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AH-E229C-MC

October 1981

198 pages

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Document:	CZDMQC0 DMP-11,DMR-11,M8207 M8207 STATIC DIAG2 OCT 1981 bw
Order Number:	AH-E229C-MC
Revision:	000
Pages:	198
Original Filename:	CZDMQC0__DMP-11,DMR-11,M8207__M8207_STATIC_DIAG2__AH-E229C-MC__OCT_1981_bw.pdf

OCR Text

MB207

STATIC

CZDMQCO

;

DIAG#2

AH-E229C:-MCo
el s mmmmnem

FICHE

1 OF 1

HBDE TN vsa

WA THED

-l ODMQ(

MB2C7 STATIC DIAG. #2
(2 DMQC.PTY
21=-JuL=81 14:36

2197
2198

MACY'1

30A(1052)

21-JUL-81

PROGRAM DOCUMENT

2225
2226
2227
2228

2229

2230
2231

1
PAGE 2

SEQ 0001

.REM 3

2199

2200
2201
2202
2203
2004
2205
2206
2207
2208
2209
2210
2211
2212
2213
2214
2215
2216
2217
2218
2219
2220
2221
2222
2223
2224

14:48

IDENTIFICATION
PRODUCT CODE:

AC-t228(-MC

PRODUCT NAME:

CZDMQCO MB207 STATIC DIAG #2

PRODUCT DATE:

JULY

MAINTAINER:

DIAGNISTICS MERRIMACK

AUTHOR:

ED BADGER

THE

1981

INFORMATION

THIS

DOCUMENT

SUBJECT

CHANGE

WITHOUT

NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A CUMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RcSPONSIBILITY FOR ANY ERRORS

THAT MAY APPEAR

NO RESPONSIBILITY [S ASSUMED
FOR
SOF TWARE ON EQUIPMENT THAT IS NOT

THE

AFFILIATED

COMPANIES.

(C)

FOLL OWING ARE

DIGITAL
DEC

THE
USE
SUPPLIED

IN THIS DOCUMENT.

OR
BY

RELIABILITY
DIGITAL
0X

1979,1981 BY DIGITAL EQUIPMENT CORPORATION

TRADEMARKS OF

eppP

DE CUS

DIGITAL EQUIPMENT

JNIBUS

DECTAPE

CORPORATION:

MASSBUS

OFf
ITS

(20MQC MB2C7 STATIC DIAG. #2
20MaC.P11

21-JuL~81

14:36

MACY11

30A(1052)

21-JUL-81

PROGRAM DOCUMENT

14:48

1
PAGE 3

2233
22%
2275
2236
2237
2238
2239

CONTENTS

2.0 HARDWARE REQUIREMENTS
3.0 PREL IMINARY PROGRAM REQUIREMENTS
4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTiC SUPERVISCR
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
.1

N —

6.3 PROGRAM OPTIONS
NN N NN N AN N AN N

2272
227%
2274
2275
2276
2277
2278
2279
2280
2281
2282
2283
2284

INTRODUCT
ION
1.1 PROGRAM ABSTRA(T
1.2 HARDWARE INTRODUCTION

N N AN

2271

1.0

o oo-oorOrOrOrOFMONMONONONON

2240
2241
2242
2243
2244
2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
226"
2262
2263
2264
2265
2266
2267
2268
226s
2270

TABLE

SEQ 0002

START COMMAND
RESTART COMMAND

3 CONTINUE COMMAND

4 PROCEED COMMAND
5 ADD COMMAND
6 DROP COMMAND

.g PRINT COMMAND

DISPLAY COMMAND
9 FLAGS COMMAND
1 0 ZFLAGS COMMAND
1
.11
CONTROL CHARACTERS
1 2 HARDWARE PARAMETERS
.13 SOF TWARE PARAMETERS
.14 EXTENDED DISCUSSION OF

7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMAT
ION
8.1 ERROR REPORTING

P-TABLE DJALOGUE

CZDMGL M8207 STATIC DIAG. #2

{Z0MQC. P11

21-JuL-81 14:36

MACY11

30A(1052)

14:48

21-JuUL=-81

PROGRAM DCCUMENT

SEQ 0003

PAGE 4

2286

1.0

INTRODUCTION

1.1

PROGRAM ABSTRA(T

THIS
DIAGNOSTIC
WAS DESIGNED TO TEST OUT THE M8200, M8204,
OR MB8207 M]CROPROCESSOR.
IT
IS
THE
SECOND
OF
TWO
DIAGNOSTICS FOR THESE OPTIONS.

THE PROGRAM WAS [MPLEMENTED USING THE DIAGNOSTIC SUPERVISOR.

b
b o
ed eed e
d
b ad

NININI NN NN NI NN

N AN AN N NN NN NN

VNN
W~ OV N

AL NI NI PR

SRIP

2303

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 M820X MICROPROCESSOR USES AN EIGHT BIT DATA PATH WITH

SIXTEEN BIT INSTRUCTION MEMORY.
THE INSTRUCTION MEMORY AND
DATA MEMORY ARE TWO SEPARATE MEMORIES.
THE
M]ICROPROCESSOR
IS
DESIGNED FOR MOVING DATA AT HIGH RATES TO WORK AS A HIGH
SPEED LINK BETWEEN PROCESSORS WHEN USED WITH A
LINE
UNIT.
THE
M8200
AND
M8207
HAVE PROM INSTRUCTION MEMORIES.
THE
M8204 HAS WRITEABLE CONTROL STORE.
THE MEMORY SIZES BETWEEN
ALL

THREE PROCESSORS VARY ALSO.

2.0 HARDWARE REQUIREMENTS

¥EETSFOLLOUING

HARDWARE

|S REQUIRED TO RUN THE M8207 10GIC

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

3.0 PREL IMINARY PROGRAM REQUIREMENTS
THE PROCESSOR AND MEMORY SHOULD BE
TO RUNNING

THIS

DIAGNOSTIC.

THOROUGHLY

TESTED

PRIOR

4.0 GENERAL PROGRAM CONSIDERATIONS
4.1

DIAGNCSTIC

THIS

PROGRAM

SUPERVISOR

(OMPATIBLE WITH THE

SUPERVISOR, AND MUST BE LOADED TO BE

STANCALONE

(O-RESIDENT

DIAGNOSTIC

WITH

THE

(Z0MQC MB8207 STATIC DIAG. #2
“20MAC.P11
21=-JUL-81 14:36

MACY1T1

30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

PAGE 4-1

SEQ 0004

SUPERVISOR,
OR
BE
PREVIOUSLY (OMBINED WITH
AND LOADED AS A SINGLE FILE.
IN EITHER CASE,
PROGRAM WwILL

NOT

EXCEED

16K OF

MEMORY.

THE SUPERVISOR
THE
C(OMBINED

4.2 EXECUTION TIMF
THE

ASOUT

TOTAL

TIME

REQUIRED

TO RUN

THE

M8207 STATI(C

TESTS

RUN

AND MAY

RUN

120 SECONDS PER PASS FOR EACH UNIT.

4.3 XXDP+
THIS PROGRAM MAY BE

DUMP MODE

LOADED UNDER XXDP+,

AND MAY

LOADED

SLIDE

OR CHAIN MODE.

4.4 ACT/SLIDE
THIS

PROGRAM MAY BE

IN DUMP MCDE OR (HAIN MODE.

UNDER ACT

4.5 APT
THIS PROGRAM MAY BE LOADED
BY
APT-RD) AND RUN IN PROGRAM MODE

THE
APT
SYSTEM
OR SCRIPT MODE.

(INCLUDINC

4.6 MEMORY MANAGEMENT
MEMORY MANAGEMENT

INSTALLED,

IS NOT

UTILIZED

IS DISABLED BY

THIS

PROGRAM.

THE PROGRAM.

4.7 MEMORY PARITY OPTION
IF PARITY MEMORY
IS
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 (OMMAND
|S
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

ABSOLUTE

ANY MEDIA

ABSOLUTE

(AN

LOADED

LOADER OR FROM ACT,
SUPPORTED BY

FOLLOWED BY

LOADER,
THE

THE

XXDP+.

FROM

PAPER

WHEN

USING

SLIDE,

PROGRAM

DIAGNOSTIC

OR APT

SHOULD

SUPERVISOR.

TAPE

USING

THE

SYSTEMS,

OR FROM

LOADED

FIRST,

THE

WHEN

PAPER

USING

TAPE

XXDPse,

(ZDMQC MB207 STATIC DIAG. #2
P11
{7oM.aC
21-JuL-81 14:36
2398
2399
2400
24C1

MACY11 30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

SEQ 0005

PAGE 4-2

THE
DIAGNOSTIC
SUPERVISCR SHOULD BE LOADED FIRST,
BY THE DIAGNOSTIC PROGRAM,

FOLLCWED

6.0 OPERATING INSTRUCTIONS
6.1

LCADING AND STARTING PROCEDURES

6.1.1

LOADING PROCEDURES

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

LOADED AUTOMATICALLY.

6.1.2 STARTING PROCEDURES
THE

PROGRAM

PROCEDURES

2623
2«24
2425
c426
2427
2428

STARTS

TO START

THE

ENTER STA<(R>

()

D)
E)

2647
2648
2649
2450
2451
2452
2453

DEC

(DR>)

ANSWER HARDWARE AND SOF TWARE QUESTIONS
GET END OF PASS MESSAGES OR ERROR MESSAGES

AFTER THE PROGRAM AND THE
PROGRAM
IS STARTED , THE

2644
24645
2646

STANDARD

LOAD AND START DIAGNOSTIC USING RUN 7TOMMAND

B) RECEIVE DIAGNOSTIC SUPERVISOR PROMPT

2437
2438

2443

USE

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

6.2 INITIAL DIALOGUE

2641
24642

200.

6.1.3 STEPS FOR QUICK AND SIMPLE EXELUTION

2430
2631
2632
2433
2434
2635

2639
2640

LOCATION

PROGRAM.

TO END EXECUTION,

DRS LOADED
DIAG.
RUN-TIME

CZDMQ-(C-0
M8207 DIAG.

ENTER CONTROL/(

SUPERVISOR
ARE
LOADED
AND
THE
FOLLOWING IDENTIFICATION IS TYPED:

SERVICES

#2 OF

ggIT IS M8200,M8204,0R M8207
>

THE OPERATOR THEN PROCEEDS BY TYPING

ONE

THE

(OMMANDS DESCRIBED
IN
THE FOLLOWING SECTION 6.3.(FOR MORE
DETAILED INFORMATION, REFER
TO
THE
DIAGNOSTIC
CSUPERVISOR
FUNCTIONAL

SPECIFICATION).

6.3 PROGRAM OPTJONS

(ZDMQC MB207 STATIC DIAG. #2
- (Z0MQaC
. P11
21-JuL=-81 14:36

2654
2455
2456

2657

2458
2459
2460

2461
'

2662
2663

2664
2465

2466
2667
2468
2469
26470
2471
o472

2673
2476

2475
24676

2477
2478

2479

2480
2481
2482
2483
24684
2485

2486
2487
2488

2489

249C

24691
2492
2493
24694

2495

2496

2497
2498

2499

MACY11

30A(1052)

PROGRAM DOCUMENT

6.3.1

2503
2504
2505

2506

2507
2508
2509

14:48

SEQ 0006

PAGE 4-3

START COMMAND

AR AR RN RN AN AR AN

R RN RN

AR AR RN AR RN RN RN AR AN

NI R

AR A RSN A

STA(RT)/TESTS:<TEST=LIST>/PASS:<PASS-(NT>/FLAGS:
<FLAG=LIST>/EOQOP:<INCR>

AN AR RNRARAANRNRRANRARAAANRNI
RN ARNARRANNANRAANCARAA NN RN A Dh

6.3.1.1

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

<TEST=-LIST>

RANGES

IS A SEQUENCE OF

DECIMAL NUMBERS

DECIMAL NUMBERS (1-5:8-10 ETC.)

(1:2

ET(C.)

THAT SPECIFY THE

TESTS TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY
(OLONS.
THE
NUMBERS
RANGE FROM 1 TO THE LARGEST TEST NUMBER IM THE

DIAGNOSTIC.
THEY MAY BE SPECIFIED IN ANY ORDER.
TESTS WIL.
BE
EXECUTED
IN NUMERICAL ORDER REGARDLESS OF THE ORDER Ot
SPECIFICATION.
THE DEFAULT IS TO
EXECUTE
ALL
TESTS.
ON
THIS AND ALL

SWITCHES,

THE ANGLE BRACKETS <> ARE PUNCTUAT]ON

USED IN THE DEFINITJON CONLY, AND ARE NOT TO BE
OPERATOR.
SEE EXAMPLE AT END OF 6.3.1.5.

TYPFD BY

THE

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

OF PASSES.
DIAGNOSTIC

THE DEFAULT

IS A DECIMAL NUMBER

INDICATING THE

DESIRED NUMBER

A PASS IS DEFINED AS THE EXECUTION OF
THE
FULL
(ALL SELECTED TESTS) AGAINST ALL UNITS SUBMITTED.
IS NON-ENDING EXECUTION.

IN THIS CASE

EXIT FROM

THE
PROGRAM [S ACCOMPLISHED EITHER BY TYPING A CONTRO!I
/C OR
BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR
FLAG BEING
gEg.OF gHg EX%T IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT
N

S.1.0.

6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG-LIST> IS A SEQUENCE OF ELEMENTS OF
THE
FORM
<FLAG>,
<FLAG=1>, OR <FLAG=0>, SEPARATED BY COLONS, WHERE <FLAG> HAS

ONE OF

HOE

LOE

2500

2501
2502

21-JuL-81

THE=FOLLOWING VALUES:
L4

HALT ON ERROR,

IER
iBE
IXE

ING THE
" INHIBIT
«INHIBIT
INHIBIT

PNT

PRI

BOE
UAM

CAUSING COMMAND MODE

TO BE

ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP
CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) (ONTAINERROR
ERROR REPORTING
BASIC ERROR REPORTS

EXTENDED ERROR REPORTS

DIRECT ALL MESSAGES
NUMBER OF

TO A LINE

PRINTER

TEST BEING EXECUTED

BELL ON ERROR
RUN [N UNATTENDED MODE, BYPASSING MANUA.
INTERVENTION TES'S

(2DMQC MB2Q7 STATIC

“I0Mal. P11

DIAG.

21=-JuL=-81

14:36

MACY11

30A(1052)

21-JUL=-81

PROGRAM DOCUMENT

ISR
IDU
LOT

14:48

SEQ 0007

PAGE 4-4

INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY CJIAGNOSTIC
LOOP ON TEST

THE FLAGS NAMED OR EQUATED TO 1 ARE SET, THOSE EQUATED TO
O
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
[IF THE FLAGS
EwéTgP éSSN?TSGIVEN AL. FLAGS ARE CLFARED.
SEE
EXAMPLE
AT
N

.S5.1.5.

6.3.1.4 END OF PASS SWITCH

(/EOP:<INCR>)

<INCR>

INDICATING HOW OFTEN

1S A DECIMAL

PASSES) IT
PRINTED.

NUMBER

IS DESIRED
THAT
THE
DEFAULT
IS

EXAMPLE AT END OF 6.3.1.5.

6.3.1.5 EFFECT OF

THE
AT

(IN

TERMS OF

END
OF
PASS
MESSAGE
THE END OF FvERY PASS.

BE
SEE

START COMMAND

THE EFFECT 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

QUESTION

‘4
UNITS?'"
TO
WHICH
THE
OPERATOR REPLIES WITH A DECIMAL
NUMBER N FROM 1 TO 16. THE TERM "UNIT'® REFERS TO THE
DEVICE
TO WHICH
THIS ARE

THIS SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES
WILL

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
(IN
WHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR

BY GIVING N VALUES, SEPARATED BY COMMAS,
TO
EACH
QUESTION
(SERIES
WILL
BE POSED ONCE).
EACH QUESTION IS FOLLOWED BY
THE

RESPONSE

OCTAL,

AFTER

THE

RADIX

FOR

YES/NO)

PARENTHESES.

DECIMAL,

FOR

IN PARENTHESES AND

BINARY,

THE

DEFAULT

FOR

VALUE

FOLLOWING THE HARDWARE QUESTIONS ARE THE SOFTWARE
QUESTIONS
TO
BUILD
THE SOFTWARE TABLES, WHICH DEFINE THE MODE (QUICK
VERIFY ETC.) THAT THE DIAGNOSTIC WILL EXECUTE IN.

WHEN THE QUESTION '# UNITS?'' IS ANSWERED, MEMORY STORAGE

THIS
CASE THE DIAGNOSTIC
TEST ALL UNITS.

ALLOCATED
FOR
THE
P-TABLES, AND IF THERE IS NOT ENOUGH
ACCOMMODATE THEM THE MESSAGE "‘'TOO MANY UNITS'' IS ISSUED.
MUST BE

EXECUTED MORE

THAN ONCE

TO
[N

:
EXAMPLE

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

COMMAND WwiLL

(ONSISTING

CAUSE

THREE PASSES

TO BE

MADE,

EACH

PASS

TESTS 1,2,3,4,6,8,9, AND 10 EXECJUTED AGAINST

(ZDMQC MB8207 STATIC DIAG. #2

(20MQ(.P11

2566
2567
2568
2569
S;;g')

21-JuL-81

14:36

MACYTY 30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

PAGE 4-5

SEQ 0008

ALL UNITS.
THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND
SAYING <FLAG=1>. THE NOTATION <FLAG=0> ]S MEANINGFUL ONLY ON
A COMMAND OTHER THAN START TO C(LEAR A FLAG THAT WAS
PREVICUSLY SET.
NOTE
THAT ON ALL COMMANDS ONLY THE FIRST
THREE LETTERS ARE SCANNED.

2572

3332

6.3.2 RESTART COMMAND

2578

TR R AR AN

2576

RES(TART)/TESTS:<TEST=LIST>/PASS:<PASS=CNT>/FLAGS:

2578

2577

2579
2580

RN A AR R

R AN AN NN R AN RN AN A AR NN TR AR AN AR

AR ANNRRAN

R AN

<FLAG=LIST>/UNITS:<UNIT=-LIST.>
AN AN A AR AR R AR RN AN RN TR A AA

NN AN RRRANRARARR AN N RRARR NN RAY

32%12

6.3.2.1

2583

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

258%

TESTS, PASS, AND FLAGS SWITCHES

Sggg

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

2589
2590

<UNIT-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0,1
ETC.) OR
RANGES OF DECIMAL NUMBERS (0-5, 3-10 ET(C.) THAT SPECIFY THE

2592

THE

2591

UNITS TO BE TESTED.

NUMBERS

MAY

THE NUMBERS ARE

SEPARATED

RANGE FROM O THRU N-1

(OLONS.

THE

NUMBER

(N IS THE NUMBER OF

2593

UNITS SPECIFIED IN THE PREVIOUS START COMMAND).

2595

ENTERED DURING THE HARDWARE DIAGLOGUE.

2597

SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.

2594

2576

2598
5238

INDICATES

THE

SELECTED

MUST

POSITION

NOT

BEEN DROPPED BY THE DROP COMMAND.

HAVE

THE

P-TABLE

THE DATA WAS

THE UNITS WHICH

ARE

DEFAULT

IS
TO TEST ALL UNITS WHICH HAVE NOT EEEN DROPPED BY A DROP
COMMAND .

2601
Sgg%

6.3.2.3 EFFECT OF RESTART COMMAND

2604
2605
2606
2607
2608
2609
2610

THE RESTART COMMAND DIFFERS FROM THE START COMMAND
[N THAT
THE
P-TABLES
FROM
THE
PREVIOUS START COMMAND (THERE MUST
HAVE BEEN ONE) ARE USED, INSTEAD OF NEW ONES BEING BUILT.
THE UNITS SWITCH GIVES THE ABILITY TO SELECT A SUBSET OF
THESE.
THE SOFTWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED).
THE
COMMAND CAN BE USED AFTER
COMMAND MODE HAS BEEN REENTERED IN ANY OF THE
THREE
NORMAL

2612

AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET

2611

52}2

2615

WAYS:

THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE B)

A (ONTROL/C WAS ENTERED BY THE OPERATOR.

sg}g

6.3.3 CONTINUE COMMAND

2618

12 ZE23 2222222333222

2619

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

2620

22222222 RSl

RRRRSRSRRAR

RSt

RRaRR

Rl RE

()

R R R AN NN AN RN N R AR R R R R R R A RN RN NN AN NN AR AR R R RN P RPN NARNN RN AW

{20MQC MB207 STATIC DIAG. #¢
{Zomac.P1
21=JUL=-81 14:36

2622
2623
266

2625
2626
2627
2628
2629
2630
2631
2632
2633
2634
2635
2636
2€37
2638
2639
2640

2641
2642
2643
2644
2645
2646
2647
2648
2649

2650
2651
2652
2653
2654
2655
2656
2657
2658

2659
2660
2661
2662
2663
2664
2665
2666

2667

2668
2669
2670
2671
2672

2673
2674
2675

2676
2677

MACY11

30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

SEQ 0009

PAGE 4-6

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,

IF NONE REMAINS,

THE DEFAULT IS NON-ENDING EXECUTION.

6.3.3.2 FLAG SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG-LIST>
IS
SAME
AS
[N START
FLAGS RETAIN THEIR CURRENT VALUE.

6.3.3.3 EFFECT OF

COMMAND,

BUT UNSPECIFIED

CONTINUE COMMAND

CONTINUE MUST FOLLOW A START OR RESTART,
AND
C(OMMAND 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.
HARDWARE PARAMETERS MAY NOT BE CHANGED.
6.3.4 PROCEED COMMAND
[

2 2322222322222
S22 22822222323 22222311}7]13%]

PRO(CEED) /FLAGS:<FLAG-LIST>
2224323222332
SRS X222 2222223282222 2223322222221}

6.3.4.1

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

<FLAG-LIST>
IS
AS
IN
THE
START
FI AGS RETAIN THEIR CURRENT VALUE.

COMMAND,

BUT UNSPECIFIED

6.3.4.2 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

PARAMETERS MAY BE

C(ALL.

ALTERED.

NE ITHER HARDWARE NOR SOFf TWARE

6.3.5 ADD COMMAND
| ZX3 3223322322222

2222222422 RARARRRARRRRRRRRRSRRRRRdRRRARER
RS,

ADD/UNJTS:<UNIT=LIST>
I ZZ2ZE

2222222322232

222822222

SRR RRlRRRRRRRARRARRAR
SN

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT=LIST>
<UNJT=L]ST>

THE

RESTART

(OMMAND.

(ZDMQC M8207 STATIC DIAG. #2
P11
(ZDM.QC
21-JuL-81 14:36
2678
2679
2680
2681
2682
2083
2684
2685
2686
2687
2688
2689

MACY11 30A(1052)

14:48

21-JUL-81

PROGRAM DOCUMENT

PAGE 4~7

SEQ 0010

6.3.5.2 EFFECT OF ADD COMMAND
THE UNITS SPECIFIED ARE ADDED TO THE
TEST
SEQUENCE.
EACH
UNIT MUST HAVE A P-TABLE
IN MEMORY DUE
TO AN EARLIER

HARDWARE DJALOGUE.
THIS
COMMAND
MUST
BE
FGLLOWED
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
e

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

IZXZZ2F22232X22222222280SARRRSRElsRilRlilRARsRitRRsRS
RS RS

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

6.3.6.2 EFFECT OF

THE

RESTART

COMMAND.

DROP (OMMAND

THE UNITS SPECIFIED WILL BE DROPPED FROM TESTING.
THE UNITS
WILL BE RESELECTED ONLY BY THE EXECUTION OF AN ADD OR
START

COMMAND .

MUST BE

THE

UNITS

SWITCH MUST BE ENTERED.

FOLLOWED BY A RESTART OR A CONTINJE

THIS COMMAND

COMMAND.

6.3.7 PRINT COMMAND
I ZXZ222222222222220
RRRR SRR RSN AR
Rn Rl

PRI (NT)
1222323223223 2223238282802000c2RARR
2RSSttt
RRRRlR R A

6.3.7.1

EFFECT OF

PRINT COMMAND

THE TOTAL NUMBER QOF ERRORS FOR
EA(H
UNIT
START
OR
RESTART
(OMMAND ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE
THE
LAST
THE ISR (INHIBIT

6.3.8 DISPLAY COMMAND
I 2222332238232 2322322382332233328
20308220 RRRRRdRC0RRR2RRSR SRS E

DIS(PLAY)/UNITS:<UNIT-LIST>
(22 EXS

2222228222222

22202380022

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

2733

<UNIT=LIST>

IS AS

THE

RESTART

COMMAND.

RRRERRRl

(ZDMQC MB207 STATIC DIAG. #2
(ZomMac.P11
21-JUL=-81 14:36
2734

2735
2736
2737

2738
2739
2740
2741
2742
2743
2744
2745
2746
27467
2748
2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759
2760
2761
2762
2763
2764
2765
2766

MACY11

30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

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

ARE

PRINTED

DESIGNATED.

6.3.9 FLAGS COMMAND
2222202282022

R0dRSRARARRRllisRiltsl it

ilitsslsRlldld ]

FLACGS)
AN

A RN R A AR RN AN AN RN AR

6.3.9.1
THE

TR AAANRARAARNARAARANARNANANRANST
AN

EFFECT OF FLAGS (OMMAND

CURRENT

SETTINGS OF

ALL

FLAGS ARE PRINTED.

6.3."°0 ZFLAGS COMMAND
1222228222022

RRRRRRltRRRdRRsRl

ZFL (AGS)
LEASSRARERRRRRRRRERRERRRRARARRRRRR
Al
Rl
ndl ]

6.3.10.1
ALL

EFFECT OF ZFLAGS COMMAND

FLAGS ARE

CLEARED.

6.3.11

2769
2776

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

2772
2773
2774
2775
2776
2777

A CONTROL

277

TEST

QUT
IN
THE
FORMAT
[N WHICH THEY WERE ENTERED,
ANY UNITS
THA}GHE?EDDROPPED BY THE
OPERATOR
‘'DROP'' COMMAND
ARE
SO

2767
2768

SEQ 0011

PAGE 4-8

(CONTROL CHARACTERS

(Z)

ENTERED DURING ONE

EXECUTION OF

THE

A DIAGNOSTIC

THREE

OPERATOR

DIALOGUES- INITIAL DJALOGUE (SEE 6.2) ,HARDWARE DJALOGUE
6.3.1.5), CR SOFTWARE
DIALOGUE
(SEE
6.3.1.5)
CAUSES
DEFAULTS

TO BE

A CONTROL

TAKEN FOR THE REMAINDER OF

(O)

ENTERED DURING

THE

THAT DIALOGUE.

EXECUTION OF

(SEE
THE

A DIAGNOSTIC

CAUSES
ALL
TELETYPE
OUTPUT
TO
BE
SURPRESSED
FOR
THE
REMAINDER
OF
THE
DIAGNOSTIC
OR UNTIL ANOTHER O IS TYPED,
WHICH RESTORES NORMAL TELETYPE OUTPUT.

6.3.12 HARDWARE PARAMETERS
THE
THE

FOLLOWING QUESTIONS WILL BE ASKED ON
A
START
(OMMAND.
VALUE
LOCATED
TO THE LEFT OF THE QUESTION MARK [S THE

gggég&gEVALUE

THAT

WILL

TAKEN

(ARRJAGE

RETURN

(ZDMQC MB8207 STATIC DIAG. #¢
(ZDMQC.P11
21-JuL~-81 14:36
2790
279

MACY11

30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

1. WHICH MICRO-CPU?

SEQ 0012

PAGE 4-9

(0= MB200, 4= MB204,

2. MICRO-CPU (SR ADDRESS:

7= MB207)

(0) 7?

(0) 160170?

THIS IS THE ADDRESS AT WHICH THE CSR REGISTERS (SELQ)

THE

UNIBUS.

THE

ALLOWABLE

MICRO-PROCESSOR RUN SWITCH-TYPE 1

(OCTAL), AND THE DEFAULT IS 160170.

RANGE

IF ON,

RESIDE

160000-177776

IF OFF:

(0) 0?

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

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

TESTS.

6.3.14 EXTENDED DISCUSSION OF

THE

P~TABLE DIALOGUE

THE
FULL CAPABILITY OF THE HARDWARE DJALOGUE IS REVEALED BY
THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.

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

ANSWERED

(WITH

THE

SLOTS

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 HARDWARE PARAMETER
QUESTIONS AND THE

SLOTS

IN THE P-TABLE

FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF

THE

LESS THAN N EXPLICIT VALUES

ALL

THE

QUESTION,

P-TABLES ARE

FILLED.

THE

RESPONSE

CPERATOR

THESE VALUES ARE PLACED IN THE P-TABLES

GOING INTO THE PROPER SLOT OF EACH
THE
THE

P-TABLE

TYPES

PARTICULAR
(ONE VALUE

BEGINNING

WITH

FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
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 PRCCESS 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

SERJES OF

GIVING

QUESTIONS

REISSUED

UNTIL

LEAST

ONE

QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR,

STRING

OF VALUES,

VALUES MAY BE USED TO INDICATE

NAMED VALUE.

COMMAS WITHOUT
REPETITION

INTERVENING
THE

LAST

bERHIT LT 2§

AASABAYB
A >Feededay
Ja IFARIN IR MY R IY.Y A0V

¥ FAATFAITIF
= P

T20MuC MB207 STATIC DIAG, #2
C
. P11
T0MQ
21=suL =81 16:36

MACYYY

30A(1052)

21-JUL-81

PROGRAM DOCUMENT

STRING

EXAMPLE).

