PDF Printing 600 Dpi AC 7883F MC_CCMFAF0 MS11_MF11_MA11 P Mem_Feb78 MC CCMFAF0 MS11 MF11 MA11 Mem Feb78

-' -

.XEROX

COPIES=02,FORMS=NONE,END;

TY

TEST

MACYll

30A(1052)

13-JAN-78

12:27

PAGE

1

CCMFAF.Pl1

13-JAN-78

12:13

.

REM

* .

IDENTIFICATION

PRODUCT

CODE:

AC-7SB3F-MC

PRODUCT

NAME:

CCMFAFo

MS11, MF11, MA11-P

MEM

DATE

RELEASED:

FEB

1978

MAINTAINER:

DIAGNOSTIC

GROUP

COPYRIGHT

(C)

1973,

1978

DIGITAL

EQUIPMENT

CORPORATION,

MAYNARD,

MASS.

THIS

SOFTWARE

IS

FURNISHED

UNDER

A

LICENSE

FOR

USE

ONLY

ON

A

SINGLE

COMPUTER

SYSTEM

AND

MAY

BE

CPPIED

ONLY

WITH

THE

INCLUSION

OF

THE

ABOVE

COPYRIGHT

NOTICE. THIS

SOFTWARE,

OR

ANY

OTHfR

COPIES

THEREOF,

MAY

NOT

BE

PROVIDED

OR

OTHERWISE

MADE

AVAILABLE

TO

ANY

OTHER

PERSON

EXCEPT

FQq

USE

ON

SUCH

SYSTEM

AND

TO

ONE

WHO

AGREES

TO

THESE

LICENSE

TERMS.

TITLE

TO

AND

OWNERSHIP

OF

THE

SOFTWARE

SHALL

AT

ALL

TIMES

RfMAIN

IN

DEC.

THE

INFORMATION

IN

THIS

DOCUMENT

IS

SUBJECT

TO

CHANGE

WITHOUT

NOTICE

AND

SHOULD

NOT

BE

CONSTRUED

AS

A

COMMIT-

MENT

BY

DIGITAL

EQUI~MENT

CORPORTATION.

DEC

ASSUMES

NO

RESPONSIBILITY

FOR

THE

USE

OR

RELIABILITY

OF

ITS

SOFTWARE

ON

EQUIPMENT

WHICH

IS

NOT

SUPPLIED

BY

DEC.

4i§8II

,..$>001(>'

CCMFAFO.

MEMORY

PARI

SEQ

0001

"

..

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(1052)

13-JAN-78

12:27

PAGE

2

CCMFAF.P11

13-JAN-78

12:13

1.0

ABSTRACT

THIS

PROGRAM

LOCATES

THE

PARITY

MEMORY

REGISTERS

FOR

BOTH

THE

CORE

AND

MOS

PARITY

MEMORIES

.AND

PREFOR~S

A

CHECK

OF

THE

BITS

IN

EACH.

IT

THEN

CREATES

A

MAP

SHOWING

THE

MEMORY

CONTROLLED

BY

EACH

PARITY

REGISTER.

THE

PARITY

REGISTERS

AND

THE

MEMORY

ARE

THEN

TESTED

USING

THE

INFORMATION

IN

THE

MAP.

2.0

REQUIREMENTS

2.1

EQUIPMENT

..

PDP-11

WITH

MF11-LP

OR

MA11-P

PARITY

MEMORY

(CORE), MS-11

(MOS)

PARITY

MEMORY

2.2

STORAGE

THE

PROGRAM

REQUIRES

4K

OF

MEMORY

TO

LOAD

AND

8K

TO

RUN.

3.0

LOADING

PROCEDURE

LOAD

PROGRAM

INTO

MEMORY

USING

ABS

LOADER.

OR

XXDP.

4.0

STARTING

PROCEDURE

4.1

STARTING

ADDRESSES

4.2.1

200=

NORMAL

(WORST

CASE)

TESTING

220=

ROUTINE

TO

SCAN

FOR

BAD

PARITY

230=

RESTART

OF

NORMAL

TESTING-

USES

OF

PARITY

MEMORY

PROGRAM

AND/OR

OPERATOR

ACTION

LOAD

STARTING

ADDRESS.

SET

DESIRED

SWITCH

REGISTER

SETTINGS (SEE

5.1-

ALL

DOWN

FOR

WORST

CASE).

PRESS

START.

IF

SA

200

OR

RESTART

ADDRESS

230

IS

USED,

THE

BELL

WILL

RING

AT

THE

COMPLETION

OF

EACH

PASS

AND

END

PASS=

XXX

WILL

BE

TYPED

(WHERE

XXX

IS

THE

NUMBER

OF

PASSES

COMPLETED

SINCE

THE

PROGRAM

WAS

LAST

STARTED).

5.0

OPERATING

PROCEDURE

5.1

OPERATIONAL

SWITCH

SETTINGS

THE

DIAGNOSTIC

IS

DESIGNED

TO

USE

HARDWARE

SWR

FOR

SYSTEMS

HAVING

THIS

REGISTER,

HOWEVER

FO~

SYSTEMS

NOT

HAVING

HARDWARE

SWITCH

REGISTER

IT

WILL

USE

LOCATION

17b

TO

GIVE

THE

FOLLOWING

OPTIONS:

SW

15=1

OR

UP

HA

LT

ON

ERROR

SW

14=1

OR

UP

SCOPE

LOOP

SW

13=1

OR

UP

INHIBIT

PRINTOUT

SW

11=1

OR

UP

INHIBIT

ITERATIONS

SW

10=1

OR

UP

HALT

AFTER

LOCATING

BAD

PARITY

BEFORE

CORRECTING

IT

(USED

IN

PARITY

SCAN

ROUTINE

ONLY)

SW

09=1

OR

UP

--

HALT

AFTER

THE

PARITY

MEMORY

MAP

HAS

SEEN

PRINTE'·

(ALLOWS

MANUAL

CHANGES

TO

FORCE

TESTING

OF

MEMORY

..

SEQ

0002

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(1052)

13-JAN~7B

12:27

PAGE

3

CCMFAF.P11

13-JAN-78

12:13

5.2

5.2.1

5.2.2

5.2.3

5.2.4

5.2.5

5.2.6

a

THAT

WAS

NOT

LOCATED)

SW

OB=l

OR

UP

--

HALT

AT

END

OF

PASS

(IF

HALTED

ELSEWHERE,

THE

PROGRAM

MAY

BE

RELOCATED

TO

BANK

1,

SAD

PARITY

MAY

EXIST

IN

MEMORY,

AND/OR

WRITE

WRONG

PARITY

MAY

BE

SET)

SUBROUTINE

ABSTRACTS

BEGIN

SA

200,

RESTART

230

SCOPE

THIS

SUBROUTINE

CALL

IS

PLACED

BETWEEN

EACH

SUBTEST

IN

THE

INSTRUCTION

SECTION. IT

RECORDS

THE

STARTING

ADDRESS

OF

EACH

SU3TEST

AS

IT

IS

BEING

ENTERED.

IF A

SCOP~

LOOP

IS

REQUESTED,

IT

WILL

JUMP

TO

"THE

START

OF

THE

SUBTEST

THAT

THE

SCOPE

LOOP

IS

REQUESTED

FOR.

IF

SCOPE

LOOP

IS

NOT

REQUESTED,

THERE

WILL

BE

64

ITERATIONS

OF

THAT

SUBTEST

BEFORE

THE

IS

ENTERED

(EXCEPT

IN

THOSE

ROUTINES

WHERE

IMAX

IS

CHANGED).

SWITCH

11

ON

A

ONE

INHIBITS

ITERATION

OF

SUBTESTS.

ERROR

HANDLERS

(ERRST,ERRP,ERR)

THESE

ROUTINES

ARE

CALLED

VIA

EMTS

TO

PRINT

OUT

ERROR

INFORMATION.

(SEE

6.0

FOR

DESCRIPTION

OF

ERROR

INFORMATION)

PSCAN

(SCAN

MEMORY

FJ~

BAD

PARITY)

THIS

ROUTINE

READS

ALL

LOCATIONS

IN

MEMORY

AND

PRINTS

OUT

THE

PHYSICAL

ADDRESSES

(18

BITS)

OF

THOSE

LOCATIGNS

CONTAINING

BAD

PARITY.

IT

IS

UTILIZED

WITHIN

THE

PROGRAM

WHILE

EXERCISING

MEMORY

IF

A

PARITY

ERROR

OCCURS

UNEXPECTEDLY,

AND

MAY

ALSO

BE

CALLED

USING

STARTING

ADDRESS

220.

$TYPE

(ASCII

MESSAGE

TYPEOUT

ROUTINE)

THIS

IS

THE

STANDARD

TYPEOUT

ROUTINE,

ALLOWING

PATCHING

TO

UTILIZE

OUTPUT

DEVICES

OTHER

THAN

THE

ASR

33.

$~ULL

CONTAINS

THE

VALUE

TC

BE

USED

AS

A FILLER

CiiARACTER,

AND

$FILLS

CONTAINS

A

NUMBER

INDICATING

THE

NUMBER

OF

FILLER

CHARACTERS

REQUIRED.

TPS

AND

TPB

CONTAIN

THE

STATUS

AND

BUFFER

REGISTER

ADDRESSES

OF

THE

OUTPUT

DEVICE.

TRAPCATCHER

THIS

IS

A SERIES

OF

INSTRUCTIONS

STARTING

AT

LOCATION

0

DESIGNED

TO

DETECT

AND

ISOLATE

UNEXPECTED

TRAPS

AND

INTERRUPTS

TO

THE

TRAP

AND

INTERRUPT

VECTOR

AREA

OF

MEMORY.

EACH

VECTOR

ENTRANCE

ADDRESS

IS

LOADED

WITH

THE

ADDRESS

OF

THE

IS

LOADED

WITH

A

HALT

(000000).

THUS

AN

ILLEGAL

TRAP

OR

INTERRUPT

WILL

CAUSE

A

HALT

AT

THE

TRAP

LOCATION

PLUS

TWO.

IF

A

HALT

OCCURS

IN

THE

TRAP

OR

INTERRUPT

AREA,

EXAMINE

REGISTER

SIX.

IT

WILL

CONTAIN

THE

CURRENT

STACK

ADDRESS.

THE

CDN"IENTS

OF

THE

CURRENT

STACK

ADDRESS

IS

THE

VALUE

OF

THE

LOCATIO~

COUNTER

WHEN

THE

TRAP

>10

SEQ

0003

" #

"

'"

;",

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(1052)

13-JAN-78

12:27

PAGE

4

CCMFAF.P11

13-JAN-78

12:13

5.3

5.3.1

5.3.2

OR

INTERRUPT

OCCURRED.

PROGRAM

AND/OR

OPERATOR

ACTION

ALTERING

THE

PARITY

MEMORY

MAP

IF

THE

MAP

TYPED

AT

RUN

TIME

DOES

NOT

AGREE

WITH

THE

HARDWARE

PRESENT

THE

MAP

CAN

MANUALLY

BE

CHANGED

TO

ALLOW

TESTING

OF

PARITY

MEMORY

THAT

THE

MAPPER

DID

NOT

FIND. SETTING

SWITCH

a

TO

A 1

WILL

CAUSE

THE

PROGRAM

TO

HALT

AFTER

THE

MAP

IS

TYPED.

AFTER

THE

HALT,

MODIFY

THE

MAP

AS

DESIRED

(SEE

THE

DESCRIPTION

IN

THE

LISTING-

THE

MAP

BEGINS

AT

LOCATION

6CO).

THEN

PRES~

CONTINUE.

THE

NEW

MAP

WILL

BE

PRINTED,

AND

IF

SW9

IS

STILL

SET

THE

PROCESS

WILL

BE

REPEATED.

IF

SW9

IS

NOT

SET,

THE

PROGRAM

WILL

TEST

PARITY

MEMORY

USING

THE

NEW

MAP.

STOPPING

THE

PROGRAM

BECAUSE

THE

PROGRAM

RELOCATES

ITSELF

TO

BANK

1

WHILE

TESTING

BANK

0,

A

SWITCH

IS

PROVIDED

TO

HALT

THE

PROGRAM

AT

THE

END

OF

A PASS.

SETTING THIS

SWITCH

(SWS)

WILL

CAUSE

THE

PROGRAM

TO

HALT

IN

BANK

o

AT

THE

END

OF

THE

CURRENT

PASS

(AFTER

OUTPUTTING

THE

END

OF

PASS

MESSAGE).

6.0

ERRORS

6.1

ERROR

PRINTOUTS

THERE

ARE

THREE

TYPES

OF

ERROR

MESSAGES

USING

COMBINATIONS

OF

THE

FOLLOWING

ERROR

TYPE

ROUTINES.

PC=zzzzzz

ICNT=YYYYYY

MPR=XXXXXX

MPR

DATA=VVVVVV

TEST

LOC=XXXXXX

SIB:

XXXXXX

WAS:

XXXXXX

PC

OF

FAILING

ERROR

CALL.

REFER

TO

THIS

ADDRESS

IN

THE

LISTING

FOR

AN

EXPLANATION

OF

THE

ERROR.

CURRENT

ITERATION

COUNT

OF

FAILING TEST.

ADDRESS

OF

PARITY

REGISTER

UNDER

TEST.

CONTENTS

OF

PARITY

REGISTER

UNDER

TEST.

MEMORY

LOCATION

UNDER

TEST

CONTENTS

OF

MEMORY

LOCATION

SHOULD

BE.

CONTENTS

OF

MEMORY

LOCATION

WAS.

6.2

DETERMINING

ADDRESS

OF

TEST

LOCATION

WHEN

KT11

IS

PRESENT

IN

MOST

OF

THE

SUBTESTS,

IF

A

KT11

IS

PRESENT

IT

IS

USED.

IN

ALL

CASES

IN

THIS

PROGRAM,

WHE~

THE

KTll

IS

ON,

KERNEL

PAGE

0

IS

USED

TO

REFERENCE

BANK

0

AND

KERNEL

PAGE

7

IS

WSED

TO

REFERENCE

THE

EXTERNAL

BANK.

IN

MOST

CASES,

KERNEL

PAGE

1

IS

~SED

TO

REFERENCE

THE

MEMORY

CURRENTLY

UNDER

TEST. SINCE

THE

USE

OF

THE

MEMORY

MANAGEMENT

OPTION

IS

SIMILAR

THROUGHOUT

THE

PROGRAM,

IT

IS

EASY

TO

DETERMINE

THE

ACTUAL

(PHYSICAL)

MEMORY

ADDRESS

BEING

TESTED.

TO

CALCULATE

A

PHYSICAL

ADDRESS,

ADD

THE

STARTING

ADDRESS

OF

THE

BANK

BEING

TESTED

TO

THE

OFFSET

WHICH

GIVES

THE

ADDRESS

WITHIN

THE

BANK.

SINCE

IN

THIS

PROGRAM

ALL

RELOCATED

MEMORY

TESTING

IS

DONE

THRU

KERNEL

PAGE

1.

KERNEL

PAGE

ADDRFSS

RFr.rSTFR 1

{~nnO~~~

77ry~~ry,

",.

,.

SEQ

0004

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(1052)

13-JAN-78

12:27

PAGE

5

CCMFAF.Pl1

13-JAN-78

12:13

WILL

ALWAYS

CONTAIN

THE

STARTING

ADDRESS

OF

THE

BANK.

ACTUALLY,

KERNEL

PAGE

ADDRESS

REGISfER 1 (KPAR1)

CONTAINS

JUST

THE

TOP

12

BITS

OF

THE

BANK

STARTING

ADDRESS.

ADDING

TWO

ZEROES

(OCTAL)

TO

THE

RIGHT

OF

THIS

VALUE

WiLL

GIVE

YOU

THE

FULL

18 BIT

ADDRESS

OF

THE

BANK.

THE

VIRTUAL

ADDRESS

USED

TO

REFERENCE

THIS

BANK

UNDER

TEST

WILL

ALWAYS

START

WITH

001 (BINARY,

TOP

3

OF

16

BITS).

THIS

REFERENCES

PAGE

1.

THE

LOWER

13

BITS

GIVE

THE

ADDRESS

WITHIN

THE

BANK~

ADD

THEM

TO

THE

STARTING

ADDRESS

OF

THE

BANK

TO

GET

THE

FULL

18 BIT

PHYSICAL

ADDRESS.

FOR

EXAMPLE,

AN

ERROR

COMMENT

MAY

SAY

"Rl

CONTAINS

THE

ADDRESS

OF

THE

TEST

LOCATION

(VIRTUAL

THRU

KERNEL

PAGE

1 IF

KTll

PRESENT)."

R1

MIGHT

CONTAIN

320CO,

AND

KERNEL

PAGE

ADDRESS

REGISTER

1

(LOCATION

772342)

MIGHT

CONTAIN

2400.

FIRST

GET

THE

STARTING

ADDRESS

OF

THE

BANK

BY

ADDI~G

2

ZEROES

TO

THE

RIGHT

OF

THE

NUMBER

IN

KPAR1.

THUS

THE

VALUE

2400

INDICATES

THAT

THE

BANK

STARTS

~T

240000.

SECOND,

CALCULATE

THE

OFFSET

WITHIN

THE

BANK.

THE

VIRTUAL

ADDRESS

32000

BREAKS

DOWN

INTO

I(TOP 3 BITS)

WHICH

REFERENCES

KPAR1,

AND

12000

(LOWER

13

BITS)

WHICH

IS

THE

OFFSET.

ADD

THE

OFFSET

(12000)

TO

THE

BANK

ADDRESS

(240000)

TO

GET

THE

ACTUAL

PHYSICAL

ADDRESS

BEING

TESTED

(252000).

6.3

ERROR

RECOVERY

IN

GENERAL,

TEST

FAILURES

WILL

PRINTOUT

AN

ERROR

MESSAGE

AND

CONTINUE.

IF

THE

HALT

ON

ERROR

SWITCH

IS

SET, HITTING

CONTINUE

WILL

RECOVER.

IF

THE

PROGKAM

HANGS

UP

IN

A

LOOP,

THE

ERROR

IS

LIKELY

TO

BE

A

SIGNAL

WHICH

WAS

NEVER

RECEIVED. IF A

HALT

OCCURS

IN

THE

TRAP

AND

VECTOR

AREA

THE

PROGRAM

MUST

BE

RESTARTED.

IF

THE

PROGRAM

HALTS

IN

THE

MAIN

FLOW,

CONSULT

THE

LISTING

IF

NO

MESSAGE

IS

TYPED

OUT.

6.4

ERRORS

WHILE

TESTING

BANK

ZERO

(ERROR

PC

VALUES

ABOVE

20000)

TEST20

AND

TEST21

CHECK

BANK

0

IF

IT

HAS

PARITY

MEMORY.

TO

DO

THIS,

THE

CODE

IS

RELOCATED

TO

AND

EXECUTED

FROM

BANK

1.

THE

ERROR

PRINTOUTS

WILL

THUS

GIVE

THE

PC

IN

BANK

1

OF

THE

ERROR

CALL.

SINCE

ALL

LOCATIONS

HAVE

BEEN

MOVED

UP

20000,

SUBTRACT

20000

FROM

THE

ERROR

PC

TO

GET

THE

ADDRESS

IN

THE

LISTING

WHICH

CORRESPONDS

TO

THE

PRINTOUT.

7.0

RESTRICTIONS

THE

PROGRAM

REQUIRES

A

MINIMUM

OF

8K

MEMORY

TO

RUN.

XXDP

CHAINING

IS

POSSIBLE

FOR

SYSTEMS

GREATER

THAN

BK.

7.1

STARTING

PROCEDURE

PROGRAM

MUST

BE

LOADED

INTO

LOWER

4K

OF

MEMO~Y.

7.2

OPERATING

RESTRICTION-

AVOID

USING

THE

"HALT"

SWITCH

IF

THE

PROGRAM

IS

HALTED

AT

A

RANDOM

POINT

DURING

EXECUTION,

SEVERAL

PROBLEMS

MAY

ARISE.

THE

PROGRAM

MAY

BE

RELOCATED

TO

BANK

1

AT

THE

TIME

IT

IS

STOPPED,

IN

WHICH

CASE

NONE

OF

THE

STANDARD

STARTING

ADDRESSES

WILL

WORK.

WRITE

WRONG

PARITY

MAY

BE

SET,

IN

WHICH

CASE

...

SEQ

0005

..

$

CCMFAFO,

MEMORY

PARITY

TEST

MACYll

30A(1052)

13-JAN~7B

12:27

PAGE

6

CCMFAF.P11

13-JAN-7B

12:13

YOU

MAY

ENTER

BAD

PARITY

WHILE

PATCHING.

AND

MEMORY

MAY

CONTAIN

BAD

PARITY

SINCE

YOU

MAY

BE

IN

THE

MIDDLE

OF

A

TEST

WHICH

UTILIZES

WRITE

WRONG

PARITY. IT

IS

THEREFORE

STRONGLY

RECOMMENDED

THAT

YOU

HALT

THE

PROGRAM

VIA

THE

"HALT

AT

END

OF

PASS"

SWITCH

(SW8)

OR

THE

"HALT

ON

ERROR"

SWITCH

(SW15)

RATHER

THAN

VIA

THE

HALT/ENABLE

SWITCH.

B.O

MISCELLANEOUS

B.l

EXECUTION

TIME

EXECUTION

TIME

DEPENDS

ON

THE

AMOUNT

OF

PARITY

MEMORY

UNDER

TEST.

IT

TAKES

ABOUT

1

MINUTE

TO

TEST

24K

OF

PARITY

MEMORY

(1

PASS).

B.2

STACK

POINTERS

THE

KERNEL

STACK

POINTER

IS

INITIALIZED

TO

510.

9.0

PROGRAM

DESCRIPTION

"

THIS

PROGRAM

FIRST

LOCATES

MAll

&

MF11

CORE

PARITY

AND

MS-ll

MOS

PARITY

CONTROL

REGISTERS

BY

ADDRESSING

;ACH

POSSIBLE

REGISTER

ADDRESS

AND

CHECKING

THOSE

WHICH

DO

NOT

TIME

OUT.

ON

DETECTING

THE

PRESENCE

OF

A

PARITY

REGISTER

*

THE

PROGRAM

CHECKS

IF IT

IS

A

CORE

PARITY

OR

A

MOS

PARITY

REGISTER

AND

ACCORDINGLY

STORES

THIS

INFORMATION

IN

AN

INDICATOR(INDCO-INDC15)

THE

ADDRESSES

OF

THE

~EGISTERS

ARE

RECORDED

AND

OUTPUT

TO

THE

CONSOLE

DEVICE,

AND

THEN

THE

REGISTERS

ARE

CHECKED

TO

SEE

THAT

THE

CORRECT

BITS

ARE

R/W.

RESET

IS

USED

TO

TEST

THE

EFFECT

OF

INIT.

PARITY

MEMORY

IS

THEN

LGCATED

BY

SETTING

WRITE

WRONG

PARITY

IN

ALL

REGISTERS

AND

WRITING

AND

READING

THE

FIRST 4

ADDRESSES

IN

EACH

4K.

EACH

TIME

A

PARITY

REGISTER

RECORDS

A

PARITY

ERROR,

THE

MAP

IS

ALTERRED

T~

INDICATE

THAT

REGISTER

CONTROLS

THE

MEMORY

BEING

ADDRESSED.

THE

FINAL

MAP

IS

PRINTED

AND

THEN

THE

PARITY

CONT~OL

LOGIC

IS

CHECKED

USING

THE

PARITY

MEMORY

FOUND.

SEVERAL

PATTERNS

ARE

WRITTEN

INTO

EACH

PARITY

MEMORY

LOCATION

TO

SEE

THAT

NO

PARITY

ERRORS

A~E

CREATED.

FINALLY,

EACH

BYTE

OF

PARITY

MEMORY

IS

WRITTEN

WITH

BOTH

GOOD

AND

GAD

PARITY

TO

SHOW

THAT

THE

PARITY

BITS

CAN

BE

TOGGLED

AND

SENSED.

SINCE THIS

IS

A

COMBINED

DIAGNOSTIC,

AS

FAR

AS

POSSI3LE

COMMON

TESTS

ARE

USED

FOR

BOTH

CORE

AND

MOS.

ONLY

WHERE

THE

MOS

CONTROLLER

DEFERS

FUNCTIONALLY

FROM

THE

CORE,

THE

INDICATOR

IS

CHECKED

FOR

MOS

OR

CORE

AND

THE

MEMORY

IN

QUESTION

IS

TESTED

ACCORDINGLY.

A

DETAILED

EXPLANATION

OF

THE

MAP

IS

GIVEN

IN

THE

LISTING

(PAGE

9-12).

THE

DISPLAY

REGISTER

CONTAINS

THE

NUMBER

OF

THE

TEST

BEING

EXECUTED.

~

SEQ

0006

..

CCMFAFO,

MEMORY

PARITY

TEST

MACYll

30A(1052)

13-~AN-78

12:27

PAGE

7

CCMFAF.

Pll

13-JAN-78

12:

13

MEMORY

PARITY

TEST

MAINDEC-l

I

-OCMFA-O

COPYRIGHT

1973,

1977,

DIGITAL

EQUIPMENT

CORP.,

MAYNARD, MASS.

AUTHOR:

.11M

KAPADIA

325

326

327

32B

329

330

331

332

333

334

335

336

337

338

339

340

341

342

343

344

345

346

347

34B

349

350

351

352

353

354

355

356

357

358

359

360

361

362

363

364

365

366

367

368

369

370

371

372

373

374

375

376

000001

000002

000004

000010

000020

000040

000100

000200

000400

001000

002000

004000

010000

020000

040000

100000

000001

000004

077400

100000

177570

177776

000007

000006

000240

000000

000510

000000

000001

000002

; SWITCH REGISTER SWITCH

OPTI('lS

(SWITCH SET TO

AI)

;SRIS

-HALT

ON

ERROR

;SRI4

-

SCOPE

;SRI3

-

INHIBIT

PRINTOUT

;SRII

-

INHIBIT

ITERATIONS

;SRID

-HALT AFTER LOCATING

BAD

PARITY

BEFORE

CORRECTING

IT

;SR09

-HALT AFTER

TYPING

PARITy

MEMORY

MAP

(ALLO,;S

MANUAL

CHANGES

TO

BE

MADE

TO

THE

MAP

TO

FORCE

TESTING

OF

MEMORY

THAT

WAS

NOT

LOCATED)

;SROB -HALT

AT

END

OF

PASS

(IF

HALTED ELSEWHERE. THE

PROGRAM

MAY

BE

RELOCATED

TO

BANK1,

WRITE

WRONG

PARITY

MAY

BE

SET,

AND/OR

BAD

PARITY

MAY

EXIST

IN

THE

PARITY

MEMORY).

;

SYMBOL

DEFINITIONS

BITO"

BIT1 =2

BIT2.4

BIT3.

I a

BIT4.20

BIT5·40

BIT6.

I

00

8IT7·200

8ITB.400

BIl9·,000

BIT

1

0.2000

Bll

11

=4000

Bll

I

2.

I

0000

BIT

13=20000

B1l14.40000

81115=100000

AE=1

WWP=4

ADRS=77400

PERR=

1

00000

DSWR=

177570

001

5f'=

1775'10

PS=177778

PC="7

SP=%6

NOP·240

OPEN=O

STKPT.TSTX

RO=%O

Rl

=%1

R2="2

;8IT

DEFINITIONS

ACTION ENABLE

WRITE

WRONG

PARITY

ADDRESS

OF

ERROR

PARITY

ERROR

BIT

HARDWARE

SWITCH REGISTER

HARDWARE

DISPLAY

REGISTER

CCMFAFO.

MEMORY

PARITY

TEST

MACYl1

30A(1052)

13-JAN-78

12:27

PAGE

8

CCMFAF.

Pl1

13-JAN-78

12:13

000030

000032

000046

000052

000003

000004

000005

000006

000114

177572

000030

016032

000340

000046

011702

000052

040000

000174

R3="3

R4=%4

R5·%5

R6="6

PARVEC=114

SRO-177572

;MACRO

DEFINITIONS

;

PARITY

ERROR

TRAP

VECTOR

;ADDRESS

OF

MEM

MGMT

REGISTER

SRO

; TRAPCATCHER

(.+2

,HALT)

LOADED

INTO

LOCATIONS

000-576

;

LOAD

EMT

V

ECTOR

.=30

EMTINT

340

.=46

SENDAD

.*52

BIT14

;LOAD STARTING

ADDRESS

AREA

••

174

377

37B

379

380

381

382

3B3

3B4

385

3B6

3B7

3B8

3B9

390

391

392

393

394

395

396

397

398

399

400

401

402

403

404

405

406

407

408

409

410

411

412

413

414

415

416

417

41B

419

420

421

422

423

424

425

428

427

428

429

430

431

432

000174

000000

DISPREG:

.WORD

0

;THIS

IS

THE

SOFTWARE

DISPLAY

REGISTER

000176

000200

000210

000220

000230

000510

000512

000514

000516

000520

000522

000524

000526

000530

000532

000000

000167

000210

000167

000220

000167

000230

000167

000510

000000

001232

014204

001132

001042

SWREG:

.WORD

~MP

START

.-210

~MP

RSTLDR

.=220

JMP

SCAN

.-230

JMP RSTART

.=510

;GENERAL DATA AREA

TSTX'

0

FTIhE:

0

TEMPX: 0

ADRPT: 0

BITPT:

0

TRFLG: 0

TYFLG:

0

TYCOR: 0

HIADR:

0

TSTLOC: 0

0

;THIS

IS

THE

SOFTWARE

SWITCH REGISTER

;GO

TO

START

OF

PROGRAM

;

GO

RESTORE

THE

LOADERS

;

SCAN

FOR

BAD

PAR

ITY

; RESTART WITHOUT RETYPING

MAP

INFORMATION

;

TITLE

PRINTED.

1

MAPPING-

ADDRESS POINTER

MAPPING-

BIT

POINTER

INOICATING

MAPPING-

TRANSISTION

FLAG

MAPPING-

TYPED FLAG

MAPPING-

K

CORE

ACCUMULATOR

USED

TO

CHECK

WHEN

DONE

TESTING

LOADED

101·

TH

ADDRESS

OF

LOCATION

TEST

IN

SOME

SUBTESTS

BANK

A BANK

UNDER

SEQ

0007

SEQ

0008

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(1052)

13-JAN,-78

12:27

PAGE 9

SEQ

0009

CCMFAF.P11

13-JAN-7812:13

433

434

435

436

437

438

439

440

441

442

443

444

445

446

447

448

449

450

451

452

45,3.

454

455

456

457

45B

459

460

461

462

463

464

465

466

467

4G8

469

470

471

472

473

474

475

476

"77

478

479

480

481

482

4B3

484

485

486

487

468

CCMFAFO,

000534

000536

000540

000542

000544

000546

000550

000552

000554

000556

000560

000562

000564

000566

000570

000572

000574

000576

000600

000602

000604

000606

000610

000612

MEMORY

000000

00

0000

000000

172101

000000

CC'OOOO

17

2103

0000ao

000000

172105

000000

PAR I TY TES T

CCMFAF" P11

13-JAN-78

12:

13

489

000614

00

0000

490

000616

172107

491

000620

000000

492

000622

000000

493

000624

000000

494

000626

172111

495

000630

COOOOO

496

000632

000000

497

000634

000000

498

000636

172113

499

000640 000000

500

000642

000000

501

000644

000000

502

000646

172115

503

000650

000000

504

000652

000000

505

000654

ceODOO

506

000656

172117

507

000660

oeoooo

508

000662

ooooc'O

50S

000664

000000

510

000666

17,2121

511

000670

000000

512

000672

000000

513

000674

000000

514

0006"16

172123

515

000700 000000

516

000702 000000

517

000704

000000

51

B

000706

172125

519

000710

000000

520

000712

000000

521

000714 000000

522

000716

172127

523

000720

000000

524

000722

000000

525

000724 000000

526

000726

172131

527

000730 000000

528

000732 000000

529

000734

000000

530

000736

172133

S31

000740 000000

532

000742 000000

533

000744 000000

534

000746

172135

535

000750

000000

536

000752

000000

537

000754

000000

53B

000756

172137

539

000760

000000

540

000762

000000

541

000764

000000

542

543

000766

000000

544

MACY1t

SHOBE:

WAS:

TRDATA:

MPHOf,

:

TBANr; :

MEf,1UT:

NOK1:

HIWORD:

LO\oJFLG:

ODDFLG:

TEMP:

MTY

FG:

nELDC:

;VALUE

EXPECTED

; ACTUAL

VALUE

FOUND

;

5ET

TO

INDICATE

NO

KTll

PRESENT

; I F SET

INO:CATES

TESTING

HIGH

8YTE

;

OF

MEMORY

LOCATION

;SET

TO

INDICATE

MAP OF

PARITY

MEMORY

; A LREADY TYPED

;MEMORY

PARITY

CONTROL

REGISTER ADDRESSES

;THE

LEAST

SIGNIFICANT

BIT

IN THE DEVICE ADDRESS

IS

SET

TO

A

ONE(1)

;

IF

THE CONTROL

IS

FOUhlD NOT

TO

BE

PRESENT.

THE

tI'lEMORY

PRESENT UNDER

;CON1ROl

OF

EACH CONTROLLER

IS

REPRESENTED

BY

2 OCTAL

"lORDS.

EACH

BIT

;REPRESENTS

A 4K

BLOCK,

I.E.

BITO:::

Q-4K,

Bl11:::

4-8K,

81T15=

60-64K.

;THE

LOW

BYTE

OF

THE

LAST

WORD

FOR

EACH

REGISTER

INDICATES

THE OFFSET

(O,2.4.0R

6)

;

FOR

THE

FIRST

ADDRESS THAT

ACTUALLY

CORRESPONDED

TO THE

REGISTER.

THE

HIGH

BYTE

GETS

;5ET

:-0 1

TO

INDICATE

THAT A

MEMORY

ADDRESS HAS BEEN FOUND

FOR

THAT

REGISTER.

;FOR

EXAMPLE,

SAY THAT

MPRO

AND

MPR1

EXIST,

CONTROLLING

INTERLEAVED

MEMORY

;FROM 0

TO

16K,

AND THAT

MPRO

CONTROLS THE ADDRESSES

ENDING

IN

a AND

4.

;THE

MAP

WOULD

THEN LOOI{

AS

t"JLLOWS:

MPRO:

172100

:BIT

0

IS

CLEAR

SINCE

REGISTER

IS

PRESENT

17

;REGISTER

CONTROLS

1ST

16K

(=4

BANKS)

MPRI

:

o

400

172102

17

o

402

;THE

REST OF THE MAP

WOULD

APPEAR AS

IN

MPRO:

MPRI :

MPn2

:

3DA ( 1

052)

MPR3:

MPR4·

MPR5 ;

MPR6

:

MPR7:

MPR8

:

MPR9

:

MPR1

0:

MPR11 :

MPR12

:

MPR13 :

MPR14:

MPRI5:

TREG:

172100+1

o

172102+1

o

172104+1

o

13-oAN-76

172106+1

a

0

172110+1

0

172112+1

° 0

0

172114+1

0

172116+1

a

0

a

172120+1

0

a

0

172122+1

a

0

172124+1

0

1'12126+1

0

172130+1

a

0

172132+1

0

17?134+1

0

172136+1

0

12:27

PAGE

10

:

LOW

BYTE

SHOWS

THAT

FIRST

ADDRESS

;ENDS

IN

0

(OCTAL)

;HIGH

BYT':

CONTAINS

A 1

TO

INDICATE

; THAT

AN

ADDRESS

WAS

FOUND

;8IT

0

IS

CLEAR

SINCE

REGISTER

IS

PRESENT

;

REGISTER

CONTROLS 1

ST

16K

;LOW BYTE

INDICATES

THAT THE

FIRST

;MEMORY ADDRESS ENDS

IN

2

(OCTAL)

;HiGH

BYTE

CONTAINS

A 1

TO

INDICATE

; THAT

AN

ADDRESS

WAS

FOUND

THE

LISTING

;

PARITY

STATUS

REGISTERS

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

;ADDRESS

RESPONSE

THIS

CONTROL

(0,2,4,6)

;0-64K

PARITY

MEr~

UNDER

THIS

CONTROL

;

64-124K

PARITY

MEM

UNDER

THIS

CuNTRDL

;ADDRESS

RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;

64-1

24K

PAR!TY

MEM

UNDER

THI

S CONT ROL

;ADORE5S

RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;O-64K

PARITY

MEM UNDER

THIS

CONTROL

:

64-124K

PARITY

MErYl

UNDER

THIS

CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

D-64K

PARI

TY

MEM

UNDER

THIS

CONTROL

,64-124K

PAR I

TY

MEM

UNDER

THI

S CONT ROL

;ADDRESS

RESPONSE

THIS

CONTROL

(0,2

4,6)

;

0-64K

PAi:ITY

MEM

UNDER

THIS

CONTROL

;

64-1

24K

PARITY

MEM

UNDER

THIS

CONTROL

;ADDRESS

RESPONSE

THIS

COIHROL

(0,2,4,6)

;

Q-641{

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

;ADDRESS

RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNOER

THIS

CONTROL

;

64-124K

PARITY

MEM

UNDER

THI

S CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-641':

PARI

TY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;

64-124K

PARITY

MEM

UNDER

THIS

C"':iIJTROL

;ADDRESS

RESPONSE

THIS

CONTROL

(0,2,4,6)

,O-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

; ADORESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

; ADDRESS RESPONSE

THIS

CONTROL

(0,2,4,6)

;

0-64K

PARITY

MEM

UNDER

THIS

CONTROL

;64-124K

PARITY

MEM

UNDER

THIS

CONTROL

;ADORESS

RESPON5E

THIS

CONTROL

(0,2,4,6)

;

PARITY

REGISTER

UNDER

TEST

SEQ

0010

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN-78

12:27

PAGE

11

CCMFAF.PI1

13-JAN-7812:13

545

546

547

548

549

550

551

552

553

554

555

556

557

558

559

560

561

562

563

564

565

566

567

568

569

570

571

572

573

574

575

576

577

578

579

580

581

582

583

584

5B5

586

587

588

589

590

591

592

593

594

595

596

597

598

599

600

000770

000772

000774

000776

001000

001002

001004

001006

001010

001012

001014

001016

001020

001022

001024

001026

001030

001032

001034

001036

001040

001042

001044

001046

001050

001052

001054

001056

001060

001062

001064

001066

001070

000000

070032

077772

125325

152652

052452

025125

102070

072527

177777

107030

152525

000000

:

INDICATORS

FOR

CORE

OR

MOS

PARITY

REGISTER:

;EACH

INDICAT.DR

REFERS

TO

A

PARTICULAR

PARITY

REGISTER.

IF IT

IS

;A

CORE

PARITY

REGISTER

THEN A

'1'

IS

STORED

IN

THE

INDICATOR.

;IF

IT

IS

A

MOS

PARITY

REGISTER

THEN

'-1'

GETS STORED,

:EX=

IF

MPRO

(172100)

IS

FOR

CORE

AND MPRI

(172102)

IS

FOR

MOS

:THEN

THE

INDICATOR

MAP

WILL

LOOK AS

FOLLOWING:

;

INDCO:

000001

;

INDC1:

177777

INDCO:

0

INDCt:

0

INDC2:

a

INDC3:

a

INOC4:

a

INDC5:

a

INDC6:

a

INDC7:

a

INDC8:

a

INDC9:

a

INDC10:

a

INDC

11:

a

INDCI2:

a

INDCI3:

a

INDCI4:

a

INDCI5:

a

RESRVD: a

RESVC:

70032

RESVM:

77772

;PARJTY

PATTERNS

PARPAT:

125325

152652

052452

025125

102070

072527

177777

107030

152525

a

o

;CORE-MOS

PARITY

INDICATOR

FOR

M'·l

;CORE-MOS

PARITY

IDCICATOR

FOR

MPRI

;CORE-MOS

PARITY

INDICATOR

FOR

MPR2

;CORE-MOS

PARITY

INDICATOR

FOR

MPR3

;FOR

MPR4

;

FOR

MPR5

;

FOR

MPR6

; FOR

MPH7

;FOR

MPR8

; FOR

MPR9

; FOR

MPR10

;

FOR

MPRll

;

FOR

MPR12

;FOR

MPR13

;FOR

MPR14

;FOR

MPR15

;BIT

POSITIONS

WHICH ARE RESERVED

;

FOR

FUTURE USE

IN

PARITY

REGISTERS

;CORE

PARITY

;

MOS

PARITY

;

EVEN,

ODD

BYTES

; ODD, EVEN

; EVEN

,000

;000,

EVEN

;

EVEN,

EVEN

;000,000

;

EVEN,

EVEN

;OOO,ODO

; ODD, EVEN

; EXTRA PATTERN AREA

;TERMINATOR,

DO

NOT USE

THIS

LOC

;

THIS

IS

A

MAP

OF

THE

TOTAL

MEMORY

PRESENT

IN

THE

SYSTEM.

