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AH-E229B-MC

November 1980

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Document:	CZDMQB0 DMP-11,DMR-11 M8207 STATIC DIAG.2 NOV 1980 bw
Order Number:	AH-E229B-MC
Revision:	000
Pages:	184
Original Filename:	CZDMQB0__DMP-11,DMR-11__M8207_STATIC_DIAG.2__AH-E229B-MC__NOV_1980_gray.pdf

OCR Text

MB207 STATIC DIAG.#2
CZDMOBO_
i

R
ET
HE “ OF

HEDE IN_Use

w
W

) b ed d o o i h d i

ruuuwNNNNNNNNN
NS W
- COONO VNS WN=OO0VONO
W =0V ~NOWn S mrn0

207 STATIC DIAG, #2
11
20-AUG-80 07:46

4]
I0OMQ

MACY11 30A(1052)
20-AUG-80
PROGRAM DOCUMENT

07:47

1
PAGE 2

SEQ 0001

.REM 3

IDENTIFICATION
PRODUCY CODE:

AC-E228B-MC

PRODUCT NAME:

(ZDMQBO M8207 STATIC DIAG #2

PRODUCT DATE:

AUG.

MAINTAINER:

DIAGNOSTICS MERRIMACK

AUTHOR:

ED BADGER

1980

THE INFORMATION IN THIS DOCUMENT IS
SUBJECT
TO CHANGE WITHOUT
NOTICE
AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL

EQUIPMENT CORPORATION. DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

NO RESPONSIBILITY IS ASSUMED FOR
SOF TWARE ON EQUIPMENT THAT IS NOT
AFFILIATED COMPANIES.

THE USE
SUPPLIED

OR
BY

RELIABILITY OF
DIGITAL OR ITS

DIGITAL
DEC

POP
DECUS

UNIBUS
DECTAPE

MASSBUS

CZDMQB MB207 STATIC DIAG. 02
C7DMeB.P11
20-AUG-80 07:

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

1
PAGE 3

TABLE OF

SEQ 0002

CONTENTS

1.0 INTRODUCTION
1.1 PROGRAM ABSTRACT
1.2 HARDWARE INTRODUCTION

2.0 HARDWARE REQUIREMENTS

3.0 PRELIMINARY PROGRAM REQUIREMENTS
4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR

4.2 EXECUTION TIME

5.0 PROGRAM LOAD MEDIA

6.0 OPERATING INSTRUCTIONS
6.1 LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROCEDURES
6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE

RESTART COMMAND

CONTINUE COMMAND

PROCEED COMMAND
R
W
- O

OOOOOOOOOOOO

FERRAR2B3S

6.3 PROGRAM OPTIONS
6 3 1 START COMMAND

ISPLAY COMMAND
LAGS COMMAND
%FLAGS COMMAND

ONTROL CHARACTERS

H ARDWARE PARAMETERS

SOF TWARE PARAMETERS

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE

7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

07 STATIC DIAG, #2
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07:47

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PAGE &

SEQ 0003

1.0 INTRODUCTION

=0 DB
L S RN AR AN O OB NN

PROGRAM ABSTRACT

THIS DIAGNOSTIC WAS DESIGNED TO TEST OUT THE M8200, M8204,
CR MB8207 MICROPROCESSOR.
IT
IS
THE
SECOND
OF
TwO
DIAGNOSTICS FOR THESE OPTIONS.
THE PROGRAM WAS IMPLEMENTED USING THE DIAGNOSTIC SUPERVISOR.
THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM WILL
ALLOW
MODIFICATION OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESS, AND PROCESSOR TYPE.
1.2 HARDWARE INTRODUCTION

THE MB820X MICROPROCESSOR USES AN EIGHT BIT DATA PATH WITH A
SIXTEEN BIT INSTRUCTION MEMORY.
THE INSTRUCTION MEMORY AND
DATA MEMORY ARE TWO SEPARATE MEMORIES.
THE MICROPROCESSOR

IS DESIGNED FOR MOVING DATA AT HIGH RATES TO WORK AS A HIGH
SPEED"ksflk BETWEEN Pl?CESSOIS WHEN USED WITH A LINE UNIT,
THE
00 AND MB207
HAVE PROM INSTRUCTION MEMORIES.
THE
M8204 HWAS WRITEABLE CONTROL STORE.
THE MEMORY SIZES BETWEEN
ALL THREE PROCESSORS VARY ALSO.

2.0 HARDWARE REQUIREMENTS

;2§TSFOLLOUXNG

HARDWARE

IS REQUIRED TO RUN THE M8207 LOGIC

PDP-11/04,05,10.20,30,34,35,40,45,50,60, OR 70
16K MEMORY

CONSOLE TERMINAL

THE PROCESSOR AND MEMORY SHOULD BE THOROUGHLY
TO RUNNING THIS DIAGNOSTIC.
4.0 GENERAL PROGRAM CONSIDERATIONS

TESTED

PRIOR

e e

S R

s e

—D

3.0 PRELIMINARY PROGRAM REQUIREMENTS

T B I 2 ot it o

0
ol N S D

s —D —D NN

—

——— i

— G

[=]=1=]

W
—

1.1

4.1 DIAGNOSTIC SUPERVISOR

THIS PROGRAM IS COMPATIBLE WITH THE STANDALONE DIAGNOSTIC
SUPERVISOR, AND MUST BE LOADED TO BE CO-RESIDENT WITH THE

CIDMQB MB207 STATIC DIAG, #2
(ZDMmaB.P11
20-AUG-80 07:46
144

MACY11 30A(1052)
20-AUG-80
PROGRAM DOCUMENT
SUPERVISOR,

07:47

3
PAGE 5

PREVIOUSLY COMBINED WITH THE SUPERVISOR

SEQ 0004

CZDMQB MB207 STATIC DIAG, #2

20-AUG-80 07:46

20-AUG-80

07:47

PROGRAM DOCUMENT

PAGE 6

SEQ 0005

AND LOADED AS A SINGLE FILE.
1IN EITHER CASE,
PROGRAM WILL NOT EXCEED 16K OF MEMORY.

THE

COMBINED

D il e

4.2 EXECUTION TIME

s D

WN = OOV
NOWVES WA =200
S8ITR8R 2SS RTRRRRRBBIIIIINIINITEIEZ 20000mmmwwmwwmmb

(ZDMaB.P11

“MACY11 30A(1052)

ABOUT 120 SECONDS PER PASS FOR EACH UNIT,

TOTAL

TIME

REQUIRED

TO RUN THE MB207 STATIC TESTS IS

D D

THIS PROGRAM MAY BE LOADED UNDER XXDP+¢, AND MAY
DUMP MODE OR CHAIN MODE.

N) —2 —b =2 —d b

2t —D — — i

D il il el il il

D i

D D il add D

D il il

s D il

D i e

4.3 XXDP+

D i

TYE

RUN

4.4 ACT/SLIDE

THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE AND MAY BE RUN
IN DUMP MODE OR CHAIN MODE.
4.5 APT

THIS PROGRAM MAY BE LOADED BY
THE
APT
SYSTEM
APT=RD) AND RUN IN PROGRAM MODE OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

MEMORY MANAGEMENT IS NOT UTILIZED IN THIS PROGRAM.
INSTALLED, IT IS DISABLED BY THE PROGRAM.

IF IT IS

&.7 MEMORY PARITY OPTION

IF PARITY MEMORY

[INSTALLED,

DISABLED BY THE PROGRAM.

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING

THE

NUMBER

ERRORS

WHICH

HAVE OCCURRED ON EACH DEVICE

UNDER TEST SINCE THE LAST START OR RESTART COMMAND IS KEPT
IN AN ERROR LOG.
THIS LOG_ MAY BE PRINTED BY USING THE
“PRINT'' COMMAND (SEE SECTION 6.3.8).

5.0 PROGRAM LOAD MEDIA

THIS PROGRAM

CAN

LOADED

—

FROM

PAPER

TAPE

USING

THE

(ZDMQB MB207 STATIC DIAG. IZ
(Z0MmaB.P11
20~AUG-80 07:4
201

MACY11 30A(1052)

¢20-AUG-80

PROGRAM DOCUMENT

ABSOLUTE

07:47

1
PAGE 7

LOADER OR FROM ACT, SLIDE, OR APT SYSTEMS, OR FROM

SEQ 0006

CZDMQB MB207 STATIC DIAG, #2

CZDMaB.P11

20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

PAGE 8

202
203
204

207
208
209
310
5{5

ANY MEDIA SUPPORTED BY XXDP+., WHEN USING THE PAPER TAPE
ABSOLUTE
LOADER,
THE PROGRAM SHOULD BE
LOADED FIRST,
FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.
WHEN USING XXDP+,
THE
DIAGNOSTIC
SUPERVISOR SHOULD BE LOADED FIRST, FOLLOWED
BY THE DIAGNOSTIC PROGRAM.

213
214

6.0 OPERATING INSTRUCTIONS

g};

6.1 LOADING AND STARTING PROCEDURES

219

%g?

6.1.1 LOADING PROCEDURES

222
223
224
%gz

THIS PROGRAM MAY BE LOADED FROM PAPER TAPE USING THE
ABSOLUTE LOADER.
IT MAY ALSO BE LOADED FROM ANY XXDLP+ LOAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISOR
WILL BE LOADED AUTOMATICALLY.

227
223

6.1.2 STARTING PROCEDURES

%g;

PROCEDURES TO START THE PROGRAM.

233
%gg

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION

236
gg;

THE DIAGNOSTIC CAN BE EXECUTED STANDALONE UNDER XXDP+
WITHOUT READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:

239
240
241
242
243
g:g

A)
B)
C)
D)
E)
F)

5%0

246

THE PROGRAM STARTS AT LOCATION 200. USE STANDARD DEC

LOAD AND START DIAGNOSTIC USING RUN COMMAND
RECEIVE DIAGNOSTIC SUPERVISOR PROMPT
(DR>)
ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE QUESTIONS
GET END OF PASS MESSAGES OR ERROR MESSAGES
TO END EXECUTION, ENTER CONTROL/C

gzz

6.2 INITIAL DIALOGUE

249
%gg

AFTER THE PROGRAM AND THE SUPERVISOR ARE LOADED AND THE
PROGRAM IS STARTED , THE FOLLOWING IDENTIFICATION IS TYPED:

252
253
254

DRS LOADED
DIAG. RUN-TIME SERVICES
CIDMQ-B-

255
256

257

M8207 DIAG, #2 OF 2
,0R MB207
UNIT IS M8200,M8204
DR>

SEQ 0007

CZDMQB MB207 STATIC DIAG,. #2
CZDMaB.P11
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MACY11 30A(1052)
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SEQ 0008

258
259
260
263

THE OPERATOR THEN PROCEEDS BY TYPING

ONE

265

DETAILED INFORMATION, REFER

DIAGNOSTIC

268
2069

€ .3 PROGRAM OPTIONS

%;%

6.3.1 START COMMAND

274

275
276

STA(RT) /TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:
<FLAG=LIST>/EOP:<INCR>

264

ggg

270
2N

277

278
279

COMMANDS

DESCRIBED

FUNCTIONAL SPECIFICATION).

THE

THE FOLLOWING SECTION 6.3.(FOR MORE

THE

L T

R R T

SUPERVISOR

I I

%g?

6.3.1.1 TESTS SWITCH (/TESTS:<TEST=LIST>)

282
283
284
285
286
287
288
289
290
gg;

<TEST=LIST> IS A SEQUENCE OF DECIMAL NUMBERS (1:2 ETC.) OR
RANGES OF DECIMAL NUMBERS (1-5:8-10 ETC.) THAT SPECIFY THE
TESTS TO BE EXECUTED. THE NUMBERS ARE SEPARATED BY COLONS.
THE NUMBERS RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE
DIAGNOSTIC. THEY MAY BE SPECIFIED IN ANY ORDER. TESTS WILL
BE EXECUTED IN NUMERICAL ORDER REGARDLESS OF THE ORDER OF
SPECIFICATION. THE DEFAULT IS TO EXECUTE ALL TESTS.
ON
THIS AND ALL SWITCHES, THE ANGLE BRACKETS <> ARE PUNCTUATION
USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY THE
OPERATOR. SEE EXAMPLE AT END OF 6.3.1.5.

293
Sgg

6.3.1.2 PASS SWITCH (/PASS:<PASS=CNT>)

296
297
298
299
300
301
302
ggz

<PASS=CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER
OF PASSES. A PASS IS DEFINED AS THE EXECUTION OF THE FULL
DIAGNOSTIC (ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
THE DEFAULT IS NON-ENDING EXECUTION. 1IN THIS CASE EXIT FROM
THE PROGRAM IS ACCOMPLISHMED EITHER BY TYPING A CONTROL/C OR
BY OCCURANCE OF AN ERROR WITH THE MALT ON ERROR FLAG BEING
SET.
THE EXIT IS A RETURN TO COMMAND MODE. SEE EXAMPLE AT
END OF 6.3.1.5.

§§9

6.53.1.3 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)

308

<FLAG=LIST> IS A SEQUENCE OF ELEMENTS OF

}(1)

ONE OF THE FOLLOWING VALUES:

313

THE

FORM

<FLAG>,

<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS

HOE

MHALT ON ERROR, CAUSING COMMAND MODE TO BE

ENTERED WHEN AN ERROR IS ENCOUNTERED

CZDMQB MB207 STATIC DIAG. #2
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314

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LOE

07:47

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LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP

SEQ 0009

MACY11 30A(1052)

w
=000~V
FLFRURZES O NO VSN

A WA

20-AUG-80

PROGRAM DOCUMENT

Y N
e et i el
N NN N N N NN N L
= bbbs
N NNVNINNININ)
~

07 STATIC DIAG, 02
20-AUG-80 07:4

07:47

1
PAGE 11

SEQ 0010

IER
IBE
IXE
PRI

CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) CONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE PRINTER

ISR
IDU
LOT

INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

PNT
BOE
UAM

PRINT NUMBER OF TEST BEING EXECUTED
BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS
INHIBIT STATISTICAL REPORTS

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
é:éf&? ASBN?tSGIVE“ ALL FLAGS ARE CLEARED.
SEE
EXAMPLE
AT

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER INDICATING HOW OFTEN (IN TERMS OF

PASSES) IT IS DESIRED THAT
PRINTED.
THE
DEFAULT
IS

EXAMPLE AT END OF 6.3.1

THE
END OF
PASS MESSAGE
BE
AT
THE END OF EVERY PASS.
SEE

EELETREREE

6.3.1.5 EFFECT OF START COMMAND
THE EEFECT OF THE START COMMAND IS TO INITIATE THE
HARDWARE
PARAMETER DIALOGUE,
THE SOFTWARE PARAMETER DIALOGUE, AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.

THE HARDWARE PARAMETER DIALOGUE COMMENCES WITH THE

UNITS?"

WHICH

THE

QUESTION

OPERATOR REPLIES WITH A DECIMAL

NUMBER N FROM 1 TO 16. THE TERM 'UNIT''

REFERS TO THE

DEVICE

TO WHICH THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS ARE THE QUESTIONS WNEREBY THE P-TABLES THEMSELVES WILL

BE BUILT. EACH P-TABLE IS A CORE-RESIDENT TABLE CONTAINING
ALL THE HARDWARE INFORMATION FOR ONE UNIT.
THE OPERATOR
MUST SUPPLY N (NUMBER OF UNITS) VALUES FOR EACH QUESTION.
HE MAY DO THIS BY GIVING ONE ANSWER TO EACH QUESTION C(IN
WHICH CASE THE SERIES OF QUESTIONS \flLL BE POSED N TIMES) OR
BY GIVING N VALUES, SEPARATED BY COMMAS,
TO EACH QUESTION

(SERIES WILL BE POSED ONCE). EACH ouésnou IS FOLLOWED BY
DECIMAL
FOR BINARY, O FOR
OCTAL, L FOR YES/NO) IN memés:s AND THE DEFAULT VALUE
THE RESPONSE mu (D FOR

AFTER THE PARENTMESES.

CIDMQB MB207 STATIC DIAG. az
CZDMAB.P11
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PAGE 12

SEQ 0011

70
71

372

it
375
376

FOLLOWING THE MARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS
T0 BUILD THE SOFTWARE TABLES, WHICH DEFINE THE MODE (QUICK

g;g

VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.

379

WHEN THE QUESTION *'# UNITS?'' IS ANSWERED,

381
382

F*COMMODATE THEM THE MESSAGE ''TOO MANY UNITS'* IS ISSUED. IN
THIS CASE THE DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE TO

380

383
384
ggz

MEMORY STORAGE

TEST ALL UNITS.

EXAMPLE :

ggz

STA/TESTS:1:2-4:6:8=10/PASS:3/FLAGS : IER:HOE=1:UAM: LOE

389

THIS COMMAND UlL* CAUSE ruuse PASSES TO BE MADE,

391

ALL UNITS.

395

THREE LETTERS ARE SCANNED.

390
392
393
394

307

333

CONSISTING

TESTS
1

EACH

PASS

4,6,8,9, AND 10 EXECUTED AGAINST

THERE IS NO oxrreneuce oeruesu SAYING <FLAG> AND

SAYING <FLAG=1>. THE NOTATION <FLAG=0> 1S MEANINGFUL ONLY ON
A COMMAND OTHER THAN START TO CLEAR A FLAG THAT WAS
PREVIOUSLY SET.
NOTE THAT ON ALL COMMANDS ONLY THE FIRST

6.3.2 RESTART COMMAND

‘w

(2222223222232 23%22222232222222222

401
402

RES(TART) /TESTS:<TEST=LIST>/PAS .<PASS=CNT>/FLAGS:
CFLAG=LIST>/UNITS:<UNIT=LIS »

‘os

ALLOCATED FOR THE P-TABLES, AND IF THERE IS NOT ENOUGH TO

2323223323333 33323333 2232302 21%.]

(2222222222222 322222122222222212233323233333333333333332313]

404

405

289

6.3.2.1 TESTS, PASS, AND FLAGS SWITCHES

408

CTEST=LIST>, <PASS=CNT>, AND <FLAG-LIST> ARE AS IN THE START

409

COMMAND.

2}§

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)

414

CUNIT=LIST> IS A SEQUENCE or DECIMAL nunaeas (0,1

415
416

7
418
419
420
6§1

“

ETC.)

RANGES OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE
UNITS TO BE TESTED. THE NUMBERS ARE
raaareo 8Y COLONS.

THE NUMBERS MAY RANGE FROM O THRU N=1 (N IS THE NUMBER OF
UNITS SPECIFIED IN tue rusvxous START COMMAND). THE NUMBER
INDICATES THE POSITION OF TME P-TABLE AS THE DATA WAS
ENTERED DURING THE MARDWARE DIAGLOGUE. THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY THE DROP COMMAND.

SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
IS

COMMAND.

DEFAULTY

TEST ALL UNITS WHICH WAVE NOT BEEN DROPPED BY A DROP

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SEQ 0012

.bl\b‘;hl\b

V0O ~NO N

lalel

MB207 STATIC DIAG. 02
L1
20-AUG-80 07:

6.3.2.3 EFFECT OF RESTART COMMAND

432
433

THE RESTART COMMAND DIFFERS FROM THE START COMMAND
IN THAT
THE P=-TABLES FROM THE PREVIOUS START COMMAND (THERE MUST

434

HAVE BEEN ONE) ARE USED,

TYESE.

435

THE

437

UNITS

GIVES

INSTEAD OF NEW

ONES

WILL

ASKED).

THE

BUILT.

REEXECUTED

COMMAND CAN BE USED AFTER

COMMAND MODE HAS BEEN REENTERED IN ANY OF THE

439
440

BEING

THE ABILITY TO SELECT A SUBSET OF

THE SOFTWARE DIALOGUE MAY OPTIONALLY

(OPERATOR

438

SWITCH

THREE

NORMAL

WAYS:
A)
THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE B)
AN ERROR WAS ENCOUNTERED WITH THE MALT ON ERROR FLAG SET ()
A CONTROL/C WAS ENTERED BY THE OPERATOR.

6.3.3 CONTINUE COMMAND
446

R
T LT LT LTI
T T T Y

CON(TINUE) /PASS : <PASS=CNT/FLAGS:<FLAG-LIST>

448

L
T LT LT T T T T T

6.3.3.1 PASS SWITCH (/PASS:<PASS=CNT>)
<PASS=CNT>

SAME AS IN START COMMAND, BUT THE DEFAULT

THE UNSATISFIED PASS=CNT FROM THE PREVIOUS START OR RESTART.

455

IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

6.3.3.2 FLAG SWITCH (/FLAGS:<FLAG-LIST>)

4«60

<FLAG=LIST>

SAME

IN START COMMAND, BUT UNSPECIFIED

FLAGS RETAIN THEIR CURRENT VALUE.

6.3.3.3 EFFECT OF CONTINUE COMMAND

466
467
4«68
469
470

CONTINUE MUST FOLLOW A START OR RESTART, AND COMMAND MODE
MUST HAVE BEEN ENTERED DUE TO A HALT ON ERROR OR A
CONTROL/C. THE EFFECT OF THE COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
OR CONTROL/C TOOK PLACE. SOFTWARE DIALOGUE MAY OPTIONALLY
BE REEXECUTED. MWARDWARE PARAMETERS MAY NOT BE CHANGED.

6.3.4 PROCEED COMMAND

476

RNt
et et et et e at ettt deeetetteteeReeet

&77

PROCCEED)
/FLAGS : <FLAG-LIST>
I

SRR

R RRRRRARRRRRRRR]])

07 STATIC DIAG, #2
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SEQ 0013

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG-LIST>)
<FLAG-LIST> IS AS
IN THE
START COMMAND, BUT UNSPECIFIED
FLAGS RETAIN THEIR CURRENT VALUE.

€.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED MUST FOLLOW A START, RESTART, OR CONTINUE.

COMMAND

MODE MUST HAVE BEEN ENTERED VIA A HALT ON ERROR. THE EFFECT
OF THE COMMAND IS TO BEGIN EXECUTION AT THE LOCATION
FOLLOWING THE ERROR CALL.
NEITHER HARDWARE NOR SOF TWARE
PARAMETERS MAY BE ALTERED.

6.3.5 ADD COMMAND
R
L
T T L T T T R T R TR R R I R T L

IST>
=l NIT
ADD/UNITS:<U
N

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT=-LIST>
CUNIT=LIST> IS AS IN THE RESTART COMMAND.

AV A VA VAV VA VA VA VAW W WA W

VAW

S
002:::&9&.&;0'092;-.-o-n-.-.-a-‘-.-o
BN AR
N =S O o
—

510

6.3.5.2 EFFECT OF ADD COMMAND

THE UNITS SPECIFIED ARE ADDED TO THE TEST SEQUENCE.
EACH
UNIT MUSY HAVE A P-TABLE IN MEMORY DUE TO AN EARLIER
HARDWARE DIALOGUE. THIS COMMAND MUST BE FOLLOWED BY A
RESTART OR CONTINUE.
THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL ONLY FOR UNITS THAT WERE
PREVIOUSLY DROPPED.

6.3.6 DROP COMMAND
RRORTYE
RRt
RRORRRGRRROARRRORO
ttRt
et R R R R OERRORROERRRRRRRRR
eRte
ttttRt

DRO(P) /UNITS: <UNIT=LIST>

RRCRTS
eR
R Rt RROERROERRCERRRRROE
Rttt Rt Rt Rdette
tttet
tetteettt

6.3.6.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

OF DROP COMMAND
6.3.6.2 EFFECT

w
U“fi:thfiNfl
O EIFRR

07 STATIC DIAG,
1
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SEQ 0014

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR
START
COMMAND.
THE UNITS SWITCH MUST BE ENTERED.
THIS COMMAND
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

€.3.7 PRINT COMMAND
L

PRI(NT)

IR
L
T L
T T
T T TR T TR TR R R T Y

6.3.7.1 EFFECT OF PRINT COMMAND
THE TOTAL NUMBER OF ERRORS FOR EACH UNIT
START OR RESTART
COMMAND ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE
THE
LAST
THE ISR C(INHIBIT

6.3.8 DISPLAY COMMAND
ARRRRRRRRRRR

AR RN RN RN E R

R RN NARAANRARARRRARNAARRERRORRRARRS

DISC(PLAY)/UNITS:<UNIT=LIST>
R

6.3.8.1 UNITS SWITCH (/UNITS:<UNIT=LIST>)
CUNIT=LIST>

1S AS

IN THE RESTART

COMMAND.

6.3.8.2 EFFECT OF DISPLAY COMMAND
THE HARDWARE P-TABLES FOR ALL UNITS UNDER TEST

ARE

PRINTED

OUT IN THE FORMAT IN WHICH THEY WERE ENTERED. ANY UNITS
THAT WERE DROPPED BY THE OPERATOR ‘'DROP'' COMMAND ARE SO
DESIGNATED.

6.3.9 FLAGS COM.AND
ttttteRttReRdttt
Rt Rttt dRtR RO R RAROARRRRRRRRRRRORRORRORRRROROTRTYE

FLA(GS)

tttttdi ARt RRRC Rt R RO RRERRREOERRERRRRRRRRORRRRRQROERRRRRRRRRRRRROTRTY

6.3.9.1 EFFECT OF FLAGS COMMAND
THE CURRENT SETTINGS OF ALL FLAGS ARE PRINTED.

CZDMQB MB207 STATIC DIAG. 02
CZDMaB.P11
20-AUG-80 0

MACY11 30A(1052) 20-AUG-80
PROGRAM DOCUMEN”

07:47

589
590
591
992
593
ggg

6.3.10 ZFLAGS COMMAND

596

R R R RN R R R RN P

597

LFL (AGS)

598

599
600

P AR

AR R R AR

2
PAGE 16

RN R R PR R R AR R R AN RN

R R R RN R AR RN R R R RN NN

SEQ 0015

RN RRNRS

RPN AR NR RO RRS

28;

6.3.10.1 EFFECT OF ZFLAGS COMMAND

603
604
605

ALL FLAGS ARE CLEARED.

28?

6.3.11

608
2?8

A CONTROL C (C) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES A RETURN TO COMMAND MODE.

611
612

A CONTROL Z (Z) ENTERED DURING ONE OF
THME
THREE OPERATOR
DIALOGUES= INITIAL DIALOGUE (SEE 6.2) ,HARDWARE DIALOGUE (SEE

616
617
618

A CONTROL O (0) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES ALL TELETYPE OUTPUT TO BE SURPRESSED FOR
THE
REMAINDER OF
THE DIAGNOSTIC OR UNTIL ANOTHER O IS TYPED,

613
g}g

CONTROL CHARACTERS

6.3.1.5), OR SOFTWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULTE TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

g;g

WHICH RESTORES NORMAL TELETYPE OUTPUT.

621
gg%

6.3.12 HARDWARE PARAMETERS

624
625
626

THE FOLLOWING QUESTIONS WILL BE ASKED ON A START COMMAND.
THE VALUE LOCATED TO THE LEFT OF THE QUESTION MARK IS THE
DEFAULT VALUE THAT WILL BE TAKEN ON A CARRIAGE RETURN

g%g

1. WHICH MICRO-CPU?

2%;

631

RESPONSE .

(0= MB200, 4= MB204, 7= M8207) (0) 7?

ggg

2. MICRO-CPU CSR ADDRESS:

(0) 160170?

634
635
gg?

THIS IS THE ADDRESS AT WHICH THE CSR REGISTERS (SELO)
R E
ON THE UNIBUS.
THE ALLOWABLE RANGE IS
160000(OCTAL), AND THE DEFAULT IS 160170.

CZDMQB MB207 STATIC DIAG. IZ
CZ0MaB.P11
20-AUG-80 07:

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

2
PAGE 17

SEQ 0016

MICRO-PROCESSOR RUN SWITCH-TYPE 1 IF ON, IF OFF:

(0) 0?

THE RUN SWITCH IS E28, SWITCH 7 ON THE M8207. MORE TESTS CAN
BE PERFORMED IF THE RUN SWITCH IS OFF.
YOU MAY GENERATE AN
ERROR IF YOU ANSWER THIS QUESTION WRONG.

6.3.13 SOFTWARE PARAMETERS
NO SOF TWARE PARAMETER QUESTIONS ARE ASKED BY PART 2
STATIC LOGIC TESTS.

THE

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
FULL CAPABILITY OF THE HARDWARE DIALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION ''# UNITS?''

ANSWERED

(WITH

THE

NUMBER N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE
IS A

ONE-TO

ONE

CORRESPONDENCE

BETWEEN

THE MARDWARE PARAMETER

QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
THE SLOTS IN
ALL OF
THE P=-TABLES ARE FILLED.
IF THE OPERATOR TYPES IN
LESS THAN N EXPLICIT VALUES IN RESPONSE TO A PARTICULAR
QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE

GOING INTO THE PROPER SLOT OF EACH P-TABLE

BEGINNING WITH

THE FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS
USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

ON SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P-TABLE NOT TO HAVE
RECEIVED AN EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE THAT TABLE NUMBER ONE PLAYED IN THE FIRST TRIP.
THE SERIES OF QUESTIONS IS REISSUED UNTIL AT LEAST ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

IN GIVING A STRING OF VALUES, COMMAS WITHOUT INTERVENING
VALUSSV:tBE.E USED TO INDICATE A REPETITION OF THE LAST
A STRING OF VALUES MAY BE GIVEN AS A RANGE (6-10 FOR
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS

SAMPLE RANGE TRANSLATES TO THE STRING 6.7.8.9.10 (AN
INCREMENT OF 1). IF THE VALUES ARE ADDRESSES,
THE SAMPLE
RANGE TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).

CZDMQB MB207 STATIC DIAG, 02
(ZDMaB.P11
20-AUG-80 07:4

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

2
PAGE 18

SEQ 0017

NOW LET US SEE HOW WE COULD USE THESE CAPABILITIES TO
CONSTRUCT A SET OF P-TABLES. ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE WARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN THE P-TABLE,
THREE MARDWARE QUESTIONS IN THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
TYE
SECOND
PARAMETER
BE
EQUAL
TO THE UNIT NUMBER
0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE

THE

VALUE
11.
LET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR
THE LAST 9 UNITS.

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:
# UNITS (D)

? 16

UNIT 1

<QUESTION 1> ? 75
<QUESTION 2> ? 0-6
<QUESTION 3> ? 76

UNIT 21

<QUESTION 1> ?

<QUESTION 3> ? 77

THE FIRST TIME THE SERIES IS ASKED, SLOT ONE aecexves s 75
IN ALL 16 TABLES. SLOT TWO RECEIVES THE VALUES
E

IN TABLES O THRU 6 AND A CONSTANT 6 IN TABLES ? THRU 15

SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

THE SECOND TIME THRU THE SERIES, TABLES 16 THRU THE END ARE
GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF INFORMATION IS
PRINTED OUT FOR THE THE OPERATOR IN THE FORM ‘UNIT XX'' AT
THE BEGINNING OF EACH SERIES).
QUESTION 1 1S RESPONDED TO

BY A <CR>, SO SLOT ONE STAYS AT CONSTANT 75 IN TABLES 7 THRU
15,

SINCE NO NEW EXLICIT VALUES ARE TYPED IN.

THE VALUES

7.8.9,10,11 IN TABLES

SLOT TWO GETS

7 THRU 11, AND GETS A 11 IN

SLOT 12, AND ceis THE VALUES 13,14,15 IN TABLES 13 THRU 15.
SLOT THREE GETS THE VALUE 77 IN TABLES 7 THRU 15.

THE DIALOGUE IS TERMINATED WHEN THE SOF TWARE RECOGNIZES THAT
16 EXPLICIT VALUES HAVE BEEN GIVEN FOR AT LEAST ONE QUESTION
(NAMELY QUESTION 2).

CZDMQB MB207 STATIC DIAG. 02
C(ZDMaB.P11
20-AUG-80 07:

MACY11 30A(1052)

20-AUG-B0

PROGRAM DOCUMENT

7.0

07:47

2
PAGE 19

SEQ 0018

TEST DESCRIPTIONS

teentenennnnennveett

TEST

etevercenennenennnene

*VERIFY THAT REFERENCING UNIBUS DEVICE REGISTERS
*DOES NOT CAUSE A TIME OUT TRAP

PLARRRRRNRRRRERARERRCEOOOTROCRROORORRORRONCOONORRRES

tetnanennnaneneneetees

TEST

teencencenanennnenee

*TEST OF BR RIGHT SHIFT

«VERIFY THAT A DEST OF BR RSH (011) OF A MICRO-INSTRUCTION
*SHIFTS THE RESULTING BR DATA RIGHT ONCE.
RN RRRRRNRNNNRCARORAOCCRRCEOONRANRROARNROAARARROROTRES

teanrenenennnnnnetttes

TEST

3 aecennvnnencenenens

*]OP CRAM WRITE/READ TEST
*FLOAT A 1

THROUGH EACH CRAM LOCATION

REARARARARNRRRRRNOOCEROCEROERORRORRONRRNRRAOOOOONORNORTSE

tennnennenneentecateet

TEST

«]OP CRAM WRITE/READ TEST

tetnnccnnennnnnnenn

*FLOAT A O THROUGH EACH CRAM LOCATION
RN RRRRRRRRRRRERRRRERRRRRRRORRORAAROEORORRRNRRRARTTSE

teaneneencennneneteeee

TEST

teevnnvenevneetncen

*]0P CRAM DUAL ADDRESSING TEST
*WRITE EACH ADDRESS INTO ITSELF, READ EACH
*ADDRESS TO VERIFY CORRECT ADDRESSING

RRRRRRRRRNRNRRRRRRRRRRTCRERRROERORNONNNRNAOQCQRQOROROEROERS

teeentneneennnteetetet

TEST

teecncncnnnnencener

*10P MAIN MEMORY TEST
*FLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS

(322333233222 02200000RRRRRRRRRRRRRRRRdR
R
ddd])

teeerenennneneneeeteee TEST 7 teevecncacneeteneee

*]OP MAIN MEMORY TEST
*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS
tttettttRRd

ettt Rt R R Rt R RERRRRCERRRRRGRRRARRRGCRORRTETY

teeeeecceneentesetttee

TEST B tetecevtnnenneeneee

«]OP MAIN MEMORY DUAL ADDRESSING TEST
*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS
*READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING

—

07 STATIC DIAG, #2
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

PAGE 20

RN RRERRRARRRACCERRCCEOCRERCEOERRRRRRRNARRAROOROOROERENTS

SEQ 0019

CZDMQB MB207 STATIC DIAG. 02
CZOMaB.P11
20-AUG-80 07:4

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

tenvnnenennteneeeree

07:47

TEST

2
PAGE 21

SEQ 0020

O tevecnnnennenennennes

*]OP MAR TEST

i o
i
o
b

ONOWVES
N

©Oo 0o 0o 00 0o OO 0O

811

819

*PERFORM DUAL ADDRESSING TEST

*USING MAR AUTO=-INC FEATURE

PERRRARARAAAAAANTRRCARRCEOERROROOROONRRAROOORROROORS

reennennnnnneneecned

TEST

10 teevennasanenentanee

«I0OP (CRAM) ODT BITS TEST

*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS
*VERIFY THAT I1BUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE
*AND THAT IBUS+* 10 BIT6 IS SET ON MAR OVERFLOW
thtttRRRRRARARRRRRERRRRRORSECRERRRRQRORRRRRRNRRRNRRORORTTSR

tennnnnnneneneneeees

TEST

tececccnncnnnnnnnnen

*CRAM TEST OF JUMP(I) NEVER MICRO-PROCESSOR INSTRUCTION.
*PERFORM THE JUMP INSTRUCTION

*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE

*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.

AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE CRAM PC IS CORRECT,
[IF THE CRAM PC IN NOT RIGHT,
*THEN PORT4 CONTAINS A 37
tRRttRRRRRRRRRRRCERERRRROERRORORRRORARRRRRORORNROTRRRNETSR

renennnennennnnevtet

TEST

teeetnnesantncennnnne

«CRAM TEST OF JUMP(I) ALWAYS MICRO-PROCESSOR INSTRUCTION.
*PERFORM THE JUMP INSTRUCTION

«VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE

*BR WITH THE LOWEST 8 BITS OF THE CRAM PC.

AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
«THEN PORT4 WILL CONTAIN A 37
tttttteRRRtRtR
Rt Rt et R RO RROERRRRRRORRRRRRAROCRARRORRNORNETR

seeneenenneceneeetet TEST 13 cseeeneeencccetnentnen

*CRAM TEST OF JUMP(I) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.
*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT. THIS INSTRUCITON LOADS THE
NT
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POIN
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
«THEN PORT4 WILL CONTAIN A 37.
(XTI

22220200 RRRRRRRRRRRRRRRRRRRRRRRRR]])

CIDMQB MB207 STATIC DIAG. #2
C(ZoMaB.P11
20-AUG-80 07:46

857

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

PAGE 22

SEQ 0021

07 STATIC DIAG, #2
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-B0

PROGRAM DOCUMENT

tevntenennnnnneeeet

J_2
PAGE 23

07:47

TEST

SEQ 0022

tevececenoncacnnanteaet

*CRAM TEST OF JUMP(I) ON Z BIT SET MICRO-PROCESSOR INSTRUCTION.
*SET THE Z BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*SR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL,

*THEN PORT4 WILL CONTAIN A 37

_THE JUMP WAS UNSUCCESSFUL

tRtReRRRRRRRARRRECTERRRORQRCROERRRRRRRARRRCORRARANOOCTSE

teaenennnennnnneres TEST

15 teveeennneneaaneenanee

«CRAM TEST OF JUMP(I) ON BRO SET MICRO-PROCESSOR INSTRUCTION.
«SET THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE

«BR WITH THE LOWEST 8 BITS OF THE CRAM PC.

AT THIS POINT

«THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL,
IF tug JUMP WAS UNSUCCESSFUL

«THEN THE PORT4 WILL couiax

ARERRRRARAARRAANRCRCRCRRROROCERAORORNNARANANNNRNAOARES

tennnennnnnencnceet

TEST

tteeeccncncnnenennnnen

*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PORT4.
[IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
«THEN PORT4 WILL CONTAIN A 37
tetteRttdRdRRR
Rt R e R RO ERRRRRERRORARRRRRRRRRRRRRREY

teesseneneneneneeee TEST 17 tetecencccncnnnnnnnene

*CRAM TEST OF JUMP(I) ON BR4& SET MICRO-PROCESSOR INSTRUCTION.
«SET THE BR& BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID 0CCU| BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT ‘S
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
«THEN PORT4 WILL CONTAIN A 37
I

R R

AR AR AR

seenscnennannnecete TEST

R R R

RtddRRdRld]])

18 teececcecnncenencceene

«CRAM TEST OF JUMP(1) ON BR7 SET MICRO-PROCESSOR INSTRUCTION.

CIDMQB MB207 STATIC DIAG. 02
CZomaB.P11
20~AUG-80 07:
914

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

2
PAGE 24

*SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION

SEQ 0023

2%
o

20~AUG-80 07:

MACY11 30A(1052) 20-AUG-80 07:47 LPAGE 25
PROGRAM DOCUMENT

SEQ 0024

VO~NOW

—

07 STATIC DIAG, 02

*VERIFY THEJUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
teRRtRRtRARRRARRORRROIRRRRROERRARRRRRARRARNARAOONORRETS

L L 4 At P

teeennnnnnnnnenettt

TEST

10 sececeancanevacenatnnee

*CRAM TEST OF JUMP(I) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
«SET THE C BIT, PERFORM THE JUMP INSTRUCTION
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
«BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
[IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
Rttt RRRRARRARRRERRRRRORRRERRACORRORARRRRRRRARONRRARTS

teeenneannnnnnntens TEST

20 tteeenncenananetnetanes

«CRAM TEST OF JUMP(I) ON Z BIT CLEAR HICRO~PIOCESSOR INSTRUCTION.
«CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.
«VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
llts OF THE CRAM PC. AT THIS POINT
*BR WITH THE LOWEST
«THE BR DATA 1S MOVED TO PORT4.
IF THIS DATA IS CORRECT
«THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL

*THEN PORT& WILL CONTAIN A 37

TS 8 £33 A SRR

Rttt tRt Rt Rd Rttt e R e R RN RORRRRRRRRRORARRRRRORRCRROCRASNTSY

teeeennneneenneeee TEST 21

teeeccencennnnennentens

*CRAM TEST OF JUMP(I) ON BRO CLEAR MICRO-PROCESSOR INSTRUCTION.
«CLEAR THE BRO BIT, PERFORN THE JUMP INSTRUCTION.

*VERIFY THE JUWP DID OCCUR BY CLOCKING THE INSTRUCTION

«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. A THIS POINT
*THE BR DATA IS MOVED TO PORT4.
[IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
tttttttttbtettt
ettt t et Rt Rt R AR RARRRRRORORORRRETS

seensceenncetnseet TEST 22 tttecncccnnasettanetens

*CRAM TEST OF JUMP(I) ON SR1 CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BR1 BIT, FERFORM THE JUMP INSTRUCTION.

*VERIFY THE JUWP DiD OCCUR BY CLOCKING THE llSTIUCYlON

¢IN THE LOCATION lf T. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST

II‘S OF THE CRAM PC.

AT THIS POINT

CIDMQB MB207 STATIC DIAG. CZ
CZomaB.P11
20~-AUG-80 07:
M

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

2
PAGE 26

*THE BR DATA IS MOVED TO PORT4.

IF THIS DATA IS CORRECT

SEQ 0025

CIDMQB MB207 STATIC DIAG, #2
CZOmaB.P11
20-AUG=-80 07:46

MACY11 30A(1052)
20-AUG-80
PROGRAM DOCUMENT

07:47

2
PAGE 27

SEQ 0026

97
97
974

o
977

«THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL

979

978

980
981

*THEN PORT4 WILL CONTAIN A 37

982

renneneennnentneeet TEST 23 sevnecnnnnntnnneaneenee

985

«VERIFY THE JUMP Dib NOT OCCUR BY CLOCKING THE INSTRUCTION

9
987
988
989

990
991

992
993

*CRAM TEST OF JUMP(I) ON BR& CLEAR MICRO-PROCESSOR INSTRUCTION.
«CLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
«THE CRAM PC IS CORRECT,
IF THE CRAM PC IS NOT RIGHT

*THEN PORT4 CONTAINS A $7
RN RN RN

A R E RN C R RN RO

994

sennnannnnnnanttes TEST 24

1002

«THEN PORT4 CONTAINS A §7

995
996
997
998
999
1000
1001
1003

1004
1005

A RN ANRERRRORY

tevtctennnenenatattttent

«CRAM TEST OF JUMP(1) ON BR7 CLEAR MICRO-PROCESSOR INSTRUCTION.
«CLEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.
«VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
«THE CRAM PC IS CORRECT,
IF THE CRAM PC IS NOT RIGHT
Y

R R R R

R R L

R L

I Y

1006

ctenenenneennenett TEST 25 teteccnnannenonntantacen

1007
1008

B
*MAIN MEMORY PAGE DUAL ADDRESS TEST.

101

LR ERR RN RN RN ECR RO

1009
1010
101
101

«IN THIS TEST WE WILL VERIFY TKAT PAGES DO
«NOT DUAL ADDRESS.
TWIS TEST IS DIFFERENT FROM THE
*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER
«TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING

R R RSO CR OO RRRROERRNROERRREOERONRORETS

1014
1015
101¢

tesennennnencenete TEST 26 teeeccccaccnnsnantactnne

}8}3

*JUMP FIELD,PAGE TEST

1017

1020
1021

¢IN THIS TEST WE WILL MAKE SURE A JUMP FIELD INSTRUCTION
*WYORKS. TO DO THIS U%'LL PUT THE DESIRED PAGE, FIELD

:gs‘

«THEN WE'LL READ PC REG. AND VERIFY,

—a

1025

«INFORMATION IN 1BUS*<13> TMEN ISSUE A JUMP FIELD
@

ttteettetteteteetttette
ettt et teec et ReRRRReRRRRRRReTY

CZDMQB MB207 STATIC DIAG. 02
CZ0MaB.P11
20~AUG-80 07:
1028

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

teannnnnenntnnnene

07:47
TEST

3
PAGE 28

veeveeennanntantnnnannes

SEQ 0027

CIDMQB MB207 STATIC DIAG. "2
CZ0MmaB.P11
20-AUG-8 00 7:46

MACY11 30A(1052)

20-AUG-80

07:47

PROGRAM DOCUMENT

PAGE 29

SEQ 0028

*JUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
*

*IN THIS TEST,

WE WILL CHECK THE ABILITY OF THE

*MICRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS INSTRUCTION)
*T0O LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
*JE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

o
«

READ PC FROM IBUS*12 AND IBUS*13
REPEAT STEP 2-4 256.TIMES

=t =4

0O CALCULATE NEW ADDRESS:

INC LOW BYTE OF ADDRESS FOR PC ADDRESS 0-7
INC LOW BYTE OF N ADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3. WHEN 0-3 OVERFLOWS,

B
BN B
R

NN —=O

BN BN BN BE B

RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE
LOC
N=OWN—=O

BE B

IR BE 2

*OTHER TEST.
PROCEDURE:
*
1.
START ADDR O, FIELD 0
.
**CALCULATE NEW ADDRS, FIELD VIA INC,
.
CAUSE JUMP (BRANCH) TO NEW ADDRESS

W
VIS

W)
—

=000

EEREBISITF IS388RE SZEEEL AR

el e e
—

D e

D el D

D e e el il

=lelelelele] (=l=1=1]

D e

D i

D el e

VIV

=i=1=]

i e

D i

RERRRRRRRR

Viss W N=O VO NO VS WN =00

D i

S i

i e

—
o8& QLEGF R

1029

1"
:

377

tRtRRRtRRRRARRRRRERRRRRROERRORRRRRORRRRRRRARRRRROERRNTY

teneeeannnenenetete

TEST

28 vtetennnnnnnnnnenatannet

*JUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
*

«IN THIS TEST, WE WILL CHECK THE ABILITY OF THE
*M]CRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS INSTRUCTION)
«T0 LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.

*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
PROCEDURE:
«OTHER TESTS.
.
1.
START ADDR 0, FIELD 0
E
;.
*«CALCULATE NEW ADDRS, FIELD VIA DEC,

CAUSE JUMP (BRANCH) TO NEW ADDRESS

.
.

4.
S.

TO CALCULATE NEW ADDRESS:

READ PC FROM IBUS*12 AND IBUS*1
REPEAT STEP 2-4 256.TIMES

DEC LOW BYTE OF ADDRESS FOR PC ADDRESS 0-7

DEC LOW BYTE OF N ADDRESS FOR PC ADDRESS 8-11

BITS REPRESENTED AS BITS 0-3.