SAMPLE

14:48

VALUES

SEQ 0013

PAGE 4-10

MAY

GIVEN

TRANSLATES

THt

A RANGE

RANGE

STRING

6,7,8,9,10

AND THAT

THERE ARE

THREE HARDWARE PARAMETERS FOR EACH (THREE

SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
IN
THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE F]RST PARAMETER BE

THE NUMBER 75 FOR ALL 16 TABLES.
LETM THE DESIRED VALUE
FOR
THE
SECOND
PARAMETER
BE
EQUSL
TO
THE
UNIT
NUMBER
(0,1,2,...,15) TXCFPT FOR UNIT 12, WwHI(H SHOULD RECEIVE
THE

VALUE
11,
LET THE DESINED valUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE
NUMBER
77
FIOR
THE LAST 9 UNITS.

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:
& UNITS

(D)

UNIT

<QUESTION
<QUESTION

2> ? 0-6
3> ? 76

UNIT 21
<QUESTION 1> ?

<QUESTION
<QUESTION

2> ? 7-11,,13-15
3> ? 77

THE FIRST
TIME THE SERIES [S ASKED. SLOT ONE RECEIVES A 75
IN ALL 16 TABLES.
SLOT TwO RECEIVES THE VALUES 0,1,2,....6

TABLES

TMRU 6 AND A CONSTANT 6 IN TABLES ¢ THRU 18.

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 TMIS PIECE OF INFORMATION IS

PRINTED OUT FOR THE THE OPERATOR IN THE FORM
M€

BEGINNING

OF EACH SERIES).

OUESTION 1

15,

SINCE MO MEW EXLICIT VALUES ARE

“UNIT

Xx'*

IS RESPONDED TO

8Y A <(R>, SO SLOT ONME STAYS AT CONSTANT 75 IN TABLES 7 THRU
TYPED

T VALUES 7.8.9,10,%1 IN TABLES 7 THRU 11

SLOT

IN.

SLOT

TWO GETS

AND GETS A 11 éu

12, md GEFS fre ALES 13,14,15 [N TABLES 13 THRU 15,

SCOT THAEE GETS THE VALUE 77

IN TABLES 7 THRU 1S,

TERMINATED wEN THE SOF TWARE RE(OGNIZES THAT
THE DIALOGUE [S S TERM]
16 EXPLICIT VAL JES MAVE BEEN GIVEN FOR AT LEAST ONF QST (W

‘

(AN

NOW LET
US
SEE
HOW WE
(OULD USE THESE CAPABILITIES TO
(ONSTRUCT A SET OF P-TABLES.
ASSUME THAT WE HAVE 16 UNITS,

THIS

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

(NAPELY QUESTION 2).

PR) »

(6-10 FOR

THE VALUES REPRESENT PURE NUMERICAL DATA,

7.0

TEST DESCRIPTIONS

e00 00000000 sssscreee

TECI'

csesvesnccccnccccnee

(ZDMQC MB207 STATIC DIAG. #2
cZoMac.P11
21-JUL~-81 14:36

MACY11

30A(1052)

21-JUL-81

PROGRAM DOCUMENT

14:48

¢
PAGE 4-11

SEQ 0014

*VER]FY THAT REFERENCING UNIBUS DEVICE REGISTERS
*DOES NOT CAUSE A TIME OUT TRAP

(22222222822
2022222222 222202222002 aR20200R0Rdd2d 2]

rexrnnnnennnnnnnantns

TEST

snnnnannnanawennnnnn

*TEST OF BR RIGHT SHIFT

*VERIFY THAT A DEST OF oR RSH (011) OF A MICRO-INSTRUCTION

*SHIFTS THE RESULTING BR
(2322322322322

DATA RIGHT ONCE.

3232222220223 2202323022022

rxnnnnnnnnnenrnannnatt

TEST

20 R22022Rd00RdR]

anawnnnnnnnnnannnen

~JOP (RAM WRITE/READ TEST
*FLOAT A 1

THROUGH EACH CRAM LOCATION

[ZXZX23222332222

2222222220220

AR RRCRRRNRRAANNARAnnr

TEST

RR2022dRddRRitllll)

townnannnunkarntnns

* 0P CRAM WRITE/READ TEST

*FLOAT A 0 THROUGH EACH CRAM LOCATION
(2223322222222
222228 23222220200 RR22RRR2ddRRRRRld ]S

renrannnnanennnrnrnnanwwn

JEST

wwnanvsnsnannnnnnnennse

*]OP CRAM DUAL ADDRESSING TEST

*WRITE EACH ADDRESS INTO ITSELF, READ EACH
*ADDRESS TO VERIFY CORRECT ADDRESSING
(2233223232232 32823 222322238222

RRRARRANNNNRRARAAARAAnt

2302 28

TEST

222222228202 0223 0]}

Anmscnnannnnnnneanen

*]JOP MAIN MEMORY TEST
*FLOAT A 1

THROUGH ALL MAIN MEMORY LOCATIONS

I 2322322232223

2323222322222

ARRRRNRNNERRANANRANAAR

[EST

222d0 RRR22RR2220R

saatnnnenaannennnsn

*|OP MAIN MEMORY TEST

*FLOAT A O THROUGH ALL MAIN MEMORY LOCATIONS
[ ZZ22X2222

2232232323222 820082220R0R22R202202RR 22N

rarkanrrnAnnanrrnnnntnr

JEST

nannnvnsnnannnnnsnnsn

*]OP MAIN MEMORY DUAL ADDRESSING TEST

*L0OAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS

*READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING
|32 X222223 3222222322222

sennnnwnnreennnwwwwnr

*]OP MAR TEST

JEST

*PERFORM DUAL ADDRESSING

RRRRRRRRRRRRRARERRSAN

TEST

*USING MAR AUTO-INC FEATURE
|22 X222

2957

senennnnnannmanrnrnannn

2222222222222

SRRl

ARl

CZDMQC MB207 STATIC DIAG. #2
21-JUL-81 14:36
(Zomac.P1
2958
2959
2960

MACY11

30A(1052)

21-JUL-81

PROGRAM DOCUMENT

senawnnwnnnnnnananns

14:48

TEST

2
PAGE 4-12

SEQ 0015

voevnanwnnsnnnannwnnny

*]OP (CRAM) CDT BITS TEST
* 0AD MAR WITH A O INC MAR UNTIL

IT OVERFLOWS
«VERIFY THAT [BUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 [S A ONE
*AND THAT
AN

[BUS* 10 BIT6 IS SET ON MAR OVERFLOW

AR RARNRARERARARNRARAARRARARARANRAAAR

AR RARRRARAAAARARRRNR

TEST

AR ARARTA
AN

wnsennnnnnnenrnrnnknnn

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

JUMP

INSTRUCTION

«VERIFY THE JUMP DID NOT OCCUR BY (LOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE (RAM 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
222 X223

2232282222222222222
2Rt RRRsRR Rl Rd

AR RRPANRRRRARAANNRAR

JEST

aanwsmnaanasannnwnnnnnn

*CRAM TEST OF JUMP(]) 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
132222333323 2222322 832222322000 RARRR2RR0RRRRRRR
RS R]

tannnnnwnerernrwanwwr

TEST

nenwnsnnnnnnnnnennnnnn

*CRAM TEST OF JUMP(]) 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
*8R 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 RZ22ZES2S2 2222222222222
22820t RRRERRRRRRR A/

tnnanwannrrrnnrnnnnr

TEST

aanarannnnnnwsnnnnntnn

«CRAM TEST OF JUMP(]) 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
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
*THE JUMP wAS SUCCESSFUL, [F_THE

~THEN PORT4 WILL CONTAIN A 37

IF THIS DATA IS CORRECT
JUMP WAS UNSUCCESSFUL

(222222222222 2322222202222R2RRRRRRRRRRRRRRRdRRSSN

(ZDOMQC MB8207 STATIC DIAG. #2
(ZDMQC.P11
21-JUL-81 14:36
3014
3015
3076
3017
3018
3019
3020
3021
3022
3023
3024
3025
3026
3027

MACY11

30A(1052)

21-JUL=-81

14:48

PROGRAM DOCUMENT

rannnnnnnnwwrneenwstt

JEST

2
PAGE 4-13

SEQ 0016

sawannwnnerannnnnnnnesn

*(CRAM TEST OF JUMP(]) 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 P(C.
AT THIS POINT
*THE BR DATA IS MOVED TO PORT4.
[IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, [F THE JUMP WAS UNSUCCESSFUL
*THEN THE PORT4 WILL CONTAIN A 37
L2884 28208RR2RSSRRR0RRARARdsRatiliililia
il
sy ]|

rernna
e rnnarwtt

TEST

NANKAAN
AR AXARNNANNNRAR

*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.

*THE JUMP WAS SUCCESSFUL, IF THE
*THEN PORT4 WILL CONTAIN A 37

THIS DATA

JUMP WAS

CORRECT

UNSUCCESSFUL

AAAARAR AR RN ARAARAAANANANANR
AR ARAARNARATNY AR
RN AN NN

aannaRAnshansnnnnrn

JEST

ananannnwnnnnnwnnnntenn

*CRAM TEST OF JUMP(]) ON BR&4 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR4 BIT, PERFORM THE JUMP [NSTRUCTION,
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«JN 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.
*THE JUMP WAS SUCCESSFUL, IF _THE
*THEN PORT4 WILL C(ONTAIN A 37
AARAARRAA AR

IF THIS DATA IS CORRE(CT
JUMP WAS UNSUCCESSFUL

ANRAANRCRARNR AN AR RN ANANNARNRAAARARNNNN
A AR
RS

AARRAAAANNRNRARANAN

TEST

annanannannnvnnnnnnnnnn

*CRAM TEST OF JUMP(]) ON BR7 SET MICRO-PROCESSOR INSTRUCTION,
*SET THE BR7 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.

*THE BR DATA IS MOVED TO PORT4.
*THE JUMP WAS SUCCESSFUL, IF _THE
*THEN PORTS WILL CONTAIN A 37

THIS POINT

[IF THIS DATA IS (CORRECT
JUMP WAS UNSUCCESSFUL

L A2 8RS8RARRRARR2dRRRRARRRRRRRRRRRARRRRR2RRRRRE
2]

sreannranannennnnnrt

JEST

anrnnnvnnnnnvannnnnnnnnn

*(RAM TEST OF JUMP(]) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
*SET THE C BIT, PERFORM THE JUMP [NSTRUCTION.
*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

DATA

[S MOVED

PORT4.

THIS

DATA

(CORRE(T

(ZDMQC MB8207 STATIC DIAG. #2
(ZomMac.pP11
21-JuL=-81 14:36
3070
30N
3072
3073
3074
3075
3076
3077
3078
3079
3080
3081
3082

MACY11

30A(1052)

21-JUL-81

PROGRAM DOCUMENT
*THE

14:48

JUMP WAS SUCCESSFUL,

2
PAGE 4-14

*THEN PORT4 WILL CONTAIN A 37
(2222282222023

SEQ 0017

_THE JUMP WAS UNSUCCESSFUL

02200d38ddfiR0RR2RRiRRRRidsiistasdlsdsd

sunnwrnerwnrnrrtannwn

JEST

wnnnannnarannannnnnwnnen

*CRAM TEST OF JUMP(]) ON Z BIT CLEAR M, CRO-PROCESSOR INSTRUCTION.
*CLEAR THE Z BIT, PERFORM THE JUMP [NSTRUCTION.
*YERIFY 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 P(C.
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
B2 AR RRRRRRAEsRRERRRRRRRRRtRRRRRRRRRlS
)

AaaaRA
A
hatrnnnnr

TEST

stnannnnwannnransannannnnn

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

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.

+*THE BR DATA IS MOVED TO PORT4.
*THE JUMP WAS SUCCESSFUL, [F THE
*THEN PORT4 WILL CONTAIN A 37

A THIS POINT

IF TnIS DATA IS CORRECT
JUMP WAS UNSUCCESSFUL

AN RRAARANAARNAARARNRAAAARNAAAN
AR R R AR ARNANAANRAAARAANAANRR AR

D e

e e

SBBIRI

N AN AN N AN N AN NN N NN NN

md
e

N U

i ed o
—h et e

L WA AN N U

AUNUNI NI NUND b b b —d d o b —2 b
VB WN 2O 000NN
—

ek —d rd —d =D

NRNR

hninn

TEST

aannanaasannanananknwnnnsn

*(RAM TEST OF JUMP(]) ON BR1 CLEAR MICRO-PROCESSOR INSTRUCTIOCN.
*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
*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37

AR ARARR

S22

2202082R202

rarnennrnnnnnnntnwnr

JTEST

R RRRRRRRRRRRRARRRSRRRR]

aannannnannnnnnansannnnn

«CRAM TEST OF JUMP(]) ON BR& CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BR4 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.
«THE CRAM PC IS CORRECT,
IF THE

«THEN PORT4 CONTAINS A $7
1 322882202828

IF THIS DATA IS CORRECT
“RAM PC IS NOT RIGHT

228282220 RR0RRRRERRRdRRRSRRRRRRRRE
SRS

senvnnnnnnnvennnnn

TEST

wasennsawnnannneannnnnnn

*(RAM TEST OF JUMP(I) ON BR7 (LEAR MICRO=-PROCESSOR
*(LEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCT]ON.

INSTRUCTION.

CZ0MQC MB8207 STATIC DIAG. #2
(20MQ(.P11

21=-JuL=-81 14:36

MACY11

30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

SEQ 0018

PAGE 4-15

3126
3127
318
3129
3130

«VERIFY THE JUMP DID NOT OCFUR BY CLOCKING "HE INSTRUCTION
»IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
AT THIS POINT
«BR WITH THE LOWEST 8 BITS OF THE CRAM PC.

3132
3133

RENRAANRNNANARNRNRARRARN
AN AN RNARNRRRAAANEASY

«THE

CRAM PC

IS CORRECT,

«THEN PORT4 CONTAINS A $7

THE

THIS DATA IS CORRECT

CRAM PC

IS NOT

RIGHT

AANTRANTAANARS

TEST.

*IN THIS TEST WE WILL VERIFY THAT PAGES DO
*NOT DUAL ADDRESS.

THIS TEST IS DIFFERENT FROM THE

*PREVIOUS DUAL ADDRESS TESTS [N THAT THE OTHER
«TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING

JEST

snnnnwrnannnnnntsnrannene

*JUMP FIELD,PAGE

TEST

*IN THIS TEST WE WILL MAKE SURE A JUMP FIELD INSTRUCTION
*WORKS.
10 DO THIS, WE'LL PUT THE DESIRED PAGE, FIELD

«INFORMATION IN IBUS*<13> THEN [SSUE A JUMP FIELD

*THEN WE'LL

READ PC

REG.

AND VERIFY.

I 223222 ZZ22AZERER

AR RARRRRRRRRRRRARARERSR

srvannnnannnnnnnr

JEST

sanensannnnvnnonnnannnner

*JUMP TEST,

JUMP ALWAYS,

«IN THIS TEST, WE WILL
*M]CRO-PROCESSOR

JUMP (HANGE

FIELD

CHECK THE ABILITY OF

TO JUMP

(BRANCH AND ALWAYS

THE

INSTRUCTION)

o
s

NS
i -

*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS fROM
*OTHER TEST.
PROCEDURE
:
.
1.
START ADDR O, FIELD O
»+(ALCULATE NEW ADDRS, FIELD VIA INC,
(AUSE JUMP (BRAN(CH) TO NEwW ADDRESS
READ PC FROM [BUS*12 AND [BUS*13
REPEAT STEP 2-4 256.TIMES

3147
3148
3149
3150
3151

seavrnnrrnrannnnnnn

)

anmnnenwnnnnannnnnneniny

SN N
—=20OO oo~

)
il
s
b

I EXXESZERZASSRR2R
2002
RdRRRdRRRRRRRRRRR2RR R Rdld

~
o

——

JEST

*MAIN MEMORY PAGE DUAL ADDRESS

3145
w

vannannnennnnwnrwn

o
=D
=D -l

NN NN NN WWWWAWNWN

RPN

' 31

«THE BR DATA IS MOVED TO PORT4.

TO CALCULATE NEW ADDRESS:

1.
2.

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

ZERO.

NET RESULT

FIELD,PAGE

IS JUMPS FROM:

LOC

(ZDMQ(C M8207 STATIC DIAG, #2
(Zomac.P1
21=JuL-81 14:36

SRSPECC8BRIRAP

b dod

A D

NN N N UM N NN NN N AN

3182
3183

3198

MACY11

30A(1052)

21-JuL=-81

PROGRAM DOCUMENT
.

14:48

2
PAGE 4-16

SEQ 0019

3
10

3
7

:10

[

377

XXX X222 X232 E222Z2R2Z2Z2X2R2

sevevsnnennanansnen

TEST

22222

X222 R

nevannencnnnannnnntenns

*JUMP TEST,

JUMP ALWAYS,

*IN THIS TEST, WE WILL

JUMP (HANGE FIELD

CHECK THE ABILITY OF

THE

*M]CRO-PROCESSOR TO JUMP (BRAN(H AND ALWAYS INSTRUCTION)
*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM

*OTHER TESTS.

START ADDR O,

PROCEDURE
:
FIELD O

.
g
o
.

2.
3.
4.
S.

TO CALCULATE NEW ADDRESS:

.
.

*+(CALCULATE NEW ADDRS, FIELD VIA DEC,
CAUSE JUMP (BRAN(CH) TO NEW ADDRESS
READ PC FROM [BUS*12 AND IBUS+13
REPEAT STEP 2=4 256.TIMES
DEC LOW BYTE OF ADDRESS FOR PC ADDRESS 0=7

DEC LOW BYTE OF N ADDRESS FOR P( ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3.
WHEN 0-3 OVERFLOWS,
RESTARTS AT

.
*

ZERO

NET RESULT
FIELD,PAGE

.
.

IS JUMPS FROM:
LOC:

0
17

0
377

376

375

:10

T X2 XX 22 X222

000

2XXZ2222222222222
AR AR AR
K]

teensennnennrrnsnnn

JTEST

savenenenncansnnannenene

«IN THIS TEST WE'LL VERIFY THAT THE 2 BIT CAN BE READ FROM
*[BUS*<13>, WE ALREADY KNOW THAT THE 7 BIT WORKS PROPERLY,
tAlLl

WANT

| 22222222222

TO KNOW HERE

22R222222

seescncnvvecsnnneanr

THAT

CAN BE

READ.

2222 RRRRRRRARRRRRRARRRRR]

TEST

ennvonnvennvonnnonnnnene

eIN THIS

TEST WE'LL

VERIFY

THAT

«JBUS*<13>, WE ALREADY KNOW THAT
*ALL WE

WANT

TO KNOW HERF

THE

THAT

( BIT

CAN BE READ FROM

THE ( BIT WORKS PROPER._Y
|T BE READ.

*
TANP

RO RARNESEOIQOARONRASROERNROSSEPIOPETROERNSISTERNRSIORORRNETEROROOGESPORAOTRSRTETY

C2DMQAC MB8207 STATIL DIAG. #?2
(Z0mMaC.P11
21=JuL=-81 14:36

3238
3239
3240
3241
3742
3263
3244
3245
3246
3247
3248
3249
S
3()
3251
3252

3253
3254
3255
3256
3257
3258
3259
7260
3261
3062
3263
3264
3265
3266
3267
3268
3269
3270
3271
3272
3273

MACY1T

30A(1052)

21-JuL-81

14:48

PROGRAM DOCUMENT

sonnvennnrnnennnnnn

TEST

2
PAGE 4-17

SEQ 0020

encanvannrsnnnaseannncene

*TEST

PROGRAM (LOCK B]T

(AR XA

ALAS SRR

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

savasannanennnnnsnn

*FORCE

POWER FAIL

JICST

RNt
R 2]

wecnannnnennnnnaannanene

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 FAJL
\ AR S

AASRR

ARl

dRRddlRRi

sxrnnenntnennnenne

JEST

TEST

*TO

REGISTERS

THE

ALL

ZERO'S

]8US* AND

THEN ALL
[BUS

*THEN GO BACK AND READ
«READING

AND

WR]TING

*DID NOT

CHANGE

THE

)22

ARNRANANAARANN
AR
RANNY

*MICRO-PROCESSOR NOISE

*WRITE

ONE'S

THEN A DATA PATTERN

AND

DATA PATTERNS

OTHER

LOCATIONS

THE

SP AND MAIN McM

TO VERIFY

AND

ThAT

REGISTERS

DATA,

L AARASAARRAARARE
Rl
RARERRRRNARRERARRXER X222 ]

rrananwnnnnnennnen

*THIS

TEST

JEST

DESIGNED

*D0cS NOT WRITE

sennnnnnnnennennnnannenee

TO MAKE

SURE

INTO PORT B OF

THAT

A NODST

INSTRUCTION

THE MULTIPORT RAM.

*70 DO THIS, WE'LL PUT A 125 INTO INDATZ2, THEN WwE'LL PUT A
*125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR, SuUBQ(C,
*]F THERE IS A WRITE INTO PORTB, INADTZ2 WILL CONTAIN A 377

5P!

LA SRR RARRARRRRRARER2RRRRRR222RRRRRRdRR
X2
2R

vaaevannannnnrnnanr

TEST

ennnnnnnonnnnnnnnnnracenns

*EXTENDED CRAM TEST FOR M8206.

IN THIS TEST WE WILL

*THROUGHOUT THE (RAM (TEST DATA IS
*THEN READ IT BACK AND VERIFY THAT
I 222

SRR

02l

tennensnnnnnnnnnen

TEST

*TH]S TEST LOADS MICRO-CODE
«THE MICRO-CODE 1S DESIGNED

JUST 4K OF DIAG.
IT IS CORRECT

wannnnnnnnennnnnnsannanne

INTO A MB206 M(PU
TO WRITE ALL ONES

THEN EXECUTES [T,
INTG THE SEL REGS.

RS2 2RRRRRR2RRRZR2A2RRRRRZRRXRR
22 2

tevecennesenennene

TEST

AND

2R}

(2SR

LOAD DATA

CODE)

snnvenccnnnnnsannerecnnee

| ]

*NEGATIVE ADDRESS TEST.
.
IN THIS TEST, WE'LL MAKE

SURE

THAT THE M82(C7

(ZDMQC MB207 STATIC DIAG. #¢
(Z0maC.P11
21-JuL-81 14:36
3294
3295
3296
3297
<98
3299
3300
3301
3302
3303
3304
3305
3306
3307
3308
3309
3310
3311
3312
3313
3314
3315

3316
3317
3318
3319
3320

3321

3322
3323
3324
3325
3326
3327
3328
3329
3330
3331
3332

3333
3334
3335

3336
3337
3338
3339

MACY11

3DA(1052)

21-JuUL-81

14:48

PROGRAM DOCUMENT

SFQ 0021

PAGE 4-18

DQBSI?OT RESPOND TO AN ADDRESS THAT [SN'T ASSIGNED

*
*

[Z2Z22ZZ2Z222X2222
222222 2RR2RR 22222202
RRdRdR ]

raennnnannnnnnnnnnnr

JEST

enannnnnnnn

sasrntrsnannnn

*3YTE ADDRESSING TEST
*
HERE, WE'RE GOING TO MAKE
.

WRITE

SURE

THAT WE CAN

INTO ONLY A HIGH OR LOW BYTE OF

THE M(CPU.

AR AR R AR RANRANNRRANNANARAIRARRARNANNARNRASIANAANRARNANOAR

sennnnnanwnennnnnt

JEST

sxvannnnnnnnnvnnnnonntnnn

*IN THIS TEST WL'RE GOING TO MAKE SURE

THAT ThE FPC

*REC COUNTS UP PROPERLY.
THE PC REG SHOULD
*ONCE AFTER EACH INSTRUCTION.

INCREMENT

EAXRRPARRARANRRANANNRRAAARN
R RARANRNRARRAANARSIARNANARANNA NS S

RERARRNNRRRRRARNAN

TEST

vt annanaaaanreaetaaanannn

»IN THIS TEST WE'LL MAKE SURE THAT "BRANCH F1ZLD H'' DOESN'T

*GET STUCK HIGH.
«FJRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
*W]TH BAB BITS 11412 SET.
IF PCR BITS 8+9 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 P(R.
(2222232222222 222222223 22222222 22ZRRdRRR2RRRREAR
RSl R

wrnarnanknnnnnthrt

JEST

waaanaannennaannnanrhnstnnny

*IN THIS TEST WE'RE GOING 10 MAKE SURE THAT ONLY SPO
*]S SELECTED FOR SOURCE WHEN THE DESTINATION
*]S THE OUTBUS
*FIRST WE'LL WRITE EACH SP ADDRS INTO ITSELF
*MOV SP TO 0BUS4.
THAT SHOULD SELECT

*SP ADDRESS 0.
*BLAME

THEN WE'LL

IF ANY OTHER DATA SHOWS UP, WE'LL

[T ON THE SELECTION OF A DIFFERENT SCRAT(CH PAD.

I ES8 2222228823222
222220202202 2222202 R0RRRRARRRR SR

rannnanenenanntdrt

JEST

A anaaaaananntaasasannnannnn

«IN THIS TEST WE ARE GOING TO MAKE SURE THAT THE
*SIGNAL MOV INST H'' (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 (ROM BJTS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND 11
*]F MOV INST H'' GETS STUCK HIGH, THE PC REG HIGH WILL GET LOADED
*W]TH

CONTENTS OF

THE

ALU

(LEAR.

(2DMQC MB207 STATIC DIAG. #2
CZDOMQC.P11
21-JUL-81 14:36
3350
3331

MACY11

30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

2
PAGE 4-19

SEQ 0022

(2232222282222

RRRRRRRRRRRRRRRRRRRRRRiRR

IZ22232222 2222222 2 20 1 31

1,3

*TEST THAT MASTER CLEAR,

122232 2222222232222 222222

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
*THEN WE'LL SET ALL THE BITS IN BOTH
*\NPR REQUEST. WE'LL LOOK TO SEE THAT
~WE'LL DO A MASTER CLEAR AND BE SURE
(22 X2222332222232222 8222223222222

BUS REQUEST BIT THAT
REGS EXCEPT THE
ALL GOT SET, NEXT
THAT THEY ALL CLEAR.

22223222228

d0RRRRXRR

IT WON'T BUG uS

8.0 ERROR INFORMATION
8.1

ERROR REPORTING

ERRORS ARE REPORTED BY THE PROGRAM AS
THEY
OCCUR
(JF
NOT
INHIBITED). THF REPORT CONFORMS TO THE DJAGNOSTIC 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.

THE

FOLLOWING EXAMPLES PROVIDE

TYPICAL ERROR REPORTS:

CZDMQ DVC FTL ERR 00045 TST 027 SUB 000 PC:022572
MASTER
CLEAR FAILED
TO CLEAR PC
REG,
CONTENTS-000624
(ZDMQ DVC FTL ERR 00015 TST 042 SUB 000 P(:027234

UNIT=00, FAILING UNIT ADDRESS=160170
JUMP TEST ERROR
FROM ADDR

T0 ADDR

000402

000000

FOR ALL

OTHER ERRORS,

9.0

HISTORY

REQUIRE

ADDITIONAL

BAD ADDR

000114

THE REPORT MAY BE MORE

DATA

MODIFIED AUGUST

TO BE

REPORTED.

1980 FOR THE FOLLOWING REASONS:

(ANCELL DEPQ (ZDMOA!

DETECT BAD TIMING ON INTERNAL

EXTENSIVE

CANCELL DEPO CZDMQA?

(LOCK.

AND

(ZDMQC MB8207 STATIC DIAG. #2

(ZDMQC.P11

21-JUL-81

14:36

MACY11 30A(1052)

PROGRAM DOCUMENT

3406

;28%

3409
3,10

21-JUL=-B1

14:48

MODIFIED JULY 1981

PAGE 4-20

TO FIX TEST 43 MAR BITS IN IBUS* 10.

SEQ 0023

(ZDMQC MB20Q7 STATIC DIAG. #2
(ZDMQC.P11
34612
3413
3474

3415

3616

21-JuL-81

14:36

MACY11

30A(1052)

21=-JUL-81

PROGRAM DOCUMENT

14:48

2
PAGE 5

SEQ 0024

C(ZDMQCO MB8207 STATIC DIAG #2
(Zomat . P11
21-JuL-81 14:36
3418
3426

3444
3445
3446
3447
3448
%figg

3451
3452
3453
33222

2456

SVC

002000

BGNMUD

CZLMQ

000000

000000
000000
000000
000000
000000
000000

PAGE 5-1

SEQ 0025

;

INITIALIZE SUPERVISOR MACROS

SLSTIN- O

SLSTTAG= 0
SVCINS=
SVCTST=
Sv(suB=
SV(GBL=
SVCTAG=

:
:
;
:

3443

MCALL
Sv(

3440
5441
3442

002000

3436
3437
3438
3439

14:48

LTITLE CZDMQCO MB207 STATIC DIAG #2
.=2000

OOOO0O

34c?
3428
3429
3430
33
3632
3433
%2%%

002000

MACY11 30A(1052)
21-JUL-81
PROGRAM DCCUMENT

LIST INSTRUCTIONS, SHIFTED RIGHT
LIST TEST TAGS, SHIFTED RIGHT
LIST SUBTEST TAGS, SHIFTED RIGHT
L IST GLOBAL TAGS, SHIFTED RIGHT
LIST OTHER TAGS, SHIFTED RIGHT

CHANGE THE VALUES OF THE SVC... SYMBOLS TO BE ZERQ IF YOU WISH
TO ALJGN THE MACRQO CALLS AND THEIR EXPANS]ONS. CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS. YOU MAY
CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM.

(2DMQCO M8207 STATIC DIAG #2
(ZDMQC P
21=-JUL-81 14:36

(4)
(4)
(4)

(6)
(6)
(5)
(5)
4)
(5)
(&)

(5)
(4)
(5)
(4)

(5)

002000
002000
002000
002001
002002
002003
002004
002005
002006
002007
052010
002010
002011
002011
002012
002012
002014
002014

600

103

060
000000
000360

(4)
(5)

000000

(&)

(5)

000000

030144

000000

(4)

(6)
(4)

(&)

"ASCIi
"ASCI]
"ASCII
"ASCII
‘BYTE
"RYTE
‘BYTE

LSREV::

(4)

LSDEPO:

LSUNIT:
LSTIML:

"LASCII

70/

" .WORD
" .WORD

L$HP(P::

:
LSSPCP:
LSHPTP::

LSSPIP::
LSLADP::

LS$STA::
L$CO::

LSMRvE:

.WORD
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.WORD

240.
L $HARD

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LSLAST

.WORD

.WORD
.WORD

" WORD

" .BYTE
BYTE

;DIAGNOSTIC NAME

JREVISION LEVEL

;0
JNUMBER OF UNITS
:LONGEST TEST TIME

JPOINTER TO H.W. QUES.