MEMl:

a ;

0-64K

MEM

PRESENT

IN

4K

CONTIGUOUS BLOCKS

MEMH: 0

;64-124

MEM

PRESENT

IN

4K

CONTIGOUS BLOCKS

;THIS

IS

A

MAP

OF

THE

TOTAL

PARITY

MEMORY

PRESENT

IN

THE

SYSTEM,

PMEML: ;

0-64K

PARITY

MEMORY

PRESENT

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN-78

12:27

PAGE

12

CCMFAF.P11

13-JAN-7812:'3

601

602

001072

000000

603

604

001074

000000

605

606

607

608

609

610

611

612

613

614

615

616

617

61B

619

620

621

622

623

624

625

626

627

628

629

630

631

632

633

634

635

636

637

636

639

640

641

642

643

644

645

646

647

64B

649

650

651

652

653

654

001100

001102

001104

001106

001110

001111

001112

001113

001114

001120

001122

001124

001126

001132

001134

001136

001140

001142

001146

001150

001154

001160

001162

001166

001172

001174

001200

001202

001206

001210

001216

001100

177570

177564

177566

000

002

000

105767

001401

000000

010046

017600

112046

001005

005726

012600

062716

000002

004767

122726

001364

016746

105366

002770

004767

000772

105777

100375

116677

00

0207

655

001220

000000

656

177772

000002

000026

000012

177722

000001

000002

177676

000002

177670

PMEMH:

PMEMX:

;

(IN

4K

CONTIGUOUS

BLOCKS)

;64-124K

PARITV

MEMORV

PRESENT

;

(IN

4K

CONTIGUOUS

8LOCKS)

;

TEMP

TO

HOLD CONTENTS

OF

EITHER

;

LOW

OR

HIGH

MAP

; ROUTINE

TO

TYPE

ASCI

I MESSAGES, MESSAGE MUST

TERMINATE

WITH

A 0

BYTE.

;THE

ROUTINE

WILL

INSERT

A NUMBER

OF

NULL

CHARACTERS AFTER A

LINE

FEED.

;NOTE1:

$NULL

CONTAINS

THE CHARACTER

TO

BE

uSED

AS

THE

FILLER

CHARACTER.

;NOTE2:

$FILLS

CONTAINS

THE NUMBER

OF

FILLER

CHARACTERS

REQUIRED.

· =

11

00

SWR:

,WORD

DISPLAY:

•

WORD

TPS:

177564

TPS:

177566

$NULL:

, BYTE

$FILLS:

• BYTE

$TPFLG:

• BYTE

,8YTE

$TYPE:

TSTB

BED

HALT

6$:

MOV

1$:

Move

BNE

TST

MOV

7$

:

ADO

RTI

25

:

JSR

3$:

CMP8

8NE

MOV

4$:

PECB

BLT

JSR

BR

5$:

TSTB

BPL

MOV8

RTS

;GENERAL DATA

SCNFlG:

0

DSWR

DOISP

$TPFLG

6$

RO,-(SP)

@2(SP),RO

(RO)+,-(SP)

2$

(SP)+

(SP)+,RO

#2,

(SP)

PC,5$

#12,(SP).+

1$

$NULL,-(SP)

1

(SP)

3$

PC,5$

4$

@>TPS

5$

2(SP)

,@>TPB

PC

AREA

;ADORESS

OF

THE

SWITCH

REGISTER

; ADDRESS

OF

THE

DISPLAY

REGISTER

;

PRINTER

STATUS

REGISTER

ADDRESS

;

PRINTER

BUFFER

REGISTER

ADDRESS

;CONTAINS

NULL

CHARACTER

FOR

FILLS

;CONTAINS

H

OF

FILLER

CHARACTERS

REQUIRED

;

"TERMINAL

AVAILABLE"

FLAG

(O=YES)

; RESERVED

;

IS

THERE A

TERMINAL?

;8R

IF

YES

;HALT

HERE

IF

NO

TERMINAL

; SAVE

RO

;GET

ADDRESS

OF

ASCIZ

STRING

; PUSH CHARACTER

TO

BE

TYPED ONTO

STACK

;BR

IF

IT

ISN'T

THE TERMINATOR

;IF

TERMINATOR

POP

IT

OFF

THE

STACK

; RESTORE

RO

; ADJUST RETURN

PC

; RETURN

;GO TYPE

,HIS

CHARACTER

: CHECK I F THE CHARACTER TYPED

;WAS A

LINE

FEED

:

GO

GET NEXT CHARACTER

IF

NOT

LINE

FEED

;GET

H

OF

FI

LLER CHARACTERS NEEDED

;AND

THE

NULL

CHARACTER

; DOES A

NULL

NEED

TO

BE

TYPE07

;BR

IF

NO--GO

POP

THE

NULL

OF

THE STACK

;GO TYPE A

NULL

;LOOP

;WAIT

UNTIL

PRINTER

IS

READY

: LOAD CHARACTER

TO

8E

; TYPED

INTO

DATA

REGISTER

:SCNFLG

GETS SET

IF

USING

: SCAN ROUT!

NE

(SA"220)

SEQ

0011

SEQ

0012

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(

1052)

13-JAN-78

12:27

PAGE

13

CCMFAF.

Pll

13-JAN-7812:13

SEQ

0013

657

00'222

000000

CACHF

L:

0 ;CACHE FLAG

658

00'

224

177746

CACHE:

'77746

;CACHE

CSR

659

00'226

000000

KTST

ART:

660

00'

230

000000

ADRTYP: 0

66'

00'

232

'77600

PORTAB:

177600

662

001234

172200 172200

663

001236

172300

PDREND:

172300

664

001240

172300

KPDRO:

'72300

;KERNEL

PAGE

DESCRIPTOR REGISTER ADDRESSES

665

00'

242

,

72302

KPOR, :

172302

666

00,

244

172304

KPDR2 :

172304

667

00'246

1723'6

KPDR7 :

1723'6

668

001250

1i2340

KPARO:

172340

; KERNEL

PAGE

ADDRESS REGISTER ADDRESSES

669

001252

1i2342

KPAR 1 :

172342

670

001254

1i2344

KPAR2 :

172344

671

001256

172356

KPAR7 :

172356

672

001260

000000

SPSAV:

0 ;

REGISTER

SAVE

LOCATIONS

673

001262

000000

ROSAV: 0

674

001264

000000

RISAV:

0

675

001266

000000

R2SAV:

0

676

001270

000000

R3SAV:

0

677

001272

000000

R4SAV:

0

678

001274 000000

R5SAV:

0

679

680

681

682

;ROUTINE

TO

RESTART WITHOUT

RETYPING

MAP

AFTER TEST HAS BEEN RUNNING

683

001276

012706

000510

RSTART:

MOV

HSTKPT,SP

;SET

UP

STACK

POINTER

684

001302

012767

000001

177252

MOV

#1 ,MTYFG

;SET

FLAG

TO

INDICATE

MAP

HAS

BEEN TYPED

685

001310

005067 010436

CLR PASCNT ;

INITIALIZE

PASS

COUNT

686

001314

012737

015732 000024

MOV

HPWRDN,

~#24

687

001322 012737

000340

000026

MDV

11340,@l1I.26

688

00,330

005067

177154

CLR TSTX

689

001334

005037

177776

CLR

I'#PS

; CLEAR PROCESSOR STATUS REGISTER

690

001340

012737

000006

000004

MOV

H6

,~H4

691

001346

005037 000006

CLR

@H6

692

001352

000167

000530

JMP

8EGIN

693

694

695

696

697

; ROUTINE

TO

SCAN

ALL

MEMORY

FOR

BAD

PARITY

AND

TYPE

18

8IT

ADDRESSES OF BAD

698

; LOCATIONS

699

001356

0'

2706

0005'

0 SCAN:

MOV

HSTKPT,SP

; SETUP STACK

POINTER

700

001362

005767

177124

TST

FTITLE

;IF

TITLE

HAS BEEN

PRINTED,

REGISTERS

701

;HAVE

ALREADY BEEN LOCATEO-

GO

702

;

AND

LOCATE I F

NOT

ALREADY

DONE

703

001366

001006

BNE

SCANB ; 8RANCH,

REGISTERS

HAVE ALREADY BEEN LOCATED

704

001370

005267

,77624

lNC

SCNFLG ; INCREMENT SCNFLG

705

001374

000167

000232

JMP

ST

ART

1 ;GO

TO

LOCATE THE

REGISTERS

706

001400

005067

177614

SCAN

A : CLR SCNFLG ; RETURN HERE AFTER

LOCATING

THE

REGISTERS

707

001404

004767 010346

SCAN8:

JSR

PC,MAPMEM ; SETUP

MEMORY

MAP

708

001410

004767 013100

JSR

PC, PSCAN ;

SCAN

FOR

BAD

PAR

I

TY

709

001414

104000

TYPE

;TYPE

MESSAGE

"BAD

PARITY

SCAN

COMPLETE"

7'0

001416

017603

PSMSG

711

001420 005767

177124

TST NOKT

712

001424 001002

BNE

.+6

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(,C52)

13-JAN-78

12:27

PAGE

14

CCMFAF.Pl1

13-JAN-7812:13

713

714

715

716

717

718

719

720

721

722

723

724

725

726

727

728

729

730

731

732

733

734

735

736

737

738

739

740

741

742

743

744

745

746

747

748

749

750

751

752

753

754

755

756

757

758

759

760

761

762

763

764

765

766

767

768

001426

001432

001434

001436

001442

001446

001452

001460

001466

001472

001476

001504

001510

001512

001520

001526

001530

001536

001544

001552

001560

001562

001564

001570

001574

001600

001604

001606

001612

00'

620

001622

001624

001626

001630

001632

001634

00'

636

001642

001646

001652

001660

001664

001670

001674

005037

000000

000750

0'

2706

005067

012737

0'3746

013746

0'2737

005777

000407

012767

0'2767

022626

0'2737

012737

052737

052767

000401

022626

012637

005067

005767

0010'

2

005267

023737

001404

104000

0,

7257

104000

017636

,

04000

017026

005067

012702

012703

012737

005037

042712

005062

17"1572

0005'

0

177114

010300

0'5732

000340

000004

000006

00'512

177370

000176

000174

001562

000340

000014

000200

000006

000004

176710

176706

,76700

000042

176700

000566

000770

002012

000006

000001

000002

000004

000024

000026

000004

177360

177354

000004

000006

177746

177442

000046

000004

CLR

HALT

8R

;NORMAL STARTUP

START:

MOV

CLR

MOV

TST

8R

2$:

MOV

CMP

4$:

MOV

815

8IS

BR

6$:

CM"

5$:

MOV

CLR

1$:

TST

BNE

INC

CMP

8EQ

TYPE

MTIT

TYPE

MLDRSV

I'HSRO

SCAN

HSTKPT

,SP

MTYFG

PASCNT

#PWRDN,@H24

#340,@#26

I'H4,-(SP)

1'#6,-(SP)

H2$

,@#4

@SWR

4$

#SWREG,

SWR

#DISPREG,

01 SPLAY

(SP)+,

(SP.)+

H6$,@#4

H340,@>N6

#

14

,@#177746

#200,

CACHFL

5$

(SP)+,

(SP')+

(SP)+,@#6

(SF)+,@H4

TSTX

FTITLE

STARTI

FTITLE

@>H42,@>H46

STARTI

;TURN

OFF KT11

IF

PRESENT

;

ENO

OF

PARITY

SCAN

; SET

UP

STACK

POINTER

;CLEAR

FLAG WHICH

INDICATES

MAP TYPED

;

INI

T

IALIZE

PASS

COUNT

;SETUP

POWER

FAIL

RETURN

; SAVE

THE

ERROR

VECTOR

; SET

UP

TIME

OUT

VECTOR

; TRY

TO

REFERENCE THE SWITCH

REGISTER

;8RANCH

IF

NO

TIME

OUT

;

POINT

TO

THE SOFTWARE SWITCH

REGISTER

;

POINT

TO

THE SOFTWARE

DISPLAY

REG.

; RESTORE

THE

STACK

POINTER

;

DISA8LE

CACHE

;SET

FLAG

FOR

CACHE

; RESTORE

ERROR

VECTOR

;

IS

TITLE

PRINTED

YET?

;YES,

SKIP

OVER

;SET

FLAG

;ARE

WE

IN

ACTll

AUTOMATIC MODE?

;YES,

SKIP

TITLE

;TYPE

TITLE

"MEMORY

PARITY

TEST

i

MAINDEC-l1-DCMFA

I.

; TYPE "LOADERS SAVED

IN

BANK

1.

;SEARCH

FOR

PARITY

REGISTERS PRESENT

AND

TYPE ADDRESSES

OF

THOSE

FOUNO

;FAILURE

TO

LOCATE A REGISTER

INDICATES

THAT THE ADDRESS

TIMED

OUT

OR

THAT

SEQ

0014

;

BIT':

5-7

IN

THE REGISTER

DID

NOT

SET

STARll:

TYPE ; TYPE

"MEMORY

PARITY

REGISTERS PRESENT

ARE:"

MMPRS

CLR

MOV

CLR

GMPRA:

BIC

CLR

MPROK

>MPRO,

R2

II

INDCO

I

R3

>GMPR8,@H4

@#6

H1

•

(2)

2(R2)

4(R2)

; CLEAR

MPR

FLAG

; SET

UP

POINTERS

;POINTER

TO

CORE-MOS

; SET

UP

TIMEOUT TRAP RETURN

;CLEAR

FLAG

BIT

IN

TABLE

;

INITIALIZE

LOCATIONS

IN

THE

TABLE

..

CCMFAFO.

MEMORY

PARITY

TEST

MACY11

30A(

1

052)

13-JAN-78

12

:27

PAGE

15

CCMFAF.

Pl1

13-JAN-7B

12:13

SEQ

0015

769

001700

005062 000006

CLR 6

(R2)

770

001704

005772 000000

TST

@(2)

:DOES

THIS

MPR

EXIS1?

(IF

NO,

TIMES

OUT)

771

001710

052772 000340 000000

BIS

#340,1'(2)

;YES-

IS

IT

AN

MFll-LP

OR

MAll-P

CORE

PARITY

REG

772

001716 032772

000340

000000

BI

T

#340,@(2)

773

001724

001414

BEQ

1$

:NO,

IS

IT

A

MOS-11

PARITY

REGISTER?

BRANCH

774

001726 011267

176562

MO':

(2),

TEMPX

:YES-

PRINT

REGISTER

ADDRESS

775

001732

004567

013460

JSR

R5,OACNV

:(GET

ASCII)

776

001736 000514

TEMPX

777

001740 017670

MPRCOR

77B

001742

000006

6

779

001744

104000

TYPE

:

(TYPE

ADDRESS)

780

001746 017670

MPRCOR

781

001750

012713

000001

MOV

#

1,

(R3)

: SET

INDICATOR

FOR

CORE

PARITY

782

001754

000413

BR

2$

7B3

DO

1756

011267

176532

1$:

MDV

(2),

TEMPX

:IT

IS

AMOS

REGISTER,

PRINT

ADDRESS

784

001762 004567

013430

JSR

R5,OACNV

:

(GET

ASCII)

785

001766 000514

TEMPX

786

001770

017731

MPRMOS

787

001772

000006

6

78B

001774

104000

TYPE

:

(TYPE

ADDRESS)

789

001776

017731

MPRMOS

790

002000

012713

177777

MOV

#-1,

(R3)

SET

INDICATOR

FOR

MOS

PARITy

791

002004

005267

176532

2$:

INC

MPROK SET

MPR

REGISTER

PRESENT FLAG

792

002010

000403

BR

GMPRC

SKIP

002012

022626

GMPRB:

CMP

(SP)+,

(SP)+

RESTORE STACK

POINTER

794

00~O14

052712

000001

BIS

.,

,@R2 SET FLAG

INDICATING

REGISTER

NOT PRESENT

795

002020

062i02

000010

GMPRC: ADO

#10.

R2 UPDATE

POINTER

796

002024 005723

TST

(

R3)+

797

002026 020227

000766

CMP

R2.#TREG

DONE

YET?

79B

002032 002714

BL

T

GMPRA

NO,

LOOP

799

002034

012737

000006

000004

MOV

,116.@#4

YES,

RESTORE TRAPCATCHER

800

002042

00S767

177152

TST

SCNFLG

ARE

YOU

IN

THE

ROUTINE

TO

SCAN

801

MEMORY

FOR

BAD

PARITY-(SCAN)

802

002046 001402

BEQ

GMPRD

NO.

BRANCH

TO

CARRY

ON

NORMALLY

803

002050

000167

177324

JMP SCAN A

YES,

GO

[jACK

TO

THE

MEMORY

804

SCAN

ROU

TINE

805

002054

005767

176462

GMPRD:

TST

MPROK

ANY

PARI

TY

REGISTERS

PRESENT?

606

002060

OD

1

012

BNE

BEGIN

YES-

GO

TEST CONTROLS PRESENT

B07

002062

104000

NOREG:

TYPE

NO-

TYPE

"NO

PARITY

REGISTER

FOUND

II

808

002064

017212

MTR

809

002066

005737

000042

TST

@l1;l42

LOADED

BY

MONITOR?

Bl0

002072 001402

BEQ

,+6

NO,

BRANCH

811

002074

000161

007572

JMP

LOGICAL

YES-

EX

IT

,

NO

REGISTERS

PRESENT

812

002100

000000

HALT

NO

REGISTERS

TO

TEST

B13

002102

000167

177330

JMP

5T

ART

IF

CONTINUED,

TRY

AGAIN

814

815

002106

012767 002156 014346

BEGIt<:

MOV

#TEST

1

+2,

RETURN SETUP SCOPE RETURN

816

002114

105767 177102

TSTB

CACHFl

CACHE

?

B17

002120

001403

SEQ . +1 0 BRANCH I F

NO

81B

002122 012777

000014

177074

MOV

1114,@CACHE

DiSABLE

CACHE

B19

002130

004767

012146

JSR

PC,SAVLDR

SAVE MONITOR

B2D

002134 012767 000100

014314

MOV

"'00.IMAX

MAXIMUM

ITERATION

COUNT

821

002142

012737 000006

000004

MOV

#6.@#4

RESTORE TRAPCATCHER

IN

TIMEOUT

VECTOR

822

002150

005067

176344

CLR

BITPT

823

824

CCMFAFO,

MEMORY

PARITY

TEST

MACYll

30A(1052)

13-JAN-78

12:27

PAGE

16

CCMFAF.Pl1

13-JAN-7812:13

825

826

B27

82B

829

830

831

002154

832

002156

833

002164

834

002170

835

002174

836

002200

837

002202

83B

839

002204

840

002210

841

002212

B42

002220

843

002222

844

002230

845

846

002234

B47

002236

848

002242

B49

002250

85D

002252

B51

852

853

B54

002254

B55

002260

856

857

002262

BS8

002264

859

002266

B60

002270

861

B62

002274

863

002276

B64

002300

865

B66

867

868

002302

869

002304

870

871

002306

872

002312

873

874

002314

875

002320

876

002322

877

87B

879

880

104001

012777

000001

012700

000566

012704

000770

032710

000001

001042

011001

022714

000001

001004

016767

176614

000403

016767

176606

012702

000001

005011

011167

176524

046767

176562

001401

104002

030267

176550

001010

010211

011103

005011

046703

176534

020203

001401

104002

006302

103363

062700 000010

005724

020027

000766

002725

005067

176440

176716

176610

176600

176516

;

**

'" '" '"

'" '"

'"

'" '" '"

***

..

'" '"

'"

** **

'" '"

"',..

*'"

'" '"

*'"

** **

"'"'

'"

"'

......

"'

..

**

"'

..

"'.

'"

..

**

'"

*¥

'" '"

**

'"

***

'"

:SHOW

T"AT

BITS

0,2,5-11,

AND

15

OF

EACH

CORE

PARITY

REGISTER

PRESENT

:CAN

BE

SET

AND

CLEARED,

BITS

0,2,15

OF

EACH

MOS

PARITY

REGISTER

; PRESENT

CAN

BE

SET AND

CLEARED

;.

'"

"'."

""'"'*

**

'"

***

**

'"

**

'"

*,,*

**

** ** ***

'"

*

'" '"

'"

**

'"

***

'"

**

'" '"

"'*

'"

***

'"

TESTl:

SCOPE

1$:

5$:

2$:

3$:

4$:

MOV

BI

T

BNE

MOV

CMP

BNE

MOV

BR

MOV

CLR

MOV

BIC

BEQ

ERROR

BIT

BNE

MOV

CLR

BIC

CMP

BEQ

ERROR

ASL

BCC

ADu

TST

CMP

BLl

CLR

#l,@DISPLAY

#MPRO,RO

#

INDCO,

R4

#l,@RO

4$

@>RO,R1

#

1,

(R4)

S$

RESVC,

RESRVD

.+10

RESVM, RESRVD

#1,

R2

@>Rl

@Rl,TREG

RESRVD, TREG

.+4

R2,

RESRVD

3$

R2,@Rl

@>Rl

,R3

I'Rl

RESRVD, R3

R2,R3

,+4

R2

2$

.,

0,

RO

(

R4)+

RO,HREG

1$

TREG

:NO

:LOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

; LOAD ADDRESS OF

TABLE

INTO

RO

: LOAD ADDRESS

OF

INDICATOR

IN

R4

:

IS

THIS

REGISTER

PRESENT?

:

NO-

B"ANCH

TO

GET NEXT ADDRESS

:YES-

LOAD

Rl

WITH

ADDRESS

OF

;

PARI

TY

REGISTER

:

IS

THIS

.'EGISTER

CORE?

:YES,

CORE, STORE RESERVED

BITS

:MOS,

STORE RESERVED

BITS

: LOAD

R2

'IJITH

VALUE

OF

FIRST

BIT

;

TO

BE

TESTED

:

INITIALIZE

PARITY

REGISTER

;READ

CONTENTS

OF

PARITY

REGISTER

;ClEAR

BITS

w'HICH ARE RESERVED

;CHECK

OTHER

BITS-

BRANCH

IF

OK

:CLEAR

INSTRUCTION

DID

NOT

INITIALIZE

:ALL

USED

BITS

IN

PARITY

REGISTER

:TO

ZERO

(Rl

CONTAINS

ADDRESS

OF

:FAILING

REGISTER)

:

IS

THIS

BIT

RESERVED?

:YES-

DON'T

TEST

IT

SINCE

IT

:MAY

BE

ZERO

OR

ONE

;NO-

SET

THIS

BIT

IN

THE

PARITY

REGISTER

: READ AND

SAvE

CONTENTS

OF

PARITY

REGISTER

;CLEAR

PARITY

REGISTER

:CLEAR

BIT

LOCATIONS

THAT

ARE

:RESERVED

: CHECK REST

; BRANCH I F

OK

:PARITY

REGISTER

WHOSE

ADDRESS

IS

IN

Rl

;WAS

INCORRECT

AFTER

THE

VALUE

IN

R2

;WAS

wRITTEN

INTO

IT.

ACTUAL

CONTENTS

:

(WITH

UNUSED

BITS

CLEARED)

IS

IN

R3

:ROTATE

BIT

TO

8E

TESTED

: I F NOT

OONE

WITH

ALL

BIT

POSITIONS

;GO

TEST

THIS

ONE

:MOVE

RO

TO

POINT

TO

ADDRESS

;OF

A

PARITY

REGISTER

;AT

END

OF

TABLE?

;

NO,

BRANCH

; **

If:

'" '" '"

"'**.'" ***

*****

**

"''''*

"''''

'"

***

'" '"

**

••

"''''

'"

'" '"

'"

**

'"

'" '"

**

'"

**

'"

**

'"

****

"''''

••

:SHOW

THAT

RESET CLEARS

BITS

0,2,

AND

15

OF

EACH

PARITY

REGISTER

SEQ

0016

CCMFAFO,

MEMORY

PARITY

TEST

CCMFAF.

Pl1

13-JAN-7B

12:13

881

882

883

002326

104001

884

002330

012777

000002

BBS

002336

005067

014114

B86

002342

012700

000566

B87

002346 012703

000770

888

002352

032710

000001

8B9

002356

00101

:2

890

002360

022713

000001

891

002364

001404

892

002366

012710

100015

893

002374

000403

894

002376

012770

107745

B95

002404

062700

000010

896

0024,0

005723

897

B98

002412

020027

000766

B99

900

002~

16

002755

901

002420

105767

176466

902

002424

001003

903

002426

,

05777

176452

904

002432

,00375

905

002434

000005

906

002436

012700

000566

907

002442

012703

000770

908

002446

105767

176550

909

002452

001403

910

002454

012777

000014

911

002462

032710

000001

912

002466

001030

913

002470

022713

000001

914

002474

00'012

915

002476

017002

000000

916

002502

005070

000000

917

002506

042702

077772

91B

919

920

002512

005702

921

002514

DO

1401

922

002516

104002

923

924

925

926

002520

000411

927

002522

017002

000000

928

002526

005070

000000

929

002532

046702

,76276

930

002536

005702

931

00.2540

00

I

401

932

002542

104002

933

934

935

936

CCMFAFO.

MEMORY

PARITY

TEST

CCMFAF.P11

13-JAN-?812:13

937

002544

93B

002550

939

940

002554

941

002556

942

002562

943

944

945

946

947

94B

949

950

951

952

953

954

955

956

9S7

9S8

959

960

961

962

963

964

965

966

967

968

969

970

97'

972

973

974

975

976

977

97B

979

980,

981

982

983

984

985

986

9B7

9B8

989

990

991

992

00256-1

002566

002574

002600

002602

002606

002612

002616

002622

002626

002632

002636

002640

002646

002654

002660

002664

002666

002672

002676

002704

002706

002710

005070

000000

062700

000010

005723

020027 000766

002737

1

04001

012777

005767

001044

004767

005067

012701

032711

001006

056167

062701

020127

103762

004767

005267

032777

001402

000000

000742

000003

175762

011204

007

I

44

007466

176246

176244

000566

000001

000002

000004

0000

10

000766

010126

175664

001000

MACY1!

30A(

1

052)

13-JAN-78

12'27

PAGE

17

SEQ

0017

;

PRESENT.

;

"'*

'"

"'.'"

"'*'"

***

0/<**

",*

...

'"

."'**

'"

."'*

*

'" '"

"'''II

*$*

"'*

'"

*"''''

'"

***

•••

*

*'"

**

.",*>Ie.",

"'."'

...

"'*

TES

T2'

SCOPE

176544

MOV

'2,@>DISPLAY

LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

CLR

IMAX

DON'T

ITERATE

TEST

MOV

'MPRO,

RO

LOAD

PO

INTER

MOV

'INDCO,R3

POINTER

TO

INDICATOR

1$'

BI

T

.,

,lORD

IS

THIS

PARITY

REGISTER

PRESENT?

ONE

5$

NO

BRANCH

CMP

",

(R3)

IS

THIS

CORE

OR

MOS

PARITY

REGISTER?

BEQ

6$

ND-

8RANCH

000000

MOV

"0001S,II>(RO)

MOS-SET

ALL

DEFINED

BITS

TO

1

8R

.+10

000000

6$:

MOV

Hl07745,II'(RO)

CORE-

SET

ALL

DEFINED

BITS

TO

5$'

ADO

#10.

RO

MOvE

POINTER

TO

POINT

TO NEXT

MPR

AOORESS

TST

(R3)+

INCREMENT

POINTER

TO

INDICATOR

OF

A

PARITY

REGISTER

CMP

RD.

NTREG

AT END OF

TABLE?

BLl

1$

NO-

CaNT

INUE

TSTB

$TPFLG

YES-

TERMINAL

AVAl

LABlE?

BNE

4$

NO-

BRANCH

TSTB

I'TPS

YES-

WAlT

FOR

TERMINAl

TO

FINISH

BPL

.-4

4$'

RESET

ISSUE

IN

IT

MOV

II'MPRO,

RO

LOAD AODRESS

OF

THE

TABLE

MOv

'INDCO,R3

POINTER

TO

INDICATOR

TSl8

CACHF L CACHE ?

BEQ

2$

BRANCH

IF

NO

176542

MOV

"4,@CACHE

DISABLE

CACHE

2$'

BIT

,,1

,@IRQ

IS

THIS

PARITY

REGISTER

PRESENT?

BNE

3$

NO-

BRANCH

CMP

",

(R3)

IS

THIS

A

CORE

PAR

REGISTER?

BNE

7$

NO,

BRANCH

MDV

@(RO),R2

YES.

GET CONTENTS

OF

rEGISTER

CLR @(RO) MAKE SURE THAT

WWP

ANO

AE ARE CLEAR

BIC

#77772,

R2 MASK RESERVED

BITS

FOR

CORE PAR

-lTY

REGISTER.

BITS

5-1

I (ADORS

BITS)

ARE A

LSD

MASKED

TST

R2

CHECK,

I F REST

WERE

CLEARED

BEQ

.+4

ERROR

CORE

PARITY

REGISTER

"HOSE

ADDRESS

IS

PO

aH

ED

TO

BY

RO

WAS

INCORRECT

ACTER A RESET

WAS

ISSUED-

CONTENTS

SAVEO

IN

R2

wITH

UNUSED

BITS

MASKED

BR

3$-4

7$'

MOV

@(RO)

,R2

MOS, GET CONTENTS

OF

REGISTER

CLR @(RO) MAKE SURE THAT

~JWP

8AE ARE CLEAR

BIC

RESVM, R2 MASK RESERVED

BITS

FOR

MOS

PAR REG

TST

R2 CHECK REST

BEQ

.+4

RESET

DID

CLEAR

ALL

BITS

ERROR

MOS

PARITY

REGISTER

WHOOSE

ADDRESS

IS

POINTED

BY

RO

WAS

INCORRECT.

AFTER

ISSUING

RESET CONTENTS

OF

PAR

REG

WERE

AS

·.HOWN

IN

R2(UNUSED

BITS

HAVE BEEN

MASKED)

MACY"

30A(1052)

13-JAN~78

12'27

PAGE

lB

176306

176222

176216

176174

3$'

CLR

ADD

TST

CMP

BL,

@(RO)

#10,RO

(

R3)+

RO,

.TREG

2$

,REINITIALIZE

PARITY

REGISTER

:MOVE

POINTER

TO

POINT

TO

ADDRESS

;oe

:

INCREMENT

POINTER

TO

INOICATOR

; DONE?

;NO-

LOOP

;

'" '"

"'

..

,.

",

..

*

'"

'" '"

*

*''''

'" '"

'"

*'

...

'"

"'~.

'"

"'*

'" '"

'"

"'.

'" '"

**

'"

"'.',.

..

*'

01

'"

*'

'"

"'*

*

"'*

* *

"'*

**

"'*

**

"'*

'"

"''''

'"

"'*

'" '"

;MAP CORRESPONDENCE BETWEEN

PARITY

REGISTERS

AND

MEMORY.

AND

TYPE

RESULTS

:NOTE

THAT

IF

PARITy

MEMOR'y'

IS

NOT

LOCATED CORRECTLY

BY

THIS

SUBTEST

:IT

IS

DuE

TO

ONE

OF THE FOLLOWING

FAILURES:

-SETTING

~JRITE

WRONG

PARITY

DID

NOT

CAUSE

BAD

PARITY

TO

BE

WRITTEN

-PARITY

GENERATE

OR

OETECT

LOGIC

FAILED

-PARITY

ERROR

BIT

FAILED

TO

SET

SEQ

0018

-PARITY

BITS

IN

MEMORY

LOCATION

FAilED

(I.E.

BIT

STUCK AT

GOOD

PARITY

VALUE)

;NOTE

THAT

SETTING

SWITCH

REGISTER

S\·'ITCH

9 WILL CAUSE A HALT AFTER THE

MAP

:IS

TYPED.

IF

YOU

WISH

TO

CHANGE THE MAP

TO

I50LATE

THE CAUSE OF A

MAPPING

:FAILURE,

YOU

CAN

DO

THIS

ONCE THE PROCESSOR

IS

HALTED.

SEE THE

DESCRIPTION

:IN

THE

LISTING

(PRECEDING

THE MAP TAG

"MPRO"

AT

LOCATION

600)

FOR

THE

MEANING

;OF

THE

MAP

CONTENTS. AFTER MAKI!\IG THE

DESIRED

CHANGES.

PRESS

CONTINUE.

THE

NEW

;MAP WILL

BE

TYPED AND

IF

SWITCH 9

IS

LEFT

SET

THE

PROCESS WILL BE

REPEATED.

:

IF

SWITCH 9

IS

NOT

LEFT

SET THE

PROGRAM

WI

LL

PROCEED

TO

TEST

THE

PARITY

MEMORY

:ANO

REGISTERS

AS RECORDED

IN

THE

NEW

MAP.

;

"'*

** l\t

>Ie",

'" * ***"'*

..

"'*

• ""oj<

'"

"'**'"

>I<

'" '"

**

"'*

"'*'"

*"'**

..

'"

>I<

'"

**

*.

"'*

"'***

*'"

*

'"

**

"'*

** **

*'"

"''''

TEST'"

SCOPE

MOV

TST

BNE

JSR

CONT3'

CLR

MOV

1$'

BIT

BNE

SIS

BIS

2$'

ADD

CMP

6LO

JSR

INC

BI

T

BEQ

HALT

BR

1t3,@lDISPLAY

MTYFG

TEST4

%7.

CLRPAR

%7,MAPMEM

%7,MAPREG

PMEML

PMEMH

ItMPRO,Rl

#1.@R1

2$

2(Rl),PMEML

4(Rl)

,PMEMH

#10,

R1

Rl,#TREG

1$

%7,

TMAP

MTYFG

#BIT9,@SWR

.+6

CONT3

: LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

:

IF

MAPPING

HAS ALREAOY BEEN DONE

:SKIP

SUBTEST

;

MAP

MEMORY

;

FIND

PARITY

MEMORY

AND

CORRESPONDING

:REGISTERS

USING

WRITE

WRONG

PARITY

;W1THOUT ACTION ENABLE

SET

;

INITIALI.i.E

LOCATIONS

INDICATING

:

TOT

AL

PARITY

MEMORY PRESENT

; FLAG

EXISTING

PARllY

MEMORY (LOW

64K)

:FLAG

EXISTING

PARITY

MEMORY

(HIGH

64K)

:TYPE

MAP

:

INDICATE

MAPPING

DONE

;5WITCH

9

SET?

:

NO-

BRANCH

:YES-

SWITCH

9 SET

INDICATING

HALT

;AFTER

TYPING

PARITY

MEMORY MAP

:

GO

TYPE

NEW

MAP

TO

VERIFY

USER'S

INTENT

; ** *

'*

"'*

'"

*

"'*

"'

••

>I<

"''''*

"'*

O'

..

"'*

>I<

'"

** **

>I<

'"

'" '"

*** * ** * * *

*"'*

******

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

;SHOW THAT ASSERT

P8

WORKS

CORRECTLY

FOR

EACH

REGISTER

:SHOW THAT

NO

TRAP OCCURS

IF

AcTION

ENABLE

(AE)

IS

NOT SET

CCMFAFO,

MEMORY

PARITY

TEST

MACYlt

30A(

1052)

13-~AN-78

12:27

PAGE

19

CCMFAF.

PI1

13-~AN-7B

12:

13

SEQ

0019

993

;SHOW

THAT

SETTING

AE

WITH

ERROR

ALREADY SET DOESN'T CAUSE A TRAP

994

;NOTE THAT

IF

A

KTll

IS

PRESENT,

IT

IS

USED

DURING

THIS

SUBTEST

995

;

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

996

002712

104001

TEST4:

SCOPE

997

002714 012777 000004

176160

MOV

N4,.DISPLAY

;

LOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

998

002722

012767

000100

013526

MOV

#100,IMAX

999

002730 004767

011

056

~SR

%7,CLRPAR ;CLEAR

ALL

PARITY

REGISTERS

1000

002734 005767

175610

TST

NOKT

;KT11

PRESENT?

1001

002740 001004

BNE

1$

;NO-BRANCH

1002

002742 004767 010744

uSR

%7,NRALL

; YES-MAP

ALL

PAGES

NON

RESIDENT

1003

002746 004767

01111

0 uSR

%7,MAPI

;

THEN

MAP

KERNEL 0

TO

BANK

0,

KERNEL

1004

;7

TO

EXTERNAL BANK, SET KERNEL

1005

;0,1,

AND

7

RW,

AND

TURN

ON

KTll

1006

002752 012700 000566

1$:

MOV

NMPRO,

RO

; SETUP

TO

FIND

REGI STERS PRESENT

1007

002756 012702

000770

MOV

N1NDCO,

R2

1008

002762

032710

000001

LOOP4:

BIT

Nl,IIRO

;

IS

THIS

REGISTER PRESENT?

1009

002766 001405

BED

TST4

; YES-BRANCH

TO

TEST

IT

1010

002770

062700

0000.10 LOP4:

ADD

Nl0,RO

; NO-CHECK

FOR

ANOTHER

ONE

1011

002774 005722

TST

(R2)+

; INCREMENT PTR9LT

1012

002776

103771

BLO

LOOP4

1013

003000 000457

BR

DONE4

;

BRANCH

WHEN

ALL

REGISTERS

HAVE

BEEN TESTED

1014

003002

004767

011120

TST4:

uSR

%7,

LocATM ; LOCATE

MEMORY

CORRESPONDING

TO

1015

;THIS

REGISTER-

IF

NO

KTI

I,

Rl

SHOULD

1016

;

BE

RETURNED

CONTAINING

THE

ADDRESS

1017

;OF THE 1ST LOCATION CONTROLLED

BY

THIS

1018

;REGISTER

(INCLUDING

EXTERNAL

INTERLEAVE

1019

jOFFSET

IF

NEEDED) SHOUl.D

BE

RETURNED

1020

;IF

KTI1

IS

PRESENT,

Rl

1021

;POINTING

TO

THE

1ST LOCATION CONTROLLED

1022

;BY

THIS

REGISTER, MAPPED

THRU

KERNEL

1023

;

PAGE

1.

KERNEL

PAGE

1

SHOULD

BE

1024

;MAPPED

TO

THE

CORRECT

BANK

1025

003006

032701

000001

BIT

#l,Rl

;

IS

ERROR

RETURN

INDICATED?

1026

003012 001403

BED

.+10

;NO-

BRANCH

1027

003014

104002

ERROR

JMAP

INDICATES

NO

PARITY

MEMORY

1028

;

IS

CONTROLLED

BY

THIS

REGISTER

1029

;RO POINTS

TO

THE

ADDRESS

OF

THE

1030

;

PARITY

REGISTER

1031

003016

000167

177746

~MP

LOP4

1032

003022 012737

003110

000114

MOV

NTRP4A,ON114

;SETUP

PArllTY

TRAP

RETURN

1033

003030

012770

000004

000000

MOV

#WWP,II(RO)

;SET

WRITE

WRONG

PARITY

1034

003036

01111

1

MOV

IIR1,IIRl

;WRITE

CONTENTS

OF

LOCATION WITH

1035

;

WRONG

PARITY

1036

003040

005070

000000

CLR

II(RO)

;CLEAR

PARITY

REGISTER

1037

003044

005711

TST

IIRI

;

READ

BAD

PARITY

WITH ACTION ENABLE

1038

; CLEARED-

NO

TRAP

EXPECTED

1039

003046 012737 003116

000114

MO. NTRP4B,IINPARVEC ;

CHANGE

PARITY

TRAP

RETURN

1040

003054

052770

000001

000000

BIS

NAE,II(RO)

;

SET

ACTION ENABLE WITH

PARITY

ERROR

1041

;ALREADY

SET-

SHOULDN'T

TRAP

YET

1042

003062

012737

003124

000114

MOV

NTRP4C

,II'PARVEC

;

CHANGE

PAR

ITY

TRAP

RETURN

1043

003070

005711

TST

IIRI

;READ LOCATION

AGAIN-

SHOULD

GET

1044

; A

PARITY

TRAP

DUE

TO

READING

BAD

1045

;

PARITY

WITH ACTION ENABLE

SET

1046

003072

104002

ERROR

;NO

PARITY

TRAP

AFTER READING

LO~ATlON

1047

;WHICH

SHOULD

CONTAIN

DAD

PARITY-

104B

;Rt

CONTAINS ADDRESS

OF

MEMORY

LOCATION

CCMFAFO,

MEMORY

PARITY

TEST MACYI1

30A(

1

052)

13-~AN-7B

12:27

PAGE

20

CCMFAF.

Pl1

13-JAN-78

12:13

SEQ

0020

1049

(VIRTUAL,

THRU

KERNEL

PAGE

"

IF

KT

11

1050

PRESENT) •

RO

POINTS

TO

THE

ADDRESS

OF

1051

THE

PARITY

REGISTER

IN

WHICH

AE

WAS

SET

1052

003074

005070

000000

CONT4 :

CLR

II(RO)

CLEAR

PARITY

REGISTER

1053

003100

005511

ADC

IIRI

CLEAR

BAD

PARITY

1054

003102

005070

000000

CLR

II(RO)

CLEAR

PARITY

ERROR

BIT

1055

003106 000730

BR

LOP4

GO

TO

TEST NEXT REGISTER

1056

00311

0

104002

TRP4A:

ERROR

PARITY

TRAP

OCCURRED

WITH ACTION

1057

ENABLE

CLEAR-

RO

POINTS

TO

THE

ADDRESS

1058

OF

THE

PARITY

REGISTER

UNDER

TEST

1059

Rl

CONTAINS

THE

ADDRESS

OF

THE

MEMORY

1060

UNDER

TEST

(VIRTUAL

IF

KTI1

IS

"qESENT)

1061

003112

022626

CMP

(SP)+,(SP)+

RESTORE STACK POINTER

1062

003114

000767

BR

CONT4

1063

003116

104002

TRP4B:

ERROR

;

PARITY

TRAP

OCCURRED

WHEN

ACTION

1064

; ENABLE

WAS

SET WITH

PARITY

ERROR

1065

; ALREADY SET

1066

;

RO

POINTS

TO

THE

ADDRESS

OF

THE

1067

;

PARITY

REGISTER

UNDER

TEST

1068

;Rl

CONTAiNS

THE

MEMORY

ADDRESS

UNDER

1069

; TEST

(VIRTUAL

IF

KT11

IS

PRESENT)

1070

003120

022626

CMP

(SP)+,

(SP')+

;RESTORE STACK POINTER

1071

003122 000764

BR

CONT4

1072

003124 005770

000000

TRP4C: TST

.(RO)

;

ERROR

BIT

SET AFTER

PARITY

TRAP?

