERO MEANS WE'RE DONE

TSTDAT

002254

SEQ 0245

PAGE 283-1

IF #SW11 SET.IN @SWR THEN GOTO 13%
IF QVFLAG IS TRUE THEN GOTO 13%

CLR

170
960
033174
9608
9609 033200

961
961
9613
§§10

13%:

002262
000200
00% Lh
002246
000040

cMpP
BNE

BMI

002262

960§ 033140
9603 033146
9604 033154
033160
9605

i
8315

118:

000643

9601 0 §1§S

9609

108:

06-JUL-82 10:35

;DISABLE ECC ON 1 SELECTED CSR

*TEST LOCATION
:TO ERASE ANY DBE'S FROM TESTING

:CLEAR 1 SELECTED CSR

B &
CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO1S

WRITE INMIBIT OF BYTE WITH DBE

9625 033260

06-JUL-82 10:35

MTP016: SUBTST
AN

9%
T12A:

9%
9%
9
9%
9%

002250
002254

002246

%32
S

002310
074137
13701
74137
13701
74137
13701
74137
12701

00
002244
002252
46
54
002244
002256
002246
00241

CMP

3s:

48:

013751 002244
104475
%03057 os2e3 o0
s $5e
104503
5§:
12771
12701

177400
002410

3700

002244

000000

om?
000000 002032
104455
073100

9675

%76
967

MOV
CLR
MoV
MoV
1ST8

BNE

002256

%78

9674

WRITE INHIBIT OF WORD WITH DBE>>

701

3700 002246

017137
104455

000000

)

0020:2

WRITE INHIBIT OF WORD WITH DBE
IR

AR R AN R AN R AR AR AR RN

E AR

R A TR R

BEQ

#1,DBEMSK

*DOUBLE ERROR MASK

DATBUF ,ISTDAT

:DATA FOR TEST

DBEMSK
+2

TR R

DATBUF +2, TSTDAT+ 2:B0TH WORDS
PASFLG
SCOMP DATA ON SECOND PASS ONLY
2%
sBR IF FIRST PASS
TSTDAT
;COMP FIRST WORD
TSTDAT+2
sNOW SECOND WORD
SBEMSK , DBEMSK
sCHECK FOR IDENTICAL MASKS
3s
:BR IF DIFFERENT

ggensxoz.oeensxoé:urpsn WORD T0O

MOV
CALL
MoV
XOR
MOV
XOR
MOV
XOR
MoV
XOR
MoV

#TSTDAT, SOURCE

MOV

TSTDAT ,3(R1)+

ECCIDIS
CBICSR

CHKGEN
SBEMSK ,R1

sBR _TO MAKE THEM NOT EQUAL
sNEED ADDR OF DATA FOR CHKGEN
;G0 GENERATE CHECK BITS

R1, TSTDAT

SBEMSK+2,R1

R1,TSTDAT+2
DBEMSK ,R1

R1, TSTDAT

DBEMSK+2,R1

R1,TSTDAT+2

#TESTADD,R1

TSTDAT+2,8(R1)
MOV
CLRB
UPPFLG
#2.R1
suB
CLR1CSR
#177400,38(R1)
MOV
#TESTADD
R1
Mov
MOV
#(R1) ,RO
TSTDAT,RO
[
BEQ
63
MoV
#(R1) ,ADDRESS

sFIRST TEST ADRRESS
sDISABLE ECC ON 1 SELECTED CSR

sWRITE FIRST 16 BITS
sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
sWRITE SECOND 16 BITS + CHECKBITS

sSET FOR 2 LOOPS

sPOINT TO LOW WORD
sCLEAR 1 SELECTED CSR

sTRY WRITING LOCATION

sCHECK FOR ORIGINAL DATA
:SHOULD BE UNCHANGED

PERR31

6$:

:DOUBLE BIT ERROR WRITE CANCEL WITH
;WORD WRITE.
sCHECKS WRITE INWIBIT WITH WORD WRITES TO
sWORD WITH DOUBLE ERROR.
DATBUF
CLR
sBACKGROUND FOR DOUBLE ERRORS
DATBUF +2
CLR
;2 WORDS WORTH
#1,SBEMSK
MoV
;SINGLE ERROR MASK
+2
CLR
SBEMSK

COM
CoM
cMP

002254

964

4
55
6

MTP016
AR

BEQ

9642
%643
9644

51
¢
5

T128:

002244 1$:

9%
9
9%
9640

<<MTPO16

EAREAARAAAAAARAAANARRRRNNRRANRARANARNAAARANRRNNNACACRQQCANANACARCQCQOCARORCCCRORNOOEES

*eSUBTEST

;

SEQ 0246

PAGE 285

ADD
MoV
CMP
BEQ
MoV

PERR31

#2,R1

a(R1) RO
TSTDAT+2,R0
78
@#(R1) ,ADDRESS

;THIS SHOULD BE UNCHANGED ALSO

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

PO16

WRITE INMIBIT OF WORD WITH DBE

9680 033556
9681 0
ggs; 8
5

105737
100454
005737
100405

002262

033302
002262

9789

74;2;

9708
9709
9710
9711 8
971;
971
9714
9715

13
74

77
776
034004

032737
801

9719
9720

01
0340
034022
034026

888; 7
43
104471
012701

030
032
036
034040

005031

005071
104503
000207

UPPFLG
8%

sWHICH LOOP ?
sSECOND, BR OUT

lsl;Pfl.G

PASFLG

TST
8MI
DLEFT

DBEMSK +2
9s

sFIRST, KEEP GOING

128

sLAST BIT ?
:MINUS = BIT 31

?DEHSK

IF #SW11 SET.IN @SWR THEN GOTO 10$
IF QVFLAG IS TRUE THEN GOTO 108

TST

SBEMSK +2

108:

sLAST BIT IN THIS MASK ?

108

SBEMSK
1128

PASFLG
118
P?S:LG
T

:BR IF LAST BIT

;FIRST PASS ?
:BR_IF SECOND
sINDICATE SECOND PASS COMING

#8177 ,PASFLG

118:

TSTDAT

TSTDAT+2
#40, SBEMSK

#100, DBEMSK
#3740, CHECK

128:

R2 cugfzz

DBEMSK
, R2

;
7
?
;

SEQ 0247

PAGE 287

TST8

000137
105737

9701 0
970 8
970
9704

9700 0

1ST8

BNE
INCB
BR
8MI

002256

002252

105237
8001 7
Sg? 7
005037
8050 7
12737
012737

9721
97 g
97
9724

78:

002263

005737
100406

001

9698 8
9?99

9719
44
9718

002262

000636

9690
0
9691 0
969
969
9694
9695
gg
0
97

105737
00109;
105227
000740

06-JuL-82 10:35

R2, CHECK
DBEMSK
z21713.DB£HSK

882250
000

005550
002254
002410
000000

002250

SBEMSK
15%711.585!5&

002254

SK
, DBEMSK
SBEM

13s:

ECCIDIS

MSK

#TESTADD
,R1
MOV
a(R1)+
CLR
a(R1)
CLR
CLRICSR
RETURN

sDISABLE ECC ON 1 SELECTED CSR
sRESTORE TEST ADDRESS

;CLEAR ANY DBE'S FROM TEST

sCLEAR 1 SELECTED MK11 (SR

D
CZMSPBO MS11=L/M/P MEMORY DIAG. MAC

MTPO16

WRITE

INMIBIT OF WORD WITH

9727 034042

M1113

06-JuUL-82 10:35

MTPO17: SUBTST
SERRA

R AR AR E RN

;*SUBTEST

SRR

ie
:*(2)

JNOTE:

HOLDING 1°S & 0°'S TEST

THIS TEST CHECKS THE MEMORY FOR THE CAPABILITY

OF HOLDING 1°S AND 0°S BY WRITING A BACKGROUND

OF 000377 AND READING IT

MEMORY IS WRITTEN USING A BYTE AT A TIME

STEPS 1 & 2 ARE REPEATED WITH A SWAPPED BACKGROUND PATTERN

THIS TEST WRITES BYTES & READS WORDS
#FIRST
R1

:
~

#377 ,R0

;GET THE PATTERN INTO RO

RO.(R1)+

JWRITE A BYTE

;BRANCH IF LOWER

~ -

RO
ON)
= =
WO

:g.ai

2$:

=l
N

MTPO17

AST+2,RS

1$:

HOLDING 1°'S § 0°'S TEST>»

<<MTPO17

R R R AR R RN RN R RN N RRR NN RAARARNNANANRACREANANCRCRRANNANCRCRORRAONCONS

R1.Ré

— b

83 RTTIE8 R

NN =N

:*(3)
OO000O

SEQ 0248

PAGE 289

AR AR R AR R R RN AR A R R RN R RN NARARAANAANRANANNANANANAACRANRANNCRCANNCACONNORGRRC
O

:+(1)

N —

R3,(R1)+
R1.RS

-(R1) ,R2
RO,R2

;TEST THE MEMORY TO SEE IF IT CONTAINS

R1,Ré

:KEEP ON TESTING THE MEMORY UNTIL

;CHANGE THE DATA PATTERN

3s:

JWRITE THE MEMORY WITH THE BYTE STORED IN BAKPAT+1
;COMPARE TEST LOC TO TOP + 2

2%
18

;THE WORD STORED IN BAKPAT

;R1 EQUALS THE LOWEST ADDRESS

:IF THE DATA PATTERN DOES NOT HAVE LOW

: BYTE =0 THEN FALL THRU

E
(ZMSPBO MS11-L/M/P K‘MV g 1AG. MACRO M1113
MTPO17 HOLDING 1°S
0's TEST
9761 034120

06-JUL-82 10:35

MTP020: SUBTST
SRR AR

s *SUBTEST
SRR

97
976
9764

9765

FRSORERI NSSIRRVRELEIENRS

<<MTP020

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST>»>

AR R ARRR AN NN CNRERRANRRANANRNARARNENNRRRANARARRQCNCQANNNGRACCORNRANAROROOCRE

MTP020
R AR

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

R AR RN R RN RN RN R AN RN R RAANNRANANNNREANCRNRARNARARRONCACRANNANNOEONGORRSE

D e

b
D
d
D
d

RR&

CACHOFF

sTURN OFF CACHE

CLRB PASFLG
(BREG
REPEAT
LET PASFLG :B= PASFLG + M

sCLEAR PASFLG

072227

000005
007004

055;02

:DATA=177776;BIT TO BE CORRECTED IS A ZERO

LET zg :B8= PTABLE (R4)

s INCREMENT BIT POINTER
sPOINT TO NEXT SET OF CHECK BITS
2GET NEXT SET OF CHECK BITS

ASH

005711
10“;6
0462737

LET CSR := R2
LOADCSR

LET (R1) := RO
CLRICSR
IST (R1)

177757

002146

READCSR

BIC #°C20.CSR
IF CSR NE #20
LET GOOD := #20

JSHIFT TO LINE UP IN CSR

;ENABLE DIAG MODE
sGET CHECK BITS TO BE WRITTEN
sLOAD CSR WITH DATA
JWRITE DATA TO TEST ADDRESS
sCLEAR CSR
s CORRECT SBE
JREAD CSR FOR CORRECT SBE BIT AND SYNDROMES
sCLEAR ALL BUT SBE INDICATOR
;WAS DATA CORRECTED???

LET BAD := CSR

104060

ERROR +60

104513
174033

05 ;83 000004

072327

#5.R2

BIS #BIT2.R2

104503

s INCREMENT LOOP COUNTER

LET RS := m77776

END
REPEATM
INC BITNO
LET R := R4 + #1

104425

sENABLE CHECK/SYNDROME BIT REGISTER

LET RS := N

LSE

002322

sCLEAR DATA

sINDEX TO SINGLE BIT ERROR TABLE
sCLEAR INNER LOOP COUNTER
sSELECT DATA TO BE CORRECTED BY PASSNO
;DATA=0;BIT TO BE CORRECTED IS A ONE

IFB PASFLG EQ #

d
D ed e
h

ALL 16 DATA BITS.

:= #-1
LET R¢
LET BITNO := #0

005237

IF THE SINGLE BIT ERRORS CAUSE THE SBE

BIT IN THE CSR TO BE SET AND CORRECT SYNDROME BITS ARE GENERATED FOR

CLR_

002262

OO0V O0O0O0O0O0O0O0OVO0OCOVDO0O00O0COCOO0O0OO0O0O0O0O0VOO0O0VOOOOOOOO

2232

i
o
s

LV
LN E -

979

SEQ 0249

PAGE 291

THIS TEST CHECKS TO SEE

97
9767 0
9768 0
9769 0
9770

9771

000005

002146

END
(BREG
READCSR

BIC #4C3744,CSR
LET R3 :B= SBESYN(R&)

sENABLE SYNDROME BIT REGISTER
sGET SYNDROMES FROM CSR
sMASK SYNDROME BITS
;GET GOOD SYNDROMES
sSHIFT INTO POSITION
sSET DIAG MODE IN DATA
;DO SYNDROME BITS AGREE

104042

005011

006305
000261

CLR (R1)
IFB PASFLG EQ 7

ASL
ELSE
SEC

SCLEAR LUT

*SHIFT NEW DATA DEPENDING ON PASFLG

SSHIFT BITNO TO THE LEFT

*SET CARRY BIT AND......

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

MTPO20

SYNDROMES TO CSR ON SINGLE BIT ERROR TEST

232

NS WOV
v

006105

9827

06-JuL-82 10:35

ENL

ROL

UNTIL BITNO EQ #16.
COM RO
UNTILB PASFLG EQ #2

005100

CLRI1CSR
CACHON

RETURN

SEQ 0250

PAGE 291-1
sROTATE LEFT

SUNTIL ALL BITS ARE DONE
sCOMPLEMENT DATA AND REPEAT
JUNTIL 2 PASSES ARE COMPLETE!

sCLEAR CSR
:TURN CACHE

VN~

—

OOCOoOO0O

MS11-P SINGLE BIT ERROR SYNDROME BIT TABLE

023 SBESYN: .BYTE
043
051
061

16.13.23.25.26.31.32.34.43.45.46.51.52.54.61.66

6
(IMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO20

06-JUL-82 10:35

SYNDROMES TO CSR ON SING'.E BIT ERROR TEST

9829 034434

MTPA21: SUBTST

SEQ 0251

PAGE 292

<CMTPA1

MARCHING 1°S & 0'S PATTERN TEST>>

Mmoo

;*SUBTEST
SRR

98
9831 0 "fi
98 § 0
9833 0
gg 4 034442

014100
020200
001401

18:

000311

2s:

446
9838 034450
9839 034452
g’gg 034454
i 8 456
460
ls' 034462
w.g 034464

104443

034464
‘93
034 70
472

011100
020300
001401
106444

9 s;

474

000311

5
476
54 034500
55 g:so

38:
18:

2s:

011100
020200
1401

sos

701

514

1383

5
0345
§24

104443

034530

000311

0345

880

;‘
75
?
7

000002

11100
2
001401

526

§32
5

3s:

03455

SWAB

MOV
cMP
BEQ
PERR20
cHP
BNE
RETURN

R RN N AR ARRA AN AACANNANNRAARAANNPRRRNRCRRRNRRARERORS

V177646

(R1)

V177650

(R1) ,RO :V177652
R3,RO :V177654
33
V177656
V177660
RG.R1 ;V177662
1
V177664
V177666

:DONE?
*NO = LOOP
*YES = RETURN

MoV
(R1) RO ;V177640
cMP
R3,R0 :V177642
BEQ
28
V177644
PERR20
V177646
SWAB

011100

:V177650

(R1) ,RO :V177652
R2,R0 :V177654
3s
V177656

ADD

#2.R1

V177662

BNE

V177670

V177660

RS.R1

:v1776g6

:DONE?

V177672

*YES = RETURN

*NO = LOOP

MTPC21: ;READ,BYTESWAP-MODIFY READ,UP

18:

MOV
P
BEQ

(R1) ,RO ; V177640
R2.RO
:v177642
2s
(V177644

SWAB

(R1)

:V177650

R3.RO

:v177654

PERR17

28:

1401

701 000002
501
1363
207

(R1)

MOV
P
BEQ

RE TURN

MOV
BEQ

540 104444
034542

E R RN R AN

:READ ,BYTESWAP-MODIFY,READ
, DOWN
MOV
-(R1)
,RO; V177640
P
R2,R0° :V177642
BEQ
2
V177644

PERR17

034516 000207
5

501

MARCHING 1°S & 0'S PATTERN TEST

MTPB21: :;READ.BYTESWAP-MODIFY,READ,UP

gg 034504 104443
gs

MTPA21

RN R NN RN

PERR17

011100
020300
001401
104444
020401
001365
000207

]
9
gg

R AR

PERR20
38:

ADD
CMP
BNE

RE TURN

V177646

(R1) RO :V177652

02,81
RS.R1
1

V177656

V177660
V177662
:v177
V172670
V177672

:DONE?
*NO - LOOP
*YES = RETURN

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

MTPA21

MARCHING 1°S & 0°S PATTERN TEST

9881 0345564

8 554 014100

830300

1401
s
104444
034564 000311
0
011100

3835 oglzsro 020401

9894 0 wg 001365
gggz 034602 000207

SEQ 0252

PAGE 294

MTPD21: :READ,BYTESWAP-MODIFY, READ,DOWN

18:

2s:

034570
020200
9890 034572 001401

9891 034574 104443

06-JUL=-82 10:35

3s:

MOV

-(R1) ,RO; V177640

R3.RO"

V177642

P
BEQ

R2.R0
3s

:v177654
V177656

cmP

R4,R1 ;V177662

8EQ
2%
V177644
PERR20
V177646
SWAB
(R1)
;V177650
MoV
(R1) RO :V177652

PERR17

BNE
18
RETURN

V177660

V177664
V177666

:DONE?

:NO = LOOP
*YES = RETURN

CIMSPBO MS11-L/M/P MEMGAY DIAG. MACRO M1113

MTPA21

MARCHING 1°S & 0°S PATTERN TEST

9899 034604

06-JUL-82 10:35

<<MTP022

: eSUBTEST

MTP022 REFRESH & SHIFTING DIAGONAL TEST

HSL

)

9909

9910

000010

9924 8

sHOW OFTEN A DIAGONAL STRIPE OCCURS (MUST BE A POWER OF 2)

FOR EVEN
:= #1 T0 #2
IF_EVEN EQ #1

FOR STRIPES

104423

14
7

:= #0 TO #KDIAG-1

;WRITE LOOP
CACHON

9928

744

END ;OF IF COUNT
LET COUNT := COUNT - #1

9931

754

9935

99
99

?
74

9938

LET R1 := R1 + #4

END ;OF WHILE

;END OF WRITE LOOP

034756

770
77

03500

:TURN CACHE ON

LET (R1) := R3
LET 2(R1) := R3

744
750

sFOR THE NUMBER OF STRIPES

LET 2(R1) := R2

ELSE

99
4
9934

sFOR DATA § COMPLEMENT DATA

LET COUNT := STRIPES
LET R1 := #FIRST
WHILE R1 LOS #LAST
IF C
T LY #0 THEN LET COUNT := #KDIAG-1
IF #3764 OFF.IN R1 THEN LET COUNT := COUNT - M
IF COUNT NE #0
LET (R1) := R2

0347

99
99

L Lo

IF A REFRESH TEST WE DISTURB ALL ROWS FOR > 2 MS (WITH CACHE ON).

9925

99 9
99

WE READ & CHECK FOR CORRECTNESS THE DIAGONAL PATTERN
(WITH CACHE OFF).

LET R3 := ZEROS
END ;OF IF EVEN

s shed
9920 0 ‘%
9921

LET R
ELSE
LET
R2 := ONES

sl She
991§ 8 644

99 i
99

KDIAG=8."

WE WRITE A DIAGONAL PATTERN IN MEMORY (WITH CACHE ON).

LET ;
= IEIOS

9914
9915
9919 034650
9917 034652

REFRESH § SHIFTING DIAGONAL TEST>>

...............Q......"Q".Q..................'.Q...'......Q'l'...."...'."..

9900
9901
990;

0 1
2%t

SEQ 0253

PAGE 296

MTP022: SUBTST
L

990

IF DIAGFLAG IS FALSE THEN SCALL REFRESH

sREAD LOOP

LET COUNT := STRIPES

104424

LET R1 := #FIRST
CACHOFF

;TURN CACHE OFF

CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
MTPO22 REFRESH & SHIFTING DIAGONAL TEST

994

06-JUL-82 10:35

IF COUNT LT #0 THEN LET COUNT := #KDIAG=1

5026

IF #374 OFF.IN R1 THEN LET COUNT := COUNT - M

9943 035040
9944 035046
9945 035050

IF COUNT NE #0
LET RO:= (R1)
IF R2 NE RO

994.9 035056 104443

9950 0
9951 8 50

995;
5070
9953
035072
9954
035074
9955
035100
9959 035102
9957 035102

9958 835103
9959 035112
9960 8 5114

PERR17

END ;OF IF R2
LET RO := 2(R1)
IF R2 NE RO

104443

PERR17
END ;OF IF R2

ELSE
LET RO := (R1)
IF R3 NE RO
PERR20
END ;OF IF R3
LET RO := 2(R1)

104444

IF R3 NE RO
PERR20
END ;OF IF R3

10444é

9961
035114
mg 035114
9963 0 nso
9964 035124

END ;OF IF COUNT
LET COUNT := COUNT - #1
LET R := R1 + #4
END ;OF WHILE

9965

:END OF READ LOOP

3329
ogmg
9968 03514

END ;OF FOR STRIPES

END ;OF FOR EVEN

69’993 035156 000207

RETURN

9971 035160

997
9973
9974

5191. 004737 035230

9977
9978
9979
9980

035
035214
035
035224

035

5
524
03524
524
5
5
525

“'§ 5
S

9990

<<SUBR

REFRESH DELAY>>

't'.'..Q.QQQQ.."t..".t"..tt.Qi.tt..!".ttt...t.tl..ltt.tt'.t.ttt.tt't".tt'tt

035160
035170

9981

REFRESH:SUBTST

:*SUBTEST
SUBR
REFRESH DELAY
:DISTURB EACH ROW FOR > 3.2 MS
FOR RO := mnsr TO #FIRST+374 BY #4
CALL REFSUB

..........'..'.......'QQ'............Q.t't'.tQ."t.t.tt't.tt.'.'ttt"."'.'.'t'

9975

9976

SEQ 0254

PAGE 297

WHILE R1 LOS #LAST

5012

9947 035056
9948 0 ssgzg
9949 0

035256

END :OF FOR RO

LET RO:= #FIRST+BIT14

004737

035230

000640

700 000002
'38

5110
5110
? 7405
033709 000002
20

WHILE RO LOS #LAST+BIT14+374
CALL REFSUB
LET RO := RO + #4
END ;OF WHILE

ncTURN

REFSUB: MOV
ADD
18:
com
COM
com
com
S08
suB

RE TURN

#640,R4
#2 R0
-(RO)
(RO)+
(RO)
(RO)
RG,18
#2.R0

:TIME FOR A > 3.2 MS LOOP

(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
SUBR
REFRESH DELAY
9993 035260

06-JuL~-82 10:35

MTPA24: SUBTST

SEQ 0255

PAGE 299

<<MTPA24

FAST GALLOPING PATTERN TEST>>

.'...'...............'......'....l.l........'l...........Q."'Q'Q..Q.Q..Q..Q'.-

:*SUBTEST
MTPA24 FAST GALLOPING PATTERN TEST
:THE TOTAL TEST (INCLUDING SETUP) IS AS FOLLOWS

:'..t......QQ......Q.....'.Q..'...........'l.'...'.'...'...Q...'..t......'t""'

9954

9995
9996

-(1)

THIS TEST WRITES THE MEMORY WITH A BACK GROUND PATTERN
STORED AT LOCATION BAKPAT

9997

-(2)

9999

-(3)

LETS NAME THE 1ST LOCATION IN THE ROW/COLUMN UNDER TEST AS 'B°'.

10001

'(S)

READS °*A'., READS °'B’

-(7)

REPEATS STEPS S AND 6 UNTIL 'B' IS GREATER THAN THE

10005
10009

-(9)
-(10)

REPEATS STEPS 3-8 UNTILL 'A' REACHES THE END OF THE BANK
AFTER EXECUTING THE TEST DATA IS COMPLEMENTED

10008

nscxsms ARE USED AS FOLLOWS

10013
10012
10013

}88};

]‘806]'9

JNOTE THE PATTERN STARTS AT MTPB24!!'!!!111tririni

9998

10000

-(4)

1000%

'(6)

1000

10004

te(8)

1000

10009

10018
10019 035 sg 011100
10020 035262 020004
10021 035264
}% i 035266

001401
104447

10024 035270 onzog
10025 8 §272 02000
1009 5274
001401
;% 035276 104450

100 3 035300
10030

5g 000400

0 sgg: 0 ;o

}88 i 035

18:

101764

1ooi‘ 5310 062701
2
100 Sisgu 000137 035320

3s:

(LETS NAME IT °‘A*)

SWAPS BYTES FOR LOCATION °‘A°.
'B' = 'B'+400

(ADDS 64 DOUBLE WORDS TO 'B*')

END OF THE BANK A+2

AND STEPS 1-9 ARE REPEATED

TEST DATA

8"
BAKPAT
SWAPAT
LAST

:UIPAR'S
MOV
(R1) RO
cmP
RO.RG

:V177640
V177642

;READ 'A’
*CHECK °A°

MoV
(R2) RO
cMP
n3
BEQ
PERR24

:V177650
V177652
V177654
V177656

:READ °B'
*CHECK 'B'
*BR IF OK
*REPORT ERROR

cMP

nz RS

V177664

*AT END YET?

#2.R1
SMMTPB24

:v177670
vmm

BEQ
PERR23

TEST BEGINS AT LOWEST LOCATION BEING TESTED

ADD

BLOS

ADD
JMP

#400,R2

v‘l776“
v177646

;V177660

v177666

BR IF 0K
;REPORT ERROR

:BUMP 'B’

BR IF NO

:BUMP *A’
:GOTO V177260

CINSPBO MS11-L/M/P MEMORY DIAG. MACRO W1113

MTPA2.

FAST GALLOPING PATTERN
T

10037 035320

06-JuL-82 10:35

MTPB24: SUBTST

SEQ 0256

PAGE 301

<<MTPB24

FAST GALLOP PART 8>>

..t.......'.......'.......................Q...."...'....'Q"".'Q..Q'.."'.'Q'

: *SUBTEST
100;3
10039 035 g 010411
10040 035

10041 8 5326

1001.5

}004

020105

:SDPAR'S
MOV
R&,(R1)

V172260

(WRITE A’

BNE

V172$

:BR IF NO

001001

5396 000 0

035

MTPB24 FAST GALLOP PART 8

:......'............'.."'............'..........."..'.'.'.'.'..l....Q'Q"'.'..

000137 035334

10045 035334

18:

RE TURN
JMP

MTPC24: SUBTST

R1.R5

V172262

:V172266

sDONE?

:YES = RETURN

SIMTPC24

V172270

:60TO V172360

<<MTP(24

FAST GALLOP PART (>>

:t.'.........'l......."""..........'.t'.l.l'..'...'.'...".""""".'t.".'

: *SUBTEST

MTPC24 FAST GALLOP PART €

:...t'....t.tl....'...'."t...'..'.....'tl......Q...".Q..l...'t...."‘.Q'.'Ql.'

10049
1004 0353;:

10048 035
10049 0;5 0
10050 035342
10051 8;53“
10052
035346

;KDPAR'S
MOV
R1,R2

010102

011100
020004
001401
104447
000137

035300

18:

MOV
(R1) RO
cMP
RO.Ré
BEQ
18
PERR23
JMP
ANMTPA24+20

:V172360

V172362
V172364
V172366
V172370
V172372

SRESET 'B' <=== 'A°’

sREAD ‘A’
;CHECK ‘A’
sBR IF OK
sREPORT ERROR
;GOTO V177660

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRC M1113
MTPC24
FAST GALLOP PART €

10055 035352

06-JUL-82 10:35

MTP025: SUBTST
SRR

;«SUBTEST

’%

10098 8 5613
10099
035
10100
035624

10102 0336
1030§ 035636

ESE—

i
002244

[=1=1=]1V]

232 £58

TSTDAT+2

CHKGEN
#3 ,NOPAR

#TESTADD,R1
#18 ,PARTHERE

READCSR
FATAL
27
TSTDAT
INC
CALL
MTPD25
#400, TSTDAT
MoV
MTPD2S
CALL
TSTDAT
CLR

:SETUP PARITY ACTION

;FIRST TEST ADDRESS

*SETUP TRAP DESTINATION

002246

sCHECK FOR CORRECT ACTION ON SBE'S
sIN ALL & BYTES

TSTDAT+2
MTPD2S

#400, TSTDAT+2

MTPD2S

TSTDAT+2
#3, TSTDAT
MTPE2S
#1400, TSTDAT

002244
002244

sCHECK FOR CORRECT ACTION ON DBE'S
sIN ALL & BYTES

MTPE2S

TSTDAT

#3,TSTDAT+2

002246

MTPE2S

#1400, TSTDAT+2

002246

MTPE2S

sCLEAR 1 SELECTED MK11 (SR
sINDICATE PARITY ACTION

;WRITE DATA & CHECKBITS

MTPD25:

035712
035752

RANAN AR NANR AR AAN RN R AR AR R R RN

sGENERATE CHECKBITS ON 0,.0

#TSTDAT,SOURCE

~
&~

035670

RN AR R AR R AR AR AR NN

MTPA2S
CALL
*WRITE DATA & CHECKBITS
ECCTINIT
SINITIALIZE 1 SELECTED MK11 CSR
18T
a(R1)
*ACCESS LOCATIONS FOR DBE TRAPS
TST
a2(R1)
;NONE - GOOD - ACCESS FOR SBE TRAPS
ENA1SBE
sDISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
ST
a(R1)
TST
@2(R1)
BR
2%
;NONE - GOOD - SKIP

INC

oW
O

ggsss

&RaSaR

QS
w
v

=]
W

NN
\Q:s
W
NNO
NNNNW
o
~
ek
N
NN

-O0000
-

2$:

INTERRUPT ENABLE TEST

TSTDAT

033814

035

2 &
§:d
wVioON
W
\h;:U!
~
gN

10006

10094

002302

1%:

f=l=1=]
W

5574
5602

0355

MOV
CALL
MOV
MoV
MOV

002074

8
~n

1009§
1009

10091

WWWWWWWWW
NNNNNNNYN

5540
5544
5552
gSS
S

CLR
CLR

002310

035670

MTP025

NN RN TR AR

1
1
)
10089
10090

}88‘ 0355
10085 0 SSGS

NNNONNNNGOG

035504
5510
5514
§522

oW
WO

10079
1
1
1
1
;

~
o

i g

~N
NNNVON ~
WWWWW WW
NN

10063 035432
1009 0354
10070 8 5440
10071
035444
1007; 8 5446
10073
035450
10074 03545
10075 03546
10079
54

ERaESPRE PARReE 38
$ 3 3338 gessssssss

10064 0354
10065 035422

19080 93s37¢
10065 033608
1006§ 8 5414

10057 035

10058 035

an
S82RRE S8-

10056 035352

INTERRUPT ENABLE TEST>>

<<MTP025

RN A RAR AR NN N RN NN RN AN N RN AR ARR AN AN R RN RANAANANNAANANRRANAARRARARAR
AR RRR TR TS

SRR

SEQ 0257

PAGE 303

CALL
RETURN

MTPC25

;DISABLE ECC ON 1 SELECTED CSR
sCHECK FOR NO TRAPS
sDISABLE TRAPS ON SBE'S FROM 1 SELECTED CSR
;CHECK FOR EXPECTED TRAP

:
zn

104473
004737

035752

ECCTINIT
CALL
MTPC25

SINITIALIZE 1 SELECTED MK11 (SR
sCHECK FOR EXPECTED TRAP

5662
5666

004737
000207

035752

CALL
RETURN

sCHECK FOR EXPECTED TRAP

OO0

WWWN

5652
56564

OCO0O000

j=lelelel-]
WNWWNW

5670
72

5700
5702
5710

104471

013771

104475
013771
000207
012737
005771
005771
000207

5722
5734
5740
5768
5750

104426
011137
104024

752
760
764
796
774

012737
005771
000405
012737
005771

ow\h\h\fl\h“

OO0O00O0

OCOCOO0CO0O0OOO00O

104507

5712
5720
5724
57

WKW

OO0O0O

BN = O VB U NN SO OB NN RN SO OB IE NS

5660

0
0
008
01
36016

035670

SEQ 0258

PAGE 305

WWWWNW

BRIe

b
d o
e
— e

D e
e
e o e
e S
e e
ek e
e

5640
5644
5646

06-JUL-82 10:35

004737
1044671
004737

d
e

b
NN N N RO N PO NINONOND = = b
= es— b

e e
ol el e e

e e e

D2 AN N N N N N N

e e o o
e

BB
o

TERRUPT ENABLE TEST

=—

S
~N
=del=lelalelelelalelelelalalelalelealele] QOO0 O00O00O0O000O elelolelololoTe)

) D e eS
el e
D e el o
i
) i e el
)
el el
el e
el ol i el il el el el e
e
e

11=L/M/P MEMORY DIAG. MACRO M1113

MTPE25: CALL
MTPA2S
ECCIDIS
CALL
MTPB25
sENABLE DBE TRAPS

035712

ENA1SBE

000207

sDISABLE TRAPS ON SBE'S FROM 1 SELECTED (SR

;WRITE TSTDAT & TSTDAT+2 & CHECKBITS

002244

000000

002246

000002

035732
000000
000002

002302

MTPA25: ECCIDIS
MOV

CB1CSR
MoV
RETURN

18:

002032

035766
000000

002302

036016
000002

002302

002032

TSTDAT ,a(R1)

sDISABLE ECC ON 1 SELECTED CSR
SWRITE FIRST 16 BITS

sWRITE GENERATED CHECKBITS IN 1 SELECTED CSR
TSTDAT+2,82(R1) ;WRITE 2ND 16 BITS & CHECKBITS

;CHECK FOR NO TRAP OCCURING CONDITION
MTPB25: MOV
#1$ ,PARTHERE
sSETUP TRAP DESTINATION
TST
a(R1)
sACCESS LOCATIONS
TST
a2(R1)
RETURN
sNO TRAP = GOOD - RETURN

000207

1044;9
01
104025

MTPC25

sWRITE DATA & CHECKBITS
sDISABLE ECC ON 1 SELECTED CSR
sCHECK FOR NO TRAPS

READCSR
MOV
(R1) ,ADDRESS
ERROR
+24
SET
HEADER
RETUSN
; TRAP SHOULD OCCURE TEST

MTPC25: MOV
TST
BR
18:
Mov
TST

28:

3s:

#18 ,PARTHERE
a(R1)
4]
#3$ ,PARTHERE
a2(R1)

READCSR
MOV
(R1) ,ADDRESS
ERROR
+25
SET
HEADER
RETURN

sSAVE VIRTUAL ADDRESS

sSETUP TRAP DESTINATION
sACCESS 1ST LOCATION
sNO _TRAP - BAD NEWS - SKIP
sSETUP TRAP DESTINATION
sACCESS 2ND LOCATION

sNO TRAP = BAD NEWS
sSAVE VIRTUAL ADDRESS

B
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO25S

INTERRUPT ENABLE TEST

10149 036020

06-JUL-82 10:35

MIPA26: SUBTST

SEQ 0259

PAGE 307

<<MTPA26

RANDOM DATA (WRITE)>>

'..'.Q.................Q.'...Q...Q.'..Q‘.....Q...Q'.".'..'.Q'."QQ'.'Q.'......Q

10150 8

000137 036070

10151
10155 8
1015

6 010221
010321
0

}8}?3 0

000207

10156 036034

S eSUBTEST
MTPA26 RANDOM DATA (WRITE)
is:
JmP
FNMTPC26
:V177640
MOV
R2,(R1)+
V177644
MOV
R3.(R1)+
V177646
08
RO.1$
V177650
RETURN
V177652

'........'.....Q....'.""........'.Q'....Q....Q......QQ..'Q.'.IQQl'...""Q"'

MTPB26: SUBTST

<<MTPB26

GOTO V172360

RANDOM DATA (READ)>>

"....t.t......t'.'.'..'t'.t...Q.'..'QQ.Q'....'.'.'Q'.Q't'..l'.t'"t."."t'."

*«SUBTEST

MTPB26 RANDOM DATA (READ)

;.....'t......t'...'.l..'.'........'..l..."..'tfi.t.Q.t.....'QQ.'Q".'.Q.Q.Q".'

10157
msg

1015

18165

1 120
10161
1o1o§
1016
10164

137 036070

221
1401
104451
5127
0321

e
1§153

sl ol
;m 177764

107

1 19

015

10173
1017

18:

.DSABL
.ENABL

AMA
LSB

SMMTPC26

R3, (R1)+

S08

RO,1$

:V177640

cMP
R2, (R1)+
BEQ
28
PERR2S
28:
com
(PC)+
RANODD: 0

V177644
V177646
1v177650
V177652
V177654

fihs
com

e
V177664

3s:

V177656

FOR ERROR REPORTING

V177670

RosABL
LS8
JENABL AMA

10174 036070

GOTO V172360

MTPC26: SUBTST

<<RANDOM NUMBER SUBPROGRAM>>

L *SUBTEST

RANDOM NUMBER SUBPROGRAM

...'.Q'...'.."...I.'.'....i.Q.....fit.'.t..ttl.t.t.lt..'.".t'tt'.t"'t"t't"'

Ql.'.'.....'.t'.'....Q'..Q.t.Q..'...t'Q.l'.lttttt.tt.'tttt.t.t.t'.'."'."'t"'

10175

sCALLER MUST SETUP

101 79

MOV

semo R3

1 173

MoV

az R&

101

10181
101
101
101
; } 5

131

74
7

1
1
036106

036110

073427

000007

5
5504
S 001057
240

ns RS
nz RG
#1057.RS

V172360

V172364
V172366
1172370
1v172372
1172376

MTPD26: SUBTST <<RANDOM NUMBER SUBSUBPROGRAM>>
LeSUBTEST

10188 036110 005504

GOTO V172260

047401

10192

036122

036024

858‘
137

RANDOM NUMBER SUBSUBPROGRAM

...'t.'........t.'.."."'.'.'l.....tttl.tl..'t..'lt"'t"Q"""""!""'O'.t

12 gas
116
0105
0361

#7.R4

;'l.'.."l'..'..'..t..l"..tt'....'ti.l..t.t.ttt'l!'t.".t.".tt"'l."Q'Q..."'

mg
181
10191

ASHC

ADD
ADC
ADD
ADD
NOP

ADC

ADD
MUV

247401 ,R4
RS.R3

SMMTPA26+4
+

MOV

R&.R2

V172260

1172262
1v172266
1v172270
1172272

GOTO v V177644

cC
CZMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113

RANDOM NUMBER SUBSUBPROGRAM

10195 036126

(06-JUL-82 10:35

MTPO30: SUBTST

SEQ 0260

PAGE 309

<<MT0030

FLUSH OUT DBE'S>>

:tt.t..t..'.........t.....'.'...Q.Q'Ql.'...'.....Qt..t.t..t't..t.!.'..'t'h.'..'t

“«SUBTEST

10196 036126
10197 036130
10198 036132
}81” 036136

1o§8$ 036136

MT0030 FLUSK OUT DBE'S

:...Q..t....'t.....'....".'....Q...l....t.....'...Q...Qit'.t"tt"'.".."'.".

011062
0102
07710
000207

is:

MoV
(RO) .R2
MOV
R2, (RO)+
S0B
R1.1$
RETURN

MTPO31: SUBTST <<MTPO31

V177640
V177642
V177644
V177646

S08-A=LONG TEST>>

:ttt...t.t..t..t'.Q.t'."..t.tt..l.ltt..ttl't..'t't.!'.QQQ'Q....Q'.t"t""'.t'.

S «SUBTEST

MTPO31 SOB-A-LONG TEST

:Qt.t..l.t"t'l...tt..'tt't'.tttttt't.l'.tt.t..'ltt't.tt.'tfi.'tl.QQQ.'.!.Q..Q"'

10 og
10203 036136

10204 036140
10205 036142
10 og 0 143
10207 036152

oogooo

077001
005167
020167
001403

177772
177766

10209
153 010167
10210 036162 005167
10211 036166 010200

177756
177752

10 oag

10 1;

1021

10214

154

104454

18:

2s:

005725

og 014344

10221
10
001376
10 g 036212 000752
10
000056
10224

RO.1$
18
R1.1$
28

MOV
coM
MOV

R1.1$
18
R2,RO

MOV

RS.R3

:UPDATE MOVE REGISTERS

10215
036174 010504
1 198 173 020537 002520
1021
so
1001
}8 }g 036204
207

10220 8

AMA

S08
CoM
CMP
BEQ

PERR30

170 010503

036172

.DSABL
0

(RS)+

MoV
RS.R&
cMP
RS.SLINK1
BNE
3s
RETURN

3s:

MOV

=(R3) ,~(R&4)

LENABL

AMA

BNE
3s
BR
1s
SOBLENGTH=. -MTP031

:MOVE TERMINATOR

:SOB TILL RO UNDERFLOWS
:WRITE COMPLEMENT OF SOB
*READ & CHECK FOR NOT ‘'SOB RO,DOT'’
:0K = SKIP
:CORRECT SOB INSTRUCTION
sREINITIALIZE SOB CONSTANT
:BUMP (SAFELY) BY 2

:DONE?
:NO = SKIP
YES

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

MTPO31

SOB-A-LONG TEST

10252 036214

06-JUL-82 10:35

MTPO32: SUBTST

SEQ 0261

PAGE 311

<<MTPO32

WRITE RECOVERY TEST>>

..................Q.Q".'....Q...Q.Q..Q...Q.....'...Q.....O".'.'.t'.."..'..'.

«SUBTEST

MTP032 WRITE RECOVERY TEST

........'...".....""'......................‘.."............'."..Q.'..Q"Q'

10
10

:THE TEST ACTUALLY EXECUTED ALREADY IN THE MEMORY UNDER TEST.
STHIS CODE INSURES THAT IT CHANGED MEMORY TO MAVE

2172

10258
10259
10260
10261
10
10
10
10
10

10,
10
10

:1/2

036214
036216
0
036222
8
6
s

012401
020102
00140"
104430
077305
013703 002520
01 4oo

1401
l.g 9&33
42 077305
&

000207

18:

28:
38:

48:

BANK OF #5141
BANK OF #110

MOV
P
BEQ
PERRO?
$08
MOV
MOV
cMP
BEQ

PERRO1
S08

RE TURN

(R4)+,R1
R1,R2
2s

R3,1$
a#LINK1,R3
(R4)+,R0O
RO, RS
X3
R3.3$

WHICH IS A “'COM =(R1)** INSTRUCTION AND
WHICH IS A "JMP (RO)'*

:V177640
V177642
vwnu
V177646
*V177650
V177652
*V177656
V177660
V177662

V177664
V177666

INSTRUCTION.

:GET DATA FROM LOWER 1/2 BANK
SIS IT #51412
SYES = SKIP
:NO = TAKE ERROR TRAP
:LOOP FOR 1/2 BANK
:RESTORE LOOP SIZE
*GET DATA FROM UPPER 1/2 BANK
2IS IT #1107
*YES = SKIP

:NO- TAKE ERROR TRAP
*LOOP FOR 1/2 BANK

E
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
MTPO32 WRITE RECOVERY TEST
10272 036246

06-JUL-82 10:35

MTPO33: SUBTST

SEQ 0262

PAGE 313

<<MTPO33

BRANCH GOBBLE TEST>>

'.Q...'.......Q..Q..Q""....Q......lQ.........Q......'..Q'!.t...."tt"".'...

S «SUBTEST

MTPO33 BRANCH GOBBLE TEST

.....Q...‘.Q....t..."....'............Q.Q........t.Q..Q.'t"'.'.Q.."Q"..O..Q

10273

10274

000000

10275
1
;9
1
0

1
105511

1
1

}
1
1
1

1
10286
102§
1025

7%
76

‘

1025

1029
10296
1026
} :
1

1
1

1
14

1030¢
1
;

54.

10521

1
102001
100401
104461

010701
162701 000036
80 }83

AMA

(R1)
(R2)

*INCREMENT HIGH BYTE OF "BGTEST"

B8R

BRGOBS

:NOW CHECK FOR CORRECT CONDITION CODES

an IF_V=BIT SET (SHOULD BE)
- REPORT ERROR AND ABORT TEST

2s:

*CLEAR V-BIT

3s:

BCS
3s
BVC
3s
AM]
13
PERR3S

48:
58:

INGB

(RD)

couo CODES NOT EQUAL TO 1010

*INCREMENT HIGH BYTE OF "BGTEST'' ONCE MORE

SBR IF C-BIT SET (SHOULD NOT BE)
*BR IF V-BIT CLEAR (SHOULD NOT BE)
*BR IF N=BIT SET (SHOULD BE)
*NO - REPORT ERROR AND ABORT TEST
*COND CODES NOT EQUAL TO 1010

:UPDATE TEST POINTERS

MOV
SUB
MOV
INC

PC,R1
#58-BGTEST.R1
R1.R2
R2

:UPDATE MOVE REGISTERS

MoV

RS,.R3

105

MOV

RS.R%

537 002520
1381
7

tmp
RS, ML INKI
BNE
68
RE TURN

(RS)+

:DONE?

:BUMP (SAFELY) BY 2

:DONE?
‘N0 = SKIP
*YES - RETURN

;MOVE CODE
1 LOCATION

14344
1376

68:

1
1

743
000076

BR
gne
GBLENGTH=.-MTPO3

*LOOP 128 TIMES

Bvs
2
PERR3S

0105 g

5011

*BRANCH WHEN BIT? IS SET

18:

1
1
1

:MOVE TERMINATOR

STEST WORD (TWO BYTES)
*SET CARRY (TO BE ADDED TO 'BGVEST'"
< INCREMENT LOW BYTE OF 'BGTEST''

8M]

INCB

;

;;

gm 102401
104461

10286

BGTEST: 0
BRGOBB: SEC
ADCB

000

}

.DSABL

MOV
BNE
CLR

LENABL

-(R3),-(R4)
63
(R1)

AMA

:CLEAR TEST WORD

‘BGTEST

*RUN MOVED CODE AGAIN

CZMSPBO

MTPO33

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

BRANCH GOBBLE TEST

10318 036344

06-JUL-82 10:35

MTPO34: SUBTST

SEQ 0263

PAGE 314

<<MTPO34

SOFT ERROR = BACKROUND PATTERN TEST>>

:.'.Q..t..'...'...."Q..Q....tt..-....l..Q.Q....Qt....QQ""Q'..QQ.t"'0'.'.'."

[

10
10
9
1
1
1
1
1
1
1

MTPO34 SOFT ERROR = BACKROUND PATTERN TEST

is:

R2.(RO)+
R1.MTPO34

CERAER R RN AA AR A SR AR AR N AR RN AR RN AR R RARARARARRANNRRRRNARARARCARROERPRACOICROOROTROERS

o;gzs
1
1
14

SeSUBTEST
1
40

28:

3s:

MoV
S08
RE TURN
MOV
CMP
BEQ
PERRO2
NOP
S08
RETURN

(R4) +,R1
R1,.R2
3s

R3.28

:V177640
V177642
V177644
V177646
.-v1msg
V17765
V177654
V17765
V17766
V17766

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

MTPO34

SOFT ERROR - BACKROUND PATTERN TEST

10330 036370

06-JuUL-B2 10:35

SEQ 0264

PAGE 315

MTPO3S:SUBTST

<<MTPO3S

WORST CASE NOISE PARITY TEST>

:*SUBTEST

MTPO3S WORST CASE NOISE PARITY TEST

:...t........t......t....'t.t.tt......Q'..l'.....t.."'.'.'..'.'.'..'.Q'.l.'.t.Q

:.t't'..t.'..t.tt.i.'.'....'...'Qt..t.t.tt..t't'.tt..'l.."..t..tt.'..t.'Qt...t'

1 036370

012737

000003

002074

10
036402
10335 036410
10336
036412
10337 8
10
10339 034426

012737
104425
012737
011910
005710
010037

000005

002146

036446

002302

10341
10 i
10

ogam
032763
oo1ogz

10 g 03637

10340 0

104050

10344

4
46

10 9 8

52 104503

}8 5

9 8

10350

10351
10 s;
1035
10354

03650

10 sg

506

10355

057532
002000

96
4
53

036504

18:

}8 g. 36512

002146

0157 7
005710
oool.gs
010037

036500

002302

002032

004737

057532

1o§59 °“’§2 005037 002074
10360 03653¢

000207

CALL
BIT
BNE

;SET WRITE WRONG PARITY & PAR. TRAPS INTO CSR
:WWP TEST LOCATION

PERBNK
#BIT10,CONFIG+2(R3)
28

READCSR

ERRGEN

28: CLRICSR
000001

104050

MOV
#BIT2!BITO,CSR
LOADCSR
MOV
#1$,PARTHERE
MOV (RO), (RO)
TST
(RO)
MOV
RO,ADDRESS

002654

012737

104:.;5

sSET PARITY TRAPS TO RETURN TO ‘PARTHERE''

ERROR +50

104426

011010

#3 _NOPAR

FOR RO := #FIRST TO #LAST BY #4000

002032

50 104512

10348

MOV

(RO),

(RO)

MOV

#B81T0,CSR

38:

MOV
IST
BR
MOV

#3$,PARTHERE
(RO)
&S
RO,ADDRESS

4$:

END; OF FOR

CALL

PERBNK

2CLEAR WRONG PARITY IN MEMORY

LOADCSR

ERROR +50

CLR

RE TURN

NOPAR

:RESET PARITY TRAP ACTION

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

MTPO3S

WORST CASE NOISE PARITY TEST

10362 036532

06-JuL-82 10:35

SEQ 0265

PAGE 316

MTPO36: SUBTST

<<MTP036

CORRECTION CODE TEST>»

;t...".t..'........t....t..........t.tl.'Ql......!.......'...t.Q"t..'.t..'QtQt

;*SUBTEST

MTP036

CORRECTION CODE TEST

:"...........'..Q....QQ..'......Q...'.......".QQ..'.'.'Q..'.Q.tQ.Q"Qt.t'..'.Q

10363
10364

3
;s THIS TEST CHECKS TO SEE THAT EACH BIT OF A DATA WORD

10365
10
10

106424

105037

104513

: CAN BE CORRECTED INDIVIDUALLY FROM A ZERO TO A ONE AND
; VISA VERSA,
CACHOFF
TURN OFF CACHE

002262

CLRB PASFLG

;CLEAR PASFLG

Sfifr

JENABLE CHECK/SYNDROME BIT REGISTER

10371
10 7§
1037
10374
}8 ;S

LET PASFLG :B= PASFLG + M
LET R¢
:= #-1
LET BITNO := #C
IFB PASFLG EQ M
LSIE.ET RS := M

s INCREMENT LOOP COUNTER
JINDEX TO SINGLE BIT ERROR TABLE
sCLEAR INNER LOOP COUNTER
sSELECT DATA TO BE CORRECTED BY PASSNO
:DATA=0;BIT TO BE CORRECTED IS A ONE

10378
}8 79

END
REPEAT

3
2

10 79

LET RS := 77776

10
10
10

005237

002322

18
1

075;27
052702

000005

104425

10
18 90

005711

10395

104052

10391
10 9;
1039
10394

10 99
18 9
1 gg

10405

005100

1040
10408

104503
104423

10609

;06?3

1041

LET
LET
LET
LET

ADDRESS := #60000
CHECK := R2
TSTDAT := RS
TSTDAT+2 := (R1)

ERROR +52

ASL
ELSE
SEC
ROL
END

UNTIL BITNO EQ #16.

COM RO

UNTILB PASFLG EQ #2

CLRICSR
CACHON

036736

037

036744

026

020

057

:= RO

END
CLR (R1)
IF8 PASFLG EQ #1

000207

;g}%

<ENABLE DIAG MODE
JGET CHECK BITS TO BE WRITTEN

TST (R1)
IF (R1) NE RS

000261
006105

18:0‘

BIS #BIT2.R2
LET CSR := R2

LOADCSR

006305

1040

s INCREMENT BIT POINTER
sPOINT TO NEXT SET OF CHECK BITS
2GET NEXT SET OF CHECK BITS

LET (R1)

005011

10
10400
10401
104

INC BITNO
LET RG := R4 + 11
LET R2 :B= PTABLE(R4)

ASH OS.RS

000004

ogs

:DATA=177776:8IT TO BE CORRECTED IS A ZERO

RE TURN

PTABLE: .BYTE

JSHIFT TO LINE UP IN CSR

JLOAD CSR WITH DATA

JWRITE DATA TO TEST ADDRESS

sCORRECT SBE
;WAS DATA CORRECTED???

;MOV ERROR INFORMATION IN
H
2
:

:NC ERROR

;
sCLEAR LUT
sSHIFT NEW DATA DEPENDING ON PASFLG

sSHIFT BITNO TO THE LEFT
3
:SET CARRY BIT AND......
JROTATE LEFT
:

JUNTIL ALL BITS ARE DONE

;COMPLEMENT DATA AND REPEAT

JUNTIL 2 PASSES ARE COMPLETE!

;CLEAR CSR
;TURN 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

15
(IMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO36

CORRECTION CODE TEST

036747
03675

e—

—e————

03675

051
046
070

052
040

045
075

06-JUL-82 10:35

PAGE 3161

SEQ 0266

J
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

MTPO36

CORRECTION CODE TEST

10615 036756

06-JuL-82 10:35

MTPO37: SUBTST

SEQ 0267

PAGE 317

<<MTPO3?7

CHECK ECC DISABLE TEST>>

AR ANAA AR AR R AN AR R AN R RN AN AR AR R RN R RAARRRRANANANAARNAANR

eSUBTEST

MTPO37 CHECK ECC DISABLE TEST

AN RAARNRRARONROERIRERRS

:.'.................'...'...........'Q.'..Q.Q....'.....Q'.....Q...'Q....'Q.."'Q

10416
10617
10618
10419
10420 836756

: THIS TEST CHECKS THAT ECC CAN BE DISABLED AND THAT
* NO CORRECTION TAKES PLACE WITH ECC DISABLED.

104424

CACHOFF

:TURN OFF CACHE

(BI1CSR

sENABLE SYNDROME/CHECK BIT REGISTER

e dd
104 i 0 7% 1046475

LET GOOD := #0
LET CHECK := #0

10425 037000
10426 0;7002
10427 037004
10428 037010

(B1CSR

104264 036772

10429
10430
10431
10432
10433

037014
037022
0;70 “
037024
037026

104475

LET CHECK := #100
LET (R1)

:= #0

IF (R1) NE #0

LET BAD := (R1)

104037

104423

000207

END

<GOOD DATA FOR ERROR PRINT OUT
sCLEAR CHECK BIT FIELD
;SBE CHECK BITS

JWRITE CHECK BITS TO CB REGISTER
JWRITE CHECK BITS TO MEMORY

sWAS CORRECTION MADE????
JYES IT WAS.....ERROR

LET ADDRESS := #60000 ;
ERROR +37
-

CACHON
RETURN

:TURN ON CACHE
:

K
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

MTPO37

(HMECK ECC DISABLE TEST

10436 037030

06-JuUL-82 10:35

MTPO41: SUBTST
SRR

10437

104

000011

170037

002312

10449 8 7072

002262

104475

o 104503
10459 8;71 2 005711
10458
037124 10442

10459 0371 g
10460
0371

104
104
10465

182
1

7142
7144
037150

7154
71

MTPO41
A AR NN AN

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

TR R TR R RN RN R AR AR AR NN R AN AR NN RN AR AR AR R AR NANNRARANRRARCRRREORS

042705
0402

000240

104455

LET R4 := BANK
ASH #9. . R4

BIC #°C7740.R4

170037

sGET STARTING BANK NUMBER
sSHIFT INTO POSTION TO MATCH ADCRESS IN CSR

cCLEAR OFF EXTRANEOUS BITS
LET RO := #-40
sINIT CSR ADDRESS TO 0 - 1K (BIT 5 = 1k ADD.)
LET R1 := #FIRST - #4000 ;GET LOW ADDRESS IN BANK
LET PASFLG :B= #0
sINIT PASFLG
CLR CHECK
sCLEAR CHECK BIT FIELD TO BE LOADED
CBI1CSR
cENABLE CHECK/SYNDROME BIT REGISTER

REPEAT
INCB

PASFLG

LET RO := RO + #40
LET R1 := R1 + #4000
LET CHECK := #1340

sINC LOOP COUNTER
sINC CSR ADDRESS TO BE EXPECTED
;DOUBLE ERROR CHECK BITS

READCSR

sWRITE DOUBLE ERROR CHECK BITS
;WRITE DATA AND D.E. CHK BITS AT A=0
:CLEAR CSR
sREAD ADDRESS TO GET DOUBLE ERROR
sREAD CSR FOR CORRECT ADDRESS

LET R2 := RO

*GET CORRECT ADDRESS

CLR1CSR
ST (R1)

18 ding
10690 7164 104475
e
10450
1047§ 8 7200 0002073
10474

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST>>

IN CSR BITS 5-11 ON A DOUBLE ERROR.

10445 037050
10446 037060

10454 0;7114

<<MTPO41

THIS TEST CHECKS TO SEE IF THE CORRECT ADDRESS APPEARS

10439
10440
10441 037030
1044; 037034

10450 037072
10451 03707
10655 03710
10453 037106

SEC 0268

PAGE 319

RAARRRAA RN AAARARRERRANRAANAAARANRAANAARACRNRANNARACREARQARQCRNRRRACRENOOTS

;*SUBTEST
AR

LET RS := CSR
BIC #*C7740,R5
ADD R4 ,R2
NOP

IF R2 NE RS
LET BAD := R2
LET GOOD := RS
PERR31

END

LET (R1) := #0
(B1CSR
UNTILB PASFLG EQ #16.
CLRICSR
RETURN

sADD STARTING BANK TO DOUBLE BIT ADDRESS
:DEBUG AIDE
sD0 ADDRESSES AGREE?

NO ERROR

*ENABLE CHECK/SYNDROME BIT REGISTER
D0 16K AT A TIME

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRC M1113

MTPO41

06-JuL-82 10:35

ADDRESS TO CSR ON DOUBLE BIT ERROR TEST

10477 037202

MTPOL2: SUBTST

SEQ 0269

PAGE 321

<<MTPOL2

EXTENDED ADDRESS TO (SR ON ERROR TEST>>

SRR AR R AR AR AR NN RN R R AR R AR RANNRANNNARANNANAARNANRANCAARCNORACNCNACRRCRRROORRENS

eSUBTEST

MTPO42 EXTENDED ADDRESS TO CSR ON ERROR TEST

:I....Q..'........."....'Q................Q.."...Q..'...........Q.'l.".t"..'

10478
10479

:
: THIS TESTS THE EXTENDED UNIBUS ADDRESS IN THE

10430
:82 1

: CSR BY CAUSING A SINGLE ERROR, ENABLING BIT # 14,
: FOR THE PROPER ADDRESS IN THE CSR.

1045 037202 106424
1323‘ 037

CACHOFF

:TURN OFF CACHE MEMORY

ASH #2.Ré

*SHIFT TO LINE UP WITH CSR

BIC #°C7.RS
ASH #9. RS
8IS #Bif4 RS

SCLEAR ALL BUT THE LOWER BITS
*ROTATE INTO POSTION
:SET UP SBE INDICATOR ;;DATA TO BE EXPECTED

LET Ré := BANK

10485 037210 043704 177607

BIC #°C170.R4

104 8 7220 052704
040000
104
7204 062737 000400 172352
10489 8 7232
104
7

8IS #BIT14
R4
ADD #400,KIPARS
LET PASFLG :B= #0
LET RS := BANK

104&9 037214

072427

000002

10491 037242
10492 037 bg
10493 037252

042705
072527
052705

177770
000011
000020

10494 037256 104513
10495 037260

1049? 037260

105237

10498 037272
10499 037274
10500 8 7276
10501 037
1oso§ 8 7

104425
104503
005711
ma;e

10497

037 94

1050
gr
10504 037312

042737

CBREG

REPEAT

002262

020000

10308 037356
}§§§ ; 3 104023
10509

037

1 s1§

7346

10510
10511
10513

10514
10515
10519
10517

037342 104425
037344 104426
037354

042737

037
037
7374
037402

104023

105
8 nos
10521
037412

062705

10518
18519

037404
7404

105 i 8 7416
105

}og

037434

185 4 8 74
10525 037432

185 8

104513

1o:.so§
10442

000207

*GET BANK NUMBER TO FIGURE OUT EXTENDED ADDRESS

*CLEAR OFF LOWER BITS

*SET EXTENDED ADDRESS BIT
*SET UP PAR TO POINT TO TOP OF A BANK
*INIT LOOP COUNTER
‘RS GETS THE BANK NUMBER
*ENABLE CHECK/SYNDROME BIT REGISTER

INCB PASFLG

;INCR LOOP COUNTER

LOADCSR
LET (R1) := #0
CLRICSR
TST (R
READCSR

*LOAD CSR WITH DATA
*WRT ZEROS AT A=0 AND SINGLE ERROR BITS
*CLEAR CSR
*READ A=0:DATA BIT O SHOULD BE CORRECTED TO A 1
*READ CSR FOR DATA

LET CSR := #104

002146

THEN CHECKING

BIC #BIT13,CSR
IF CSR NE RS THEN

*WRITE CHECK BITS TO CSR WITH DIAG MODE

*CLEAR POSSIBLE INHIBIT MODE IN DATA ‘‘CSR'
:HAS SINGLE ERROR BITS SET IN CSR?

LET 00D:= RS
wem +23
:

020000

002146

LET CSR := #40000

:WRITE EUB BIT TO CSR

BIC #BIT13,CSR

*CLEAR INHIBIT MODE POINTER IN DATA

LOADCSR
READCSR

IF CSR NE R4 THEN
LET BAD := CSR
LET GOOD := Ré¢
SET umga
ERROR 2

END
LET (R1) := #0
000740

LET R1 := #137776
ADD #740,RS

CBREG

UNTILB PASFLG EQ #2

CLR1CSR
CACHON

RE TURN

:
*READ FOR CORRECT EXTENDED UNIBUS ADDRESS
:READ EUB ADDRESS
:
;

:
*CLEAR LUT

:SET UP NEW ADDRESS
*ADD TO GET NEW ADDRESS

*ENABLE CHECK/SYNDROME BIT REGISTER
*LOOP 2 TIMES

*CLEAR CSR
*TURN ON CACHE

(IMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
MTPO42 EXTENDED ADDRESS TO (SR ON ERROR TEST
10530 037436

SEQ 0270

PAGE 322

MTPO4L3: SUBTST <<MTP043 WRITE BYTE CLEARS SINGLE BIT ERROR TEST>>
SRR AR R RA R R AN A RN RR RN RN RRRARANNRANANNANRAANNNNACRANRNRNANNNORCRANNOCOONRRNOOTESE

;*SUBTEST
i

RQRRRRR22R
SRYERVRUKw

SRR

WRITE BYTE CLEARS SINGLE BIT ERROR TEST

002262

105237

002262

104425

10549 037‘74

104503

10548 037502

104426

037472

10547

03747

10549 037504
10550 8 751
10551
0375
1OSS§ 0375

042737

10555 837560

104513

10559 g?S‘Z
1855 037544
10558 8§7566

037554

5711
1
4;6
042737

0375
037572

10$6§ 837600
1056
7608

105
761
10565
037610
10529 037612
10567
037616

10568 0576;6

10569 037630

1046424
10451;
105037

10544 8 7470

10545

10560
10561

MTPO43

RN AR AR NN E RN AR AR ANANANAARA AN

NAER AN

CARCNNRRNRA

QOGO OCOOEROERES

: THE READ PORTION OF A WRITE BYTE AND THAT THE CORRECT CHECK BITS WILL
; BE GENERATED ON A WRITE.