;POINTER TO S.W. QUES.
;PTR.

TO DEF.

H.W.

PTABLE

;JPTR.

TO S.W.

PTABLE

:DIAG. END ADDRESS

;RESERVED FOR APT STATS

:DIAGNOSTIC TYPE
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. WORD

LSEXPY:

003
3

.WORD

(5)

(§)

. WORD

" .WORD

LSENV]::

(4)

0
C
0

/C/

(5)

'3)

SEQ 0026

/2/
/D/
/M/
/Q/

LASCI]

L$PRIO::

(5)

2
PAGE 5-2

€ZDMQ,(C,0,240.,0

"LASCII /C/

LSDTP::

(5)

PUNGU

HEADER

LSAPT::

(5)

L SNAME:

LSDTYP::

(5)

THE PROGRAM HEADER IS THE INTERFACE BETWEEN
THE DJAGNOSTIC PROGRAM AND THE SUPERVISOR.

000

002262

(5)

14:48

POINTER BGNAU,BGNDU

(4)

(&)

PROGRAM HEADER

002000

027344

(5)

.SBTTL

PROGRAM HEADER

.
;

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21-JuL-81

[N
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30A(1052)

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3458
3459
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MACY11

;PTR,

LSDISPAT(CH

TO DISPATCH

TABLE

;DIAGNOSTIC RUN PRIORITY

;FLAGS DESCRIBE HOW [T WAS <ETUP

JEXPANS|ON WORD

;SVC REV AND EDIT &
CSREVISION
($ED]T

(ZOMQCO M8207 STATIC DIAG #2
N ~
N
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(ZOMQC.P11

002052
002052
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002072

00207¢2

002074
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002076
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002104
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002106

002110
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02114
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002122
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177777
177777
177777

14:36

MACY11

30A(1052)

21-JuL-81

PROGRAM HEADER

LSEF::
LSSPC::
LSDEVP::
LSREPP::
LSEXP4::

LSEXPS::
LSAUT::
LSDUT::

LSLUN::
:
L$DESP:

:
L$LOAD:

LSETP::
L$ICP::

LSCCP::

-SA(P::
L$PRT::
LSTEST::

LSDLY::
::
LSHIME

L $PROT:

14 :48

. WORD
.WORD

0
0

.WORD

LSDVTYP

.WORD

L SAU

.WORD

| $DU

.WORD

LSDESC

EMT

ESLOAD

.WORD

LSINIT

.WORD

LSCLEAN

.WORD

L$AUTO

.WORD

L$PROT

.WORD

BGNPROT
-1
.WORD
-1
-WORD
-1
.WORD
OT
ENDPR

SEQ 0027

PAGE 5-3

;DIAG. EVENT FLAGS

; POINTER TO DEVICE TYPE LIST
;PTR.

TO REPORT

;PTR.

TO ADD UNIT

;PTR.

TO DROP UNIT

(ODE

(CODE

sLUN FOR EXERCISERS TO FILL

sPOINTER TO DIAG. DESCRIPTION
;GENERATE SPECIAL AUTOLOAD EMT
JPOINTER 7O ERRTBL
;PTR.

;PTR.

TO CLEAN-UP (ODE

;PTR.

TO AUTO CODE

;PTR.

TO PRCTECT

INIT

CODE

s TEST NUMBER

;DELAY COUNT
;PTR.

TO HIGH MEM

TABLE

- (Z0MQCO MB207 STATIC DIAG #2
(ZomaC e

21=-JuL-81

14:36

MACY11 30A(1052)

21-JUL-81

DISPAT(H TABLE

14:48

PAGE 5-4

gzgg

.SBTTL

3497
3492
3493

SIIIIIIIIII1101771707777010017077070017007777070770070077170/77107107707777717
*/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
:/ IT IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

304

349

349
(4)
(3)
(6)
(6)
(6)

(6)

(6)
(6)
(6)

(€)
(6)
(6)
(6)
(6)
(6)
(6)

(6)

(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)
(6)

3497
3504
3505

DISPATCH TABLE

SIIII1T177770770177177171177771777777177777777717717777777770777777174177771

002130
002130

002132
002132
002134
002136
002140

002142
002144

002146
002150
002152

002154
002156
002160

002162
002164
002166
002170
002172
002174
002176

002200

002202
002204
002206
002210
002212
002214
002216
002220
002222
002224
002226
002230
002232
002234
002236
002240
002242
002244
002246
002250
002252
002254
002256

000053

DISPATCH 43
.WORD
43

012256
01242¢

LSDISPAT(H::
.WORD
.WORD
.WORD

012712

.WORD

012146
012552
013154

013356
013570
014112
014470
014736
015202

015432
015676
016142
016406
016652

017116
017362

017642

020122
020376
020654
021130
021404
021576
021744
022322
022560
022774
023210
023452
024044
025116
025216
025364
026042
026202
026310
026446
026544
026644
026770

WORD

.WORD

T2
T3
T4

.WORD
.WORD
.WORD

17
T8
T9

.WORD
.WORD
.WORD
.WORD
.WORD

T13
T14
115
T16
T17

.WORD
JWORD
.WORD

WORD
.WORD

T10
T11
T12

T18
T19

.WORD

T20

.WORD

T43

-WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
JWORD
JWORD

T21
122
123
TZ4
125
T26
127
128
T29
T30
T3]
T32
T33
T34
T35
T36
T37
138
T39
T4
T41
T42

SEQ 0028

(ZDMQCQ MB207 STATIC DIAG #2

(ZDMQC. P11
3506
35C7
3508

21-JUL=-81

14:36

MACYTT 30A(1052)

21-JuL=B1

DISPAT(H TASLE

14:48

PAGE 5-5

SEQ 0029

(ZDMQCO MB207 STATIC DIAG #2
(ZDMaC.P11
21=0uL-81 14:36

MACY11

30A(1052)
21-JUL-81
14:48
DEFAULT HARDWARE P-TABLE

SEQ 0030

PAGE 5-6

SIIIIILLI 0177707177707 7 0707777777777 77777777707777777/7727777777/7777777/7+777
;/ THE DEFAULT HARDWARE P-TABLE (ONTAINS DEFAULT VALUES CFf
;/ THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE

s/ IS IDENTICAL TOC THE STRUCTURE OF

THE RUN-TIME P-TABLE.

1111177707077 77777777777770777777777.7077077777777777777777777777707777¢777777

002260
002260
002262
002262
002262
002264
002266
002270
002272
002274

.ENABL

000013

00230¢
002304

000007
16017C
000300
00500¢C
000003
000056
000000
000000
000000
G00004

002306

000000

002310
002310

LOHW::

DFPIRBL::

AMA
BGNHW
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.wORD
.WORD
.WORD
.WORD

.WORD

L10001:

ENDHW

DFPTRL

L10001-L$HW/2
7

160170
300
5000
3
56

S OOCO

~ 000~
O NSl

W
b s d 2
s 2

NN NN NN (NN

~ NN
N

.SBTTL DEFAULT HARDWARt P-TABLE

;MICRO-CPU

TYPE.

:M8200,4,7 CRS ADDRESS
:M8200,4,7 VECTOR ADDRESS
;INTERRUPT PRIORITY LEVEL
SLINE UNIT TYPE
;SWITCH PACK #1 (DDCMP LINE #»)

:SWITCH PACK #2 (BM873 BOOT ADDRESS)
;SWITCH PACK #3
;TEST CONNECTOR INSTALLED FLAG

:CONTAINS BAUD RATE 4=56K BAUD DEFAULT

;0=2.4K , 1=4_.8K , 2 9.6k , 3=19.2x
;5-250K , 6-500k , 7=1 MEG BAUD
:0 RUN Sw OFF, 1=SwW ON

, 4 56K

(ZDMQCO MB8207 STATIC DIAG #2
(20MaC.P1N

21=JuL~81

14:36

MACY11 30A(1052)

21-JuL=-81

SUF TWARE P-TABLE

14:48

PAGE S5-7

%‘SS%

.SBTTL

3538
3539
3540

SIIIIIILIIII011 7000707007000 000707707107700077010777001770777/7707010077777
:/ THE SOF TWARE P-TABLE CONTAINS THE VALUES Of THE PROGRAM
;/ PARAMETERS THAT (AN BE CHANGED BY THE OPERATOR.

%gz;
3543

‘3)

(3>

(3)

3544
3545
3546

(3;

3547
3548
3549
3550
3551
3552

SOF TWARE P-TABLE

IILIIILLITI1717707777700000007771077770077007770077777770707007770707777+47
002310

002310
002312

002312

002%12

000000

BONSW
LSSwW::

.WORD

SFPTRL
::

L10002:

ENDSW

SFPTRL

L 10002-L$Sw/2

SEQ 0031

(2DMQCO MB8207 STATIC DIAG #2
(20mMQC.P11

2l=JuL =81

14:3

MACY1Y 30A(1052)

21=JuL=-81

SOF TWARE P-TABLE

14:48

PAGE 5-8

SEQ 0032

3554
3555
3596
3657
3558
3£59
3560
3561
3562
356%
2564
3565

.SBTTL

3568
3569
3570
3571

SIIILIILIIIIIL 7000770700000 70707770077770700070007700077°077200777007270777017
3/
THE GLOBRAL EQUATES SECTION (ONTAINS PROGRAM EQUATES THAT
;7
ARE USED IN MORE THAN ONE TEST.
SIIIILILIILILL L1777 0 000070007007 700 0070077777 00000000400077707777077007777777

3572
3573
(M

0C2312

EQUALS

; BIT DIFINITIONS

<1)

(1)

(N
(1
(1)
(H

GLOBAL EQUATES SECTION

100000
043000
0l
010000

81T115==
BIT14==
61713==
817112==

100000
40000
20000
10000

B8I17T10==
81109==
BI708==
BIT07==

2000
1000
400
200

(1,

004000

BIT11== 4000

000100

81706== 100

*)
M
1)

000010
000004
00000¢ -

(M
(1)
(1)
1)
(1)
(1

(1)

002000
001000
000400
000200

000040
000020

)
(H

BIT09
31708

000100

BIT6==

BIT06

000040

o)
g}?

000020

000010
000004

000002
000001

(1)
’;)

BIT17==

B8IT5==

BIT4==

B81713==

BIT2==

BIT1==
BIT10==

81107
BITOS

BIT04

81703
BITJ2

B8]710i
81700

s EVENT FLAG DEF INITIONS
;
EF32:EF17 RESERVED FOR SUPERYISOR TC PROGRAM (OMMUN]CATION

8179==
BIT8==

(1)

B81700==

J01000
000400

000200

8I1703== 10
BIT02== 4
81101== 2
:

(1)

BIT05== 40
BIT04== 20

000040

000037

EF.START-EF .RESTART

21.

; START (OMMAND WAS [SSUED

. RESTART (OMMAND WwAS [SSUED

ggggggg...- e w.

gg.
28.

; CONTINUE (OMMAND WAS ]SSUED
;
;

A NEW PASS HAS BEEN STARTED
A POWER=FAIL/POWER=UP OC(URRED

N
o
o

TR TR

T B

3
SUIRGRS
Wit
n

R
0

4
e

SEQ 0033

5-9

"OPERATOR F_AG BITS

o
v
o
W

[
T
A

T
T
LI
T
T

R
O

3575
3576
3577
31578

o
<
o

T I T I ]|
IR TR

o
Nl N
o

[ypmer

s
o
Nl
o
Nl
Nl N
N
o O
Nl
e
RO NS

PAGE

Nt N

PRIORITY LEVEL DEFINITIONS

SN S

EF.CONTINUE==
EF .PWR==

b
oD e —d

d
)

P
S
o
e

i cad
i)

S, S

)
el

S
e

)
il v

e
s

e
i
D

e
e
em

) = D ol

14:48
30A(1052)
21=-JuL=81
GLOBAL EQUATES SECTION

~ - — o
&~ N N

MACY1T

D il e

PPy

(ZDTMQCO MB8207 STATIC DIAG #2
. P11
(20MQ(
21=JL~-81 14:36

10000

20000

40000
100000

A2 22222222222

% PROGRAM EVENT FLAG DEF INITIONS

RAARAARARAAARRRASA

.'.'t..t'."'"".....'.."'.'.'...'..'.".'.".."..'....'.Q...""..'..t

(ZDMQCO MB207 STATIC DIAG #2
{20MQC.P11

21=JuL=81

14:36

MA(Y11

30A(1052)

GLOBAL DATA SECTION
.SBTTL

3585

21-JUL=-81

14:48

PAGE 5-10

SEQ 0034

GLOBAL DATA SECLTION

IIILIIIIIILII P01
070777

,/
THE GLOBAL DATA SeCTION [ONTAINS DATA THAT ARE USED
IN MORE THAN ONE TEST.
s/
11V
7007777770000 7777777777777777777777777/77777777/7//7777/77/177/777777
°:ttt't'.'!t'.-'ttt't!tt"t'tttttt.t."fi..l'fi"'...t.'...'.'.'..'..'.t".'.'.

“* STORAGE FOR DEVICE REGISTERS

':'.t't..tt..ittt.t.".tttttttfit'.'ttl.."i.i..".'..".."Q.'.'.'.t.'.".'.

002312
002312
002312
002320
002326

002334

034115
044504
031043
0000€2

030062
043501
047640

020067
020056

LSDESC::

DESCRIPT

JASCIZ

/MB207 DIAG. #2 OF 2/

020106

.EVEN
;tt't'tt.tt'.!t...fit'tttt't'.iQt't"tttt'ttt'tttt'.'..".'.'..'..'tt't..

.+ PROGRAM (ONTROL PARAMETERS

:.l'.t'ltttttt'tt'ttttl""'fitt.ttfittt.fiitt.'t.fii"'t"fl.."'."'fi.'t.'t

002336
002340

000000
600000

NEXT:
LOCK:

.WORD
.WORD

0
0

;ADDRESS OF NEXT TEST TO BE EXECUTED
;ADDRESS FOR LOCK CURRENT DATA

:t"fit't‘.t'fifit'fi't."t't"tlt'.'..t.fi.‘*'ttttttfitflii‘lt‘lttt.ttfit't'ttt

;* MISCELLANEOUS STORAGE

8 EEEETES

O (o
JIaNTo
RV R ANV N

3611

3620

002342
002344
002346
002350
002352
002354
002356
002360
002362
002364
002366
002370
002372
002374
002376
002400
002402
002404
002406
002410
002412
002414
002416
002420
002422
002424
002426
002430
002432

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000001
000000
000001
000001
000001
000001
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

LOGDEV:

.WORD

SUBRP(C:
ERRFLG:

.WORD
.WORD

PSTACK:

RETADR:

STRTSW:
STAT:
CLKX:

MASKX:

SAVSP:

SAVP(C:

ZERO:
ONE :
MEMLIM:
KMACTV:
KMNUM:

SAVACT:

.WORD

.WORD
. WORD
. WORD
.WORD

.WORD

.WORD
WORD
_WORD

.BLKW
_BLKW

.BLKW

SAVNUM:

.BLKW

FADR:

.WORD

$REG4L:
$REG3:
$REGZ2:
$REG1:
$REGO:

.WORD
.WORD
.WORD
.WORD
.WORD

fFLAG:
RUN:

WIYPE:
$REGS:

TYPE :

. WORD
. WORD

.WORD
.WORD

.WORD

QOO QCOOOOOOO
== =2 —uO-200000O0O0O0OO00O0

;"ttt.'t!t'fit.tti'ttl"l".Qttfit'tifi'fittfifltit.itfifi*tfi"tt..titt'tt".t'

JLOGICAL DEVICE NUMBER

;BASE LEVEL PROGRAM STACK POINTER

;PC OF

SUBR CALL FOR ERROR REPORTS

s SUBROUTINE ERROR FLAG
;SUBR ERROR RETURN ADDRESS
sSWITCHES AT START OF PROGRAM
;KM STATUS WORD

STORAGE

"STACK POINTER STORAGE

;PROGRAM COUNTER STORAGE

JHIGHEST LOCATION FOR NPR'S
;M8200,4,7 SELECTED ACTIVE

;OCTAL NUMBER OF M8200,4,7°'S
JORIGINAL ACTIVE DEVICES
;WORKABLE NUMBER

;SCRATCH STORAGE
JPOINTER TO RUNNING DEVICES

;MB2XX NUMBER FOR TYPE OF M]CO-CPU
;STORAGL JUSED FOR ERRQOR MSG DATA

;-0 FOR DMP,~1

tOR MB206

3635
3636
3637

2638

3639

002434
002436
002440
002442
002444
002446
002450
0N2452
002454

002456
002460
002462
002464
002466
002470
002472

00000C
003777
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
00000¢C
0000C0

MACY11 30A(1052)

21-JUL-81

GLOBAL DATA SECTION

MRO:
MEMSZ:

.WORD
.WORD

0
3777

$TEMPO:
$TMPO:

.WORD
.WORD

0
O

$GDDAT:
$SNDDAT:

.WORD
.WORD
.WORD
LWORD

0
0
0
O

TEMP:

$GDADR:
$8DADR:

FTIME:

SAVE4:
SAVE6:
RUNR:

RUNINH:

.WORD

.WORD
.WORD

.WORD

.WORD
.WORD
.WORD
.WORD

14:48

PAGE 5-11

SEQ 0035

JMEMLOC USED INSTEAD OF RO.
JINDICATES MEMORIE SIZE, LAST ADDR.

0
0

;CONTAINS ADDRESS OF
:CONTA;NS ADDRESS OF

*'GOOD' DATA
'BAD' DATA

;CONTAINS 'GOOD' DATA
;CONTAINS 'BAD' DATA
JRESERVED=-=-NOT T0 BE USED

0
0
0

;0= RUN OFF, 1= RUN SW ON
;0=RUN SW OfFF, 1=RUN SW ON

(20MQC0O M8207 STATIC DIAG #¢
~ZoMac P11
21-JUL-81 14:36

;t*tttttttttt?fitfifittttt'"t'ttfittifil"fil"fittt.ttttttt'ttt"ttt""'t"t

;* PROGRAM (ONTROL FLAGS
B

002474

002476
002477

000

002476
000

2222222222323 2F223222

INIFLG: .fgvge

LOKF.G:

QV.FLG:

-EVEN

.BYTE
.?vge

"EVEN

2322222222222

222222228222

2200

RRtRRRisisRRl

:PROGRAM INITIALIZING FLAG

-LOCK ON CURRENT TEST FLAG

“QUICK VERIFY FLAG

12222232222 22232220288R20222022
2RSSR RRRdR
sttt
RRRRRRsR Rl
Rl

» DEFINITION OF M8200,4,7 STATUS WORDS - STAT1,STATZ2,STAT3
x
~

A
i
i

STAT1 - BITS 00-08 IS M8200,4,7 VECTOR ADDRESS
BIT15 1 LINE UNIT IS AN M8203
BIT14=0 NG TEST CONNECTOR(S) USED

i
i
i
ot

BIT13=0 LINE UNIT IS AN M8201
BIT13-1 LINE UNIT IS AN M8202
BIT12=1 NO LINE UNIT
BITS 09-11 IS M8200.4.7 PRIORITY LEVEL

BIT14-1

STATZ - LOW BYTE IS SWITCH PACK #1

(DDCMP L INE NUMBER)

HIGH BYTE [S SWITCH PACK #2 (BM873 BOOT ADDRESS)

O*
.

H-XXX TEST CONNECTOR WIL. BE USED

STAT3 - BIT0=1 DO FREE RUNNING TESTS ON M8200,4.7

”

:'Q."fi‘.t‘fi"*.t't'."**""tt*"'lfififi.t'.fi"..fi"i'tttfi.ti'fifitttt't"t

002500
002502
002504

000000
000000
000000

STAT1:
STAT2:
STAT3:
2

.WORD
.WORD
.WORD

0
0
O

2323222233223222223220228R0R2RR2RRRRRdRRRRRRRRRRRRRRRRRARRSRsRRRRES

i+ POINTERS TO M8200,4,7 VECTORS AND REGISTERS

:ttittt'fitttttt'tttiit'i'tt'tttitttt!ttttitt't.ttt'lt'tt"!!.!t'ttttt"t

002506
002510
002512
002514

000000
000000
000000
000000

KMRVEC:
KMRLVL:
KMTVEC:
KMTLVL:

O
0
Q
O

;POINTER
;POINTER
;POINTER
JPOINTER

TO
TO
TQ
TC

M8200,4,7
MB8200,4,7
MB8200,4,7
M8200,4,7

RCV INTRPT VECTOR
RCV INTRPT SERVICE PS
TX INTRPT VECTOR
TX INTRPT SERVICE PS

(ZDMQCO MB8207 STATIC DIAG #2
CZDMQC. P11
21=JuL-81 14:36
3691
3692
3693
3694
3695
3696
3697
3698
3699
3700
370
3702
3703
3704
3705
3706
3707
3708
3709
3710

002516
002520
002522
002524
002526

00000C

000000

30A(1052)
21-JUL-81
GLOBAL DATA SECTION
KMCSR:
KMCSRH:
KMCTL:
KMPO4:
KMPO6:

0
0
O
0
0

14:48

;POINTER
JPOINTER
JPOINTER
JPOINTER
JPOINTER

TO
TO
TO
TO
TO

3
PAGE 5-12

M8200,4,7
MB200,4,7
MB200,4,7
MB8200,4,7
M8200,4,7

SEQ 0036
CONTROL STATUS REGISTER
CONTROL STATUS REGISTER HIGH BYTE
CONTROL OUT REGISTER
PORT REGISTER - SEL4
PORT REGISTER - SELE

;oevwxw
PRIMARY REG ADRS STORAGE FOR TIHIS UNIT
swwwww
;THESE LOCATIONS wILL BE LOADED FOR THE CURRENT UNIT, IN INIT
REGADR:

002530
002530
002730

MACY11

000100

soxwxr

SSTACK:

STACK USED FOR SUBROUTINE LINKAGE
.BLKW

*xwws

CODE

CZDMQCO MB207 STATIC DIAG #2
(Z0MQaC.P11

3712
3713
3714
3715
3716
3717
3718
3719
3720
3721
3722
3723
(4)

(3)
(3)
(3)
(3
(2)

3724
3725
37256
3727
3728
3729
3736
3737
3738
3739
3740

21-JUL=-81

14:36

MACY1T 30A(1052)

21-JUL=-81

GLOBAL TEXT SECTION

.SBTTL

3
PAGE 5-13

SEQ 0037

GLOBAL TEXT SECTION

CAXRARARANX XA

14:48

A XXX AN AKX XA

X AN

NXRN XK IXXX AR RXXAXAKAXRXAXRXRXRKXAKX
XY

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN
MORE

THAN ONE

TEST.

B 3385303334354
82 232580332428 023888 828 v et
S e 1332222320223 2200d0f2

822000

‘* NAMES OF DEVICES SUPPORTED BY PROGRAM
a2

002730
002730
002730
002736
002744
002752

034115
034115
51117
033460
002756

030062
030062
046440
000

026060
026064
031070

’

4322232323822

DEVTYP

LSDVTYP::
LASCIZ

8238028280003 2820

t23 0ttt st tseteats s ssetssstasess
RstREtRtililili ittt

RRRSRRRARAR

<M8200,M8204,0R M8207>
/MB200,M8204,0R M8207/

.EVEN

* FORMAT STATEMENTS USED IN PRINT CALLS

RRRRilttitdst

sttt

RRRRsd

—

—_—

—

C2DMQCO MB207 STATIC DIAG #2
CZOMAC.P11

21-JUL-81

14:36

MACY11 30A(1052)

21=-JUL-81

GLOBAL SUBROUTINES

14:48

PAGE 5-14

SEQ 0038

§;2§

.SBTTL

3744
2745

////////////////////////////////////////////////////////////////////////////////
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

%Zfig

GLOBAL SUBROUTINES

/////////////////////////////////////////////////////////////////////// 1////7/77

3748

3749
3750

Uttt

%;g;

: MACRO'S NEEDED TO CALL SUBROUTINES

3753

’

3756

. ENDM

3754
3755

.MACRO

POPSPc
22626

(ZDMQCO MB207 STATIC DIAG #2
(zomac.P11
3758
3759
3760

3761

3762

21-JuL~81

14:36

MACY11 30A(1052)

21-JUL=-81

GLOBAL SUBROUTINES

14:48

PAGE 6

SEQ 0039

——

|
CZDMQCO MB8207 STATIC DIAG #2
(20MQC.P11
3764
3765
3766
%;6;
6

3769
3770

21-JUL~-81

14:3%

MACY11

30A(1052)

21=-JUL~-81

GLOBAL SUBROUTINES

14:48

PAGE 6-1

1117171177777 77777777 7710777777777 7777772877777707777777777777777777777777777777
/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
////////////////////////////////////////////////////////////////////////////////

3771

3775
3776
3777
3778

.MACRO

3772
3773
3774

377G
3780
3781
3782

3783
3784
3785
378¢
3787
3788
3789

SEQ 0040

; MACRO'S NEEDED TO CALL SUBROUTINES
Dt
ity

.MACRO

K4ONLY
CMP
BNE
EXIT

N2
MEMSZ ,#2000
Ne
TST

.ENDM
EDSCALL XY
LLIST

;exnensesnnennnsn

INLIST
.ENDM
.MACRO
LRADIX
EDSCALL
.RADIX
. ENDM

TEST

B8ADHEAD
10
\TSTESTNUM+1
8

"XY'

sewnnnnwnnnrnnw

- (2DMQCO MB207 STATIC DIAG #2
czomac.P1
21=-JuUL-81 14:36
2791
3792

MACY11

30A(1052)
21-JuUL=81
GLOBAL SUBROUTINES
.MACRO

3763

2794
3795
3796
3797
3798
3799
3800
3801
3802
3803
2804
3805

3806
2807
3808

.ENDM
.MACRO

Ne:

.ENDM

.MACRC

3809

3810
3811
3812
3813
3814
3815
3816
817
3818
3819
3820
3821

MOV

KM(CSR,R1

MACEX
LLIST
;D0 NOT
LHLIST
TST
BNE
EXIT

IN2

NLIST

4
PAGE 7

SEQ 0041

;RECORD DEVICE ADDR.

DO TEST IF M8200
TYPE
Ne
TST

MA(CEX

MACEXZ2
°7N¢
LLIST
:DO NOT DO TEST IF M820C0
CNLIST

N :
.ENDM
MACRO

3822
3823
3824
3825
382¢
3827
3828
3829

N2:

3833
3834
3835
3836
3837
3838
3839
3840
3841
3842
3843
3844
3845
3846

NLIST
.ENDM

3830
3831
3832

MY]NT
LLIST

14:45

(mp
WTYPE
, 40
BNE
N2
EXIT IST
MACEX?2
K4LONLY
LLIST
;DO NOT
NLIST
(MP
BNE
EXIT

N2
DO TEST

IF M8200, OR MB8204

MEMSZ
, #2000
Ng
ST

JNOTE

.FNDM
.MACRO
.ENDM
.MACRO
LLIST

.MACRO

.ENDM
MACRO

THIS TEST IS ONLY DESIGNED FOR 4K MODULE.

C(LRMAR
ROM(LK
004000
(LRMAR
ROMCLK
JSR

RS, .ROM(LK

;CLOCK

INSTRUCTION

SROMCLK

LLIST

JSR
NLIST

RS, .SROMCLK

SKIPO6 NNN
LLIST
;GATO 'NNN' [F M820¢
LNLIST
(MP
WTYPE 86
BEQ
NAN

:SEE

IF MB206

(ZDMQCO MB207 STATIC DIAG #2
Z0MQC P
21=-JuL-81 14:36

MACY11

30A(1052)
21-JUL-81
GLOBAL SUBROUTINES
. ENDM

.MACRO

SKIPO7
LLIST

MACRO

WTYPE ,27

SKIPO4

NNN

(MP

.ENDM
.MACRO
JSR
.ENDM

002756
002756
002764
002772

000205

002774

000024

112777
142777

000100
000300

177534
177526

MST(LR:

PATCH:

ENDBUG:

003044
003044
003046
003050
003056
003062
003070
003076

ROMCLK

003100
0923100
003102
003110
003112
003120
003124
003126
003130
003136
003136
003144
003152
003154
003156
003164
003164

152777
142777

000205

000240
022737
001357
152777
012577
000240
000240

000002

1774642

000003
000007

177430
177422

1774644

000006

002414

000002
177402

177400

142777

000007

177362

152777
142777

000001
000007

177354
177346

152777

000002

177334

000240
000240

000205

.REGT:

JSEE

IF MB204

WTYPE 44
NNN

MCVB

AR T6,aKMCSRH

JSET

RTS

#RBIT6.BIT7,aKMCSRH

INST.

.BLkW

20.

UNSAFE

TO PAT(H ANY OTHER AREA.

NOP
NOP

BISR
MOV
BISR
8I(R

.SROM(LK:
NOP
CMP
ENE

BISB

MOV
NOP
NOP

#6,WTYPE
.REGT
#R]IT1,aKMCSRH
(R5) +,aKMPO6

#7 ,3KMCSRH

81S8B

#B]1T0,aKMCSRH

NOP
NOP

;PATCH AREA.