WHEN 0-3

OVERFLOWS,

CZDMQB MB207 STATIC DIAG, #2
C(Z0OMaB.P11
20-AUG-80 07:46
1085

MACY11 30A(1052)
20-AUG-80
PROGRAM DOCUMENT
*

07:47

RESTARTS AT ZERO

3
PAGE 30

SEQ 0029

(alal
NN

DMQB M82 07 STATIC DIAG, #2

DMQB.P1

20-AUG-80 07:46

MACY11 30A(1052)

PROGRAM DOCUMENT

1086
1087
1088
1089
1090
1091
1092

*
*

1094
1095
1096
1097
1098

1093

———— R

-..n-o-o-.-n-o........-o.a-‘-o_n-._..a-n_.;;-a-a-a-o_-_a.n_o-n_o.‘.a_a.a.a_o.oz;a;_p
w
PNININI
NI NI NI PINI N b b b b cd e b d o b
cCoOoO00Oo

1
1

.‘tg:gc.“clUN’N““U-‘CNOC.“CFUN'Wflhfl-‘c¢3€a*‘s&fijavflu-‘sg

1099

37
38
39
&0
6

20-AUG-80

07:47

PAGE 31

SEQ 0030

NET RESULT IS JUMPS FROM:
FIELD,PAGE
LOC:

L2222 322222222222

reveennennnenwnette

2 2222222222222

17
16
15
: 10
00

TEST

377
376
375
:
000

20 tevenenentenntentateenen

*IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
*]BUS*<13>, WE ALREADY KNOW THAT THE Z BIT WORKS PROPERLY,
*ALL WE WANT TO KNOW HERE

IS THAT IT CAN BE READ.

ettt RRARARRRRRRCERROERRCERRROERRRERRRRRRRRORRRRRROONRARNETS

tenennencnnnnencetet

TEST

J0)

vtevecencnvantenavrentetne

«IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM
«]BUS*<13>, WE ALREADY KNOW THAT THE C BIT WORKS PROPERLY
*ALL WE WANT TO KNOW HERE IS THAT IT BE READ.
*

ttttttRRR R ARt RRRRRRRRRRRORRRRRRROORRRRRRORRRRRORRORROERTY

seeennnennnceneeeet

TEST

tevecncenvnnnnnennnnnnee

«TEST OF PROGRAM CLOCK BIT

*D0 A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET
*WRITE PROGRAM CLOCK BIT TO A ONE, VERIFY THAT IT CLEARS,
*AND THEN SETS SOME TIME LATER

tRtttRRtRRRRRERRRERERRRERRRROCERRRRRRRRRRRARRRRRRORORRRRONRRTY

cennnneennnneneeet

TEST

32 vteceeccetccennencennanee

*FORCE POWER FAIL TEST

«SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24
*GOING DOWN AND COMING UP. VERIFY ALSO THAT BUS INIT WAS

*BLOCKED FROM GETTING TO THE M8200,4.7 DURING THE POWER FAIL
CERERRNRRARA NN RRCEROERRERERRERROERROERROEARRRROOERORRRORTY

teeeencennceeneeet TEST 33 tecevecnvccnecnnannannnes

*M]CRO-PROCESSOR NOISE TESY
*WRITE ALL ZERO'S THEN ALL ONE'S THEN A DATA PATTERN
«T0O THE IBUS* AND IBUS REGISTERS AND TO THE SP AND MAIN MEM
*THEN GO BACK AND READ THE DATA PATTERNS TO VERIFY THAT
*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS

CZDMQB MB207 STATIC DIAG. 02
(ZDMaB.P11
20-AUG-80 07:
1142

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

*DID NOT CHANGE THE DATA.

3
PAGE 32

SEQ 0031

o Qo O Oo 0o

NNNNNNNNSNoooOO

S BS80S0

d-‘ddfldd-‘d-‘dddd-‘fl-‘-‘dd-‘—lc‘—.dd-‘-‘dd—.-fl-‘-‘dd—‘—l—‘—.-‘-.—‘-‘—._l.—l—.—‘-‘—‘-‘-‘—‘—‘-‘
d-‘-‘-‘-‘dd-‘d-‘d-‘d—ldd-‘-‘d-‘—ldd—‘-‘-‘-‘-‘-‘-fld-‘d—l-‘-.—‘.‘-J—l—‘.‘-.-‘—.-‘.—.—l-‘_.—l—l-‘_‘.‘_.

RLRRREN282TE g:azfihgsvfl\hfls;:;fll*iohvtfifldfiu-‘C’i@g;\d;\fii:s:ha—lgLCM"idfiufil‘hflfid-“)iflfliflfl?\fll‘ufl

alal

§~
lDiE

&®

%07 STATIC DIAG, # 2
1
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
PROGRAM DOCUMENT

07:47

3
PAGE 33

SEQ 0032

AERRRRARANRNNNRCRRERRNORCCERROEORRRONNOANONOAORONOROROROOTS

trenennnnanennaset

TEST

vevececevnnnnnneennennnee

*THIS TEST IS DESIGNED TO MAKE SURE THAT A NODST INSTRUCTION

*DOES NOT WRITE INTO PORT B OF THE MULTIPORT RAM.

*T0 DO THIS, WE'LL PUT A 125 INTO INDAT2, THEN WE'LL PUT A
«125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR, SUBOC, SP1
«IF THERE IS A WRITE INTO PORTB, INADT2 WILL CONTAIN A 377
AR ARRARRANAANNRCCEROEERRORORROOEOORORRAQNARNNRAORRAORORES

reennennnnnnennete

TEST

3§

veveevncnnvavannaneennnne

*EXTENDED CRAM TEST FOR MB206.

IN THIS TEST WE WILL LOAD DATA

*THROUGHOUT THE CRAM (TEST DATA IS JUST 4K OF DIAG.
*THEN READ IT BACK AND VERIFY THAT IT IS CORRECT

CODE)

AND

ettt RARRARRRRRORRORRRRRRRRRRRORRRARQRRRROARROENROERORRONRTS

ceanennenntaneneet

TEST

teveenntantnnntaceanennes

*THIS TEST LOADS MICRO-CODE INTO A M8206 MCPU THEN EXECUTES IT.
*THE MICRO-CODE

IS DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.

ttttRRRRRRRRRRARRRRRERCECEORRRRRRRRROERROERACROARRRNRRNROROERATS

ceeneeennnennnneet

TEST

eeeesennennennnneetennnee

*NEGATIVE ADDRESS TEST.

.
.
*

IN THIS TEST, WE'LL MAKE SURE THAT THE M8207
0?851?07 RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED

2 222 222222220200
RRRRRRRRd R Rt
RRRRRRRdl)

teeeennennennnetet

TEST

38 tecveennnnennenenntanenne

*BYTE ADDRESSING TEST
.
HERE,
WE'RE GOING TO MAKE SURE THAT WE CAN

WRITE INTO ONLY A HIGH OR LOW BYTE OF THE MCPU.

(3323322322202

02000000RRRRRRRRRRRRRRR

teecennennecnneeet

TEST

R RRRRdRdddd])

3O teeveccnsannenntnctennnny

«IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC
*REG COUNTS UP PROPERLY.
THE PC REG SHOULD INCREMENT

CZOMQB MB207 STATIC DIAG, 02
CZDMaB.P11
20-AUG-80 07:
1199

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

3
PAGE 34

*ONCE AFTER EACH INSTRUCTION.

SEQ 0033

SLEUVRURZES

SOO
SIKIRERSS

i il
D i D e
i i
s D i s D i D D i e i i i D i i s
i i
i o
e
i i
-t NS N O L LN O O L O LN ]
oo NN e LS SIS T ST ST NTSIST STSISTSISISUSININTNTNTINTSENI
PIPNINIPNIPNININININ
=P
cd
cd
e
e
e
o
b
LR
X
S
ONOWVSWN=OOVONOWVESWN-O
IR
- oo

E%DIQB MB207 STATIC DIAG, #2
DMQB.P11
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

PAGE 35

SEQ 0034

ERRRRRRRRARRRARARRCN
EERRONRNNRRRAAOANARRARRORRRTRES

toeannernnnennnnet

TEST

teeeennnennnnvenaenttnant

*IN THIS TEST WE'LL MAKE SURE THAT "BRANCH FIELD H'' DOESN'T

*GET STUCK HIGH.
*FIRST WE'LL CLEAR THE PC HWIGH REG. THEN WE'LL DO A BRANCH INSTR

*WITH BAB BITS 11412 SET.
IF PCR BITS 849 SET THEN WE'LL KNOW
«WE WERE SUCCESSFUL IF PCR BITS 8¢9 FAIL TO SET, WE,LL KNOW
*THAT THE MAX SELECTED THE WRONG INPUT TO BE CLOCKED INTO THE PCR.
ERARRRRRAARRNNREACCRRRROCRNRRNNORNRNNNNRRARRAANOOORRONS

tannnentnneneneete

TEST

ttdternnennnnnttnentntnnes

«IN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO

*]S SELECTED FOR SOURCE WHEN THE DESTINATION
*]S THE OUTBUS
*FIRST WE'LL WRITE EACH SP ADDRS INTO ITSELF THEN WE'LL
*MOV SP TO OBUS4.
THAT SHOULD SELECT

*SP ADDRESS 0.

IF ANY OTHER DATA SHOWS UP,

WE'LL

«BLAME IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.

1 2332223322200
R R0
RRdRRR
R RRRRRdRRddddd)

ceennenenennevttte

TEST 42 teetetnannentnatatvtttnnent

*IN THIS TEST WE ARE GOING TO MAKE SURE THAT THE
*SIGNAL ‘MOV INST W'’ (AND ITS ASSOC. TRIBS) DOESN'T GET
«STUCK HIGH.
IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
*PUT KNOWN DATA IN_THE BREG AND SP1 THEN WE'LL BRANCH

«WITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND 11 CLEAR.
«IF "MOV_INST W' GETS STUCK HIGH, THE PC REG WIGH WILL GET LOADED
*WITH THE CONTENTS OF THE ALV

tetttaRtRRRARR
RO RROERRRRRRRRRRRRRRARRARARRRRRRORRRRRRETS

stennnnennenneetet TEST 43 teeeteccnncnantannntnnnnes

«TEST TAMT MASTER CLEAR, CLEARS BITS IN THE NPR CONTROL REGISTER AND
*M]CROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LL SET THE
*PRIORITY UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT IT WON'T BUG US
*THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT

*WE'LL DO A MASTER CLEAR AND BE SURE THAT THEY ALL CLEAR.
ttettttttReRtttt
ettt tt Rttt
R RERRRGRARRRRRROERORRROROEROERETR

gz
Svum\.flmwmm
OO~NO VIS

207 STATIC DIAG, #2

20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

PROGRAM DOCUMENT

07:47

3
PAGE 36

SEQ 0035

8.0 ERROR INFORMATION
8.1 ERROR REPORTING
ERRORS ARE REPORTED BY THE PROGRAM AS THEY OCCUR
(IF NOT
INHIBITED). THE REPORT CONFORMS TO THE DIAGNOSTIC SUPERVISOR
ERROR REPORT FORMAT, AND CONSISTS OF A DESCRIPTION OF
THE
ERROR,
THE TEST NUMBER,
SUBTEST NUMBER, PC OF THE ERROR
CALL, DEVICE ADDRESS,
AND BASIC
AND
EXTENDED
ERROR
INFORMATION.

NN
oo
o

S3ITIIFIIIL a3 SREN2B IS

THE FOLLOWING EXAMPLES PROVIDE TYPICAL ERROR REPORTS:

CZDMQ DVC FTL ERR 00045 TST 027 SuB 000 PC:022572
MASTER

CLEAR

FAILED

CLEAR

UNIT=00,

FAILING UNIT ADDRESS=160170

REG,

CONTENTS=000624

CZDMQ DVC FTL ERR 00015 TST 042 SuB 000 PC:027234

JUMP TEST ERROR

FROM ADDR

000402

TO ADDR

000000

BAD ADDR

000114

FOR ALL OTHER ERRORS, THE REPORT MAY BE MORE
REQUIRE ADDITIONAL DATA TO BE REPORTED.

9.0

EXTENSIVE

HISTORY

MODIFIED AUGUST 1980 FOR THE FOLLOWING REASONS:
1) CANCELL DEPO CZDMQA1
) CANCELL DEPO CZDMQA2

) DETECT BAD TIMEING ON INTERNAL CLOCK.

AND

CZDMQB MB207 STATIC DIAG. #2
CZomaB.P1
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-B0

PROGRAM DOCUMENT

07:47

3
PAGE 37

SEQ 0036

TArIC géAG n
0-AUG-80
07:46

3258

0 _M8207
P11

07:47

3
PAGE 38

SEQ 0037

.TITLE CZDMQBO MB207 STATIC DIAG #2
.=2000

i
o

D e
D D

SVC

002000

BGNMOD

CZDMQ

«MCALL
svC

; INITIALIZE SUPERVISOR MACROS

002000

D
D

D e

D i e

D e

)

) o

S i

W N N N N N NN NN

)

002000

MACY11 30A(1052)
20-AUG-80
PROGRAM DOCUMENT

000000
000000
000000
000000
000000
000000
000000

SLSTIN= 0
SLSTTAG= 0
SVCINS= 0
SVCTST= 0
svisus= 0
SvCGBL= 0
SVCTAG= 0

:
:
:
:

;
:
;
;
:

LIST
LIST
LIST
LIST
LIST

INSTRUCTIONS, SHIFTED RIGHT
TEST TAGS, SHIFTED RIGHT
SUBTEST TAGS, SHIFTED RIGHT
GLOBAL TAGS, SHIFTED RIGHT
GTHER TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERO IF YOU WISH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS. CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS. YOU MAY
:
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

TA(IC

0-AUG-80 07:4

MACY11 30A(1052)

20-AUG-80

PROGRAM HEADER

.§ETTL

D i

PIIIIIIIINYv
o5

€l
CZomas

07:47

n3
PAGE 39

PROGRAM HEADER

: THE PROGRAM HEADER IS THE INTERFACE BETWEEN

: THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

NSO

LSNAME : :

88 §--guo
~N

i i

—

ESSSEEEREPERSE SaIdH SNIFEES SREREES

)

) D )

D ) ) D D D D ) D e
A L
N
N
~
&»

D i

D D D e

D il e

Ll Ll L L U

N U

VIWVAWAWAWVWAW

D i

POINTER BGNAU,BGNDU

LSREV::
LSDEPO::
LSUNIT::

LSTIML::
LSHPCP::
LSSPCP::
LSHPTP: :

LSSPTP::

LSLADP: :
LSSTA::
L$CO::

LSDTYP::
LSAPT::

LSDTP::

HEADER

(Z0Ma,B,0,240.,0
;DIAGNOSTIC NAME
/C/
72/
7D/
/W/

LASCII
LASCII
LASCII
LASCII
LASCII 70/

BYTE
BYTE
BYTE

0
O
O

LASCII

/8/

LASCII

70/

LMWORD

.WORD

240.

LWORD

LSHARD

LMWORD

LMORD

LSHW

LMWORD

.WORD

LSLAST

LMORD

LMWORD

MORD

;REVISION LEVEL
H)
:NUMBER OF UNITS

:LONGEST TEST TIME
;POINTER TO H.W. QUES.
;POINTER TO S.W. QUES.
sPTR. TO DEF. H.W. PTABLE

;PTR, TO S.W. PTABLE

:DIAG. END ADDRESS
;RESERVED FOR APT STATS

:DIAGNOSTIC TYPE
sAPT EXPANSION

:PTR. TO DISPATCH TABLE
LSDISPATCH
.WORD
sDIAGNOSTIC RUN PRIORITY
LSPRIO:: -

LSENV]:: -

sFLAGS DESCRIBE HOW IT WAS SETUP

LSEXPY::

JEXPANSION WORD

LSMREV: :

LMNORD

JBYTE

CSREVISION

BYTE

CSEDIT

:SVC REV AND EDIT #

SEQ 0038

DMQBO M8207 ;(Y’MIC DIAG #2
DMQB.P11
-AUG=80 07:46
1394
1395

1 99
1397
1398
1399
14500
1401
1402

1403
1404
1405
1406
1407
1408
1409
1410
1411

161;

1461
14614
1415

1416
1417
1418
1419
1420
Mil
14 §
1423
14264
1425
1426
1427
1428
1429
1430
1431
}:3
14634
1435
1436

1437
1438
1439
1440

00%05%
002052

002054
002056
002056
00
00
00 82%
00

002064
002064
002066
002066
002070
002070
00207%
002072
002074

002074

002076
002076
002100

002100
002102
002102
002104
002104
%%106
106
002110
002110
002112
002112
002114
002114
002116
002116
002120
002120
002122
002122
002122
002126
002126
0021

000000

002730

000000
000000
000000
012144
012140

000000
002312

104035
000000

011340
012134
012042
002122
000000
000000

000000

177777
177777
177777

MACY11 30A(1052)
20-AUG-80
PROGRAM HEADER
LSEF::
LS$SPC::
LSDEVP::
LSREPP::
LSEXP4::

LSEXPS::
LSAUT::
LSDUT::
LSLUN::

LSDESP::
LSLOAD::

LSETP::
LSICP::

LSCCP::
LSACP::

LSPRT::
LSTEST::
LSDLY::
LSHIME::

LSPROT::

07:47

3
PAGE 40

;:DIAG. EVENT FLAGS

.WORD

0
0

.WORD

LSOVTYP
0
;:PTR. TO REPORT CODE

.WORD
.WORD

.WORD

LSAU

.WORD

LSOV

.WORD
.WORD

EMT
.WORD

LSDESC
ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD
.WORD
.WORD

.WORD

LSPROT

; POINTER TO DEVICE TYPE LIST

;PTR.

TO ADD UNIT CODE

:PTR. TO DROP UNIT CODE

;LUN FOR EXERCISERS TO FILL
;POINTER TO DIAG. DESCRIPTION

;GENERATE SPECIAL AUTOLOAD EMT

;POINTER TO ERRTBL
;PTR.

TO INIT CODE

;PTR. TO CLEAN-UP CODE
;PTR.

TO AUTO CODE

:PTR.

TO PROTECT TABLE

:TEST NUMBER

sDELAY COUNT

;PTR. TO HIGH MEM

BGNPROT
-1
.WORD
-1
.WORD
-1
.WORD
ENDPROT

SEQ 0039

CZOMABO M8207

CZ0OMQB.P11

STATIC DIAG 02

0-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

DISPATCH TABLE

07:47

PAGE 41

SBTTL

1444
1445
1446

iy
/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
/ 17 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

}22:

16449
1450
1451

002130
002130
002132

1494

002256

155;
1453
1454
1455
1456
1457
1458
1459
1460
16461
1462
1463
1464
1465
1466
1467
1468
1669
1470
1471
1472
1473
1474
1475
1476
1477
1478
1479
1480
1481
16!§
1483
1484
1485
1486
1487
1488
16489
1490
1491
1492
1493

DISPATCH TABLE

002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
0021
002162
002164
002166
002170
002172
00 174
176
002200
002202
002204
002206
002210
002212
002214
002216
002220
002222
002226
0025 6
002
0022
0022
0022
002240
00224
002244
88% 48
S0
002252
002254

000053

012146
012256
012422
012552
015712
013154
013356
013570
014112
014470
014736
015202
015432
015676
016142
016406
016652
017113
01736
017642
020122
020376
020654
021130
021404
021576
021744
022322
022560
022774
023210
023452
024044
025116
025216
025
0260‘%
02620
026310
026446
026544
026644

026770

T 11T T 1020101100011007111101117101000101010101011111

DISPATCH 43
ORD
43
LSDISPATCH::

WORD
JWORD
WORD
WORD
.WORD
.WORD
WORD
.WORD
.WORD
.WORD
WORD
MORD
.WORD
.WORD
.WORD
.WORD
WORD
.WORD
.WORD
.WORD
WORD
WORD
MORD
WORD
.WORD
.WORD
.WORD.
.WORD
.WORD
WORD
WORD
.WORD
WORD
WORD
WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
WORD

.WORD

T
T2
T3
T4
TS5
T6
77
T8
19
T10
T11
T12
T13
T14
T15
T16
T17
T18
T19
T20
T21
T22
T23
T24
125
T26
T27
128
T29
T30
T
T32
133
T34
T35
T36
T37
T38
T39
T4
T4l
T&2

T43

SEQ 0040

CZDMQBO M8207 STAIIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46
1498
1499
1500

MACY11 30A(1052)
20-AUG-80
DISPATCH TABLE

07:47

&4
PAGE 42

SEQ 0041

(ZDHQBO M8207 STATIC DIAG_#2

CZDMaB.P11

20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

07:47

DEFAULT HARDWARE P=TABLE

PAGE 43

}gg;

.SBTTL DEFAULT HARDWARE P=TABLE

1503
1504
1505
1506

/////////////////////////////////////////////////////////////////////////////
/ THE DEFAULT HARDWARE P=-TABLE CONTAINS DEFAULT VALUES OF
/ THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE
/ 1S IDENTICAL TO THE STRUCTURE OF THE RUN=-TIME P-TABLE.

}28;
1509

///////////////////////I/////////////////////////////////////////////////////

1510
1511
1512
1513
1514
1515
1516
1517
1518
1519

002260
002260
002262
002262
002262
002264
002266
002270
002272
002274

1522

002302

.ENABL

000013

002304

000007
160170
000300
005000
000003
000056
000000
000000
000000
000004

1525
}ggg

002306

000000

1528
1529

002310
002310

1520
1521
1523

1524

002276
002300

LSHW::
DFPTBL::

L10001:

AMA

BGNHW
.WORD

DFPTBL
L10001-L$NH/2

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

7
160170
300
5000
3
56
0
O
0
4

MWORD

ENDHW

sMICRO-CPU TYPE.
:m8200,4,7 CRS ADDRESS
:M8200,4,7 VECTOR ADDRESS
s INTERRUPT PRIORITY LEVEL
.LINE UNIT TYPE
sSWITCH PACK #1 (DDCMP LINE #)

SUI‘CH PACK #2 (BM873 BOOT ADDRESS)
:SWITCH PACK #3
TSST CONNECTOR INSTALLED FLAG

CONTAINS BAUD RATE 4=56K BAUD DEFAULT

1022.4K , 1=24.8K , 2=9.6K , 3=19.2K, 4=56K
152250K 6=500K . 7=1 MEG BAUD
:0=RUN SW OFF, 1=SW ON

SEQ 0042

CZDMQBO M8207 STAIIC DIAG_#2

ROGRILESENFRRURKZS

- -l

el i

D il il

D o

D i

Vi v [V LV IV IV TV LV IV IV TV IV IV TV LV IV IV |
S50 »
Voo ~NO w

CZ0MaB.P11

1550

20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

SOF TWARE P-TABLE
.SBTTL

07:47

PAGE 44

SOFTWARE P-TABLE

ANIIIIIIEIIET 00 iiiiiiiiziieiieiiiiniiieiieiiieeiieietiriirey

:/ THE SOFTWARE P=TABLE CONTAINS THE VALUES OF THE PROGRAM

:/ PARAMETERS THAT CAN BE CHANGED BY THE OPERATOR.
RNy

002310

002310
002312
002312
002312
002312

000000

BGNSW
LSSW::

LWORD

SFPTBL::

L10002:

ENDSW

SFPTBL
L10002-L$SW/2

SEQ 0043

07:47

PAGE 45

SEQ 0044

Sm\flm\fl\flmm\fi\fl
O 00 ~NO VNN

[V LV IV LV LV LV IV IV [V IV IV ]
o

§3

1562

.SBTTL

GLOBAL EQUATES SECTION

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

Y,
1y

ARE USED IN MORE THAN ONE TEST

SIIIIIIIIIIIIT IR
002312

LTI T

AT 1 E0 001000000000 000 0000000000 00000000000100000011

EQUALS

* BIT DIFINITIONS

(BB

o
o

LB
—

LI
I

O =MW
VN0 N O

LI LI U
LU

l 10
I T0
l 10
1 T0
l 10
l T0
l 10
l 10
I T0
I 10

OOODODODDDDDOD®

n
"

—

100000

EVENY L AG DEFlNlYlONS
EF32:E F17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUNICATION
-

100000

040000

MMs.
s.
.+ 0DCD DD MDD
“
St et Pt Bt bt B0 B bt B b
s 0 59 b 80 Bt Bmd B0 Bt B9 bud bt b— b—a &0

D o
i
i
i
b i

(ala]

BO M8207 STATIC DIAG_#2
PN
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-B0
SOF TWARE P-TABLE

.START==
RESTART==

gz.
e

: START COMMAND WAS [SSUED
: RESTART COMMAND WAS I[SSUED

(ZDMABO MB207 STA(IC DIAG 026
CZDMaB.P11
20-AUG-80 07
1607
1608
1609
1610

000036
000035
000034

1611

1612
1613
1614
1615
1616
1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639
1640
1641
1642
1643
1644
1645

1646

1647

1648

MACY11 30A(1052)
20-AUG-80 07:47
GLOBAL EQUATES SECTION

EF .CONTINUE==
EF .NEW==
EF .PWR==

&
PAGE 46

30.
29.
28.

SEQ 0045

; CONTINUE COMMAND WAS ISSUED
; A NEW PASS HAS BEEN STARTED
A POWER-FAIL/POWER=-UP OCCURRED

: PRIORITY LEVEL DEFINITIONS

000340
000300
000240
000200
000140
000100
00004
000000

PRIO7== 340
PRIOG== 300

PRIOS== 240
PRIO4== 200

FRIO3==
PR102==
PRIOY1==
PRI100==

140
100
40
0

;OPERATOR FLAG BITS
000004
000010
000020
000040
000100
000200
000400
001000
002000

010000

020000
040000
100000

Evi==

LOT==

ADR==

IDU==
ISR==

UAM==
BOE=

PNT==
PRI==

IXE==
IBE==
lER==
LOE==

HOE==

40
100

200
400

1000
2000

4000
10000
20000
40000

100000

:"'l".'.'.."""""'."'""'.'..'..'Q'..'I."."Q'."Q."l'.'..'.'

;* PROGRAM EVENT FLAG DEFINITIONS

:;"t."ti.."""""""".""..'.'l'."'.."'..t'..'..'..'.'.'l"'.'

CZDMQBO M8207 STArIC DI AG n
CZDMaB.P11
20-AUG-80 07:46

MACY11

30A(1052)

20-AUG-80

GLOBAL DATA SECTION
.SBTTL

07:47

&
PAGE &7

GLOBAL DATA SECTION

SIHITEIIIIIII It

iniii e it iiiiiii i irininiiiiiiiiiiiiiiiieiee
el

THE GLOBAL DATA SECYlON CONTAINS DATA THAT ARE USED
IN MORE THAN ONE TEST

N
: Q'.'."."'t"""""""""QQ""""Q""'Q"".""""""""'.'Q'"

i+ STORAGE FOR DEVICE REGISTERS

'Q"'."".'"""'Q"""""'Q"'."""Q""."Q"".tQ"""""".'QQ

034115
044504
031043
000062

030062
043501
047440

020067
020056
020106

LSDESC::

DESCRIPT

LASCIZ

/Mm8207 DIAG. #2 OF 2/

.EVEN
:."Q."".".""'Q""""'""'.t.".'.".'.'.'.""'t.Q"'C"'Q'Q"Q

:* PROGRAM CONTROL PARAMETERS

:"t'..'."""t""""""""Q".t'QQ'Q"'Q""QQQQ""""'.'Q""Q'

000000
000000

LOCK:

.WORD

;ADDRESS OF NEXT TEST TO BE EXECUTED

;ADDRESS FOR LOCK CURRENT DATA

:""Q.'QQ.'."""'Q"Q""""'"'..'Qt"'.'.t"'t.""".""."t""

:* MISCELLANEOUS STORAGE

:.'..'..""'.Q"'i"Q"""'"Q'.t'...."..'.""..t."'.""."""."

LOGDEV:
PSTACK:

-y

o
©

133333333

1680

.WORD
.WORD
SUBRPC: .WORD
ERRFLG: .WORD
RETADR: .WORD
STRTSW: .WORD
STAT:
.WORD
CLKX:
WORD
MASKX:
.WORD
SAVSP:
.WORD
SAVPC:
.WORD
LlERO:
.WORD
.WORD
ONE :

O
0
0
0
0
0
0
O
O
O
0
0
1

sLOGICAL DEVICE NUMBER
BASE LEVEL PROGRAM STACK POINTER
;PC OF SUBR CALL FOR ERROR REPORTS
:SUBROUTINE ERROR FLAG
:SUBR ERROR RETURN ADDRESS
:SWITCHES AT START OF PROGRAM
;KM STATUS WORD STORAGE
H
;STACK POINTER STORAGE
;PROGRAM COUNTER STORAGE
3
:

KMACTV: .BLKW

H8200 4,7 SELECTED ACTIVE

MEMLIM: .WORD

KMNUM:
.BLKVW
SAVACT: .BLkw
SAVNUM: .BLkW
FLAG:
RUN:
FADR:
WTYPE:

SREGS:
SREG4:
SREG3:
SREG2:
$REG1:
SREGO:
TYPE:

LWORD
MWORD
WORD

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

O
1
1
1

O
O
O

0
O
O
O
O
O
O
0

HIGHEST LOCATION FOR NPR'S
OCTAL NUHBER OfF M8200,4,7
sORIGINAL ACTIVE DEVlCES
:UORKABLE NUMBER

:SCRATCH STORAGE
;POINTER TO RUNNING DEVICES

:MB2XX NUMBER FOR TYPE OF MICO-CPU
;STORAGE USED FOR ERROR MSG DATA

;=0 FOR DMP,=1 FOR MB8206

SEQ 0046

CZDMQBO M8207 STATIC DIAG 02

CZDmaB.P11

20-AUG-80 07:4

MACY11 30A(1052)

20-AUG-80

GLOBAL DATA SECTION

1705
1706
1707
1708
1709
1710
1711
171%
1M
1714
1715
1716
1717

002434
002436
002440
002442
002444
002446
002450
002452
002454
002456
002460
002462
002464

000000
003777
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

MRO:
MEMSZ:
TEMP:
STEMPO:
$TMPO:
$GDADR:
$BDADR:
$GDDAT:
$BDDAT:
FTIME:
SAVE4:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
LWORD
MWORD
.WORD
.WORD

1719

002470

000000

RUNB:

MWORD

1718

};g?

002466

002472

000000

SAVE6:

.WORD

RUNINH: .WORD

g
O
O
0
O

07:47

4
PAGE 48

0
O
0
O
O
O
O
O

SEG 0047

:MEMLOC USED INSTEAD OF RO.
sINDICATES MEMORIE SIZE, LAST ADDR.

sCONTAINS ADDRESS OF 'GOOD' DATA
sCONTAINS ADDRESS OF 'BAD' DATA
sCONTAINS 'GOOD' DATA
sCONTAINS 'BAD' DATA
sRESERVED==NOT TO BE USED

;0= RUN OFF, 1= RUN SW ON

:0=RUN SW OFF, 1=RUN SW ON

1722

."Qt.t't'tt"'t""""tQ"""'tttt.t'Qt"..tt'tt"t't"'"Qt"t't"'.t

1723

s* PROGRAM CONTROL FLAGS

172‘.

1725
1726
1727
1728
};gg

;'tt'.t'.tttttttttt'ttt't""""'t't'"tt"t'.tt"'tt"tt.t'tt.'t"tt't

002474
002476
002477

000
002476
000
000

1731

1735
1736
1737
1738
1739
1740
1741

LOKFLG:
QV.FLG:

.BYTE
EVEN
.BYTE
.BYTE
.EVEN

;PROGRAM INITIALIZING FLAG

O
0

sLOCK ON CURRENT TEST FLAG
;QUICK VERIFY FLAG

.tt't..'ttt.tt""t'0"'0'0"""'."'."'it.'t"..'t'.'tt't".'t't'.t't

};gg

1734

INIFLG:

:* DEFINITION OF M8200,4,7 STATUS WORDS = STAT1,STAT2,STAT3
.t

;¢

o
:®
ot
ot
)
ot
H

};2%

STAT1 - BITS 00-08 IS M8200,4,7 VECTOR ADDRESS
BIT15=1 LINE UNIT IS AN M8203
BIT14=0 NO TEST CONNECTOR(S)
BIT14=1 H-XXX TEST CONNECTOR WiLL BE USED
BIT13=0 LINE UNIT IS AN M820
BIT13=1 LINE UNIT IS AN M8202
BIT12=1 NO LINE UNIT

BITS 09-11 IS M8200,4,7 PRIORITY LEVEL

1744

};:2

STAT2 = LOW BYTE IS SWITCH PACK #1

(DDCMP LINE NUMBER)

HIGH BYTE IS SWITCH PACK #2 (BMB873 BOOT ADDRESS)

};2;

1749

Ennnnnnnnnnntn"nnnnnnnnnnnnnn-nnnonnnn

1750
1751
};gg

002500
002502
002504

000000
000000

000000

STAT1:
STAT2:

STATS:

STAT3S = BITO=1 DO FREE RUNNING TESTS ON M8200,4,7
.WORD
.WORD

.WORD

O
O

1754

1756

nonnnnnn"nn"ncnnnnnntnnnnnnnnnn-cnnn-nn

1755

R A A

:* POINTERS TO M8200,4,7 VECTORS AND REGISTERS

L AL

1757

002506

000000

KHRVEC 0

;POINTER TO M8200,4,7 RCV INTRPT VECTOR

1759
1760

002512
002514

000000
000000

KMTVEC:
KMTLVL: O

POI'IEI TO M8200,4,7 TX INTRPT VECTOR
POlNYEl TO M8200,4,7 TX INTRPT SERVICE PS

1758 002510 000000

KMRLVL : 8

POlN!EI T0 M8200, 6.7 RCV INTRPT SERVICE PS

LAl

251
252
25
25
25

88888

1761
176
176
1764

s 3NT-T

CZDMQBO M8207 STAIIC DIAG 02
CZbmaB.P1
20-AUG-80 07:4
000000
000000
000000
000000
000000

KMCSR:
KMCSRH:
KMCTL:
KMPO4:
KMPO6:

0
0
0
0
0

07:47

;POINTER
;POINTER
;POINTER
;POINTER
;POINTER

&4
PAGE 49

TO M8200,4,7
TO M8200,4,7
TO M8200,4,7
TO M8200,4,7
TO M8200,4,7

SEQ 0048
CONTROL STATUS REGISTER
CONTROL STATUS REGISTER HIGH BYTE
CONTROL OUT REGISTER
PORT REGISTER = SEL4
PORT REGISTER - SEL6

;¥**+ PRIMARY REG ADRS STORAGE FOR THIS UNIT
weeeee
THESE LOCATIONS WILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE

002530

002530
002730

MACY11 30A(1052)
20-AUG-80
GLOBAL DATA SECTION

REGADR:

000100

soweer
SSTACK:

STACK US$80F0R SUBROUTINE LINKAGE
.BLKW

w#wee

07:47

PAGE 50

};gg

.SBTTL

1783

xxxxxzxzxxxxxzxxxzzxxzzxxxxzxxzxxxxxxzzxxxzzxzzxxzxxxzxxzxxzzzzxxzzxzxxzzxzxx

;gz

MACY11 30A(1052) 20-AUG=-80
GLOBAL TEXT SECTION

789

;:tQt"tt'tttt""'t""'Q"tt"'tt'tQlQt'QQt'ttt'Q'Qtt"tt't't""t"t'ttt'tt

CZDMQBO MB207 STATIC DIAG_#2
CZomaB.P1
20-AUG-80 07:46

790

:* NAMES OF DEVICES SUPPORTED BY PROGRAM

;g;
791

792
793

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

=SssAcsi“ Azg AECII INFORMATION THAT ARE USED IN

Exxxxxxzxxzzxxzxxxzzxxxxzxixxzzxzzxzxxzxzzxxzxxxxxxxxxxzzxzzxxzxxxxxzzxxzxxxzxx
002730
002730
002730
002736
002744
002752

..tt'ttt'.tttt""t"Q"0'0"0""ttttttt.fitt'ttt'tt'tt't"."t"'t't.tt't't"

034115
034115
051117
033460
002756

030062
030062
046440
000

026060
026064
031070

LSDVTYP:

DEVIYP

<M8200,M8204,0R M8207>

JASCIZ

/MB200,M8204,0R M8207/

.EVEN

e R

38333209 28333332

784

GLOBAL TEXT SECTION

: FORMAT STATEMENTS USED IN PRINT CALLS

SEQ 0049

IDMABO M8207 STATIC DIAG 62
ZDMaB.P11
20-AUG-80 07:4

MACY11 30A(1052)
20-AUG-80
GLOBAL SUBROUTINES

07:47

&
PAGE 51

}g}?

.SBTTL

1s1§

}g}g

SIIIIIIIIII I TR ERT IR IRt I Ed i i didiineiteiitietitisiiitiitetiiieitiiteiitiies

181

1816
1817
18‘..

GLOBAL SUBROUTINES

THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

---------------.---- ................... e
a m wR e ey w2 D G - e = om = & o @ W W@ - an @ am wm e

}ggg

: MACRO'S NEEDED TO CALL _SUBROUTINES

1821

1823
1824

.ENDM

1822

.MACRO

POPSP2

22626

SEQ 0050

CZDMQBO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
GLOBAL SUBROUTINES

07:47

PAGE 52

SEQ 0051

CZDMQABO MB207 STATrIC olAg L1
CZDmaB.P11
20-AUG-80 07:46
1830
1831
183§

}ggk

1835
1836

MACY11 30A(1052)

20-AUG-80

GLOBAL SUBROUTINES

07:47

&
PAGE 53

SIITIIIIITII IR e it iieiieiiiieiiiziiieiieiieiiieeiiiiiiiieieiiiiiietiiiiiit
/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

///////////////II//////l/////////////////////////////I/////I////////////////////

‘837

.-------- ......... -

}ggg

HACRO S NEEDED T0 CALL SUBROUTINES

1840
1841
18L§
184
1844
1845
1846
1847

1848

1849
1850
1851
1852
1853
1854
1855

MACRO

.MACRO

K&4ONLY
CMP
BNE

S W S e D OB W WD G e D S Gm e WSS
@ W
@ e eL L L L & L L L X I J

?N2
MEMSZ,#2000
N2

EXIT
TST
.ENDM
EDSCALL XxY
LIST

sakteeeeeereeee TEST

NLIST
ENDM
«.MACRO
LRADIX
EDSCALL
RADIX
.ENDM

BADHEAD
10
\TSTESTNUM#1
8

TXY'

ttennanttntttne

SEQ 0052

MACY11 30A(1052)
20-AUG-80
GLOBAL SUBROUTINES

.MACRO

il o
o
i
i
i

NSNNSNNNNNNY
WO NS W00
WA
—

NOCV S WIN)
-

0o 0o

ddd‘ddddddddddddd.‘fld-“_‘ddd—.-‘-‘-‘dd -

CEEEEEEREE 83833338 ET2ITEER 3 2222 aaaaaoooaag 33313 558

.MACRO

1856
1857
1858
1859
1860
i

CZOMQBO M8207 STArIC DIAG_#2
CZ0maB.P11
20-AUG-80 07:46

07-47

5
PAGE 54

SEQ 0053

MYINT

LLIST
MoV
NLIST
MACEX
LIST

KMCSR,R1

;RECORD DEVICE ADDR.

7N2

;DO NOT DO TEST IF MB8200
CNLIST

1ST

N2:
.MACRO

BNE
EXIT
MACEX

MACEX2
LIST

TYPE

N2
ST

?N2

;D0 NOT DO TEST IF M8200

N2:
.ENDM

.MACRO

NLIST
CMP
WTYPE,#0
BNE
N2
TST
EXIT
MACEX2

K4ONLY
LIST

7N2

;DO NOT DO TEST IF M8200, OR M8204
.NLIST

CMP
BNE
N2:

EXIT

MEMSZ, #2000
N2
ST

;NOTE THIS TEST IS ONLY DESIGNED FOR &K MODULE.

.ENDM
.MACRO

.ENDM
.MACRO
LIST

.NLIST
.ENDM
.MACRO

.ENDM
.MACRO

CLRMAR

ROMCLK

004000

CLRMAR

ROMCLK

JSR

SROMCLK
LLIST

JSR
«NLIST

RS, .ROMCLK

;CLOCK INSTRUCTION

RS, .SROMCLK

SKIP06 NNN
.LIST
:SEYO 'NNN' IF MB206
CMP
BEQ

WTYPE,#6
NNN

;SEE IF MB206

0 M8207 STAIIC DIAG_#2

Z0MaB.P11

20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80
GLOBAL SUBROUTINES

19\§

.ENDM

19N
1914
1915
1916

.MACRO

1917

1918
1919
1920
1921

.ENDM
«MACRO

1922
1923
1924
1925

1926
1927

1928
1929
1930

.ENDM
.MACRO

JSR
.ENDM

1931

002756

002756
002764
002772

112777
142777
000205

}ggg

002774

000024

1938
1939
1940
1941
1942

003044

1932
1933
}ggg

1943
1944
1945
1946
1947
1948
}ggg
1951
1952
195
1954

1955
19
1957
1958
1959
1960
1961

196;

003044

003044
003046
003050
003056

003070
003076

000240
000240
152777
012577
152777
142777
000205

003100
003100
003105
003110

000240
022737
001357

003112
003120
0031264
0031;8
0031
88;1;2
1

003144

1963
1964

003152
0031564

1969
1967

003164
003164

1965

003156

000100
000300

177534
177526

PATCH:

000002
177444
000003

000007

177442

.REGT:

177430
177422

002414

152777
012577
000240
000;40
142777

000002
177402

177400

000007

177362

152777
142777

000001
000007

177354
177346

152777

000002

177334

000205

PAGE 55

SKIPO7 NNN
LIST
;GOTO_"NNN' IF MB207
NLIST

CMP

WIYPE, #7

SKIPO&
.LIST

NNN

BEQ

;SEE IF M8200,4,7

NNN

;GOTO "NNN' IF M8204
NLIST
CMP
WTYPE, #4
BEQ
NNN
MSTCLR

RS, .MSTCLR

SEQ 0054

;SEE IF MB204

;CLEAR M8200,4,7

MOvVB
BI(8
RTS

#BIT6,AKMCSRH
;SET INST.
#BIT6!BIT7 ,aKMCSRH
RS

.BLKW

20.

;PATCH AREA.

ENDBUG:
:
UNSAFE TO PATCH ANY OTHER AREA.
-ROMCLK:

000006

000240
000240

«MSTCLR:

07:47

NOP
NOP
BISB
MOV
BISB
BI(B
RTS

. SROMCLK::
NOP
CMP
BNE

1$:

BISB
MOV
NOP
NOP
BICB

#BIT2!BIT1!BITO,3KMCSRH
RS

#6 ,WTYPE
.REGT
#B1T1,3KMCSRH

(R5) +,3KMPO6

#7 ,3KNCSRH

BIsSB
BICB

OBITO‘OKHCSRN
;STEP INSTR.
#BIT2!BIT1!BITO,3KMCSRH

BIsSB

#2 ,3KMCSRH

RTS

NOP
NOP

2%:

#B1T1,3KMCSRH
(R5) +,3KMPO6
#BIT1!BITO,aKMCSRH

———

CZDMQBO M8207 STAIIC DIAG_#2
(Z0MmaB.P11
20-AUG=-80 07:46

MACY11 30A(1052)
20-AUG-80
GLOBAL SUBROUTINES

004537

003044

CLRALL:

537
220

003044

004537

003044

004537
000000
000207

003100

004537
000401
000207

JSR

33 gegsRese 53333338
NN o e e =D eh D b b
-0 OWNYO
NS WIN) = O

oS SISIIIIIIS

5028

JSR
63220

RS, .ROMCLK

;CLOCK INSTRUCTION
:SP(0) TO BR

JSR
60400

RS, .ROMCLK

;CLOCK INSTRUCTION
:BR,SP(0) + BR

6SR

RS, .SROMCLK

RTS

ROMCLK
ROMCLK

SROMCLK

003044

JSR
401

ROMCLK

004537
000420
000207

003044

SETBR7:

003044

SETC:

003044
003044

TO BR

RS, .ROMCLK
PC

sCLOCK INSTRUCTION
:1 70 BR

;THIS SUBROUTINE SETS BR1 BIT

JSR
000402
RTS

SETBRé:

sSETS BRO BIT

ROMCLK

SETBR1:

SEQ 0055

;CLOCK INSTRUCTION

RTS

1992

5
PAGE 56

RS, .ROMCLK

400

003044

;CLEARS C & Z BITS AND BR

ROMCLK

SETBRO:

07:47

;NEXT WORD IS INSTRUCTION

RS, .ROMCLK
PC

;CLOCK _INSTRUCTION
:BR_002

;THIS SUBROUTINE SETS BR4 BIT

ROMCLK
zgs

RS, .ROMCLK

RTS

;NEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION

;THIS SUBROUTINE SETS BR7 BIT
ROMCLK
ggs

RS, .ROMCLK

RTS

sNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION

;THIS SUBROUTINE SETS THE C BIT

ROMCLK

JSR
000777

RS, .ROMCLK

;NEXT WORD IS INSTRUCTION
sCLOCK _INSTRUCTION
:BR_377

JSR
063220

RS, .ROMCLK

JCLOCK INSTRUCTION
“SP(0) _BR

ROMCLK

;NEXT WORD IS INSTRUCTION

(ZDHOBO M8207 STATIC DIAG_#2
CZOmaB.P11
20-AUG-80 07:46

004537
060400

003044

004537
000000
000207

003100

MACY11 30A(1052)
20-AUG-80
GLOBAL SUBROUTINES
ROMCLK

004537
000777

003044

004537
000777
000207

003100

062716

RS, .ROMCLK

3SR

RS, .SROMCLK

RTS

JSR
000777

RS, .ROMCLK

JSR
0777

RS, .SROMCLK

SROMCLK

RTS

sNEXT WORD IS INSTRUCTION

;CLOCK INSTRUCTION
:BR_SP(0)+BR

:NOQ WE MUST CLOCK THE BITS INTO IBUS <13>

sNEXT WORD IS INSTRUCTION

CLOCK INSTRUCTION
377

NOU CLOCK THE BITS INTO IBUS<13>

;THIS SUBROUTINE LOADS R4 WITH THE LOWEST
;8 BITS OF THE CRAM PC.
CLR
MOV

000000
000002

.Y
PAGE 57

:THIS SUBROUTINE SETS THE Z BIT
ROMCLK

RAMDAT:

005004

JSR
060400

SROMCLK

SETZ:

07:47

ADD

SKIPO6

R4
a(SP),RS
:GOOD DATA
#2,(SP)
;ADJUST STACK
1%
;1F M8206,WE'LL GET PC A DIFFERENT WAY.

GOTO 18 IF M8206

1F M8200,4,7 WE'LL GET PC A DIFFERENT WAY.