1
037436
1
037440
1
037442
10
03744
10540 03745
10541 037456
10542 0374
10543 0 769

10559

AR R

: THIS TEST CHECKS TO SEE IF A SINGLE BIT ERROR WILL BE CORRECTED DURING

——-

CACHOFF
(BREG
CLRB PASFLG
LET R2 :=R1 + "
LET R4 := M
REPEAT
INCB PASFLG
LET CSR := #604

LOADCSR

LET (R1}

:= R4

LET (R2)

:B= #377

CLR1CSR

177757

002146

READCSR

BIC #°C20,CSR
IF CSR NE #20
LET GOOD := #20
LET BAD := (SR

CBREG

174037

002146

005302

104423

000207

TST (R1)
READCSR
BIC #°C3740,.CSR

IF CSR NE #3500

LET BAD := (SR
ERROR +61

END
DEC R2
LET R4 := #400
UNTILB PASFLG EQ #2

CACHON

RETURN

SWRITE CSR

sWRITE DATA OF 1 CREATING A SINGLE BIT ERROR

sWRITE CSR _TO NORMAL MODE
sWRITE BYTE OF WORD

sREAD CSR

sSEE _IF SBE INDICATOR IS SET
;1S SBE SET?222?
;
:

SET HEADER
LET GOOD := #300

104061

sTURN OFF CACHE
sENABLE CHECK/SYNDROME BIT REGISTER
sCLEAR LOOP COUNTER
;R2 POINTS TO HIGH BYTE
SINITIAL DATA = 1
:
s INCREMENT LOOP COUNTER
sWRITE CHECK BITS CORRESPONDING TO DATA OF 0

sWRITE CSR TO DIAG MODE

sREAD SAO FOR CORRECT CHECK BITS
sREAD (SR
sMASK OUT CHECK BIT FIELD

sWERE CORRECT CHECK BITS GENERATED?22??
:
;

:
:

;
sPOINT TO HIGH BYTE AND REPEAT
:BIT 0 OF HIGH BYTE
:DO HIGH AND LOW BYTE

:TURN ON CACHE
:

CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
MTPO43 WRITE BYTE CLEARS SINGLE BIT ERROR TEST
10571 037632

MTPOLL: SUBTST
SRR

*SUBTEST

SEQ 0271

PAGE 323

<<MTPO4L4

SHIFTING CHECK BITS THROUGH THE (SR TEST>>

AR AR RN NN E R R AR AN AR AN R AR AR RARANANRRNARARARAARARAAAARRRERCOR
RO RS

KTPO4LL

SHIFTING CHECK BITS THROUGH THE CSR TEST

10583 037646
10584 037652

10585 037652
10586
10587
10588 037656
10589 03766
10590 03766
10591 037666
10592 037670

10593 037674
10594 037676
10595 037700
10596 037702
10597 037704
10598 037706
10599 037710
10600 037712
10601 037716
10602 037720
10603 037722
10604 037726

TRTN
LA TR TR

1057
1057
10574
10575
10576
10577
10578 037632
10579 037632
10580 037634
10581 037640
10582 037644

1062
040022
10623
040006
10604 040034

THIS TEST CHECKS THE ABILITY TO READ AND WRITE CHECKBITS INTO MEMORY
BY SHIFTING A ONE BIT THROUGH A FIELD OF ZEROS. THE CSR IS READ FOR THE
CORRECT PATTERNS. THE TEST IS THEN REPEATED ON A ZERO BIT THROUGH A
FIELD OF ALL ONES.
REPEAT

104424

CACHOFF

LET PASFLG :B= #0

LET RS := #174037

104475

CBI1CSR

LET R2 := #46

REPEAT

LET PASFLG :B= PASFLG + #1

LET PASSNO := #0

REPEAT

LET PASSNO := PASSNO + #1

LET R4 := R2
LET CSR := R2

104425

LOADCSR
LET (R1)

:= #0
COM RS
MOV RS,=(SP)

005105
010546
040416
040504
052604

BIC R4, (SP)
BIC RS.R4
BIS (SP)+ R4
LET CSR := R4
LOADCSR

104425
104426
042703

READCSR

020000

LET R3 := (SR
BIC #BIT13,R3
IF R3 NE R4 THEN

LET ADDRESS := R1
LET GOOD := R4

10607 3;77«

10608 037746
10609 037752
10610 037760
0377
10611
10612 037762
10613
037764
10614 037766
10615 037770
10616 037772
10617 037776
10618
040000
10619 04000
10620 04001
10621 040014

RTORS S

AR AAAAR AR AN A ANEA AN A RN R R AR NN A AN R AR ANARARAAAARNARAERA N AR AN ANARERRNRA RN RN

JILC;:REV B
2TURN OFF CACHE
JINIT PASFLG
sCHECK BIT MASK FOR CSR
sENABLE CHECK/SYNDROME BIT REGISTER
JSET UP INITIAL CSR DATA

sINC LOOP COUNTER
;CHK BITS = 1
sDISABLE ECC:DIAG CHK SET
sINIT PASSNOCINNER LOOP COUNTER)
sINC LOOP COUNTER

:COPY R2 TO R4
sGET CSR DATA TO BE WRITTEN
sWRITE SBE CHECK BITS TO (SR
sWRITE DATA AND CHECK BITS AT A=0
s COMPLEMENT MASK
:SAVE RS ON STACK
sCREATE AN XOR FUNCTION

sLOAD CSR WITH COMPLEMENT CHECK BITS
sREAD CSR FOR COMPLEMENT CHECK BITS
;COPY CSR DATA TO R3
sCLEAR ANY POSSIBLE INHIBIT MODE POINTER
sREAD CSR FOR PROPER CHECK BITS

LET BAD := R3

104463

END

005105

COM RS

005711
000240

104426
040537
040504

SET HEADER
PERR37

TST (R1)

NOP

002146

READCSR

BIC R5,CSR
LET R4 := R2

BIC R5,R4
IF R4 NE CSR
LET GOOD := R4

*ERROR CALL

;:1LC; ;REVB

s COMPLEMENT MASK
sREAD CHECK BITS AT A=0 INTO CSR
sREAD CSR FOR CORRECT CHECK BITS
sMASK OUT CHECK BIT FIELD
sGET CHECK BITS THAT WERE WRITTEN
sMASK OUT CHECK BIT FIELD
sARE CHECK BITS THE SAME?

LET BAD := (SR

LET ADDRESS := R1

104464

SET HEADER
PERR4OD

*ERROR CALL

;:1LC; ;REVB

——

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

TPO4LL

1065¢

SHIF TING CHECK BITS THROUGH THE (SR TEST

106
i
1

04803

@”fi

007

1054¢

040216

04050

10620 Gecore 05260
10
1064 Olgg

1066$
0108
1064 Biore

1
0‘01;?
104503
10847
8461
10643 8201 g
01
000100
10650 8:01‘
10651
04015

10652 040152

END

IFB PASFLG EQ M

006302
005105
010546
040;56
040

104423
000207

MOV RS.-(SP)
BIC R2.(SP)
BIC RS.R2
8IS (SP)+ R2
ASL R2
MOV RS,-(SP)
BIC R2,(SP)
BIC RS.R2
BIS (SP)+,R2
COM RS
END
LET R2 := R2 + #6
UNTILB PASSNO EQ #6
LET R2 := #3706
UNTILB PASFLG EQ #2
CLRICSR
CLR (R1)
ADD #100,R1
UNTIL R1 EQ #LAST+2
CACHON

RETURN

SEQ 0272

PAGE 323-1

BIC R5,R2

040502

:§ : g
1
106 oon§
106
1

06-JUL-82 10:35

JSHIFT CHECK BITS AND CREATE NEW DATA FOR (SR
SSELECT FUNCTION
;DO A FIELD OF ZEROS===>ONES
sSHIFT CHECK BITS
;D0 A FIELD OF ONES =-=-=->ZERCS

“TAKE OUT CMECK BIT FIELD

SSHIFT 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
sREPEAT WITH FIELD OF ONES

;ALL 256 TO ADDRESS
H
;TURN ON CACHE

JILC; ;REVB
sILC;
;REVB

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

MTPO4LSL

06-JUL-B2 10:35

SHIFTING CHECK BITS THROUGH THE (SR TEST

10654 040154

MTPOLS: SUBTST

SEQ 0273

PAGE 324

<<MTPO4S

SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST>>

:."...'............'Q..'.Q......'......'Q..................'..".'l'......"...

: SUBTEST

MTPO4S SYNDROMES TO CSR ON DOUBLE BIT ERROR TEST

:.t'......'.......t?'.'.........QQ................'...'......Q..'."........".Q

10655
10636
1065

:
: THIS TEST CHECKS TO SEE IF THE DOUBLE BIT ERROR INDICATOR IS SET
: ON A DOUBLE BIT ERROR AND THE CORRECT SYNDROMES ARE LATCHED INTO THE

}3223

10660 040154 104424
10661 040156 104513

CSR.

THIS TEST IS THEN REPEATED WITH MULTIPLE ERROR CHECK/SYNDROME BITS

CACHOFF
(BREG

10662 040160

LET PASSNO := #0

10664 040172

LET CSR := #3144

10663

040164

10665 040200

10666 040200

LET GOOD := #3744
005237

10667 040204 104425
10668 040206
10669
040210 104503
10670
040212 005711
10671 040214 104426

10672
040216
10673 240226
10674 0407
10675 04J24e

10685
1
1
1068
1

10691

0310
040316
0324
0

042737

104042

005011
1045%

045338 1044

10692 540340

INC_PASSNO

LOADCSR
LET (R1) := #0
CLR1CSR
ST (R1
READCSR

IF #BIT15 OFF.IN CSR
SET HEADER
LET BAD := CSR
ERROR +63

’
104063

10676 940244
10677 040244 104513
15078 0460246 104426
10679 040250 000240
fs
52
10681
040
10682
040
10663
040276
1
040304

REPEAT

002264

000207

174033

002146

END
(BREG
READCSR
NOP

BIC #~C3744,CSR
IF CSR NE GOOD THEN
LET BAD := CSR
SET MEADER
ERROR +42

END
CLR (R1)

LET GOOD := #3604
LET CSR := #3004
UNTIL PASSNO EQ #2

CLR1CSR

CACHON

RE TURN

:TURN OFF CACHE
:ENABLE CHECK/SYNDROME BIT REGISTER
:CLEAR LOOP COUNTER

:GOOD DATA

:DBE CHECK BITS FOR CSR

:WRITE DBE CHECK BITS TO CSR
:WRITE ZEROS AND DBL ERROR CHK BITS A=0
:CLEAR CSR OUT
READ A=0 TO GET DOUBLE BIT ERROR
:WAS UNCORRECABLE ERROR BIT SET???
:
:
:BIT NOT SET

:
:ENABLE SYNDROME BIT REGISTER
:READ CSR FOR CORRECT SYNDROME BITS
:DEBUG AIDE
:MASK SYNDROMES OUT
:CHECK IF DOUBLE ERROR BIT IS SET
:BAD DATA
;
:

:
:CLEAR LUT

:REPEAT WITH MULTIPLE ERROR SYNDROMES
:MULTIPLE ERROR CHECK BITS
;

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1112

MTPOLS

06-JUL-B2 10:35

SYNDROMES TO (SR ON DOUBLE BIT ERROR TEST

106946 040342

MTPO4L6: SUBTST

SEQ 0274

PAGE 325

<<MTPOLS

CHECK SINGLE BIT ERRORS WITH ECC DISABLED>>

'.'.................................'....'.......'.........".'.'.........'.."

* «SUBTEST

MTP046 CHECK SINGLE BIT ERRORS WITH ECC DISABLED

...'....'............""'.....‘.....'..'................'..'.....'..'."'..'.'

10695

106
1069

; 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

1182%

s ARE DETECTED.

10700 040342

005037

1070
0350
10704 040354
10705 040 Ss

005
105037

10701
1070,

10706
1870

0
0

040
040

104424

104513

002264

CLR

002262

LET PASSND := PASSNO + #1
CLR RO
CLRB PASFLG

10708 040

IFB PASFLG EQ 'l

}8;}‘ 828215

LS%ET RS:= M

10715 040424

END
005237

002322

075 27

000005

10723

040452

107 9
187

04
04

107
107
10731
107;

0500
0502
040504
850‘

005711

051

104426

107,

187

10?7

10735
10739
107;0
187
10739
10740
10741
1074
1074
10744

Nss
040462
0476

Sog

040514
0524
85
540
04054
040542
0544
0546
0556
040

10745
040
1074
0
10747 040566

:= #-1

LET NOPAR:= #1
LET BITNO:= #0

1071§ 060406

187 4
10725

CBREG
REPEAT

LET R¢

10710
040374
10711 040402

10717
0404
10718 0404630
10719 0404
10720 040440
10721 820‘42
107 g
O“s

sCLEAR OUTER LOOP COUNTER

LET PASFLG :B= PASFLG + #1

10709 820; 0

10719

PASSNO

CACHOFF
REPEAT

052702

000006

104425

104503
005011
006305

000261
006105

8IS 03"2 BlT‘l R2
LET CSR:= R2
LOADCSR
ECCIDIS

104507

104045

REPEAT
LET PARCNT := #0
INC BITW
LET R := R4 + M
LET R2 :B= PTABLE(R4)
ASH #5.R2

LET (R1) := RO
IF PASSNO EQ M

1044671

004737

LET RS := m77776

040626

ELSE
ENA1SBE
END
TST (R1)

CALL CHKTRP

READCSR

sTURN OFF CACHE
3
:
sCLEAR DATA
sCLEAR PASFLG

sENABLE CHECK/SYNDROME BIT REGISTER
H
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;81T TO BE CORRECTED IS A 2ERO

;

3
sCLEAR PARITY COUNTER
; INCREMENT BIT POINTER
;POINT TO NEXT SET OF CHECK BITS
sGET NEXT SET OF CHECK BITS
sSHIFT TO LINE UP IN SR

sENABLE DIAG MODE

sGET CHECK BITS TO BE WRITTEN
sLOAD CSR WITH DATA

JWRITE DATA TO TEST ADDRESS
JWRITE CSR
sFIRST PASS

ECC DISABLE,NO PBL

:
sSECOND PASS ;ECC DISABLE,PBL ENABLED
:
:CORRECT SBE
sCHECK FOR CORRECT TRAP

sREAD THE CSR FOR UNCORRECTABLE ERROR

IF #8]T15 OFF IN CSR
LET BAD:= (SR
SET HEADER
ERROR +45
END
CLRICSR
CLR (R1)
IFB PASFLG EQ
ASL RS

21S UNCORRECTABLE ERROR BIT SET?2??
H
:
:
H
F
sCLEAR LUT
sSHIFT NEW DATA DEPENDING ON PASFLG
JSHIFT BITNO TO THE LEFT

SEC
ROL
END

;SET CARRY BIT AND......
JROTATE LEFT
:

ELSE

(ZMSPBO MS11-L/M/P MEMORY DIAG

MTPO4LE

CHECK SINGLE BIT ERRORS

mno M1113

06-JUL-82 10:35

H ECC DISABLED

10748 04

1075§
10753 04
10754 040626
10757

040626

10760
10761
107

107
10764

54
56
06
040670

107,
0‘09;8
1 769 040
10767 040700

10768 040700

CLRICSR
CACHON
RETURN
CHKTRP:

187;: 0406

107

UNTILB PASFLG EQ #2

UNTIL PASSNO EQ #2

10‘5g;
1044
000207

104057

IF PASSNO EQ #1

IF PARCNT EQ M
SET HEADER

END
ELSE

000207

ERROR +5

IF PARCNT NE #1
SET HEADER

104062
END

END

ERROR +62

RETURN

SEQ 0275

PAGE 325-1

UNTIL BITNO EQ #16.

10750 040600 00

10751 040610

JUNTIL ALL BITS ARE DONE

SNTIL 2 PASSES ARE COMPLETE!
:

3
;TURN CACHE
3
JPASS 1 CHECK FOR NO TRAP

3
$
:

:
3

:
|
:

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

MTPO46

06-JUL-82 10:35

C(MECK SINGLE BIT ERRORS WITH ECC DISABLED

10770 040702

<<MTPO4L7

s *SUBTEST

MTPO47

104426

040714
7

0462704
052704
104513

104425

il cald

14
I

710 072427 000011

724
0726

2323332 3 3333838
RRRRRRFRIRRRR
333333
3
SERERRST!oam°°°§8 SEERRRER
~
74

oSN

OO0 000
IR Iy
I

-Gy

e
e

OO0

I
i

we —

ll il el e

)

) — —d ol

)

) D

D el

DOOOO00O0COe lelelelelel-ll-1-1-1=]

) el el el
el el ol el il ot

10775
10776 040702

0779
07

NO CSR UPDATE ON SBE WITH EXSISTING DBE>>

:..'.............'...Q..'....Q..I....Q'...............t.'..".."Q'...'..Q".'Q'

10771
1077
1077
10774

0704

SEQ 0276

PAGE 326

MTPO4L7: SUBTST
AR

106425
104503
005711
"’“i?
042737

005712

1044

042737

THIS TEST CHECKS TO SEE THAT THE CSR CONTENTS WILL NOT CHANGE
WITH A SINGLE BIT ERROR WHEN A DOUBLE BIT ERROR ALREADY

EXISTS.

CACHOFF

:TURN OFF CACHE

BIC #-C7740,R4
BIS #BIT15.R4
CBREG

*MASK OUT UNWANTED BITS
*SET UP GOOD DATA
:ENABLE CHECK/SYNDROME BIT REGISTER

LET Ré := BANK
ASH #9. .Ré

170037

100000

LET CSR := #3144

LOADCSR

LET (R1) := #0
LET CSR := #104

020000

002146

104063
052704

LOADCSR
LET (R2) := #0
CLR1CSR
IST (R1)
READCSR

BIC #BIT13.CSR

020000

:WRITE DBE CHECK BITS
:WRITE SBE CHECK BITS

:
*WRITE SBE CHECK BITS AT ADDRESS + 4K
:CLEAR CSR
.
*READ DBE LOCATION
*READ FOR CSR DBE INDICATOR
*CLEAR INHIBIT MODE POINTER

BIS #20.Ré4

*SET BIT IN GOOD DATA

READCSR

*READ CSR FOR NO CHANGE

ST (R2)

002146

:CHECK BITS FOR DOUBLE BIT ERROR

:
:
:
:

msnon +63
000020

*GET BANK NUMBER
SSHIFT INTO PLACE

IF CSR NE R4
LET BAD := CSR
LET GOOD := R4
SET HEADER

BIC #BIT13,CSR

IF CSR NE Ré
LET BAD := CSR
LET GOOD := R4
SET HEADER

104051

msnnoa +51

104503
005011
00501

CLRICSR
CLR (RD)
(LR (R2)
CACHON

10442

NO (SR UPDATE ON SBE WITH EXSISTING DBE

AR RN RARAARAANACRRANARARAANAAARANAARACANNARANCRANRANRACRRRORARERORARCOOTS

RE TURN

:
*READ SBE

*CLEAR INMIBIT MODE POINTER
:
:
:
:

*CLEAR 1 CSR
:
:
*TURN ON CACHE

G
E
o)

NS PBO MS11-L/M/P MEMORY DIAG. MACRO M1113
ISC SUBROUT INES

10814
10815
10816 041076

06-JUL-82 10:35
.SBTTL

SEQ 0277

PAGE 327

MISC SUBROUTINES

REGCOPY:SUBTST

<<SUBR

C(OPY RO TO R4&.R1 TO R3, & R2 TO RS»

: «SUBTEST

SUBR

COPY RO TO R4,R1 TO R3, & R2 TO RS

SRR

RN RN

RN A AN AN NN AN RN E NN A AN R AR AN AR R A NN AR R AR A AR RN N RN AN A AR

ANARRRRRRES

:t‘........'."'......'....'..'.......‘..............'.t.'..."'..'.'.Q.'."l'..

10817 041076
10818 041100
10819 041102

}gg? 041106

01
010103
010205

MOV
MOV

MOV

000207

RETURN

10822 041106

SRR AR AR A A

d e

N = NN

S NWNSNNN

NSNS

00;604
177774
000001

002604
002604

000002

002604

000003

002604

purd

18:

000401
002602

28:

3s:

0 7532
1

027602

4s:

R AR R AR A AR AR A AR A AN AR AR AN RN RN ARNRARAARARARA

FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS

A A A

R R A AR AR AN

8IC
cMP
BEQ
CMP
BEQ
CMP
BEQ

#C3,FLIPLOC
#1,FLIPLOC
1$
#2 FLIPLOC
2$
#3,FLIPLOC
3s

MoV
BR

ONES ,Ré
4%

BR
MOV

4%
#401,R0

CLR

002602

A A AN A

PUSH
INC

N =

goNSRS
28

e D b e e
et nmh cmd
e

b d o
D
ek od ok ol

d wd nd md ek —d h
kot ok mad md d oy

S3BRTRNBATRENTSR

PRRRRRRRRRRRRRRRRRRRRRRR

NO-WVSN
-—

NOWNS
W —=O

R2.RS

FLIPWARN:SUBTST <<FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS>>

s *SUBTEST

SRR EEsaaasaaaasssssa

RO.R4
RI.R3

CLEAR

FLIPLOC

RO.R&

MOV

ONES R4

MoV

RO, WARN2

BR
MOV
MOV
MOV
MOV
MOV
POP

RETURN

4%
#401,R0
#401,R4

RO,WARN3
RO, WARN4
RO, WARNS
RO

AR A AR AR AR AR R A RN

R R RN AN AR R AR

RO RS

RR RN

RN R RS

(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
FLIP WARNING CONSTANTS IN WORST CASE NOISE TESTS
10849 041236

BACKGND:SUBTST
P

s *SUBTEST

SEQ 0278

PAGE 328

<<SUBR
T

WRITE BACKGROUND>>

SUBR

LR LT

WRITE BACKGROUND

: AR AR AR RN RN R AR NN AR R A R R AR R R AR AR AR RN AR AR AR AR AR RN R AR R AR R RR AR RN A RN

10850

10851 041 23

1085 &1
1
24
1266

1046415

012700
01 ;gl

;WRITES DATA FROM R2

SAVREG

060000
040000

MOV
MOV

#FIRST,RO
#SIZE
R

B8
N mew gy e B
Srmes,,
10858 Qaigru 004737 825212
CALL SUPDO3°

}0.20 g}

1&{?;

10861
1

00020

041310
131

1
1
1
821 g
10865
0413
10866 041334

012737
004737
104‘19
00020

2640

000207
027034

027410
177644

mREG

RETURN
WARNGB: BMOV

WARNG:

MOV
CALL
RESREG
RETURN

RRRRROERRERS

#240,MTPO00+4
MTP000

#207 ,UIPAR2
SUPDO1

eeev
sRESTORE °NOP® AFTER WRITE

sWARNING PUTTING "RETURN'' INSTRUCTION AFTER WRITE

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

SUBR

WRITE BACKGROUND

10868 041336

06-JuL-82 10:35

GETCSR: SUBTST

SEQ 0279

PAGE 329

<<SUBR

GET CSR INFORMATION FROM CONFIGURATION TABLE>>

:...................'Q"'...'................'........Q...Q.......Q...'.........

;*SUBTEST

SUBR

GET CSR INFORMATION FROM CONFIGURATION TABLE

:.'.......".'........".."'..........Q..Q...'..'..."........Q....'.'...Q..'..

1“?9

;INPUTS : NONE

100 0

}

;OUTPUT

CSRNO = (SR NUMBER

1 7; 041

01370 005102

MOV

BANK INDEX ,R2

JGET INDEX INTO CONFIG TABLE

10875

000

SWAB

BIC

#~C36,R3

10874

1087

041

061

041

10878 821
10879

041

002652

103

000207

1777461

002150

MOV
ASL

MOV

RETURN

CW!G(R?) R3

R3, CSRNO

:MOV IT INTO R3
:

:CLEAR OFF SOME BITS

;SAVE CSR NUMBER

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

SUBR

06-JUL-82 10:35

GET CSR INFORMATION FROM CONFIGURATION TABLE

10882 041364

PCONFIG:SUBTST

SEQ 0280

PAGE 331

<<SUBR

PRINT CONFIGURATION MAP>>

:...‘.....'..'....‘.'."..'.Q.....Q......'.............Q.'..l.".."..'.fi.IQQ.Q'

:«SUBTEST

10883 ou;u
10884 041376
10885 041
1
041410
1
061416
1
0414
}
041430

010637
012737
012737
0177200
ugnr
052777

om,gl.
oug‘z
000340
141210
000200
000100

000060
000062

177776
141172

10891 0414

1833; 04144

1%‘ 8216
1
145

10895 041460

10099
1089
1

82'“92
1476

10899

041502

10991

0461510

10900 041504

1090§

1514

025737

002006

012700

010004

004737

000060

002554

0415
15
041540
1544
1550
041554

10913

0415

10911
1091§

PUSH
MOV
MOV
MOV
MOV
BIC
BIS

TKVEC,TKVEC+2,R0
SP,PCONFS
#PCONF2, TKVEC
#340, TKVEC+2
a$TK8,RO
#B1T7.PSW
#BIT6,a8TKS

TYPE

MSGOO1

TYPE
CMP

BGE

MSG003
#60,LASTBANK

NOOJ

000074

NOOJ:

RO.R4

TYPE

MSG004

CMP
BGE

#60,LASTBANK
PCONF2

CLEAR

041666

CALL

TYPE
TYPE
TYPE
TYPE
TYPE
TYPE

MOV
MOV

1572

000417

1091
10918

uog
160

10004

}oo 3

041

18319 041574
1831
1
183 1
1
i

1603
161
041 13
1

183 S 84‘.1632 013706
109
109
109
;83

041666

000000

PCONF1: MOV

MOV
CLEAR
TYPE
TYPE
TYPE
TYPE

041666

041664

1636
042777 000100
1644 117200 140762
‘Iggg
1
000207

10931 041664

CALL

012700 000170

004737

;KILL ANY OLD INTERRUPT
:LOWER CPU PREIORITY TO 140
:ENABLE KEYBOARD INTERRUPTS

MSG002

MOV

012701 000360
8&103
737

:SAVE LAST GOOD SP

1F #Sw4 SET.IN @SWR THEN JUMPTO PCONF1
MOV
#60. RO

041560
15

;m;g

PRINT CONFIGURATION MAP

:IF FAT PAPER ON TERMINAL GOTO 1%

10903
041520 855737 000060 002554
10904 8215
041

10905
10909
10907
1
1
10910

SUBR

:.'."tt.......t......."......Q.t.....'..Q.......'.'.."Ql"...'.".'t..tt'."t

CALL

140764

PCONF2: MOV

R1,R3

TCONFIG

SCRLF
MSGO17
MSGO11
SCRLF
MSGO17
MSGO12

;PRINT SPACE(S)
:PRINT SPACE(S)

#60,+2+2,R1
R1,R3
TCONFIG

PCONF2

#120. ,RO
RO,R4
R1,R3

MSG014
MSGO11
MSGOO4
MSGO12

:SPACE

PCONFS, SP

;RESTORE STACK

TCONFIG

BIC
#BIT6,38TKS
MOVE
@$TKB.RO
POP
RO, TKVEC+2,TKVEC
RETURN

PCONFS: 0

:GO TYPE CONFIGURATION (1ST HALF)

;READ CHAR TO KILL FLAG
;STACK SAVED HERE'

(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
SUBR
PRINT CONFIGURATION MAP
10934 041666

06~JUL-82 10:35

SEQ 0281

PAGE 333

<<SUBR

TYPE CONFIGURATION>>

S eSUBTEST

SUBR

TYPE CONFIGURATION

AR AR AR AR AR AT R

AR AN AR R RN R AR N AN NN AR AN AR AR R AR R AR N AN RN RA

SUBTST

RARAAAAAACAARANN R R RN A RN AN RN R AR RN R NN A RN AR

R AR CAARARR

RRRAARER RO RE RS

;CALL:
3
:
:
2
:

RN AR RN

RN RAN

sN=NUMBER OF CHARACTERS
sBACKUP
s INDEX CONSTANT
sBACKUP
sACTUAL CALL
sONLY RETURN

ARAARRARARNNANAAARRN R AR AN AR AN AN R

RNk AARRARY

s** ERROR =+
e
d e
e
e e
e
e
e

NNNNNNNNNO
b
WwWn
Noo

o&8¥

:'t.tlttt..t

—

- OV®NOWNS
W

MOV
#N,RO
Mov
RO,Ré
MOV
#K.R1
MOV
R1,R3
CALL
TCONFIG
RETURN

CRE A AR A AR AR AR R A AR AR AR

RRRARRRRRRRNR

—

223232323

o
O
Vi
VIV A WY

e e

s3333asaanags 33 32333
DN

W
v

:.....'Q...t............"..........Q........l....t.'.....t...'..Q..t'."."QQQQ

012737

000340

177776

TCONF 1G:MOV

032761
001403

000001

002652

18:

000402

027074

010400
010301

000004

28:

3s:

TYPE

#340,PSW

MSGOOS

:DISABLE INTERUPTS

BIT

#BITO, CONFIG(R1)

;ERROR ON THIS BANK?

gps

ggcms

*PRINT '%'*

TYPE

MSGO14

BEQ

ADD
S08
MOV
MOV

#4.R1
RO.1$
R4 .RO
R3.R1

:NO - SKIP

:PRINT SPACE

*BUMP POINTER
*LOOP UNTIL DONE

RN RGO RR RN

RANAT RN ARERRRR RO RN

L
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TYPE CONF IGURAT ION

SUBR

10960

s** INTERLEAVE =+

041734

:..'.I.I...I....'

TYPE

10964 041746 0127 000340
010000 002654
10967 041756
1
1756 o 000002 002652
10970 0¢1766 001
7 000040 074750
10971 17*2 (! 4
S

000055

074750

007375

00265

1%:

177774
079507
705 000011

000007
000060
074750

2%:
16%:

0400

010301

MOVB
BR
MOVB

#°' ,MSGO15
168
#°'-_,MSGO1S

MOV
BIC
SWAB
ASH
cMP
BPL
ADD

CONFIG(R1)
,RS
#~C170000,RS
RS
#<4 RS
#9. RS
2$
#7.RS

B8R

ADD

;IS THERE ANY MEMORY HERE?
sBRANCH IF MEMORY PRESENT.
sMOVE A BLANK IN TO BE PRINTED
sBRANCH TO TYPE ROUTINE

168

#60,RS

MOVB
RS,MSGO1S
TYPE
MSGO1S
IF NOTAB NE #0 THEN SRETURN
ADD
#6,R1
SOB
RO.TCFIGI
MOV
R4 .RO
R3.R1
MOV

sGET CSR INTERLEAVE

sMAKE ASCII
sPLUG INTO MEMORY
:BUMP POINTER
sLOOP UNTIL DONE

s** MEMORY TYPE #+

b ol

001622
16105

002104

OS 527
30 2

000003

112737

000120

074750

112737

000115

074750

112737

000114

074750

33761

30 5
84 7§S

002652

.ENABL
TYPE
TCFIG2: BIT

002654
177770

CMP

095082

178
CONF1G+2(R1)
RS
RS
#°C7.RS

RS,
#3

B8GT

17%:
ity 000040 074750 8s
:

000004

BEQ
MOV
SWAB
BIC

LS8
MSGOO9
CPUBIT,CONFIG(R1)

17§

IF #BITO SET.IN RS
IF #BIT1 SET.IN RS
MOVB
#'P,MSGO15
ELSE

MOVB

#°M_MSGO15

END
ELSE

MOVB

END

BR
MOVB

TYPE

#°L.MSGO15
8s
#'

NON_INTERESTING BITS
A LEGAL MEMORY TYPE
SO
AN ECC MEMORY?2??
A MS11-P OR A MS11-M22?
A MS11-P
AM S11-M

IT IS A MS11-L

,MSGO15

MSG015

IF NOTAB NE #0 THEN SRETURN
ADD
#4 R1

S0B

R TN

s e

NSO MNP RR A RS ARG F RSN

sRARAARARRANSCAREY

Go
P

188

JRRERANANRAANAEREY

W
St

OB WN—=O

OO0O00CO

18
#8IT1,CONFIG(RY)

BNE
BIT
BNE
18%:

;DISABLE INTERUPTS

#BIT12,CONFIG+2(R1)

BIT

gns
" 527

#340.PSW

TCF161: MOV

o 000004

s d et okt ad mad e

-.§gfigiggungg

i od
) o
kol ek
h ok o
s el o

s e

d ok o

md oot md ot e mal il et
b

ed md oD ol

rf et okt

112737

0004
0161
042705
5

NN —

mad mnd

OO0 O0O0O

)

D ok

§00S33

D ek

1097
1097

10874
18375

041776

10972

177776

MSG007

;THIS IS AN ENTRY POINT FROM ERROR REPORTS

AEEA TR TR PR PR TR PR TR

RRRRRRRRRRRRRRRRRRRRRRRR °

10963

SEQ 0287

PAGE 335

:'.l.........."'

}0961

10964

06~JUL-82 10:35

RO.TCFIG2

;BUMP POINTER
;LOOP UNTIL DONE

N6
~

C MSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TYPE CONFIGURATION
SUBR
Se
L L
U S ——

s 010400
010301

MOV
MOV

—OVo

P
R

(SR

SEQ 0283

PAGE 335-1

R4.RO
R3.R1
LSB
=«

~N
~

W
~

IRERRRRARN

705

000040
002655
00000

074750

TYPE

108:
16$:

4
0000(

-— O

N -

#9. RS
108
#7 RS

MOVB

RS,MSGO1S

BEQ
BIC
SWAB

074750

SSuo

CMP
BPL
ADD

MoV

170377

000007
000060

BIT

MSGO16
#' _MSGO15
CONFIG(R1)
,R5
#B1T1,RS

TCFI1G3: MOvB

000011

oooa
—
SR

I IR I IR IR IS e lelelelelelelelelele]

) i
el
) D
) - =l
) ) )
i

e e

e R

—
) o

)
- et ol ol cndh D

:ex

ADD

168
#~C7400,RS
RS

#60,RS

TYPE

MSGO1S

ADD
S08
MOV
MOV

#6.R1
RO.TCFIG3
R&.RO
R3.R1

IF NOTAB NE #0 THEN SRETURN

sMAKE ASCII
sPLUG INTO MEMORY

;BUMP POINTER

sRRRRAARRRAARRNY

s** PROTECTED =+
cRRARAAAANARAEEE

gg
4

52
54
2
2

002652

00
04
10
12
14
16

11$:

000120

074750

000100

002652

000111

074750

Py
¥

) —d
e

)

.DSABL

— el it

\NDuntwnnr*:hocn\MFUNBUHU-ND=n=~¢ W uuu!flSQV““”°“”““”°“13
RRRRRRRRRRRRRRIRR
RRRRRRRRRRRRRRRRRR

1019
10

024
025
g 9

06-JUL-82 10:35

000004

128:
13%:
14$:
15%:

TYPE

MSG010

BPL
MOvB
BR
BIT

12$
#'P_MSGO15
138
#BI1T76,CONFIG(RT)

MOVB

#'I,MSGO15

TST8

CONFIG(R1)

148

TYPE

MSGO1S

TYPE
ADD

MSGO14
¥4 ,R1

S08
Mov
MoV

RETURN

158

RO,11$
R4 ,RO
R3.R1

sBANK PROTECTED?
:NO - SKIP

sPROTECTED REGION OF ECC?
:NO = SKIP

;PRINT SPACE

;BUMP POINTER
;LOOP UNTIL DONE

CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
PARITY ERROR HANDLER

TRAP

06-JUL-82 10:35
.SBTTL

TRAP

SEQ 0284

PAGE 337
PARITY ERROR HANDLER

11065

11068

ee
e sy

11066
11067

:VECTOR TO HERE FROM TRAPS TO 114
;IGNORE ERRORS BUT COUNT IF NOPAR FLAG = 1.

11069

”g;?

CODE

ACTION

1107

~"0"

PRIRTTUNEXPECTED PARITY TRAP

Hg;g

1107
11074

:
;

11077 042420

022737

11078 042426
11079 0424
11080 82 b
11081
f
1103; 042444
11083
042446

001023
005237
oogog;
0227
001013

11086 042igs

042766

11084 0424564
11085 042460
11087

042472

004737
063716
00000;

000001

042626
002324

11092
11093

004737

042626

042512
042516

000002

sCOUNTING PARITY ERRORS?

002074

18:

#2 ,NOPAR

sACTION CODE = 2 ?

PCBUMP, (SP)

sUPDATE RETURN PC

002074

000003

11091 042510

#1_,NOPAR

000002

022737
001003
013716

RETURN VIA "PARTHERE''

PARITY: CMP

000004

11088 042474
11089 042502
11090 042506

COUNT ERROR
SET ‘'ABORT"' / SETUP 'BADPC'' / RETURN VIA PCBUMP

002074

002070

000002

1
2

T e T T

BNE
INC
RTI1
CMP
BNE
SET

CALL
ADD

2%:

002302
3s:

1$
PARCNT

2%
ABORTFLAG
BADSTACK

sNO = SKIP
sPARITY ERROR COUNTER + 1
:NO - SKIP
SYES
sFIND BAD SP,PC,PSW OFF STACK

BIC

#BIT2,3(5P)

CMP
BNE
Mov

#3 ,NOPAR
3
PARTHERE , (SP)

sACTION CODE =3 ?
:NO - SKIP

CALL
FATAL

BADSTACK
32

;FIND BAD SP,PC,PSW OFF STACK

RTI

:SHOW FAILURE BY .NE.

3838385223 3332
&

06-JUL-82 10:35

XISTANT MEMORY (HOLES) HWANDLER

s —d

11=L/M/P MEMORY DIAG. MACRO M1113

.SBTTL

SEQ 0285

PAGE 339

TRAP

NON-EXISTANT MEMORY (HMOLES) WANDLER
N

;VECTOR TO HERE (SOMETIMES) FROM TRAPS TO &

h —d

LA
TR Y

D D ndh s
el el ol D el D el ) s

1
1
1
11
1"
1

CODE IN NONEM DETERMINES ACTION AS FOLLOWS:

AR AR

IGNORE ERRORS BUT COUNT IF NONEM (NO NON-EXISTANT MEMORY) FLAG = 1.

TO EXIT PATTERN O DURING SIZING IF NON-EXIST MEM ERROR

AR AR AR AR AN

RN R RN AR AR AR AR AR RN AN RN ANN AN

AAN N AR RR N RN CRANO

R CCRRROROR

ERIREEERER

111§

RRRRRRRRR]R

el el D e

1"
1
1110

s Bl ol it D s el it D

1114
1115
1119

000001

002076

002066
000001

002066

002032
002066
000001

#1 _NONEM
2%
NEMCNT
#1 ,NEMCNT
1$
RO,ADDRESS

sCOUNTING NON-EXISTANT MEMORY ERRORS?
:NO - SKIP
sBUMP NON-EXISTANT MEMORY COUNTER
sFIRST ERROR?
:NO - SKIP
sASSUME RO CONTAINS THE ADDRESS ACCESSED

2%:

NEMCNT

;BUMP NON-EXISTANT MEMORY COUNTER

INC

004737

#1,R1

042626

Tl‘Wt:g:‘ih
R

18
737 042626
gl 32oo 004
1125 82 620

004737

042626

TRAP

gADSTACK
T

.SBTTL

042626

sDUMMY UP R1 FOR A FORCED SOB £XIT

AN AR AR A AR AN T I RN AN AR AR R AR RARARNARAANNANAARNNANN AR NRAANRARRCRNRRRROROTONRS

.SBTTL

1119

"
1
1133

NONEXIST:CMP
BNE
INC
cMP
BNE
m

SRR

11
045570
1118 042574

-4

TRAP

TIMEOUT (TRAP TO &) HANDLER

;FIND BAD SP,PC.PSW OFF STACK

MEMORY MANAGEMENT (TRAP TO 250) HANDLER

MMTRAP : Eflkl

;ADSTACK

sFIND BAD SP,PC,PSW CFF STACK

.SBTTL
PDP"OS:g:l'.kL

TRAP
RESERVED INSTRUCTION HANDLER
gADSTACK
;FIND BAD SP,PC,PSW OFF STACK

BADSTACK:SUBTST <<FIND BAD SP, PC, €& PSW FROM STACK>>
AR

s *SUBTEST

R A AR

P T T RN

AR R R AN AR R AN A AN AR NN R AN AR R AN NN R R AN RN

FIND BAD SP, PC, & PSW FROM STACK

AAN

RO RN

R RS

:.'.'..'.......'.."""'.".....'Q".l.".‘..'..'lt..'l.'..I.'.Q".."Q.'.""Q

11134

11138

042654

g gl
111;8 8: 6

002024
000002

002024

g SE

MoV
ADD
MoV
MOV

RETURN

SP_,BADSP
#2 ,BADSP
2(SP) ,BADPC
4(SP) ,BADPSW

c
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TRAP
KERNEL TRAP HANDLER

111461

1114%

1114

SEQ 0286

PAGE 341

TRAP

KERNEL TRAP HANDLER

;KERNEL IS A TRAP THAT COMES HERE

11145
11146 04%656
11147 0462664

11148

11149
11150 043696
11151 042674

1115;

1115
11154 063976
11155 0642704

042763
00000

052737
000002

140000

000001

11158 0427
11159 042712
11160 042714

005737
0014
0137

002542

1116§ 0427

000002

1115

11161 04 7;(2,

116

11164

11165 04 7;5

0427

11168 042740

11169 042746

052737

005737

001403

053737

000002

SKERNEL:

RTI

BIC

#140000,2(SP)

177572

.SBTTL
SENERGIZE:BIS
RTI
R

000001

11159

000002

042737
000002

1116

.SBTTL

11144

11166

06-JUL-82 10:35

AN N

R R AR AR R RN R A AR AN AN AR

000001

.SBTTL

177746

$CACHN: TST
BEQ
MOV

18:

002542

002546

BIS

RTI

AR AR

.SBTTL

S$CACHF: TST

BEQ

177746

RN A N AN AR AR R AN R RN NIRRT R AR RR RS

.SBTTL TRAP
DEENERGIZE TRAP HANDLER
SDEENERGIZE:BIC #8I1T0,MMRO
RTI
e

002542

TRAP

#81T0,CONTRL
A

TRAP

BIS
RTI

T I I

CACHON TRAP HANDLER

CACHKN
1%
CACHKN,CONTRL
T

CACHKN

;IS THERE A CACHE
;NO = RETURN
;SETUP CACHE AS PER CONSTANT (USUALLY 1 = FULLY ON)

;DISABLE TRAPS (BUT NOT ABORTS)

T R R AR AR A AR NN AN AR RN R AR AN AR NANCA RN RN AN RN

CACHOFF TRAP HANDLER

;IS THERE A CACHE?

sNO = RETURN

;DISABLE TRAPS (NOT ABORTS), FORCE MISSES, FLUSH, BYPASS

18:

T T

TRAP
ENERGIZE TRAP HANDLER
#B8I1T0,MMRO

CACHKF ,CONTRL

RRNORR S

LERRAVRZIAINANAN
RRRRRRRRRRRRRRR

/M/P MEMORY DIAG. MACRO M1113
SR TRAP HANDLER

JgeRe
o

—

005737

002530

113701
062701
020137
‘ll;glo

002531
177740
002150

123737
lgg;

002530

002150

18:

020000
002146

002146
172100

28:
38%:

000002

SEQ 0287

PAGE 343

LOAD CSR TRAP HANDLER

IF _INHECC IS TRUE THEN GOTO 38

:DON'T WANT INH. MODE POINTER ON

BPL

sBRANCH IF NOT

TST

PGMCSR

MovBe
8IC
cMP
BEQ

PGMCSR+1,R1
#°C37 .01
R1,CSRNO
2%

BIS
MOV

#8IT13,CSR
CSR,CSRADD (R0)

s
BNE
POP

RTI

.SBTTL

8&00000
VIS
N -

002150

TRAP

sLOAD CORRECT CSR WITH DATA IN (SR
;PROGRAM CSR'S ASSERT INHIBIT MODE POINTER WHEN LOADED
SLOADC: PUSH
RO.R1
sSAVE REGISTERS
MoV
CSRNO,RO
sCREATE CSR ADDRESS

R
S
JEE R
i

e
il e
i i e

013700

Sg
013760

e
D e e
— el

S d e D e d e d e
el e e ol il i e o

06-JUL-82 10:35

.SBTTL

D e e e e e e e o e
e e
e b
i ) el il Dl il il i i i el el ) e )

PGMCSR, CSRNO
3s
R1,RO
TRAP

sPROGRAM IN INTERLEAVED SPACE?
sCHECK SECOND CSR
sCLEAR UNNECESSARY BITS
;1S THIS THE CURRENT CSR?
sBRANCH IF IT IS
;1S THIS THE CURRENY (SR?
sBRANCH IF NOT

sSET THE INHIBIT MODE POINTER TO
sLOAD THE CSR
sRESTORE REGISTERS

READ CSR_TRAP HANDLER

sREAD THE CORRECT CSR INTO LOCATIONS CSR

8137

16037

000002

002150
172100

SREADC: PUSH

002146

MOV

:gg

RTI

CSRNO,RO

g(S,RADD(RO).CSR

sREAD IT

1ST 16K

1 =L/M/P MEMORY DIAG. MACRO M1113

ST (R1) & READ CSR CAREFULLY

002530

TST

ke
SKERNRY SRNBRVRSLEFNFNIRIY

06-JUL-82 10:35

.SBTTL
STSTRD: PUSH
MOV
ADD
CLR

003

) D e

el e

002531
000200
002150

004737

VIS B
s

002150

1%:

003754

2%:
3s:

48:

177640

000001

000002

042766

000001

000002

105711

TRAP

RO,R2,R3

TEST (R1) & READ (SR CAREFULLY

csnn.aé'o

#(SRADD

sCREATE CSR ADDRESS

!l‘flCSR
3

R3,CSRNO

052766

010210

SEQ 0288

PAGE 344

PGMCSR+1,R3

5%:

000002

7?7

#8177 ,R3

000405

(=]

D e

d e

D el

002530

ke
&

FRRRRR RRRRRRR RRRRRR

dedddddd-fid
WN)
=
NOWVMS
W =0 VRN
VNS WN=O

el ol

el e el el D el el el D o el el el s D . ) el il ) D il D el e
D i i ol e
el ot . el s e ) e ol il i i
il el
il ol il
e

D i s
D el v

z.,

PGMCSR, CSRNO

3s
#8IT13,R2

#1,PROTYP
]
TSTRD1

;IS THIS AN 11/44?
sBRANCH IF IT IS

CALL

TSTRD1
FASTCITY

sCALL TO THE USER INSTRUCTION PAR'S
: IF SINGLS BIT ERROR ONLY = SET CARRY BIT
POP
R3,R2.RO

IF #8IT4 SET.IN CSR AND #BIT15 OFF.IN CSR

BIS
ELSE

BIC

#BIT0,2(SP)

#B170,2(sP)

END :OF IF #BIT4

RTI

TSTRD1: MOV
R2,(RO)
TESTAREA

177776

1ST8
BIC
MOV

RETURN

(R1)
#BIT15!81T14,PSW
(RO) ,CSR

V177640
:V177&£ sENTER SUPERVISOR MODE
V177
V177650

V177656
V177662

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

TRAP

ECC DISABLE ALL CSR'S TRAP MANDLER

06-JUL-82 10:35

004737 044014
000002

012737

oooos

000002

o1271 000001

io 004737 044014

002146

.SBTTL

SECCIDIS:MOV

CALL

RTI

000001

002146

SECC1INIT:MOV

52
56

012737

004737
000002

000003

002146

SENASBE :MOV

338

LSBTTL

012737

000003

002146

SENA1SBE:MOV

372

013737

002312

002146

$CBCSR: MOV

004737

044014

FRER

WNN)
—
O

052737
000002

013737

052737

5860&2)3

ECC DISABLE ALL CSR'S TRAP HANDLER

CSRoufT
TRAP

ECC DISABLE OF 1 SELECTED CSR TRAP MANDLER

#8IT1,CSR

CALL
RTI

.SBTTL

CSRouT
TRAP

INITIALIZE 1 SELECTED CSR TRAP HANDLER

TRAP

ENABLE SBE PARITY TRAPS ON ALL CSR'S

#BITO.CSR

#81TO'BIT1,CSR

CSROUT
TRAP

ENABLE SBE PARITY TRAPS ON 1 SELECTED CSR

.SBTTL

TRAP

WRITE CHECKBITS THRU ALL CSR'S TRAP HANDLER

8IS

#BIT11BIT2,CSR

—

k-l

LOADCSR

#BITO!BITI,CSR

10“23

044014

.SBTTL

000006 002146
002312

000006

002146

CHECK,CSR

CALL CSROUT

RTI
.SBTTL

$CB1CSR:MOV

8IS

LOADCSR
ey

LOADCSR
RTI

104425
000002

TRAP

#8IT1,CSR

LOADCSR
RTI
LSBTTL TRAP
INITIALIZE ALL CSR'S TRAP HANDLER
002146 SECCINIT:MOV
#BITO,CSR

000002

SRRR FRRR RFRR
KRR KRR
WWNW

SIS RROR LT SRITARIN
2SR S

§
43 04
44
45 06

CALL
RTI

l.o

o
O

el e et D ) e el ndd D el el s D el ) il s D il el D D el il D D D el D e D
Dl
el D e e e et ) el e el el ) ) il D el el ) D D D il D D D et D el e

.SBTTL

8’4'o 012737 000002 002146 SECCDIS:MOV

SEQ 0289

PAGE 346

TRAP

:BITS 11-5

s CHECK MODE

WRITE CHECKBITS THRU 1 SELECTED CSR TRAP HANDLER

CHECK,CSR

#B8IT118172,CSR

:BITS 11-5

sCHECK MODE

6
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
TRAP
WAS THERE A SBE ON ANY (SR TRAP HANDLER
1127
11273 04
11274 04

013701

11275 04

005004

1" 79 04
11277

11278 04

006301

1 gO 04

104426

11279 04
11281 8:
11 gg

.SBTTL
SWASSBE :PUSH
MoV
CLR

002222

ASL

ON.ERROR

IF #BIT4 SET.IN (SR
SET
R4

LEAVE LWSBE

END ;OF IF #BIT4
END :OF ON.ERROR

IF R1 EQ #C THEN LEAVE LWSBE

END ;OF FOR CSRNO

006004

n 9; 04

052766

000001

000002

042766

000001

000002

11291 04

11293 04
11294 04
11295 04

n 99 04

END LWSBE
ROR
Ré
POP
R4 ,R1

000002

11298
1
043550
n
55
"
5

N
i

READCSR

n s‘ 04
11289 04
11
04

TRAP
WAS THERE A SBE ON ANY (SR TRAP HANDLER
R1,R4
TOTCSRS ,R1
sGET CSR'S BYTE
Ré

FOR CSRNO := #0 TO #36 BY #2

11285 04

11287

SEQ 0290

PAGE 348

BEGIN LWSBE

1
04
11284 04

104426
8437
327

ON.ERROR

BIS

000002
002146

S oo oo
A i

#8IT0,2(SP)

ELSE
BIC _ #BIT0,2(SP)
END :OF ON.ERROR

RTI

000001
000020

sSET C BIT FOR ERROR

.SBTTL

TRAP

Moo

WAS THERE A SBE

IN 1

SELECTED CSR TRAP HANDLER

sON RETURN IF CARRY IS SET THERE WAS A SBE
SWAS1SBE :READCSR
BIC
#8170,2(SP)
sCLR C BIT ON STACK
BIT
#BIT4 (SR
sSET C BIT ON STACK

11=L/M/P MEMORY DIAG. MACRO M11i3 06~-JUL-82 10:35
S THERE A DBE ON ANY (SR TRAP HANDLER

.SBTTL
SWASDBE :PUSH
MOV

1
1
1
1

VNS WN =0 VR N

NN
=0 VRN

VSN WN =0

VIS

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

307

320

013701

005004

002222

SEQ 0291

PAGE 350

TRAP
WAS THERE A DBE ON ANY (SR TRAP HANDLER
R1,R4
TOTCSRS ,R1
sGET CSR'S BYTE

CLR

BEGIN LWDBE

FOR CSRNO := #0 TO #36 By #2

006301

ASL

ON.ERROR

104426

READCSR

IF #BIT1S SET.IN (SR
SET
R4
LEAVE LWODBE

END ;OF

IF #BIT4

END ;OF ON.ERROR

IF R1 EQ #0 THEN LEAVE LWDBE

END ;OF FOR CSRNO
END LWDBE

006004
052766

000001

000002

042766

000001

000002

#8170,2(SP)

BIC

#B1T0,2(SP)

sSET C BIT FOR ERROR

END ;OF ON.ERROR
.SBTTL

TRAP

WAS THERE A DBE ON 1 SELECTED CSR TRAP HANDLER

1ST

CSR

:DBE?

g%?

#B1T0,2(SP)

sSET C BIT ON STACK

g#g

#8170,2(SP)

sON RETURN IF CARRY 1S SET THERE WAS A DBE
$WAS1DBE : READCSR

002146

05 76$

000001

000002

000001

000002

ELgés

RTI

0057
1

Ré4
R4 .R1

ON.ERROR

000002

10“;9

ROR
POP

BPL

3$:

:NO - SKIP

sCLR C BIT ON STACK

I
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
TRAP
CLEAR ALL ECC CSR'S TRAP HANDLER

11343
1"
0437

11345 04 750

0437

06-JUL-B2 10:35

.SBTTL

004737

000002

SCLRCSR:CLEAR

044014

CALL

RTI

1138 83762 r0ceas
11350 82
0000%2

TRAP

(SR

SEQ 0292

PAGE 352

CLEAR ALL ECC CSR'S TRAP HANDLER

CSROUT

.SBTTL

TRAP

CLEAR 1 SELECTED (SR TRAP HANDLER

.SBITL

TRAP

ECC DISABLE, CHECK MODE, © WRITE CHECKBITS IN ALL CSR'S TRAP HANDLER

T
T T
RTI

11351

11:335
7 052737 000006 002146 $CHKDIS: foculgx?'iesfiz
ég.LDC head sECC DISABLE & DIAG CHECK MODE
11354 822?6 004737 044014
CALL CSROUT
:

11355 04

1" Sg

1135
1" Sg 82600

1135
"

4010
044012

000002

052737

104425
000002

RTI

.SBTTL

000006

002146

TRAP

ECC DISABLE, CHECK MODE, & WRITE CHMECK3:"TMS IN 1 SELECTED (SR

;CHECKBITS ALREADY IN LOC "CSR'
$CHKIDIS:BIS
#BIT1!BIT2,CSR
sECC DISABLE & DIAG CHECK MODE
LOADCSR
RTI

J
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP

06-JuUL-82 10:35

SEQ 0293

PAGE 354

ECC DISABLE, CHECK MODE, & WRITE CHECKBITS IN 1 SELECTED

11363 044014

CSROUT: SUBTST
CERA R AN

<<SUBR

WRITE IN ALL CSR'S>>

AR R AR AR A AN NN R AR AR R RN R RN R R R AR AN AN

*«SUBTEST

SUBR

R AR N RN AR AR R AR VAN

WRITE IN ALL CSR'S

RE RN AR IR CEARGRR N RS

:.‘Q..'...Q'......'...'...'.'...'.............l.'l..l...'"....t'..‘0'.'.'.'..tl

11364 044014

11365 044016

11366
0440
11367
0440
11368
044026
11369 0440
11370 044032
11371 822°

11;7;

PUSH

002222

MOV

”3;9 044060

TOTCSRS,R1

:GET CSR'S BYTE

BEGIN LCSROUT
FOR CSRNO := #0 TO #36 BY #2
ASL
R1
ON. ERROR
LOADCSR
END ;OF ON.ERROR

006301

104425

034

11373 044040
11374 044056
11375 044056
|

013701

IF R1 EQ #0 THEN LEAVE LCSROUT

END ;OF FOR CSRNO
END LCSROUT
POP
RI

000207

RETURN

11378 044062

SINVALID:

SUBTST <<TRAP INVALIDATE BACKGROUND PATTERN>>

: «SUBTEST

TRAP

.'....'..'.'..QQ......'...'.'.............t..t"l...'.....t.......""'.'.'Q.t..l

INVALIDATE BACKGROUND PATTERN

:..'..t'.........'.".".."..'it.t.....l"......'.'..'..Q....l"..'t'.t'.'.t'.t

11379 044062

11380 044066

013701

002100

11383 044076
11384 044104
11385 044110

042761

020000

11381 044072 006301
ma; 044074
301
000002

PUSH

002654

RO,R1

MOV

BANK,R1

BIC
POP
RTI

#B1T13,CONFIG+2(R1)
R1,RO

ASL
ASL

R1
R1

K
CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TRAP
INVALIDATE BACKGROUND PATTERN

06-JuUL-82 10:35

SERRGEN:

11387 044112

SUBTST<<TRAP

SRR RN

11388 o:.ms
11389 044122
013703 oogmz
11390 0441 3

11 g 044134
11393 044140
11394 044142
11395 oml.g
11396

044152

005737

001003

002454

005737

002130

11398 044160
11399 044164

042700
000301

177600

11401 044170

006201

11403

042701

11404 044200 060100
11405

18:

BNE

MOV
B8R
MOV
ASH
ST

ADD

177600
002452

BIC
ST

11410
11411
1141;
11413

11414 044
11415 044240
114.19 06424
11417
04425
mls 4
11419
044

11420
”: 1

044
2

11424

044

013702 002150
052762 040000
81 gg 172100
040000
042700 177037
006
1

114 i 4

020001

11425

005737

044

114
4
11427 044
11428 044
14
4
114
4
11431
044
114
4
114
4

114
11435
114

177773

044
001024
044226 005737 002130
4
001421

044232

4
044
4

1001
1044
010137

172100

002134

14
5737 002064

002456
114
4
005037 002064
114
8:4;23
; ;2‘0 4
000002

:GET CURRENT ADDRESS BITS 11 AND 12

#4C2,R1

R1.R0

:ADD THEM TO THE ADJUSTED PAR VALUE

#-5.R1

BNE
ST
BEQ

28
EUFLAG
2$

38:

5$:

#~ci77.R1
NO22B1T
RO

MOV
8IS
MOV
8IC
8IC
ASL

CSRNO, R2
#B1T14, CSRADD (R2)
CSRADD (R2) ,RO
#81T14,CSRADD (R2)
#°C740.R0
RO

cMP

RO,R1

ASL
%

BEQ
ST

4s:

CSR,R1

ASH

PUSH

2s:

1611
700 000100
737 002136
1985
000100

:GET ERROR ADDRESS FROM CSR UNDER TEST

11408 044212
11409 044 13

0462701
005737

BIC

:GENERATE WHAT ERROR ADDR SHOULD BE

EUFLAG

ASR

MOV

072127

SIPAR3.RO
7
UIPAR3,
RO
#-5,R0
#°C177.R0
Rl

002146

044 og

NOSUPER

BIC
SWAB

ASR

177775

GENERATE ANC TEST ERROR ADDRESS

RO,R1,R2.R3
BANK INDEX ,R3

11409 044202 013701

11407

GENERATE AND TEST ERROR ADDRESS>>

RN NN RN A AN NANNANNRANANARANANRNANRRRRCARNACOACORORERORNCEROERS

PUSH
MOV

BNE

mog 044172 oog 01
044174

68:
78:

TRAP

AR N AR R AR RN N AR

013700 172246
oogl.oz
013700 177646
072027 177773

11397 044156 001002

11400 044196

SEQ 0294

PAGE 355

:.....'.'O....'.....Q.'."'........'..........Q'.....'....".....'...l.".'l""

s *SUBTEST

11391 044132

;1S THIS AN 11744 OR 11/242
*BRANCH IF NOT NECESSARY
218 1T EUB?

*BRANCH IF NOT

*SAVE GENERATED ERROR ADDRESS

:GET CSR NUMBER
:TURN ON EUB BIT CARETULLY
*GET CSR CONTENTS
:TURN OFF EUB BIT CAREFULLY
:CLEAR EVERYTHING BUT ERROR ADDR

RO
gg.m

:SHIFT ADDR BITS 18-21 INTO POSITION
*ADD TO CURRENT ERROR ADDRESS

SBRANCH IF THEY ARE THE SAME

gmuc

BEQ
ADD
ST
BNE
ADD
cMP
BEQ
ST

$
#100,R0
INT64K
48
#100,R0
RO,
R1
5
SKPERR

CLR
POP
RT]

SKPERR
R3,R2,R1,R0

BNE
5s
PERR36
MoV
R1,ERRADD

;COMPARE REAL AND GENERATED ERR. ADDR.
* INTERLEAVED?

*NO - WE HAVE AN ERROR

;64K INTERLEAVED MEMORY?

:ARE WE SUPPOSED TO SKIP ERROR P.0.?
*YES = SKIP ERROR PRINTOUT
:ELSE PRINT ERROR ADDRESS ERROR
*SAVE CSR'S ERROR ADDRESS
:ENABLE THE ERROR PRINTOUT AGAIN
*RESTORE REGISTERS

L
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
TRAP
GENERATE AND TEST ERROR ADDRESS
11447 0464362

06-JuUL-82 10:35

SCBREG: SUBTST

<<TRAP

T T

;*SUBTEST

11445 044 76

052737
10‘425

002146
000004

002146

TRAP

CLR
(SR
BIS
#BIT2,CSR
LOADCSR
RTI

SEQ 0295

PAGE 355-1

1144
11464
1144 ‘ 0‘04

ENABLE CHECK/SYNDROME BIT REGISTER>>
N

ENABLE CHECK/SYNDROME BIT REGISTER

:
sENABLE DIAGNOSTIC MODE
sLOAD CSR REGISTER
:

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

TRAP

06-JuUL-82 '0:35

ENABLE CHECK/SYNDROME BIT REGISTER

11448 044400

SEQ 0296

PAGE 357

CHKGEN: SUBTST<<SUBR

GENERATE CHECK BITS>>

;*SUBTEST
SRR

SUBR

GENERATE CHECK BITS

AR AR AR AR AR AR AR RN R AR AR R AR AN T AR RN N AN AR AR AR NN AN RN RRRR R AR R RA RO RGN

11449
11450

sCHECK BIT GENERATOR ROUTINE

”2;;

sCALLING SEQUENCE 1IS:

11451

‘Hg’;

CALL

#WORD1, SOURCE

CHKGEN

sSOURCE = ADDRESS OF DATA

sCHECK BITS RETURNED IN BITS 11-5 OF LOCATION CHECK

11459 044400

11457

MOV

044414

11458 044420
11459 8244 4
11460
0444

”221 044432

1146; O“Iogz

012702

012703
013705
012501

044506
002310

011500

704

142304
074402
073027

000001

11499 044450

042702

177600

11470 044454
11471 044456
1147% 0“46g
11473 044462
11474 0444
11475 8“6 0
11476 044504

001372

000302
0
00620
006 gz
010237
000207

002312

RO.R1,R2,R3,R4,RS

MOV

07’.Ré

sDEFAULT CHECKBITS FOR DOUBLE WORD OF ZEROS

MOV

(RS) ,RO

JGET MSB'S

MOV
MoV
MoV

1$:

11464 0444
11465 044440
11466 044442

”% 044446

PUSH

000077

SXT

#CHKTAB,R3
SOURCE ,RS
(RS)+ ,R1

;ADDRESS OF CHECKBIT TABLE
;GET SOURCE ADDRESS
sGET LSB'S

JEXTEND SIGN OF DOUBLE WORD TO R4

BI(8
XOR
ASHC

(R3)+ R4
R4 R2
#1,R0

BIC

#°C177.R2

POP
RETURN

RS.R4 ,R3,R2,R1,R0

BNE

SWAB
ASR
ASR
ASR
MoV

R2
R2
R2
E
R2.CHECK

JELIMINATE 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

JPOSITION CHECKBITS IN BITS 11=5

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

CHKTAB: ;BYTE #3

ngK—DnmgNgNgeegeRegeeeAsNoReoAoeeNooTognoeOeTOyN0ORT0IT0ST00o0TR0EV070T”o101S10110-E01So1R1Sy

23333
3333
33333333 33333333
VNN al"al"s)alAl LAl
NN
ON=MWO RRSRIRIR

GENERATE CHECK BITS

r—rQ—OrW—RvMrR3O—

.BYTE
.BYTE
.BYTE
.BYTE

~C177
“C076
“C075
~C174

.BYTE
.BYTE

:BYTE #2
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE
.BYTE

:BYTE M

“C073
~C172

~C171
“C070

“C067

“C166

“C165
“C064
“C163
~C062
“C061
~C160

T=vNM

O 0 WrMmN—

SEQ 0297

PAGE 359

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

;BYTE #0
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE
.BYTE

.BYTE
.BYTE

“C057
“C156
“C155
“C054

“C153
~C052
~C051
4C150

~C037
“C136
“C135
“C034
~C133
~C032
“C031
*C130

NoOonaTMN I—-O

| SUBR

06-JUL-82 10:35

OOM@OMOOD S[-y

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

SUBR

GENERATE CMECK BITS

11517 044546

06~JUL-82 10:35
SUBTST<<SUBR

SEQ 0298

PAGE 361
MAPPER>>

;...................'..'............Q..l........'.l.....QQ"Q'.Q.'."'.'QQ'QQ'Q.