1073

003130

100401

BMI

.+4

;

YES-

BRANCH

1074

003132

104002

ERROR

;

ERROR

81 T

NOT

SET AFTER

PARITY

1075

;

TRAP-

RO

POINTS

TO

THE

ADDRESS

1076

;OF

THE

PARITY

REGISTER

UNDER

TEST

1077

003134

022626

CMP

(SP)+,(SP)+

;RESTORE STACK POINTER

1078

003136

000756

BR

CONT4

1079

003140 012737

000116

000114

DONE4:

MOV

.PARVEC+2,.'PARVEC

;

RESTORE

TRAP CATCHER

1080

003146 005767

175376

TST

NOKT

1081

003152

001002

BNE

.+6

1082

003154 005037

177572

CLR

••

SRO

;TURN

OFF

KT11 I F PRESENT

1083

1084

1085

;

....

4-

...........

*

••••

***

....

******

••••••••

"'

•••

_._

•••

**

....

*****

**

••••••

*

••••

1086

;SHOW

THAT READING

GOOD

PARITY

AFTER

BAD

PARITY

DOESN'T CLEAR

PARITY

ERROR

BIT

1087

;

.........

"'

....

'" '"

'"

"'

...

'"

"'.*

"'

..

'"

"'

......

"'

••

"'

...

**

....

'"

•••

*

..

'"

**

'"

"'

....

**

'"

"'

...

'"

*

'"

"'.*

**

....

"'

.... *

...

1088

003160

104001

TEST5:

SCOPE

1089

003162

012777

000005

175712

MOV

N5,@DISPLAY

;

LOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

1090

003170

004767 010616

~SR

PC,CLRPAR ;CLEAR

ALL

PARITY

REGISTERS

1091

003174

005767

175350

TST

NOKT

;KTI1

PRESENT?

1092

003200

001004

BNE

1$

;NO,

BRANCH

1093

003202

004767

010504

~SR

PC,NRALL

;YES,

MAP

ALL

PAGES

NON-RESIDENT

1094

003206

004767

010650

~SR

PC,MAPI

;

THEN

MAP

KERNEL 0

TO

BANK

O.

MAP

KERNEL

1095

; 7

TO

THE

EXTERNAL BANK. SET KERNEL

1096

;0,1,

AND

7

RW,

AND

TURN

ON

KTI1

1097

003212

012700

000566

1$:

MOV

NMPRO,

RO

;SETUP

TO

FIND

REGISTERS PRESENT

1098

003216

03271

0

000001

LOOPS:

BIT

#I,i>RO

;

IS

THIS

REGISTER PRESENT?

1099

003222

001406

BEQ

TST5

;

YES-

BRANCH

TO

TEST

IT

11

00

003224

062700 000010

LOPS:

ADD

Nl0,RO

;

NO-

CHECK

FOR

ANOTHER

ONE

1101

003230

020027

000766

CMP

RO,NTREG

1102

003234

103770

BLO

LOOPS

1103

003236

000431

BR

DONES

;

EXIT

WHE,'

ALL

REGISTERS

HAVE

BEEN TESTED

1104

003240

004767

010662

TST5:

~SR

PC,

LQCATM

;

LOCA

TE

MEMORY

CORRESPONDING

TO

THIS

CCMFAFO,

MEMORY

PARITY

TEST

CCMFAF

.Pl1

13-JAN-#/8

12:

13

11

05

1106

1107

1108

1109

1110

1111

1112

1113

1114

1115

1116

1117

1118

1119

1120

1121

"1122

1123

1124

1125

1126

1127

1128

1129

1130

1131

1132

1133

1134

1135

1136

1137

,

138

1139

1140

1141

1142

1143

1144

1145

1146

1147

1148

1149

,

150

1151

1152

1153

1154

1155

1156

"

57

1158

1159

1160

CCMFAFO.

003244

003250

003252

003254

003260

003266

003270

003272

003300

003302

003304

003310

003312

003314

003320

003322

003326

003330

003334

003336

003344

003350

003354

003356

003362

003366

003372

003376

003400

003404

0034

t a

003412

003414

MEMORY

032701

000001

001403

104002

000167

177744

012770

000004

011111

00S711

042770 000004

01

1111

005711

005770

000000

100401

104002

005070

000000

000741

005767

175222

001002

005037

177572

104001

012777 000006

004767

010442

005767

175174

001

C

04

004767

010330

004767

010474

012700

000566

032710

000001

DC

1406

062700

000010

020027

000766

103770

000523

004767

010506

~ARITY

TEST

CCMFAF.P11

13-JAN-78

12:

13

1161

1162

1163

003420

032701

000001

1164

003.:124

001403

"65

003426

104002

1166

1167

1168

1169

003430

000167

177744

1170

1171

'172

1173

003434

005011

1174

003.!l36

005070

000000

1175

003442

005002

1176

1177

003444

110211

1178

003446

005711

1179

003450

005770

000000

1180

003454

100006

1181

003456

104002

1182

1183

11 B4

1185

003460

005070

000000

1186

003464

005011

1187

003466 005002

1188

003470

000402

1189

003472

105:202

1190

003474

001363

'191

003476

110261

00000

1

1192

003502

005711

1193

003504 005770 000000

1194

003510

100002

1195

003512

104002

1196

1197

1198

003514

000402

1199

003516

105202

1200

003520

001366

1201

1202

1203

1204

003522

0050

11

1205

0035~4

005002

1206

003526 012770 000004

1207

003534

110211

120B

003536 005070

000000

,

209

, 21 0

00.3542

005711

1211

003S44

005770 000000

1212

003550

100402

1213

003552

104002

1214

,

215

1216

MACY"

30A(1052)

13-JAN-78

12:27

PAGE 21

000000

175536

MACY11

000000

SEQ

0021

BIT

#

1,

R1

BE0

•

+1

a

ERROR

JMP LOPS

MOV

ItWWP

RO

1

MOV

@R1

TST

@R1

BIC

";WP,

(O(

RO)

MOV

@lR1

,@lR1

TST

@R1

TST

@(RO)

BMI

.+4

ERROR

CLR

@(RD)

BR

LOPS

DONES:

TST

NOK r

BNE

.+6

CLR

@#SRO

REGISTER-

R1

WILL

BE

RETURNED

CONTAINING

THE ADDRESS

OF

THE

FIRST

LOCATION

CONTIWLLED

BY

THIS

REGISTER

(MAPPEO

THRU

KER~JEL

PAGE 1

IF

KT11

IS

PRESENT)

IS

ERROR RETURN

INDICATED?

NO-

BRANCH

MAP

INDICATES

NO

PARITY

MEMORY

IS

CONTROLLED BY

THIS

REGISTER.

RO

POINTS

TO

THE ADDRESS OF THE

PARITY

REGISTER

;SET

WWP

IN

THIS

REGISTER

;I,o,'RITE

CUNTENTS

OF

LOCATION

~JITH

;

It/RONG

PA!~I

TY

;DETECT

\·mm~G

PARITY

;CLEAH

I>IWP

IN

PARITY

REGISTER

;RESTORF..

GOOD

PARITY

; REREAD LOCAT

ION

:READ

CONfENT$

OF

PARITY

REGISTER

;BRANCH

IF

PARITY

ERROR

IS

STILL

SET

;

PARI

TV

ERROR

BI

f

CLEARED

BY

READING

;GOOD

PARITY

(OR

POSSIBLY

l.>JHILE

DOING

;THE

BIC

fO

CLEAR

WWP).

RO

POINTS

TO

;THE

PARITY

REGISTER

ADDRESS.

;CLEAR

THE

PARITY

REGISTER

; TURN OFF

KT11

I F

PRESENT

; ",**

oj<

>I

***"'

...

"'''

"'.

'"

*,.**,,'01".

*'

*"'*****

*

..

***

****

*'

*

..

**

"'*i<",

~*

"'*

*

...

*,.

******

***

..

***"'*

;SHDW THAT

PARlTY

GENERATE AND

DETECT

LOGIC

\!JORKS

CORRECTLY

FOR

EACH

BYTE

;SHOI": TriAT

WRITE

WKONG

PARITY

WORKS

FOR

HIGH

AND lOW

BYTES

;SHO~:

THAT

WRITING

INTO

LOCATION

~<JHEN

WRITE

I,oIRONG

PARITY

IS

NOT SET

;RESTORES

GOOD

PARITy

TES16

: SCOPE

MOV

#6,I§.lOISPLAY

: LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

JSR

%7,

CLRPAR

;CLEAR

ALL

PARITY

REGISTERS

TST

NOKT ; KT

11

PRESENT?

BNE 1 $ ;

NO,

BRANCH

uSR

%7,NRALL

;

YE$-

MAP

IT

(KERNEL

0

TO

BANK

0,

R'.'J;

uSR

%7,MAPl

;

KERI~E

L 7

TO

EXTERr~AL

BANK.

RW;

KERNEL

1

RW)

;

!~ND

TURN

IT

ON

1

$:

MOV

hMPRO,RO

;SETUP

TO

F I

NO

REGISTERS

PRESENT

LOOP6 : BIT # 1,@lRO ;

IS

THI

S

REGISTER

PRESENT?

BEQ

TST6

;YES-

BRANCH

TO

TEST

IT

LOP6

:

ADO

#10.

RO

;

NO-

CHECK

FOR

ANOTHER ONE

CMP

RO.I1TREG

8LO

LOOP6

BR

DONE6 ; BRANCH

TO

DO:'\JE

IF

ALL

REGI

STERS

; HAVE BEEN

TESTED

TST6

:

uSR

%7,LOCATM

; LOCATE MEMORY

CORRESPONDING

TO

;THIS

REGISTER-

R 1 SHOU LD

BE

RETURNED

;CONTAINING

THE ADDRESS OF THE

FIRST

30A(

1052)

13-JAN-78

12:27

PAGE

22

SEQ

;

LOCATION

CONTROLLED

BY

THIS

REGISTER

;

(VlfHUAL

THRU

KERNEL

PAGE 1

IF

KT 11

PRESENT)

SI

T 111.

R1

; I F

NO

MEMORY

'liAS FOUND

TO

CORRESPOND

BEQ

.+10

;

OClO

ADDRESS

IS

RETURNED-BRANCH

IF

OK

ERROR ;

MAP

INDICATES

NO

PARITy

MEMORY

IS

: CONTROLLED

BY

THIS

REGISTER

;RO

POINTS

TO

THE ADDRESS OF

THE

;PARITV

REGISTER

JMP LOP6 ;

AFTER

ERROR, CHECK

FOR

;FIRST

SHOW

THAT I F THE

PARITY

REGISTER

IS

CLEARED

INITIALLY.

;PARrTY

ERROR DOESN J T SET

CLR

@R1

;

INITIALIZE

LOCATION

UNDER

TEST

CLR

@(RDl

;

INITIALLY

CLEAR

PARITY

REGISTER

CLR

R2

;R2

CONTA

..

'JS

V"\LUE

TO

BE LOADED

;

INTO

MEMORY

1$:

MOV6 R2 ,@IRl

;\!JRITE

VALUE

INTO LOll)

BYTE

TST

@R1

; READ

IJIOR8

TO

CHECK PAR I

TY

TST

@(RO)

; CHECK

PARI

TY

REGISTER

BPl

5$

; BRANCH

IF

ERROR NOT

SET

ERROR

;PARITY

ERROR SET

WHEN

VALUE

IN

R2

WAS

;WRITTEN

AND READ BACK

FROM

LOW

BYTE

OF

;

LOCATION

It,HOSE ADDRESS

IS

CONTAINEO

IN

; R 1

(W1IJP

i,'JAS

NOT

SET)

CLR

@(RO)

;CLEAR

ERROR

BIT

CLR

@R1

;REINITIALlZE

TEST

LOCATION

CLR R2

;REINITIALIZE

VALUE

TO

BE

USED

BR

2$

5$:

INCB

R2 ;

INCREMENT

VALUE

TO

BE LOADED

BNE

1$

;LOOP

UNTIL

ALL

VALUES

HAVE BEEN

USED

2$:

MOV8

R2,

1(

R1)

;'IJRITE

ALL

VALUES

INTO

HIGH

BYTE

TST

@R1

: READ

WORD

TO

CHECK

PAR

I

TY

TST

@(RO)

;

CHEC~\

PA'd

TY

REGISTER

BPl

.+6

; BRANCH 1 F ERROR NOT

SET

ERROR ;

PARITV

H."ROR SET

~oJHEN

VALUE

IN

R2

;1,'JAS

l,oJRITTEN

AN~

READ BACK

FROM

HIGH

BYTE

;OF

LOCATION

WHOSE

ADDRESS

IS

CONTAINED

BR

6$

;

IN

R 1

(W·.>JP

VJAS

NOT

SET)

INCB

R2

;INCREMENT

VALUE

TO

BE LOADED

BNE

2$

; LOOP UNT

IL

ALL

VALUES

HAVE

BEEN

USED

;TEST

P,\R I

TY

GENERATE AND

DETECT

LOGIC

BY

SETTING

~JRlTE

l.oJRONG

PARITY

AND

;WRITING

EACH

POSSIBLE

VALUE

TO

THE

LOW

BYTE,

THEN

TO

THE

HIGH

BYTE

6$

:

ClR

@R1

;

INITIALIZE

LOCATION

UNDER

TEST

CLR

R2

;INITIALIZE

VALUE

TO

BE

WRITTEN

3$:

MOil

#WI,oJP,@(RO)

;SET

l,oJRl

TE

l.'JRONG

PARITY

MOVB

R2

,@R1

;WRITE

WRDNG

PARITY

IN

lOW BYTE

ClR

@(RO)

;

CLEAR

l,oJRlTE

WRONG

PARI

TY.

AND

CLEAR

;

PARITY

ERROR

IF

SET

TST

@R1

; READ BACK

l,oJRONG

PARITY

TST

@(RO)

;

PARITY

f:.RROR

SET?

BMI

.+6

;

YES-BRANCH

ERROR

:PARITY

ERROR

DID

NOT

SET

WHEN

THE

;

LOCATION

UNDER

TEST

WAS

WRITTEN

: AND READ BACK

WITH

WR

..

TE

WRONG

PARITY

; SET

RD

POINTS

TO

ADDRESS

OF

PARITY

0022

..

CC'\

!

CCMFAFO,

MEMORY

PARITY

TEST

CCMFAF.P11

13-JAN-7812:13

1217

1218

1219

1220

1221

1222

1223

1224

1225

1226

1227

1228

1229

1230

1231

1232

1233

1234

,

235

1236

1237

1238

1239

1240

1241

1242

1243

1244

'245

1246

1247

1248

1249

1250

1251

1252

1253

1254

1255

1256

1257

1258

1259

1260

1261

1262

1263

1264

1265

1266

t

267

1268

1269

1270

003554

003556

003560

003562

003564

003570

003572

003576

003600

003602

003610

003614

003620

003622

003626

003630

003632

003634

003636

003640

003642

003646

003650

003654

003656

003660

003662

003666

003670

000402

105202

001362

005011

005070

005711

005770

100(}01

104002

012770

110261

005070

005711

005770

100402

104002

000402

105202

001361

005011

005070

005711

005770

100001

104002

000647

005767

001002

005037

1271

003674

104001

000000

000004

000001

000000

174662

177572

1272

003676

012777 000007

CCtJlFAFO, MEMORY

PARITY

TEST

CCMFAF.Pl1

13-JAN-7812:13

1273

003704

004767

010102

1274

003710

012737

004004

1275

003716

005037

000116

1276

003722

012700

000566

1277

003726

032710

00000,

127B

003732

001406

1279

003734

062700

000010

1280

003740 020027

000766

1281

003744

103770

1282

003746

000412

1283

003750

012770

000001

1284

003756

052770

100000

1285

003764 000240

1286

003766

DC

5070

000000

1287

003772

000760

1288

003774

012737

000116

1289

004002

000405

1290

004004

104002

1291

1292

1293

1294

1295

004006

022626

1296

004010 005070

000000

1297

004014

000747

129B

1299

1300

1301

1302

1303

1304

1305

MACY11

30A(1052)

13-JAN-7B

12:27

PAGE

23

000000

4$:

BR

INCB

BNE

CLR

TST

BPL

ERROR

MOV

MOVB

CLR

TST

BMI

ERROR

BR

INCB

BNE

CLR

TST

BPL

ERROR

BR

TST

BNE

CLR

.+6

R2

3$

@Rl

@(RO)

@Rl

"(

RO)

.+4

#WWP,@>(RO)

R2,1(R1)

@(RO)

@Rl

@(RO)

.+6

R2

4$

@Rl

@(RO)

@Rl

@(RO)

.+4

LOPS

NOKT

.+6

@#SRO

REGISTER.

Rl

CONTAINS

ADDRESS

OF

LOCATION

BEING

TESTED

(VIRTUAL,

THRU KERNEL

PAGE

1

IF

KT11

IS

PRESENT).

R2

CONTAINS

THE

VALUE

WRITTEN

EX

IT

LOOP

AFTER

ERROR

INCREMENT DATA

LOOP

TILL

DONE

WITH

ALL

VALUES

REINITIALIZE

lOCATION

TO

CLEAR BAD

PARITY

CLEAR

ERROR

IF SET

READ

LOCATION,

WHICH SHOULD

NOW

HAVE

GOOD

PAR

ITY

PARITY

ERROR

SET?

NO,

BRANCH

GOOD

PARITY

WAS

NOT

RESTORED BY

WRITING

INTO THE LOCATION WITH

WRITE

WRONG

PARITY

CLEARED

SET WRITE

WRONG

PARITY

WRITE

WRONG

PARITY

IN

HIGH BYTE

CLEAR WRITE

\IJRONG

PARITY

AND

PARITY

ERROR I F SET

READ

BACK

wRONG

PARI

TV

PARI

TY

ERROR

SET?

YES-BRANCH

PARITY

ERROR

DID

NOT

SET

WHEN

THE

LOCATION

UNDER TEST

WAS

WRITTEN

AND

READ BACK

WITH

WRITE

WRONG

PARITY

SET.

RO

POINTS

TO

THE AODRESS

OF

THE

PARITy

REGISTER.

SEQ

0023

THE

VALUE

IN

R2

WAS

WRITTEN

INTO

THE HIGH

BYTE

OF

THE

LOCATION

WHOSE

ADDRESS

IS

IN

R1

I

VIRTUAL

THRU KERNEL PAGE 1

IF

KT11

PRESENT)

THEN

THE:.

PARITY

REGISTER

WAS

CLEARED

AND

THE

~<JORD

WAS

READ

BACK

EX

1 T LOOP AFTER ERROR

INCREMENT

DATA

LOOP

TILL

DONE

WITH

All

VALUES

CLEAR BAD

PARITY

IN

TEST

LOCATION

CLEAR

PARITY

ERROR

BIT

IF

SET

READ

LOCATION. WHICH SHOULD

NOW

HAVE

GOOD

PARITY

CHECK

PARITY

ERROR

BIT

BRANCH

IF

CLEAR

WRITING

INTO LOCATION

WHEN

WRITE

WRONG

PARITY

WAS

NOT

SET

DID

NOT

WRITE

GOOD

PARITY

GO

CHECK

FOR

ANOTHER

PARITY

REGISTER

iTURN

OFF

KT11

IF

PRESENT

; ** *

....

"'"'

"'

..

'"

'" '"

**

'" '"

'"

***

*'

'"

** **

**

'" '"

** **

**

**.*

"'

...

*'"

"'

...

**.*

**

'"

'" '"

'"

'" '" '"

'"

**

*"''''

;SHOW

THAT

SETTING

PARITY

ERROR AFTER

SETTlNG

ACTION ENABLE WON'T CAUSE A TRAP

;

**

'" '"

**,.

**

'"

****

'"

**

'"

** **

'"

"'

......

** **

**

*

'" '"

'"

'" '"

"'*

*'

'"

"'*

...

'"

*

...

**

'"

>I<

** ** ** ** ** ",,,,II<

TEST7:

SCOPE

175176

MOV

#7

,"DISPLAY

: LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

MACY11

30A(1052)

13-JAN-7B

12:27

PAGE

24

000114

000000

000114

J5R

MOV

CLR

MOV

LUP7 :

BI

T

BE-

LOOP? :

ADD

CMP

BLO

BR

TST7

:

MOV

BIS

NOP

CLR

BR

DONE

7:

MOV

BR

TRP7:

ERROR

CMP

CLR

BR

%7.CLRPAR

II'TRP7,@lIIPARVEC

@IIPARVEC+2

HMPRO.

RO

#1,@RO

TST7

#10,

RO

RD,

,uTREG

LUP7

DONE7

#AE,@(RO)

#PERR,@(RO)

@(RO)

LOOP7

I;'PARVEC+2.@lIIPARVEC

TEST

1 0

(SP)+,

(SP)+

@(RO)

LOOP7

:

INITIALLY

CLEAR

ALL

PARITY

REGISTERS

: SETUP

PARITY

TRAP RETuRN

: SETUP

TO

GET ADDRESS

OF

REGISTER

PRESENT

: BRANCH

TO

TEST

REGISTER

; BRANCH

IF

DONE

TESTING

ALL

REGISTERS

;SET

ACTION ENABLE

;SET

PARITY

ERROR

: SHOULD

NOT

TRAP

: CLEAR

PARITY

REGI5TER

;GO CHECK NEXT

REGISTER

: TRAP OCCURRED

WHEN

PARITY

ERROR

BIT

;

WAS

SET

VI A A

BI

S

INSTRUCT

ION

;WITH

ACTION ENABLE ALREADY

SET.

:RD

POINTS

TO

THE ADDRESS

OF

THE

;

PARITY

REGISTER

:RESTORE

STACK

POINTER

:CLEAR

PARITY

REGISTER

**'"

'"

*

'"

'" '"

"'*"'**

'"

*'"

'"

*

'"

"'*

'"

* ** *"'*

'"

**

'"

>t

*

"'

...

"'*

'" '"

*'"

"''''

'" '"

** * *

'" '"

**

*

"'**

*'"

***

SHOW

THAT REPEATED

PARITY

ERRORS

WILL

CAUSE REPEATED TRAPS

IF

ACTION

ENABLE

IS

SET

AND

PARITY

ERROR

IS

LEFT

SET.

SHO,) THAT

niE

ERROR

ADDRES5

BITS

(11-5)

TRACK

(ONLY

FOR

CORE

PARITY

REGISTERS)

** **

*

'"

ill

'" '"

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

'"

"''''*'''

"'**"'*'"

**

"'**

'"

*

'"

"'''''''*

'"

>I<

"'*

...

'"

"'*

'"

"''''

**

"'''''''*

'"

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

***

SEQ

0024

eeMFAFO,

MEMORY

PARiTy

TEST MACY11

30A(

1

052)

13-JAN-78

12:

27

PAGE

25

eCMFAF.

P11

13-JAN-7812:13

SE~

0025

1306

004016

104001

TEST1

0:

SCOPE

1307

004020

012777

000010

175054

MOV

#10,@OISPLAY

LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

1308

004026

004767

007760

JSR

%7,CLRPAR

INITIALLY

CLEAR

ALL

PARITY

REGISTERS

1309

004032

005767

174512

TST

NOKT

KT

11

PRESENT?

1310

004036

001004

BNE

1$

NO-

BRANCH

1311

004040

004767

007646

J5R

%7,NRALL

YES-

INITIALLY

MAP

ALL

PAGES

NR

1312

004044

004767

010012

J5R

%7,MAPl

MAP KERNEL 0

TO

BANK

0,

RW

1313

KERNEL

7 TO THE

EXTERNAL

BANK,

RW

1314

MAKE KERNE", PAGE 1

RW

AND TURN

ON

THE

KT11

1315

004050

012700

000566

1$:

MOV

HMPRO,

RO

1316

004054

012702

000770

MOV

HINDeO,R2

1317

004060

032710

000001

LUPI

0:

BIT

H 1

,@RO

13'8

004064

001407

BEQ

TST10

;BRANC;,

TO

TEST

REGISTER

I F PRESENT

1319

004066 062700

000010

LOOP10:

ADD

#1

0,

RO

1320

004072

005722

TST

(R2)+

1321

004074

020027

000766

CMP

RO,

HTREG

1322

004100

103767

BLO

LUP10

1323

004102

000507

BR

DONE10 ; BRANCH

IF

ALL

REGISTERS

HAVE BEEN

TESTED

1324

004104

004767

010016

TST1

0:

JSR

%7.

LOCATM

1325

004110

032701

000001

BIT

N1

,Rl

;

ERROR

RETURN

INDICATED?

1326

004114

001403

BEQ

.+10

; BRANCH

IF

NO

1327

004116

104002

ERROR

;MAP

INDICATES

THERE

IS

NO

MEMORY

132B

; CORRESPONDING

TO

THIS

REGISTER

1329

;

RO

POINTS

TO

THE ADDRESS

OF

1330

;THE

PARITY

REGISTER

1331

004120

000167

177742

JMP

LOOP

10

1332

004124

012770

000004

000000

MOV

NWWP,@(RO)

;SET

WRITE

WAONG

PAAITY

1333

004132

011111

MOV

IilRl,@R1

;WRlTE

WHCNG

PARITY

IN

FIRST

LOCATION

1334

004134

016161

004000

MOV

4000(Rl)

,4000(Rl)

;WRITE

WRONG

PARITY

IN

SECOND

LOCATION

1335

004142

012770

000001

000000

MOV

hAE,C'(RO)

; SET

ACTION

ENABLE AND CLEAR REST

1336

004150

012737

004202

000114

MOV

hTRPl

O,@lNPARVEC

;SETUP

PARITY

TRAP

RETURN

1337

004156 012767 000010

000152

MOV

H10,COUNT

: SETUP COUNTER

TO

EXECUTE

INSTRU~TION

1

1338

; (

1,,5T

1 )

TEN

TIMES

1339

004164

005711

INST1

:

TST

IilRl

;READ

WRONG

PARITY

WITH

AE

SET-

SHOULD

1340

;TRAP

TO

TRP1Q

1341

004166

104002

ERROR

:NO

PARITY

TRAP OCCURRED.

RO

POINTS

TO

1342

; ADDRESS

OF

THE PAR I

TV

R

EGI

STER BE I

NG

1343

:TESTEO.

1344

004170

000441

BR

CONT10

1345

004172

005761

004000

INST2:

TST

4000(

R1)

;REAO

WRONG

PARITY

FROM

SECOND ADDRESS

1346

:WITH

AE

5ET-

SHOULD

TRAP

TO

TRP10A

1347

004176

104002

ERROR

;NO

PARITY

TRAP OCCURRED,

RO

POINTS

TO

134B

; THE ADDRESS

OF

THE

PARITY

REGISTER

1349

: BEING TESTED

,350

004200

000435

BR

eONT

10

1351

004202

005367

000130

TRP10:

OEt: COUNT

;HAS

PARITY

TRAP OCCURRED TEN

TIMES?

1352

004206

001413

BEQ

1$

;

YES-

BRAI'-lCH

1353

004210

022712

000001

eMP

H1

,(R2)

;

IS

THIS

/...

CORE

PAR

REG?

1354

004214

001005

6NE

2$

; NO, BRANCH (NO ERROR

1355

;

ADDRESS

81

T5

FOR MOS

PAR

1356

004216

032770

000040

000000

BIT

#BIT5,@(RO)

;

IF

ERROR ADDRESS

BITS

ARE

TRACKING,

1357

;BlT

5 SHOULD

8E

CLEAR

(ONLY

FOR

CORE

PARITY)

135B

004224

001401

BEQ

,+4

1359

004226

104002

ERROR ;PARITY

ERROR

ADDRESS

BITS

INCORKECT

1360

;RO

POINTS

TO

THE

ADDRESS

OF

THE

PARITY

1361

;REGISTER.

AI

CONTAINS

THE

ADDRESS

CCMFAFO.

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN-78

12:27

PAGE

26

CCMFAF.Pl1

13-JAN-7812:13

1362

1363

1364

1365

1366

1367

136B

1369

1370

1371

1372

,373

1374

1375

1376

1377

1378

1379

1380

1381

1382

1383

1384

1385

1386

1387

138B

1389

1390

1391

1392

1393

1394

1395

1396

1397

139B

1399

1400

1401

1402

1403

1404

1405

1406'

1407

1406

1409

1410

1411

1412

1413

1414

1415

1416

1417

004230

004234

004236

004244

004250

004252

004256

004260

004266

004270

004272

004274

004302

004306

004310

004314

004320

004322

004326

004330

004334

004336

004340

004342

004350

004354

004360

004362

004366

004372

004376

004402

004406

004410

004414

004416

004422

004424

012716

000002

012737

012716

000002

022712

001005

032770

00,001

104002

022626

012737

005070

005511

00

5561

005070

000662

005767

001002

005037

00

040

1

000000

104001

012777

004767

005767

001004

004767

012700

012703

032710

001003

022713

001407

062700

005723

020027

004164

004252

004172

000001

000040

000116

000000

004000

000000

174222

177572

000011

007436

17

4170

007324

007470

000566

000770

000001

000010

000766

000114

000000

000114

174532

2$:

MOV

RTl

1$:

MOV

RTl

TRP10A:

eMP

BNE

8IT

BNE

ERROR

1

$:

CMP

CONT10:

MOV

eLR

ADC

CLR

BR

00NE1

0:

TST

BNt::

CLR

8R

COUNT: 0

IIINST1,@lSP

IITRPl

OA

,@I#PARVEC

IIINST2,@SP

N1

,(R2)

1$

HBlT5,@(RO)

.+4

(SP)+,(SP)+

II PAR'JEC+2.@#PARVEC

@(RO)

@Rl

4000(Rl

)

Iil(

RO)

LOOP

10

NOKT

,+6

@flSRO

TEST11

; REFERENCED

TO

CAUSE A PARITY TRAP

;

(VIRTUAL

IF

KTll

IS

PRESENT)

;GO

EXECUTE

INSTRUCTION

1 AGAIN

;

CHANGE

PARI

TV

TRAP RETURN

:GO

EXECUTE

INSTRUCTION

2

;

IS

THIS

A CORE REG?

:NO.

BRANCH

; PARI

TY

'TRAP

OCCURRED- CHECK

PARITy

;ERROR

ACDRESS

BITS

;BRANCH

IF

OK

(IF

THE

PARITY

ERR~·~

;ADDRESS

6ITS

TRACKED.

BIT

5 WILL

BE

SET)

;PARITY

ERROR

ADDRESS

BITS

INCORRECT

;RO

POINTS

TO

THE

ADDRESS

OF

THE

;PARITY

REGISTER,

THE ADDRESS REFERENCED

;TO

CAUSE THE ERROR

WAS

THAT

IN

;Rl

PLUS

4000

(OCTAL),

; RESTORE T RAPCATCHER

;CLEAR PARITY

REGISTER

;CLEAR

BAD

PARITy

; CLEAR

PARITY

ERROR

BIT

I F SET

; TURN OFF

KT11

IF

PRESENT

i *

"'

......

'"

* *

'"

***

'"

*""*

**

** *

'"

"'*

* *

>1<

......

'"

**

'"

*

**,..".

...

'"

>/.

*-

**

'"

**

'I<,;.

"'

...

**

*"'

...

'"

** **

'" '"

"'*

**"

;IF

MULTIPLE

PARITY ERRORS

OCCUR

DURING

ONE

INSTRUCTION

OJITH

f.CTION ENABLE

;NOT

SET)

THE ERROR ADDRESS

BITS

WILL

RECORD THE LAST ERROR

(ONLY

FOR

CORE

PARITY

;REGISTERS)

;

"'*

**

'"

"'

..

*

'"

*

'"

>I<

>1<**

*'"

***

'"

'1*

>1'**

**

'"

>I<

'"

"''''

****

'"

*-

>I<

'"

** *

"'

..

..to

'"'-*

'" *-oJ<;.

'"

'" '"

'"

**"''''

**>1<*

**

**'"

TEST11:

SCOPE

MOV

JSR

TST

BNE

JSR

H11,@DISPLAY

%7,CLRPAR

NOKT

1$

%7.NRALL

%7,MAP1

LOAD

THE

TEST NUMBER

INTO

THE

DISPLAY

INITIALLY

CLEAR

ALL

PARITY

REGISTERS

KT 11 PHESENT?

NO-

BRANCH

YES.

MAP

KERNEL

PAGE

0

TO

BANK

O.RW

MAP

KERNEL

PAGE

?

TO

THE

EXTERNAL

BANK.

RW

SET KERNEL

PAGE'

RW

AND

TURN

ON

KTll

SEQ

0026

1$:

MOV

BIT

BNE

CMP

SEQ

IlMPRO

I

RO

hINDCO,

R3

#1.@RO

LOOP11

SETUP

TO

GET ADDRESSES

OF

REGISTERS

PRESENT

LUP11 :

LOOP'1:

ADD

TST

CMP

Nl

,

(R3)

TST11

#10,

RD

(

R3)+

RO,HTREG

IF

THIS

REG

NOT

?RESENT.

SKIP

IS

THIS

A CORE

PAR

REG?

YES.

THEN

TEST

IT

IF

NOT CORE,

SKIP

THIS

REGISTER

..

CCMFAFO,

MEMORY

PARITY

TEST

MACY,'

30A('0521

13-JAN-7B

,2:27

PAGE

27

CCMFAF.Pl1

13-JAN-7812:13

1418

1419

1420

1421

1422

1423

1424

1425

1426

1427

1428

,429

1430

1431

1432

1433

1434

1435

1436

1437

143B

1439

1440

1441

1442

1443

i

444

1445

1446

1447

1448

1449

1450

1451

1452

1453

1454

14~5

1456

1457

'458

1459

1460

1461

1462

1463

1464

,

465

1466

1467

1468

1469

1470

1471

1472

1473

004430

004432

004434

004440

004444

004446

004450

0044S4

004456

004462

004470

004472

004474

004500

004502

004506

004510

004512

004520

004522

004524

004530

004532

004534

004540

004542

004546

004550

004554

004556

004564

004570

004574

004576

004602

103764

000443

004767

032701

001403

104002

000167

010102

062702

012770

011111

011212

005070

021112

00S770

100401

104002

032770

001001

104002

005070

005511

005512

005070

000726

005767

001002

00S037

104001

012777

004767

005767

001004

004767

007466

000001

177742

010000

000004

000000

000100

000000

174002

177572

000012

007222

173754

00711

0

007254

000000

174316

SEO

0027

8LO

BR

TST11:

JSR

LUP11

DONE11

%7,LOCATM

BRANCH

OUT

IF

ALL

REGISTERS

HAVE BEEN

TESTED

GET THE ADDRESS

OF

A MEMORY

LOCATION

CORRESPONDING TO

THIS

PARITY

REGISTER

BIT

BE.

ERROR

111

t

Rl

.+10

JMP

LOOPll

MOV

Rl,R2

ADD

#10000,R2

MOV

NWWP

,@>(RO)

MOV

@>Rl

,il>Rl

MOV

Il'R2,II>R2

CLR

@>(RO)

CMP

@>Rl

,Ii'R2

TST

1'(

RO)

BMI

.+4

ERROR

BIT

#BIT6,@l(RO)

BNE

ERROR

CLR

ADC

CLR

8R

DONEll:

TST

BNE

CLR

.+4

II>(RO)

<1ORl

i'R2

@(RO)

LOOPll

NOKT

.+6

i'NSRO

ERROR

RETURN

INDICATED?

BRANCH I F NOT

NO

MEMORY

IN

MAP CORRESPONDING TO

THIS

PARITY

REGISTER.

RO

POINTS

TO

THE ADDRESS OF THE

PARITY

REGISTER

:SETUP

SECOND

TEST

ADDRESS

LOCATION

: SET

WRITE

WRONG

PARITY

.:WRITE

WRONG

PARITY

IN

FIRST

TEST

LOCATION

:WRITE

WRONG

PARITY

IN

SECOND TEST

LOCATION

:CLEAR

PARITY

REGISTER

:READ

FIRST

TEST

LOCATION,

AND

: THEN READ SECOND

TEST

LOCATION

: MAKE SURE

PARITY

ERROR SET

;PARITY

ERROR

NOT SET

AFTER

:

READING

TWO

LOCATIONS

WHICH

: SHOULD HAVE BAD

PARITY

: CHECK

ERROR

ADDRESS-

I F THE

LAST

:ADDRESS

wAS RECORDED.

BIT

6

WILL

:

BE

SET

:

PARITY

ERROR

ADDRESS

BITS

INCORRECT

:

RO

POINTS

TO

ADDRESS OF

PARITY

REGISTER

: R2

CONTAINS

ADDRESS

OF

LAST

BAD

PARITY

: LOCA

TlON

REFERENCED

(I

F KT11

PRESENT.

:ADDRESS

IS

VIRTUAL

THRU KERNEL PAGE

1)

:CLEAR

PARITY

REGISTER

;CLEAR

BAI'>

PARITY

:CLEAR

PARITY

ERROR

BIT

: TURN OFF

KT11

I F PRESENT

**,.

...

'"

**

***

"'

...

******

"'

...

**

*'"

**

'"

"''''II:

'"

**

'"

"'

..

***

'"

** ** *

'"

**

'"

***

'"

"'**.*

.01<",*

***

SHOw

THAT

IF

AN

INSTRUCTION

DOING

A

DATIP

GETS A

PARITY

ERROR,

THE

ORIGINAL

DATA

IS

REWRITTEN

IF

ACTION

ENABLE

IS

SET,

AND

IS

ALTERRED

IF

ACTION

ENABLE

IS

CLEAR

.>jo

**

'"

***

'"

**

"'*

'"

"''''""

"'''''''>It'''''''''

"'.'"

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

'"

** **

'"

*

"'*

"''''*,..

**

'" '"

** **

****

'"

EST12:

SCOPE

MOV

JsR

TsT

BNE

JSR

#12,"DlsPLAY

%7,CLRPAR

NOKT

1$

%7,NRALL

%7,MAPl

: LOAO THE

TEST

NUMBER

INTO

THE

DISPLAY

: KT

11

PRESENT?

:

NO-

BRANCH

:

YES,

MAP

KERNEL 0

TO

BANK

0,

RW

:MAP

KERNEL 7

TO

THE

EXTERNAL

BANK,

RW

: SET KERNEL 1

RW

AND TURN

ON

KT11

ccrv1FAFO.

MEMORY

PARITY

TEST MACV11

30A{10S2)

13-JAN-78

12:27

PAGE

28

CCMFAF.Pl1

13-JAN-7B

12:13

1474

1475

1476

1477

1478

1479

1480

1481

1482

1483

1484

1485

1486

1487

1488

1489

1490

1491

1492

1493

1494

1495

1496

1497

1498

1499

,500

1501

1502

1503

1504

1505

1506

1507

150B

1509

1510

1511

1512

lS13

1514

1515

1516

1517

1518

1519

1520

,521

,522

1523

1524

1525

1526

1527

1528

1529

004606

00--1612

004616

OO.q622

004624

004630

004632

004636

004640

004644

004646

004650

004654

004660

004662

004664

004670

004676

004704

004710

004716

004720

004722

004724

004730

004734

004736

004740

004744

004746

004750

004752

004760

012700

012702

032710

001003

022712

001407

062700

005722

020027

103764

000474

004767

032701

001403

104002

000167

012737

012770

012711

012770

005211

104002

000440

005070

021127

001401

104002

005770

100401

104002

022626

012770

012711

000566

000770

000001

000010

000766

007252

000001

177742

004724

000004

125252

000001

000000

125252

000000

000004

125252

000114

000000

1$:

MOV

LUP12:

BIT

BNE

CMP

BEQ

LOOP12:

ADD

TST

CMP

BLO

BR

T5T1:c.:

JSR

BIT

BEQ

ERROR

JMP

MOV

INC

ERROR

BR

TRP12:

CLR

CMP

BEQ

ERROR

TST

BMI

ERROR

CMP

MOV

hMPRO.

RO

IIINDCD,R2

#1.@lRD

LOOP

12

#1,

(R2)

TST12

#1

0,

RO

(

R2)+

RO,.,REG

LUP12

DONE12

%7,LOCATM

#l,Rl

.+10

LODP12.

#TRP12,@#PARVEC

#WWP,@(RO)

#125252.@lRl

NAE,@l(RO)

@Rl

CONT12

@l(RO)

@Rl

,#125252

.+4

@(RO)

.+4

(sP)+,

(SP)+

#WWP,@>(RO)

#125252,«'Rl

SEQ

0028

: SETUP

TO

GET ADDRESSES

OF

REGISTERS

PRESENT

SKIP.

IF

THIS

REG

NOT PRESENT

REG

PRESENT,

IS

IT

CORE?

YES,

DO*

THIS

TEST

SKIP,

IF

THIS

REG

IS

NOT

CORE

BRANCH

TO

DONE I F

ALL

REGISTERS

HAVE BEEN

TESTED

LOCATE

MEMORY

CORRESPONDING TO

THIS

REGISTER

ERROR

RETURN

INDICATED?

NO-

BRANCH

NO

MEMORY

IN

MAP

CORRESPONDING

TO

THIS

REGISTER.

RO

POINTS

TO

THE ADDRESS

OF

THE

PARITY

REGISTER

SET

UP

PARITY

TRAP RETURN

SET

WRITE

WRONG

PARITY

WRITE

WRONG

PARITY

IN

TEST

LOCATION

SET

ACTION

ENABLE

AND

CLEAR

WRITE

WRONG

PARITY

00

DATIP.DATO

WITH

ACTION

ENABLE

SET-

SHOULD

A90RT

ON

DATIP

AND

RESTORE

ORIGINAL

DATA

NO

ABORT OCCURRED

ON

READING

LOCATION

WHICH SHOULD

CONTAIN

BAD

PARITY

(WITH

AE SET

I.