§KIP

GOTO 1s 1r M8207

CLR

BIS

#BIT8, (R1)

CLR

(R1)

003044

ROMCLK
JSR

061225
MOVEB

000005

003044

RTS

1%:

000004
WROM:

ROMCLK

JSR
121244
MOVB
RTS PC

CLR

g
-

228
rorow

S(R1),Ré&

RS, .ROMCLK
4(R1),R&4

#BIT15,STATI

2%
BEQ
SKIPO7_ 2%
;GOTO 2% IF Mm8207

003422

003440

RS, .ROMCLK

1%:

:CLEAR BIT10

:CLOCK INSTRUCTION IN CRAM THAT
:JUMPED TO, IT LOADS BR WITH IT
:CLR BIT8
*NEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION

:MOV BR TO PORT §
:PUT "'FOUND'' IN Ré&
*RETURN

:READ PC LOW REG DIRECTLY.
:CLOCK INSTRUCTION
11BUS*<12> TO PORT 4
:PUT INTO R4
CEXIT

sTHIS SUBROUTINE WRITES THE ROMMAP INTO THE CRAM

BIT

003432

(R1)

000400

MOV

#ROMMAP ,R2

#81710, (R

;BE SURE M8200,4,7 HAS CRAM

;SKIP IF NO CRAM

:RO=CRAM ADDRESS

:R2 POINTS TO ROMMAP

;SET ROMO

SEQ 0056

CZDMQBO MB207 STATIC DIAG_#2
(ZOMaB.P11
20-AUG-80 07:46
2081
20
2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
%107
108

2109
2110
2111
2112
2113
2114
2115
g}}g

003444
003450
00%256
003460
003462
003466
003470
003472

010061
012%61
052711
005200
023700
001364
005011
000207

MACY11 30A(1052)
20-AUG-80
GLOBAL SUBROUTINES

07:47

000004
000006
020000

MoV

MOV
BIS

(R3)+,6(R1)
BITs, (R

002436

(MP
BNE

MEMSZ,RO
1

RTS

INC

2%:

003474

MEMSET:

CLR

5
PAGE 58

RO,4(R1)

:LOAD CRAM ADDRESS

INEXT ADDRESS
:DONE YET?
‘BR IF NO
*CLEAR SELO

(R1)

*LOAD WORD TO BE WRITTEN
‘WRITE IT!

*RETURN

sTHIS SUBROUTINE LOADS CRAM WITH SPECIAL INSTRUCTIONS

;FOR THE CRAM JUMP TEST. ALL CRAM LOCATIONS ARE LOADED

;WITH INSTRUCTIONS THAT MOVE A 37 TO THE BR, EXCEPT THE

;FOLLOWING CRAM ADDRESSES: 0,1,4,7,525,1777. THESE LOCATIONS

sCONTAIN INSTRUCTIONS WHICH LOAD THE BR WITH THE LOWEST
;8 BITS OF THAT CRAM ADDRESS.
003474

003504
003506
003512
003516
003524
003530
003532
003536
003540
003542

003546
003554
003562
003566
003570
003574
003576

5000
012711
010061
012761
052711
005200
023700
001363

005000
012711

002000
000004
000437
020000

002000

000001
001777

000000
000007

2121
2122
2123
2124
2125
2126
2127
2128
2129
2130
2131
2132
2135
2134
2135

003616
003620
003622
003626
003626
003630

000400
000401
000404
000407
000777
000525

1%:

000006

CLR

;RO = CRAM ADDRESS

MOV
BIS

#6387 6(R1)
#BI1T13, (R1)

:LOAD INSTRUCTION
:WRITE INSTRUCTION IN CRAM

003602
003616
020000

MOV
MOV

INC
CMP
BNE

002436

000014

003602
003610

1F M8200,4,7 CAN'T WRITE CRAM!

:GOTO 38 IF M8207

016061
016061
052711
005720
022700
001362
005011
000207

2118
g};g

SKIPO7

000004
000006

2%:

MOV

MOV
MOV
BIS
TST

000525

RO
MEMSZ,RO
1%
RO

#B81710, (R1)

(RO) +

sNEXT ADDRESS
;DONE YET?
:BR IF NO
; INDEX REGISTER

;SET ROMO

sNEXT

;DONE YET?
:BR_IF NO
;CLEAR ALL BITS

#14,R0
2%
(R1)

CRAMA:

WORD

0,1,4,7,1777,525

INSTU:

000400
000401
000404
000407
000777
000525

RTS

:SET ROMO
:LOAD CRAM ADDRESS

CRAMA(RO) ,4(R1) ;LOAD CRAM ADDRESS IN SEL&
INSTUCRO) ,6(R1) ;LOAD INSTRUCTION TO BE WRITTEN
#BIT13,(R1)
sWRITE CRAM!

CMP
BNE
CLR

3s:

000004

#B1T10, (R1)
RO,4(R1)

sRETURN

:BR_0
‘BR”1
‘BR”4

BRTM7
‘BR"377
‘BRTM125

sROUTINE TO SAVE GENERAL REGISTERS FOR ERROR ROUTINE.

003632
003633
003642
003663
003652

010537
010437
010337
010237
010137

002416
002420
002422
002424
002426

Sv05:

; CALL = JSR

MOV
MOV
MOV
MOV
MOV

RS ,SREGS
R4, SREG4
R3,SREG3
R2,SREG2
R1,$REGT

PC,SVO05

SEQ 0057

CZDMQBO M8207 STA(IC DIAG_#2

(ZDMaB.P11
2136
%}gg

003656
003664

20-AUG-80 07:46
013737
000207

002434

MACY11 30A(1052)

20-AUG-80

GLOBAL SUBROUTINES

002430

MOV
RTS

07:47

MRO, $REGO
PC

5
PAGE 59

SEQ 0058

EZDHOBO M8207 STATIC DIAG_#2
I0MeB.P11
20-AUG-80 07:46

H 5
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 60
GLOBAL ERROR REPORT SECTION

g}z?

.SBTTL

2142

2144

2143

%}22

GLOBAL ERROR REPORT SECTION

THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
THAT ARE USED IN MORE THAN ONE TEST.

SIIIIIIIIIII I T I I LI LI T L dII1100010000710000000001000100001111111

2147
2148

3150

2151
2152
2153
2154
2155
2156
2157
2158
2159
2160
2161
2162
2163
2164
2165
2166
2167
2168

003666
003674
003702
003710
003712
003720
003726
003730
003736
003744
003752
003755
003762
003770
003773
004
004
004014

047045
032123
032123
000116
047045
033523
000116
047045
030523
051445
047045
045
051445
047045
045
051445
051445
047045

2170
2171
2172
2173
2174
2175
2176
2177
2178

004024
004032
004040
004046
004054
004062
004070
004076
004104

043505
020122
051505
047522
051104
020075
026101
036440
000

004172

00012;

2169

2179
2180
2181
2182
2183
2184
2185
2186
2187

%108

189
;190
191
S19i
193
5196
195

004017

004105
004112
004120
0041;2
0041
004142
004150
004156
00‘196
004174
006§08
00421
006%16
004 i‘
004232
006240

047445
047445
047445

022466
022466
022464

TEM1:

_ASCIZ

/XNXO6XS4X06XS4X04LXIN/

047445
047445

022463
022463

TFM2:

ASCIZ

/XINXO3XS7X03XIN/

047445
022460
022464
000
022516
022467
00
022516
022465
022463
000

022463
031517
032117

TFM3:

_ASCIZ

/XNXO3XS10%03XS4X04XN/

031517
031517

TFM4:

_ASCIZ

/XINXO3XS7X03XN/

033117
033117
033117

TFM5:

_ASCIZ

/XINX06XSSX06XS3X06XN/

022516

051101

TFM36:

.ASCIZ

/XNXAREGISTER ADDRESS ERROR,ADDRESS
= X06XA,UNIT
= %02/

045
051503
4107
020105
051127
020116
047440
047514
062524

022516
020122
041040
047507
052111
047111
020116
020127
054040

020101
044510
052131
020124
042524
047524
020101
054502
042506

TFM41:

_ASCIZ

/XNXA CSR HIGH BYTE GOT WRITTEN INTO ON A LOW BYTE XFER/

047045
051123
821060
7507

040445
046040
052131
020124

041440
053517
020105
051127

TFML2:

ASCIZ

/XINXA CSR LOW BYTE GOT WRITTEN INTO ON A HIGH BYTE XFER/

045

05;111
047111
020116

051511
042101
020123
026122
051505
047445
047125
022440

042524
047524
020107

042524
051104
051105
042101
020123
022466
052111
031117

020116
047440
044510

SEQ 0059

CZDMQBO M8207 ST
20

NN4 & &3“““e eeee e - NV

N =TMTOWNIN MOMNIWNANO

88333 3838

MOTNFIT—TONWNNT

e e O —OWVNWnNe—-nn

28 53

TONOTN

o©00

SEQ 0060

206/

TFMLO0:

LASCIZ

/%NXANEG ADDR TEST DUAL ADDR ERROR=-BAD ADDR

TFM43:

LASCIZ

/%A SCRATCH PAD XO3X%A DUAL ADDRESS ERROR WITH SP%02/

TFM44:

(ASCIZ

/XTXATHE MAR REG,

TFM4S:

LASCIZ

/XTXATHE PC REG, CONTENTS= %06/

TFM4S5A:

LASCII

/ANXANOTE:

LASCIZ

/XNXARUN BIT (SW7 OF E28) IS ON/

=L (%] — — ~

""XANPR/MISC REGS DATA FAILURE, GOOD =X06XA, BAD =%06"'

052045

0445

044126

004502
004510

043505
052116

020054
047105

047503
051524

7S S

040445

047516

N-=

o 102060

— O3
Ne= === ONONNNO

NN -

PAGE 61

052101
051101
020054
047105
047445

004696 028105 8: 1520 051040

07:47

2524
6440
043505
052116
020075

0044

6‘

20-AUG-80

GLOBAL ERROR REPORT SECTION

>SS

mT@NOMINMWNDNO wmmmmmmmwmmmmm

MACY11 30A(1052)

|«

CZ0MmaB.P11

—.M

CONTENTS= %06/

THIS ERROR MAY BE FALSELY GENERATED IF

THE/

CZDMQBO M8207 STAIIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

07:47

GLOBAL ERROR REPORT SECTION

2252

004733

045

050101

020103

2255
2256
2257
2258
2259
2260
2261
226%
2263
2264
2265
2266
2267
2268
2269
2270
2271
2272
2273
2274
2275
2276
2277
2278

004754
004762
00477
004776
005
005010
005016
005026
005032
005040
005046
005054

041505
041057
022‘6?
040527
047445
040515
041440
043040
020104
042514
047045
000

0351;6
020075
020101
020123
000066
052123
042514
044501
047524
051101
052045

051440
047445
0%0073
020075

005055
005056
005
005072
005076
005104
005112
005120
005126
005131
0051
005144
005152
005160
005166
005171
005176
005204
5%12
5216
0052;6
0052 i
00523
005240
005246
005254

000
051103
052101
047522
051103
040525
051104
043516
051117
11;
051105
051103
046525
052123
052114
111
044501
047515
051505
047511
020122
000
10;
044107
043111
047522

046501
020101
000122
046501
020114
051505
042440
000
06?5 b
047522
046501
020120
043040
000
050117
020116
054522
000124
020120
042524

042040
051105

ggg

5276
g ]

8:6101
SSS;
85032

020122
020124
020126
000122
020122
040440
051523
051105

30
30
304
305
309
30

5
5
5
005340
885363
535

86 511
51125
1
042526
0511 g
1

042114
051117
0635%5
052123
051117
047117

5
PAGE 62

225§ 004740 047111 051103 0%0056
2254 004746 047111 047503 051122

TFM&7:

.ASCIZ

‘''XAPC INCR. INCORRECT: S/B= X06%A ; WAS = 06"

051105
051101
042514
041440
000040
047045

TMMC:

,ASCIZ

/MASTER CLEAR FAILED TO CLEAR /

FM1:

LASCIZ

/XINXTIN/

EMO:
EM1:

LASCIZ
.ASCIZ

/7
/CRAM DATA ERROR/

042040
042101
044523
051122

EM2:

.ASCIZ

/CRAM DUAL ADDRESSING ERROR/

850120

EM3:

.ASCIZ

/JUMP ERROR/

EM4:

LASCIZ

/CRAM JUMP TEST FAULT/

046440
042515
052040

EMS:

LASCIZ

/10P MAIN MEMORY TEST/

040515
052123

EM6:

LASCIZ

/10P MAR TEST/

044522
044123
051105

EM7:

LASCIZ

/BR RIGHT SHIFT ERROR/

052504

EM10:

.ASCIZ

/MAR DUAL ADDRESSING ERROR/

042440
000
820120
2440
0
044504

%79

80
2281
2282
2283
284
2285
2286
2287
2288
2289
290
291
29;
293
296
295

229?
;:.

301

005260

531

040515

0122
045040
042524
052501

042104
047111
047522

055513 050115 043040 EM11:

_ASCIZ /JUMP FIELD ERROR/

EM12:

.ASCIZ

/JUMP TEST ERROR/

EM16:

.ASCIZ

/CONDITION CODE TESTING,Z & C/

SEQ 0061

MACY11 30A(1052)
20-AUG-80 07:47 PAGE 63
GLOBAL ERROR REPORT SECTION

TATIC DIAG_#2

30-AUG-80 07:46

SEQ 0062

TANIAL

- - o ~

= --<a(3—

¥ z e = © @ -4 ~ R =

CZDMQBO M8207
CZDMGB.P11

R R AR AR AR R AN AR AN

RN R AR RN RANRRRRAERRRNEOIRRRRTRE
e’

CZDMQBO MB8207 STATIC DIAG_#2

CZDMAB.P11
2

2366
2367
2368
2369
2370
23N
2372
2373
2374
31

8373

2378
2379
2380
2381
232
2383
2384
2385
2386

Q5775
006002
00601
006016
006024

20~AUG-80 07:46
o106
Q2101
34
020122
40

Q47522
051104
040uL0
041040
042104

MACY11 30A(1052)

20-AUG-80

GLOBAL ERROR REPORT SECTION

020115
020040
0ug10c
042101
000122

DH3:

.ASCIZ

.MACRO

2404

2405

2406

BAD ADDR/

.ENDM
.MACRO
.ENDM

MDT1
PRINTB

#TFM1,SREG2,SREG,SREGO

MDT2
PRINTB

#TFM1,SREGS,SREGL,
SREG2

.ENDM

239
2397
2398
2399
2400
2401
2402
2403

TO ADDR

SEQ 0063

MACRO'S NEEDED TO REPORT ERRORS

2389
2390
2391

2393
2394
2395

PAGE 64

I TS

.MACRO MDT3

2392

/FROM ADDR

EVEN

2387

2388

07:47

.MACRO

.ENDM

.MACRO
.ENDM
.MACRO
-ENDM
MACRO
.ENDM

.MACRO

PRINTB

MDT4

#TFM2,SREGS,SREGS

PRINTB

#TFM3,SREGS,SREGL,FLAG

MDTS
PRINTB

#TFM3,SREGS,SREGL,
SREG2

MDTO
MDT6

PRINTB

MDT?7

PRINTB

#TFM4,SREG2,SREGA

#TFM4,SREGS,SREG4

(l DMQBO M8207 STAIIC DIAG_#2
(2 DMQB.P11
20-AUG-80 07:46

407

408

2409
2610

L
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 65
GLOBAL ERROR REPORT SECTION

.MACRO
.ENDM

MDT8
PRINTB #TFMS5,FADR,SREGS,SREG4

SEQ 0064

CIDMQBO M8207 STATIC DIAG OZ
CZDMaB.P1
20~-AUG-80 07:

2l
2612
2613

N 5
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 66
GLOBAL ERROR REPORT SECTION
.MACRO

$MD
BGNMSG

ERRNN
ERNB
ERR'ERRNN

ERHM

SEQ 0065
ERFM

94 DMQBO MB207 STATIC DIAG_#2
CZoma 8.P11
20-AUG-80 07:46

2614
2415
2616
2617
2618
2419
2420
2421
2422
2623
2424
2425
2426
2627
2428
2429
2430
26431
26432
2433
2634
2635

006032
006032
006032
006036
006042
006046
006050
006052

012746
012746
012746
010600
104414
062706

005056
005046
000002

26437
2438
2439
26440

006062
006066
006072
006074

012746
012746
010600
104414

005046
000002

436

441

442

2443
2644
2645
26446
26447
2448
26449
2450
26451
2452
2453
26564
2455
z‘sg
2457
2458
s«so
460
461
46;
463
464
465
5‘

467

.ENDM
.MACRO
.ENDM

006056

833073

012746

005724

000006

006106
006112
006116
006122
006126
006130
006132
006136
006142
006146
006150
006152
006156
006156
006160
006160
006160
006196
006170
006174
006176

013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

002420
002424
003666
000004

‘06
ooogto

012746
12746

013746

010600
104414
groo

005076
005046
000002

000006
005724
005046

006214

012746 000002

006222

104414

ERROR
JSR
ERRDF

ECB
PC,SV0S
'ECB',EMO,ERR'ECB’

$MD

333

MOV
MOV
MOV
MOV
TRAP
ADD

#EM1,=(SP)
#EM1
= (SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5SP

MOV
MOV
MOV
TRAP

#EM1
.- (SP)
#2,-(sP)
SP,RO
CSPNTB

ADD

MOV

000012
005627
000001
000004

PRINTB #FM1,#EM'ERNB
PRINTB #FM1.#DH'ERHM
MDT'ERFM
PRINTB #STH
ENDMSG

MOV

002430

104423
012746
012746
012746

ERR1::

000006

ooiroe

102

468 ooogzo 010600
469

B 6
MACY11 30A(1052) 20-AUG-80 07:47 PAGE 67
GLOBAL ERROR REPORT SECTION

L10003:
ERR2::

MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#DH1,-(SP)

#6,5P

$REGO,
= (SP)

$REG4,
= (SP)
$REGZ2,~-(SP)
#TFMT,=(SP)
8 ,-($P)
SP.RO
CSPNTB
#2,5P
#STH,=(SP)
" ,-(sP)
SP,RO
CSPNTB
#,SP

TRAP
$MD

CSMSG
2,2.1.1

MOV
MOV
MOV

#EM2,-(SP)
#FNAY
.- (SP)
#2,-(sP)

MOV
MOV

#OH1,-(SP)
#EM1 - (SP)

MOV
TRAP
ADD

MOV

TRAP

SP,RO
CSPNTB
#6,5P

#2,-(sP)

SP.RO

CSPNTB

SEQ 0066

CIDMQBO M8207 gtk(l( DIAG_#2
0-AUG-80 07:46
CZDMaB.P 1"
470

2672
2473
2474

006224

062706

oooogo

006
006240
006244

013746
013746
815766

002420
002424
003666

006

26475 006250

013746

104414

012746
012746
012746
010600
104414
062706
012746
012746
012746
010600

006352
006356
006362
006366
006372
006376
006402
006404
006406
006412
006416
006422
006426
006426
0064
006432

519
51
518
$19

0066%:
0064
006440
006444

012746
012746
81zrao

006452
006454
006460
006494

104414
062706
012746
012746

521
sg;
523
554

000012
005627
000001
000004

104423

2499
2500
2501
2502
2503
2504
2505
2506
2507
2508
2509
2510
s511
s1§
2513
2514

520 006450

$REG4,
= (SP)
$REG2,-(SP)
#TEMT = (SP)

MOV

498

006434

MOV
MOV
MOV

012746 000004

010600
104414
06%706
012746
012746
010600
104414
062706

2515

#6,5P

MOV

0062564
006256
006260
006264
ooegro
006274
006;38
006
006304
006304
006306
006306
ooosog
00631
006316
006322
006324
006326
006332
006336
006342
882;48

ADD

002430

26476
2477
2478
2479
2480
2481
24
2483
2484
2485
2486
2487
2488
2489
2490
2491
2492
2493
269
2495
2496
497

C 6
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 68
GLOBAL ERROR REPORT SECTION

oegroe
013746
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

005056
005046
000002

ERR3::

000006
005724
005046
000002

000012
005627
000001
000004

005131
005046
000002
ooooog

00575
005046

525 006470 012746 000002

L10005:
ERRG: :

$REGO,
= (SP)

0 ,-($P)

SP,RO
CSPNTB
#12,5P
#STH,=(SP)
#n,-(sP)
SP,RO
CSPNTB
#,SP

TRAP
$MD

(SMSG
3,1,1,2

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV

#EM1,-(SP)
#FM1,=(SP)
#2,~(SP)
SP,RO
CSPNTB
#6,SP
#DH1, = (SP)
#FM1,=(SP)
#2,-(sP)

TRAP

CSPNTB

MOV

000006
002424
002420
002416
003666
000004

104423

010600

L10004:

MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

SP,RO

ADD
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#6,5P
$REG2,-(SP)
$REG4,
= (SP)
$REGS,
- (SP)
#TEMT
. -(SP)
#4,-(SP)
SP.RO
CSPNTB
#2,5P
#STH,-(SP)
#1,-(SP)
SP.RO
CSPNTB
8, 5P

TRAP
$MD

CSMSG
4,3,2.3

MOV
MOV
MOV

#EN3,-(SP)
#FM1,-(SP)
#2,-(5P)

TRAP
ADD
MOV
MOV

CSPNTB
#6,5P

MOV

SEQ 0067

SP,RO

#DH2,
= (SP)
#EN1 - (SP)

#2,-(5P)

CZDOMABO M8207 STATIC DIAG #2
CZDMmaB.P11
20-AUG-80 07:46

gsze

006474

010600

006500

062706

000006

006510
006514
006520
006524
006526
006530
006534
006540
006544
006546
006550
006554
006554

81 7646
1%746
012746
010600
104414
062706
012746
012746
010600
104414
062706

002416
00371
00000

§27

006476

529

006504

gs 8

2530
%s 1
5 g
%s
sg«
2535
2536
2537
2538
2539
2540
2541
2542

104414

013746

104423

MACY11 30A(1052)

07:47

GLOBAL ERROR REPORT SECTION
MOV

$P,RO

ADD

#6,5P

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

$REGS,
= (SP)
#TFM2.=(SP)
#3,-(5P)
SP,RO
CSPNTB
#10,5P
#STH,=(SP)
n,-(sP)
SP,RO
CSPNTE
#,SP

TRAP

002420

MOV

000010
005627
000001
000004

20-AUG-80

L10006:

TRAP

CSPNTB

$REGL
, = (SP)

(SMSG

6
PAGE 69

SEQ 0068

000004

PRSE

—-O0000

062706

E 6
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 70
GLOBAL ERROR REPORT SECTION
ERRS::

$MD

104423

5.64,2,3
#EML ,-(SP)
#EMT,=(SP)

#2,-(SP)

SP,RO
CSPNTB

000006
005755
005046
000002

#6,5P
#DH2
= (SP)
#EM1,-(SP)
#2,-(SP)

000006
002420
002416
003712
000003

#6,5P

000010
005627
000001

#10,SP
#STH,-(SP)
#1,-(SP)

SP,RO
CSPNTB

(SP)
= L,
$REG
$REGS,=(SP)
#TFM2,=(SP)
#3,-(SP)
SP,RO
CSPNTB

—2

D
d e
2

2560

005144
005046
000002

00000

z\fl\fl\fl\flb

OONOWVESWNN—-0OO

NN NN
VIV
AWVTAWVAWN
VIV

2548

f=2222
-tS ® -uu~2
NN g OoONNN
>~
NNNNNS g NNNNSONNY
fiasgunnv
SRS » &~
=S58
oo 878555873500

CZDMQBO M8207 STA(IC DIAG_#2
CZDmaB PN
20-AUG-80 07:46

L10007:

SP,RO
CSPNTB

TRAP
ADD

#s,SP

TRAP

C$MSG

SEQ 0069

—

CZDMQBO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46
07:

2571
2572
2573
2576
2575
2576
2577
2578
2579
2580
2581
2582
2583
584
2585
586
2587
2588
2589
2590
2591
2592
2593
2594
2595
2596
2597
598
599
2600
2601
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611
2612
2613
2614
2615
2616
2617
2618
2619
2620
5621
2$§
S
626
2625
2626

006700
006700
006700
006704
006710
006714
006716
006720
0067264
0067
006734
006740
006742
006744
006750
006754
006760
006764
006770
006774
006776
007000
007004
007010
007014
007016
007020
0070264
007026
007026
007026
007026
007032
007036
007042
0070446
007046
007052
007056
007062
007066
007070
007072
007076
007102
00N
007112
007116
007122
0071264
n
0071
007136
007142
007146
007146

812746
1%7&6
012746
010600
104414
06%706
012746
012746
012746
010600
104414
062706
013746
013746
013746
012746
012746
010600
104414
0627
012746
012746
010600
104414
062706

005171
005046
000002

:
ERRG:

000006
005724
005046
000002

$MD

6,5.1,4

MOV
MoV
MOV
MOV
TRAP
ADD
MOV
MoV
MoV

#EMS,-(SP)

MOV
TRAP
ADD
MOV
MoV

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV

L10010:

104423

012746
012746
012746
010600
104414
2706
012746
012746
012746
010600
104414
06;706
013746
013746
013746
01%766
012746
010600
104414
062706
81 746
012746
010600
104414
062706

005216
005046
000002
000006

005724
005046
000002

MACY11 30A(1052)
20-AUG-80 07:47 PAGE
GLOBAL ERROR REPORT SECTION

ERR7::

MOV
TRAP
ADD

#6,SP
#DH1,=-(SP)
#FM1 ,=-(SP)
#2,-(5P)

$P.RO
CSPNTB

#6,5P
FLAG,=(SP)

(SP)
, =G4
$RE
$REGS,=(SP)
#TEM3,-(SP)
#,-($P)

SP.RO
CSPNTB

#2,5P

#STH,=-(SP)

#,-(SP)

SP,RO
CSPNTB

#4,SP

CSMSG

7.6,1.5
#EMG,
- (SP)
#FEM1,-(SP)
#2,-(SP)

SP,RO
CSPNTB

#6,5P

#DH1,-(SP)
#EM1
- (SP)
#2,-(SP)

SP,RO

#6,5P

$REG2,-(SP)
$REGL ,~(SP)
(SP)
- S,
$REG
#TFN3,-(SP)

SEQ 0070

CZ0MQBO MB207 STAIIC DIAG #2
CZDMaB.P11
20-AUG-80 07:46

2627
2628
26
2631
2632
2633
2634
2635
2636
2637
2638
2639
2640
2641
2642
2643
2644
2645
2646
2647
2648
2649
2650
2651
2652
2653
5656
655
2656
2657
2658
2659
2660
2661
2662
2663
2664

2665
2666
2667
2669
2670
2671
2672
2673
2674
2675
267
267
2678
2679

2681

2682

00715
007152
007154
007154
007154
007160
007164
007170
007172
007174
007200
007204
007210
007214
007216
007220
007224
007230
007234
007240
007244
007246
007250
007254
007260
007264
007266
887 70
7274

007274
007276
007276
007276
007302
007
007312
007314
007316
007322
007326
007332
007336
007340
007342
007
00735
007356

007362
007393
73
7372
007376
007402
0074
00741
007412

L10011:

104423
012746
012746
012746
010600
104414
062706
012746
012746
012746
010600
104414
062706
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

005233
005046
000002

012746
010600
106414
062706
012746
012746
010600
1046414
062706

ERR10::

000006
005755
005046
000002

000006
002420
002416
003712
000003
000010
005627
000001
000004

104423
012746
012746
012746
010600
104414
062706
012746
012746
012746
010600
104414
062706
813766
13746
012746

6 6
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 72
GLOBAL ERROR REPORT SECTION

005260
005046
000002
000006
005755
005046
000002
000006
002420
002424
003755
000003

000010
005627
000001
000004

L10012:

ERR11::

TRAP
$MD

C$MSG
10,7,2.3

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#ENT7 ,-(SP)
#FM1,=(SP)
#2,-(SP)
SP,RO
CSPNTB
6 ,5P
#DH2 ,-(SP)
#FM1,=(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
$REG4
, = (SP)
$REGS,~-(SP)
#TFEM2,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP
#STM,-(SP)
#1,-(SP)
SP,RO
CSPNTB
#4,5P

TRAP
$MD

CSMSG
11,10,2.6

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV

#EM10,-(SP)
#FM1,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
#DH2 ,-(SP)
#FM1 ,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
$REG4L ,-(SP)
$REG2,~-(SP)
#TFNG,-(SP)

MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

SEQ 0071

#3,-(SP)
SP,RO
CSPNTB
#10,SP
#STH,-(SP)
#,-(SP)
SP.RO
CSPNTB
#,5P

—

E%DRQBO M8207 STATIC DIAG_#2
DMQB.P11
20-AUG-80 07:46

2683
2684
2685
2686
2687
688
2689
2690
2691
2692
2693
2694
2695
2696
2697
2698
2699
2700
2701
2702
2703
2704
2705
2706
2707
2708
2709
710
711

2712
2713
2714
2715
2716
2717
2718
2719
2720

2721
2722
2723
2724
2725
2726
2727

728
729
730
731
%7!
733

007416
007416
007420
007420
007420
0074264
0074
007434
007436
007440
007444
007450
007454
007460
007462
007464
007470
007474
007500
007504
007510
007512
007514
007520
007524
007530
007532
007534
007540

007540
007542
007542
007542
007546
007552
007556
007560
007562

0075
007572
007576
007602
007604
007606
007612

735

007616
007622
007
0076
007634
0076
007642
007646

737
738

007656
007656

007652

L10013:

104423

012746
012746
012746
010600
104414
062706
012746
012746
012746
010600
104414
062706
013746
013746
012746
012746
010600
104414
2706
012746
012746
010600
104414
062706

TRAP
$MD

CSMSG
12.7.2.7

MOV
MoV
MoV
MoV
TRAP
ADD
MoV
MOV
MOV
MoV
TRAP
ADD
MOV
MoV
MoV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP

#ENT7,-(SP)
#FEM1,=(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
#DH2,=(SP)
#FM1,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
$REG4L,
- (SP)
$REGS,-(SP)
#TFMGL,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP
#STH,-(SP)
#1,-(SP)
SP,RO
CSPNTB

TRAP
$MD

CSMSG
13,10,2.3

MoV
MoV
MOV
MOV
TRAP
ADD

#EM10,-(SP)
#EM1,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5SP

000010
005627
000001

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV

$REGS,-(SP)
#TFEM2,-(SP)
#3,-(5P)
SP,RO
CSPNTB
#10,5P
#STH,-(SP)
#1,-(SP)

000004

TRAP
ADD

005233
005046
000002

012746
012746
012746
010600
104414
062706
013746

013746
012746
812766
10600
104414
062706
012746
012746

104414
062706

ERR12::

000006
005755
005046
000002
000006
002420
002416
003755
000003
000010
005627
000001
000004

104423
012746
012746
012746
010600
104414
062706

005260
005046
000002

0000
005755
005046
00000
000006
002420
002416
003712
000003

MACY11 30A(1052)
20-AUG-80 07:47 PAGE 73
G.OBAL ERROR REPORT SECTION

L10014:

ERR13::

ADD

MOV
MOV
MOV
MOV
TRAP
ADD
MOV

MOV

¥4 ,SP

#DH2,-(SP)
#EM1,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
- (SP)
SREG4L,

SP,RO

CSPNTB
#,5P

SEQ 0072

CZDMQBO MB207 STATIC DIAG_#2

CZDKaB.P11
2739
2740
2741
2742
27643
2744
2745
2746
2747
2748
2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759
2760
2761
2762
2763
2764
2765
2766
2767
2768

007662
007662
007664
007664
007664
007670
007674
007700
007702
007704
007710
007714
007720
007724
7726
77
007734
007740
007744
007750
007754
007756
007760
007764
007770
007774
007776
010000
010004
010004

20-AUG-80 07:46

104423

005312
005046
000002

ERR14::

000006
005755
005046
000002
000006
002420
002424
003755
000003
000010
005627
000001
000004

20-AUG-80

07:47

GLOBAL ERROR REPORT SECTION
L10015:

104423
012746
012746
012746
010600
104414
062706
012746
012746
012746
010600
104414
062706
013746
013746
012746
012746
010600
104414
062706
012746
012746
010600
104414
062706

MACY11 30A(1052)

L10016:

TRAP.
$MD

(SMSG
146,11,2,6

MoV
MOV
MoV
MoV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MoV
MOV
MOV
MoV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#EM11,-(SP)
#FEM1,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
#DH2,=(SP)
#EM1,=(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP
$REG4L,
- (SP)
$SREG2,
= (SP)
#TEMG ,-(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,sP
#STH,-(SP)
#1,-(SP)
SP,RO
CSPNTB
¥4 ,SP

TRAP

CSMSG

6
PAGE 74

SEQ 0073

CZDMQBO M8207 STAIIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46
2769
2770
2171

010006
010006
01

012746

2776
2775
2776
2777
2778
2779
2780
2781

010022
0100264
o1oo§6
010032
010036
010042
010046
010050

010600
104414
06%706
012746
012746
012746
010600
104414

577
77

010012
010013

012746
012746

005333

J 6
’
MACY11 30A(1052)
20-AUG-80 (07:47 PAGE 75
GLOBAL ERROR REPORT SECTION

ERR1S::

005046
000002

$MD

15,12,3.8

MOV

#EM12,=(SP)

MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP

SP,RO
CSPNTB
#6,5P
#DH3,
= (SP)
#EMT
= (SP)
#2,-(sP)
SP,RO
CSPNTB

MOV
MOV

000006
005775
005046
000002

2782 010052 oogroo 000006

ADD

2783
2784
2785

010056
010062
01

013746
013746
013746

002420
002416
002412

MOV
MOV
MOV

2787
2788
2789
2790
2791
2792
2793
279
2795
5799
797
2798
2799
2800
2801
2802
2803
2804
2805
2806
2807
2808

010076
010102
010104
010106
010112
010116
010122
010124
010126
8'°1§$
010132
010134
010134
010134
010140
010144
010150
010152
010154
010160
010164
010170

012746
010600
104414
062706
012746
012746
010600
104414
062706

000004

MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

012746
012746
012746
010600
104414
062706
012746
012746
012746

2810
2811
2812

010176
010200
010204

104414
706
013746

ssas
319
81
013
81

8102
10224
18
1
18 3%

12746
O1
104414
706
012746

2786 010072

012746 003773

2813
2814

820

821
az;
823
824

010210
010214

010240

010244
10 ‘3
010250
010254

000012
005627
000001
000004

104423

2809 010174 01

013746
81 746

MOV

L10017:

#6,5P

$REGL
, = (SP)
$REGS,
= (SP)
FADR,=(SP)

#TEMS,
- (SP)
8 ,-(SP)
SP.RO
CSPNTB
#2,5P
#STH,-(SP)
#,-(sP)
SP,RO
CSPNTB
#6,SP

TRAP

CSMSG

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV

#EM16,=(SP)
#EM1,=(SP)
#2,-(sP)
SP,RO
CSPNTB
#6,5P
#DH2,
= (SP)
#EMT1
.- (SP)
#2,-(sP)

TRAP
ADD
MOV

000010
005627

MOV
MOV
TRAP
ADD
MOV

CSPNTB
#6,5P
$REGL
, = (SP)
$REGS,
= (SP)
#TFMG
.= (SP)
#3,-(5P)
SP.RO
CSPNTB
#0,5P
#STR,-(SP)

000004

MOV
TRAP
A

SP.RO
CSPNTB
#4,5P

005353
005046
000002

ERR16::

06
005755
005046
02

$MD

MOV

002420
002416
003755
3

MOV
MOV

012746 000001

01
106414
062706

#EM1,=(SP)
#2,-(sP)

MOV

L10020:

16,16,2,7

SP,RO

n,-(sP)

SEQ 0074

CZDMQBO M8207 STAIIC DIAG_#2
CZOMaB.P11
20-AUG-80 07:46

2825
2826

010254

104423

MACY11 30A(1052)
20-AUG-80 07:47 PAGE 76
GLOBAL ERROR REPORT SECTION
TRAP

CSMSG

SEQ 0075

CZDMQBO MB207 STATIC DIAG_#2
CZOMAB.P11
20-AUG-80 07:46

(N
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 77
GLOBAL ERROR REPORT SECTION

ga 7

828 010256

28%3

010256

2834
2835

010274
010 72

830
831
a;
2833
283
2837
2838
2839
2840
2841
284
2843
2844

2845
2846
2847
2848

010 sg
010262
mosg
010272

010
010303
010312
010316
o1os§g
010322
om;g
010332
010336

010340
010342
010346
010346

2849
2850
2851
2852
2853
%gsc
5
2856
2857
2858
2859
2860
gw
ug
863
864
865
ug
86
868
869
870
871
a;;
g
7%

010350
010350
010350
010354
010
818
01
010370
010374
010400
010404
010410
0106412
010414
010420
010626
104
106434
1oug
‘3:24
01
010450
0104564
1
1
O

876
8
8
B
880
881
882

875

012746 005434
012746 005046
012746 000002
010600
104414
062706

012746
012746
012746
010600
1046414
062706
o1§m
012746
010600
104414
062706

ERR17::

00572
005046
000002
005627

000001

104423

17,17,0.0

MOV
MOV
MOV
MOV

#EM17,-(SP)
#EM1,=(SP)
#2,-(sP)
$P.RO

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV

#DHO,
= (SP)
#FM1,=(SP)
#2,-(sP)
SP,RO
CSPNTB
#6,5P
#STH,=(SP)
n,-(sP)
SP.RO

TRAP
ADD

0000

000004

$MD

L10021:

TRAP
ADD

TRAP

CSPNTB
#6,5P

CSPNTB
#,SP

(SMSG

000004

$MD
ERR29::
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

29,29,2,3
#EM29,-(SP)
#FMT,=(SP)
#2,-(SP)
SP.RO
CSPNTB
#6,SP
#DH2,-(SP)
#FM1
.- (SP)
#2,-(SP)
SP,RO
CSPNTB
#6,5P
$REG4L
, = (SP)
$REGS,
= (SP)
#TFM2,-(SP)
#3,-(5P)
SP,RO
CSPNTB
10,5P
#STH,=(SP)
n,-(sP)
SP.RO
CSPNTB
#,5P

O1
1047
1047
106472
012746 005434
O1 73 12746 oosocg
010502 012746 00000
010506

TRAP
$MD
ERR3S::
MOV
MOV
MOV
MOV

§"‘s§
5,35,2,3
#EM3S,
- (SP)
#FM1 = (SP)
#2,-(sP)
SP,RO

13:

012746 005512
012746 005046
012746 0000
010600
104414

062706

012746
012746
012746
010600
1046414
706
013746
013746
1%766
0127
1
104414
oogroo
012746
81 746
1
104414
062706
104423

000006

005755
005046
2
06
002420
002416
003712
3

1
005627
1

L10022:

SEQ 0076

0 M8207 ;tAtxc géAG #2
P11
0-AUG-80
07:46

010510

104414

105
105
10534
105

12746
10600
104414
86 706

10543
010552
010556

013746
012746
012746

010564
01os$g
010572
010576
010602
010604
010606
010612
010612

104414
oegroo
012746
012746
010600
104414
062706

10512
10516
105

8105«

706
012746
12746

TRAP

ooogog
00575
005046

000002

oo§41e
00 71;

L333333
BIFAIFIIIIIIY
33T
ELERRUEZEISIERHERNSS VO NO WVWN=O

010614
010614
010614
010614

8182 0
10624

010630
010634
010634
010634

10
005627
01

005627

18533 000001

062706

000004

104423

010636

10652
10654
1
1

1
106
10672
10674

10700
107

10700
1070
1070
1070

$REG4, = (SP)

$REGS, =(SP)
#TFA2,=(5P)
#3,-($P)

SP,RO

TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

CSPNTB
#10,5P
#STH,=(SP)
#n,-(spP)
SP,RO
CSPNTB
04 ,SP

TRAP

CSMSG

BGNMSG ERR36
ERR36::
PRINTB #STM
MOV

MOV
MOV

TRAP

ENDMSG
L10024:

#2,-(sP)
SP,RO
CSPNTB
#6,5P

#STM,=(SP)

#,-(sP)
SP.RO

CSPNTB

ADD

#4,5P

TRAP

CSMSG

BGNMSG ERR4O
ERR4O::

010636

010636
010636
810660
10644
10650

L10023:

010626 104414

MOV

104423

012746

06.3?
#DH2, = (SP)
#EMT,=(SP)

MOV
MOV
MOV

010562 010600

CSPNTB

ADD
MOV
MOV

MOV
MOV
TRAP
ADD

13746 002420

000004

010246
012746
015;66

01
10441
062706
12746
12746
1
104414
062706
104423

PRINTF

004263
000002
000006
005627
000001
000004

MACY11 30A(1052)
20-AUG-80 07:47 PAGE 78
GLOBAL ERROR REPORT SECTION

PRINTB

ENDMS
L10025:

#TFM4O,R2
MOV
R2,=(SP)
MOV
#TEMG0,=(SP)
MOV
#2,-(SP)
MOV
TRAP
ADD
#STM
MOV
MOV
MOV
TRAP
ADD

TRAP
BGNMSG ERR&1
ERRG1
:
PRINTF #TFM41

SP,RO
CSPNTF
#6,5P

#STH,=(SP)
n,-(sP)
SP,RO
CSPNTB
8 ,5P
CSMSG

SEQ 0077

CZDMQBO MB8207
CZOMaB.P11

TATIC D 1AG_#2

0-AUG-80 07:4
146

830 010708
2941
8107??
ggtg 810716
0107
0107
0107 g

2948
2949
2950
2951
295;
2953
2954
2955
2956
2957
2958
2959
2960
2961
2962
2963
2964
2&;

0107
010736
010742
01074
01074
010744
010744
010744
010744
010750
010754
010756
010760
010764
010764
010770
010774
0776

005627
000001
000004

D D D b

004174
000001

000004
005627
000001
* 000004

ADD

#6,5P

PRINTF

#TFMG2
MOV

#TEML2 ,-(SP)

PRINTB

MOV
MOV
TRAP
ADD

#STM

ENDMSG

#STH,-(SP)

TRAP
ADD

CSPNTB
¥4 ,SP

TRAP

BGNMSG

CSMSG

#TFM4L3,R5,R4

MoV
MOV

R4 ,=(SP)
RS,=(SP)

MoV
MOV
MoV

- (SP)
#TFMLS,
#3,-(SP)
SP,RO

ADD

#10,5P

MOV
MOV
MOV

#STA,-(SP)
#,-(5P)
SP,RO

#STM

TRAP

L100

#,-(SP)
SP,RO

ERR43

TRAP

PRINTB

#1,-(SP)
SP,RO
CSPNTF
#4,SP

MoV

MoV
MOV

004344
000003

#STH,-(SP)
#1,-(SP)
SP,RO
CSPNTB

CSPNTF
#4,5P

CSMSG

PRINTF

es2
RE
8: 2 o

MOV
MoV
TRAP

TRAP
ADD
#STM
MoV

TRAP

ERR4LS::

005627
000001

#1,-(SP)
SP,RO

ERR42

BGNMSG

000010

MOV
MO v

BGNMSG

L10027:

33233
o son
8283
PR RPNR RPSR
SN o028
es

b D

ENDMSG

"~ "ERR&2::

P e eY
il D D D D D D i D e el e e el i e il D D e e e

PRINTB

L10026:

OO0O0O0O00O

e e
D e
D e
D
D D
D e
D D
D o
D
D
D
D e
e
) e

(L
¥)

000004

0107

0000000000000 O0O0OCO0O0O0O0O0000

-0
233 abLEEEEY

2968

004105
000001

1071

2946
2945
5326
7

1274

N 6
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 79
GLOBAL ERROR REPORT SECTION

CSPNTF

ADD

CSPNTB
5P

TRAP

CSASG

ERRGS

ERRG4::
, BTANC RS
STFMGL
PRINTF

005010

MoV
MoV

R&,=(SP)
= (SP)
STARC

SEQ 0078

CZDMABO M8207
CZDMaB.P11

STArIC gauc #2
C-AUG-80
07:46

011062

012746

11093
11076

12746
10441

004427

000003

7000
3001

011076
011105
81110

062706

000010

012746

005627

3003

011112

010600

3005
3006
3007
3008
3009
3010
3011
so1§
301

011116
011122
011122
011122
011124
011124
011124
011124
0111%6

062706

3015
3016
3017
3018
3019
3020
3021

011136
011142
011144
011146
o111s§
01115
011156

012746
0106
10441
062706

000003

012746
012746

004524
000001

11166

104414

soog

104414

000004

104423

010446
012746

005010

3014 011132 012746 004466

3024
3025
3026
3027
3028
3029
3030

000010

811162

010600

011166
011172
011172
011176
011202
011204
011206
011212
011212
011212
011214
011214
011214

062706

000004

012746
012746
010600
104414
062706

005627
000001

104423

011214 010446
011216
011222
011 gs
011
1
1

1124

11242
1 43

11252
11254
811256
11262

000004

013746
012746
012746
010609

PTFMGG, = (SP)

MOV

S$P.RO

TRAP

PRINTB

#10,5P

MOV

SP_RO

TRAP

ENDMSG
L10031:

CSPNTF

ADD
#STM
MOV

MOV

ADD

#STH,
= (SP)

,-(sP)
CSPNTB

#,5P

TRAP
CSMSG
BGNMSG ERR4S
ERR&S::
PRINTF WTEM4S,HTMMC
R
MOV
R&,=(SP)
MOV
#TANC , = (SP)

MOV

PRINTB

TRAP

PRINTB

ENDMSG
L10032:

#TEMGS
- (SP)

MOV
#3,-(SP)
MOV
SP,RO
TRAP
CSPNTF
ADD
#10,5P
#TFM&SA
MOV
#TFMLSA,=(SP)
MOV
#,-(SP)
MOV

002452
004647
000003
000010

012746
012746

005627
000001
000004

SEQ 0079

#3,-(SP)

ADD
#STM
MOV
MOV
MOV
TRAP
ADD

SP.RO

CSPNTB

0, SP

#STM,=(SP)
#,-(sP)
SP,RO
CSPNTB
#4,5P

TRAP
CSMSG
BGNMSG ERR&6
ERR&G: :
,
PRINTF #TFM&6,SGDDATR4

10441
062706

010600
104414
062706

MOV

mog 012746 000001

3006 011114

gggg

8 7
MACY11 30A(1052) 20-AUG-80 07:47 PAGE 80
GLOBAL ERROR REPORT SECTION

MOV

R4 ,=(SP)

TRAP
ADD

CSPNTF
#0,5P

MOV
MOV
MOV
MOV

PRINTB

ENDMSG

#STM

MOV
MOV

MOV
TRAP
ADD

$GODAT,
= (SP)
#TFM46,=(SP)
#3,-(SP)
SP,RO

#STH,=(SP)
" ,-(sP)

SP,RO
CSPNTB
#,5P

0 n8 M8207 STATIC géA87'£6
P11
20-AUG-

€l
€z

51
g;

ongeg
011262

54
5SS
56

ongu.
011264
011264

58
3059

011266
011270

010546
012746

3061
3062
3063
3064
3065
3066
3067
3068
3069
3070
3071
gg;%

011300
011302
011306
011310
011310
011314
011320
011322
0113264
011330
011330
011330

010600
104417
062706

A
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 81
GLOBAL ERROR REPORT SECTION
L10033:

104423

004733

000010
005627
000001
000004

MOV

RG,=(SP)

MOV

#3,-(SP)

MOV
MOV

3060 on;n 012746 000003

104423

CSMSG

BGNMSG ERR47
ERR47::
PRINTF #TFM47,RS,R4

57 011264 010446

012746
012746
010600
104414
062706

TRAP

PRINTB

ENDMSG
L10034:

MOV
TRAP
ADD
#STM
MOV
MOV
MOV
TRAP
ADD
TRAP

RS . =(SP)
#TEMLT,
= (SP)

SP,RO
CSPNTF
#10,5P

#STH,=(SP)
#,-(sP)
SP.RO
C$PNTB
#,SP
C$MSG

SEQ 0080

CZDMQBO M8207 STAIIC DIAG_#2
CZomaB.P11
20-AUG-80 07:46

3074
3075
3076

MACY11 30A(1052)

20-AUG-80

REPORT CODING SECTION

.SBTTL

07:47

PAGE 82

REPORT CODING SECTION

SEQ 0081

CZDMQBO M8207 STAIIC DiAG_#2
(ZDMeB.P11
20-AUG-80 07:46
3077

MACY11 30A(1052)
20-AUG-80 07:47
REPORT CODING SECTION
s

¥
PAGE 83

SEQ 0082

CZOMQBO M8207 STAIIC DIAG_#2
(ZbmaB.P11
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

REPORT CODING SECTION
:

07:47

THE REPORT CODING SECTION

PAGE 84
ON TAINS THE

: '?RINTS" CALLS THAT GENERAT 3 STAT I ST IC AL
3081
3082
3083
3084
3085
3086
3087
3088
3089

011332
011332
011332
011332
011336

LSRPT

000167
000000

SEQ 0083
REPORTS.