* «SUBTEST

SUBR

MAPPER

:....O.."....'.'.Q.........'............'...........'.'..'.'.'Q"Q'."Q'Q'QQ..Q

11518
11519

STHIS SUBROUTINE MAPS THE MEMORY BANK (16K WORDS = 1 BANK)
*IN R3 TO THE TEST PATTERN AREA (SUPERVISOR VIRTUAL (60000 - 157777) FOR

”; 1

‘PDP-11°S).

11520

STHE

115 i

SCALL MOV

11524

m 5

11§ 9
115

ou.ss:s

115 322
115
594.
11531
044570
115
4574
115
115
11535
115 82261
115
616
11538 044
11539 8:4
11540 044
uglzt 044630

012700
012701
012704
885737
1404
015701
012706
012702
012705
81 1
1 i 4
077503
012741

172340
172240
172200
002454
177640
177600
077406
000010

11544 044634
11545 mg
11549 4662
1154
11548 044 g
11549 044652
11550 044656
11551 044
nssi 4
11553
044
11554 04467
11555
7
nss; 4
11557
044
11558 uos
11559 044712
11560 044714
11561 0447
n
47,
11563
0447
11564 0447
11565 0447
nssg 47
11567
044740
usos 4742
"’% mg
11570 044752

022703
00151
072327
0157 1
005737
001402
12701
12702
10321
3
;o-.
885 37
1442
162701
01010
737
1403
10200
10102
10001
12122
011112
013700
005737
001403

000170
000011
172246
002454
177646
000004

mt.f

11744 AND 11/45-55; USER VIRTUAL

48:
18:

58
2

108:

002136

BANKNO, R3
MAPPER

FOR ALL OTHER

:SET UP BANK ARGUEMENT
*ACTUAL CALL

*ONLY RETURN

:SET SUPERVISOR/USER UP FOR 1 TO 1 MAP
RO,.R1,R2,R4,RS

MOV
MOV
MOV
ST
BEQ
MOV
MOV
MOV
MOV
MOV
MOV
S08
MOV

#XIPARO, RO
#SIPARO.R1
#SIPDRO R4
NOSUPER
3
SUIPARO,R1
SUIPDRO . R&
#77406,R2
#8. RS
(ROS+, (R1)+
R2, (RG)+
RS 1$
#177600,-(R1)

;FIRST AREA TO MAP TO
*FIRST ADDRESS REGISTER
“FIRST DESCRIPTOR REGISTER
:CAN WE USE SUPERVISOR MODE?
:YES, BRANCH
*FIRST ADDRESS REGISTER
*FIRST DESCRIPTOR REGISTER
:CONSTANT FOR 4K PAGE, UP, R/W
*COUNTER
*PUT IN SUPERVISOR ADDRESS
*PUT IN SUPERVISOR DESCRIPTOR
$LOOP TILL DONE
SCORRECT LAST FIELD FOR PERIPHERALS PAGE

tmp
BEQ
ASH
MOV
ST
BEQ
MOV
MOV
MOV
ADD
$08
TST
BEQ
Si8
MoV
ADD
CMP
BEQ
MOV
Moy
MOV
MOV
MOV
MOV
TST
BEOQ

#120. ,R3
3s
#9..R3
#SIPAR3,R1
NOSUPER
11
SUIPAR3,R1
#6,R2
R3. (R1)+
#200,R3
R2,2%
SPLTCSR
9s
#10.R1
R1.R2
#4.R2
#1.SPLTCSR
108
R2.RO
R1.R2
RO.RT
(R1)+,(R2)+
(R1), (R2)
BANK INDEX , RO
INT64K
18

:MAP NOTHING (1 TO 1)?
*YES - SKIP
*BANK 1 STARTS AT 100,000 LESS 6 LSB'S
*FOR MEMORY MANAGEMENT = 1000
*SETUP FOR AUTO INCREMENT
ING
DO WE HAVE SUPERVISOR MODE?
*YES - BRANCH
*SETUP FOR AUTO INCREMENTING
* COUNTER
*PLUG IN PAR INFO
*BUMP ADDRESS 4K
*LOOP TILL DONE

;SET UP SUPERVISOR/USER FOR TEST AREA

002236
000010
000004
000001 002236

002102

RETURN

MAPPER: PUSH

177600

000200

CALL

(60000 = 157777)

#4000.R0

010000
002454

#10000,RO
NOSUPER
138

,R1
#UIPARS

177652

148
#SIPARS ,R1
RO, (R1)+

172252

RO, (R1)

sIF WE ONLY HAVE AN 124K SYSTEM, WE DON'T WANT TO TEST THE
sLAST 4K, WHERE THE UNIBUS DEVICE PAGE _IS. INSTEAD, THE
;PROGRAM WILL REMAP THE LAST 4K TO 8-12K. ALSO, IF THERE
;IS A BANK 177 ON AN 11/44, THE PROGRAM WILL REMAP THE LAST

9%:

002452
002100

CMP

BNE

W
~
WO W
NWN

=g8sss

000007
000177

002554

002454

78:
8s:

177652

177654

172252

172254

;4K TO 8-12K FOR THE SAME REASON.
CMP
;;.LAstaAux
BNE
TST
NO22BIT
;11744 OR 247

6%:
3s:

1$:

BR
CMP
BNE
1ST
BEQ
MOV

S3%

002554

RETURN
.SBTTL
PUSH
CLR
MOV

3838833332

000007

SR3E8R

128

001403
012701
000402
012701
060021
060011

SEQ 0299

PAGE 361-1

004000

§§§?§§

06-JUL-82 10:35

012700

I8 s

R
1335
855 3

FREARRRRRRRRRIR
RRERRIAIIIRRIINVR\VLR
Viviaiviiviivigiaiviaivianl.
sanvvaianiana VIV
AW
e
T
T
e
-0
SO0
S
WROND
R3R2PRLELE
o
oSN
= OO
SRt
P A PN N TS
oo

[/ozcee

N =W
—=O

WA VT AW A W VA VA

0000
VBB
R8800“3\”“““
2838 oo 000
SREREI2ETEIRARER2S FRRENEAN 2

CZMSPBO HS11-EIH/P MEMORY DIAG. MACRO M1113

*BRANCH IF SO

:NO - BRANCH

#7 ,BANK

;BANK 7?

5;77.LASTBANK
NOSUPER

giPARS.UlPAR6

SIPARS, SIPARG
RS.R4,R2.R1,R0
TRAP

MAP KERNEL

RO,R1,R2,R3,R4
RO
#KIPARO,R1
#77406,R2

(ALMOST 1

TO 1) TRAP HANDLZR

:1ST AREA TO MAP TO
*FIRST ADDRESS
*CONSTANT FOR 4K PAGE,UP,R/W

#xIPDRO,R3
#8. .RG

*1ST PAGE DESCRIPTOR REGISTER
*COUNTER

#200,R0
RG,1$
#177600,~(R1)

*ADD ADDRESS CONSTANT FOR 4K CHANGE
*LOOP TILL DONE
:THE PERIPHERALS PAGE TO KIPAR7

RO, (R1)+
ng (R3)+

#177400,-(R1)

Ré,R3,R2,31,R0

*PUT IN KERNEL ADDRESS
:PUT IN KERNEL DISCRIPTOR

sAND NEXT LOWER PAGE TO KIPAR6

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

TRAP

MAP KERNEL

(ALMOST 1

TO 1)

06-JUL-82 10:35

TRAP HANDLER

11625 045204

SEQ 0300

PAGE 363

RELOCATE:SUBTST <<RELOCATE PROGRAM>>
R

s *SUBTEST

SRR

116, 9 045204

11627
045220
11628 045
11629 045246

11630
11631
116 g
11633

045246
045246
045256
045260

11634 045302
11635 045
11636 045312
11637 045 15
11638 045
11639 045 g
11640 04524
11641 065340

11u.§ 845;46
11643
045350
11644 045350

004737

047032

013700
010037
013701
004737
004737
013701
052761

002100
002430
002564
046422
046754
002102
100000 002654

042761

020000

002654

1165;

45410

11651
11653

11654
11655
1 59

11657

11658

TYPE
MsGO75
END ;OF IF #SW13

006302

:R2 <= R2 * &

FOR R1 := #2+2 TO R2 BY #4
IF #81T7'BITO OFF.IN CONFIG(R1) ;IF NO ERRORS & NOT PROGRAM SPACE
IF #8IT15 OFF.IN CONFIG+2(R1) :IF NOT LOADER BANK

IF CPUBIT SET.IN CONFIG(R1) :IF ACCESSABLE

IF #B1T8 OFF.IN CONFIG+2(R1) THEN LEAVE FINDBANK :IF PARITY

045460

11677
045564
11678 045564

;RELOCATION NOT POSSIBLE

LASTBANK
,R2

ASL

045450

045516
55
55
§5
45
55
0455
§54
045546
045552
gs

*INVALIDATE BACKGROUND PATTERN

SRETURN ERROR
END LOADERBANK
BEGIN F INDBANK

045440

11665
1"
1
"
"
116
11671
ngrg
11673
11624
11675

#8IT13.CONF1G+2(R1)

LEAVE LOADERBANK
END :OF IF ACFLAG
END :OF FOR BANK

ASL

5§50
5§51

BANK
, RO
RO, LOADBANK
LOADHOME
,R1
BANKMOV
NEWLOAD
:MAP NEW LOADER BANK IN KERNEL
BANKINDEX,R1
#BIT15,CONFIG+2(R1)
:MARK LOADER

BIC

045412

gs
50

mrg

MOV
MOV
MOV
CALL
CALL
MOV
8IS

MOV

045414
045420
5430

AR RRRC R AR RN RRARRRLROEOORS

BEGIN LOADERBANK
FOR BANK := #1 TO LASTBANK
CALL EXBANK
IF ACFLAG IS TRUE AND PFLAG IS FALSE AND BMFLAG IS FALSE

045406 013702 002554

11659
11660
11661
n §

n
n

IF #SW12 SET.IN @SWR THEN SRETURN ERROR

IF #5W13 OFF.IN aswR

11649 45374
1124
5400

45482
0454
045404

RELOCATE PROGRAM

R AR RN RN RN AR AR R R R AR N AR P RA RN RN ANR N AN AR AR RN AR N

IF APTFLAG IS TRUE OR ACTFLAG IS TRUE
IF SPASS NE #0 THEN SRETURN ERROR
END: OF IF APTFLAG

11645 045
1 ”3
11649
11650

rarmIImnmmmmmnmmnmmmImIImmmmmITM

IF #BIT6 SET.IN CONFIG(R1) AND #BIT7 OFF.IN CONFIG(R1)
:IF 1ST PROTECTABLE ECC BANK
LEAVE F INDBANK
END ;OF IF #BIT6

010137

002536

013701
023727
001421

002536
002276

0004

IF INMECC IS FALSE
SET
INMECC

000030

MOV
R1, INHBANK
END: OF IF INHECC
END :OF IF CPUBIT
END :OF IF #BIT1S
END ;OF IF #BIT7
END :OF FOR
IF FULLREL IS FALSE
IF INHECC IS TRUE
MOV
INHBANK,R1
CMP
REALPAT.#30
BEQ
RELENT1

RELENT1

END; OF IF INHECC
END: OF IF FULLREL

;1S THIS PATTERN 30?
*YES = SKIP MESSAGE

534

coanre 000030
g;83500
851402
825618

e e e e et
D D D e
-

— il il el e e ol il il il el e ol ol il el e e el e el el e e el el e e i e e e e e i e e . e o
il el ld el el el il el el D el e il il el e el e D it s el el D D D e e il il ) D D i D D D e e
SNNNNNNNNNNNNNNNNNNNNNNNNNNYN

S g5614
14
04

045606

691

69§
693

23?
699
29
933
o¢1)

042761

020000

g&w 071027 000004

002654

5644 013737 002530 002532
045652

004737

SKUB:

DIV

MOV

CALL

§;§§

1
7
1? 57

grr

}‘

19
13
1
1

137

7?7

§ gt
%
S

ooc;;

MOV =

USERMAP

:IF WE RELOCATED PROPERLY, THIS SHOULD BE OFF!
:INVALIDATE BACKGROUND PATTERN

:SAVE CURRENT PGM. (SR

*MAP NEWBANK TO USER PAR

“ENTER
USER MODE
*MOVE PROGRAM
:ENTER
MODE ?
; .lusn"“fiKERNEL
A“g'n/“
*TURN OFF UNIBUS MAP

RO,MAPHO

:SETUP
LOWER 16K IN UNIBUS MAP
:ENERGIZE UNIBUS MAP

002652

MOV
ASL

MOV

ASL

NEWBANK
, RO
RO
RO

;RO <= RO + &

177760

:g{

:;m.az

ooggoe

177572

CALL
8IS

JMPRL1: wl

;g oooo% 177572
18000 002654
002530

18:

ggms(uo).az

e
BIS

g
mh%.az

BEQ
MOV

gty
onrt
S ; ; mgooo

Q&gfio

#8170,
MMRO
R2.PGMCSR
#81T12,CONF1G+2(R0)

141

00265

LOWMAP

BIS
BIT

MOV

050237

PGMCSR , PGMCSR+2

s
SYES
= SKIP MESSAGE
*RELOCATION NOT POSSIBLE

ON.ERROR
:Joyw g‘ng&mo

1 ; 7 80 5
1

#4,R0

sMAKE SURE FLAG IS TURNED OFF!

#8175, MMR3

oggi0 17;516

INMECC

gms.twwoz(an

USER
BMOV 0,100000,SI2E
KERNEL #i ,n?tvr
g
BIC
#B1TS,MMR3
:g.v
.vtom.no

5724 i g; 012737 100000 170200
7

SRETURN ERROR

END F INDBANK

RELOCT: LET NEWBANK := RO

sssi
g;?‘ 104417
2708
%’73{ 000001 003754
57?3 ;%7 oooggg 172516
2;13 01 788 002
7

INMECC

END :OF IF #Sv13
CLEAR

SEQ 0301

PAGE 363-1

s
Os
BEQ
SKUB
TYPE
nSGO7S

menn:cgc

046570

; gno
109
7
5744
57 7

06=-JUL-82 10:35

CLR

b o

—

"Ensn-t‘:/» MEMORY DIAG. MACRO M1113

8IS

13
CONF IG(RO) ,R2

R2,PGMCSR

SET
RLFLAG
SRETURN NOERROR

*DEENERGIZE MEMORY MANAGEMENT

;ENERGIZE
MEMORY MANAGEMENT
:PUT NEW PGM. CSR INTO PGMCSR
*1S THE NEW BANK INTERLEAVED?
*BRANCH IF NOT INTERLEAVED

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

RELOCATE PROGRAM

11730 046070

06-JuUL-82 10:35

UNRELOCATE : SUBTST
S E

AR AR

SEQ 0302

PAGE 365
<<UNRELOCATE PROGRAM>>

AR AR R R RN AR R AN AN AR A AR AR NN A XN RAAA

AR RRA

RR GO RARARSR R RO RS

UNRELOCATE PROGRAM

;=SUBTEST

:.'..."................Q.Q..........Q.Q'.......Q.'...Q'...'.'Q..t'l.l...'.'."t

11731
11732
04607
11733
066072
11
76

11735

046102

013701
013700

002430
0025

004737

046754

004737

126

006737

0470

0461

ot.§71

100000

046130

11741

1174.;

013701

MoV
CALL
CALL

0464

822116 ougr oo;l.

11740

;RESTORE LOADERS
PUSH
RO
MoV
LOADBANK
,R1

00210

PUSH

002100

MoV
CALL
MoV
BIC
MOV
CALL
MoV
BI(
POP

002654

138 013737 oo;sgl. 002100

1174
11764

150
046156

u;:.s

004737
013701

}eo 0462761

11729 8261?2

oeos
o%ago

002654

CLEAR

11748

11749

11750

11788

msg

BMOV

0.100000,SI12E

NEWKERNEL
PGMCSR+2 ,PGMCSR
#8170,MMRO

KERNEL
BIC

177572

”;’
”;33

002530
wgsrz

”;1

003754

cMpP

17e8

172516
172516

04¢

s INVALIDATE BACKGROUND PATTERN

sMAKE SURE ECC TESTS ARE NOT INHIBITED!

RLFLAG

BNE

CLEAR

CALL
BIS

MOV

BLE
POP

RETURN

s INVALIDATE BACKGROUND PATTERN
sMAP NEWBANK TO USER PAR
sENTER USER MODE

;MOVE PROGRAM
;ENTER KERNEL MODE
sDEENERGIZE MEMORY MANAGEMENT

#8170,MMRO

CLR

BIC

sRESTORE PREVIOUS PGM. (SR
sENERGIZE MEMORY MANAGEMENT

#1,PROTYP

;IS THIS AN 11744 ?

#8175 ,MMR3

:TURN OFF UNIBUS MAP

L
#8175, ,MMR3
#CONFIG+2,R0

sSETUP LOWER 16K OF UNIBUS MAP

MAPLO,MAPHO

#8I1T13, (RO)

&
R0-#3620

2%
RO

;ENERGIZE UNIBUS MAP

:MOVE 2ND WORD OF CONFIG TO RO

:CLEAR BACKGROUND VALID BIT
ngutm TO NEXT BANK

::lx,uc
DONE

:NO - "BRANCH

LOWMAP: SUBTST

<<SETUP LOWER 16K OF UNIBUS MAP>>

s *SUBTEST

SETUP LOWER 16K OF UNIBUS MAP

:..'..'.'...'....'...".'..".'......'.'..l."..'..'t'..'.'.'.."l'."'.'.'.."'

RN NN AR R

1$:

3338

PUSH

géfi
S¥S

EEE

8-~

2990

S3%%

SRR AR

3333
3333

n
n
n
n
n

I33Y

11270

BN
-

17
1?2

#BIT13,CONFIG+2(R1)
BANK
INHECC

sCLEAR LOADER FLAG

BIC
#BIT13,CONFIG+2
LET NEWBANK := #0
CALL
USERMAP
USER

CALL
MoV
BIS

BANK
LOADBANK
, BANK
EXBANK
BANK INDEX ,R1
#BIT1S,CONFIG+2(R1)
L OADHOME
, BANK
EXBANK
BANKINDEX
,R1

sMAP NEW LOADER BANK IN KERNEL SPACE

;RESTORE BANK 0

002654

11751
msi
1175

LOADHOME
.RO
BANKMQV
NEWLOAD

RN RN N RN RN AR RN A NN R AN NN NN AN RN RN AN AR AREN N RN

RO,.R1,R2

#MAPLDRO
,

3R
RO+, (R1)

RARRRNRRNSOOS

1" 781 046402
~ NN

1" 82 046406
1"
1" 84 046412
n 85 046420

721
012021

Gg 046410 077205
000207

020000

06-JUL-82 10:35

w1113

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
SETUP LOWER 16K OF UNIBUS MAP

PAGE 365-1

#BIT13,(R1)+

(RO)+,(R1)+

R2,18

R2.R1,.RO

SEQ 0303

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

SETUP LOWER 16K OF UNIBUS MAP
11788 046422

06-JuL-82 10:35

BANKMOV:SUBTST

<<MOVE BANKS>>

;*SUBTEST

MOVE BANKS

R AR AR

SEQ 0304

PAGE 367

R R RN AN R R AR R AR RN R A AR A RN R A RA RN N AR RN AR AR A RN RN RR G RN

R RRR R RRRRRRR AN RN

:Q......Q..'.....'........'...I.Q..'....!l..l.'...'.t.t‘.'l....'i'tt.t..t."'t.'

:MOVE 3/4 OF A BANK

11789
11790

i
1179§ 046422 104415

sCALLING SEQUENCE
sRO = DESTINATION BANK
:R1 = SOURCE BANK

11794 046426
11795 0464

004737
104416

046570

1179 8264
11798
046440
11799 046444
}}gg? 046450

07§027
072127
01 70§
012703

000011
000011
177650

1180§ 046454
11803 046456
11806 046460

010122
060301
010122

1179? 0464

}}805 046462

1046415

000200

060301

11389 046464 010022
11808 846466
11809 046470
11810 046472

1181§ 826502

060300
010022
060300

SAVREG

CALL

RESREG
SAVREG
ASH

USERMAP
#9..R0

ASH
MoV

MOV

#9..R1
#UIPARG ,R2
#200,.R3

MOV
ADD
MOV
ADD

R1,(R2)+
R3.R1
R1,(R2)+
R3.R1

MOV
ADD

RO, (R2)+
R3.R0

MOV
ADD

USER

RO,.(R2)+
R3.RO

8MOV

100000,140000,S12E/2

MOV 1ST HALF BANK
JENTER KERNEL MODE

MoV

#UIPARS
R2

MOV
ADD

R1,(R2)+
R3.R1

}}g}g 066514

104417

}}g}g 046516

012702

11818 046522
11819 046524
11: 0 8265 6
}}‘ 1
046530

010122
060301
010122
060301

MOV
ADD

R1,(R2)+
R3.R1

11824 046536

060

MoV
ADD

RO, (R2)+
R3.RO

" i 0665;2 010855
11825 0‘6538
}} 9 046540
n

010022
060300

65‘5

§Eb$5

MOV
ADD

USER

6562

104417

118 g 046564
11833 046566

104416
000207

}}g '

KERNEL

177650

JMAP 1ST HALF BANK
JBUMP BY &K

BMOV

KERNEL

RESREG
RETURN

sMAP 2ND HALF BANK
;BUMP BY &K

RO, (R2)+
R3.RO

100000, 140000,S1ZE/4

:MOV 3ND FOURTH OF BANK

JENTER KERNEL MODE

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

MOVE BANKS

11836 046570

06-JUL-82 10:35

USERMAP:SUBTST

<<SUBR

SEQ 0305

PAGE 369
MAP USER TO NEW BANK>>

:.'..................'."..........'......'....'..'.......Q'Q'..Q....Q.Q..'Q...'

11837 046570
11838 046576
11839
11840 046606
11841 046610
"“§ 046614
1184 04“18
u% 046620
11549 046652
11847 046626

012701
012702
012703
012706
012705
012221
011423
077503
013700
072027
11848
11849 8:66 2 012705
11850
0466
010021
11851 046640 062700
msg 046644 011423
11853

eSUBTEST

SUBR

MAP USER TO NEW BANK

:'...............'....."'Q...'...Q.......IQQ...'..Q.".......'..Q.'."....'t"'

177640
172340
177
172

18:

002306
000011
000004
000200

2%:

046646 077505

MOV
MOV
MOV
MOV
MOV
MoV
MOV
S08
MoV
ASH
MoV
MOV
ADD
MOV
S08

”ggls. 046650 000207

SUIPARD,R1
#KIPARD
R
SUIPDRO
R
#XIPDRO
. R&
#4 RS
(R2)+,(R1)+
(R4) , (R3)+
RS.1$
NEWBANK , RO
..R
#6 RS
RO, (R1)+
#200,R0
(R4) . (R3)+

NEWKERNEL : SUBTST
SRR

:BANK 1 STARTS AT 100,000 LESS 6 LSB'S
*FOR MEMORY MANAGEMENT = 1000
:SETUP UIPAR(4=7)

*BUMP ADDRESS 4K
*SETUP UIPDR(4=7)

RS,2$

RE TURN

11856 046652

:COPY KERNEL PAR'S & PDR'S (0=3)

<<SUBR

SETUP KERNEL PAR'S FOR NEW BANK>>

AR NN R AN NN AR IR NN RN AN AR AN AN A NN AN AR AR AR AN R ARAANRE RN AR RN RRRRRNRRNRRR

s *SUBTEST

SUBR

SETUP KERNEL PAR'S FOR NEW BANK

SRR AR NN NN RN N AR R E R T RN AR A AN AN R R AN AR AR AN AR A AN

11857 046652

11858 8:6660
11859 ug&
11860 046670
11861
1136; 046676
11863
046700
11864 046702
11865

nug

Hgga

046706

671

012700
013701
072127
012705
010120
o; 701

077504

PUSH

172340
002306
000011
000004
000200

18:

6716 000207

#x IPARO,
RO
NEWBANK
.R1
#9. R
#6 RS
R1.(RO)+
ogbo R1

POP

RS.R1.RO

RETURN

11869 046720

R RRRRS

RO,R1,RS

MOV
MOV
ASH
MOV
MOV
ADD
506

A A AR NN E AR A AA ARG R R RN

:BANK 1 STARTS AT 100,000 LESS 6 LSB'S
;FOR MEMORY MANAGEMENT = 1000

:SETUP KIPAR(0-3)

RS,1$

MAPKERNAL
: SUBTST <<SUBR MAP KERNAL PARS & AND 5 TO A BANK>>
:..t'tt'..tttltl'.li.'.'i"t.t..t.."..'Q..tt.t.l....t.l.t.."'.'.'tttt."tt"'.

:*SUBTEST

SUBR

MAP KERNAL PARS & AND 5 TO A BANK

:.....'....."tt't.'."t'...t.l.tl.....ll.'...'.'..'...t"ttt.tt."l'.'...ttt"'

11870
11871
046720
1187§
6724
11873
046730
ngn 046736

013705
072527
013737
010537

002100
000011

mrg

010537

172352

11875 8:676
6746

”g;a 046752

11879 046754

705

000207

172350
172350

002270

ooogoo

:MOV BANK NUMBER TO RS
:RS ENTERS 100000 LESS SHIFT TO CREATE MAPPING
*SAVE OLD PAR
*GET NEW PAR'S

MOV RS,KIPARS

ADD #200.RS

RETURN

;

NEWLOAD:SUBTST

<<SUBR

SETUP KERNEL PAR'S FOR NEW LOADER BANK>>

: *SUBTEST

SUBR

SETUP KERNEL PAR'S FOR NEW LOADER BANK

CTHRAR R R AN R R R AN RN R

CHRR RN RN

11880

MOV BANK,RS
ASH #9. .RS
MOV KIPARG
, SAVPAR
MOV RS, KIPARS

RN RN RN

RN RRNAENNNNERNARANRANERNANRANENNRANRNNEENERRRNPRCRETRERS

RN R AR AR RN E R AR AR RN AN NN RN ARARNRANRAARARERANANRIANEREREN
N AR RO ORRRROERRRERS

;RO CONTAINS THE DESTINATION BANK

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

SUBR

06-JUL-82 10:35

SETUP KERNEL PAR'S FOR NEW LOADER BANK

11881 046754

PUSH

RO.R1

MOV
ASH

11886 046776 010021
11887 047000
} }% 047006 000207

MOV
RO, (R1)+
POP
R1 .no
RETURN

010021

MOV

11885 046772 062700 000200

11890 047006

ADD

UNMAP:

SUBTST

SEQ 0306

PAGE 369-1

11882 046760 012701 172350
11883 046764 072027 000011
11884 046770

#KIPARG R
n RO
(Rl)t

ozbo RO
<<SUBR

;BANK 1 STARTS AT 100000 LESS 6 LSB'S (1000)
JSETUP KIPARS

:SETUP KIPARS
UNMAP KERNAL PAR'S & AND 5>

QI.'.'....Q.tt.tl...i.."...Q.t..t.'ttt.....'...tt'.t.'l.t...t'."'..""."'.Q

'SIBYEST

11891 0647006
mog 047014
11893 047022
11894 047030

013737 002270 172350
062737 000200 002270
013737 002270 172352
000207

SUBR

UNMAP KERNAL PAR'S & AND S

:t'.t'...t'..tt"'t..t...i".t.t..t...'ttlt'.tt......tt"..'.'.tt"'tt..'.'...'Q

MOV
SAVPAR, K IPAR4
ADD
#200, SAVPAR
MOV
SAVPAR, K IPARS
RETURN

:RESTORE KIPARG
*ADD 200 FOR NEXT PAR
*RESTORE KIPARS
:

CZMSPBO MS11-L/M/P MENRORY DIAG. MACRO M1113

SUBR

UNMAP KERNAL PAR'S & AND 5

11897 047032

06-JuL-82 10:35

EXBANK: SUBTST

<<SUBR

EXAMINE BANK>>

*«SUBTEST

SUBR

EXAMINE BANK

CEEAARRAAAA

SRR

RAA

SEQ 0307

PAGE 3N

AR AR AN AAA R RN NN AN N AR R RANRA N AR

RN AR AR RRAANRARRNAARRAACCARNTANRARRARTRRES

A AN AN AR RN A RN AR AN R A RANANRRARANRANARARR AN ARANAR

AR AR R

A RARAANERRRROR RO RS

11898
11899
11900
11901
1190;
1190
11904
11905
11906
11907
11908
11909

:DOES THE FOLLOWING:
(1) SETS UP "BANKINDEX'' AND R1 BASED ON VALUE OF 'BANK''.
:(2) SETS THE "MKFLAGTM IF THE BANK IS ECC.
$(3) SETS THE "XPFLAGTM IF THE BANK IS THE PROTECTED REGION OF ECC MEMORY.
(&)
SETS THE “ACFLAGTM IF_THE BANK CAN BE ACCESSED BY THIS CPU.
:(5) SETS THE "PFLAG"' IF THE BANK IS IN PROGRAM SPACE.
:(8) SETS THE ‘RRFLAG' IF RELOCATION IS REQUIRED TO TEST THIS BANK: HOWEVER,
:
IT COMPLEMENTS THIS FLAG IF THE RELOCATION FLAG 'RLFLAG'' IS SET (THIS IS
:
NECESSARY FOR THE USE OF THE RECURSIVE ‘'MODETM SUBROUTINES). THE 'RRFLAG'
:
IS ALWAYS SET TO DISABLE TESTING IF FIELD SERVICE MODE ‘'SELECTED BANKS''
:
ARE BEING TESTED AND THIS BANK IS NOT SELECTED.
2(7) SETS THE "BMFLAGTM IF THE BANK IS A BAD MEMCRY; HOWEVER, IT COMPLEMENTS

”99}2

;

11910
11911
1191§
1191
11914

:
THIS FLAG IF THE 'WORST'' FLAG IS NOT SET
(THIS IS NECESSARY FOR THE USE
:
OF THE RECURSIVE ‘MODE'* SUBROUTINES).
$(8) SETS THE "INTFLAG' IF THE BANK IS INTERLEAVED.
:(9) SETS THE “INT64K'* FLAG IF THE BANK IS INTERLEAVED ON 64K WORD BOUNDS.
+(10) SETS THE 'SKIPMK'* FLAG IF THIS BANK IS INTERLEAVED, AND HAS ALREADY

11917
11918 047032

:(11) SETS THE "PMEMFLG'' IF THE ECC MEMORY UNDER TEST IS A MS11-P
PUSH
RO,R1,R2

11919 047040
11920 047054
11921 04.7092

119 i 8270 g

119
7112
11924 827116
11925 0471 3
119 9 047122
11927 047126
11928 047134
119
7136
119
7144
11931
119
119

nogl.
11935
119 8:

047150
7194
0

119
119

002102
000100 002652

005037

002114

000002

1$:

002114
002654

047450
000400 002654 28:
001000 002654

000200 002652 3$:

CLEAR
SET
CLEAR

MKFLAG,KPFLAG,PMEMFLAG
ACFLAG
PFLAG,RRFLAG,BMFLAG

MOV
ASL
ASL
MOV
BIT
BEQ
SET
MOV

BANK,R1
R1
R1
:R1 <= R1 * &
R1,BANK INDEX
#B1T6,CONFIG(R1)
;PROTECTED REGION OF ECC MEMORY?
1$
*NO - SKIP
KPFLAG
#B8I1T1,R0

ST
BEQ
MOV

ACFLAG
F13
CONF1G+2(R1)
,R2

CMP
BLE
SET
NP
BIT
BEQ
SET
BIT
BEQ
SET
8IT

R2.4%
2
BMFLAG
ENEXBK
#BIT8, CONF IG+2(R1)
3s
MKF LAG
#BIT9, CONF IG+2(R1)
3s
PMEMFLG
#8177, CONFIG(R)

CLEAR INTFLAG, INT64K, SKIPMK

002100

000003

11950 04

013701
006301
006301
010137
032761
001403
012700

177770

119
11940
11941
119&;
1194
11944
11945 04
11949 8:
119
1194.3 8:
1194

BEEN TESTED.

IF RO SET.IN CPUBIT AND RO OFF.IN CONFIG(R1)
CLR ~ ACFLAG
END :OF IF RO

SWAB
BIC

BEQ

R2
#°C7,R2

;ACTIVE MEMORY?
*BRANCH IF NOT
; ISOLATE MEM TYPE BITS

<IS THIS AN ILLEGAL MEM TYPE?
*BRANCH IF NOT
;SET BAD BANK FLAG
:JUMP OVER REST OF FLAG TESTS
*1S THERE ECC THERE?
*NO - SKIP
*YES = SET MKFLAG
SIS IT A MS11-P2272
INO SKIP!'!!
SSET MS11-P FLAG
*BANK = PROGRAM SPACE?
‘NO - SKIP

L
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

SUBR

EXAMINE BANK

11951 047274

1195§ 047310

005737

002124

11954 04
13
11955 0‘73§°
11956 047330

0051
032761
001403

002122
000001

11958 04
11959 047344

005737
00100

002566

1195

0‘;;14

11957 06;;25

11960 047346

g 8o
1132; 047%76

11964 047376
11965 047404
11969 827606
11967
047414
11968 047422
11999 047424
11970 047432
11971 047440

1197§ 0647442

11973 047450
11974 047456

0016%;

00513

5%:

002652

6%:

06-JUL-82 10:35

PFLAG,RRFLAG

BEQ
CoM
BIT

63
RRFLAG
#81T0,CONF IG(RT)

SET

BMFLAG

BNE

9s
BMFLAG

TST

BEQ

SEQ 0308

PAGE 371-1

SET

TST

002126

RLFLAG

8s$

WORST

; 'l‘s’ ngxc?:n RELOCATED?

SYES = COMPLEMENT RELOCATION REQUIRED FLAG
:ssnoag‘ I;:ESENV IN THIS BANK?

sIS THIS A WORST FIRST PASS?
<YES - SKIP
: NC = COMPLEMENT BAD MEMORY FLAG

coM
lFsgglflv IS TRUE AND #BIT14 OFF.IN CONFIG+2(R1)
RRFLAG

END :OF IF SELONLY

032761
001421

010000

002654

BIT

#BIT12,CONFIG+2(R1)

:1S THIS BANK INTERLEAVED?
sBRANCH IF IT IS NOT

032761
001403

004000

002654

BIT
BEQ

:1S THIS BANK INTERLEAVED WITH 64K BOARDS?
sBRANCH IF IT IS NOT

032761
001403

000040

002652

#BIT11,CONFIG+2(R1)
108
INT64K
#BIT5,CONFIG(RT)

000207

BEQ
SET

108:

SET
BIT

BEQ

SET
: POP
ENEXBK
RETURN

ENEXBK
INTFLAG

ENEXBK

sSHOULD THIS BANK BE TESTED?
sBRANCH IF IT SHOULD

R2.R1,RO

sRESTORE REGISTERS

SKIPMK

‘

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

SUBR

EXAMINE BANK

11977 047460

06-JUL-82 10:35

BANKOK: SUBTST
R A

s *SUBTEST
MLAA R

AR A

11978
11979

11981 047460
1198§ 047464

11983 0474
11984 047472

”ggg 047474

013700
005100

SUBR

013701
074001

MOV
COM

002116

Al b

R R R

BANK 0K?
Al

AR R AR AR AR

Al R

AR R AR R AR AR AR AR AR

R RO

R L

TMFLAG,RO
RO

MOV
XOR

000207

MKFLAG,R1
RO.R1

RETURN

INCRPT:
INCPAT: SUBTST
AR AR

s *SUBTEST
AR

11989

<<SUBR
AR

R R

;0K = (=0K)

INCREMENT PATTERN TESTING >>

AT E RN
R AR AN R RN

SUBR

RN RN

INCREMENT PATTERN TESTING
R TR

A NN RN

R R

s INCREMENT THE PATTERN & SET UP THE CONDITION CODES

11990

11991 047476

005237

Hgg‘ 047510

000207

1199% 047502

022737

002110

000030

sRESULT ~ Z BIT SET INDICATES OVERFLOW

INC

002110

11995 047512
11996 047512

11997 047512

RETURN

”ggg 047520

000207

000027

sNOT EQUAL TO ZERO IS GOOD (NO OVERFLOW)

SET HIGHEST PATTERN TESTING TYPE>>

s *SUBTEST

SUBR

SET HIGHEST PATTERN TESTING TYPE

RN TR IR R AR

AR R AR AR AR

MOV

RETURN

AR R AN

#27 ,PATTERN

AN RN RN R AR RN R R AR AR

R AR

NN R AR

AN R AR RN

AR A AN

AR AR AR

RN AN

ANR RN

RS RN

sSET HIGHEST PATTERN

INCBNK: SUBTST

<<SUBR

INCREMENT BANK & TEST>>

;*SUBTEST

SUBR

INCREMENT BANK & TEST

047522

005237

12004 047534

000207

047526

sSET UP CONDITION CODES

<<SUBR

AR RN

002110

12000 047522

#30,PATTERN

SETPAT:
HIPAT:
SUBTST
R

012737

PATTERN

cMP

12003

BANK 0K?>>

TRt

sRESULT IS RETURNED IN THE CONDITION CODES (OK = (=0)).

002132

11987 047476
11988 047476

12001

sTEST TO INSURE THAT THE TYPE OF MEMORY IN THE PRESENT BANK
;IS OF THE TYPE WE ARE TESTING ‘‘TMFLAG''.

11980

12002

<<SUBR

AN A

SEQ 0309

PAGE 373

023737

002100

002554

002100

sRESULTS RETURNED IN CONDITION CODES
INC

cMP

RETURN

BANK

LASTBANK ,BANK

:TOD FAR?

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

| SUBR

INCREMENT BANK § TEST

12007 047536

06-JUL-82 10:35

BOOT:

SUBTST

<<BOOTSTRAP ROUTINE>>

;*SUBTEST

SEQ 0310

PAGE 375

BOOTSTRAP ROUTINE

:'tfiC...l.....t....‘.."'...'....'Q..‘...Q'.Q'.t'.tl..t.'t'.'Q"QQ..t'l.'tt"tt'

12008

12009
12010
12011
12012
12013
12014 047536
12015 047540

1 019 047546

;INITIALIZE ALL CSR'S

*UNRELOCATE IF NECESSARY
;FLUSH OUT ANY DBE'S
STURN OFF MEMORY MANAGEMENT
:TURN OFF THE UNIBUS MAP
*BOOT RKO OR RK1
ECCINIT
;TRAP ON DOUBLE BIT ERRORS (NORMAL)
SET4
#BOOT1
:TRAPS TO 4 GOiv BOOT1

104472

IF RLFLAG IS TRUE THEN S$CALL UNRELOCATE

12017
047560
12018 047564

004737
104421

024570

120 g 047602
12023
047604

005001
000005

BOOT1:
18:

105710

28:

12019 047566
005737 002452
12020 047572 001003
12021 047574 042737 000040 172516

12024 omog
12025 047612
12026 oamg
12027 047622

012700 177406
010160 000004
012710 177400
012740 000005

12029 047630

100376

12028 047626

12030 oaregz 062701
12031 047636

005710

12033

005007

1 os§ 047640
047642

100761

020000

CALL
MT0030
DEENERGIZE

ST
BNE
BIC

NO228B1T
BOOT1
#81T5,MMR3

MOV
MOV
MOV
MCV

#177406,R0
R1,4 (RO}
#177400, (RO)
#5,-(RO}

8PL

CLR
RESET

1ST8

(RO)

ADD

#BIT13,R1

BMI

CLR

(RO)

;FLUSH OUT DBE'S
“TURN OFF MEMORY MANAGEMENT

;1S THIS AN 11744 OR 11/24?
:TURN OFF THE UNIBUS MAP

B
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M17i13
BOOTSTRAP ROUTINE
12036 047644

06-JUL-82 10:35

EXIT:

SUBTST

:*SUBTEST
L

1
1 0

120
12040

7650

004737

047676

000777

EXIT2:

SEQ 0311

PAGE 377

<<HALT PROGRAM>>
T

T T

LT
T

HALT PROGRAM

BR
ELSE

1 0‘ 0‘7672 000137 003656

SEXHALT:

12045 047676

SHUTUP: SUBTST

<<SHUTDOWN DIAGNOSTIC>>

} 84“ 047676

JMP START
HALT

END ;OF IF APTFLAG
R

;*SUBTEST

1 329
1
1 85'5
120¢
12050

12051

12065

R T AR R AR RN

R AR R AR R AR R AR

AR AN

AR AN RN

R AN R AR SRR RN

SHUTDOWN DIAGNOSTIC

N R R NN R AR R AR AN A AN R AR RN AR RN R AR R AR AN AN RPN R RN R R R RIREARNRRS

sINITIALIZE ALL CSR'S
*UNRELOCATE
SFLUSH OUT DBE'S
*RESTORE LOADERS
STURN OFF MEMORY MANAGEMENT

12055 047976
1 sg 827 00
12057
047712
12058 047720
12059 82" 4
1
7724
12061 82"
1
1
1

CALL
SHUTUP
1IF APTFLAG IS TRUE OR ACTFLAG IS TRUE

773,
7740
7742

04774

*UNMAP THE UNIBUS MAP

104472

ECCINIT
- TRAP ON DOUBLE BIT ERRORS (NORMAL)
IF RLFLAG IS TRUE THEN SCALL UNRELOCATE
IF QUICK IS FALSE
cnu. MT0030
;FLUSH OUT DBE'S
END;OF IF QUICK
MOV
#1.R0
:DESTINATION BANK
MOV
LOADHOME ,R1
:SOURCE BANK

004737 024570
012700 000001
013701 002564
004737
104421
005737

ootog;

046422

CALL
BANKMOV
oesumxze
ST
nozza

002452

1
04775 %7
000040 172516
; 371 047756
207
1$:
12072 047760

BNE

BIC
mrs MMR3
RE TURN

APTDOWN: SUBTST

;TURN OFF MEMORY MANAGEMENT
*DOES THIS PDP=11 HAVE 22-BIT ADDR?

*BRANCH IF NOT

;TURN OFF UNIBUS MAP

<<APT SHUTDOWN SEQUENCE>>

:t'.'....t'..t.'...'.fitt"".t.t.t.l'...Q'I.tt't....t.tt't....!.."‘.t'tt.t".'.

S «SUBTEST

12073 77 o
12075 sooo
12076 050010
12077 050016
12078 050024

12074

12079 050026

APT SHUTDOWN SEQUENCE

:."Q.'.Q'...Qt..'...t'ttt.'tt...t.t.lt.lt!.tt.t'ttttt.t.'ti".'tt.!'.Q.'t't.!..

012737 047760 osoost.
012737 000340 ogoo 6
012737 000000 127760
104417
000000

MAP
#0
SUPERVISOR SPACE (TEST AREA) TO BANK #0
TESTAREA
:ENTER résrMODE
MOV
SAPTDOWN, F IRST+24
MOV
#340,F1RST+26
MoV
#0.F IRST+APTDOWN
KERNEL
;ENTER KERMEL MODE

APTHLT: HALT

c
CZMSPBO M511<L/M/P MEMORY DIAG. MACRO M1113

. APT SHUTDOWN SEQUENCE

12082 050030

06-JUL-82 10:35
SUBTST

s *SUBTEST

SEQ 0312

PAGE 379

<<BLOCK MOVE SUBROUTINE>>
e

BLOCK MOVE SUBROUT INE
e

12083

:BLOCK3 HAS 3 ARGUEMENTS

1%089

sALL ARE CALLED BY THE BMOV MACRO

15054
} 885

*BLOCK2 HAS 2 ARGUEMENTS
;BLOCKT HAS 1 ARGUEMENTS

12088

.ENABL

LSB

15039 050030
12090 osoosg 012702 177640
12091 050042 012701 000020
}2@; 050046 000413

BLOCK1: PUSH
MOV
MOV
B8R

12094 050050

BLOCK2: PUSH

RO.R1,.R2

BLOCK3: PUSH

RO,R1,R2

28:
38:

(R5)+.R2
(RS)+.RO

12095 osoosg 012701 000020
1 099 050062 000404

1209

12098 050064

12099 050072

012501

12100 050074 012502
} }81 050076 012500

1 1o§ 050100 01202

12104 050102 07710
12105 050104
1 109 050112
1210

000205

MOV
BR

18:

MOV

MOV
MOV

MOV

S08
POP

RTS
.DSABL

RO.R1.R2
#FASTCITY.R2
#16. R1
3s

#16. .R1
28

(R§)+.R1

(RO)+,(R2)+

R1.1$
R2.R1.RO
RS
LSB

D
(ZMsPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
FIELD SERVICE MODE

06~JUL-82 10:35
.SBTTL

12111 050114

;*SUBTEST

1211; 050114
} }}‘ 050116
12115 050122
1 119 0501
12117
050142
12118 050144
12119 050146
12120 050143
12121 050152

121 § 050154

121
050190
12124 8501 0
12125 050172
121 9 050200

104415

052412

12144
12145
1 169
12147
12148
12149

050260
050262
50
050
050
050272

05 gb
053452
85 74
53514
053536
053554

12154 050310

000733

12150
12151

50254
050 58

050274
050276

000766
050312
050414
OSOS;&

050672
051146
051682
0524

052704
053132

053640
053702

FIELD SERVICE COMMAND MODE>>

N RN

FIELD SERVICE COMMAND MODE
N RN AR AN AR AR AR

MSG020

AN R AN AR NN RN N AR

AR AN

sFIELD SERVICE COMMAND MODE

IF RLFLAG IS TRUE OR NOFSMODE IS TRUE
TYPE MSGO4 8
sNOT AVAILABLE NOW = TRY LATER!
RESREG
RETURN

END ;OF IF RLFLAG
TST
CACHKN
1$
BEQ

002542
18:
FEt:

104414
020027
101403

<<SUBR

R AR R NN AR RN RN AN R AN R AN AN R NANANANARARARRRARRARNRRARARARCPACRORORRRTS

SAVREG

106424

12127
050204
12128 050206
12129 050210
12130 050214
12131
050 13
121 i 50
121
50224
12134 050
12135 050
121
5024
121
50 43
121
50244
12139 050246
12140 050250
12141
050 Sf

1 14;
12143

FIELD SERVICE MODE

R R AR

TYPE

104416
000207

005737
001402

SEQ 0313

PAGE 380

FIELDSERVICE : SUBTST
SRR

000022

1$:

PUSH
CONTRL
PUSH
CSRNO,KAMIKAZE
CACHOFF
KAMIKAZE
SET
TYPE

MSG026

RDDEC
POP
RO, #18.
cMP
1$
BLOS
TYPE
MSG021
FS1
BR
CASE RO
FSCMDO
FSCMD1
FSCMD
FSCMD
FSCMD4
FSCMD5
FSCMD6
FSCMD?7
FSCMD8
FSCMD9
FCMD10

sSAVE CACHE STATUS
sSAVE CSR & KAMIKAZE STATUS
sTURN CACHE OFF
s COMMAND
sREAD A DECIMAL NUMBER
*COMMAND --> RO

SEXIT FIELD SERVICE COMMANDS
sREAD CSR
sLOAD CSR
sEXAMINE MEMORY
sMODIFY MEMORY
sSELECT BANK & PATTERN
s TYPE CONFIGURATION MAP
:SOB-A-LONG TEST

;ERROR SUMMARY
sREFRESH TEST
sSET FILL COUNT
sENTER KAMIKAZE MODE
SEXIT KAMIKAZE MODE
sTURN CACHE OFF
sTURN CACHE ON
sTEST ONLY SELECTED BANKS
SRESUME TESTING ALL BANKS
sENABLE TRACE
sDISABLE TRACE

RN R AR

RRR RN R RS

E
' CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
SUBR
FIELD SERVICE COMMAND MODE
12157 050312

06-JUL-82 10:35

FSCMDO: SUBTST

SEQ 0314

PAGE 382

<<COMMAND 0

EXIT>

:....'."...."'.."..Q.'........."......Q.......Q.Q.".....'..Q"......'I..'.'

:*SUBTEST

COMMAND 0

EXIT

:'....'..'...'.'......'...'........'...'.......l...'..'....'.'.'.'Q'.".".Q".'

12158 050312
12159 050316
12160 050
12161
050330
1 16; 050334
12163 050 0

12164 050
12165 050
12166 050 ;
12167 050352
12168 050356
12169 050
12170 050370
12171 050374
12172 050 72
12173 050402
12174 050404
12175 050410
12176 050410

] };a 050412

062706

000002

062706
005037

000002
002006

005737
001414

002542

062706

000002

005737
001402

002542

104416

TYPE
MSG103
ADD
#2,SP
IF SKIPKAMI IS TRUE
ADD
#2,SP
CLR
SKiPKAMI
ELSE

RESO:

000207

12179 050414

:LEAVING FIELD SERVICE MODE
;THROW AWAY OLD KAMIXAZE FLAG

POP
KAMIKAZE
END ;OF IF SKIPKAMI
POP *
CSRNO
TST
CACHKN
BEQ
RESO
IF CACHKN EQ CACHKF
ADD
#2,SP
ELSE
TST
CACHKN
BEQ
RESO
POP
CONTRL
END :OF IF CACHKN
RESREG
RETURN

;RESTORE OLD KAMIKAZE FLAG

:IF CACHE IS OFF
:THROW AWAY CACHE STATUS

;RESTORE CACHE STATUS

FSCMD1: SUBTST

<<FS

COMMAND 1

READ CSR>>

: *SUBTEST

COMMAND 1

READ CSR

:'.....t"'..t..'.'....".'Q.......'.t.t..'...'...Q."..Q'I"'t.t"'.'.t'.'t'..l

;....'t......l...Q'...'Q..Q'....t....'...'Q't...t.t...'t..t'l".Qt...t'..""".

12180 050414
12181 8504. 0
1 13; 50424
12183 050432
12184 0504
12185 050442

004737
010637

12187
050466
12188 0504

000207

1 139 50444

12189
12190
12191

050476
sosgo
050522

053730
002304

104426
104026

013706
000207

CALL
WHICHCSR
MOV
SP,FSSTACK
SET4
WRESI
READCSR
SET
NOERROR
ERROR
+26

:USE_ERROR ROUTINE FOR PRINTOUT

RETURN
TYPE

:THIS CSR DOES NOT EXIST

RES4

002304

RES1:

MOV
RES4
RETURN

MSGO2S
FSSTACK,SP

;TRAPS TO 4 GOTO RES1

RESET TRAPS TO 4 TO DEFAULT

:RESET TRAPS TO & TO DEFAULT

(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 1

READ (SR

12194 050524

06-JUL-82 10:35

FSCMD2: SUBTST

SEQ 0315

PAGE 384

<<FS

COMMAND 2

LOAD CSR>>

:....'..t....‘Q.................Q.......QIQ......'.‘"...'."Q..'Q..l."...'t...

:*SUBTEST

COMMAND 2

LOAD CSR

:.'..'....'...fi.'...........'.............‘..Q.'..Q'...."......l'.'.Q"".'.'Ql

12195 050526
12196
0505
12197 0505
12198 050542

12199 050544

12200 gsosso
12201
050556

12202 0505
12203

050602

12204 050606
12205 050610

1
09 850614
12207
050616

12208 050620

12209 050624
12210 050632

004737
010637
104426

05822

12214 05

12215 050670

000207

MSG027

TYPE

RDOCT
POP

LOADCSR
READCSR

TYPE

SET
ERROR

104026

013706

1; 0506

TYPE

RES4

104455
104426

1221

WICHI
Sk
SF,F3STACK
WR(S2

SET
ERROR

104413

000207

CALL
MOV
SET4

READCSR

104026

12211 0506

053730
002304

002304

RES2:

RETURN

TYPE

MOV

RES4

RETURN

:TRAPS TO 4 GOTO RES2

NOERROR
+26

;USE_ERROR ROUTINE FOR PRINTOUT

MSG023

;FIRST CSR WORD

CSR

:RESET TRAPS TO & TO DEFAULT
;READ AN OCTAL NUMBER
:PUT IN IN LOC ''CSR"

MSG028

NOERROR
+26

sUSE FOR PRINTOUT = NOT AN ERROR

MSGO2S

;THIS CSR DOES NOT EXIST

FSSTACK,SP

;RESET TRAPS TO 4 TO DEFAULT

6
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO Mi113

C OMMAND 2

LOAD (SR

12218 050672

06-JUL-B2 10:35

FSCMD3: SUBTST

SEQ 0316

PAGE 386

<<FS

SRR RN AR RN AR A A AR NN AR

: *SUBTEST

COMMAND
3

EXAMINE MEMORY>>

COMMAND 3

EXAMINE MEMORY

RN R R AN AR AR RN AR AR AN N RARNRA

AN NANANN R AR RN RCRRRARRRRERRRRS

:'........'............'........................'...'.......'."'.‘I'.Q"'..'.Q.

1
1
1
1
1
1
1

19 05067,

0 0307

012737
104413
013737

000002

18:

065204

002100

MOV

$HIOCT,BANK

RDOCT

ROL

cLC

ROR

CMP

BGT

860001
157776

051060

002302

i e

TV TV

=1
~

OO0

ol
D

OO0

38:

4s:

BANK,LASTBANK

TYPE

MSGO32

EXCMD3: KERNEL
POP

RES4
RETURN

:EXAMINE MEMORY
;PHYSICAL ADDRESS (0=17775776)2?

:READ OCTAL NUMBER ONTO STACK & SHIOCT

:PUT MSB'S IN BANK

:PUT LSB'S IN RO

BR
ADD
TYPE
a9

: INDICATE PARITY ACTION

BANK

TYPOCS

000004

#2 ,NOPAR

ADD
#FIRST,RO
BIT
#BITO0,RO
BNE
1$
P
RO, #LAST
BH]
1$
MOV
#38 PARTHERE
SET4
#4$
MAP
TESTAREA
MOV
(RO) ,R1
KERNEL

lelele]

R 33
g FIFRERZS38

VAV VAV VA WA
e e e
(elale]

OO0O00OOOOOOOVDOO

002554

~NO
SN

1
1
1

O ——

el
D

1
1
1
1

002100

VIVIUIWVE

VIVIVWVIAWVMIVWVS SNBSS

1
1
1
1
1

NOWNSWN—=O
OBV NS W —=OO

OO0OO0OC

NN
—
VSN

1
1
1
1
1
1

MSG029
MSGO31

ROL

1
1
1

TYPE
TYPE

cLe

1
1
1
1

BANK,NOPAR,PARTHERE
4

POP

PUSH

MOV

002074

;CHECK FOR BANK TOO HIGH

:BRANCH IF TRUE

:CHECK FOR ODD ADDRESS

:BRANCH IF ODD ADDRESS
:CHECK FOR ADDRESS OVER 16K
:BRANCH IF OVER 16K
:INCASE OF ABORTS
:TRAPS TO 4 GOTO 4$
:MAP SUPERVISOR SPACE (TEST AREA) TO BANK
;ENTER TEST MODE
;ENTER KERNEL MODE

EXCMD3
;PARITY ABORT

EXCMD3
#4,5P
MSGO33
EXCMD3

;FIX STACK

:TIMEOUT TRAP

;ENTER KERNEL MODE

4 ,PARTHERE ,NOPAR, BANK

RESET TRAPS TO 4 TO DEFAULT

H
CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

COMMAND 3

EXAMINE MEMORY

12260 051146

G6-JUL-82 10:35

FSCMD4: SUBTST
L

SEQ 0317

PAGE 388

<<FS

COMMAND &

s *SUBTEST

COMMAND &

MODIFY MEMORY>>
L

MODIFY MEMORY

:.'..........C...........'.....Q.....'...tl..’.......".Q....'.QQ't."'t".'t."

12261 051146

s; osngs 012737

12263 051174
12264 051

000003 002074

BANK,NOPAR,PARTHERE
4

TYPE
TYPE

MSGO36
MSGO31

18:

#3_NOPAR

12265 051
1 59 51
12267 051
12268 051
1 99 051
12270 051

000241
006100
006137 002100

RDOCT
MOV
POP
cLe
ROL
ROL

12274 051

062700 060000

ADD

#FIRST,RO

12277 051

012737 051330 002302

MOV

#3$, PARTHERE

12279 051
1
851

104511

MAP
BANK
INVAL IDATE

1557 031556
1 7§ 051

12275 051
1
79 051
12278 051

104413
013737 0652064 002100

PUSH

MOV

006860

}

8513;2

ag 51334

000431

1 30 8515433 062706 000004
12291

051

12294
12295
1
99

051350
051354
51362

}

51412

}

SET4

51420

5144

1
1

sues
51464

104417
000207

RO
BANK

#4$

*INCASE OF ABORTS

:TRAPS TO & GOTO 4$

sMAP SUPERVISOR SPACE (TEST AREA) TO BANK

TESTAREA
MOV
(RO) ,R1

;ENTER TEST MODE

KERNEL
BR

:ENTER KERNEL MODE

TYPE

MSGO32

ADD

#4,SP

;GETTING HERE MEANS WE GOT LUCKY = NO TRAPS

3s:

48:

EXCMD4

TYPE

MSGO33

TYPE
TYPOCS
TYPE

MSGO37
R1
MSGO39

TYPOCS

BR
58:

051
104413
0513
051372
sugg 010110
051402
011001
51404 104417
51406

*READ OCTAL NUMBER ONTO STACK & SHIOCT
*PUT MSB'S IN BANK
sPUT LSB'S IN RO

IF #8ITO SET.IN RO THEN GOTO 1$ ;CHECK FOR ODD ADDRESS
IF RO HI #LAST THEN GOTO 1%
*CHECK FOR ADDRESS OVER 16K

3§ 051346 000424

12297
12298
12299
1
12301
1 ;
1

*MODIFY MEMORY
:PHYSICAL ADDRESS (0=17775776)2?

S5m0
IF BANK GT LASTBANK THEN GOTO 18 ;CHECK FOR BANK TOO HIGH

12281 051314
1
5051 22 011001
1
1
851354 104417
}
5 051326 000410
1

SHIOCT, BANK
RO

;INDICATE PARITY ACTION

EXCMD4

RDOCT
POP
R1
TESTAREA
MOV
R1, (RO)
MOV
(R0 ,R1
KERNEL
TYPE
MSGO38
EXCMD4: KERNEL

POP

RES4

RETURN

:PARITY ABORT

SEXIT

sFIX STACK

:TIMEOUT TRAP

SEXIT

;OLD DATA WAS
SPRINT IT
*INPUT NEW DATA

:READ ON OCTAL NUMBER ONTO THE STACK
*GET NEW NUMBER
;ENTER TEST MODE
:PUT IT IN MEMORY
*READ IT AGAIN
;ENTER KERNEL MODE
:DATA IS NOW
SPRINT IT

;ENTER KERNEL MODE

& ,PARTHERE ,NOPAR , BANK

SRESET TRAPS TO 4 TO DEFAULT

19
CIMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
FS
COMMAND &
MODIFY MEMORY
12312 051466

06~-JuL-82 10:35

FSCMDS: SUBTST
R

1
1

SRR

051466
05"13 010637 002304

1
1

0515
05153

}

os}g

1
1

051550 013701
051554 006;81

}

831540

1
1
1
1
}

051556
515
51570
51574
051576

osmg

51604

051602

1
1
1

51610
512 0
51 g

8516

;

0516

516

1%:

104413

1
1

1
5

05165
5165

002100

006301

104413

si 51724

i
1 S 0517

1
§1742
12357 051750
12358 051756
12359 gsw
;

1
1
1

517

851776
§2012
052016

PUSH
MoV
TYPE
TYPE

ggcr

COMMAND 5

BANK ,PATTERN, TESTADD ,PCBUMP, WVEC*TKVEC’?

SP,FSSTACK

sSAVE LAST GOOD STACK POINTER
sSELECT BANK § PATTERN TEST

MSG04O
MSGO30

BANK ,R1
R1

TYPE

MSG042

sPATTERN(0=45)?