RO

POINTS

TO

ADDRESS OF

PARITY

REGISTER.

Rl

CONTAINS

ADDRESS OF

TEST

LOCATION

(VIRTUAL

THRU

KERNEL

PAGE 1

IF

KTll

IS

PRESENT I

PARITY

TRAP

OCCURRED-

CLEAR

PARITY

REGISTER

ORIGINAL

DATA

RESTORED?

YES.

BRANCH

NO-

DATIP

WHICH

GOT

A

PARITY

ERROR

TRAP ALTERRED CONTENTS OF

LOCATION

READ.

ADDRESS

OF

TEST

LOCATION

IS

IN

Rl

(I

F

KTll

IS

PRESENT,

ADDRESS

IN

Rl

IS

VIRTUAL

THHU

KERNEL

PAGE

1)

RO

POINTS

TO

ADDRESS

OF

PARITY

REGISTER

MAKE

SURE

PARITY

ERROR

SET

WHEN

DATA

WAS

REREAD

IN

THE

ABOVE

CMP

DATIP

WHICH

GOT

A

PARITY

ERROR

TRAP

ALTERRED

THE

PARITY

OF

THE

LOCATION

READ

Rl

CONTAINS

ADDRESS

OF

TEST

LOCATION

(VIRTUAL

THRU

KERNEL

1

IF

KT11

PRESENT)

RESTORE STACK

POINTER

SET

WRITE

WRONG

PARITY

AND

CLEAR

PARI

TY

ERROR

REWRITE

DATA

WITH

WRONG

PARITY

CCMFAFO,

MEMORY

PARITY

TEST

CCMFAF.Pll

13-JAN-7812:13

1530

1531

1532

1533

1534

1535

1536

1537

1538

1539

1540

1541

1542

1543

1544

1545

1546

1547

154B

1549

1550

1551

1552

1553

1554

1555

1556

1557

1558

1559

1560

1561

1562

1563

1564

1565

1566

1567

1568

1569

1570

1571

1572

1573

1574

1575

1576

1577

1579

1580

1581

1582

1583

1584

1585

004764

004770

004776

005000

005D04

005010

005012

005014

005020

005022

005024

005030

005032

005036

005040

005046

005052

005054

005060

005062

005070

005074

005100

005102

005,06

005112

005116

DOS122

005124

005130

005134

005136

005070

012737

005211

005070

022711

001401

104002

005770

100001

104002

005070

0050

11

005070

000675

012737

005767

001002

005037

104001

012777

004767

005767

001004

004767

012700

032710

001406

062700

020027

103770

000470

000000

000116

000000

125253

000000

000116

173476

177572

0000

13

006716

173450

006604

006750

000566

000001

000010

000766

CCMFAFO,

MEMORY

PARITY

TEST

CCMFAF,P11

13-JAN-7812:13

1586

1587

1588

1589

t

590

1591

1592

1593

1594

1

S95

1596

1597

159B

1599

1600

1601

1602

1603

1604

1605

1606

1607

1608

1609

1610

1611

1612

1613

1614

1615

1616

1617

161 B

1619

1620

1621

1622

1

b23

1624

1625

1626

1627

1628

1629

1630

1631

1632

1633

1634

1635

~

636

1637

163B

1639

1640

1641

005140

005144

0051

SO

005152

005154

005160

005166

005174

005200

005206

005210

005212

005214

005220

005224

005226

005230

005234

005236

005240

005242

005250

005254

005260

005266

0052'10

005274

005300

00S302

004767

032701

001403

104002

000167

012737

012770

012711

012770

005711

104002

000434

005070

021127

001401

104002

005770

100401

104002

022626

012770

012711

005070

012737

005711

005070

022711

001401

104002

006762

000001

177744

005214

000004

125252

000001

000000

125252

000000

000004

125252

000000

000116

000000

125252

MACY11

30A(1052)

13-JAN-78

12:21

PAGE

29

000114

QOO

114

174012

CLR

MoV

INC

CLR

CMP

BEQ

ERROR

TST

BPL

ERROR

CoNTI2:

CLR

BR

DONE

12:

MoV

TST

BNE

CLR

@(RO)

#

PARVEC+2,

"NPARVEC

@lRl

11'(

RO)

"25253,@lR1

.+4

"(

RO)

.+4

@(RO)

@R1

@(RO)

LOOP

12

IIPARVEC+2,@#PARVEC

NOKr

.+6

...

SRO

;CLEAR

PARITY

REGISTER

; RESTORE TRAPCATCHER

;SINCE

AE

15

CLEAR,

INSTRUCTION

5HOULD

; COMPLETE AND

SHOULD

CLEAR

BAD

PARITY

;CLEAR

PARITY

ERROR

BIT

; CHECK

DA

T A

;DATIP.

DATo

TO

A

LOCATION

CONTAINING

BAD

;

PARITY

Io'JITHOUT AE SET

LEFT

INCORRECT

:DATA.

RO

POINTS

TO

THE ADDRESS

OF

; THE

PARITY

REGISTER.

R1

CONTAINS

THE

;ADDRESS

OF

THE

TEST

LOCATION

(V_~TUAL

:THRU

KERNEL PAGE 1

IF

KTl1

IS

PRESENT)

;CHECK

PARITY

ERROR

BIT

:DATIP,

DATO

WITH

AE

CLEAR

DID

;NDT

CLEAR

BAD

PARITY

IN

LOCATION

;ADDRESSED.

RO

POINTS

TO

THE ADDRESS

;OF

THE

PARITY

REGISTER.

Rl

CONTAINS

; THE ADDRESS OF THE

TEST

LOCATION

;

(VIRTUAL

THRU

KERNEL

PAGE 1

IF

KT11

:

IS

PRESENT)

; CLEAR

PARITY

REGISTER

;ClEAR

LOCATION

TO

RESTORE

GOOD

PARITY

;CLEAR

PARITY

ERROR

IF

SET

;GO

CHECK

FOR

ANOTHER

PARITY

;

REGISTER

; RESTORE

TRAPCATCHER

; TURN

OFF

KT11

IF

PRESENT

;

...

'"

"'''

'"

"'

..

'"

'" '"

**

'"

'" '" '"

'"

*'"

*

'"

~

'"

*

'" '"

"',.

'" '"

'" '" '"

**

"'"

"'"'

"',,-

>1-*

*'

'"

'" '" '" '"

"'

...

*

'"

*>1<

'"

'" '"

'"

"'

..

* *

"''''

**

*'**

;SHOW

THAT

IF

AN

INSTRUCTION

DOING

A

DATI

(BUT

NO

DATO

TO

THE SAME

LOCATION)

;GETS

A

PARITY

ERROR, THE

ORIGINAL

DATA

IS

UNALTERRED,

WHETHER

OR

NOT

ACTION

: ENABLE

IS

SET

;

oj<

*

'"

* *

'"

**"' * **

..

**

'"

***

'"

*"'

..

** *

..

**

>1<

....

***

**

*

*'

........

~

'*

'"

*

1<

t">/.-

"'

..

"'''

"'"

'"

>I<

'"

"'*

* *

'"

*** *"'*

TEST13:

SCOPE

MoV

JSR

TST

BNE

JSR

1/13,@DISPLAY

%7.CLRPAR

NOKT

1$

%7,NRALL

%7,MAPl

;LOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

;

KTll

PRESENT?

;

NO-

SRANCH

;YES,

MAP

KERNEL

a

TO

BANK

O,KERNEL

;7

TO

THE

EXTERNAL

BANK.

AND

KERNEL

;

0.1

,AND

7

RW

SEQ

0029

1$:

MDV

#MPRO,RO

II

1

,@RO

TST13

;

SETUP

TO

GET

ADDRESSES

OF

REGISTERS

PRESENT

LUP13:

BIT

BEQ

LooP13:

ADO

CMP

BLo

BR

#1

0,

RO

RO.

#TREG

LUP13

DONE13

;If

THIS

REGISTER

IS

PRESENT,

GO

: TEST

IT

; BRANCH

I'

ALL

REGI5TERS

HAVE BEEN

: TESTED

MACY

11

30A

( 1

052)

13-JAN-7B

12:

27

PAGE

30

000114

000000

000114

TST

13:

TRP13:

JSR

BI

T

BEQ

EROOR

JMP

MOV

MoV

MOV

MoV

TST

ERROR

BR

CLR

CMP

BEQ

ERROR

TST

BMI

ERROR

CMP

MOV

CLR

MoV

TST

CLR

CMP

BEQ

ERROR

%7,

LoCATM

111.

R1

.+10

LoOP13

IITRP13,@I#PARVEC

/lWWP,@(RD)

#125252,@Rl

NAE,@(RO)

@>R1

CoNT13

@(RO)

@>Rl

,#125252

.+4

@(RO)

.+4

(SP)+,

(5P)+

#WWP,

..

(RO·,

#125252,@R1

@>(RO)

/I

PARVEC+2.@#PARVEC

@Rl

@(RO)

#125252.I1'Rl

.+4

LOCATE

MEMORY

CORRESPONDING

TO

THIS

REGISTER.

AND

IF

KT11

IS

PRESENT

MAP

KERNEL

1

TO

THAT

MEMORY

ERROR RETURN

INDICATED?

NO-

BRANCH

MAP

INDICATES

NO

MEMORY

WAS

FOUNO

CORRESPONDING

TO

THIS

REGISTER

RO

POINTS

TO

THE ADDRESS

OF

THE

PARI

TY

REGISTER

SETUP

PARITY

TRAP RETURN

SET

WRITE

WRONG

PARITY

WRITE

I,>JRONG

PARITY

SET ACT

ION

ENABLE

AND

CLEAR

~JRITE

WReNG

PARITY

DATI

WI

TH

ACTION

ENABLE

SET

SHOULD

ABORT

LEAVING

DATA

UNCHANGED

NO

ABORT

ON

READING

BAD

PARITY

wI

TH

ACTION

ENABLE

SET.

RO

POINTS

TO

THE ADDRESS OF THE

PARITY

REGISTER.

R1

CONTA[NS

THE ADDRESS

OF

THE

TEST

LOCAT I

ON

(V

I RTUA L THRU KERNE L PAGE

1

IF

KTll

IS

PRESENT).

ABORT OCCURRED

AS

EXPECTED-

CLEAR

REGI5TER

ORIGINAl.

DATA

RESTORED?

YES.

BRANCH

DATI

WHICH

GOT

A

PARITY

ERROR

ALTERRED

THE CONTENTS OF

THE

LOCATION

ADDRESSED.

(R1

CONTAINS

THE ADDRESS OF

MEMORY

BEING

TESTED-

IF

KT11

IS

PRESENT.

ADDRESS

IN

R1

IS

VIRTUAL)

RO

POINTS

TO

THE ADDRESS OF THE

PARITY

R~GISTER

CHECK

PM-dTY

REGISTER

BRANCH I F

PARITY

ERROR SET

PARITY

ERROR NOT SET

AFTER

READING

DATA

WrTH

BAD

PARITY

RO

POINTS

TO

THE ADDRESS OF

THE

PARITY

REGISTER.

Rl

CONTAINS

THE

ADor.ESS

0;·

THE TEST

LOCATION

(VIRTUAL

THRU

KERNEL

PAGE 1

IF

KT11

PRESENT)

RESTORE STACK

POINTER

SET

vJRITE

WRONG

PARITY,

CLEAR

PARITY

ERROR

REWRITE

DATA

WITH

WRONG

PARITY

CLEAR

PARITY

REGISTER

;RESTORE

TRAPCATCHER

DATI

TO

LOCATION

WITH

BAD

PARITY

AE

NOT

SET-INSTRUCTION

SHOULD COMPLETE

CLEAR

PARITy

ERROR

BIT

CHECK

DA

T A

DATI

TO

LOCATION

WITH

BAD

PARITY

SEQ

0030

WITHOUT

ACTloN

ENABLE

SET

LEFT

INCORRECT OAT A

R1

CONTAINS

THE ADDRESS OF THE

TEST

LOCATION

(VIRTUAL

THRU

KERNEL PAGE 1

CCMFAFO,

MEMORY

PARITY

TEST

MACYII

30A(

1052)

13-JAH-78

12:27

PAGE 31

CCMFAF. P11

13-JAN-7812:13

SEQ

0031

1642

! F

KTtl

IS

PRESENT),

RO

POINTS

TO

THE

1643

ADDRESS

OF

THE

PART!Y

REGISTER.

1644

005304 005070 000000

CONTI3:

CLR <I'(RO) CLEAR PARITY

REGISTER

1645

005310

005011

CLR

@RI

CLEAR

LOCATION

,

646

005312

005070

000000

CLR @(RO)

CLEAR

PARITY

ERROR

I F SET

1647

005316

000702

BR

LOOP

13

GO

CHECK

FOR

ANOTHER

PARITY

1648

REGISTER

1649

005320

012737

000116

000114

DONEI3:

MOV

HPARVEC+2.o;HPARVEC

; RESTORE TRAPCATCHER

1650

005326 005767

173216

TST NOKT

1651

005332

001002

BNE

,+6

1652

005334

005037

177572

CLR

@HSRO

; TURN OFF

KT11

I F PRESENT

1653

1654

1655

1656

;

*'"

'"

>I<

'"

"'

...

,...

.....

"'

...

'"

'" '"

"'*

"''''*

'" '"

'"

>I<

**

'"

"'''

'"

>I<

'" '"

"'

...

II<

**

>1<""

"'''

'"

>I<

'"

"'

...

'"

~

'"

**

'" '"

**

.....

'" '"

** ***

"'**

"'*"''''*

1657

;CHECK

PARITY

MEMORY

WITH

SERIES

OF

PATTERNS

FROM

4K

TO

2BK

1658

;

ENABLE

PARITY TRAP

1659

;

'" '"

**

'" '"

>I<

"'

......

***

"'

..

'"

**

>I<

'"

'" '"

**

** **

'"

oj<

*"'*"'*'"

'"

"',.

'"

'" '"

'"

** **

'"

'" '"

'"

'" '"

*

'"

**

****

II<

***

*>It*

1660

005340

104001

TESTI4:

SCOPE

1661

005342 012777 000014

173532

MOV

1t14,@DISPLAY

;lOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

1662

005350

005067 011102

CLR

IMAX

;

DON

I T I TERATE THE REST

OF

THE

SUBTESTS

1663

005354

004767 006432

JSR

PC,

CLRPAR

;ClEAR

All

PARITY

REGISTERS

1664

005360

012737

005734

000114

MOV

IITRP14,@lhPARVEC

;SETUP

PARITY

TRAP RETURN

1665

005366

022767 000002

173474

CMP

#2,PMEML

;TEST

FOR

AN

8K

SYSTEM

1666

005374

103402

BLO

,+6

;SYST

>

8K

1667

00S376

004767 005742

J5R

PC,

SMlSYS

;5YST

<

OR

=

8K

1668

005402

032767

000002

173110

BIT

1/2,BITPT

; TEST BANK

INDICATOR

FOR

BANK 1

1669

005410 001007

BNE

1$

1670

005412

012767 000004

173100

~OV

1t4.BITPT

;

INIT

IP,LIZE

BANK

INDICATOR

TO

BANK 2

1671

005420

012767

040000

173070

'DV

#40000,

ADRPT

;INITIALIZE

MEMORY

STARTING

AODRESS

"

1672

005426

000403

BR

LOOP14

1673

005430

0'2767

020000

173060

1

$:

MOV

1t20000,

ADRPT ;

INITIALIZE

BANK

INDICATOR

TO

BA"K

1

1674

005436

036767

173056

173424

LOOPI4:

BIT

BI

TPT

,PMEMl

;DOES

THIS

4K

HAVE

PARI

TY?

1675

005444

001021

BNE

T5T14

;

YES,

TEST

IT

1676

005.';45

032767

000002

173044

LUP14

:

BIT

112,BITPT

; TEST

FOR

BANK 1

INDICATOR

IF

SET

GO

TO

TEST

16

1677

005454

001001

BNE

EX

1678

005456 000402

BR

,+6

1679

005460

000167

000776

EX:

JMP

TEST,6

1680

005464

062767

020000

173024

ADD

1t20000,

ADRPT ;

NO-

UPDATE

MEMORY

ADDRESS

16Bl

005472

OC6367

173022

ASL

BI

TPT

;UPDATE

BIT

POINTER

1682

C

054

76

022767 000200

173014

CMP

11200,81

TPT ;

THIS

28K

DONE?

1683

005504

003354

BGT

lOOP14

; NO, BRANCH

TO

SEE I F NEXT

4K

1684

;SHOUlD

BE

TESTED

1685

005506

000443

BR

DONE

14

;

YES,

EX

I T

1686

005510

012704 001036

TST14:

MOV

IIPARPAT,

R4 ;

INITIALIZE

PATTERN

POINTER

1687

005514

016767

172776

173006

MOV

ADRPT

,HIAOR

; SET UPPER

LIMIT

FOR

THIS

4K

1688

000522

062767 020000

173000

ADu

1t20000,HIADR

1689

005530

016705

172762

MDV

ADRPT

,R5

1690

005534

OQ5025

2$

: CLR

(5)

t-

;

INITIALLY

CLEAR

CORE

BLOCK UNDER

TEST

1691

005536 020567

172766

CMP

R5,

HIADR

1692

005542

103774

BLO

2$

1693

005544

012701

000566

MOV

IIMPRO, R 1 ;

INITIALIZE

TO

SET

AE

IN

ALL

REGISTERS

1694

005550

032711

000001

3$:

BIT

#l,@R1

1695

005554

C::J1003 BNE

.+10

1696

005556

012771

000001

000000

MOV

HAE,@(Rl)

;SET

ACTION

ENABLE

IF

:'EGISTER

IS

PRESENT

1697

005564

062701

000010

ADD

It 1

O.

Rl

CCMFAFO,

MEMORY

PARITY

TEST

MACYll

30A(lCS2)

13-JAN-7B

12:27

PAGE

32

CCMFAF.

Ptl

1

3-J

AN-78

12:

1 3

SEQ

0032

1698

005570

020127

000766

CMP

Rl,HTREG

1699

005574

103765

EilO

3$

1700

005576

004767

000024

4$:

JSR

%7,

TPCORE

GO

TO

ROUTINE

TO

EXERCISE

THIS

4K

1701

WiTH

THE CURRENT

PATTERN

1702

005602

005724

TST

(4)+

UPDATE PATTERN

1703

005604

005714

TST

(4)

LAST

PATTERN?

1704

005606

001373

BNE

4$

NO,

lOOP

1705

005610

004767

006176

J5R

PC.CLRPAR

YES,

CLEAR

ALL

PARITY

REGISTERS

1706

005514

000714

BR

LUP14

UPDATE

AND

CHECK NEXT

4K

1707

005616 012737

000116

000114

DONE

14:

MOV

1/

PARV

EC+2.@#PARVEC

;RE5TORE

TRAP CATCHER

1708

005624

000473

BR

TESTIS

;

GO

TO

1709

1710

;ROUTINE

TO

WRITE

AND

CHECK EACH

LOCATION

IN

4K

(STARTING

AT

ADDRESS

1711

;

IN

ADRPT) WITH VALUE

POINTED

TO

BY

R4

1712

005626

016705

172664

TPCORE:

MOV

ADRPT,

R5 ; SETUP R5

TO

ADDRESS

MEMORY

1713

;lOCATION

BEING

CHECKED

1714

005632

01'415

1$:

MOV

(4),

(5)

;vJRITE

PATTERN

INTO

MEMORY

1715

005634

011567

172676

MOV

(5),

WAS

: READ TEST

LOCATION

1716

005640

021467

172672

CMP

(4)

,~IAS

;DATA

OK?

1717

005644

001401

BEQ

,+4

;

YES-

BRAt\lCH

1718

005646

104002

ERROR

; DATA INCORRECT

IN

LOCAT

ION

WH05E

1719

; ADDRESS

IS

IN

R5,

R4

POINTS

TO

THE

1720

;DATA

WRITTEN.

,

721

005650

005725

TST

(5)+

;UPDATE

ADDRESS

POINTER

1722

005652 020567

172652

CMP

R5,HIADR

;

THIS

4K

DONE?

1723

005656

103765

BLn

1$

;NO,

BRANCH

TO

TEST

1724

005660

005067

173102

CLH TREG ;

YES,

DID

ANY

PAR

ITY

ERRORS OCCUR

1725

;WITHOUT

TRAPPING?

1726

005664

012701

000566

MOV

#Mf.RO,R1

1727

005670

032711

000001

2$:

BIT

H1

,(

1 )

1728

005674

001003

BNE

.+10

1729

005676

005771

000000

TST

@(Rl

)

1730

005702

100406

BM!

3$

;

YES-

BRANCH

173

t

005704

062701

000010

ADD

#10,

Rl

1732

005710

020127

000766

CMP

Rl,HTREG

1733

005714

103765

BLO

2$

1734

005716

000207

RTS

%7

;NO,

RETURN

1735

005720

011167

173042

3$:

MOV

@RI,TREG

;STORE

ADDRESS

OF

REGISTER

GETTING

ERROR

1736

005724

104004

ERRORS

;PARITY

ERROR

SET

(WITH

AE

SET)

AND

1737

;NO TRAP OCCURRED, TREG

CONTAINS

1738

;AODRESS

OF

PARITY

REGISTER

,IHICH

1739

;HA5

ERROR

BIT

SET,

1740

005726

004767

006562

JSR

%7.

PSCAN ; SCAN

FOR

PARITY

ERRORS

AND

PRINT

1741

;

lB

BIT

ADDRESSES

OF

THOSE FOUND.

1742

;AFTER

REPORTING EACH

ERROR

CLEAR

IT

1743

005732

000207

RTS

%7

1744

1745

;PARITY

TRAP

SERVICE

(NO TRAPS

TO

114

SHOULD

OCCUR

IN

THIS

5UBTEST)

1746

005734

005067

173026

TRP14

: CLR

TREG

1747

005740

012701

000566

MOV

IIMPRO,

R1

;

FIND

PARITY

REGISTER

INDICATING

PARITY

ERROR

1748

005744

032711 000001

1$:

BIT

HI,

(Rl

)

17L1.9

005750

001003

BNE

.+10

1750

005752

005771

000000

TST

@(Rl)

1751

005756

100407

BMI

2$

; BRANCH I F

PARITy

ERROR

SET

1752

005760

062701

000010

ADD

#10,

R1

1753

005764

020127 000766

CMP

R1,HTREG

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(

1052)

13-uAN-7S

12:27

PAGE

33

CCMFAF,

Pl1

13-uAN-7S

12:13

SEQ

0033

1754

0115770

103765

BLO

1$

1755

005772

104002

ERROR

PARITY

TRAP

TO

114

OCCURRED

DURING

1756

005774

000405

BR

3$

TEST

14

SUT

NO

REGISTERS HAVE

1757

PARITY

ERROR

SET

1758

005776

011167

172764

2$:

MOV

@ORI

,TREG

STORE

ADDRESS

OF

REGISTER

GETTING

ERROR

1759

006002

104004

ER~ORS

PARITY

TRAP

TO

114

OCCURRED

DUE

TO

1760

PARITY

ERROR

WHILE

EXERCISING

MEMORY

1761

Rl

POINTS

TO

THE ADDRESS

OF

THE

1762

PARITY

REGISTER

HAVING

PARITY

ERROR

1763

BI

T SET

1764

006004 004767

006504

uSR

%7,

PSCAN

SCAN

FOR

BAD

PARITY

AND

TYPE

18

BIT

ADDRESSES

1765

OF

LOCATIONS

FOUND

BAD

1766

006010

022626

3$:

CMP

(SP)+,

(SP)+

RESTORE STACK

POINTER

1767

006012

000207

RTS

%7

RETURN

(FROM JSR

TO

TPCORE) TO

176B

CHECK

NEXT PATTERN

1769

1770

1771

1772

; * ...

"'

..

'"

"'

..

'"

"'

...

**

....

**

••

'"

"'

.......

'"

"'

........

"'

......

'"

>\I""~''''''''''

'"

*

'"

06<

*"',..

'"

"',..

'"

'" '" '"

"'

...

**

*.

'"

"'.*.*.

1773

;CHECK

PARITY

MEMORY

WITH

SERIES

OF

PATTERNS

ABOVE

28K

1774

; ENABLE

PARITy

ERROR

TRAPPING

1775

;

.11<

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

"'

...........

"'

......

*

...

"'

........

'"

....

**

...

I/<

*"'

...

"'

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

"'

......

"'

...

,.,

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

"'

......

1776

006014

104001

TESTI5:

SCOPE

1777

006016

012777

000015

173056

MOV

NI5,(oOISPLAY

;

LOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

1778

006024

005767

172520

TST

NOKT

;KT11

PRESENT?

1779

006030

001402

8EQ

,+6

;

YES-

BRANCH

1780

006032

000167

000424

JMP

TEST16

;NO,

SKIP

TEST

1781

006036

004767

005750

JSR

PC

,CLRPAR

;CLEAR

ALL

PARITY

REGISTERS

1782

006042 004767

005644

uSR

%7,NRALL

;

MAP

KERNEL 0

TO

BANK

0,

RW

1783

006046 004767

006010

uSR

%7,MAP'

;MAP KERNEL 7

TO

THE EXTERNAL BANK

1784

; SET KERNEL I

RW

AND

TURN

ON

KT11

17B5

006052 012777

001600

173172

MOV

N1600,@KPARI

;MAP KERNEL

PAGE

1

TO

BEGINNING

OF

2B-32K

17B6

006060 005067

172470

CLR

LOWFLG

;CLEAR

FLAG

TO

INDICATE

CHECKING LO\;ER

64K

1787

006064 016767

173000

173002

MOV

PMEML,

PMEMX

1788

006072

012737

006402

000114

MOV

HTRP15,@NPARVEC

; SETUP

PA"ITY

TRAP RETURN

1789

006100

012767

000200

172412

MOV

nOO,BIT,PT

;

INITIALIZE

8IT

POINTER

1790

006106

036767

172406

172760

LOOPls:

8IT

eITPT

t PMEMX ;DOES THIS

4K

HAVE

PARITY?

'791

006114

00'022

8NE

TST15

;YES.

BRANCH

TO TEST

IT

1792

006116 062777

000200

173126

LaPIS:

ADD

H200,I!'KPARI

;NO-

MAP

TO

1793

00e124

006367

172370

ASL

BITPT

;UPOATE

BIT

POINTER

1794

0013130

103366

BCC

LOOP15 ;

BRANCH

I F

NOT

DONE

WITH

64K

1795

006132

005767

172416

TST

LOWFLG

; DONE

l~

ITH

128K?

1796

006136

001051

8NE

DONE

1 5

;YES,

BRANCH

1797

006,40

005267

172410

INC

LDWFLG

;NO,

SET FLAG

INDICATING

UPPER

64K

'79B

006144

016767

172722

MOV

PMEMH,

PMEMX

;SETUP

PARITY

MAP

WORD

1799

006152

012767

000001

172340

MOV

Hl,BITPT

; SETUP

8IT

POINTER

FOR

UPPER

64K

'800

006160

000752

SR

LOOP15

;CONTINUE

1801

006'62

012704

001036

TST15:

MOV

HPARPAT

,R4

:

INITIALIZE

PATTERN POINTER

'802

006166

012767

020000

172322

MOV

H20000,

ADRPT ;

INITIALIZE

VIRTUAL

ADDRESS

OF

MEMORY

1803

;

8EING

TESTED

1804

006174

012705

020000

MOV

#20000,R5

1805

006200

005025

2$:

CLR

(5)+

;

INITIALLY

CLEAR

CORE

BLOCK

UNOE.

TEST

1806

006202 020527

040000

CMP

R5,#40000

1807

006206

103774

8LO

2$

lB08

006210

012701

000566

MOV

NMPRO,

R1

;

INITIALIZE

TO SET

ACTION

ENABLE

IN

ALL

1809

;

PARITY

REGISTERS

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(1052)

13-uAN-7B

12:27

PAGE

34

CCMFAF,Pl1

13-JAN-7812:13

1810

leI

I

1812

1813

1814

1815

1816

1817

1818

1819

1820

1821

1822

1823

1824

'825

1826

1827

1828

1829

1830

IS31

1832

1833

1834

1835

1836

1837

1838

1839

1840

1841

1842

1843

1844

1845

1846

1S47

1848

lB49

1850

1851

1852

1853

1854

1855

1856

1857

1858

1859

1860

1861

1862

1863

1864

1865

006214

006220

006222

006230

006234

006240

006242

006246

006250

006252

006254

006260

006262

006266

006274

006276

006300

006304

006306

006312

006316

006320

006322

006324

006330

006332

006336

006342

006346

006350

006354

006356

006362

006366

006370

006372

006376

006400

006402

006406

006412

006416

032711

001003

012771

062701

020127

'03765

004767

005724

005714

00

'1373

004767

000716

005037

012737

000472

000240

012705

011415

011567

021467

001401

104002

005725

020527

103765

005067

0'2701

03271

I

00

I

003

005771

100406

062701

020127

103765

000207

011167

104004

000207

005067

012701

032711

001003

000001

000010

000766

000030

00S532

17'7572

000116

020000

172224

172220

040000

172430

000566

000001

000000

000010

000766

172370

'72360

000566

000001

000000

000114

3$:

8IT

BNE

MOV

ADD

eMP

8LO

4$:

uSR

TST

BNE

uSR

8R

OONEls:

CLR

MOV

8R

#I,(oRI

,+10

NAE

,I!'(

RI)

HI

0,

Rl

,NTREG

3$

%7,

TPCORX

(4)+

(4)

4$

PC

,CLRPAR

LOP15

i!'HSRO

#PARVEC+2,@#PARVEC

TESTl6

;SET

ACTION ENABLE

IF

THIS

REGISTER

; I S PRESENT

;EXERCISE

THIS

4K

;UPDATE PATTERN

; LAST PATTERN?

;NO,

lOOP

;YES,

CLEAR

All

PARITY

REGISTERS

; UPDATE

AND

CHECK

;TURN OFF

KTI

1

~JHEN

DONE

;

,2STORE

TRAPCATCHER

:

GO

TO

N,EXT

TEST

;PARITY

MEMORY

TEST ROUTINE

USING

KTll

AND

TESTING

MEMORY

ABOVE

28K

;WRITES

AND

CHECKS

EACH

LOCATION

IN

4K

USING

KERNEL

PAGE

I MAPPED

TO

CURRENT BANK

TPCORX:

NOP

1$:

2$:

3$:

MOV

CMP

8EQ

ERROR

TST

CMP

810

ClR

MOV

BIT

SNE

TST

8MI

ADO

CMP

8LO

RTS

MOV

ERRORS

#20000,

Rs

(4),

(5)

,WAS

(4),WAS

,+4

(5)+

RS,

#40000

1$

TREG

NMPRO,Rl

Nl

,(

I)

.+10

@(Rl)

3$

.'0,

Rl

,NTREG

2$

%7

Ii'Rl

•

TREG

RTS

%7

; SETUP

R5

TO

POINT

TO

THE

LOCAlION

;UNDER TEST

(VIRTUAL

ADDRESS)

;WRITE

PATTERN

;REAO TEST

lOCATION

;OATA

OK?

;

YES-

BRANCH

;

NO-

DATA INCORRECT

IN

LOCA

T!

ON

WHOSE

IN

Rl

(GOES

THRU

POINTS

TO

; V 1 RTUA L

ADDRESS

IS

;KERNEl

PAGE

I>'

R4

;THE

VALUE

WRITTEN.

;UPDATE ADDRESS POINTER

;THIS

4K

DONE?

;NO,

8RANCH TO TEST NEXT LOCATION

;YES,

CHECK

TO

SEE

IF

ANY

PARITY

;

ERRORS

OCCURRED

WITHOUT TRAPPING

;

IS

THIS

PARITY

REGISTER PRESENT?

;NO,

GET

;

YES-

DID

ERROR

SET?

;

YES-

BRANCH

;NO-

GET

NEXT REGISTER

;NO ERRORS-

EXIT

; STORE ADDRESS

OF

REGISTER

GETTING

ERROR

;

PAR

I

TY

ERROR

SET

(AE

A LREADY

SET)

;

AND

NO

TRAP

OR

TIMEOUT

OCCURRED

:

Rl

POINTS

TO

THE

ADDRESS

OF

THE

;

PARITY

REGISTER

iPARITV

TRAP

TRPIS:

CLR

SERVICE

(NO TRAPS

TO

114

SHOULD

OCCUR

IN

TlHS

SUBTEST)

TREG

MOV

#MPRO,Rl

;LOCATE

PARITY

REGISTER

INDICATING

ERROR

1$:

BIT

#1,

(Rl)

BNE

.+10

SEQ

0034

..

"

"f,

.j

/

CCMFAFO,

MEMORY

PARITY

TEST

MACY,'

30A(

1052)

13-JAN-78

12:27

PAGE

35

CCMFAF.

P11

13-JAN-78

12:13

SEQ

0035

1866

006420

005771

000000

TST

"(Rl

)

1

867

005424

1 0

0407

8MI

2$

; BRANCH I F

PARITY

ERROR

IS

SET

1868

006426

062701

000010

ADD

"O,R'

1

869

006432

020127

000766

CMP

Rl

,NTREG

1870

006436

103765

8LO

1$

1871

006440

104002

ERROR

;TRAP

TO

114

OCCURRED

DURING

TEST

15

BUT

1872

;NO

PARITY

REGISTERS

HAVE

PARITY

ERROR

SET

1873

006442 000405

BR

3$

1874

006444

011167

172316

2$:

MOV

II>Rl

,TREG

;STORE

ADDRESS

OF

REGISTER

GETTING

ERROR

1

B75

006450

104004

ERRORS

:PARITY

TRAP

TO

114

OCCURRED DUE

TO

1876

:

PARITY

ERROR

WHI LE

EXERCISING

MEMORY

1877

:

"TREG"

CONTAINS

ADDRESS

OF

PARI'

Y

REGISTER

1878

:HAVING

PARITY

ERROR

BIT

SET

1879

006452

004767

006036

JSR

%7,

PSCAN : SCAN

MEMORY

FOR

BAD PAR

ITY

AND

PR

I NT

18

1880

:

BI

T ADDRESSES

OF

LOCATIONS

FOUND

1881

: CLEAR BAD

PARITY

IN

EACH AFTER

1882

:REPORTING

IT

1883

006456

022626

3$:

CMP

(SP)+,

(SP)+

: RESTORE STACK

POINTER

1884

006460

000207

RTS

%7

: RETURN (FROM

JSR

TO

TPCDRX)

TO

1885

:TEST

NEXf

PATTERN

lB86

1887

1888

1889

*'"

'"

"'.'"

>I<

"'*

***

"''''

******

*'"

*.

*** * ******

'"

"'

••

*"'** * ***

******

**

'"

.***

•••••

**'"

1

890

FORCE

WRONG

PARITY

IN

EACH BYTE

OF

PARITY

MEMORY

FROM

4K

TO

2BK

1891

WR

IT

E

WRONG

PAR

ITY

AND

READ

IT

BACK

WI

TH

ACTION

ENABLE

SET,

MAKING

1892

SURE THAT A TRAP OCCURS. THEN

WRITE

GOOD

PARITY

AND

MAKE SURE THAT

1893

NO

TRAP ·OCCURS

WHEN

IT

IS

READ.

MAKE SURE THAT

THE

ERROR

ADDRESS

BITS

1894

(PARITY

REGISTER

!;ITS

5-11)

ARE CORRECT.

1895

**

"'*

'"

"'*

'"

>I<

***'" *

*'"

**

*'"

'"

**

'"

*'"

***

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

'"

*'"

**'"

'" '"

*

'"

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

*"'**

"''''

"''''*

1896

006462

1

04001

EST

16:

SCOPE

1897

006464

012777

000016

172410

MoV

#16,@DISPLAY

: LOAD

THE

TEST

NUM8ER

INTO

THE

DISPLAY

1898

006472 012737

007076

000114

MOV

#TRP16,@#PARVEC

: SET

uP

TRAP RETURN

1899

006500

032767

000002

172012

BIT

#2,BITPT

: TEST BANK

INDICATOR

FOR

8ANK 1

1900

006506

C01007

8NE

LUP16

1901

006510

012767

000004

172002

MOV

#4,BITPT

:

INIT

POINTER

TO

BANK 2

1902

006516

012767

040000

171772

MOV

#40000,

ADRPT

1903

006524

000403

BR

.+10

1904

006526

012767

020000

171762

LUP16

:

MOV

#20000,

ADRPT

1905

006534

036767

171760

172326

1$:

SIT

8 I TPT ,PMEML :

DOES

THIS

4K

HAVE

PARITY?

1906

006542

001021

BNE

3$

:

YES,

8RANCH

TO

TEST

IT

1907

006544

032767

000002

171746

2$:

BIT

#2,81

TPT ;

TEST

FOR

BANK 1

INDICATOR

IF

SET

GO

OUT

1908

006552

C0100l

BNE

.+4

1909

006554

000402

8R

.+6

1910

006556

000167

001546

JMP

OUT

1911

006562

062767

020000

171726

ADD

#20000,

ADRPT

:NO.

UPDATE

MEMORY

ADDRESS

BY

4K

1912

006570

006367

171724

ASL

BITPT

:UPDATE

BIT

POINTER

1913

006574

022767

000200

171716

CMP

11200,

BITPT

; TH I S

28K

DONE?

1914

006602

003354

8GT

1$

:NO,

CHECK NEXT

4K

1915

006604

000421

BR

DONE16 :

YES,

EXIT

1916

005606

016767

171704

171714

3$:

MOV

ADRPT,

HIADR

: SET UPPER

LIMIT

THIS

4K

1917

006614

062767

020000

171706

ADO

#20000,HIADR

1918

006622

004767

005164

JSR

%7,CLRPAR

: CLEAR

ALL

PARITY

REGISTERS

1919

006626

016705

171664

MOV

ADRPT,

R5

,

920

006632

005025

5$:

CLR

(5)+

;CLEAR

8A:·.K UNDER

TEST

1921

006634

020567

171670

CMP

R5,HIADR

CCMFAFO.

MEMORY

PARITY

TEST

MACVll

30A(1052)

13-JAN-78

12:27

PAGE

36

CCMFAF.Pl1

13-JAN-7812:13

1922

1923

1924

,

925

1926

1927

1928

1929

1930

1931

1932

1933

1934

1935

1936

1937

'938

1939

1940

1941

1942

1943

1944

1945

1946

1947

1948

1949

1950

1951

1952

1953

1954

1955

1956

1957

1958

1959

1960

1961

1962

1963

1964

1965

1966

1967

1968

1969

1970

1971

1972

1973

1974

1975

1976

1977

006640

006642

006646

006650

006654

006662

006656

006672

006676

006704

006710

006714

005720

006722

006730

006734

006740

006742

006746

006750

006754

006760

006764

006766

006774

007000

007004

007006

007012

007014

007020

007022

007030

007032

007040

007044

007050

007052

007060

007064

007070

007072

103774

004767

000736

004767

012737

000167

016705

005067

012767

012715

012701

032711

001003

012771

062701

020127

103765

005767

100425

112715

012701

032711

001003

042771

062701

020127

103765

005767

100407

142715

000407

000020

005136

000116

000472

171624

171660

125253

000566

000001

000005

000010

000766

171610

000253

000566

000001

000004

000010

000766

171544

000317

"

2765

000252

000751

142765

000377

012701

000566

032711

000001

001003

042771

000005

062701

000010

020127

000766

103765

104002

000114

171630

000000

000001

000000

8LO

6$:

JSR

BR

DoNE16:

JSR

MOV

JM"

5$

%7,WWP16

2$

%7,

CLRPAR

#

PARVEC+2,@#PARVEC

TEST17

;GO

WRITE

WRONG

PARITY

IN

EACH

8YTE

: UPDATE

AND

CHECK NEXT

4K

;CLEAR

ALL

PARITY

REGISTERS

IF

DONE

:RESToRE

TRAP CATCHER

:

GO

TO

:WRITE

WRONG

PARITY

TEST

ROUTINE

-

TESTS

EACH BYTE

IN

4K

:USING

SAME

DATA

VALLE,

WRITES AND CHECKS

PARITY

IN

WRONG

STATE

:ANO

THEN

IN

CORRECT STATE

TO

PROVE THAT

PARITY

8ITS

TOGGLE

WWP16:

MOV

ADRPT

,R5

:SET

TEST ADDRESS

POINTER

CLR ODDFLG :

INDICATE

TESTING

LOW

BYTE

SEQ

0036

MOV

#125253,5HDBE

:STORE

DATA

FOR

USE

BY

ERROR

TYPFoUT

ROUTiNE

WWP16A:

MOV

#125253,II>R5

:INITIALIZE

TEST

LOCATION

1$:

5$:

2$:

6$:

3$:

4$:

MOV

#MPRO,R1

:SETUP

TO

LOAD

PARITY

"EGISTERS

81T

#1,(1)

BNE

.+10

MOV

#WWP+AE,@{R1)

ADD

CMP

8LO

TST

8MI

MoVB

MOV

BIT

BNE

81C

ADD

CMP

8LO

TST

8MI

BICB

BR

MOv8

BR

BIC8

MOV

BIT

BNE

BIC

ADD

CMP

BLo

ERROR

1110,

Rl

Rl,lITREG

1$

ODDFLG

2$

#253,@R5

IIMPRO.