#31T1,aKMCSRH
(R5) +,aKMP0O6
#MIT1'BIT0,akKM(CSRH
#RIT2!BITT!'BITC,akKM(SRH

81(CR
BI(R

IF MB200,4.,7

;CLEAR MB200,4.,7

RTS

JSEE

MSTCLR
R5,.MSTCLR

BI(R

003044

000240
000240
152777
012577

8EQ

SEQ 0042

NAN

;GOTO 'NNN'
NLIST

&
PAGE 7-1

IF MB207

NLIST
CMP
BEQ

LIST

NAN

;GOTO °NNN'

.ENDM

14:48

#MIT2!BIT1!BITO, aKM(SRH

8ls8

82 ,8KM(SRH

RTS

JSTEP INSTR,

(ZDMQCO M8207 STATIC DIAG #2
(Zomac P11
21-JUL=81 14:36
3903
3904
3905
(1)

3506
3907
1)

3908
3909
M)

3910
3911
1)

3912
2913
3914
3915
3916
1917
(1)

3978
3919
3920
391
3922
3923
3924
(1)

3925
3626
3927
3928
3929
3930
3931
M

3932
3933
3934
3935
3936

4937
3938
(1)

3939

3940
3941
3942
3943
3044

3945
(1)

3946

3947
(1)

3948

004537
000400

004537
063220

003044

004537

003044

060400

004537

000000
000207

000401

JSR

60400

003044

ROMCLK

. THIS

JSR
000402

s THIS

003044

JCLOCK INSTRUCTION

:0 TO BR

;SP(0)

TO BR

:BR,SP(0)

+ BR

SUBROUTINE

ROMCLK
JSR
063220

JNEXT WORD

JCLOCK

INSTRUCTION

INSTRUTTION

INSTRUCTION

SETS BR7 BIT

RS, .ROMCLK

sNEXT

WORD

;CLOCK INSTRUCTION

;THIS SUBROUTINE

JSR
000777

INSTRUCTION

:CLOCK INSTRUCTJON
‘BR_002

SETS BR4 BIT

RTS

ROMCLK

INSTRUCTION

70 BR

JNEXT WORD

;THIS SUBROUTINE

BIT

RS, .ROMCK

SUBROUTINE

cCLOCK

SETS BR1

R5,.ROMCLK

JSR
600

SET(C:

004537
063220

RS5,.ROM(CLK

238

RTS

003044

;CLOCK INSTRUCTION

ROMCLK

003044

004537
000777

RS, .ROM(CLK

RTS

ROMCLK

SETBR7:

004537
000600
000207

JCLOCK INSTRUCTION

RS, .ROM(LK

RTS

003044

SEQ 0043

RS, .ROMCLK

JSR

«(1

:
SETBRS

004537
000420
00020/

&
PAGE 7-2

;SETS BRO BIT

ROMCLK

SETBR1:

004537
000402
000207

SROM(LK
8SR
RS, .SROMCLK

000207

003260

003260
003260

ROMCLK

003044

003250

00350
003250
003254
003256

JSR

63220

RTS

003240
03240
003240
003244
003246

ROM(CLK

003100

003230

003230
003230
003234
003236

JSR

400

SETBRO:

004537

14:48

:CLEARS ( € Z BITS AND BR

ROM(CLK

003044

003220
003220
003220
003224
003226

30A(1052)
21-JUL-81
GLOBAL SUBROUTINES
CLRALL:

003166€

003166
003166
003172
003174
003174
003200
003202
003202
003206
003217
00321t
003214
003216

MACY11

SETS

RS, .ROMCLK
RS, .ROM(LK

THE

C BIT

:NEXT WORD

;CLOCK INSTRUCTION
:BR 377

JNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
JSP(0)_RR

rZ0MQCO MB207 STATIC DIAG #2

(Z0MQC.P1T

2649
(1)

2950
I
1)

3952
7953
3954
3955

3956

3957

3958
(1)

3959
3960
(1)

3961
3962
3963
3964
3965
3966
39¢7
3968
3969
3970
397
1)

003274
003274
003300
003302
0033G2
003306
003310

21=-JuL-81

14:36

004537
060400

003044

004537
000000
000207

003100

003312

003312
003312
003316
003320
003320
003324
003326

004537
000777

003044

004527

003100

000777
000cC7

14:48

JSR
260400

RS, .ROMCLK

6SR

RS, .SROMCLK

RTS

SROM(LK

;THIS

ROMCLK

JSR___
000777

SUBROUTINE

PAGE 7-3

SETS

JNEXT WORD

JTHIS

005004
017605
062716

THE

RS, .ROMCLK

00501

003370
03372
003372
003376
003400
003404

00501

003406
003412
003414
003420

(LR
MOV
ADD

000000
000002

WJORD

INSTRUCTION

CLOCK INSTRUCTION
‘BR_377

INOW CLOCK THE BITS

INTO !BUS<13>

SUBROUTINE

LOADS

SKIPO6

R4
a(SP) RS
a2, (SP)

R4 WITH

THE

LOWESTM

;GOOD DATA
JADJUST STACK

JIF MB2OE,WE'LL GET PC A DIFFERENT WAY.

SKIPO7

“1F M8200.4.7 WE'LL GET PC A { IFFERENT wAY.

(LR
BIS

052711

(R1)
#RIT8, (R1)

:CLEAR BIT10
SCLOCK INSTRUCTION IN CRAM THAT

CLR

(R1)

‘(LR BIT8

004537
061225

JSR_

RS, .ROMCLK

SCLOCK

116104

MOVB

S(R1).Ré&

000207

004537
121244
116104

000207

-GOTO 18 IF M8207

000400

ROMCLK

003044

061225

000005

003044

RTS

1%:

000004

003422

ROMCLK

JSR
1212644
MOVR
RTS PC

WROM:

BEQ
SKIPQ7

003422
005000
012702
012711

RS, .ROMCLK
4(R1) R4

#M]T15,STATI
2%
2%

GUTO 2% [F MmM8207

012146
002000

(LR

18:

“JUMPED TO,

*NEXT

WORD

IT LOADS BR WITH [T

INSTRUCTION

:MOV BR TO PORT §

*PUT "FOUND'' IN R&
‘RETURN
;READ

LOW REG DIRECTLY.

SCLOCK INSTRUCTION
JIBUS*<12> TO PORT &
JPUT INTO R4
CEXIT

¢ THIS SUBROUTINE WRITES THE ROMMAP INTO THE (RAM
8lrT

003432
003434
003440

7 BIT

SGOTO 18 IF M8206

003362
003364

003406

INSTRUCTION

NOW WE MUST CLOCK THE BiTS INTO IRUS <13>

;8 BITS OF THt (RAM PC.

003330
003332
003336
003342

;CLOCK INSTRUCTION
:BR SP(0) +BR

SROMCL K
RS, . SROMCLK
JSR

0777

SEQ 0046

PAMDAT
:

3973
3974
3975
3976
3977
3978

ROMCLK

RTS

0C3330

003352

(1)

30A(1052)
21=-JUL-81
GLOBAL SUBROUTINES

Ser2:

3972
(1)

MACY1Y1

MOV

MGV

;BE SURE M8200,4.7 HAS (RAM
:SKIP IF

NO CRAM

;RO=CRAM ADDRESS

#MIT10,(RY)

:SET ROMO

#ROMMAP ,R?2

;RZ2 POINTS TO ROMMAP

TZDMQCO MBZ07 STATIC DIAG #¢
. P11
“70MQC
21-uuL-81 14:36
3994
1997
3998
7999

&<000
Q0%
4002

«003

003444
003450
003454
003460
003462
003466
003470
003472

010061
012261
052711
005200
023700
001364
005011
000207

MACY1T 30A(1052)

14:48

21-JuUL=8"

GLOBAL SUBROUTINES
MOV

000004
000006
020000

MOV
8IS

2$:

003474

MEMSET:

CLR

:LOAD CRAM ADDRESS

RO
MEMSZ,RO
1%

NEXT ADDRESS
"DONE YET?
‘BR IF NO

*LOAD WORD TO BE WRITTEN
“WRITE IT!
"CLEAR SELO

*RE TURN

;THIS SUBROUTINE
THE

SEQ 0045

RO,4(R1)

(R1)

RTS

;FOR

PAGE 7-4

(R)+,6(R1)
mI118.(R1)

INC
(MP
BNE

002436

LOADS

CRAM JUMP

CRAM WITH SPECIAL

TEST.

ALL

INSTRUCTIONS

(RAM LOCATIONS ARE

LOADED

;WITH INSTRUCTIONS THAT MOVE A 37 TC THE BR, EXCEPT THE
;FOLLOWING CRAM ADDRESSES: 0,1,4.,7,525,1777. THESE LOCAT]ONS

JCONTAIN INSTRUCTIONS WHICH LOAD THE BR WITH THE LOWEST
;8 BITS OF

003474
0C3504
003506
00351¢
003516
003524
003530

003532

003540
003542
003546

THAT (RAM ADDRESS.

SK1PO7

002000
000004
000437
20000

1%:

CLR
MCy
MOV

RO
#BIT10, (R1)

B:S

#1713, (R1)

MOV

000006

002436
002000
003602
003616
02C000

000004
001006

000001
001777

000004
0005¢5

RO,4(RY)

#6587 ,6(R1)

“LOAD INSTRUCTION

SWRITE INSTRUCTION IN (RAM

*NEXT ADDRESS
SDONE YET?
‘BR IF NO
*INDEX REGISTER
“SET ROMO
-LOAD CRAM ADDRESS IN SEL&
:LOAD INSTRUCTION TG BE WRITTEN
“WRITE CRAM!

CMP

¥4 RO

SDONE YET?

1R0)+

b3 B

BNE
CLR
RTS

2%
(R1)
PC

(RAMA-

.WORD

(0,1,4,7,1777,525

INSTU:

000400
000401
000404
000407
000777

JROUTINE

Sv05:

SLOAD CRAM ADDRESS

RO
MEMSZ ,RO
1%
RO
#BIT10, (R1)
,4 (R1)
CRAMA(RO)
INSTU(RO) .6(R1)
#IT13, (R1)

;. TALL

MOV

MC
MOV

MOV
MOV

SNEXT

;BR IF NO
“CLEAR ALL BITS
*RE TURN

:BR_O
BRT
*BR74
:BRZ7
BRZ377

BR7125

006525

002416
002420
002422
002424
002426

;RO = CRAM ADDRESS
“SET ROMO

INC
CMP
BNE
CLR
MOV
MOV
MOV
BIS
ST

000014

4049

S1F MB8200,4.7 CAN'T WRITE (RAM.

SCOTO 38 iF M8207

TO SAVE

JSR

RS, SREGS

R4, SREGS
R3,$REG3

R2,S$REG2
R1,$REG?

GENERAL

PC,SVOS

REGISTERS FOR ERROR ROUTINE.

{ZDMQCO MB8207 STATIC DIAG #2
(20Me P11

21=JuL~81

14:36

4050

013737

00ce36

4.851

&GS
s

003%S5€¢

0% 64

000207

MACYTY 30A(1052)

21-JuL~B1

GLOBAL SUBROUTINES

002430

MOV
RTS

14:48

MRO, $Rt G0
P{

PAGE 7-5

SEQ 0046

(Z0MQCO MB207 STATIC DIAG #2
(ZDMQC.P1T
21=JUL~-81 14:36
4055
405¢
4057
4058
4059
4060
4061
4062
4063
L0646
4065
4066

6067

4068

4069
4070

407

4072

4073

MACY11

4
I
30A(1052)
21-JUL-81
14:48 PAGE
GLOBAL ERROR RETQRT SECTION

.SBTTL

GLOBAL ERROR REPORT

7-6

SFQ 0047

SECTION

IV
7007777707077777707777777777777
THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
,/
./
THAT ARE USED IN MORE THAN ONE TEST.
1111171770 70777777777707770707777777777077777777777777777777777/777777

003666
003674
003702
003710
003712
003720
003726
003730
0C3736
003744
003752
003755
003762
003770
003773
004000
004006
004014
004017
004024
004032
004040
004046
004054
004062
004070
004076
004104
004105
004112
004120
004126
004134
004142
004150
004156
004164
004172
004174
004202
004210
004216
004224
004232
004240

047045
032123
032123
000116
047045
033523
000116
047045
030523
051445
047045
045
051445
047045
045
051445
051445
047045
045
043505
020122
051505
047522
051104
020075
026101
036440
000
045
051503
044107
020105
051127
020116
047440
047514
042524
000122

047445
0467445
047445

022466
022466
022464

TEMT:

LASCIZ

/AINROO6XSLR06%S4
X064 AN/

047645
047445

022463
022463

TFM?2:

LASCl1Z

/INXO3XS7%03%N/

047445
022460
022464
000
022516
022467

TFM3:

LASCIZ

/XNX032S10%03%S4X04
AN/

TFMS

LASCIZ

/XNX03XS7%03AN/

022516
022465
022463
000
022516
051511
042101
020123
026122
051505
047445
047125
022440

1FM5:

.ASCIZ

/XNZO6XS5%06XS3X06
%N/

TFM36:

LASCIZ

/%NXAREGISTER ADDRESS ERROR,ADDRESS

031117

022516
020122
041040
047507
05211
047111
020116
020127
054040

020101
044510
052131
020124
042524
047524
020101
054502
042506

TFM4T

LASCIZ

/¥NZA (SR HIGH BYTE

040445
046040
052131
0c0124
0425¢4
047524
020101

041440
053517
020105
051127
020116
047440
044510

TFM42:

LASCIZ

/XNXA (SR LOW BYTE

000

GOT

WRITTEN

GOT WRITTEN

Z06%A,UNIT

%02/

INTO ON A LOW BYTE

XFER/

INTO ON A HIGH BYTE

XFER/

(ZDMQCO MB207 STATIC

(Z0MQC.P11

004246
004254

074

4075

4076

4077

4078

4079

4080

DIAG #¢2

21-JuL-81
044107

004262
004263
0042790
004276
004304
004312
004320
004326
004334
004342
004344
004352
004360
004366
004374

004402
004410
004416
004424
004427
004434
004442
004450
004456
004464
004466
004474
004502
004510
004516
004524
004532
C04540
004546
004554
004562
004579
004576
004604
004610
004€16
004624
004632
004640
004646
004647
004654
004662
004670
004676
004704
004712
004720
004726

4£:36

MACY11

SEQ 0048

041040
0463130

022516
040440
042526
040525
051104
051117
040440
020075

TFM4O:

LASCIZ

/XNXANEG ADDR

TEST DUAL

ADDR ERROR-BAD ADDR = %06/

051440
044103
022440
042040
042101
020123
020122
051440
000
022524
046440
043505
052116
020075

051103
050040
031517
040525
051104

TFM43:

LASCIZ

/%A SCRATCH PAD %03%A DUAL

052101
051101
020054
047105
047445

TEMG4;

.ASCIZ

/XTXATHE

MAR REG,

040445
041520
020054
047105
047445
040445
020072
042440
046440
020105
046105
042516
020104
042510

044124
051040
047503
051524
000066
047516
044124
051122
054501
040506
020131
040522
043111

TFM4LS:

LASCIZ

/XTXATHE

PC REG,

TFM4SA:

LASCII

/XNXANOTE:

.ASCIZ

/%NZARIN BIT

LASCIZ

""XANPR/M]SC REGS DATA FAILURE, GOOD =%06%A, BAD =%06'

040445
044502
033527
031105
020123

022475

&
J
30A(1052)
21-JUL~81
14:48 PAGE 7-7
GLOBAL ERROR REPORT SECTION

ADDRESS ERROR WITH SP202/

051105
044527
022520

052522
020124
047440
024470
047117
051120
020103
042040
040506
026105
020104
040445
020104
000

TFM46:

CONTENTS-

%06/

CONTENTS= %06/

THIS ERROR MAY BE

(SW7 OF

EZ28)

FALSELY GENERATED

THE/

IS ON/

(2DMQCO M8207 STATIC DIAG #2
(ZbMaC.P11
21-JUL-81 14:36
4081

4082

4083

4084

4085
4086

4087
4088
4089

4090

<091

4092

4093
4094

4095

4,096
4097
4098

004733
004740
004746
004754
004762
004770
004776
005004
005010
065016
005024
005032
005040
005046
005054

005055
005056
005064
005072
005076
005104
005112
005120
005126
005131
005136
005144

005152
005140
005166
005171
005176
005204
005212
005216
005224
005232
005233
005240
005246
005254
005260
005266
005274

005302
005310
005312
005320
005326
005333
005340
005346
005353

045
04711
04711
041505
041057
022466
040527
047445
040515
041440
043040
020104
042514
047045
000

000
051103
052101
047522
051103
040525
051104
043516
051117
112
051105
051103
046525
052123
052114
m

0445M
047515
051505
04751
020122

050101
051103
047503
035124
020075
020101

020123
000066
052123
042514
044501
047524
051101
052045

046501
020101
000122
046501
020114
051505
042440
000

046525
047522
046501
020120

043040
000

050117
020116
054522
000124
020120
042524

020122
020124
020124
000122
020122

14:48

SEQ 0049

30A(1052)

020103
020056
051122
051440
047445
020073
020075

TFM47:

.ASCIZ

"'¥APC INCR.

051105
051101
042514
041440
000040
047045

TTMMC:

.ASCIZ

/MASTER CLEAR FAILED

FM1:

LASCIZ

/INXTIN/

EMO:
EMT:

LASCIZ
ASCIZ

/7
/CRAM DATA ERROR/

042040
042101
044523

EM2:

.ASCIZ

/CRAM DJAL ADDRESSING ERROR/

020120
000122
045040
042524
052501

EM3:

LASCIZ

/JUMP ERROR/

EMS:

LASCIZ

/CRAM JUMP TEST

FAULT/

046440
042515
052040

EMS:

LASCIZ

/10P MAIN MEMORY

TEST/

040515
052123

EM6:

.ASCIZ

/10P MAR

044522
044123
051105

EM7:

LASCIZ

/BR RIGHT

SHIFT

052504
042104
047111
047522

EM10:

.ASCIZ

/MAR DUAL

ADDRESSING ERROR/

043040
042440

EM11:

LASCIZ

/JUMP FIELD ERROR/

EM12:

LASCIZ

/JUMP TEST ERROR/

EM16:

LASCIZ

/CONDITION CODE

042040
051105

21-JuL-81

MACY11

GLOBAL ERROR REPORT SECTION

PAGE 7-8
INCORRECT: S/B= X06%A ; WAS = %06''

TO CLEAR /

051122

000
020120
042440
000
044504

TEST/

ERROR/

TESTING,Z & (/

(ZDMQCO M8207 STATIC DIAG #2
(Z0OMaC.P11
21-JuL-81 14:36

4099

4100
4101

4102

4103
4104

4105

4106

4107

4108

005360
005366
005374
005402
005410
005416
005424
00545352
005434
005434
005442
005450
005456
005463
005470
005476
005504

044524
042117
052123
020132
046103
044524
047517

005512
005520
005526
005534
005542

041111

nN—=O0

—_ e
O

b —
—

)

P 2l oV o

047117
020105
047111
020046
041517
042515
043040

041440
042524
026107
000103
020113
052040
051501

047522

020105
020122
042440
000
025123
042524
020104
000122

047506
047520
040506
051122
111

053440
051057
051105

005545
005552
005560
005566
005574
005577
005604
005612
005620
005626
005627
005634
005642
005650
005656
005664

4113

000124

025052
025052
025052
025052
025052
000
000

005724
005732
005740
005746
005754
005755
005762
005770

054105
042105
047125
042104
000
105
042524
052517

30A(1052)
21-JUL-81
14:48 PAGE 7-9
GLOBAL ERROR REPORT SECTION

SEQ 0050

EMB1:

LASCIZ

/CLOCK

TIME

EM3S:
EM17:

LASCIZ

/FORCE

POWER FAIL

EM27:

LASCIZ

"']JBUS* WRITE/READ ERROR''

TOO FAST/

ERROR/

051525
020123
027505
042440
000

047457
051127
042522
051122

EM29:

LASCIZ

' IBUS/0BUS WRITE/READ ERROR'

046507
045503
042114
041440
000
046507
045503
042114
051440

041440
053440

EMBS0:

LASCIZ

'PGM (LOCK WOULD NOT

CLEAR'

041440
053440
047040
052105

EMBS1T:

CASCIZ

'PGM CLOCK WOULD NOT

SET'

025101
025052
025052
025052
025052
025052
025052
025052
025052
025052

STM:

LASCIZ

DHO:

ASCIZ

022516
025052
025052

005672
005700
005706
005714
005722
005723

MACY11

025052
025052
025052
025052
025052
025052
025052

047040

042514

AR AN AR AR R

042520
020040
020104
042522

052103
047506
040440
051523

DH1:

LASCIZ

/EXPECTED

FOUND

050130
020104
042116

041505
043040
000

DHZ:

LASCIZ

/EXPECTED

FOUND/

R A RN RN RN T AR AR AN NN AN

ADDRESS/

AR RN AN R NNN TR’

CZDMQCO MB207 STATIC DIAG #2
cZomac.P11
21-JuL-81 14:36
4114

005775
006002
006010
006016
006024

10€

042101
047524
020122
040440

047522
051104
040440
041040
042104

MACY11

30A(1052)
21-JUL-81
14:48 PAGE 7-10
GLOBAL ERROR REPORT SECTION

020115
020040
042104
042101
000122

DH3:

LASCIZ

/FROM ADDR

TO ADDR

SEQ 0051
BAD ADDR/

.EVEN

.MACRO
.ENDM
.MACRO
.ENDM

.MACRO
.ENDM

.MACRO

MDT1

PRINTB

#TFM1,$R
SREG4,
EGZ,
SREGO

MDT?
PRINTB

#TFM1,$REGS,
SREG4, $REG?2

MDT3

PRINTB

KTFM2, $SREGS,SREG4

MDT4
PRINTB

HTFM3,$REGS,$REG4,FLAG

.ENDM

.MACRO

MDTS

PRINTB

.FNDM

.MACRO
.ENDM
.MACRO
. ENDM
-MACRO

HTFM3,$REGS,$REG4,
SREG?

MDTO
MDT6

PRINTRB

MDT7

PRINTB

HTFM4 ,SREGZ, SREG4

HTFM4, SREGS,SREGS

CZDMQCO MB207 STATIC DIAG #2
(Zomac.P
4154

6155

2129

21-JUL-81

14:36

MACY11 30A(1052)

21-JUL~B1

14:48

GLOBAL ERROR REPORT SECTION
.ENDM

.MACRO
.ENDM

MDT8

PAGE 8

PRINTB #TFMS,FADR,SREGS,SREG4

SEQ 0052

CZDMQCO MB207 STATIC DIAG #2
czomac.P1
46159

6160
G161

21=JuL-B1

14:36

MACY1T

30A(1052)

21~JUL-B1

GLOBAL ERROR REPORT

.MACRO

$MD
BGNMSG

14:48

SECTION

ERRNN
ERNB
ERR'ERRN\N

5
PAGE 9

ERHM

SEQ 0053

ERFM

(ZDMQCO MB207 STATIC DIAG #2
(ZDMQC. P11

21=-JuL-81

14:36

MACY11

30A(1052)

.ENDM

4°68
4169
6170
W7
4172

.MACRC

6173

.ENDM

4174
6175
6176

6177
(&)

(9)
(8)
(7)
(4)

062706
012746
012746
012746
010600

000006
005724
005046
000002

062706
013746
013746
013746
012746
012746
010600

000006
002430
002420
002424
003666
000004

062706
012746
012746
010500

000012
005627
000001

062706

000004

104414

‘s

tata
et

005056
005046
000002

104414

Q== =2\
~ O =)

(5
(5)
(9)

012746
012746
012746
010600

104414

006160

104423

012746
012746
012746
010600

005076
005046
000002

062706
012746
012746
012746
010600

000006
005724
005046
000002

104414

(7)
(5

006222

104414

ERR1::

PRINTB

#STM

ENDMSG
ERROR

EC(B

JSR
ERRDF

PC,SV05
'ECB' ,EMO,ERR'E(R’

$MD

1.1.1.1

MOV
MOV

REM1,-(SP)
HFM1,~(SP)

TRAP
ADD
MOV
MOV
MOV

C$PNTR
#6,SP
#DH1,-(SP)
HFM1,~(SP)
#2,~(SP)

MOV

TRAP
ADD
MOV
MOV
MOV
MOV
MOV
MOV
TRAP

ADD

ERRZ::

5
PAGE 10

#FM1, 4tM'ERNR
#FM] #DH'ERHM

MOV
MOV

L10003:

PRINTB
PRINTB

MDT'ERFM

46166
6167

14:48

GLOBAL ERROR REPORT SECTION

6163
4164
6165

(4)

21-JUL-81

MOV
MOV
MOV
TRAP
ADD

TRAP

#2,-(SP)
SP,RO

SP,RO

($PNTB
#6,SP
$REGO,~(SP)
$REG4L
, - (SP)
$REGZ,
- (SP?
HTFM1,-(SP)
#6,~(SP)
SP,RO
CSPNTB

#12,SP

#STM,
= (SP)
#1,--(SP)
SP,RO
(SPNTR
#4,SP

C$MSG

$MD

2.2,1.1

MOV
MOv
MOV
MOv

HEM2,~(SP)
H#FM1,-(SP)
#2,-(SP)
SP,R0

TRAP
ADD
MOV
MOv
MOV
MOV

TRAP

CSPNTB
#6,SP
#DH1,-(SP)
#FM1,-(SP)
#2,~(SP)
SP,R0
($PNTR

SEQ 0054

(ZDMQCO M8207 STATIC DIAG #2
(Z0MaC.P11
21-JUL-81 14:36
06270€
013746
013746
013746
012746
012746
010600
104414

000006

062706

000004

104423

005056
005046
000002

:
L10004
ERRY::

000006
005724
005046
000002

N
N
N~

ADD
MOV
MOV
MOV
TRAP
ADD

#12,SP
#STM,-(SP)
#1,-(SP)

#6,SP

TRAP

CIMSG

MOV
MOV
MOV
MOv
TRAP

#EM1,-(SP)
#FM1,-(SP)
#2,-(SP)

000004

104423

012746
012746
012746
010600

005131
00504¢€

062706
012746
012746
012746

000006
005755
005046
000002

00C002

$MD

MOV
MOV

000012
005627
000001

104414

#6,SP

ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV

000006
002424
002420
002416
003666
000004

062706

ADD
MOV
vov
MOV
MOV
MOV
MOV

TRAP

000012
005627
000001

12746

14:48 PAGE 10-1
30A(1052)
21-JUL-81
GLOBAL ERROR REPORT SECTION

002430
002420
002424
003666
000004

062706
012746
012746
010600
104414

MACY11

ERRG::

NTFM1,~(SP)
#4,-(SP)

SP,RO
(SPNTB

3.1.1,2

SP,RO
CSPNTR
#6,SP

#DH1,-(SP)
H#FM1,-(SP)
#2,-(SP)

SP,RO
CSPNTB
#6,5P
$REG2,~(SP)
$REG4,-(SP)

$REGS,~(SP)

#1FM1,-(SP)
#4,-(SP)

SP,RO
CSPNTR

TRAP
ADD
MOV
MOV
MOV

#12,SP
#STM,-(SP)
#1,-(SP)

ADD

#4,SP

TRAP

L10005:

$REGO,=(SP)
$REG4,~(SP)
$SREGZ,=(SP)

TRAP

SP,RO

CSPNTB
CIMSG

$MD

6,3,2.3

MOV

#EM3,-(SP)

MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV

#FM1,-(SP)
n2,-(SP)

SP,RO
(SPNTR

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

SEQ 0055

(ZDMQCO M8207 STATIC DIAG #2
(Z0MQC.P11

006474
006476
006500
006504
006510
006514
006520
006524
006526
006530
006534
006540
006544
006546
006550
006554
00€55¢4

21-JUL~-81 14:36

MACY11

01060C

MOV
TRAP
ADD
MOV
MOV
MOV
MOV
MOV

000006
002420
002416
003712
000093

TRAP

ADD
MOV
MOV
MOV

00001C
005627
0900601

000004
104423

30A(1052)
21-JUL=-81
14:48 PAGE
GLOBAL ERROR REPORT SECTION

TRAP

L 10006:

SP,RO
(SPNTB

#6,SP

L,
= (SP)
$REG4

$REGS,~(SP)
NTFM2,~(SP)

#3,-(SP)

SP,R0O

CSPNTR
#190,SP

NSTM,
= (SP)
#1,-(SP)

SP,R0
(SPNTR

ADD

N6 ,SP

TRAP

C$MSG

10-2

SEQ 0056

{ZDMQCO MB207 STATIC DIAG #2
21=JuL=-81 14:36

{ZoMQC P11
L182
(&)
(9)

(7)
Q)

(S)
(5)
'9)

006556
006556

006556
006562

006566
006572
006574

006576
006602
48)
006606
(7)
006612
(&)
006616
(S)
006620
%)
006622
(1) 006626
(10) 006632
9)
006636

012746
0127646
8}2746

0051464
005046
000002

MACY11

ERRS::

$MD

5.6,2.5

oV
MOV
MOV
MOV

NFM1,-(SP)
#2,-(SP)

TRAP
ADD

062706

000006

MOV
MOV
MOV
MOV

TRAP

NEMS ,-(5P)

SP,RO
(SPNTB
#6,SP

#DH2,=(SP)
#FM1
, -(SP)
#2,~'SP)

SP,R0
(SPNTR
#6,SP

(SP)
, =GL
$RE

$REGS,=(SP)

#TFM2,=(SP)
a3 ,-(SP)

(&)

CSPNTR

SP,RO

(6)

#10,SP

«7)

8 ,-(SP)

(8)

#STM, ~(SP)

(4)

SP,RQ
(SPNIR

(5)

(S
IL\

21=JUL=81
14:48
PAGE
30A(1052)
GLOBAL ERROR REPORT SECTION

L'0007:

84 ,SP

(SMSG

SEQ 0057

r20MQ(0 M82G7 STATIC DIAG #2
~0MQ(
. P11

<186
4)

(%)

‘8)
7))

Q)
(5)

(5)

(9)

(8)

006700

00670C

006720
006724

006730

006734
006740

(5)

006744

006742

(12) 006750
(11)

(10)

(9)

(8)

006754

006760

006764

006770

(5)

0C6774

(6)