POP

PATTERN

RDOCT

POP

MAP

BANK

;MAP SUPERVISOR SPACE (TEST AREA) TO BANK

END :OF IF RRFLAG
TYPE.
MSG046

MOV
MOV
ASH

CSRNO, SAVCSR
BANK ,R2
#2,R2

ASH

#-10,R3

01 gg? 002150

MoV

17777

012737 052306 000060
012737
3,0 000062
017700 130650
3‘5“7 000
177776
52777 000100

013201

006301

002100

sSET NEW MARGINS

JMP CMDSC

MOV

MOV
MOV
MOV
BIC

130632
CMD58:

CONF IG(R2) ,R3

pons
R3,CSRNO

#TMDSC, TKVEC
#3460, TKVEC+2
a$TKB.RO
#81T7.PSW

BIS

#B8176,a87KS

SET
MOV

HEADER ,MUT
BANK ,Ri

ASL

SREAD AN OCTAL NUMBER ONTO THE STACK
sPUT IT IN PATTERN
sCHECK FOR PATTERN TO HIGH

sPATTERN 0 DATA IS?
sREAD AN OCTAL NUMBER ONTO THE STACK
sPUT IT IN R2

INVALIDATE
CALL
EXBANK

047032

;BANK(0=177)?
sREAD AN OCTAL NUMBER ONTO THE STACK
sPUT IT IN BANK
sCHECX FOR BANK TOO HIGH

sBANK NOT ACCESSABLE

oo;;s

;

SELECT BANK § PATTERN

RER R RN RARNRANANARNANANNNARAANANVNARACNRACCORQCCRCNNRENCOENRS

END ;OF IF

582511
737

SELECT BANK £ PATTERN>>
L T

ASL
R1
IF CPUBIT OFF.IN CONFIG(RY)
TYPE MSGO41
GOTO 18
END ;OF IF

RDOCT

5167
5167

0512,

AR R TR AR RN R RN

IF PATTERN GY #47 THEN GOTO 2%
IF PATTERN EQ #0
TYPE MSGO43

12348 051
013737 002150 002152
12349 05171 013 ; 002100
12350 051714 07
00000
12351

MoV
ASL

12345 51393 000137 052306

1
1

COMMAND 5

IF BANK GT LASTBANK THEN GOTO 1%

12339

12340 8516

<<FS

s *SUBTEST

SEQ 0318

PAGE 390

sBANK REQUIRES RELOCATION
:70 ESCAPE TYPE ANY KEY!

sSAVE OLD CSR NUMBER

sGENERATE INDEX INTO CONFIGURATION TABLE
sR3 = LOW WORD OF CONFIGURATION TABLE FOR THIS BANK
;POSITION CSR CODE IN BITS 0-3
sCLEAR ALL BUT THE CSR CODE
sADJUST CSR NUMBER

sKILL ANY OLD INTERRUPT
;LOWER CPU PRIORITY TO 140
sENABLE KEYBOARD INTERRUPTS

J
MSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113 06-JuL-82 10:35
COMMAND S
SELECT BANK £ PATTERN

1 369 05
1

301

0520

005037

1
0520
12369 05
12370 85

12371
052046
1
7% 05
12373 05
12374 052076
12375 052104
1
79 052104
12377 052114
12378 052116
12379 052120

oozgg

oosogr
0157 7
012737

002
060000

005237

002236

012737

120000

060002

104502

052132
052140
052146

012737
015737
013700

000002
000002
002110

052154

004770

052166

}

98 052164

000712

12391 85 198
1
9§ 521
12393 052172
12394 85 176
12395 052176
1
99 05
1239 85 02
12398 052204
12399 05 08
12400 05221
126401
052212
12402
052214
12403
052216
12404 05

02070
02076
02110
021242
021474
0 1613
02175
022006
022050
022104
022162
0O 526
0O
02244

85 126
521 3

1
1
1

052152

12405
124
12407

12408
12409
12410
126411
1 ldi
1241
12414
12415

1 419
12417
12418
12419
124
12421

052160

05
52224
05
05
g

05
5224
52242
052244
052246

52250
05225
052254
05
S
05

12622 05

006300

005037

S;
576
920

0
022710
023162
14
0

36 4
2

0 l.l%

0245
02507
8 S
5614
026002
8 154
0

CLR
MOV
MOV

PASFLG
#FIRST, TESTADD

SPLTCSR

#FIRST+2, TESTADD+2

IF #BIT12 SET.IN CONFIG+2(R1)
INC
SPLTCSR
MAP
BANK
MOV
#120000,TESTADD+?2
END; OF IF #BIT12
IF #SW0 SET.IN aSwR
ECCDIS
ELSE
PUSH CSRNO

002412

104470

052124

1
1

SEQ 0319

PAGE 390-1

ASL

CLR

002410
002412

CLRCSR

POP
CSRNO
END ;OF IF

002074
002324

MOV
MOV
MOV

#2 ,NOPAR
#2 ,PCBUMP
PATTERN,RO

CALL

aF SPAT(RO)

cMD58

ASL

002074

CLR

FSPAT:

MT0000
MT0001
MT0002
MT0003
MT0004
MT0005
MT0006
MT0007
MT0010
MT0011
MT0012
MT0013
MT0016
MT0015

MT0016
MT0017
MT0020

MT0021
MT0022
MT0023
MT0026
MT0025
MT0026
MT0027
MT0030

MT0031
MT0032
MT0033
MT0034
MT0035
MT0036

MT0037

JDISABLE ERROR CORRECTION

:CLEAR CSRS
:PARITY ACTION
sTRAPS ADD 2 TO PC

NOPAR

;<1
;<1
;<1
. 1
; 1
. 1
.<1
;<1
;<1
;<2
;<1
: 1
; 1
; 1
:<1
;<1
: 1
: 1
;10
.10
;20
<1
;<1

SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC
SEC

. 3
:<1
.35
: 1
<1
. 1

SEC
SEC
SEC
SEC
SEC
SEC

SEC
SEC
SEC

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

;<1 SEC

:LOOP TILL KEYBOARD INTERRUPT
DATA PATTERN TEST
ADDRESS TEST
COMPLEMENT ADDRESS TEST
3 XOR 9 WORST CASE NOISE TEST
ROTATING ZEROS TEST
ROTATING ONES TEST
INITIAL DATA TEST
ADDRESS BIT TEST
BYTE ADDRESSING TEST
CREATE SINGLE BIT ERROR TEST
WRITE BYTE CLEARS SBE TEST
CREATE DOUBLE BIT ERROR TEST
BASIC DOUBLE BIT ERROR TEST
WRITE INHIBIT OF BYTE WITH DBE

WRITE INHIBIT OF WORD WITH DBE
HOLDING 1°S & 0°'S TEST
SYNDROMES TO CSR ON SBE TEST

MARCHING 0°S & 1°S TEST
REFRESH & SHIFTING DIAGONAL TEST
SHIFTING DIAGONAL TEST
FAST GALLOPING PATTERN TEST
INTERRUPT ENABLE TEST
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 NOISE PARITY TEST
CORRECTION CODE TEST
ECC DISABLE TEST

K
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
13
COMMAND 5
SELECT BANK & PATTERN

SEQ 0320

PAGE 390-2

12423 05

osu.os

MT0040

; 1 SEC

NO WRITE ABORT WITH ECC DISABLED TEST

12625 052272
124 9 052274
126427
052276

026452
026516
026556

MT0042
MT0043
MT004%

:<1 SEC
: 1 SEC
: S SEC

EXTENDED UNIBUS ADDRESS TEST
WRITE BYTE CLEARS SBE TEST
SHIFTING 1/0°S THROUGH THE CHECK BITS
SYNDROMES TO CSR ON DBE TEST
CHECK SINGLE BIT ERROR WITH ECC DISABLED TEST

12424 05

12428 05
12629
05
} 2 1 05

124 g 05
12433

052312

02641

MT0041

026620
0 ugo
026720

MT0045
MT0046
MT0047

omog 002304
0462777

000100

130310

124 gs
12435 05
117700 130276
12436 05
12437 052344
12438 052354
12439 052370 004737 047035
12440 052374 013737 002152 002150
12441 052402

000207

CMDSC:

MOV
BIC

POP
MOVB
POP
POP
MAP
CALL
MOV

RETURN

SEC

: 1 SEC
- 1 SEC
<1 SEC

FSSTACK,SP

#B8176,a87ks

TKVEC+2, TKVEC
PCBUMP, TESTADD
PATTERN, BANK
BANK
EXBANK
SAVCSR, CSRNO
a$TKkB,RO

ADDRESS TO CSR ON DOUSLE BIT ERROR 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.

L
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

COMMAND 5

06-JUL-82 10:35

SELECT BANK £ PATTERN

12443 052404

FSCMD6: SUBTST
L

s *SUBTEST

SEQ 0321

PAGE 391

<<FS
T

COMMAND 6
N

COMMAND 6

TYPE CONFIGURATION MAP>>
L L

e ImmIImmIImnmIIIIIIIImm

TYPE CONF IGURATION MAP

I
I
mm
T
mNmMMmmMmmMmMmmTmTTTTM

|
l

126444 052406
126445 052410

12446

004737
000207

041364

CALL
RETURN

PCONF IG

N9
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35
| FS
COMMAND 6
TYPE CONFIGURATION MAP
12449 052412

FSCMD7: SUBTST
IR AR AR

s *SUBTEST

<<FS
R AR R AR

12450 052412

12451 052436

} 22; 052442

002304

12463

052502

12464 052510
12465 052514
; 229 052522

052620
000340

130116
000200
000100

000060
000062

177776
130100

12468

1547; 85 550

CMD7B8:

047032

12473
052554
12474 85 570
12475 052572
1 679 052576
12477 05 S?g

025072

12481 052620

002304

1 689 05 673

047032

12487

05270

SOB-A-LONG TEST

RN RO RR O N RO

R AR R AR A AN AR R AN A AR AR AR AN RN RRAAARRARARRRCANRORR

TYPE

MSGOS55

SP,FSSTACK

R RN RS

:SOB~-A-LONG TEST

;DISABLE ERROR CORRECTION
;CLEAR CSRS

. .

MSG056

sBELL = EACH PASS COMPLETE

TYPE
MOV
MoV

MSG046
#CMD7C, TKVEC

:TO ESCAPE TYPE ANY KEY!

a$TKB,RO
#8177 ,PSW
#BIT6,38TKS

sKILL ANY OLD INTERRUPT
sLOWER CPU PRIORITY TO 140
cENABLE KEYBOARD INTERRUPTS

SET

HEADER ,MUT

#340,TKVEC+2

sSAVE LAST GOOD STACK POINTER

TYPE

FOR BANK := #0 TO LASTBANK

CALL EXBANK

TYPE
GOTO
000100
127774

RARRRARAA RN

IF ACFLAG IS TRUE AND RRFLAG IS FALSE
INVALIDATE
CALL MT0031
END ;OF IF ACFLAG
END :OF FOR BANK

12478 05261
} 279 052616
124
85 624
12483
052632
12484 05
12485 052662

COMMAND 7

BANK ,PATTERN,
TKVEC, TKVEC+2,NOPAR

MOV
BIC
8IS

} 293 052530
12471 052544

R R

IF_#SW0 SET.IN aswR
ECCDIS
ELSE
CLRCSR
END :OF IF

} 228 052464

12461 052470
1 46§ 052474

SOB-A-LONG TEST>>

PUSH

MOV

124564 052446
12455 052456
1 659 05 463
12457 05246
12458 052464

COMMAND 7

RN R R R PR A RN AR AN R AN RAC AR AN AR AN

SRR AR AR

SEQ 0322

PAGE 393

127776

CMD7C:

MOV

BIC
Move
POP
MAP

CALL

RETURN

$BELL
CMD78

FSSTACK,SP

sRING BELL

sRECOVER OLD STACK POINTER

#BIT6,a8TKS
a$Tk8,R0
sREAD CHAR TO KILL FLAG
NOPAR, TKVEC+2, TKVEC ,PATTERN,BANK
BANK
sMAP SUPERVISOR SPACE (TEST AREA) TO BANK

EXBANK

SEQ 0323

I' CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35 PAGE 395

| FS

:
!

COMMAND 7

12490 052704

FSCMDB: SUBTST
L

s *SUBTEST

12491
1249,
1249
1249 05
12495 052736
12496 052744

12497 052752

12498
12499
12500 052770
12501 052776
12502 053002
1250

12504

12505 05
12506
05

013737
005337

065712
002432

002432

013737
012737

172350
001000

002266
172350

005037

002332

013703

002100

070327

000004

A AR

PUSH
MOV
DEC
TYPDEC
MOV
MOV

TYPE

COMMAND 8

ERROR SUMMARY>>

COMMAND 8

ERROR SUMMARY

AR AR AR AN AR R AR NN

RO,R2,R3,BANK
$PASS
. TEMP
TEMP
TEMP
KIPARG , SAV
#1000, KIPARG

MSG125

IFB CONFIG+2(R3) NE #0
IF SUCCESS IS FALSE
TYPE

MSGO76

SET SUCCESS

116300
042700

002654
177400

013737

002266

000207

R N AN AR RN

AN AR

:3:1.L.C.;REV B
2:i1.L.C.:REV B

*PASSES COMPLETED
;ERROR(S) DETECTED

MUL #4,RS

12508 0530

12517
053110
12518 053110
12519 053116
12520 053130

AR AR A

<<FS

TYPDEC SERTTL
TYPE
MSG079
IF SERTTL NE #0
CLR
SUCCESS
FOR BANK := #0 TO LASTBANK
MOV BANK,R3

1250

12509 053044
12510 053044
12511
053054
1 s1§ 53060
12513
053064
12514 053070
12515 053074
1 519 53074

SOB~A-LONG TEST

:BANK

ERRORS

END :OF IF SUCCESS
TYPOCS
BANK.3
MOVB
CONF [G+2(R3)
,RO
BIC
#°C377.R0
TYPDEC
RO
TYPE
SCRLF
END :OF IFB CONFIG(R3)
END ;OF FOR BANK

172350

END ;OF IF SERTTL
MOV
SAV4, KIPARG
POP
BANK .R3,R2,R0
RETURN

;:1.L.C.;;:REV B

R E AR AT RRR AR

E R RO RS

B 10
CIMSPBO MS11=L ‘M/P MEMORY DIAG. MACRG M1113
FS
CoOMMAND 8
SUMMARY
125¢3 053132

06-JUL-82 10:35

FSCMD9: SUBTST

SEG 0324

PAGE 397

<<FS

COMMAND 9

REFRESH TEST>»

COMMAND 9

REFRESH TEST

ERARAAARANAAR A AR AN AN AR RN RRARAANANAARARNARRAAARRACNACR
RN R CRARACCRRCOEROCCRRRORGRETS

S eSUBTEST

2
3

g
37
e 0106 002304

END ;OF IF

CMD98B:

047032

sSAVE LAST GOOD STACK POINTER
JREFRESH TEST

;DISABLE ERROR CORRECTION

;CLEAR (SRS

TYPE

MSGO0S6

sBELL = EACH PASS COMPLETE

TYPE
MOV
MOV
MoV
BIC
BIS

MSc046
#CMDOC, TKVEC
#340,TKVEC+2
a8TKkB,RO
#BIT7,PSW
#BIT76,38TKS

:TO ESCAPE TYPE ANY KEY!

SET

HEADER ,MUT

JKILL ANY OLD INTERRUF
sLOWER CPU PRIORITY TO 140
;ENABLE KEYBOARD INTERRUPTS

FOR BANK := #0 TO LASTBANK

CALL EXBANK
IF ACFLAG IS TRUE AND RRFLAG IS FALSE
INVALIDATE

CALL MT0022

END ;OF IF ACFLAG
END ;OF FOR BANK

VIIAVIAWAWVE . VATV
AW

>:
—-O
W

CLRCSR

800706

e %

545

IF #SW0 SET.IN aSWR

—

5 8 42
221053250

MSG073

Elggcus

127376

540

SP_FSSTACK

TYPE

N~
~

BANK _PATTERN,
TKVEC, TKVEC+2,NOPAR

PUSH
MoV

18 e 104470
e
104502
8
3
e

il D ) S el

s el el el el el i el D ) e el il D D el D el D ) D el ) . el e

SRR AR AR AR AR AR RN R RN RN RN R RN RARNARRANRRANNANRANRARANNCACRRANOCRNANGCCRCVRNRSOIROEOERTTS

TYPE

GOTO
127256

004737

MoV
BIC

MOVE

POP
MAP

CALL

RE TURN

S$BELL

:RING BELL

FSSTACK,SP

;RECOVER OLD STACK POINTER

aSTKB.RO

:READ CHAR TO KILL FLAG

CMD98

#B176,a8TKS

NOPAR . TKVEC+2, TKVEC, PATTERN, BANK
BANK
:MAP SUPERVISOR SPACE (TEST AREA) TO BANK
EXBANK

SEQ 0325

CIMSPBO MS11-L/M/P MEMOPY DIAG. MACRC M1113 06-JUL-82 10:35 PAGE 399

COMMAND 9

’

REFRESH TEST

12564 053424

FCMD10: SUBTST

<<FS

COMMAND 10

SET FILL COUNT>>

:..."."..........."'..'........'..Q...'...........'....Q.......Q....'."."'.

* «SUBTEST

COMMAND 10

SET FILL COUNT

:...fi...'....'......'..'.'.'Q..'...........................Q....'..."".Q""'Q

12565 053424
12566 053 ¢

12567 05

12568 05
12569 05
14570 05342
12571
053446

12572 053450

104413
042700
110037

PUSH
TYPE

RO
MSGO8S

POP
BIC
MOV
POP

RO
#°C17.R0
RO,SFILLS
RO

RDOCT

177760
002355

000207

RETURN

12574 053452

FCMD11: SUBTST

<<FS

;FILL COUNT(OCTAL)?

COMMAND 11

ENTER KAMIKAZE MODE>>

:'t".."'....Q..'..."'.t...................tt..'.t.'..."'.'..Q'.l....".'."'

: «SUBTEST

COMMAND 11

ENTER KAMIKAZE MODE

:.."....'.....'.."....'.t.'.........'.I.tfi.'.'..'fi'l..'."'.........'."..'.l'

12575 053452
13576 oszl.ss
12577 053472

TYPE
SET
RETURN

000207

12579 053474

FCMD12: SUBTST

MSG101
:ENTERING KAMIKAZE MODE
KAMIKAZE,SKIPKAMI
<<FS

COMMAND 12

EXIT KAMIKAZE MODE>>

:.'.'...""'.'....'.."."'.'.......Q......fi..t'....."..'."..t.."....."'t.'

* «SUBTEST

COMMAND 12

EXIT KAMIKAZE MODE

:."..............Q...""iQ....'..".'...'.'...'.fi.'.."..-'Q.'....'.."Q..."'

12580 053474
12581 (53500
1 ssg 853504
} gg‘ 53512

005037

TYPE
CLR
SET
RETURN

002004

000207

12585 053514

FCMD13: SUBTST

MSG102
KAMIKAZE
SKIPKAMI
<<FS

;LEAVING KAMIKAZE MODE

COMMAND 13

TURN CACHE OFF>>

:.'..."..".......'..".'......."'.....fi....'.'."'.Q...".".'..'.".".'."'

* «SUBTEST

COMMAND 13

TURN CACHE OFF

:'..'......'..'..'.....".'.'............."....."...Qt'.'.i"t....'.."'""..

12586

053514

12587 053520 104424
12388 053522
013737 oozs‘g 002544

12589 053530
1230 053534

005037
000207

00254

12592 053536

TYPE

MSG106

:CACHE IS OFF

CLR
RETURN

CACHKN

KEEP CACHE OFF

CACHOFF
MOV
CACHKN,CACHKN+2

*TURN CACHE OFF
SAVE OLD CACHE ON STATE

FCMD14: SUBTST

<<FS

COMMAND 14

TURN CACHE ON>>

*«SUBTEST

COMMAND 14

TURN CACHE ON

:.'.Q.........Q'...."".'...................'.'..".'.'.""'i!"t....'..""'.

;..'.'............'.Q'.."'..'....l.'....'."......'.......".".".Q"...'.".'

12593 os;s
12594 85 542

013737

! ;g; 053552

000207

12595 s;ss

104423

002544

002542

TYPE
MOV

CACHON

RE TURN

MSG107
CACHKN+2,CACHKN

:CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)
*RESTORE OLD CACHE ON STATE

*TURN CACHE ON

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

COMMAND 14

TURN CACHE ON

12610
12611 0535564

06-JUL-82 10:35

FCMD1S: SUBTST

SEQ 0326

PAGE 400

<<FS

COMMAND 15

TEST ONLY SELECTED BANKS>>

:.......Q....'.....'.'..'.'.'.......'.............'....."...""..Q....'.'..'..

*eSUBTEST

COMMAND 15

TEST ONLY SELECTED BANKS

:'........Q........I."""............Q.........'.'..'.....Q..."..."..""".

12612 053554
12613
053560
12614
053564
12615 053564

004737

TYPE
MSG10S
CALL
CMD16A
BEGIN CMD16L00P
REPEAT

053650

12616 053564
12617 053570 104413

TYPE
RDOCT

12618 0535
12619 053574

:ENTER BANKS IN OCTAL - USE NUMBER OUTSIDE RANGE TO TERMINAT
:ERASE OLD SELECTIONS

MSG030

12620 05
12621
05361

POP R1
IF R1 GT #177
OR R1 LT #0
LEAVE CMD16L0OP
END :OF IF R1

12623

ASL

gos 10 006301
053612

006301

12624 053614

12625 85

052761

ASL “R1

040000

002654

12628 05
1
053624

12608 05

12629

BIS #BIT14,CONFIG+2(R1)

SET

RETURN

12631 053640

:PUT IT IN R1

:R1 <= R1 * &

END :OF REPEAT

END_CMD16L0OP
TYPE
MSG110

000207

:BANK(0=177)?
READ AN OCTAL NUMBER ONTO THE STACK

;ONLY SELECTED BANKS WILL BE TESTED

SELOWLY

FCMD16: SUBTST

<<FS

COMMAND 16

RESUME TESTING ALL BANKS>>

: *SUBTEST

COMMAND 16

RESUME TESTING ALL BANKS

"t....'.....'.....t't"".'.......l'fi.t.t......Q...'..."..l..."'.".t'."l"..

.'tt.fi.".........".""'.."...'Q...."....'."..t.....fi..'i'."..t'.."'."".

12632 053640

053644

002000

CLR

12636

053650 013705 002554

CMD16A: MOV

1 25
12637
12638

005037

TYPE

12633

053634
053656

00630
006302

12640 05
12641 05
12642 053700

042761

12639 05

000207

040000

MSGI11

SELONLY

:ENTRY POINT FROM CMD1S

ASL
ASL

002654

LASTBANK,R2

R2
R?

FOR R1 := #0 TO R2 BY #4

BIC
#BIT14,CONFIG+2(R1)
END ;OF FOR R1
RE TURN

;ALL BANKS WILL BE TESTED

EC
(ZMSPBO MST1-L/M/P MEMORY DIAG. MACRO M1113

COMMAND 16

RESUME

06-JUL-82 10:35

TESTING ALL BANKS

12645 053702

FCMD17: SUBTST
P

s *SUBTEST
L

1 “9 053702
12647
053706
12648 053714

012737

000207

177777

006206

<<FS
T

TYPE
MOV

RETURN

SEC 0327

PAGE 402
COMMAND 17
R

COMMAND 17

MSG127
#-1_TRACE

ENABLE TRACE>>
L

I IOy

ENABLE TRACE

F 10
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

COMMAND 17

ENABLE TRACE

12651 053716

06~JuL-82 10:35

FCMD18: SUBTST
L

1§6$§ 8S§7 g 005037 006206

12652

05371

12654 053726

000207

<<FS
e

;*SUBTEST

TYPE

CLR

RETURN

FS
T

MSG128

TRACE

SEQ 0328

PAGE 404
COMMAND 18
L

COMMAND 18

DISABLE TRACE>>
L

e ImnmIImImTM

DISABLE TRACE

610
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
Fs
COMMAND 18
DISABLE TRACE
12657 053730

06-JuL-82 10:35

SEQ 0329

PAGE 406

WHICHCSR:SUBTST <<SUBR

DETERMINE CORRECT CSR>>

:'.t.'.tt.t'..t.........t'.....'..l...tt...t.....'t.'...l"tQQQQ't'tt't't..'.'tQ

teSUBTEST

12658 gs 730
12659 053734
12660 05374
12661
05374

} 225 53746

1 “g 053750

12665 053754
1 229 053756

1
1
1
12670
12671
1 67;
12673
12674
12675

5 722
537
5 ;33
05
053774
53776
05400
054006
054010

12676 054014

013700 002222
022700
100000
1og
002150

000207
011000
ogog;r
101370
022700
103002
162700
536700
300
010037
000207

000106

000101
000007
000060
002150

DETERMINE CORRECT CSR

MoV
P
BNE
CLR

TOTCSRS,RO
#8IT15.R0
1$
CSRNO

TYPE

MSG022

RETURN

18:

104412

SUBR

:'..tt.t..t..t.t...t..'.'......fi.t...'.'.l'.....'..t...QQ.ttt.Q'tttt."tt't.'ttt

2s:

ROLIN
POP

MOV
CMP
BHI
CMP
BHIS
SUB
sus
ASL
MOV

RETURN

RO
(RO) ,RO
RO.#106
18
#°A,RO
2%

#7.R0

#60,R0

RO
RO, CSRNO

:GET CSR'S FLAG
*CSR 0?
INO - SKIP
SYES = SET IT uP
;WHICH CSR(0-F)

*GET CHARACTER
*PUT IN RO

*PUT CHAR IN RO
*CHECK LIMIT
*IF BAD LOOP TILL HE TYPES IT RIGHT

H10

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA (SUPERVISOR) SETUP STUFF

.SBTTL

9 054016
05‘022

54052
054054

TESTAREA

KERNEL
END :OF IF ABORTFLAG

54054

54074

;ENTER TEST MODE
;ENTER KERNEL MODE

IF 177654 EQ #0

054062
054
5 8540 0
0540764

ERROR DATA (SUPERVISOR) SETUP STUFF

LET BAD := =2(R1)

104417

SEQ 0330

PAGE 421

SPER2S: LET ADDRESS := R1 - #2
IF ABORTFLAG IS FALSE

8 0540

054044

06~JUL-82 10:35

LET GOOD := R2
ELSE
LET GOOD := R3
000137

END ;OF IF

057276

9 054100

JMP

PERRAW

PERRA3: SUBTST

<<DATA WAS 3 WORDS>>

:t't.tttltttttttt..t...'t'ttl.tt!tttttlt'ttttnlfittt'tttt'tt.Qt'tt'.tt..'."'.t't

*«SUBTEST
AR

29 832%9?

A A AR RN

DATA WAS 3 WORDS

AN IR R AN RN R AR R AN AR

AN AAANARAAARARAARANARNRAR
AR RN ARORRRRARRRY

1F BADPC £Q #0 THEN SCALL BADSTACK

4; 054114

005037

22 832} g

ggzzg;

47 054134
43 054136
49
054142

104426
013700
104503

002146

READCSR
MOV
CSR.RO
CLR1CSR

:GET CSR CONTENTS
*SAVE CSR CONTENTS IN RO
*RETURN CSR TO NORMAL MODE

§1

042700

177600

BIC

:CLEAR OFF EXTRANEOUS GARBAGE

005037

002042

43 832} g

104505

002146

50 §sa144 075027 177773
054150

sg 054154
g‘ ogz}eo

CLR

CSR

:MAKE SURE CSR BIT HOLDER IS CLEAR

{g;flEL

(R1)

;READ LOCATION TO READ CHECKBITS INTO CSR

ggg}gggA

ASH

#-5,R0

#~ci77.R0

LET ADDRESS := R1
gégrAREAeooo

*DISABLE ECC & WRITE CHECKBITS FROM 1 SELECTED CSR

MOVE CHECK BITS TO BOTTOM OF WORD
*SAVE VIRTUAL ADDRESS FOR PRINTOUT
:E£?§; }53; WORD WRITTEN SHOULD ALWAYS BE ZERO

38%031mu7
58 054204 110037 002054

59
g?

054210
gz 13

KERNEL
A
MOVE
RO,BAD3
CLRB
§353a

BAD3+1
PERBNK

*ENTER
KERNEL MODE
*MOVE BAD CHECKBITS FOR PRINTOUT

54022

POP

:RESTORE RO

54224
gz 4

105037
ggzzgg

104506

guwtwn
67 054 43
68 054242

000002

002055
057532

IF #SW0 SET.IN aswR
Etggasae

ECCINIT

END; OF IF #SW0
RTI

*CLEAR OFF THE OTHER UNUSED BITS
SMARK BANK AS BAD IN CONFIG TABLE

;TRAP ON SINGLE BIT ERRORS

:TRAP ON UNCORRECTABLE ERRORS

CZMSPBO

11=L/M/P MEMORY DIAG. MACRDO M1113

DATA WAS 3 WORDS

TESTAREA

LET BAD := QADDRESS

KERNEL

END ;OF IF ABORTFLAG
JMP PERRAW

057276

SEQ 0331

PAGE 423

SPER30: LET GOOD := R1
LET ADDRESS := (SP) - 16
IF_ABORTFLAG IS FALSE

75 §5‘ 76

=3I

i
i e ey

13271 054244
13 7; 05425
73 054
76 054

06-JUL-82 10:35

sENTER TEST MODE

sENTER KERNEL MODE

GETDATA:SUBTST

<<GET DATA FROM ABORTED AREA IF POSSIBLE>>

S eSUBTEST

GET DATA FROM ABORTED AREA IF POSSIBLE

AR AN A AR AR RN R AN AN AR E

RN R AN AN RN A AN A AR AN AN R AN RN

R RAN AN R RRAAR RN AR NN SR OTRERTRERES

054

1
1

1
1
1
1

054

PUSH

—

:.....'......'.......'.."Q.'.........‘t..tt...."........'.t"'.."..."'t'tt.'

054
054344
854 50
54 53
054
054
054; 0
054374
054406
054410

054410
054370
054370
002032

MOV
MOV
MOV

000004
000114

MOV

SP.GETDAY
8.4
18,114
ADDRESS
RO

MOV

(RO) ,BAD

TESTAREA

002050
002142
054410

RO.4,114

18:

KERNEL
CLR

MOV
POP

RETURN

GETDA1: 0

ABORTFLAG

GETDA1,SP
114,4,R0

;RESTORE KNOWN GOOD STACK POINTER

J 10
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
POWER FAIL AUTO RESTART

06~-JUL-82 10:35

.SBTTL

1
1
1

13310

POWER FAIL AUTO RESTART

ROUTINE POWER DOWN AND UP

*POWER DOWN ROUTINE

054412
054412

$PURDN:
005737

054416 001403

0544

1
1

054442

002542

:SAVE CACHE STATUS
st
CACHKN

BEQ

PUSH

CONTRL

054424 10“53
054426 012737 055364 000024 58:
544346
012737 000340 000026

CACHON
:TURN CACHE ON
MOV
#$ILLUP,PWRVEC ;:SET FOR FAST UP
MOV
#340,PURVEC+2
::PRIO:7

1
1

054462 012700 177700
054466
0127017 000021

MOV
MOV

#177700,R0
#17. R

054474 077102

$S08

R1,18

1
1

0544

54476

54514

1
1
1

1
1
1
1
1
1

SEQ 0332

;.t..'..'..t.'....'..""...QI..........'...'.'..t..'.‘t...'....'.t...."t'.'t.'

13311

1
1
1

PAGE 425

005737

18:

54518 077102

28:

5452
54532

54536
54542
54543
54552
54554
54556

0°2700

172300

012701 177600
012702 172200
012703 000040
011021
01505
07730

PUSH

=(RD)

:SAVE SUPERVISOR PAR'S

002454

54502 001013
54506 012700 172300
54510 012701 000020

PUSH
RO.R1,R2.R3.R4,R5.CSRNO
:SAVE USER PAR'S & PDR?

PD1:

38:

NOSUPER

PUSH

=-(RO)

BNE
MOV
MOV

S08

PD1
#172300,R0
#16. ,R1

R1,2$

IF RLFLAG IS TRUE THEN SCALL WOOPS
:COPY KERNEL MAP TO USER & SUPERVISOR
MOV
#XIPDRO,
RO

MOV
MOV
MOV
MOV
MOV
S08

#UIPDRO.R1
#SIPDRO.R2
#32..R3
(RO), (R1)+
(RO)+, (R2)+
R3,3$

K 10
(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

ROUTINE POWER DOWN AND UP

06-JuL-82 10:35

13%%5

13339 054560

;SAVE USER & SUPERVISOR STACK POINT-RS

13340 0545

% 8552272

010600

054574

005737

13344 054600
1% 5 054605
1
054610

/4 8;22}%

13349

1%;50 054616

13351 0546, 5
1 35§ 0546

USER

1064617

001006

002454

010600

104417

013701

1
1

002222

7%:

88%3;

077102

1
}

022737
001004

sENTER SUPERVISOR MODE

;SAVE ECC REGISTERS
MOV
TOTCSRS R1

sGET CSR'S

JENTER KERNEL MODE

BEGIN
LCSRSAVE
FOR CSRNO := #0 TO #36 BY #2

:SAVE MMR0,1.2.3
PUSH
MMRO ,MMR1 ,MMR2
!.S‘g
ggSlPER

002454

172400
000020

000001

8$:
@

9%:

010637

055370

12737

054766

000776

000024

PUSH
MMR3
;SAVE KERNEL PAR'S

MOV
Pfldg“

#172400,R0
l}gasm

S08

R1,4$

cMP
%g“

#1,PROTYP
gpm .

:SAVE UNIBUS MAP REGISTERS

003754

BNE
7%
SUPERVISOR
MOV
SSP.RO

END ;OF ON.ERROR
IF R1 EQ #0 THEN LEAVE LCSRSAVE
END ;:OF FOR CSRNO

NOSUPER

JENTER KERNEL MODE

END LCSRSAVE

012700
012701

TST

ON-ERROR
BUSR" CsR

054662

1
;
1

USP.RO

ESRS:J‘EL

13357 054640
1g 58 054640
13359 054644
13361
13 i 0546?2
}

MOV

IK'SRS;:EL

13332 034e30 oo
1§ 2; 0ace3; 104426
13

SEQ 0333

PAGE 426

:SAVE POSSIBLE SOFTWARE SWITCH REGISTER

PUSH

BSWR

MOV

SP,$SAVR6

::SAVE SP

MOV

#$PURUP ,PURVEC

;,SET UP VECTOR

$DOWN

: sHANG UP

;SAVE STACK POINTER
JNOW SET UP REAL VECTOR

$DOWN:

;IS THIS AN 11/44?
:BRANCH IF NOT

HALT

-L

012737

0137

0050;
005237
001375

055364

046356

13405 055042
1
0? 055042
1340 85505
13408 055056
13409 055060

012700
012702
012701

172340
172300
000020

012722
077104

077406

737

002454

13410 055064

001006

005
s g 001002
13414 855074
}
}S 55100

POP
CALL

108:

aSWR

6$%:

MAPLO ,MAPHO
LOWMAP

;IS THIS AN 117447
;SETUP LOWER 16K OF UNIBUS MAP

MOV
MOV

#172340,R0
#KIPDRO,R2
MOV
#16..R1
POP
(RO)+
MOV
#77406, (R2) +
s08
R1,6$
;RESTORE MMR3,2,1.0
TST

BNE
POP
POP

NOSUPER

118
MMR3
MMR2 ,MMR1 ,MMRO
sRESTORE ECC REGISTERS
TOTCSRS ,R1

ASR
R1
ON.ERROR
POP
CSR
LOADCSR
END ;OF ON.ERROR

104425

IF R1 EQ #0 THEN LEAVE LCSRRESTORE

END ;OF FOR CSRNO
END LCSRRESTORE

ONNOOOg

WOONNNY

1
55173
1
55
1
55
13435 05521
13436 055212

2:0F A WORD

sGET CSR'S
BIC
#177400,R1
BEGIN LCSRRESTORE
FOR CSRNO := #36 DOWNTO #0 BY #2

(=l=lelelelele]

;:GET SP
ssWAIT LOOP FOR THE TTY
ssWAIT FOR THE INC

;RESTORE KERNEL PAR'S & PDR'S

MoV

P
PP
P r-hury

003754

55166

551

$SAVR6, SP
$SAVRS
$SAVR6

:RESTORE UNIBUS MAP
CMP
#1,PROTYP
BNE
108

118:

15219 855114
i e
13420 8551 4

13421 055132
1
§ 855136
1
55133
134264 05514
13425 055144
i
9 55144
1
55150

BNE

POP

004737

1%:

MOV
CLR
INC

;RESTORE POSSIBLE SOFTWARE SWITCH REGISTER

84 0550

MoV
#SILLUP PWRVEC :;SET FOR FAST DOWN
sRESTORE STACK POINTER

055370

000001

}

000024

055370
055370

022737

13400 055016
13401 055024
1
Og 055026

}

SEQ 0334

PAGE 428

“POWER UP ROUTINE
m:

-t

-k

os§

=q
Ooo
o

am\n

—

054774

06~-JUL-B82 10:35

IERAARARAAAARAAARANA NN R RN NN AAARARARANARARAAAANACRAAANCARNAQCRERCRARAROCCRERNROOERS

— e

b ol

NN
N NN W WWW

1
1

/M/P MEMORY DIAG. MACRO M1113
R DOWN AND UP

g 7d

L 10

172300
177600
172200
000040

;COPY KERNEL MAP TO USER & SUPERVISOR

3s:

MoV
MoV
MOV
MoV
MOV

MOV
so8

#XIPDRO,RO
#UIPDRO,R1
#SIPDRO,R2
#32. ,R3
(RO), (R1)+

(RO)+,(R2)+
R3,38

n10

CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113 06~-JUL-82 10:35 PAGE 429

ROUTINE POWER DOWN AND UP

1%2?

13439 055214

13047 033553

1
1

55224

5232

055

S 055
4.9 055

005737

001006

;RESTORE SUPERVISOR £ USER STACK POINTERS

002454

010006

106417

13%:

sENTER SUPERVISOR MODE

KERNEL

:ENTER KERNEL MODE

MOV

RO,SSP

POP
USER

177636
000021

1 24
13465
1 29

012700
012701
077102
013777
013737
012737

55350

005737

002542

1
1

55
055

2
00000

9%:
RTI
SILLUP: HALT

m;g 55

000000

$SAVRG: oem

1
1

55354 001402
sg 5535
9

13471

055

776

002010 125316
002010 000174

054412 000024

78:

SUPERVISOR

1344 855 gs
1 g 55
1
13450 gss 52
13451 055 sg
1 sg gss 6
13453 055264
13454
13455 055 93
1 59 55
13457 055276
1 sg 55
1345
13460 055 s
13461 055310
1
55316
1
55 32
55

omog
10441
012700 172240
012701 000020
077102

NOSUPER

MOV
RO,USP
KERNEL
:ENTER KERNEL MODE
:RESTORE SUPERVISOR PAR'S
MOV
#172240,R0
MOV
#16. R
POP
(RO)+
S08
R1,7$
:RESTORE USER PAR'S & PDR7

8s:

MOV
#177636,R0
MOV
#17..R1
POP
(RO)+
SO0B
R1,8$
sRESTORE POSSIBLE SOFTWARE DISPLAY REGISTER
MOV
SPATMAR,aD1SPLAY
MOV
SPATMAR ;DI SPREG
POP
CSRNO,RS,R4,R3,R2,R1,R0
MOV
#SPURDN,PWRVEC ;:SET UP THE POWER DOWN VECTOR
TYPE
MSGOS1
:RESTORE CACHE STATUS
TSt
CACHKN

BEQ
POP

98
CONTRL

SILLUP

sREPORT THE POWER FAILURE

2:THE POWER UP SEQUENCE WAS STARTED

22 BEFORE THE POWER DOWN WAS COMPLETE

1:PUT THE SP HERE

0335

N 10
' CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
| ROUTINE POWER DOWN AND UP

13485 055372

06-JUL-82 10:35

WOOPS:

SUBTST

PAGE 430

SEQ 0336

<<POWER FAIL WHILE RELOCATED>>

:...t'..."..t..'....Q....'..........Q.Q......Q..'...'."Q'.Qt'.""".....'i...

S «SUBTEST

POWER FAIL WHILE RELOCATED

:t.......t'tl.....'..""'.'.........'........t.'.'.'..Q.'..'."'QQ'..'.'.'.QQ..

13498 055510
13499 055514

13500 §55518

1 589 55546

13508 055550
13509 055554

060024
060026

172340
135740
000010

wded
W

055556
000340

18:

002454

I
=
N

055770
055772

LA
o
N

060024
060026

wded

} g% 2565

PUSH
CLR

002100

edcded

13489 055412
13490 S$4§

w
~

055372

o
8
3
— b b =
o
s

172516
177576
177574
177572

2%:

BANK
BANK

MAP
BANK
sMAP SUPERVISOR SPACE (TEST AREA) TO BANK
SUPERVISOR
:ENTER SUPERVISOR MODE
MOV
F IRST+PWRVEC
, WOOPSAY
MOV
FIRST+PWRVEC+2,WOOPSAV+2
BMOV
FIRST+WOOPUP,WOOPSAV+4
, WOOPEND=WOOPUP/2+12.
MOV
#WOOPUP,
F IRST+PWRVEC
MOV
#340,F IRST+PWRVEC +2
BMOV
WOOPUP,F
IRST+WOOPUP, WOOPEND=-WOOPUP/2
MOV
#KIPARD,
RO
MOV
#F IRST+WOOPEND
, R1
MOV
#8. ,R2
MOV
(ROJ+, (R1)+
R2,1$
SO0B
ST
NOSUPER
BNE
2
MMR3, (R1)+
MOV
MMRZ2, (R1)+
MOV
(R1)+
MMR1.
MOV
(R1) +
RO
.
MM
MOV
KERNEL
;ENTER KERNEL MODE
POP
BANK
RETURN

BN
CINSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
POWER FAIL WHILE RELOCATED

<<POWER UP FROM BANK 0 TO RELOCATION>>

S «SUBTEST

POWER UP FROM BANK O TO RELOCATION

AAANA

s AR AR

A AR

AN A AN RN RN AR AR AR AR A AN R ARG A NAN N NN R ARAAR

AR AR AN A RN R AR R RN N AR A ANARAR A AR R RN AN RN RN AR

R C

AR RAACRRANRGECERRRERRESE

RANRACCRCRRNRNRRRCCNRRRRGEOERS

#XIPARO,R1
#XIPDRO.R3
“. ..2
(RO)+, (R1)+
#77606, (R3)+
R2.18
NOSUPER

18:

§95 s22eg §§§$§§§§!§§R§§!§§§§§

#WOOPEND
,RO

3s:

3s
(RO)
+ ,MMR3
(RO) +,MMR2

(R0) AR
=

VIV

$SAVRG,
SP

BANK

060036
060026

puiy

sMAP SUPERVISOR SPACE (TEST AREA) TO BANK
sENTER SUPERVISOR MODE

SAV,F IRST+PWRVEC

WOOPSAV+2,F IRST+PWRVE( +2

ATE THE FOLLOWING BLOCK MOV BUT WITH NO STACK ACCESSES

WOOPSAV+4 , F IRST+WOOPUP
, WOOPEND=WOOPUP/2+412.

#WYOOPSAV+
RO
4

#WOOPEND-WOOPUP/2+12. ,R1

Vivauv

NSWN—-O

SEQ 0337

PAGE 432

WOOPUP: SUBTST
AR

VW NN

VWA
WVMWAWVMTAWMIAWLVAWVNAWIVVWWAWLYVIVAWMR
9IS
VWAV
— o
e

el el et D el el el el el ol ol el el el

s el el D ) el o el ) el el el el il il e

13512 055556

06-JUL-82 10:35

2%:

054766

#F IRST +WOOPUP
,R2
(RO)+, (R2)+
R1,2%
BANK

WOOPEND :
WOOPSAV: .REPT

1'2

;ENTER KERNEL MODE

WOOPEND=WOOPUP/2412.
42

cn
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

D e

D )

10 SUBROUTINES

06-JUL-82 10:35

SRR

10 SUBROUTINES

.SBTTL

ROUTINE TYPE
AR N AT TR RN R RN AR A AN AN R AN AA N AR

AR ARAR RN NN AR AR AN

ANERNEANRERRORS

el D e

:*ROUTINE TO TYPE ASCIZ MESSAGE. MESSAGE MUST TERMINATE WITH A 0 BYTE.

;*THE ROUTINE WILL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.

SeNOTE:
S *NOTE2:
: *NOTES3:

s el el s D ol el D el el D el el el e el el e el il D el D e e el e e el i D el e e
s lh ol ol ol il il s il il ol il il el ol

.SBTTL

AR AT A

SEC 0338

PAGE 434

SNULL CONTAINS THE CHARACTER TO BE USED AS THE FILLER CHARACTER.
SFILLS CONTAINS THE NUMSER OF FILLER CHARACTERS REQUIRED.
$FILLC CONTAINS THE CHARACTER TO FILL AFTER.

’-cnu-

'1) USING A TRAP INSTRUCTION

TYPE

MESADR

2sMESADR IS FIRST ADDRESS OF AN ASCIZ STRING

S$TPFLG

2s1S THERE A TERMINAL?

(SP)+

;s
IF TERMINATOR POP IT OFF THE STACK

TYPE

MESADR

$TYPE:

TSTB
BMI
MOV
MOV
Move
BNE

63
RO,=-(SP)
@82(SP) RO
(RO)+,~-(SP)
7%

000002

5%:
6$%:

MOV
ADD

(SP)+,RO
#2,(SP)

000011

7$:

w;.(SP)

000040
000200

118:

002356
000002

18:
48:

104424

JBRANCH IF NOT <HT>

# ,(SP)

JREPLACE TAB WITH SPACE

TST
TYPE
SCRLF

(SP)+

2:POP <CR><LF> EQUIV
..TVPE A CR AND LF

8s:
9%:

CLRB
BR
CALL
(MPB
BNE
MOV

$SCHARCNT
43
STYPEC
SFILLC,(SP)+
48
SNULL ,=(SP)

22CLEAR CHARACTER COUNT
:2GET NEXT CHARACTER
23G0 TYPE THIS CHARACTER
2:1S IT TIME FOR FILLER CHARS.:
;:IF NO GO GET NEXT CHAR.
..GET # OF FILLER CHARS. NEEDED

108:

DECB

1(SP)

BLT

CALL
DECB
BR

056334
056520

881‘05 00286

MOVB

s sRETURN

zgflLF.(SP)

002354
000001

RTI

::RESTORE RO
22ADJUST RETURN PC

gfi

056520
85333‘

TST

;BR IF NO
2:SAVE RO
;:GET ADDRESS OF ASCIZ STRING
:;PUSH CHARACTER TO BE TYPED ONTO STACK
s:BR IF IT ISN'T THE TERMINATOR

STYPEC
SCHARCNT
108

XOCHAR: .WORD 0
$TYPEC: PUSH
R1

MOVB
TST

2%:

2:BRANCH IF NOT <CRLF>

;:AND THE NULL CHAR

DOES A NULL NEED TO BE TYPED?

..BR IF NO--GO POP THE NULL OFF OF STACK

22G0 TYPE A NULL
..D NOT COUNT AS A COUNT
;:;LO00P

4(SP) ,R1
CACHKN

BEQ
2%
PUSH
CONTRL
PUSH
RO
CACHOFF

;TURN CACHE OFF

-0

Yy,

e e el el e el el el el el el e il et el el i el il sl e . il el il el ) i e Dt e g

IMSPBO u't‘s';g-uu» MEMORY DIAG. MACRO M1113 06=-JUL-82 10:35 PAGE &34~1
124250

oscgsg

100375

105
1

3s:

1%.226

10.

105
100375

117737

062737

056332

124200
056332

56500
5 g
56506

105037

56516

10522

52214

122766

140

000012

885737 002542

:-STRIP OFF ASCII

000002

@STKB,_XOCHAR

XOCHAR . #023

NC:

18:

“:WAS IT A CONTROL S?

;:BRANCH IF NOT

MOVB

@STKB_XOCHAR

::GET CHARACTER

@STKS
CONTS3

S:WAIT FOR CHARACTER
::STRIP OFF ASCII
SSIFIT IS A *0

CONTS3

END :OF
IF XOCHAR
MOVB R1.3$TPB
CMPB
#CR,2(SP)
BNE
18

:;LOAD CHAR TO BE TYPED INTO DATA REG.

BEQ

*:BRANCH IF YES

CLRB
B8R
CMPB

SCHARCNT
STYPEX
#LF,2(SP)

INCB

(PC)+

STYPEX

SCHARCNT: .WORD 0
STYPEX: POP

BEQ

1402

::SAVE THE CHARACTER

BNE

056520

000000

#°C177,XOCHAR

ELSE

sgg
5

BIC

BIC
#°C177,XOCHAR
IF XOCHAR EQ #21
BR
NC

000760

564
564
113177 124146
56470 122766
000015
564
1

XOCHAR

;sWAIT UNTIL PRINTER IS READY

::CHECK FOR XOFF
S:SKIP IF NO CHARACTER

CONTS3: TSTB
BPL

000402
56462

a$TKS
NC

cHP

177600 056332

asTPS

IST8
BPL

MOVB

ggo 056 sg

124176

ISTB

BPL

CLR

12423

023727 056332 00002

e X
No
Neo
Mo
No
Fo
Mo
No
No
Neo
Ne
He
do
sl
NN

105777

POP

::BRANCH IF NO

::YES==CLEAR CHARACTER COUNT
JIEXIT
+:1S CHARACTER A LINE FEED?
::COU'T THE CHARACTER

::CHARACTER COUNT STORAGE

CACHKN

;1S THERE A CACHE?

CONTRL

*POP CACHE STATUS

*BRANCH IF NOT

2$:

5654

SUPLIMIT:; 11111101111 1THIS IS THE LIMIT ON SUPERVISOR MAPPED TO MUT SPACE

RETURN

)

565

sosag 000207

POP

::1S CHARACTER A CARRIAGE RETURN?

0339

EN
CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

ERROR DATA SETUP

06-JUL-82 10:35

ERROR DATA SETUP

14408

PERRO1

TRAP

BAD DATA IN RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY =(R&)

T A

GOOD DATA IN RS

PERRO?2

IF THIS CONDITION DISCRIBES THE ERROR

TRAP

BAD DATA IN R1 UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY =(R4)

GOOD DATA IN R2

T
e
T L

PERRO4

TRAP

BAD DATA IN R4 UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY -2(R0O)

GOOD DATA IN R2

PERROS

JSR
PC
BAD DATA IS POINTED TO BY =(RO)

GOOD DATA IN R2

TRAP
BAD DATA IS POINTED TO BY =(R1)
GOOD DATA IN Ré

PERRO6

PERRO?7

TRTR T

RETURN AFTER SETTING UP GOOD,BAD,ADDRESS

JSR

BAD DATA IS POINTED TO BY -(R0O)
GOOD DATA IS ZERO
RETURN AFTER SETTING UP GOOD,BAD,ADDRESS
TRAP

BAD DATA IN R2 UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY (R1)

PERR10

GOOD DATA IN DATBUF

TR T

THEN BAD DATA IS POINTED TO BY 2(R1)

GOOD DATA IN DATBUF+2
PERR11

TRAP

BAD DATA IN R2 UNLESS ABORTED

TRAP

BYTE TEST
BAD DATA_IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)

PR TR PRL

P T

GOOD DATA IS A ZERO BYTE
PERR12

TRAP

BYTE TEST
BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)

GOOD DATA IS A BYTE OF ONES

PR T
A

14400
14401

USE THIS

PERRO3

I A

dddddflddflddddddddddddddddd“ddfldddddddddddddd

~ BBBBBDBDDBDDDDEDIDIDDIDIDIDIDIDIDDDIDDEDDDDDPDNNN
NN

TR IR IRIR

]

.SBITL

PAGE 449

PERR13

TRAP

BAD DATA IN RO UNLESS ABORTED

SEQ 0340

(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

I
RS R IR

THEN BAD DATA IS POINTED TO BY (R1)

PERR1S

THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IN TSTDAT

T R
R

TRAP

BAD DATA IN RO UNLESS ABORTED

PERR16

TRAP

BAD DATA IN RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY (R1)

I A

TRAP

BAD DATA IN RO UNLESS ABORTED
GOOD DATA IS ONES

A A A R

PERR14

GOOD DATA IN TSTDAT+2
TRAP

PERR17

SEQ 0341

THEN BAD DATA IS POINTED TO BY (R1)
GOOD DATA IS ZERO

BAD DATA IN RO UNLESS ABORTED

GOOD DATA IN R2

THEN BAD DATA IS POINTED TO BY (R1)

T I

D —d el
—

VIS

PAGE 449-1

PERR20

TRAP

BAD DATA IN RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY (R1)

GOOD DATA IN R3
PERR21

TRAP

7 BIT BYTE TEST
BAD DATA IN RIGHT BYTE OF RO UNLESS ABORTED
THEN BAD DATA IS POINTED TO BY (R1)

THEN BAD DATA IS POINTED TO By (R1)

PR PR PR TR

TR P

GOOD DATA IN RO

PERR23

TRAP

BAD DATA IN RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY (R1)

GOOD DATA IN R4
PERR24

TRAP

BAD DATA IN RO UNLESS ABORTED

THEN BAD DATA IS POINTED TO BY (R2)

P T

TRAP

BAD DATA IN R2 UNLESS ABORTED

PR PR PR

GOOD DATA IN R3
PERR25

TRAP

BAD DATA POINTED TO BY -(R1)

GOOD DATA IN R2 UNLESS LOC V177654 IS SET
THEN GOOD DATA IS IN R3

P
T
A
L A

440

PERR22

GOOD DATA IS A 7 BIT BYTE ON ONES

" Pt

el il et e

i e

e el i e

D e e

82 BB S8

el e

W
=O0VRNO NS WO 00 N

e e

b —d

WS W

)

146405
144
14640

14404

ERROR DATA SETUP

06-JUL-82 10:35

PERR26

TRAP

BAD DATA IS DOUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO
GOOD DATA IS 000000, ,100000,,100

6N
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
ERROR DATA SETUP
14461
1446

06-JUL-82 10:35

PERR27

SEQ 0342

PAGE 449-2

TRAP

BAD DATA IS DOUBLE WORD POINTED TO BY R1 AND IN LOW 7 BITS OF RO

GOOD DATA IS 000000, ,000000,,077

PERR30

PERR31
PERR32

PERR33

PERR34
PERR3S

TRAP

BAD DATA IS POINTED TO BY =16(SP)
GOOD DATA IS IN Ri
TRAP

SPECIAL ECC FAILURE HANDLER
TRAP

SPECIAL ECC FAILURE HANDLER

TRAP

SPECIAL BRANCH GOBBLE FAILURE HANDLER

52'6 LING SEQUENCE FOR TRAP TYPES
2%
sNO - ERROR,BRANCH FOR CARD

2%:

PERRXX

INSTRUCTION

sTRAP TO ERROR ROUTINE

sCONTINUE TESTING

(IMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
ERROR DATA SETUP
164491 056542
16492 0565646

013637
162737

002032
000008

14495

0001

057276

g
564

002032

06-JUL-82 10:35

RO1: MOV
Sus
MoV
MOV

#2 _ADDRESS
RO.BAD
R5,G00D

O2: MOV
SuB

#2 ,ADDRESS

56612

14$0§ 056616

000137

057276

010137
00203
162737 000002

R& ,ADDRESS

JMP PERRAW

1“3 574 ?1 72; %33 002032 $PER
0
88 Sg
e B Oty
g

}2;81

MOV

MoV

R4 ,ADDRESS

R1,BAD

R2,G00D

JMP PERRAW

002032

SPERO3: MOV
Sus

R1,ADDRESS

002050

MOV

=2(R1) ,BAD

14504 Oggz
14505 0
14509 056634
}228‘ 056642

010437
016137
000137

00;96
177776
057276

14509 05664
14510 056652
14511 85
1451; Séég‘
}22}‘ 056670

0100;7
162737
010637
010237
000137

002032
000002
002050
002042

057276

MoV
MOV
JMP

14515 056974
16519 56700
14517
056704
14518 52710
14519 056714

}22 ? 056720

010237
8160 7
109 7
gsz 00
737

000207

002042
002050
002032
000002
042626

PERROS: MOV
PERAOS: MOV
MOV
ADD
CALL

R2,GOOD
=(R0) ,BAD
RO,ADDRESS
#2,R0
BADSTACK

145 ; 0567;2
;22 Z 056726

005037
000764

002042

PERROG: CLR

GOO0D

14525
145 9

010137
810 7

002032
002050

$PERO7: MOV
MoV

R1,ADDRESS

145
}22

145
14531
145
}:g

056730
56734
527‘0
56746
56752
56796
56770
56776

14535 057002
145
57
145
5701
}:g
057016
14540
14541
16$6§
14543

057022
0570
570
057040

13737
000137

002240
057276

002032

MOV

R4, GOOD

JMP PERRAW

SPERODG: MoV
SuB

RETURN

002042

#2 _ADDRESS

MOV

JMP

RO,ADDRESS

#2,ADDRESS

R4 ,BAD
R2.G00OD
PERRAW

PERADS
R2.BAD

DATBUF
, GOOD
PERRAW

$PER10: LET ADDRESS := R1 ¢+ #2

000137

057276

LET BAD := R2
LET GOOD := DATBUF+Z
JMP

PERRAW

$PER11: LET ADDRESS := R1

000137

057350

SEQ 0343

PAGE 451

LET BAD := RO
LET GOOD := #0
JMP

PERRAB

$PER12: LET ADDRESS := R1
LET BAD := RO
LET GOOD := #377
JMP
PERRAB

JRESTORE RO

06-JUL~82 10:35

ERROR DATA SETUP
057044

14345 87055
14

14348 G308 000137 057276

14550

1LSS§

14554

7074

057102

000137

gt e

057276

;,g e 000137 057276
14561

0571

1422‘

57140

57150

057160

1656; §571;2

}2565 057146

000453

16229 857156

14569 057164

}227? 571

000444

PAGE 453

$SPER13: LET ADDRESS := R1
LET BAD := RO
LET GOCD := #0

PERRAW

JNpP

SPER14: LET ADDRESS := R1
LET BAD := RO
LET GOOD := ONES

PERRAW

JMP

$PER1S: LET ADDRESS := R1
LET BAD := RO
LET GOOD := TSTDAT

PERRAW

JMP

$PER16: LET ADDRESS := R1
LET BAD := RO
LET GOOD := TSTDAT+2
PERRAW
BR

SPER17: LET ADDRESS := R1
LET BAD := RO
LET GOOD := R2

$PER20:

ikB2

14574 857203 000435
$PER21:

16578 §7222 000477
10

143 §z;§§2
1udgs
1‘5:9 §57 63

000416

057256

000407

145

}:g

§7240

§725

$PER24:

1659§ 057, g‘

14593 057270
14594 057274

$PER22:

$PERZ3:

14591 057260

000400

Irn

ADDRESS := R1

T ADDRESS := R2

; BAD := RO

SEQ 0344

J n

CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
ERROR DATA SETUP
14596 057276

06-JUL-82 10:35

PERRAW: SUBTST

PAGE 454

SEQ 0345

<<DATA WAS A WORD>>

:.-..'..‘....Q...............................'.....Q.."'I'..'.Q.'..'Q.Q.Q..Q.Q.

*«SUBTEST

DATA WAS A WORD

:.l....'.............'....Q.....l..........Q'...........Q.'Q.Qll..".'.."'."t'

14597 057276

057532

CALL

PERBNK

14600 osngs 004737 057506

CALL

PERXOR

14598 057302
14599 057314
14601 0573
u.eoi 057340

14603 057342
14604 057344
14605 057346
14609 057346

1460
14608 057350

004737

104011

IF ABORTFLAG IS TRUE THEN SCALL GETDATA
IF BADPC EQ #0 THEN SCALL BADSTACK
IF ABORTFLAG IS FALSE
ERROR +11

ELSE
ERROR +12
END :OF IF ABORTFLAG
RTI

104012

000002

PERRAB: SUBTST

<<DATA WAS A BYTE>>

:"tt..t.'t..t.'.'...'..'.......Ql.'......ttl...fi..""..t.'.'......"...t"'..'

:*SUBTEST

DATA WAS A BYTE

.'tl.tQ.."........'..""'.'.t...'..".t"....t.'".."..'.."..'Q"'.""..""

14609 057350
14610 057354
14611 857366
1‘61; 57400
14613
057404
14614 057412
14215 057414

004737

057532

004737

057506

104014

14618 057418 104015
1461 osns
14618 057420

000002

CALL
PERBNK
IF ABORTFLAG IS TRUE THEN SCALL GETDATA
IF BADPC EQ #0 THEN SCALL BADSTACK
CALL
PERXOR
IF_ABORTFLAG IS FALSE
ERROR +14
ELSE

ERROR +15

END ;OF IF ABORTFLAG
RTI

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

DATA WAS A BYTE

14621 057422

06~-JUL-82 10:35

PERRA7: SUBTST
R

;*SUBTEST
L

146 i 057422

14623
0574
14624 057440
14625 057444
}22 9 057446

004737
004737
106022
000002

057450
037456

057464

000137

054100

164632
14633

057470
057474

005037

002044

000137

054100

14636

057506

}22

057502

<<DATA WAS A 7 BIT BYTE>>
R

I mmmmmmDTM

DATA WAS A 7 BIT BYTE
L

IF BADPC EQ #0 THEN SCALL BADSTACK

0575
05753

14628
14629

SEQ 0346

PAGE 456

CALL
CALL
ERROR
RTI

PERXOR
PERBNK
+22

SPER26: LET GOOD2 := #100000
LET GOOD3 := #100

JMP PERRA3

SPER27: (LR
GOO0D2
LET GOOD3 := #077

JMP PERRA3

PERXOR: SUBTST

<<DETERMINE XOR OF GOOD & BAD>>

L It

s *SUBTEST

146;: 057506

14638

057510

14639 057514
14640 057522
14641 057526
14642 0575

013700

013737
074037
000207

002042

002050
002056

002056

DETERMINE XOR OF GOOD & BAD

PUSH

MOV
XOR
POP
RETURN

BAD ,BADXOR
RO,.BADXOR
RO

MOV

GOOD,RO

tn
CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

DETERMINE XOR OF GOOD & BAD

14645 057532

06-JUL-82 10:35

PERBNK: SUBTST<<LOG ERROR ON BAD BANK>>

CERAAAARAAAAAARAAANAARANARNANANARARANAAARAAAAAARARAAAAAARAARCCCRCECRGARARACCRRERAERES

«SUBTEST
-

iV
A
Vi

OO0
O00O0O0OO0O0OOOVOO0O

NNNNNNNN
& SRERSE 3OW:&W-‘OO
332

OO OO00000O0

.T
1333333VA
A

e e — vl
— e

)

) el

D el

)

) o

)

) D —

)

D e

BB BB N
o
oONONOONONONONONOM

01370}
006;81

052761
105261

001002
105361
126137
101403

002100
000001
002654

002654
002654

002652

002552

000207
010037

002050

013737

002244

002042

013737

002246

002042

004737

057506

104037
104043

104044

000002

12%:

BIS
INCB
BNE
DE(CB
CMPB
BLOS
SET
POP

RETURN

#B8I1T0,CONFIG(R1)
CONFIG+2(R1)
128
CONF IG+2(R1)
CONF IG+2(R1) ,ERRMAX
118

RRA RN AR RN CRNNCOORORORRS

TOOMANY
R1.RO

;BUMP BANK COUNTER
sNO OVERFLOW = SKIP
:SE T BACK TO 255.
;1S T PAST MAX?
:NO
Ve

PERECC: MoV

RO,BAD
IF ADDRESS EQ TESTADD
MOV TSTDAT,GOOD
ELSE
MOV
TSTDAT+2,GOOD
END ;OF IF (R1)
CALL
PERXOR
SET
HEADER

$PER31: IF REALPAT EQ #41

ENDERROR +23

057612

ARAN AR

BANK ,R1
R1
R1

RETURN

104023

004737

MOV
ASL
ASL

118:

000207

LOG ERROR ON BAD BANK

AR AR AR AN AR AR RN AR RN A AA N RN AAAR AN

sWHILE UE'RE'HERE LET®S MARK THE BAD BANK IN THE CONFIGURATION TABLE
PUSH
RO,

XN oo
3
VIV
3
O coo0o
oo
N VAV RRAAR

3331

AR AR AN AR

SEQ 0347

PAGE 458

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
g;} HEADER

nmn

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
LOG ERROR ON BAD BANK

104040

002042

74
102

HEADER
+41
HEADER

SPER34:1F BADPC EQ #0 THEN SCALL BADSTA(K
IF #8IT15!81T4 OFF.IN CSR
ERROR +16
:NO SBE OR DBE
END ;OF IF #BIT15!BIT4

134

;EXPECTED SBE SO DBE MUST HAVE GOTTEN SET

RTI

010037
010137

002042
002050

MOV
MOV
ERROR
ADD
RETURN

$PER36: MOV
MOV

BADPSW,BAD
#12,600D
+47
#6,SP
RO,GOOD
R1,BAD

SET

HEADER

SET

HEADER

104053
000002

$PER37: ERROR

+53

Se e

RTI

104054
000002

SPER4D: ERROR

+54

LR Y

000002

+23

AR T

ERROR

e
als

104023

sFIX STACK FROM TRAP
;ABORTING TEST

RTI

oOw

000004

002050
002042

;DURING BRANCH GOBBLE THE CONDITION CODES WERE WRONG
$PER3S: CALL
PERBNK
CALL
BADSTACK

057532
042626
002030
000012

e
el

wugw—o“Wuam-o

—

NNNNNNNNNNNN ~

+40

$PER33: IF BADPC EQ #0 THEN SCALL BADSTACK
MOV
R1_ADDRESS
MOV
RO,BAD
CLRB
BAD+1
MOV
#377,G00D
CALL
PERXOR

RTI

104

RETR=S o
Spewrre
N”Ng

NNNNNNNN

88 o8o

HEADER

SET
ERROR
SET

i
K8
14714 8281%4
7;5

SET

1470?
1478
14703
147

HEADER

RTI

RO,BAD
R2,6G0O0D

SET

ERROR

146
14633 060024
149
14700

R1,ADDRESS

mm
<<

g16237 i

MOV
MOV

002050
002042

$PER32: lnfwaC EQ #0 THEN SCALL BADSTACK

mm
<<

14694

8} 0137

SEQ 0348

PAGE 460

14689 0577
14690 05777
14691 057774
1469§
1469

06-JUL-82 10:35

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

ROUTINE SCOPE HANDLER
14740

06-JUL-82 10:35
.SBTTL

SEQ 0349

PAGE 462

ROUTINE SCOPE HANDLER

1‘7‘1

:.ttt...I.Qt.....Q.t.t.t"..t....t.tt...t.t...Q.Qtt....fi.....'...'.t'."...t"'t

1474
1474
14744

;*THIS ROUTINE CONTROLS THE LOOPING OF SUBTESTS. IT WILL INCREMENT
;~*AND LOAD THE DISPLAY DATA INTO THE DISPLAY REGISTER
:*THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

14745
14746
14747
14748

14749 060 gg

005237

065714

14751 060240
1475; 060244
14753 060250
14754 060250
14755 060252

005037
105237

065714
065716

104410
005737

006206

14757 060
14758 060264
14759 060 9’14760 060270
14761 060272

004737

064210

005737
001410
013737

061366

14794 060310
14773 060312
14774
gg
14775
060
14779 68 0

104177

14750 060

14759 060 28

1476§ 060
1476 oeogog

1477
14778

0
go 6
060350
060350

14779
14780
16781
147 g 060360
1478

14784
14785

060362

147

0400

001402

032737
001401

005037
000137

012637

000004

709
737
1og;
005037

000004
000001

0404

000430

14794

0604

14799
1479
14798

1479

14795

14799
16380

012637

4
06044

105737
og141
032777

177060

003754

FOR CHANGE IN SOFT=SWR

NOTRCE

ST
BEQ
MOV

CPERRF
1S THERE A CPU ERROR REGISTER?
SKJ
:BRANCH IF NOT
aN177766,CPSAVE :;GET CONTENTS OF ERROR REGISTER

CALL

CONTT

2TRACE

#B1T0,CPSAVE
SKJ

;1S THE POWER FAIL MONITOR BIT SET?
*BRANCH IF NOT

ERROR
+177
*REPORT IF SO
IF STOPOK IS TRUE AND #SW8 SET.IN aSWR
CLR
STOPOK
JMP
EXIT
END :OF IF STOPOK

002610

ERRVEC,-(SP)
#1$ ERRVEC

22SAVE THE CONTENTS OF THE ERROR VECTOR
*:SET FOR TIMEOUT

MoV

(SP)+ _ERRVEC

;sRESTORE THE ERROR VECTOR

ADD
CMP
BNE
CLR

#4,5P
#1.PROTYP
6%
CPUERR

:FIX STACK FROM TRAP
+1S THIS AN 11/44?
*BRANCH IF NOT
*RESET CPU ERROR REGISTER

*:LOOP ON THE PRESENT TEST

3s:

TST8B
BEQ
BIT

SERFLG
$SVLAD
#SW9.,3SWR

4$:

MOV

SLPERR,SLPADR

;:BR IF NO
;2SET LOOP ADDRESS TO LAST SCOPE

CLRB

SERFLG

;:ZERO THE ERROR FLAG

1$:

6%:

B8R

MOV

177060

;:TIME oUT ON XOR?