BGNRPT

EXIT

.WORD
.WORD

RPT

JSJMP

L10035-2~-.

207 STATIC DIAG 02
20-AUG-80 07:4
36
6
36

104425

MACY11 30A(1052)
20-AUG-80 07:47
REPORT CODING SECTION

L10035:

7
PAGE 85

Ex o r

SEQ 0084

ENDRPT
TRAP

CSRPT

—

CZDMQBO MB207 STATIC DIA
1 G "
CZDMaB.P11
20-AUG-8 0 07 146

3095
3096

MACY11 30A(1052)

20-AUG-80

REPORT CODING SECTION

07:47

7
PAGE 86

SEQ 0085

CZDMQBO M8207 STATIC DIAG #2
CZDMaB.P11
20-AUG-80 07:46
3097
3098

MACY11 30A(1052)

20-AUG-80

REPORT CODING SECTION

07:47

PAGE 87

SEQ 0086

CZDMQBO M8207 STAIIC DIAG_#2
(ZDMaB.P11
20-AUG-80 07:46

3099

MACY11 30A(1052)
20-AUG-80
INITIALIZE SECTION
.SBTTL

07:47

INITIALIZE SECTION

PAGE 88

SEQ 0087

CZDMQBO M8207 STAMIC DIAG 62
CZbmas.P1
20-AUG-80 07:4

MACY11 SOA( 052)
20-AUG-80
INITI ALIZE SECTION

100
101

3102
3103
3106
3105
3106
3107
3108
3109
g}}?

3112
3113
31164
3115
3116
3117
3118
3119
3120
2
3122
3123
3126
3125
3}29

SIHIITIIIIIIIE IR
011340
011340

LSINIT::

011340

012705

002730

0113464
011350
011354
011356
011364
011372
011400
011406

010637
005737
001011
013737
013737
01%737
013737
013737

002344
002462

011414
011414
0114620
011422
011422

011424
011430
011432
011432

141
1‘;

011444
011450

011434
011434
011440
011442
011442
011444

011452
011452

011454

148
149
150
15
15;

011454

SEQ 0088

s/ AT THE BEGINNING OF EACH PASS.

3129
3130
3131
3132
3133
3136
3135
3136
3137
3138
3139

3143
}2;

7
PAGE 89

i
s/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

glgl 011424

1640

07:47

000004
000006
000001
002464
002466

ittt ie it iiiiiieeetit ittt ieeeeeeeeee

BGNINIT

s INITIALIZE SUBROUTINE STACK
MOV
#SSTACK,RS
;STORE BASE LEVEL PROGRAM STACK POINTER
MoV
TST

002464
002466
002462
000004
000006

SP,PSTACK
FTIME

1%
a4, SAVEL
a#6,SAVES
M LFTINE
, 304
SAVE4L
SAVEG,a#6

BNE
MoV
MoV
MOV
MOV
Mov

18:

;SEE IF PROGRAM JUST STARTED, BR IF YES
012700
104447

READEF

MOV

000040

TRAP

CSREFG
E
BCOMPLET
NEWST
8CS

103414
012700
104447

READEF

#EF .NEW

TRAP

CSREFG

MOV

000035

#EF .NEW,RO

BCOMPLETE
NEWST
8CS

NEWST

;SEE IF PROGRAM WAS JUST CONTINUED
READEF

#EF .CONTINUE

TRAP

CSREFG

MOV

000036

RO
#EF .CONTINUE

ENDIT
BCOMPLETE
ENDIT
BCS
;SEE IF PROGRAM JUST RESTARTED, BR IF NOT

103576
012700
104447

NEWST

;SEE IF THIS IS A NEW PASS, BR IF YES

103410
012700
104447

#EF.START

#EF.START,RO

READEF

MOV

000037

TRAP

#EF .RESTART

#EF .RESTART,RO

CSREFG
BNCOMPLETE
GETPRM
8cc

103003

GETPRM

NEWST:

012737

177777

002342

11—
155 811‘66 OZS;g 002§2$ 002012

;RESET LOGICAL DEVICE TO -1
MOV
#-1,L0GDEV

;GET UNIBUS ADRS, VECTOR,

;

PACKS,

PRIORITY LEVEL, LINE UNIT. WITCH

TEST CONNECTOR INFO. FOR THIS nazoo.

oevxct)

GETPRM

INC

CMP

LOGDEV

LOGDEV,LSUNIT

(CURRENT LOGICAL

D e
e
D

013700
104442
010001

002414

011137

002516

011137
005237

002520
002520

011137
062737

002522
000002

002522

011137
062737

002524
000004

002524

012137
062737

002526
000006

002526

011137

002506

011572

011137
062737

002510
000002

002510

011137
062737

002512
000004

002512

011137
062737

002514
000006

002514

016137
012137

000020
002500

abed
ebed

wded
bl

OO0

b
bbb

103365
012137

000001

000002

888Nfl ~

TRAP

CSGPHRD

020000

PAGE 90

LOGDEV, RO

RO.R1
MOV
GETPRM
BNCOMPLETE
BCC
GETPRM
MOV
(n1)o.urvpe
sGET ADDRESS OF nezoo 4,7
MOV
KNSR
sGET
1).xncsau
MCSRH
x
;GET POINTER TO nazoo.a.r CTL OUT REG
MOV
a1 ) K KT
KACT
ADD
C
;GET
K WP
MOV

POINTER TO naéo 4,7 PORT REG - SEL &

;GET

ADD

KMPO4

MOV

(R1)
+ . KMPOb

MOV

(R1) ,KMRVEC

ADD

24, KATVEC

POINTER T0 noé
00,4,7 PORT REG - SEL 6

26, KMPO6
ADD
;GET POINTER TO RCV VECTOR

sGET POINTER TO RCV PRIORITY
MOV
(R1) ,KMRLVL
ADD
#2 ,KARLVL
sGET POINTER TO TX VECTOR
MOV
(R1),KMTVEC

LEVEL

;GET POINTER TO TX PRIORITY LEVEL
MOV
(R1),KMTLVL
ADD
26, KATLVL

VECTOR INTO STAT1
MOV

002472

MOV

20(R1) ,RUNINH

(R1)+,STAT1

;PUT PRIORITY INTO STATI
(R1)+,STATY
B!S
IF
NO
LINE
UNIT,
SET BIT IF YES
s SEE
ST

NNwoOoO

O000O0
e
e
D e =D D B

NEWST
LOGDEV,R1

POINTER 10 nazob.«.7 CSR W1 BYTE

002500

010000

07:47

BGE
GPHARD

MOV

002342

OO0

PO
—

0000000 O —‘g
SEE2IITE

MACY11 30A(1052)
20-AUG=-80
INITIALIZE SECTION

002367

O0OO00O0
D ikt oD D
—5 A —8 =B
OO

RN 28

S8R R

WY
=2

R R R OR 2B IS I A NANIITEIERFIR
28

B.P

207 3 TATIC DIAG 02
0-AUG-80 07:

e s D B
b e e d el e

lalnl

i‘N

BNE
8IS

002500

(R1)

50000%
#B1T12,STATY

‘8

00008:
s SEE If nazo1 LINE UNIT, SET BIT IF YES

eue
;SEE
002500

(R1), M

50001$

If ngogzLINE(R1)UNIT,
SET BIT IF YES
,#2
aue

8IS

soooég

z=111 LSTATY

0002%:
:SET BIT FOR MB203 LINE UNIT

SEQ 0089

CZOMQBO M8207
CZ0OMaB.P11

0°AuG-80'877%s

MACY11 30A(10 5 E)
20-AUG-80
INIT] ALIZE SECTI ON

}‘

011716

011710

052737

100000

002500

15
16

011716
011724

056137
062701

000006
000002

002500

011730

012137

002502

011734

1My

002503

217
%}g
220
221
22%
322
226
225

011740
011742

228
29
230
31
3;
33
34
35
36
237
gs

011744
011752
011756
011764
0117?6
011774
011776
012004
012006
012014
012022
0}20 4

226
227

26bk

8IS

012040
012040
012040

012040

01204

50
51
5;
5
%
S5
59
5

012042
0N
1205
1
0N
0
12072
} ‘76

;SET 0173{2 STAT1 FOR TEST CONNECTOR
ADD

6(R1),STAT
2 /1

(R1)+,STAT2

Move

(R1),STAT2#1

;SET SWITCH PACK #2 IN STAT2 HIGH BYTE

63
64

012104
1 118
01211
012114

¥ 12116
6 Oizize

LOGD

NOP

002436

#2000,MENSZ

000000

WTYPE,#0
ENDIT

TYPE

000004

gTYPE."

002432

#,TYPE

002436
000006
002432
002470

5$:

104411

7%:

6$:
ENDIT:

.EVEN

LSAUTO::

000004
000006

MOV

ENDILT
#7777 ,MENST

’tYPE.lb

#1,TYPE
RUNINH,RUNB

ENDINIT
TRAP

CSINIT

BGNAUTO

:DSVICE DOES NOT HAVE A
KMCSR,R1
#4 RS

1%:

TST

028 .4
#240.,6
(R1)

”2.m

000002

2%:

ADD

", SP

LOGDEV

LOGDEV,RO

002342

C$000U

002466 000006
000004

sKMC?

]

L10036:

002516
000004
012104
000240

INC

NOP

33 015102

#BIT15,5TATI

;SET sux;su PACK #1 IN STAT2 LOW BYTE

2:? 01204;

60
61

n7
PAGE 9

: INCREMENT LOGIC AL UgsT (DEVICE) NUMBER

20 01508

41
g%‘
43

07:47

38:

MOV

4
SAVES
SAVEG .6

;R1 _CONTAINS BASE M8200,4,7 ADDRESS
;4 REGISTERS TO BE TESTED
sSET _OUT TIMEOUT TRAP
;LEVEL 7
sREFERENCE DEVICE REGISTERS
sNEXT REGISTER
;DEC REGISTER COUNT
:BR IF NOT LAST REGISTER

SEQ 0090

CIDMQBO MB207 STATIC DIAG_#2
CZbMaB.P11
20-AUG-80 07:46

oo 104461
g 0
%270

MACY 30 1052)
20-AUG-80
ITIALI IE SECTION

L10037:

07:47

ENDAUTO
TRAP

C$AUTO

N7
PAGE 92

SEQ 0091

N~NVNN

0-AUG-80 07:46

«SBTTL

O N 5~ i

PAGE 93

CLEANUP CODING SECTION

/ AT THE END OF EACH PASS.

FE&E FRRY

i e

NN
NN

OO00O

I/////I////////ll////////////l///////////////////////////////////////

2
2
2
2

///////I//////I/l//llI/I////////////I////////////////////////////////
/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED

OO0

2
277
¢
2

MACY11 30A(1052)
20-AUG-80 07:47
CLEANUP CODING SECTION

BGNCLN

LSCLEAN::

BR ESET
TRAP

L10040:

CSRESET

ENDCLN
TRAP

CSCLEAN

SEQ 0092

CZDHOBO M8207 STATIC DIAG_#2

CZDMaB.P11

20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

DROP UNIT SECTION

07:47

8
PAGE 94

ggg

.SBTTL

3294
3295
3296

SIHITIIIIIIIEI IR
iii i ieiii i iziidiiii i i niiiiiiiri i iiiiieiineie it e il
/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
/ TO NO LONGER BE TESTED.

%%g;
3299
3300
3301
3302
3303
3304
3305
3306
3307
3308
3309
3310

DROP UNIT SECTION

//////////////I/////I////////I////////////////////////////////////////////

012140
012140

012140
012140
012142
012142
012142

104433
104453

BGNDU
L$DU:
ISSUE UNIBUS RESET TO CLEAN UP
BRESET
TRAP
CSRESET
ENDDU
L10041:
TRAP
Csou

SEQ 0093

CZOMQBO M8207 STAIIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:4 6

MACY11 30A(1052)

20-AUG-80

ADD UNIT SECTION

.SBTTL

07:47

PAGE 95

SEQ 0094

ADD UNIT SECTION

//////////////I/////I///l/////////////////////////////////I/////////
/ THE ADD=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE

TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.
"EF.AUNIT''

IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT

//////l/////////////////////////////////////////////////////////////
LSAU:
104452

L10042:

BGNAU
DAU

TRAP

CSAU

CZOMQBO M8207 STAIIC DIAG_#2
CZDMeB.P11
20-AUG-80 07:46

3331
3332
3333
3334
2335

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

.SBTTL

07:47

8
PAGE 96

;START OF CODE BLOCK WHICH IS USED AS DATA

012146

3338

012146

BADHEAD

3340
3341
3342

012146

s*VERIFY THAT REFERENCING UNIBUS DEVICE REGISTERS
s*DOES NOT CAUSE A TIME OUT TRAP
BADHEAD

3344
3345
3346
3347
3348

012146
012146
012146
012152

013701
012705

002516
000004

3350
3351
3352
3353

012164
012172
012174
012176

012737
005711
000240
_

000240

3343

ROMMAP :

BGNTST
T::

3349 012156 012737 012214 000004

3354
3355
3356
3357
358
3%23

012176
012200
012202
012206
81%510
12212

104410
000054
062701
005305
001370
000410

000002

000004

3361
3362
3363
3364
3365
ggg?

012214
012220
012226
012226
012230
012232

062706

3368
3369
3370
3371
g;;g

012234
012242
012250
012250
012252

013737
013737

3374

012254

3375
3376
3377
3378
g379
380
3381

3382
3383
384

385

386

012254
012254

012256

SEQ 0095

HARDWARE TESTS

ggg?
3339

——

000006

000004
000006

TEST

seenencenennene

cennneneeetetee

TEST

veneeennnnnnnns

MOV
MOV

KMCSR,R1
#4 RS

:R1 CONTAINS BASE M8200,4,7 ADDRESS
;4 REGISTERS TO BE TESTED

MOV
TST
NOP
ESCAPE

#240,6
(R1)

JLEVEL 7
sREFERENCE DEVICE REGISTERS

MOV

1%:

028 .4

TRAP
.WORD
ADD
DEC
BNE
BR

TST
CSESCAPE
L10043-.
#2.R1
RS
1%
3%

2%:

ADD
ERROR
TRAP
.WORD
.WORD
.WORD

#6,SP
36
CSERDF
36
EMO
ERR36

3%:

MOV
MOV
ESCAPE
TRAP
LWORD

SAVESL
4
SAVEG,6
TST
CSESCAPE
L10043-.

TRAP

CSETST

104455
000044
005055
010614
002464
002466

seennnneeeneeee

104410
000002

:SET OUT TIMEOUT TRAP

sNEXT REGISTER
;DEC REGISTER COUNT
sBR IF NOT LAST REGISTER

sTIME OUT ERROR

ENDTST

104401

L10043:

.EVEN

BADHEAD

seeeneeeeeveeee

TEST 2 terRRRRTRRRRRRY

;*TEST OF BR RIGHT SHIFT
*VERIFY THAT A DEST OF BR RSH (011) OF A MICRO=-INSTRUCTION
:aSHIFTS THE RESULTING BR DATA RIGHT ONCE.

BADHEAD

JeRrRRRCERRROLY TEST 2 setnanntatnnnne

SR—

CZOMQBO M8207 STAIIC DIAG_#2
CZ0MmaB.P11
20-AUG-80 07:46

gsa7
388
3389
3390
391
392
3393
3394

012256
012256
012%56
012262
012266
012270

3397
3398
3399
3400
36401

012

013701
005011
012705

052525

000004

004537
120500

003044

004537
061620

003044

3403
3404

012314
012320

004537
061225

003044

3406
3407
3408
3409
3410
3611
3612
3413
34146
3415
3416
3417
3418
3419
3420
3621
3422

012324
012326
012332
012334
012336
012342
012344
012346
012350

005004
116104
120504
001410

012352
012352
012354
012356
012356
012356
012362

3424
2225

3405

3423
26

3427
3428
3229
30
gzsi
32
33
3%

35
36

37
38
;Ezg
41
3442

012314

012322

104455
000014
005055
007420

CLR
MOVB
CMPB
BEQ
ERROR
TRAP
LWORD
.WORD
.WORD

R4
S(R1),R4
RS, R4
1%
12
CSERDF
12
EMO
ERR12

104410
000044

ESCAPE TST
TRAP
CSESCAPE
LWORD
L10044~-,

ROMCLK

006005

ROR

000005

1%:

003044

012374
012400
012402

116104
120504
001406

000005

012622

RS,4(RT)

RS, .ROMCLK

004537
061225

012420
012420
012420
012420

ROMCLK

JSR
061225

012364
012370

012404
0126410
012412
01241464
012416

MOV

RS, .ROMCLK

003044

012372

KMCSR,R1
(R1)
#52525,RS

JSR
120500
ROMCLK
JSR
061620

004537
061620

012364

MSTCLR
MOV
CLR
MOV

002516

012300
012304
012306
012306
012312

3402

07:47

BGNTST
T2::

3395 012%3 010561
3396

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

006005

ROMCLK

104455
000014
005055
007420

104401

ROMCLK
JSR
061620

2%:
ENDTST
L10044:

RS, .ROMCLK

JSR
061225

RS, .ROMCLK

MOVB
(MPB
BEQ

S(R1) R4
RS.R4
2%

PAGE 97

:R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR MB200,4,7
:R1 = M8200,4,7 BASE ADDRESS
:CLEAR SELO
:START WITH 125

:PORT4 125

sNEXT QORD IS INSTRUCTION

;CLOCK INSTRUCTION
:PORT4& TO BR=-REG
sNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:BR RSH BR, SHIFT BR RIGHT

sNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:PORTS BR

:RS = "EXPECTED"

:R4 = "FOUND''
:DID BR SHIFT RIGHT UNCE?
:BR IF YES
;:BR RIGHT SHIFT ERROR

;SHOULD BE 52

;NEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:BR RSH BR, SHFT BR RIGHT AGAIN

sNE4XT QORD IS INSTRUCTION
;CLOCK INSTRUCTION
:PORTS BR

ROR

:RS = "EXPECTED"

ERROR
TRAP
.WORD
.WORD
.WORD

12
CSERDF
12
EMO
ERR12

;:BR RIGHT SHIFT ERROR

TRAP

:R4 = "'FOUND'
:DID BR SHIFT RIGHT?
:BR IF YES

:S/B 25

CSETST

BADHEAD
seeneneseeeceee TEST

3 eveveveennennee

SEQ 0096

CZDMOBC MB207 STATIC DIAG 02
CZDMaB.P11
20-AUG-80 07:

MACY11 30A(1052)

HARDWARE TESTS

BADHEAD

seeenneereceree

13::

013701

002516

005037
012702

002434
000001

104404

ADRS:

000004

38:

R R NS S o rvo

L10045~.

MOV

KMCSR,R1

CLR
MOV

MRO
”n,R2

BGNSEG
TRAP

eeveccceenncene

sR1

;RECORD DEVICE ADDR.
CONTAINS BASE M8200,4,7 ADDRESS

;MRC = CRAM ADDRESS
;R2 = WRITE DATA

($BSEG

MOV
MOV
MOV

#B1T10,(RY)
MRO,4(R1)
R2,6(R1)

;SET ROMO
JWRITE ADDRESS TO SEL4
sLOAD SELG6 WITH WRITE DATA

ERROR
TRAP
.WORD

1
CSERDF

sERROR

BIS
MOV
CMP
BEQ

002000
002434
000006
020000
000006

ADRG:

;WRITE SEL6 INTO CRAM
sREAD CRAM INTO '‘FOUND''
;1S DATA CORRECT?
:BR IF 0K

#BIT13,(R1)
6(R1) R4
R2,R&
4%

.WORD
.WORD

EMO
ERR1

TRAP

CSESCAPE

ESCAPE SEG
4s:

:
100008

002434
002436

002434

.WORD

ENDSEG

TRAP

10000%-.

CSESEG

CLC
ROL

TRAP

CSETST

BNE
INC
CMP
BNE

sCLEAR CARRY
sSHIFT WRITE DATA

ADRS
MRO
MEMSZ ,MRO
ADR4

;BSR IF NOT DONE THIS ADDRESS
sBUMP TO NEXT CRAM ADDRESS
sDONE YET?
;BR IF NO

ENDTST

L10045:

W
ey
~N

VAVAWVAW
S &
(=1=T=l~1.
Y]

D
D
D il
il
D
-l e

TEST

CSEXIT

WORD

MY INT

D -l

D il

)

b prd

01271
013761

COO00000000000000000000

SEQ 0097

MACEX
TRAP

000116

[LSLSL NSNS N NT NI NT NI ST NI NI NI NI NI NI NI NI N ~N NT.N]

8
PAGE 98

;DO NOT DO TEST IF M8200

104432

—

BGNTST

012422

PIIIIIIIINN FE
Vi
— 85
FHE WIN)

W7
48

012422

3445
3446

07:47

;*]OP CRAM WRITE/READ TEST
;*FLOAT A 1 THROUGH EACH CRAM LOCATION

63
L4

20-AUG-80

BADHEAD

seeennneneverne

TEST

eecennnnnnnnnne

s*10P CRAM WRITE/READ TEST

s*FLOAT A O THROUGH EACH CRAM LOCATION

012552
012552

BADHEAD

JetReRRRtReT

BGNTST

TEST

ttresncntennnnee

Ownuun~ngpn srn
SAIFRIS XX

i
e

HARDWARE TESTS

T4::
MACEX

104432

013701

002516

005037
012702

002434
000001

002000
002434
000006
020000
000006

000004

38:

L10046~.

MOV
MSTCLR
CLR
MoV

KMCSR,R1

BGNSEG
TRAP

COM

8
PAGE 99

SEQ 0098

;RECORD DEVICE _ADDR.
;MASTER CLEAR MB8200,4,7
;MRO = CRAM ADDRESS

MRO

" ,R2

;R2 = WRITE DATA

($BSEG

sMAKE IT A FLOATING ZERO

#B1T13,(R1)
6(R1) R4
R2,R4
4
1

;WRITE SEL6 INTO CRAM
;READ CRAM INTO '‘FOUND''
;1S DATA CORRECT?
:BR IF 0K
;ERROR

MOV
MOV
MOV

#B1T10, (R1)
MRO,4(R1)
R2,6(R1)

TRAP

CSERDF

BIS
MOV
CMP
BEQ
ERROR

;SET ROMO
;WRITE ADDRESS TO SEL4
;LOAD SEL6 WITH WRITE DATA

1
.WORD
EMO
ERR1
.WORD
ESCAPE SEG
WORD

359

CSEXIT

.WORD

MYINT

ADR1:
ADR2:

07:47

;DO NOT DO TEST IF M8200

TRAP

000126

005102

20-AUG-80

MACY11 30A(1052)

104404

w U U U U U U N N NN NN NN NN NN
W VIV
TV ANV
AWAWAW
~N PIPOPNININ)
o b e cd i b
i i
o
W
-~

000000000000

(2 DMQBO MB207 STA(IC DIAG_#2
C I0MeB.P11
20-AUG-80 07:46

104410
000002

4%:
:
100008

532
002434
002436

002434
5%:

TRAP
.WORD
ENDSEG

CSESCAPE
10000%-.

TRAP

CSESEG

COM
CLC

BNE
INC
CMP
BNE

ADR2
MRO
MEMSZ ,MRO
ADR1

ROL

TRAP

CSETST

;BACK TO FLOATING ONE
;CLEAR CARRY
;SHIFT WRITE DATA

:BR IF NOT DONE THIS ADDRESS
sBUMP TO NEXT CRAM ADDRESS
;DONE YET?
:BR IF NO

ENDTST

104401

L10046:

BADHEAD

seenneneteeeeee

b
d
-

—

eeenennneennnen

TEST

eeceenennecenene

;*10P CRAM DUAL ADDRESSING TEST
;*WRITE EACH ADDRESS INTO ITSELF, READ EACH
:*ADDRESS TO VERIFY CORRECT ADDRESSING

BADHEAD

012712
[=]=l=]

TEST

sevnnnneeveetne

BGNTST
15::
MACEX

;DO NOT DO TEST IF M8200

—

——

(ZDMQBO M8207
CZOMaB.P11

555
556
3557
3558
3559
3560
3561
3562
3563
3564
3565
3566
3567
3568
3569
3570
3571
3572
3573
3574
3575
3576
3577
3578
3579
3580
Sggl

01%750
012722
012724
012724
012730
012734
012740
012740
012742
012746
012752
012760
012766
012772
013002
013006
013006
013012
013016
013020
013024
013026
013030
013032
0}3032

TACIC DIAG #2

0-AUG-80 07:46

MACY11 30A(1052)

HARDWARE TESTS

104432
000230

013701

005037
104404
013702
012711
013761
013761
052711

TRAP

002516

002434
0
020000

005061

000006

016104

000006

3599
gggo
3602

5
7
10

013040
013040
013040
013042
013042
013044
013050
013056
013060
013064
013070
013074
013102
013106
013112

1%:

000004
000006

15%:

002434

MRO

MOV

MRO,R2

MOV
MOV

MRO,4 (R1)
MRO.6(R1)

MOV

CLR

MOV

TRAP

8
PAGE 100

C$BSEG

#81710, (R1)

;RECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4.7
;MRO =CRAM ADDRESS

;SAVE R2 FOR TYPEOUT

;SET _ROMO
;WRITE ADDRESS TO SEL&
;LOAD SEL6 WITH WRITE DATA
;WRITE CRAM

;1F MB206,SKIP NEXT INSTR.

6(R1)

;CLEAR SEL 6

6(R1) ,R4

;SHOULD READ BACK OWN ADDRESS
;1S DATA CORRECT?
;BR IF YES
;DATA ERROR

MRO, R4
2%
1
CSERDF

1
.WORD
.WORD
EMO
ERR1
.WORD
ESCAPE SEG
TRAP

2%:

:
100008

002434
002436

002434
002434
002000
002434
000006
002434

002434

3s:
000004

.WORD

ENDSEG
TRAP
BGNSEG
TRAP

4%:

10000%-.

CSESEG
($BSEG

MRO
MEMSZ ,MRO
1%
MRO
MRO,R2
#81710, (R1)
MRO,4 (R1)

;:BUMP TO NEXT ADDRESS
;DONE WRITING YET?
:BR IF NO

CMP
BEQ
ERROR

MRO,Ré
4$
2

;1S DATA CORRECT?
:BR IF YES
:DUAL ADDRESSING ERROR

TRAP

10001$:

CSESCAPE

INC
CMP
BNE
CLR
MOV
MOV
MOV

MOV

0131264
0131;8
0131
013130
013132

013136

CLR

CMP
BEQ
ERROR

013122

013134
013134

KMCSR,R1

#B81713, (R1)
BIS
SKIP06 158
:GOTO 158 IF MB206

013114
013120

013134

MOV

BGNSEG
TRAP

CSEXIT

L10047-.

MSTCLR

002434

07:47

LWORD

MYINT

3388 01303
3584
3585
3586
3587
3588
3589
3590
3591
3592
3593
3594
3595
3596
3597
3598

20-AUG-80

R4
6(R1)
CSERDF

;RESTART AT ADDRESS 0

:SAVE R2 FOR TYPEOUT
:SET ROMO
:SEL4 = CRAM ADDRESS

;READ CRAM INTO '‘FOUND"'

JNORD
2
WORD
EMO
.WORD
ERR2
ESCAPE SEG
TRAP
CSESCAPE
10001%-.
.WORD
ENDSEG
TRAP

CSESEG

;LOOP TO 3% IF SW09=1

MACY11 30A(1052)

005237
023737
001345

002434
002436

20-AUG-80

HARDWARE TESTS

(o LN P YV | N ] =S OOVONOWVSWIN-

EEEER A 2 s

(alal
NN

0 Mm8207 STATIC DIAG_#2
P
20-AUG-80 07:46

002434
bt ¥

07:47

INC
CMP

MRO
MEMSZ ,MRO

TRAP

CSETST

BNE

8
PAGE 101
;BUMP TO NEXT ADDRESS
;DONE WRITING YET?

:BR IF NO

ENDTST

104401

L10047:

BADHEAD

sunnknnnereeeet

013154

TEST

wwnnvennnnnnnen

TEST

wevvnennennnnen

;*IOP MAIN MEMORY TEST
:*FLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS

BADHEAD

sannnnnnnreetet

SEQ 0100

CZDMQBO M8207 STAMIC DIAG_#2
CZDMaB.P11
20-AUG=-80 07:46

3627
3628
36%8
36
3631
3632
3633
3634

3635

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

BGNTST
T6::

07:47

013154
013154
01%154
013154

013701

002516

MYINT
MOV

KMCSR,R1

013160
013164
013170

005037
012737

002406
000001

MSTCLR
CLR
MOV

FLAG
#1,MR0

013176 042737

003777

002434

013232

18$:

65%:

BIC

'3’77.66‘

8
PAGE 102

sRECORD DEVICE ADDR.
:R1 CONTAINS BASE M8200,4,7 ADDRESS
:MASTER CLEAR M8200,4,7
:START WITH ADDRESS 0
:START WITH BIT 0

:CLEAR ADDRESS FIELD OF INSTRUCTION

SEQ 0101

CZDMQBO M8207 STATIC DIAG_#2

CZDMmaB.P11
3636

013204

20-AUG-80 07:46
042737

000037

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

013240

BIC

07:47

#37,68%

8
PAGE 103
;CLEAR ADDRESS FIELD OF INSTRUCTION

SEQ 0102

—
e

OCOO0O0O0O0 0000000000000 O0O0O00O0O0O0O0O0O0O0O0O0O0O0O0O0000O0O00OD

HARDWARE TESTS

003044

JSR
010000

RS, .ROMCLK

JSR
004000
MOV
ROMCLK
JSR
122500

RS, .ROMCLK

003044

002434

8s S8L&L SRREVY S¥ 8-~

8 38 g8 838 '3
b

BISB

ROMCLK

66$:

000004

~NNOSS

003044
002434
000005

8
PAGE 104

FLAG,668

;ADD ADDRESS TO INSTRUCTION?

FLAG*1,68%

*ADD ADDRESS TO INSTRUCTION
:NEXT WORD IS INSTRUCTION,

$CLOCK INSTRUCTION

;CLOCK INSTRUCTION
:LOAD MAR HI
:WRITE PATTERN IN PORT4
:NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MOVE PORT4 TO MEMORY

MRO,4(R1)

RS, .ROMCLK

:NEXT WORD IS INSTRUCTION,

JSR
040620
ROMCLK
JSR
61225
MOV

RS, .ROMCLK

MRO,RS

:CLOCK INSTRUCTION
:MOVE MEMORY TO BR
:NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MOVE BR TO PORTS
:PUT "EXPECTED'' IN RS

CMPB

RS,R4

:DATA CORRECT?

ERROR

MOVB
BEQ

TRAP

RS, .ROMCLK

S(R1).Ré4

:PUT "'FOUND"' IN Ré4

67%

:BR IF YES

:DATA ERROR

CSERDF

WORD
6
.WORD
EMO
.WORD
ERR6
ESCAPE T TST
TRAP

67%:
002434

002406
002436

002406

—t

CSESCAPE

.WORD

L10050-.

cLC
ROLB

MRO

:CLEAR CARRY
sSHIFT BIT IN MRO

BREAK
TRAP
INC
CMP
BNE

C$BRK
FLAG
MEMSZ,FLAG
1%

:NEXT ADDRESS
sLAST ADDRESS?
sBR IF NO

BNE

2%:
ENDTST
L10050:

&~
o

- LN

ROMCLK

003044

tad —b

ON-—-

[,S1V")L

SR8 2
Py

07:47

BISB

i
w

(Yl
vV
VIV

20-AUG-80

00840 013526

R
B
D
e i i A
QS QU
S
S QS . S
T
PSS
S
g
—
prs

= O 00
s

VO~

VIV

EEEE
SEEERRREEG
g
3SI3 :N:N SEEEEEELEE
SRR
g&&&

MACY11 30A(1052)

003044

wvs

333320

TRAP

;SW09=1?

65%

:DONE IF MRO=0

CSETST

BADHEAD

sennenneeeeeeee TEST 7 eevncenvnnnenns

s*]OP MAIN MEMORY TEST
W

(alal

M8207 38A{6& g&AG7'26
0

;*FLCAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS

BADHEAD

013356

seeeneceeeeeees

0} 356
356

§1 356
13356

BGNTST
17::

013701

002516

MYINT

MOV

KMCSR,R1

TEST

7 tesstetntantns

;RECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS

SEQ 0103

01
01

005037

% i
ek
gg 13404 82 737

24
00

JFSR

93
9%

STATMIC DI AG_#2
]
0-AUG-80 07:46

3888

DMQBO M8207
DMQB.P11

MACY11 30A(1052)

HARDWARE TESTS

002434 18:

64$:

; 013440 658:
98
01 18 042737
013446
9
0
153737 g 013440
700 013426 153737 et

701

3702
3703
3706

705
706

3707
3708
3709
3710
3711
3712
3713
3714
3715
3716
3717
3718
3719
grgo
721

3722
3723
3726
3725
g?Z
727

3728

729
730
731
73§
7
7
735

3736

737
7;3
7
740
;:1

0N
013440
013442

013442
013446

013450
013456
01;253
013462
013464
013464
013470
013472
013472
013476
013500
0135064
013510
81;512
013514

013520
013522
013526
8135;8

135
013530

813532

013534
013540
013542
13546
1;550
13550
1%552

013556
013564
13566
13566
013566
13566

743
744
;65

013570

748

013570

013446

004537
010000

003044

004537
004000

003044

013761

002434

004537
122500

003044

004537
040620

003044

004537
061225
013705
116104
120504

003044

668:

000004

688:

002434
000005

678:

1044 ;
005

023737
001302

104401

BISB
ROMCLK
JSR
010000
ROMCLK
JSR
004000
MOV

002434

06
002436

2%:
ENDTST
L10051:

937,688
FLAG,668

FLAG*1,688

RS, .ROMCLK
RS, .ROMCLK
MRO,4 (R1)

:CLEAR ADDRESS FIELD OF INSTRUCTION

:CLEAR ADDRESS FIELD OF INSTRUCTION
*ADD ADDRESS TO INSTRUCTION
*ADD ADDRESS TO INSTRUCTION
:NEXT WORD IS INSTRUCTION,
$CLOCK INSTRUCTION
SLOAD MAR LO WITH ADDRESS IN FLAG
INEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:LOAD MAR HI
:WRITE PATTERN IN PORT4
:NEXT WORD IS INSTRUCTION,

RS, .ROMCLK

MRO, RS
S(RT).R4
RS,Ré

$CLOCK INSTRUCTION
:MOVE PORT4 TO MEMORY
INEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MOVE MEMORY TO BR
INEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MOVE BR TO PORTS
:PUT "EXPECTED'' IN RS
SPUT “'FOUND'' IN Ré
:DATA CORRECT?

ERROR

‘DATA ERROR

RS, .ROMCLK
RS, .ROMCLK

67%

‘BR IF YES

CSERDF

JWORD
6
.WORD
EMO
.WORD
ERR6
ESCAPE TST
TRAP
CSESCAPE

BREAK
TRAP
INC

002406

:CHANGE TO FLOATING 0

SEQ 0104

;START WITH BIT

JSR
122500
ROMCLK
JSR
040620
ROMCLK
JSR
61225
MOV
MOVB
C(MPB

JWORD
COM
CLC
ROLB
BNE

002434

03777 668

BIC
BISB

8
PAGE 105

FLAG

BIC

COM

;MASTER CLEAR M8200,4,7
:START WITH ADDRESS 0

#1,MR0

TRAP

104410

07:47

MOV

BEQ

104455
000006
005055
006700

005137
000241
106137
001314

MSTCLR
CLR

ROMCLK

001406

000034

20-AUG-80

L10051-.
MRO

:CHANGE TO FLOATING 1

*CLEAR CARRY
SSHIFT BIT IN MRO

MRO

648
CSBRK

:DONE IF MRO=0

CMP
BNE

FLAG
MEMSZ,FLAG
13

TRAP

CSETST

BADHEAD

sensnecececeeee

:NEXT ADDRESS

:LAST ADDRESS?
:BR IF NO

TEST B eevcnnennencene

;*10P MAIN MEMORY DUAL ADDRESSING TEST
s*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS

;*READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING

BADHEAD

-——

- —
A

DMaB0 M8207
P

STATIC DIAG #2
0-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

07:47

seenneneneneeee

013570
013570
013570
013570

BGNTST
78::
013701

002516

MYINT
Mov

KMCSR,R1

01%276
013600
013604

005037
01370;

002406
002406

MSTCLR
CLR
MoV

FLAG
FLAG,R?

153737
153737

002406
002407

004537
010000

003044

004537
004000
010261

003044

01;210 06%73 003777 013644
013616 042737 000037 013652
0136%6
013632
013640
013640
013644
013646
013646
013652
013654
013660
013660
013664
013666
013666
013672
81
74
13674

003044

004537
040620

003044

004537

003044

013700
013702
0137
013710
013712
013714
013720
013722
013724
013726
013730

061225
010205
116104
120504
001406

013734
013740
013746
013750
013723

005;;7
023737
80131
012737
005037

813730
13732

0137

013644
013652
28:

78:

000004

004537
122500

000005

104455
000006
005055
006700
104410
000156

38:

002406
002436

002340

01370

013762
002406
00%609

153737

002406

014014

14010
014014
014016
014016

004537
010000

003044

004537

003044

BIC
BIC

BISB
B1SB
ROMCLK
JSR
010000
ROMCLK
JSR
004000
MOV
ROMCLK
JSR
122500
ROMCLK
JSR
040620

4$:

#377%,2%
#37,7%

FLAG,2$
FLAG+1,7%

RS, .ROMCLK
RS, .ROMCLK
R2,4(R1)
RS, .ROMCLK
RS, .ROMCLK
RS, .ROMCLK

TRAP
.WORD

CSESCAPE
L10052~-.

CLR
MOV

FLAG
FLAG,R2

61225
MoV
R2,R5
MOVB
5(R1) R4
CMPB
R5,R&
BEG .
3%
ERROR
6
TRAP
CSERDF
.WORD
6
.WORD
EMO
.WORD
ERR6
ESCAPE TST

FLAG
MEMSZ ,FLAG
13
#48,L0CK

BIC
BIC

#377%,5%
#37,8%

JSR
010000
ROMCLK
JSR

RS, .ROMCLK

8158
ROMCLK

5%:

TEST

ROMCLK
JSR

INC
CMP
BNE
MoV

002406

013766 042737 003777 014014
013774 04;737 000037 014022
016008
81601

1$:

FLAG,5%

RS, .ROMCLK

9
PAGE 106
B

SEQ 0105

eeeenecennnnene

;RECORD DEVICE ADDR.

:R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7
;START WITH ADDRESS 0
;PUT DATA IN R2

;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
:ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
:LOAD MAR LO
;NEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
:LOAD MAR HI
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE PORT4 TO MEMORY
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE MEMORY TO THE BR
;NEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

;MOVE BR TO PORTS
;PUT "EXPECTED'' IN RS
;PUT "FOUND'' IN R4
;DATA CORRECT?
:BR _IF YES
;DATA ERROR

sNEXT ADDRESS
:LAST ADDRESS?
:BR IF NO
:NEW SCOPE 1
;RESTART AT ADDRESS 0

;PUT DATA IN R2

;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION
:ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION, ROMCLK PC+5304
;CLOCK _INSTRUCTION
:LOAD THE MAR LO

sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

bttt =

OOV

NO VS WIN—-O

£LL gEEEEEeeEy §eese ic2
SEIEAFASERRRRTY
g%&fl&&!““33§§~o 334333g

(alsl

~Nr~N

0
MB207 STATIC DIAG_#2
L1
20-AUG-80 07:46

014022
014024
0160;8
0140
014032
014032
014036
014040
014042
014046
014050
014052
014056
014060
014062
014064
016066
014066
014070
014072
014072
014074
014100
014106
014110
014110
014110
014110

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

004000

8s:

004537
040620

003044
'

004537
061225
010205
116104
120504
001406

003044
000005

104455
000006
005055
006700

6$:

104410
000020
104422
005237
023737
001325

002406
002436

002406
9%:
ENDTST
L10052:

104401

07:47

9
PAGE 107

004000
ROMCLK
JSR
RS, .ROMCLK
040620
ROMCLK
JSR
R5, .ROMCLK
61225
MoV
R?2,RS
MOvVB
S(R1) ,Ré
CMPB
R5,R&
BEQ
6%
ERROR
6
TRAP
CSERDF
WORD
6
.WORD
EMO
.WORD
ERR6
ESCAPE TST
TRAP
CSESCAPE
.WORD
L10052-.
BREAK
TRAP
C$BRK
INC
FLAG
CMP
MEMSZ,FLAG
BNE
48

TRAP

;LOAD MAR HI
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE MEMORY TO THE BR
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOV BR TO PORTS
;PUT "EXPECTED'' IN RS
;PUT "FOUND'' IN Ré
;DATA CORRECT?
:BR IF YES
;ADDRESSING ERROR

sNEXT ADDRESS
;1S IT THE LAST
:BR IF NO

CSETST

014112

BADHEAD

014112

;*]OP MAR TEST
s*PERFORM DUAL ADDRESSING TEST
;*USING MAR AUTO-INC FEATURE
BADHEAD

014112
014112
014112
014122
01461246
014126
014126

014132

014136
014140
014144
014146
0164146
014152
014154
014154
0164162

BGNTST
19::

005002
013703
005203

TEST

wennnnvnnenenee

JRRRERARRRNERNNSE

TEST

tevnnntnnantans

K4ONLY
TRAP
.WORD
MYINT
MOV

002516

MSTCLR
002436

004537
010000

003044

004537

003044

010261

senennneeeteeet

sFOR 4K CPUS ONLY.

;DO NOT DO TEST IF MB200, OR MB204

104432
000342

013701

SEQ 0106

000004

1$:

CLR
MOV
INC
ROMCLK
JSR
010000
CLRMAR
JSR
MOV

CSEXIY
L10053-.

KMCSR,R1

R2
MEMSZ,R3
R3

RS, .ROMCLK

RS, .ROMCLK
R2,4(R1)

;RECORD DEVICE ADDR.

sR1 CONTAINS BASE M8200,4,7 ADDRESS

JMASTER CLEAR M8200,4,7

sSTART WITH A ZERO
;GET MEMORY SIZE
sSTOP ADDR=MEMSZ+1
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;LOAD MAR WITH A ZERO

sCLOCK INSTRUCTION

WRITE DATA TO PORT4

CZDMQBO M8207 STA(IC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46
3321

3863

3864

3865

3866
3867
3868
3869
3870
3871
3872
3873
3874
3875
3876
3877

3878
3879

014166

01a1gg
0141

014174

014%00
014202
014204
014206
014210
014212
014212
014220
014220
014220
014224
014226

014230
014234

014236
014240
0162644
014246
014250
014252
014254
014254

003044

oosgoz

014262

001370
005002

004537
010000

003044

004537

003044

004537
055224
010205
116104
120504
001406

003100

104455
000013
005055
007276
004537

3890
3891
gggg

014264
014264
014270

004537
321325

003044

3894
2395
96
3897

014272
014272
014276
014300

004537

003044

3899
3900

014310
014312

902

014320

906

907
908
909
910
3911

391

014334
014336
014340
014342

913
914

014344
014344

3916

014346

915

014344

RS, .ROMCLK

CMP

R3,R2

INC

BNE
CLR
ROMCLK
JSR
010000
CLRMAR
JSR

1%
R2

ROMCLK
JSR
121325

RS, .ROMCLK

4(R1),R4

005202
020237

002436

INC
CMP

R2
R2 ,MEMSZ

052702

010000

020204
001406

160000

BIC
BNE

‘

358:

4$:

104410

000120

:BR IF NO
:RESTART WITH A ZERO
:NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:LOAD MAR WITH A ZERO
:CLOCK INSTRUCTION
sNEXT WORD IS INSTRUCTION,

:MOVE MEM TO PORT4
sPUT "'EXPECTED'' IN RS
;PUT "FOUND'' IN Ré&
:DATA CORRECT?
:BR IF YES
;MAR ERROR

:DUMP NOP INSTR. TO CLK AUTO INC IN MAR.

;READ IBUS* <14> (MAR LOW)
sCLOCK INSTRUCTION

RS, .ROMCLK

#160000,
R4
35§

BIS

#10000,R2

CMP
BEQ

R2.R4
4

TRAP
MORD
.WORD
.MORD

CSERDF
11
EMO
ERR11

ERROR

104455
000013
005055
007276

:CLOCK INSTRUCTION
‘MEM_PORT4, AUTO-INC MAR

:READ IBUS* <15> (MAR HIGH)
RS, .ROMCLK
sCLOCK INSTRUCTION
;MAR HIGH _POT §

000004

121304
016104

;NEXT WORD IS INSTRUCTION,

: INCREMENT DATA

SROMCLK
JSR
RS, .SROMCLK
055224
MOV
R2 RS
MOVB
4&(R1) R4
CMPB
RS.R&
BEQ
38
ERROR
1"
TRAP
(SERDF
MORD
11
.MORD
EMO
.MORD
ERR11
SROMCLK
JSR
RS, .SROMCLK
CLR

9
PAGE 108

;DONE YET?

RS, .ROMCLK

ROMCLK
JSR
121304
MOV

014316 001

014330

07:47

JSR
136500

005004

3898 014304 062704

014324
014324
014326

3$:

003100

000000

903
904
goos

2%:

000004

016;60

901

ROMCLK

014176 020302

3880
3881
3882
3883
3884
3885
3886
3887

ggga

004537
136500

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

:ADD TO MAR HIGH.

s1F AT HIGH LIMIT,ADD IN OVERFLOW BIT.

:ADDR. 0K?

:ERROR MAR ADDR. BAD IN IBUS <14>AND <15>

sEXPECTED (R4) IS COMBINATION OF

:IBUSt <14> AND <15>
ESCAPE
TRAP

LMORD

TS7
CSESCAPE

L10053-.