Rl

#

1,

(1

)

.+10

#WWP,@{Rl)

#10,

Rl

Rl,#TREG

5$+4

ODDFLG

6$

#317

,@R5.

3$

#252,1(R5)

5$

#377,l(R5)

#MPRO,Rl

#l,@Rl

.+10

#WWP+AE,"{Rl

)

#10,

Rl

R1

,#TREG

4$

:SET

WRITE

WRONG

PARITY

AND

ACTION

; ENABLE I F

THIS

PARITY

REGISTER

:15

PRESENT

:WRITING

HIGH

BYTE7

:

YES,

8RANCH

:NO.

WRITE

WRONG

PARITY

IN

LOW

8YTE

:THIS

CODE

CLEARS

WWP

BIT

IN

ALL

:

PARITY

REGISTERS

;TESTING

HIGH

OR

LOW

BYTE?

;8RANCH,

IF

HIGH

BYTE

:DETECT

WRONG

PARITY

WITH

DATIP-

:SHOULD

TRAP

TO

TRP16

BEFORE

DOING

THE

oATOB

:WRITE

WRONG

PARITY

IN

HIGH

BYTE

;DETECT

WRONG

PARITY

WITH

DATIP-

:SHOULD

TRAP

TO

TRP16

8EFORE

DOING

THE

DAToB

:NO TRAP

oCCURREo-

SETUP

TO

CLEAR

:

AE

AND

WWP

:CLEAR

AE

AND

WWP

IN

ALL

PARITY

REGISTERS

ERROR,

NO

TRAP

AFTER

WRITING

ANn

READING

WRONG

PARITY

IN

LaCATIO~

WH05E ADDRESS

IS

IN

R5

(AE

AND

WWP

WERE

SET

IN

ALL

PARITY

REGISTERS)

TESTING

LOW

BYTE

IF

ODDFLG

IS

POSITIVE

TESTING

HIGH

BYTE

IF

ODDFLG

IS

NEGATIVE

CCMFAFO,

MEMORY

PARITY

TEST MACVl I

30A(

1052)

13-~AN-7B

12:27

PAGE

37

CCMFAF.

Pll

13-~AN-78

12:

13

SEQ

0037

1978

; NOTE THAT

AE

AND

WWP

WERE

CLEARED

1979

; BEFORE TYPING THE

ERROR

PRINTOUT

1980

007074

000517

BR

CN16

1981

1982

;WHEN

WRONG

PARITY

DATA

IS

READ BACK SHOULD ENTER HERE

VIA

TRAP

TO

114

1983

007076

012701

000566

TRPlr-.:

MOV

HMPRO,

Rl

;PARITY

TRAP OCCURRED-

FIRST

CLEAR

1984

007102

032711

000001

TRPI6A:

8IT

111,t§lRl ;

WWP

AND

AE

IN

All

REGISTERS

1985

007106 001003

8NE

.+10

1986

007110

042771

000005

000000

SIC

NAE+WWP,@I(Rl)

1987

007116

062701

000010

ADD

110,Rl

1988

007122 020127

000766

CMP

Rl

,NTREG

1989

007126

103765

BlD

TRP16A

1990

007130

012701

000566

MOV

HMPRO,Rl

;FIND

THE

REGISTER THAT SENSED THE

F.RROR

1991

007134

012703

000770

MDV

HINDeo

t R3

1992

007140 005067

171622

ClR

TREG

1993

007144

032711 000001

1$:

BIT

Hl,QIIRI ;

DOES

TH

I 5

CONTRO

l

EXIST?

1994

007150

001017

BNE

2$

;NO,

BRANCH

1995

007152

005771

000000

TST @I(RI )

;YES-

IS

ERROR

SET?

1996

007156

100014

8Pl

2$

;NO,

BRANCH

1997

007160 005767

171602

TST TREG ;

YES-

WAS

I T SET

IN

ANY

OTHER

REGISTER ALSO?

1998

00716"

001401

BEQ

.+4

; NO-

BRANCH

1999

007166

104002

ERROR

;

ERROR

SET

IN

MORE

THAN

ONE

PARITY

REGISTER

2000

;AFTER

WRITING

WRONG

PARITY

IN

lOCATION

2001

;WHOSE

ADDRESS

IS

IN

R5

2002

007170

036761

171324

000002

BIT

BITPT

,2(Rl)

;OOES

MAP

INDICATE

THIS

PARITY

REGISTER

2003

; CONTROLS

THIS

MEMORY?

2004

007176

001001

BNE

.+4

;YES,

8RANCH

2005

007200

104002

ERROR

;

PAR

I

TV

REGI STER RESPONDED

TO

MEMORY

2006

;NOT INCLUDED

IN

ITS

MAP

2007

;

PARITY

REGISTER'

5 ADDRESS

IS

POINTED

2008

;

TO

BY

Rl.

ADDRESS

OF

lOCATION

CAUSING

2009

;

PARITY

ERROR

IS

IN

R5

2010

007202

010304

MOV

R3,R4

2011

007204

011167

171556

MOV

QIIRI

,TREG ; STORE REGISTER ADDRESS

2012

007210

062701

000010

2$:

ADO

Hl0,Rl

2013

007214

005723

TST

(R3)+

2014

007216

020127

000766

CMP

Rl,HTREG

2015

007222

103750

BlO

1$

; 8RANCH

UNTI

l

All

THE

PARITY

2016

; REGISTERS HAVE BEEN CHECKED

2017

007224 011567

171306

MDV

(5)'WAS

;SAVE

DATA

FROM

lOCATION

UNDER

TEST

2018

007230

022715

125253

CMP

N

125253

,Il'R5

;010

8ICB

CHANGE

DATA?

2019

007234

001401

BEQ

.+4

;NO.

CONTINUE

2020

007236

104003

ERRORP

;DATA

WAS

MODIFIED

BY

THE

BICB

WHICH

2021

;GOT A

PARITY

ERROR

TRAP-

SINCE

PARITY

ERROR

2022

;

TRAP

OCCURRED, CONTENTS

SHOULD

NOT

HAVE

2023

;

BEEN

MODIFIED.

R5 CONTAINS ADDRESS

2024

;

OF

TES T

lOCATION.

"TREG"

CONTAINS

2025

;ADDRESS

OF

PARITY

REGISTER

SENSING

2026

;

ERROR

2027

007240

005767

171522

TST

TREG

;WAS

PARITY

ERROR

SET

IN

ANY

REGISTERS?

2028

007244 001002

BNE

3$

;

YES-

BRANCH

2029

007246

104002

ERROR

:

PARITY

TRAP

OCCURRED

ON

READING

2030

;WRONG

PARITY

(WITH

AE

SET)

BUT

NO

2031

;REGISTERS

HAD

PARITY

ERROR

BIT

SET.

2032

; R5 CONTA

INS

THE

ADDRE$S

OF

THE

2033

; TEST

lOCATION.

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(ICS2)

13-JAN-7B

12:27

PAGE

38

CCMFAF.

Pll

13-JAN-78

12:13

2034

2035

2036

2037

2038

2039

2040

2041

2042

2043

2044

2045

2046

2047

2048

2049

2050

2051

2052

2053

2054

2055

2056

2057

2058

2059

2060

2061

2062

2063

2064

2065

2066

2067

2068

2069

2070

2071

2072

2073

2074

2075

2076

2077

2078

2079

2080

2081

2082

2083

2084

2085

2086

2087

2088

2089

007250

007252

007256

007260

007264

007270

007272

007276

007300

007302

007304

007306

007310

007312

007314

007316

007322

007324

007330

007332

007334

007340

007342

007344

007350

007352

007354

007360

007362

~07366

007374

007402

007406

007410

007414

007420

007426

000420

022714

001015

017701

042701

010502

042702

000302

006302

020102

001401

104003

022626

011515

005077

005715

005777

100001

104002

005167

100401

005725

020567

103401

000207

000167

104001

004767

012777

005767

001402

000167

004767

012737

012767

000001

171502

170037

003777

171444

171436

171216

171160

177324

005032

000017

171142

000636

004372

007762

000200

171506

171500

000114

171064

3$:

4$:

CNTI6:

CNI6;

1$:

BR

CMP

BNE

MOV

BIC

MOV

BIC

SWAB

ASl

CMP

BEQ

ERRORP

CMP

MOV

ClR

TST

BPl

ERROR

COM

BMI

TST

CMP

BlO

RTS

JMP

4$

HI,

(R4)

4$

It'TREG,Rl

1/170037,R1

R5,R2

113777,

R2

Rl,R2

.+4

(SP)+,

(SP)+

(5),

(5)

@lTREG

Il'R5

@lTREG

.+4

ODDFlG

.+4

(5)+

RS,HIADR

1$

%7

WWP16A

GET

PARITY

REGISTER CONTENTS

MASK

OFF

All

BUT

ERROR

ADDRESS

BITS

GET

ADDRESS

OF

lOCATION

UNDER

TEST

POSITION

BITS

IN

R2

;

PARI

TY

ERROR

ADDRESS

BITS

CORRECT?

:

ERROR

ADDRESS

BITS

(~ARITY

REGISTER

;BITS

11-5)

ARE

INCORRECT. R5

CONTAINS

;THE

ADDRESS

OF

THE TEST

lOCATION.

;

"TREG"

CONTAINS

THE ADDRESS OF THE

;

PARITY

REGISTER DETECTING

THE

ERROR

;RESTORE STACK POINTER

;RESTORE TEST

lOCATION

TO

FIX

BAD

PARITY

;ClEAR

ER"OR

BIT

IN

PARITY

REGISTER

;

READ

lOCATION

TO

SEE I F

PARITY

IS

GOOD

;

IS

PARITY

ERROR

SET?

;NO-

BRANCH

;WRiTING

lOCATION

WITH WRITE

WRONG

PARITY

iCLEAR

DIDN'T

CLEAR

BAD

PARITY

;R5

CONTAINS ADDRESS

OF

THE

TEST

;lOCATION.

"TREG"

CONTAINS

THE

ADDRESS

;OF

THE

PARITY

REGISTER DETECTING

;

THE

ERROR

;TOGGlE

BYTE

INDICATOR

; 8RANCH I F

READY

TO

TEST HIGH

8YTE

;UPDATE ADDRESS

POINTER

;

THIS

4K

DONE?

;NO,

TEST NEXT

lOCATION

; RETURN

TO

TEST NEXT B;,NK

'"

"'

......

'"

",,,,

'"

"'

..

'"

'" '" '" '"

"',.,

"'

.......

'"

'" '"

'" '" '"

'"

"'

...

'"

"'.*

'" '" '"

'"

'" '" '" '"

*

'"

'" '" '"

"'

..

'" '"

'"

"'

...

"'

...

'"

'" '" '"

"'*

...

'" '"

FORCE

WRONG

PARITY

IN

EACH

BYTE

OF

PARITY

MEMORY

ABOVE

28K

WRITE

WRONG

PARITY

AND

READ

IT

WITH ACTION ENABLE

SET,

MAKING

SURE

THAT A TRAP OCCURS.

THEN

WRITE

AND

READ

THE

SAME

lOCATiON

WITH

GOOD

PARITY

(USING

SAME

DATA)

TO

SHOW

THAT THE

PARITY

BIT

TOGGLES. MAKE

SURE

THAT

THE

ERROR

ADDRESS

BITS

(PARITY

REGISTER

BITS

5-11)

ARE

CORRECT.

_*'"

"'II<

••••••••••••••

'"

***

........

*

..........

"'''''''

••

'"

•••••

*.*.*.

**

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

*

••

ESTI7:

SCOPE

JSR

MOV

TST

BEQ

~MP

~SR

MOV

PC,

RSTLDR

"7,@DISPlAY

',7,II>DISPlAY

NOKT

.+6

XFRI

PC,CLRPAR

HRP17,@I'PARVEC

'200,BITPT

lOAD

THE

TEST

NUMBER

INTO

THE

DISPLAY

KT

11

PRESENT?

YES,

BRANCH

NO,

SKIP

TO

NEXT TEST

CLEAR

All

PARITY

REGISTERS

SETUP

FOC_

PARITY

TRAP

INITIALIZE

4K

BIT

POINTER

SEQ

0038

q

CCMFAFO.

MEMORY

PARITY

TEST

MACY11

30A(

1

952)

13-JAN-78

12:27

PAGE

39

CCMFAF.

P11

13-JAN-78

1,2:13

2090

007434

004767

004252

JSR

%7,NRALL

2091

007440

004767

004416

JSR

%7.MAPI

2092

2093

2094

007444

012777

001600

171600

MOV

.#1600,@KPAR1

2095

007452 005067

171076

CL;:

LOWFLG

2096

007456

016767

171406

t

71410

MOV

PMEML,

PMEMX

2097

007464

012767

000002

000366

MOV

#2.!NDX17

2098

007472

036767

171022

171374

1

$:

BI

T

BITPT

I

PMEMX

2099

007500

001025

BNE

3$

2100

007502

062777 000200

171542

2$

: ADD

#200,@KPARl

2101

007510

006367

171004

ASL

81 TPT

2102

007514

103366

BCC

1 $

2103

007516

005767

171032

TST LOWFLG

2104

007522

001025

SNE DONE

17

2105

007524 005267

171024

INC

LOWF

LG

2106

007530

016767

171336

MOV

PMEMH

,

PMEMX

2107

007536

012767

000001

170754

MOV

#l.BITPT

2108

007544 012767

000004

000306

MOV

#4.INDX17

2109

007552

000747

SR

1$

2110

007554

012705

020000

3$:

MOV

1f20000.R5

2111

007560

005025

5$

: CLR

(5)+

2112

007562 020527

040000

CMP

R5,1I40000

2113

007566

103774

SLO

5$

2114

007570

004767

000020

6$:

JSR

%7,W'I>JP17

2115

007574

000742

BR

2$

2116

007576 005037

177572

DONEI7:

CLR

@#SRO

2117

007602 012737 000116

000114

MOV

UPARVEC+2,@ltPARVEC

2118

007510

000167 000436

JMP XFRl

2119

2120

;WRITE

WRONG

PARITY

TEST

ROUTINE

TO

2121

007614

012705

020000

WWP17:

MOV

1t20000,R5

2122

007620 005067

170732

CLR

OODF

LG

2123

007624 012767

125253

170702

MOV

II

125253,

SHOBE

2124

007632 012715

125253

WIJP17A:

MOV

II 1

25253,@RS

2125

007636

012701

000566

MOV

HMPRO,

Rl

2126

007642

032711

000001

1$:

BI

T

#1.

(1)

2127

007646

001003

BNE

.+10

2128

007650

012771

000005

000000

MOV

IIWWP+AE.@(R1)

2129

2130

007656

062701

000010

ADD

IIl0,R1

2131

007662 020127 000766

CMP

R1,IITREG

?132

007666

103765

BLO

1$

2133

007670

OC5767

170662

TST ODDFLG

2134

007674

100405

BMI

2$

2135

007676

112715

000253

MOVa

#253.@R5

2136

007702

142715

000377

BICB

11377.@R5

2137

2138

007706 000406

BR

3$

2139

007710

112765

000252

000001

2$

: MOVe

#252,1(R5)

2140

007716

142765

000377

000001

BICB

#377,l(R5)

2141

2142

007724

012701

000566

3$

:

MOV

IIMPRa,

Rt

2143

007730

0,,2711

000001

4$:

BIT

II 1

,@lR1

2144

007734

001003

BNE

.+10

2145

007736

042771

000005

000000

BIC

#AE+WlvP,@I(Rl)

CCMFAFO.

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN-78

12:27

PAGE

40

CCMFAF.Pl1

13-JAN-7812:13

007744

007750

007754

007756

007760

062701

020127

103765

104002

000512

000010

000766

ADD

CMP

BLO

ERROR

#10,

R 1

Rl.#TREG

4$

8R

CNT17

TEST

SEQ

0039

INITIALIZE

ALL

PAGES

TO

NON-RESIDENT

MAP

KERNEL

0

TO

BANK

0,

RW;

KERNEL 7

TO

THE

EXTERNAL

BANK.

RW. TURN

ON

THE

KTll

AND MAKE

KERNEL

1

RW

INITIALIZE

KERNEL PAGE 1

TO

2BK

CLEAR FLAG

TO

INDICATE

TESTING

LOWER

64K

; SETUP

OFFSET

TO

CHECK

LOWER

64K

OF MAPS

;

DOES

THIS

4K

HAVE

PARITY7

;

YES.

BRANCH

TO

TEST

IT

;NO.

MAP

TO

NEX

r

4K

; UPDATE

BIT

POINTER

;

GO

CHECK

TO

SEE

IF

THI

S

4K

HAS

OAR

ITY

;

END

OF

128K?

;

YES,

EXI

T

;

NO.

SET FLAG

TO

INDICATE

SHIFT

TO

;HIGH

64K

AND CHANGE MAPS

;5ETUP

OFFSET

TO

CHECK UPPER

64K

OF MAPS

; CLEAR BANK UNDER

TEST

;GO

WRITE

WRONG

PARITY

AND CHECK

IT

; UPDATE

AND

CHECK NEXT

4K

;TURN

OFF

KTll

WHEN

DONE

;RESTORE

TRAP CATCHER

;GO

TO SETUP

FOR

MEMORY

ABOVE

28K

SET

TEST

ADDRESS

POINTER

CLEAR FLAG

TO

INDICATE

TESTING

LOW

BYTE

STORE

DATA

FOR

USE

BY

ERROR

TYPEOUT

ROUTINE

INITIALILE

LOCAT

ION

INITIALIZE

REGISTER

ADDRESS

POINTER

DOE5

THIS

CONTROL

EXI5T?

NO.

GET NEXT

YES-

SET

WRITE

WRONG

PARITY

AND ACT

ION

ENABLE

ALL

REGISTERS

SETUP?

tJO-

LOOP

YES-

TESTING

HIGH

BYTE?

YES,

BRANCH

NO.

'.>JRI

TE

~<JRONG

PARITY

IN

LOW

BYTE

DETECT

I-'JRONG

PARITY

WITH

DATIP-

SHOU

LD

TRAP TO

TRP17

BEFORE

DOING

THE

WRITE

WRONG

PARITY

IN

HIGH

BYTE

DETECT

WRONG

PARITY

WITH

DATIP

SHOULD TRAP

TO

TRP17

BEFORE

DOING

THE

IF

NO

TRAP,

CLEAR

AE AND

WWP

IN

ALL

PARITY

REGISTERS

NO

TRAP AFTER

WRITING

AND

READING

WRONG

PARITY

WITH

AE

SET-

VIRTUAL

ADDRESS

OF

LOCATION

IS

IN

R5

(MAPPED

THRU

KERNEL

PAGE

1)

WROTE

LOW

BYTE

IF

ODDFLG

IS

POSITIVE

WROTE

HIGH

9YTE

I F

IT

IS

NEGATIVE

NOTE THAT

WwP

AND

AE

WERE

CLEARED

BEFORE

ERROR

PRINTOUT

DATOB

SEQ

0040

2146

2147

2148

2149

2150

2151

2152

2153

2154

2155

2156

2157

2158

2159

2160

2161

2162

2163

2164

2165

2166

2167

2168

2169

2170

2171

2172

2173

2174

2175

2176

2177

2178

2179

2180

2181

2182

2183

2184

2185

21B6

2187

2189

2190

2191

2192

2193

2194

2195

2196

2197

219B

2199

2200

2201

;WHEN

WRONG

TRP17:

MOV

TRP17A:

BIT

PARITY

DATA

IS

#MPRO,

Rl

READ

BACK.

SHOULD ENTER HERE

VIA

TRAP

TO

114

007762

007766

007772

007774

010002

010006

010012

010014

010020

010024

010030

010034

010036

010042

010044

010050

010052

010054

010062

010064

010066

010072

010074

010100

010102

010106

010110

010114

010120

010122

012701

032711

001003

042771

062701

020127

103765

012701

012703

005067

032711

001017

005771

100014

005767

001401

104002

036761

010060

001001

104002

011167

010304

062701

005723

020127

103750

011567

022715

001401

104002

000566

000001

000005

000010

000766

000566

000770

170736

000001

000000

170716

170440

170674

000010

000766

170422

125253

000000

1$:

000002

2$:

BNE

BIC

ADD

CMP

BLO

MOV

CLR

BI

T

BNE

TST

BPL

TST

SEQ

ERROR

BIT

II 1

,@IR1

•

+1

0

tlAEHoJloJP.@(Rl)

,#

1 O.

R1

R1,HTREG

TRP17A

#r/lPRO.

Rl

# I NDCO,

R3

TREG

#1,@Rl

2$

@l(Rl )

2$

TREG

.+4

BITPT

,2(R1)

INDXI7=.-2

BNE •

+4

ERROR

MOV

AD')

TST

CMP

BLO

MOV

CMP

BEQ

ERROR

@R1.TREG

R3,

R4

IIl0,Rl

(R3)+

Rl.#TREG

1$

(5)

,WAS

#125253,@R5

.+4

;PARITY

T,;AP OCCURRED- BEFORE

CHECKING

;

IT,

CLEAR

WwP

AND AE

IN

ALL

REGISTERS

;FIND

REGISTER

THAT SENSED THE ERROR

; SETUP PTR

TO

INDICATOR

;DOES

THIS

CONTROL

EXIST?

; NO. BRANCH

;YES-

IS

ERROR

SET?

;NO.

BRANCH

;YES-

WAS

IT

SET

IN

ANY OTHER

REGISTER

ALSO?

;

NO-

BRANCH

;

ERROR

SET

IN

MORE

THAN

ONE

PARITY

REGISTER

;Al:"TER

READING

WRONG

PARITY

IN

L":'CATION

;WHOSE

VIRTUAL

ADDRESS

IS

IN

R5

;DOES

MAP

INDICATE

tHAT

THIS

REGISTER

;CONTROLS

THIS

MEMORY?

;

YES-

BRANCH

;

PARITY

REGISTER

RESPONDED

TO

MEMORY

;NOT

INCLUDED

IN

ITS

MAP.

R1

POINTS

TO

;THE

PARITY

REGISTER'S

ADDRESS.

RS

;CONTAINS

VIRTUAL

ADDRESS

OF

THE

LOCATION

;

BEING

TESTED

(MAPPED

THRU KERNEL

; PAGE

1)

;STORE

REGISTER

ADDRE5S

;STORE

PTR

TO

INDICATOR

;INCREMENT

PTR

TO

INDICATOR

LOOP

UNTIL

ALL

THE

PARITY

REGISTERS

HAVE BEEN CHECKED

SAVE CONTENTS OF

LOCATION

UNDER

TEST

DiD

BICB

CHANGE

DATA?

NO,

CONTINUE

DATA

WAS

MODIFIED

BY

THE

BIC8

WHICH

GOT

A

PARITY

ERROR

TR,:.P-

SINCE

PARITY

TRAP OCCURRED. CONTENTS SHOULD NOT

CCf/IFAFQ.

MEMORY

PAR

lTY

TEST

M_ACY1

,

30A(

1052)

13-JAN-78

12:27

PAGE

41

CCMFAF.

P11

13-JAN-781'-:13

SEQ

0041

2202

HAVE

bEEN

MODI

FI

ED.

R5

CONTAINS

TEST

LOCATION

ADDRESS

(VIRTUAL,

MAPPED

THRU

2203

I(.ERNt: l PAGE

11.

" TREG" CONT A I

NS

ADDRESS OF

2204

PARITY

REGISTER

DETECT ING PARITY ERROR

2205

2206

010124

005767

170636

TST

TREG

WAS

PAr,!

TV

a~ROR

SET

IN

ANY

REGISTER?

2207

010130

001003

BNE

3$

YES-

BRANCH

220B

010'32

104002

ERROR

PARITY

TRAP OCCURRED

ON

READING

2209

\.,lRONG

PARITY

WITH

AE

SET

BUT

NO

REGI

5T

ER

HAS THE

PARITY

ERROR

BI

T

2210

SET.

R5

CONTAINS

VIRTUAL

ADDRESS

2211

OF

THE

TES r

LDCATION

(MAPPED

THRU

2212

KERNEL PAGE 11

2213

2214

010'34

000423

BR

4$

2215

010136 001022

8NE

4$

;NO,

BRANCH.

DO

NOT CHECK THE

2216

010140

022714

000001

3$

:

CMP

" ,

(R4)

:IS

THIS

A

CORE

PARITY

REGISTER?

2217

010144

001017

BNE

4$

;NO,

BRANCH.

DO

NOT CHECK THE

2218

;ADDRESS

BITS

OF

THE

LAST

PARITY

2219

;ERROR

2220

;

IF

CORE REG. CHECK I F ADDRESS

2221

;BITS

OF

LAST PAR

ERR

WERE

STORED

2222

010146

017701

170614

MDV

IPTREG,RI.

; GET CONTENTS

OF

REGISTER

DETECTING

PARITY

ERROR

2223

010152

042701

170037

BIC

,,70037,

R1

;MASK

OFF

ALL

BUT ADDRESS

BITS

2224

010156

010502

MOV

R5,

R2

;CALCULATE

TOP 7

BITS

OF

ERROR

ADDRESS

2225

010160

042702

163777

BIC

#163777,

R2

2226

010164

000302

S\vAB R2

2227

010166

006302

ASL

R2

2228

010170

006302

ASL

R2

2229

010172

067702

171054

ADD (lb1(,PAfl1,R2

2230

010176

020102

CMP

III

,R2

;PARITY

EflROR ADDRESS

BITS

CORRECT?

2231

010200

001401

BEQ

.+4

2232

010202

104004

ERRORS

;PAR1TY

ERROR

ADDRESS

BITS

(

PARITY

2233

;REGISTEn

BITS

11-51

INCORRECT

2234

: "TRECi"

CONTAINS

ADDRESS

OF

PARITY

2235

;REGISTER.

RS

CONTAINS

THE

VI

RTUAL

2236

; ADDRESS

OF

THE

TEST

LOCA

TI

ON

2237

;(MAPPED

THRU

KERNEL

PAGE

1)

223B

010204

022626

4$

:

CMP

(SP)+,

(5PI+

;

RESTORE

STACK

POINTER

2239

010206

011515

CNT

17:

MOV

(51,

(5)

; RESTORE TEST

LOCATION

TO

FIX

BAD

PARITY

2240

010210

005077

170552

CLR

@TREG

i

CLEAR

ER!(QR

SIT

IN

THE

PARITY

REGISTER

2241

010214

005715

TST

@R5

;REAO

LOCAl ION

TO

SEE

I F

PARITY

IS

GOOD

2242

010215 005777

170544

TST

@TREG

;

IS

PAHITY ERROR SET'?

2243

010222

100001

BPl

,+4

;ND.

BRANCH

2244

010224

104002

ERROR ;

VIR

I

TI

NG

LOCATION

WITH

WRITE

WRONG

2245

;PArdTY

CLEAq

DIDN'T

CLEAR BAD

PARITY

2246

:

"TREG"

CONTAINS

THE ADDRESS DF THE

2247

;PARITY

REGISTER.

R5

CONTAINS

THE

2248

;vtRTUAL

ADDRESS

OF

THE

TEST

LDCAT

ION

2249

;(MAPPED

THRU

KERNEL

PAGE

11

2250

010226

005167

170324

COM

ODDFLG ; TOGGLE

BVTE.

INDICATOR

2251

010232

100401

8MI

.+4

:

BRANCH

I F HIGH BYTE

NOT

YET

TESTED

2252

010234

OD5725

TST

(5)+

;UPDATE

ADDRESS

POINTER

2253

010236

020527

040000

CMP

R5,

#40000

;

THIS

4K

DONE?

2254

010242

103401

BLO

1$

:NO,TEST

2255

010244

000207

RTS

%7

;

YES,

RETURN

TO

CHECK

FOR

; BANK TO

_E

TESTED

2257

010246 000167

177360

1$:

.)MP WWP17A ;

GO

AND TEST NEXT

LOCATION

CCMFAFO,

MEMORY

PARITY

TEST

MACV11

30A(1052)

13-JAN-78

12=27

PAGe

42

CCMFAF.

P11

13-JAN-78

12:

13

2258

2259

2250

2261

2262

2263

2264

2265

2266

2267

2268

2269

2270

2271

2272

2273

2274

2275

2276

2277

2278

2279

2280

2281

22B2

2283

2284

2285

2286

2287

2288

2289

2290

2291

2292

2293

2294

2295

2296

2297

2298

2299

2300

2301

2302

2303

2304

2305

2306

2307

2308

2309

2310

2311

2312

2313

010252

010254

010262

010266

010272

010274

010300

010306

010310

010314

010322

010324

010330

010334

010340

010344

010346

010352

010354

010356

010360

010364

010372

010400

010406

010414

010422

010430

010436

010440

010446

010452

010456

010462

010470

010474

010500

010502

010504

010510

010512

010520

010524

104001

012767

000002

000167

175052

005737 000042

001402

000167 001324

032767

001002

000167

032767

001002

000167

005037

004767

012700

005001

011161

005721

005300

001373

062706

012767

062767

022767

001403

062767

000167

013746

004767

012777

004767

012i04

005005

005025

020527

103774

012737

012701

032711

000001

001310

000002

001274

177776

003452

017770

020000

030462

020000

177570

020000

020010

177776

005674

000020

003316

021036

020000

030720

020566

000001

170236

170562

170542

026070

023232

023226

023230

023224

023226

170442

010432

1?0412

000114

XFR1:

SCOPE

;IF

THE

FIRST

BANK

(BANf(

0)

IS

PARITY

(,J1EMORY,

SETUP

TO

TEST

IT

;COPY

THE

FIRST

4K

TO

THE SECOND

4K.

MOVE THE STACK

POINTER

TO

SANK

1.

;

AND

THEN

JUMP

TO THE COPY OF

TEST20

IN

BANK

1

OUT:

1$:

MaV

#2.BITPT

;XXXXX

JM~

TESTt4

;XXXX

TST

@fl42

SEO •

+6

JMP

DONE

; I F THE

PROGRAM

IS

RUNNING

UNDER

ACT

THEN

;

GO

ro

DONE

#l.PMEML

.

+6

; BRMJCH I F YES

DONE ; t.JO- DONE \,.,rITH

TEST

#2,MEML

;1S

THERE

A SECOND

4K(BANK

1)7

.+6

;'IE5,

BRA:--lCH

DONE

;NO,

EXIT

@.'IPS

;CLEAR

STATUS

REGISTER

%7.CLRPAR

;CLEAR

ALL

PARITY

REGISTERS

#17770,RG

;RD

IS

COUNTER

TO

MOVE

4K

R1

;Rl

POINTS

TO

LOCATION

IN

BANI(

@R1

,20000(RI)

COpy

FROM

BANK 0

TO

BANK 1

(Rl)+

POINTER

RO

;DONE

t<JITH

4K?

1 $ ;

NO-

BRANCH

1120000,SP

;YES,

MOVE

STAC,(

POINTER

TO

POINT

TO

BANK

#TEST20+20010.RETUr~N+20000

;UPDATE

SCOPE RETURN

IN

BANK

1

#20000.ERRA1+20000

;UPDATE

ADDRESSES

USED

IN

ERROR

TYPEOUT

i'

20000,

ERRA2+20DOO

#20000,

ERRA3·,.20000

#20000,

ERRA4+20000

#20000.

ERRA5+2000D

.'/177570.S

....

JR

;DOES THE

CONSOLE

HAVE A

SWITCH

REG.

7

I F

SO

THEN

GO

TO

2$

SEQ

0042

BI

T

BNE

JNlP

BI

T

8NE

JMP

CLR

JsR

MOV

ClR

MOV

TST

DEC

BNE

ADD

MOV

ADD

CMP

BED

ADD

2$

1120000,SWR+20000

THERE

IS

A SOFTWARE S'I'JITCH

:AND

ITS

f'.DDRESS

SHOULD

BE

UPDATED

LOCATION

2$:

JMP

TEST20+2.0010

;

GO

TO

TEST

20

IN

BANI~

1

; ****

>It

*****

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

**>!-*****

"'*'"

***."*,,,*

**".

~

"l

*"',.

~

...

*

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

***"*""_****"''''*>!"II<

;IF

FIRST

4K

IS

PARITY

MEMORY.

CHECK

IT

t<JITH A

SERIES

OF

PATTERNS

;THlS

SUBTEST

IS

RUN

IN

BANK 1

(20000

ABOVE

THE

ADDRESSES

HJ

THE

LISTING)

:

..

*

..

"',..

.......

>/<

* ***

..

* * *

"'*

* * * **

oF

>I<

**

>I<

*

11<

*'

*

'"

**

'"

"'

..

*,.,.

"'''

'"

i<"

**

"'

..

'"

*' ..

*

'"

**

*"*

..

* **

>It

*

'"

"'

..

TEST20:

MOV

@HPS,-(SPI

;THESE

2

LINES

DO

THE SAME

AS

A SCOPE

1$:

2$:

Jsn

PC,SCOPEC

;USING

AN

EIVIT

MDV

H20.@DISPLAY

: LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

JSR

%7,CLRPAR

;CLEAR

ALL

PARITY

REGISTERS

MOV

HPARPAT+20000,R4

;INlTIALIZE

PATTERN

POINTER

CLR R5

CLR

(5)+

CMP

R5.

#20000

BLO

1$

MOV

#TRP20+20000

,@#PARVEC

MOV

HMPRO+20000.

R 1

BIT

;1t~ITIALLY

CLEAR

BANK

;

SE

rup

TRAP

RETURN

;

SETUP

TO

SET

ACTION

ENABLE

IN

ALL

;

PAR1lY

REGISTERS

PRESENT

WITHOUT

CCMFAFO,

MEMORY

PARITY TEST

MACYl

,

30A('052)

,

3-yAN-78

'2:27

PAGE

43

CCMFAF.

P11

,

3-J

AN-78

'2:'3

seQ

0043

23'4

010530

00'003

BNE

.+10

23'

5

0'0532

01277'

00000'

000000

MDV

NAE,I'(R'

)

;SET

ACTIDN

ENABLE

IF

REGISTER

IS

PRESENT

23'6

0'0540

06270'

0000'0

ADD

N'

0

,R'

23'7

010544

020'27

020766

CMP

R'

,NTREG+20000

23,

8

010550

'03765

BLD

2$

; BRANCH

UNTI

L

ALL

REGISTER

ADDRESSES

2319

;HAVE

BEEN CHECKED

2320

010552 004767 000022

3$:

ySR

%7,CKBKO

;EXERCISE

THIS

4K

2321

0'

0556

005724

TST

(4)+

;UPDATE

PATTERN

2322

0,0560

005714

TST

(4)

; LAST PATTERN?

2323

010562

001373

BNE

3$

;ND,

LDDP

2324

010564

004767 003222

DDNE20:

ySR

PC,

CLRPAR

:CLEAR

ALL

PARITY

REGISTERS

2325

010570 012737 000116

000114

MDV

# PARVEC+2

,I'NPARVEC

; RESTDRE TRAP CATCHER

2326

010576

000526

BR

TEST21

;

GD

TO

2327

CCW,FAFO,

MEMORY

PARITY

TEST

MACYll

30A[

1052)

13-JAN-7B

12:27

PAGE

44

CCMFAF.P11

13-JAN-7812:13

SEQ

0044

2328

:

PARITY

MEMDRY

TEST

ROUTINE

2329

;WRITES

AND

CHECKS EACH

LDCATION

IN

SANK 0

[EXCEPT

114

AND

116)

2330

;WITH

VALUE

POINTED

TD

BY

R4

2331

010600

005005

CKBKO:

ClR

R5 SET ADDRESS

POINTER

2332

010602

011415

1$:

MDV

(4),

[5)

WRITE

PATTERN

2333

010604

021415

CMP

(4).

[5)

DATA

OK?

2334

010606

001404

BEQ

.+12

YES-

BRANCH

2335

010610

013746

177776

MDV

@#PS,-(SP)

SETUP

TD

DD

ERROR

CALL

VIA

JSR

2336

010614

004767

002742

JSR

PC,

ERR

ERRDR_ DATA INCDRRECT

IN

LDCATION

2337

WHDSE

ADDRESS

IS

IN

R5.

R4

PDINTS

2338

TO

THE VALUE

WRITTEN.

2339

010620

005725

TST

(5)+

UPDATE ADDRESS

PDINTER

2340

010622

020527

000114

CMP

R5,N114

DDN'T

CHANGE CONTENTS

OF

114

AND

"6

2341

010626 001002

BNE

.+6

2342

010630

062705

000004

ADD

#4,R5

2343

010634 020527

020000

CMP

R5,

'20000

: HAS THE

WHDLE

BANK BEEN TESTED

WITH

2344

j

THIS

PATTERN?

2345

010640

103760

BlO

1$

;ND,

BRANCH

TO

TEST

2346

010642 005067

170120

CLR TREG

;YES,

010

ANY

PARITY

ERROR

BITS

SET?

2347

010646

012701

020566

MDV

HMPRO+20000,

Rl

234B

010652

032711

000001

2$:

BIT

#

1,

[1)

2349

010656

001003

BNE

.+10

2350

010660

005771

000000

TST

@(Rl)

2351

010664

100406

BMI

3$

;

YES-

BRANCH

2352

010666

062701

000010

ADD

#10,

Rl

2353

010672

020127

020766

CMP

R 1

,#TREG+20000

2354

010676

103765

BLu

2$

2355

010700 000207

RTS

%7

;

NO-

RETURN

2356

010702

013746

177776

3$:

MDV

@#FS,-(SP)

; SETUP

TO

00

ERRDR

CALL

VIA

JSR

..

2357

010706

004767

002650

JSR

PC,

ERR

; ERROR-

PARITY

ERROR

BIT

SET AND

ND

2358

;

PARITY

TRAP DCCURRED

2359

;(AE

WAS

SET)

-

Rl

PDINTS

TO

ADDRESS

2360

;OF

PARITY

REGISTER

2361

010712

022626

CMP

(SP)+,

(SP)+

;RESTDRE

STACK

PDINTER

2362

010714

000167

177644

JMP DONE20

2363

2364

;PARITY

TRAP

SERVICE

(ND

TRAPS TD

114

SHDULD

DCCUR

IN

THIS

SUBTEST)

2365

010720

005067

170042

TRP20

: CLR TREG

2366

010724

012701

020566

MOV

#MPRO+20000,

Rl

;

FINO

THE

REGISTER

RECDRDING A

PARITY

ERRDR

2367

010730

032711

000001

'$:

BIT

#1,(R1)

2368

010734

001003

BNE

.+10

2369

010736

005771

000000

TST

@(R1)

2370

010742

100412

BMI

2$

; BRANCH

IF

ERRDR

IS

SET

2371

010744

062701

000010

ADD

#10.

Rl

2372

010750

020127

020766

CMP

R 1

,#TREG+20000

2373

010754

103765

BlD

1$

2374

010756

013746

177776

MOV

@#PS,-(SP)

SETUP

TD

00

ERRDR

CALL

VIA

A

JSR

2375

010762

004767

002574

ySR

PC,

ERR

ERROR-

PARITY

TRAP

TO

114

DCCURRED

DURING

2376

TEST

20

BUT

NO

REGISTERS

HAVE

PARITY

2377

010766

000430

BR

5$

ERROR

SET

237B

010770

017102

000000

2$:

MDV

@(Rl

)

,R2

SAVE CONTENTS DF

PARITY

REGISTER

2379

010774

005003

CLR R3

INITIALIZE

ADDRESS

POINTER

2380

010776

005071

000000

3$:

CLR

@(Rl

) CLEAR

PARITY

REGISTER

2381

011002

005713

TST

@R3

READ

LDCATIDN

23B2

011004

005771

000000

TST

@(Rl)

PARITY

E

··RDR

SET?

2383

011010

100413

8M!

4$

YES-

BRANCH

CCMFAFQ,

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN~78

12:27

PAGE

45

CCMFAF.Pl1

13-JAN-7812:13

2384

2385

2386

2387

2388

2389

2390

2391

2392

2393

2394

2395

2396

2397

239B

2399

2400

2401

2402

2403

2404

240S

2406

2407

2408

2409

2410

2411

2412

2413

2414

2415

2416

2417

2418

241

9

2420

2421

2422

2423

2424

242S

2426

2427

2428

2429

2430

2431

2432

2433

:::!434

2435

2436

2437

2438

2439

CCMFAFO.

011012

011'014

011020

011022

011026

011032

011036

011040

011044

011050

011052

011054

011060

011064

011072

011076

011,00

011102

0111

06

011110

011112

011116

011124

011130

011134

011140

011142

011150

a

1115~

01

t

160

011162

011166

011170

MEMORY

00S723

020327

103766

010271

013746

004767

000404

013746

004767

022626

000207

013746

004767

012777

004767

005005

00S02S

020527

103774

005005

005067

012767

012715

0,

2701

020000

000000

177776

002S24

177776

002512

177776

00S272

000021

002714

020000

167440

125253

020566

032711

000001

001003

012771

000004

062701

000010

020127 020766

103765

005767

167370

100404

112715

000253

PARITY

TEST

ccr~lFAF.