$SVLAD

(SP)+ ,ERRVEC

::GO TO THE NEXT TEST

2;RESTORE THE ERROR VECTOR

28 : :RRAMREND OF CODE FOR THE XOR TESTERA###ASX

002610

002612

0116§7

JsTEST

MOV
MOV

000004

002612

011637

TRACE

END ;OF IF NOSCOPE
18:
IF #5W14 SET.IN @SWR THEN GOTO SOVER
SHRRRASTART OF CODE FOR THE XOR TESTERA##AX
$XTSTR: BR
2%
2:IF RUNNING ON THE ''XOR'' TESTER CHANGE
22THIS INSTRUCTION TO A "NOP'' (NOP=240)

122154

002012

000410

SDEVCT
SUNIT
IF RESULT

BEQ

BIT
BEQ
SKJ:

001000

105037

14804 0604

061364

002012

1480; 8386‘62

1480

061364

177766

001404
013737

NOTRCE:

000004

SO
5

14801

sTELL APT WE ARE ALIVE

IF NOSCOPE IS TRUE
RTI

000004
0406

14733

0604
82

CLR
INCB
END ;OF
CKSWR
ST

002416
047644

1374
1273

005737

SDEVCT

IF RESULT IS LT

000425

03764
82

$SCOPE: INC

000002

147

147
14790
14791
1479;

177766

000001

:+SW14=1
LOOP ON TEST
;+SW9=1 LOOP ON ERROR
s=CALL
i
SCOPE
::SCOPE=10T

5¢:

BEQ

B8R

$SVLAD: MOV

MOV

SOVER

(SP) ,$LPADR

(SP) ,SLPERR

22HAS AN ERROR OCCURRED?
::BR IF NO
2:LO00P ON ERROR?

2:SAVE SCOPE LOOP ADDRESS
::SAVE ERROR LOOP ADDRESS

JR=C
JR=C
JR=C

JR=C
‘R=C

‘R=C
JR=C

B 12
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE SCOPE WANDLER
14805 060‘73
1

005037
737

002360
060514

}gfim g.raas 002610

06-JUL-82 10:35

SOVER:

CLR

CALL

SESCAPE

SLPADR, (SP)
GETDIS

SEQ 0350

PAGE 462-1

s;CLEAR THE ESCAPE FROM ERROR ADDRESS
;FUDGE RETURN ADDRESS

SFIXES PS

[
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
ROUTINE SCOPE HANDLER
14810 060514

06-JUL-82 10:35

GETDIS: SUBTST

<<SUBR

SEQ 0351

PAGE 463
DISPLAY>>

:t.‘....t..t....'.......'t......QQ..Q.Q.'..t'.t..'..t...'..tl'Q'Q'Qt.t"'tt.'.tt

14311

}2 }i
14814

14815
;2 }9
14821
14 §
14
14824

522

14 nsgr ooswo 002011
113737

002276

005737

002124

*«SUBTEST

002010

oou;g;
5‘2 052
100000 002010 060546 013777 002010 122052
556 013737 002010 000174
56
5

000207

SUBR

DISPLAY

;.t.'t.....i."......t'.....'t.........t'..'.t..Q.."..‘.Q'Qt.".t.tt.'.t"'t.tt

MOVB

BANK,SBANK

RLFLAG

BEQ
BIS
MOV
MOV
POP

RETURN

:EOALPAT.SPMMR

1$
#BIT15,SPATMAR
SPATMAR,aDISPLAY
$PATMAR .DISPREG
RO

;ARE WE RELOCATED?

‘NO = SKIP
1YES = SET mMsB

:SOFTWARE DISPLAY REGISTER

D12

IMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
ERROR HANDLER
1

.SBTTL

S«SAVE THE ERROR ITEM NUMBER AND THE ADDRESS OF THE ERROR CALL
S«AND GO TO SERRTYP ON ERROR
:+THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:

1
1
14

seSW15=1
SeSW13=1
s*SW10=1

148
148

148

148
148

105037

061362

148

105237

001775
737

148
148
148

002012

LS8

18:

146

50650

012737

077777

14857

0606

g{w
060662
060€
060674

50702
0

SERFLG

MOV
BIT
BEQ

#SW10,aSWR

TYPE
TYPE

2s:

18
GETDIS

S$BELL
MSGO14

121110

00202

1 gr 7

000177

002013

105737

061362

002016
00201

CMPB

#177.S1TEMB

;1S THIS THE POWER FAIL CALL?

;R=C

TST8

IBSAVE

:ND ERROR CALL?

‘R=C

:BRANCH IF NOT

:R=C

:POWER MONITOR BIT SET?

‘R=C

BEQ

1001$

MOV

177766,CPSAVE

148
148

N01414
0% 7;7 ooggot

148

112737

148

148
148

148

148
1488

1488
1488

112737
105037

000177

061

BIT

#BIT0.CPSAVE

MOVB

#SITEMB,IBSAVE

177766

00201

MOVB

06136

061362

002024

10018

BEQ
BIC
1000$:

1001$:

013737 ggsgsg 002016
162737
013737

BEQ

177766 061364

002013

002016
002022

:;COUNT THE NUMBER OF ERRORS

;:STRIP AND SAVE THE ERROR ITEM CODE

137

000001

::RING BELL
:CONTROL Z

SERRPC,SITEMB

MOVB

148

737

::DON'T LET THE FLAG GO TO ZERO
*SETUP DISPLAY STUFF

::GET ADDRESS OF ERROR INSTRUZTION

10008
CPERRF

148

;:SET THE ERROR FLAG

(SP) ,ERRPC
#2 ,ERRPC
SP_ERRSP
2(SP) ,ERRPSW

BNE
ST

14 ;

MOV
SUB
MOV
MOV

1%4
§737 061366

1486

::TEST FOR CHANGE IN SOFT=SWR

MOV #77777.SERTTL
END ;OF IF NOERROR

117737

:R=C

SPATMAR,STESTN :FOR APT
:;BELL ON ERROR?
2%
::NO = SKIP

}:cu ssn;r}lg "k

002616

011937 00201
162737 000002
010637 00202
1” 7

431

INCB

BEQ
CALL

137 7 oosow 065710
002000 121774
1404
002616

: :ERROR=EMT AND N=ERROR ITEM NUMBER

CKSWR

32777

005237

148
148

.ENABL

060514

642

148

ERROR

SERROR: CLRB
IBSAVE
IF NOERROR IS FALSE

104410

148
148

148

HALT ON ERROR
INHIBIT ERROR TYPEOUTS
BELL ON ERROR

:+SW9=1 LOOP ON ERROR
s*CALL

“’.

ROUTINE ERROR MANDLER

:«THIS ROUTINE WILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,

1
1
1

148
14859
14860
14861

SEQ 0352

PAGE 465

:.t.t.t.t...'.....O.Q....O.'........t........Q..Q..'..'..".'Q...Q.t"...."Qt.'

146
146

06-JUL-82 10:35

CLRB

*BRANCH IF SO

*BRANCH IF SO
;1S THERE A CPU ERROR REGISTER?
;SAVE CONTENTS

10018
#8IT0,177766

*BRANCH IF NOT
:CLEAR THE BIT

#177.81TEM8

*SET SITEMB TO POWER FAIL POINTER

1001$

IBSAVE

IF NOERROR IS FALSE
If BADPC NE #0

MOV BADPC,ERRPC

SUB #2,ERRPC
MOV BADSP_ERRSP

:MAKE IBSAVE NON-ZERO FOR DUAL CALL

:R=C

‘R=C
‘R=C

‘R=C

‘R=C
‘R=C

‘R=C

E 12
(IMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR WANDLER
14884 061040
14885
061
14
105
14
1052
14
821
14
10?4
14
1074
14891
061076

14,

013737

004737

002030

002026

00201
05753

065706

002020

000420

1114

1116

SEQ 0353

PAGE 465-1

MOV BADPSW,ERRPSW
CLR BADPC
END ;IF
MOV
ERRPC,SFATAL
CALL PERBNK

xra‘su;g SET.IN aSWR

sFOR APT
:;L0G ERROR ON BANK

END ;OF IF #Sw13
IF #SWS SET.IN @SWR AND TOOMANY IS TRUE
GOTO 38
END ;OF IF #SW5

1076

14895
061116
14
1116
14897 0611
14
1
14
11
14

013737
005037

06~JUL-B2 10:35

004737

061370

0137
00020

002272

END ;OF IF NOERROR
CALL
SERRTYP

;260 TO USER ERROR ROUTINE

IF MONFLG IS TRUE

:3SHOULD WE RETURN TO XXDP MONITOR???

ENDRYS

::G0 TO MONITOR

MOV

SAVMON,SP

s:;GET MONITOR ADDRESS

—

VIS
N =0 VRN
WS
—=O
——

11=L/M/P MEMORY DIAG. MACRO M1113
ROR HANDLER

1122
1"

SEESXREIIXIIIIIRIRIRRBR2RRR2R2R22R2RS

i el

i e

ol el el e

i e

el A

D e e

A
N

b =D e

—d et

2R HBEDBDDDDDD2N
VOOV OV OVOVO VOO VOOV OOOOOO
s
23322822t

:€3

38333228 zZ3

F 12

1
1152
11
1156

005777

100002
000000
1046410

SHALT:

013716

002612

1
1
1

005737
1402
13716

002360

0 %’737

000001

121
}

0050 ; 177766

1
1 %

012737
000137

000001
047644

1
13

137

00004

1
1270

131
1

1326
1
1
1
1
1

1
135
135
1
1
1
1

50
000137

105737
160;
137

3s:

121454

1176

06~-JUL-82 10:35

7%:

IF NOERROR IS FALSE
IST
@aSuR

9%:

MOV SLPERR, (5P)

TST
BEQ
MOV

060602

SESCAPE
9%
SESCAPE,(SP)

IF DETFLAG IS FALSE
cMP
fl ‘PIOYVP

;sFUDGE RETURN FOR LOOPING

..CO(CK FOR AN ESCAPE ADDRESS
:sBRIF NONE
ruoss RETURN ADDRESS FOR ESCAPE

;IS THIS AN 117442

I.R CPUERR

118: IF ACTFLAG IS TRUE OR APTFLAG IS TM OR FATALS IS TRUE

065704

MOV
H'

#1,8MSGTY
EXIT

:FOR AP

TYPE
MoV

MSG066
42.R0

JERROR COUNT EXCEEDED 20 - ABORTING FOR XXDP CHAIN

END ;OF IF ACTFLAG
If XXDPCHAIN IS TRUE AND SERTTL HI #20

00004
015214

061362

JsHALT ON ERROR

BPL
7%
::SKIP IF CONTINUE
HALT
;:MLY ON ERROR!
CKSWR
sTEST FOR CHANGE IN SOF T-SwR
IF NOSCOPE IS FALSE AND #SW9 SET.IN @SWR
END :OF IF NOSCOPE

003754

SEQ 0354

PAGE 466

CLR
&7
JMP
$IAPL2
END ;OF IF XXDPCHAIN

108:

END ;OF IF DETFLAG
ELSE
SET
HEADER
END ;OF IF NOERROR
CLEAR TOOMANY ,NOERROR

7878
BEQ
JMP

2138:
RTI]
IBSAVE: .WORD 0
CPSAVE: .WORD C
CPERRF:

BSAVE
138
BACK

.WORD 0
.DSABL LSB

; :RETURN

;POWER FAIL ERROR CALL? ;R=C
:R=C
JUMP IF SO
;R=C
;R=C
:R=C
IR=C

6 12
CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOUT

}234‘

06-JUL-82 10:35

.SBTTL

SEC 0355

PAGE 468

ROUTINE ERROR MESSAGE TYPEOUT

1‘%‘

:.Q....Q.Q..'..O...'..Q'...'Q.........Q........Q.l.."l.".'...'..'."'."t'.."

14949

*+ERROR IS TO BE REPORTED. IT THEN OBTAINS, FROM THE 'ERROR TABLE'' (SERRTB),

14945

:*THIS ROUTINE USES THE ‘‘ITEM CONTROL BYTE'' (SITEMB) TO DETERMINE WHICH

}2323

:«AND REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.

14949 061370
14950 061372
14951 061376
uosg ggu.oo

14953

104415

005000
153700

061404 001004

14954
14955 061406
14.959 83"'"'
1495
1413
14958 061422
14959 061426
14960 061430
14961
061432
14
1434

002013

14965 06144

000511
122702 000177
00100
012700 061700
000406
005
006
006
86 700 066326

14967 061452
14968
061456
14
u.gg
14970 061462
14971 u%
u.wg 061470
1497% 061474

001417
005737 002426
oowgs
i
005737 00; :0
100011
005737 002062
001402

ug&

1436

oml.g

16969 061446

14974 14.73

14975 06150
14976
14977

061504
0615

515

012037

061504

012037 061536
00141

14981
1%
14

061524
515
51532

wg;
$737
002600
100004

14985

1533 000000

14
1%
1%

515

5154

51544 012001
mg 001427
51550 012002

18:
1008:

1108:

128:
3s:

149;3 061512
14979
061516

BISB

SCRLF
RO
SITEMB.RO

TYPOCT

ERRPC,<ERROR ADDRESS>

BNE

28:

000000

§737

SERRTYP: SAVREG
TYPE
CLR

48:

002426

138:

58:
68:

B8R
CMPB
BNE
MOV
B8R
DEC
ASL
ASL
ASL
ADD

18
#177.R0
1008
#PFECWS.RO
1108
RO
RO
RO
RO
#SERRTB,RO

BEQ
ST
BNE
ST
8PL
T1ST
BEQ

48
NOERROR
128
HEADER
X3
FATALS
28

MOV

TYPE

(RO)+,3$

MSG067

LMORD
TYPE

O
SCALF

ngemu

MoV
BEQ

::"'CARRIAGE RETURN"' & "LINE FEED"’
::PICKUP THE ITEM INDEX

::1F ITEM NUMBER IS ZERO, JUST

::TYPE THE PC OF THE ERROR
::GET OUT
*POWER MONITOR CALL?
*BRANCH IF NOT
*MOV ADDRESS OF PFE BIT ERROR TO RO
::ADJUST THE INDEX SO THAT IT WiILL
¥
WORK FOR THE ERROR TABLE
:;FORM TABLE POINTER

::PICKUP 'ERROR MESSAGE'' POINTER

$:SKIP TYPEOUT IF NO POINTER
:1S THIS REALLY AN ERROR?
*YES = SKIP
*TYPE HEADER?
:NO = SKIP
SWAS IT A FATAL ERROR?
‘NO - SKIP
SFATAL

::TYPE THE 'ERROR MESSAGE''

::"ERROR MESSAGE'' POINTER GOES WERE
::"'CARRIAGE RETURN"' & 'LINE FEED'

(RO)+,58
31

::PICKUP ‘DATA HEADER'® PGINTER
*:SKIP TYPEOUT IF 0

ONE
ST
8PL

138
HEADER
6

SYES - SKIP
*TYPE HEADER?
:NO ~ SKIP

LMORD

::"DATA HEADER' POINTER GOES WERE

MOV
8EQ
MOV

(RO) +,R1
108
(RO)+,R2

S:PICKUP "DATA TABLE'® POINTER
2:BR IF NO DATA TO BE TYPED
SSPICKUP 'DATA FORMAT'' POINTER

TYPE

SCRLF

+1S THIS REALLY AN ERROR?

*:TYPE THE 'DATA HEADER''

::"'CARRIAGE RETURNTM §

'LINE FEED

sR=C
‘R=C
‘R=C
‘R=C
‘R=C

:R=C

W12
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
ROUTINE ERROR MESSAGE TYPEOUT

1699§ 061552
14993

061554

14995

061

14994 &IS

1699? 061
1499 061598
Mg 0615
14999

112;83

006 7%

004773

06-JuL-82 10:35

78:
061564

MOVB

CALL

10
ig

8s:

TAG70$
TAG71$
TAG72$

061572

062100

TAG73S

15001
061576
1
i 06160g

15
1216

TAG75$
TAG76$

15005 061606

062516

15011 061614
1SO1§ 061616
1501
061230

4}
001403

15000 &157’.

1
06160
15006 061604

15010 0€1610

}gg}‘so 061624

000752

15019 0616 s
15017 0616
15018
0616
15019
166g

005737
0014?;
0052
104416

15020
06164
15021 061

004737

150 ; 061
158

06171

105

1727

98:

TAG79$

ADD

108:

002600

118:

062340

061774

122

040

117
124

122

040

106
Hg

117
104

::LOOP

TST

MUt
11$
HEADER

BEQ

INC
RESREG

::1S THERE ANOTHER NUMBER?
::BR _IF NO
sTYPE 2 SPACES

:1S THERE A MEMORY UNDER TEST
sNO = SKIP
sYES = BUMP HEADER FLAG

IF #SW7 SET.IN @SWR AND DETFLAG IS FALSE AND NOERROR IS FALSE
CALL DETAIL

END ;OF IF #SwW7

061744

117

sUPDATE DATA TABLE POINTER

(R1)
108
MSG018

BR
002106

#2.R1

TST
BEQ
TYPE

MSG104

:CONTROL 2

PFECWS: .WORD

PFECEM,PFECDM,PFECDT,PFECDF

:R=C

PFECDH:

°‘TESTNO

:R=C

127 PFECEM: .ASCIZ ‘"POWER MONITOR BIT FOUND SET'' ;R=C
116
117

102

124

040

105

040
124

105
116

123
117

12
103

040
040

155
122

105
000

122

1774

065710

002016

061364

-EVEN
PFECDT: .WORD

STESTN,ERRPC,CPSAVE,D

:R=C
:R=C

000

PFECDF: .BYTE

0.0,0.0

;R=C

17‘2
174
061744
1747

12
000
154
124

1?5;

040

Olog

040

103

175
1762

15032

120
115
m

17 i
17

15031

825532

82171?
17

061724

150;3
150

000002

TYPE

15027 8217?§

15028

TAG?7$
TAG78$

82167

15026 06};00

SMAKE IT A WORD ADDRESS

#8$(R3)

TAG74S

88 701

(R2)+,R3

ASL

SEQ 0356

PAGE 470

8817
”n

152
120

125

.ASCIZ

ERR PC

(PUERR"

105

120

112

33238o33zG &A

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

SHSARAAAARRANRA N RN R RANNRANRRRNANNRRANNRARACRE
RNV N RN VARGV RNRRCRARNRARCOERORORORGES

b
—

L T
T T T T T T T )

TAG70S: ;go‘g

000207

a(R1)

s:TYPE AN OCTAL NUMBER

:.‘.........'...........'.'..'.......'....'......'........'..'..'....".Ql.‘tt.'

tess DECIMAL w+®

CERARRANAAAA N AN AR A AR RN R AR PR R AR R RN R AR R RN RN RN AR R AR RN RN R A NAN NN RN RN N RGN RRRRRRRERRRRS

TAG718: TYPDEC

000207

a(R1)

RETURN

AR AR RN NN AR R RN R AN

‘ess INTERLEAVE v+

::TYPE A DECIMAL NUMBER

A RN R R R R R AR AN AR R AR RN RN R AR R AR R AN AR NN R AN RN R AR RN RN RO RN

L N3 S

AR AARARAN RN R A AR AN R R RN R RN R R E N AR AN R AN NN R AN RN RN RN R AR AN RN

013701
070127

002100
000004

TAG728: PUSH

BANK . R1
#4 R1
NOTAB

CALL
CLR

TCFIGI
NOTAB

TYPE

805037 002370

B TR
Y

SN
RE

-.§ %wuam- =3SFEX28
B
R
R

3333
14 &

RS.R1

TYPE
RE TURN

013701
070127

002100
000004

004737
005037

002570

MSGO14

(SR

T T

I LI

N R NN R AN A AN AR AN AR AR A RO

ORRRNS

wne
R

R R R A AR AR

TAG738: PUSH

BANK ,R1
# Ri
NOTAB

CLR

NOTAB

R R

R AN

NN RN AN IR SR AN A RN AR

TCFIG3

POP

RS.R1

RETURN

SRR AR

R1.RS

MoV
MUL
SET

CALL

000207

:1 SPACE

swex

RN R NN RN E NN RRCEENORRRRROCEES

;INDICATE NO TABLE TO BE PRINTED - NOW

MSGO14

POP

000207

ERRROERS

R1.RS

MOV
MUL
SET

041740

el e
D el Dl B il
s S

s D el el el

S ol D el e

il el e

WVIAWVMTAWVIWAAAWVIMVAMIA
VAV VBV A WVLWA
O000000
~ NNNNNNN

r——————

SEQ 0357

PAGE 472

;t.. OCTAL wes

D i

s D el o

s
B s Dl e o D s b

ERROR MESSAGE TYPEOUT

06-JuL-82 10:35

NI R AN NN AR PR RN R RO NN N R AN AN

R AR N AN AN

A AA NN AAN N AR

RN NN RAN RN ENANNRRO RS

seex PATTERN ¢ne
IRARARNARERANAAANA

000207

REALPAT,<TYPE (0-77)>.2.2

TR AR

R AN AN NN RN AR NN AN AR RN

RE TURN

R AR

:ewe BANK
RN

000207

AN NA RN NN AAAARRRNNRAANRN A NN AN R CAR RN NN NN CRNRRAN AR RN CERNOEROIRADIRES

TAG74$: TYPOCS

ANAN NN R AR E AN RN AR

RN RN ANA N NN RN RN T RRAERS

tae

AR RN RN NN RN RN NN R AN NN N AR AR RNA N AN RN RN AN RA RN RN R AR AN RRN RN RN RN RN R RN ARE RN RRRONS

TAG758: TYPOCS

RETURN

BANK,<TYPE (0-167)>,3

1=L/M/P MEMORY DIAG. MACRO M1113
ROR MESSAGE TYPEOUT

06-JUL-82 10:35

CARRA

AR AR AR AR AR NN N AR RN NN R R AR RN AR AR R RN ARNA R AR AR RN RRR

SRR

AR AR AR R AN R R AR R R RN R

:--to MTIYPE na=

NoNES S

—t
b b

e e e

4 0358

TAG76S: PUSH

013701
070127

MOV
MUL

R R R R R R AR AR R R AR A

R AN RARRAERARARNNGRARREROEROS

R R R R AR AR AR RN RN R

RN R RN AR RN R AR AR RO RO RS

'1.“5

SET

TYPE

004737
005037

CALL
CLR
POP
RETURN

AR
S OB IO N NN SO BB IR AR
I
&
RORORURS
FIIZIIIIIIIK

PES
S EN

&»O

—

013737
162737
013737
37
103003
052737
012746
004737
062706

002032
060000
002100
002040

TAG78S: MoV

R A AR R AR AN N AR RN RN R RN AR NN AR R ANERRNARRRERRTRRRERRES

MSGO61

RN AR AR

1$:

AR R AR R AR AR AN AR A RN AR RN AR

A R RN

AN E RN AR RN AR

RIR RS

ADDRESS ,PHYADD

#FIRST ,PHYADD

#BIT15,PHYADD

MoV

#PHYADD
, - (SP)

TYPE
RETURN

000207

AR AN AN AN AR AR

AR AR A AR

TAG798: TYPE
TYPOCS
TYPE

RETURN

sPOINTER TO DOUBLE WORD ON STACK
sCALL DOUBLE PRECISION CONVERSION ROUTINE
sFIX STACK

$DB820
#2,5P
$0CT8

sexs OCTAL BYTE e

000207

AR TR R R R A

BANK
, PHYADD +2
gmooz

rroruroNON

ETURN

sx** PHYSICAL ADDRESS v+

WNWNW

e e
D
D ch D

D ek D e
e ok

D i

o
s

i
e
D e

e el e

RN A AN R AN RN RN N R

:.t'..‘.....l........l'.".'.........'.t...QQ.'.."....'.."...".'..".QQ'Q.."

e e e

AR AR

TAG77S: ;m

000207

D e

D el o e
e

e el e el
e

et e

o OO

iess UNKNOWN DATA ewe

VIRV
AWMV A MTIA WV AV AW

:I......'.....QQ...'.'..'.'.....'......'..Q....'.'...'.'.'.Q..'.'.'."".Q'Qt'.'

000207

e e

PAGE 473

TMm

il
€3
&
333
28
$35383% £3iiig53 z3

J 12

R RN A AR

R AR AN AR

R AN

R AN AR AN AN AR RN AR AR RN

AR AR R AN AR RN RN RN AN AR

MSG018
;2 _SPACES
@(R1) ,<TYPE BYTE>, 3,2
MSGO14

RN AN AR R RN

AR N RN R AN

AR E AN

RARNCERRE Y

ERNN RO

K 12
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE ERROR MESSAGE TYPEOUT

15169 062340

06-JUL-82 10:35

DETAIL: SUBTST

SEQ 0359

PAGE 476

<<SUBR

DETAILED ERROR REPORT>>

:'.....".......'...l..".'..........Q..Q......Q."Q.'.'.."'.Q'Q'.l....'..t...Q

: «SUBTEST
15170

0 oos;y 002216

15171

INC

151
54 8527 7 000002 002216
15174 06
1435

CMP
BEQ

#2,DETFLAG
28

15176

SET

15175

151
15178

402
‘°$

15179

06241

15185

062430

005037
010037

0157

1s1=o
416
15181
0624
1518; 062422
15183
062424
15184
062426

010120
o1o§ 0
010320
8104 0
1gs 0

151!9 82 4

013720

151
15188

002216

DETFLAG

#3,DETFLAG

101473

000003

DETAILED ERROR REPORT

cMP

151;; 062352

022737

SUBR

:........'.."....'.".."'Q........'........Q.'.l..'.'..Q'..".\'t.'..'...'t.'Q.

BLOS
PUSH

002106
002176

002200

MOV

454

1519;

466

15193

062456

28:

005037

06
062510

104031
022737

000001

15198 82 Ss
15199
062524
15 80
15 1825534
15202
540

005037

177766

004737

062340

15195
13196

gOO

15197 06 518

1002

000207

002106

SET

NOERROR

DETRO,RO

PUSH

HEADER,MUT

muT

ERROR
CMP

+31
#1,PROTYP

SET

BNE
18:

ERRSP, (RO) +

ERRPSW, (RO) +

SET

003754

#DETR1,RO

MOV

ERROR

000423

062474

15194

R1,(ROj+
R2,(RO)+
R3,(RO)+
R&.(RO)+
RS, (RO)+

440 013700 002176

15190

15191

MOV
MOV
MOV
MOV
MOV

MOV

15189 06 453 104013

HEADER

MUT
RO,DETRO

013720 002022

062444

HEADER,MUT

CLR
MOV

MOV

002026

HEADER

NOERROR

CLR
CPUERR
POP
MUT,HEADER
;WARNING RECURSIVE
CALL
DETAIL
RETURN

;IS THIS AN 117442

L1
C(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
SUBR
DETAILED ERROR REPORT
1520
15206
1520

062542

15 1§

574

004737

48:

064210

574

15 19 82 604

15218
062606
15219 062614
15220
062620

013701

716

158

104426

15 ‘i

15244
15245
15 49
1524
15248
15249
15250
15251
15 Si
1525
15254

752

TYPE

CSR

MSGO18

;2 SPACES

END ;OF ON.ERROR

IF R1 EQ #0 THEN LEAVE DUMPCSRLOOP

END ;OF FOR CSRNO

END DUMPCSRLOOP

POP

5737

;TYPE STACKS

PUSH

006506

MSG088

FOR

RO := SP TO R1 BY #2

TYPE

KSTACK ,R1
#2.R1

sKERNEL STACK

SCRLF

TYPOCT
RO
TYPE
MSGO18
:2 SPACES
TYPOCT
(RO)
END ;OF FOR RO
:SET PREVIOUS MODE TO SUPERVISOR

002454

010000

RO,R1

TYPE

MoV
sus

002562
000002

TST

NOSUPER

BIC
8IS
MFPI
POP

#BIT13!B1T12,PSW
#BIT12,PSW
SSP
R1,RO

BNE

042738 030000 177776
052737

R1,CSRNO,CSR

177776

TYPE

DET1

MSG089

sSUPERVISOR STACK

FOR RO := RO TO #SUPSTK-2 BY #2
TYPE
SCRLF
TYPOCT
RO

TYPE
MSG018
TYPOCT
(RO)
END ;OF FOR RO
ELSE
TYPE MSG091
END ;OF IF RO

158 e

—

.R1
TOTCSRS

$CRLF

IF RO LT #SUPSTK

;g 55
15
1525
15
1526

MOV

READCSR
TYPOCT

gt
15240 82 734

MSGOS8

BEGIN DUMPCSRLOOP
FOR CSRNO := #0 TO #36 BY #2
ASL
R1
ON.ERROR

006301

15 9 062654
g 013701
15
670 162701
15231 82 674
15

CSR,CSRNO,RT

TYPE
TYPE

002222

15224 06264

g 06 976

sDISPLAY "DISPLAY'" INFO

:TYPE CONTENTS OF ALL CSR'S

g e
15 ; 06 645

SEQ 0360

PAGE 478

sSIMULATE CONTROL "'T**
CONTT
CALL
PUSH

15210 062560

15214

06-JUL-82 10:35

0
2
6
54

030000

177776

DET1:

;2 SPACES

;IS EMPTY

;SET PREVIOUS MODE TO USER
8IS
#BIT13!BIT12,PSW

MFPI

USP

POP
RO
TYPE
MSG090
IF RO LT SUSESTK

sUSER STACK

FOR RO := RO TO #USESTK-2 BY #2

MSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
DETAILED ERROR REPORT

N 12

15 6§ 06

SCRLF

TYPOCT
RO
TYPE
1iSG018
TYPOCT
(RO)
END ;OF FOR RO
ELSE
TYPE MSGO91
END :OF IF RO

005037
000207

002216

TYPE
CLR

POP
RETURN

SEQ 0361

PAGE 478-1

TYPE

15263 06
15264 06
15265 063070
156906 74
15267 063106
15268 063110
15 99 063114

15270 063114
15271 063120
15 7§ 063124
15273 063126

06-JUL-82 10:35

$SCRLF
DETFLAG
RO

;2 SPACES

;IS EMPTY

z38

N 12

VS WN=O VRNV
NN 2O V0 YO VAW
=

B
R
eye
I

W WINLNWIWNWNIW

MS11=L/M/P MEMORY DIAG. MACRO M1113
BINARY TO OCTAL (ASCII) AND TYPE

.SBTTL

WN—-O

SIS

= O OV®NO NN WO VR NN

SEQ 0362

PAGE 481

ROUTINE BINARY TO OCTAL (ASCII) AND TYPE

:'t'.t....t....‘.t...".."....'..Q‘.....Q.Q..'....'......Q.'....Q'...Q.....'t'.

2*THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A 6-DIGIT

;*0CTAL (ASCII) NUMBER AND TYPE IT.

:-g{:os-«swsa HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

MoV

NUM,-(SP)

2sNUMBER TO BE TYPED

BYTE

ssN=1

;TM

TYPOS

.BYTE

+sCALL FOR TYPEOUT

TO 6 FOR NUMBER OF DIGITS TO TYPE

;:M=1 0RO

2:1=TYPE LEADING ZEROS

> :0=SUPPRESS LEADING ZEROS

- %

;*$STYPON----ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST

:'2{{{08 OR S$TYPOC

i*
e

- %

MOV
TYPON

NUM, - (SP)

:;NUMBER TO BE TYPED
::CALL FOR TYPEOUT

:'%HEOC-iNTER HERE FOR TYPEOUT OF A 16 BIT NUMBER

]

63130

017649

000000

42
42

63152

063154

86 %
6
063176
6

112637
062716

00g001

063355

063353

1127

000001

063353

112737
112737
010346
010“2

000006
000005

063355
063352

NUM,-(SP)

;:NUMBER TO BE TYPED

a(SP) ,=(SP)

2:PICKUP THE MODE

(SP)+,SOMODE+1
#2,(SP)

;;NUMBER OF DIGITS TO TYPE
2:ADJUST RETURN ADDRESS

#1,80FILL

22SET THE ZERO FILL SWITCH

NEG

RS,=(SP)
$OMODE +1 R4
R4

::SAVE RS
2:GET THE NUMBER OF DIGITS TO TYPE

MoV
CLR
ROL
B8R

12(SP) ,RS
R3
RS
3%

TYPOC

$TYPOS: MOV

MOVB
MOVB
ADD

STYPOC: MOVB

MovB
S$TYPON: MOVB
MOV
MOV

01956
113704

063355

MOV
MovB

12
12

062704
110437
113704

0
06
063354
063353

ADD
MOovB
MOvB

NN
NN
vivivivaiviviaiuviuaiug

Qg
4

012605
80 003
06105
04

000C12

1%:

105
105

008105

S
S

002103
105337

56
60

005404

MOV

6320
6

06-JUL-82 10:35

2%:

ROL

010503
100016
042703

001002
005704
001403
005204

ROL
ROL

063354

3s:

MOV

ROL
DECB

BPL
BIC

177770

A §

BNE
TST
BEQ
INC

1(SP) ,SOFILL

$TYPON

#6,SOMODE +1
#5,80CNT
R3,=(SP)
R4 ,~(SP)

ssCALL FOR TYPEOUT

sLOAD ZERO FILL SWITCH

:2SET FOR SIX(6) DIGITS
22SET THE ITERATION COUNT
:sSAVE R3
::SAVE R4

#6.R4
R4, SOMODE
SOFILL.RG

22SUBTRACT IT FOR MAX. ALLOWED
2:SAVE IT FOR USE
2;GET THE ZERO FILL SWITCH

RS
RS

;;FORM THIS DIGIT

2:PICKUP THE INPUT NUMBER
;sCLEAR THE OUTPUT WORD
;:ROTATE MSB INTO ‘"
2:G0 DO MSB

RS.R3

R3
$OMODE
6$
8177770,R3

48
R4
5%
R&

2:GET LSB OF THIS DIGIT
;:TYPE THIS DIGIT?

2:BR IF NO
2:GET RID OF JUNK

::TEST FOR O
; sSUPPRESS THIS 0?
;2:BR IF YES
;:DON'T SUPPRESS ANYMORE 0°'S

B 13
CIMSPBO MS11<L/M/P MEMORY DIAG. MACRO M1113
ROUTINE BINARY TO OCTAL (ASCII) AND TYPE
15

052703

000060

110337

063350

05 7g; ooggto

5$:

15
15
15
15
15
15
15
12
1

1os§7 063352
68:
7
402
04
44
1 282
78
1
12603
13666 000002 000004

15
15
15
15
15

000
000
000
000
000000

15
15

06-JUL-82 10:35

SEQ 0363

PAGE 481-1

8IS

#°0.R3

::MAKE THIS DIGIT ASCII

MOVB

R3.8S

*:SAVE FOR TYPING

BIS

TYPE

DECB
BGT
BLT
INC
BR
MOV
MOV
MOV
MOV
Y
RTI

8s:
BYTE
BYTE
SOCNT: .BYTE
SOFILL: .BYTE
SOMODE: .WORD

SOCNT
28
78
R4
2s
(SP)+ RS
(SP)+.R&
(SP)+.R3
2(SP) J4(SP)
(SP)+. (SP)

0
0
0
0
0

*:MAKE ASCII IF NOT ALREADY
2360 TYPE TMIS DIGIT

*:COUNT BY 1
;38R IF MORE TO DO
:3BR IF DONE
::INSURE LAST DIGIT ISN'T A BLANK
+:G0 DO THE LAST DIGIT
**RESTORE RS
**RESTORE Ré&
**RESTORE R3
$:SET THE STACK FOR RETURNING
: sRETURN

*:STORAGE FOR ASCII DIGIT
*:TERMINATOR FOR TYPE ROUTINE
*:0CTAL DIGIT COUNTER
*:2ERO FILL SWITCH
:*NUMBER OF DIGITS TO TYPE

c13
(ZMSPBO MS 11=L/M/P MEMORY DIAG. MACRO M1113
ROUTINE CONVE RT BINARY TO DECIMAL AND TYPE

15389
15290
15391

i
i
i
15400 82 i?

06347

-O WWONNNV
S NNVN =2 N NN

000001

063572
000040

1$:

2%:

063562

3s:

000001

177777

000040

6$:
7$:

15440

$DTBL:

063572

$DBLK:

m—t

WWWO

ek ek

32838
FEa

23888

000010

=
e

RO,R1,R2.R3,RS

#20200,-(sP)
%2(sp).ns

RS
#'=,1(SP)
RO

#$DBLK ,R3

c; LR+
R

$DTBL (RO) ,R1
R1.R5

1(SP) ,=-1(R3)

#'0,R2
"

pRZ

R2.(R3)+

(Rb)o

0635
: go
6331
5351
53514
063516
535
. g
.
0635
53544
. gSO

ROUTINE CONVERT BINARY TO DECIMAL AND TYPE

5$:

15425
154
154
154
154
154
15431
154
154
154
15435
154
}S&

15444

4$:

p——

—

000055

NN
NN

-0

3828888522 =8
4
SOO NOOO 8~° 82
W

i
o
s R

4
4
4
4
5
5
54

15420

4
s

= T P

15408
15409
15410 06
15411 82
1541;
1541
15414
15415
15419
1541
15418
15419

15489

$TYPDS: PUSH
MOV
MOV
BPL

020200
000020

- -

15401 063374
1S40§ 063400
15403 063402
15406 82 04

.SBTTL

SEQ 0364

PAGE 482

;*THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO A S-DIGIT
s*SIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE
s*NUMBER IS POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED
s*BEFORE THE FIRST DIGIT OF THE NUMBER. LEADING ZEROS WILL ALWAYS BE
s*REPLACED WITH SPACES.
s*CALL:
- %
MOV
NUM,~(SP)
:sPUT _THE BINARY NUMBER ON THE STACK
:.
TYPDS
::6G0 TO THE ROUTINE

15424

06-JUL-82 10:35

RO, #10

23
8s

RS .R2

(SP)+

177777

177776

000002

000004

12
=1(SP) ,=2(R3)
(R3)
RS5.R3,R2,R1,R0
$DBLK
2(SP) ,4(SP)
(SP)+,(SP)

0.0.0.0

s2SET BLANK SWITCH AND SIGN
s:GET THE INPUT NUMBER
::BR IF INPUT IS POS.
s MAKE THE BINARY NUMBER POS.
ssMAKE THE ASCII NUMBER NEG.
ssZERO THE CONSTANTS INDEX
:;SETUP THE OUTPUT POINTER
ssSET THE FIRST CHARACTER TO A BLANK
:;CLEAR THE BCD NUMBER
s:GET THE CONSTANT
<:FORM THIS BCD DIGIT
::BR IF DONE
s INCREASE THE BCD DIGIT BY 1
;sADD BACK THE CONSTANT
;sCHECK IF BCD DIGIT=0
JsFALL THROUGH IF 0
2sSTILL DOING LEADING 0°S?
;:BR IF YES
s :MSD?
s:BR IF NO
2:YES==SET THE SIGN
ssMAKE THE BCD DIGIT ASCII

s2MAKE IT A SPACE IF NOT ALREADY A DIGIT

2sPUT THIS CHARACTER IN THE OUTPUT BUFFER
2:JUST INCREMENTING
;2CHECK THE TABLE INDEX
;:G0 DO THE NEXT DIGIT
2260 TO EXIT
2:GET THE LSD
2260 CHANGE TO ASCII
22WAS THE LSD THE FIRST NON-ZERO?
2:BR IF NO
ssYES==SET THE SIGN FOR TYPING
:sSET THE TERMINATOR

;;NOW TYPE THE NUMBER
:;ADJUST THE STACK
;:RETURN TO USER

D13
CIMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
ROUTINE TTY INPUT

06-JUL-82 10:35
.SBTTL

544

0§

;*SOFTWARE SWITCH REGISTER CHANGE ROUTINE.

DrOrOC NN

056%3%
05633

06
64
11700

NOCH:

=N=NN=NN
~
NNV

Y =
-

RO
RO

=N
W
=N
-

PPN

$CKSWR:

056332

SS3%8R82 898288188
S S8
g IXIZASS

A L LIttt Tttt Ittt Tttt ot ot
v
NNNNNNNNN ~
DO ¥
OC
20200
-Sty

&&bbbbbbbb:
NNNNNNN
awve&w-n
W

S88RILRIRGS2

s*WHEN OPERATING IN TTY FLAG MODE.

-l
-

D ) el e i
) e vl

) ) D ) o vl
(v 1V
1
&S
D e
D D )
D
i
) e el el D e
el il el e el el el
s el el -l i e

s it s s el -l el o
[V IV IV 1V}
V.1

ROUTINE TTY INPUT

s*ROUTINE IS ENTERED FROM THE TRAP HANDLER, AND WILL
;*SERVICE THE TEST FCR CHANGE IN SOFTWARE SWITCH REGISTER TRAP CALL

33238T3NS

D el e -

rRRRR
NSy S

b e ad

1544

SEQ 0365

PAGE 483

.ENABLE LSE

BEQ
MOV
CLR
JMP
TST8
B8PL

116774
177600
000006

CONTS1: CMP

050114
000024

18:

CALL
MP

064210
000003

168:

000023

28:

MOVE

BIC

BNE

806213

178:

002144
000176

002624

68:

000007

002060

BNE

CALL

1166

BNE
TYPE
MOV
RETURN
CMP
BNE
CMP
BNE

000003
5$:

0475
00002

78:

CONTT

CLR

53
#23,(SP)
178
6$
SCNTLK
CTLKVEC,SP
#SWREG, SWR
CKEND
#7.(SP)
CKEND

SAUTO

CKEND

SCNTLG
aSWR
SMNEW

-(SP)

CLR
TST8

-(SP)
asTkS

MOVB

aSTKB,-(SP)

BPL

BIC
P

1776

sNO - SKIP

FIELDSERVICE
#26, (SP)

CONTS
#13, (SP)

BNE

48:

16$

#°C177,(SP)

26, (SP)

CALL
CMP

TYPE
$GTSWR: TYPE
TYPOCT
TYPE

116624

@S$TKB,-(SP)

#3,(SP)

BEQ
cMP
BNE

BNE
TYPE
ADD
JMP
P
BNE

TYPE

s sSOMETHING THERE?
:: GO ON IF NOT
s USE IT
::CHAR THERE?
2:IF NO, DON'T WAIT AROUND
2:SAVE THE CHAR
::STRIP=OFF THE ASCII
;IS IT CONTROL F?
sNO SKIP

(WP

3s:

XOCHAR

NOCH
XOCHAR,
= (SP)
XOCHAR
CONTS1
asTKS
128

#4177, (SP)
(sP)
4%

78
#6,5P
800T
(SP) ,#25
93
SCNTLC

SCNTLU

;IS IT CONTROL T?

JYES = CALL CONTROL T ROUTINE
IS IT CONTROL C?
sYES EXIT =enaaNQTExesax STACK IS SCREWED UP!
;IS IT CONTROL S?

:NO - SKIP

JYES = CALL CONTROL S ROUTINE
;IS IT CONTROL K?
:NO - SKIP
sTYPE A *K

JRESET KSP TO AFTER PATTERN EYEC ROUTINE
JRETURN TO PATTERN EXEC ROUTINE

::1S THE SOFT-SWR SELECTED?

;:BRANCH IF NO
;:1S IT A CONTROL G?

2:NO, RETURN TO USER
JARE WE RUNNING IN AUTO-MODE?
JBRANCH IF YES
2sEC(HO THE CONTROL=-G (“G)
::TYPE CURRENT CONTENTS
::0F THE SWR
2:PROMPT FOR NEW SWR
;:CLEAR COUNTER
::THE NEVW SWR
;:CHAR THERE?
:21F NOT TRY AGAIN
2:PICK UP CHAR
22MAKE IT 7=-BIT ASCII
2218 IT A CONTROL=-C?
:2BRANCH IF NOT
2:YES, ECHO CONTROL-C (*C)
;sCLEAN UP STACK
;sCONTROL=C RESTARTY
;:IS IT A CONTROL-U?
;:BRANCH IF NOT
;:YES, ECHO CONTROL-U (*U)

E13
CINSPBG MS11
ROUTINE TT

IH/P MEMORY DIAG. MACRO M1113

000006

8s:

1 000015

06~-JUL-82 10:35

9s:

000004

000002

000006

116522

(€ 4

BNE

128:

06 SP

:: IGNORE PREVIOUS INPUT
;sLET'S TRY IT AGAIN

(g)A5

..lS IT A <(R>?
JBRANCH
IF NO

TST

4L(SP)

..VES IS IT THE FIRST CHAR?

MOV

2(SP) ,aSuR

..SAVE NEW SWR

BEQ

108:

SEQ 0366

PAGE 483-1

ADD

TYPE

RTI

108

#6,5P
SCRLF

*BRANCH
IF YES

2sCLEAR UP STACK
;;ECHO <CR> AND <LF>

; ;RETURN

}

000002

CKEND :

"2, sP

056334

138:

CALL

STYPEC

sRETURN
s sECHO CHAR

BLT

158

:BRANCH

1
1

1627
i 9

1
1

15
15

(SP) ,#60

;:CHAR < 0?

(SP) ,#67

J:CHAR >

IF YES
7?

BEQ
ASL

148
(SP)

(SP)

;sBRANCH IF YES
+:STRIP=-OFF ASCII
221S THIS THE FIRST CHAR
s BRANCH IF YES
::uo. SHIFT PRESENT
i
CHAR OVER TO MAKE

?g 177776

8IS

=2(SP)
, (SP)

*:KEEP COUNT OF CHAR
;:SET IN NEW CHAR

ASL

000724
1

CHP

[

1
1

000067

i comes

000060

sFIX STACK

012

158:
113

000

015

-EVEN
.DSABL

LSB

TYPE

SCNTLK: .ASCIZ

$QUES
/*k/<15><12>

ROOM FOR NEW ONE.

;:GET THE MEXT ONE
;:TYPE 2<CRX<LF>

2:SIMULATE CONTROL=-U
;CONTROL K ASCII STRING

F 13

(ZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

ROUTINE TTY INPUT
15541 064210

06-JuL-82 10:35

CONTT:

SEQ 0367

PAGE 485

<<CONTROL T>>

SUBTST

'..'...................'................'...........Q....'...Q'.'Q.......QQ..Q.

CONTROL T

*«SUBTEST

.'.....'..................'..'.........'.......'.'....'...Q...".Q'.t'.'t.".'.

4 e
15562

15554

1555
15558

064210

PUSH

TYPE

MSG092

:RELOCATED

END :OF IF RLFLAG
TYPE MSGO93

TYPOCS
BANK, , 3
TYPE MSGO9S
TYPOCS
REALPAT, 2

“h

SCRLF

IF RLFLAG IS TRUE

aae
15226 064264

TYPE

000207
CONTS:

:BANK=

ITYPE 3 DIGITS
PAT=
:TYPE 2 DIGITS

POP
RE TURN

SUBTST

<<(CONTROL S & CONTROL @>>

SRR AR AR RN AR RN AN RN RN RN AR RN N AR R AN RN AAN N AR A RN

S eSUBTEST

CONTROL S & CONTROL Q@

NP RN NN RN RN

CRANREOREROS

;.Q'....Q.......'...'."'.............'.Q.....'...........'..........".'.."..'

15567
'5
155
1551
1557;

1357
15574

15575

15576

116336

116332
177600

12
1

063642

POP
B8PL

RO
@$TKS
CONTS2

JMP
ELSE

CONTST

END ;OF

IF (SP)

CONTS2: TSTB

MOV
as
(sP)
BIC
#°C177,(SP)
IF (SP) EQ #21

CONTS2

:GET RID OF RETURN ADDRESS FROM STACK
*WAIT FOR CHARACTER

SREPLACE OVER OLD CHARACTER ON STACK
sSTRIP ALL BUT ASCII
SIF IT IS A CONTROL Q

3
\hU“flEESnzs:
82 $23idEesE 3¢
SREEIT 8—t g

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

S € CONTROL O

SEQ 0368

PAGE 486

RR RN R AN N R AR R RN RN NN RN RN R AR AR NN R AR R RN RN R RN RN RN RANRARARNCRRRRRGRRRARCERQAREROEROERS

s*CALL:

ot3
&x

NNW
N

-.8
:.‘Swgfig“
22 E=~au
PN SN
it

33333333

OO~

EEREREREN

NIEEREERITK

Teers

000002

116266
177600

000004
000004
000023

000004

SRDCHR:
1%:

28:

116240
116234
177600

000004

000021

000004

000140

000004

000175

000040

BIC

2CA77>,4(5P)

3s:

4(SP) ,#2%
3s
as$TKS
28

BIC

#4177, (SP)

J:WAIT FOR

aSTKB,-(SP)

s ;BRANCH BACK IF SO

#40,4(SP)

RTI

R A AN RSN N AN NN ER

ssA CHARACTER
s2READ THE TTY
;:GET RID OF JUNK IF ANY
;:1S IT A CONTROL=-S?
s 2BRANCH IF NO

ssWAIT FOR A CHARACTER
;:LO0P UNTIL ITS THERE
2:GET CHARACTER
JMAKE IT 7=-BIT ASCII
;:1S IT A CONTROL-Q?
s21F NOT DISCARD IT
::YES, RESUME
s:IS IT A RANDOM CONTROL-Q?

(SP)+,#21
28
18
4(SP) 821
18
4(SP) ,#140
4
4(SP) 2175
4$

BIC

AR RN

2:PUSH DOWN THE PC
22SAVE THE PS

@$TKB,&(SP)

cMP
BNE
IST8
B8PL

CMP
BNE
B8R
P
BEQ
cMP
BLT
cMP
B8GT

4(S:

::1S IT UPPER CASE?
: ;BRANCH IF YES
::1S IT A SPECIAL CHAR?
s ;BRANCH IF YES
ssMAKE IT UPPER CASE
::6G0 BACK TO USER

RAA R RN RN NN ANN

:R=C
:R=C

RN NAN IR RANARECR R SRR ORRRRONNROERNRS

s*THIS ROUTINE WILL INPUT A STRING FROM THE TTY
s*CALL:
;.
RDL IN
s2INPUT A STRING FROM THE TTY
]
RETURN HERE
:;ADDRESS OF FIRST CHARACTER WILL BE ON THE STACK
::TEMI%TM WILL BE A BYTE OF ALL 0'S
R3,~(SP)
MoV
'E
o0
-($P)
CLR
;sCLEAR THE RUBOUT KEY
1$:
MOV
#STTYIN.R3
2:GET ADDRESS

prart

AN -

(SP) ,~(SP)
4(SP),2(SP)
@$TKS
1%

i:m IN:

— it e e O
88528 8x=
SRR
S
NS
N SENSEI
C’fissgl~l~
bt
i N
SNIULR
O
— N

INIBRLY

"~ ENBNBD .

—

VIVAWVWAWIWAW

MOV
MOV
TSTB
8PL

MOVB

000021

s INPUT A SINGLE CHARACTER FROM THE TTY
s;CHARACTER IS ON THE STACK
s:WITH PARITY BIT STRIPPED OFF

RDCHR
RETURN MERE

MOVEB

SRR

z£ =

) il
.
s el
. it
il il il il -l el ol - ol -l Al ol -l el

06~-JUL-82 10:35

:*THIS ROUTINE WILL INPUT A SINGLE CHARACTER FROM THE TTY

il i i il el

) D

)

) el i

ESEESTTSEE
£28
OWNO
VB W=D %gg W-‘§

-l

)

) ) el

i el il ol e

)
D
WA WA WV AWVWAWTA
IVAWV
VIV
Al

~fl-nd-ld.‘d>‘g

[alal

6 13

750
774

2$:

cmP

BLOS

RDCHR

MOVEB

000003

#3,(RY)

TYPE
ST

SCNTLC
(SP)+

BIT

#8178.aSwR

8007

BNE

MOV

BEO
CLR
NP
P8
ST

;:BUFFER FULL?

(SP)+,(R3)

BNE
116104

#STTYIN®20. ,R3
33

(5P)+.R3

118
STOPOK
EXIT

#177.(RD)
(sP)

YPE A CONTROL-C (*C)
s

T KEY OFF OF THE STACK

2215 THERE A HALT FLAG SET IN THE SWR?

;:BRANCH IF NOT TO BOOT ROUTINE
::GET READY TO WALT PROGRAM
;:G0 HALT PROGRAM
;2GOTO CONTROL~-C RESTART
A RUBOUT
S
NO
IS THE FIRST RUBOUT?

W13

IMSPBO WS
S11=L/M/P MEMORY DIAG. MACRO M1113
ONTROL S €& CONTROL Q
15635 Q64see

13636

064350

001007

11277

000134

15638

0suseZ

1ome

177777

13645
13646

15647

13843
13650

064606
064610
064612

O64614

15631

112757

5s:

000134

095016
122713 000025

064746

68:

001003

13638
13639
13887
13662
1566

15664
13665
13666

153%
13

064esg
g52

00572

13671
15672
1867

011646
01
01
00000

15680

15681
15682

15683

9s:

000015

133
01

1
01
01

27
075

125
000

015

12
040

040
000

127

040

075

040

(sP)

BEQ

MOVB
TYPE

2 :BACKUP BY ONE

22STACK EMPTY?
J:BR IF YES
:2SETUP TO TYPEOUT THE DELETED CHAR.

2:60 TYPE

2260 READ ANOTHER CHAR.

2 sRUBOUT KEY SET?
;:BR IF NO
ssTYPE A BACK SLASH

:sTYPE THE INPUT STRING
2:GO PICKUP ANOTHER CHACTER

2:TYPE A "CR"' B "'LF"

TYPE

JJTYPE A '?°

BR
MOvB
TYPE

+ASCI2

SCNTLU: ASCIZ

:2CLEAR THE BUFFER AND LOOP
;sECHO THE CHARACTER

#15,(R3)+
28
=1(R3)
SLF
(SP)+
(SP)+,R3

(SP) ,~(SP)

&(SP) ,2(SP)
#STTYIN,4L(SP)

0
0

:;RETURN

/7*2U/<15><12>

:;CONTROL V"’

7°6/7<15><12>

:;CONTROL “%6**

/5C/<15><12>

116 smew:

.EVEN

:sRESTORE R3

¢ sADJUST THE STACK AND PUT ADDRESS OF THE
]
FIRST ASCII CHARACTER ON IT

20.

<15><12>/SuR = /

ASCIZ

s :CHECK FOR RETURN
:sLOOP IF NOT RETURN
s;CLEAR RETURN (THE 15)
ssTYPE A LINE FEED
:CLEAN RUBOUT KEY FROM THE STACK

2sSTORAGE FOR ASCII CHAR. TO TYPE
s s TERMINATOR
;sRESERVE SIZE BYTES FOR TTY INPUT

015 S$CNTLG: ASCIZ
123 swswR: LASCIZ2

000

:sSET THE RUBOUT KEY

BR
CMPB
BNE
CLRB

108:
.BYTE
.BYTE
STTYIN: -REPT
SCNTLC:

;:BR JF NO
:sTYPE A BACK SLASH

;sCLEAR THE RUBOUT KEY
2:1S CHARACTER A CTRL U?
;:BR IF NO
::TYPE A CONTROL V'
;260 START OVER
2:1S CHARACTER A '"“R'%?
;:BRANCH IF NO
ssCLEAR THE CHARACTER

CLR
CMPB
BNE

TST
MoV
MoV
MOV
MOV
RTI

000002
000004

015

107
000
02

BR
18T

TYPE

000

(R3),108

BNE
CLRB

000

000024

R3 #STTYIN

Mov8

CMPB

177777

000004
064750

<3
#°\,108
108
#-1,(5P)
R

TYPE
TYPE

01260

18674
18675
15678

78:

001011
105013

122723
001264
105063

MoV
DEC
cmP
BLO

SEQ 0369

PAGE 486-1

TYPE

064626
064600 000676
084898
7
064s7L 109857 064766
064704
064710
064712

TYPE

13638
090705
18654 064646
122713 000022
18688
1

MovB

000725

005716
001406

BNE

064746

13620 06eo58 020337 064750
13803 88e37¢ 18%% oesres
1564

06-JUL-82 10:35

NEW =/

rnu

Ooc.l

——

—s

1=L/M/P MEMORY DIAG. MACRO M1113

AN OCTAL NUMBER FROM THE TTY

06-JuL-82 10:35

.S8TTL

:
—

prrurd

—

g8 R
8g88
-

—3

N=O

LY
F

cmMPB8

#°7,(5P)

ASL
ROL

R1
R2

ROL

BLT

ASL
ROL

177770

)

R1
R2

;:+8

B8R

MOV

(SP)+ R
(SP)+

R1,12(SP)

MOV

IS.SHIOU

48:

RTI
TST

(SP)+

5$:

TYPE
.WORD

POP

CLRB

TYPE
TYPE
TYPE
&R

SHIOCT: LWORD
.SBTTL
RN AN

::1S AN OCTAL DIGIT

#°C7,(SP)

TST

;:PICKUP THIS CHARACTER
;:1F ZERO GET OuT
JMAKE SURE THIS CHARACTER

iiv2

BIC

ADD

3s:

(RO)+,=(SP)
3s
#°'0,(5P)

ASL

CLR

ROUTINE READ AN OCTAL NUMBER FROM THE TTY

MOV8
BEQ
CMPB

BGT

000067

86820

SEQ 0370

PAGE 487

s*THIS ROUTINE WILL READ AN OCTAL (ASCII) NUMBER FROM THE TTY AND
S*CHANGE IT TO BINARY.
;*THE INPUT CHARACTERS WILL BE CHECKED TO INSURED TMEY ARE LEGAL
s*OCTAL DIGITS. IF AN ILLEGAL CHARACTER IS READ A """ WILL BE TYPED
;*FOLLOWED BY A CARRIAGE RETURN-LINE FEED. THE COMPLETE NUMBER MUST
;*THEN BE RETYPED. THE INPUT IS TERMINATED BY TYPING A CARRIAGE RETURN.
s*CALL:
2]
RDOCT
sREAD AN OCTAL NUMBER
RETURN HERE
:;LOW ORDER BITS ARE ON TOP OF THE STACK
;sHIGH ORDER BITS ARE IN SWIOCT
(SP) ,~(SP)
: MOV
s ;PROVIDE SPACE FOR THE
MOV
&(SP) ,2(SP)
s INPUT NUMBER
PUSH
RO.R1,.R2
RDLIN
;sREAD AN ASCIZ LINE
MOV
(SP)+,R0O
2;GET ADDRESS OF 1ST CMHARACTER
RO,5S
MOV
ssAND SAVE IT
R1
CLR
;2CLEAR DATA WORD
2%:

£33
S
-~
~ ~ &H
- 85838838
oo 2”:NS o —_N0 =N = WO N

—_-—_O0
&~

g3B
IRERRERSFRERNES

065164

puerd

;ffl

343
D
b
md d
Td ad med 2
v
) ok i e
b ot ok

e mh et

i el

00000¢ 000002

OO —=

FEE

RS
S

UflUNfiUN‘NR&NhNfiU“fiUHhUMh \fiU“fiU“fiU“fiU“flU“fi

VBN
NS WN—=O

and
iy ok oh ol ol ol

it e

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

s el o

il el el el

s ol il il el il el il el il il D

il il el el el

D el D i

D el el sl e D el e
WVAWAWVIAWM A AVIAAAVIVIAVAWVIAWUBAWVTA
VWV ARV A AR VALA WV AWMVAWV

i§\flfl§\fisSs38$3283%%

il el ol il

:
T

113

R2.R1.RO
(RO)

MSGO6.
MSG06
MSGO64
18

ssSTRIP THE ASCII JUNK

::ADD IN THIS DIGIT
:;L00P
:;CLEAN TERMINATOR FROM STACK
::SAVE THE RESULT
2 sRETURN

ssCLEAN PARTIAL FROM STACK
:sSET A TERMINATOR
;:TYPE UP THRU THE BAD CHAR,

s INPUT MUST BE A
:N OCTAL
sNUMBER

::TRY AGAIN

0
;;HIGH ORDER BITS GO HERE
ROUTINE READ A D ECIMAL NUMBER FROM THE TTY

AN RN AN R

RN AR RN AR RN AN

RN NN RN AN RAANNNNANCAN

NN NNNR

RN RNORDRN S

s*THIS ROUTINE WILL READ A DECIMAL (ASCII) NUMBER FROM THE TTY AND
s*CHANGE IT TO BINARY. IF TOO MANY CHARACTERS OR ANY ILLEGAL CHARACTERS
s*ARE READ A °*?'* FOLLOWED BY A CARRIAGE RETURN-LINE FEED WILL BE TYPED.
s*THE COMPLETE NUMBER MUST BE RETYPED. THE INPUT IS TERMINATED BY THE
S*USER TYPING A CARRIAGE RETURN. THE RANGE OF THE INPUT NUMBER IS

J 13
CIMSPBO MS11=L/M/P MEMORY DIAG. MAC RO M1113
ROUTINE READ A DECIMAL NUMBER FROM THE TTY

15743
15744
}3;45

06-JuL-82 10:35

;*POSITIVE 32767 TO NEGATIVE 32768.

s*CALL:
RDDEC
3®
RETURN HERE

15729

15748
15749 065

811666

SRDDEC: MoV

1575;

10441

18:

SR
S

P S S

1575
5
15754
065
}g;” “g

01
01
0050‘%

15798

001001

065

112001

15739 S
1575

15760

1576
157
1572‘
157
15765
157
157
157
157
157
1577
1577;
1577
15774
15775
15779
1577

1;7;3
157

15780

S
5
5
5
065
S
g

122710

1424
122701

S
5
S
S
S
065
065
5
S

1401

28:

CLR

(MPB
BNE
Mov8
MOVB
BEQ

000012

48:

065

00572

5$:

000000

6%:

7'9.mM

ASL
MOV
ASL

(SP)
(SP) ,=(SP)
(SP)
(SP)
(SP)+,(SP)

8vS
SuB

5%
#'0.R1

BvVS
B8R

5%
2%

ADD

3s:

#'-,(RO)
2%
(RO)+ ,R2
(RO)+ R
3s
#°0.R1
5$
#°C7777,(SP)

ASL

000060

-(SP)

8IT

ADD

000002

000714

RO, 6%

BNE

)

15792 065

MoV

BLY

170000

157
152

10501

(SP)+ RO

RDLIN

cMP8

12666

$350
$35
$354
S
065
065

MOV

BGT

000071

15;‘9
15
15;:3
15
15790
15791

(SP) ,=(SP)
&(SP) ,2(SP)
RO.R1,.R2

CMPB

000060

570

5416

MoV
PUSH

CLR

000055

112002

122701
427
80 716
122‘
16
1164L
16
16
616
102616
162701
1"
10241
75

065354

};;‘i

15785

SEQ 0371

PAGE 487-1

R1.(SP)

TST

NEG
MoV
POP

(SP)
(SP)+,12(5P)
R2.R1.RO

BEQ
RTI

TST

(LRB

TYPE

WORD

TYPE
TYPE
TYPE
BR

(SP)+

(RO)

MSG062
MSGO6S
MSGO64
18

ssREAD A DECIMAL NUMBER
ssNUMBER IS ON TOP OF THE STACK

;:PROVIDE SPACE FOR
::THE INPUT NUMBER

s:READ AN ASCIZ LINE
2 sADDRESS OF 1ST CHAR.
s sSAVE INCASE OF BAD INPUT
2:CLEAR DATA WORD
;sSIGN SET POSITIVE
s2SEE IF A MINUS SIGN WAS TYPED
2sBR IF NO MINUS SIGN
ssSAVE FOR LATER USE
ssPICKUP THIS CHARACTER
2sGET OUT IF ZERO
;sMAKE SURE THIS CHARACTER
221S A DIGIT BETWEEN 0 £ 9

s:DON'T LET NUMBER GET TO BIG
;s8R IF NUMBER WOULD OVERFLOW
338

22SAVE FOR LATER
sovh
2.8,
.