SEQ 0107

CZDMABO M8207 STATIC DIAG 02
(ZDMaB.P11
20-AUG-80 07:4

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

3917
3918
3919
3920
3921
3922
3923
39264
3925
3926
3927
3928
3929
3930
3931
3932
3933
3934
3935
3936
3937
3938
3939
3940
3941
3942
3943

014350
014%50
014352
014356

014370
014374
014376
014402
014404
014410
014412
014412
014416
014420
014420
014426
014426
014426
014432
014434

005737
001034
005737
001031
052711
005011

002470

004537
121325

003044

004537
121304

003044

121325
ROMCLK
%3?30‘

004537
121325

003044

ROMCLK
JSR

003044

3946
3947
3948
3949
3950
3951

014442
0144446

004537
121304

005002
016104

944
945

104422
032702
001720

BREAK
TRAP
BIT
BEO

010000

Y
PAGE 109

07:47

C$BRK

#10000,R2
2%

tTHIS SECTION OF

SEQ 0108

;DONE YET?
CODE ADDED TO MAKE

;*THAT MASTER CLEAR, CLEARS THE MAR

SURE

014360

014434
014440

SKIPO6

40$
:GOTO 408 IF M8206

TST

002472

40%

BNE
BIS
CLR

4«0%
040000 (R1)
(R1)

;SET MASTER CLEAR
;CLEAR MASTER CLEAR

JSR

RS, .ROMCLK

:CLOCK INSTRUCTION

TST

040000

ROMCLK

121325
ROMCLK
JSR
121304
CLR

000004

3961

014466

3963

014470

104401

L10053:

RUNINH

RS, .ROMCLK

;READ IBUS* <15> PUT IN PORTS
;CLOCK INSTRUCTION

;MAR HIGH
;READ IBUS* <14>, PUT IN PORT4
CLOCK INSTRUCTION
:MAR LOW
EXPECT MAR CLEAR
;READ PORTS 485. THEY CONTAIN

RS, .ROMCLK

4(R1) R4

BEQ
ERROR

4«0%
44

.WORD
.WORD

EMO
ERR&S

TRAP

sWE MUST FIRST CLOCK

;THE MAR LATCH REGS
;BEFORE WE CAN READ THEM
;CLOCK INSTRUCTION

MoV

TRAP
.WORD

40$%:
ENDTST

RUNB

BNE

:TNE CONTENTS OF THE MAR
:MASTER CLEAR SHOULD HAVE
;CLEARED THE MAR

;BRANCH END TST IF CLEAR

CSERDF
44

CSETST

BADHEAD

seeenneeeeeeeee

TEST

seevetnennnsnne

;*]OP (CRAM) ODT BITS TEST
'LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS

'VERlFV THAT [BUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE

014470

972

014470

ais:gAg"AT IBUS* 10 BIT6 IS SET ON MAR OVERFLOW
seveneerenereee

BGNTST

TEST

sevecennnnnnene

ClDflOBO MB8207 STATIC DIAG_#2
(ZDMaB.P11
20-AUG-80 07:46

1%:

D
D

KMCSR,R1

JSR
010000

RS, .ROMCLK

ROMCLK

000040
000004
177637

MOV

#B175,RS

BIC

91776357 ,R4

MOV

CMP

BEQ

ERROR
TRAP

JMORD
"WORD
.WORD

e
e

RS, .ROMCLK

121204
CLR

BIT
BEQ

#B118,R2
+6

4(R1)

;RECORD DEVICE ADDR

;R1 CONTAINS BASE Hazoo 6,7 ADDRESS
:MASTER CLEAR M8200,4,7
:R2=SAME AS MAR CONTENTS

CLR

JSR

D
D
D

SEQ 0109

Ré

RS ,R4

1si

cscaor

INEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

sMAR_O

sNEXT WORD IS INSTRUCTION,

;CLOCK INSTRUCTION

sPORT4=]BUS*10
sRS="EXPECTED"'

;1S BIT8 SET IN MAR?
BR IF NO

;1F YES THEN SET BITS
RL- ‘FOUND'
CLEAR UNWANTED BITS
:BITS 586 SHOULD BE CLEAR
;BR [F 0K

;ERROR BITS S86 NOT CLEAR

7
EMO
ERR7

—

ESCAPE TST
TRAP

15%:

002000

ROMCLK

000100
000004
177627

RS, .ROMCLK

JSR

RS, .ROMCLK

MOV
MOV

#B176,RS
4(R1) R4

CMP

RS R4

BIC

BEQ

ERROR
TRAP
.WORD

003044

17%:

CSESCAPE

L10054-.

JSR
014000
INC
CMP
BNE
ROMCLK

003044

OwvwNwn

] N\flg\fl SRRRER

“ F

003044

.WORD

R2
#2000, R2
1%

9177687 ,R4

17£

giflbf

.WORD
.WORD

EMO
ERR7

JSR
010000

RS, .ROMCLK

ROMCLK

sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
s INC MAR
:BUMP MEM ADDRESS
:OVERFLOWED YET?(OVFL PAGE BITS).
sBR IF NO
JNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
PARY‘ IBUS* 10

ISS'fIPECTED”

R‘: ‘FOUND'*

CLEAI UNWANTED BITS

:81!6 SHOULD BE SET

:BR IF 0K

JERROR, BIT6 NOT SET

TS!RU(‘!ON.

—

e
NW

=—

D
D
D
D
D

003044

000400

MOV

ROMCLK

003044

D e

L1oosa-

MSTCLR

005002

9
PAGE 110

CSEXI

.WORD

MYINT

002516

rs
AWV
W W VIV
-~
WP
NOININON)
— — —
~o

00000000000 O0O0O0O0O0O0O0O0O0O0O0O0

:D0 NOT DO TEST IF M8200

000234

004537
010000

07:47

MACEX

TRAP

104432

013701

20-AUG-80

HARDWARE TESTS

T10::

014470
014470

014476
014500

MACY11 30A(1052)

20-AUG-80

MARDWARE TESTS

ROMCLK

003044
003044

RS, .ROMCLK

JSR

RS, .ROMCLK

CLR

BIC

01776%7,8¢

121204

MOV

000004

177637

RS, R4
2%
7

NORD
.WORD
.WORD

7
EMO
ERR7

TRAP

CSETST

9
PAGE 1M

SEQ 0110

;NEXT WORD IS INSTRUCTION,

:CLOCK INSTRUCTION
SMAR M1 0

sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:PORT4 _IBUS* 10

:RS="EXPECTED"

4(R1) ,R&

CMP
BEQ
ERROR
TRAP

2%:

07:47

JSR
004000

ROMCLK

§§§§2 2RER3%9 8

w
~

-80 07:46

MACY11 30A(1052)

‘Ré="FOUND"’

SCLEAR UNWANTED BITS

:BITS 586 SHOULD BE CLEAR
:BR IF OK
:ERROR 586 NOT BOTH CLEAR

(SERDF

ENDTST

L1005&:

104401

BADHEAD

seveeecceeeveer

TEST

tecccccccenneee

s*CRAM TEST OF JUMP(I) NEVER MICRO-PROCESSOR INSTRUCTION.
;*PERFORM THE JUMP INSTRUCTION

J*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
s*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT

:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE CRAM PC IS CORRECT, IF THE CRAM PC IS NOT RIGHT,

;*THEN PORT4 CONTAINS A 37

014736

BADHEAD

jeveenevereceee

teecnnnneentnne

BGNTST

014736
014736
014736
014746
014746
014750
014752
014752
014752

TEST

18 A FY

104432

TRAP

000230
013701

SKIPO4 10%
;GOTO 108 IF M8204
ST
EXIT

108:

.WORD

MYINT

MoV

002516

CSEXIT

L10055~.
KMCSR,R1

MSTCLR
104404

BGNSEG

004737

003474

004737

003166

004537

003100

100400

004537

003100

TRAP

1%:

JSR

;RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS

;MASTER CLEAR M8200,4,7

($BSEG

PC,MEMSET

JSR
PC,CLRALL
SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK

;CAN'T DO IF ROM, &K

RS, .SROMCLK

;SET MEM AND RAM

;CLEAR ALL CONDITIONS
;NEXT WORD IS INSTRUCTION,
;START AT ROM PC=0
;NEXT WORD IS INSTRUCTION,

——

TATIC DIAG #2

CZOMQBO M8207 STATIC DIAG #2
CZOMAB.P11
20-AUG-80 07:46
4085
4086
4087
4088
4089
4090
4091
4092
4093
4094
4095
4096
4097

015006
015010
015014
015016
015020
015022
015026
015030
015032
015034
015036
015036
015040

4099
4100
4101
6102
4103
4106
4105
4106
4107
4108

015042
0150642
015044
0150644
015046
015052
015052
015056
015060
015060

4098

015042

4109 015064

4110
4111
411;
4113
4114
4115
4116
4117
4118
4119
4120
4121
4122
6123
6124
6125
6126
4127
4128
4129
4130
6131
4132

6133

015066
015072
815074
015076
015100
015104
015106
015110
015112
015114
015114
015116
015120
015120
015120
015122
015122
01s1§3
0151
015130
015134
015136
015136

015142

114377
004737
000001
120504
001406

2%:

104410
000002

100008:

104405

003166

004537
100403

003100

004537

003100

004737
000004
120504
001406

003330

100000

104455
000005
005055
006556

104404
004737

003166

004537
100406

003100

004537

003100

104125

6134 015144 004737 003330
4135
6136
4137
4138
6139
4140

015150
015152
015154
015156
015162
015164

000007
120504
001406

104455
000005

1143771 <400+0>
JSR
PC,RAMDAT
1
CMPB
RS,R4
BEQ
2%
ERROR
S
TRAP
(SERDF
JWORD
§
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000$-.

9
PAGE 112

:JUMP TO ROM PC OF 1777
‘R4=CRAM PC (LSB 8 BITS)
CEXPECTED DATA
:1S ROM PC CORRECT?
:BR IF NO
*ERROR, CRAM PC IS WRONG

ENDSEG

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR

CSESEG
C$BSEG
PC,CLRALL

100000!<400+0>

100018

104405

07:47

RS, .SROMCLK
100403
SROMCLK
JSR
RS, .SROMCLK

48:

104410
000002

20-AUG-80

HARDWARE TESTS

003330

104455
000005
005055
006556

104404
004737

MACY11 30A(1052)

:START AT ROM PC=3
*NEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0

JSR
PC,RAMDAT
4
CMPB
RS,R&
BEQ
4
ERROR
5
TRAP
CSERDF
WORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG
TRAP
BGNSEG
TRAP
JSR

;CLEAR ALL CONDITIONS
INEXT WORD IS INSTRUCTION,

:R4=CRAM PC (LSB 8 BITS)
CEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
;ERROR, CROM PC IS WRONG

CSESEG

C$BSEG
PC,CLRALL

SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, . SROMCLK

:CLEAR ALL CONDITINS
*NEXT WORD IS INSTRUCION,

:START AT ROM PC=6
*NEXT WORD IS INSTRUCTION,

104125 <400+0>

:JUMP TO ROM PC OF 525

7
CMPB
BEQ
ERROR
TRAP
.WORD

CEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
‘ERROR, CRAM PC IS WRONG

JSR

PC,RAMDAT
RS,R&

6%
S
CSERDF
S

‘R4=CRAM
PC (LSB 8 BITS)

SEQ 0111

4146

4147
4148
4149
4150
4151
4152
4153
4154
4155
4156
4157
4158
4159
4160
4161
4162
4163
4164

4165
1166
4167
4168
4169
4170
€171
6172

4173
4174
6175
G176
£177

g g S3FFRINSE

4145

VATV
PN = e
il o i i

414
4144

i
T JIEEL - P
R

6141
614

[=lelelelelelelolelele)]

CZOMQBO MB207 STAIIC DIAG_#2
CZDMaB.P11
20-AUG=-80 07:46

100028%:

104405

ENDTST

L10055:

104401

SEQ 0112

.WORD
F%0
.WORD
ERRS
ESCAPE SEG
TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

LWORD
ENDSEG

10002%-.

BADHEAD

sevenneneveeeee

TEST

eevncecencennnn

;*CRAM TEST OF JUMP(I) ALWAYS MICRO-PROCESSOR INSTRUCTION.
; *PERFORM THE JUMP INSTRUCTION

;*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION

;*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSTUL, IF THE JUMP WAS UNSUCCESSFUL

;*THEN PORT4 WILL CONTAIN A 37
BADHEAD

015202

seeneenenneneer

015212
015214
015216
015216

015222
015226
015232

4182
4183
£184
4185
4186
€187
4188
4189
4190
4191
4192
4193
4§19
4195

015242
015242
015246
015250
01325
015256
015260
015262
015268
015270
015272
015274
015276
013076

015240

015300

TEST

seennaneenenene

BGNTST

035202
615202
015202

015232
015234
015234

4196

6%:

104410
000002

20-AUG-80 07:47 PAGE 113

HARDWARE TESTS

015202

6178
£179
4180
181

005055
006556

MACY11 30A(1052)

112::

TRAP

013701

002516

004737

003474

104404
004537

003100

004537
114777
004737
000377
120504
001406

003100

104455
000005
005055
006556
104410

000002

;D0 NOT DO TEST IF M8200

104432
000214

100400

MACEX2

1%:

CSEXIT

.WORD

L10056~.

MOV

KMCSR,R1

MSTCLR
JSR
BGNSEG

PC,MEMSET

MYINT

TRAP

($BSEG

SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK
RS, . SROMCLK
JSR

003330

;:R1

;RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

;MASTER CLEAR M8200,4,7
;SET MEM AND RAM

sNEXT WORD IS INSTRUCTION,

;START AT ROM PC=0
sNEXT WORD IS INSTRUCION,

1143771 <400+1>

;JUMP TO ROM PC OF 1777

RS.R4
$

;EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
;ERROR, CRAM PC IS WRONG

JSR
377
CMPB

PC,RAMDAT

TRAP

CSERDF

BEQ
ERROR

2%:

;:DON'T DO IF M8200

.WORD
.WORD
WORD

5
EMO
ERRS

TRAP

CSESCAPE

ESCAPE SEG
.WORD

10000%-.

;R4=CRAM PC

(LSB 8 BITS)

c§g=ggo M8207 STAIIC DIAG_#2
1"
20-AUG-80 07:46
4197
4198
4199
4200
4201
4202
4203
4204
4205

015302
015302
015302
015304
015304
015306
015306
015312
015314

4209
4210
4211
4212
6213
4214
4215
4216
4217
4218
4219
4220
4221
4222
4223
4554
4225
4226
4227
4228
4229

015326
015330
015332
015334
015340
015342
015344
015346
015350
015350
015352
015354
015354
015354
015356
815 56
015
015360
015364
015366
015366

000000
120504
001406

4231
423%
4233

015374
015400
015402

4235
2%
4237
4238
4239
4240
62641
424
4243
4264
4245
6246
6247

015406
0156412
015414
015416
015450
015422
015622
015656
015426
015626
015426
0154
015430

MACYT1 30A(1052) 20-AUG-80
HARDWARE TESTS
100008:

104405

104404
004537
100403

003100

206 015314 004537 003100
4207
015320 100400
4208 015322 004737 003330

104455
000005
005055
006556

104404

004537
100406

003100

004537

003100

004737
000125
120504

003330

4230 015372 1o¢.s§s
423%

:2:3

4250
£251

6252

015404

015430

015432

10001$:

104405

104410
000002

104405

104401

9
PAGE 114

ENDSEG
TRAP
CSESEG
BGNSEG
TRAP
($BSEG
SROMCLK
JSR
RS, .SROMCLK
100403
saoncL

o
CMPB
RS,R&4
BEQ
43
ERROR
§
:ERROR,
TRAP
CSERDF
MORD
§
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001$%-.
ENDSEG
TRAP
CSESEG
BGNSEG
TRAP
(S$BSEG
SROMCLK
JSR
RS, .SROMCLK
100406
SROHCLK
RS, .SROMCLK

104125-«06-»
JSR
125
CMPB

001406

104455
000005
005055
006556

;NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

SROMCLK
1ooooo'<406n>
JUMP TO ROM PC OF 0
PC, aAnoAi
:R4=CRAM PC (LSB 8 BITS)

4$:

104410
000002

07:47

6$:

100028:
ENDTST
L10056:

PC,RAMDAT

BEQ

RS.R&4
6%

TRAP

CSESEG

TRAP

CSETST

ERROR
§
TRAP
CSERDF
.WORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%-.
ENDSEG

:EXPECTED DATA
:1S ROM PC CORRECT?
:BR IF YES
CRAM PC IS WRONG

:NEXT WORD IS INSTRUCTION,

:START AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

:R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES

:ERROR, CRAM PC IS WRONG

BADHEAD
seeeenneeeveees TEST 13 aetannnantnnnes

;*CRAM TEST OF JUMP(1) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.

SEQ 0113

CZDMQBO M8207 STAIIC DIAG_#2
CZOMaB.P11
20-AUG-80 07:46

4283
4284
4285
4286
4287
4288
4289
&
4291
4 g
4
&
4295
“
4297
b
&
“
4301
430
430
6304
4305
“
430
4308

20-AUG-80

HARDWARE TESTS

07:47

9
PAGE 115

SEQ 0114

;*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT S AT, THIS INSTRUCTION LOADS THE
BITS OF THE CRAM PC. AT THIS POINT
;*BR WITH THE LOWEST
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37

015432

BADHEAD

sevnnnnevevever

015432
015432
015432
015442
015444
015446
015446
015452
015456
015462
015462
015464
015470
015470
015474
15476
015476
015502

015504
015510
015512
015514
015516
0155%2
015524
0155;8
0155
015532
015532
015532
015534
015536
015536
15536
15540
1556g
01554
15546
15562
01555
015554
815556
155
01556

BGNTST
T13::
MACEX2

013701

004737

003474

004737

003260

004537
00

003100

37
77
37

003100

003330

MoV

KMCSR,R1

JSR
100400

RS, .SROMCLK

JSR

RS, .SROMCLK

JSR

PC,RAMDAT

BEQ

RS,R&
2%
5

003260
003100
003100

0069g9 003330

;RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7
:SET MEM AND RAM

;SET THE C BIT®

sNEXT WORD IS INSTRUCTION,

;START AT ROM PC=0

sNEXT WORD IS INSTRUCION,

1143771 <400+2>

;JUMP TO ROM PC OF 1777

377
CMPB

sEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
;ERROR, CRAM PC IS WRONG

CSERDF

TRAP

100008:

PC,MEMSET

JSR
BGNSEG
TRAP
C$BSEG
JSR
PC,SETC
SROMCLK

ERROR

2%:

L10057-.

SROMCLK

04
06

004737

CSEXI

.WORD

MSTCLR

1%:

13 wenncnennneneee

;DON'T DO IF M8200

MYINT

002516

TEST

:D0 NOT DO TE%T IF M8200°

TRAP

4253
4254
4255
4256
4257
4258
4259
4260
4261
4262
4263
4264
4265
4266
4267
4268
4269
4270
2N
4272
4273
6274
4275
4276
6277
4278
4279
6%30
4281
4282

MACY11 30A(1052)

WORD
.WORD
.WORD

5
EMO

ERRS

ESCAPE SEG
TRAP
CSESCAPE

.WORD

10000%-.

TRAP
86
TRAP

CSESEG

ENDSEG

JSR

;R4=CRAM PC (LSB 8 BITS)

C$BSEG

PC,SETC

JSR
100403

RS, .SROMCLK

JSR

RS, . SROMCLK

JSR

PC,RAMDAT

SROMCLK

100000 <400+2>

;LOOP TO 18 IF SW09=1

;SET THE C BIT'
sNEXT WORD IS INSTRUCTION,
;START AT ROM PC=3
sNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

;R4=CRAM PC (LSB 8 BITS)

CZbMaBO H8207 STAIIC DIAG 02
CZomeB.P11
20-AUG-80 07:
015596

4310
4311
N
4313
4314
4315
4316
4317
4318
4319
4320
4321
4322
4323
4326
6325
4326
4327
4328
4329
4330
4331

015570
015572
015574
015600
015602
015604
015606
015610
015610
015610
015612
015614
015614
015614
015616
015616
015620
015624
015624
0156
01563
015632

433
4334
4335
6;;9
&
4338
4339
4340
4341
4342
43643
4344
4345
4346
4347
4348
4349
23;?

015640
015644
015646
81gggg
1
015656
015660
015662
015664
015666
015666
015670
015672
015672
015672
015674
015674
015674

4352

015676

000000
120504
001406
104455
000005
005055
006556

4354
4355
6359
435

104404
004737

004537
100406

003100

004537

003100

004737
000125
120504
001406

003330

L36

104455
000005
005055
006556
104410

104401

EMO
ERRS

;LOOP TO 3% IF SW09=1

CSESEG
($BSEG
PC,SETC

RS, .SROMCLK

RS,.SROMCLK

104125-<406~2>

PC,RAMDAT

6%:

000002

104405

JEXPECTED DATA
:1S ROM PC CORRECT?
:BR IF YES
JERROR, CRAM PC IS WRONG

RS.R4
43
S
g&ERDF

ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG
TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK
JSR

10002$:
ENDTST
L10057:

125
CMPB
RS R4
BEQ
gS
ERROR
TRAP
CSERDF
MWORD
5§
.WORD
EMO
LWORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LWORD
10002%-.
ENDSEG
TRAP

CSESEG

TRAP

CSETST

BADHEAD

9
PAGE 116

sennnneeveneeet

;SET THE C BIT®
JNEXT WORD IS INSTRUCTION,
;START AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525

RQSCRAH PC (LSB 8 BITS)
:EXPECTED DATA
:IS ROM PC CORRECT?
;BR IF YES
sERROR, CRAM PC IS WRONG

TEST 14 etecnneccnnnenesn

.ltS OF THE CRAM PC. AT THIS POINT

'THE BR DATA IS MOVED TO PORT&. IF THIS DATA 1S CORRECT

4360

4364

003260

'BR WITH THE LOWEST

4359
4362

10001$:

104405

0
CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD

07:47

'CRAH TEST OF JUMP(]) ON Z BIT SET HICRO-PIOCESSOR INSTRUCTION.
'SET THE 2 BIT, PERFORM THE JUMP INSTRUCTION.
'VERIIV THE JUflP DID OCCUR BY CLOCKING THE INSTRUCTION
'lN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE

4358
4361

4%:

104410
000002

4332 015636 105125

4353

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

'YHE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL

015676

OIHEN PORT4 WILL CONTAIN A 37

BADHEAD

sevnneeteeeeeee TEST 14 sevetennneenner

SEQ 0115

EZDHOOO M8207
10MaB . P11

STArIC 86A87'£6
0-AUG-

4365
4
4367
4368

015676
15676
015676

4370
3N
4372
437
4374
4375
4376
4377
4378
4379
4380
4381
4
4383

015710
015715
015712

015734
015740
015743
015742

004537
100400

003100

004537

003100

4385
4386
4387
4388
4389
4390
4391
4;9
4398
439,
4395
396
4397
4398
4399
4400
4401
402
4403
404

015750
015754
015756
015760
015762
015766
015770
8‘277
01577
815776
015776
016000
016002
016002
016002
016004
816006
O
01601
016012

004737
000377
120504
001406

003330

4409
407

160%8
016020

4369

4384

4405

4408

4409
410
411
541;
413
414
415
5419

417

418

4619
420

0157

015716
015722

015726
015753
015730
015734

015748

016016

016024

160;3
0160
016034

16038
01604
016064
O
160

BGNTST
T14::

104.4;2

013701

002516

.WORD
MY INT
MOV

004737

003474

MSTCLR
JSR

104404
004737

003312

115777

104455
000005
882055
556

1%:

100008:

104405

CSEXIT

KMCSR,R1

PC,MEMSET
BGNSEG
TRAP
C$BSEG
JSR
PC,SETZ
SROMCLK

1143771 <400+3>

000002

JSR
PC,RAMDAT
377
CMPB
RS.R4
BEQ
2%
ERROR
5
TRAP
CSERDF
JWORD
§
"WORD
EMO
"WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
100008~
ENDSEG

004737

003312

004537

003100

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR

004537

003100

SROMCLK
JSR
RS, . SROMCLK

737

003330

104404

100403

101400

100403

01605¢

016054
016056

104410
000002

4$:

;RECORD DEVICE ADDR.
:R1 CONTAINS BASE M8200,4,7 ADDRESS
‘MASTER CLEAR M8200,4,7
SSET MEM AND RAM

;SET THE 2 BIT'
INEXT WORD IS INSTRUCTION,
:START AT ROM PC=0
INEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777

‘R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:IS ROM PC CORRECT?
:BR IF YES
*ERROR, CRAM PC IS WRONG

CSESEG
C$BSEG

PC,SETZ
RS, . SROMCLK

100000 <400+3>

asoso‘
1406

PAGE 117

L10060~-.

JSR
RS, .SROMCLK
100400
SROMCLK
JSR
RS, . SROMCLK

2%:

104410

07:47

MACEX2
:DON'T DO IF M8200.
:DO NOT DO TEST IF M8200

TRAP

000230

104455
5
5055
556

12851

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS

JSR
0
(MPB
BEQ
ERROR
TRAP
.WORD
WORD
"WORD

PC,RAMDAT

TRAP
.WORD

CSESCAPE
100018-.

RS.R&
i
S
gseaor
EMO

ERRS

ESCAPE SEG

;SET THE Z BIT®
INEXT WORD IS INSTRUCTION,

:START AT ROM PC=3

INEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

‘R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
:1S ROM PC CORRECT?

‘BR IF YES
“ERROR, CRAM PC IS WRONG

SEQ 0116

BO M8207
DMQB.P11
1
g

4424

016060
16060
16060
1606%

STAIIC DIAG_#2
0-AUG-80 07:46

104405

1044
004737

016070
016074
016076

004537
100406

003100

016076

004537

003100

016104
01611g
01611

004737
000125
120504

003330

2 016102 105525

4642

016114
016113
016122
016124
016126
016130
016132
016132
016134
016136
016136
016136

4450

816160
16140
016140

4452

016142

4453

4454
4455
4456
4457
4458
©459
4460
4661

4670

016062
8160?4

16070

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS
10001$:

003312

6$:

104410
000002

10002$:

104405

ENDTST
L10060:

104401

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK

CSESEG

($BSEG
PC,SETZ

JSET THE Z BIT®
sNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

JSR

RS, .SROMCLK

JSR
125
CMPB

PC,RAMDAT

TRAP

CSESEG

TRAP

CSETST

;START AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

:R64=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?

RS.R4
BEQ
6%
ERROR
S
TRAP
CSERDF
MWORD
5§
.WORD
EMO
WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
LWORD
10002%~-.
ENDSEG

sBR IF YES
sERROR, CRAM PC IS WRONG

sennnnneereeeesr TEST

15 sennnnentetennn

s*CRAM TEST OF JUMP(I) ON BRO SET MICRO-PROCESSOR INSTRUCTION.
:*SET THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
:*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWESTY 8 BITS OF THE CRAM PC. AT THIS POINT
:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
:*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37

BADHEAD

seennenerevnteee

TEST

eevvevennennnnn

BGNTST

01616%
8161‘

T15::

16142

MACEX2
;DON'T DO IF MB8200.
:D0 NOT DO TEST IF MB8200

TRAP

016152 104432

016162
8}2}93

SEQ 0117

ENDSEG

BADHEAD

016142

016154
16156
16156

N9
PAGE 118

104125'1<400+3>

001406
104455
000005
005055
006556

07:47

000230
013701

002516

004737

003474

LWORD
MYINT
MOV

MSTCLR
JSR

CSEXIT

L10061~.
KMCSR,RY

PC,MENSET

sRECORD DEVICE ADDR.
M8200,4,7 ADDRESS

sR1 CONTAINS BASE

JMASTER CLEAR M8200,4,7
SET MEM AND RAM

CZDMQBO MB8207
CZ0MaB. P11
W77
W78
479
4480
4481
4482
4483
4484

01617%
016172
0161764
016200
016200
016204
016206
016 0

486
487
4488
4,89
4490
4491
4492
4493
449
4495
4496
4497
4498
499
4500
4501
4502
4503
4504
4505

016214
016220
016222
0162264
016226
016232
016234
016236
016240
016242
016242
016244
016246
016246
016246
016250
016250
016252
016236
016256

485

4506
4507
4508

016212

016262
016264
016264

4509 016270
4510
4511
4512
4513
4514
4515

4516
4517
4518
4519
4520
4521
45%;
4523
4524
4525
4526

4527

4528
4529

4530
4531
4532

016272

016276
016300
016302
016304
016310

016312
016314
016316
016320
016320
016322
016324
016324
016324
016326
0163§8

016330

016334
016334

016340
016342
016342

STATIC glAG7O£6
0-AUG-80 0
104404
004737

BGNSEG
TRAP
JSR
SROMCLK
JSR _
100400
SROMCLK
JSR___

003220

004537
100400

003100

004537

003100

004737
000377
120504
001406

003330

116377

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS

104455
000005
005055
006556

100008:

104405

8 10
PAGE 119

C$BSEG
PC,SETBRO
RS,.SROMCLK
RS,.SROMCLK

1143771 <400+4>

28:

104410
000002

07:47

JSR
PC,RAMDAT
377
CMPB
RS.R4
8EQ
2%
ERROR
5
TRAP
CSERDF
MORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
MORD
100008~
ENDSEG
TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR _

003220

004537

003100

004537

003100

RS,.SROMCLK
100403
SROMCLK
JSR _ RS,.SROMCLK

004737

003330

JSR

102000

000000
120504
001406

104455
000005
005055
006556

4$:

104410

000002

10001$:

104405
104404

004737

003220

004537
100406

003100

004537

003100

;SET THE BRO BIT'
NEXT WORD IS INSTRUCTION,
;START AT ROM PC=0
NEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777

:R4=CRAM PC (LSB 8 BITS)
EXPECTED DATA
1S ROM PC CORRECT?
:BR IF YES
“ERROR, CRAM PC IS WRONG

CSESEG

104404
004737

100403

SEQ 0118

C$BSEG
PC,SETBRO

;SET THE BRO BIT'
;NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

100000 <400+4>

:JUMP TO ROM PC OF 0

0
C(MPB
BEQ
ERROR
TRAP

*EXPECTED DATA
1S ROM PC CORRECT?
‘BR IF YES
“ERROR, CRAM PC IS WRONG

PC,RAMDAT

RS.R4
4§
5
CSERDF
MORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE

.MORD

10001$~.

TRAP
BGNSEG
TRAP

CSESEG

ENDSEG

JSR

($BSEG

PC,SETBRO

SROMCLK
JSR
RS,.SROMCLK

100406
SROMCLK
JSR
RS,.SROMCLK

*R4=CRAM PC (LSB 8 BITS)

;SET THE BRO BIT"

;NEXT WORD IS INSTRUCTION,

:START AT ROM PC=6
NEXT WORD IS INSTRUCTION,

CZDMABO MB8207 STAIIC DIAG n
CZOMaB.P11
20-AUG-80 07:46

4563
4564
4565

4566
4567
4568
4569
4570
4571
4572
4573
4574
4575

016354
016356
016360
016362
016366
016370
016372
016374
016376
016376
016400
016402
016402
016402
016404
016404
016404

BEQ

TRAP

CSERDF

ERROR

6%:

:
100028
ENDTST

L10061:

104401

07:47

¢ 10
PAGE 120

106125!<400+4>
JSR
PC,RAMDAT
125
CMPB
R5,.Ré

016406

SEQ 0119

;JUMP TO ROM PC OF 525

;R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
;1S ROM PC CORRECT?

:BR IF YES
;ERROR, CRAM PC IS WRONG

.WORD
5
.WORD
EMO
ERRS
.WORD
ESCAPE SEG
TRAP
.WORD
ENDSEG

CSESCAPE
10002%-.

TRAP

CSESEG

TRAP

CSETST

BADHEAD

senaenrnenevens

TEST

weannnnnnnnennn

;*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
;*SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
s*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL

;*THEN PORT4 WILL CONTAIN A 37
BADHEAD

016406

seennnnvnvevensr

BGNTST
T16::

016406
016406
016406

4585
4586
4587
4588

016452
016456
016460
016464

016452

MACEX2
TRAP

003474

003230

003100
003100

003330

1%:

L10062-.

MoV

KMCSR,R1

MSTCLR
JSR

PC,MEMSET

BGNSEG
TRAP

($BSEG

PC,SETBR1
JSR
SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK
RS, .SROMCLK
JSR

1143771 <400+5>

JSR
377

wenwnnnnnnnnnnr

;DON'T DO IF M8200.

CSEXIT

.WORD

MYINT

002516

016426

016432
016436
016436
016436
016440
016444
016444
016450

TEST

;D0 NOT DO TEST IF M82C0

016416
016420
016422
016422

4576
4577
4578
4579
4580
4581
45
4583
4584

20-AUG-80

HARDWARE TESTS

003330

4550
4551
4552
4553
6554
4555
4556
4557
4558
4559
4560
4561
4562

016;‘6
016350

SR8 58 83

4533
&5
4535
4536
4537
4538
4539
4540
4541
4542
4543
4544
4545
4546
4547
4548
4549

MACY11 30A(1052)

PC,RAMDAT

;RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7
;SET MEM AND RAM

;SET THE BR1 BIT'
*NEXT WORD IS INSTRUCTION,
:START AT ROM PC=0
*NEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777

;R4=CRAM PC (LSB 8 BITS)

;EXPECTED DATA

CZDMQBO M8207 STA(IC DIAG_#
CZOMAB.P11
20-AUG-80 07:46
4589
4590

4591
4592
4593
4594
4595
4596
4597
4598
4599
4600
4601
4602
4603
4604
4605
4606
4607
4608
4609

016466
016470

016472
016476
016500
016502
016504
016506
016506
016510
016512
016512
016512
016514
016514
016516
016522
016522
016526
016530
016530

4610 016534

4611
4612
4613
4614
4615
4616
4617
4618
4619
4620
4621
4622
4623
4624
4625
4626
4627

4628
4629
4630
4631
4632
4633

016536
016542
016544
016546
016550
016554
016556
016560
016562
016564
016564
016566
016570
016570
016570
016572
016572

4635

4636
4637
4638
4639

4640

4641
4662
L643

Lobh

120504
001406
104455
05
005055
006556

28:

104410
000002

190008:

104405
104404
004737

003230

004537

003100

004537

003100

004737
000000
120504
001406

003330

100403

102400

104455
000005
005055
006556

004737

003230

004537
100406

003100

004537

016614

004737

016620
016622
016626
016626
016632

016634
016636
016640
016662

000125
120504
001406

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR

CSESEG
C$BSEG
PC,SETBR1

JSR
PC,RAMDAT
0
CMPB
RS,R4
BEQ
48
ERROR
S
TRAP
CSERDF
.WORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG
TRAP
BGNSEG
TRAP

;1S ROM PC CORRECT?
:BR IF YES
*ERROR, CRAM PC IS WRONG

;SET THE BR1 BIT'
:NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

‘R4=CRAM PC (LSB 8 BITS)
‘EXPECTED DATA
IS ROM PC CORRECT?
:BR IF YES
*ERROR, CRAM PC IS WRONG

CSESEG
(S$BSEG

:SET THE BR1 BIT'
:NEXT WORD IS INSTRUCTION,

003100

JSR
PC,SETBR1
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

003330

JSR

‘R4=CRA® PC (LSB 8 BITS)

104455

000005
005055
006556

RS,R4
2%
ERROR
S
TRAP
CSERDF
WORD
§
WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000%ENDSEG

100000 <400+5>

10001$:

104405

106525

D 10
PAGE 121

RS, .SROMCLK
100403
SROMCLK
JSR
RS, . SROMCLK

48:

10441C
000002

104404

07:47

CMPB
BEQ

016574
016600
016600
016604
016606
016606

4636 016612

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

104125!<400+5>

:JUMP TO ROM PC OF 525

125
CMPB
BEQ
ERROR

*EXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
‘ERROR, CRAM PC IS WRONG

TRAP

68:

:START AT ROM PC=6
*NEXT WORD IS INSTRUCTION,

WORD
WORD
.WORD

PC,RAMDAT
RS,R4
68
S

CSERDF

§
EMO
ERRS

ESCAPE SEG

SEQ 0120

CZDMABO M8207 STA(IC DIAG_#2
CZDMaB.P11
20-AUG-8 0 07:46

MACY11 30A(1052)

HARDWARE TESTS

104410
000002
:
100028

104405

ENDTST

L10062:

104401

20-AUG-B0

016652

07:47

TRAP

CSESCAPE

TRAP

CS$ESEG

TRAP

CSETST

.WORD
ENDSEG

E 10
PAGE 122

SEQ 0121

10002%-.

BADHEAD

sevnnnnnevvvees

TEST

tevenanennnnens

;*CRAM TEST OF JUMP(I) ON BR4 SET MICRO-PROCESSOR INSTRUCTION.
;*SET THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA ]S MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL

é;;:g:oPOR“ WILL CONTAIN A 37
seenennnveverer

BGNTST
T7::

MACEX?

INAR

;D0 NOT DO TEST IF MB8200

104432
000230

TRAP

013701

002516

004737

003474

104404

TEST

L10063-.

MOV

KMCSR,R1

1%:

MSTCLR
JSR
BGNSEG
TRAP

;:DON'T DO IF M8200.

CSEXIT

.WORD

MYINT

2222222222322

PC,MEMSET
($BSEG

;RECORD DEVICE_ADDR.

;MASTER CLEAR M8200,4.7
;SET MEM AND RAM

CZDMQBO M8207 STATIC DIAG_#2
C(ZbmaB PN
20-AUG-80 07:46

e e

———

a——

4680
4681
4682
4683
(684
4685

016704
016710
016710
016714
016716
016716

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

07:47

004737

003240

004537

003100

RS, .SROMCLK

004537

003100

R5,.SROMCLK

100400

JSR

. PC,SETBR4

F 10
PAGE 123

;SET THE BR4 BIT'

sNEXT WORD IS INSTRUCTION,

;START AT ROM PC=0

;NEXT WORD IS INSTRUCION,

SEQ@ 0122

CZDMABO M8207 STATIC DIAG 02
CZ0maB.P11
20-AUG-80 07:

4686

4687

016722

016726

117377

004737

003330

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

07:47

1146377!<400+6>

JSR

PC,RAMDAT

6 10
PAGE 124

;JUMP TO ROM PC OF 1777

:R4=CRAM PC (LSB 8 BITS)

SEQ 0123

CZDMQBO M8207 STATIC DIAG_#2
CZomas.P1
20-AUG-80 07:46
4688
4689

0167
016732

000377
120504

MACY11 30A(1052)

20-AUG-B0

HARDWARE TESTS

377

(MPB

RS ,R&

07:47

H 10
PAGE 125

4 X PE CTED DATA
1
;1S R OM PC CORRECT?

SEQ 0124

CZDMQBO MB207 STAIIC DIAG #2
CZDMaB.P11
20-AUG-80 07:46
4690

016734

001406

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

BEQ

07:47

110
PAGE 126

;BR IF YES

SEQ 0125

CZDMQBO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

016736
016742
016744
016746
016750

104455
000005
005055

006556

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

ERROR
TRAP
.WORD
.WORD
.WORD

07:47

5
CSERDF
5
EMO
ERRS

J 10
PAGE 127

;ERROR, CRAM PC IS WRONG

SEQ 0126

C%DHOBO MB8207 STATIC DIAG 02
CZDMAB.P11
20-AUG-80 07:4
4696
4697
4698
4699
4700
4701
4702
4703
4704
4705
4706
4707
4708
4709

01675%
016752
016754
016756
016756
016756
016760
016760
016762
016766
016766
016772
016774
016774

4711
4712
4713
471
4715
4716
4717
4718
4719
4720
4721
4722
4723
4724
4725
4726
4727

017002
017006
017010
017012
017014
017020
017022
017024
017026
017030
017030
017032
017 gz
017
017034
017036
017036

017040
017044
017044
017050
017052
017052

4736
4737
4738
4739
4740
4741
4742
4743
4764
4745

5769
4747

4748
4749
4750
4751

017060

017064
017066
017070
017072
017076
017100
017102
017106
017106
017108

017110
01711

81711
017112
017114
017114

003240

004537
100403

003100

004537

003100

004737
000000
120504
001406

003330

104455
000005
005055
006556

10001$:

104405

07:47

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100403
saonc ¢

C$BSEG
PC,SETBRG
RS, . SROMCLK

RS,

. SROMCLK

JSR
PC,RAMDAT
0
C(MPB
RS,R4
BEQ
4%
ERROR
§
TRAP
CSERDF
.WORD
§
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG
TRAP
BGNSEG
TRAP

004537

003100

004537

003100

C$BSEG
JSR
PC,SETBR4
SROMCLK
JSR
RS, . SROMCLK
100406
SROHCLK
RS, .SROMCLK

004737

003330

JSR

PC,RAMDAT

.WORD

10002%-.

TRAP

CSESEG

104455
000005
005055
006556

104410
000002
104405

106125'<406'6>

68:

10002$:
ENDTST
L10063:

125
CMPB
RS,R&
BEQ
6%
ERROR
5
TRAP
CSERDF
WORD
S
JWORD
EMO
‘WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
ENDSEG

;SET THE BR& BIT'
;NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

‘R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
*1S ROM PC CORRECT?
‘BR IF YES
*ERROR, CRAM PC 1S WRONG

CSESEG

003240

000125
120504
001406

SEQ 0127

CSESEG

104404
004737

100406

K 10
PAGE 128

ESCAPE SEG
TRAP
(SESCAPE
.WORD
100008~
ENDSEG

1ooooo-<406'e>

48:

104410
000002

473 017056 107125
4735

100008:

104405

4710 017000 103000

4728
4729
4730
4731
4732
4733

2%:

104410
000002

104404
004737

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

;SET THE BR& BIT®

:NEXT WORD IS INSTRUCTION,

:START AT ROM PC=6
INEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

‘R4=CRAM PC (LSB 8 BITS)

SEXPECTED DATA
:1S ROM PC CORRECT?
:BR IF YES
*ERROR, CRAM PC IS WRONG

CZDMQBC M8207
CZomaB.P11

0-AUG-80 07:46

017114

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

104401

TRAP

017116

07:47

L 10
PAGE 129

SEQ 0128

CSETST

BADHEAD

sennnnneneeeees

TEST

18 wenennveneennen

;*CRAM TEST OF JUMP(I) ON BR7 SET MICRO-PROCESSOR INSTRUCTION.
;*SET THE BR7 B1T, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL

é;g:E:DPORTA WILL CONTAIN A 37

NNN

senennnvneeveee

BGNTST
T18::

NNNN

D i

OO0O0O

SNNNNNNNNNNNNSN SNNNNNNNNNNNNNNNNNNSN
e
i
MNONLNLNINININLNLININNON
N
oo
VINY
AN PNONONIPONIN) = = =2

013701

D e

3 S~

D o
D

003100

&W’bNNNOO@l‘

MoV

KMCSR,R1

MSTCLR
JSR

PC,MEMSET

BGNSEG
TRAP

JSR
377
CMPB

PC,RAMDAT

TRAP

CSERDF

TRAP

CSESCAPE

TRAP

CSESEG

JSR

PC,SETBR7

JSR
100403

RS, .SROMCLK

BEQ
ERROR

2s:

:
100008

003250
003100

($BSEG

1143771 <400+ 7>

003330

D i

L10064~-.

PC,SETBR7
JSR
SROMCLK
JSR
RS, .SROMCLK
100400
SROMCLK
RS, .SROMCLK
JSR

003100

1%:

003250

wewwnnnenennnnn

;:DON'T DO IF M8200.

CSEXIT

.WORD

MYINT

002516
003474

D i

MACEX2
TRAP

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

TEST

;D0 NOT DO TEST IF M8200

104432
000230

0000000000000 O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0O0

675;
475

TATIC DIAG_#2

RS,R4
$

;RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
:MASTER CLEAR M8200,4,7
SSET MEM AND RAM

;SET THE BR7 BIT'
*NEXT WORD IS INSTRUCTION,
:START AT RCM PC=0
:NEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777

:R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
:1S ROM PC CORRECT?
BR IF YES
*ERROR, CRAM PC IS WRONG

WORD
S
.WORD
EMO
ERRS
"WORD
ESCAPE SEG

.WORD
ENDSEG
BGNSEG
TRAP

SROMCLK

10000%~-.

C$BSEG

:SET THE BR7 BIT®

;NEXT WORD IS INSTRUCTION,
:START AT ROM PC=3

CZDMQBO M8207 STArIC
CZDOMaB.P11
20-AUG~
4808
4809
4810
4811
4812
4813
4816
4815
4816
4817
4818
4819
4820
68%1
48 ;
4823
4824
4825
4826
4827
4828
4829
4830
4831
4832
4833

01?%60
017240
017244
017 43
01725
017254
017256
017260
017264
017266
017270
017272
017274
017%7‘
017276
017300
017300
017300
017302
017302
017304
017310
017310
017314
017316
017316

fnd

4837
4838
4839
4840
4841
4842
484
4BLG

017332
017334
017333
01734
017344
017346
817350
1735;

484
484
4850
4851
4852
485
4854
4855
48
485
4858

17356
17356
017360
017360
017360

i b
632? 017356

4859
4860
4861
)

486

017362

8007s

004537
1034

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

SROMCLK

003100

07:47

JSR

RS, .SROMCLK

3$R

PC,RAMDAT

CMPB
BEQ
ERROR

RS.R4
4%
§

M 10
PAGE 130

100000 <400+7>

003330

TRAP

4%:

10001$:

CSERDF

TRAP

CSESCAPE

TRAP
BGNSEG
TRAP

CSESEG

.WORD
ENDSEG

100018%-.

C$BSEG

JSR
100406

RS, .SROMCLK

003100

JSR

RS, .SROMCLK

003330

PC,RAMDAT
JSR
125
RS .R4
(MPB
BEQ
6%
S
ERROR
CSERDF
TRAP
MWORD
S
LWORD
EMO
ERRS
.WORD
ESCAPE SEG
TRAP
CSESCAPE
10002%-.
.WORD
ENDSEG

SROMCLK
SROMCLK

104125 <400+ 7>

6%:

100028:

ENDTST
L10064:

;JUMP TO ROM PC OF 0
;R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
;1S ROM PC CORRECT?