P11

13-JAN-78

12:

13

2440

011174

005715

2441

011176

00O~05

2442

011200

112765

000252

2443

011206

10S765

000001

2444

011212

012701

020566

2445

011216

012703

000770

2446

011222

032711

000001

2447

011226

001003

2449

011230

042771

000004

2449

011236

062701

000010

2450

011242 020127 020766

2451

011246

103765

2452

011250

012701

020566

2453

011254

005067

167506

24S4

011260

032711

000001

24SS

011264

001024

2456

011266

005771

000000

2457

011272

100021

24S8

011274

005767

167466

24S9

o t

1300

001404

2460

011302

013746

177776

2461

011306

004767

0022S0

2462

2463

2464

011312

032761

000001

2465

2466

011320

001004

2467

011322

013746

'77776

2469

011326

004767

002230

2469

2470

2471

2472

2473

011332

011167

167430

2474

011336

062701

000010

247S

011342

005723

2476

011344

020127

020766

2477

o

113S0

103743

2478

2479

011352

005767

167410

2480

011356

001005

2481

011360

013746

177776

2482

011364

004767

002172

2483

2484

2485

011370

000423

2486

011372 022713

000001

2487

011376

001020

24B8

2489

011400

017701

167362

2490

011404

042701

170037

2491

01'410

010502

2492

011412

042702

003777

2493

011416 000302

2494

011420

006302

2495

011422

006302

170010

167410

000000

MACY11

000001

000000

000002

4$

:

S$

:

TST

CMP

BLO

MOV

J5r.!

BR

MOV

JSR

eMP

RTS

I

R3)+

R3,

#20000

3$

R2,@(R1)

@#PS,-ISP)

PC,

ERR

5$

@#PS,-(SP)

PC,

ERR

ISP)+,

(SP)+

%7

:MOVE

POINTER

;RESTORE

PARITY

REGISTER

CONTENTS

;SETUP

TO

CALL

ERROR

VIA

JSR

;PARITY

ERROR

OCCURRED

WHILE

TESTING

;BANK

0

BUT

NO

BAD

PARITY

WAS

FOUND

:

DURING

SCAN

OF

BANK

O.

R1

POINTS

;

TO

THE ADDRESS OF THE

PARITY

REGISTER

;OETECTING

THE ERROR

;SETUP

TO

DO

ERROR

CALL

VIA

JSR

;PARITY

ERROR

\oJHILE

EXERCISING

MEMORY

: BANK

0-

Rl

POINTS

TO

ADDRESS

OF

PARITY

;REGISTER

DETECTING

THE ERROR. R3

CONTAINS

; THE ADDRESS

OF

THE

LOCATION

HAVING

;BAD

PARITY

; RETURN

TO

CHECK USING THE NEXT

PATTERN

:

>I<

>4-'"

II<

'" '"

'"

*'

"'

..

"'

..

'"

*"'*

'"

>Ie

..

'"

~

'"

"'

..

'" '"

"'

...

*'

'"

'" '"

"'*

'"

"'

......

'"

>1<

...

'" '"

"'*

**

>1<

... **

"'

..

"'

......

'"

**

...

'"

**

...

: FORCE

WRONG

PARITY

IN

EACH

LOCATION IN

BANK

0

;NOTE

THAT

THIS

SUBTEST

IS

EXECUTED

IN

BANK 1

(20000

ABOVE

ADDRESSES

;

IN

. -IE

LISTING).

MAKE

SURE

THAT

WRONG

PAR!

TY

IN

EACH

BYTE

CAN

BE

DETECTED.

;AND

THAT

\tJHEN

GOOD

PARITY

IS

WRITTEN

AND READ

NO

PARITY

ERROR

IS

DETECTED.

;CHECK

ERROR ADDRESS

BITS

(PARITY

REGISTER

BITS

5-11)

;

'"

"'

..

'"

"''''

"'

..

*.jc

"'

..

'"

*

...

"'*

..

'"

"'* "'*

'"

~

"'*

'"

*

'" '"

**

*'"

'" '"

"''';'

"'

..

'"

"'"

**

'"

'" '"

***

"'"'

'"

'" '" '" '"

**"''''

'"

**

TEST21:

MOV

@NPS,-(SP)

:SAME

AS SCOPE

wiTHOUT

DOING

EMT

JSR

PC.

SCOPEC

MOV

#21.@DISPLAY

; LOAD THE

TEST

NUMBER

INTO

THE

DISPLAY

JSR

PC,CLRPAR

;CLEAR

ALL

PARITY

REGISTERS

CLR

RS

1$:

CLR

(R5h

;CLEAR

PArdTY

ERRORS

IN

BANK 0

CMP

R5,

#20000

BLO

1$

.

;WRITE

WRONG

PARITY

TEST

ROUTINE

;USING

SAME DATA

VAlt.:E.

WRITES

AND CHECKS

PARITY

IN

WRONG

STATE

;AND

THEN

IN

CORRECT

STATE

TO

PROVE

THAT

PARITY

BITS

TOGGLE

WWP21: CLR R5

;5ET

TEST

ADDRESS

POINTER

CLR ODDFLG

;ClEAR

FLAG

TO

INDICATE

TESTING

lm'll

BYTE

SE~

0045

MOV

#125253.SHDBE

;STORE

DATA

FOR

USE

BY

ERROR TYPEOUT

ROUTINE

WWP21A:

MOV

11125253.@lR5

;INITIALIZE

LOCATION

1$:

30A{

1

OS2)

2$:

3$:

4$:

LOOP21 :

S$:

6$:

MOV

IIMPRO+20000,

R 1 ;

SE

TUP

TO

SET

~'R

I T E

WRONG

PAR

I

TV

;IN

ALL

REGISTERS

BIT

BNE

MOV

ADD

eMP

BLo

TST

BMI

MOVB

# 1 ,

(1

)

.+10

HWI,oJP

.@l(R1 )

/,I

1

O.

Rl

R1

•

f;rTREG+20000

1$

OooFLG

2$

>

#2S3,@>R5

13-JAN-7B

12:

27

PAGE

46

TST

IRS)

BR

3$

MOV8

#2S2,

1

(RS)

TST8

1(

RS)

MOV

IIMPRO+20000,

R1

MoV

/lINDCO,

R3

BIT

#1,@R1

BNE • +1 0

BIC

#WWP,@(Rl)

ADD

#10.

Rt

CMP

R1,IITREG+2DODO

BLo

4$

MOV

#MPRO+20000,

R1

CLR TREG

BIT

#1,@R1

BNE

S$

TST

@IR1 )

BPL

S$

;5ET

WRITE

WRONG

PARITY

;TESTING

HIGH

BYTE?

;

YES.

BRAnCH

:NO.

I'JRITE

WRONG

PARITY

IN

LOW

BYTE

;DETECT

WRONG

PARITY

WITH

DATI

;WRITE

WRONG

PARITY

IN

HIGH

BYTE

;DETECT

WRONG

PARITY

WITH

DATI

;SETUP

TO

CLEAR

WWP

IN

ALL

PARITY

REGISTERS

;

POINTER

TO

INDICATOR

;CLEAR

Wl,oJP

IN

ALL

PARITY

REGISTERS

; CHECK

TO

SEE

IF

ANY

REGISTER

DETECTED

; THE

PARITY

ERROR

CHECK

PARITY

REGISTER

BRANCH

IF

PARITY

ERROR

IS

NOT

SET

SEQ

0046

TST

TREG

WAS

PAR

ITY

ERROR SET

IN

ANY OTHER

REGISTER?

BEQ

.+12

NO-

BRANCH

MOV

@#PS,-(SP)

SETUP

TO

DO

ERROR

CALL

VIA

A

JSR

PC,

ERR

ERROR-

PARITY

ERROR SET

IN

MORE THAN

ONE

REGISTER

AFTER

\tJRITING

WRONG

PARITY

IN

LOCAl

ION

WHOSE

ADDRESS

IS

IN

RS

BIT

#1,2(R1)

DOES MAP

INDICATE

THAT

THIS

REGISTER

CONTROLS

THIS

MEMORY?

BNE

.+12

YES,

BRANCH

MoV

@#PS,-(SP)

NO-

SETuP

TO

DO

ERROR

CALL

VIA

A

JSR

PC,

ERR

ERROR-

PARITY

REGISTER

RESPONDED

TO

MEMORY

WHICH

IS

NOT

IN

ITS

MAP.

Rl

POINTS

TO

PARITY

REGISTER'S

ADDRESS.

R5

CONTAINS

ADDRESS

OF

LOCAT

ION

BE

ING

TES T

ED

MOV

@lRl

,TREG

STORE

REGISTER

ADDRESS

ADD

1110.

Rl

TST

IR3)+

CMP

Rl.IITREG+20000

8LO

LOOP21 BRANCH

UNT

I L

ALL

REGISTERS

HAVE

8EEN

CHECKED

TST

TREG

WAS

PAR I

fy

ERROR SET

IN

ANY

REGISTER?

BNE

6$

YES-

BRANCH

MOV

@#PS,-ISP)

NO-

SETup

TO

DO

ERROR

CALL

VIA

A

JSR

PC,

ERR

ERROR-

NO

REGISTER

HAS

PARITY

ERROR

SET AFTER

READING

WRONG

PARITY

IN

LOCATION

WHOSE

ADDRESS

IS

IN

RS

BR

7$

CMe

#1,

I

R3)

IS

THIS

A

CORE

PAR

REG?

BNE

7$

NO.

BRANCH

(MaS

PAR

REG

DOES NOT

STORE

ADDR

81

TS

OF

PAR ERROR)

MOV

@TREG,Rl

GET

PARITY

REGISTER

CONTENTS

81C

#170037,

R1

MASK

ALL

BuT

ERROR ADDRESS

BITS

MOV

RS,

R2 GET ADDRESS

OF

LOCATION

UNDER

TEST

81C

#3777,

R2

POSIT

ION

BITS

IN

R2

SWAB

R2

ASL

R2

ASL

R2

CCMFAF'.),

MEMORY

PARITY

TEST

CCMFAF.P11

13-JAN-7812:13

2496

2497

2498

2499

2500

2501

2502

2503

2504

2505

2506

2507

2508

2509

2510

251'

2512

2513

2514

2515

2516

2517

251

B

2519

2520

2521

2522

2523

2524

2525

2526

2527

2528

2529

2530

2531

2532

2533

2534

2535

2536

2537

2538

2539

2540

2541

2542

2543

2544

2545

2546

2547

2548

2549

2550

2551

011424

011426

011430

011434

011440

011442

011446

o t

1450

01'

454

011456

011462

011466

011472

011474

011476

011502

011504

011510

011514

011520

01 t

524

011525

011532

011534

011536

011540

011544

011552

011560

011566

all

:174

011602

011610

011612

011620

011624

011532

011636

011642

011646

020102

001404

013746

004767

0'1515

005077

005715

005777

'00004

013746

004767

005167

100401

005725

020527

103610

004767

013746

004767

012700

005001

016111

0057.21

005300

001373

162706

162737

1627.37

O~2737

001403

162737

000167

012737

012706

OC4767

005237

004567

177776

002122

167320

167312

177776

002074

167064

020000

002302

177776

004636

017770

020000

177570

020000

160000

000116

000510

002150

011752

003544

CCMFAFO,

MEMORY

P~RITY

TEST

CCN'IFAF.Pl1

13-JAN-7912:13

2552

2553

2554

2555

2556

2557

2558

2559

2560

2561

2562

2563

2564

2565

2566

2::,G7

2568

2569

2570

2571

2572

2573

2574

2575

2576

2577

2578

2579

2580

2581

2582

2583

2584

2585

2586

2587

25B8

;2589

2590

2591

2592

2593

2594

2595

2596

2597

2598

2599

2600

2601

2602

2603

2604

2605

2606

2607

011651

011654

011656

011660

011662

0116G4

011666

011670

011672

011676

011700

011702

011704

011706

011710

011712

011,20

011722

011724

o t

1730

011732

011736

011740

011746

011752

011754

011756

011764

011770

011774

012000

012004

012010

012016

012024

012032

012040

012046

012054

012060

012064

012070

012074

012102

012106

011752

017401

000006

104000

017363

COSOOO

005200

001376

o t

3705

001405

000005

004715

000240

032777

001401

000000

105767

001006

105777

100375

112777

000167

000000

012737

005737

005067

004767

005067

012767

012737

016777

005737

062767

006367

103006

000042

000400

167162

167146

000000

170134

012162

177572

166554

001712

002056

166534

177777

077777

000001

001064

012150

166472

021000

025000

031000

035000

000200

166412

MACY11

30A(

1052)

13-0AN-78

12:27

PAGE

47

013632

013634

013644

013646

013656

001100

000'

14

7$

:

CMP

Oi:O

MOV

oSR

MOV

ClR

T5T

TST

BPl

MOV

oSR

COM

BMI

TST

CMP

810

JSR

MOV

J5R

R1

,R2

7$

@#PS,-(SP)

PC,

ERR

@R5,@R5

@TREG

@R5

@TREG

.+12

"#PS,-(SP)

PC,

ERR

ODDFlG

.+4

(

R5)+

R5,

#20000

WWP,,21

A

PC

I

CLRPAR

@#P5,-(SP)

PC,5COPEC

PARI

TY

ERROR

ADDRESS

BITS

COR"ECT?

BRANCH

IF

YE5

ND-

SETUP

TO

DO

ERROR

CALL

VIA

A

JSR

ERRDR-

ADORE55

BITS

(PARITY

REGISTER

8i

T5

5-11)

INCORRECT-

ADDRE5S

OF

PARITY

REGISTER

IS

CONTAINED

IN

LOCATION

"TREG

II

ADORES5

OF

TEST

lOCATION

15

IN

R5

RESTORE TEST

lOCATION

TO

FIX

BAD

PARITY

CLEAR

ERROR

BIT

IN

PARITY

REGISTER

READ

lOCATION

TO

SET

IF

PARITY

IS

GOOD

CHECK

PARITY

ERROR

BIT

BRANCH

IF

NOT

SET

SETUP

TO

DO

ERROR

CALL

VIA

A

JSR

ERROR-

WRITING

LOCATION

WITH

WRITE

WRONG

PARITY CLEAR

DIDN'T

CLEAR

BAD

PARITY

(ADDRESS

OF

lOCATION

IS

IN

R5)

"TREG"

+20000

CONTAIN5

THE ADDRESS

OF

THE

PARITY

REGISTER

TOGGLE

ByTE

INDICATOR

BRMKH I

j-

HIGH

BYTE

NOT

YET

TESTED

UPDATE

ADDRESS

POINTER

THIS

4K DONE?

lOOP

TIll

All

4K

HAS BEEN

TESTED

CLEAR

All

PARITY

REGISTERS

SETUP

TO

CAll

SCOPE

VIA

JSR

5COPE

;COPY SECOND

4K

BANK BACK

TO

FIR5T

4K

AND RETURN

TO

FIR5T

4K

BANK

XFR2:

MOV #

17'770,

RQ

;

RO

IS

USED

AS

A

COUNTER

1

$:

2$

:

ClR

Rl

;

Rl

POINTS

TO

THE CURRENT

lOCATION

MOV

20000(Rl)

,@>Rl

;COPY

BANK 1 TO

8ANK

0

TST

(Rl)+

OEC

RO

BNE 1 $

SUB

#20000,

SP

SUB

#20000,@lIlERRA1

SUB

1t20DOO,@l#ERRA2

SUB

1;'20000,@nERRA3

sue

#20000,@#ERRA4

SUB

1t20000,@lIlERRAS

CMP

#177570,@lItSWR

8EQ

2$

5UB

#20000,

~'SWR

JMP

DONE-20000

;RESTORE

5TACK

POINTER

;DOES

THE

CONSOLE

HAVE

A

SWITCH

REG.

?

; I F SO THEN

GO

TO

2$

;OTHERWISE

RE5TORE THE ADDRESS

OF

SOFTWARE

;

SWITCH

REGISTER

;

RETURN

TO

BANK

a

; ...

>I:

'"

"'

..

'"

>1<'"

>I<

'"

'" '"

'"

"''''

>I<

"'

......

'" '"

¥

>1<""

'"

•

'"

**

>I<

"'*

>I<

**

'"

>I<

'"

"'

..

>I<

"'

..

"'

...

'PI,

"'

..

>I<

**

>I<

** **

*'"

'"

*'"

* **

"'

...

*

;AT

THIS

POINT

EXECUTION

RETURNS

TO

SANK

0

;

**,.,..

..

"',.

>I<

*'

J.

**

'"

**

'"

'" '"

**

>1<'"

>1<"

'"

'" '"

**

'" '" '" '"

>1<**

'"

"'

..

'"

'" '"

'"

"''''

'"

'" '"

'"

**

....

,.

'"

*'

'"

...

'"

*

"',.

......

**'"

DONE:

MOV

Ii

PARV

EC+2

,@#PARVEC

: RES TORE T

RAPCA

TCHER

MOV

HSTKPT

,SP

;REINITIALIZE

STACK

POINTER

J$R

%7,CLRPAR

;CLEAR

ALL

PARITY

REGISTERS

INC

@#PASCNT

;

'EEP

TRACK

OF

PASSES

COMPLETED

JSR

R5,

OACNV

MACY11

30A(1052)

13-JAN-78

12:27

PAGE

48

167160

167140

000004

167046

167042

166466

166506

000004

167176

166442

1$:

$ENDAD:

CONT:

1$:

PASCNT:

MONC·T:

PA5CNT

MPCNT

G

TYPE

MPGEND

CLtl

RO

INC

RO

BNE 1 $

LOGICAL:

MQV

8EQ CONT

RE5ET

05R

7,(5)

NOP

BIT

#BITB,@5WR

8EQ •

+4

HA

L T

T5TB

$TPFlG

8NE 1 $

TST8

@lTPS

8Pl

,-4

MOV8

#O,@TPB

JMP

8EGIN

o

;TYPE

BELL,

"END

PA5S="

AND PASS COUNT

;

AllOW

TIME

FOR

END

PA55

MESSAGE

TO

PRINT

@#42,R5

;LOADED

BY

MONITOR'?

; BRANCH I F

NO

;

GO

TO

MONITOR

:

SWITCH

8

SET?

;

HAL

T

AT

END

OF

PASS

SET

;IF

NO

TERMINAL.

SKIP

;

"AIT

FOR

TTY

TO

FINI5H

SO

THAT

RESET

:WON'T

CLOBBER THE

BEll

: OUTPUT A

NULL

;

PA5S

COUNT

; **

*'"

'"

'" '"

'"

*

'"

>I<

'"

*

"'

...

>I<

'" '"

"'

..

'" '"

'"

'" '"

*

'"

>I<

*

>I<

** **

>f.

'"

'" '"

*'"

'"

*

"'"'

"''''

*'"

>I<

'" '"

>I'

*

'"

>I<

'"

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

;CREATE

MAP

INDICATING

WHERE

4K

BlOCK5

OF

MEMORY

ARE PRESENT

i·>t-

'" '"

"'

..

'"

*

..

'"

*'"

'"

'" '"

"'

......

"'"'

'"

"',..

*

'" '"

**

'" '"

**

"'**

'" '" '"

'" '"

"'"'

'" '"

"'

......

"'. *

'"

'" '" '"

'"

'" '"

*"'

..

"''''

**'"

MAPMEM:

MOV

#MAPMB,@1I4

:

SET

NO

MEM

MANAGEMENT

TRAP

T5T

@#SRO

;

IS

KT

PR~SENT?

(TIMEOUT

IF

NO)

;MAP

MEMORY

U5ING

KTll

-MAX

OF

l24K

MAPMA:

ClR

NOKT

2$

:

3$:

JSR

%7,NRAll

05R

%7,MAPl

ClR

MOV

T5T

TST

T5T

TST

ADO

ASl

BCC

TBANK

,,77777

,MEMl

1177777,MEMH

,l,/1.8ITPT

#MEML,

MEMUT

115$

.@#4

TBANK,0lKPAR1

@f.l21000

@#25000

@1f3100Q

@#35000

#200,

TBANK

81

TPT

4$

POSSIBLE

;

INDICATE

KTll

PRE5ENT

;

INITIAllY

5ET

All

PAGE5

NONRESIDENT.

BANK

;MAP

KERNEL 0

TO

B~NK

0,

RW

; MAP KERNEL 7

TO

THE

EXTERNAL

BANK.

RW

;MAP

KERNEL 1

RW,

AND TURN

ON

KTll

;SET

UP

CORE

MAPS

;SET

UP

4K

POINTER

5ET

UP

FOR

TIME

OUTS

MAP KERNEL PAGE 1

TO

BANK

BEING

TESTED

1ST

K

PRESENT?

2ND

K

PRESENT?

3RD

K

PRESENT

4TH

K

PRESENT?

UPDATE

TE5T

ADDRESS

UPDATE

BANK

POINTER

8RANCH I F NOT DONE

WITH

64K

SECTION

SEQ

0047

SEQ

0048

CCMFAFO,

MEMORY

PARITY

TEST

MACVll

30A(1052)

13-JAN-78

12:27

PAGE

49

SEQ

0049

CCMFAF.Pl1

13-JAN-7812"3

260B

2609

2610

2611

2612

2613

2614

2615

2616

2617

261B

2619

2620

2621

2622

2623

2624

2625

2626

2627

262B

2629

2630

2631

2632

2633

2634

2635

2636

2637

263B

2639

2640

2641

2642

2643

2644

2645

2646

2647

2648

2649

2650

2651

2652

2653

2654

2655

2656

2657

2658

2659

2660

2661

2662

2663

012110

012116

012124

012132

012134

012140

012146

012150

012156

012160

012162

012170

012172

012200

012206

012212

012220

012222

012226

012232

012236

012242

012246

012252

012260

012262

012270

012272

012300

012302

012304

012312

012320

012326

012332

012336

012342

012346

012352

012356

012360

012767

022767

003345

005037

012737

000207

046777

022626

000745

012767

022626

012737

012767

005067

012767

005001

005761

062701

006367

022767

003360

012737

000207

046767

022626

000757

013767

012767

005067

012702

032712

001003

012772

000001

001066

007600

177572

000006

166344

000001

012272

000177

166654

000001

001000

005000

011000

015000

020000

166246

000200

000006

166222

001064

000001

166232

166206

166210

166662

000566

000001

000004

CCMFAFO,

MEMORY

PARITY

TEST

CCMFAF.

Pl1

13-JAN-7B

12:

13

2664

012366

062702

000010

2665

012372

020227

000766

2666

012376

103765

2667

012400

016703

166140

266B

012404

066703

166620

2669

012410

011313

2670

012412

005713

2671

012414

012702 000566

2672

012420

032712

000001

26i3

012424

001003

2674

012426

042772

000004

2675

2676

012434

062702

000010

2677

012440

020227

000766

267B

012444

103765

2679

012446 012702

000556

26BO

012452

062702

000010

26Bl

012456

020227

000766

26B2

012462

002031

26B3

012464

032712

000001

26B4

012470

001370

26B5

012472

005772

000000

2686

26B7

012476

100365

26BB

012500

005767

166046

2689

012504

001004

2690

012506 056762

166006

2691

012514

000403

2692

012516 056762

165776

2693

012524

105762

000007

2694

2695

012530

001005

2696

012532

116762

166472

2697

012540

105262

000007

269B

2699

012544

000742

2700

012546

011313

2701

012550

062767

000002

2702

012556

026727

166446

2703

012564

001402

2704

012566

000167

177554

2705

012572

005767

165754

2706

012576

001021

2707

012600

026727

165714

270B

012606

103015

2709

012610

062767

020000

271 0

012616

oe6367

165676

2711

012622

005067

166402

2712

012626

036767

165666

2713

012634

001756

2714

012636 000167

177504

2715

012642

005767

165702

2716

012646

001401

2717

012650

000207

271B

012652

005767

166350

2719

012656

001417

166402

166422

166412

000004

166370

166360

000004

166656

166300

166240

000004

166564

166234

166200

166700

000000

4$.

5$.

:NO KT

MAPMB:

1$:

2$.

3$:

MOV

CMP

BGT

CLR

MOV

RTS

alc

CMP

BR

PRESENT

MOV

CMP

MOV

CLR

MOV

CLR

TST

rST

TST

ADD

ASL

CMP

BGT

MOV

RTS

BIC

CMP

SR

N1,BITPT

NMEMH,

MEMUT

#7600,

T

BANK

2$

ilHSRO

"'6,@1I4

%7

BITPT

,ilMEMUT

(SP)+,

(SP)+

3$

-

MAP MAX

OF

#1

tNOKT

(SP)+,

(SP)+

H3$

,"'#4

#177,MEML

MEMH

HI,

BITPT

Rl

1

OOO(

1)

5000(

1)

11

000

(1 )

15000(

1)

#20000,

Rl

BITPT

H200,BITPT

1$

#6,«>#4

%7

BITPT

tMEML

(SP)+,

(SP)+

2$

;YES,

DO

MEMH(64-124K)

: EXTERNAL BANK YET?

:NO,

NOT

YET

;

YES-

DISABLE

KTll

;

RESTORE

TRAPCATCHER

;RETURN

: TiMEOUT OCCURRED-CLEAR BIT

TO

INDICATE

;4K

BLOCK

NOT

PRESENT

: ADJUST STACK

:

CHECK

28K

IN

4K

CONTIGUOUS BLOCKS

:SET

FLAG

TO

INDICATE

KT11

NOT

PRESENT

;RESTORE _TACK

POINTER

; SET

UP

TIMEOUT RETURN

;

INITIALIZE

MAP

:SETUP

4K

POINTER

:

INIT

IALl

ZE

BANK ADDRESS

:IST

K PRESENT

; 2ND K PRESENT

; 3RD K PRESENT

:4TH

K PRESENT

;UPDATE TEST ADDRESS

; UPDATE POINTER

TO

:

28K

CHECKED YET?

; NO,

CHECK

BLOCK

: TIMEOUT OCCURRED- CLEAR

BIT

TO

:

INDICATE

4K

BLOCK

NOT

PRESENT

: ADJUST STACK POINTER

;

*.

*".

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

OJ<**

'"

>I<

**

_

•••

"'>IE

**

"'*

"'*"'*

**

*>1-

*"'''''''

'"

'''OJ<

'"

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

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

......

;MAP

PARITV

CORE

AND

CORRESPONDENCE

TO

ASSOCIATED REGISTERS

; **

"'

••

**.

*******

*

****

of"'****

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

*'"

*

'"

**

"'*

'"

"'*

**

..

,..

*****

*********

MAPREG:

MOV

"'#MEML ,MEMUT ;

LOAD

MAP

OF

MEMORY

PRESENT

IN

LOWER

64K

MOV

Hl,BITPT

;

INITIALIZE

4K POINTER

MOV

Hl,KTSTART

:

INDICATE

KTI1

NOT

IN

USE

CLR

RELOC

CLR TBANK

CLQ

HIWORD

CLR ADRTYP

;

INITIALIZE

ADDRESS

OF

TEST BANK

;CLEAR

FLAG

TO

INDICATE

FIRST

64K

: BEING CHECKED

:SET

WRITE

WRONG

PARITY

IN

ALL

REGISTERS PRESENT

:THEN WRITE TEST LOCATION

VIA

DATO

AND

READ

TEST LOCATION

VIA

DATI

:THEN

CLEAR WRITE

WRONG

PARITY

IN

ALL

REGISTERS

MAPRB:

MOV

HMPRO,

R2

:

LOAO

ADDRESS

OF

TABLE

1$:

BIT

#1,

(2)

:

IS

THIS

REGISTER PRESENT?

BNE

.+10

;NO,

GET

MOV

HWWP,iI(2)

;YES,

SET WRITE

WRONG

~ARITY

AND

CLEAR REST

MACYll

30A(

1

052)

13-JAN-7B

12:27

PAGE

50

SEQ

0050

ADD

1I10,R2

tM?

R2,hTREG

DONE

WITH TABLE?

BLO

1$

BRANCH

I F

NOT

MOV

TBANK, R3

LOAD

ADDRESS

OF

4K

BANK

UNDER

TEST

ADD

ADRTYP,R3

ADD

ADDRESS OFFSET

(EITHER

O,2,4,OR

6)

MOV

(3)

,(3)

WRITE

WRONG

PARITY

TST

(3)

READ

WRONG

PARITY

MOV

#MPRO, R2

2$:

BIT

#1,

(2)

BNE

.+10

000000

BIC

HWWP,!'(2)

: CLEAR WRITE

WRONG

PARITY

IN

ALL

;

PARITY

REGISTERS

ADD

#10

tR2

CMP

R2,#fREG

BLO

2$

MAPRC:

MOV

NMPRO-10,R2

;INIT

FOR

ERROR

CHECKS

1$:

ADD

HI

0,

R2

CMP

R2,

HTREG

BGE

MAPRD

;BRANCH

IF

DONE

WITH TABLE

BIT

HI,

(2)

;

IS

THIS

"EGISTER

PRESENT?

BNE

1$

iND,

GET

NEXT ADDRESS

TST @l(R2) : YES,

DID

THIS

CONTROLLER

GET

A

:

PARITV

ERROR?

BPL

1$

:NO.

CHECK

;YES,

WHICH

64K

IS

UNDER

TEST?

BNE

2$

;

BRANCH

I F

UPPER

64K

OOD002

Bi>

BITPT

,2(2)

;SET

BIT

IN

MAP

FOR

THIS

PARITY

REGISTER

BR

3$

000004

2$:

BIS

BITn

,4(2)

; SET

BIT

IN

MAP

FOR

THIS

PARITY

REGISTER

3$:

TSTB

?(2)

:

IS

THIS

THE

FIRST

ADDRESS

FOUND

FOR

;

THIS

PARITY

REGISTER?

BNE

4$

;NO,

BRANCH

000006

MOVS

ADRTYP,6(2)

; YES,

RECORD

LOW

BYTE

OF

ADDRESS

(O,2,4,OR

6)

INCB

7(2)

:

INDICATE

AN

ADDRESS HAS

BEEN

FO"ND

FOR

;

THIS

REGISTER

4$:

BR

1$

MAPRD:

MOV

@R3,!'R3

; CLEAR

BAD

PARITY

166452

ADD

#2,

ADRTYP ;CHECK

FIRST

4 ADDRESSES

IN

EACH

4K

000010

CMP

ADRTYP,Hl0

BEQ

1$

BRANCH

IF

FIRST

4 ADDRESSES TESTED

JMP

MAPRB

IF

NOT,

GO

TEST NEXT

ONE

1$:

TST HIWORD

IS

LOWER

MEMORY

DONE?

BNE

MAPRE

YES,

BRANCH

000100

CMP

BITPT

,Hl00

DONE

WITH 1

ST

2BK?

BHIS

MAPRE

YES,

BRANCH

165726

ADD

020000,

TBANK

NO-

ADD

4K

TO

ADDRESS

ASL

BI

TPT

SHI

FT

BIT

POINTER

CLR ADRTYP START WITH

FIRST

ADDRESS

IN

BANK

165112

BIT

BITPT

,MEMUT

DOES

THIS

4K

BLOCK

EXIST?

BEQ

1$

ND-

BRANCH

JMP

MAPRS

YES,

TEST

IT

MAPRE: TST

NOKT

KTll

PRESENT?

BEQ

.+4

YES,

BRANCH

RTS

%7

NO,

DONE

TST KTSTART

KTl1

ALR

'ADY

ON?

BEQ

1$

YES,

BRANCH

,;.

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(1052)

13-~AN-7B

12:27

PAGE

51

CCMFAF.Pl1

13-JAN-7812:13

2720

2721

2722

2723

2724

2725

2726

2727

272B

2729

2730

2731

2732

2733

2734

2735

2736

2737

273B

2739

2740

2741

2742

2743

2744

2745

2746

2747

274B

2749

2750

2751

2752

2753

2754

2755

2756

2757

275B

2759

2760

2761

2762

2763

2764

2765

2766

2767

2768

2769

2770

2771

2772

2773

2774

2775

012660

012666

012674

012700

012704

012710

012716

012722

012724

012732

012740

012746

012754

012162

012764

012770

012772

013000

013002

013010

013014

013020

013024

013026

013030

013034

013040

013044

013046

013052

013056

013062

013070

013076

013104

013110

013112

013116

013122

013124

013126

013130

013132

013134

013136

012767

020000

012767001400

004767 001012

004767 001156

005067

012737

006367

103011

012767

013767

012767

062767

022767

003003

005037

000207

036767

001746

016777

005067

000167

004767

104000

017074

012701

062701

020127

002136

005067

012767

016167

012767

032711

001351

011167

004567

000514

017244

000006

104000

017447

104000

017244

166316

000001

165576

000001

001066

000001

000200

007600

177572

165522

165556

166214

177326

000766

000556

000010

000766

165500

165444

165442

177774

000002

000001

165376

002274

165656

165670

177572

165566

165606

165604

165610

165602

165546

166242

165436

165420

165414

1$:

2$:

3$:

MOV

JSR

~SR

CLR

Mav

ASL

BCC

Mav

ADO

CMP

BGT

CLR

RTS

BIT

BEQ

MOV

CLR

JMP

*20000,

TBANK

',400,

RELac

"7,NRALL

"7,MAPI

KTSTART

",iII,SRO

BIT?T

2$

N1

,BITPT

.'MEMH,

MEMUT

",HIWORO

nOO,RElOe

17600,

RELac

3$

.,SRO

%7

BITPT

,MEMUT

1$

RELOC

,.KPARI

ADRTYP

MAPRB

NO,

INIT

TBANK

TO

SELECT KERNEL

PAGE

SET

UP

FOR

ACCESS

TO

2BK

BANK

INITIALLY

MAP

ALL

PAGES

NR, BANK 0

MAP

KERNEL 0

TO

BANK

0,

RW

MAP

KERNEL 7

TO

THE EXTERNAL BANK,

RW

SET KERNEL 1

RW

AND

TURN

ON

KT11

INDICATE

KTll

NOW

IN

USE

;

TURN

ON

KT11

;SHIFT

BANK

INDICATOR

;

BRANCH

IF

FI

RST

64K

NOT

DONE

;IF

FIRST

64K

DONE, SETUP

FOR

;SECOND 64K

;

INDICATE

NOW

TESTING

HIGH

64K

;UP

TO

EXTERNAL BANK

YU1

; NO, CaNT INUE

;YES,

TURN

OFF

KTl1

AND

EXIT

;IS

THIS

4K PRESENT?

;NO-

BRANCH

;YES,

MAP

PAGE

1

TO

THIS

BANK

;GO TEST

FOR

PARITY

MEMORY

;

'II.

*'"

"'

...

**"'

•• "'***

•••

'II'"

'"

•••••••••••••••

"''II

***

>1/

'"

"'''''''.

**

•••••••••

'II

•••••••••••

;ROUTINE

TO

TYPE

MAP

OF

WHERE

PARITY

MEMORY

IS

PRESENT

;AND WHICH

CONTROL

REGISTERS

~ONTROL

WHICH

MEMORY

;

*.*

***

...

"'

••

*

....

***

.*

...

***** .*.*"' ••••• *

.....

,...

**

...........

"'

•••••••••••••••••

TMAP: JSR

"7,CLRPAR

;CLEAR

ALL

PARITY

REGISTERS PRESENT

TYPE

;TYPE

"THE

PARITY

REGISTERS CONTROL

MTMAP

;AS

FOLLOWS:"

MOV

NMPRO-l0,Rl

;SET

UP

POINTER

TMAPA:

ADO

N10,Rl

CMP

Rl

,#TREG

BGE

TMAPEX'

CLR

HIWORD

CLR

TRFLG

;

DONE

WI

TH

MAP?

i

YES,

BRANCH

INITIALIZE

TRANSITION

FLAG (USED

TO

FIGURE

MEMORY

LIMITS)

MEMORY

CLR

TYFLG

INITIALIZE

TO

INDICATE

NOTHING TYPED

FOR

THIS

REGISTER

YET

MOV

BIT

BNE

MOV

JSR

TEMPX

MPRAD

6

TYPE

MXl

TYPE

MPRAD

11-4,

TveDR

2(

1)

,ADRPT

Nl,BITPT

#1,

(1)

TMAPA

(1),

TEMPX

R5,OACNV

GET

LOW

64K

MEMORY

MAP

WORD

INITIALIZE

4K POINTER

DOES

THIS

CONTROL

EXIST?

NO,

GET

ADDRESS

OF

YES, PRINT

ITS

ADDRESS

SEQ

0051

CCMFAFO,

MEMORY

PARITY

TEST MACYl1

30A(1052)

13-~AN-7B

12:27

PAGE

52

CCMFAF.PI1

13-JAN-7B

12:13

2776

2777

2778

2779

2780

2781

2782

2783

2784

2785

2786

2787

276B

2789

2790

2791

2792

2793

2794

2795

2796

2797

279B

2799

2BOO

2BOI

2B02

2B03

2804

2805

2806

2B07

2808

2B09

2Bl0

2811

2812

2813

2814

2815

2816

2B17

2B18

2B19

2B20

2821

2822

2823

2824

2825

2826

2827

2828

2B29

2B30

2831

013140

013146

013154

013156

013162

013164

013172

013176

013200

013202

013204

013206

013210

013212

013214

013216

013220

013224

013226

013232

013234

013240

013244

013246

013250

013252

013254

013256

013260

013262

013264

013266

013272

013276

013300

013304

013306

013312

013314

013316

013320

013326

013334

013340

013342

013344

062767

000004

036767

165346

001424

005767

165340

001043

012767

000001

004567 002326

000526

017144

000003

104000

017546

104000

017144

104000

017151

005267

165300

000422

OC5767

165270

001417

005067

165262

004567

002260

000526

017144

000003

104000

017144

104000

017157

1014000

017154

005267

165232

006367

165222

103320

005767

165246

001405

005767

165212

001250

104002

000646

016167

012767

005267

000677

000207

000004

000001

165212

012767

000002

165360

165342

165330

165170

165164

165146

TMAPB:

TMAPC:

TMAPD:

ADD

BIT

BEQ

TST

BNE

MOV

~SR

TYCOR

MTYCOR

3

TYPE

MX2

TYPE

MTYCOR

TYPE

MDASH

INC

BR

TST

BEQ

CLR

JSR

TYCOR

MTYCOR

3

TYPE

MTYCOR

TYPE

MK

TYPE

MCR

INC

ASL

BCC

TST

BEQ

TST

04,

TYCOR

BI

TPT

,ADRPT

TMAPC

TRFLG

TMAPD

",TRFLG

R5,BOCNV

TYFLG

TMAPO

TRFLG

TMAPD

TRFLG

R5,

BOCNV

TYFLG

BITPT

TMAPB

HIWORD

1$

TYFLG

BNE

TMAPA

ERROR

BR

15:

MOV

INC

BR

TMAPEX:

RTS

TMAPA

4(

1),

ADRPT

",BITPT

HI~ORD

TMAPB

%7

; ROUTINE

TO

HANDLE 8K SYSTEMS

SMLSYS:

MOV

*2,BlTPT

KEEP

TRACK

OF

0

OF

K

OF

CORE

DOES

THIS

PARITy

REGISTER

CONTROL

THIS

4K1

NO-

BRANCH

YES,

OOES

IT

CONTROL PREVIOUS

4K1

YES-

DON'T

TYPE

IT

NO-

SET FLAG

INDICATING

TRANSITION

CONVERT

K

CORE

TO

ASCI

I

; TYPE

"CONTROLS",

AND

ADDRESS

OF

CORE

;INDICATE

TYPED

SEQ

0052

;010

THIS

PARITY

REGISTER

CONTROL

;NO,

SKIP

PRINTING

;YES,

TRANSITION

OCCURRED- CLEAR

flAG

;CONVERT K

CORE

TO

ASCII

; TYPE RIGHT

AND

RETURN

;

INDICATE

TYPED

;UPDATE

BIT

POINTER

TO

NEXT 4K

;TEST

NEXT 4K

IF

NOT

DONE

WITH 1ST

64K

:

64-1

24K

DONE?

;NO,

BRANCH

; YES,

WAS

ANY

PAR

ITY

MEMORY

;

FOUND

FOR

THIS

REGISTER?

;NO

PARITY

MEMORY

WAS

FOUND

FOR

THIS

;REGISTER-

EITHER

WRITE

WRONG

PARITY

;FAILED,

PARITY

ERROR

GENERATE

OR

;DETECT

FAILED,

OR

THE

PARITY

ERROR

;BIT

FAILED

TO

SET

;UPDATE

TO

MAP

WORD

FOR

THE

UPPER

64K

; RESET

8IT

POINTER

;

INDICATE

LOW

64K

DONE

;

LOOP

;

RETURN

WHEN

DONE

; SET

UP

POINTER

FOR

BANK 1

CCMFAFO.

MEMORY

PARITY

TEST

MACY1l

30A

( 1

052)

13-JAN-78

12:

27

PAGE

53

CCMFAF.Pi1

13-<JAN-78

12:13

SEQ

0053

2832

013352

005037 000042

CLR

1'#42

;MAKE

EXI

T

STANDALONE

2833

013356

104000

TYPE

2834

013360

017466

NOMON

2835

013362

000207

RTS

PC

2836

2837

2838

**

..

,.

'"

'II

'"

*

*'"

* ...

"'*

"'.>1<

"'.

'"

"'*

'"

>I<

>It'"

o4o

...

>1<"

'" '"

>1<

..

*

>I<

'" '"

*'

..

*

..

>I<

>1<

..

**

"'

..

* *

>I<

'"

*

>I<

>1<

..

*

....

*.

*'"

>Ii

2839

ERROR

HANDLER

2840

'II

It""'"

"'

..

'" '" '"

* *

"''''

*,...

** *

'" '"

"'.

'"

"'

..

'"

"'*

'"

"'

..

**

"'

..

*'"

"'

..

*

'"

*>1-

'" '"

*

'"

0+

..

*>t<"

"''''*

*'"

'"

"''''*.'''