2;OVERFLOW ISN'T ALLOWED

22STRIP AWAY YHE ASCII JUNK

23ADD IN THIS DIGIT
;sOVERFLOW ISN'T ALLOWED

::LOOP

s;CHECK IF NUMBER IS NEG
::BR _IF NO
;s YES==NEGATE THE NUMBER
;:SAVE THE RESULT
2 sRETURN

;3CLEAN PARTIAL NUMBER FROM STACK
23SET A TERMINATOR
;2TYPE THE INPUT UP TO BAD CHAR.
;:POINTER GOES HERE
: INPUT MUSST BE A
sDECIMAL
;NUMBER
2:TRY AGAIN

K13
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

ROUTINE SAVE AND RESTORE RO-RS

06-JuUL-B2 10:35

15794

.SBTTL

};795

13797

AR R R R R

R RN R R R R R R RN RN R RN RN R R RN AN

AR RN R A NANARN RN

:2TOP===(+16)

% #2-==(+18)

13807

:% +8===R3

}2005

:* +6-=--R4

016646
016646
016646
016646
000002

000022
000022
0000 5
0000

PU
MOV
MOV
MOV
fiy

RO.R1,R2,.R3,R4
RS
22(SP) ,=(SP)
s :SAVE PS
22(SP) ,=(SP)
$sSAVE PT
22(SP) ,=(SP)
s :SAVE PS
22(SP) ,=(SP)
::SAVE PC

$SAVREG:

[RKR

;x+10=--=R2
;x4+12=-==R1
;%414=-==R0

IN FLOW
IN FLOW

;*RESTORE RO=-RS
;*CALL:
. %

012666
12666

12666
12666

000002

000022
0000

0000
00002

SRESREG:

RESREG

MOV

(SP)+,22(SP)

et-1

15818

N R

;% +4===RS

15819
15820
15821
15 i
54 S
15
5432
15824
0654
15825
06544
15 ? 065462
15
82565
15828
065466

AR R RN

s*CALL:
SAVREG
;e
;*UPON RETURN FROM S$SAVREG THE STACK WILL LOOK LIKE:

15804

1581
5410
15814 065414
15815 065420
15 19 8256 4
1581
5430

ROUTINE SAVE AND RESTORE RO-RS

;*SAVE RO-RS

15798
15799
15800
15801
1580
1580

15808
15809
15810
15811 065;76
15‘1; 825 74

SEQ 0372

PAGE 488

(SP)+,22(SP)
: *RESTORE PS OF MAIN FLOW
RS.R4.R3,R2,R1.RD

MOV

(SP)+,22(SP)
(SP)+,22(SP)

ssRESTORE PC OF CALL

ssRESTORE PS OF CALL
ssRESTORE PC OF MAIN FLOW

RCRRRRAERRNRES

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

ROUTINE RANDOM NUMBER GENERATOR

06-JUL-82 10:35

}gg -

.SBTTL

15‘ g

AN A AR AR

ROUTINE RANDOM NUMBER GENERATOR
RN A R RN R AR AR AR AR R AR AR R RN ANR RN RN NN AR R AR

158

;*THIS ROUTINE IS A DOUBLE

15835
158

seCALL:
‘e
CALL

} 3820

RETURN

SRAND

065470

065562

0137
813701
12;85
006
099101
;os
3700
501
701
7
501
701
010037
010137
000207

33 572
570
7
002572

002570
1057
047401
002572
002570

SRAND:

::CALL THE ROUTINE

ssRETURN HERE THE RANDOM
SINUMBER WILL BE IN

15 § 5476
15
55
15
55
15845 065512
1
gsu
15
518
15 s gs
15
594
1;
55
1
gs
1;
5
1
554
15854 065544
15855 065550
15359 825554

15857

RANR GG CERRONRCERREROEROERRTRERSE

PRECISION PSEUDO RANDOM NUMBER GENERATOR

:*WITH A RANGE OF 0 TO 2++(+33)-1,

158

15841

SEQ 0373

PAGE 489

2 sSHINUM, SLONUM

PUSH

MOV
MOV
MOV
ASL
ROL
08
ADD
ADC
ADD
ADD
ADC
ADD
MOV
MOV
POP

RE TURN

RO,R1,R2

SEEDLO,RO
SEEDHI .R1
#7.R2
RO
R1
R2,1$
SEEDLO.RO
R1
SEEDHI ,R1
#1057,
R0
R1
#47401,R1
RO, SEEDLO
R1.SEEDNI
R2.R1.RO

sSET RO WITH LOW
SSET R1 WITH HIGH
SSET SHIFT COUNT
*:SHIFT RO LEFT AND
$:ROTATE CARRY INTO R1 AND
:ADD NUMBER TO MAKE X 129
: ;PROPOGATE CARRY
*ADD NUMBER TO MAKE X 129
+;ADD LOW CONSTANT
* *PROPOGATE CARRY
*:ADD HIGH CONSTANT
*SAVE RO
*SAVE R1

n13
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT

15860

SEQ 0374

PAGE 491

.SBTTL ROUTINE DOUBLE LENGTH BINARY TO OCTAL ASCII CONVERT

15“1

:'.......Q.........I...'.Q...l.............'..Q....."."..'....Q"Q..l.'.Q.Q."

1su§

:«THIS ROUTINE WILL CONVERT A 32-BIT UNSIGNED BINARY NUMBER TO AN

};&6‘

:-taLS{afo OCTAL ASCIZ NUMBER.

15865

MOV

}2323

RETURN

15069

15869

CALL

153?0 065564 104415

$DB20: SAVREG

13878 82?28; i
13877 063619 00500;
15878 065614 11021.5

oY
R
MOVEB

15371 065593 016601 ooooog
15872 065572
012705 06570
15873 065576 012704 000014

MOV
MOV
MOV

18:

$DB20

2(SP) ,R1
#SOCTVL+13..RS
2. ,R4

(Ri)STRO
e
R2.-(RS)

15879 06561

o1og8£

15881
065622
15
8252

003007
001405

BGT
BEQ

010566 000002
104419
oooso
006203
006001
882°°°
001
gggooo

MOV
RESREG
RETURN
ASR
ROR
ROR
RCR
ROR

R3
R1
RO
R1
RO

BIC

R3,R2

5620

15
5630
15885 065
15
825
15
5
15
5
15889 065
15
5
15891
06565

005

oosgos

i dir
e
065 58 04030

15894

15895
15 99
15897

065
5

065

702
75

ooomg

06567

000060

28:
3s:

MOV

#PNTR, ~(SP)

RO.R2

DEC

INC

ADD
BR

$OCTVL: .REPT

$OCT8=$0CTVL +4

3s
2
RS,2(SP)

#°0,.R2
1$
14.

::PCINTER TO LOW WORD OF BINARY NUMBER
*3CALL THE ROUTINE

*:THE ADDRESS OF THE FIRST ASCIZ CHAR. IS ON THE STACK

;2SAVE ALL REGISTERS

+:PICKUP THE POINTER TO LOW WORD
::POINTER TO DATA TABLE
*:D0 ELEVEN CHARACTERS

SSPOUER WORD
2 ERMINATOR
*:PUT CHARACTER IN DATA TABLE
*:GET THIS DIGIT

*3COUNT THIS CHARACTER

$:BR IF NOT THE LAST DIGIT
$:BR IF IT IS THE LAST DIGIT
::ALL DIGITS DONE-ADJUST POINTER FOR FIRST
*:ASCIZ CHAR. & PUT IT ON THE STACK
::RESTORE ALL REGISTERS
*:RETURN TO USER
$:POSITION THE MASK FOR THE LAST DIGIT
::POSITION THE BINARY NUMBER FOR
i
THE NEXT OCTAL DIGIT

::MASK OUT ALL JUNK

*:MAKE THIS CHAR. ASCII
3360 PUT IT IN THE DATA TABLE
: :RESERVE DATA TABLE

*POINTER TO 11 DIGIT NUMBER

N13
| %{;‘f{? MS11-L/M/P MEMORY DIAG. MACRO M1113

06-JUL-82 10:35

}ggg

.SBTTL

15904

15905 065704
15909 065704
15907 065706

15383 82571

15
5712
15910 065714
15911
065716
1591;
§720
15913
065722

15914
15915

15919
1591
15918

065724
065724

15919 065725

15920

.SBTTL APT MAILBOX-ETABLE

000000
000000

O
O

::MESSAGE TYPE CODE
::FATAL ERROR NUMBER (ERROR PC)

000000
000000
000000
000000
000000

$SPASS:
SDEVCT:
SUNIT:
$SMSGAD:
$MSGLG:

0
O
O
0
0

::PASS COUNT
*:DEVICE COUNT
::170 UNIT NUMBER
*SMESSAGE ADDRESS
:MESSAGE LENGTH

000000

STESTN: .WORD

.WORD
.WORD
.WORD
.WORD
.WORD

000

SETABLE :
SENV:
.BYTE

000

$SENVM:

000000
000000

sNOTE:
:
2

*:TEST PATTERN NUMBER

::APT ENVIRONMENT TABLE
* :ENVIRONMENT BYTE
;SET TO A 1 FOR APT AUTO MODE

;ENVIRONMENT MODE

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
EACH TYPE OF MEMORY.

.BYTE

$SWREG: .WORD

101

SUSWR:
.WORD
$CPUOP: .WORD
i*
e
1
i
i
w

O
O

SMTYP1: .BYTE
o
e
e
e
‘

001

15937

065736

177776

$MADR1: .WORD

177776

139

5740

800

$MAMS2: .BYTE

::HIGH ADDRESS,M.S. BYTE

"i 000000
74
000

$MADR2: .WORD
$SMAMSZ: .BYTE

O
0

:SMEM.LAST ADDRESS,BLK#2
::HIGH ADDRESS,M.S.BYTE

sus 000888

$MADR3: .WORD - 0

159

1 94.?

1394.
1594

1594

15945
1 9&9
1594
1 943
1 9§
129 0
}sg 1

§741

745

06575
gm
752
5754
§75
06576
06576

004

000

883%

159 5 8357“ 000000
15954

065766

000000

SMTYP2: .BYTE

$MTYP3: BYTE

::APT SWITCH REGISTER

:USED TO LIMIT THE NUMBER OF PASSES
::CPU TYPE,OPTIONS
BITS 15-11=CPU TYPE
11/04=01,11/05=02,11/20=03,11/40=04
,11/45=05
11/70=06.PDQ=07,0=10
BIT 10=REAL TIME CLOCK
BIT 9=FLOATING POINT PROCESSOR
BIT 8=MEMORY MANAGEMENT

865734

065735

$MAMS1: .BYTE

:BIT7(200)=USE APT SIZE INFO ;BITS5(40)=NO CONSOLE

159

1;9 1
159 i
159
159
15935
159

SEQ 0375

TABLES

SMAIL
:
SMSGTY: .WORD
SFATAL: .WORD

15921 0657;8 000101

129 § 065730
15923
065732
15924
15925
159 9
159
159 s
159

PAGE 492

::MEM. TYPE,BLK#1
MEM.TYPE BYTE
== (HIGH BYTE)
900 NSEC CORE=001
300 NSEC BIPOLAR=002
PARITY MOS=003
ERROR CORRECTING MOS=004

;:HIGH ADDRESS,BLK#1

MEM.LAST ADDR.=3 BYTES,THIS WORD AND LOW OF ‘‘TYPE'' ABOVE

* IMEM.
TYPE ,BLK#2

2 :MEM.TYPE ,BLK#3

+:HIGH ADDRESS.M.S.BYTE
* SMEM.
TYPE ,BLK#
*:MEM.LAST ADDRESS,BLK#4
:: INTERRUPT VECTORA1,BUS PRIORITYA1
> INTERRUPT VECTOR#2BUS PRIORITY#2
::BASE ADDRESS OF EQUIPMENT UNDER TEST
*:DEVICE MAP

SMAMSL:
SMTYP4:
$MADR4:
SVECT1:
SVECT2:
$BASE:
$SDEVM:

.BYTE
.BYTE
.WORD
.WORD
.WORD
.WORD
.WORD

0
0
O
O
O
O
O

$CDW2:

.WORD

$CDW1:

;:HIGH ADDRESS,M.S. BYTE :DEFAULT - 44K

.WORD O

: :MEM.LAST ADDRESS,BLK#3

B 14
(ZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

APT MAILBOX~ETABLE

REFERENCE THE TABLE LISTED BELOW TO RELATE BITS TO PATTERNS.
;BITO SET WILL RUN THE FIRST ENTRY_IN THE TABLE, BITO SET
sIN THE SECOND WORD WILL RUN THE 17TH ENTRY IN THE TABLE ...

i
1%

NOTE++ NULL TESTS DO NOT TAKE ANY TIME

15964

55 s
% St

B= B

VIV

1
1

#882833

AWV

15968
065776
15
159
15974
15975
1597
1
1
1
1
1

SEQ 0376

PAGE 493

:THE FOLLOWING LOCATIONS SPECIFY WHICH PATTERNS
;ARE TO BE RUN FOR PARTICULAR MEMORIES

15958
15959
15960

06~JUL-82 10:35

$0DW0: .WORD
$DDW1:
»ug:
$ODW3:
$DODWs:
2#'5.3

.WORD
JWORD
.WORD
.WORD
.WORD

177777 :ECC CSR TESTS
177777
177777
177777
177777
177777

-ECC CSR TESTS
:ECC PATTERNS
:ECC PATTERNS
:PARITY PATTERNS
:PARITY PATTERNS

;FIELD SERVICE

17757; VALUE

177777
103777
172777
003777
177774

TABLE
TABLE
TABLE
TABLE
TABLE
TABLE

=
=
=
=
=
=

MKCSRT:
MKCSRT:
MKPAT
MKPAT:
MJPAT:
MJPAT:
.

sSETUP APT PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC
; INTERFACE SPEC.
SAPTHD:
SHIBTS: .WORD

$TSTM:
SPASTM:
SUNITM:

: JMORD

_WORD
.WORD
.WORD
«WORD

O
SMAIL
35.
.

0.
SETEND-SMAIL/2

::TWO HIGH BITS OF 18 BIT MAILBOX ADDR.
s ;ADDRESS OF APT MAILBOX (BITS 0-15)
s:RUN TIM OF LONGEST TEST
:;RUN TIME IN SECS. OF 1ST PASS ON 128k (QUICK VERIF Y)

s:EXTRA RUN TIME OF A PASS FOR EACH ADDITIONAL 12 8k (Qv)
;;LENGTH MAILBOX-ETABLE (WORDS)

C %
- CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

- ROUTINE TRAP DECODER

06-JUL-82 10:35

‘%39‘
|

.SBTTL

159“

15989
15990
15991
}gggi

ROUTINE TRAP DECODER
RR

R R R A AR AR R AR AN AR AR RN AR AN RN AR AR A R RN AR RN RN TR R RN AR CRORRRES

;*THIS ROUTINE WILL PICKUP THE LOWER BYTE OF THE '‘TRAP'' INSTRUCTION
s*AND USE IT TO INDEX THROUGH THE TRAP TABLE FOR THE STARTING ADDRESS
;*0F THE DESIRED ROUTINE. THEN USING THE ADDRESS OBTAINED IT WILL
;*GO TO THAT ROUTINE.

15994 066020

010046

153;

005740

15995 8% 2

SEQ 0377

PAGE 494

0660

15998 066032
15999 0660

}w 066040

STRAP:

000002

111288

006
016000

000200

s:SAVE RO

TST

=(R0O)

s sBACKUP BY 2

ASL
MoV

066062

RTS

}mg

2(SP) ,RO

(RO) ,RO

RO
STRPAD(RO)
,RO

::GET TRAP ADDRESS

s:GET RIGHT BYTE OF TRAP
:;POSITION FOR INDEXING
;;INDEX TO TABLE

;260 TO ROUTINE

;;THIS IS USE TO HANDLE THE ''GETPRI'' MACRO

16005 066042

011646

}6007 066052

000002

16009 066054
16010 066060

RO,=(SP)

MOov8

1600

16006 066044

MOV

016666

000000

000004

000002

S$TRAP2: MOV
Mov

RTI

SNOTRAP: TYPE
SHALT2: HALT

(SP) ,=(SP)

4&(SP) ,2(SP)

MSG006

:sMOVE THE PC DOWN

:sMOVE THE PSW DOWN

s sRESTORE THE PSW

sUNDEF INED TRAP INSTRUCTION

D14
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

TRAP TABLE

16013

06-JUL-82 10:35

.SBTTL

16014

SEQ 0378

PAGE 496

TRAP TABLE

16015

;*THIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CALLED

}60}3

}28}9

>eBY THE "TRAP"" INSTRUCTION.

128 066062

16021

160, §
0631564
1
86‘287g
130
16024

16025 822874
}289
76

3356
066054

16028

oogzgg

066100

}60

066102

128
160

104
ou.sis
1
82“

160

SNOTRAP;STYPON

TRAP+1(104401)

TRAP+2(104402)
TRAP+3(104403)

:CALL=TYPON

TTY TYPEOUT ROUTINE

TYPE OCTAL NUMBER (WITH LEADING ZEROS)
TYPE OCTAL NUMBER (NO LEADING ZEROS)

TRAP+4(104404)

TYPE OCTAL NUMBER (AS PER LAST CALL)

$TYPDS :CALL=TYPDS
TRAP+5(104405)
TYPE DECIMAL NUMBER (WITH SIGN)
SNOTRAP;STYPBN ;CALL=TYPBN
TRAP+6(104406)
TYPE BINARY (ASCII) NUMBER
$GTSWR

$CKSWR

;CALL=GTSWR

:CALL=CKSWR

SRDCHR
; CALL=RDCHR
SRDLIN ;CALL=RDLIN

16039 0661 g

042656

065432

82 666

676

§066126 045112

}

;CALL=RDOCT

TRAP+7(104407)

GET SOFT=SWR SETTING

TRAP+10(104410) TEST FOR CHANGE IN SOF T=SWR

TRAP+11(104411)
TTY /PEIN CHARACTER ROUTINE
TRAP+12(104412) TTY TYPEIN STRING ROUTINE

TRAP+17(104417) ENTER KERNEL MODE

5374

066124

;CALL=TYPOC
:CALL=TYPOS

SKERNEL

8%2"‘

:CALL=TYPEIT

TRAP+15(104415) SAVE RO-RS ROUTINE

160

}

$TYPOC
$TYPOS

$SAVREG ;CALL=SAVREG

065206

16040 8321

STYPE

SRDOCT

066112
116

$TRPAD: .WORD STRAP?

5036

}%
}28

ROUT INE

SRDDEC ; CALL=RDDEC

SRESREG ;CALL=RESREG

:CALL=KERNEL

TRAP+13(104413) READ AN OCTAL NUMBER FROM TTY

TRAP+14(104414) READ A DECIMAL NUMBER FROM TTY
TRAP+16(104406) RESTORE RO-RS ROUTINE

SENERGIZE ; CALL=ENERGIZETRAP+20(104420) TURN ON MEMORY MANAGEMENT & TRAPS

SDEENERGI : CALL=DEENERGITRAP+21(104421) TURN OFF MEMORY MENAGEMENT & TRAPS

SKMAP

;CALL=KMAP

TRAP+22(104422) MAP KERNEL 1 TO 1

0457
0427

SCACHN
SCACHF

:CALL=CACHON
:CALL=CACHOFF

TRAP+23(104423) TURN CACHE ON
TRAP+24(104424) TURN CACHE OFF

120« 8221%
}
53
1

8: 750
4

SLOADC
SREADC

;CALL=LOADCSR
:CALL=READCSR

TRAP+25(104425) LOAD CORRECT CSR
TRAP+26(104426) READ CORRECT CSR

16051

06614

826&45

SPERO1

:CALL=PERROT

TRAP+27(104427) PROGRAM DETECTED ERROR

16053
16054
16055
1
1

066144
066146
066150
5152
8154

05661
05
056
0567
05

SPERO3
SPERO4
SPERO7
SPER10
SPER11

;CALL=PERRO
:CALL=PERRO4
;CALL=PERRO7
:CALL=PERR10
:CALL=PERR11

TRAP+31(104431)
TRAP+32(104432)
tmog‘uou.s )
TRAP+34(104434)
TRAP+35(104435)

PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR

1
1
16061
1

51
3
0661
51

57044
5
571
571

$SPER13
SPER14
SPER1S
SPER16

;CALL=PERR1
:CALL=PERR14
:CALL=PERR1S
:CALL=PERR16

TRAP+37(104427)
TRAP+40(104440)
TRAP+41(104441)
TRAP+42(104442)

PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR

5617
561724
561 7¢

gn
057
7

SPER20
SPER21
SPER22

:CALL=PERR20
:CALL=PERR21
:CALL=PERR2
:CALL=PERR2

PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTEL ERROR

$PER24

-CALL=PERR2.

TRAP+44(104444)
TRAP+45(104445)
TRAP+46(104446)
TRAP+47(104447)

:CALL=PERR2S

TRAP+51(104451) PROGRAM DETECTED ERROR

16044
16045 8%21§g

132

814

561

1
1
1

1606

657

$70

57150
57

057,

054016

$PERO2

$SPER12

; CALL=PERRO.

:CALL=PERR1

SPER17 :CALL=PERR17
SPER23

SPER2S

TRAP+30(104430) PROGRAM DETECTED ERROR

TRAP+36(104436) PROGRAM DETECTED ERROR

TRAP+43(104443) PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR

TRAP+50(194450) PROGRAM DETECTED ERROR

E 14
(ZNSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

TRAP TABLE

16070 ¢
1
1

06-JUL-82 10:35

”EIZg
$PE
SPER
SPER31

(ALL=PERR31

16
16
1€
16
16
1€

SPER34L
SPER35
SPER36
SPER37
SPERLD
SNOTRAP

;CALL=PERR3&
:CALL=PERR3S
;CALL=PERR36
;CALL=PERR3?
:CALL=PERR4LO
;CALL=PERR41

1
1

16
}

SPER
SPER

SEQ 0379

PAGE 496-1

; CALL=PERR26
s CALL=PERR27
sCALL=PERR

TRAP+52(104452) PROGRAM DETECTED ERROR
TRAP+53(104453) PROGRAM DETECTED ERROR
TRAP+54 (104454) PROGRAM DETECTED ERROR

s CALL=PERR32
sCALL=PERR33

TRAP+56(104456) PROGRAM DETECTED ERROR
TRAP+57(104457) PROGRAM DETECTED ERROR

SNOTRAP ; CALL=PERR&
SNOTRAP ;CALL=PERRé

TRAP+55(104455) PROGRAM DETECTED ERROR

TRAP+60(104460>
TRAP+61(104461)
TRAP+62(104462)
T
(104463)
TRAP+64 (104464)
TRAP+65(104465)

PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR
PROGRAM DETECTED ERROR

;;ILC:REV B
;;ILC;REV B

TRAP+66(104466) PROGRAM DETECTED ERROR
TRAP+67(104467) PROGRAM DETECTED ERROR

SECCDIS :CALL=ECCDIS

TRAP+70(104470) DISABLE ECC ON ALL CSR'S

1609¢

SCHKIDIS; CALL=CHKIDIS

TRAP+105(104505)DISABLE ECC & WRITE CKBITS FROM 1 CSR

161 i
1610
16104
16105
161

SINVALID;CALL=INVALID
SERRGEN ;CALL=ERRGEN
$CBREG ;CALL=CBREG
SNOTRAP
SNOTRAP

TRAP+111(104511) INVALIDATE BACKGROUND PATTERN ON BANK
TRAP+112(104512)
TEST ERROR ADDRESS
TRAP+112(104513)ENABLE CHECK/SYNDROME BIT REGISTER

16110

SNCTRAP

160
16
16
16
16
1605
1605
1605
1605
1605
16096
1606

1609%
161
16101

161
161
161

SECCIDIS;CALL=ECCIDIS
TRAP+71(104471) DISABLE ECC ON 1 SELECTED CSR
SECCINIT;CALL=ECCINIT _ TRAP+72(104472) INITIALIZE ALL MK11 CSR'S
SECCTINIT;CALL=ECCVINIT TRAP+73(104473) INITIALIZE 1 SELECTED MK11 (SR
SCBCSR - CALL=CBCSR
TRAP+76(104474) WRITE GENERATED CHECKBITS IN ALL CSR'S
$CBI1CSR ;CALL=CBICSR
TRAP+75(104475) WRITE GENERATED CHECKBITS IN 1 SELECTED CSR
SWASSBE . CALL=WASSBE
TRAP+76(104476) WAS THERE A SBE ON ANY CSR?
SWAS1SBE.;CALL=WAS1SBE
TRAP+77(104477) WAS THERE A SBE ON 1 SELECTED CSR?
SWASDBE :CALL=WASDBE
TRAP+100(104500)WAS THERE A DBE ON ANY CSR?
SWASTIDBE
. CALL=WASIDBE
TRAP+101(104501)WAS THERE A DBE ON 1 SELECTED CSR?
SCLRCSR ;CALL=CLRCSR
TRAP+102(104502) CLEAR ALL CSR'S
SCLRICSR; CALL=CLRICSR
TRAP+103(104503)CLEAR 1 SELECTED CSR
SCHKDIS ;CALL=CHKDIS
TRAP+104(104504)DISABLE ECC & WRITE CKBITS FROM ALL CSR'S
SENASBE :CALL=ENASBE
TRAP+106(104506)
ENABLE TRAPS ON SBE'S FROM ALL CSR'S
SENATSBE; CALL=ENAISBE = TRAP+107(104507)ENABLE TRAPS ON SBE'S FROM 1 SELECTED (SR
STSTRD
;CALL=TSTREAD
TRAP+110(104510)TEST LOC (R1) & VST FOR SBE (WITHOUT FETCHES

SNOTRAP
SNOTRAP
SNOTRAP

F 14

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

TRAP TABLE

16113

177776

06-JUL-82 10:35

177776

SEQ 0380

PAGE 498

sSTATUS REGISTER

6 14
CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
TABLE
ERROR POINTER

161
1611
16118
16119

06-JuL-82 10:35
.SBTTL

TABLE

ERROR POINTER

;*THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.
;*THE INFORMATION IS OBTAINED BY USING THE INDEX NUMBER FOUND IN

s*LOCATION SITEMB. THIS NUMBER INDICATES WHICH ITEM IN THE TABLE IS PERTINENT.
IF SITEMB IS O THE ONLY PERTINENT DATA IS (ERRPC).
:*NOTE1:

;*NOTE2:

EACH ITEM IN THE TABLE CONTAINS & POINTERS EXPLAINED AS FOLLOWS:

g%gg S22
&~

¢ 071014

b
o
s

eS8y IS8 FLEY

ggF
838 1 S22 T2 232

Y
T IR
T
23

b md
e
ok
b o

B
)
b

kb o

D
b
et et

el ok md e ad md

i cd ekt o

b ced e
ek
e

S ekl el e

ek
b
2

b ek i

b
b
h md
B
b
b
B

h ol e ot ef o et ml
P

b a8
b

ot el

) e o} d

ooooooooooror0rOr
O OO OFOFONMONOOrOrOrOrOrOrOrOF O OO OO OO OO

VNN
=

::POINTS
:;POINTS
:;POINTS
;;POINTS

161

SEQ 0381

PAGE 500

;

701 ;7
72574

234

761

70214

72574

234

7611

41
72574

234
067611

7611

TO
TO
TO
TO

THE
THE
THE
THE

ERROR MESSAGE
DATA HEADER
DATA
DATA FORMAT

;

ABLE

161;5
16173

MS11-L/M/P MEMORY DIAG. MACRO M1113
ERROR POINTER

066426

070301

16174 &
16175

07;720
06

161;9

0676

e e

2}73 066436 0 1
6179 wfi 07. ;go

e e

6180
D

2 81 066444
d wnd

i e s

0672
0676

070301

7676

70347

Vvivauviwve

L8R

XNSa =ns

:ERROR

;ERROR

s;ERROR

073181
067738
073181

:ERROR

sERROR

:ERROR

;ERROR

;ERROR
EM11

7611

%fi e
org;gg
g
%g 4
@% i
06773‘
56

06-JUL-82 10:35

g\fi\fl

TM~

D d e

d el e

D e

o ke
alealeale
e e Lo o Yo Yo

i e
i s
i e e e
s s e ol el el el il il il il il e el el il el il e el e el e el e e
il ol il o

SRSSERURARAC 23R

e o e

6185

D d il e

-4

H 14

PAGE 502

SEQ 0382

I 14

gznsno MS11=L/M/P MEMORY DIAG. MACRO M1113
ABLE

ERROR POINTER

ei
067735
0

066574
576

PAGE S04

151

06~-JUL-82 10:35

144
7346

067611

070704

:NO MESSAGE

340

7611

7180
735

070740

06773

o
7374
7611
765

234

7611

071073

073%25
067412

sNO MESSAGE

SEQ 0383

J 14

ONO
OO

071171
8z3464
7442

OC
O

067724

—
d D e

73673

067530
067611

672756
067655

;ERROR

EMS52

DH25
D125
DF2
; ERROR
EM27

RROR

D
b wd

)

D d

D o

D e

d ol

e
ot ok —d —d o
D e
b el
D

06-JUL-82 10:35

b —d el e

ERROR POINTER

-l ol

ol o

) —d el ——

§N

HSE.O MS11-L/M/P MEMORY DIAG. MACRO M1113

72130

73624
10

067754
2175
7265

7611

PAGE 506

SEQ 0384

K 14

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

TABLE
16

16329

16
16

ERROR POINTER

16
16
16

16
16
16339
16

16
16
16
16

sz 51
450

7016

0 ;75
073747

7024

067610

7032
7034
7036

071261

550

437
A
067510
067754

7040
704

1
1
1
1

067611

12
1
16
1

701
701

7014

06-JUL-82 10:35
-ERROR

EM&O

DH2
DT

DF
:ERROR
EMS6

D127

DF1
:ERROR
EM61
4

DT24
DF14
:ERROR
EM29

06773

DH13
pT13

704

onorg

EM2S

8:1.0
75 g
06777

072327
074023

067570

DH
pT30
DF16
;ERROR

EMS7
DH30

DT30

DF16

1
1
1
1

7
7074

070625
73624
7510
067754

3
DH24
DT2%
DF14

71
7104

7 g
06777

7
72110
m
7114

553
073624
0
067754

D730
DF16
:ERROR
EM19
4
DT24
o;u

347

EN13

%
067744

D12
ogu

:
st

1
1
16
1
1
1
}

1
1

207
sy anss

1
}6

7
7124

7;%6

7744

13
13
;6

16384

067136

71343

067772
;8

DF11
:ERROR

DH27

073151
735

705
705
7054

;ERROR

if
s

EnsoU

%66

pT2

070625

£M20

o:u

PAGE 508

SEQ 0385

oo~

== B

mTMm

;

L1
MS11=L/M/P MEMORY DIAG. MACRO M1113
ERROR POINTER

S &7160
7142

067144

867516
67756

073624

orise
079740

067754
100344

8: 574
234

067611

073‘66

06~JUL-82 10:35

DTS¢

DF14

;ERROR

EM22
ougl.

DT24
DF14

sERROR
EM62
DH5

;ERROR

DTS
DF2

070740

EM22

067466
067744

D123
DF13

PAGE 508-1

SEQ 0386

nw%

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

ERROR DATA TAGS (DT)

o
16414 §§7
16415
067
16416 067

i
16417 827

§§7‘0§
741
16418
06741
7420
16419
067426
74
16420
06744

16421

06745

i
SR
R S8
7474

16424 ;g?
751

6
7524

16425

;

164

754

16428

75
75
0675

166;9 755

sSoonoooon

SSSER S

16413 06

pT1:

002070

pT12:
DT3:

ERRPC,0
ERRPC ,PADDRESS ,PARCNT,0

002032

002066

DT4:

ERRPC ,ADDRESS ,NEMCNT 0

177572
172516

177574
177766

DTS:

ERRPC ,MMRO,MMR1,MMR2 ,MMR3 , CPUERR,
0

002376
000000
005832
002050

DT6:

ERRPC APTPAR,LSIZE ,APTECC,MSIZE,O

DT7:

ERRPC,DUMMY
,ADDRESS ,DUMMY , GOOD ,BAD ,BADXOR

002174
00
002210

DUMMY ,DUMMY ,DUMMY , DUMMY ,0

DT10:

DETRO,DETR1,DETR2,DETR3
,DETR4 ,DETRS ,DETSP,DETPSW,0

pT11:

pT12:
pT13:

ERRPC,CSR,0
CSR,0
ERRPC ,DUMMY ,ADDRESS ,DUMMY , TSTDAT, TSTDAT+2,CHECK,CSR,0

DT14:

CONTRL ,MMRO ,MMR1 ,MMR2 ,MMR3 , CPUERR,
0

DT16:

ERRPC ,DUMMY ,DUMMY , GOOD , GOOD2,GOOD3

002174
002046
002054
000000
000000
002050

000000
002042
002174

DT22:

0753:

ERRPC ,DUMMY 0
ERRPC,DUMMY
,GOOD ,BAD , DUMMY ,DUMMY , DUMMY ,DUMMY , 0

002146
002174

DT24:

ERRPC ,DUMMY , CSR,DUMMY
,DUMMY , DUMMY , DUMMY ,0

002146

DT25:

ERRPC,GOOD,CSR,CSRNO,0

000000
002032
002174

DT26:
DT27:

ERRPC,BAD.0
ERRPC ,DUMMY ,ADDRESS ,DUMMY , DUMMY , DUMMY , DUMMY , 0

002174
002146

pT30:

ERRPC ,DUMMY ,DUMMY, GOOD ,BAD , CSR,DUMMY ,0

oSO

067, 96
16412 §§7
16411

002042

S NN S MRS S PP PN
v AR
S NS
U =S
Y
Nt
PN
d

16410 82

ERROR DATA TAGS (DT)
ERRPC ,ADDRESS
,GOOD ,BAD.0

002032
000000
000000
002034

NN S A

.SBTTL

PAGE 509

NS —--

s§

16408 06

SRO SROCOO
&S 20 SNOOOS D ON SO

16406 §§
16407

16404
16405 067176

06-JUL-82 10:35

002032
002246
000000
177574
177766

BAD,BADZ2,BAD3,DUMMY
,DUMMY ,0
DT17:
DT20:

ERRPC,GOOD,BAD,0

ERRPC,DUMMY
0

SEG 0387

IMSPBO MS11-L/M/P MEMORY DIAG. MACROC M1113

RROR DATA FORMATS (DF)

16431

16432

16433

067610

067611

000

PAGE ST

.SBTTL

ERROR DATA FORMATS (DF)

.BY7¢

0,0.0.0.0,0,0,0,0,0.0,0,0,0,0,0,0,0.0,0

DFé:

.BYTE

0,5,0.8..0,8.,8..,3,6.2.4

DF1:

.BYTE

000

06765
067
0676

000
000
000

000
000
00

067662
06764

010
000

000
003

000
006

16435 067652

000

005

000

010

003

006

000
010
o1

005
011
003

000
01
006

DF5:

.BYTE

0,5,0.8..9..9..9..3.6.2,4

000
010
006

DFé:

.BYTE

0,5,0,8..9..8..8..3,6,2.4

010

DF7:

.BYTE

0,5,8.,0,0.9..0,0,9..2.4

DF8:

.BYTE

8272

7646

765

067656
16436

7661

067663
0676?6
067671
867674
16437 67976
067701

000
000

000

002

010

002

885

000
000

000

004

000
004

004

000
000

010

DF2:

000

7614
7617

000

06-JUL-82 10:35

6772
067724

002
000

005
011
003
004
005
000
000
004
005

16441 8677;3

000

005

16442

677“

16443

7754

000
000
882
0

005
003
004
005

16444 776§

000

8‘1,2

003

005

000 DF15:

.BYTE 0,5,0.8..3.6.4

16445

000
000

883

010
003

.BYTE

067704

16438

7707
067711

067714

067717

16439

16440 067726

§§
7772

010

002
000

000
000
88?

010
000

004

011
01

88}

001

000
000

DF9:

0.5

000 DOF11:

BYTE

0.1,1.11

.BYTE 0.5.0.8..0,0,0,0.0

000
006

DOF13:

.BYTE

0,5,0,0.3.6.2.4

000

DF14:

.BYTE

0,5.0,3.6.2.4

006

DF16:

0,5.8..,0,0,3.4

SEQ 0388

B1S
06-JUL-82 10:35

me~
~

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

RROR MESSAGES (EM)

16448

16454

16455
1“;’

164

16‘;3

D —-d -l

164
16460

103

70137

111

115
115
104
115
127
1
1

1
105
105
m
122

1
1

10
10

101
105
1 ;
1

104
103
117
12;

106
103
122
111

117

185

0700
70071

070
7

;

D ol

el el

)

) o

71
72

714

71453

) el

“;s

115
125
1 §
1

071
071171
71;2
71

Bt D e

125

7 7‘2
7076
071014
0710

73
76
75
;9

) el

1
116

14!
4!

115
101

105

721

it el el e et it

)

6485

64
64

6491

101

101
117

114

1‘1,2

101
105

112

12
116

116

105

Eg:

s
EM&6:

EMS:

EM6:

ERROR ME

.ASCIZ
<ASCIZ

/PARITY ERROR(S) IN BANK 0/
/NON-EXISTANT MEMORY (MOLES) IN BANK 0/

ASCIZ
LASCIZ

-ASCIZ

/CAN'T SET

BIT MODE IN MMR3/

/ILLEGAL OR RESERVED INSTRUCTION (TRAP TO 10)/
/UNEXPECTED TRAP TO &/

LASCIZ
_ASCIZ
.ASCIZ
_ASCIZ
_ASCIZ
.ASCIZ
.ASCIZ

/MEMORY MANAGEMENT (TRAP TO 250)/
/MEMORY DATA ERROR/
/DETAILED ERROR DUMP/
/MISSING EXPECTED SBE FLAG/
/WRITE BYTE FAILED TO CLEAR SBE FLAG/
/FAILED TO GET INTERRUPT WITH DBE FLAG/
/MEMORY DATA ERROR IN CHECK BITS/

105
105

:
1:

JASCIZ
.ASCIZ

/SBE-DBE DID NOT CAUSE PARITY TRAP WHEN ENABLED/
/SBE-DBE ON MASTER TEST WORD/

105

m
152
1
110

153
105
103
105

EMI9:

.ASCIZ

/SBE-DBE CAUSED PARITY TRAP WHEN INHIBITED/

g:
EM23:
EM24:
EM25:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ

126

Efllg:

.ASCIZ

/MmOvB #

105

EM35:

.ASCIZ

/UNEXPECTED CORRECTION WITH ECC DISABLE ON FORCED SBE/

101

117

117
12
101

114

122
1

126
106

101

EM26:
EM27:
EM29:
EM30:
EM33:
EM36:

EM&G0:

EM50:

EMS51:

126

EM52:

114

EM55:

72327
72375
072437

1
127

122
1 ;

117
117

1 ;

101

103

126

104

122

.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
.ASCIZ
.ASCIZ
.ASCIZ

.ASCIZ

/MISSING EXPECTED DBE/
/UNEXPECTED PARITY TRAP/
/RECEIVED DBE FLAG WHEN EXPECTING ONLY SBE FLAG/
/CHECK BIT DATA ERROR/

/ADDRESS PARITY ERROR DID NOT CAUSE ABORT/
/ECC INWIBIT MODE POINTER FAILURE = DID NOT PROTECT BANK/
/CORRECTION FAILURE WITH ECC ENABLED ON FORCED SBE/
/WRITE BYTE WITH ECC ENABLED FAILED TO CLEAR DATA AT/<CRLF>
/FORCED_SBE LOCATION/

(R2)+ WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/

/MOV #177400,(R1) WITH ECC ENABLED CHANGED DATA AT FORCED DBE LOCATION/
/APT SIZE DISAGREES WITH PROGRAM SIZING/

/BRANCH GOBBLE FAILED CONDITION CODES TEST/

.ASCIZ

/BAD ERROR ADDRESS GENERATED/

.ASCIZ

/BIT SET ERROR IN CSR/

.ASCIZ

/FLAGS NOT SET ON FORCED UNCORRECTED SBE/

EM53:

.ASCIZ

Eflig:

LASCIZ

/BAD PARITY TRAP GENERATED/

.ASCIZ

/(SR UPDATE ERROR/

EM57:
EM60:
EM61:

.ASCIZ

.ASCIZ
.ASCIZ

SEQ 0389

S (EMm

EM7:
EM11:
Efllg:
EMI3:
EMI4&:
EM15:
EM17:

72275

.SBTTL

115
115
1;‘
123
111
111
115

PAGE 513

/BIT CLEAR ERROR IN CSR/
/ILLEGAL CSR_TYPE/

/WRONG CHECK BIT READ BACK FROM MEMORY/
/WRONG SYNDROME BITS READ INTO CSR/

c15

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35 PAGE 515

—

ERROR DATA HEADERS (DH)

16494
16495

16499

515

040

1649

560

040

164
16
16

953
20
7

040
040
040

16433

1650,
1650
16504
16505
16
8

1650

574

1
1
151
26

g
16588 07 s
165
7
16510 07344
12511 73461
1 51§ 7 22
16513
0735
16514 87 ;4
12515 73673
16516 073731
16517 073747
16518 074023

040

040
040
040
040
04

10
040
040
040
040
0
0
040
040
040
040
049

040

120

DHI1:

040

DH3:

040
040
040

120
120
040

DH6:
DH7:

040
040

040
040
103
040
103

117
040
102
040
040
040
040
040
040
040
040
040

158
120

Dllg:

.SBTTL

ERROR DATA HEADERS (DH)

LASCIZ

ASCIZ

DH5:

ASCIZ

122
120
123
120
110

DH10:
DH11:
DH12:
DH13:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCII
ASCIZ

120
101
120
120
120
120
120
120
120

DH15:

116

120
120

DH14:

DH16:

DH19:
DH20
DH23

DH24

DH25:
DH26:
DH§7=
DH30:

LASCIZ
.ASCII
ASCIZ

.ASCIZ

.ASCII
.ASCIZ
.ASCIZ
.ASCIZ
LASCIZ
.ASCIZ
ASCIZ
.ASCIZ
.ASCIZ

LASCIZ
.ASCIZ

DEV ADD

GOOD

1ST ADD

# OF ERRORS/

/7
/7
/

PC
PC

GI-CC BD-CC/
MMRO

MMR1
APTPAR
LSIZE
BANK VADD
BAD
XOR CSR

/ RO
R1
R2
/ PC
CSR/
/ CSR/
/ PC
BANK VADD
/ CHKBITS
CSR/

BAD/

MMR?2
MMR3
APTECC MSIZE/
PADD
GO0D/
MTYP_INT PAT/

CPUERR/

PADD

WROTE1

WROTEZ2/

/CONTRL

MMRO
MMR1
MMR2
MMR3
CPUERR/
/ PC
BANK
PADD
GD-WD1 GD-WD2 GD=CHK/
/ BAD-WD1 BAD-WD2 BAD-CHK INT PAT/
/ PC
BANK/
/ PC/
/7 PC
BANK GD-CSR (CSR) CSR MTYP INT PAT/
/7 PC
BANK GD-ERR BAD-ERR CSR MTYP INT PAT/
/7 PC
BANK (CSR) CSR MTYP INT PAT/
/ PC
GD=DAT (CSR)
CSRNO/
/ PC BADCODE/
/7
/

PC
PC

BANK
BANK

VADD
PADD

PADD
WROTE

CSR_MTYP PAT/
READ CSR PAT/

PSW/

DS
CINSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113
MESSAGES
16521
165 i 876102
165
741
16524 074241

16525
165 ?

074303
74

162
7440
16
74454
165
744
165
745
16531 074535
165 § 74547
165
74561
1 g
7
16535 074744
165
74746
165
74750
125
87475
5
747

6540
6541
65 ;
5
544
545
5 9

0
4
5
9

s
0

074775
075
75

75
075
075
750

751
751
751
075
75
75
75
075
075
75
754
754
754
75%2

00
00

040
200

060
200
00
00
00
00
040
0%
1
040
000
00
0

040
040
g
Ny

040
040
040
040

06-JUL-82 10:35

.SBTTL MESSAGES
MSGOO1: .ASCIZ <CRLF>/
MSGO02: .ASCIZ <CRLF>/
MSGOO3: .ASCII <CRLF>/
.ASCIZ 7/
-

MSGOO4: .ASCII <CRLF>/
LASCIZ /7012345670123456701234567012345670123/
MSGOOS5: .ASCIZ <CRLF>/ERRORS /
MSGO06: .ASCIZ <CRLF>/UNDEFINED TRAP INSTRUCTION/<32>
MSGO07: .ASCIZ <CRLF>/INTRLV /
s INTERLEAVED CSR #
MSGO09: .ASCIZ <CRLF>/MEMTYPE /
sMEMORY TYPE
MSGO10: .ASCIZ <CRLF>/PROTECT /
sMEMORY PROTECTED

123
040

MSGO13:
MSGO14:
MSGO15:
MSGO16:
MSGO17:

103
060
061
06%
06
064
065

117
040
040
040
040
040
040

075

040
040
106

040
066

000
040
123

MSGO11: .ASCIZ
MSGO12: .ASCIZ

MsSGO18:
MSGO19:
MSG020:

.ASCIZ
.ASCIZ
.BYTE_
.ASCIZ
.ASCIZ

.ASCiZ
.ASCIZ
.ASCIZ

MSG021: .ASCII
LASCII
«ASCII
.ASCII

066
067
070

00
00
00
00
00
00
SOO

061
061
061
061
061
061
061

060
061
06
06
064
065
066

061
01;

070
000

+ASCII
.BYTE_

061

00
00
00
040
121

1
5
6
012345670123456701234567/

040
065
122
116
116
105
122

%00
00

500
15

MEMORY CONFIGURATICN MAP/
16K WORD BANKS/
2
3/
7./

040
061
105
125
m
115
120
040
065
000
000
000
103
040

+ASCII
+ASCII
-ASCII
LASCII
.ASCII
JASCII
LASCII
LASCII
«ASCII
-ASCII
-ASCII
+ASCI1
LASCII
ASCII

200

SEQ 0391

PAGE 517

040
040
040

067
110

/
0
1
2
3
o
5
6/
/456701234567012345670123456701234567012345670123456701234567/

/x/
7/ /
0.0
<CRLF>/CSR
/
/

s SPACE
sFOR SINGLE ASCII CHARACTERS & TERMINATOR
:8 SPACES

/ /
;2 SPACES
/
/
:3 SPACES
<CRLF>/FS COMMAND MODE/

<CRLF>/COMMANDS AVAILABLE:/
<CRLF>/0 = EXIT/
<CRLF>/1 = READ SR/
<CRLF>/2 = LOAD CSR/

<CRLF>/3 = EXAMINE MEMORY/
<CRLF>/4 = MODIFY MEMORY/
<CRLF>/5 = SELECT BANK & TEST/

<CRLF>/6 = TYPE CONFIG MAP/
<CRLF>/7 = SOB-A~LONG TEST/
<CRLF>/8 = ERROR SUMMARY/
<CRLF>/9=

REFRESH TEST/

<CRLF>/10= SET FILL COUNT/
<CRLF>/11= ENTER KAMIKAZE MODE/
<CRLF>/12= EXIT KAMIKAZE MODE/
<CRLF>/13= TURN CACHE OFF/
<CRLF>/14= TURN CACHE ON/
<CRLF>/15= TEST SELECTED BANKS/
<CRLF>/16= TEST ALL BANKS/

LASCII

<CRLF>/17= ENABLE TRACE/

MSG022: .ASCIZ

<CRLF>/WHICH CSR(0-F)? /

<CRLF>/18= DISABLE TRACE/
15,12,0

103
103
103

123
123
117

MSG023: .ASCIZ
MSG025: .ASCIZ
MSG026: .ASCIZ

103
105

123
130

MSGO28: .ASCIZ
HSGO§9: <ASCIZ

<CRLF>/CSR IS NOW/
<CRLF>/EXAMINE MEMORY/

124
102

111
131

MSGO33: .ASCIZ
MSGA34: .ASCIZ

<CRLF>/TIMEOUT TRAP/<32>
<CRLF>/BYPASSING ECC TESTS ON BANK /

117

1%
1
150

104

126

114

101
110
101
125

000

MSGO27: .ASCIZ

MSGO30: .ASCIZ
MSGO31: .ASCIZ
MSGO32: .ASCIZ
MSGB34: .ASCIZ
MSGO35:

.ASCIZ

<CRLF>/CSR WORD? /
<CRLF>/CSR DOES NOT EXIST/
<CRLF>/COMMAND:/

<CRLF>/OLD CSR WAC/

<CRLF>/SANK(0-167)? /
<CRLF>/PHYSICAL ADDRESS(0-17757776)? /
<CRLF>/PARITY ABORT/<32>
/ DUE TC SBE LOCATIONS/
/av/

E1S
| CZMSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113

' MESSAGES

16578 076184

200

115

MSG036: .ASCIZ

<CRLF>/MODIFY MEMORY/

116

MSGO39: .ASCIZ

<CRLF>/INPUT NEW DATA? /

101
105
105

MSGO41: .ASCIZ
MSG042: .ASCIZ
MSGO43: .ASCIZ

200
588

117
104

114
101

16582

076

200

123

105

16586
16587
16588
}gg

076373
076426
076445
076505

200
200
040
200

124
124
116

102

117
105
117
101

16591 076549
16592 07655
16593 07
16594 0766
16595 076655
16599 876664
16597
076704
16598 076715
16599 076725
16600 8797 7
16601
07 002
1
g 07701
1
077046
1
877064
16605 77119
1
87713
1
77153
|
7
1
77224
16610 07724
16611
077
1
1; 77
16613
07731
16614 077 ;2

120
200
500
00
077
1M1
116
116
040
200
102
11
200
500
00
200
040
200
200
500
00
040
122
102
040
200
200

117
123
102
040
077
116
040
125
104
105
101
040
122
122
040
105
105
106
113
123
125
m
105
101

105

16583
076
16
076
16585 076351

16615
1
19
16617
16618
16619

077
77
077374
077423
077445

77447

16621
77528
1
; 775
1
77615
16624 7796}
16625 07771
1
77730
1
77745
i
777
Y
77
|
1
3
16631 1
4
122
1
4
1
1
16634
100061

200
200

8?0
2

200

00
00
00
200
113
113
113

040
200
000
040

102
124
124

040
105
114
114
000

MSGO37:
MSGO38:

.ASCIZ
.ASCIZ

MSGO40: .ASCIZ

MSGO46:
MSGO47:
MSGO48:
MSGO49:

.ASCIZ
.ASCIZ
.ASCIZ
.esgzl

127
117
105
040
077
120
117
115
105
122
126
127
105
105
040
116
122
111
105
125
123
123
114
116

MSGO51:
MSGO55:
MSGOS6:
MSGOS58:
MSGO61:
MSG062:
MSGO63:
MSGO64:
MSGO65:
MSGO66:
MSGO67:
MSG070:
MSGO73:
MSGO75:
MSGO76:
MSGO77:
MSGO79:
MSGOB5:
MSGO8B:
MSGO89:
MSGO90:
MSGO91:
HSGO9§:
MSG093:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
«ASCIZ
.ASCIZ

116

MSG105S: .ASCIZ

126
116
105
105

103
103
117
101
040
040
040
040
040
103
103
103

101
101
116
114
117
117
117
040
040
101
101
123

103

MSGO95:
MSG101:
MSG102:
MSG103:
MSG104:

.ASCIZ
.ASCIZ
.ASCIZ
.ASCIZ
.BYTE

MSG106: .ASCIZ
MSG107: .ASCIZ
MSGI10: .ASCIZ
MSGI11: _ASCIZ
MSG112: .ASCIZ
MSGI13: .ASCIZ
MSG114: .ASCIZ
MSG117: .ASCIZ
MSG119: .ASCIZ
MSG120: .ASCIZ
MSG121: .ASCIZ
MSG122: .ASCII
MSGA122:.BYTE_
.ASCIZ

SEQ@ 0392

PAGE 517-1

117

16579 07
16580 07622

16581 07

06-JUL-82 10:35

<CRLF>/OLD DATA WAS /
<CRLF>/DATA IS NOW /

<CRLF>/SELECT BANK § TEST/

<CRLF>/BANK NOT_ACCESSABLE/
<CRLF>/TEST(0-47)? /
<CRLF>/TEST 0 DATA IS? /

<CRLF>/TO ESCAPE TYPE ANY KEY/<CRLF><12><12>
<CRLF>/TEST COMPLETE/
/ NOT AVAILABLE NOW - TRY LATER!/
<CRLF>/BANK REQUIRES RELOCATION/
/POWER RECOVERY/
<CRLF>/SOB-A-LONG TEST/
<CRLF>/BELL = EACH PASS COMPLETE/
<CRLF>/ (SR
CSR .../
/?2222%/
/INPUT MUST BE A/
/N OCTAL /
/NUMBER/<CRLF>
/ DECIMAL /
<CRLF>/ERRORS > 20 - ABORTING FOR XXDP CHAIN/
/FATAL /
/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/
/ IS EMPTY/
/RELOCATED /
/BANK=/
.

/ TEST=/
<CRLF>/ENTERING KAMIKAZE MODE/
<CRLF>/LEAVING KAMIKAZE MODE/
<CRLF>/LEAVING FS MODE/<CRLF>
32,0

: CONTROL Z

<CRLF>/ENTER BANKS - USE NUMBER 200 TO TERMINATE/

<CRLF>/CACHE IS OFF/
<CRLF>/CACHE IS ON (EXCEPT DURING ACTUAL PATTERNS)/
<CRLF>/ONLY SELECTED BANKS WILL BE TESTED/
<CRLF>//_L BANKS WILL BE TESTED/
/K OF MS11-L/<CRLF>
/K OF MS11-M/<CRLf>
/K OF MS11-P/<CRLF>
<CRLF>'"
11/44"
<CRLF>/
NO/
/ CACHE AVAILABLE/
/ CACHE BYPASSED/
<CRLF>/CSR NUMBER /
0
/ CONTROLS TOO MANY BANKS/

CF1S
MSPBO MS11=L/M/P MEMORY DIAG. MACRO M1113
SSAGES

1004g

]

1664
16649 100420
16650 100420
16651 100420
16655

00
00
200
120

001 536

000200

120
120
124

124

200
040
200
122

101
122

}22

NOWON)

166

040
200
00

22293

100112
100134
100201
1

—3 dg

16635
16636
16637
16638

06-JUL-82 10:35
-ASCIZ
: JASCIZ
ASCIZ

nscm§ -ASCIZ
.ASCIZ
: JASCIZ

MSG129: .ASCIZ
M62:
.ASCIZ
.EVEN
SSEND

.PRINT

SEQ 0393

PAGE 517-2

/ PASSES COMPLETED/
<(RLF>/PROGRAM (SR COULD NOT BE DETERMINED/
<CRLF>/TRACE ENABLED/
<CRLF>/TRACE DISABLED/
<CRLF><CRLF>/
CSR MAP/<CRLF>
<CRLF>'* CZMSPB MS11-L/M/P MEMORY DIAGNOSTIC''
<CRLF><CRLF>

/PROCESSOR NOT SUPPORTED BY THIS DIAGNOSTIC/

60000-SUPLIMIT

.END START3

sSUPERVISOR ADDRESSES LEFT

615
CIMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113

| SYMBOL TABLE

06-JUL-82 10:35

SEQ 039

PAGE 517-3

CABORTF 002142
| ACFLAG 002114

80
81

00461
00555

86
86

043616
064022

CPUBIT 002104
CPUERR= 177766

DHI3
bHis

073151
073gse

| ADDRES

8100

054626

B6S

045246

CRLF = 000200

DHI&

073444

(ACTFLA - 002346

| ANA2

| APTOOW

Blo

8101

055124

810
8104

574
600

8102

APTHAN

015320

8105

APTPAR
APTSIZ

0024
00244

APTECC 0024
APTFLA 0023

APTHLT 0500

8106

8107
811

BACK
BACKGN
BAD
BADPC
BADPSW
BADSP

041
00205
002020
0020
002024

812
813
Bl4
B15
816
B17

BADXOR
BAD¢
BAD3
BAFPAF
BAFPAR
BAKPAT

002056
00205
00205
015454
013562
0026

B20
B21
B22
823
B2%
B2S

BADSTA 042626

013dg

055132

676

770

063054
014216

014304
014346
014572
015364
017002
017252

006012

B26
B27
&
B30
B31
B3
83
8
B35
8
B3
84

024376
024404
006062
02470
032414
034132
034170
034612
034650
034664
035004
370

BITI4 =
BITIS =

84
8¢

036402
036542

BTG =

006424

85
85
B5&
B55
856
B57
86
B60

037662
040200
040350
040364
040430
043446
012576
043452

BANK
BANKIN
BANKMO
BANKOK
BAWPAF
BAWPAR
BGTEST
BITNO
BITO =
BIT =
BITIO =
BITIY =
BITIE =
BITIS =

BITS
BITS
BITA
BITS

=
=
=
=

BIT?
Bite

=
-

BITY =
BLOCK)
BLOCK
BLOCK
BMFLAG
B0OT
BOOT!
BRGOBB
BSIZE

0 21

0474

0
20

036630
1

840
B41

B4k
84S
B4
B4?
850
851

B61

017260
017276
017340
017412
024172
024176

B6.

B66

B67

044026
045254

045404

87
B70

013422
045420

872

053006

B71

B73
87

052550

053270
053564

875
053564
B76
053662
B77
054622
CACHKF 002546
CACHKN 002542
CACHOF= 104424

CACHON= 104423

CACHVE= 000114
CBCSR = 104474
(BITS
0023i4
CBREG = 104513
(BICSR= 104475
CHECK
002312

CHKDIS= 104504
CHKGEN 044400
CHKTAB 044506
CHKTRP 040626
CHK1DI= 104505
CKEND 064114
CKSWR = 104410
CLRCSR= 104502
CLREX
007754
CLRMEM 007644
CLRICS= 104503
CMD16A 053650

035164
035206

CMD16L= 000074
CMDSB
052012

036600
037072
037260
037456

CMD7C
cND98
CMDIC_
CONFGE

037632
037652

043612

= 000015

CSR

002146

CSRADD= 172100

CSRCAS 020176
CSRFBA 002230
CSRFIR

002224

CSRINC
CSRINF

002326
002460

CSRHOL 002524
CSRINT
CSRLAS
CSRLBA
CSRLOO
CSRMAP
CSRNO_

002234
002226
002232
002330
005776
002150

CSROUT 044014

CSRSTU= 000021
CSR1S
002320
CTEST
006660
CTLKVE 002144
DATARG= 177754
DATBUF 002240

DHZG

DH2S

DH2§
DH7

DH3
DH30
DHS
DH
DH7
DIAGFL

072515

073468
073545
073624

073673

073731
073747

072540
074023
072574
072653
072720
002002

DISPLA 002626

DISPRE= 000174
DISPTB 014772
DOBACK 015354
DONE
006644
DSWR = 177570
DT1
067176

DF1_
DF11

DT27
DT3

067550
067214

DT7

067266

DF13
DF14
DF15
DF16

067744
067754
£57763
067772

CONFIG
CONTFL

002652
002220

DF3
DF4

067635
067650

CPSAVE

061364

CONTRL= 177746
CONTS 064264
CONTS1 063642
CONTS2 064266
CONTS3 056424
CONTT 064210
COUNT 002366
CPERRF 061366

DH0
DHZ3

073461

067316
067340
067346
067352
067374
067412
067442
067210
067450
067460
067466
067510

052620
053264
053340
002446

CONFIE 003656

DT10
DT11
DT12
DTI3
DT14
DT16
DTI7
DT2
DT20
DT22
DT23
DT24

002212
063030

052306
052544

DHI9

07332

DBEMSK 002254
DEENER= 104421
DETAIL 062340
DETFLA 002216
DETPSW 002214
DETRO
002176
DETR1 002200
DETR2
002202
DETRS 002204
DETRG 002206
DETRS 002210

DDISP = 177570

DETSP
DET1

CMDSC
(MD78

DHIS

DF2

DFS
DF§
DF7
DF8
DF9
DH
DHI0
D11l
DH12

067610
067733

067611

067663
067676
067711
067724
067726
072460
073030
073126
073144

DT25
DT26
DT30
DT4
DTS
DT6

067530
067542

067570
067224
067234
067252

DUMMY
002174
DUMPCS= 000103

ECCDIS= 104470
ECCINI= 104472
ECCTYP 005716
ECCIDI= 104471
ECC1IN= 104473
EMTVEC= 000030
EM11
070301
EM12
070323
EMI3

070347

H15
CZMSPBO MS11~L/M/P MEMORY DIAG. MACRC M1113

SYMBOL TABLE

13550
EM17
EM19

07051
37055

070625

070

Enge

070740

3EM.