MWORD
S
.WORD
EMO
ERRS
.WORD
ESCAPE SEG

PC,SETBR?7

003100

sNEXT WORD IS INSTRUCTION,

:BR IF YES
;ERROR, CRAM PC IS WRONG

JSR

003250

TRAP

CSESEG

TRAP

CSETST

BADHEAD

JERRRRRRRRRRRRY

TES

;SET THE BR7 BIT'
;NEXT WORD IS INSTRUCTION,
;START AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

;:JUMP TO ROM PC OF 525
;R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
;ERROR, CRAM PC IS WRONG

19 testnenanntnnnt

s*CRAM TEST OF JUMP ) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
s«SET THE C BIT, PE ORM THE JUMP INSTRUCTION.
CCUR BY CLOCKING THE INSTRUCTION
s*VERIFY THE JUMP D
AT, THIS INSTRUCTION LOADS THE
s*IN THE LOCATION |
BITS OF THE CRAM PC. AT THIS POINT
;*BR WITH THE LOWEST

s*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL

;*THEN PORT4 WILL CONTAIN A 37

SEQ 0129

CZDMQBO M8207 gTA(lC IAG #2
CZbmaB.P11
0-AUG-80 07:46

MACY11 30A(1052)

HARDWARE TESTS

017362

BADHEAD

OO0Oo
— D

sennnnneneneeeee

TRAP

.WORD

MY INT
MOV

002516

003474

1%:

003260
003166

N 10
PAGE 131

TEST

10 sevennnnnneneee

D
D il
D
i e
D i

MSTCLR
JSR

BGNSEG
TRAP

CSEXIT

L10065-.
KMCSR,R1
PC,MEMSET

($BSEG
JSR
PC,SETC
JSR
PC.CLRALL
SROMCLK

:RECORD DEVICE ADDR.
;MASTER CLEAR M8200,4,7
SSET MEM AND RAM

;NEXT WORD IS INSTRUCTION,

003100

JSR
RS, .SROMCLK
100400
SROMCLK
JSR
RS, . SROMCLK

003330

JSR

PC,RAMDAT

:R4=CRAM PC (LSB 8 BITS)

CMPB
BEQ
ERROR

RS,R4
28
5

:1S ROM PC CORRECT?
:BR IF YES
*ERROR, CRAM PC IS WRONG

003100

TRAP
.WORD

28:

D i
~
&~
~

D i i

100008:

003100

003330

:JUMP TO ROM PC OF 1777
SEXPECTED DATA

CSERDF

.WORD
EMO
ERRS
.WORD
ESCAPE SEG
TRAP

CSESCAPE

TRAP
BGNSEG
TRAP

CSESEG

.WORD
ENDSEG

SKIP066

003166

:START AT ROM PC=0
:NEXT WORD IS INSTRUCION,

1143771 <400+2>

23
3
838z
828328
S S35 pPReces
22

~
~

B D B e D ol D D D D D

000000000000
000O 0000000000000 O0O0O0O00O0

D
D D il i
D
D
D
D
D
-

07:47

MACEX2
:DON'T DO IF M8200.
:D0 NOT DO TEST IF M8200

17444

0000000000000

20-AUG-80

10000%-.

C$BSEG

:GOTO 6% IF MB206

JSR
PC,CLRALL
SROMCLK
RS, .SROMCLK
JSR
100403
SROMCLK
RS, .SROMCLK
JSR

;CLEAR ALL CONDITIONS
sNEXT WORD OF INSTRUCTION

:START AT ROM PC=3
sNEXT WORD OF INSTRUCTION

100000 <400+2>

JSR
&
CMPB

PC,RAMDAT

TRAP

(SERDF

BEQ
ERROR

RS .R4
4%
5

MORD

;JUMP TO ROM PC OF 0

;R4=CRAM PC(LSB 8 BITS)
:EXPECTED DATA

;1S ROM PC CORRECT?
:BR IF YES
;ERROR, CRAM PC IS WRONG

SEQ 0130

80874

STATIC
0-AUG-

49
6921
49 ;
49
6926
4925
4926
4927
4928
49
49
4931
4932
4933
4934
4935
4936
4937
4938
4939
4940
4941
4942
4943
4944
4945
4946
4947
4948
4949

01?55%
017552
017554
817554
017556
017560
017560
017560
01756%
017562
017564
017570
017570
017574
017576
017576
017602
017604
017610
017612
017614
017616
017622
017624
017626
017630
017632
017632
0176
017636

005055
006556

4951
4952
4953
4954
4955
4956
4957

017636
017640
017640
017640

104405

(alal

10MABO MB8207
10MaB.P11

4950

017636

MACY11 30A(1052)

HARDWARE TESTS

48:

104410
000002

10001$:

104405

R
.
07:47 PAGE 132

.WORD
EMO
ERRS
.WORD
ESCAPE SEG
3
TRAP

CSESCAPE

TRAP

CSESEG

.WORD
ENDSEG

10001$%~-.

004537
100406

003100

TRAP
C$BSEG
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK

004537
105125
004737
7
120504
001406

003100

SROMCLK
JSR
RS, . SROMCLK

003330

JSR

PC,RAMDAT

(MPB
BEQ

RS,R&
68

104404
004737

104455
000005
005055
006556

104410
000002

104401

003166

:START AT ROM PC=6

1041251 <600+2>

:JUMP TO ROM PC OF 525

‘EXPECTED DATA

TRAP

6%:

:
100028

ENDTST

L10065:

017642

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

100406

ERROR

INEXT WORD IS INSTRUCTION,

:R4=CRAM PC (LSB 8 BITS)
1S ROM PC CORRECT?
‘BR IF YES
*ERROR, CRAM PC IS WKONG

CSERDF

JWORD
.WORD
"WORD

S
EMO
ERRS

.WORD

10002%~-.

TRAP

CSESEG

TRAP

CSETST

ESCAPE SEG
TRAP
CSESCAPE
ENDSEG

BADHEAD

JRennennteeteee

T £S T2 0

220 ])
(AR

1«CRAM TEST OF JUMP (1) ON Z BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
;*CLEAR THE Z BIT PER FORM THE JUMP INSTRUCTION.

4958
4959
4960
4961
4962

J*VERIFY THE JUMP ‘D 10D OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT T1 IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT

s*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
:*THEN PORT4 WILL CONTAIN A 37
BADHEAD

4963

4964

4965
4966
967
4968
4969
4970
971
497
4973
4974
4975

20-AUG-80

017642

seenneneeeeeeee

20 eenevenntnernne

BGNTST

017642
017642
017642
017652
017654
017656

TEST

120::

104432
000244

MACEX2
:DON'T DO IF M8200.
D0 NOT DO TEST IF M8200

TRAP

LJORD

MYINT

CSEXIT

L10066~.

SEQ 0131

CZDMABO M8207
CZbmaB.P11

TATIC DIAG 02

0-AUG-80 07:

~
o
~N~ ~

013701

002516

004737

003474

004737
004737

003312
003166

004537

003100

004537

017720

004737

20-AUG-80

HARDWARE TESTS

1%:

KMCSR,R1

JSR
BGNSEG
TRAP
JSR
JSR
SROMCLK

T
PC,MEMSE

RS, .SROMCLK

003100

JSR

RS, . SROMCLK

003330

1sa

PC,RAMDAT

CMPB
BEQ
ERROR

RS.R4
2%
5

100400
SROMCLK

1143771 <400+3>

2%:

TRAP

004737

003166

004537

003100

CSERDF

TRAP

CSESEG

SKIP06

JSR
100403

RS, .SROMCLK

SROMCLK

JSR

RS, .SROMCLK

004737

003330

PC,RAMDAT

CMPB
BEQ
ERROR

RS,R4
48
5

1ooooo~<406-3>

TRAP

o
o

&
O

(V]

s
-\

WO
AN

[« JV LV IV ]

232 gs §u§25 53

8 — 85
—-O

003100

;JUMP TO ROM PC OF 1777

;R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA

;1S ROM PC CORRECT?
:BR IF YES

;ERROR, CRAM PC IS WRONG

C$BSEG

:GOTO 68 IF M8206

10001$:

;START AT ROM PC=0
sNEXT WORD IS INSTRUCION,

10000%-.

JSR
PC,CLRALL
SROMCLK

48:

; CLEAR CONDITION CODES ;+++ BO
sNEXT WORD IS INSTRUCTION,

CSESCAPE

004537

— -

BRERESYcs

gessseeses
S8

ENDSEG

BGNSEG
TRAP

017754
017756

;RECORD DEVICE _ADDR.
;MASTER CLEAR M8200 N7
;SET MEM AND RAM

WORD
5
.WORD
EMO
ERRS
.WORD
ESCAPE SEG
.WORD

100008:

cn
PAGE 133

($BSEG

PC,SETZ
PC.CLRALL

JSR

TRAP

017766

07:47

MoV

MSTCLR

i
~
~
-

- -

o (=l=lelelelelelele]

017656
017662
017666

MACY11 30A(1052)

CSERDF

.WORD
5
EMO
.WORD
.WORD
ERRS
ESCAPE SEG
TRAP

CSESCAPE

TRAP
BGNSEG
TRAP

CSESEG

.WORD
ENDSEG

10001%-.

C$BSEG

;CLEAR ALL CONDITIONS

sNEXT WORD IS INSTRUCTION,

;START AT ROM P(C=3

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0
:R4=CRAM PC (LSB 8 BITS)
EXPECTED DATA
1S ROM PC CORRECT?
:BR IF YES
;ERROR, CRAM PC IS WRONG

SEQ 0132

CZDMQBO M8207 STAIIC DIAG_#2
CZ0maB.P11
20-AUG-80 07:46

gi
50

004737

003166

004537
100406

003100

004537

003100
003330

5035
036
5037

0050
0 0050
020054
020056
020056

5039
5040

020064
020070

004737
7

5042
5043
5044
5045
5046
5047
5048
5049
5050
5051
5052
5053
5054
5055
3829

020074
020076
020102
020104
020106
020110
020112
020112
020114
020116
020116
020116
020120
020120
020120

001406

3038 020062 105525
5041

5058

020072

MACY11 30A(1052) 20-AUG-B0
HARDWARE TESTS

JSR

1041251 <406+35
JSR
7

6$:

104410
000002

10002§8:

104405

ENDTST
L10066:

104401

PC,CLRALL

SROMCLK
JSR
RS, .SROMCLK
100406
SROHCLK
§ OMCLK

120504

104455
000005
005055
006556

(IR
07:47 PAGE 134

PC,RAMDAT

CMPB

RS,R&4

TRAP

CSESEG

TRAP

CSETST

SEQ 0133

;CLEAR ALL CONDITIONS

;NEXT WORD IS INSTRUCTION,

;START AT ROM PC-6
;NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

;R4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA

;1S ROM PC CORRECT?

BEQ
6%
ERROR
5
TRAP
CSERDF
WORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%-.
ENDSEG

;BR IF YES
;ERROR, CRAM PC IS WRONG

020122

BADHEAD

5061
5062
5063
5064
5065
5066
5067
5068

020122

;*CRAM TEST OF JUMP(1) ON BRO CLEAR MICRO-PROCESSOR INSTRUCTION.
s*CLEAR THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP 0iD OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;«THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37
BADHEAD

5070
5071
5072

020122
020122

5059

5069

5073
5074

sennneneveneeer

BGNTST
T21::

020122

5075 020132

104432

000240

5078

020136

013701

002516

5080
5081
508§
5083

0201
02015
020152
0201564

004737

003474

104404
004737

003166

5079 020142

5084
;085
086
5087

020160
020160
020164
020166

004537
100400

seennnneeneeeee TEST 21

tevvcennenennnn

MACEX2

;:DON'T DO IF M8200.

TRAP

020134

020136

steencncnnnnnnen

;D0 NOT DO TEST IF M8200°

5076

5077

TEST 21

003100

WORD

L10067-.

MoV

KMCSR,R1

JSR
BGNSEG
TRAP

PC,MEMSET

MYINT

MSTCLR

1%:

CSEXIT

($BSEG
JSR
PC,CLRALL
SROMCLK
RS, .SROMCLK
JSR
100400
SROMCLK

;RECORD DEVICE ADDR

sMASTER CLEAR M8200,4,7
sSET MEM AND RAM

;CLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

;START AT ROM PC=0
sNEXT WORD IS INSTRUCION,

RIS,

CZDMQBO MB207 STATIC DIAG_#2
CZDMaB.P 1
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

07:47

5088

ogo1?g

004537

003100

JSR

5090
$091
5092
5093
5094
5095
5096
5097
5098
5099
§100
$101
§102
§103
§104
$105
5106
5107
5108
§109
§110
§111

020174
ogozoo
020202
020204
0 0203
020212
020514
ogo 16
020220
020222
020222
020224
020226
020226
020226
020230
020230
020232

004737
000001
120504
001406

003330

JSR
PC,RAMDAT
1
(MPB
RS,R&
BEQ
2%
ERROR
§
TRAP
CSERDF
MORD
S
.MORD
EMO
.MORD
ERRS
ESCAPE SEG
TRAP
(CSESCAPE
.WORD
100008-.
ENDSEG

020242
020246
020246

004737

003166

004537

003100

TRAP
CSESEG
BGNSEG
TRAP
($BSEG
SKIP06 6%
:GOTO 6% IF MB206
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK

§113
5114

020254
020254

004537

003100

SROMCLK
JSR
RS, .SROMCLK

020262

004737

003330

JSR

PC,RAMDAT

TRAP
BGNSEG
TRAP
JSR

CSESEG

5089 0201

§112

020252

§115 osogeg
5116

§117
5118
§119
5120
§121
§122
§123
§124
§125
§126
§127
5128
5129
5130
5131
513§
5133

5134
§135
5139

513

020266
020270
020272
020274
020300
020302
020304
020306
020310
020310
020312
020314
020314
020314
020316
020316
020320

020324
020324
20330

2033%

116377

104455
000005
005055
006556

100008:

104405
104404

100403

102

000004
120504
001406

104455
000005
005055
006556

100000 <400+4>

10001$:

104405

104404
004737

100403

4$:

104410
000002

003166

004537
100406

003100

RS, .SROMCLK

1143771 <4004>

2¢:

104410
000002

EN
PAGE 135

4
CMP8
RS,R&
BEQ
43
ERROR
5
TRAP
CSERDF
MORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001$-.
ENDSEG

(SBSEG
PC, CLRALL

SROMCLK
RS, .SROMCLK
JSR
100406

SROMCLK

5138

85033

004537

003100

JSR

RS, .SROMCLK

5140

020340

004737

003330

JSR

PC,RAMDAT

C(MPB

RS,R&

5139
§141

0203

020344

1061§S

000007

suigous1mm4
5143

020350

001406

:JUMP TO ROM PC OF 1777

‘R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
:1S ROM PC CORRECT?
:BR IF YES
‘ERROR, CRAM PC IS WRONG

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3

;JUMP TO ROM PC OF 0

‘R4=CRAM PC (LSB 8 BITS)

CEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
:ERROR, CRAM PC IS WRONG

:CLEAR ALL CONDITIONS
*NEXT WORD IS INSTRUCTION,

:START AT ROM PC=6

:NEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525

:EXPECTED DATA

*NEXT WORD IS INSTRUCTION,

104125 ' <400+4>

BEQ

SEQ 0134

‘R&=CRAM PC (LSB 8 BITS)

:1S ROM PC CORRECT?
‘BR IF YES

A NANIITE AT ARARZESEIF VRN ZE o= IG AR

STAIIC DIAG 02
0-AUG-80 07:

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

020352

ERROR

0;0356 1046455

020360
020362
020364
020366
020366
020370
020372
02037
020372
020374
020374
020374

000005
005055
006556

6%:

104410
000002

100028
:

104405

ENDTST
L10067:

104401

020376

TRAP

(SESEG

TRAP

CSETST

PAGE 136

SEQ 0135

;ERROR, CRAM PC IS WRONG

CSERDF

WORD
5
.WORD
EMO
WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%-.
ENDSEG

TEST

tevceccencncene

;*CRAM TEST OF JUMP(I) ON BR1 CLEAR MICRO-PROCESSOR INSTRUCTION.
;*CLEAR THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
;«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT

D i

828R RS8R R R R AR 2B IS I

TRAP

sevnnnceervenee

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

07:47

BADHEAD

D i i

)

D D il

D i

D il

D il il il

A A AT WA AN A VTA WA AN A NN DA N IA VAW

D il i i
i

D il

D i

VA WA WA WA VA A WA VAA WA VAWV A WA WA WA VAWA A WA AAA

— e e o o o

lalal

0 M8207
L1

;*THE JUMP WAS SUCCESSFUL,

020376

sennenveveteeee

BGNTST
122::

020376
020376

020376

104432
000240

020412

013701

002516

020422
020426
020426
020430
020434
020434

004737

003474

104404
004737

003166

020416

020440
02044
20442

004537
100400
004537

TEST

MACEX?2

MYINT
MOV

MSTCLR
18:

KMCSR, R

JSR
PC,MEMSE T
BGNSEG
TRAP
(SBSEG
JSR
PC,CLRALL
SROMCLK

003100

11‘377-<406-5>

0204
820656
0456
g

737
1
120504
001406

JSR
1
C(MPB
BEQ

PC,RAMDAT

104455

TRAP

CSERDF

020470
020472
020474

000005
005055
006556

evevncnccccnnne

:DON'T DO IF MB200.

RS, .SROMCLK
JSR
100400
snonch
RS, . SROMCLK

003100

206;3 16777 003330

:DO NOT DO TEST IF M8200°
TRAP
CSEXIT
.WORD
L10070-.

020406
020410

020412

IF_THE JUMP WAS UNSUCCESSFUL

;:*THEN PORT4 WILL CONTAIN A 37
BADHEAD

ERROR

RS,R&
2%
S

WORD
"WORD
.WORD

S
EMO
ERRS

:RECORD DEVICE ADDR.

:MASTER CLEAR M8200,4,7
“SET MEM AND RAM

:CLEAR ALL CONDITIONS
*NEXT WORD IS INSTRUCTION,

:START AT ROM PC=0
*NEXT WORD IS INSTRUCION,

PC OF 1777
:JUMP TO ROM (LSB
8 BITS)

‘R4=CRAM PC
SEXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES

‘ERROR, CRAM PC IS WRONG

020476
020476
0205
02050
02050

0?
07
08
09
10
11
1§
13
1%
15

020504
020504
020506

17
18
19
20
21
2;
23
24
25
26
57
8
gg

O O L LN LN L O

AWV WAWV AWV AWVAWV AW

00
01
Og
03
04

WA WA WA WAWTA A WA AW

LS LS TSI S TS TN TN TN TS LN LN TS DN L o

05 °§85°

020516
020522
020522

NNV NN NN Lttt

31
li
33
34

39
3
38
39

003100

004537

003100

020536
020542
020544
020546
020550
020554
020556
020560
020562
020564
8564
566
020570
020570
020570
020572
020572
020574

004737
000004
120504
001406

003330

020600
82060‘
020606

004537
100406

003100

004537

003100

004737
000007
120504
001406

003330

020600

3.}
49
S0
51

S;
53
54
§S

020614
osggso
020622
020624
020626
0
0

0
8

&
020646
820666
020646

102400

104455
000005
005055
006556

48:

104410

000002

10001$:

104405
104404
004737

106S§S

003166

104405

TRAP

CSESEG

TRAP
BGNSEG
TRAP
JSR

;CLEAR ALL CONDITIONS

10002%:

:R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
;1S ROM PC CORRECT?
‘BR IF YES
‘ERROR, CRAM PC IS WKONG

CSESEG
(SBSEG
PC,CLRALL

106125 <400+5>

68:

:START AT ROM P(C=3
CNEXT WORD 1S INSTRUCTION,

:JUMP TO ROM PC OF 0

JSR
7
CMP8
BEQ
ERROR
TRAP
.WORD
.

;CLEAR ALL CONDITIONS
NEXT WORD IS INSTRUCTION,

100000 <400+5>

JSR
PC,RAMDAT
4
C(MPB
RS,R&
BEQ
4
ERROR
S
TRAP
(SERDF
.WORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG

JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

005055

104410
000002

6N
PAGE 137

ESCAPE SEG
TRAP
(SESCAPE
.WORD
10000%~-.
ENDSEG

SROMCLK

104455
000005
006556

07:47

BGNSEG
TRAP
($BSEG
SKIP06 6%
:GOTO 68 IF MB206
JSR
PC, CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, .SROMCLK

104404

100403

20-AUG-80

HARDWARE TESTS

10000%:

104405

004537

020526
0205
0205

MACY11 30A(1052)

28:

104410
000002

003166

40 02061
41
4;
43
46
45
69
47

STATIC DIAG #2
0-AUG-80 07:46

004737

16 020534

A A A

AAVAA WA WA VA WA VA WA WA VA WA VAR WA VAR VA VA A WA VA VA WA VA WA WA VAWV WA W AW

lalal

DMQBO M8207
P11

PC,RAMDAT
RS,.R&
6%
S

(SERDF
§

.WORD

EMO

LWORD
ENDSEG

10002%~-.

TRAP

CSESEG

.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE

sNEXT WORD IS INSTRUCTION,
:START AT ROM PC=6
*NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

:R4=CRAM PC (LSB 8 BITS)
:EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
*ERROR, CRAM PC 1S WRONG

SEQ 0136

VAW VNN

~3I~°
P TPy P

AWAWVWAWWN

MB8207 STAMIC DIAG_#2
n
20-AUG-80 07:46
020650
020650
020650

020654

20-AUG-80

HARDWARE TESTS

07:47

H 1

PAGE 138

SEQ 0137

ENDTST

104401

020652

MACY11 30A(1052)

L10070:

TRAP

CSETST

BADHEAD

seeenevnveeeeee

020652

TEST

23 venneneneceneee

;*CRAM TEST OF JUMP(I) ON BR& CLEAR MICRO-PROCESSOR INSTRUCTION.
;*CLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;#THE CRAM PC IS CORRECT

*+THEN PORT4 CONTAINS A $7

BADHEAD

seenneneevevreee

TEST

IF THE CRAM PC IS NOT RIGHT.

eeceennncveceee

—

scsooom

NNNN
NN
=

S
R RS NOOS

BNl
NN

MACY11 30A(1052)

020726

002516

004737

003474

004737

003166

004537

003100

004537

003100

004737

003330

117377

MACEX2

TRAP

013701

100400

07:47

In
PAGE 139

:DO NOT DO TEST IF M8200

104432
000240

104404

20-AUG-80

HARDWARE TESTS

BGNTST
123::

OOoOO0O

j=l=l=1=} [elelelelelelelelelole

STRIXRRIRZE

VI VT AT
VTN WAV N
NN NN NONN NN
NN
NN ~)
SNNNNSN -~
00O
P
VO
~NOW
WN)
=

CZOMQBO MB207 STAIIC DIAG_#2
C(ZbmaB L1
20-AUG-80 07:46

L10071-.

MOV

KMCSR,R1

1$:

MSTCLR
JSR

BGNSES

PC,MEMSET

TRAP

($BSEG

JSR
100400

RS, .SROMCLK

JSR

RS, .SROMCLK

JSR

PC,RAMDAT

JSR
PC,CLRALL
SROMCLK
SROMCLK

;:DON'T DO IF M8200.

CSEXIT

MORD

MYINT

SEQ 0138

1143771 <600+6>

;RECORD DEVICE_ADDR.

:MASTER CLEAR M8200,4,7
SSET MEM AND RAM

I
sCLEAR ALL CON DITIONS
sNEXT WORD IS INSTRUCTION,

P(C=
;START AT ROM PC=0

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 1777
;R4=CRAM PC

(LSB 8 BITS)

CZOMQBO M8207
CZOMaB. P11
S%9‘
§295
5293
§297
4
<
S
5301
ssoi
§303
§304
§305
$306
§307
5308
§309
$310
§311
§312
§313
§314

STATIC DIAG #2
0-AUG=-80 07:46

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

07:47

020732
020734
020736
02074
020744
020746
020750
020752
020754
020754
020756
020760
020760
020760
02076
020762
020764

1
120504
001406

004737

003166

004537

003100

§316
§317

020774
021000
021000
021004
021006
021006

004537

003100

TRAP
CSESEG
BGNSEG
TRAP
(S$BSEG
SKIP06 6%
:GOTO 68 IF MB206
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, . SROMCLK

§319

021014

004737

003330

JSR

§315

§318 021012
§320

021020

104455
000005
005055
006556

2%:

104410
000002

100008:

104405
104404

100403

103000

000004

1
CMPB
RS,R&
BEQ
2%
ERROR
S
TRAP
(SERDF
MORD
§
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
.WORD
100008-.
ENDSEG

100000!<400+6>

J N
PAGE 140

;EXPECTED DATA
:1S ROM PC CORRECT?
‘BR IF YES
‘ERROR, CRAM PC IS WRONG

;CLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,

:START AT ROM PC=3

*NEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0

PC,RAMDAT

:R4=CRAM PC (LSB 8 BITS)
*EXPECTED DATA

SEQ 0139

CZDMQBO M8207 STATIC DIAG_#2
CZDMmaB.P11
20-AUG-80 07:46
5321
5322

021022
021 024

120504
001406

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

CMPB
BEQ

RS.R&
4%

07:47

KN
PAGE 141

;1S ROM PC CORRECT?
:BSR IF YES

SEQ 0140

CZDMQBO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

5323
53264
5325
5326
5327

104455

000005
005055
006556

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

ERROR
TRAP
.WORD
.WORD
.WORD

07:47

5
CSERDF
5
EMO
ERRS

LN
PAGE 142

sERROR, CRAM PC IS WRONG

SEQ 0141

E%g:gBO M8207
B.P11

5328
5329
53
S;g!
S §
533
5334
5335
53
53
5338
5339
5340
5341

0 104%
021042
021044
021046
8 1046
1068
02105
021050
021052
021056
021056
021062
021064
0 10?6

5344
5345
5346
5347
5348
5349
§350
5351
535;
§353
§354
g;gs
6
5357
5358
5359
ggg?

021076
021100
021102
021104
021110
021112
021114
021116
021120
021120
021122
821156
1124
021124
021126
021126
021126

5362

021130

STAIIC DIAG_#2
0-AUG-80 07:46

A H

104410
000002

10001$:

104405
104404
004737

003166

004537
100406

003100

004537

003100

sui 0210 g 1or1§s
§343 021072 004737 003330

536

000007
120504
001406
104455
000005
005055
006556
104410
000002
104405

104401

TRAP
CSESEG
BGNSEG
TRAP
C$BSEG
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

7
CMPB
RS.R4
BEQ
6%
ERROR
5
TRAP
CSERDF
MORD
§
.WORD
EMO
.WORD
ERRS
6%:
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%-.
ENDSEG
10002%:
.
TRAP
CSESEG
ENDTST
L10071:
TRAP
CSETST

:START AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

JEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
:ERROR, CRAM PC IS WRONG

:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
:*THE CRAM PC IS CORRECT, IF THE CRAM PC IS NOT RIGHT.

:«THEN PORT4 CONTAINS A §7

i
s
237$ 0%1130

i MACEX?2

538

sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

:*CRAM TEST OF JUMP(I) ON BR7 CLEAR MICRO-PROCESSOR INSTRUCTION.
s*CLEAR THE BR7 BLIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
:*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWESY 8 BITS OF THE CRAM PC. AT THIS POINT

sevanenvevenene TEST 24 tenvennnnvnenen

374

SEQ 0142

104125!<400+6> ; JUMP TO ROM PC OF 525
JSR
PC,RAMDAT
;R4=CRAM PC (LSB 8 BITS)

BADHEAD

g;s

PAGE 143

ESCAPE SEG
TRAP
CSESCAPE
LMORD
10001%~-.
ENDSEG

021130

537

LIRS

seenenaeeevenee TEST 24 terennnnnnpRnan

5369
5370
§372

07:47

BADHEAD

5364
5365
5366
5367
5368

§371

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS

0 mg 10443
1144
1144

1150

013701

:DON'T DO IF M8200.
:DO NOT DO TEST IF M8200

002516

tRAP

CSEXIT

MYINT
MOV

KMCSR,R1

MSTCLR

4
+sRECORD DSV!CE ADDR.

;MASTER CLEAR M8200,4.7

CZOMQBO MB8207
CZOMaB.P11

STA(IC 36“8 #2
0-AUG-80
07:46

g
§385
£
5
g
5389
§390
§391
ssog

8 1154
021160
0 1168
021162
021166
0 1193
021172
021174
021174

004737

003474

1044
004737

003166

5394
5395
§396
§39
§398
§399
§400
5401
5402
5403
5404
5405
5406
5407
5408
5409
5610

004537
100400

003100

004537

003100

021202
021206
021210
051212
021214
021220
0 1522
021224
021226
021230
021230
021232
021234
021234
021234
021236
021236

004737
000001
120504
001406

003330

41;
541
5614
5615
5416
5417
5418

021250
021254
021254
021260
02126%
021262

004737

00316%

004537
100403

003100

004537

003100

§420
5421

021270
021274

004737
000004

003330

5624
g: S

021302
021
021310
021312
1314

§393

2411

021200 117777

021240

5427

0%1 76
021

1316

1316
021
1
1
1
021324
132¢
1
1
1

1$:

28:

104410
000002

100008:

104405

104404

JSR
PC,RAMDAT
1
CMPB
RS,R&
BEQ
2%
ERROR
S
TRAP
CSERDF
WORD
§
WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
.WORD
10000%-.
ENDSEG
TRAP
BGNSEG
TRAP

‘

000005
005055

006556

4$:

104410
000002

100018

106405

004537

003100

C$BSEG

100000'<400¢7>

104455

:R&=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
;IS ROM PC CORRECT?
BR IF YES
‘ERROR, CRAM PC IS WRONG

sCLEAR ALL CONDITIONS
:NEXT WORD IS INSTRUCTION,
:START AT ROM PC=3
:NEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0

JSR
4

PC,RAMDAT

ERROR
TRAP
JWORD
WORD
WORD

S
CSERDF
S
EMO
ERRS

CMPB
BEQ

:JUMP TO ROM PC OF 1777

CSESEG

:GOTO 68 IF M8206
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100403
SROMCLK
JSR
RS, . SROMCLK

120504
001406

003166

N1
PAGE 144

JSR
PC,MEMSET
:SET MEM AND RAM
BGNSEG
TRAP
(S$BSEG
JSR
PC,CLRALL
;CLEAR ALL CONDITIONS
SROMCLK
*NEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK
100400
;START AT ROM PC=0
SROMCLK
:NEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK

SKIP06

1044
004737

07:47

1143771 <400+ 7>

104455
000005
005055
006556

5419 021266 103400
54 ;
5423

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS

RS.R4
48

::R4=CRAM PC (LCB 8 BITS)
SEXPECTED DATA
;1S ROM PC CORRECT?
BR IF YES

‘ERROR, CRAM PC IS WRONG

ESCAPE SEG

TRAP
.WORD
ENDSEG

CSESCAPE
10001%~-.

TRAP
BGNSEG
TRAP

CSESEG

CSBSEG
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK

<CLEAR ALL CONDITIONS
INEXT WORD IS INSTRUCTION,

SEQ 0143

[elelelelelelelelelelelelelel-1~] -‘al

" g

hir-ihr-pi-Sir-ir-pir

HARDWARE TESTS

07:47

B 12
PAGE 145

100406

003330

JSR

PC,RAMDAT

CMPB
BEQ

RS,R4
3

003100

SROMCLK
JSR
RS .;nonch

ENDTST

021402

L10072:

104401

021404

INEXT WORD IS INSTRUCTION,

SEXPECTED DATA

.WORD

100028
:

:START AT ROM PC=6

:JUMP TO ROM PC OF 525

.WORD

6%:

SEQ 0144

104125'<400+7>

ERROR
TRAP

NNV

20-AUG-80

MACY11 20A(1052)

.WORD

‘R4=CRAM PC (LSB 8 BITS)
:1S ROM PC CORRECT?
‘BR IF YES
*ERROR,

CSERDF

CRAM PC

IS WRONG

EMO

ERRS

ESCAPE SEG
TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

10002%-.

BADHEAD

seennnnnveeerer

TEST

wewanenenneenne

;*MAIN MEMORY PAGE DUAL ADDRESS TEST.
;*IN THIS TEST WE WILL VERIFY THAT PAGES DO
s*NOT DUAL ADDRESS. THIS TEST IS DIFFERENT FROM THE
;*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER

éi;EEIDREALLV DIDN'T CHECK PAGE DUAL ADDRESSING
seeennnnnnveter

BGNTST
129::

021416

050237

K4ONLY

vevnnannneevene

;FOR 4K CPUS ONLY.

;D0 NOT DO TEST IF M8200, OR MB204

104432
000156

013701

TEST

TRAP

000037
021456

L10073-.

MOV

KMCSR,R1

MY INT

002516

MSTCLR

021456

1%:

CSEXIT

.WORD

CLR R2
BIC #37,2%

BIS R2,2$
ROMCLK

JSR

RS, .ROMCLK

JSR
4000

RS, .ROMCLK

004537
010000

003044

004537
004000

003044

010261

000004

MOV R2,4(R1)

004537

003044

JSR

10000
ROMCLK

2%:

ROMCLK

RS, .ROMCLK

;RECORD DEVICE ADDR.

:R2 WILL BE PAGE #
*CLEAR UNUSED BITS

*ADD CURRENT PAGE MARKER.
*SET ADDR D

1CLOCK INSTRUCTION
:0F PAGE X

1CLOCK INSTRUCTION
*THIS LOCATION MODIFIED BY LOST
;FEW INSTRUCTIONS

;PUT PAGE # INTO PART &
;CLOCK PART & INTO MEMORY
;CLOCK INSTRUCTION

SR—

CZDMQBO MB207 STATIC DIAG L[4
CZ0MQB.P11
20-AUG-80 07:46

54
549
5498
gggg

021470
0%1672
021474
021500

122500
005;0%
032702
001754

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

07:47

€12
PAGE 146

122500
INC R%
BIT #20,R2
BEQ 1%

000020

;WHOSE PAGE # IS IN R2
sUPDATE PAGE #
sDONE ALL PAGES?
sNO=DO NEXT ONE

5501
5502

;O0K, ALL LOADS OF ALL PAGES
sCONTAIN THIER PAGE NUMBER, NOW

5503
gggg

sWE'LL GO BACK THROUGH
:THEM CHECKING THEM OUT.

2289

021502

005002

CLR R2

SS08
5509
5510
5511
SS\%
551
5514
5515
5516
$S17
5518
gg;g

021504
021512
021516
021516
021522
021524
021524
021530
021532
021536
021540
021542

042737
050237

000037
021522

004537
004000

003044

004537
041224
116104
110205
120504
00i406

003044

5521
5522
$523
5524
5525
5526

021544
021550
021552
021554
021556

021522

3%:

43:

000004

sR2 STILL HAS PAGE NUMBER

BIC #37,4%
BIS R2,4$%
ROMCLK
JSR
RS, .ROMCLK
4000
ROMCLK
JSR
RS, .ROMCLK
0461224
MOvB &(R1) R4
MOVB R2,RS
CMPB RS5,R4
BEQ 5%
ERROR 13
TRAP
CSERDF
LMWORD
13
.WORD
EMO
.WORD
ERR13

104455
000015
005055
007542

sLOAD PAGE NUMBER
sCLOCK INSTRUCTION
sMOVE MEM TO PART &
sCLOCK INSTRUCTION

:"'FOUND"'
"EXPECTED"’
;ADDRESS PROBLEM?
-

sMEMORY.

5527

:MAR BITS 8 THROUGH 12 ARE REPRESENTED

gg%g

5530
5531
5532
5533

5534
5535
5536
5537
5538
5539

5540
5541
5542
5543

;PAGE ADDRESSING ERROR IN MAIN

:BY R2 ("EXP'ED')BITS 0=4)
021560
021560
021562
021564

021566
021572

021574
021574
021574
021576

5544

104410
000012
005202

032702
001744

104401

5%:

000020

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10073-.
INC R2

;sUPDATE PAGE ADDRESS
sALL DONE?
sNO-CHECK NEXT PAGE.
JYES=EXIT.

BIT #20,R2
BEQ 3%
ENDTST
L10073:

TRAP
BADHEAD

CSETST

seeeeneneceeneeee

TEST 26 trrrrnantnnrane

gg:z

s*JUMP FIELD,PAGE TEST

5547
5548
5549
5550

:*IN THIS TEST WILL MAKE SURE A JUMP FIELD INSTRUCTION
;*WORKS. TO DO THIS, WE'LL PUT THE DESIRED PAGE,FIELD
:*INORMATION IN IBUS*<13> THEN ISSUE A JUMP FIELD
s*THEN WE'LL READ PC REG. AND VERIFY.

5551

021576

BADHEAD

SEQ 0145

CIZ0MQBO MB207 STAIIC DIAG_#2

CZDMaB.P11

20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

gggg

sernenneeeeeenr

5554
5555
$556
5557
5558
5559
5560
5561
gggg

021576
021576
021576
021606
021610
021612
021612
021616

104432
000132

gggg

021622

005002

5566

021624

042737

000017

5569
5570
SS71

021636
021636
021642

004537
000400

003044

5573
5574
5575
5576
gg;g

021644
021650
021652
021652
021656

004537
061233

003044

004537
100000

003100

5579
SS80
5581
5582
5583
5584
5585
5586
SS87
5588

021660
021666
021666
021672
021674
021700
021704
021706
021710

142761

000002

004537
121264
116104
042704
120402
001407
010205

003044

021716
021720
021722
021724

104455
16
005055
007664

ggg‘ 021632

5572

5589

§590
5591
5592
5593
5594

021644

021712

BGNTST
126::

013701

050237

5595
5596
5597
5598
5599

021726
021726
021730

104410
000012

5602
5603
gggg

021732
021734
021740

005202
032702
001731

5606

021742

3601
5607

07:47

021742

002516

021642

TEST

SEQ 0146

26 vevnevncennenee

K4ONLY
sFOR 4K CPUS ONLY
:D0O NOT DO TEST IF M8200, OR M8204
TRAP
CSEXIT
LWORD
L10074~-.
MY INT

MOV
MSTCLR

021642

D 12
PAGE 147

KMCSR,R1

JRECORD DEVICE ADDR.

CLR R2

:R2 TO CONTAIN FIELD #

18%:

BIC #17,2%

sCLEAR ANY JUNK

2%:

ROMCLK
JSR
000400

;CLOCK FIELD BITS INTO BREG.
sCLOCK INSTRUCTION
sCONTAINS FIELD,PAGE BITS

BIS RZ.éS

RS, .ROMCLK

ROMCLK

JSR
RS, .ROMCLK
061233
SROMCLK
JSR
RS, .SROMCLK
100000

000001

BICB #BIT1,1(R1)
ROMCLK
JSR
RS, .ROMCLK
121264
MOVB 4(R1) R4
BIC
#°C<17>,R4
CMPB R4 ,R2
BEQ 3%
MOV
R2.RS

000004
177760

ERROR 14
TRAP
WORD
.WORD
.WORD

3%:

CSERDF
14
EMO
ERR14

ESCAPE TST
TRAP
CSESCAPE
LWORD
L10074-.

INC R2
BIT #20,R2
1%
BEQ

000020
ENDTST

L10074:

sSET FIELD # INTO INSTR.

:XFERR BREG INTO IBUS*<13>
sCLOCK INSTRUCTION

sGET INSTRUCTION CLOCKED.

;BAS FORM FOR JUM FIELD INSTR.
;CLEAR ROM]
sCLOCK NEXT INSTR.
;CLOCK INSTRUCTION
sMOVE [BUS*TO PORT &
JGET IT.

JFIELD OK?
;1F OK GO AHEAD

sCHANGE FIELD INSTRUCTION

;eee BO

sFAILED. FOR FIELD,PAGE INDICATES
;BY "'EXPECTED'' BITS 0,1,2.3 OF
JEXPECTED REPRESENT FIELD BITS.

;UPDATE TO NEXT FIELD
sDONE ALL FIELDS?

CZOMQBO M8207
(Z0maB.P11

5608

021742

TACIC DIAG_#2

0-AUG-80 07:46

MACY11 30A(1052)

20-AUG=-80

HARDWARE TESTS

104401

TRAP

021744

§-+ iTR
o

E 12
07:47 PAGE 148

SEQ 0147

CSETST

BADHEAD

seennneneeeeeee

TEST

27 weneccevcecnnee

"JUHP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
'lN THIS TEST, WE WILL CHECK THE ABILITY OF THE
:*MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
:*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.

:*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
PROCEDURE:
'OTHER TEST,

:
.'
:*
:*
A

1.
2.
3.
&.
S.

TO CALZULATE NEW ADDRESS:

. %

:*
:®
:®

START ADDR O, FIELD O
**CALCULATE NEU ADDRS, FIELD VIA INC,
CAUSE JUMP (BRANCH) TO NEW ADDRESS

READ PC FROM IBUS*12 AND IBUS*13
REPEAT STEP 2-4 256.TIMES

1. INC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7
2. INC LOW BYTE OF NADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3. WHEN 0-3 OVERFLOWS,
RESTARTS AT

NET RESULT

ZERO.

IS JUMPS FROM:

FIELD,PAGE
0
1

:®
;e
it

%10

i
i

7
1

377

: 10

LOC
0
;

021744
021744
021744
021744
021744
021750

BADHEAD

JRRRRRNRARERRREY

127::

013701

MYINT

K&ONLY

seeraranantnnnn

KMCSR,R1

sRECORD DEVICE ADDR.

s 4K CPUS ONLY.

;D0 NOT DO TEST IF H8200 OR M8204

TRAP

104432

021760
021762
021764

000336

021770

012737

000000

021776

012702

000000

012737

BGNTST

MOV

002516

TEST

L10075~-.

MOV

#0, FLAG

MOV

20, R2

MOV

#0, FADR

MSTCLR

000000

002406

002412

CSEXIT

.WORD

;LOOP HERE

:FLAG TO REPRESENT
;F1ELD ,PAGE
;70 VARIE STARTING PAGE,FIELD,
;CHANGE #0 PORTION OF INSTR.
:R2 TO CONTAIN JUMPED
;7O CHANGE STARTING IMM ADDR.

:VARIE #0 PORTIONS OF INSTR.

:ADDRESS

CZDMABO MB207 STATIC DIAG_#2
(ZDMaB.P11
20-AUG-80 07:46
000017

MACY11 30A(1052)

HARDWARE TESTS

003044

MOV FLAG,RO

#c<i?>,R0

0075777 s

022064

R2,38

ROMCLK

2%:

003044

003100

07:47

BIC m7.,2%

022050

002406
177760

022050
077777
022064

20-AUG-80

POSITION IN INSTR,

;NOW FOR IMMED. BR INSTR.
;NOW ADD IMMEDIATE ADDR

;CLOCK INSTRUCTION
;MOVE PAGE,FIELD # TO BREG.

JSR
61233

RS, .ROMCLK

;CLOCK INSTRUCTION
BREG TO PC HIGH REG.
s MOV

JSR

RS, . SROMCLK

ROMCLK

100000

JSR
121265

RS, .ROMCLK

JSR
121244

RS, .ROMCLK

ROMCLK

003044

;CLEAR JUNK FROM FIEL 0
;PORTION OF CHANGE F1I ELD INSTR
: INORDER TO INC, DEC FIELD,PAGE

RS, .ROMCLK

ROMCLK

003044

SEQ 0148

JSR
000400

SROMCLK

3%:

F 12
PAGE 149

;NOW CLOCK IT IN BY JMP FIELD INSTR.
;READ PC REG HMI

;CLOCK INSTRUCTION
;READ PC REG LOW
;CLOCK INSTRUCTION

022102
022106

000004

MOV 4(R1),Ré

;READ PC REG (NOW IN SEL &)

022112

022050

MOV 2%,R5

170377

BIC #170377,RS
BIS R2,.RS
SKIP06 5%

;NOW FROM ADDR WE WANTED TO
:JUMP TO

BIC

170000

SWAB R

022126
022136
022140

#170000,R4

;GOTO 5% [F MB206

5%:

INCB

sCLEAR JUNK

;ADD IMMED ADDR

:UPDATE ADDR. EXPECTED SENCE THE READ

:0F THE IBUS <13> INC THE PC.
CMP RS,R4
BEQ 4%
ERROR 15

022140
022142
022144
022150
022152
022154
022156

sSTRIP FOR ONLY PAGE,FIELD BITS.

TRAP

.WORD
.WORD
.WORD

CSERDF

15
EMO
ERR15

:JUMP GO OK?
;YEA, CONTINUES
sFAILED TO JUMP PROPERLY.

;"'FROM ADDR'' REPRESENTS
:THE ADDRESS WE STARTED AT
:"'T0 ADDR'* REPRESENTS WHERE

Uf EXPECTED TO JUMP TO,
:"BAD ADDR'* REPRESENTS WHERE
:WE WENT TO.

.REM %

207 STATIC DIAG_#2
L1
20-AUG-80 07:46

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS

07:47

6 12
PAGE 150

ELD
ITs

SEQ 0149

! PAGE
' BITS

*IMMED. ADDR
:

!
:

sTHIS IS _A PICTURE OF THE P.C. REG.
BITS 0-7 ARE IN IBUS*<12>
BITS 8-11 ARE IN [BUS*<13>

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS

ARE IN BIT POSITION 0,1 OF THE INSTRUCTION AT 2%.

38 WAS THE

JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.

WAS IN 0-7 OF THE JUMP INSTR.
THE PAGE BITS,
PC REG BITS 8,9, WERE IN BITS 11,12 OF THE INSTR.
JUMP INSTRUCTIONS HAVE BEEN CHECKED OUT
BEFORE, SO THE I[MPORTANT THING TO REMEMBER TO
WATCH IS THE ‘‘FROM ADDR'',''TO ADDR'’
1

022160
022160

022162
022164
022170

000136
010437
005237

022176

001304

022174

48:

104410

105202

002412
002406

ESCAPE TST
TRAP
CSESCAPE

.MORD
L10075-.
MOV R&,FADR
INC FLAG

:UPDATE PAGE,FIELD

BNE 1§

*LOOP IF NOT DONE.

INCB R2

CUPDATE JMMED. ADDR

S«CHECK MERE TO SEE IF MASTER CLEAR CLEARS P.C. REG
;.

022200
022210
022214
022216

005737
001041
005737

002470

022224 052711

040000

022222
22230
022234

001036
105761
042711

002472

000001
040000

SKIP06

408

ST
BNE
TSt

RUNB
408
RUNINM

BIS

#40000, (R1)

:GOTO 408 IF MB206

BNE

1ST8
BIC

40%

1(R1)
#40000, (R1)

:SET MASTER CLEAR

:TO RUN THIS SECTION OF CODE YOU MUST TURN SW7 OF SWITCH PACK #E28
SOFF SO THAT MB207 NOT SELFSTARTING.

022240
022240
02224k

004537
121265

003044

004537

003044

022246
46

2052

022254

121244

022254 004537 003044
022260

121265

ROMCLK
JSR
121265

RS, .ROMCLK

JSR

RS, .ROMCLK

ROMCLK
121244

ROMCLK

JSR

121265

RS, .ROMCLK

:WE MUST FIRST CLOCK
:CLOCK INSTRUCTION
STHE PC LATCH REGS

:BEFORE WE CAN READ THEM
:CLOCK INSTRUCTION

;REG PC REG HI,

PUT [N PORTS

SCLOCK INSTRUCTION

CZOMQBO MB207 STATIC DIAG_#2
(ZbmaB.P11
20-AUG-80 07:46

5779
577
5778
5779
$780

MACY11 30A(1052)

20-AUG-80

07:47

HARDWARE TESTS
ROMCLK

003044

JSR

121244

(LR

000004
170003

MOV

BIC
BEQ

H 12
PAGE 151

:REG PC REG LOW,

RS, .ROMCLK

SEQ 0150

PUT IN PORT4

SCLOCK INSTRUCTION

;EXPECT ZERO
;READ PC REG FROM PORT 485

4(R 1 ) R4

”nv 0003,
R4
40%

:IF CLEARED, EXIT
INOTE WE ALSO CLEARED BIT 1 OF THE
‘PC REG, BECAUSE AFTER THE MASTER
*CLEAR, WE DID TWO INSTRUCTIONS TO

(=]=l=] OJ‘NO?