'"

*"'*

**.

2841

ERRORS

CALL

ENTERS

HERE

2842

TYPES

PC,

ICNT,

MPR

ADDRESS I AND

MPR

CONTENTS

2843

TREG SHOULD

CONTAIN

ADDRESS OF

PARITY

REGISTER

2844

013364

012767

016517

000266

RRST:

MOV

NMSTR,

ERRB

;SETUP

TO

TYPE

MPR

ADDRESS AND

CONTENTS

2845

013372 012767

177777

000262

MDV

#-1,ERR8X

2846

013400 012767

000240

000256

MOV

#240,

ERRBX+2

;NDP

LOCATION

AFTER

MESSAGE

2847

013406 017767

165354

165124

MOV

@TREG. T ROAT A ;

SETUP

DATA

2848

013414

004567

001776

uSR

R5,OACNV

; CONVERT

TO

ASCII

~849

013420

000766

TREG

2850

013422

016526

MTREG

2851

013424

000006

6

2852

013426

004567

001764

uSR

R5,OACNV

;CONVERT

TO

ASCII

2853

013432 000540

TRDATA

2854

013434 016550

MDATA

2855

013436

000006

6

2856

0'3440

000461

8R ERRA

2857

2858

2859

ERRQRP

CALL

ENTERS

HERE

2860

TYPES

PC,

ICNT,

M~R

ADDRESS,

MPR CONTENTS

2861

TEST

LOCATION

ADDRESS,

VALUE

EXPECTED,

VALUE FOUND

2862

R5

MUS

T

CONTAIN

ADDRESS OF

TEST

LOCATION

2863

SHOBE MUST

CONTAIN

EXPECTED

VALUE

2864

WAS

MuST

CONTAIN

ACTUAL DATA

2865

TREG MUST

CONTAIN

ADDRESS

OF

PARITY

REGISTER

2866

013442 012767 016517

000210

RRP:

MOV

#MSTR,ERRB

;

IN

AODI

TION

TO

8ASIC

PRINTOUT.

TYPE

2857

;MPR ADDRESS AND CONTENTS

2868

013450 012767

016561

000204

MDV

NMSTRX,

ERRBX

;AlSO

OUTPUT

DATA

EXPECTED

AND

ACTUAL

2869

01

3·~56

012767

177777

000200

MOV

#-1,ERRBX+2

;NOP

LOCATION

AFTER

MESSAGE

2870

013·~64

010567

165042

MOV

R5.

TSTLOC

;STORE

ADDRESS

BEING

TESTED

2871

013470 017767

165272

16S042

MOV

"'TREG,

TRDATA

2872

013476

004567

001714

JSR

RS,OACNV

2873

013502

OJ0766

TREG

2874

013504 016526

MTREG

2875

013506

acoa06

6

2876

013510

OC4567

001702

uSR

RS

,OACNV

2877

o 13::i

1.:1

000540

TRDA T A

2878

013516 016550

MOATA

2879

013520

000006

6

2880

013522 004567

001670

uSR

R5,OACNV

2881

013526

Oj0532

TSTLOC

2882

013530

016605

MSTRXI

2883

013532 000006

6

2884

o

13S34

004567

001656

uSR

RS

,OACNV

2885

013540 000534

SHOBE

2886

013542

016621

MSTRX3

2887

013544

000006

6

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A

( 1

052)

13-JAN-78

12:

27

PAGE

54

CCMFAF.P11

13-JAN-7812:13

SEQ

0054

2888

013546 004567

001644

JSR

R5,OACNV

2889

013552

000536

LoJAS

2890

013554

016635

MS

TRX5

2891

013556

000006

6

2892

013560

000411

BR

ERRA

2893

2894

2895

2896

;

ERROR

CALL

ENTERS HERE

2897

;

TY

PE

PC

AND

ICNT

ONLY

2898

013562 012767

177777

000070

ERR:

MOV

11-1 I ERRB ; SET

UP

ONE

MESSAGE

CAll

2899

013570

Oi

2767

000.240

000064

MOV

#240.

ERRBX

2900

013576 012767

000240

000060

MOV

11240.

ERRBX+2

2901

013604 032777

020000

,65266

ERRA:

BI

T

#BIT13.@SWR

;

INHIBIT

ERROR

PRINT?

2902

013612

001025

BNE ERRC

;YES-

BRANCH

2903

013614

01

1667

000070

MDV

(SP),ERRD

;

NO-

DEVELOP

CALLING

ADDRESS

2904

013620

1

·32767

000002

000062

SU8

#2,ERRD

2905

013626 004567

001564

JSR

RS

,OACNV

;GD

TO

OCTAL

TO

ASCII

CONVERT

2906

0131332

013710

ERRA 1 : ERRD ; SOURCE ADDRESS

2907

013634

016472

ERRA2 :

MPC

; OEST

INAT

JON

ADDRESS

2908

013636 000006

6

;#OF

DIGITS

TO CONVERT

2909

013640

004567

001

S52

JSR

R5,OACNV

; CONVERT

ICNT

TO

ASCII

2910

013644 016460

ERRA3 :

ICNT

2911

013546 016510

ERRA4 :

MICNT

2912

013650 000006

6

2913

013652

004567

001506

JSR

RS,

TYPSX

;TYPE

MESSAGE

2914

013656

016464

ERRAS:

MEa

; ERROR HEADER

291

S

013660

000000

ERRS:

OPEN

;ADDIT

IONAl

ERROR MESSAGES

IF

ANY

2916

013662

000000

ERRSX:

OPEN

2917

013664

177777

..

2918

013666

023737

000042

000046

ERRC:

CMP

@N42,@#46

ARE

WE

IN

ACT11

AUTOMATIC

MODE7

2919

o t

3574

001403

8EQ

.

+1

0

YES,

HA

L T

ON

ERROR

2920

013676 005777

165176

TST

@>SWR

HALT

ON

ERROR SET'?

2921

013702

100001

BPL

.+4

NO-

BRANCH

2922

013704

OCOOOO

HALT

YES-

ERRwR OCCURRED

SO

HALT

2923

013706

000002

RTI

2924

013710

000000

ERRD:

OPEN

2925

2926

2927

2928

;MAP

ALL

PAGES

NON-RESIDENT.

BANK 0

2929

013712

013746

000004

NRALL

:

MOV

@#4,-(SP)

2930

013716

013746

000006

MOV

@#6,-(SP)

2931'

013722

012737

000006

000004

MOV

#6,@1I'4

2932

013730

012737

000002

000006

MOV

#RT

I

,t?tlS

2933

013736 010146

MDV

R1

,-(

SP)

2934

013740

010246

MOV

R2,-(SP)

2935

013742

0,0346

MOV

R3,-(SP)

2936

0·13744

012701

001232

MOV

#PDRTAB,

Rl

2937

013750 012703

000040

1$:

MOV

/132

••

R3

2938

013754

(\12102

MOV

(R1

)+,

R2

2939

013756

00S022

2$:

CLR

(

R2)+

29·10

013760

005303

DEC

R3

2941

013762

00137S

BNE

2$

2942

013764

020127

001236

eMP

R1,NPDREND

2943

013770

003767

BLE

,$

CCMFAFO, MfMORY

PARITY

TEST

MACV11

30A(

1052)

13-JAN-78

12:27

PAGE

55

CCMFAF

.Pt,

13-JAN-78

12:

13

seQ

0055

2944

013772 012603

MOV

(SP)+,R3

:2945

013774

012602

MOV

(SP)+,R2

2946

013776

012601

MOV

(SP)+,

Rl

2947

aHDaD

012637

000006

MOV

(SP)+,@#6

29·18

014004

012637

000004

MOV

(SP)+,~#4

2949

01401

a

000207

RTS

%7

2950

2951

29S2

2953

;ROUTINE

TO

CLEAR

ALL

PARITY

REGISTERS

PRESENT

2954

01-1012

010146

CLRPAR:

MOV

Rl

,-(SP)

2955

0140

j 4

010246

MOV

R2,-(SP)

2~)S6

014016

010701

MOV

PC,

Rl

2957

01..'l020

062701

'64546

ADO

#MPRO-.

,R,

2958

a

1..'l024

010702

MOV

PC.

R2

2959

01..J026

062702

164740

ADO

#

TREG-

••

R2

2960

01

il032

032711 000001

1

$:

BIT

#1.@R1

:

IS

THIS

REGISTER

PRESENT?

2961

01.1036

001002

8NE

.+6

2962

014040

005071

000000

CLR

1'(

Rl

) :

CLEAR

ALL

PARITY

REGISTERS

29G3

0140-14

062701

000010

ADD # 1

0,

Rl

2964

014050

020102

CMP

Rl

,R2

2965

014052

103767

SLO

1$

29GB

014054

01

2602

MOV

(SP)+,R2

2967

01'W56

012601

MOV

(SP)+,

Rl

..

2968

014060 000207

RTS %7

29[:l9

2970

2971

2972

;

ROUT

I

NE

TO

MAP KERNE.L 0

TO

BANK 0

READ/WR

I

TE.

~973

;KE.RNEL 1

READ/WRI

TE

BUT BANK MAPPED BY

CALLING

ROUTINE,

2974

;

AND

KERNEL

7

TO

EXTERNAL

BANK,

READ/WRITE

2975

014062

012777 077406

165150

MAP1 :

MOV

#77406,@KPORO

2976

01.q070

012777

077406

165144

MOV

#77406,@KPORI

2977

014076

012777

077406

165142

MOV

#77406.@KPDR7

2978

014104 012777 007600

165144

MOV

H7600,@.KPAR7

::>979

014112

DC

5077

165132

CLR

@KPARO

2980

014116

012737

000001

177572

MOV

IIl,@\I;ISRO

2981

014124 000207

RTS %7

2982

2983

2984

2985

;ROUTINE

TO

LOCA T E

THE

FIRST

PARITY

MEr-WRY ADDRESS ( ABOVE BANK

0)

2986

;CORRES?ONDING

TO A

GIVEN

PARITY

REGI

ST

ER-REOU

I RES THAT

THE

ROUTINES

2987

;MAPr.1EM AND MAPREG HAVE ALREADY BEEN

RUN

2988

:TO

USE,

PUT THE ADDRESS

OF

THE ADDRESS OF THE

REGI

STER

IN

RO

(I.

E.

POINT

TO

2989

;

TO

MAP

TABLE)-THE

DESIRED

ADDRESS

IS

RETURNED

IN

R "

USING

KERNEL

PAGE 1

IF

2990

;

KT

11

IS

Pr(ESENT

2991

014126

01

0246

LOCA

TM:

MOV

R2

,-(

SP)

2992

014130

012702

000200

MOV

1t2C

J,

R2

2993

014134

012701

000002

MOV

#2,

Rl

;

SKI

P USE OF BANK 0

~9~4

014140

005767

164404

1$:

TST

NDKT ;

KT11

PRESENT?

2995

014144

001403

BEQ

3$

;

YES,

BRArJCH

2996

014146

022701

000200

CMP

#200,R1

;t\iO,

CHECK ONLY FOR MEMORY

IN

FI

RST

28K

2997

014152

,01420

BLOS

4$

;Ir

NO

MEMORY

FOUND

IN

1ST

28K,

GIVE

2998

: ERROR

REiURN

2999

014154

030160

000002

3$;

BIT

Rl

,2(

RO)

:DOES

THI5

4K

CORRESPO"D

TO

THIS

REGISTER?

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(

1052)

13-JAN-78

12:

27

PAGE

56

CCMFAF.

Pl1

13-JAN-7812:13

SEQ

0056

3000

014

t

60

001021

BNE LOCAT 1 ;

YES,

BRANCH

3001

014162 052702

000200

AuD

#200,R2

:NO,

CHECK

TO

SEE

I F

CORRESPONDS

3002

014166

0;:'6301

ASL

Rl

3003

014170

103363

BCC

1$

3004

014172

012701

000001

MOV

II

1,

Rl

3005

014176

030160

000004

2$:

BIT

Rl

,4(

RO)

:CHECK

HIGH

64K

3006

014202

001010

BNE LOCAT 1

3007

014204 062702

000200

ADD

#200,R2

3008

014210

006301

A5L

Rl

3009

014212

103371

BCC

2$

3010

014214

012701

000001

4$

:

MOV

II 1 •

R1

;NO

PARITY

MEMORY

CQRRESPDNQS

TO

301

t

014220

0121.302

MOV

(SP)+.R2

;

THIS

REGISTER-

RETURN

WITH

ERRor·

3012

01.:;222

0)0207

RTS %7 ;

INDICATION

3013

014224

005767

164320

LOCAT

1:

TST

NOKT ;

KT

11

PRESENT?

3014

014230

001005

BNE

1$

;

NO-

BRANCH OVER

3015

014232

C'10277

165014

MOV

R2.@KPAR1 ;

YES-

SETuP

Rl

TO

REFERENCE

4K

3016

014236

012701

020000

MOV

#20000,Rl

; BANK

USING

KERNEL

PAGE 1

3017

014242

000407

BR

2$

3018

014244

010201

1$:

MOV

R2,

Rl

;

SETUP

Rl

TO

REFERENCE

4K

BANK

3019

014246

006301

ASL

Rl

; W 1

THOU

T

I<T

11

3020

014250

006301

ASL

Rl

3021

014252

006301

ASL

Rl

3022

014254

OC

630

1

ASL

Rl

3023

014256

006301

ASL

Rl

3024

014260

006301

ASL

Rl

3025

014262

116067

000006

000010

2$:

Move

6(RO),

LSAV

3026

014270

066701

000004

ADU

LSAV,Rl

3027

014274

012602

MOV

(SP)+,R2

:RESTORE

R2

3028

014276

000207

RTS

%7 ; AND RETURN

Ii>

3029

014300

000000

LSAV:

0

3030

3031

3032

3033

: SAVE LOADER

IN

TOP OF

FIRST

4K

3034

014302

013746

000004

SAVLDR:

MOV

@#4,-(SP)

: SAVE CONTENTS OF

TIMEOUT

VECTOR

3035

014306 013746

000006

MOV

@#6,-(SP)

3036

01.:1312

012737

000006

000004

MOV

116,@1t4

3037

014320

012737

000002

000006

MOV

I,IRTI.@116

:SETUP

TO

RTI

ON

TIMEOUT

3038

01·B26

010146

MOV

Rl

,-(

SP)

: SAVE

REGISTERS

3039

014330

010246

MOV

R2,-(SP)

3040

014332

012701

152234

MOV

11152234,R1

3041

014336

000261

1$:

SEC

3042

014340

a05711

TST

@Rl ;

IF

TIMEOUT,

C

BIT

WILL

STILL

BE

SET

3043

014342

103006

BCC

2$

; I F

NO

TIMEOUT.

C

BIT

wILL

BE

CLEAR

3044

01'~344

162701

020000

SUB

#20000,

R1

:

Tl

MEOUT OCCURRED, CHECK

FOR

BANK

3045

01'1350

020127

020000

CMP

Rl,#20000

3046

014354

101370

8HI

1$

3047

014356

000410

BR

SAVLDX

;ONLY

4K

OF

1 ST

28K

PRE5ENT-

EXIT

3048

014360

012702

032234

2$

:

MOV

#32234,

R2 ;

THIS

8ANK

IS

HIGHEST

OF

1ST

28K-

COpy

3049

014364

012122

3$

;

MOV

(Rl

)+.

(R2)+

: LOADER AREA

TO

BANK

0

3050

014366

020227

040000

CMP

R2,

#40000

3051

014372

103774

BLO

3$

3052

014374

005267

000016

INC

LDRSVD :

INDICATE

LOADER

HAS

BEEN MOVED TO

3053

; THE TOP

OF

THE

FIRST

4K

3054

014400

012602

SAVLDX:

MOV

(SP)+,

R2

3055

014402

012601

MOV

(SP)+,Rl

CCMFAFO.

MEMORY

PA"lTY

TEST

MACY11

30A(

1

052)

13-JAN-78

12:

27

PAGE

57

CCMFAF

•

P11

13-dAN-78

12:

13

SEQ

0057

3056

014404

012637

000006

MOV

(SP)+,@>N6

3057

014410

012637

000004

MOV

(SP}+,i!>H4

3058

014414

000207

RTS

%7

3059

014416

000000

LDRSVD:

0

3060

3061

3062

3063

;ROUTINE

TO RESTORE THE LOADER

FROM

BANK 0

(,mERE

IT

WAS

SAVED)

TO

THE

3064

;HIGHEST

BANK

IN

THE:

FIRST

28K

OF

MEMORY

3065

014420

005767

177772

RSTLDR:

TST LDRSVD

3066

014424

001431

8EQ RSTLDX

3067

014426

012737 000006

000004

MOV

1/6,@#4

3068

014434

012737

000002

000006

MOV

#RTI

,@1I6

3069

0144"l2

012701

152234

MOV

11152234,Rl

3070

014446

000261

1$:

SEC

3071

014450

005711

TST

@R1

IF

TIMEOUT,

C

81T

WILL

BE SET

3072

014452

103006

BCC

2$

IF

NO

TIMEOUT,

C

BIT

WI

LL

BE

CLEAR

3073

014454

162701

020000

SUB

H20000,R1

TIMEOUT

OCCLIRREO. CHECK

FOR

014460

02012'1

020000

CMP

Rl,

#20000

LOwER 8ANI(

3075

014464

101370

BHI

1$

3076

014466

000410

8R RSTLOX

3077

014470

012702

032234

2$:

MOV

#32234.

R2

3078

014474

012221

3$:

MOV

(R2)+.

(R1)+

3079

014476

020227

040000

CMP

R2,

#40000

3080

014502

103774

BLO

3$

3081

014504

104000

TYPE

; TYPE MESSAGE "LOADER

RESTORED"

3082

014506

017560

LDRMSG

3083

014510

000207

RSTLDX:

RTS

PC

; LOADER

HAS

BEEN RESTORED

3084

014512

000776

BR

.-2

;

TO

HIGHEST

BANK

IN

FIRST

28K

3085

3086

3087

3088

iSCAN

ALL

MEMORY

FOR

8AO

PARITY.

TYPE

18

81

T

ADDRESSES

OF

3089

;LOCATIONS

FOUND

TO

8E

BAD,

AND

WRITE

INTO

LOCATIONS

WI7H

GOOD

PARITY

3090

014514

010146

PSCAN:

MOV

Rl

,-(

SP)

; STORE

RE"ISTERS

AND

LOCATIONS

TO

BE

3091

014516

010246

NIOV

R2,-(SP).

; ALTERREO

3092

014520

010346

MOV

R3,-(SP)

3093

c

,·1522

010446

MOV

R4,-(SP)

3094

014524

013746

000004

MOV

@#4,-(SP)

3095

014530

013746

000006

MOV

@#6,-(SP)

3096

014534

013746

000114

MOV

@#114,-(SP)

3097

01<1540

013746

000116

MOV

@H116,-(SP)

3098

014544

012737

000006

000004

MOV

H6,@1/4

;

SETUP

TIMEOUT TRAPCATCHER

3099

014552 005037

000006

CLR @#6

3100

014556

012737

000

116

000114

MOV

It

116,@l1I114

; SETUP

PARITY

TRAP TRAPCATCHER

3101

014564

005037

000116

CLR

@tti16

3102

C14570

005767

163754

TST

NOKT

;

KT11

PRESENT?

3103

014574

001513

BEQ

PSCAN

1 ;

YES,

BRAf~CH

3104

014576

005002

CLR

R2

;R2

CONTAINS

TEST

ADDRESS

3105

014600

012703

000001

MOV

111. R3

;R3

USED

AS

A

BIT

POINTER

3106

01460-1

004767

177202

1$:

JSR

%7,

CLRPAR ; CLEAR

I'LL

PARITY

REGISTERS

3107

01 "lS1 a

005712

TST

@lR2

:

READ

LOCAT

ION

TO

CHECK

FOR

BAD ':-ARITY

3108

014612

000240

NOP

3109

014614

012701

000566

MOV

#MPRO,

Rl

;

SETUP

fa

SCAN

REGISTERS

FOR

PARITY

3110

; ERROR SET

3111

014620

032711

000001

3$

:

BIT

#l.@Rl

CCMFAF

J,

MEMORY

PARITY

TEST

MACY11

30A(

1

052}

13-JAN-78

12:27

PAGE

5B

CCMFAF.

Pl1

13-JAN-78

12:

13

SEQ

0058

31 t 2

014624

001003

BNE

. +1 0

3113

014626

005771

000000

TST

@>(Rl

) ;

PARITY

ERROR

SET?

3114

014632

100424

BMI

6$

;

YES-

BRANCH

3115

014634

062701

000010

ADD

1110.

R 1

;ND-

CHECK

3116

014640

020-127

000766

CMP

Rl,

#TREG

3117

014644

103765

BLD

3$

;

LOOP

UNT

IL

ALL

REGISTERS

HAVE BEEN CHECKED

3118

014646 062702

000002

4$:

ADD

#2.

R2 ;MOVE

ADDRESS

POINTER

3119

014652

032702

017777

BIT

#1T177,R2

;om1E

vJI TH

4K?

3120

01·1656

OJ

1352

BNE

1$

; NO, CONT

INUE

3121

014660

006303

5$

:

ASL

R3 ;

YES.

CHECK

FOR

TESTING

3122

01

Ll662

020327

000200

CMP

R3.

#200

3123

014666

103035

BHI

S

PSCANX

;

EX

IT

IF

DONE \oJITH

28K

3124

014670

030367

164170

BIT

R3,

MEML ;

IS

THI

S MEMORY

PRESENT?

3125

014674

001343

B1'-JE

1 $

;YES,

GO

TEST

IT

3;

26

014676

062702

020000

ADD

#20000,

R2

;NO,

UPDA

E ADDRESS

3127

014702

000766

BR

5$

;

LOOP

3128

014704

010267

000110

6$:

MDV

R2,

PSADRS

;PARITY

ERROR

OCCURRED

3,29

014710

004567

000502

JSR

R5,OACNV

;GET

ASCI

I OF ADDRESS

CONTAINING

BAD

PARITY

3130

014714

015020

PSAORS

3131

014716 017440

MPSERl

3132

014720

000006

6

3133

014722

104000

TYPE

; TYPE MESSAGE "BAD PAR I

TV

FOUND

IN

LOCATION!!

3134

014724

017410

MPSER ; AND ADDRESS OF

FAILING

LOCATION

3135

014726

032777

002000

164144

BI

T 1/2000,@l5WR ;

SI'JITCH

10

SET?

3136

014734

001401

BEQ

.+4

i

NO-

CONT

INUE

3137

014736

000000

HAL

T

:HALT

ON

BAD

PARITY

SET

3138

014740

011212

MOV

@R2,@R2

;

ItJR

ITE

INTO

LOCAT

ION-

SHOULD

3139

:CLEAR BAD PAR

ITy

3140

01,n42

005071

000000

CLR

@(Rl

) ;

CLEAR

CORRESPONDING

PARITY

REGISTER

3141

014746

005712

TST

@R2

; READ

LOCATION

TO

SEE

IF

BAD

PARITY

WAS

3142

014750

005771

000000

TST

@(Rl

) ; CLEARED

3143

014754

100001

BPL

•

+4

;OK-

BRANCH

3144

0'4756

104002

ERROR ;

BAD

Pl\RI

TV

DIDN I T CLEAR

WHEN

LOCATION

3145

;WAS

REI'iRITTEN

3146

014760

000732

8R

4$

;GO

CHECK

3147

014762

004767

17702~

PSCANX:

JSR

PC.

CLRPAR ;

DONE-

CLEAR

ALL

PARITY

REGISTERS

3148

014766

012637

000116

MOV

(SP)+,@#116

; RESTORE LOCA

TlONS

ALTERRED

3149

014772

012637

000114

MOV

(SP)+,@#114

3150

01,'<776

012637

000006

MOV

(SP)+.@N6

3151

015002

012637

000004

MOV

(SP}+,@#4

3152

015006

012604

MOV

(SP)+,R4

3153

015010 012603

MOV

(SP)+,R3

3154

015012

012b02

MOV

(SP)+,RJ

3155

o i

5014

012601

MOV

(SP)+,

Rl

3155

015016 000207

RTS

%7

;

RETURN

3157

015020

000000

PSAORS: 0

3158

015022

000000

PSCANH: 0

3159

3160

3161

3162

;SCAN

ALL

MEMORY

FOR

6/\0

PARITY

USING

101-1

3163

;TYPE

,B

BI

T ADDRESSES

OF

LOCATIONS

FOUND

BAD.

AND

WRITE

GOOD

PARITY

8ACK

IN

3164

015024

017746

164222

PSCANl

:

MOV

@KPAR1,-(SP)

; SAVE CONTENT5

OF

KERNEL

PAR1

3165

015030

032737

000001

177572

BIT

Ii 1 .@#SRO ;

SKI

P

IF

KTll

IS ALREADY

ON

3166

015036

001004

BNE

1$

3167

015040

004767

176646

JSR

PC,NRALL

;MAP

KERNEL 0

TO

BANK O.RW

..

CCMFAFO,

MEMORY

PARITY

TEST MACYI1

30A(

1052)

13-JAN-78

12:27

PAGE

S9

CCMFAF.

Pll

'3-JAN-78

12:

13

SEQ

0059

3168

015044

004767

177012

JSR

PC,MAPl

MAP

KERNEL 7

TO

THE EXTERNAL BANK,

RW

3169

MAP

KERNEL 1

RW,

AND

TURN

ON

KTll

3170

015050

005067

177746

1$:

CLR

PSCANH

CLEAR FLAG

TO

INDICATE

CHECKING

FIRST

64K

3171

015054 005077

164172

CLR

.KPARl

INITIALIZE

TO

BANK 0

3172

015060

012703

000001

PSLOOP:

MOV

1',R3

R3

IS

USED

AS

A

BIT

POINTER

3173

015064

005767

177732

PSLUP: TST

PSCANH

TESTING

TOP

64K7

3174

015070

001004

BNE

2$

YES,

BRANCH

3175

015072

030367

163766

BIT

R3,MEML NO,

IS

PARITY

MEMORY

PRESENT

IN

THIS

4K?

3176

015076

001022

BNE

PSXTST

YES-

GO

TEST

IT

3177

015100

000403

BR

PSNXT

NO-

CHECK

FOR

NEXT 4K

317B

015102

030367

163760

2$:

BIT

R3,MEMH

IS

PARITY

MEMORY

PRESENT

IN

THIS

4K?

3179

015106

001016

BNE

PSXTST

YES-

GO

TEST

IT

3180

015110

062777

000200

164134

PSNXT:

ADO

1200,iI>KPARl

NO-

MAP

TO

NEXT 4K

31B,

015116

006303

ASL

R3

3182

015120

103361

Bce

PSLUP ;

BRANCH

I F

NOT

END

OF

64K

3183

015122

005767

177674

TST

PSCANH

;

END

OF

TOP

64K7

3184

015126

001003

SNE

PSCXl

;YES,

GET

READY

TO

EXIT

31B5

015130

005267

177666

INC

PSCANH

;NO,

SET FLAG

INDICATING

DONE

WITH

31B6

;

LOWER

64K

3,87

0'5134

000751

BR

PSLOOP

3188

015136 012677

164110

PSCXl :

MOV

(SP)+,iI>KPJlR'

3189

015142

000707

BR

PSCANX

3190

015144

012702

020000

PSXTST:

MOV

#20000,

R2

;

R2

USED

AS

ADDRESS POINTER

3191

015150

004767

176636

1$:

JSR %7,CLRPAR ;CLEAR

ALL

PARITY

REGISTERS

3192

015154

005712

TST

.R2

;

READ

LOCATION

3193

015156

012701

000566

MOV

NMPRO

,Rl

; SETUP

TO

SCAN

REGISTERS

FOR

PARITY

ERROR

SET

3194

015162

032711 000001

2$:

BII

#1,@lR1

3195

015166

001003

PNE

.+10

3196

015170

005771

000000

TST

"(")

;

PARITY

ERROR

SET?

3197

015174

100413

BMI

4$

; YES,

BRANCH

3198

015176

062701

000010

ADD

"0,R'

; NO.

CHECK

015202

020127

000766

CMP

R1

,MTREG

3200

015206

103765

BLO

2$

;

LOOP

UNT

I L

ALL

REGISTERS HAVE BEEN CHECKED

3201

015210

062702

000002

3$:

AOD

'2,R2

;UPDATE TEST ADDRESS POINTER

3202

015214 020227 040000

CMP

R2,

#40000

;

DONE

WITH BANK?

3203

015220

103753

BLO

1$

;NO-

LOOP

3204

015222 000732

BR

PSNXT

;

YES-

GO

CHECK

FOR

ANOTHER

BANK

320S

015224

010267

177570

4$:

MOV

R2,

PSADRS

;

PARITY

ERROR

OCCURREO-

GET

18

BIT

3206

015230 042767

160000

'77562

BIC

6160000,

PSADRS

;OCTAL

ADDRESS

OF

BAD

LOCATION

3207

015236 005046

CLR

-(SP)

320B

015240 017746

164006

MOV

PKPAR1,-(SP)

3209

015244

006316

ASL PSP

3210

015246

006316

ASL

IISP

3211

015250

006316

ASL

IISP

~212

015252

006316

ASL PSP

3213

015254

006316

ASL PSP

3214

015256 006166 000002

ROL

2(SP)

3215

015262

006316

ASL

I'SP

3216

015264

006166

000002

ROL

2(SP)

3217

015270

006366

000002

ASL

2(SP)

321B

015274

062667

177520

ADD

(SP)+,

PSADRS

3219

015300

004567

000112

J5R

RS,OACNV ;CONVERT

LOW

16

OCTAL

BITS

TO

ASCII

3220

015304

015020

PSAORS

3221

015306 017440

MPSERl

3222

015310

000006

6

3223

015312

116704

002122

MOVB

MPSER1,R4

CCMFAFO.

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN-7B

,2:27

PAGE

60

CCMFAF.P11

13-JAN-7812:13

3224

3225

3226

3227

322B

3229

3230

3231

3232

3233

3234

3235

3236

3237

323B

3239

3240

3241

3242

3243

3244

3245

3246

3247

324B

3249

3250

3251

3252

3253

3254

3255

3256

3257

325B

3259

3260

3,61

3262

3263

3264

3265

'266

3267

3268

3269

3270

3271

3272

3273

3274

3275

3276

3277

327B

3279

015316

015320

015324

015326

015330

015336

015340

015342

015344

015350

015352

015356

015360

015362

015364

015370

015376

015400

015402

015406

015412

015414

015416

015422

015426

015432

015440

015444

015450

015454

015460

015464

015472

015416

015502

015506

015512

015514

015516

015520

015522

015524

015526

062604

110467

104000

017410

032777

001401

000000

011212

005071

005712

005771

100001

104002

000712

012567

022767

001001

000205

013746

004767

000000

000763

013567

012567

066767

016746

Oti2716

062716

005367

112677

042767

006067

005367

001352

000205

000000

104005

002114

002000

000000

000022

177777

177776

163502

000074

000072

000070

000064

000052

177770

000060

000040

000034

000007

000020

000014

000010

012700

015702

,63542

000014

000060

000024

(SP)+,R4

R4,MPSER'

62000,iI>SWR

.+4

flR2."R2

1'(

R1)

I'R2

.(Rl

)

.+4

;CHANGE

TO

ASCII

FOR

lB

BITS

; TYPE

AODRESS

OF

LOCATION WITH

BAD

PARITY

; SWI

TCH

10 SET?

;NO-

BRANCH

; HALT

ON

BAD

PARITY

SET

; REWRITE LOCATION CONTAINING

BAD

PARITY

; CLEAR

PARITY

ERROR

BIT

;

READ

LOCATION

TO

SEE

IF

PARITY

IS

NOW

GOOD

;CHECK

PARITY

ERROR

BIT

SEQ

0060

ADD

MOVB

TYPE

MPSER

BIT

BEC

HALT

MOV

CLR

TST

BPL

ERROR

BR

3$

;REWRITING

LOCATION

DID

NOT

CLEAP

BAD

PARITY

;GO TEST NEXT LOCATION

;PIC

ROUTINE

TYPSX:

MOV

CMP

BNE

RTS

TYPSAX:

MOV

J5R

TYPS'X:

OPEN

BR

TO

OUTPLT A

SERIES

OF

(R5)+,

TYPSBX

#-1,

TYPSBX

TYPSAX

%5

"'PS,-(SP)

PC,STYPE

TYPSX

ASCII

MESSAGES

(CALLED

VIA

JSR

R5)

;GET

ADDRESS

OF

MESSAGE

i TERMINATOR?

;NO.

BRANCH

;YES,

RETURN

; SETUP

TO

CALL

TYPE ROUTINE

VIA

JSR

;TYPE

ASCII

MESSAGE

;SUBROUTINE

FOR

OCTAL

TO

ASCII

"(5)+,OACNVX

(5)+,OACDST

(5)+,OACNT

OACNT

,OACOST

OACNV

X,

-.(

SP)

N177770,OSP

#60,@SP

CONVERSION

OACNV:

MOV

ADD

OACNVA:

MOV

BIC

ADD

DEC

MOVB

BIC

ROR

DEC

BNE

RTS

OACNVX:

OPEN

OACDST: 0

OACNT: 0

OACDST

(SP)+,I'OACOST

N7

,OACNVX

OACNVX

OACNT

OACNVA

R5

;GET

OCTAL

VALUE

;GET

OESTINATION

AODRESS

;GET

CONVFRT

COUNT

;DEVELOP

ADORESS

TO STORE 1ST CHAR.

;

ISOLATE

LEAST

SIGNIFICANT

DIGIT

;

CONVERT

OIGIT

TO

ASCII

;

STORE

ASCI I CHARACTER

;OONE

ALL

OIGITS?

;

BRANCH

I F

NOT

DONE

;OONE,

EXIT

;SUBROUTINE

FOR

BINARY

TO

DECIMAL

ASCII

CONVERSION

BDCNV: SAV04

;SAVE

REGS

MOV

NOECVAL,%Co

;SET

UP

ADDR

TO

STORE DECIMAL

ASCII

CCMFAFO,

MEMORY

PARITY

TEST

ceMFAF.pll

13-JAN-7812:13

3280

3281

3282

3283

3284

3285

3286

3287

328B

32B9

3290

3291

3292

3293

3294

3295

3296

3297

3298

3299

3300

3301

3302

3303

3304

3305

3306

3307

3308

3309

3310

3311

3312

3313

3314

3315

3316

3317

3318

3319

3320

3321

3322

3323

3324

3325

3326

3327

3328

3329

3330

3331

3332

3333

3334

3335

CCMFAFO.

015532

015534

015540

o i

5544

015550

015556

015562

;)15566

015572

015574

o t

5600

015604

0156

I 0

015612

015614

015616

015620

015622

015626

01

!J632

at

5634

015640

015G·~2

015646

015654

015660

015662

015664

015666

o 1

~;t)70

015672

015674

015676

015700

015702

015705

015710

015712

015714

015716

015720

015722

0'5724

0,5726

015730

MEMORY

013501

012567

012702

012767

012267

004767

005367

001371

166700

010067

004567

000000

oeoooo

104006

000205

005067

166701

103403

005267

000772

056701

OE2767

116720

000207

DC

0000

000000

023420

001750

000144

000012

00000

1

040

104005

012501

012502

012503

112122

005303

001375

104006

000205

000052

000050

015670

000005

000104

000034

000070

000014

000004

000100

000036

000034

000024

000020

000060

000004

040

PARITY

TEST

CCMFAF.

Pl1

13-JAN-78

12:

13

3336

015732

012737

015776

3337

015740

012701

000566

3338

015744

032711

000001

3339

015750

001002

3340

015752

005071

000000

3341

015756

062701

000010

3342

015762

020127

000766

MACV11

30A

( 1

052)

13-JAN-78

12:

27

PAGE 61

000104

000010

040

MACY11

000024

MoV

MQV

MOV

BDeN",~:

MOV

JSR

DEC

BNE

SU8

MoV

JSR

BDCNV8:

OPEN

BDCNVC:

OPEN

8oCNVo:

OPEN

RST04

RTS

SUBTEN:

CLR

SUBTNA:

SU8

BCS

INC

BR

SUBTNB:

ADD

CNVCTR:

DIGIT:

TENPwR:

ADTENP:

ADD

Move

RTS

OPEN

10000.

1000.

100.

10.

€'(

5)

+,

Rl

(5)+,8DCNVC

(5)+,BDCNVD

flADTENP,R2

115,CNVCTR

(2)+,

TENPwR

PC,

scBTEN

CNVCTR

BDCNVA

BDCNVD,

%0

%O,8DCNV8

R5,

BMOVE

R5

DIG

I T

TENPWR,

Rl

SUBTNB

DIGIT

SU9TNA

TENPWR,

Rl

'60,DIGIT

DIGIT,(O)+

PC

BINARY

VALUE

TO

Rl

DE5TINATION

ADDR

TO

BDCNVC

CHARACTER COUNT

TO

BDCNVD

ADDR OF TEN POWER

STRING

SET

UP

FOR

5

POWER

CONVERSIONS

MOVE

POWER

OF

TEN

VALUE

PERFORM CONVERSION

DONE

5

CONVERSIONS?

BRANCH I F NOT YET

5.

; RE5TDRE

REGS

AND

EXIT

;

SUBTRACT

TEN

POWER FROM

BINARY

VALUE

;BRANCH

IF

UNSUCE5SFUL

SUBTRACTION

; RESTORE SUBTRACTED

VALUE.

;CoNVERT

IDIGIT)

TO

A5CII

;MDVE

ASCII

CHAR

TO

DECVAL

FIELD

;

EXIT

DECVAL:

1.

.BYTE

040,040,040,040,04(·,040

i

SUBf;OUT

I NE

TO

BMOVE:

5AV04

MOV

BMOVA:

MOVS

DEC";

BNe

RST04

RTS

MOVE A

VARIABLE

NUMBER

(5)+,

Rl

(5)+,

R2

(5)+,

R3

(1

)+,

(2)+

R3

BMOVA

R5

;UNEXPECTED

POWER

FAIL

SERVICE

OF

BYTES

;

SAVE

REGS

;GET

FROM

ADDRESS

; GET

TO

ADDRESS

;GET

CaUNT

;MOVE

BYTE

;

DECREMENT

COUNT

;

BRANCH

1 F NOT DONE

; RESTORE

REGS

AND

EXI

T

;

BECAUSE

WWP

MAY BE

SET

IN

MPR j S AND

ALL

PROCESSOR

REGISTERS

;MAY

BE

IN

USE,

CONTINUATION

AFTER

POWER

FAIL

IS

NOT

ATTEMPTED.

;

INSTEAD,

THE PROGRAM

RESTARTS

AFTER

A POWER

FAILURE

30A(

1052)

13-JAN-78

12:

27

PWRDN:

MOV

flPWRUP,@#24

MOV

HMPRO,

Rl

1$:

BIT

Hl,@Rt

BNE

.+6

CLR

€'(

Rl

)

ADD

#10,

Rl

CMP

Rl,#TREG

PAGE

62

;

SET

UP

FOR

POWER

UP

;CLEAR

PARITV

REGISTERS

IN

CASE

;WWP

IS

SET

SEQ

0061

SEQ

0062

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(

1

052)

13-JAN,78

12:27

PAGE

63

CCMFAF.p11

13-JAN-78

12:

13

SEQ

0063

3343

015766

103766

BLO

1$

3344

015770

010667

163264

MDV

SP,

SPSAV

3345

015774

000000

HALT

;

POWER

OOWN

HALT

3346

015776

012737

015732

000024

PWRUP:

MOV

#PWRDN

,1>#24

: SET

UP

FOR

POWER

DOWN

3347

016004

016706

163250

MOV

SPSAV,SP

334B

015010

005027

000000

CL~

#0

:STALL

50

OUTPUT

WON

I T BE GARBLED

3349

016014

005367

177772

DEC

.-2

3350

016020

001375

BNE

.-4

3351

015022

104000

TYPE

:TYPE

RECOVERY MESSAGE

3352

016024

01

7344

MPWRF

3353

016026

000167

163244

JMP

RSTART

;RESTART

3354

3355

3356

3357

;

EMT

HANDLER

3358

01603:2

01

1646

EMT!NT:

MOV

(SP)

,-(SP)

;GET

SAVEO

PC

3359

016034

162716

000002

SUB

'2,

(SP)

; DECREMENT

PC

BY

2

3360

016040

0,

7616

000000

MOV

@(SP),(5P)

;GET

CALL

3361

016044

121667

000050

CMPB

(SP),EMTLlM

: CHECK

IF

CALL

WITHIN

LIMITS

3362

016050

101402

BLOS

EMT

A

3363

0'

6052

000000

HAL

T ;

CALL

IS

NDT

WITHIN

LIMITS

3354

016054

000776

BR

.-2

2365

01 G05G

oe6116

EMTA:

ROL (

SP)

;

EMT

ARG

X 2

3366

016060

042716

177001

BIC

#177001,(SP)

;REMOVE 7 MSB

3367

01606-4

062716

016076

ADD

#EMTTAS,

(5P)

; FORM

EMT

RTN ADDRESS

3368

016070

017616

000000

MOV

@(SP),(SP)

3369

016074

000

136

JMP

@(SP)+

;GO

TO

EMT

RETURN

3370

3371

3372

:

EMT

DEFINITIONS

AND

ASSIGNMENTS

"

3373

016076

EMTT

AS:

3374

104COO TYPE:-EMT+EMTX

3375

016076

001114

$TYPE

3376

104001

SCOPE=EMT+EMTX

3377

016100

016356

5COPEC

3378

10':;002

ERROR=EMT+EMTX

3379

016102

013562

ERR

3:380

104003

ERRORP=EMT+EMTX

3381

016104

013442

ERRP

3382

104004

ERRORS::

EMT

+EMT X

3383

016106

013364

ERR5T

3384

104005

SAIJ04=EMT+EMTX

3385

016110

016122

51J04

3386

lC~OO6

RST04=E.MT+EMTX

33B7

016112

o t

62

~

0

R504

3388

104007

RS

T05S=EMT+EMT

X

3389

016114

016236

RS05S

3390

104010

SAV05S=

EMT +EMT X

3391

016116 016142

SV05S

3392

016120 000010

EMTLlM:

EMTX-t

3393

3394

3395

;SUBROUTINE

TO

SAVE REGS

0-4

3396

016122

012666

177764

SV04

:

MOV

(SP)+,-12.