8700
071

014

EMSS

071073

ges

301

;

griin

071261

E
EM
EM
En3s
EM

A} el
71453
071560
0r1
66e
77

ens

070071

EMeo
EWS

07202
0701

EMS50

!Hé E’ i

72074

EMS1

072130

EMS2

72254

Ense

0r2ers

7e3e7

EM6

070214

EM6
E

£
Eiog
E10

E106

£106

E11
EIT

E1e

E1S

Ele

E17

E2
€2
£5Y
E52
68
E50

£ss
E56

Ezg

E32

E3%

;

E35

539
3

END
100420
ENERGI= 1044 8

EaS
Ez‘

B
E
0 @
ENA1SB
= 1c
52
s
ol
ERRMAX
ERROR

ERRPC
ERR
PSV
ERRSP

e
00255

6
:

EVEN

XChDS
?

E¢
S
£

Ec?
3
ES

726

065035

Ota
zre
Qté
ere

Dot

E6L

044056

IPAT
047512
HOLDLO=
000016

E67
E7

045620
013564

lasave
IBSAVE

£70

045532

E71

052612

€73

053332

£72

033110

€74

053624

E76

053700

E7S

033634

014713

Er7

017635

054662

FATALS

006096
017586
Jinave
017
316
O17i

002062

FCMDI1 053452
FCMD12 053474
FCMD13 053514
FCMDI4 053536
FCMDI5

015433

017606

O2idse

03e3%0
05¢36s

024546

006200

00¢00

034406

O3cans

035156

035125

035126
566

pE
036524

0367
036716

03
7118
037430
037636

006
556
0401
50

SEQ 0395

PAGE 517-4

FASTCI= 177640
FCMDTO

FCMD16

FCMD17
FCMDI8

FIELDS

053424

053554

053640

053702
033716

050114

FIRST = 060000

FINDBA= 000067

FINT.

. 007176

FLIPLO

FLIPUA

FLUSH

002604

041106

015064

FSCMDO

050312

FSCMD2
FSCMD3

050524
050672

FSCMD?
FSCMD8

053412
052704

tiicsn.

IRPTES

0eise
?97779
o161%6

013068

INCBNK

047935

INCPAT

047476

INCRT

047476

IeiAN

002536

INTEGK

003136

INHBAN

002556

INTFLA 003134
INTGK_

002136
INVALI= 104
511

IoTvEC= 000029
JWRLT 065732
KAITE 099006
KDTAC = 000000
KDI
AG

000010

e oL

KDPARG= 172374
KDPAR?= 172376

KERNEL = 003000

KIPARGS 173350

KERSTK= 002000

KELAG 002526
i

KIPARGS 175334

K1PDRO= 173300

KIPDRO= 172300

KPFLA
KSTACK

00s3e
003363

um
igE 0 B
e
FSCPDE 052404
TBL 002556
FSCMD9 053132
002440

FSINFL

FSPAT

052166

rs1

050200

FSSTAC

LASTBL 002556
LASSS = 000610

LBL
ST == 000107
L

GETDAT 054410

EeS

040t

HEADER 002600

000057

004626

004670

L10

005166

L100

013056

L102

013326

L104

01326

L101

(105
(1
05
L10

L107

L1l

013080

013326

01
32
3
O13
e3¢

013300

005174

L110
(111

013306
013332

(113

013550

L112

013550

L112
L115

013320
013336

(117

014266

L116

013542

L120 014262

121

005344

014254

L122

014260

L124

014362

(156
L127

014544
014744

(132
L133

014632
014662

123

014266

N9
i
131
014620
015060

076

002044

L137

LBLS3

G0OD2

LWSBE

=
(BL
S4 = 000447
BLSS = 0004

LBLS¢ = 000602

043520

LSIZE
002376
LWDBE = 000061

014
676
014742

002304

Go0D~ 009043

002564

L134

LBLSS = 000023
LCSROU= 000063

Du3se0

LOADHO

(135

FS7FLA 002444
FUL
LRE 002
GBLENG= 000540

ocosre

LOADER=

S00ens

L
E
040116
555
040334

ES7

XCMD4

-4

E31 033500
E5

72437
364

ENE
XBK ?fi%‘
ERRADD
00245

0o2)
60

06-JUL-82 10:35

L136

014744

L14

L‘gm; 000101

L140
Li41

00524

L142

015350

Lpts

L14s

015550

L15

005504

Linci 002320
. 177
546

Lié?

015170
015200

0laoce

115

SEQ 0396

CZMSPBO MS11-L/M/P MEMORY DIAG. MACRO M1113 06-JUL-82 10:35 PAGE 517-5

‘

SYMBOL TABLE

L1%

016440

L235

023172

L322

034756

L&2

161

L3264
L325
L326
L327
L3
L330

034720
0347
034744
034770
006144
035126

L332
L333
L334
L335
L336
L337
L
L340

035040
035072
035056
035070
035114
035102
154
035114

LS10

0524
05 4?‘
052576
053110
053074
546

0 4;72
0243264
024370
005774
024532
024500
024532
024744

043476

L3S0
L504
LS50S
L506
L507
Ls1

L2645
L246
L2647
L25
L250
L251
L S§
L25

L427

04217
04 §16
04 §0
043232
043240
0463476

017550
0
gg
0201
020266
8 8 14
0
13
02032

035026

Lé&21
L‘Sg
Lé
L4264
L425
L426

16§
16
164
165
169
19
1
170

017500

0 3;
005764
023540
023550
05 550
023560

Ls50

052120

L
L24
L2640
L2641
L 6;
L24

0421

L501

01674
0170,
017
017070
005
017516

L6420

006420

L154
L155
L1
L15
L16
160

034706

053044

17;
17
174
175
179

0204
020426
0204
0205
8 125

L255
L556
L257
L260
L261

025052
025024
025102
025272
025624

L34
L34
L3446
L345
L346

036574
036600

S St

St et as ok o e

L15

171

0
1

.ttt

05
09
0
1
10
n
1;
1
14
15
ls

016570

020

21
004776
5644

gl gttt

140

176
022206
8
06
1
4
8'

1
0

L 6;
L26
L264
L265
L266

L267

024744

026114
026152
026252
026276

L351
L352
L354
L355

035226

036702

036706
037024

037162
037334

037404
037540

026670
026730
027022
0270
005020
1%2
0270
03065

L360
L36
L36
L364
L365
L37
L371
L372
L374
L375
L37
L37
L4

006256
060244
040
060624
040430
040502
040504
00503

L400

040542

L4602
L406
L407
L&l
L6410

040566
040660
040656
006
040700

466
“
438
S
544

L305
L306
L3
L310
L3

032406
032466
006120
034164
034170

L31§
L31
L314
L315
L3
1320
L321

L341

006146

026420

030652

554
I{
5
34
)
G

L331

L357

L30

L 30

L323

026350

622

o
5

L254

024324

;

L2446

0532;8

L27
L270
L271
L2?7
L27
L2764
L275
L276
L277
L
L30
L300
L301

v
1
02231
2

[lgl

1;8
1

L ig

026526
0265
026630

030650

032350

034264
034342
034360
034364
006126
034634
034644

L36

L40

L4601

Len
L4612
L413
L414
Lé15
L4616
Le17

252

037610
037762
040036
0460054
040102

Lé
L430
L431
L6432
L433
L4634
L4635
L436

L437

Lé4é
L440
L441
L442
L443

Lé&44
L445
L446
L447
L45

L450

L451
L452
L453
L454
L455

045220

006454
045234
045246
045246
045350

045400
045522
045522
045522
006526

045502

LS
L312
LS13
L314
L515
L3516
L517
L520
Ls21

L522
L523
L524
L525
L526

LS527
L530
L531
L532
L533

053202
053204
053316
053606
053610
054054
054070
054074

054112

054240
054242
054306
054532
054640

055144
056462
056464
057314

057326

L534

057344

L6456
L457
L46
L460
L461
L46
L46
L464

045522
045564
045564
045614
045734
047170
047376
006516
047560
047664
047670
047676
047712

L535
L3536
L537
L54
L540
L541
L542
L543
L544
L545
L546
L547
LS5

057420
057434
057636
057644
057672
057704
057722
006644

L466

050136

L551

057746

L4?
L470
Le71
L472
L473

006520
050302
050342
050346
050376

L465

0460562

L467

040700
041016
041064
041476
0462062
042164
062154

002424
043540
043546
043642
043642
043704
043712
044034

0521

L4746
L475
L476
L&77
L5
L50
L500

047724

L550

050146

L552

050410
051576
051636
051676
005114
006542
052104

L56
L560
L561
L56
L56
L564
L565

L553
L554
L555
L556
L557

057346
057366
057400
006602
057416

057734

057770

060036
060116
060132
0601
060250

011564
06034
060350
060656
060656
061116
061052

J 15

t37e
LS
| L6

061

061396
8813%6
5174

L60
. L600
L601
L60
L60
L604
L60S
L

011572
061672
062620
063024
06
063110
063114
064§

L61
Lbéo

012404
0643 8

L607

MT0004

=}000$

flTOOO’

MTPBO3
MTPBO4

MT0010
MT0011
MT001
MT001
MT0014
MT0015
MT0016
MT0017
MT0020

MTPB21
MTPB24
MTPB2S
MTPB26
MTPCO3
MTPC21
MTPC24
MTPC25
MTPC26
MTPDO3
MTPD21
MTPD2S
MTPD26
MTPEZ25
MTP000
MTPOO1
MTP002
MTPOOS5
MTP006
MTP007
MTPO10
MTPO11
MTPO12
MTPO13
MTPO14
MTPO15
MTPO16
MTPO17
MTP020
MTP022
MTP025

MONFLG

MSEEDH
MSEED
=SGA1

064320

MTPO30
MTPO31

MTP032
MTPO33

MTP034
MTPO35
MTPO36

MTPO37
MTPO41
MTPO4
MTPO4
MTPO44
MTPO45

MTP046
MTPO47

030536
027514
027652

MTST3
MT0000
MT0001
MT0002
MT0003

021242

MTPA21
MTPA24
MTPA2S
MTPA26

076505

MSGOS1
MSGOS55

O000
LY LN LY LY

MSG049

177572
MMRO
177574
MMR1
177576
HHR%
MMR
MMTRAP
MMVEC =

KRS FJ?C’
SRSAE
S
OO &

L5746

061076
061116
011570
061136
061330
061%00
061 gg

SEQ 0397

PAGE 517-6

OO0

L566
L567
LS7
L570
SN
' LS7
LS7

06-JuL-82 10:35

NONOND A

CIMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113
SYMBOL TABLE

K15

PERR31=
PERR32=
PERR
PERR

PAF BAF
PAFBAW

PERR37= 10446
PERRGO= 104464

PAReNT

PERRGS= 106467

PERRGT= 104465

PATERR
PATPLU

PFECWS
PFLAG

PCONF |

PHYADD

PASSNO

PFECEM

057506
062004
061744
061774

061710

061700
002120

PUESE. 015006

002036

PCONF S
PCONF 1
PCONF
POP11
PD1

PMEMFL 002140
PROTYP 003754
PSIZE
09;602
PSW
= 177776
PTABLE 036736

PERBNK

QUICK

PERAOS

PWRVEC= 000024
0024

PERECC
PERRAB
PERR

QVFLAG 0?6344
RANODD 036050
RDCHR = 104411

PERRA
PERRO1= 1

RDLIN = 10‘61;
RDOCT = 10441

PERRA

PERROS

:EI

=
PERR ?. 1

PERRYI1= 1

Plll‘li:i
:Elfl!
1
RR14= 1
:gaats- 1

A|
PERR,

PERR21= 1

PERRSSS 1
PERRZ4= 1
PERRZS= 1

PERR26= 1
PERR27= 1

RDDEC = 104414

REALPA

§276

REFRES

0351

REGCOP
RELENT

041076
045624

REFSUB

RELOCA

RELOCY

0352

045

045640

RESREG= 104416
RESTAR
2614
RESVEC=
10

RES2

RLFLAG

050636
002124

RTNVAL =2000000
SR

SAVCSR

SAVMON
SAVPAR

152

272
270

34
012312
002244
043242
104510
005524
011‘02

TST4

012560

TSTS

PERXOR
PFECDF
PFECDH
PFECDT

TRAPVE=
TSTBAN
TSTDAT
TSTRD1
TSTREA=
ST
TST

TST

PARITY
PARTHE
PARVEC=
PASFLG

SAVREG= 104415
SAVS
002266
SBEMSK 002250
SBENT
020150
SBESYN 034414
SBETES 017672
000004
SDPARO= 172260
SDPARS= 172272
SDPARG= 172274
SCPAR7= 172276
SEEDHI 002570

PARBAF

104455
104456
104457
104460

014744

TSTé
01501
TYPDS = 10440
TYPEIT= 104401
TYPOC = 10440
TYPOS = 10440
TYPSO = 000000
TYPS1 = 000002
TYPS2
= 000000
TYPS3
= 000000
TYPS4 = 000000
TYPSS = 000000

TYPS6 = 000002

SYSsiz
TAGZ2S
TAG3S
TAG4S

TAG70$
TAG71$
TAG72$
TAG73$
TAG74$
TAG75$
TAG76$
TAG?7$
TAG78$

TAG79S
TAGYS

18G4$
TCFIG1

TCFIG
TCF16G
TCONF
I

TEMP
TESTAD
TESTMO
TIME
TIMEOU
TKVEC = 000060
TMFLAG

TOOMAN
TOTCSR
TRACE

01157

006206

T12A
033260
T128
033302
UDPARO= 177660
UDPAR7= 177676
UIPARO= 177640
UIPAR1= 177642
UIPAR2= 177644
UIPAR3= 177646
UIPAR4= 177650
UIPARS= 177652
UIPARG= 177654
UIPDRO= 177600
UNITOP 002414
UNMAP
047006
UNRELO 046070
UPPFLG 002263
USERMA 046570
USESTK=_000700
USP
=X000006
WARN1
011760
WARN
057523
WARN
02754
WARNS
027563
WARNS
02760
WARNG
041320
3ARN6A
WARN
WASDBE=

WASSBE=
WAS1DB=
WAS15B=
WHICHC
WOOPEN
WOOPS

AANSS2IVRR

PERR30= 104454

NULLFL
NXTCSR
OLDCAC
OLDCSR

SEQ 0398

PAGE 517-7

(7]

NO22B1

06-JUL-82 10:35

CZMSPB0 MS11-L/M/P MEMORY DIAG. MACRO M1113
SYMBOL TABLE

CZMSPBO MS11~L/M/P MEMORY DIAG. MACRO M1113

SYMBOL TABLE

= 000110

SPER10

05675

$SWR_

SDOAGN
SDOWN
$oTBL

SLL
= 00010§
SLOADC 042750
SLPADR 002610

$PER12
SPER13
SPER14

05702
057044
057064

$T
=
n
STESTN 065710
$TkB
002632

SECCDI
SECCIN
SECCID
SECCTI

SENASB
SENATS
SENDAD
SENERG
SENV
SENVM

015350

015244
054 58
06

043270
043316
04
043332

043344
043
0152
04 966
065724
065725

$EOP
SERFLG
SERRGE

015070
002012
044112

SERRTY
SERTTL
SESCAP
SETABL
SETEND

061370
002616
005360
065724
066004

SERROR
SERRTB

$EXHAL

060536
066326

8&7’850

SLF

002647

SLPERR 002612
$LS
= 000000
SMADR1 065736
SMADR2 065742

SPER%‘I
$PER
SPER23
SPER24
SPER25
SPER26

SMSGAD
SMSGLG

065720
065722

SPER32
SPER33

SMTYPL

065751

SMAMSS
SMBADR
SMNEW

SMSGTY
$MSWR
SMTYP1
SMTYP2
SMTYP3

065750
066006
065024

065704
065013
065735
065741
065745

$GTSWR
SHALT
SHALT2
SHIBTS

$0CT8 = 065672
SOMODE 063354
SOVER
060502
$0$
= 000900

063756
061152
066060

SHIOCT

065204

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000001
04265
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SILLUP
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055
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000
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VIRTUAL MEMORY USED: 26136 WORDS ( 103 PAGES)
DYNAMIC MEMORY:
1558 WORDS ( 82 PAGES)
ELAPSED TIME: 00:26:58
CZMSPB.BIN,CZMSPB/CR/=SP=CZMSPB/ML
,CIMSPB.P11

$SPER1S
SPER16
$PER17
$SPER20

065746
065752
065704
065734
065740
065744

SNOTRA 066054
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SNWTST= 000201
SOCNT
063352

= 002000

SPER11

SMADR3
SMADRG
SMAIL
SMAMST
SMAMS?
SMAMS3

$ES
=
1
SFATAL 065706
SFILLC 002640
SFILLS 002355
$F$

SEQ 0399

PAGE 517-8

$01000= 000000

$DOAGA

ERRORS DETECTED:

06-JUL-82 10:35

$OCTVL

065666

$PASS

065712

SPERO2
SPERO3
SPERO4
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056570
056616
056646
056730

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066012
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056542

$PER27
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SPER34
$SPER35
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SPWURDN

05700

057106
057130
057150
057166

057204
057224
057242
057260
054016
057450
057470
054244
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057756
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060104
060136
060172
060222
060226

054412

$PWRUP 054766
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002645
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= 177777
SRAND
065470

5726

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002630
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=
7
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005
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$TPS
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002634
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010

064750
063356
056206

$TYPOC 063154
STYPON 063170
$TYPOS 063130
$T1
= 000000
$712
= 000610

SUNIT

065716

066014
065730
065754
065756

065206
064452
065036
043044

SWASS3
SWASID
SWAS1S
$XTSTR

043434
043714
043550
060360

065374
055370
060232

$ZAP42 015214
$2$
= 000000
$$S
= 000000

064322

SRESRE

065432

$SAVRE
$SAVR6
$SCOPE

= 163000

SUNITM
SUSWR
SVECT1
SVECT2

SRDCHR

SRDDEC
SRDLIN
SRDOCT
SREADC

$SWREG

$STN = 000001
$SVLAD 060466
$svs = 000000

SWASDB

$v$

043600

= 000000

$$T
= 000574
$$TT = 000602
SOFILL 063353

n1s
CINSPB

CREATED BY

SYMBOL CROSS REFERENCE
SYMBOL
VAL
ABORTF
002142
ACFLAG
002114

MACRO

ON 6-JUL-82 AT 10:46

RSFEIENCES

SEQ 0400

PAGE 1
CREF

#139-5610
0139- 99

+337-11083
170-6874

421-13227
172-6914

423-13273 +423-13289
182-7056
191-7354
507-7629

11-7723

454-14598
193-7370

*153-5992
229-8238
*160-6207
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167-6735
229-8248
+167-6729
*283-9571

173-6950
231-8263
*273-7224
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217-7919
234-8383
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+285-9669

217-7934

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igS-?S

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ACTFLA

002346

0139-

ADDRES

002032

01 9-

5~7591

1-11934

393-12473 397-12546 238-8456

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BACK
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153-5986

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48

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377-12075 +377-12077

*186-7243
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186-7248
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232-8279
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024
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*421-132
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*451-14530 *451-14530 +451-14535 *451-14540
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509-16405 509-16408 509-16411
509-16416

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458-14674

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155 s
6
1

187-7259
187-7 62
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227-8224

229-8238

456-14639 +458-14661
509-16419 509-16421

456-14622

458-14674

460-14689

460-14698

339-11124 #339-11133

421-13240
460-14719

451-14519

454-14599

169-6765

*169-6791
*173-6949
*195-7397

*170-6871
174-6959
*197-7427

*170-6877
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#139-5570
+339-111 421~ 13360 456-14599 454-14611
460-14709 465-14880 ‘65-1‘881 *465-14885
465-14884
465~14883
339-11121

226—8213

466-1491

*453-14592
509-16411

16701 *460-14720 *460-14727

#139-5574 +339-11137 320-1‘
#139-5572 +339-11134 +339-11135
337-11084 337-1109 339-11117

226-8198
377-12038

#328-10849
+317-10428 +319-10465
*324-10674 *324-10682 +325-10736
*451-14493 *451-14499 +451-14506

1-10505 % =10516 +322-10552 +322-10562
+323-10608
'3 6-10793 +326~10803 *421-13229 +421-13255 '4 3-13275
*451-14511 +451-14516 "51-1‘5 *451-14531 +451-14536

05
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240-8528

456=14613
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509-16405

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238-8485

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5739351
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*453-14591 458-14662 +460-14690 +460-14699 473-15107

010004

454-14601
195-7400

460-14698

460-14709

246-8726
*291-9807

*453-14547 *453-14552 *453-14557

509-16419

234-8345
169-6763

*172-6910
+191-7360

*173-6947
191-7360

*201-7503
+203-7541 +205-75
*207-7624
211-7692
213-7853
232-8289
232-8303
234-8356
236-8406
238-8476 *238-8483
238-8486 +238-8505
238-8505
242-8562
244-B591
246-8655
55-8833
257-8866
354-11380 361-11590 '363-11631
3-11634 +363-11644

319-10441
363-11644

211-7756
*238-8454
*240-8534

#211-7772

213-7828
*238-8476
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321-10484 321-10490 326-10777
365-11737 *365-11738 +365-11742

N1T5
. (IMsPB
CREATED BY MACRO ON 6-JUL-82 AT 10:46
| SYMBOL CROSS REFERENCE
| SYMBOL
VALUE
Rgz RENCES
|

*365~117646

’

369-11871

122640 +386-12255

§9

95-12510 +395-12516

BANK IN

002102

BANKMO
BANKOK

BAWPAF
BAWPAR
BGTEST
BITNO

0156

8170

= 000001

BIT1

= 000002

BIT10
BIT11
BIT12

= 002000
= 004000
= 010000

BIT13

= 020000

BIT14

= 040000

BITIS

= 100000

BIT2

= 000004

8IT3

= 888810

BITS

= 000040

8lTé

= 000100

8lr?

= 000200

8lTé4

371-11923 «373-12002

373-12003

388-12261 +388-12266 «388-12 70

12318 280-1% 19 390-12321
12450 *393-12471 +393-12477

397-12558

SEQ 0401

PAGE 2
CREF

ls 73

390-12340 390-12
393-12477 '393-12686 gg
=12485

395-12516
*395-12519

430-13486 +430-13487

igg-12219 *386-12 ;g *386-12228

397-12524

430-13488 +430-13508

+388-12307

90-12373 «390-12437
395-12491 +395-12502

+397-12544
+7-1;550

432-13527
«

528

386-12231

390-12313

12438
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397-12550 +397-12557

432-13529

+432-13542

458-14648 463-14811
472-15051 ‘72-159?5 472-15082 473-15089
#139-5596 +169-6768
169-6824
170-68
172-6913
182-7054
246~8711
1
355-11
361-11568 363-11639 365-11740
189-7335
363-11637 365-11735 #367-11788 377-12062
201-7506
203-7544
205-7589
207-7627 #373-11977
187-7261 #197-742
197-7450
197-7458
187-7262 #199-746
199-7487
199-7495
#313-10275 313-10296
335 %892‘ *291-9774 +291-9781
291-9817 +316~10373 +316~10381

47 =15109 485-15557
211-7698
226-8203
365-11744 +371-11926

#111-4749
166~653
315-103
36611245
350-113
386-122
#111-4748

158-6137
166-6552
315-10349
346-11249
350-11337
388-12275
151-5955

159-6170
166-6590
333-10949
346-11253
350-11339
458-14651
158-6144

159-6177
166-6611
335-11002
346-11257
363-11655
462-14762
158-6147

160-6208
166-6621
341-11150
348-11292
363-11708
465-14871
159-6171

160-6246
1666655
341-11154
348-11294
363-11717
465-14873
159-6177

1606272
166-6663
341-11161
348-11300
365-11756

162-6309
169-6831
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348-11303
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162-6322
169-6850
344=11224
350-11327
371-11955

325-10723
346-11%67
#111-4739
#111-4738
#111-4737
335-10966
#111-4736

335-10968
352-11353
315-10342
158-6139
155-6049
363-11719
155-6049

335-11003
352-11358

335-11027
371-11930

346-11237

346~11241

162-6309
182-7095

346-11253

162-6322
182-7118_

346-11257

162-6330
182-7130

182-7071
155-6056
390-12371
157-6106

279-9465
166-6588
478-15240
157-6107

283-9612
182-7071
478-15241
174-6961

287-9714
182-7101
478-15256
174~6977_

371-11967
182-7132

226~8204

189-7297

246-8691

344-11212
478-15240
166-6642
365-11753
429-13446
166-6605
326-10780
365-11741
473-15112
154-6031_
325-10723

354-11383
478-15256
255-8855
367-11812
430-13489
166-6631
344-11221
365-11753

363-11641

363-11688

163-6376

46-8705

163-64046

273-9293

26-10791
365-11768
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355-11415
426-13339
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326-10801
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355-11417
426-13345
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32410672
363-11703
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154-6029
315-1033¢

#111-4746

154-6029

213-7847
#111-4746
365-11766
#111-474
393-12466
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273-9235
153-5978
371-11970
172-6930_
393-12482

#111-4745

137-5536

153-5981

166-6532

166-6592
155-6050
371-11964
155-605

279-946

343-11186
375-12030
166-6640
363-11694
429-13442
1
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325-10735
363-11726
463-14816
154-6030
316-10385

154-6030

145-5839

321-10493
166-6525
375-12021
331-10889
397-12540

154-6000

166-6552

282-9498

166-6559_

283-9609

160-6247

166-6665

287-9711

297-9976
367-11828
432-13530
213-7822
344-11231
367-11812

162-6311_

337-11086

346-11262

154-6033

157-6104

160-6222

344-11221
166-6596
377-12066
331-10926
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348-11281
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348-11301
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335-11051

170-6882

145-5840

154-6001

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246-8685

316-10404 *325-10711 +325-10719

346-11262

321-10503

321-10512

365-11745

365-11750

297-9977
371-11961

321-10487
400-12624

344-11231
400-12640

213-7840
350-11316
367-11828

213-7843
363-11640
406-12659

213-7847
363-11656
426-13339

166~6578

91-9785
352-11358

166-6534_

346-11267

160-6232

166~-6631

352-11353

160-6262

323-10604

160-6280

460-14710
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189-7331

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363-11707

363-11659

371-11927

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365-11763
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390-12433

273-9284

279-9451

283-9598

287-9700

B16
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CREATED BY

| §¥m':" cfif&mmfl

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MACRO

ON 6~JUL-82 AT 10:46

FERENCES

1-10888 344-11207 363-11655

21114741

184~7168

363-11658

SEQ 0402

PAGE 3

sord

363-11659 371-11949
371-11943

486-15627

390-12359

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283-9562

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wids

W Vi WD

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= 90020

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*151-5967 *164 ~6457 *167-6732 *169-6792 *382-12186 *382-12190 *384-1220¢
*462-14792 *466-14916 *476-15198 509-16409 509-16417
*384-12214 *386-12256 *388-12
#111=47
434-13655
#111-4705
513-16476
517-16523 517-16524 517-16526 517-16528
517-16532
6543
517-16545
h

CR
CRLF

#111-4776

s e

= 177766

CPUERR

371=-11931

dersgt

#434-13642
462-14757
#139-5687

CPERRF
CPSAVE
CPUBIT

o
b

#485-15566
#483-15468
0422-15568 422-15563
4

CONTS
CONTS
CONTS
CONTS
CONTT
COUNT

145-5828

380-12122 *382-12174

NNNNNNNNNY
UL
UL U

= 177746

209-7673

b ot

CONTRL

3-1164
363-11
371-11 36
390-12324

g 1-11931
71-11970
t458-16§52 *458-14654
#139-5635 *187-7254

002220

*169-6851

184-7168
]
226-8204
246-8691
*246-8705
2466-8712
315-1034
329-10874
335-10974 335-10995 335-10997 335-11026 335-1104
335-11051
363-11655 363-11656 363-11657 363-11658 363-11659 363-11659
363-11721 *365-11741 *365-11745 *365-11750 365-11767 371-11927
371-11946 371-11949 371-11955 371=-11961 371-11964 371-11967
390-12371
395-12505 395-12511 *400-12624 *400-12640 *458-14651

35-10966

CONTFL

CREF

CONF
GE
CONF IE
CONFIG

26-10‘00 4£21-13249

SEQ 0403

PAGE &

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CMDS5C
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2% 334£8o%

CREATED BY MACRO ON 6-JUL-B2 AT 10:46
- SYMBOL CROSS REFERENCE
| SYMBOL VALUE
RSFEIE

D 16
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CREATED BY

| SYMBOL CROSS REFERENCE
| SYMBOL
VA&S

' CSR

146

MACRO

ON 6-JUL-82 AT 10:46

R‘EFE%‘KSS

7139-5612
'174-6909
*

CREF

+160-6230
*1746~7006
=9501

+160-6256
+174-7006

+291-9786

4—1

= 172100

CSRCAS
CSRFBA

020176
002230
002224
88 3 g

CSRINF

002460

#139-5715

#157-6103

+157-6104

157-6112

CSRINT
CSRLAS
CSRLBA
CSRLOO
CSRMAP
CSRNO

02234
0

#139-5642
#139-5639
0139-5641
#139-5
157-618
#139-5613

+211-7695
*211-7724
*211-7694
*211-7697
#159-6151
'160-6206

CSROUT
E;g;;

6316
4 28

CTLKVE
DATARG
DATBUF

4
= 177754
002240

DBEMSK

002254

1-9793

6?-6%
273-923

591-9795

*174-6
73-92 S

*291-9800

*174-6977
*282-9489
1-9804

1-10504
321-10505
10552 *322-10558

-1
5-10
S 356-10?%2
5-10

10785 +326~10791
326-10792 326-10793 +326-10801
326~10802
6-10803 +343-11186
18
11195 364-11221
344-11221 *344-11232 «346-11237 346-11241 *346-11245 +346-11249
11 53 '346-11257 £366-11261 +346-11262 *+346-11266 *346-11267 348-11281
348-11301
350-11316

CSRADD

0
0
78
00215

+291-9792

166-6547
213-7847

2-10562 +323-10592 +323-10600 323-10603 +323-10616 323-10619
6-10674
*324-10680 324-10681 32‘-1068% *324-10688 *325-10724

350-11335 #352-11344 +352-11348
*421-13242 421-13248 426-13356
509-16415 509-16416 509-16426
#113-4981
157-6096 +162-6311
*163-6396_
163-6409 +166-6534
#343-11187 343-11195 344-11201
2117744 #215-7872
#139-5640 +211-7693
211-7718
#139-5638 +211-7718
211-7724
:}gg:S 19 #211=7703 #211-7713

CSRF IR
Egz?gk

=+160-6278
213-7822

1-9007 * 15-10334 *315-10349 +316-10386 319-10459 +321-10497 +321-10503
1-10509 +321-10512 321-10513 321-10514 +322-10543 +322-10549 3 ;—10550

2-10559

=1
20
*1 4-6991

SEQ 0404

PAGE 5

159-6170
'160-6§30
166

*166-6520
46-8717

159-6171
162-6309
166

166-6634
+329-10878

+352-11353 +352-11358 355-11406 +355-11442 *355-11443 +384-12205
+428-13423 450-14710 478-15209 478-15218 «478-15224 509-16414
509-16425 509-16428
+162-6314 +162-6316 +162-6319
162-6321
+163-6364
163-6379
+166-6537 +166-6635
166-6637_ *166-6640
166-6641
1666642
+355-11415 355-11416 +355-11417
+211-7763
211-7726
211-7715

+211-7760

211-7760

157-6113

1586144

*158-6147

159-6169

211-7762
211-7751
211-7760
211-7766

+160-6222
163-6374
+~182-7060

+158-6137

*211-7709
+211-7725
+211-7707
«211-7708

160-6208
162-6330
182-7049

1162-6303

*163-6358

*163-6371

*163-6390

*163-6401

+166~6513

159-6177
162-6322
166-6665

~6297

*172-6926
343-11176

172-6927
343-11182

*160-6232
163-6404
182-7088

160-6246
166-6532
182-7090

*160-6262
166-6552

160-6272
166=-6559

172-6928 +173-6938 *211-7715_
2117716 *246-8716
343-11184 343-11194 344-11202 344-11208 344=11210

*348-11277 +348-11287 348-11287 +350-11312 +350-11322 350-11322 #354-11367 *354~11373 354=-11373
355-11414 380-12123 +382-12186 390-12348 '390-12355 390-12379 +390-12381 +390-12440 +406~-12661
*4 -12675 425-13315 =4 6-13352 *426-13359 426-13359 +428-13420 +428-13427 428-13427 +429-13462
478-15209 *478-15214 +478-15222 478-15222 +478-15224 509-16425
346-11238 346~11246 3‘6—11 54 346-11263 352-11345 352-11354 #354-11363
C};;-S?sg '123.613
+160-6214
160-6226
160-6228
160-6229

#139-5611 #211-7742 *211-7743
#11=4773
154-6020
#139-5644 '567-9048 *267-9049
*267*267-9067 +267-9068
*267-9083
273-9188 +273-9189
*275-9310
275-9313
275-9314
2;{-?2237 'i%?-?{%%z *283-9530

*217-7931

#217-7932

%219-7983

+219-7984

4B83-15482

267-9050
267-9069
273-9194
275-9373
283-9535

267-9051
267-9070
273-9195
#275-9375
283-9536

267-9053
267-9072
273-9276
#275-9375
+285-9630

267-9058
267-9077
+273-9278
*277-9391
+285-9631

267-9062
267-9081
273-9278
«277-9392
285-9636

*267-9064
+267-9083
+275-9309
277-9397
285-9637

#139-5647
*279-9438
283-9542
*283-9608

277-9404
+279-9461
283-9554
+283-9615

277-9406
279-9462
283-9584
+285-9634

277-9414
+279-9467
+283-9586
+285-9635

277-9416
+279-9468
+283-9586
285-9642

279-9436
+283-9533
+283-9602
285-9644

+279-9438
+283-9534
283-9606
285-9652

*277-9395
279-9455
283-9544
283-9609

277-9396
279-9459
283-9552
+283-9614

E 16
CZMsP8

CREATED BY

SYMBOL CROSS REFERENCE
SYMBOL

s }77570

MACRO

ON 6-JUL-82 AT 10:46

MMM

N — nd wd d b
[= AV ¥NP

VRN
VS~ wW

17
#111-4698
141-5758
1
1
155-6046
4£70-15021 #476~15169
#139-56
466-14913
#139-5633
509-16413
#139-5626 *476-15178
#139-5627
476-15179

151-5962
375-12018 377-12063
476-15201
470-15020 *476-15170

476-15187
509-16413

509-16413

508-}61§z #511-16432
00~
502-12501
502-16;%8 506~16305
06~
508-16342

502-16206
508-16377
508-16362

502-16211
508-16382
508-16372

508-16352
500-16139
504-16258
502-16176

508-16367 #511-16445
500-16159 500-16164
506-16280 506-16325
506-16290 506-16295

508-16357
500-16154
506-16563
504-16273

=-16181 #511-16435
=16191
502-16221
=-16196 #511-16437

&76=15171

476-15173 «478-152N

504-16233 504-16238 504-16253
508-16402 #511-16442
508-16387 508-16392 #511-16443

508-16347 #511-16441

6169
508-16332
6310

502-16186 502-16216
508-16397 #511-16433
506-16315 #511-16434

50416243

504-16231

504-16236

508-16345 #515-16505

504-16248

506-16300 #511-16436

504-16268 #511-16438

i
wvissun
YR VI
BN
——
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NN
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wy
BON=ON
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NNNNNNNNNNNNNNNNNNNNNO

0000

CREF

t§g7.9r§‘ 287-9686 +287-9688 +287-9688 +287-9704 287-9708 +287-9710 287-9711 +287-9716

REFERENCES

#139-5628
509-16413
#139-56
509-16413
#139-56
509-16413
l139-56§1
509-16413
#139-56
509-16413
478-15239 #478-15256

OO0

SEQ 0405

PAGE 6

500-16144

500-1614? #511-16440

502-16184 #515-16502
504-16246 #515-16503
504-16241 #515-16504
500-16132 502-16199 502-16204
504-16256 #515-16507
504-1
#515-16508
504-16 1}
506-16283 #515-16510
#515-16

502-16209

504-16251

508-16330 #515-16496
506-16303 508-16375 508-16380 508-16400 #515-16512
502-16224 #515-16513
506-16318 508-16340 508-16360 508-16370 508-16385 508-16390 #515-16514
500-16167 506-16278 #515-16515
502-16214 #515-16516
508-16335 #515-16517
SOO~16145 500-16147 #515-16497
508-16350
508-16355 508-16365 #515-16518
500-16152
500-16157 500-16162 5064-16261 508-16395 #515-16498
506-16323 #515-16499
502-16174 502-16179 502-16189 502-16194 502-16219 506-16288 506~16293
506-16313 #515-16500

506-16298

506-16308

F16
| CZMsPB

CREATED BY

MACRO

ON 6-JUL-82 AT 10:46

| g;m CVR(A)LSS e, REFERENCES
.
DIAGFL 002002
013952560 +233-8335 +233-8337 296-9934
DISPLA
DISPRE
PISPTB

DSWR
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D110

= 177570
7176
7316

DT
g;;g

06735
82;‘;6

500-16133
502-16200 502-16205
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067210

0509-16426

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067530

500-16168

%}S

82;223

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067266

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DUMMY

002174

ECCDIS
ECCINI

= 104470
= 104472

ECCTYP
ECCIDI

082716
= 104471

o1z

002626
174
014772

067

0117

06744

DY s

754

#1461-5758
#113-4977
187-7257

+151-5962
151-5969
#187-7259

SEQ 0406

PAGE 7

#111-469
1641-5757
500-16138 #509-16405
502-16185 #509-16413

+151-5969
429-13460
+429-13461 +463-14822

463-14821

151-5961

304-16945 #509-16413

504-1 92 506~-16284 #509-16420

502-16210 504-16232
504-16257 #509-16417

504-16237

504-16252

508-16346 #509-16416

506-16279 #509-16425

502-16215 #509-16426

502-16190

502-16195

502-16220

506~16289

506-16294

506-16299

506-16309

509-16411
509-16418
509-16453
509-16427
217-7920

509-16411
509-16419
509-164626
509-16427
240-8523

509-16412
509-16419
509-16424
509-16428
390-12377

509-16412
509-16420
509-16424
509-16428
393-12455

509-16412
509-16423
509-16424

509-16416
509-16423
509-16427

509-16‘1%
509-164
509-164 7

211-7769

509-16412
509-16422
509-16424
509-16428
397-12529

#217-7937

240-8540

240-8547

240-8551

157-6108 #158-613
#110-4665
174-702
5;-?3;38 27996470

213-7807
283-9557

213-7830
283-9617

273-9213
285-9657

273-9220
287-9719

273-9297
303-10099

275-9323
305-10107

275-9378
305-10117

#139-5626
509-16418
509-16453
509-16427
#110-4666

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gg -}g}:g ,g? -}glg?

305-10110

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502-16188

502-16193 #513-16460

EM1
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70347
070401

502-16198 508-16374 #513-16462
502-16203 #513-16463

E:SO

0782g5

504-16235 508-16359 508-16364 508-16384 #513-16467

G 16
CIMsP8

CREATED BY MACRO
SYMBOL CROSS REFERENCE
SYMBOL
W
NV

mmmm

EM21

“*676704

070740
070765
071014
071073
071120
071171
071261

ON 6-JUL-82 AT 10:46

SEQ 0407

PAGE 8

CREF

508-16399 #513-16469
504-1
#513-16470
500-16131 #513-16471
504-16265 508-16349 #513-16472
504~1 70 #513-16473
506~1
0513-16476
506~1
508-1634 & #513-16475
500-16161 #513-16455

ERRPC

ERRPSW
ERRSP
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508-16379 #513-16476
506~1
506-16 0513-1 78
506~16312 #513-1
506-1 87 0513-16480

002016

500-16146 #513-16456
508-16329 #513-16482
500-16151 #513-16457
502-16223 #513-16483
506-16317 #513-16484
506-16277 #513~16485
500-16166 #513-16486
502-16213 #513-16487
508-16334 #513-16488
508-16354 #513-16489
500-16156 #513-16458
506-16302 #513-16490
508-16339 #513-16491
508-16394 #517-16642
500-12131 #513-16459
#110-467
167-6736
z;}g-?67go 303-10068

303-10101

#110-46.
371-11942
#139-5714

189-7332
371-11971 #371-11973
213-7850 +355-11436

0110-46%
#141-57
#111-469
160-6279
82-9502
16-10395

25-10760
84=12201
458-14677
460-14733

155-6071
371-11965
213-7825

213-7824
458-14655
154-6005
167-6726
282-9516
317-10430

325-10765
384-12210
458-14680
460-14736

173-6951

421-13264

305-10112 #325-10730

213-7849

273-9241

273-9267

154-6026
167-6730

154-6027
174-7031

157-6114
186-7249

291-9796
321-10507

326~10796
421-13261
458-14683
462-14764

#139-5569 *465-14858 +465-14859
509-16405 509-16406 509-16407
ggg-}g:1a 509-16420 509-16421
#139-5573
#139-5571
#111-4752

217-7935_

*465-14861 +465-14884
*465-148BC0 *465-14883
*147-5897 +147-5898

291-9808_
321-10517

303-10073
322-10553

326-10806 337-11093
454-14602 #454-14604
460-14694 460-14705
476-15189 476-15195

279-9433

315-10345

160-6221

160-6231
275-9341
305-10143

273-9236
305-10131
322-10563
339-11118

324-10675
339-11122

£564~14614 #4654-14616
460-14711 #460-14713

465-14862 +465-14881 *465-14882
509-16408 509-16409 509-16410
509-16422 509-16423 509-16424

465-14887
509-16411
509-16425

476-15186
476-15185
462-14784 +462-14785 *462-14787 +462-14793

160-6258 #160-6260
277-9429
282-9495
315-10340 315-10355
324-10684 325-10738
339-11125 382-12185
456-14625 458-14672
460-14722 460-14729
468-14955
509-16414

509-16426

470-15030

509-16416
509-16427

N
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CZMSP8

CPEATED BY

SYMBOL CROSS REFERENCE
SYMBOL

EUFLAG
EVEN
EXBANK

355-11396 355-11411
296-9906 +297-9968
182-7053
191-7353

365-11743 #371-11897
386-12248

390-12342 390-12439
386-12252 #386-12254

——

#111-4806

%95-7588

388-12292 #388-12306
462-14775 466-14919

169-6787

N=
= O
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NOWw

g—iflm
SN

lzgg-gzggz *167-6726

888000000000
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207-7626_

169-6821

*167-6730

380-12144 #399-12564
380-12145 #399-12574
380-12146 #399-12579
380-12147 #399-12585
380-12148 #399-12592
380-12149 #400-12611
380-12150 #400-12631
380-12151 #402-12645
380-12152 #4064-12651
#380-12111 483-15470
162-6343 #163-6350
LAk -‘933
169-6776
169-6809
220-8062
222-8091
238-8459
238-8B488
240-8530
246-8658
246-8661
266-86?2
289-9734
296-9918
§96-99 7
*377-12075 +377-12076 +377-12077
430-13492 *430-13493 +430-13494
0;3}-5765

;}3;—?8532

222-8117

SEQ 0408

PAGE 9
CREF

222-8087
+296~9905
172-6912

#377-12036
#377-12038
#157-6122
#159-6166
#159-6187
#282-9519
#291-9819
#291-9817
#160-6271
#316~10406
#316-10404
#319-10471
#321-10523
#322-10567
#160-6

¢¥r
WINN=O
NNV

REFERENCES

#139-5605
#139-5685
170-68

386~12245
12288

-1

Y
Y

e
i
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ON 6-JUL-82 AT 10:46

203-754

kY
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ASrSS33333

mTmamammmmmmmmmmmm mmmmmmm mmmm
> > NUMAVVAVVOBMS
S S S N&~ WNWNWWN - 3C 2 2 2
mTTTmTTMTTTTMTTMTTMT

MACRO

238-8455

297-9968
193-7369

195-7399

238-8484

240-8526

379-12090

393-12472

393-12486

197-7429

199-74

397-12545

397-12559

240-8545

201-7505

3-11632 385-11739

486-15630

+303-10073 *337-11093 *339-11118 *339-11122 #339-11125

255-8858

344-11218

466-14917

169-6839
222-8127
242-B564
246-8663
297-9973
386-12233
430-13495

172-6911
211-7693
219-7976
222-8145
224-8173
232-8284
242-8569
242-8570
244-8596
246-8604
246-8681
249-872%
297-9975
297-9976
315-10333
388-12274 390-12369 390-12370
430-13497 +432-13531 432-13532

219-7977
234-8350
244-8626
51-8789

2%2-8025
236-8400
244-8633
§82-9487

430-13490
432-13537
327-10830

430-13491
473-15108

+327-10824 +327-10825

327-10826

327-10628

| CZMSPB

CREATED BY MACRO ON 6-JUL-82 AT 10:46

E g;m ccoss REFERENCE

FLUSH

A%?E

REFE

£s

050312

0187“?554
’
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FSCMD
FSCMD
FSCMD4
FSCMDS
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FSCMD8
FSCMD9
FSINFL
FSPAT
FSSTAC

050524
050672
051146
051466
052404
052412
052704
053132
002440
052166
00

380-12136 #384-12194
380-12137 #
12218
380-15138 #388-12260
380-12139 #390-1231
380-12140 #391-1244
380-12141 #393-12449
380-12142 #395-12490
380-12143 #397-12523
#139-5707 +189-7295
390-12387 #390-12391
#139-5659 +382-12181

FS1
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FULLRE

050200
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002540
= 000276

FSIMDO

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GETCSR
GETDAT
GE TDA1
GETDIS

GOOoD

Goooi
GOOD
GTSWR
HEADER

050414

041336
054312
054410
060514

002042

002044
002046
= 104407
002600

PAGE 10

116

CREF

15135 #382-12179

382-12189 +384-12196

+397-12525

397-12554

246-B658
227-8231
#423-13280
#423-13282
255-8834

246-8661 #313-10315
231-8270
247-8733
248-8748
454-14598 454-14610
423-13290 #423-13293
257-8867
462-148B06 #463-14810

#380-12126 380-1213z 380-12154
#139-5709
238-8478
#139-5724 *+240-8513 +240-8541
+240-8552

#139-5578

*160-6219

*160-6229

+160-6277

384-12213 +390-12314

390-12432 +393-12451

393-12481

363-11671

249-8760
465-14847

282-9491

250-8771

251-8787

#329-10868

282-9499

+282-9514

+291-9794

+291-9806

*317-10421 *319-10466 *321-10506 *321-10515 +322-10551 #322-10561 +323-10607 *323-10620 *324-10663
324=10681 *324-10687 *326-10794 +326-10804 *421-13233 #421-13235 #421-13253 #423-13271 +451-14494

*451-14500 *451-14505 *451-14512 #451-14515 *451-14522 +451-14527 +451-14532 +451-14537 *451-14542
#453-14548 *453-14553 +453-14558 +453-14563 +453-14568 +453-14573 #453-14578 +453-14583 +453-14588
#453-14593 456-14638 +458-14663 *458-14665 *460-14692 +460-14702 +460-14721 *460-14726 509-16405
509-16411
509-16418 509-16421 509-16423 509-16425 509-16428

#139-5579
#139-5580
#110-4607

«456-14628 +456-146
-656-14629 *456-14633
155-6064

-273-9250

*273-9253

#141-57463

*277-9430

509-16418
509-16418

«147-5877

=187-7274

+187-7276

+191-7355

*282-9500

+282-9513

+291-9805

+305-10132 *305-10144 +321-10516 +322-10560 +323-10609

*273-9263

'273-9266

%275-9339

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#275-9342

+209-7667

#275-9353

+209-7682

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+211-7738

#277-9427

*323=-10623 *324~10673 *324-10683 +325-10737 +325-10759 +325-10764 *326~10795 +326-10805 +390-12363

*303-12469 *397-12542 *458~14668 +458-14685 *460-14693 *460-14695 *460-14704 +460-14706 +460-14728
-2;2—;;;38 *466-14929 468-14970 468-14982 +470-15018 476-15175 *476-15176 &476~15191 +476-15192
*

HIPAT
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IBSAVE
1111

067512
oogo

205-7584
#111-4702

207-7622 #373-11996
434-13581

002450

#139-5711

#149-5934

09136;
=
17777

*238-8477
*465-14841
157-6122

238-8477 +238-8482
238-8492
465-14866 *465-148764 +465-14877
157-6122
157-6122 #157-6122

166-6617
*184=7197

159-6187
160-6271

#291-9817
16-10406

166-6621
184~7211

159-6187
#160-6271

291-9819
316-10406

«149-5940

149-5940

166-6667
«211=7737

166-6672
211=-7740

#159-6187
282-9519

160-6270
282-9519

SEQ

*166-6528

166-6674
+211=-7746

+166-6530

291-9819
291-9819 #291-9819
316-10406 #316-10406 319-10471

166-6586

+184~7180
+238-8453

+184-7186
238-8463

160-6270
#282-9519

#160-6270
291-9817

159-6166

#159-6166

238-8498 +238-85
466-14932 #466-14936
159-6166
159-6166
160-6270
282-9519

166-6578

166-6678
211-7746

316-10404
319-10471

238-8506

160-6271
91-9817

166-6590

184-7197
238-8469

159-6187

160-6271
91-9817

316-10404
3°6~10404 #316-10404
319-10471 #319-10471
321-30523

316
- CIMSPB
CREATED BY MACRO ON 6-JUL-82 AT 10:46
; SVHBOL CROSS REFERENCE
FERE
VALUE

KIPAR
KI1PDR
KMAP
KPFLAG
KSIZE
KSTACK
LAST

LASTBA

—_

g8 o—ERRSN

282
s

-~
NN~

S W

5-10750

2 1-7518

= 172352

W
002554

00§556

LASTBL
LASTSR
LBLS

LBLS?

= 000404

014
05

523:7558

5-10567 322-10567 3 5-10567 031052
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0
4-1
B ‘-10989 ; 5-10‘ 5-10748

11665 363-11673
211-7691
343-11177
170-6874
172-6917
170-6875
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217-7929
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g 388;5

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9920
222-8109

3-11698 #363-11708

5-10751

201-7515

203-7555

205-7598

207-7638

«373-12000

363-11663 +363-11664
173-6934
182-7064

363-11672 =363-11679 *363-11687 *365-11747
117704
355-11425 +371-11922 +371-11966

219-7981

388-12280

361-11569 +371-11922 «371-11969
238-8457

390-12341

393-12474

397-12547

380-12123 '380-12125 *382-12164 +399-12576 +399-12581

297~996
222-8135

244-8586

246-8650

#253-8824

222-8136

222-8155

222-8156

234-8368

234-837N

Ss -8112 #234-837
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363-11696
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174-7035
365-11755
421-13230

213-7856
367-11814
421-13246

213-7864
367-11830
421-13257

242-8565
377-12078
423-13276

*164~6440

*164-6449

236-8424

#111-4903
0111-4904
#110-461
46-

0139-5
0111-4387
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164-6450

233-8331

325-10751

3-1064‘ 3-10644
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50
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5-10
5-10748
68
5=10751 #325-10751

#373-11987

” 9-5753
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#139-5607
#139-5608
#110-4681
#111-4757

5 3-8323

CREF

5=10750
5-10750 #325-10750
182-7109 #182-7149
173-6940 #174-6958
195-76412
197-7444
199-7481
197-76440 #373-11988

KFLAG
KI1PARO
KIPAR4

KIPARS

—

—-——0O
NNOO
NN

KERSTK

nn
nan

KDPAR
KOPAR
KERNEL

—_——

1-18§S§ 1-10523 #321-10523
0644 #323-10644
323-10646
’ 10650 4-1
4=1

SEQ 0410

PAGE 11

236-8427

234-8341

297-99%1
222-8111

-8435

242-8557

426-13347

426-1

429-13444

429-13448

'162-6

'163-635

'163-6368

*163-6418

430-13507

432-13541

73-9233 75-9333
61-115 -116 5 369-11838 369-11858 430-13496 432-13514

'166

66-6516

*163-6422

*163-6426

*369-11874 '166-6509
9-11882 '369-11891
395-1
495 +395-12496 +395-12518
#111-489
*166-6517
166-6653 *166-6670 +166-6676 *166-6682 +166-6690
#111-4867
#110-4622

369-11840

z;gg-g 98

361-11607
155
9

*371=11919 +371-11929

#141-5 32
#113-49

144-5805
211-7694
296-9919
+144-5810
184~7163_

36-3518
220~
297-9940
tl‘S-S 51
191-7

289-97
#141-5733
*182-71264

1-11586
1-11593 363-11644
95-12516
397-12550 400-12636
#141-5734 *166-6499 *i66~-6506
#139-5568 +189-7301
1576122
159-6166
159-6187

322-10567

160-6270

323-10650

291-9817

324-10689
316-10404

166-6650

425-13330

428-13406

189-7328
232-8282
297-9977
166-6501
2 -836%

478-15229
234-8351

363-11651

+166-6689

166-6690

166-6692

369-11873

*321-10488

428-13430

432-13515

315-10357
166-6503
% 8-8476

545-8571
323-10650
169-6763
8-8483

44-8597
386-12236
170-6886
240-85

244-8625
388-12276
173-6947
331-10894

246~8665

390-12319

331-10903
393-12477

282-9519

291-9819

316-10406

319-10471

321-10523

373-12003

386-"2231

388-12273

182-7082

166~6692

160-6271
355-10751

323-10646

325-10750

K 16

| CIMSPB

CREATED BY MACRO ON 6-JUL-82 AT 10:46

i g;m
CROSS REFERENCE

| LBLS

LINKY

‘50040
ooog
2520

It§2§-1ow. 434~13659
325-10748

#111-4703

PAGE 12
CREF

#139-5717 +169-6756 *169-6760

1696775

og;szz

:m-sm

169-6800

LOADCS = 104.425

#110-462

b"?‘z

LOADBA

LOADHO
LOOP
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gozsu.
14744

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002376

= wannee

#240-8519 +240-8521_
10216
311-10263

#169-6757

240-8531
#242-8571
313-10306

*169-6761

23-10593
6-11268

324-10667
352-11359

325-10725
354-11370

363-11706 365-11765 #365-11775
#139-5691
+184-7162 *184=7175
157-6122
157-6122
157-6125
160-6270
160-6271
160-6271
316-10404 316-10404 316-106406

428-13403
184=7199

#141-5737
#187-7253

322-10567
325-10748

189-7333
189-7347

323-10644
325-10748

323-10644
325-10750

MAPLO
MAPL1
MAPPER

= 170200
= 170204
044546

#113-4911
+363-11703 *365-11764
#113-4913
365-11778
1556070
169-6772
173-6948
gsr—uu #361-11528 377-12073
97-12558 430-13488 432-13529

MASK
MBE RR
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MFPT
=
MJPAT

2316
14004
15 1;
2

#139-5664
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187-7258 #187-7268
2111=47
145-5856
149-59,
19-7980

MKCNT
MKCONT
MKCSRT
MKFLAG
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MKPAT

7
7050

#211=7717 #211-7762
209-7675 #211-7686
149-5911 #215-7878
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172-6915
#211=-7715
211-77
1495918 217-7928

509-7

MKTEST

#111-4780

209-7678

MMR1

= 177574

#111=4781

426~-13362

MMTRAP

MMVEC

= 177576
= 172516
=

MONFLG
7%
NPT
2 reevee

191-7356

#219-7973

MMR

MMR
MMR

%244-8595

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2448609

244-8627

244=-8634

326-10783
355-1144%4

326-10786
384~12206

42813424

184-7201
159-6166
282-9519
319-10471

186-7248
159-6166
291-9817
319-10471

509-16410
159-6187
291-9817
321-10523

426-13374 +428-13402
248-8747
250-8770

251-8779

363-11636 365-11734

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145-5830
154-6018
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y 2;-9‘%9 231-8268
247-8737

N
2

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238-8467

0411

238-84

*046-867

9490 291-9787 315-10335 315-10350 316-10387 321-10498 321-10510 322-10544

32 10601
352-11349

= 177750
= 170;32
046720

918

169-6814

*242-8579

#139-5 os -363-11635 365-11733 365-11738

MAINT
MAPHO
MAPKER

MJTEST

157-6125

282-9519
316-10406
323-10646
325-10750

323-10646
325-10751

323-10650
325-10751

365-11777

426~13374 +428-13402

174=6959

211-7719

386-12240

182-7107 *182-7111
219-7980

365-11742 377-12061

388-12279

242-8562

390-12340

346-11242

159-6187

346~11258

1606270

323-10650

291-9819
321-10523
324-10689

291-9819
322-10567
324-10689

51-8795

251-8803

251-8811

244-8591

246-8655

255-8833

390-12373

39012438

393-12485

+182-7116 #182-7126

219-7985 #219-7993

2117762 #211=-7774

182-7061
17-7923

#217-7918

209-7670 240-8527 *371-11919 #371-11945
217=7933 #217-7945

373-11983

1-11150 - 111154 «363-11708 *363-11717 *365-11756 *365-11759 426~13362 *428-13415

430-13506 .4.32-13525

509-16409 509-16417

*428-13415

430-13505 *432-13524

509-16409

«365-11766 +375-12021 *377-12066

426-13365 *428-13414

430-13503 #432-13522

#111-4782
#111-4783

346-11250

426~-13362
145-5837

509-16417

+428~13415 430-13504 +432-13523 509-16409 509-16417
*145-5838 +145-5839 145-5840 *189-7331 #363-11699 +363-11707 +365-11763
509-16409

509-16417

#139-5655 *144-5803 *154~6004 *154-6023 *154-6026 465~14897
187-7280 311-10227 339-11127 361-11615 377-12052 37 12067 399-12598 406-12677

425-13301

147-5899 #339-11121

21114767

*147-5899

*147-5900

| CIMSPB
| SYMBOL

CREATED BY

CROSS REFERENCE

| S——
MSEEDH

MSEE
MSGAT
MSCA

002574

MACRO

ON 6~JUL-82 AT 10:46

91415761

+147-5878

11-7757

#317-16576

147-5880

#141-5762 +147-5879 147-3881
+182-7155 #517-16633
19-7755 #317-16575

100272
07410

154-6007 #517-16640
331-10891 #317-165%2

074164
ragdl
76
074454
7
745

CREF

RoBoT 568 430-13475 434-13609 434-13652 435-13671 462-14765 463-1481
463-14818 &79-1
47015
2-15373 B-13eei a1ty SR Lsh
- £73-151 *

003576
0760
07613

SEQ 0412

PAGE 13

1-10892 #317-1653%
331-10893 #517-165%
331-10901
331-10921 #517-16526
33310948 #517-16528

494-16009 #517-165
335-10963 #517-16530

00240
074535
074547
074561
074647
074744
074746

159-6153
#517-16839
159-6167
335-10994 #517-16531
33511046 #517-16532
1-10907 331-10920 #517-16533
1-10910 331-10922 #517-1653¢
33210951 #517-16535
,139-6160 159-6184
331-10919

074750

#159-6162
+335-10982

159-6163 +159-6172 *+159-6174 +159-6178 »159-6181
335-10983 +335-11004 +335-11006 +335-11009 +335-11012

074752

159-6154

335-11024 #517-16538

MsGO16

333-10953

33511056

465-14852

335-11036 +335-11049 +335-11053 335-11054 #517-16537

472-15054

Orarss

DETHE "UsiI019 (70-1523¢ 4780-15249 47015264 #517-165

MSG020

075

380-12113

#317-165.

i
NSGOg6

73631
075675

075

NSGOg1
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075025
75

MSG
HSG028
s
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76037

WO
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8a-13988 |38413313 #517-16566
Bo-15128 a3 - 1e00s
84-12199 #517-16568
84-12208
#317-16369
86-12921 #517-16570
90-12316
400-12616 #517-16571

$86-12220 * 38812264 #317-16572
<1594
15587 #317-16575
-18251
388-12991 #517-1657

12984 #317-16579
388-12303
#517-16580
6
76

80-12131 #517-1634
406-1266¢ #317-16564

#517-16577
189-7306
388-12063 431716578

BRARRAARAD

MSGO31
MSG

473-15092 #517-16561

473-1512%

159-6183 #335-10970 +335-10972
335-11013 +335-11026
33311

018

MSGO19

472-15058

—

#517-1654

S——

CREATED BY

| SYMBOL CROSS REFERENCE
SYMBOL
MSGO46
MSGO47
MSGO48
MSGO49
MSGO51

MSGO55
MSGO56
MSGO58
MSGO61
MSGO6
MSGO6
MSGO64
MSGO65
MSGO66
MSGO67
MSGO70

MSGO73
MSGO75
MSGO76

MACRO

ON 6-JUL-82 AT 10:46

REFERENCES

SEQ 0413

PAGE 14
CREF

§90-12§47 393-12461 397-12535 #517-16586

#517-16587

380~12116 #517-16588
390-12344 #517-16589
429-13464 #517-16591
393-12452 #517-16592
393-12459 397-12533 #517-16593
478-15210 #517-165%4
473-15101 #517-16595
487-15730 487-15789 #517-16596
487-15731 #517-16597
487-15732 487-15791 #517-16598
487-15790 #517-16599
466-14922 #517-16600
468-14974 #517-16601
184-7212 #517-16602

397-12526 #517-16603
363-11646 363-11683 #517-16604
395-12507 #517-16605
189-7304

#517-16606

395-12499 #517-16607
399-12566 #517-16608
478-15228 #517-16609
478-15244 #517-16610
478-15259 #517-16611
478-15253 478-15268 #517-16612
485-15554 #517-1661
485-15556 #517-1661
485-15558 #517-1661

@O
W

. CZMSPB

399-12575 #517-1661
399-12580 #517-1661
382-12158 #517-1661
470-15023 #517-16619
400-12612 #517-16620

399-12586 #517-16621
399-12593 #517-16622
400-12627 #517-16623
400-12632 #517-16624

182-7156_

#517-16625
#517-16626
#517-16627
#517-16628
#517-16629
#17-16630
#517-16631
#517-16632

395-12497 #517-16635

163-6427 #517-16636
402-12646 #517-16637
404-12652 #517-16638
159-6188 #517-16641
#139-5692 *184~7162
*184~7172

184-7203

184-7205

186-7248

509-16410

CZMSPB
CREATED BY MACRO ON 6-JUL-82 AT 10:46
SYMBOL CROSS REFERENCE
REFERENCES
VALUE
SYMBOL
MTAQ30
#240-8514
240-8546
MTEST

- MTLATI

MTLB11
| MTLCIN
MTLD11]

| MTPAQ3

| MTPAQ4

| MTPA21

| MTPA24

| MTPA2S
MTPA26
MTPBO3
MTPBO4
MTPB21
MTPB24
MTPB25
MTPB26
MTPCO3
MTPC21
MTPC24
MTPC25
MTPC26
MTPDO3
MTPD21
MTPD25
MTPD26
MTPEZ25
MTPO00
MTP0O1
MTP002
MTPOOS5
MTPO06
MTPOO7
MTPO10
MTPO11
MTPO12
MTPO13
MTPO14
MTPO15
MTPO16
MTPO17
MTP020
MTP022
MTPO25
MTPO30
MTPO31
MTPO32