ERROR

45 -

.WORD
.WORD

45
EMO

TRAP

.WORD

sMASTER C(LEAR FAILED TO CLEAR

CSE

ERR 45

:PC REG

40$%:
ENDTST

TRAP
CSE TST
BADHEAD

IeRRRRREREY tteer

TEST

wevnvwnnntnnnnn

s*JUMP TEST . JUMP ALWAYS, JUMP CHANGE FIELD
T

e
e+

N - —4

SRR

VSN

SRR

s*IN THIS T EST, WE WILL CHECK THE ABILITY OF THE
s*MICRO PRO CESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
;*TO LOCATI ONS, FIELDS FROM OTHER LOCATIONS FIELDS.
s*WE ALREAD Y KNOW THAT THE BRANCH INSTR WORKS FROM
PROCEDURE:
;*OTHER TES T.
:*
1. START ADDR O, FIELD O
*+CALCULATE NEW ADDRS, FIELD VIA DEC,

104401

L10075:

‘READ 1T, THUS CAUSING THE PC REG
170 GET BUMPED.

CAUSE JUMP (BRANCH) TO NEW ADDRESS
READ PC FROM IBUS*12 AND I1BUS*13
REPEAT STEP 2-4 256.TIMES
CALCULATE NEW ADDRESS:

DEC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7
DEC LOW BYTE OF NADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3. WHEN 0-3 OVERFLOWS,
RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE

0
17

LOC

0
377

——
e o

——

CZDMABO M8207 STATIC DIAG_#2
CZ0MaB.P11
20-AUG-80 07:46
5825
5826
5827
5828
5829
5830
Sgg%

S
S833
5834
5835
5836

S837
5838
S839
5840
3325

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS
i
o
i
it
i
BADHEAD

022322
022322
022322
022322
022322
022326

022336

07:47

013701

002516

104432

SEQ 0151

16
15
: 70
00

srevnnnneneeeteee

T28::

112
PAGE 152

TEST

376
375
:
000

28 neneenennnnnnnn

BGNTST
MYINT
MOV
K4ONLY
:DO NOT
TRAP
.WORD
MSTCLR

KMCSR,R1

sRECORD DEVICE ADDR.
;4K CPUS ONLY.
DO TEST IF M8200, OR M8204
CSEXIT
L10076~-.

022340
022342

000216

5843
5844
5845
5846
5847
5848
5849
S850
5851
585
S853
5854
5855

022346

012737

000000

022354

012702

000000

022360

012737

000000

002412

0%%366
022366

042737

000017

022426

022374

013700

002406

MOV FLAG,RO

sCLEAR JUNK FROM FIELD
:PORTION OF CHANGE FIELD INSTR
s INORDER TO INC, DEC FIELD,PAGE

5857

022404

050037

022426

BIS RO,2%

sNOW POSITION IN INSTR.

ggzg

022416

050237

022442

BIS R2,3%

:NOW ADD IMMEDIATE ADDR

5861
586
5863
5864

022422
022422

004537
000400

003044

004537
061233

003044

022442

004537
100000

003100

873
874
875
5876

022444
022444
022450
02245

004537
121265

003044

02245
022456

004537
121244

003044

5880

022460

016104

000004

5856 022400 042700

002406

1%:

177760

5865

069

586

5869
S870
53;1

S877
gg;s

022426

022430

022430
022434
022436
022436

MOV

#0, FLAG

MOV

#0, R2

MOV

#0, FADR

;LOOP HERE

BIC #17,2%

BIC #%C<i7>,R0

S858 022410 042737 077777 022442

BIC 00’7777.3‘

2%:

3%:

ROMCLK
JSR

sFLAG TO REPRESENT
sFI1ELD,PAGE
:TO VARIE STARTING PAGE,FIELD,
;CHANGE #0 PORTION OF INSTR.
sR2 TO CONTAIN JUMPED
:TO CHANGE STARTING IMM ADDR.,
sVARIE #0 PORTIONS OF INSTR.
+ADDRESS

sNOW FOR IMMED. BR INSTR.

RS, .ROMCLK

;CLOCK INSTRUCTION
sMOVE PAGE,FIELD # TO BREG.

JSR
RS, .ROMCLK
61233
SROMCLK
JSR
RS, .SROMCLK
100000

sCLOCK INSTRUCTION
s MOV
BREG TO PC HIGH REG.

ROMCLK
JSR
121265
ROMCLK

RS, .ROMCLK

sREAD PC REG HI!
sCLOCK INSTRUCTION

RS, .ROMCLK

sREAD PC REG LOW
sCLOCK INSTRUCTION

000400

ROMCLK

JSR
121244

MOV 4(R1),R&

:NOW CLOCK IT IN BY JMP FIELD INSTR.

;READ PC REG (NOW IN SEL &)

_———

CZDMABO M8207 STATIC DIAG 02
CZ0MaB.P11
20-AUG~80 07:4

388

022464

20-AUG-80

HARDWARE TESTS

07:47

042704

170000

BIC

013705
000305

022426

MOV 2%.RS
SWAB R
BIC #170377,RS
BIS R2.RS
SKIP06 S%
:GOTO 5% IF MB206
INCB
RS

170377

5$:

020504
001406

J 12
PAGE 153

#170000,R4

104455

SEQ 0152

:STRIP FOR ONLY PAGE,FIELD BITS.
:NOW FROM ADDR WE WANTED TO
:JUMP TO
:CLEAR JUNK
:ADD IMMED ADDR

:UPDATE ADDR. EXPECTED SENCE THE READ
:OF THE IBUS <13> INC THE PC.

CMP RS,R4
BEQ 4$
ERROR 15
TRAP

000017
005055
010006

.WORD
.WORD
.WORD

;JUMP GO 0K?
:YEA, CONTINUES
sFAILED TO JUMP PROPERLY.

CSERDF

15
EMO

ERR1S

;''FROM ADDR'' REPRESENTS

:THE ADDRESS WE STARTED AT

:"'TO_ADDR'' REPRESENTS WHERE
;WE EXPECTED TO JUMP TO,

:"'BAD ADDR'' REPRESENTS WHERE
;WE WENT TO.
.REM X

'UNUSED !

;THIS

IS _A PICTURE OF

! PAGE
! BITS

FIELD
BITS
THE P.C.

"BITS 0-7 ARE IN IBUS*<12>
BITS 8-11 ARE IN [BUS*<13>

987

' IMMED. ADDR
:

REG.

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS

ARE IN BIT POSITION 0,1 OF THE INSTRUCTION AT 28.
38 WAS THE JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.
WAS IN 0-7 OF THE JUMP INSTR.
THE PAGE BITS,
PC REG BITS 8,9, WERE IN BITS 11,12 OF THE INSTR.
JUMP INSTRUCTIONS WAVE BEEN CHECKED OUT
BEFORE, SO THE IMPORTANT THING TO REMEMBER TO
WATCH [S THE "FROM ADDR',"'TO ADDR'’

PNS

5881

MACY11 30A(1052)

ESCAPE TST
TRAP

.WORD

CSESCAPE

L10076~.

MOV R4 ,FADR

DEC FLAG
DECB R2
BNE 1%

sUPDATE PAGE,FIELD
;UPDATE JMMED. ADDR
;LOOP IF NOT DONE.

!
:

CZDMQBO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

07:47

K 12
PAGE 154

SEQ 0153

5937

5938
5939
5940
$941
5942
gglzz

022556
022556
022556
022560

ENDTST
L10076:

104401

TRAP
CSETST
BADHEAD

sennnenneeneevnt

TEST 20 nenennenennenne

5945
5946

;% IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
:* [BUS*<13>. WE ALLREADY KNOW THAT THE Z BIT WORKS PROPERLY,

gg:;

:* ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.
:t

5949

022560

5952
5953
5954

022560
022560
022560

§956
5957
5958
5959
5960
5961

022570
022572
022574
022600
022600
022604

013701
004737

002516
003166

5963
§964
965

022610
855 164
16

004537
121264
116104

003044

5967
5968
5969
5970
5971
5972
5973
gg;g

022626
022632
022634
022636
022642
022644
022646
022650

012705
120405
001410

5976
5977
5978
5979

022652
022652
ogzssa
8 2656

ggg?

5955

5962

5980
5981
sggi

022610

BADHEAD

sevnenneeveeree

129::

JSR
121264
MOVB

RS, .ROMCLK

4(R1),R&

;READ IT FROM PORT &

#0,RS
R4 RS
1%
16
CSERDF
16
EMO
ERR16

sEXPECT IT CLEAR
:0K?

104455
000020
005055
010134

MOV
(MPB
BEQ
ERROR
TRAP
WORD
.WORD
.WORD

104410
000116
004737

ESCAPE TST
TRAP
CSESCAPE
LWORD
L10077-.
JSR
PC,SETZ

004537
121264

3990
991

5992

001410

022714
022716

104455
000020

022720

:M8206 EM8207 ONLY'

CSEXIT
L10077-.

005055

ROMCLK

000004

177477

BIC

000000

003312

003044

5985 0 ”n 045704 177477
5909 022700 012705 000200
goo
706 120405
Og.

K4ONLY

TRAP
LWORD
MSTCLR
MYINT
MOV
JSR

gOlA 022670 016104 000004
5989

BGNTST

;DO NOT DO TEST IF M8200, OR M8204

104432
000200

022622 0427064

022662
055662
022666

TEST 20 vevvnennnenneee

18:

KMCSR,R1
PC,CLRALL

177677 ,R4

ROMCLK
JSR
121264

RS, .ROMCLK

BIC
MOV
CMPB

#4<300>,R4
#200,RS
R4,RS

MOV

4&(R1) R4

BEQ

ERROR

TRAP
.WORD

.WORD

CSERDF
16

EMO

;RECORD DEVICE ADDR.
:CLR CONDITION CODES.

:NOW READ IBUS*<15>PUT IN PORT &

;CLOCK INSTRUCTION

:STRIP ANY JUNK,CRZ BITS 6,7
;FAILURE OF 28C TO BE CLEAR.

;SET 2 BIT.
:NOW GO BACK AND CHECK 2 BIT SET.
;CLOCK INSTRUCTION

:GET INFO.

:STRIP FOR C&Z BITS.
sEXPECT ONLY Z BIT SET.
SSET 0K?
:2 BIT FAILED TO SET PROPERLY.

CZDMQBO M8207 STA(IC DIAG 02
CZDMEB.P11
20-AUG-80 07:
gggz

022722

5995
5996

0 %
022724

§997
5998
5999
6000
6001
6002

022726
0227
0 732
0227
022740
022742

010134
104410
000044
004737

004537
121264
016104

6003 022746 042704

S OO®NO
VS WN=O

geeessesssss

6004
6005
6006
6007
6008
6009

022752
02275¢
022756
022762
022764
022766
ozzrro
022772
022772
022772
022772

6030
6031
603§
603
6034
6035

023004
023006
853010
3014
023014
soso

177477

104455
000020
005055
010134

TST
CSESCAPE
L10077-.
PC,CLRALL

LWORD
JSR
ROMCLK
JSR
121264
MOV

BIC

38:

L10077:

104401

BEQ
CLR
ERROR
TRAP
MORD
.WORD
.WORD

RS, .ROMCLK

4(R1) R4

#*C<300>,R4
3%
RS
16
CSERDF
16
EMO
ERR16

;NOW TRY TO CLEAR Z BIT.
;CLOCK INSTRUCTION

:STRIP FOR (82 BITS

:1F ZERO,WE'RE OK
‘ELSE REPORT ERROR
:1 BIT FAILED TO CLEAR PROPERLY.

ENDTST
TRAP

sFINDFAST

CSETST
TEST

30 eevencennnnnenne

3024
ga

BADHEAD

ennnneeeeeeeee TEST 30 vrnnnnannnnnnne

130::

TRAP
.WORD
nStCLR
MY INT
MOV
JSR

002516
003166

$37
121264
1 618:

003044
000004

121264
MOVB

12705

000000

MOV

606§

as 05

1410

023064

K4ONL Y

013701
004737

8‘ 706

BGNTST

104455
gg
S0
010134

:M8206 EM8207 ONLY'

:DO NOT DO TEST IF M8200, OR M8204

104432
000200

23:0

604
6044
6045
60"
604
6048

000004

ESCAPE
TRAP

SEQ 0154

i« IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM
;* IBUS*<13>, WE ALLREADY KNOW THAT THE C BIT WORKS PROPERLY,
:# ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.

022774
022774
022774

6038
6039

003044

ERR16

L 12
PAGE 155

6025
6026
6027
6028

60
603

2%:

.MORD

sennnnnneneeeet

022774

6029

001407
005005

003166

07:47

BADHEAD

6022
6023
6024

MACY11 30A(1052) 20-AUG-80
HARDWARE TESTS

177477

ROMCLK
JSR

BIC

CMPB

BEQ
ERROR
TRAP
LWORD
.WORD
LWORD

CSEXIT
L10100-.

KMCSR,R1
PC,CLRALL

RS, .ROMCLK

;RECORD DEVICE ADDR.
:CLR CONDITION CODES.

‘NOW READ IBUS*<13>PUT IN PORT 4
:CLOCK INSTRUCTION

&4(R1),Ré4

:READ IT FROM PORT
&

#0,RS

SEXPECT IT CLEAR

M77697 .84

RA.IS

1$
16
CSERDF
16
EMO
ERR16

SSTRIP ANY JUNK,CRZ BITS 6,7

:OK?

;FAILURE OF 28C TO BE CLEAR.

CZDMQBO M8207
CZOmaB.P11

b e

ROR28

i
eit
b
R3S

(=l=l=l=]

A =

oro0

003260

004537
121264
016104

003044

12705

84%704

120405

1$:

;SET C BIT.
:NOW GO BACK AND CHECK C BIT SET.

;GET INFO.

000100

MOV

#100,RS

SEXPECT ONLY C BIT SET.

BIC

CMPB

BEQ
ERROR
TRAP
MORD
.MORD
.MORD
ESCAPE
TRAP

004537

003044

016104

000004

28:

177477

L10100:

104401

;CLOCK INSTRUCTION

#+C<300>,R4

:STRIP FOR C8Z BITS.

R4 ,RS

(SET 0K?

28
16
CSERDF
16
EMO
ERR16

:C BIT FAILED TO SET PROPERLY.

TST
CSESCAPE

L10100-.
PC,CLRALL

JSR

RS, .ROMCLK

MOV

4(R1),R4

BEQ
CLR
ERROR
TRAP
MORD
.WORD
.MORD

3s
RS
16
CSERDF
16
EMO
ERR16

BIC

RS, .ROMCLK

.WORD
%Efich

121264

104455
000020
005055
010134

ESCAPE TST
TRAP
CSESCAPE
.MORD
L10100-.
JSR
PC,SETC
ROMCLK

SEQ 0155

4(R1) R4

177477

003166

1407
005005

M 12
PAGE 156

000004

104410
000044
004737

832784

07:47

JSR
121264
MOV

010134

121264

20-AUG-80

HARDWARE TESTS

104455
000020
005055

SRR
B D SRR L

6061

104410
88211g
737

MACY11 30A(1052)

001410

OO00O0O

6058
6059

0-AUG-80 07:46

037

[elelelelelelelelell=l=l=l=-1=1~]

6049
6050
6051
605§
605
6054
2855

TA(IC DIAG_#2

:NOW TRY TO CLEAR C BIT.
;CLOCK INSTRUCTION

#4C<300>,R4

:STRIP FOR C8Z BITS

:1F ZERO,WE'RE OK
:ELSE REPORT ERROR
:C BIT FAILED TO CLEAR PROPERLY.

ENDTST

]

TRAP
CSETST
BADHEAD

JeRNRRRRRRRRORY

TEST

(2222222222222

;#TEST OF PROGRAM CLOCK BIT

:#DO A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET

S«WRITE PROGRAM CLOCK BIT TO A ONE, VERIFY THAT IT CLEARS,
:«AND THEN SETS SOME TIME LATER

BADHEAD

sevesnneeenetet

BGNTST
131::

013701

002516

$037
5037
12761

002440
002444
20

MYINT

MOV

KMCSR,R1

CLR
CLR
MOV

TEMP
$TMPO
#20,4(R1)

MSTCLR
000004

1$:

TEST

eennnnnennnnnne

:RECORD DEVICE ADDR.

;MASTER CLEAR M8200,4,7
:PREPARE FOR
:DELAY
:LOAD PORT &

0-AUG-80

MACY11 30A(1052)

023236

152761

ooo;

00001

BISB

#BIT1,1(R1)

;SET ROMI

012761

121224

000006

MOV

#121224,6(R1)

:LOAD NEXT INSTRUCTION

4(R1),Ré

:PUT "FOUND'’ IN Ré

121111
0O oogs

09 023266
10
76

152761
142761

003 000001
030001 000001

005037

002452

i
i
i
S
D o
i
D e
D
o
e
D e
e
e
o
b

016104

1
1%
15

gt
023 18
0 33;

123704
001406
013702

17
18
19
20
21

ogssza
0 33;3
023330
023332
023334

104455
oooosg
00554
000000

23
24

023334
ogss«o

004537
121224

16 023324

023334

023342

85;273

0
023402
023404
023406
023410
023412

023420

6144

122761

023350 001420
023352 005237
023356 005537
023365 022737
023370
001361
023372 012702

023412

013704

122737

001013

023430
023436

042737
001004

6149
6150
§1
si
5
84

023440
0 ;:eg
023442
8 3446
3446

104455
000144
005410

s,
5
sg
1
60

023450

il
il
D
s
s
il
-

MOV
BISB

BISB
BICB

000004

MOV

CLR

002452

(MPB
BEQ
MOV

002452

ERROF

2s:

003044

000020

000004

002440
002444
000006

002444

38:

002414

104401

SEQ 0156

#BIT1'BIT0,1(R1):READ CLOCK BIT
#BIT'BITO,{(R1);CLEAR MAINT BITS
$GODAT

SGDDAT,R4
28
$GODAT,R2

SPUT “EXPECTED'' IN SGDDAT

;1S PGM CLOCK CLEAR?

50,EMBS0

:ERROR, PGM CLOCK IS NOT CLEAR

CSERDF
S0
EMBSO
O

RS, .ROMCLK

#20,4(R1)

MOV

$THPO, R4

3s
TEMP
$TMPO
#6,$THPO
2%
#6,R2

JNEXT WORD IS INSTRUCTION,
1CLOCK INSTRUCTION
*PORT4 LU11

1S PGM CLOCK SET?
BR IF YES
: INCREMENT DELAY
: INCREMENT DELAY
:1S DELAY DONE
:BR IF NO

ERRDF
TRAP
JWORD
"WORD
WORD

51,EMBS1
CSERDF
§1
EMBS1
O

CMPB

#7.WTYPE

: ONLY DO NEXT TEST IF M8207

131

$TMPO

: IF ANY LARGE COUNT, WE'RE OK

BIC
BNE

#7.TEMP
48

: CLEAR OUT ANY SMALL COUNT
* IF LARGE COUNT LEFT OVER, WE'RE OK.

ERRDF
TRAP
.WORD
-WORD
-WORD

100,EMB1
CSERDF
100
sn|1

: ERROR

TRAP

CSETST

BNE

ENDTST
L10101:

PAGE 157

#1121111,6(R1)
:SEL6 _ INSTRUCTION
#BIT1!BiT0,1(R1):SET cCOCK BIT

CMPB

BNE

002440

07:47

;ERROR PGM CLOCK NOT SET

: EXIT IF NOT.
: THEN EXIT

: TIME T1000 SHORT FOR CLOCK. MUST BE
* DEFECTIVE CAPACITOR IN TIMEING CIRCUIT.

28
50

000007

ROMCLK

BEQ
INC
ADC
CMP
BNE
MOV

000006

000007

TRAP
.WORD
.WORD
WORD

JSR
121224

023422 005737 002444
001010

000006
00001

104455
000063
005577
000000

023426

HARDWARE TESTS

09 023244 012761
07 0 23 152761

oooocorO0rOrOrOrOFOFOFOMOMOFOCOFOMOMONOM

(alnl

STArIC gskG L[4

07:46

20-AUG-80

N 12

n8 207
P11

CZOMQBO MB207
CZDmaB.P11
6161
6162
616

STATIC DIAG #2
0-AUG-80 07:46

MACY11 30A(1052)

20-AUG-B0

HARDWARE TESTS

023452

07:47

B 13

PAGE 158

SEQ 0157

BADHEAD

sennneneeeeeeee TEST 32 senecvnnannnnee

6164

;*FORCE POWER FAIL TEST

6168

s*THIS TEST WILL TAKE LONGER THAN 2 SECONDS TO RUN. THIS TEST

6165
6166
6167

6169
6170

61;%

61
6173
6174
6175
6176
6177
6178
6179
6180
6181
6182
6183

;*SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24
;*GOING DOWN AND COMING UP. VERIFY ALSO THAT BUS INIT WAS
;*BLOCKED FROM GETTING TO THE M8200,4,7 DURING THE POWER FAIL

;*SHOULD NOT BE RUN IF YOU HAVE VOLATILABLE MEMORY IN YOUR SYSTEM.
BADHEAD

023452

seennnneveeeeer

023452
023452
023452
023452
023454
023454

013701

023460
023464
023470
023476

6185
6186

023510
023516

6188

85;5;2

012711

6190
6191
6192
6193
6194
6195
6196
6197
6198

023540
023542
023546
023552
023554
023556
023560
023562
023564

001375

104455
000021
005055
010256
000445
012737

62Q°

023576

000000

6184

023502

BGNTST
132::

002516

BRESET
TRAP
MYINT
MoV

KMCSR,R1

005037
013737
013746

002440
000024
000024

MSTCLR
CLR
MOV
MOV

TEMP
an24 ,$THPO
324 ,-(SP)

sRECORD DEVICE ADDR.
sR1 CONTAINS BASE M8200,4,7 ADDRESS
sMASTER CLEAR M8200,4,7
sPREPARE FOR DELAY
;SAVE POWER FAIL ADDRESS
sSTORE POWER FAIL ADDRESS

012761
012711

000002
001000

MoV
MOV

#2,4(R1)
#B1719,(R1)

;LOAD PORT4
sSET ROMI

104433

012737

6187 023522 012761
6189

§34

023600
023602

6204
6205

023614
023620

6203

6206
2%8;

000024

121111

000006

005400

005237 002440

023602

000000
013706

023600

005037
005237

024000
024000

023624

023626

6211
621§
6213
6214
6215
6216

023634
023640
023646
023650
023654
023656

0236

001375

013701

01%637
023737
001413

104455
000021

MOV
58:

000024

18:

MOV

INC

BNE
MSTCLR
ERROR
TRAP
WORD
.WORD
.WORD
BR
MOV

MOV

HALT

#121111,6(R1)
TEMP

;CLOCK INSTRUCTION

;BR IF DELAY NOT DONE

17
;ERROR, NO POWER FAIL
CSERDF
17
EMO
ERR17
(8
#38 3024
;POWER UP ADDRESS

SP,2%

:STORE STACK

;RESTORE STACK

128:

1%
11%

MOV
CMP
BEQ
ERROR
TRAP
.WORD

:LOAD INSTRUCTION

WAIT FOR POWER FAIL

CLR
INC

BNE

sSET U FOPR FORCE POWER FAIL

#BIT9!BITB!BITIT,(RT)

2%,SP

MOV

000024

S, an2

0
MOV

MOV

;STALL FOR TIME

CSRESET

28:
3s:

POPSP2

002516

000024
002444

MOV

000004

023606 012737 024002 000024

6209

6%10

002444

023564

6199 023572 010637 023600
gsol
%

TEST 32 evnnnevenennene

;WAIT FOR POWER UP SEQUENCE

0163.3'24
12%

KMCSR,R1

sPUT IN CASE OF FALSE POWER-UP.

;STALL ON POWER UP.
;WAIT HERE IF BAD,WILL POWER OUT OF HERE.

;ELSE PROCEED.

;POP STACK TWICE2

(SP)+,a#24
$TMPO,a#24

;RESTORE TRUE POWER FAIL ADDRESS
;IS IT CORRECT?

17
CSERDF
17

;ERROR, STACK IS INCORRECT

;BR IF YES

CZDMQBO M8207
CZ0MaB.P11

6217

6219
6220
6221
6262
23
6224
6225

0
Og3r2
QOg3ere
023702
023704
023710
023712

6227
6228
6229
6230
6231
6232
6233
6234
6235

023720
023724
023726
023730
023732

6§13 0

STATIC DIAG_#2
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-B0
HARDWARE TESTS

005055

010256

013737
013106
032711
001016
005737
001013
011104

002444
00234
004000

000024
4s:

002470

6237
6238
6239
6240
6241
6242
6243
6244
6245
6266
6247
6248
6249

104432
000104
012711
012705
016104
020504
001431

003000
121111
000006

7$:

104455
000043
005055
010472

MOV
MOV
BIT
BNE
ST
BNE
MOV

$TMPO,as24
PSTACK,SP
#BITI1,(R)
7%
RUNB
7%
(R1),R4

;RESTORE TRUE POWER FAIL ADDRESS
:RESTORE_STACK
:BITI1 STILL SET?

ERROR
TRAP
.WORD
.WORD
.WORD

35
CSERDF
35
EMO
ERR3S

;0AC FAILED

EXIT
TRAP
.WORD
MOV
MOV
MOV
(MP
BEQ
MSTCLR
ERROR
TRAP
.WORD
.WORD
.WORD

#BITi1,RS

35
CSERDF
35
EMO
ERR3S

;1F = 0 THEN BUS INIT WAS

;NOT BLOCKED FROM CLEARING

: THE M8200,4,7

6252

024000

000000

6254

024002

052711

6256

024006

024012
024016
024020
024022
024024

040000

11$:

.WORD

;TEMP COUNT FOR STALL ON POWER UP.

108:

BIS

#BITIA,(RT)

CLR
THE THING SO IT CAN'T ASSIRT AC LOV

ERROR
TRAP
.WORD
.WORD
.WORD

17
CSERDF
17
EMO
ERR17

;ERROR

ADD

MSTCLR

104455
000021
005055
010256

626

6264 024026 062706 000004

6265

:T0 PREVENT
:INIT FROM
;CLEARING CSR

ST
CSEXIT
L10102-.
#BIT9!BiT10,(R1) ;SEL6 = MAINT IR
#121111,RS
;RS = EXPECTED
6(R1),RG
:R4 = FOUND
RS,RG
:MAINT IR SHOULD = 12111
68
:BR IF OK

g%g?

6257
6258
6259
6260
6261
626

SEQ 0158

EMO

mov _

104455
000043
005055
010472

c 13
PAGE 159

.WORD

.WORD ERR17

6226 023714 012705 004000

023734
023734
023736
023740
023744
023750
023754
023756
023760
0237
023770
023772
023774
023776

07:47

024032

6266
6267
6268
6269
6270

024036
024042
024042
024042
02042

6272

026044

012637

104401

MOV

000024
68:
ENDTST
L10102:

MSTCLR

TRAP

(SP)+,an2

GLIP GAVE US SECOUND UNEXPECTED

;ASSERTION OF AC LOW ON UNIBUS.
:FATEL TYPE OF ERROR.

:RESTORE STACK.

(SETST

BADHEAD

- —

CZDHOBO M8207 STATIC DIAG_#2
20-AUG-80 07:46

CZDMaB.P11

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

D 13
07:47 PAGE 160

sennnnnneeeeree

TEST

SEQ 0159

33 eeveveenneeneee

'HICRO-PROCESSOR NOISE TEST

'URXTE ALL ZERO'S THEN ALL ONE'S THEN A DATA PATTTERN

:'TO THE IBUS* AND IBUS REGISTERS AND TO THE SP AND MAIN MEM
s*THEN GO BACK AND READ THE DATA PATERNS TO VERIFY THAT

s*READING AND WRITING OF OTHER LOCATIONS AND REGISTERS
éxg&gAgOT CHANGE THE DATA.

024044

seeneneveveeeee

013701

002516

000017
025100
025106
004537

MY INT

024104
024104
000004

003044

1%:

2$:

—-000

PRRSSR8R
g

—

=53 258

W
W
~

0237

024272

024166
024202
024214

003044

000377

000004

003044

3%:

4%:

5%:

000004

BIC
BISB
MOVB

6$%:

024276
024312
024324

7%:

JSR

RS, .ROMCLK

1CLOCK INSTRUCTION

INC
CMP
BNE
CLR
BIC
BIC
BIC
BIS
BIS
BIS
CLRB
ROMCLK
JSR
122100
MOVB
ROMCLK
JSR

R2
#5,R2
1%
R2
07,48
07.5%
0768
R2,4$
R2.5$
R2.6$
4(R1)

RS, .ROMCLK

:CLEAR PORT4
INEXT WORD IS INSTRUCTION,
1CLOCK INSTRUCTION
‘WRITE 0 TO IBUS REG
*LOAD PORT&
*NEXT WORD IS INSTRUCTION,
1CLOCK INSTRUCTION

MOVB

R2,4(R1)

*LOAD PORT4

JSR
122100
INC
CMP
BNE
CLR
BIC

RS, .ROMCLK

121100

122100

BIC
BIC

BIS

BIS
BIS
CLRB
ROMCLK

17,28

;RECORD DEVICE ADDR.
;MASTER CLEAR M8200,4,7
‘R2 IS INDEX REGISTER

*CLEAR ADDRESS FIELD
*ADD IBUS* REG ADDRESS TO INSTRUCTION
:LOAD PORT4

ROMCLK

003044

KMCSR, R

33 eenncenenennene

30 (R2).,28
318(R2).4(R1)

ROMCLK

000005

000017
000017
000017
024166
024202
024214
000004

MOV
MSTCLR
CLR

TEST

RS, .ROMCLK

#377.4(R1)

R2
#10,R2
{3
R2
27,88

917.9%

17108

R2.88

R2.9%
R2.108
4(R1)

INEXT WORD IS INSTRUCTION,
:WRITE

IBUS* REGISTER

PINC INDEX REGISTER
‘DONE YET?
BR IF NO
‘R2 1S IBUS REGISTER ADDRESS
*CLEAR ADDRESS FIELD OF INSTRUCTiONS

:ADD IBUS REG ADDRESS TO INSTRUCTION

‘WRITE ALL ONES TO

IBUS REG

INEXT WORD IS INSTRUCTION,
1CLOCK INSTRUCTION
‘WRITE ITS OWN ADDRESS TO IBUS REG
*NEXT ADDRESS
*DONE YET?
:BR IF NO
*START AT SP ADDRESS 0
*CLEAR ADDRESS FIELD

:ADD ADDRESS TO INSTRUCTION
:CLEAR PORT4
*NEXT WORD IS INSTRUCTION,

CZDMQBO M8207
CZ0OMaB.P11

63 9
6
6331
63 i
6333
633
6335
336
6337
6339
6340
6341
6342
6343
6344
6345
6346
6347
6348
6349
6350
6351
6352

024272
024276
024
024
024
024312
024314
024320
024320
024324
0%63§8
0243
024334
024336
024340
024340
024344
024346
024346
024352
024354
024360
024360
024364

6354
6355
635
6357
6358
6359
6360
6361
6362
2;22

024374
024374
osaaog
024402
024406
024406
024412
024414
024416
024422

6353

024

STAIIC DIAG 02
0-AUG-80 07:4

004537
123100
112761

003044

004537
123100
110261

003044

004537
123100
005202
022702
001335
005002

003044

004537
010000

003044

004537
004000
105061

003044

004537
122500

003044

112761

000377

004537
122500
110261

003044

004537
136500
005202
022702
001354

000377

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

000004

8s:

9s:

000004

108:

000020

000004

118:

000004

MOVB

ROMCLK
JSR
122500
MOVB
ROMCLK
JSR
136500
INC
CMP
BNE

000004
003044
001000

RS, .ROMCLK
#377,4(R1)
RS, .ROMCLK

R2,4(R1)
RS, .ROMCLK
R2
#20,R2
7%
R2
RS, .ROMCLK

E 13
PAGE 161
;:CLOCK INSTRUCTION
;WRITE ZERO TO SP
:LOAD PORT4
;NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
;WRITE ALL ONES TO SP
;LOAD PORT4
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
*WRITE SP ADDRESS TO ITSELF
:NEXT SP ADDRESS
:DONE YET?
;BR IF NO
:R2 = ,AOM ,E, ADDRESS
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MAR _

RS, .ROMCLK

;CLOCK INSTRUCTION

4(R1)

:CLEAR PORT4
;NEXT WORD IS INSTRULTION,
;CLOCK INSTRUCTION
:WRIiTE ZEROS TO MEM

RS, .ROMCLK

#377,4(RY1)
RS, .ROMCLK
R2,4(R1)
RS, .ROMCLK
R2
#1000,R2
1%

:LOAD PORT4

:NEXT WORD IS INSTRUCTION,
;:CLOCK INSTRUCTION
;WRITE ONES TO MEM
:LOAD PORT4
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
;WRITE TO MEM IT OWN ADDRESS
:NEXT MEM ADDRESS
;:DONE YET?
:BR IF NO

:NOW GO BACK AND READ EVERYTHIN

gggz
6367
6368
6369

026424
0244264
024430

004537
010000

003044

6371
6372
6373

024432
024436

004537
004000

003044

6375
6376
6377

024444
024446
0264450

001452
005005
042737

6379
6380
6381

0244
024464
0244
0244
024472
024474

01020
006303
006303
006303
006303
050337

6370 024432

ROMCLK
JSR
010000

6378 0244

000360

11650§ 025100

024512

RS, .ROMCLK

ROMCLK

JSR
RS, .ROMCLK
«000
;WOULD as (RAH CODE

6374 024440 005737 002432

6383
6384

JSR
123100
MOVB
ROMCLK
JSR
123100
MOVB
ROMCLK
JSR
123100
INC
CMP
BNE
CLR
ROMCLK
JSR
010000
ROMCLK
JSR
4000
CLRB
ROMCLK
JSR
122500

07:47

TSt

024512

12%:

*NEXT WORD 1S INSTRUCTION,

;CLOCK INSTRUCTION
:HAR Hl _ 0 (M8200,4,7 ONLY)

YPE

BEQ
CLR
BIC

aos
RS
#360,13%

MOV
ASL
ASL
ASL
ASL
BIS

R2.R3
[}
R3
R3
R3
R3,138

MOVB

;NEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
‘MAR 0

308 (RS) ,R2

;RS IS INDEX REGISTER
:CLEAR ADDRESS FIELD

:R2= 1BUS* ADDRESS

;PUT 1BUS* ADDRESS IN R3
;SHIFT ADDRESS TO BITS 4=7
:ADD ADDRESS TO INSTRUCTION

SEQ 0160

lalal

M8207 STATIC DIAG #2
P
20-AUG-80 07:46

024500
024506
0245
024512
024514
024520

116537

025106

004537
121004
016104
123704

003044

024526
024532
024536

010237
105037
013705

002434
002453
002452

024524

0246542

024546
024550
024552
024554
024556
024556
024560
024562
024564
024570

001416

MACY11 30A(1052)

HARDWARE TESTS

002452
13%:

000004
002452

208:

000005

IIINININN
FIIIIINS P3N 222 I
T EIIN
AR WO
~NO CRURESo@Ic
SEEIFRFIK

S———————
e

024572

024574

005002

042737

024604
0264606
024610
024612
024614
024620
024624
024624
024630
024632
0264636
024642
024644
024650
026656
024656
024660
024662
024664
024666

006303
006303
006303
006303
050337
010237

0246674
024676

oosoo;
042737

004537
021004
016104
123704
001410
013705
104455
000035
005055
010350
oos;oz
022702

001340

000360

004537
040600

010237

024630

14$:

318(RS) ,SGDDAT
RS, .ROMCLK
4(R1) R4
$GDDAT R4

208

R2 ,MRO
$SGDDAT+1
$GDDAT,RS

TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP
LWORD
INC
(MP
BNE

CSERDF
29
EMO
ERR29
TST
CSESCAPE
L10103-.
RS
#5,RS
12%

SEQ 0161

;SGDDAT = "EXP
p**
sNEXT WORD IS
RUCTION,
;CLOCK INSTRUC
;PORT4 = 1BUS* REGISTER
:R& = "FOUND''
:1BUS* CONTENTS OK?

:BR IF YES

:1BUS* DATA ERROR

:INC COUNTER
:DONE YET?
:BR IF NO

003044

000017
003044

002452

:R2 = IBUS REG ADDRESS

MOV

R2,R$

:R3 = 1BUS ADDRESS

168:

R2
"n7,17%

17%:

ROMCLK
JSR
040600
MOV

21%:

BNE
024714

#360,15%

CLR
BIC

002452

000010

R3
w7
R3
R3
R3,15%
R2,$GDDAT

15%:

000004
002452

CLR"

BIC

ASL
ASL
ASL
ASL
BIS
MOV
ROMCLK
JSR
021004
MOV
(MPB
BEQ
MOV
ERROR
TRAP
WORD
.WORD
.WORD
INC
CMP

024630
002452

024704 050237 024714
024710
024710
024714
024716

F 13
PAGE 162

408:
;END CRAM,GENERAL TESTS

024602 010503

024672

07:47

MOV
CLRB
MOV

ERROR

024572
6409

MOVB
ROMCLK
JSR
121004
MOV
[MPR

BEQ

104455
000035
005055
010350
104410
334
005205

20-AUG-B0

BIS

RS, .ROMCLK

4(R1) ,R&
$GDDAT,R&
218
$GODAT,RS
29
CSERDF
29
EMO
ERR29
R2
#10,R2

148

R2.178

RS, .ROMCLK

R2,3GDDAT

;CLEAR ADDRESS FIELD OF

INSTRUCTION

:SHIFT ADDRESS TO BITS 4-7

:ADD ADDRESS TO INSTRUCTION
:SGDDAT = "EXPECTED'
sNEXT WORD IS INSTRUCTION,
;:CLOCK INSTRUCTION
:PORT4& - IBUS REG
:1BUS = "'FOUND''
:1BUS CONTENTS 0K?
:BR IF YES

:1BUS DATA ERROR

:NEXT 1BUS REGISTER
;DONE YET?

:BR IF NO

:R2 = SP ADDRESS
:CLEAR ADDRESS FIELD OF INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
:BR _ SP
;SGDDAT = "EXPECTED"

(Z DMQBO M8207
¥ DMaB.P11

0247 %
0247
024726
0247
0247
024740
024742
02474
02475
024754
024756

TA(IC DIAG_#2

0-AUG-80 07:46

004537
061224
016104
123704

00141
013705

MACY11 30A(1052)

ROMCLK

003044
002452

22%:

000020

004537
010000

003044

004537
004000
010237

003044

004537
055224
016104

003044

013705

;R4 = "FOUND"'

(SERDF
7
EMO
ERR7

TRAP
.WORD
INC
CMP

CSESCAPE

BNE
CLR

JSR

RS, .ROMCLK

002452

JSR
4000

MOV

JSR

RS, .ROMCLK

MOV
CMPB

4(R1) R4

055224

000004
002452

BEQ
MOV
ERROR

002452

TRAP

.WORD
.WORD
.WORD

ESCAPE

1046410

TRAP

23%:

001000

000
005

002
010

003

30s:

025106
001
006

003
010

004

31%:

LEVEN

RS, .ROMCLK
R2,$GDDAT

ROMCLK

.WORD
INC
CMP
BNE

$GDDAT R4

23%
zGODAY,RS
CSERDF
6
EMO
ERRG

;SP CONTENTS OK?

:BR IF YES

;SP DATA ERROR

;NEXT SP LOCATION
:DONE YET?
;BR IF NO

:R2 = MEMORY ADDRESS

sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

:MAR _ 0

sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

;MAR HI _ 0 (M8200,4,7 OR FAMILY ONLY)

“SGDDAT = "EXPECTED"
sNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:PORT4 _ MAIN MEM

:R& = "FOunD''

:MAIN MEM CONTENTS OK?

:BR IF YES

;MAIN MEM DATA ERROR

187

CSESCAPE
L10103-.

EXIT

R2
#1000,R2
18%
ST

.BYTE

L10103-.
0,2,3.5.10

TRAP
.WORD

:PORT4 _ BR

TST

L10103-.
R2
#20,R2
16%
R2

ROMCLK

18%:

R4
$GDDAT
22%
;GDDAT.RS

TRAP

010000

104455

104432
000016

&(R1) R4

ROMCLK

000006
005055
006700

000032
005202
022702
001350

MoV

.WORD
.WORD
.WORD
ESCAPE

1046410

123704
001412

;CLOCK INSTRUCTION

ERROR

000007
005055
007026

;NEXT WORD IS INSTRUCTION, ROMCLK PC-5304

RS, .ROMCLK

(MPB
BEO
MOV

002452

SEQ 0162

JSR

061224

000004

104455

0001
00520
022702
00134
005002

20-AUG-80

HARDWARE TESTS

6 13
07:47 PAGE 163

CSEXIT

1,3,64,6,10

:NEXT MEM ADDRESS

:BR

;DONE YET?

IF NO

(ZDMaBO MB8207 STAIIC DIAG_#2
C(IDMaB.P 1"
20-AUG-80 07:46
025114

MACY11

30A(1052)

20-AUG-B0

HARDWARE TESTS

07:47

W13

PAGE 164

SEQ 0163

.EVEN

ENDTST

L10103:

104401

TRAP

CSETST

BADHEAD

sevnennnnvveene

TEST

eenevavenncenes

;* THIS TEST IS DESIGNED TO MAKE SURE THAT A NODST INSTRUCTION
;* DOES NOT WRITE INTO PORT B OF THE MULTIPORT RAM.

:* TO DO THIS,WE'LL PUT A 125 INTO INDATZ2,THEN WE'LL PUT A

:* 125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR,SUBOC,SP1

;* IF THERE IS A WRITE INTO PORTB,INDAT2 WILL CONTAIN A 377.

BADHEAD

RORESRNN
o

D
D
D
i
D
i
D
D
il
i
el

WRIRIN)
— — — —
~

—

o
o
N NN

AV LN IV LV IV LV IV LV VW LV LV IV, IV ]

seennannvtveeeer

025144

BGNTST
T3::

013701

002516

004537
000525

003044

004537
062221

003044

004537
063221

003044

004537
060361

003044

004537
020420

003044

004537
061220

003044

111104
012705

000125

MYINT

MOV
ROMCLK

JSR

00525

ROMCLK

JSR

062221

ROMCLK

JSR

63221

ROMCLK

JSR

060361
ROMCLK
JSR

020420
ROMCLK

JSR

061220

TEST

KMCSR,R1

srnntnnnnntttnsn

;RECORD DEVICE ADDR.

RS, .ROMCLK

sCLOCK INSTRUCTION

RS, .ROMCLK

:CLOCK INSTRUCTION
;NOW INTO OIDAT2

RS, .ROMCLK

;CLOCK INSTRUCTION
;NOW INTO SP1

RS, .ROMCLK

;CLOCK INSTRUCTION
;NOW THE '‘NODST BR,SUBOC,SP1'’

;PUT A 125 INTO BRG.

;THE NODST SHOULD NOT MODIFY INDATZ2!

RS, .ROMCLK

sCLOCK INSTRUCTION

RS, .ROMCLK

;CLOCK INSTRUCTION
;PUT BRG INTO BSELO

;PUT CONTENT OF INDAT2 IN BRG.

;SEE WHAT CAME BACK.

MovBe
MOV

:SHOULD BE 125 IF 377 CAME BACK,
:YOU CAN BET THAT THE "'NODST'' WROTE
;INTO THE MULTIPORT RAM! WATCH SIGNAL
: "D1 WRITE OuT L

020405
001406
104455

000007
005055

+NOW LOOK.

CMP
BEQ

ERROR
TRAP

.WORD
.WORD

7
CSERDF
7

EMO

CZDMQBO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

007026

.WORD

10%:

L10104:

104401

07:47

113
PAGE 165

SEQ 0164

ERR7

ENDTST
TRAP

CSETST

BADHEAD

seennnneveereee

TEST

vennnenncennene

P« EXTENDED CRAM TEST FOR M8206. IN THIS TEST WE WILL LOAD DATA
"« THROUGHOUT THE CRAM (TEST DATA 1S JUST 4K OF DIAG. CODE) AND
e THEN READ IT BACK AND VERIFY THAT IT IS CORRECT.

BADHEAD

sevennnevneveee

135::

TEST

000132

108:

SKIP06

108

;D0 TEST ONLY IF IT IS A MB206

EXIT
TRAP

;OTHERWIZE ,SKIP TEST.

.WORD

TST
CSEXIT

L10105-.

MYINT
MOV

KMCSR,R1

sRECORD DEVICE ADDR.

#ROMMAP ,R2

;GET ADDR. OF LIST.

013701

002516

025236

012702

012146

MOV

025242
025246

012711
005003

002000

MOV

025250
025254

010361
072261

000004
000006

020337

002436

CLR

#2000, (R1)

;SET TO WRITE DATA.

15%:

MOV

R3,4(R1)

:SET ADDR.

R3,MEMSZ
20$
R3
158
R3

;DONE WHOLE CRAM?
SYES,EXIT THIS LOOP.
:NO,UPDAT ADDR.

208:

CMP
BEQ
INC
BR
CLR

MOV

, RS
FROMMAP

;NOW WE WILL READ BACK,STARTING AT
:CRAM ADDR. ZERO.
:GET ADDR. LIST OF DATA

MOV

R3,4(R1)

;SET ADDR.

(RS) ,R2

;PUT EXPECTED INTO R2

012146

000004

SNJNN
or0O
o
— s <%

Y LV
Y

IV L I

VAVAVAWVAMVA

OO0000

VRN

O00O0

NDRNND

VAVAVAW

025304

000006

wennennvneennne

BGNTST

:GOTO 108 IF M8206

104432

308:

MOV

(R2)+,6(R1)

:CRAM ADDR ZERO.
;WRITE DATA.

MOV

6(R1),R4

BEQ

40$

sREAD ACCUAL
sEQUAL?
sYES,CONTINUE.

;ERROR CRAM DATA TEST,DATA

CMP

MOV
ERROR
TRAP

LWORD
.WORD
.WORD

R2,R4

R3,RO
CSERDF

1
EMO
ERR1

CZDMABO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

07:47

J 13
PAGE 166

228(7:

;READ NOT DATA THAT WAS WRITTEN.

6608
6609
6610
6611

025334
025334
025336
025340

104410
000024
020337

6614
6615
gg}?

025346
025346
025350

104432
000012

6618
6619
ggg?

025352
025354
025360

005203
062705
000747

6622
6623
66264
6625
6626
6627

025362
025362
025362

22}%

66%8

025344

001002

002436

000002

40$:

50%:

ENDTST
L10105:

104401

025364

“%g

ESCAPE TST
TRAP
CSESCAPE
LWORD
L10105~-.
CMP
RY,MEMS2

BNE

50§

EXIT
TRAP
MORD

TS7
CSEXIT
L10105-.