(SP)

;MOVE PC+PS

uP

STACK

3397

016126

012666

177764

MOV

(SP)+,-12.

(SP)

3398

016132

012767

000002

000040

MOV

#RT!

,SV05l

CCMFAFO.

MEMORY

PARITY

TEST MACY11

30A(1052)

13-JAN-78

12:27

PAGE

64

CCMFAF.

P11

13-JAN-781.2:13

SEQ

0064

3399

016140

000411

BR

SVOSB

3400

3401

3402

3403

;

SUBROUTl

NE

TO

SAVE

REGS

0-5

+

PLACE

EMT

PC

IN

RS

3404

016142

012767 000240

000030

SVOS', .

MOV

#NOP,5V05C

3405

016150 000400

BR

SV05A

3406

3407

;

suBROUT

I NE

TO

SAVE REG5

0-5

3408

016152

012666

177762

SV05A:

MOV

(SP)+,-14.(SP)

3409

016156 012666

177762

MOV

(SP)+,-14.(SP)

3410

016162 010546

MOV

RS,-(SP)

3411

01 G 1

64

010446

SV058

:

MOV

R4,-(SP)

3412

0161E6

010346

MOV

R3,-(SP)

3413

016170

010246

MOV

R2,-(SP)

3414

016172

010146

MOV

R1

,-(

SP)

3415

016174

010046

MOV

%O,-(SP)

3416

016176

0:24646

CMP

-(5P)

,-(5P)

3417

016200 000002

5V05C:

RTl

;

RTI

OR

NOP

3418

016202

016605

000020

MOV

16.

(SP)

,RS

;

EMT

PC

TO

RS

3419

016206

000002

RTl

3420

3421

3'122

3423

i SUBROUT I

NE

TO

RESTORE REGS

0-4

3424

016210

022626

RS04

:

CMP

(SP)+,

(SP)+

3425

016212

012600

MDV

(SP)+,%O

3426

016214

012601

MOV

(SP)+,

R1

3427

016216

012602

MOV

(SP)+,R2

3Ll28

016220

012603

MOV

(SPj+,R3

3429

016222 012604

MOV

(SP)+,R4

3430

016224

016646

177764

MOV

-12.

(5P)

,-(SP)

;MOVE PC+PS

DOWN

STACK

3431

016230

0,

6646

177764

MOV

-12.(SP),-(SP)

3432

016234

OCOO02

RTl

3433

3434

3435

3436

;SUBROUTINE

TO

RESTORE REGS

0-5

3437

016236

010566

000020

RS05S:

MOV

RS,16.(5P)

; SET EMT

PC

TO

RS

3438

016242

022626

CMP

(SP)+,

(SP)+

3439

016244

012600

MOV

(5P)+,%0

3440

016246

012601

MOV

(SP)+,

R 1

3441

016250

012fi02

MOV

(SP)+,R2

3442

016252

012603

MOV

(SP)+,R3

3443

D162!14

012604

MOV

(SP)+,R4

3444

016256

012605

MOIl

(SP)+,RS

3445

016260

016646

177762

MOV

-14.(SP),-(SP)

3446

016264

016646

177762

MOV

-14.

(SP)

,-(5P)

3447

016270

000002

RTI

3448

3449

3450

3451

ROUTINE

TO

LOOP THR'J A

SINGLE

I NSTRUCT I

ON

TEST

3452

LOAD THE

STARTING

,~DORESS

OF

THE

TEST

3453

YOU

wI

SH

TO

RUN

(THE

ADDRESS

OF

THE

TEST

XX

3454

TAG)

AT

THE

1ST

HALT.

SET

SWITCH

REGISTER

CCMFAFO, MEMORY

PARITY

TEST

MACV11

30A(

10S2)

18-JAN-78

12:27

PAGE

65

CCMFAF.

P1

1

13-JAN-78

12:

13

SEQ

0065

3455

;OPTIONS

AT THE

lNDHALT.

3456

; NOTE THAT

5Wl1

MUST

BE

DOWN

AFTER

THE 2ND

HALT

3457

016272

005037

177776

TESTX:

CLR

~NPS

3458

016276

000000

HALT

WAlT

FOR

STARTING

ADDRESS

3459

016300

017767

162574

000154

MOV

<l'SWR,

RETURN LOAD

START!

NG

ADDRESS

IN

RETURN

3460

016306

062767

000002

000146

ADD

#2,

RETURN

ADD

2

TO

POINT

TO

INSTRUCTION

AFTER

3461

a!

6314

000000

HAL

T SET

SR

OPT

IONS

3462

016316

012767

177777

16::!164

MOV

H-l,

TSTX

SET FLAG

3463

016324

032777

01

Dono

162546

81

T # 1

0000

,I'SWR CHECK SW12

3464

016332

001404

SEQ

.+12

BRANCH

IF

NOT SET

3465

016334

042737

000020

177776

BIC

H20,"#PS

CLEAR TRACE

81

T

3466

016342

000403

BR

.+10

SKIP

3467

016344

052737

000020

177776

SIS

#20,"#PS

SET TRACE

8IT

3468

016352

000177

000104

JMP @RETwRN JUMP

TO

TEST

3469

3470

3471

3472

;SCOPE

AND/OR

ITERATION

LOOP

FOR

EACH TE T

64

TIMES

3473

;A

snup

ROUTINE

SHOULD

INITIALIZE

RETUR

AND

IMAX

3474

016356

032777

040000

162514

SCOPEC:

BIT

#40000,I!>SWR

TEST

SR

mR

SCOPE

3475

016364

001020

8NE SCOPE8

YES.

SCOPE

3476

016366

032777

004000

162504

8IT

#4000,@lSW'R

NO-TEST

FOR

ITERATION

3477

016374

001021

BNE SCOPEG

INHIBIT

ITERAT

ION

3478

016376

005767

173350

TST

PASCNT

FIRST

PASS?

3479

016402

001416

BEQ SCOPEG

YES.

INHI8IT

ITERATIONS

3480

016404

005767

162100

TST

TSTX

USING

SINGLE

SUBTEST

STARTUP?

3481

0'

G~11

a

001006

BN"

SCOPEB YES, LOOP

3482

016412

0.26767

000042

000036

CMP

ICNT,IMAX

COMPARE CURRENT COUNT

TO

MAX NUMBER

34B3

016

L

120

100007

BPL

scoeEG

EXIT-DONE

3484

016422

005267

000032

INC

ICNT

INCREMENT

COUNT

3485

016426

022606

SCOPEB:

CMP

(6)+,%6

REPOSITION

STACK

3486

016430

012677

161342

MOV

(6)+,@PS

RESTORE

STATUS

3487

016434

000177

000022

JMP @RETURN REPEAT

HST

3488

0,6440

005067

162044

SCOPEG: CLR

TSTX

IF

USING

TESTX

STARTUP,

RETURN

;a

NORMAL FLOW

3489

016444

005067

000010

CLR

ICNT

C LEAR COUNT

3490

0161150

011667

000006

MOV

@%6,RETURN SAVE SCOPE RETURN

POlilTER

3491

016454

000002

RTI

RETURN

lt~L!NE-NEXT

TEST

3492

o

16~56

000100

IMAX:

100

ITERATION

COUNT

3493

016460

000000

ICNT:

0 COUNT LOCAT

ION

FOR

ITERATION

LOOP

3494

016462

000000

RETURN: 0 ADDRESS

OF

LAST

TEST

3495

3496

3497

3498

3499

;

ASCII

MESSAGES

3500

016464

MEO:

3501

015464

005015

041520

020075

MTNUM: •

ASCI!

<15><12>

I

pc=

3502

016472

020040

MPC:

.ASCII

ICNT=

3503

015500

020040

041511

052116

3504

016505

020075

3505

016510

020040

MICNT:

.ASCIZ

3506

016515

000

3507

016517

040

046440

051120

MSTR:

.ASCII

MPR=

3508

016524

020075

3509

016526

020040

MTREG:

.ASCII

MPR

DATA=

,

3510

016534

020040

050115

020122

CCMFAFa.

MEMORY

PARITY

TEST

MACV11

30A

I

1052)

13-JAN

....

78

12:27

PAGE

66

CCMFAF.Pll

13-JAN-78

12:

13

SEO

0066

3511

0'

6542

0·10504

040524

020075

3512

016550

020040

MDAT

A:

•

A5CIZ

3513

016556

020040

000

3514

016561

015

020012

020040

MSTRX:

•

ASCII

<15><12>1

TEST

LOC=

3515

016566

020040

052040

3516

015574

051505

020124

047514

3517

016602

036503

040

3518

016605

040

020040

MSTRX1:

•

ASCII

35'

9

016612

040

3520

016613

040

027523

035102

•

ASCII

5/B:

3521

016020

040

3522

016621

040

020040

0:20040

MSTRX3:

•

ASCII

3523

01

G626

040

3524

01

G627

040

040527

035123

.ASCII

WAS:

3525

0;6634

040

3526

016635

040

020040

MSTRX5 :

.ASCIZ

3527

0'6642

020040

000

3529

0'

6645

015

051412

052105

MSETSR:

•

ASCIZ

<1S><12>rSET

5R

OPTIONS

r

3529

016652

051440

020122

050117

3530

01

G660

044524

047117

000123

3531

016665

020054

051120

051505

MCON:

.ASCIZ

PRESS CONTNUE I

3532

016674

020123

047503

052116

3533

016702

052516

000105

3534

016706

005015

042523

020124

MMDE, :

.ASCIZ

<15><12>tSET

DEVICE

ADDRESS

IN

SR'

3535

016714

042504

044526

042503

3536

016722

040440

042104

042522

3537

016730

051523

044440

020116

3538

016736

051123

000

3539

015'141

015

051412

052105

MMADR:

.ASCll

<15><12>!

SET

l'l1EMORY

TEST

LOC

IN

SR'

3540

0.6746

046440

046505

051117

3541

01675~1

020131

042524

052123

3542

0'16762

046040

041517

044440

3543

016770

020116

051123

000

3544

016775

015

051412

052105

MMPAT:

.ASCIZ

<15><12>ISET

TEST

PATTERN

IN

5R'

3545

017002

052C40

051505

020124

3546

017010

040520

052124

051105

3547

017016

020116

047"

1

051440

3548

017:"24

000122

3549

017026

005015

046412

046505

MMPRS: •

ASCIZ

<15><

12><12>

1 MEMORY

PARITY

REGI

STERS

PRESENT:

1<15><12>

3550

017034

05'[

117

020131

040520

3551

017042

044522

OS~1524

051040

3552

017050

0·D505

051511

042524

3553

017056

051522

()SOO40

042522

355

4

017064

042523

052116

006472

3555

017072

000012

3556

017074

005015

040520

044522

MTMAP:

.ASCll

<15><12>'PARITY

REGISTERS

CONTROL

MEMORY

AS:

1<15><12>

3557

017102

054S24

051040

043505

3558

017110

051511

042524

051522

3559

017116

041440

047117

051124

3560

017124

O·~61

i"

046440

046505

3561

017132

051117

0.20131

051501

3562

017140

006472

000012

3563

0'

71.l4

020040

000

MTYCOR: •

ASCI

Z

3564

017151

055

000040

MDASH:

.ASCIZ

3565

017'54

005015

000

MeR:

.AseIZ

<15><12>

3566

017157

113

000

MK:

.ASCIZ

'K'

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(

1052)

13-uAN-78

12:

27

PAGE

67

CCMFAF.

P11 ,

3-JAN-78

12:

13

SEQ

0067

3567

0'7,61

116

020117

040520

MT:

.ASCIZ

'NO

PARITY

MEMORY

FOUND I

<15><12>

3568

017166

044522

054524

046440

3569

017174

046505

051117 020131

3570

017202

047506

047125

006504

3571

017210

000012

3572

017212 047516

050040

051101

MTR:

.ASCIZ

'NO

PARITY

REGSTER

FOUND'<1S><12>

3573

017220

052111

020131

042522

3574

017226

051507

042524

020122

3575

017234

047506

047125

006504

3576

017242

000012

3577

017244

020040

MPRAD: •

ASCIZ

1<15><12>

3578

017252

020040 005015

000

3579

017257

177

005015

MTIT'

.ASCIZ

<177><15><12><15><12>'

CCMFAFO

MS1'.MA"-P,MF"-LP

PARITY

MEMORY

TESTS'

3580

017264

041503

04311

5

043101

3581

017272

020060 051515

030461

3582

017300 046454

030501

026461

3583

017306 026120

043115

030461

3584

017314 046055

020120

040520

3585

017322 044522

054524

046440

3586

017330

046505

051117

020131

3587

017336

042524

052123

000123

3588

017344

005015

047520

042527

MPWRF:

.A~~IZ

<15><12>

I

POWER

FAILED'

3589

017352

020122 040506

046111

3590

017360

042105

000

3591

017363

007

MPGEND: • BYTE

007

3592

017364

005015 047105

020104

.ASCI

I

<15><12>

I

END

PASS·

,

3593

017372 040520 051523

036440

3594

017400

040

3595

017401

040

020040

MPCNT:

.ASCIZ

3596

017406

OC0040

3597

017410

006415

041012

042101

MPSER:

.ASCI

I

<15><15><1.2>

I BAD

PAR

FOUND

IN

LOC

,

3598

017416

050040

051101

043040

3599

017424

052517

042116

044440

3600

017432

020116

047514

020103

3601

017440

020040

MPSERI :

.ASCIZ

3602

017446

000

3603

017447

015

051012

043505

MXl

:

.ASCIZ

<15><12>'REGISTER

AT

,

3604

017454

051511

042524

020122

3605

017462

052101

000040

3606

017~66

DO

50

i 5

047515

044516

NOMON:

.ASCIZ

<1S><1.2>'MONITOR

WILL

NOT

BE

RESTuRED

FOR

AN

8K

SYSTEM'

3607

017474

047524

020122

0445:27

3608

017502

046114

047040

052117

3609

017510

041040

020105

0425.22

3610

017516

052

t

23

051117

042105

3611

017524

043040

051117

040440

3612

017532

020116

045470

051440

3613

017540

051531

042524

000115

3614

017546

0·17503

052116

047522

MX2

: • ASCJ.Z I CONTROLS

3615

017554

C51514

000040

3616

017560

005015

047514 042101

LDRMSG:

.ASCIZ

<15><

1.2> I LOADERS RESTORED'

3617

017566

051105

020123

042522

3618

017574

052123

051117

042105

3619

017602

000

3620

017603

015

041012

042101

PSMSG:

.ASCIZ

<15><12>IBAD

PARITY

SCAN COMPLETE '

3621

017610

050040

051101

052111

3622

017616

020131

041523

047101

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A(

1 05-2)

13-vAN-7S

12:27

PAGE

68

CCMFAF.

Pl1

1

3-J

AN-78

12:

13

SEQ

0068

3623

017624

041440

04G517

046120

3624

017632

052105

000105

3625

017636 005015

047514

042101

MLDRSV:

.ASCIZ

<15><12>

I LOADERS SAVED

IN

BANK

l'

3626

017644

051105

020123

040523

3627

017652

042526

020104

047111

3628

017660

041040

04710'

020113

3629

017666

000061

3530

017670

020040

MPRCOR:

.ASCIZ

-CORE

PARITY

REGISTER

'

<15><12>

3631

017676

020040

020055

047503

3632

017704

042522

050040

051101

3633

017712

052111

020131

042522

3634

017720

044507

052123

051105

3635

01,'726

005015

000

3636

017731

040

020040

MPRMOS:

.ASCIZ

-

MOS

PARITY

REGISTER

'

<1S><12>

3637

017736 020040

026440

046440

3638

017744 051517

000040

0511

01

3639

017752

052111

020131

042522

3640

017760

044507

052123

051105

3641

017766

005015

000

3642

017772

• EVEN

3643

000001

.END

CCMFAFO,

MEMORY

PARITY

TEST MACY11

30A

( 1

052)

13-JAN~78

12:27

PAGE

70

CCMFAF.

Pl1

13-JAN-78

12:

13

CROSS REFERENCE

TABLE

USER SYMBOLS

SEQ

0069

ADRPT

000516

425.

1611

II<

1673*

168O.

1687

16B9

1712

1802*

1902_

1904*

1911·

1916

1919

1932

2763'

2777

2822-

ADRS

077400

364#

ADRTYP

001230

660N

2655~

2668

2696

2701·

2702

:2711*

2741

'"

ADT

ENP

015670

3283

3309_

AE

000001

362#

1040

12B3

1'?35

1498

1599

1698 1812

1939

1988 1986

2128

2145

2163

2315

BDCNV

015524

2782 2797

3278.

BDCNVA

015556

3285#

3288

BDCNVB

015610

3290*

3292#

BDCNVC

015612

3281

..

3293#

8DCNVD

015614

3282*

3289

3294.

BEGIN

002106

692

806

815#

2575

8ITPT

000520

426#

822·

1668

1670'"

1674

1676

1681*

1682

1789*

1790

1793*

1799>1<

1899

,

901

*'

1905

1907

1912*

1913

2002

2089*

2098

2101

..

2107*

2179

2262*

2597"

2606",

2608*

2615

2626*

2633*

2634

2638

2649*

2690

2692

2707

2710*

2712

2728*

2730*

2738

2764*

2777

2808*

28:23'"

2831

>I<

BITO

000001

34611

BITl

OGDO

02

347#

81

T 1 0

002000

356#

BIT

11

004000

35711

BIT

12

010000

358#

6l

T

13

020000

359#

2901

81

T

14

040000

360#

402

BIT

15

100000

36111

BIT2

000004

348#

81T3

000010

349#

BIT4

DCOO2D 35011

8115

000040

351/1

1356

1371

BITS

000100

35211

1441

B I

T7

000200

353#

BI

T8

OOO~O0

354#

2567

81

T9

001000

355#

983

B\-1QVA

015720

332411

3326

Br-1OVE

015710

3291

3320#

CACHE

001224

658#

8'

8*

910*

CACHF

l

001222

657"

737*

81S

908

C!\6f\O

010600

2320

233111

CLRPAR

014012

966

999

1

090

,,44

1273

1308

1402 1468

1571

1663 1705

1781

1821

191

B

1925

2087

2275

2304

2324 2416 2519

2549

2750

2954#

3106

3147

3191

OH16

007314

205211

0.117

010206

2157

2239#

[N"v'eTR

015662

3284",

3287*

3306#

eN16

00"i334

1980

2063#

CONT

011712

2561

2567#

cmiTIO

OO~~274

1344

1350

1381

Ii

CON

T 1 2

005024

'510

1552#

cmn13

005304

1609

1644#

CONT3

002616

971#

987

(ONT

4

003:)74

1052#

1062

1071

1078

COUNT

004336

1337*

1351*

1391#

DDlSP

177570

367#

616

DECVAL

015702

3279

331411

DIGIT

015664

3297*

3300*

3303*

3304

330711

DISPLA

001102

616#

732*

832* 884*

963*

397*

1089*

1143*

1272*

1307*

1401

*

1467*

1570*

CCMFAFO.

MEMORY

PARITY

TEST MAC V

11

30A(

1052)

13-JAN-78

12:27

PAGE 71

CCMFAF.

Pl1

13-JAN-78

12:

13

CROSS REFERENCE T

A8LE

--

USER

SYM80LS

SEQ

0070

1661

..

,777*

1897*

:208:2*

2083* 2303*

2415*

orSPRE

000174

406#

732

DONE

011624

2266

2270

2273 2540

2547#

Dor~E

1 0

004322

1323

1387#

DONE

11

004542

1419

145511

DClNE12

005040

1485

155711

DONE

13

005320

1584

164911

DONE

14

005616

1685

1707#

DONE

15

006262

1796

1823#

DO~E

16

OCG650

191

S

1925#

DO"JE

17

007576

2104

2116#

DOI'JE20

010564

2324#

2362

DONE4

003140

'013

1079#

DCI>.lE5

003322

1103

1131

#

DONE6

003662

1156

1262#

DO"1E7

003774

1282

128811

OS'NR

177570

366#

615

EfliT A

016056

3362

3365#

E~,~TINT

016032

397

3358#

E!'r1T

LIM

016120

3361

3392#

EMT

T AS

016076

3367

3373#

EMTX

000011

3373#

3374

3376.

3378#

3380#

3382#

3384# 3386# 3388# 3390# 3392#

ERR

013562

2336

2357

2375

2389

2396

2461

2468

2482

2499

2509

2898#

3379

ERRA

013t::04

2856

2892

2901#

ERRA 1

013632

2284*

2531

'"

2906#

ERr~A2

013634

2285*

2532*

290711

ERRA3

013644

2286*

2533*

291011

ERRA4

0'

3646

2287*

2534*

291111

ERRA5

o t

3656

2289

..

2535*

2914#

ERRS

013560

2844*

2866*

2896*

291511

E.RRBX

013662

2845*

2846*

2868*

2869*

2899*

2900*

2916#

ERRC

013666

2902

291811

ERRD

013710

2903*

2904*

2906

2924.

ERROR

104002

850

864

922

932

1027

1046

1056 1063

1074

111

1

1125

1165

1181

1195

1213

1230

1240

1258

1290

1

~·27

1341

1347

1359 1375

1424

1438

1445

1491

1503

1514

1522

11:)37

1545

1591

1603

1613

1622

1638

1718

1755

1836

1871

1972 1999

2005

2029 2057 2149 2176

2183

2199

2108

2244

2816

3144

3236

3378#

[RRORP"

104003

2020

2046

3380#

ERRORS =

104004

1736

1759

1855

1875

2232

3382#

ERRP

013442

286611

3381

ERRST

013364

2844#

3383

EX

005460

1677

1679#

F

Tl

T LE

000512

423#

700

743

745*

Grl'1PRA

001564

766#

798

Gr\~PRB

002D12

764

793.

GMPRC

002020

792

795#

Gr'/lPRQ

002054

802

80511

HI

ADR

000530

430ft

1687*

1688*

1691

1 i

22

1916* 1917*

1921

2066

HlltJORD

0005S2

440'//

2653'"

2688

2705

2732*

2757*

2810

2824*

leNT

o 161160

2910

3482

3484* 3489*

3493#

IMAX

016456

820*

885*

998*

1662'"

3482

3492#

I

NDCO

000770

556#

763

834 887

907

1007 1316 1409

1475

1991

2168

2445

INDC1

000772

557.

INDC10

001014

566#

INOC11

001016

567#

CCMFAFO,

MEMORY

PARITY

TEST

MACY11

30A(1052)

13-JAN-78

12:27

PAGE

72

CCMFAF.

Pl1

1

3-J

AN-78

12:

13

CROSS REFERENCE TABLE

--

USER SYMBOLS SEQ

0071

I

NOCl

2

001020

568#

1

NOC

13

001022

56911

1 NOC14

001024

57011

INDC15

001026

57111

11'JDC2

000774

558#

1 NOC3

000776

559#

INOC4

001000

560#

I rJDC5

001002

561

H

1

Noe6

001004

562ft

INDC7

001006

563#

I

NDes

001010

564#

INllC9

001012

56511

11~OX17~_

010060

2097*

2109*

218111

1

NS

T 1

004164

1339#

1364

INST2

004172

1345.11

1367

KI>ARQ

001250

668#

2979*

KPAR1

001252

669#

1785*

1792*

2094*

2100*

2229

2600*

.2740*

3015>10

3164

3171

* 31 eo.

3188-

3208

KPAR2

001254

670#

KPAR7

001256

671,/1

2978*

!';PDRO

001240

66411

2975'"

KPDRl

001242

665#

2976*

KPDR2 00124>-l

666#

KPDR?

001246

66711

2977*

K T 5 T

AR

001226

659#

2650*

2718

2726*

LDRMSG

017560

3082

3616#

LDiiSVD

014416

3052*

3059#

3065

LOCA

TM

014126

1014

1104

1158

1324

1420

1487

1586

2991

#

LOCA T 1

014224

3000

3006

3013#

LOGICA

011672

81 I

2560'

LOOP10

004066

1319#

1331

1386

LOOP11

004416

1411

1415#

1427

1454

LOOP

12

004632

1477

148111

1494

1555

LOOP

13

005124

1581#

1595

1647

LDDP14

005436

1672

1674#

1683

LOOP

15

006106

179011

1794

180Q

LOOP21

011250

2454#

2477

LOOP4

002762

1008#

1012

LOOPS

003216

1098#

1102

LOOPS

003372

1151

#

1155

LOOP7

003734

1279#

1287

1297

lOP15

006116

179211

1822

LO?4

002770

1010#

1031

,

055

LOPS

003224

1100#

1115

1130

LOP6

003400

1153#

1169

1261

LOWF

LG

000554

441

II

1786*

179~

1797*

2095*

2103

2105*

LSAV

014300

3025*

3026

302~#

LUP10

004060

1317#

1322

LUP11

004402

141011

1418

LUP12

004616

1476#

1484

lUP13

005116

,578#

1583

LUP14

005446

1676#

1706

LUP16

006526

1900

190411

LGP7

003726

127711

1281

MAPMA

01'

770

2589#

MAPMB

012162

2585

2621

#

CCMFAFO,

MEMORY

PARITY

TEST

MAC'{11

30A(1052)

13-JAN-78

12:27

PAGE

73

CCMFAF.

Pl1

13-JAN-7812:13

CROSS

REFERENCE

TABLE

--

USER SYMBOLS

SEQ

0072

MAPMEM

011756

707

967

2585#

r.~APRB

012346

2660#

2704

2714

2742

r,1APRC

012446

2679#

;t\,l\.PRD

012546

2682

2700#

Ml\.PRE

012642

2706

2708

271511

M:'.PREG

012304

968

2648#

MAPl

014062

1003

1094

1148 1312 1406

1472

1575 1783

2091 2591

2723

2975.

3168

MeON

016666

353111

;"CR

017154

2806

3565.

MDASH

017151

2791

3564#

MDAT A

016550

2854

2878

3512#

fll!::.f',iH

001065

597#

2596,.:

2609

2625*

2731

3178

f,1EML

001064

596.

2271

2595*

259B

2624*

2638*

2648

3124 3175

r/1EMUT

000546

438#

2598*

2609*

2615* 2648*

2712

2731

'"

2738

MED

016464

2914

3500#

MICNT

01651

{J

2911

3505#

MK

017157

2804

356611

MLDRSV

017636

751

3625#

MiMDR

D

16741

3539#

M.',lOEV

016706

3534#

Mr.1PAT

016775

354411

MI'IIPRS

017026

760

3549#

MONCNT

011754

257711

MPC

016472

2907

3502#

MPCNT

017401

2553

3595'

MPGEND

017363

2556

3591

H

MPRAD

017244

2770

2775

357711

MPRCOR

017670

777

780

3630#

MPRMOS

017731

786

789

3636#

MPROK

000542

4361/

761

'"

791

,.,

805

MPRO

000566

47811

762

833

886

906

973

1006

1097

1150

1276

1315

1408

1474

1577

1693

1726

1747

1808

1845

1863

1936

1948

1964

1983

1990

2125

2142

2160

2167

2311

2347

2366 2429

2444 2452 2660

2671

26:'9

2753

2957

3109

3193

3337

MPRl

000576

492#

MPR10

000706

518#

MPR11

000716

522#

MPR12

000726

526#

MPR13

000736

530#

MPR14

000746

53411

MPR

15

000756

53811

MPR2

000606

486.

MPR3

000616

49011

MPR4

000626

494#

MPR5

000636

498#

MPR6

000646

502.

MPR7

000656

506#

MPR8

000666

51011

MPR9

000676

514#

MPSER

017410

3134

3227

3597.

MPSER 1

017440

3131

3221

3223

3225*

36010

MPloJRF

017344

3352

3588'

MSETSR

016645

3528#

MSTR

0165

t 7

2844

2866

3507.

MSTRX

016561

2868

3514#

MSTRX1

016605

2882

3518#

CCMFAFO.

MEMORY

PARITY

TEST

MACYll

30A(

1052)

13-JAN-78

12:27

PAGE

74

CCMFAF.

Pl1

13-JAN-78

12:,3

CROSS

REFERENce TABLE

--

USER SYMBOLS

seQ

0073

MSTRX3

016621

2886

3522#

MSTRX5

016635

2890

3526#

MT

017161

3567#

MTIT

017257

749

3579'

MTMAP

017074

2752

355SN

MTNUM

016464

3501#

MTR

0'7212

80B

3572_

MTREG

016526

2850

2874

3509.

MTYCOR

017144

2784

2789

2799

2802

3563.

MTYFG

000562

445_

684*

722*

964

982*

MXl

017447

2173

3603'

MX2

017546

2787

3614'

NOKT

000550

439N

711

1000

lOBO

1091

1131

1145

1262 1309

1387 1403

1455

1469

1558

1572

165C

1778

2084

2589_

2621'

2715 2994

3013

3102

NOMON

017466

2834

3606N

NOP

000240

371#

3404

NOREG

002062

807#

NRALL

013712

1002

1093

1147

1311

1405

1471

1574 1782

2090

2590

2722

2929N

3167

OACOST

015520

3256*

3258*

3262*

3263*

3272#

OACNT

015522

3257.

3258

3268.

3273N

OACNV

015416

775

784

2551

2768 2848

2852 2872

2876

2880

2884

2888

2905

2909

3129

3219

3255N

OACNVA

015440

3259N

3269

OACNVX

015516

3255-

3259

3264.

3265-

3266-

3267+

3271#

OODFLG

000556

442#

1933-

1945 1955

2063'

2122*

2133

2250-

2426.

2437

2514'

OPEN

000000

372N

2915

2916

2924

3249

3271

3292

3293 3294

3306

3307

3308

OUT

010330

1910

2274N

PARPAT

001036

582N

1686

1801

2305

PARVEC=

000114

381#

1039-

1042*

1079*

1274*

1275'

1288'

1336-

1366_

138,.

1495-

1531' 1557'

1596*

1632-

1649*

1664_

1707-

1788_

1824'

1898-

1926-

208S-

2117-

2310- 2325-

2547.

PASCNT

01

I

752

685-

723-

2550-

2552

2576.

3478

POREND

001236

663'

2942

PORTAS

001232

66,.

2936

PERR

=

100000

365N

1284

PMEMH

001072

602.

972·

977.

1798

2106

PMEMl

001070

600N

971·

976*

1665

1674

1787

1905

2096

2268

PMEMX

001074

604N

1787-

1790

1798'

2096-

2098

2106_

PS

177776

368'

689'

2274.

2301

2335

2356 2374

2388 2395

2413

2460

2467

2481

2498

2508

2520

3247

3457-

3465'

3467_

3486-

PSAORS

015020

3128*

3130

3157#

3205·

3206-

3218.

3220

PSCAN

014514

708

1740

1764

1879

3090N

PSCANH

015022

3158N

3170'"

3173

3183

31e5'

PSCANX

014762

3123

3147#

3189

PSCANI

015024

3103

3164'

PSCXl

015136

3184

31e8'

PSLOOP

015060

3172.

3187

PSLUP

015064

3173.

3182

PSMSG

017603

710

3620N

PSNXT

015110

3177

3180N

3204

PSXTST

015144

3176

3179

3190.

PWRDN

015732

686

724

3336#

3346

PWRUP

015776

3336

3346N

RELOC

000564

447#

2651'

2721.

2733-

2734 2740

RESRVO

001030

572N

841*

843.

848

854

860

RESVC

001032

575'

841

CCMFAFO.

MEMORY

PARITY

TEST MACY11

30A(

1052)

13-uAN-78

12:27

PAGE

75

CCMFAF. P11

13-JAN-78

12:

I 3

CROSS

REFERENCE TABLE USER SYMBOLS

SEQ

0074

RESVM

001034

576N

843

929

RETURN

016462

815*

2283-

3459-

3460-

3468

3487

3490. 3494.

RST

ART

001276

414

683N

3353

RS

T

LOR

014420

410

20el

3065'

RSTLOX

014510

3066

3076

308'3N

RST04 =

104006

3295

3327

3386N

~ST05S=

104007

3388'

RS04

016210

3387

3424'

RS05S

016236

3389

3437#

ROSAV

001262

673N

R I SAV

001264

674.

R2SAV

001266

675'

R3SAV

00

I

270

676.

R4SAV

001272

677.

R5SAV

001274

678.

SAVLOR

014302

819

3034N

SA

V

LOX

014400

3047

3054.

SAV04

=

104005

3278

3320

3384.

SAV05S=

104010

3390N

SCAN

001356

412

699'

715

SCANA

001400

70611

803

SCAN8

001404

703

707#

SCNFLG

00

1220

655,

704*

706*

800

SCOPE

=

104001

831

883

962

996

1088

1142

1271

1306

1400

1466

1569

1660 1776

1896

2080

2258

3376N

SCOPE8

016426

3475

3481

3485.

SCOPEC

016356

2302

2414

2521

3377

3474.

SCOPEG

016440

3477

3479

3483

3488N

SH08E

000534

433N

1934*

2123*

2427·

2685

SMLSYS

013344

1667

2831'

SPSAV

001260

672.

3344_

3347

SRO

177572

382.

713*

1082.

1133*

1264-

13890

1457*

1560'

1652*

1823_

2116-

2586

2612_

2727.

2736·

2980*

3165

START

001436

408

721#

813

START 1

001632

70S

744

747

759_

STKPT =

0005

I 0

373N

683 699

721

2548

SUBTEN

015622

3286

3297#

SUBTNA

015626

3298_

330

I

SUBTN8

015642

3299

3302N

sv04

016122

3385

3396'

SV05A

016152

3405

3408N

SV058

016164

3399

341

In

SV05C

016200

3398*

3404*

3417#

SV05~

016142

3391

3404_

SWR

0011

00

615'

729

731

*-

983

2289

2291

*

2536

2538'

2567

2901

2920

3135

3228

3459

3463

347

;

3476

SWREG

000176

407.

731

TBANK

000544

437#

2594-

2600

2605.

2610

2652_

2667

2709-

2720'

TEMP

000560

444.

TEMPX

000514

424.

774*

776

783.

7G5

2767_

2769

TENPWR

015666

3285.

3298

3302

3308.

TESTX

016272

3457#

TESTI

002154

815

831#

TEST10

004016

1289

130S#

TESTll

004340

1390

1400#

TEST12

004554

1466.

CCMFAFO,

r-t1EMORY

PARITY

TE.ST MACY11

30A{

1052)

13-JAN-78

12

:27

PAGE

76

CCMFAF,P11

13-LlAN-78

12:

13

CROSS

REFERENCE

TABLE

--

USER SYM80LS

SEQ

0075

HST13

005060

1569#

TE5T14

005340

1660,Jf

2263

TEST

15

006014

1708

177611

TE5T16

006462

1679

1780

1825

1896#

TE,ST17

007360

1927

208011

T

ES

T2

002326

883.

TE5T20

010452

2283

2293

2301H

TE5T21

0'1054

2326

2413N

T

E5T3

002564

96211

T[5T4

002712

965

99611

T[ST5

003160

10B8#

TES T6

003334

1142#

HST7

003674

1271

#

TMAP

013020

981

2750N

TMAPA

013034

2754.

2766

2815

2821

TMAPB

013140

2776.

2809

2825

TMAPC

013226

2778

2794.

TMAPD

013272

2780

2793

2795

280B.

TMAPEX

013342

2756

2826H

TNUM

000022

824.

832

833'

884

885H

963

964.

997

998.

1089

1090#

1143

1144#

1272

1273'

1307

1308N

1401

1402#

1467

1468#

1570

157,.

1661

1662#

1777

177811

1897

1898.

2083

2084'

2303

2304'

2415

2416'

TPB

001106

618#

647·

2514*

T PCQRE

005626

1700

171211

t T PCORX

006276

1811

1829'

T P5

001104

617#

645

90

.

2572

I T RDATA

000540

435.

2847·

2853

2871.

2877

TREG

000766

543.

797

847*

848*

874

876*

898

941

979

1101

1154

1280

1321

1417

1483

1582

1698

1724*

173~

1735.

1746*

1753

1758*

1815

1843.

1851

1854*

1862*

1869

1874*

1943

1953

1970

1988

1992*

1997

2011

'"

2014

2027

2037

2053·

2055

2131

2147 2165

2169*

2174

2189*

2193

2206

2222

2240-

'1'

2242

2317

2346*

2353

2365-

2372

2435

2450

2453*

2458

2473-

2476

2479

2489

2504*

2506

2665 2677

2681

2755

2847

2849

2871

2873

.29~9

3116

3199

3342

TRFLG

000522

427#

2758*

2779

2781

'"

2794

2796*

TRP10

004202

1336

1351

II

1 R P

lOA

004252

1366

1369N

1RP12

004724

1495

1511#

TRP13

005214

1596

1610#

TRP14

005734

1664

1746#

TRP15

006402

1788

1862#

TRP16

007076

1898

1983'

1RP16A

007102

1984.

1989

TRP17

007762

2088

2160#

TRP17A

007766

21611'1'

2166

TRP20

010720

2310

2365N

TRP4A

003110

1032

1056'

1 RP48

003116

1039

1063#

TRP4C

003124

1042

1072'

TRP7

004004

1274

1290"

T5HOC

000532

431#

2870*

2881

TSTX

000510

373

422'

688* 742*

3462-

3480

3488<

T5110

004104

1318

1324#

IST11

004434

1413

1420'

IST12

004650

1479

1487'

T5T13

005140

1579

1586#

CCMFAFQ,

MEMORY

PARITY

TEST MACV11

30A{

1052)

13-JAN-78

12:

27

PAGE

77

CCMFAF.

Pl1

13-JAN-7812:13

CROSS

REFERENCE

TABLE

--

USER SYMBOLS

SEQ

0078

TS114

005510

1675

1686#

T5T15

006162

1791

1801#

TST4

003002

1009

1014#

TST5

003240

1099

1104#

TST6

003414

1152

1158#

TST7

003750

1278

1283#

TYCOR

000526

429#

2762*

2776*

2783

2798

TYFLG

000524

428'

2760*

2792*

2807*

2812

TYPE

104000

709

748

750

759

779

7S(:

807

2555

2751

2772

2774

2786

2788

2790

2801

2803

2805

2833

3081

3133 3226

3351

3374'

TYPSAX

015402

3245

3247#

TYPSBX

015412

3243*

3244

3249#

TYPSX

015364

2913

3243N

3250

\'JAS

000536

43411

1715*

1716

1833*

1834

2017*

2196

...

2889

~'JWP

000004

36311

1033

1116

1120

1206

1233 1332

1430

:

496

1527

1597

1629

1939

1951

1968

1986

2128

2145

2163 2433

2448 2663

2674

IojliiP16

006666

1923

193211

\I!l'iP16A

006704

1935#

2069

li)WP17

007614

2114

2121#

\-,,'\";P17A

007632

212411

2257

\>H~P21

011110

L425#

1>J',\lP21

A

011124

2428#

2518

XF

R1

010252

2086

2118

2258.

XFR2

011520

2524'

$ENDAD

011702

400

2563#

$

FILLS

001111

620'

$NULL

001110

619#

639

$T PFLG

001112

621#

624

901

2570

$TYPE

001114

624.

3248

3375

017772

394.

396#

399'

4011/

405#

40911

411.

413# 416#

614#

712

810 817

842

849

863 893

904

921 931

984

1026

1073

1081

1110

1124

1132

1164

1194 1212

1221

1229 1239 1249

1257

1263

1326

135B

1373

1388

1423

1437

1444 1456 1490 1513

1521

1536

1544

1559

1590

1612

1621

1637

1651

1666

1678 1695

1717 1728

1749

1779

1811

1835

1847

1865

1903

1908

1909

1938

1950

1

~a1

1985

1998

2004

2019

2045 2056

2064

2085

2127

2144

2162 2175

2181

2182 2198

2231

2243

2251

2265

2269

2272

2314

2334

2341

2349 2368

2432 2447

2459

2466

2507 2515

2568

2573

2662

2673 2716

2919

2921

2957 2959

2961

3084

3112 3136

3143

3195

3229

3235

3339

3349-

3350

3364 3464

3466

3642#

CCMFAFO.

MEMORY

PARITY

TEST MACY11

30A(lC52}

13-JAN-78

12:27

PAGE

79

CCMFAF. P11

13-JAN-7B

12:

13

CROSS

REFERENCE

TABLE

MACRO

NAMES

EMTDEF

TESTX

3S8'

39011

2083

3373

832

2303

•

A8S.

017772

000

ERRORS

DETECTED:

3~76

BB4

2415

3378

963

CCMF

AF

•

CCMF

AF

• LST

fCR

F

fSOL=CCMFAF.

P 11

RUN-TIME:

4 9 1 SECONDS

RUN-TIME'

RATIO:

247/15=16.3

CORE

USED:

9K

(17

PAGES)

3380

997

3382

1089

3384

1143

3386

1272

3388

1307

3390

1401

1467

1570

1661

SEQ

0077

1777

1897

i

t

PDF Printing 600 Dpi AC 7883F MC_CCMFAF0 MS11_MF11_MA11 P Mem_Feb78 MC CCMFAF0 MS11 MF11 MA11 Mem Feb78

AC-7883F-MC_CCMFAF0-MS11_MF11_MA11-P-Mem_Feb78 AC-7883F-MC_CCMFAF0-MS11_MF11_MA11-P-Mem_Feb78

Navigation menu

Versions of this User Manual:

Views

Navigation