MTPO33

MTPO34

MTPO35

193-7376

273-9183

#273-9191
#273-9194
#273-9211

195-7406

#273-9188

273-9279
273-9273
273-9295

SEQ 0414

?3?; 15

197-7438

273-9283

199-7475

201-7512

203-7552

205-7595

22-8099
222-8105 #261-8950
265-9029
222-8131
222-8134
222-8152 #265-9009
232-8293
232-8307 #292-9829
4~-8366_
#299-9993
301-10052
303-10063 303-10098 305-10106 #305-10117
236-8410
236-8411
236~34;3 #307-10149 307-10192
222-8102
222-8108 #261-8973
263-9006
265-9013 #265-9022
265-9035
222-8135 #222-8150 #222-8152
222-8155
232-8295
232-8310 #292-9846
234-8360
234-8367
299-10034 #301-10037
303-10100 305-10108 #305-10124
236-8414
236-8415
236-8431 #307-10156
222-8109
261-8975 #263-8991
263-9005
232-8298
232-8314 #292-9863
234-8368
301-10043 #301-10045
303-10102 305-10111
305-10113 #305-10124
236-8424
307-10150 307-10159
#307-10174
222-8110
263-8997 #263-8999
232-8300
232-8317 #294-9881
303-10075 303-10077
303-10080 203-1008; #303-10098
*236-8410 *236-8414
236-8426
07-1018
303-10086 303-10088 303-10091 303-10093 #305-10106
220-8030
220-8033 #259-8913
259-8915 +328-10856 328-10857 +328-10859
220-8052
220-8055 #259-8924
220-8078
220-8081 #259-89
222-8149
2.2-8150
222-8B154 #265-9031
224-8166
224-8176
224-8183
226-8194
226-8209

207-7635

#209-7666

328-10862

#267-9045
#269-9088
#271-9128
#273-9164
#275-9305

226-8218 #277-9387
227-8232 #282-9478
229-8243 #283-9526
229-8252 #285-9625
229-8257 #289-9727
231-8271 #291-9761
233-8326
233-8334 #296-9899
234-8388 #303-10055
240-8518
240-8522 #309-10195
242-8564 #309-10201 309-10223
244-8620
244-8639 #311-1025
246-8658 #313-10272 313-1031
238-8449
238-8466
238-8472
314-1 0320
246-8722 #315-10330

238-8495

238-8501

246-8689

246-8695

246-8701

#314-10318

SEQ 0415

169-6819

#169-6857

169-6858

[

N~ 22
24

Wld
wWo~

¥TP
3 24
O~
~

—t

N = PNONININD
=N
ON
W

PAGE 16
(ZMSPB
CREATED BY MACRO ON 6-JUL~82 AT 10:46
SYMBOL CROSS REFERENCE
CREF
SYMBOL
REFERENCES
VAL
MTPO36
247-8738 #316-10362
MTPO37
248-8749 #317-10415
MTPO4|
249-8761 #319-10436
MTPO4
250-8772 #321-10477
MTPO4
251-8781 #322-10530
MTPO4LS
51-8788 #323-10571
MTPO4S
1-8797 #324-10654
MTPO4E
1-8805 #325-10694
MIPO4L7
1-8814 #326-10770
MTST3
169-6757
169-6759
169-6785
- MT0000
390-12391
390-12392
MT0001
219-7998 #220-8036
390-12393
| MT0002
219=7999 #220-8058
MT0003
#222-8086
390-12394
| MT0004
390-12395
219-8001 #222-8122
' MT0005
#222-8140
390-12396
219-8002
MT0006
#224-8162
390-12397
5
219-799
MT0007
#224-8169
390-12398
219=7997
MT0010
#224-8179
390-12399
#226-8188
MT0011
390-12400
MT0012
#226-8197
390-12401
MT0013
#226-8212
390-12402
MT0014
#227-8223
390-12403
MT0015
#229-8237
390-12404
#229-8246
MTCO16
390-12405
MT0017
290-12406
219-7996 #229-8255
MT0020
#231-826
390-12407
MT0021
#232-8275
90-12408
219-800
MT0022
90-12409
219-8005 #23 -g %%0

§
8 5

#233-8330

;

MT0023
MT0024
MT0025
MT0026
MT0027
MT0030
MT0031

#238-8440
#240-8511

MT0032

MT0033
MT0034
MT0035
MT0036
MT0037
MT0040
MT0041
MT0042
MT0043
MT0044
MT0045
MT0046
MT0047
MT0999

217=7946
2

#248-8754

215-7889
215-7890
215-7891
215-7883
215-7885
215-7892
215-7893
149-5937
217-7964

#247-8730
#249-8757
#250-8766
#251-8776
#251-8784
#251-8792
#251-8800
#251-8808

215-7909
217-7965

#234-8340
90-12412
#236-8393
390-12414

390-12411

#242-8556
#244-8585
#266-8649

390-12416
390-12417
390-12418

397-12548

390-12413

375-12017

377-12058

217-7960

219-7980

219-7994

219-8012

#246-8679

390-12419

215-7911
217-7967

215 -7912
217-7968

215-7913
217-7969

217-7928
21 7-7970

217-7962
219-7980

390-12420
390-12421
390-12422

390-12424
390-12425
390-12426
390-12427
390-12428
390-12429
390-12430
215-7910
217-7966

217-7963
219-8014

CZMSPB
SYMBOL
SYMBOL
MT1

CREATED BY

MACRO

ON 6-JUL-82 AT 10:46

C3233£REFERENCE REFERENCES
017030
017034

002106

056464
002066
002306
046652
046754

063624
002426

SEQ 0416

PAGE 17

219-8015
219-8016
219-8017
219-8018 #253-8819
209-7671 #209-7680
209-7679 #209-7681
#139-5596 «187-7274 +187-7277 *191-7355 *191-7357 *209-7668 *209-7681 *390-12363 *393-12469
*397-12542 470-15016 476-13175 *476-15177 476=15191 *476~-15193 *476-15199
634-13637 434-13641 434-13647 #434-13651
169-6795
169-6829
169-6853 *339-11106
169-6807
#139-5588_ *167-6714
167-6727 *169-6771
339-11107 +339-11111 509-16408
#139-5660
240-8544 +363-11691 363-11700 363-11710 *365-11751 369-11846 369-11859
363-11709 365-11757 #369-11856
363-11638 365-11736 #369-11879

NOSUPF

002454

NOTAB

002370

483-15460 #483-15464
#139-5702 +382-12184 *384-12200 +384-12209 465-14842 465-14879 466-14902 *466~-14931 468-14968
468-14980 470-15020 *476-15188 +476-15194
380-12115
#139-5701 *238-8452 +238-8479 +238-8507 *240-8524 #240-8541 #240-8552
339-11104
#139-5592 *167-6715 *169-6752 +169-683C *169-6847
167-6716
169-6753 #339-11104
331-10895 #331-10898
*169-6793 +211-7736
#139-5591
*144-5815 144-5821
+157-6097 t164-6439 *167-6713 *169-6751
9
*240-8515
#242-8561
#244-8590 *246-8654
-821
*226
*217-7924 *217-7939 +219-7974 *219-79
337-11077
15-10359
0
337-11081
337-11088
*325-1071
+282-9486 +303-10060 *303-10095
#315-10331
«
386-12219 +386-12220 *386-12255 388-12261 +388-12262 +388-12307 +390-12383 +390-12388 393-12450
*393-12484 397-12524 +397-12557
144-5801 #144-5803
#139-5706 +232-8276 +232-8319 '234-8343
234 8380 *240-8524 *240-8541 #240-8552 +242-8559
*242-8581 #244-B8588 +244-8643
884; 46-8676
462-14777 466-14907
244-8599
246-8666
20-8040
220-8064
242-8572
257-8889
355-11390 361-11532 321-11549 ‘73-11576 361-11595 425-13322 426-13343 426-13363
428-13412 429-13439 430-13501 4 g-135 0
15238
#139-5688
335-10984 335-11014 33 =11037 *472-15053 +472-15056 +472-15067 %472-15069 +472-15091

NOTRCE
NO228B1

060264
002452

462-14756 #462-14758
0};;—?56% *145-5848 +145-5850

NULLFL

OLDCAC
OLDCSR
ONES

002342
005644
002300
002154
002602

PADDRE
PAFBAF
PAFBAW
PARBAF
PARBAW
PARCNT

002034
016150
016300
016452
016602
002070

#139-5674 +253-8821
157-6098 #157-6116
#139-5657
#139-5615 +172-6909
#141-57446
169-6813
327-10833 327-10838
#139-5576
509-16407

PARITY
PARTHE

002302

002424
002076
042524
041476
002074

| NORES

- NOSCOP

NXTCSR

PARVE(

' PASFLG

003666
002436

0462420

= 000114
002262

#139-5713 *145-5845 +145-5864 155
*473-15094

187-7263 #201-7500
187-7264 #203-7538
187-7265 #205-7583
187-7266 #207-7621
#139-5589 *167-6712
*282-9509
282-9512
147-5893 #337-11077
#139-5658 +303-1006/
*386-12238 +386-12255
#111-4765 *147-5893
#139-5649 +160-6234

154-6003

166-6497

189-7329

355-11409

361-11588

375-12019

172-6927 +172-6928
174-69
174-6981
453-14553

213-7833

213-7835

222-8125

296-9908

296-9910

169-6827

169-6849

+282-9485

282-9494

<305-10124 +305-10136 *305-10139 +315-10336 +315-10351
388-12261 *388-12277 +388-12307
+147-589%4
160-6246
160-6257
160-6264
+160-6237
160-6239

337-11090

386-12219

160-6271

*209-7669

201-7525
203-7565
205-7608
207-7648
167-6724
+282-9522

201-7533
203-7570
205-7613
207-765
*169-6770
#325-10718

203-7578
207-7661
169-6805

325-10758

325-10763 +337-11079

509-16407

CIMSPB

SYMBOL
SYMBOL

CREATED BY

MACRO

ON 6=-JUL=-82 AT 10:46

CACOE
T RENCE e reRencES

SEQ 0417

PAGE 18

PASSNO

002264

- PATPLU
PATTER

PATERR

002072
004610
002110

PCBUMP

002324

. PCONFI

041364
041664
041574
041632
042614

273-9196
273-9268
273-9280 +273-9282
+211-7739 +240-8512
240-8535 +240-8536 *247-8734
#279-9448
+279-9451
283-9537
283-9582
283-9594
*073-9284
077-9399
279-9434
279-944b
87-9899 #287-9698 #287-9700 #291-9769 +291-9772
+283-9506 +283-9598
285-9638
287-9684
316-10374
13-10398
13 10406 *319-10446
291-9775
291-9811
291-9819 *316-10368 *316-10371
21-10553 *322-10538 +322-1054
3 10567 *323-10580
+319-10450 319-10471 +321-10489 +321-10496
g 5=10750 +390-12368
+323-10585 323-10627 323-10646 +325-10705 +325-10708 g =10712 325-1074
#139-5651 +282-9303 +282-9508
282-3519 #323-10588 +323-10590 323-10644 +324-10662 +324-10666
324-10689 *325-10700 *325-10703
325-10727 325-10751 325-10757
#139-5590 +169-6769
169-6803
169-6825 *169-6863
149-5927
149-5930 #149-5933
149-5913
149-5916
1495920
149-5923
#139-5597 #191-7351 +193-7374 +195-7408 *197-7436 *199-7477 +201-7501_ +203-7539 +205-7601
2207-7641_
217-7926
219-7978_ +373-11991 373-11992 +373-11997 390-12313 *390-12331 390-12332
390-12333 390-12385 +390-12437 393-12450 *393-12484 397-12524 *397-12557
#139-5667 +217-7925 *219-7975 +222-8089 #222-8124 %222-8142 #224-8164 +224-8181 +236-8395
337-11085 390-12313 +390-12384 +390-12436
184-7214 #331-10882 391-12444
+331-10884 331-10925 #331-10931
331-10897 #331-10916
331-10885 331-10904 331-10914 #331-10925
147-5895 #339-11124

PERBNK

056700
057532

#,51-14516
211-7758

315-10356

421-13260

454=14597

454-14609

456-14624 #458-14645

| PERECC
PERRAB
PERRAW

57612
057350
057276

PERRA3
PERRA?7
PERRO1
PERRO2
PERRO3
PERRO4
PERROS
PERRO6
PERRO?7
PERR10
PERR11
PERR12
PERR13
PERR14
PERR1S
PERR16
PERR17
PERR20
PERR21

054100
057422

#458-14661 458-14675
451-14538 451-14543 #454-14608
421-13237 423-13278 45114495
453-14554 453-14559 453-14564
#621-13239 456-14630 456~14634
453-14579 #456-14621

451-14501
453-14569

451=14507
453-14574

451-14513
453-14584

451-14528
453-14589

311-10261

314-10325

292-9867
292-9873

294-9891
294-9885

297-9946
297-9955

297-9950
297-9959

' PCONF
S

' PCONF1
. PCONF2

' POP110
PD1

054532

PERAOS

PERR22

. PERR23
| PERR24

| PERR2S

| PERR26

=
=
=
=

104427
104430
104431
104432
056674
056722
= 104433
= 104434
= 104435
= 104436
= 104437
= 104440
= 104441
= 104442

= 104443
= 104444
=
=
=
=
=
=

104445
104446
104447
104450
104451
104452

425-13323 #425-13330
465-14888

#110-4630
#110-4631
#110-4632
#110-4633_
#451-14515
#451-14522
#110-4636
#110-4635
#110-4636
#110-4637
#110-4638
#110-4639
#110-4640
#110-4641

#110-4642
#110-4A43

#110-4644
#110-4645
#110-4646
#110-4647
#110-4648
#110-4649

451-14523
315-10341

259-8932
259-8920
2638994

311-10267
259~8945
263-9002

267-9055
267-9060
269-9096
269-9102
269-9110
269-9116

267-9074
267969
271-914
271-915

292-9834
292-9840

292-9856
292-9550

265-9018

289-9749
292-10022
299-10027
307-10162

265-9040

391-10051
307-10167

460-14718

451-14533 453-14549
453-14594 #454-14596

(ZMSPB

CREATED BY

SYMBOL CROSS REFERENCE

SYMBOL
PERR27
PERR30

PERR31
PERR32

= 104455
= 104456

#110-465
#110-465

= 104466

PERXOR

057506

456=164600

PERRGS

= 104457

= 104460

=
=
=
=
=

104461
10446
10446
104464
104465

= 104467

#110-4662

309-10208

CREF

273-9225
273-9246

273-9231
273-9259

283-9572

273-9252

273-9265

275-9355

454~14612

456-14623 #456-14636

275-9347

313-10284
355-11435
323-10610
323-10624

SEQ 0418

PAGE 19

313-10291

283-9578

285-9670

458-14667

460-14703

PFECDF
PFECDH
PFECDT
- PFECEM
PFECWS
PFLAG

062004
061744
061774
061710
061700
002120

470-15026 #470-15031
470-15026 #470-15028
470-15026 #470-15030
470-15026 #470-15027
468-14959 #470-15026
#139-5601
172-6929

PHEBE

014006

0;;%—;}%;

'595.;5§8

PHYADD

002036

#139-5577

*473-15107 +473-15108 #473-15109 *473-15110 #473-15112

*371-

PGMCSR

. PMEMFL
‘

PROTYP

002530

002140

003754

REFERENCES
#110-4650
#110-4651

PERRG2

PERR3S
PERR36
PERR37
PERR4D
PERRGT

ON 6-JUL~82 AT 10:46

#110-4654
#110-4655
#110-4656
#110-4657
#110-4658
#110-4659
#110-4660
#110-4661

PERR33

PERR34

VALUE
= 104453
= 104454

MACRO

PSIZE
PSW

002402
= 177776

€

|. PWRVEC
PTABLE = 000024
036736
:
- QUIcCk
. QVFLAG
RANODD

002434

002344

036050

*363-11725

#139-5609
§§¥'?;3}9
#145-5826
169-6792

365-11758 +365-11758
*182-7134

182-7137

182-7139

182-7141

226-819
%;g-g{g‘s

226-8;01
249-8758

§6-8; g
876

%g? ;;7
7

229-8241
251-8785

*145-5861
169-6817

145-586
220-822

145-5871
2%0-8050

151-5967
2%2-3076

164~6457
222-8096

182-7143

+182-7145

+182-7147

229-8247
251-8793

231-8267
251-8801

234-8386
251-8809

167-6732
222-8129

169-6754
222-8147

169-6783
232-8285

473-15113

232-8287
234-8352
2 6-840;
-8404
238-8445
238-8464
238-8470
238-8493
238-8499
240-8516
44~8617
44-863
46-8687
46-8693
246-8699
328-10854 344-11213
363-11697 365-11761
2-12186
2- 190 384-12202
384-12214 386-12256 388-12308 426-13372
428-13400 462-14790 466-14914 45196
#139-5693 *184-7162 *184~7170
184~7209
186-7248
#111-4694 *155-6049 +155-6050 '155-6056 '16
9-6782 *169-6799 +169-6816 +169-6842 *174-6962
*213-7805 #242-8563 + 66-8611
-3657 *255-8855 #257-8888 +331-10888 +333-10947 +335-10965

*367-11812 « 7-11828 *377-12074 +386-12241 +388-12281
+388-12299 +390-12359 '393-12665 '3 -11753
7-12539'6%
=13228 *421-13244 +421-13254 +423-13274 +423-13286

*344-11229 *344-11231«

*426-13339 *426-13345 *429-1344

*49-134

4350-13489 *432-13530 *478-15240 +478-15241 +478-15256

291-9783 316-10383 #316-1041 5-10721
#111-46758 +147-5891 #147-5892_ #153-5986 #425-13313 +425-13314 +426-13380 +428-13391 +429-13463
430-13490 430-13491 +430-13493 #430-13494 +432-13531 +432-13532
#139-5705 +153-5985
377-12057

lggg-ggzg

t%g;—gzg%

*153-5990

*236-8413

+236-8430

#307-10164 +307-10168

#110-4613
#110-4611

380-12127
406-12665

4B7-15701

= 104411

#110-4610

RDOCT

= 104413

#110-4612

= 104414
= 104412

319-10467

363-11 33 *371-11921 +371-11951
#139-5721
+162-6291
'165162-6342 *163-6385 +163-6415 +163-6416_ *163-6428
246~8717
343-11178 343-11180 343-11184 344-11204 344-11206 344-11210 363-11692 +363-11692 +363-11718

- RDCHR

RODEC
ROLIN

285-9677

486-15620
384~12204

386-12223

189-7305

487-15752

388-12265

+189-7307

246-8724

273-9275

275-9372

279-9441

388-12297

390-12317

390-12330

390-12335

399-12567

(ZMsSPB
CREATED BY
SYMBOL CROSS REFERENCE
SYMBOL
VALUE

MACRO

ON 6-JUL~-82 AT 10:46

REFERENCES
400-12617

READCS

= 104426

#110-4628
315-10344
324-10678

READON
REALPA

002406

#139-5695

002276

REF SUB
REGCOP
RELENT
RELOCA

035160
035220
041076
045624
045204

RELOC1
' RESREG

045640
= 104416

REFRES

| RESTAR

002614

RLFLAG

= 000010
050410
050470
050636
002124

RRFLAG

002122

| RESVEC
' RESO
RES1
RES2

RWCSR

006210

305-10141

222-8088

'%22-8141

*224~-8163
*229-8256
*240-8514
*250-8768

*224~-8170
*2 1-8266
*242-8560
*251-8778

23-10202
50-11315

324=10671
382-12183

+220-8059
*226-8217
+234-8344
*246-8710
+251-8810

472-15076

*
234-8387
247-8732 -zl.g-am *249-8759
63-11681
253-8820
363-11674
485-15559

297-9974
220-8027
363-11675
193-7388

297-9978
220-8049

#297-9982
#327-10816
363-11676 #363-11688
195-7418
197=7455

199-7492

201-7530

203-7575

205-7613

207-7658

240-8538

222-8101
380-12117

234-8376
470-15019

491-15885

236-8416

236-8433

328-10860

328-10865

367-11795

197-7452
375-12016
195-740,

377-12056

199-7489

458-14679 458-14682
296-9934 #297-9971

#363-11625

#363-11691
#110-4616
367-11832

*137-5548

+137-5550

463-14812

222-8115
382-12176

®#141=-5749

#111-4753 «147-5895 *147-5896
382-12168 382-12173 #382-12176
382-12182 #382-12188
384-12197 #384-12212
#139-5603
193-7385
195-7415
*363-11726 +365-11760 371-11952

#139-560

191-7354

207-763

211=-7723

+390-12348

390-12343 393-12473
157=-6111 #160-6202

002266
002250

= 172272

%05-10129
3-10615
0-11334

91-9799

+220-8037
«2 6-8;0
+233-8333
+246-8680
+251-8802

SAV4
SBEMSK

. SOPARS

303-10072

91=9791

520-8024
26-8193
233-8325
*246-8653
+251-8794

#110-4615

034414
017672
= 000004
= 172260

57
4a 525-105
§zz-1os
48-11280
348-11299

#139-5656
*224-8180
2232-8277
*244-8589
*251-8786

= 104415

SBESYN
- SBETES
. SCOPE
SDPARO

82-9497
1=-10511
6~-10800

426-13355

#139-5614

020150

273-9234
321-10502
326-10790

421-13247

002152

. SBENT

CREF

384-12207

384-12198

| SAVCSR
SAVMON
SAVPAR
SAVREG

002272
002270

166-6545
319-10458
325-10734&

SEQ 0419

PAGE 20

#139-5654
#139-5653

+144-5804
+369-11873

193-7372

538-8456

397-12546

151-5948

238-848

#139-5652
#139-5646
*275-9312
2779404
0279-9464
283-9590
*285-9633
287-9706
213-7810
213-7853
291-9801
211=7733
#111-4693
#111-4857
#111-4862

222-8106

=395-12495 395-1251
*273-9191 ~273-919
275-9317
275-931
277-9406
277-9410
279-9465
279-9467
#283-9592 +283-9592
285-964
285-9644
+287-971
287-9714
213-7812
213-7817
#213-78562

#291-9826
#213-7777
157-6074
222-8110
+222-8114

*222-8123

2§7-s§za %236-8394
'259-3542

458-14671

458-14676

380-12115

425-13328

240-8528

205-7610
207-7655
463-14814 4£85-15553
199-7471
203-7550
205-7593
201-7510
+371-11921 *371-11951 *371-11954 *371-11962

369-11893
234-8365

236-8409

236-8422

328-10851

367-11793

273-9209
275-9367
279=9442

273-9270
#275-9369
*279-9444

58;-9604

*283-9611

2879692

*273-9272
*275-9369
*279-9444
283-9544
283-9612
*287-9694

*273-9272
*277-9393
*279-9454
283-9548
283-9614
*287-9694

*275-9311
«277-939%
279-9457
283-9550
*285-9632
*287-9703

213-7828

213-7834

213-7836

213-7842

213-7844

172-6890
234-8369

187-7253
234-8370

187-7270

255-8861

257-8898

197=7434

201-7527

203-7572

390-12“0

465-1489
9-11391 -322-11892

367-11796 380-12112 & -149%9 491-15870
222-8098

478-15217

167-6705

222-8112

+234-8371

273-9
275-9
77-9412
+283-9531
+283-960
85-9648
87-9716
213-7819

169-6742

234-8367

«383-9532

-9650

283-9542

236-8426

(ZMSPB

SYMBOL

SYMBOL
SDPAR6G

SDPAR?

SEEDHI
SEEDLO
SELONL
SETPAT
SHADL1
SHUTUP

CREATED BY

CROSS REFERENCE
VAL

MACRO

ON 6-JUL=-82 AT 10:46

REFERENCSS

#111-4863
#111-48

#141-5739
#161-57640
#139-5559
195-7404
#170-6872

+236-8428
*222-8113

*147-5880
+147-5881
187-7273
199-7473
170-6887

SEQ 0420

gags 21

236-8397 t536
-8436
4B89-15843 4B89-15850 +489-15855
236-8396 *236-B435
4B89-15842 4B9-15848 +489-15854
11-7690
371-11961 *400-12628 +400-1263
#373-11995

SIPARQ
SIPAR3
SIPARS

189-7316
#111-4847
#111-4850
0;1}-??2%9

377-12037 #377-12045
361-11530
273-9184 *273-9185
220-8042
220-8066

355-11392
242-8574

361-11548
244-8601

246-B668

273-9185

SIPARG
' SIPDRO
SIZE

#111-4853
#111-4827
#113-4986

220-8042
361-11531
167-6718

242-8574
428-13432
169-6811

244-8601

246-8668

+361-11599

220-8026

220-8039

220-8061

. SKIPKA

%#139-5562
382-12160 +382-12162 *399-12576 *399-12582
#139-5673
172-6916_
209-7674 *371-11922 +371-11972
462-14760 462-14763 #462-14773
#139-5587 *213-7823 #213-7848
355-11433 #355-11437
363-11682 #363-11685
182-7125 #182-7128

*285-9646
211-7728

+303-10058 357-11459
*211-7761
+*211-7764 +*211-7771

SK1PMK

SKJ

SKPERR
SkuB
SKUJ
SOBK
SOBLEN
SOF TPA
SOURCE
SPLTCS

SSP
ST
STACK
START
START1

START2
START3
STAR27

236-8401
365-11754

238-8461
367-11813

#141-5735

242-8566

#141-5746

246-8683

242-8564

#139-5661
#139-5643

220-8066
425-13332
169-6778

38-8490
367-11829

242-8569

#309-10223

*273-9202
*172-6919

#275-9315
+173-6941

240-8529

#277-9408
« 11-7396

361-11556 361-11561 +390-12367 +390-12372
:Z;;-?Z}}s *155-6053 #255-8856 *257-BB93
#111-4688
137-5549
137-5545
137-5546
#137-5545

111-4689
137-5541
137-5551 #144=5799
#137-5548
#137-5550
517-16655

137-5552_
377-12042

244-8594

+283-9546
*211=7706

478-15242

141-5736

153-5989

189-7312

297-9967

#238-8453
*174-7038
*296-9913

462-14773 +462-14774 +486-15629
296-9917
296-9936 +297-9967

#139-5670
#139-5648

#170-6867
#184-7161
#174-7038
#167-6703
+211-7722
+220-8030

*211-7748
+220-8052

*224~8176
*232-8295
*236-8415
*244~-B639

*328-10857

#151-5944

+224-8183
+232-8298
*238-8450
+246-8662

'553-8194
+232-8300
+238-B466
+246-8690

%11-7754
+220-8078

*226-8209
+233-8326
+238-8472
+246-8695

246-8682

426~13346 +429-13443

238-8448
#139-5698
#139-5686

149-5931
#153-5974
169-6794
182-7148
173-6956
166-6519

244-~8631

+273-9186

361-11578

222-8128

222-8146

328-10853

»395-12501 395-12506 '395-12508
+222-8099 '222-810% 22-8131
222-8149

+ g-a 18
+233-8334
+238-8495
+246-8701

#229-8243
*234-8360
+238-8501
*246-8722

+229-8252
#234-8369
#240-8522
+249-8761

+229-8257
+234-8388
242-8570
+251-8788

363-11695

+224-8166

+232-8293
+236-8411
+244-B8626
257-8895

(ZMSPB

CREATED BY

SYMBOL CROSS REFERENCE
SYMBOL

SUPDOT

VALUE

027034

MACRO

ON 6-JUL-82 AT 10:46

REFERENCES

220-805¢
#235-8832
~220-8138
200-8053
2098244
238-847

220-8082
328-1088
202-8138
200-8079
209-8253
2388473

222-8107

232-8308

2368429

236-843¢

238-B4S1

240-8519

232-8311
22-8100
209-8238
2388502

232-8315
224-8167
232-8294
240-8521

230-8318
224-8177
233-8327
246-8696

24-8642
224-818¢
233-833¢
246-8702

#255-88%
226-8195
234-8389
2u6-B723

226-8210
236-8.12
29-8763

'22-8132
044-B640
#255-8836
255-8837

22-8151
46-8675
255-8844
257-8870

232-829¢
246-8727
+257-8869

232-8209
#257-8867
257-8877

232-8301

234-8373

234-8379

242-8580

255-8847
#434-13669 517-16650
#111-4690
155-6052
#141-5754 *147-5883
#I41-5757 +151-5961
187-7255_
189-7305
331-10897 363-11626
428-13398 462-14773
470-15020 483-15484
#113-4978
151-5068
#111-6731
167-6735
#111-4730
46514849
#111-4721
#111-4700
189-7305
#111-4719
363-11626

25751716651
255-8856

257-8893

478-15245

478-15251

151-5963

«151-5968

«1S3-5987

155-6063

483-15484

027050
027212

SUPDO4

027226

SUPDRO
SUPDRT

002156
002160

222-8103
264-8630
#139-5617
#139-5618

002164
002166
002170
002172

#139-5620
#139-5621
#139-5622
#139-5623

SUPDRS
SUPDRG
| SUPDRS
| SUPDR6

CSUPLIM
| SUPSTK
SWAPAT
| SWR
|
|

| SWREG

' sW0
swl
| SW10

swil
sw12
swi3
swla

002162

056542
= 000740
002622
002624

= 000176

= 000001
= 000002
= 002000

= 004000
= 010000
= 020000
= 040000

sw15
s~
sw3
sw6
WS
swé
sw7
Sw8
sW9
SYssiz
TAG2S
TAG3S

= 100000
= 000004
= 000010
= 000020
= 000040
= 000100
= 000200
= 000400
= 001000
003756
012044
012100

TAG70$
TAG71S
TAG72S
TAGZ3S
| TAG74$
| TAG?SS
| TAG768

062010
062020
062030
062100
062140
062152
062164

TAGLS

027130

CREF

220-8034"
246-8704
22-8116
220-8031
2208220
236-8417

SUPDO2
SUPDO3

SUPDR2

SEQ 0421

PAGE 22

#139-5619

#111-4718

#111-4717
#111-4716
#111-4729
#111-4728
#111-4727
#111-4726
#111-4725
#111-4726
#111-4723
#111-4702
145-5825
169-6764
169-6790
255-8845

363-11645

462-14780

33110897
465-14892
184-7213
470-15020
46214773
462-14798
#145-5827
#169-6791
#169-6795
#255-8847

470-14996 #472-15038
470-14997 #472-15044
470-14998 #472-15050
470~14999 #472-15064
470-15000 #472-15076
470-15001 #472-15082
470-15002 #473-15088

217-7919
363-11645
462-14780
483-15492

155-6063

1676735

173-6950

184-7213

273-9274
390-12376
465-14849
486-15627

275-9371
393-12454
46514889

279-9440
397-12528
465-14892

283-9588_
421-13263
466-14903

287-9590
42613376
46614907

2177919

2177934

390-12376

393-12454

397-12528

421-13263

273-9274

275-9371

279-9440

283-9588

287-9690

363-11680

465-14889

173-6950

466=14907

217-7934
363-11680
462-14798
483-15514

CZMSPB

CREATED BY

SYMBOL CROSS REFERENCE

SYMBOL

TAG778
TAG788
TAG798

TAGS
18648

VALUE

062230
062236
062316

011672

027306

ON 6-JUL-82 AT 10:46

REFERENCES

470~15003 #473-15101
470~15004 #473-15107
470-15005 #473-15122

169-6758

257-8878

#169-6762

#257-8880

169-6797

SEQ 0422

PAGE 23
CREF

169-6834

169-6856

TCFIGI
TCFIG2
TCFIGS
TCONFI
TEMP

041740
042100
042234
041666
002432

#335-10965 335-10986
#335-10995 335-11016
#335-11025 335-11039
331-10902 331-10913
#139-5700 +166-6349"

472-15055
4723-15093
472-15068
331-10923 #333-10947
166-6605
166-6607 *186-7220

TESTAD

002410

#139-5696
162-6293
+166-6681 *211-7726
213-7806 2197976
375-9321
275-9362
285-9656 285-9665

*162-6294
211-7727
219-7977
275-9379
287-9720

TESTMO

002550

#141-5731 *145-5844 *145-5865
169-6782
169-6799
169-6816
169-6842
174=6962
213-7805
242-8563
244-8611
246-8657
257-8888
344-11229 377-12074 386-12241 388-12281 388-12299
421-13228 421-13244 421-13254 423-13274 423-13286
#139-5672
145-5871
147-5897
151-5967
1646457
167-6732
169-6792 #339-11117 382-12186 382-12190
384-12202 384-12214 386-12256
388-12308
#111-4761
331-10883 331-10883 +331-10885 +331~10886 +331-10928 +331-10928 390-12313 390-12313
+390-12356 +390-12357 *390-12434 *390-12434
393-12450 393-12450 *393-12462 +393-12463 +393-12484
+393-12484 397-12524 397-12524 *397-12536 +397-12537 #397-12557 #397-12557
#139-5606 *+201-7521_ +203-7561 %205-7604 +207-7644
373-11981
#139-569% *458-14657 465-14892 +466=14931
#139-5636 *157-6127
162-6298_
163-6356_
163-6388
166-6494
348-11274 350-11309 354-11365
406-12638 426-13350 428-13417 478-15212
#159-6190
*164~6438 +164~64bh
164-6446 +164=6452 *164=6456 *402-12647 *404=12653 462-14755
1111-0760 +147-5889 +147-5890
169-6774 #169-6837
#139-5645 +273-919¢ 273-0105 «273-0198 2739100
273-0200
273-9201
273-9202 +273-9208
+273-9210
273-9214
2739216
273-9202
273-9228 *273-9287 #273-9288 #275-9313 *275-9314
275-9315 *275-9318 #275-9320
275-9324
275-9327 %277-9397 #277-9398 277-9401 *277-9402
STO0UD8 =377-0411 =577-0K13 =277-0NS 3770417
S77-0410
377-0421 +379-9493 +279-9453
+283-9535 +283-9536 083-9539 #283-9540
283-9546 +283-9549 *283-9551 ¢2B3-9553 «283-9555
283-9558
283-9561
283-9569
283-9575 1283-9399 1283-9600 +283-0636 «285-9637 +285-9640
+285-9641
285-9646 *2B5-9649 *+285-9651 *285-9653 +285-9655
285-9658
285-9660
285-9667

TIME

002336

TIMEOU

042570

TKVEC

= 000060

TMFLAG
TOOMAN
TOTCSR

002132
002404
002222

TRACE
TRAPVE
TSTBAN
TSTDAT

006206
= 000034
012312
002244

TSTRD1
TSTREA

043242
= 104510

1ST2

011406

| 18T
15T

014744
015016
= 104405

TST1

| TST3
1514

MACRO

TYPDS

186-7237

#186-7238

#395-12492 *395-12493

+162-6295
166=6493 *166-6523 *166-6524 %166-6669 +166-6680
%211-7727 *211=7730 #211-7732 #211-7751
211-7751
213-7803
224-8165
224-8182
273-9211
273-9212
273-9298
273-9299
2779390
279-9471
283-9556
283-9563
283-9567
283-9618
303-10061 390-12313 +390-12369 #390-12370 +390-12374 +390~12436

285-9674 +287-9701 #287-9702 +303-10056 +303-10057
303-10058 +303-10074 +303-10076 +303-10078
+303-10079 +303-10081 +303-10084 *303-10085 *303-10087 «303-10089 +303-10090 +303-10092 305-10118
305-10120 *+316-10393 *316-10396 453-14558 453-14563 458-14663 458-14665 509-16416 509-16416
344-11215 344-11217 #344~11228
#110-4680
213-7821
213-7846
273-9248
273-9261
275-9337
275-9349

005524

#157-6074

011572
012560

#169-6742
#172-6890

#167-6705

#187-7253
#187-7270
#110-6606

184-7201

184-7205

184=7209

184=7211

189-7309

395-12494

395-12498

395-12513

§
S TYPOC
‘
TYPOS

= 104403

TYPSO

= 000000

TYPS1
TYPS2
T12A
7128

= 000000
= 000000
033260
033302

= 104402

UDPARO
UDPAR?
UIPARO
UIPART
UIPARZ
UIPAR3S
UIPARG
UIPARS

= 177660
= 177676
= 177640
= 177642
= 177644
= 177646
= 177650
= 177652

UIPARG
UIPDRO
UNITOP
UNMAP

= 177654
= 177600
002414
047006

| UNRELO

046070

UPPFLG
USERMA
USESTk

002263
046570
= 000700

uSP
WARN1

=2000006

011760

#369-11890

193-7392

#365-11730

#169-6775

VIO WV~ —
Sw-oooma
wWoo

d o

ek ek =D

NN —=OONHNO

[
"
\A?O J:\nw—i—.wl\
~NOO~

— —
NN WA
O OO0 NWNW—20N\

OV OO

NNO!

OO S = VNWVINWVWND
=N

470-15013
478-15210
478-15253
4£83-15490
485-15556
4£86-15660

472-15038

478-15218

478-15233

478-15235

478-15248

478-15250

4£78-15263

386-12244

388-12295

388-12304

395-12510

472-15076

472-15082

473-15123

159-6187
324-10689
316-10404

1§0-6271
325-10751

282-9519

291-9819

316-10406

319-10471

321-10523

323-10646

486~15

486-15652
487-15732

287-15730 487-15731

325-10750

487-15790

*160-6283

361-11534

369-11837

242-8577

244-8604

246-8671

361-11576

244-8604

246-8671

+361-11597

*160-6245

'$§6-8432 +328-10863

160-6270

355-11394

361-11551

£222-8156

-8137
220-8045
220-8069
361-11535 369-11839
+184-7190 +184-7193 *184-7194
247-8739
248-8750
231-8272

222-8157

242-8577

*184~-7195

*184-7196

251-8782

251-8798

251-8806

251-8815

197-7459

201-7534

203-7579

205-7617

207-7662

240-8548

47 8-15266
426-13540 *429-13447

478-15257

6%% 13331

195-7422

375-12016

#139-5650 +285-9661
363-11693 365-11752
155-6058
#111-4691
#111-4712

434~13587
468-14986
473-15124
478-15249
4£83-15481
485-15554
486-15658
4£87-15789

468-14950
472-15058
478-15228
478-15264
483-15502
486-15637
487-15728

234-8372
#111-4817
#111-4824 +234-8370
111-4806 #111-4807
160'6203 +160-6238
#111-4808 222-8111 *236-8427
2%2-8113
6-8428
169-6760
#111-4809
2466~-8690
#111-4810
169-6761
8-8450
#111-4811
367-11799
816
220-8069 *222-8136
l}g}-?g;$7 220-8045
#111-4813
#111-4786
#139-5697
227-8233

390
395-12514
399-12593

429-13464
468-14984
473-15122
478-15247
482-15436
485-15543
486-15657
4<87-15787

&N =2 NN

466-14922
472-15054
478-15219
478-15262
4B83-15493
4B86-15624
486-15667
494-16009
468-14955
483-15492
211-7756
485-15559
159-6166
323-10650
291-9817
325-10748
287-9699
287-9695

VIS NN
= OO W=O

465-14852
470-15023
478-15211
478-15259
483-15491
4B85-15558
486-15663
487-15791
#110-4601
478-15265
#110-4602_
485-15557
157-6122_
322-10567
160-6270
323-10644
#285-9630
#285-9634

]
NONON

331-10905
331-109%2
335-11036
380-12131
386-12247
390-12315
393-12461
397-12551
400-12632

o ot e e

331-10901
331-10921
335-11024
380-12126
386-1222§
388-12303
393-12459
397-12535
400~12627

331-10893
331-10920
335-11013
380-12116
386-12221
388-12296
393-12452
397-12533
400-12616

159-6183
184-7212

154-6021

159-6167
184~7210

154-6007

159-6164
184-7206_

»ovo?a
L
)

#110-4600

= 104401

—h e

TYPELIT

REFERENCES
472-15044

AN N NN N N NN =2 b =
O O O 00 00 NN INTD N\

VALUE

SEQ 0423

PAGE 24
CREF

S NN NI NINON) —

SYMBOL

ON 6-JUL-82 AT 10:46

VIV

SYMBOL CROSS REFERENCE

MACRO

VNN
O OOV
NN = o
SO
WO NSO\ ~
W~NONNSSONONOON—
00o~

C(ZMSPB

CREATED BY

+155-6059

377-12056

199-7496

87-9680 «287-9682
367-11794 # 69-1183 6
478-15 60
257-8891

+257-8891

428-13431

250-8773

184-7197

CZMSPB

CREATED BY

SYMBOI CROSS REFERENCE
SYMBOL
WARN
WARN
WARNS

WARNS

WARNo
WARNGA
WARNGB
WARN?
WASDBE
- WASSBE
WAS1DB
WAS1SB
WHICHC
WOOPEN
WOOPS
! WOOPSA
. WOOPUP

| WORST

XOCHAR

XXDPCH

ZEROS

SAPTHD

0%61-8984
r

*327-10842
+327-10843
*327-10844
*327-10845

328-10855 #328-10862

#238-8450
#110-4672
#110-4670
#110-4673
#110-4671

055556
002566
056332
002352
002334

$CDW2

$CHARC
$CHKD!
$CHK1D
$CKSWR
$CLRCS
$CLR1C
$CMTAG
S$CMTGE
SCNTLC
SCNTLG
SCNTLK
SCNTLU
$CPUOP
SCRLF
$DBLK

ON 6-JUL-82 AT 10:46

#328-10863
#328-10856

$AUTO
$BANK
$BASE
$BELL
SCACHF
$CACHN
$CBCSR
$CBREG
$CB1CS
$COW1

$0B20

MACRO

SEQ 0424

PAGE 25
CREF

063572
065564

174-6972

174-6985

174-7000

174-7015

277-9425

382-12180 384-12195 #406-12657
4£30-13492 430-13495 430-13497 432-13513 432-13536 #432-13544 432-13547
425-13328 0430-13485
432-13531 432-13532 432-13535 #432-13547
*430-13490 *430-13491 430-13492
430-13495 430-13495 430-13495 #432-13512
430-13492 430-13492 430-13493
§32-13547
371-11958
#1461-5738 «147-5875 ®197-7447 *199-7484 +203-7567 #207-7650
#434-13601 *434-13635 #434-13638 *434-13639 434-13640 *434-13644 +434-13645
483-15461 *483-15462
466-14921
#139-5678 *153-5994
296-9911
145-5835
#139-5671
296-9907
137-5543 #493-15978
155-6062
483-15488
#139-5585
*153-5985 *153-5990
#139-5565 *463-14811

#492-15950
#141-5764
393-12478 397-12551 465-14851
#361-11165 496-16046
#341-11158 496-16045
496-16089
#346-11261
#355=-11441
496-16104
#346-11266 496-16090
#492-15953
#4692-15954
*434-13589 *434-13599 %434~13657 #4634-13662
#352-11353 496-16097
#352-11358 496-16098
#483-15453 496-16029
#352-11344 496-16095
#352-11348 496-16096
#139-5558
144-5806
#139-5725
144-5808
#486-15679
486-15624
483-15502
#.86-15681
483-15490
483-15481 %#483-15536
483-15507 486-15652 #486-15680
#492-15923
#141-576%5
331-10905 331-10908
184-7198
478-15211
478-15232 478-15247 478-15262
482-15406 482-15436 #482-15444
473-15114 #491-15870

395-12514
478-15270

434-13588
483-15516

468-14950
485-15543

432-13536

432-13537

434-13646

483-15459

468-14977

468-14986

4B6-15657

(ZMSPB

| SYMBOL
SYMBOL

$00W0
$DDW1
$00W2

$0DW3

$0DW4
$DDWS
SDEENE
S$DEVCT
$DEVM
$DOAGA
$DOAGN
$OOWN
$DTBL
$ECCDI
S$ECCIN
$ECCID
$ECC1I
$ENASB
SENATS
SENDAD
$ENERG
SENV
SENVM
SEOP
SERFLG
SERRGE
SERROR
$ERRTB
SERRTY
SERTTL
SESCAP
$ETABL
SETEND

$EXHAL
$ES
SFATAL
$FILLC
$FILLS
$GTSWR
SHALT

SHALT2

$HIBTS
$HIOCT
SILLUP
$INVAL
S$ITEMB
$KERNE
$KMAP
SLF
$LOADC
SLPADR

CREATED BY MACRO
CROSS REFERENCE
VALUE

ON 6-JUL-82 AT 10:46

REFERENCES

042676

149-5909 #493-15965
#493-15966
#493-15967
#493-15968
#493-15969
#493-15970
#341-11154 496-16041

065762

#492-15951

065770
065772
065774
065776
066000
066002

065714

015350
015244
054762
0635¢2
04327¢

043316
043304
043332
043344
043360
015234
042666
065724
065725
015070

002012
044112

060566
066326
061370
002616
002360
065724
066004
047670
= 000001
065706
002640
002355
063756
061152
066060
066004
065204
055364
044062

002013
042656
045112
002647
042750

002610

*189=7340

SEQ 0425

PAGE 26
CREF

*462-14749 *462-14751 #492-15910

189-7313 #189-7347
189-7311
#189-7323
#426-13381 426-13382
482-15409 #482-15440
#346-11237 496-16085
#346-11245 496-16087
#346-11241 496-16086
#346-11249 496-16088
#346-11253 496-16099
#346-11257 496-16100
137-5534
153-5991
154-6002 #189-7319
#341-11150 496-16040
144-5800
153-5984 #492-15915
153-5978
153-5981 #492-15919
#189-7295
#139-5566_
462-14796 *462-14802 *465-14845
#355-11387 496-16103
147-5887 #465-14841
468-14965 #500-16130
465-14896 #468-14949
&
189-7301
395-12498
395-12500 #465-14853 *465-14855 466-14921
#141-5750
#139-5684 *462-14805 466-14710 466-14912
#492-15914
#493-15974 493-15984
#377-12041
#157-6125
*465-14887 #492-15907
#141-5763
434-13592
#139-5681 +399-12570
#483-15491 496-16028
#466~14905
#494-16010
#493-15979
386-12224 388-12266 *487-15723 #487-15734
425-13313 428-13391 #429-13470 429-13471
#354-11378 496-16102
#139-5567 *465-14862 465-14864 465-14874 +465-14875 468-14952
#341-11146 496-16039
#361-11603 496-16043
486-15667
#141-5767
#343-11175 496-16048
257-8868 *257-8878
#161-5747
255-8835 *255-8845
255-8846 *255-8862
*462-14800 *462-14803

462-14807

257-8879

*257-8899

B2
| CIMSPB

CREATED BY

. SYMBOL CROSS REFERENCE
| SYMBOL
VAL
' SLPERR
002612

sLs

= 000000
065736
065742
065746
065752
065704
065734
065740
065744
065750

MACRO

ON 6-JUL-82 AT 10:46

REFER§ES

llgl 730

255-8835

SEQ 0426

PAGF 27
CREF

#255-8846

+255-8B62

257-8868

+257-8879

+257-8899

462-14800 +462-14804

0157-6122

#316~10406 #159-6166
#319-10471 #159-6187_
#321-10523 #160-6270_#160-6
03Sg-10567 0339 8646 li82-9519
i=10646 #291-9817
#323-10650#291-9819
#324-10689 #316~10404
#325-10748
#325-10750 #325-10751

#492-15937
#492-15941
#492-15944
#492-15947
#692-15905 493-15980
186~-7221 #492-15930
#492-15939
#492-15942
#492-15945

493-15984

#493-15980

065024
£65720
065722
065704
065013
065735

#492-15931

066054

#494-16009

496-16024

496-16026

496-16081

496-16082

496-16083

496-16105

496-16106

496-16107

#139-5680
#157-6074

434-13594
157—6076 #157-6074

llg-9

37-6705

#167-6705

#169-6742

169-6742

#169-6742

065741
065745
065751

002354
= 000001
063352
= 065672
063354
060502
065712
066012

483~15493 #486-15683

#492-15912
#692-15913
*466-14918 #492-15906
483-15491 #480- 15682
#492-15940
#492-15943
#492-15946
496-16108

172-6890

496-16110

0172-6832 #187-7253

*481-15343 +481-15372
#48
491-15872 #491-15897

187-7253

m187-7253

m187-7270

#139-5564
#451-14491

057002
057022
057044
057064
057106
057130
057150
057166

#451-14535
#451-14540
#453-14546
#453-14551
#453-14556
#453-14561
#453-14566
#453-14571

#451-14497
#451-14503
#451-14509
#451-14525
#451-14530

429-13460
496-16051

496-1605
496-1605
496-16054
496-16055
496-16056
496-16057
496-16058
496-16059
496-16060
496-16061
496-1606
496-1606
496-16064

187-7270

#187-7270

491-15900

473-15116 #421-15
*481-15338 +481-15342
4B1-15347 +481-15350 +481-15361 #481-15387
462-14780 662-1‘831 “35:1
*153-5977 +«189-7302
+189-7
189-7305
189-7309
189-7337 +189-7343
'Egg-?gagz 227-8225
229-82
229-8249
231-8264
234-8384
363-11628

002010
056542
056570
056616
056646
056730
056752

496-16109

429-13461 *463-14812 +463-14816

463-14821

463-14822

226-8190
226-8199
395-12492 #492-15909
465-14848

.| CZMSPB

CREATED BY

| SYMBOL CROSS REFERENCE

SYMBOL
$PER21
$PER22

$PER23

S$PER24
S$PER25
$PER26
SPER27
SPER30
$PER31

VALUE

057204
057224
057242
057260

MACRO

ON 6-JUL-82 AT 10:46

REFERENC ;

#453-14576
0453-16581
#453-14586
#453-14591
#621-132 6
#456-14628
0452-146
-13271
#458-14671
#460-14689
#460-14698
#460-14709
#460-14718
#660-14726
#460-14733
#460-14736

#489-15841
#486-15586
#487-15749
#486-15615
#487-15698
#343-11193
#488-15822
#488-15811

SEQ 0427

PAGE 28
CREF

496-16065
496-16066
496-16067
496-16068
496-16069
496-16070
496-16071
496-1607
496-1607
496-16074
496-16075

496-16076

483-15534

429-13463
432-13543
486-15660

496-16031

36
496
*426-13378 428-1 393 *428-13394 *428-13395 #429-13472 432-13526
147-5885 #662-14749
#157-6074 #167-6705 #169-6742 #172-6890 »'87-7253 #187-7270
462-14788 462:;3797 ¥4
803
#108-4564
172-6890
187-7253
153-5987
*465-14848

056206

#1461-5759
434-13636
#108-4565
#169-6742
#187-7270
#141-5762
434-13651
#139-5682 *153-5979
#141-5761
434-13633
147-5889 #494-15994
#494-16005 496-16020
494~15999 #496-16020
#493-15981
#344-11200 496-16101
486-15617 486-15618
#482-15399 496-16025
#4634-13571
496-16021

lg;-6705 169-6742

331-1 27 390-12358
333"g9$292.15698
=1236

#492-15908

0
483-15464 68 ~15496
157-6076 #157-6074
172-6890 #172-6890

167-6705
187-7253

393-12464
486-15590

393-12466

486-15658

393-12483

397-12538

397-12556

393-12482

397-12540

397-12555

169-6742
187-7270

486-15596

486-15588 486167-6705 #167-6705
187-7253 #187-7253

434-13571

486-15640

187-7270

486-15672 #486-15676

P
| CZMSPB
CREATcD BY MACRO ON 6-JUL-82 AT 10:46
EAGE 29
| SYMBOL CROSS REFERENCE
REFEREN
| SYMBOL
STYPEC
STYPEX
434~13658 434~13560 #434-1366
056522
#481-15341
496-160 g
4
$TYPOC
06315
$TYPON
481-15340
#481-1534
063170
#481-15336 496-16023
$TYPOS
063130
$T2
157-6122
159-6166
159-6187
160-6270
000054

056334

SUNIT
SUNITM
SUSWR
SVECT1
SVECT2
$WASDB

SWASSB

SWAS1D
SWAS1S
$XTSTR
$ZAP4L2
$87

SOFILL

065716
066014
065730
065754
065756
043600
043434

043714
043550
060 360
015214
000405

063353

436-13&91 (34-13598 #434-13602

483-15520

316-10406 319-10671 321-10523
325-10750 325-10751
-189-7341 *462-14752 #492-15911

322-10567

#493-15983
189-7337 #492-15922
#492-15948
#492-15949
#350-11308 496-16093
#348-11273 496-16091
#350-11334 496-16094
#348-11299 496-16092
#4662-14782
#189-7312
466-14925
#157-6122 #157-6122 #159-6166

SEQ 0428

160-6271
323-10644

i §-9519
323-10646

91-9817
323-10650

291-9819
324-10689

316-10404
325-10748

#159-6166 #159-6187 #159-6187 #160-6270 #160-6270 #160-6271
#160-6271 #282-9519 #282-9519 #291-9817 0291-9817 #291-9819_ #291-9819_ #316-10404 #316~10404
#316-10406 #316-10406 #319-10471 #319-10477 #321-10523 #321-10523 #322-10567 #322-10567 #323-10644
#323-10644 #323-10646 #323-10646
#
; 3-10650 #323-10650 #324-10689 #324-10689 #325-10748 #325-10748
#325-10750 #325-10750 #325-10751 #325-1075
*481-15337 +481-15341 481-15351 0481-15386

(ZMSPB

CREATED BY

MACRO

ON 6-JUL-82 AT 10:46

MACRO CROSS REFERENCE
REFERENCES
MACRO NAME
l
#108-4554
| AND
'
ANDB
#108-4557
#108-4555 #182-7063
EGIN
|

0209-7672 #n211=-7721
#626~13351 #428-13419 0478-15%
#126~5293
169-6759
220-8033
220-8055

222-8135

2;6-8154

328-10862

344-11217

236-8423
CASE
CLEAR
CLEARB
DLEFT
DOWNTO
ELSE

#108-4554
#108-4552

#283-9619

232-8307

363-11695

5-11754

236-8426

36-8431

#380-12133
#184-7162 #213-7808

220-8081

55-8105

8-8445

% 9-8518

232-8310

367-11813
#213-7815

232-8314

367-11829

i -810

2 2-8109

42-8564

244-

5 -831

430-13492

#213-7863 lg 2-8561

-83

430-13495
40-8552

279-9444

283-9586

160-6210

160-6241
182-7075

160-6259
184-7171

267-9083
287-9694

273-9272

273-9278

275-9369

275-9375

#108-4554

153-5988

153-5993

1$6~600§

158-6146

159-6173

159-6180

316-10376
348-11293

31610400
350-1132

;

s =10714
5-12163

325-10729
82-12171

167-6737
186-7228

170-6878
217-7921

170-68
17=79

172-6920
2g:82

174-6990
53-8827

174-7005
591-9777

296-9925
335-11008

297-9952
344-11223
621-13265

434-13648

454-14603

454~14615

458-14

460-14712

466-14928

#108-4555
154-6008
159-6176
160-6269
173-6943
174-7018

149-5938
154-6009
159-6179
160-6281
173-6944
174-7021

149-5940
155
S
159-6182
167-6739
173-6945
#182-7074

151-5953
155
1
1
19
5
1 -99‘6
#182-7077

151-5970
157-6109
160-65 3
1?
>
1 3-9867
182-7079

153-5980
157-6115
1
33
-3
1
173-69564
1=€- 080

153-5983
157-6121
160-6243
170-6885
174-6392
182-7081

153-5995
158-6145
160-6248
172-6922
174-7007
162-7082

#229-8240

#229-8250

#227-8226

238-8481
260-8550
291-9809
297-9964
319-10468
325-10716
335-11010
350-11323
#363-11662
363-117064
390-12337
395-12517
621-13267
454=14617
465-14856
466-14927
478-15269

#115-4997

184-7178
186-7250
211-7746
215-7914

184-7187
186-7251
#211-7750
217-7923

184-7191
187-727
i
17=-79

10630
7=12040

173-6952
62-8697

184-7192
189-7
11=-775
17-79
-8385

1 -7;25
189-7345
11-7753
1984

186-7230
189-7346
211=-7759
#226-8191
238-8474

325-10744
390-12378

186-7241
191-7359
211-776)
#226-8200

5
-8506
240-85
240-8533
2;8
82-9496
282-9503
282-9517
-9931
-9947
=9951
7-9956
-9980
15-10357
-10370 316-10396
§-10$64
3-10611
S 10625
3-10642
-10761
-10766 325-10767
-10797
8-11;;?
-112
=-11295 #350-11319
56=-11374 #
1
#363-11643 363-11644
;-116?9
-116
-11677 363-11678
77-12059
2212119
12153 382-12165
390-1
93-12458
39 12472
=12477 395-12509
397-12550 #400-12621 400-1%2
400-1%2 6 400-12641
426-13359 426~13360 623-1
S 428-13427 428-13428
458-14678 458-14681 458-14684
460-14714 462-14753
465-14891 465-14894 465-14895 465-14900 466-14909
478-15220 478-15222 478-15223 478-15236 478-15251

167-6726

303-10073

485-15576

167-6730

337-11093

339-11118

339-11122

291-9813
325-10762
393-12456

478-15252
153-5996
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184-7177
186-7247
209-7677
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FATAL

#215-7873
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222-8155

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25;-}2%;2
END

-8424

SEQ 0429

PAGE 30
CREF

339-11125

297-9960
316-10403
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382-12175
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466-14920
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317-10431
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654-14605
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| (ZMSPB
CREATED BY
' MACRO CROSS REFERENCE

' MACRO NAME

' FOR

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REFERENCES

ON 6-JUL-82 AT 10:46

|
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#108-4555

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| GOTO

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297-9958
316-10390
317-10427
324-10672 324-10681 325-10727

335-10984 335-11002
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363-11658 363-11659
377-12056 #377-12057
390-12332 390-12333

IF8
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LET

184-7181

184-7188

186-7222

191-7352

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153-5991

154-6002

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f

SEQ 0430

PAGE 31
CREF

é
5

397-12546
634-13646
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462-14777
466-14907

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2640-8528

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1-11931 371-11961
12275 388-12276
393-12473 395-12500

348-11286
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1-8267

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423-13273 425-13328
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(IMSPB

CREATED BY

MACRO

MACRO CROSS REFERENCE
MACRO NAME
REFERENCES

ON 6-JUL=-82 AT 10:46

SEQ 0431

PAGE 32

ls 5-1059‘ #323-10600#3-10603 3-1 g 3-10607 #323-10608 #323-10617 #323-10620 #323-10621 #323-10622
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55-88 3
350-11308

365-11732 365-11737 365-11776

RCC

RCS
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RES&
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463-14813
487-15700

472-15050
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191
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3 7-1§ 58
426-13356
634-13602
476-15191

#108-4555 #157-6099 #159-6156 #159-6168 #160-6235 #160-6
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331-10883
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343-11175
361-11528

173-6948
242-8562

343-11193
361-11603

§77-12073 379-12089 379-12096 379-12098

90-12313 390-12340
399-12565 #421-13241
4;2-13362 426-13365
434-13606 &34-13607
478-15209

478-15227

390-12373 #390-12379
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482-15399

485-15542

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#323-10589 #324-10665 #325-10702 #325-10707

#169-6792

#382-12186 #382-12190 #384-12202 #384-12214

CZMSPB

CREATED BY

MACRO CROSS REFERENCE

MACRO NAME

RGT
RHI
RHIS
RLE
RLO

' RLOS
CRLY
RM]
RNE
RPL

. SET

SE'B

SET4

SMACIT

SUBTST

MACRO

PAGE 33
CREF

REFERENCES

#108-455
#108-4553
#108-4553
#108-4553
#108-4553

#108-4553

#108-4553
#108-4553
#108-4553
#108-4553

#108-4552

157-6125

#137-5550

#147-5875

W147-5877

#153-5979

#153-59

#153-5985

#153-5990

#153-5992

#153-5994

#154-6004 #154-6023 #154-6026 #166-6613 01 6- 657 0169- 8
#169-6851 #174-7038 #182-7078 #182-7157
#187-7274 #187-7276 0191-7355 #191-735
gé 9= 6
#209-768,
0 11-7738 #211-7748 #211-7770
#213-7823 #213-7848 #23 -'% #233-833
g
#240-851
40-85%4 :240-0536 #2462-8559
#244-8588 0246-8652 #25
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#273-92
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#275-9356
0;?7-96 #277=94630 # g
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l 91-9805 #305-10132 l 5=10144 #321-10516 #322-10560
#323-10609 §3°1°623 #324-10673 # 6-1
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# 5-10759 5-10764 #326-10795 #326-10805 #337-11083
#348-11282 #350-11317 0563-11666 #363-11 28 1=11920 l -119
1=11941 #371-11945 #371-11948 #371-11951
#371-11957 #371-11962 #371-11966 #371-11
#371-11972
# 80-1 5 l 5-12104 #384-12200 #384-12209 #390-12363
#393-12469 #395-12508 #397-12542 #399-12576
#399-12582
#400-12628 #458-14657 #458-14668 #458-14685 #460-14693
#460-14695 #460-14704 #460-14706 #460-14728 #460-14730
#466-14929
#472-15053 #472-15067 #473-15091 #476-15176
#476-15188 #476-15192 #476-15194

#108-4552

#133-5456
157-6098
382-12182
#108-4551
#119-5112

145-5827
163-6350
384-12197
108-4566
144-5799

217-7918
224-8179
233-8322
246-8679
251-8800
263-8991

219-7973
226-8188
233-8330
246-8709
251-8808
263-8999

301-10037
313-10272
325-10694
354-11378
369-11856
377-12036
390-12312
400-12611
454-14608

301-10045
314-10318
326-10770
355-11387
369-11869
377-12045
391-12443
400-12631
456-14621

153-5974
166-6460
197=-7426

277-9387

SUPERV

ON 6-JUL~82 AT 10:46

SEQ 0432

#130-5385

145-5829
163-6
386-12239

§5-5855
3-6419

145-5867
164-6437

151-5960
166-6491

154-6015
167-6716

154-6017
169-6753

154-6019
375-12015

144-5811

47-5874

147-5884

149-5904

149-5933

151-5944

151-5956

220-8023
226-8197
234-8340
247-8730
253-8819
265-9009

805
8§2
839
g;sa
5
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5-9031

154-5999
167-6734
199-7463

154-6011
170-6867
201-7500

282-9478

283-9526

255-8855

303-10055
315-10330
327-10816
355-11441
369-11879
377-12072
393-12449
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426-1334

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&

THEN

#108-4554

3-63

1
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186~-7218
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82
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160-6192
193-7366
213-7777

164-6430
195-7396
215-7872

222-814)
229-8255
242-8556
251-8776
259-8936
271-9128

224-8162
231-8262
244-B585
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261-8950
273-9164

224-8169
232-8275
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251-8792
261-8973
275-9305

309-10195
322-10530
333-10934
365-11775
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384-12194
399-12579
430-13485
485-15566

309-10201
323-10571
339-11133
367-11788
373-12000
386-12218
399-12585
432-13512

311-10252
324-10654
354-11363
369-11836
375-12007
388-12260
399-12592
454-14596

297-9971

299-9993

6845 0174-69339 #213-7805 #242-8563 #244-8611 #246-8657
12281 #388-12
#421-13228 #421-13244 #421-13254 #423-13274

CZMSPB

CREATED BY

MACRO CROSS REFERENCE

MACRO NAME

TYPDEC
TYPE

MACRO

ON 6=JUL=-82 AT 10:46

REFERENCES

#108-4353

F1255257
NIS-S01T

1594167
8-72lo
$51-1090¢
333-10951
$3-11086
38012203
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15347
397-12533
400-12627
468-14950
47315092
478-133C
481-15571
48515543
486-15658

184-7201
W154-6007

159-6183

M1BL-T205
1506021

159-G184
189-7308
331-10907 351-10908
333-10953 335-10963
363-116i6 363-11683
38012008 38i-12012
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