INC
ADD
BR

R3
#2,R5
308

TRAP

CSETST

BADHEAD

sennnnnrveneeee

6630
6631
6632
6633

sALL DONE?

sUPDATE ADDR.

TEST

36 eenanennnennnen

;% THIS TEST LOADS MICRO-CODE INTO A MB8206 MCPU THEN EXECTUES IT.
s* THE MICRO CODE IS DESIGNED TO WRITE ALL ONES INTO THE SEL REGS.
:* THIS TEST IS ONLY PERFORMED ON AN MB8206.
BADHEAD

025364

6636
22%;

025364
025364

6639
6640

025364

6642
222‘

JARRRRRREERRERY

136::

TEST

025374

025374
025376

104432
000442

6645
ggzg

025400
025400

013701

002516

EXIT

zg:g

025404

004537

026006

6650

025410

000777

6652
6653
6654
6655

025414
025416
0%565?
0254

061222
061223
061526
061225

6657
6658
6659

025426
0254
025432

061227
153000
101410

025434

000400

1%:

;sONLY DO THIS TEST IF M8206

TRAP
LWORD

CSEXIT
L10106~-.

MYINT
MOV

KMCSR,R1

JRECORD DEVICE ADDR.

JSR

RS.LOADER

sLOAD THE MICRO CODE

777

;MOVE #377,BRG

061222
061223
061224
061225

;MOVE BRG,BSEL?
‘MOVE
BRG,BSEL3
;MOVE
BRG,BSEL4
;MOVE
BRG,BSELS

6651 025412 061220

061220

061226

025426 061226

36 tenennnnnnnnnnn

BGNTST

SKIPO6 1%
;GOTO 18 IF M8206

6641

6661

SEQ 0165

061227
123000
101410
400

sMOVE BRG, BSELO

sMOVE BRG, BSELG

sMOVE
DRG BSEL7
:MOVE BSELO,SPO
BRANCH BACK ONE UNTIL <>377
;MOVE

#0,BRG

040000
100000

6676

025472

000062

NNNO
;
NNVO NOWVMIS WO

—
2R

025462
025466

07:47

K13
PAGE 167

SEQ 0166

;MOVE BRG,BSELO
:MOVE BRG,BSEL
:MOVE BRG,BSEL
;MOVE BRG,BSEL&

NS WO
NOONNONNNNND
<<

6673
6674

NON) =2 e e

——-—0000o0o0o0o

D s b ed

HARDWARE

20-AUG-80
TMM

MACY11 30A(1052)

;MOVE BRG,BSELS

:MOVE BRG, ,BSEL6

;MOVE BRG,BSEL7
:MOVE BSELO,SPO

sBRANCH BACK ONE LOCATION.
#040000, (R1)
#100000, (R1)

sINITIALIZE MCPU
:START CPU.

#50.,R0

;THE CYCLE TIME ON THE M8206 1S

;200NS. WE ARE ASKING THE MCPU TO
;D0 8 INSTRUCTIONS. WC'LL DELAY
;100 PDP11 INSTRUCTIONS
;THIS REALLY SHOULD BE PLENTY OF

6682
6683
6684

20%:

025476
025500

20%

RS
#377.R5

FRY
AUV
EXOKS 22
FRELX BELE ¥OK SN =X

N
N
VIVAIVAVAVA - VAVAWVAVA - VAV
VIVIVIWVAVA
VAVAWVAVY - VAW

000377

(R1)

R4 RS
29

CSERDF

010350

ERR29

104410

CSESCAPE

000304

177777

000002

30%:

7777785

2(R1) ,Ré

R4, RS

40%

29
CSERDF
29
EMO
ERR29

016104

*READ MCPU
;SEE IF OK.

;ERROR! MCPU WAS TO WRITE ALL

;ONES INTO BSELO,BUT INSTEAD FAILED.

L10106~-.

TRAP

025572

. JUST FOR TYPEOUT.

(EXPECT 377

29
EMO

ESCAPE

671?
6717

.R4

30%

012705

TIME.

000004

40%:

SEXPFCT ALL ONES
;RECIEVED
;RECIEVE 0OK?

;ERROR! MCPU WAS TO WRITE ALL ONES

: INTO BSEL 283

CSESCAPE

.WORD

L10106~.

MoV

4(R1) R4

;READ BSEL 485

CZDMQBO M8207 STATIC DIAG #2
CZDMQB.P11
20-AUG-80 07:46

MACY11 30A(1052)
20-AUG-80
HARDWARE TESTS

07:47

L 13

PAGE 168

SEQ 0167

6718

025576

020405

001410

BEQ

CMP

R4 RS

sREAD 0OK?

6721
672
6723
6724
6725
6726
6727
6728
2;53

025602
ogseoe
025610
0%5612
025614

104455
000035
005055
010350

ERROR
TRAP
WORD
.WORD
.WORD

29
(SERDF
29
EMO
ERR29

:ERROR!' FAILED TO WRITE BSEL $85

025616
025616
025620

104410
000220

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10106~.

6731
6732
g;gz

025622
025626
025630

016104
020405
001410

6735
6736
6737
6738
6739
6740
6741

025632
025636
025640
025642
025644

g;;g 025600

6(R1) ,R4
R4 ,RS
60$

;READ BSEL 687
:READ OK?

104455
000035
005055
010350

ERROR
TRAP
.WORD
.WORD
.WORD

29
CSERDF
29
EMO
ERR29

;ERROR' FAILED TO WRITE BSEL 687

6742
6743
6744

2;22

025646
025646
025650
025652
025654

104410
000170
105011
005005

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10106~-.
CLRB
(R1)
CLR
RS

6747
6748
2;28

025656
025660
025662

005004
111104
001410

6751

025664

025670
025672
025674
025676

104455
000035
005055
010350

6757
6758
6759

025700
025700
025702

104410
000136

2;61

025710

001410

6760

025704

6763

025712

6770
6771
6772
677%

025730
02573
025732
025736

6764
6765
67
676
6768
6769

0 5718
025720
§722
§72¢
025726
57

016104

508:

: TO ALL ONES.

MOV
CMP
BEQ

6752
6753
6754
g;g:

000006

506

60%:

708:

104455
000035
005055
010350
104410

016104

001410

000004

80$:

;SIGNAL MCPU TO WRITE ALL ZEROS.
JEXPECT TO READ ALL ZEROS.

R4
(R1) ,R4
708

:READ BSELO
CEXPECT ZERO.

ERROR

:MCPU FAILED TO CLEAR BSELO

ESCAPE
TRAP
.WORD

TST
CSESCAPE
L10106~.

BEQ

808

MOV

CSERDF
29
EMO
ERR29

2(R1), R4

:READ BSEL 283

ERROR

:MCPU FAILED TO CLEAR BSEL 283

WORD

L10106~.

MOV

4&(R1) R4

TRAP
CSERDF
MORD
29
.WORD
EMO
.WORD
ERR29
ESCAPE TST
TRAP
CSESCAP

000110

TO ALL ONES.

CLR
MOovB
BEQ
TRAP
.MORD
.WORD
.WORD

000002

;

BEQ

90$

:1F 2ERO,OK

;READ BSEL 48RS

CZDHOGO M8207 STACMIC DIAG #2
CZDMmaB.P11
20-AUG-80 07: 46

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

ERROR
TRAP
.WORD
.WORD

.WORD
ESCAPE
TRAP

000006

90$:

.WORD

29
CSERDF
29
EMO
ERR29

000004

£2E3E8ELELEE

6807

VWO NO NS WN-20O

000006
177777

L101C6~.

6(R1) R4

;READ BSEL 687

ERROR

;MCPU FAILED TO CLEAR BSEL 687

.WORD
.WORD
.WORD

29
CSERDF
29
EMO
ERR29

EXIT

TST

TRAP
.WORD

CSEXIT
L10106~-.

SUBROUTINE USED BY THIS TEST TO LOAD MICRO CODE INTO A M8206
#2000, (R1)

CLR

MOV
INC
MOV
CMP
BNE

RO,4(R1)
RO
(R5) ,6(R1)

CLR

RTS

L10106:

;MCPU FAILED TO CLEAR BSEL 485

95%

LOADER: MOV

108:

SEQ 0168

TST
CSESCAPE

*LOADER
002000

13
PAGE 169

BEQ

Mov

TRAP

95%:

07:47

;SET ADDR.

;WRIITE MICRO CODE.
:SEE IF TERM,

. M77777
(RS)+,

108
(R1)
RS

ENDTST
TRAP

CSETST

BADHEAD

tt'tltt't""t

TEST

37 seaannnscnnnnnnt

'NEGAY!VE ADDRESS TEST.

V00 N

IN THIS TEST, WE'LL MAKE SURE THAT THE HSZOT
?85? NOT RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED

026042

BADHEAD

026042

BGNTST

sevnenneeteenne

TEST

eenneenannnenne

CZDMQBO M8207
CZbmaB.P1

TATIC DIAG "2

0-AUG- 80 0 7:46

MACY1 30A(1052)

HARDWARE TESTS

137::

002516
000641
026130
000006
160000

108:

15%:

000002
177700

002464
002466

000004
000006

MYINT

17%:

208:
40$:

026136
026142
026146

000174
000174

026150
026154

000641

;RECORD DEVICE ADDR.

MOV

#641,(R1)

CLR
MoV

aré
0160000.!2

CMP

#6461, (R2)

BEQ

408

ADD

#2,R2

;UPDATE ACDRESS.

BNE

108

:NO=-LOOP

CMP

;GET STARTING ADDRESS.
;SEE IF CONTENTS OF THF ADDRESS
:POINTED TO BY R2 EQUALS THE CONTENTS
:OF THE MCPU CSR

R2,#177700

MoV
MOV
EXIT

SAVEL ,ak4
SAVEG ,an6
18T

.WORD

L10107-.

ADD

0, SP

;PUT A DEFINITE PATTERN IN MCPU.
;SET UP FOR TRAPS FROM NON-EX.

#208,a84

:DONE?

;80

sRESTORE TRAP CATCHER
;FROM VALUES SAVED BY INIT SECTION
;EXIT, ALL DONE

CSEXIT

:SAVE FROM TRAP

:LOOP

15$

;*OH NO, WE MAY HAVE A DUAL ADDRESS PROBLEM!
#174,(R1)
#174,(R2)
60%

;WRITE NEW PATTERN IN MCPU (SR
;:DID NEW PATTERN SHOW UP IN ADDR?

508:

MOV
BR

#641,(R1)
15%

;PUT OLD PATTERN BACK IN MCPU CSR.
;LOOP

60%:

CMP
BEQ

R1,R2
508

;1S THIS THE MCPU ADDRESS?
:YES=NO ERROR

ERROR

;:DUAL ADDRESS ERROR

WORD
.WORD
WORD
BR

40
EMO
ERR4LOD
17%

TRAP

L10107:

333331

SEQ 0169

MOV
CMP
BEQ

026156
026160

N 13
PAGE 170

KMCSR,R1

TRAP

000004

07:47

MoV

000004

000641

013737
013737

20-AUG=-80

CSERDF

ENDTST
TRAP

BADHEAD

CSETST

toon.tto'ott"

TEST

38 secennccecnnner

'IVI! AooaesSluc TEST

i
;e

MERE, WE'RE GOING TO MAKE SURE THAT WE CAN
WRITE INTO ONLY A HIGH OR LOW BYTE OF THE MCPU.

CZDMABO M8207 STATIC DIAG_#2
CZbmaB.P11
20-AUG-80 07:46
6886
6887
6388
6889
6890
6891

MACY11 30A(1052)

HARDWARE TESTS

0§6 02

026220
026226

138::

013701
005061

002516
000002

000002

032761
001410

177400

000002

112761

010702

026244
026246

104410
000040

026250

005061
112761
032761
001406

026272

026304
026306
026306
026306
026306

B 14
PAGE 171

SEQ 0170

BGNTST
MYINT

MOV
CLR
mMove

KMCSR,R1
2(R1)
#-1,2(R1)

;RECORD DEVICE ADDR.
;CLEAR CSR
g?lzg ALL ONES INTO LOW BYTE

BIT
BEQ

#177400,2(R1)
108

;SEE IF HIGH BYTE GOT WRITTEN

ERROR

;HIGH BYTE GOT WRITTEN INTO ON A LOW BYTE

WORD
.WORD
.WORD
ESCAPE

41
EMO
ERR41
TST

;OPERATION

MORD

L10110-.

CLR
MovBe

2(R1)
#-1,3(R1)

BEQ

20%

TRAP

026270

07:47

BADHEAD
sennnenneeeeeee TEST 3B weevancennnenne

026202

026206
026212

20-AUG-80

TRAP

000002
177777
000377

000003
000002

108:

BIT

104455

208:
104401

L10110:

026310

CSESCAPE

#377,2(R1)

;WRITE

INTO HIGH BYTE

:SEE IF LOW BYTE GOT WRITTEN

ERROR

;LOW BYTE GOT WRITTEN INTO ON A

.WORD
.WORD
.WORD

42
EMO
ERR42
.

;HIGH BYTE OPERATION.

TRAP

000052
005055
010744

CSERDF

ENDTST

TRAP

CSETST

BADHEAD

sennnnntereveee

TEST

39 anennvnnnnnnnne

. ®

s*IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC
s*REG COUNTS UP PROPERLY. THE PC REG SHOULD INCREMENT
s*ONCE AFTER EACH INSTRUCTION.
;Q

026310

BADHEAD

sevnenenveeeeet

026310
026310
026310

026320
026320

104432

179

BGNTST

sk1po7_

108

TEST

OTO 108 IF M8207

30 wenenvnnennnnee

;ONLY DO IF M8207

EXl ST
CSEXIT
TRAP

—

CZDHOBO M8207 STATIC DIAG 02
CZbmaB.P11
20-AUG-80 07:

026322
026324

MACY11 30A(1052)

20-AUG-B0

HARDWARE TESTS

200122
108:

07:47

.WORD

L10111-,

MYINT
MOV
MSTCLR

KMCSR,R1

€ 14
PAGE 172

SEQ 0171

013701

002516

004537
000400

003044

RS, .ROMCLK

;CLOCK INSTRUCTION

004537
061233

003044

RS, .ROMCLK

;CLOCK INSTRUCTION

004537

003100

RS, .SROMCLK

000001

#,RS

003044

208 :

ROMCLK

;RECORD DEVICE ADDR.

;START AT ZERO

RS, .ROMCLK

;CLOCK INSTRUCTION
;READ PC LOW REG.

;CLOCK INSTRUCTION

003044

RS, .ROMCLK

000004

4(R1) R4
#170000,R4
R4 RS

;GET WHOLE PICTURE

&7
CSERDF
47
EMO

;PC FAILED TO INCREMENT PROPERLY

170000

308

ERR4G7

ESCAPE
TRAP

000002
000777

104401

;READ PC HIGH REG.

308:

L10111:

L10111-,

ADD

#2,RS

CMP
BNE

;SHOULD INCREMENT BY ONE
sFOR EACH INSTRUCTION.

TST
CSESCAPE

.WORD

: INCREMENT 0K?

;UPDATE EXPECTED ADDRESS BY 2.

RS #777

208

ENDTST
TRAP

BADHEAD

CSETST

sevenneeveneees

TEST

L0 veenennnevcenen

;*IN THIS TEST WE'LL MAKE SURE THAT "BRANCH FIELD H'* DOESN'T

;*GET SUCH HIGH.
;*FIRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
;*WITH BAB BITS 11812 SET, IF PCR BITS B89 SET THEN WE'LL KNOW

;+WE WERE SUCCESSFUL IF PCR BITS 889 FAIL TO SET, WE'LL KNOW

;*THAT THE MUX SELECTED THE WRONG INPUT TO BE CLOCKED lNYO THE PCR.

CZDMQBO MB207 STATIC DIAG_#
CZomaB.P11
20-AUG-80 07:46

MACY11 30A(1052)

20-AUG-B0

HARDWARE TESTS

07:47

D 14
PAGE 173

. %

BADHEAD

026446

seennnnenenveee

026446
026446
026446
026456
026456
026460

T40::

013701

002516

108:

000005
000003
000374

056354

L10112-.

MYINT
MOV
MSTCLR

KMCSR,R1

;INITIALIZE PARAMETERS
:RECORD DEVICE ADDR.
;CLEAR DEVICE.

RS, .ROMCLK

;D0 A "BRANCH ALWAYS'' WITH
:CLOCK INSTRUCTION
‘BAB BITS 11812 SET THIS SHOULD CLOCK

ROMCLK

003044

RS, .ROMCLK

MOVE
MOVB

S(R1),RS
#3,Ré4

BIC
CMP
BEQ

ERROR

026540

LMORD
.WORD
.WORD

026544

TRAP

208:
104401

L10112:

:THESE BITS INTO BITS 889 OF THE PCR.

JSR
121265

026526

026542
026542
026542
026542

CSEXIT

.WORD

ROMCLK
JSR
114400

003044

vevenennenenene

;ONLY DO IF M8207

SKIPO7 10%
;GOTO 108 IF mM8207
TRAP

000062

BGNTST

EXIT TST

104432

TEST

‘NOW READ THE PCR HIGH

:CLOCK INSTRUCTION
:AND PUT INTO PORTS.
:REG. BR NO CLK OF BAB BITS
‘READ THE PCR.
SEXPECT BITS 8,9 TO BE SET.

#3%4 RS
Ré RS
20§

SSTRIP ANY JUNK
10K?

;"BRANCH FIELD W'’ STUCK HIGH OR

CSERDF

15
EMO
ERR1S

:OTHER PROBLEM IN THIS AREA.

ENDTST
TRAP

CSETST

BADHEAD

sevnnnentrerees

TEST

tennvennennnnnr

;*IN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO
;*]S SELECTED FOR SOURCE WHEN THE DESTINATION
;*1S THE OUTBUS

;*FIRST WE'LL WRITE EACH SP ADDRS INTO ITSELF THEN WE'LL

026544
026544

s*MOV SP TO OBUS4. THAT SHOULD SELECT
;*SP ADDRESS 0. IF ANY OTHER DATA SHOWS UP, WE'LL
6;8&?:5 IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.
seeneneecennnee

BGNTST

TEST

evencncnnnnnnne

SEQ 0172

CZDMQBO M8207 STAIIC DIAG_#2
CZDMmaB.P11
20-AUG-80 07:46
7054
7055
7056

026544
026544
026544

013701

002516

7059

026552

042737

000017

004537
123100
005205
120527

003044

004537
061204
116104
001410

003044

;82;

7060
7061
7062
7063
7064
7065
7066

026550
026560
026564
026570
026570
026574
026576
026600

T41::

005005
010561
050537

;gg; 026604 001362

7069
7070
071
7072
7073

026606
026606
026612
026614
026620

7075
7076
7077
7078
7079

026626
026632
026634
026636
026640

7076

;83?
7082

7083
;83;
7086

7087

026622

012705

000004
026574

026574

10%:

208:

BIC

#17,20%

;STRIP SP ADDR FIELD FROM INSTR

RS, .HOMCLK

sCLOCK INSTRUCTION
WRITE T0 SP
;JUPDATE ADDRESS
;1F NOT THROUGH, REPEAT.

MOV
BIS
ROMCLK
JSR
123100
INC
CMPB

ERROR
TRAP
.WORD
.WORD
.WORD

308 :

L10113:

1044601

:START WwiTH ADDR-ZERO

MOV

104455
000053
005055
011006

026644

SEQ 0173

ROMCLK
JSR
061204
MOvB
BEQ

000000

E 14
PAGE 174

KMCSR,R1

BNE

000004

07:47

MYINT
MOV

CLR

000020

026642

026642
026642

MACY11 30A(1052) 20-AUG-B0
HARDWARE TESTS

RS.,4 (R1)
RS,208

RS 120

10§

R%, .ROMCLK
4(R1) R4
308

#0,RS

43
CSERDF
43
EMO
ERR43

sRECORD DEVICE ADDR.

:PUT SP ADDR INTO PORT4.
:ADD SP ADDR TO INSTR.

:NOW MOV SPO TO OBUS* PORT4
;sCLOCK INSTRUCTION
H
;READ PORT& IT S/B ZERO
;SPO NOT SELECTED FOk SOURCE~-SEE

;DISCUSSION IN HEADER.

ENDTST

TRAP

CSETST

BADHEAD

t'tt't""'tt' TEST 42 teanensanenenne

7088

7089

-m THIS TEST WE ARE COING TO MAKE SURE THAT THE

7693

'UITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND 11 CLEAR.

7090
7091
7692

;*SIGNAL "MOV INST W' (AND iTS ASS0C. TRIBS) DOESN'T GET
;*STUCK HIGH. IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
'PUT KNOWN DATA IN THE BREG AND SP1 THEN WE'LL A BRANCH

7095

s*]F MOV INST W' GETS STUCK HIGH, THE PC REG HIGH WILL GET LOADED

7096

026644

7098
7099
7100

026644
026644

7097

7101
7102
7103
7104
;}05
7107
7108
7109

'UXTH THE CONTENTS OF THE ALV

BADHEAD

seennnneveveees TEST 42 tevenennnnneeny

T42::

026644
026654
026654
026656
026660
026660
026664

104432

000110
013701

002516

10%:

BGNTST

SKIPO7 10%
;GOTO 108 IF M8207
EXIT TST
TRAP
CSEXIT
LWORD
L10114-,

sONLY DO IF MB8207

MYINT
MOV
MSTCLR

;DO INITIAL TEST SET-UP.
sRECORD DEVICE ADDR.
;D0 A MASTER CLEAR.

KMCSR, R

JELSE EXIT

(ZDMQBO M8207
(Z0ma8.P11
7110

m
711
m
714
7115
7116

026670
026674

TATIC DIAG 02
0-AUG-80 07:

005737
001034

HARDWARE TESTS

002470

TST

07:47

F 14

PAGE 175

Rgfll

BNE

208

000002

000004

;PUT A 2 INTO SP1

JSR

RS, .ROMCLK

;CLOCK INSTRUCTION

123101
MOV

#6,4(RT)

{3?100

RS, .ROMCLK

ROMCLK

003044

ROMCLK

003044

026726
026732

#2,4(R1)

ROMCLK

003044
000004

MOV

JSR

141201

RS, .ROMCLK

7130

000005

;NOW DO A BRANCH ON C-BIT SET

;CLOCK INSTRUCTION

;BASED ON SP CONTENTS

v
~

104401

RS, .ROMCLK

MOvB
BEQ
CLR

S(R1) R4
20%
RS

;READ PC REG HIGH FROM PORT
:SHOULD BE CLEAR

;ERROR-PC REG HIGH S/B CLEAR-SEE HEADER

TRAP

.WORD
.WORD
.WORD

L10114:

;READ PC HIGH, PUT INTO PORTS

{3?265

ERROR

20%:

026766

026770

ROMCLK

003044

026752
026756
026760
026762
026764

g8 _“ugg

026734
026734
026740
026742
026746
026750

= s

7138
7139
7140
7141
7142
7143
7144
7145
7146
7147
7148
7149

sCLOCK INSTRUCTION

S?EHTHAT "MOV INSTR'* REMAINED

7137

:PORT4 TO SCRATCH PAD 1

;OK=WHAT WE ARE REALLY
; INTERESTED IN IS SEEING IF THE
:PC HIGH REG GETS LOADED WITH
;THE CONTENTS OF THE ALU (2)
;IF THIS OCCURS, WE CAN PROBABLY

7128
7129

[4F)
7132
7133
7134
7135
7136

SEQ 0174

;TO RUN THIS SECTION OF CODE YOU MUST TURN SW7 OF SWITCH PACK #E28
;OFF SO THAT MB207 NOT SELFSTARTING.

(4304
7118
719

7120
n2
712
712
7124
7125
7126
7127

20-AUG-80

MACY11 30A(1052)

CSERDF

15
EMO
ERR15

s CLOCK INSTRUCT 10N

;DISCUSSION.

ENDTST
TRAP

CSETST

BADHEAD

sevnnneneeeeeee

TEST

43 eeecenenceenene

s*TEST THAT MASTER CLEAR, CLEARS BITS IN THE NPR CONTROL REGISTER AND
:*M]1 CROPROCE SSOR MISCELLANEOUS REGISTER-FIRST WE'LL SET THE
'PRIORlYV UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT IT WON'T BUG US
;«THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
s*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
'gfskk DO A MASTER CLEAR AND BE SURE THAT THEY ALL
s

*CL

026770

BADHEAD

026770

BGNTST

JetRRRRRRERR LY

TEST

43 tenvennnnennnne

——
e

(Z DMQBO MB207 STA(IC DIAG_#2
2z DMQB. PN
20-AUG-80 07:46
7166

7167

MACY11 30A(1052)

HARDWARE TESTS

026770

T43::

027052
027052
027056
027060
027066
027072
027076
057102
027104
027104
027106
027112
027114
027116
027120

MOV
BIC

#-1,4(R1)
#2,4(R1)

;DATA TO BE SET
;DON'T SET AC LOW!

RS, .ROMCLK

000004

JSR
1211
BIC

;CLOCK INSTRUCTION
;PUT INTO MISC REG.
;DON'T SET NPR BIT

TRAP

ROMCLK

002452

027140
027140
027144

003044

027172
027176

;CLOCK INSTRUCTION
;MOV MISC REG (11) TO PORTS

RS, .ROMCLK

;CLOCK INSTRUCTION
;MOVE NPR REG (10) TO PORT4
;EXPECT ALL TO SET

003044
000004
002452
010000

000001
000001

108:

#146636,9GDDAT

4&(R1) RL

#030000, Ré

$GDDAT, Ré
108

CSRESET

ERROR

.WORD
.WORD
.WORD

CKLOOP

000100
000300

027170

RS, .ROMCLK

TRAP

027124
027132

027146
027146

JSR
121225

TRAP

027122
027122

#400,4(RY)

;CLOCK INSTRUCTION
:PUT INTO NPR REG

JSR
121204
MOV
MOV
BIC
CMP
BEQ
BRESET

002452

C$SPRI

;RECORD DEVICE ADDR.

RS, .ROMCLK

ROMCLK

003044

KMCSR,R1

JSR
121130

ROMCLK

003044

146636

SEQ 0175

000004
000004

003044

027050

PAGE 176

;DON'T ALLOW INTERRUPTS.

003044
000400

6 14

#PR107
#PR107,RO

000340

000002

07:47

MYINT
MOV
MSTCLR
SETPRI
MOV

002516

177777

20-AUG-B0

CSERDF

EMO
ERRG6

;READ WHAT HAPPEN

;DID ALL BITS GET SET?
;YES CONTINUE.

;SO SORT OF PROBLEM SETTING BiTS

;IN THE NPR AND/OR MISC REG.

TRAP

CSCLPY

BI1S8
BI(B

#100,1(R1)

#300.1(R1)

;SET MASTER CLEAR
;CLEAR MASTER CLEAR

RS, .ROMCLK

sCLOCK INSTRUCTION

JSR
121204

RS, .ROMCLK

;CLOCK INSTRUCTION

CLR
BIC
BEQ

$GDDAT
R4
#010000,

ROMCLK

JSR
121225

ROMCLK

MOV

ERROR
TRAP

;MOV MISC REG (11) TO PORTS

208

:MOV NPR REG (10) TO PORT4
;READ RESULTS
SEXPECT ZERO
;STRIP PROG CLK BIT
;IF ALL ZERO, EVERYTHING COOL.

sMASTER CLEAR FAILED TO CLEAR

4(R1) R4

CSERDF

CZDMQBO M8207 STAMIC DIAG_#2
(ZDMaB.P11
20-AUG-80 07:46
722
722
7224

MACY11 30A(1052)

20-AUG-80

HARDWARE TESTS

027200
027202

.WORD
.WORD
.WORD

(KLOOP
TRAP

012761

000014

004537

003044

004537
121205

003044

121110

116104

027250
027252

012737
023704
001407

000005
000014
002452

000004

TRAP

.WORD
.WORD
.WORD

003055
011214
027266
027266

104406

027270
027270

104433

027272
027276

005737
001016

CKLOOP
TRAP

30%:

002470

027314

BRESET
TRAP

TST
BNE

ROMCLK

003044

027312

RS, .ROMCLK

ERROR

;SOME BITS IN THE NPR AND/OR MISC REGS.

cscLPl

JSR
121205

CMP
BEQ

104455
000056

ERR4G

#14,4(R1)

Move
MOV

002452

RS, .ROMCLK

S(R1),R4

;NOW WE ARE GOING TO TRY TO
;SET THE EXT BITS (16817) IN THE NPR REG.
;CLOCK INSTRUCTION

;1F MASTER CLEAR FAILED TO CLEAR ITSELF
;:THEN WE WILL BE UNABLE TO SET

;CLOCK INSTRUCTION

sTHESE BITS
sREAD REG

308

;STORE GOOD
;DID BITS SET?
: YES=CONT INUE

4«6

sMASTER CLEAR FAILED TO CLEAR

#14,3GDDAT
$GDDAT R4

CSERDF
46
EMO
ERR4LG

;ITSELF, THUS PROHIBITING US FROM
;FURTHER SETTING BITS

IN THE NPR REG.

CSCLP
CSRESET
~ RUNB
40%

;NOW WE'LL SEE IF A BUS RESET CLEARS
: THESE BITS.

:CAN'T DO THIS
;TEST IF RUN SW SET.
;CLOCK INSTRUCTION
;READ MISC REG

JSR

RS, .ROMCLK

000004

Move

BEQ

4(R1) R4
40%

002452

CLR

$GDDAT

:$/8 ZERO

ERROR

;BUS RESET FAILED TO CLEAR NPR REG

121204

027320

TRAP

.WORD
.WORD
.WORD

CSERDF
46

EMO
ERR4E

;IF ZERO-END TST

;MASTER CLEAR WAS ABLE TO LOOK TO THE
sCIRCUITRY THAT CONVERTS BUS INIT
;70 ""CLEAR"

4«0$%:
104401

SEQ 0176

46
EMO

MoV
ROMCLK
JSR
121110
ROMCLK

H 14
07:47 PAGE 177

L10115:

ENDTST
TRAP

CSETST

C%DHQBO M8207 STAMIC DIAG_#2
11
20-AUG-80 07:46

I 14
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 178
HARDWARE PARAMETER CODING SECTION

SEQ 0177

;g;g

.SBTTL HARDWARE PARAMETER CODING SECTION

7282

7284
7285

1/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

7283

:/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS

7286

:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

7287

7288
?[%8(9)

:/ WITH THE OPERATOR.
UL
I 00000

7291
7292

027336
027336

7295
7296
7297
7298
7299
7300
7301
7302
7303
7304
7305

027340
027340
027342
027344
027346
027350
027352
027352
027354
027356
027360

;ggz

7306

027340

000016

LSHARD: :

000032
027374
000007
000000
000007
001031
027446
160000
177776

;

GPRMD
.WORD
WORD
WORD
"WORD
"WORD
GPRMA
JWORD
-WORD
"WORD
"WORD

WPM,0,0,7.0,7.YES
T$CODE
WPM
7
TSLOLIM
TSHILIM
ADDRES 2.0,160000,177776,YES
T$CO
ADDRES
TSLOLIM
TSHILIM

PRIRTY.6.0,7000,4,7,YES
LNUNIT.10,0,3,0.3.YES

GPRMA

;
;

GPRMD
GPRMD

7310

GPRMD

;

7309
7311
7312

027362

7314

027364

7315
7316
7317
7318
7319

027362

012032

027366
027370
027372
027374

000007
000000
000001

;ggg

027374

7322

027374

7323
7324
7325
7326
7327
7328
7329
7331

;

027402
027410
027416
027426
027432
027440
oerac

;

044515
050103
036460
026060
0
g
034115
064515

050103

0 7
s

051153

027476

000040

027470

042522

GPRMD
GPRMD
.WORD

L10116:

044127

GPRMD
.WORD

030044

041511

051103
037525
034115
036464
ogboba
0 oooi
051103

020125

040440

051523

020110

026517
024040
030062
034115
036467
000067
026517

041440

WPM:

iiiiiiiiiiiiiiieiiiiiiiiiiiiiieiiliiiiiiiiiiriiriitl

BGNHRD
.WORD L10116-LSHARD/2

7307
7308

7313

THE

1/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

VECTOR,4,0.0,674,YES

SWPAC1.12.0.377.0.377.YES
SWPAC2,14,0,377,0,377,YES

LOOPBK.16.,0,40000.0,1.YES
ISRUN,24,0,7,0,1,YES
T$CODE
ISRUN

WORD
"WORD
"WORD
ENDHRD
.EVEN

7
TSLOLIM
TSHILIM

.ASCIZ

‘WHICH MICRO-CPU? (0=M8200,4=M8204,7:=M8207""

4
ADDRES:

.ASCIZ

/MICRO-CPU

CSR ADDRESS : /

042104

035040

-—

CZDMQBO MB207 STATIC DIAG_#2
CZDMmaB.P11
20-AUG-80 07:46
7334

027500

7335
7336
7337
7338
7339
73640
7341
7342
7343
7344
7345
7346
7347
7348
7349
7350
7351
7352
7353
7354
7355
7356
7357
7358
7359

027506
027514
0275%%
0275
027534
027542
027550
027556
027564
027570
027576
027604
027612
027620
0276%2
0276
027642
027650
027656
027661
027666
027674
027702
027710
027716

7361
7362
7363
7364
7365
7366
7367
7368
7369
7370
7371
7372
7373
7374
7375
7376
7377
7378
7379
7380
7381
7382

027730
02773
027744
027752
027760
027765
027772
030000
030006
030014
030022
030030
030036
030044
030052

7384
7385
7386
7387
7388
7389

027722

030066
030074
030102
030110
030116
030124

044515
050103
052103

0642106
035040
044515
050103
047511
046040
035040
044127
044514
044516
031455
047075
036461

026061
03
034115
020072

051103
020125
051117

042522
000040
051103
020125
044522
053105
000040
041511
062516
020124
037451
047117
034115

020110
021440
041504
067111
035040

036462
026062
030062
000
044527
040520
020061
050115
020105
000040

03004
031043
033470
052117
020051
127
042524
047117
051117
042502
020104
047516
051505
044515
051120
047523
020116
044103
042520
020106
030440
047117

041501
024040
020063
040440
020072
046111
052123
042516
051450
052440
020077
030456
035040
051103
041317
020122
053523
020040
030040
043117
044440
035060

053523

030132

052111

MACY11 30A(1052)

20-AUG-80

e
e

J 14
07:47 PAGE 179

HARDWARE PARAMETER CODING SECTION

SEQ 0178

026517
042526
040440

VECTOR:

.ASCIZ

/MICRO-CPU VECTOR ADDRESS : /

026517
051120
054524
046105

PRIRTY:

.ASCIZ

/MICRO-CPU PRIORITY LEVEL

020110
052440
030050
030040
026105
030062
034115
036463
020063

LNUNIT:

,ASCIZ

/WHICH LINE UNIT (0-3)? 0=NONE,1=M8201,2=M8202,3=M8203 : /

041524
045503
042050
046040
024443

SWPAC1:

,ASCIZ

/SWITCH PACK #1

044103

SWPAC2: .ASCIZ

/SWITCH PACK #2 (BM873 BOOT ADR) : /

LOOPBK:

/WILL TEST CONNECTOR(S) BE USED ? 0=NO,1=YES : /

051523

020113
046502
047502
051104
000
020114
041440
052103
020051
042523
036460
054475
000040
026517
051508
052522
052111
Osésae
Q4kid0
026106
020106
000

ISRUN:

.EVEN

.ASCIZ

(DDCMP LINE #)

'MICRO-PROCESSOR RUN SWITCH

: /

TYPE O IF OFF, 1 IF ON :

CZDMABO M8207 STATIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

K 14
MACY11 30A(1052)
20-AUG-80 07:47 PAGE 180
HARDWARE PARAMETER CODING SECTION

SEQ 0179

7390

w——

———

CZDMQBO M8207 STAIIC DIAG_#2
CZDMaB.P11
20-AUG-80 07:46

L 14

MACY11 30A(1052)
20-AUG-80 07:47 PAGE 181
SOF TWARE PARAMETER CODING SECTION
.SBTTL

SEQ 0180

SOF TWARE PARAMETER CODING SECTION

:/ THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS

s/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.

THE

:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
:/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES. THE

:/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.
AUIIIIIIIIIIE
i
n i
iine b i iniininininnnnninineieieeeei
ey

030132
030132
030134

000000

BGNSFT

LSSOFT::

030134

L10117:

030134

.WORD L10117-L$SOFT/2

ENDSFT
.EVEN

.EVEN

000000
000000

000001

LSLAST::
LEND

LASTAD
.EVEN
WORD
WORD

0
0

———

CSRESE= 000033
CSREVI= 000003
CSRFLA= 000021
CSRPT = 000025
C$SEFG= 000046
C$SPRI= 000041
C$SVEC= 000037
CSTPRI= 000013

C$CLOS= 00003
CSCLPI=
CSCVEC=
36
4
CSOCLN=
51
($000U=
CSORPT= 0000%6
3
csoU =

(2T TaT 2T

8( - [==4 O -

S35 5
g5

By Gl Preng Somet) B0 Bomep Gt G
e Peme P
G
P

PARPAANLRN
LuunLnno
DNMM
O

o000
(=l=1=]
o

GETPRM
GSCNTO=
GSDELM=
6G$DISP=
GSEXCP=
GSHILI=
GSLOLI=
GSNO =
GSOFFS=
6$0FSI=

000041

011462
000200
000372
000003
000400
000002
000001
000000
000400
000376

nNO
S~

CSPNTS= 000016
CSPNTX= 000015
0037;

FSPWR = 000017
FSRPT = 000012
F$SEG = 000003
F$SOFT= 000005
F$SRV = 000010
F$SUB = 000002
F$SW = 000014
FSTEST= 000001

HELP
HOE

= 000000
= 100000

IBE
= 010000
= 000040
IDU
IER
= 020000
INIFLG 002474
003616
INSTU
ISR
= 000100
030044
ISRUN
= 004000 G
IXE
1$AU
I$AUTO= 000041
ISCLN = 000041
I$DU = 000041

LSOVTY

(Alalalalalalalalalalalalalalalalala
AT Al

(38SEc= 000004
ciase: 000002
00006%
CSCLeke= 8388?
CSCLEA

“XASPNTF= 000017

SEQ 0181

—-N)

B8IT6 = 000100 G
BIT7 = 000200 G
BIT8 = 000400 G
BIT9 = 001000 6
BOE
= 000400 G
CLKX
002360
CLRALL 003166
CRAMA
003602
czoma
002000 G
CSAU = 000052
CSAUTO= 000061

CSGPHR= 000042
C$GPLO= 000030
CSGPRI= 000040
CSINIT= 000011
CSINLP= 000020
CSMANI= 000050
CSMEM = 000031
CSMSG = 000023
CSOPEN= 000034
~CSPNTB= 000014

PAGE 183

SNEZE
OO

EM
005056
EM10
005%60
005 1%
EM11
EM12
00533
EM16
005353
005434
EM17
005072
EM2
EM27
00546
EM29
005512
005131
EM3
005434
EM3S
005144
EM4
005171
EMS
005216
EM6
EM7
005:
ENDBUG 003044
012040
ENDIT
ERRFLG 002350
ERR1
006032
007154
ERR10
ERR11
007276
ERR12
007420
ERR13
007542
007664
ERR14
ERR1S
010006
ERR16
010134
010256
ERR17
ERR%
006160
010350
ERR29
ERR3
006306
ERR3S
010472
010614
ERR36
006434
ERR&
ERR4D
010636
ERR4T
010702
010744
ERR4
ERR4
011006
011054
ERR4G
011124
ERRGS
011214
ERR4E
ERR47
011264
006556
ERRS
ERRG
006700
ERR7
007026
= 000004
EvL
ESEND = 002100
ESLOAD= 000035
FADR
002412
FLAG
002406
1)
005046
FTIME
002&6;
FSAU = 00001
F$SAUTO= 000020

M 14

(22121~}

874
= 000030¢
BITS = 8888‘8 6

CSEDIT= 000003
CSERDF= 000055
CSERHR= 000056
(SERRO= 000060
CSERSF= 000054
CSERSO= 000057
CSESCA= 000010
CSESEG= 000005
CSESUB= 000003
CSETST= 000001
CSEXIT= 000032
CSGETB= 000026

07:47

ADDRES 027446
ADR
= 000020 G
ADR1
012600
ADR2
012604
012444
ADR&
ADRS
012450
ASSEM8= 000010
8170 = 000001 G
81700 = 000001 G
81701 = 000002 G
lllOi = 000004 G
81703 = 000010 G
81704 = 000020 G
81705 = 000040 G
81706 = 000100 G
81707 = 000200 G
81708 = 000400 G
81709 = 001000 G
8IT1
= 000002 G
81710 = 002000 G
BIT11 = 004000 G
B8IT12 = 010000 G
81713 = 020000 G
BIT14 = 040000 G
BIT15 = 100000 G
BIT2 = 000004 G

MACY11 30A(1052 )
20-AUG-80
SYMBOL T ABLE

STATIC DIA 6 L
0-AUG-80 07 146

[AYaTaTalalalalalalalalalalalalalalalalalalalalalAa
2 )

CZDMQBO M8207
CZDMaB.P11

oo
OO

gOgOOOO’
VIS
WDIN
=2 O —4

SV05S

003632

TFM3
TFM36

003730
004017

SWPAC1
SWPAC2
SSLSYM=
TEMP
TFM1
TFM2

(=14

83888883888838=8
w
2UNLNLNLN LN 1 8]
£3 33 REXRBIBoaN

3
ge
ornes N 38
-

027661
027722
010000
002440
003666
003712

TFM4
TFM40
TFM&1
TFM42
TFM&3
TEM4G
TFM4S
TFM&4SA
TEM46
TFM47
TFMS

003755
004263
004105
004174
004344
004427
004466
004524
004647
004733
003773

TYPE
T$SARGC=
T$CODE=
TSERRN=
TSEXCP=
T$FLAG=

002432
000001
012032
000056
000000
000040

005010

TSGMAN= 880000
TSHIL1= 000001
TSLAST= 000001

TSLTNO= gooogg

TSNEST= 000000
TSNSO = 000000

TSNS1 =
T$NS2 =
T$PTNU=
T$SAVL=
T$SEGL=
T$SEKO=
T$SUBN=

000005
000003
000000
177777
177777
010002
000000

1$757S=
T$SAU =
T$SAUT=
T$SCLE=

000001
010042
010037
010040

T$TAGL= 177777
TSTAGN= 010120
TSTEMP= 000005
TSTEST= 000053
T$TSTM= 177777

T$SOU = 010041

T$SHAR= 010116
T$SHW = 010001
T$$INI= 010036
T$$MSG= 010034
T$$PRO= 010000
T$SRPT= 010035
T$$SEG= 010002
T$$S0F= 010117
T$$SW = 010002
T1$$TES= 010 115
1)
012146
110
014470
13
014736
112
015202
113
015432
T14
015676
115
016142
116
117
T18

016406
016652
017116

12
120
121
122
123
124
125
126
127
128
l§9
1
130
131
132

012256
017642
020122
020376
020654
021130
021404
021576
021744
022322
022560
01 6;2
022774
O% 210
023452

119

017362

[Alalalalalalalalalalalalalalalalalalalalal
Al a AT AT A)

NOO
O WVILN = = O N S
NSO
ONNINNOOO

e
R
e
T
P

OCOSHhNOOCOSH
TN
NOC OISO S
ngMMdWNU‘b&WW‘\WWO—‘NMObOU

= O O NN

SEQ 0182
SETBR4G 0
SETBR7? 0
SETC
0
SETZ
0
SFPTBL 0
SSTACK 0
STAT
0
STAT1
0
STAT
0
STAT
0
STM
0
STRTSW 002354
SUBRPC 002346
SvCGBL= 000000
SVCINS= 000000
svcsue= 000000
SVCTAG= 000000
SVCTST= 000000

ow
o~

Sr S Grur— S ————————
S
-

PAGE 184

S =2 NN = NN
= b s 2 O NN

Q-

S-S

S-S S

N 14

e Qe

6404

fldddflddsd

B .
md
il o
o

10;26
010
01047
010612

b o

L1001
110020
L10021
L100 i
L10023

i g
8101

(elelelelelalallad

007152
007274
0074616
007540

07:47

TMM(C

etatatatatatate

L10011
L1001§
L10013
L10014

00%064 G

i=l=lelelelelelelelelelelelelelelelelelelalelelalelalelalalalalatlalaolatlelo)

002066 G
027340 G
002120 G
002016 G
002022 G
002262 G
002104 G
011340 G
002026 G
030140 6
002100 G
002076 G
002050 G
002000 G
002042 G
00212% 9
002112 G
002062 G
002010 G
011332 G
030134 G
002056 G
885050 6
024 G
002030 G
002312 G
002114 G
002014 G
002012 G
002310
002312
006156
006304
006432
006554
006676
007024

AOALRNLNLNINLNLNL
N NV PLND
OOV
S

LSEXPS
LSHARD
LSHIME
LSHPCP
LSHPTP
LSHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREV
LSNAME
LSPRIO
LSPROT
LSPRT
LSREPP
LSREV
LSRPT
LSSOFT
LSSPC_
LSSPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIML
LSUNIT
L10001
L1000§
L10003
L1000&4
L10005
L1000?
L10007
L10010

LSEXP4

000000000000

00%052 9
002044 G
00%102 G
002046 G

—-O0O00000
SIWIRER28

LSEF
LSENVI
LSETP
LSEXP1

MACY11 30A(1052)
20-AUG-80
SYMBOL TABLE
NN NN NN PO NN

CZDMQBO MB207 STATIC DIAG_#2
(ZOmaB.P11
20-AUG-80 07:46

——

CZDMQBO MB8207
CZDMaB.P11

STATIC DIAG_#2
0-AUG-80 07:46

133
134
135
1
137
138
139
()
140
T

024044 G
025116 G
0%5 16 6
025
G
0 6045 G
0 6§0 G
026310 G
012552 6
026446 6
026544 6

. ABS.

030140

ERRORS DETECTED:

MACY11 30A(1052)
20-AUG-80
SYMBOL TABLE

142
0%6644 G
145
026770 G
5
012712 6
T
013154 6
1
013356 6
T8
013570 6
9
014112 6
UAM
= 000200 G
VECTOR 027500
WPM
027374

000
O

CZDMQB,CZDMQAB/SOL/NL
: TOC=SVC34R.MLB,CZDMAB.P11

RUN-TIME: 42 47 .5 SECONDS
RUN-TIME RATIO: 174/90=1.9

CORE USED:

16K

(31 PAGES)

HTYPE
XSALWA=
X$FALS=
X$OFFS=
X$TRUE=
ZERO
$BDADR
$BDDAT
$GCADR

07:47
8
0241
00000
000040
000400
002;0
002370
002450
002454
002446

B 15
PAGE 185

SEQ 0183
$GDDAT 002452
SLSTIN= 200000
SLSTTA= 000?0
02430
0 656
02424
SREG
$REG
002422
SREG4
002420
SREG5
002416
STEMPO 002442

002444
= 030 140
MSTCL
002756
.REGT
003050
-ROMCL
003044
. SROMC
003100

$TMPO