007000

(7)
(&)
(5)
(5)
4)

007010
007014
007016
007020
007024

(6)

(&)
4185
(&)
(9
(8)
(7)
(4)
(5)
(5)
(9)

(8)

(7)
(&)
(5)
(5)

(12)
(11)
(10)
(9)
(8)
(5)
(6)
(6)
(8)
(7)
(&)

(5)
(5)

006776

007004

007024
007026
00702¢
007026
007032
007036
C€07042
007044
007046
007052

007056

007062
097066
007070
007C72

007076
007102
007106
007112
007116
007122
007124

007126

007132
007136
007142
007144
007146

6,5,1,6

CRRG:
:

005171
005046
000002

062706
2746
27646
2746

000006
005726
005046
000002

#6,SP
#DK1 ,~(SP)
#FM1 ,=-(SP)
#2,=(5P)

062706
013746
013746
013746
0127646
012746

000006
002406
002420
002416
003730
000004

#6,SP

6 ,-(SP)

062706
012746
012746

000012
005627
00000°

#12,SP
ASTM, -(SP)
#1,-(SF)

062706

000004

006704
006710

006714
006716

012746
012746
8}2746
10

062706
012746
012746
012746
062706
013746
013746
013746
012746
012746
062706
012746
012746

062706

005216
005046
000002
000006
005724
005046
000002
000006
002424
002420
002416
003730
000004

30A(1052)
21=JUL=-81
14:48 PAGE
GLOBAL ERROR REPORT SE(TION

27646
27646
2

006700

(7)
(4)

(5)

21=JUL-81 14:3%6

MACYTT

NEMS ,~(5P)
#FM] ,~(SP)

82 ,-(SP)
SP,RO
(SPNTR

SP,R0
CSPNTR

FLAG,~(SP)

$REGSL ,=-(SF)
$REGS,-(SP)

NTFEM3,-(SP)

SP,RO
(SPNTR

SP,RY
CSPNTR

6 ,SP

L10010:

($MSG
7.6,1.5

ERR?7::

=~ (SP)
REME,
#FM1,~(SP)
#z,-(SP)

ADD

TRAP
ADD

MOV
MOV
MOV
MOv
MOV
MOV

TRAP

SP,RQ
CSPNTR

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

SP.RO
CSPNTR

#6,SP

$REG2,-(SP)

$REG4 ,-(SP)

$REGS ,=(SP)

#TFM3,~(SP)
#6,-(SP)

SP,RO
(SPNTR

000012
005627
000001

ADD
MOV
MCvV

#STM,-(SP)
#1,-(SP)

000004

TRAP
ADD

#6,SP

®:2,SP

SP,RO
(SPNTR

SEQ 0058

(ZDMQCO M8207 STATIC DIAG #2
(ZDMQC.P11

21-JuL-81 14:36

007152
007152
4186
007154
4)
007154
(9)
007154
8)
007160
(?)
007164
4)
007170
5
007172
(5)
007174
(9)
007200
(8)
007204
(?)
007210
(&)
007214
(5)
007216
(5)
007220
1) 007224
(10) 007230
)]
007234
(8)
0C7240
(3)
007244
(6)
007246
(&)

(4)

(€)
(&)
(7)
(4)
(S)
(S)
(4)
(4)
4187
(4)

(9)

(8)
(7)
(4)

(5)
(5)
(9)
(8)
(7)
(4)
(5)
(5)
(n
ao
(9)

007250
007254
007260

007264
007266
007270
007274
007274
607276
007276
007276
007302
07306
007312
007314
007316
007322
007326
007332

(8)

(S)

007410
007412

005233
005046
000002

ERK10::

TRAP

($MSG
10,7.,2.3

MOV
MOV
MOV
MOV

#EM?7 ,-(SP)

ADD
MOV
MOV
MOV
MOV

#6,SP
#DH?2 ,-(SP)
#FM1 ,=-(SP)
#2,-(SP)

ADD
MOV
MOV
MOV
MOV
MCV
TRAP
ADD
MOV

#6,SP
$REG4L,~(SP)
$REGS,-(SP)
RTFM2,-(SP)
#3,~(SP)

MOV
TRAP

SP.RO
(SPNTIR

TMD

TRAP

000006

005755

005046
000002

TRAP

0627C6
013746
013746
012746
012746

000006
002420
002416
003712
006003

062706
012746
012746

000010
005627

062706

000004

000001

104423

012746
012746
012746
010600

005260
005046
000002

062706
012746
012746
012746
010600
104414
062706
013746
013746

000006
005755
005046
000002

104414

010600
104414
062706

(6)
(6)

(5)

012746

012746
012746

(8)
(5)

(7)
(4)

062706

H S
14:48 PAGE 12~
30A(1052)
21=JUL=-81
GLOBAL ERROR REPORT SECTION

L10011:

106423

012746
012746
012746

MACYTT

0127646
012746
010600
104414

062706

000006
002420
002424
003755
000003
000010
005627
000001
000004

L10012:
ERR11::

#FM1,-(SP)
n2,~-(SP)

SP,RO
CSPNTR

SP,RO
(SPNTR

SP.RO
($PNTR

MOV

#10,SP
#STM,-(SP)
#,-(SP)

ADD

44 ,SP

TRAP

($MSG

MOV

H#EM10,-(SF)
HFEM1,-(SP)
#2,-(SP)

$MD

MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOv
MOV
MOV
TRAP
ADD

MOV

MCv
MOV
TRAP
ADD

11,10,2.6

SP,RO
C$PNTR

#6,SP
#DHZ ,-(SP)
#FM1,-(SP)
#2,~(SP)

SP,R0
CSPNTR

#6,SP
$REG4,-(SP)

- (SP)
$REGZ,

#TFM4,
- (SP)
#3,-(SP)

SP,RO

CSPNTH

#10,SP
#STM,-(SP)

#1,-(SP)

SP,RO
($PNTB

#4,SP

SEQ 0059

(ZDMQCO MB8207 STATIC DIAG #2
(20MGC P1
21=JuL=-81 14:36
1

(4)
(&)
4188
4)

(9)
8)
(7)
(4)
5

€5)

007416
007416
007420
007420
007420
007424
007430

007434
007436

007440
(9)
007444
(8)
007450
(7)
007454
(4)
007460
(5)
007462
(5)
007464
11) 007470
(10) 007474
(9)
007500
(8)
007504
(5)
007510
(6)
007512
(€)
007514
(&)
007520
(7)
007524
(4)
007530
(5
007532
(5)
007534
(4)
007540
(&)
007540
4189
007542
(4)
007542
(9
007542
(8)
007546
(7)
007552
(4)
007556
(5)
007560
(5)
007562
(9)
007566
(8)
007572
(7)
097576
(4)
(5)

(5)

(1)

(10)
(9)
(8)
(5)
(6)
(6)
(8)

(7)
(4)

(5)
(5)

007656

012746
012746
012746
010600

005233
005046
000002

062706
012746
012746
012746
010600

000006
005755
005046
000002

062706
013746
013746
012746
012746
010600

000006
002420
002416
003755
000003

104414

104414
062706
012746
012746
010600
104414
062706

000004

012746
012746
012746
0106600

005260
005046
000002

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

000006
005755
005046
€00002
000006
002420
002416
003712
000003

062706

000004

104414

ERR12::

000010
005627
000001

TRAP

$MD

MOV
MOV
MOV
MOV

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

000010
005627
000001

104423

104414

30A(1052)
21-JUL-81
14:48 PAGE
GLOBAL ERROR REPORT SECTION

L10013:

104423

104414

MACY11

L10014:

ERR13::

(IMSG

12,7.2.7

NEM7 ,~(SP)

H#FM1,-(SP)

#2,~(SP)

#6,SP
HDH?2
- (SP)
#FM1,~(SP)
#2.-(SP)

SP,RQ
(SPNTB
#6,SP
$REG4 ,-(SP)
(SP)
- S,
$REG

HTFMS
- (SP)

#3,-(SP)

SP,RO
CSPNTR

ADD
MOV
MOV
MOV
TRAP
ADD

#10,SP

TRAP

CEMSG
13,10.,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

#EM10,-(SF)
#FM1,=-(SP)

#STM,-(SP)
#1,-(SP)

SP,RO
($PNTR

N4 ,SP

#2.-(SP)

SP,RO
C$PNTR

#6,SP
#DH2 ,-(SP)
#FM1 ,-(SP)
#2,-(SP)

SP,RO
(SPNTR

#6,SP

$REG4L,~-(SP)
$REGS,=(SF.
#TFM2 ,-(SP)
#3,-(SP)
SP,RO
($PNTR
#10,SP

#STM, ~(SP)
#1,-(SP)

SP,RO
($PNTB

#4,SP

12-2

SEQ 0060

(ZOMQTO MB207 STATIC DIAG #2
“IDMQC.P11
21-JUL~81 14:36

007662
007662
007664
4)
007664
(9)
007664
8)
007670
(7)
007674
(&)
007700
S5
007702
(5}
007704
()
007710
(8)
007714
(7)
007720
(4)
007724
(5)
007726
(S)
007730
11 007734
(10) 007740
(9)
007744
0C7750
(8)
(5)
007754
(6)
007756
(6)
007760
(&)
007764
(7)
007770
(4)
007774
(5)
007776
‘5)
010000
(&)
010004

(4)

(4)
6190

(4)

010004

104414

005312

000006

062706
013746
013746
012746
012746
010600

000006
002420
002424
003755
000003

104414
062706
012746
012746
010600
104414

062706
104423

ERR14::

005046
000002

062706
012746
012746
012746
010600
104414

5
J
30A(1052)
21-JuL-81
14:48 PAGE 12-3
GLOBAL ERROR REPORT SECTION
L10015:

104423

012746
012746
012746
010600

MACY11

005755

005046
000002

000010

005627
000001
000004

L10016:

TRAP

($MSG
164,11,2.6

MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV
MOV
MCV
MOV
MCV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

#EM11,-(SP)
#FM1,-(SP)
#2,-(SP)

$MD

TRAP

SP,R0O
(SPNTR
#6,SP

#DHZ2,-(SP)
#FM1,-(SP)
#2,-(SP)

SP.RO
CSPNTR
#6,SP
$REG4 ,-(SP)
$REGZ,-(SP)
RTFML,-(SP)

#3,-(SP)

SP,RO
($PNTB

#10,SP
#STM,
- (SP)
#,-(SP)

SP,RO
($PNTR

*4,SP

C$MSG

SEQ 0061

(ZDMQCO M8207 STATIC DIAG #2
CZDMQC P11
21-JuL-81 14:36
4192
(4)
(9)
(8)

(7)

010006
010006
010006
010012
010016
010022
010024
010026
010032
010036
010042
010046
010050
010052
010056
010062
010066
010072
010076
010102
010104
010106
010112
010116
010122
010124
010126
010132
010132
010134
010134
010134
010140
010144
010150
010152
010154
010160
010164
010170
010174
010176
01000
010204
010210
010214
010220
010224
010226
010230
N10234
010240
010244
010246
010250
010254

012746
012746
012746
010600

005333
005046
000002

062706
012746
012746
012746
010600

000006
005775
005046

104414

000006
002420
002416
002412
003773
000004

062706
012746
012746
010600

000012
005627
000001

062706

000004

104414

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

30A(1052)

005353
005046
000002

ERR1S::

14:48

$MD

15,12,3.8

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

HEM12,-(SP)
HFM1,=-(SP)
#2,-(SP)

TRAP

L10017:
ERR16::

000006
005755
005046
000002
000006
002420
002416
003755
000003

000010
005627
000001

000004

21-JuUL=-81

GLOBAL ERROR REPORT SECTION

000002

062706
013746
013746
013746
012746
012746
010600
104414

MACY11

L10020:

ADD
MOV
MOV
MOV
TRAP
ADD

SP,RO
CSPNTR

#6,SP
#DH3,~(SP)
HFM1,-(SP)
#2,-(SP)

SP,R0O
C$PNTBR

#6,SP
$REG4L
, =~ (SP)

$REGS,~(SP)

FADR,=-(SP)
HTFMS5,-(SP)
#4,~(SP)

SP,R0O
CSPNTB

#12,SP

#STM,=(SP)
#1,~(SP)

SP,R0
CSPNTR

#4 ,SP

TRAP

CEMSG
16.16,2.7

MOV
MOV
MOV
MoV
TRAP
ADD
MoV
MOV
MOV
MoV
TRAP
ADD
MOV
MoV
y(0)%
MOV
MoV
TRAP
ADD
MOV
MOV
MOV
TRAP
ADD

HEM16,-(SP)
HFM1,~(SP)
#c,~(SP)

$MD

SP,RO
CSPNTR
#6,SP

#DH2,-(SP)
#FM1,-(SP)
#2.,-(SP)

SP,RO
CSPNTB

#6,SP
- (SP)
$REG4,

$REG5,~(SP)

HTFM&,
- (SP)

#3,~(SP)

SP,R0O
CSPNTB

#10,SP

#STM,-(SP)
#1,-(SP)

SP,RO
CSPNTB

#4,SP

5
PAGE 13

SEQ 0062

—_—

(ZDMQCO MB8207 STATIC DIAG #2
czomac.P1l
21-JuL-81 14:36
(4)
L1946

010254

104427

MACY11

30A(1052)
21-JuUL=-81
14:48
PAGE 13-1
GLOBAL ERRQOR REPORT SECTION
TRAP

CHMSG

SEQ 0063

C(ZDMQCO MB207 STATIC DIAG #2
P11
czomac.p
21-JuL-81 14:36
6196

6197
(4)
(9)

(8)
(7)

(4)
()
(5)
(93
(8)
(7)

(4)

(5)
(5)

(8)
(7)
(4)

(5)
(4)
(4)
4198
(4)
(9
(8
(7)
(4)
(%)

(5)

(9)
(8)
(7)
(4)

(5)

(5)
(11)
10)
(9)

(8)
(5)

(6)

(6)
(8)
(7)
(4)
(5)
(5
(4)
(4)

4199
(4)
(9

(8)
(7)
(4)

010256
010256
010256

010262
010266
010272
010274
010276
010302
010306
010312
010316
010320

012746
012746
012746
010600

005434
005046
000002

062706
012746
012746
012746
010600

000006
005723
005046
000002

104414

104414
062706

012746
012746
010600
104414

062706

000004

005512
005046
000002

ERR17::

L10021:
ERRZ9::

000006
002420
002416
003712
000003

000010
005627
000001
000004

005434
005046
000002

21-JUL-81

14:48

GLOBAL ERROR REPORT SECTION

000006
005755
005046
000002

104423
01 2746
012746
8}2746

30A(1052)

000006
005627
000001

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

L10022:
ERR35::

$MD

17,17,0,0

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

HEM17,-(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
CSPNTR

#6,SP
#DHO,~(SP)

#FM1,=(SP)

#2,~(SP)

SP,RO
CSPNTB

46,SP
#STM,=(SP)
#1,-(SP)

SP,RO
CSPNTB

#4,SP

TRAP

CIMSG
29.29.2.3

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

#EM29,~(SP)
RFM1,-(SP)
#2.-(SP)

SP.,RO
C$PNTR
#6,SP

#DHZ,=(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
C$PNTR

#6,SP
$REG4,-(SP)

$REGS,~(SP)

HTFM2,-(SP)
#3,-(SP)

SP,RO
CS$PNTR

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

SP,RO
($PNTR

#6 ,SP

TRAP

CIMSG

MOV
MOV
MOV
MOV

HEM35,~(SP)

35 35.2.3
HFM1,-(SP)

#2,-(SP)

SP.RO

5
PAGE 14

SEQ 0064

——
e

CZDMQCO M8207 STATIC DIAG #2
cZbmac.PI
21-JUL-81 14:36
104414

(S)
(5)
(9
(8)

(7)
(4)

(5)
(5)

an
(10)
(9)
(8)
(5
(6)
(6)
(8)
(7)
(4)
(5)
(5)
(4)
(4)
4200
4201
(3)
4202
(7)
(6)
3
(4)
(4)
4203
(3
(3
4204
4205
(3)
4206
(8)
(7)
(6)

(3)
4)
(4)

4207
(7)
(6)
(3)

(4)

(4)
4208

(3)
(3)
4209
(3)
4210

MACY11

000006
005755
005046
000002

000010
005627
000001
000004

104423

010614
010614
010614
010614
010620
010624
010626
010630
010634
010634
010634

010636
010636
010636
010636
0100640
010644
010650
010652
010654
010660
010660
010664
010670
01067°2
010674
010700
010700
010700
010702
010702
010702

L10023:

005627
000001
000004

104417

ENDMSG

PRINTF

004263
000002

000006

012746
012746
010600

005627
000001

062706

000004

104414

104423

MOV
MOV
MOV
TRAP
ADD
TRAP

#STM

ERR4O::

062706

SREGS,=(SP)
N#TFM2,-(SP)
#3,~(SP)
SP,"0
CSPNTB
#10,SP

FRINTB

BGNMSG

010246
012746
012746
010600

MOV
MOV
MoV
MOV
TRAP
ADD

ERR36

L10024:

104423

CSPNTB
#6,SP
= (SP)
#DH2,
#FM1,-(SP)
#2,-(SP)
SP,RO

BGNMSG

ERR36::

012746
012746
010600
104414
062706

TRAP
ADD
MOV
MOV
MOV
MOV
TRAP
ADD
MOV

000006
002420
002416
003712
000003

062706

30A(1052)
21-JUL-81
14:48 PAGE 14-1
GLOBAL ERROR REPORT SECTION

PRINTB

ENDMSG

L10025:

#STM,~(SP)
#1,-(SP)
SP,RQ
C$PNTB
44 ,SP
C$MSG

MOV
MOV
MOV
TRAP
ADD

#STM,~(SP)
#1,-(SP)
SP,RO
(SPNTR

TRAP

CIMSG

#4,SP

ERR4O
H#TFM4LO,R2

MOV
MOV
MOV
MOV
TRAP
ADD

R2,=(SP)
#TFMLO,-(SP)
#2.,-(SP)
SP,R0
CSPNTF
#6,SP

MOV
MOv
MOV
TRAP

H#STM,-(SP)
#1,-(SP)
SP,RO
CSPNTB

TRAP

CSMSG

#STM

ADD

BGNMSG

ERR41

PRINTF

#TFM&T

T
FRR4::

CSPNTB
#6,SP
,
- (SP)
$REG4

#4,SP

SEQ 0065

(ZDMQCO M8207 STATIC DIAG #2
(Z0OMQC P11
21=JuL=-81 14:3¢
(7)
(6)
(3)

(&)
&1
(7)
(6)

(&)
(&)

4212

(3)
(3)
6213
(3)
6214
(7)
(6)

010702
010706
010712
010714
010716
010722
010722
010726
010732
010734
010736
010742
010742
010742
010744
010744

062706

000004

TRAP
ADD

012746
012746
010600

005627
000001

062706

00C004

104417

104414

062706

000004

012746
012746

005627
000001

e le)
— b

000004

S NONNVO

RRRZ
¥ ~ SNV

PRINTF

PRINTR

ENDMSG

CSPNTF
#s,SP

#STM,~(SP)
#1,-(SP)
SP,RO
(SPNTB
*6,SP

TRAP

(IMSG

#TFML?
MOV

RTFML2 ,-(SP)

TRAP
ADD

CSPNTF
86 ,SP

MoV
MOV

004344
000003

000010

005627
000001

062706

000004

#STM

MOV

&1,-(SP)
SP,RO

#STM,
= (SP)

MOV
MOV
TRAP
ADD

#1,-(SP)
SP,RO
($PNTR
#6,SP

TRAP

($MSG

PRINTB

BGNMSG
ERR&:4:
PRINTF

005010

R5.-(SP)

MOV
MOV
TRAP
ADD

#3,-(SP)
SP,RO
CSPNTF
#10,SP

MOV
MOV

#5TM, -(SP)
21 ,-(SP)

TRAP
ADD

($SPNTR
#6,SP

TRAP
ERR44

(MSG

#STM

MOV
ENDMSG

R4 ,-(SP)

MOV

L10030:

104423

010446
012746

#STM

NTFMLT ,=-(SP)
#1,-(SP)
SP,RO

MOv
MOV
MOV
TRAP
ADD

MOV

012746
012746
010600
104414

BGNMSG
ERR43
:
ERR43:
PRINTF
WTFM4L3,RS,R4

b —d

010446
010546
012746
012746
010600
104417
062706

ENDMSG

L10027:

d
b
b
b
d
D
D
D
D

lolelelololelela

b
b
b
D
o
b e
D
d
b
h
D

WWNINON)
= = =

—d

(3
(3)
4222
(3)
4223
(9)

VAN N VIV

(3)

(4)
(4)
4221

062706
104423

olele) elelelole

€217
4218
(3)
4219
(9)
(8)
(7)
(6)
(3
(4)
(4)
4220
(7)
(6)

104414

(eloleololelolslololololololololololalolololelolo
—d )
D d e d wd = ) wd —md wd ed b ) b wd wd b b b b b

3
(3)

010600

PRINTB

BGNMSG
ERRé4?
ERR4G?::

(4)

104417

MOV

L10026:

104423

14:48

GLOBAL ERROR REPORT SECTION
MOV
MOV

011004

21-JUL-81

004105
000C0?

004174
000001

4215
(7)
(6)
(3)
(&)
(&)
6216

30A(1052)

01274€
012746
010600

012746
012746
010600

(&)

MACY11

NTFM4L3,~(SP)

SP,RO

MTFML4 ,#TMM( R4
MOV
R4 ,-(SP)
MOV
#TMMC,
= (SP)

6
PAGE 142

SEQ 0066

(ZDMQCO MB8207 STATIC DIAG #2
(zomac . P11
21-JuUL-81 14:36
(7)

011062

01274€

(3)

011072

010600

(6)
(&)

(64)

(226
(7)

(6)
3y
(4)
(4)

4225

(3)
(3)
4226
(3)
4227
(9)
(8)

(7)
(6)

(3)
(4)
(4)
4228
(7)
(6)
(3)
(&)
(4)

4229
(7)

(6)
(3)
(4)
(4)

011066
011074

000003

062706

000010

011106
011112
011114
011116

012766
012746
010600
1044174
062706

005627
000001

011102
011102

011122

011122
011122
(011124
011124
011124

010446
012746

011142
011144
011146
011182
011152
011156
011162
011164
011166

010600
104417
062706

011132
011136

011172
011172

011176
011202
C11204

011206

(3)
4231
(3)
4232
(9)

011212
011214
011214
011214
011214

(4)
(4)
4233
(7)
(6)
(3)
(4)
(4)
4234

011234
(11236
011242
011242
011246
011252
011254
011256

011212

011216
011222
011226
011232

011262

000004

012746
012746

N#TFMLL ,=-(SP)

MOV

SP,RO

TRAP

PRINTB

ENDMSG

004466
000003
000010

012746
012746
010600
104474

005627
000001

000004

ADD

#STM
MOV
MOV
MOV
TRAP
ADD

CSPNTF

#10,SP
#STM,-(SP)
#,-(SP)
SP,RO
C$PNTB
#6 ,SP

MOV
MOV

Ré4 ,-(SP)
#TMMC,-(SP)

MOV
TRAP
ADD
#TFM45A
MOV
MOV
MOV
TRAP
ADD

SP,RO
CS$PNTF
#10,SP

MOV
MCV

PRINTR

PRINTE

ENDMSG

#STM
MOV
MOV
MOV
TRAP
ADD

BTFM4LS
, - (SP)
#3,-(SP)

ATFM4LS5A,~(SP)
#1,-(SP)
SP,RO
C$SPNTR
#4 ,SP
#STM,-(SP)
#,-(SP)
SP,RO
($PNTR
#6 ,SP

TRAP
(SMSG
BGNMSG
ERR46
ERR4G::
PRINTF
WTFM46,8GDDAT
R4

002452
004647
000003
000010
005627
000001
000004

PRINTB

ENDMSG

MOV
MOV
MOV
MOV
MOv
TRAP
ADD
#STM
MOV
MOV
MOV
TRAP
ADD

R4 ,-(SP)
$GDDAT ,-(SP)
#TFMLE,-(SP)
#3,-(SP)
SP,RO
CSPNTF
#10,SP
#STM,=(SP)
#1,-(SP)
SP,RO
C$PNTR
¥4 ,SP

PAGE 14-3

#3,-(SP)

L10032:

104423

012746
012746
010600
1044174
062706

MOV

005010

004524
000001

010446
013746
012746
012746
010600
104417
062706

TRAP
($MSG
BGNMSG ERR&S
ERR4LS
::
PRINTF
#TFM4S
, #TMM( R4

012746
012746
010600
104414
062706

062706

14:48

L10031:

104423

0111246
011126

011212

(8)
(7)
(6)
(3

104417

21-JUL-81

GLORAL ERROR REPORT SECTION

004427

011076

423C

(3)

012746

MACY1? 30A(1052)

SEQ 0067

(20MQCO M8207 STATIC DIA G #2
(Zomac P
21-JUL-81 14:36

(4)
(4)

4239

(3
(3)
4240

Ghurd

104423

010446
010546
012746
012746
010600

104417

000G10

012746
012746
010600

005627
000001

062706

000004

104414

104423

14:48

TRAP

CIMSG

BGNMSG

ERR47

PRINTF

#TFMG7
RS R4
R4 ,-(SP)
MOV

MOV
MOV
MOV
MOV

004733
000003

062706

21=-JUL=-81

Gl OBAL ERROR REPORT SECTION

::
ERRGT7

Guur G

30A(1052)

L10033:

b
b

S
b

S
D

G
d
d

Sunr G

G
D
b

Ghurunr S

d
b ad

Sur S

(3)

(6)

4238
(?)

(4)
(4)

Dd
b
b
b

(9
(8)
(7)
(6)
(3)

(3)
4235
6236
(3)
6237

011262
011262
[e]elolelololololalolololalalololelole]

(3)

MACY11

PRINTR

TRAP
ADD

#STM

MOV
MOV

MOV
ENDMSG

L10G3¢:

R5,=-(SP)
NTFMG7 ,-(SP)
#3,-(SP)
SP,RO
CSPNTF
#10,SP

,
= (SP)
#STM
#1,-(SP)

SP,RO

TRAP
ADD

CSPNTR
#4 ,SP

TRAP

CSMSG

6
PAGE 14=46

SEQ 0068

(2ZDMQCO MB8207 STATIC DIAG #2

- {(ZomMQ( . PN
6262

6261
“2ab

21-JuL=-81 14:36

MACYTT 30A(1052)

21-0UL-81

REPORT CODING SECTION
.SBTTL

14:48

PAGE 14-5

REPORT (CODING SECTION

SEQ 0069

[

$
(2DMQCO MB207 STATIC DIAG #2
£ 70MQC P11
21=JuL=-81 14:36
4248

MACY'T

30A(1052)
REPORT
R
X

21=-JuL-81

CODING SF(TION

164:48

6
PAGE

SEQ 0070

(Z0MQCO MB2C7 STATIM DIAG #2
“IDmMQ( P11

Ql=)u =81 14: 34

MA‘ Y11 30A1052)

WEPORT (ODING SFCTION

6268

;

&25
6251

cg«g

14:48

Q11332
011332

6260
(&)
(3

011332
0%1832
01I3%%

THE REPORT (ODING SELTION (ONTAINS THE

SRPT::

000’
QUL

PAGE 16

DOUPRINTS' CALLS THAT GENERATE

«252
3)

&25%
259

21=JuL=81

BONRPI

EX]7
. WORD
LWORD

RPT
JS IMP
L TU035=2~.

STATISTICAL

SEQ 0071
REPORTS.

| CZOMACO MB207

4269

«270
(%)

STATIC DIAG #2

0113%

30A(1052)
REPORT

L 10035:

011%%

011336

MACY11

104425

21-uuL=81

CODING SECTION

o
TRAP

($RPTY

14:48

]

PAGE

SEQ 0072

(2DMQCO MB207 STATIC DIAG #2
- (20mMaC . P11
21=JUL=8B" 14:36
6273%

MACY11 30A(10S2)
21-JuL=-81
14:48
REPORT (ODING SECTION

PAGE 18

SFQ 0073

(ZDMQCC MB207 STATIC

~ZDMQC P11
&27%

6277

DIAG #2

21-JuL-B81

14.36

MACY11

30A(1052)

21-JUL=-81

REPORT CODING SECTION

14:48

PAGE

SEQ 0074

(ZDMQCO M8207 STATIC DIAG #2
rZ0MQC.P11
4279

21-4uL-81

14:36

MACY11 30A(1052)

21-JUL-81

INITIALIZE SECTION
LS8TTL

14:48

INITJALIZE SECTION

PAGE 19-1

SEQ 0075

(ZDMQCO M8207 STATIC DIAG #2
(2oMaC.P1

21-JuL-81

14:36

MACY11 30A(1052)

21-JUL-81

INITIALIZE SECTION

4281

14:48

6
PAGE 20

6282
(283

/1111777177 77777777777777777777/77777/777777//777/7/777/7/7/7/7//777/77/777
:/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED

43%2

1111117777777 777777777707777777777777777077777/77777777/7/7/777/777777777

4284

;/ AT THE BEGINNING OF

4287

(3)

4288
4289

011340

LSINIT::

4290

011340

012705

002730

010637
005737
001011
013737
013737
012737
013737
013737

002344
002462

64295
4296
4297
4298
2%38

011344
011350
011354
011356
011364
011372
011400
011406

429
4292
4293
4294

4301
4302
(3)
(3)
4303
(2)
4304
4305

(3)
(3)

011414

011414
011420
011422
011422
011424

011424
011430

4306
(2)
4307
4308
(3)
(3)
4309
(2)
4310
4311
(3)
(3)
4312

011432
011432

64314
4315
2%}9

011454

4§$%

4318
4319
4320
4321
4322
4323

011434
011434
011440
011442
011442

011444
011444
011450
011452
011452

011454

011462

011462
011466

000004
000006
000001
002464
002466

MoV

012700
104447

JSEE

000035

103410
012700
104447

;SEE

000036

103576
012700
104447

;SEE

000037

103003

012737

005237
023737

177777

002342
002342

002342

002012

MOV
MOV
MOV
MOV
MOV

18:

000040

103414

SUBROUTINE

STACK

#SSTACK
RS

;STORE BASE LEVEL PROGRAM STACK POINTER
MOV
SP,PSTACK
TS1
FTIME
BNE
19

;SEE

012700
104447

BGNINIT

JINITIALIZE

002464
002466
002462
000004
000006

EACH PASS.

a6, SAVES
a6, SAVES
#1,FTIME
SAVESL a4
SAVEG,a#6

PROGRAM JUST STARTED, BR [F YES
READEF
#EF.START
MoV
HEF .START
RO
TRAP
CSREFG
BCOMPLETE
NEWST
BCS
NEWST
IF THIS IS A NEW PASS, BR IF YES
READEF #EF .NEW

MOV
TRAP

HEF .NEW,RO
C$REFG

BCC

GETPRM

BCOMPLETE
NEWST
8(CS
NEWST
IF PROGRAM WAS JUST CONTINUED
READEF #EF . CONTINUE
MOV
HEF . CONTINUE
,RO
TRAP
CSREFG
BCOMPLETE
ENDIT
BCS
ENDIT
IF PROGRAM JUST RESTARTED, BR IF NOT
READEF H#EF .RESTART
MoV
HEF .RESTART,RO
TRAP
CSREFG
BNCOMPLETE
GETPRM

NEWST:
JRESET LOGICAL DEVICE

MOV

TO -1
#-1,LOGDEV

;GET UNIBUS ADRS, VECTOR, PRIORITY LEVEL, LINE UNIT,SWITCH
:
PACKS, TEST CONNECTOR INFO. FOR THIS M8200,4,7 (CURRENT LOGICAL
;
DEVICE).
GETPRM:
INC
LOGDEV
CMP
LOGDEV,LSUNIT

SEQ 0076

CZDMQCO MB207 STATIC DIAG #¢
21-JuUL-87 14:36

cZomac P11

4324
6325
(3)
(3)
(3)
4326
(2)
4327
4328
4329
4330
4331
4332
4333
4334
4335
4336
4337
4338
4339
4340
4341
4342
4343
4344
4345
4346
4347
4348
4349
4350
4351
4352
4353
4354
4355
4356
4357
4358
4359
4360
4361
4362
4363
4364
4365
4366
4367
4368
4369
4370
4371
4372
4373
4374
4375

011474
011476
011476
011502
011504
011506
011506
011510

002367

MACY11

013700

002342

103365
012137

002414

011514

011137

002516

011520
011524

011137
005237

002520
002520

011530
011534

011137
062737

002522
000002

002522

011542
011546

011137
062737

002524
000004

002524

011554
011560

012137
062737

002526
000006

011566

011137

002506

011572
011576

011137
062737

002510
000002

002510

011604
011610

011137
062737

002512
000004

002512

011616
011622

011137
062737

002514
000006

002514

011€30
011636

016137
012137

000020
002500

011642

052137

002500

011646

005711
001004
052737
000416

011650
011652
011660
011662

104442
010001

30A(1052)
21-JUL-81
INITIALIZE SECTION

JGET
;GET

;GET

002526

002472

JGET

021127
001001
000412

000001

021127
001004
052737
000403

000002

020000

PAGE 20-1

NEWST
BGE
LOGDEV,R1
GPHARD
MoV
LOGDEV,RO
TRAP
CSGPHRD
MOV
RO,R1
GETPRM
BNCOMPLETE
GE TPRM
BCC
MOV
(R1) +,WTYPE
ADDRESS OF M8200,4,7
MOV
(R1) ,KMCSR
POINTER TO M8200,4,7 CSR HI BYTE
MOV
(R1) ,KMCSRH
KMCSRH
INC
POINTER TO M8200,4,7 CTL OUT REG
MOV
(R1) ,KMCTL
ADD
#2,KMCTL
POINTER TO M8200,4,7 PORT REG - SEL 4
MOV
(R1) ,KMPO4
ADD

#4 ,KMPO4

JGET POINTER TO M8200,4,7 PORT REG - SEL 6
MOV
(R1)
+ ,KMPO6
ADD
#6 ,KMPO6
JGET POINTER TO RCV VECTOR
MOV
(R1) ,KMRVE(
POINTER
TO
RCV
PRIORITY LEVEL
ET
.G
MoV
(R1) ,KMRLVL

ADD
#2 ,KMRLVL
;GET POINTER TO TX VECTOR
MOV
ADD

(R1) ,KMTVEC
#4 KMTVEC

;GET POINTER TO TX PRIORITY LEVEL
MOV
(R1) ,KMTLVL
ADD
#6 ,KMTLVL
JPUT VECTOR INTO STATI
MoV
20(R1) ,RUNINH
MoV
(R1)+,STAT1
S PUT PRIORITY

BIS

INTO STAT1

(R1)+,STAT1
;SEE IF NO LINE UNIT, SET BIT IF
TST

010000

14:48

002500

BNE
Bl1S

(R1)

50000%
#B81T12,STATI

BR
48
50000%:
. SEE IF M8201 LINE UNIT,
(R1),41
cMP
50001%
BNE
BR
43
50001$:
;SEE IF M8202 LINE UNIT,

MP
BNE
BIS
BR

002500

JSET

50002%

YES

SET BIT IF

YES

SET BIT

YES

(R1) 42
50002%
#BIT13,STATI
43

BIT FOR M8203 LINE UNIT

SEQ 0077

CZDMQCO MB207 STATIC DIAG #2
(ZOMQ C P11
21-JUL-81 14:36
6376
4377
4378
4379
4380
4381
4382
4383
4384
4385
4386
4387

MACY11

30A(1052)
21-JuUL-81
INITIALIZE SECTION

011710
01176

052737

100000

0025v0

011716
011724

056137
062701

000006
000002

002500

011730

012137

002502

011734

111137

002503

4388
4389
4390
4391

123727

002414

000004

000001

002432

007777
002414

002436
000006

000001
002472

002432

000C00

002470

104411

4423
4424
4425
4426

(R1)+,STAT?

MOVB

(R1) ,STATZ2+1

IN STAT? LOW BYTE

5%:

gi:

:
LSAUTO:

002516
000004
012104
000240

000004
000006

1%:

000002

062706

000004

013700
104451

0023472

013737
013737

00¢464
002466

2%:

000004
000006

3%:

#2000 ,MEMS?Z
TYPE

WTYPE ,#C
ENDIT
WTYPE ,#4
5%
#1,TYPE
ENDIT

MoV
MOV

#1,TYPE
RUNINH ,RUNB

BNE
MoV

.FVEN

013701
012705
012737
012737
005711
000240
062701
005305
001372
000405

MOV

(MPB
etQ
CMPB

L10036:

012042
012042
012042

6(R1) ,STAT?
#2 R1

MOV
CLR

ENDIT:

012040

BIS
ADD

NOP
NOP

002436

001003
012737
013737

:SET BIT IN STAT1 FOR TEST CONNECTOR

; INCREMENT LOGICAL UNIT (DEVICE) NUMBER
LOGDEV
INC
:

002000
002432
002414

123727

PAGE 20-2

JSET SWITCH PACK #2 IN STAT? HIGH BYTE

012737
005037

001004
012737
000415
012737

#BIT15,STATI

:SET SWITCH PACK #1

000240
000240

123727
001425

BIS

14:48

MOV
CMPR
BNE

JKMC?

#7777 ,MEMS?
WTYPE 46
7%

ENDINIT

TRAP

CSINIT

BGNAUTO

;DEVICE DOES NOT HAVE A 'READY'’

MOV
MOV
MOV
MOV
L8£

KMCSR,R1
#4 RS
#2%,4
#240,6
(R1)

;RT CONTAINS BASE MB8200.,4.7 ADDRESS
;6 REGISTERS TO BE TESTED
JSET QUT TIMEOUT TRAP
JLEVEL 7
JREFERENCE DEVICE REGISTERS

ADD
DEC
BNE
BR

#2,R1
RS
1%
3%

;NEXT REGISTER
;DEC REGISTER COUNT
JBR IF NOT LAST REGISTER

ADD

#6,SP

MOV

SAVES4
., 4

DODU
MCV
TRAP

MOV

LOGDEV
LOGDEV ,RO
C$DODU

SAVEG,6

SEQ 0078

(ZDMQGCO M8207 STATIC DIAG #¢
~70MaC . P11
21=JuL=-81 14:36

(3)

(L28

0N
N

132

narON)

27
()

132
132

1046461

21=JuL-81
MACY11 30A(1052)
INITIALIZE SECTION

L10037

14:48

ENDAUTO

" *RAP

CSAUTO

PAGE 20-3

SEQ 0079

(ZDMQCO M8207 STATIC DIAG #2

;(ZDHOC.P11

21=JuL-81

14:36

MACYIY 30A(1052)

21-JUL-81

14:48

(LEANUP CODING SECTION

PAGE 20-4

22§?

.SBTTL

€432
4433
4634

SIIIIIIIIIIIIIIIIIEI
AT IITIII701707007707700007770707077070770777710777
*/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
%/ AT THE END OF EACH PASS.

42%2
4

437
3)
4438

01213
(012134
012134

4439
4640
(3)

012136
012136

(3)

4641
.

4647
4644

4445

0121%

012136

104433

104412

CLEANUP CODING SECTION

SIIIIIIIIITIIIIIITIT7 101777100707 707707707700707770707700077077777777717
BGNCLN
LSCLEAN::
BRESET

TRAP

L10040:

(SRESET

ENDCLN

TRAP

(SCLEAN

SEQ 0080

(ZDMQ(C MB207 STATIC DIAG #2
(ZDMQC.P1i

21=-JuL =81

LGLGB
6449
LLS0

4455
4456

(3)
4457
(3)
(3)

4458

4459

44660
4661
4462

21-JuUL=-81

DROP UNIT SECTION

14:48

7
PAGE 20-5

DROP UNIT SECTION

1111111777777 77777070700007077707777777707777777777777777777777/77/7777777777777
;/ THE DROP=-UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
;/ TO NO LONGER BE TESTED.
1111111170777 7 7777077700077 777777777777777/7777777777/7/7/7777/77/7/77/7/777:7777

4651
6452
(3)

30A(1052)
.SBTTL

L6467

4453
4654

14:36

MACY1T

012 160
012 140

L$DU::

;ISSUE UNIBUS RESLT TO CLEAN LP

012140
012140

104633

012142
012142

104452

012142

BGNDU

BRESET
TRAP

L10041:

ENDDU
TRAP

CSRESET
($Dhu

SEQ 0081

C(ZDMQCO M8207 STATIC DIAG #2
- (20MaC.P11
21=JuL=81 14:36

MACY11

30A(1052)

ADD UNIT

21=-JuL-81

14:48

SECTION

PAGE

20-6

Q664

.SBTTL

4666

SIIILL11I170777777007707707777777777777772:0707777777777777777/777/7777/
;/ THE ADD=UNIT SECTION CONTAINS THE CODING THAT (AUSES A DEVICE
s/
TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED N TESTING.
IF
:/
"EF.AUNIT'® IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,
/L1177 777777077777777777777777777°77777777777/777/777777/7777777777

64665

W67
4468
L4669

4470
7N

64672

(3)
4473
(3)

L4674
44675

4476

6477
4G78
4479

012144
012144
012144
012144
012144

LSAU::
10445¢

L10042:

ADD UNIT SECTION

BGNAU
ENDAU
TRAP

( SAU

SEQ 0082

CZOMQCO MB207 STATIC DIAG #2
. P11
rZoMac
21=JuL=-81 14:36

MACY1T

4481
W48

30A(1052)

21-uuUL=-81

HARDWARE

.SBTTL

TESTS

HARDWARE

14:48

7
PAGE 20-7

SEQ 0083

TESTS

4483

4484
4485
4486
L4LB7
Leg?

;START OF

012146

:
ROMMAP

012146

BADHEAD

jexnnnannnnnnenas

4489

4690
4491
(2)

4492
4493

(3)
4496
L4495
6696
44,97
4498
499
4500
(3)
(3)
4501
4502
4503
4504
4505
4506
4507
(5)
(6)

(6)

(6)
4508
4509
4510
4511
(3)
(3)
4512
4513
(3)

(3)
4514
4515

4516
4517
2)
4518
4519
4520
4521
(2)

(ODE BLOCK WH]CH IS USED AS DATA

J*VERIFY

snnnanannnnsnnn

THAT REFERENCING UNIBUS DEVICE

BADHEAD

Jennannennnnnnr

TEST

]

REGISTERS

eanenannnennnne

B?NTST

013701
012705
012737
012737
005711
000240

002516
000004
012214

000240

Th::

00004
000006

000054
062701
005305
001370
000410

062706

01223%
012242
012250
012250
012252

01373/
013737

'%:

MOV
MOV
LS;

ESCAPE
TRAP

.WORD

000002

000004

c$:

002464
002466

000004
0000G6

3%:

CONTAINS BASE M8200,4.7 ADDRESS
REGISTERS

TO BE

TESTED

sSET OUT TIMEOUT TRAP
JLEVEL 7
JREFERENCE DEVICE REGISTERS

TST

CSESCAPE

L10043-.

ADD
ERROR

N4, SP
36

.WORD
.WORC
.WORD

36
EMO
ERR36

MOV
MOV

SAVES
4
SAVEG,
6

TRAP

CSESCAPE

ESCAPL

104410
000002

sR1

#2s,4
#240,6
(R1)

#2,R1

TRAP

000044
005055
010614

KM(SR,R1

#4 RS

ADD

DEC
BNE
BR

104455

012254

MOV

104410

012214
012220
012224
012226
(12230
012232

012254
012254

.*DOES NOT CAUSE A TIME OUT TRAP

012146

012146
012146
012146
012152
012156
012164
012172
012174
012176
012176
012200
012202
012206
012210
012212

TEST

JNEXT REGISTER

RS
18
3s

sDEC REGISTER COUNT
JBR IF NOT LAST REGISTER

;TIME OUT ERROR

CSERDF

TST

.WORD

L10043-.

TRAP

(SETST

ENDTST
1044601

-10043:
.EVEN

012256

BADHEAD

Joenersenannenw

JEST

sensnsvnenonene

s*TEST OF BR RIGHT SHIFT

012256

J*/ERJFY THAT A DEST OF BR RSH (011) OF A MI(RO=~INSTRUCTION
;*SHIFTS THE RESULTING BR DATA RIGHT ONCE.
BADHE
AD
;esacoevannvens

TEST

seoeenvnsnnnnen

(20MQCO M8207 STATIC DJAG #2
~10MQC P11
21=JuL=-81 14:36
(522

6523

(3)

6524
6525
6526
6527
4528

(529

4530
(1)
45%1

532

4534

012314

4535

012320

(1)

453

4537
4538

4539
4540
4541
(5)

(6)

012344

4543

012352

012350

(3)
(3)
6544
4545
(1)
4546

012352
012354
012356
012356
C12356
012362

(1)
4548

(5)

012364
012370
012372
012374
012400
012402
012404
012410

(6)

0124614

4549
4550
4551
4552
4553

(6)

012364

012412

(6)

012416

4555
4556
(3)

012420
012420
012420

4557
4558
(2)

012422

4554

(3)

012420

PAGE

SEQ 0084

20-8

000004

003044

JSR

RS, .ROM(LK

052525

ROM(LK

120500

ROMCLA

JSR
061620

RS, .ROM(LK

JSR
061225

RS, .ROM(LK

MCVR
(MPB

S(R1) R4
R5,R4

ERROR

1?2

ROMCLK

ROR
('R

000005
001430

B8EQ

104455

TRAP

000014
005055
007420

004537
061620

003044

00453/
061225
006005

003044

LWORD

L100464-.

000005

104455

000014
005055
007420

’%:
ENDTST
L'0044:

SHIFT BR RIGH'

NEXT WORD IS INSTRUCTION

:CLOCK INSTRUCTION

;PORTS BR

JSHOULD BE 52

(SESCAPE

JSR
061225

RS, .ROMCLK

MOVB
(MPH
BEQ
ERROR

S(R1) R4
RS,R4
23
12

JNEXT WORD

*BR RSH_BR,

SHFT BR RIGHT

SNEGXT WORD IS INSTRUCTION
JCLOCK INSTRUCTION

;PORTS Bk

RS = TEXPECTED"’
;R4 = "FOUND'®

:DID BR SHIFT RIGHT?
JBR |F YES

;BR RIGHT

SHIFT

( SERDF

12
MO
ERR1?2

TRAP

CSETST

;eersecencnnene

INSTRUCTION

JCLOCK INSTRUCTION

.WORD
.WORD
. WORD

BADHE
AD

:BR RSH BR,

:R& = "FOUND"'
:DID BR SHIFT RIGHT (NCE?
:BR IF YES
:BR RIGHT SHIFT ERROR

JSR
061620

TRAP

;NEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:PORT4 TO BR-REG
:NEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION

RS = TEXPECTED"'

RS..ROM(LK

ROR

001406

104401

TST

ROM(LK

:CLEAR SELO
:START WITH 125
;PORT4_125

CSERDF

ESCAPE

ROMCLK

JR1 = M8200,4,7 BASE ADDRESS

12
EMO
ERR1?2

CONTAINS BASE M8200.4,7 ADDRESS

:MASTER CLEAR M8200,4,7

RS
R&

.WORD
.WORD
.WORD

TRAP

104410

000044

116104
120504

;R1

KM(SR,R1
(R1)
#52525.RS
RS,4(RY)

003044

012324
012326

012342

14:48

MOV
CLR
MOV
MOV

002516

012322

012332
01233
012336

TESTS

MSTCLR

003044

012314

0123%6

4547

561

012312

(6)

6)
4542

701

012304
012306

012306

HARDWARE

21=JuL=81

T2::

0123%00

(1)

4533

30A(1052)

8GNTST

01225¢

012256
012256
012262
012266
012270
012274
012300

MA(Y11

:S/B 25

TEST

evesosnscenseee

ERROR

AGAIN

(Z0MQCO MB207 STATIC DIAG #2
(70MQC.P11
1=y -81 1 4:%
4559
(56C
4561
2)
6562

012422
012622
012622

(4}

012430
012632
012434
012634

4565
(1)

4566
4567
4568
4569
4570
(3)
'AY4
4572
(573
4574
4575
4576
4577
4578
(5)
(6)
(6)
(6)

4579

(3)
(%)
4580

(3)
(3)
4581
4582
4583
4584
4585
4,586
4587
4588
(3)
(%)
4589
4590

(2)

4591
4592
4593
2)
4594
4595

SOA(1052)

HARDWARE

012440
012444
012450
012450
012450
012452
012456
012464
012470
012474
012500
012502
012504
012510
012512
012514
012516
012520
012520
012522
C12524
012524
012524
012526
012530
012532
012534
012540
012946
012550
012550
012550
012550

TESTS

14:48

RADME
AD

Jeeeseccscecsne

SEQ 0085

PAGE 20-9

TEST

neeeesseranncee

BONTST

TRAP

000116

013701

516

005G37
C127C2

002434
000001

104404

012711
013761
010261

052711

016704
020204
001410

002000
002434
000006
020000
000006

ADRG
:

ADRS:

00020«

is:

MOV

KM(SR,R1

(LR
MOV

MR(
#1 ,R2

BGNSEG
TRAP

6(R1) R4

ESCAPE
TRAP

:
(%
100008
:

104405

002634
002436

.WORD

ENDSEG
TRAP

L10045:

#MIT13, (R

JWRITE SELG6 INTO C(RAM

:READ CRAM INTO ‘FOUND'’

R2.,R4
43

;1S DATA CORRE(CT?
:BR If Ok

1
C(SERDF

:ERROR

1
EMO

ERR1
SEG

CSESCAPE

10000%-.

($ESEG

;CLEAR (ARRY
;SHIFT WRITE DATA

INC

MRO

;BUMP 10O NEXT

BNE

ADRG

(MP

5%:
ENDTST

;SET ROMO
;WRITE ADDRESS TO SEL4
LOAD SELG6 WITH WRITE DATA

CLC
ROL

BNE

002434

($RSEG

MOV

WORD
.WORD
. WORD

1046410

:MRO = CRAM ADDRESS
;RZ = WRITE DATA

#MIT10,(R1)
MRO,4(R1)
R2,6(RY)

ERROR
TRAP

000002

JRECORD DEVICE ADDR.

;R1T (ONTAINS BASE MB200,4,7 ADDRESS

MOV
MCy
MOV

(MP
BEOQ

005055
006032

104401

L10045-.

B8!2

000001

CSEX]T

LWORD

MY INT

104455

000241
006102
001346
005237
023737
001336

X
MACE

;DO NOT DO TEST [F m8200

104432

012552

TRAP

ADRS

;BSR [F NOT DONE

MEMS?Z ,MRO

;DONE VYET?
:RR

(SETST

BADHEAD

;enwennnaensnse

TEST

nevvenesnenener

;*]0OP CRAM WRITE/READ TEST
:*FLOAT A O THROUGH EACH (RAM LOCATION

012552

21=JuL=-B81

;*]OP (RAM WRITE/READ TEST
;*FLOAT A 1 THROUGM EA(H (RAM [ OCATION

012622

63
(3)

&564

MACYTT

BADHEAD

;eevcevanennenn

BONTST

TEST

neneonnennnenne

THIS ADDRESS

(RAM ADDRESS

(ZDMQCO MB207 STATIC DJAG #¢
(Zomac. P11
21=-JUL=-B1 14:36

MACY11

(%)

000126

4599

4600
4601
4602
(3)
4603
4604

4608
4,609
46°0
4611

(5)
6)
(6)

(6)

4612

14:48

7
PAGE 20-10

SEQ 0086

012664

(3
(3)

012670
012672
012674
012700
012706
012710
012710
012710
012710

012666

;DO NOT DO TEST IF M8200

005037
012702

002434
000001

ADR1:
ADRZ:

002000
002434
000006
020000
000006

000004

3%:

CSEXIT

.WORD

L10046-.

MOV

KMCSR,R1

MOV

#1,.R2

MY INT

MSTCLR
CLR
BGNSEG
TRAP

MRO

;R2 = WRITE DATA

($BSEG

R2
#31710, (R1)
MRO,4 (R1)
R2,6(R1)
#31713,(R1)

JMAKE IT A FLOATING ZERO
;SET ROMO
;JWRITE ADDRESS TO SEL4
;LOAD SEL6 WITH WRITE DATA
JWRITE SEL6 INTO CRAM

(MP

RZ,Ré

21S DATA CORRE(CT?

6t(R1) R4

001410

BEQ

104455
000001
005055
006032

TRAP

C$ERDF

TRAP

CS$ESCAPE

ERROR

JREAD CRAM INTC ‘FOUND''

;BR

;ERROR

A
¥
10000%:

.WORD
ENDSEG
TRAP

0024 34
002436

002434
5%:

100008-.

($ESEG

(oM
cLC

BNE

ADR?2

TRAP

CSETST

ROL

INC
CMP
BNE

JBACK TO FLOATING ONE
;CLEAR CARRY

JSHIFT WRITE DATA

;BR IF NOT DONE THIS ADDRESS

MRO
MEMSZ ,MRO
ADR1

JBUMP TO NEXT CRAM ADDRESS
;DONE YET?
;BR IF NO

ENDTST
104401

L10046:

012712

BADHEAD

;eenrwnnnxenknan

TEST

annnnenvrnnnnne

;*]0P CRAM DUAL ADDRESSING TEST
;*WRITE EACH ADDRESS

—d
e

rorun

—

—b
b =

AVLAN )N

INTO ITSELF,

READ EACH

;*ADDRESS TO VERIFY CORRECT ADDRESSING

012712
OO0

1
.WORD
.WORD
EMO
ERR1
.WORD
ESCAPE SEG

104405

005102
000241
006102
001344
005237
02373/
001334

sRECORD DEVICE _ADDR.

JMASTER CLEAR MB200,4,7
JMRO = (CRAM ADDRESS

COM
MOV
MOV
MOV
BIS

Mov

104410
00000¢

4614

(3
4631
(1)

002516

005102
012711
0137€1
010261
052711
016104
020204

4606
4607

4629
4630

13701

104404

4€05

4628
(2)

TESTS

TRAP

104432

4597
ap)
4598

4623
4624
2)
4625
4626
4627

21-JuL-81

14::

(")
r4)
(4)

4615
4616
4617
L4618
L4619
4620
4621
4622

HARDWARE

X
MACE

459¢

(%)
(3
4613
3
(3

30A(1052)

BADHEAD

Jewnwennnnanawe

TEST

arannonsnnnannn

BGNTST
T5::

X
MACE

;DO NOT DO TEST IF M8200

(ZDMQCO M8207 STATIC DIAG #2
(ZDMQC L1
21-JuUL-81 14:36

4646
L647
4648
(S)
(6)

(6)
(6)

4649
(3)
(3
4650
(3)
(3
4651
(3)
4652
4653
4654
4655
4656
4657
4658
4659
4660
4661
4662
(5)
(6)
(6)
(6)
4663
&)
(3)
4664
(3
(3)
4665

013012

013016
013020
013024
013026
013030
013032
013034
013034
013036
013040
013040

013040
013042
013042
013044
013050
013056

HARDWARE

104432

013701

002516

005037

002434

104404

013702
012711
013761
013761
052711

002434
002000
002434
002434
020000

005061

000006

016104
023704
001410

000006
002434

1%:

000004
000006

CSEXIT

MY INT
MoV

KMCSR,R1

BGNSEG
TRAP
MOV
MOV
MoV
MOV

BIS
SKIPO6

15%:

CLR

MOV

(MP
BEQ
ERROR

104410

2%:

10000%:

104405

002434
002434
002000
002434
000006
002434

<0
C$BSEG
MRO,R2
#31T10, (R1)
MRO,4(R1)
MRO,6(R1)

#BIT13,(R1)
15%

TRAP
TRAP

002434
3%:

000004

PAGE 20-11

JR1

SEQ 0087

-RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

JMASTER CLEAR MB200,4.7
JMRO =CRAM ADDRESS

;SAVE R2 FOR TYPEOUT
;SET ROMO
;WRITE ADDRESS

TO SEL4

;LOAD SEL6 WITH WRITE DATA
JWRITE CRAM
;IF M8206,SKIP NEXT

INSTR.

6(R1)

;CLEAR SEL 6

6(R1) R4

;SHOULD READ BA(CK OWN ADDRESS
:1S DATA CORRE(CT?
;BR IF YES
;DATA ERROR

MRO,R4
2%
1
CSERDF

1
.WORD
.WORD
EMO
ERR1
.WORD
ESCAPE SEG
TRAP
C$ESCAPE
.WORD
10000%-.
ENDSEG
BGNSEG

104455
000002
005055
006160

INC
CMP
BNE
CLR
MOV
MOV
)%
MOV
CMP
BEQ
ERROR
TRAP

C$ESEG
C$8SEG

MRO
MEMSZ ,MRO
1%
MRO
MRO,R2
#81T10, (R1)
MRO,
4 (R1)
6(R1) R4
MRO,R4
4%
2
CSERDF

;BUMP TO NEXT ADDRESS
;DONE WRITING YET?

;BR IF

JRESTART AT ADDRESS 0
;SAVE R2 FOR TYPEOUT
;SET ROMO
;SEL4 = CRAM ADDRESS

JREAD CRAM INTO '‘FOUND"’

;1S DATA CORRECT?
;JBR IF YES
;DUAL ADDRESSING ERROR

.WORD
2
.WORD
EMO
.WORD
ERRZ
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.

104410
000002
104405

TRAP

002434
002436

14:48

:GOTO 15% IF MB206

000002

104404

TESTS

CLR

J06032

005237
023737
001331
005037
013702
01271
013761

21-JuL-81

MSTCLR

104455
000001
005055

016104
023704
001411

4645

013002
013006
013006

4644

4643

012766
012772

(1)

012730
012734
012740
012740
012742
012746
012752
012760

30A(1052)

000230

4633
4634
4635
4636
(3)
4637
4638
4639
L4640
4641
4642

012720
012722
012724
012724

(4)
4632
(1)

—

(%)

MACY11

10001¢%:

¥
A

ENDSEG
TRAP

C$ESEG

;LOOP TO 38 [F SW09=1

r—

—

(ZDMQCO MB207 STATIC DIAG #2
(ZDMaC.P11
21-JuUL-81 14:36
4666

4667

4668
4669
4670

{3
(3)

4671
L4672
4673
(2)
L4674
4675
4676
(2)

LE77

013136
013142
013150
013152
013152
013152
013152
013154

013154

005237

023737
001345

104401

002434

002436

MACY11

30A(1052)

HARDWARE

002634

21=-JUL-81

TESTS

L10047:

PAGE 20-12

INC

MRO

JBUMP TO NEXT ADDRESS

BNE

;BR IF NO

(MP

5%:
ENDTST

14:48

TRAP

MEMSZ ,MRO

;DONE WRITING YET?

CSETST

BADHEAD

JRRRRANARNRNCRN

TEST

nrswannnwnnnnns

;*JOP MAIN MEMORY TEST
;*FLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS

BADHEAD

surnennnnesnnnn

TEST

avnnnnvnnnannen

SEQ 0088

CZDMQCO MB8207 STATIC DIAG #2
czomac P11
21-JuL=-81 14:36

013154
013154
013154
013154

013701

002516

013160
013164
013170
013176

005037
012737
042737

002406
000001
003777

MACY11

30A(1052)

HARDWARE

21-JUL-81

TESTS

14:48

SEQ 0089

PAGE 21

BGNTST
16::

MY INT

MOV

MSTCLR

002434
013232

18:

658 :

(LR
MOV

BIC

KMCSR,R1
FLAG
#1,MR0O

#3777.66%

sR1

sRECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

JMASTER CLEAR M8200,4.7
;START WITH ADDRESS 0
¢START WITH BIT 0
sCLEAR ADDRESS FIELD OF

INSTRUCTION

(ZDMQCO MB8207 STATIC DIAG #2
cZbmac.P11

21-JUL-81

14:36

4687

042737

000037

0132064

MACY11 30A(1052)

21-JUL-81

HARDWARE TESTS

013240

BIC

14:48

#37,68%

PAGE 22
;CLEAR ADDRESS FIELD OF

SEQ 0090
INSTRUCTION

(ZDMQCO MB207 STATIC DIAG #2
czomac. P11
21-JuL-81 14:36
4689
4690
4691
1)
4692

4693
9P
4694

4695

4696
(1)
4697
4698
1)
4699
4700
(1)
4701
4702

4703

4704
4705
4706
(5)

(6)

(6)
(6)
4707

3
(3)

4708
4709
4710
4711
4712
(3)
4713
4714
4715
4716
4717

(3
(3)

4718
4719
(2)
4720
4721
4722

(2)
4723
4724
(3)
4725
(1
4726

013212
013220
013226
013226
013232
013234
013234
013240
013242
013250
013250
013254
013256

013256
013262
013264
013264
013270
013272
013276
013302
013304
013306
013312
013314
013316
013320
013322
013322

013324
013326
013326
013330
013334
013336
013336

013340
013344
013352
013354
013354
013354
013254

153737
153737

002406
002407

004537
010000

003044

004537
004000
013761

003044

004537
122500

003044

004537
040620

003044

004537
061225
013705

003044

116104
120504

002434

MACY11

30A(1052)

HARDWARE

SEQ 0091

;ADD ADDRESS TO INSTRUCTION7
;ADD ACDRESS TO INSTRUCTION

JSR

RS, .ROMCLK

2CLOCK INSTRUCTION

GO0004

ROMCLK

66%:

68%:

010000

ROMCLK

JSR

RS, .ROMCLK

MOV
ROMCLK

MRO,4(R1)

004000
JSR
122500

R5, .ROMCLK

JSR

R5, .ROMCLK

ROMCLK

040620

ROMCLK

JSR

RS, .ROMCLK

MOV

MRO,R5
S(R1) R4
R5 R4
67%
6
CSERDF
6
EMO
ERR6

61225

002434
000005

MOovB
CMPB

BEQ
ERROR
TRAP

000030

67%:

002434

002406
002436

7
PAGE 23

FLAG,66%
FLAG+1,68%

104410

104422

BISB
B8ISB

104455
000006
005055
006700

005237
023737
001306

TESTS

14:48

013232
013240

001410

000241
10613/
001320

21-JuL-81

.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD
cLC
ROLB
BNE
BREAK
TRAP

002406

2%:

JNEXT WORD IS

INSTRUCTION,

sCLOCK INSTRUCTION
;LOAD MAR HI

JWRITE PATTERN IN PORT4

JNEXT WORD IS INSTRUCTION,
2CLOCK INSTRUCTION
;MOVE PORT4 TO MEMORY
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE MEMORY TO BR
sNEXT WORD IS INSTRUCTION,
2CLOCK INSTRUCTION
;MOVE BR TO PORTS
;PUT "EXPECTED'' IN RS

sPUT “FOUND'' IN R4

;DATA CORRECT?

sBR IF YES

;DATA ERROR

TST

C$ESCAPE
L10050~.

:SW09=1?

s CLEAR CARRY
;SHIFT BIT IN MRO

MRO

;DONE IF MRO-0

65%

C$8RK

INC
CMP
BNE

FLAG
MEMSZ,FLAG
18

TRAP

CSETST

;NEXT ADDRESS

;LAST ADDRESS?
:BR

ENDTST

L10050:

104401

013356

BADHEAD

srnnnnnxnnannnn

TEST

snnnsnnanwnvenn

;*]OP MAIN MEMORY TEST

;*FLOAT A O THROUGH ALL MAIN MEMORY LOCATIONS
BADHEAD
sexxnnwnnnwnnne

BGNTST
17::

013701

002516

MYINT
MOV

KMCSR,R1

TEST

]

SRERRRRNRNRARNY

;R1

;RECORD DEVICE

ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

CZDMQ(O MB8207 STATIC DIAG #2
CZ0oMac.P11
21-JuL-81 14:36
(727

4728
4729
~ 4730

013362

473
4732
(733
473

4737
1)

4738
4739

4740
1)
47461
4742
(1)

4764
4765
4766
4767

003044

004537
004000
013761

0030446

004537

003044

004537

040620

004537
061225
013705

(1)

(3)
(3)
4752
4753
4754
4755
4756
(3)
4757
4758
4759
4760
4761
(3)
(3)
4762
4763
(2)

004537
010000

122500

4743
4764

(6)
(6)
4751

002406
000001
002434
003777
000037
002406
002407

153737

4735
)
4736

4745
4746
4747
4748
4749
4750
(5)
(6)

005037
012737
005137
042737
042737
153737

013510
013512
013514

013520
013522
013524
013526
013530
013530
013532
013534
013540
013542
013546
013550
013550
013552
013556
013564
013566
013566
013566
013566
013570

116104
120504

002434

MACY11

30A(1052)

HARDWARE

002434

013440
013446
013440
013446

1%:

64%:
65%:

000004

104422

CLR

68%:

sNEXT WORD

INSTRUCTION,

JNEXT WORD

INSTRUCTION,

JSR

R5, .ROMCLK

;CLOCK INSTRUCTION

.WwORD

EMO

cLC
ROLB

BNE

BREAK
TRAP
INC
CMP

*MOVE PORT4
*NEXT WORD

TO MEMORY

INSTRUCTION,

:CLOCK INSTRUCTION

:MOVE MEMORY TO BR

*NEXT WORD

RS, .ROMCLK

TRAP

.WORD
ESCAPE
TRAP

s CLOCK INSTRUCTION
;LOAD MAR LO WITH ADDRESS IN FLAG

RS, .ROMCLK

MRO,RS
S(R1).R&
RS,Ré4
67%
6
CSERDF

.WORD
com

’%:

INSTRUCTION,

MRO,4 (R1)

JSR
61225
MOV
MOVB
(MPB
BEQ
ERROR

002406

2CLOCK INSTRUCTION
;LOAD MAR HI
;WRITE PATTERN IN PORT4

.WORD

002406
002436

sNEXT WORD

R5, .ROMCLK

ROMCLK

002434

;CLEAR ADDRESS FIELD OF INSTRUCTION
sCLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ACDRESS TO INSTRUCTION
;ADD ADDRESS TO INSTRUCTION

JSR
004000
MoV

ROMCLK

0460620

002434

#3777 ,66%
#%7,68%

RS, .ROMCLK

JSR

67%:

;START WITH BIT 0
;CHANGE TO FLOATING O

JSR
010000

122500

002434
000005

SEQ 0092

;START WITH ADDRESS 0O

FLAG,66%
FLAG+1,68%

ROMCLK

003044

8
PAGE 23-1
JMASTER CLEAR MB8200,4.7

BISB
BISB

8IC
BIC

FLAG

#1,MRO
MRO

ROMCLK

003044

14:48

MOV
(oM

ROMCLK

66%:

104455
000006
005055
006700

005237
023737
001302

TESTS

MSTCLR

001406

104410
000034
005137
000741
106137
001314

21-JUL-81

INSTRUCTION,

1CLOCK INSTRUCTION
*MOVE BR TO PORTS
*PUT "EXPECTED'' IN RS
*PUT "FOUND'' IN R4
:DATA CORRECT?
:BR IF YES
:DATA ERROR

ERR6
TSI
CSESCAPE

L10051-.
MRO

;CHANGE

TO FLOATING 1

;CLEAR CARRY
JSHIFT BIT IN MRO

MRO

648

:DONE

( $RRK

BNE

FLAG
MEMSZ.FLAG
1%

TRAP

CSETST

IF MRO O

;NEXT ADDRESS
;LAST ADDRESS?
:BR IF NO

ENDTST
1064601

L10051:

BADHEAD

saevannxnannxnenn

TEST

wavnnnvnnnwnnnn

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

013570

éngQRDBACK EACH LOCATION TO VERIFY CORRECT ADDRESSING
H

CZDMQCO M8207 STATIC DIAG #2
(ZOMaC.P11
21-JUL~-81 14:36

MACY11 30A(1052)
21-JUL-81
HARDWARE TESTS

(2)

4768

seenpnannnnwnnn

4769
(3)
4770
{1)
W77
4772

013570
013570
013570
013570

4774

013604

013702

4776

013616

042737

4773

4775

4777

4778
4779

(1)
4780
4781
(1)
4782
4783
4784
(1)

4785
4786
(1)
4787
4788

(1)

4789
4790

4791
4792
4793
4794
(5)
(6)

(6)
(6)
4795
(3)

(3)
4796
4797
4798
4799

4800
4801

4802

4803
4804
4805
(1)
4806
4807
(1)

14:48

013574

013600

013610
013624

013632
013640

013640
013644
013646
013646
013652
013654
013660
013660

013664
013666
013666
013672
013674

013674

013700
013702

013706
013710
013712
(013714
013720
013722
013724
013726
013730
013730

BGNTST
T8::

013701

002516

005037

002406

042737

003777

013644

153737

002406

013644

004537
010000

003044

004537

003044

153737

004000
010261

003044

004537

003044

061225
010205

116104
120504
001406

MSTCLR

2%:
’$:

000005

3%:

002406
002436

002406

012737

013762

002340

042737

003777

014014

042737
153737

002406
002406
000037
002406

004537
010000

003044

004537

003044

FLAG

BIC

#3777,2%

BISB

FLAG,Z2$

BISB
ROMCLK

JSR
010000
ROMCLK
JSR
004000
MOV
ROMCLK
JSR

122500
ROMCLK
JSR
040620
ROMCLK
JSR
61225
MOV
MOovB
CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD
ESCAPE

TRAP
.WORD
INC
(MP
BNE
MOV

4%:

014022
014014
5%:

CLR
MOV

8IC

BI(
8158
ROM(LK
JSR
010000
ROMCLK
JSR

TEST

KMCSR,R1

CLR

MOV
BIC

013652

104455
000006
005055
006700

005037
013702

1%:

013652

000004

004537
040620

013756
013762
013774
014002
014010
014010
014014
014016
014016

002407

003044

013732
013734
013740
013746

013766

000037

004537
122500

104410
000156
005237
023737
001316

013750

002406

MY INT
MOV

FLAG,RZ

#37,7%

FLAG+1,7%
RS, .ROMCLK

R5, .ROMCLK
R2,4(R1)

RS, .ROMCLK
R5,.ROMCLK

RS, .ROMCLK
R2,RS

5(R1) ,R4
R5,.R4
3%
6
CSERDF
6

8
PAGE 23-2
8

SEQ 0093

sxawnnnnnnnennn

;RECORD DEVICE ADCR.
JR1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR MB200,4,7
;START WITH ADDRESS 0

;PUT DATA IN R2

;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD CF

INSTRUCTION

;ADD ADDRESS TO INSTRUCTION

;ADD ADDRESS TO INSTRUCTION
;NEXT WORD IS INSTRUCTION,
;C OCK INSTRUCTION
;LOAD MAR [0
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;LOAD MAR HI
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

;MOVE PORT4 TO MEMORY
JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
;MOVE MEMORY TO THE BR
sNEXT WORD

INSTRUCTION,

2CLOCK INSTRUCTION

;MOVE BR TO PORTS
;PUT "EXPECTED"" IN RS

JPUT "FOUND'' IN Ré
;DATA CORRE(T?
JBR IF YES
;DATA ERROR

EMO
ERRG6

TST

CSESCAPE
L 10052-.
FLAG
MEMSZ,FLAG
18

sNEXT ADDRESS
;LAST ADDRESS?
:BR IF NO

FLAG
FLAG,R2

;RESTART AT ADDRESS 0
;PUT DATA IN R?2

#37,8%
FLAG,S$

;CLEAR ADDRESS FIELD OF INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
JNEXT WORD IS INSTRUCTION, ROMCLK PC+5304
sCLOCK INSTRUCTION
JLOAD THE MAR LO
;NEXT WORD IS INSTRUCTION,
s CLOCK INSTRUCTION

#68,L0CK

#3777,5%

R5, .ROMCLK

RS, .ROMCLK

;NEW SCOPE

;CLEAR ADDRESS FIELD OF INSTRUCTION

(ZDMQCO MB207 STATIC DIAG #2
(ZOMQC P11
21-JuUL=-81 14:36
4808
4809
)
481
4811
1)
4812

<813

4814

4815
4816
4817
(5)
(6)
(6)

(6)
4818

(3)

(3)
4819

4820
4821
(822
48272
4824
(3)
(3)
4825
4826

)

014022
014024
014024
014030
014032
014032
014036
014040
014042

014046
014050
014052
014056
014060
014062
014064
014066
014066
014070
014072
014072
014074
014100
014106
014110
014110
014110
014110

MACY11

004537

003044

004537
061225
010205

003044

116104
120504

HARDWARE

8%:

00400C

040620

30A(1052)

6%:

002406
002436

9%:
END TST

L10052:

104401

014112

4833
1

(4)
(4)

4834
(1)
4835
4836
4837
4838
4839
4840
1)
4841
4842
(2)

4843

8
PAGE 23-3

MOV

RZ,R5

CMPS
BEQ
ERROR

R5,R4
6%
6

.WORD
.WORD

EMO
ERR6

.WORD

Li0052~-.

INSTRUCTION,

JNEXT WORD

INSTRUCTION,

sCLOCK INSTRUCTION

;MOV BR TO PORTS

JPUT "EXPECTED'' IN RS

;PUT "FOUND'' IN R&

;DATA CORRECT?
JBR IF YES
;ADDRESSING ERROR

CSERDF
6

TST

JNEXT WORD

;CLOCK INSTRUCTION
MOVt MEMORY TO THE BR

5(R1),R4

ESCAPE
TRAP

SEQ 0094

CSESCAPE

C $8RK
FLAG

(Mp
BNE

MEMSZ,FLAG
43

TRAP

CSETST
TEST

JNEXT ADDRESS

;IS IT THE LAST
;BR IF NO

wanswnvenannnen

;*10P MAR TEST
;*PERFORM DUAL ADDRESSING TEST
;*USING MAR AUTO-INC FEATURE

BADHEAD

sexrnennnnnnnan

014112
014112
014112

BGN TST
19:

005002
013703

005203

K4ONLY
TRAP

000342
013701

JEST

sennnawsnnnenen

;FOR 4K CPUS ONLY.

;DO NOT DO TEST IF MB200, OR ME204

104432

014132
014136
014140
014144
014146
014146
0146152
014154
014154
014162

RS, .ROMCLK

Jennnnwennnnnin

C14112

0
014126

JSR

BADHEAD

4827
4828

4829
4830
(2)
4831
4832
(3)

RS, .ROMCLK

BREAK
TRAP
INC

002406

;LOAD MAR Hi

JSR
040620

TRAP
.WORD

104410
000020

023737
001325

ROMCLK

MOVB

000005

14:48

004000

61225

104455
000006
005055
0067C0

005237

TESTS

ROMCLK

001406

104422

21=JUL-81

003044

004537
010261

003044
000004

MOV

KMCSR,R1

MSTCLR
(LR

MOV
INC

00243¢

004537
010000

L10053-.

MY INT

002516

ROMCLK

R2
MEMSZ ,R3
R3

JSR
019000

RS, .ROMCLK

JSR

RS, .ROMCLK

CLRMAR

1%:

CSEXIT

.WORD

MOV

R2,4(R1)

sRECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4.7

;START WITH A ZERO
;GET MEMORY SIZE
;STOP ADDR=MEMSZ+1
JNEXT WORD

INSTRUCTION,

JCLOCK INSTRUCTION
;LOAD MAR WITH A ZERO

JCLOCK INSTRUCTION
JWRITE

DATA

TO PORTS

(ZDMQCO MB207 STATIC DIAG #¢
(ZOMQC.P11
21-4UL=-81 14:36
4LB44
(1)

L84S

6846

4847
4848
4849
4850
(1)
4851

4852
(2)
4853
4854

(1)
4855
4LB56
4857
4858
4859
4860
(5)
(6)
(6)
(6)
4861
(1)
4862

4863

4864
(1)

4865
4866

4867
(1)

4868
4869
4870
4871
4872
4873
4874
4875
4,876
4877
4878
(5
(6)
(6)
(6)
4879
4880
4881
4882

(3)
&)

014166
014166

014172
014174
014176
014200
014202
014204
014204

014210
014212
014212
014220
014220
014220
014224
014226
014230
014234
014236
014240
014244
014246
014250
014252
014254
014254
014260
0146262
014264
014264
014270

014272
014272
014276
014300
014304
014310
014312
014316
014320
0147224
014324
014326
014330
014334
014336
014340
014342
014344
014344
01634
014346

004537

136500
005202
020302
001370
005002

30A(1052)

HARDWARE

003044

004537

003044

004537
055224
010205
116104

003100

2%:

003100

004537

003044

004537
016104
042704
005202
020237
001002
052702

121325

121304

020204
001406

RS, .ROMCLK

JSR

RS, .ROMCLK

CLRMAR
JSR

RS, .ROMCLK

R3,R2
1%
R

MOV
mMovB

R2,RS
4(R1) R4

TRAP

CSERDF

CMPB
BEQ
ERROR

5%:

8
PAGE 23-4

;DONE

SROM(LK
RS, .SROMCLK
JSR

055224

104455

14:48

JSR
136500
INC
CMP
BNE
CLR

010000

001406

004537
000000
005004

TESTS

ROM(LK

000004

000013
005055
007276

21=-JuL=-81

ROM(LK

003044

004537
010000

120504

MACY11

.WORD
.WORD
.WORD
SROMCLK
JSR

0
CLR

SEQ 0095

JNEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MEM _PORT4, AUTO-INC MAR

: INCREMENT DATA

YET?
:BR IF NO
RESTART WITH A ZERO
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

:LOAD MAR WITH A ZERO
:CLOCK INSTRUCTION

JNEXT WORD IS INSTRUCTION,
;MOVE MEM TO PORTZ

;PUT "EXPECTED'" IN RS
JPUT "FOUND'' IN R4

R5,R4
3%
1

;DATA CORRE(CT?
;BR IF YES
:MAR ERROR

EMO
ERR11
RS, .SROMCLK

;DUMP NOP [NSTR.

TO CLK AUTO INC

JSR

121325

;READ [BUS* <15> (MAR HIGH)
R5, .ROMCLK
;CLOCK INSTRUCTION
;MAR HIGH _POT 5

003044

ROMCLK
JSR

;READ
RS, .ROMCLK

000004
160000

MOV
BIC

4(R1) R4
#16C000,R4
R2
ggiMEMSZ

;ADD

#10000,R2

;IF

ROMCLK

121304

002436
010000

35¢%:

Eg,n4

1
(SERDF

104455

000013
005055
007276

:ADDR.

jBUS* <14> (MAR LOW)
;CLOCK INSTRUCTION
TO MAR HIGH.

AT HIGH LIMIT,ADD

IN OVERFLOW BIT.

0K?

;ERROR MAR ADDR. BAD IN [BUS <14>AND <15>

EMO

ERR1

JEXPECTED

(R4)

IS (OMBINATION OF

;IBUSe <14> AND <15>
£ SCAPE
.WORD

IN MAR,

(ZDMQCO MB207 STATIC DIAG #2
(Z0MQC.P11
21-JUL-81 14:36
4883

(3)

4884
4385

4886
4887
4LR88
4889
4290
4891
(1)

4892
4893
4894
4895

L896

4897
4898
(1)

4899
«9C0

(1)
490
4902
(1)

4903

4904
1)

4905

4906
4«7
4908

4909
4910
491

4912
4913
(5)
(63
(6)

{6)
«914
4915

(3)
(3)
4916
4917
(2)
4918

014350
014350
014352
014356

1064422

032702
001720

MACY11

30A(1052)

HARDWARE

TESTS

BREAK
TRAP

BIT

010000

8EQ

14:48

SEQ 0096

PAGE 23-5

C $BRK

#10000,R2

;DONE YET?

$*THIS SECTION OF CODE ADDED TO MAKE SURE
;*THAT MASTER CLEAR, (LEARS TH{ MAR
’

014370
014374
014376

014402
014404
014410
014412
014412
014416
014420
014420
014424
014426
014426
014432

014434
014434
014440
014442
014444

005737
001034
005737
00°031
052711
005011

040000

004537

003044

004537

003044

004537

003044

121304

121325

121304

005002
016104

40%

BNE
BIS
CLR
ROM(CLK

40%
#40000, (R
(R1)

;SET MASTER CLEAR
;CLEAR MASTER (CLEAR

JSR

RS, .ROM(CLK

;CLOCK INSTRUCTION

JSR

RS, .ROMCLK

ROM(LK
JSR
121325

RS, .ROM(LK

JSR

RS, .ROM(CLK

121325
ROMCLK

121304

ROMCLK
121304
(LR

MOV

000004

RUNB

B8NE

1ST

00¢e72

003044

121325

TST

002470

004537

SKIP06
403
;GOTO 40% [F MB206

014360

RUNINH

JWE MUST FIRST CLGCK
;THE MAR LAT(CH REGS
JBEFORE WE CAN READ THEM

;CLOCK INSTRUCTION

;READ IBUS* <15> PUT
;CLOCK INSTRUCTION
:MAR HIGH
;READ

[BUS* <14>,

;CLOCK INSTRUCTION

[N PORTS

PUT

[N PORTS

JMAR LOW
JEXPECT MAR (CLEAK

4L(R1) ,R4

JREAD PORTS 4R5. THEY (CONTAIN
;THE CONTENTS OF THE MAR
JMASTER CLEAR SHOULD HAVE

014450

014452
014456

014460
014462
0146464
014466
014466
014466
014466

001406
104455
000054
005055
J11054

104401

BEQ
ERROR

408
44

. WORD

.WORD

ERR4S

TRAP

CSETST

TRAP

. WORD
40%:
ENDTST

L10053:

014470

;CLEARED THE MAR
;BRANCH END TST [F (LEAR

( SERDF

EMO

BADHEAD

;evrvanersnnenan

TEST

eevancannnvenne

;*]0OP (CRAM) ODT BITS TEST
:*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS

4919

4920
4921
4922
(2)
4923
4924

21=-JuL=-81

s*VERIFY THAT 1BUS* 10 BITS IS SET ONLY WHEN MAR BT 8 !¢ 4 ONE
:*AND THAT [BUS* 10 BIT6 IS SET ON MAR OVERFLOW

014470
014470

BADHEAD

;eesessnnenneee

BONTST

TEQ]T

sesennncncrnnes

CZDMQCO MB207? STATIC DIAG #2
r0MQ(. P11
21=,UL =81 14:36
(35

4925
(%)

&)
4)
4926

1)
6927
4328
4929

4930

1)
4931
(932
4933
(1)

4934
4935
4536
4937
4938
4939
4940
4941
4942
4943
(S)
6)
(6)
(6)
(944

(3)
(3)
4945

L4946
(1

(947

4948

4949
4950
4951
o

4£952
4953
4954

4955
4956
4957
4958
(S)

(6)
(6)
(6)
4959
1)
4960

014506
014512
014514
014514
014520
014522
014522
0146522

014526
014530
014532
014536
014540
014544
014550
014554
014556
014560
014564
014566
014570
014572
014574
014574
014576
014600
C14€00
014600
014604
014606
014610
014614
014616
014616
014622
014624
014630
014634
014640
014642
014644
014650
014652
014654
014656
014660
014660
0714664

30A(1052)

HARDWARE

110::

014470
014470

014476
14500
014502
014502

MACY1T

MACEX

My INT

00256

MQv
MSTCLR
(LR

005002

004537
010000

GN3044

004527

003044

ROMCLK

JSR
010000

ROM(LK

000040
000004

177637

CSEXIT

IF M8200

L0054~
KM(SR,R1

JR1

sRECORD DFVICE ADDR.

CONTAINS BASE

MB200,4,7 ADDRESS

JMASTER (LEAR MB8200,4,7
JR2-SAME AS MAR (ONTENTS

RS, .ROM(LK

JNEXT WORD IS INSTRUCTION,
JCLOCK INSTRUCTION

JMAR_O

NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

(LR
8IT
8EQ

:RS "EXPECTED""

.+6

:BR IF NO
:IF YES THEN SET BITS

#4]1T8,R2

#317S.RS

MCvV
MOV
B8lC
cMe
8ta

#1776%7 R4

TRAP

(SERDF

.WORD

. WORD

. WORD
ESCAPE

4(R1)

‘R4

RS, R4
15$
7

:PORT4=]BUS*10

1S BIT8 SET IN MAR?
:RG="FOUND""

:CLEAR_UNWANTED BITS
:BITS 586 SHOULD BE (LEAR
:BR 1F

:ERROR BITS 586 NOT (LEAR

EMO
ERR7

TST

CSESCAPE
L1005¢6-.

003044

RS..ROM(CLK

0C2000

#2000,R2
1%

003044

RS, .ROM(CLK

000100
000004

#BIT6.RS

4(R1)

‘Ré&

2177627 R

177627

SEQ 0097

23-6

RS, .ROM(CLK

ERROR

15%:

PAGE

JSR

121204

000400

TESTS

TRAP

000234

121204
005005
032702
001402
012705
016104

14:48

.DO NOT DO TEST

104432

013701

21=JuL~81

RS R4
17$
7

C$ERDF

JNEXT WORD

INSTRUCTION,

;CLOCK INSTRUCTION
JINC MAR
:BUMP MEM ADDRESS

OVE?:LOUED YET?2(OVFL PAGE BITS).

NExI WORD [S INSTRUCTION,
JCLOCK INSTRUCTION
PARN 1BUSt 10

RS tRP‘CIED“

Ra- FOUND**

;CLEAR UNMANTED BITS

:8176 SHOULD BE SET
;BR IF 0K
JERROR, BIT6 NOT SETY

EMO

003044

17%:

ERR?7

RS, .ROM( L x

JNEXT WORD IS INSTRUCTON,
:(LO(B INSTRUCTION

(ZDMQCO MB207 STATIC DIAG #2
(Z0MQC.P11
21=JuL-81 14:36

4965

014666
014666
014672
014674
014674
014700
014702

(S)

014710
014714
014716
014720
014724

4961

6962
4963
(1)
4964
4966
L9667
4968
4969
4970
(6)
(6)
(6)
L9

(972
(3)
()
4973
4974

(2)

004537
004000

003044

004537

003044

146704

MACY1T

30A(1052)

HARDWARE

JSR

204000

ROMCLK

2$:

014734

014734
014734
014734

4987
(3)

4988

L 10054

01473%¢

(1)

4997
4998
(N

;CLOCK INSTRUCTION

#1776%7,84
RS, R4

:CLEAR UNWANTED BITS
;BRI”S 586 SHOULD BE C(LEAR

;PORT4

;BR [F OK

7
CSERDF

7
EMO
ERR?

TRAP

CSETST

“R&='FOUND'"

.WORD
.WORD
.WORD

[BUS*

:ERROR

586 NOT BOTH (LfAR

BADHEAD

cevennnennvnner

THt

THE

TEST

ernccnensenener

JUMP(]) NEVER M]CRO-PROCESSOR INSTRUCTION.

JUMP

INSTRUCTION

JUMP DID NOT

OCCUR BY CLOCKING

THE

INSTRU(TION

NOT

RIGHT,

;*IN THE LGCATION IT IS AT.
THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST B BITS OF THE (RAM P(. AT THIS POINT
;*THE BR DATA |S MOVED TO PORT&4, [F THIS DATA IS (ORRE(CT
s*THE CRAM PC S CORRECT, IF
;*THEN PORT4 (ONTAINS A 37

014673%

BADHE
AD

;eesananannanen

C1473¢€
014736
014736
014746
014746
014750
014752

014756
014762
014762
014764

4,995
4996

BIC
CMP

;*VERIFY

4991
4992
(3

L9946

:MAR H] 0

NEXT WORD IS INSTRUCTION,

4L(R1) R4

;s*CRAM TEST OF

014752
014752

4993

;CLOCK INSTRUCTION

:RS="ENPECTED""

S*PERFORM

4989
(N

4990

sNEXT WORD ;S INSTRUCTION,

RS, .ROMCLK

ENDTST

4977
4978

4986
(1)

SEQ 0098

ERROR
TRAP

014726

PAGE 23-7

(LR

BEQ

014730
014732

RS, .ROMCLK

MOV

000094
177637

14:48

JSR

121204

4976

4985
(%)

TESTS

ROMCL K

4975

4979
4980
4981
4982
4983
2)
4984

21=JuL=-81

014770
014770
014774
014774
015000
015002
015002

TEST

THE

(RAM P(

snvncenccceerns

BGNTST
T11::

SKIPO4

108

:GOTO 108 IF MB204

EXIT

104432

TRAP

200230

013701

104404

08:

002516

003474

004737

003166

004537

003100

100400

004537

.WORD

L10055-.

MY INT
MOV

KM(SR,R1

MSTCLR
BGNSEG

004737

003100

TRAD

1%:

TST

CSEXIT

JSR

($BSEG

PC ,MEMSET

JCAN'T

ROM, 4K

RECORD DEVICE ADDR.
JR1 CONTAINS BASE MB200,4,7 ADDRESS
JMASTER (LEAR M8200,4,7

JSET MEM AND RAM

JSR
PC,CLRALL
SROM(LK

;CLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

SROM( LK
sSR
RS, . SROM{
Lk

JNEXT WORD

JSR
100400

RS, .SROM(LK

;START AT ROM P(=0
IS

INSTRUCTION,

(ZDMQCO M8207 STATIC DIAG #2
“20MQC.P11
21-JuL-81 14:36
4999

5000

5001
5002
5003
5004
(5)
(6)
(6)

(6)
5005

015006

015010

015014
015016
015020
015022
015006
015030

015032

015034
015036

(3)

015036

(3)

015042

(3)
5006
(3)

015040
015042
015042

5007

015044

5008
5009

015046
015052

(3)

(")
5010
5011
(1)
5012

5013

5014
5015
5016
5017
(5)
(6)
(6)
(6)
5018
(3)
(3)
5019
(3)
(3)
5020
(3)

5021
5022
(1)
5023

5024
(1)
5025
5026
5027
5028
5029
5030
(5)

(6>

015044

015052
015056
015060
015060
015064

015066

015072
015074
015076
015100
015104
015106
015110
015112
C15114
015114
015116
015120
015120
015120
015122
015122

015124
015130

114377

004737

000001
120504
001406

HARDWARE

]

TRAP

000005

005055

006556

2%:

104410

000002

10000%:

10645

003166

004537
100403

003100

004737

000004
120504
001406

003330

10001$%:

004537
104125
004737
000007
120504
001406

003100

015164

000005

104455

{$ESEG

.WORD
.WORD
.WORD
ESCAPE

003330

;JUMP T0 ROM PC OF 1777

JR4=CRAM P(C

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC

(ORREC(CT?

;BR IF NO
JERROR, (RAM P(C

S WRONG

100008%-.

RS .R4
43
5
gSERDF

S EG
CSESCAPE
10001%-.

TRAP

(SESEG

TRAP

C$BSEG

.WORD
ENDSEG

JEXPECTED DATA

;1S ROM PC CORRECT?
JBR IF YES
JERROR, CROM PC IS WRONG

EMO
ERRS

TRAP

BGNSEG

015136
015136
015142
015144
015150
015152
015154
015156

SEQ 0099

ERRS

4%:

003100

8
PAGE 23-8

EMO

TRAP

.WORD
ENDSEG

TRAP

004537
100406

gSERDF

TRAP

BEQ
ERROR

104405

2%
5

S EG
(SESCAPE

cMP8

104410
000002

RS R4

TRAP
($RSEG
PC,CLRALL
;CLEAR ALL CONDITIONS
JSR
SROM(CLK
JNEXT WORD IS INSTRUCTION,
RS, .SROMCLK
JSR
100403
;START AT ROM P(=3
JNEXT WORD IS INSTRUCTION,
SROMCLK
RS, .SROM(CLK
JSR
100000
< 40C*0>
;JUMP TO ROM PC OF O
PC,RAMDAT
JR4=CRAM PC (LSB 8 BITS)
JSR

]
003100

104455
000005
005055
006556

104404

.WORD
.WORD
.WORD
ESCAPE

BGNSEG

004737

004537
100000

TESTS

14:48

.< 6400+0>
114377
PC ,RAMDAT
JSR

104455

104404

21=Jul -81

CMPS
BEQ
ERROR

003166

015162

30A(1052)

003330

004737

015130
015134

MACY11

PC,CLRALL
JSR
SROM(CLK
RS, .SROMCLK
JSR
100406
SROM(CLK
RS, .SROMCLK
JSR

104125'¢ 400+0>
PC.,RAMDAT
JSR
7
RS5,R4
(MPR
6%
BEJ
5
ERROR
TRAP
gSERDF
.WORD

;CLEAR ALL CONDITINS
JNEXT WORD

INSTRUCION,

;START AT ROM P(C=6

JNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 525
JR4=CRAM P(C

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?
;BR

JERROR,

YES

CRAM P(C

IS WRONG

(2)

3 OONENONO
\I\I\I\I\I\Jg

ek
ol
e
i
)
)

——

005055
006556

015200
015200

MACY11

30A(1052)

HARDWARE

6%:

104410

000002

10002%:

104405

ENDTST

d
cd e
i
d
ad
— -t acd

(6)
5031
(3)
(3)
5032
(3)
(3)
5033
(3)
(3)
5034
5035

Ut (VL IV, IV, IV, TV, [V, 1V, 1V,

(6)

o lolelololololole)

(ZDMQCO M8207 STATIC DIAG #2
(Z0MQC.P11
21-JuL-81 14:36

L10055:

106401

015202

5044

(2)
5045
5046
(3)
5047
(1)
(4)
(4)

5048
(1)

5049
5050
5051
5052
(3)
5053
(1)

5054
5055
(1)

5056
5057
5058
5059
5060
5061
(5)
(6)

(6)
(6)

5062
(3)
(3)

TESTS

.WORD
.WORD

14:48

ESCAPE
TRAP

SEG
C$ESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

8
PAGE ¢3-9

SEQ 0100

EMO
ERRS

10002%-.

BADHEAD

5036
5037
5038

5039
5040
5041
5042
5043

21-JUL-81

JNRNRRANRAANANN

TEST

;*CRAM TEST OF

JUMP(])

;*PERFORM THE

JUMP

AANRRARARR
AN AN

ALWAYS MICRO-PROCESSOR INSTRUCTION.

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 P(C.

AT THIS POINT

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

;*THEN PORT4 WILL CONTAIN A 37
BADHEAD

015202

sxxnwnxnnhwwnns

015202
015202
015202

015212
015214
015216
015216
015222

015226

015232
015232
015234
015234
015240
015242
015c42
015246
015250
015254
015256

BGNTST
T12::

104432

013701

002516

004737

003474

104404

004537

003100

004537

003100

004737
000377

003330

114777

000002

CSEXIT
L10056~.

MoV

KMCSR,R1

MSTCLR
1%:

JSR
PC,MEMSET
BGNSEG
TRAP
C$BSEG
SROMCLK

JSR
RS, .SROMCLK
100400
SROMCLK
JSR
RS, .SROMCLK
114377 1<400%1>
JSR
PC ,RAMDAT
377
(MPB
R5.R4
BEQ
2%
ERROR
5

104455

104410

TRAP
.WORD

MY INT

120504
001406

000005
005055
006556

MACEX?

;DO NOT DO TEST IF M8200

000214

100400

TEST

TRAP

2%:

CS$ERDF

.WORD
.WORD
.WORD

5
EMO
ERRS

TRAP

CSESCAPE

ESCAPE SEG

.WORD

10000%-.

wxsxnnnwwnnnnnnn

;DON'T DO IF M8200

RECORD DEVICE ADDR.

;R1 CONTAINS BASE MB200,4,7 ADDRESS
;MASTER CLEAR MB200,4,7
;SET MEM AND RAM
JNEXT WORD

INSTRUCTION,

;START AT ROM P(C=0
JNEXT WORD IS INSTRUCION,
;JUMP TO ROM PC OF 1777
JR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

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

(ZDMQCO M8207 STATIC DIAG #2
(ZOMQC P11
21-JuL~-81 14:36

5063
(3)

(3)
5064
(3)
5065
(1)
5066

5067

(1)
5068

5069
5070
5071
5072
5073
(5)
(6)
(6)
(6)

5074
(3)
(3)
5075
(3)
(3
5076
(3)
5077
(1)

5078
5079
(1)

5080
5081
5082
5083
5084
5085
(5)
(6)
(6)
(6)
5086
(3
(3)
5087
(3)
(3)
5088
(3)
(3)
5089
5090
(2)
5091

015302
015302
015302
015304
015304
015306
015306
015312
015314
015314
015320
015322
015326
015330
015332
015334
015340
015342
015344
015346
015350
015350
015352

015354
015354
015354
015356
015356
015360
015360
015364
015366
015366
015372
015374

015400
015402
015404
015406
015412
015414
015416
015420
015422
015422
015424
015426
015426
015426
015430
015430
015430

015432

MACY11

30A(1052)

HARDWARE
10000%:

104405

104404

004537
100403

003100

004737
000000

003330

100400

A Y

10001%:

106404

004537
100406

004537
104525
004737
000125

003100

104410

003100

104601

8
PAGE 23-10

JSR

RS, .SROMCLK

C$BSEG

SEa 0101

JNEXT WORD

INSTRUCTION,

;START AT ROM P(=3

JNEXT WORD

CMPB
BEQ
ERROR

R5,R4
4%
5

.WORD
.WORD
.WORD

5
EMO
ERRS

.WORD

10001%-.

;ERROR,

CS$ERDF

003330

ENDSEG

ENDTST
L10056:

IS WRONG

JNEXT WORD

SROMCLK

;START AT ROM P(C=6
JNEXT WORD IS INSTRUCTION,

125
(MPB
BEQ
ERROR
TRAP

10002%:

CRAM PC

TRAP
CSESEG
BGNSEG
TRAP
C$BSEG
SROMCLK

JSR

6%:

JEXPECTED DATA
;1S ROM PC CORRECT?
.BR IF YES

ESCAPE SEG
TRAP
CSESCAPE

R5,.SROMCLK

JSR
RS, .SROMCLK
104125!<400+1>

000002
104405

CSESEG

JSR
100406

120504
001406

104455
000005
005055
006556

TRAP
BGNSEG
TRAP

TRAP

104405

IS INSTRUCTION,
RS, .SROMCLK
100000'(400'1>
:JUMP TO ROM PC OF O
;R4=CRAM P(C (LSB 8 BITS)
PC,RAMDAT
6SR

001406

104410
000002

14:48

ENDSEG

100403
SROMCLK

120504

104455
000005
005055
006556

TESTS

SROMCLK

003100

004537

21-JuL-81

INSTRUCTION,

;JUMP TO ROM PC OF 525
JR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

PC,RAMDAT

R5.R4
6%
5

;1S ROM PC CORRECT?
;BR IF YES
JERROR, CRAM PC [S WRONG

CSERDF

.WORD
.WORD
.WORD

5
EMO
ERR5

.WORD

10002%-.

TRAP

C$ESEG

TRAP

CSETST

ESCAPE SEG
TRAP
C$ESCAPE
ENDSEG

BADHEAD

sawxnnawnnnwnwn

TEST

:«CRAM TEST OF

JUMP(I)

wennncnwnnnnnwn

ON C BIT

SET MICRO-PROCESSOR INSTRUCTION.

[
(ZDMQCO M8207 STATIC DIAG #2
(Zomac.P11
21-JuL=-81 14:36
5092
5093
5094
5095
5096
5097
5098

2 OO0 ~ =~
WD)
s NN
OO0~ v e

BV,

(S, IV,
LV,
IV,
IV, [V,
RV,
[V, RV
LV,
R
PR
T
e
e e e e R
P
P
N

[V,1V,
s

HARDWARE

21-JuL-81

TESTS

14:48

8
PAGE 23-11

SEQ 0102

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
s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL

:*THEN PORT4 WILL CONTAIN A 37

015432

015442
015444
015446
015446

30A(1052)

s*SET THE C BIT, PERFORM THE JUMP [NSTRUCTION.
J*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION

BADHEAD

saxnnnnsrnannnx

015432
015432
015432

W===O00 OO0V a2
a OO WO

MACY11

015452
015456
015462
015462
015464
015470
015470
015474
015476
015476
015502
015504
015510
015512
015514
015516
015522
015524
015526

015530
015532
015532
015532
015534

JEST

sxnnntnnnesnnnn

BGNTST

T13::
MACEX?2
104432
000230

TRAP

013701

00251¢

004737

003474

104404
004737

003260

004537

003100

100400

004537
115377
004737
000377
120504
001406

1¢:

KMCSR,R1

MSTCLR
JSR
PC.MEMSET
BGNSEG
TRAP
C$BSEG
JSR
PC,SETC
SROMCLK

003330

JSR

377
CMPB
BEQ
ERROR
TRAP

2%:

.WORD
.WORD
.WORD

10000%:

004737

003260

004537

003100

004537

003100

004737

003330

PC,RAMDAT

R5.R4

2%
5
C$ERDF

5
EMO
ERRS

ESCAPE SEG
TRAP
CSESCAPE

.WORD

104405

RS, .SROMCLK

JSR
R5, .SROMCLK
114377 !<400%2>

104410

101000

MOV

SROMCLK

000002

100403

L10057-.

JSR
100400

ENDSEG

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

;SET MEM AND RAM

;SET THE C 8IT®

JNEXT WORD

INSTRUCTION,

;START AT ROM P(C=0

JNEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777
JR4=CRAM PC

(LSB 8 BITS)

SEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES
;ERROR,

CRAM PC

IS WRONG

;LOOP TO 1% IF SW09=1

10000%-.

TRAP
C$ESEG
BGNSEG
TRAP
C$BSEG
JSR
PC,SETC
SROMCLK

JSR
100403

RS, .SROMCLK

JSR

RS, .SROMCLK

SROMCLK

;DON'T DO IF M8200

CSEXIT

.WORD

MYINT

003100

104455
000005
005055
006556

104404

;DO NOT DO TEST IF MB8200

100000!<400*2>
JSR
PC,RAMDAT

JSET THE C BIT'
JNEXT WORD

IS INSTRUCTION,

;START AT ROM P(=3

JNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 0
;R4-CRAM PC

(LSB 8 BITS)

——

CZDMQCO Me207 STATIC DIAG #2
P
CZbMac.P11
21-JUL=-81 14:36

5128
5129
5130
5131

MACY11

30A(1052)

HARDWARE

00000C

120504
001406

104455
000005

(5)
(6)

104410

000002

bbbbb—‘ww—‘wgw
NN
O~ 000~
O

004537

003100

004737
000125

003330

104455
000005
005055
006556

ot N
o

N~ N

003100

015666
015670
015672
015672
015672
015674
015674
015674

015676

104410

104401

.WORD
.WORD
.WORD

5
EMO
ERRS

ESCAPE
TRAP

SEG
CSESCAPE

8
PAGE 23-12

CSERDF

;LOOP TO 3% IF SWO09=1

100018-.

ENDSEG

TRAP
CSESEG
BGANSEG
TRAP
C$BSEG
JSR
PC,SETC
SROMCLK

JSET THE C BIT'
sNEXT WORD IS INSTRUCTION,

SROMCLK

;START AT ROM P(C=6
JNEXT WORD IS INSTRUCTION,

R5, .SROMCLK

JSR

L10057:

525

(LSB 8 BITS)

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

CSERDF

.WORD
.WORD
.WORD

5
EMO
ERR5

ESCAPE
TRAP

SEG
CS$ESCAPE

.WORD

ENDTST

JR4=CRAM PC

R5.R4
6%
5

TRAP

10002%:

;JUMP TO ROM PC OF

PC,RAMDAT

125
CMPS
BEQ
ERROR

6%:

SEQ 0103

JEXPECTED DATA
;1S ROM PC CORRECT?
JBR IF YES
JERROR, CRAM PC IS WRONG

JSR
RS, .SROMCLK
104125!<400#2>

000002
104405

R5,Ré
4%

JSR
100406

001406

N \N S

(VL IV, IV [V, 1V,b IV,b| oy V1V,
(O, 1V, ]
b b o d b~

004537

120504

10002%-.

ENDSEG
TRAP

(SESEG

TRAP

CSETST

BADHEAD

sannnknnnnwnnnt

TEST

waxanwanannnnnn

s*CRAM TEST OF JUMP(]) ON Z BIT SET MICRO-PROCESSOR INSTRUCTION.

c*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
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT

(¥,
A9,]

d —d md —d

—h o ed cd

003260

105125

NN~
—b
N —D

(3)

004737
100406

b N~

5146

10001$:

14:48

0
(MPB
BEQ
ERROR

.WORD

104405
104404

TESTS

TRAP

005055
006556

5135

21-JUL-8"

:*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL

015676

é;ggEQDPORT4 WILL
Jrknnnnnnnkwsxw

CONTAIN A 37

TEST

wxawsaxnnnnaxwnnn

CZDMQCO MB8207 STATIC DIAG #2
czomac.P1
5161
(3)

5162

1)
(4)
(4)
5163
(1)

5164
5165
5166
5167
(3)

5168
5169
(1)

015676

015706
015710
015712
015712

013701

002516

015716
015722

004737

003474

MSTCLR
JSR

104404
004737

003312

015734

004537

003100

015742

004537

003100

015726
015726

015730
015734

5172
5173
5174
5175

015746
015750
015754
015756

5179
(3)
(3)
5180
(3)

5181
5182

015760
015762
015766
015770
015772
015774
015776
015776
016000
016002
016002
016002
016004
016004

104432
000230

100400

115777
004737
000377
120504
104455
000005
005055
006556

2%:

104410
000002

100008%:

104405
104404

003312

5183
5184

016016
015020

016012

004537

100403

003100

5185
5186
5187
5188
5189
5190

016024
016026
016032
016034
016036
016040

016020

004537

003100

(5)
(6)
(6)
(6)
5191
(3)
(3)

016044
016046
016050
016052
016054
016054
016056

101400
004737
000000
120504
001406
104455
000005
005055
006556
104410
000002

BGNSEG
TRAP

14:48

KMCSR.R1
PC ,MEMSET

;DON'T DO IF M8200.

JRECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4.7 ADDRESS
:MASTER CLEAR MB8200,4,7
;SET MEM AND RAM

r$8SEG
JSR
PC,SETZ
SROMCLK

;SET THE Z BIT?®
JNEXT WORD IS INSTRUCTION,

100400
SROMCLK

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

JSR

RS, .SROMCLK

JSR

RS, .SROMCLK

BEQ
23
ERROR
5
TRAP
C$ERDF
.MORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000%-.

;JUMP TO ROM PC OF 1777
:R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?

:BR IF YES
JERROR, CRAM PC IS WRONG

ENDSEG

TRAP
BGNSEG
TRAP

C$ESEG

JSR

RS..SROMCLK

JSR

RS, .SROMCLK

C$RSEG

JSR
PC,SET2
SROMCLK

;SET THE Z BIT'
JNEXT WORD IS INSTRUCTION,

100403
SROMCLK

;START AT ROM P(C=3
JNEXT WORD IS INSTRUCTION,

100000!<400+3>
JSR
PC ,RAMDAT
0
CMPB
RS,R4
BEQ
43
ERROR
5

003330

PAGE 23-13

DO TEST IF M8200
CSEXIT
L10060-.

114377 '<400%3>
JSR
PC ,RAMDAT
377
CMPB
RS,R4

001406

004737

(1)

1%:

003330

016006
016012

(1)

MACEX?Z

;DO NOT
TRAP
.WORD
MY INT
MoV

015740
015742

5176
5177
(5)
(6)
(6)
(6)
5178
(3)
(3)

21-JUL-81

HARDWARE TESTS

BGNTST
T14::

015676
015676

5170
5171
(1)

21-JUL-81 14:36

MACY11 30A(1052)

TRAP
CSERDF
MWORD
S
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(S$ESCAPE
.WORD
10001%-.

;JUMP TO ROM PC OF O
:R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
:ERROR, CRAM PC 1S WRONG

SEQ 0104

—

(Z0MQCO MB207 STATIC DIAG #2
czoMac.Pi1
21-JuUL-81 14:36

\O—Jing—‘<%£L~(Mfl
NN
W~

004537

003100

004537
105525
004737
000125

003100

00~

003312

100406

HARDWARE

TESTS

003330

104455

000005
005055
006556

6%:

104410

000002

100028:

104405

ENDTST

L10060:

104401

16142

14:48

9
PAGE 23-14

SEQ 0105

ENDSEG
TRAP

CSESEG

TRAP

C$BSEG

PC,SETZ
JSR
SROMCLK
RS, .SROMCLK
JSR
100406
SROMCLK

;SET THE Z B8IT®

104125!<400+3>
PC.,RAMDAT
JSR
125
CMPB
RS ,Ré
BEQ
6%
ERROR
5
CSERDF
TRAP

;JUMP TO ROM PC OF

JNEXT WORD

.WORD
.WORD
.WORD

5
EMO
ERR5

TRAP

CSESEG

TRAP

CSETST

INSTRUCTION,

;START AT ROM P(=6

JNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

JSR

120504
0C1406

016140
016140

21=-JUL-81

BGNSEG

e S

104405

104404

30A(1052)

10001s$:

016060
016060
016060
016062
016062

004737

5192
(3)

MACY11

5¢25

;JR4=CRAM P( (LSB 8 BITS)
SEXPECTED DATA

;1S ROM PC CORRECT?
;BR IF VYES
JERROR, CRAM P( IS WRONG

ESCAPE SEG
TRAP
(SESCAFE
.WORD
10002%-.
ENDSEG

BADHEAD

sexwnwnnwanknscn

TEST

mannanannnnnnne

;*CRAM TEST OF JUMP(I) ON BRO SET MICRO-PROCESSOR INSTRUCTION.
;*SET THE BRO BIT, PERFORM THE JUMP INSTRUCTION.

J*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

:*THEN PORT4 WILL CONTAIN A 37

BADHEAD

Jexnnnwnnennwnnwns

BGNITST
T15::

104432

004737

MACEX2

;DO NOT DO TEST IF M8200
TRAP

000230
013701

TEST

003474

1%:

sxenenxnnnnnvennyn

;DON'T DO IF M8200C.

CSEXIT

.WORD

L10061-.

MOV

KM(SR,R1

MSTCLR
JSR

PC,MEMSET

MY INT

002516

JUMP WAS UNSUCCESSFUL

‘

oRECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
JMASTER CLEAR MB200,4,7
;SET MEM AND RAM

(ZDMQCO M8207 STATIC DIAG #2
(Z0MQC.P11
21-JUL-81 14:36
5226
(3)
52¢7
5228
(1)

5229
5230
(1
5231
5232
5233
5234
5235
5236
(5

016172
016172
016176
016200
016200
016204
016206
016206

104404

004737

003220

004537

003100

100400

004537
116377
004737

MACY11

30A(1052)

HARDWARE

5238

(3)
(3)
5239
(3)
5240
5241
1)
5242
5243
(1)

5244
5245
5246

5247
5248
5249
(5)
(6)
(6)
(6)

5250
(3)
(3
5251
(3)
(3)

5252
(3)

RS, . SROMCLK

377
CMPB
BEQ
ERROR

2%:

104410

“0000$%:

104405
106404

004737

003220

004537
100403

003100

004537

003100

004737
000000

003330

102900

.WORD

EMO

TRAP
BGNSEG
TRAP

10001$:

6SR

PC ,RAMDAT

CMPB
BEQ
ERROR

RS5.R4
4%
5

WORD
.WORD
.WORD

5
EMO
ERR5S

5255

C04537
100406

003100
003100

TRAP
BGNSEG
TRAP

C$ERDF

INSTRUMION,

;JUMP TO ROM PC OF 1777
;R4=CRAM PC

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF

;ERROR,

YES

CRAM P(C

[S WRONG

;SET THE BRO BiT'

JNEXT WORD

INSTRUCTION,

;START AT ROM P(=3
JNEXT WORD

INSTRUCTION,

;JUMP TO ROM FC OF O

;R4=CRAM P(C

(LSB 8 BITS)

JEXPECTED DATA

;1S ROM P(C CORRECT?
;sBR IF YES
;ERROR,

CRAM P(C

IS WRONG

100018-.

($ESEG
($BSEG

PC.SETBRO

JSR
100406

RS, .SROMCLK

JSR

RS, .SROM(CLK

SROMCLK

SEG
C$ESCAPE

JSR

SROMCLK

JNEXT WORD

C$BSEG

RS, .SROMCLK

.WORD

;START AT ROM P(=0

CSESEG

JSR

ENDSEG

;SET THE BRO BIT'
JNEXT WORD IS INSTRUCTION,

10000%-.

PC,SETBRO

ESCAPE
TRAP

SEQ 0106

ERR5

JSR
RS, .SROMCLK
100000!<400+4>

4%:

9
PAGE 23-15

SEG
CSESCAPE

JSR

TRAP

104405

004537

ENDSEG

100403

000002

104404

.WORD

ESCAPE
TRAP

SROMCLK

104455

1046410

CSERDF

SROM(LK

120504
001406

000005
005055
006556

R5.Ré
’%

TRAP

.WORD

500002

003220

JSR

.WORD

004737

5256

RS, .SROMCLK

116377 !<400%4>
PC ,RAMDAT
JSR

003330

5253
5254
(1)

JSR
100400

SROMCLK

003100

(6)
(6)

(3)
(3)

TESTS

14:48

BGNSEG
TRAP
C$8BSEG
JSR
PC,SETBRO
SROMCLK

(6)

5237

21-JuL-81

;SET THE BRO BIT'

JNEXT WORD

INSTRUCTION,

;START AT ROM P(-6
JNEXT WORD

INSTRUCTION,

(2DMQCO M8207 STATIC DIAG #2
rZ0MQC.P11
21=JUL-81 14:36
5257
5258
5259
5260
5¢61
5262
(5)

016346
016350
016354
016356
016360

(6)
(6)
(6)

5263
(3)
(3)

5288
5289
(1)

5290
529°
5292

;1S ROM PC CORRECT?
JBR [F YES

104455
000005
005055
006556

.WORD
.WORD
.WORD

5
EMO
ERR5S

ERROR
TRAP

6%:

ESCAPE
TRAP

.WORD

10002%:

ENDTST
L10061:

ENDSEG

JEXPECTED DATA

5
CSERDF

JERROR,

(RAM P(C

IS WRONG

SEG
CSESCAPE

100028-.

TRAP

CSESEG

TRAP

CSETST
TEST

sannnnnnnnennen

;~SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION,

sJ*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 P(C. 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

016406

BADHEAD

sennmannnmnnnnn

T16::

1064432

000230

013701

002516

004737

003474

104404

004737

003230

004537
100400

003100

004537

003100

004737
000377

003330

116777

MACEX?

;DO NOT DO TEST IF M82C0

D —

016416
016420
016422
016422

TEST

sannnvannnntnnn

BGNTST

016406
016406
016406

P3
H

(1)

SEQ 0107

;*CRAM TEST OF JUMP(]) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.

5284
5285
(3)
5286
5287

PAGE 23-16

R5,Ré
6%

125

sexnnwnnennwnnnr

5281
5282
5283

CMP8
BEQ

BADHEAD

(1)

TESTS

14:48

120504
001406

104401

d —d o

5280

21=-JUL=-81

;JUMP TO ROM PC OF 525
JR4=CRAM P( (LSB 8 BITS)

003330

1044C5

(1)
(4)
(4)

HARDWARE

00000¢

(elolelololololelalalelele] o

2)
5277
5278
(3)
5279

30A(1052)

106125!<400#6>
JSR
PC,RAMDAT

10612¢

004737
000125

104410

5264
(3)
(3)
5265
(3
(3
5266
5267
(2)
5268
5269
5270
527

5272
5273
5274
9275
5276

MACY11

TRAP
.WORD

CSEXIT
L10062-.

MOV

KMCSR,R1

MSTCLR
JER

PC.MEMSET

MY INT

1%:

BGNSEG
TRAP

JSR

($BSEG

PC,SETBR1

SROMCLK
JSR
RS, .SROMCLK
100400
SROMCLK

JSR
RS, .SROMCLK
114377 <400+5>
JSR
PC,RAMDAT
377

;DON'T DO [F M8200.

JRECORD DEVICE ADDR.
;R1 CON'AINS BASE MB200,4,7 ADDRESS
JMASTER CLEAR M8200,4,7
;SET MEM AND RAM

;SET THE BR1 BIT'
JNEXT WORD

INSTRUCTION,

;START AT ROM P(C=0
SJNEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777
JR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

(ZDMQCO MB207 STATIC DIAG #2

(Zomac. P11

5293
5294
5295
5)
(6)
6)
(6)

5296

(3
(3)
5297

120504

001406

006556

2%:

104410

10000$:

104405

004737

003230

004537

003100

004537

003100

004737

003330

102400

000000

.WORD
.WORD
.WORD

5
EMO
ERR5

ESCAPE
TRAP

ENDSEG
TRAP

SROMCLK

000005

104410

000002

RS .R4
3
5

.WORD
.WORD
.WORD

5
EMO
ERR5S

.WORD

100018

104405

R5,.SROM(CLK

(MP8
BEQ
ERROR

ENDSEG

TRAP
BGNSEG
TRAP

CSERDF

($BSEG

RS, .SROM(CLK

004537

003100

004737
000125

003330

. SROM(CLK
104125 <400'S>

JSR

= OV

100406
106525

120504

001406
104455

000005
005055
006556

100406
SROMCLK

CRAM P(C

IS WRONG

;SET THE BRI BIT®

JNEXT WORD

INSTRUCTION,

;START AT ROM P(=3
JNEXT WORD

INSTRUCTION,

;JUMP TO ROM PC OF C
JR4=CRAM P( (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF VYES
JERROR,

(RAM P(

IS WRONG

CSESEG

003100

004537

JERROR,

100018-.

PC,SETBR1

SROMCLK

;1S ROM PC CORRECT?
:BR IF YES

SEG
CSESCAPE

JSR

003230

SEQ 0108

CSESEG

PC.RAMDAT

ESCAPE
TRAP

9
PAGE 23-17

100008-.

$SR

TRAP

104455

SEG
CSESCAPE

100000 <400%5>

120504

005055
006556

CSERCF

BGNSEG
TRAP
($BSEG
PC,SETRR1
JSR
SROMCLK
JSR
RS, .SROMCLK
100403

001406

104404

RS ,R4
2%
5

.WORD

000002

100403

(MP8
BEQ
ERROR
TRAP

104455
000005
005055

104404

TESTS

14:48

b =3 d b =

016530
016530
016534
016536
016542
016544
016546
016550
016554
016556
016560
016562
016564
016564
016566
16570
016570
016570
016572

HARDWARE

21-JUL-81

st ~d ek

NN~

016522
016526

14:36

30A(1052)

004737

PORY = =

ViAWY

Own§§ g 33 8-S

(3)
(3)
5298
(3
5299

016466
016470
016472
016476
016500
016502
016504
016506
016506
016510
016512
016512
16512
016514
016514
016516
016522

21-JUL-81

MACY11

;SET THE BR1 BIT'
SNEXT WORD IS INSTRUCTION,
;START AT ROM P(C=6

sNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 525

#3?

PC ,RAMDAT

;R4=CRAM PC

(MP8
8EQ
ERROR

RS,R&
6$
5

JERROR, CRAM PC IS WRONG

.WIORD
.WORD
.WORD

5
EMC
ERRS

TRAP

ESCAPE

CSERDF

SEG

(LSB 8 BITS)

JEXPECTED DATA
;1S ROM PC CORRECT?
:BR

YES

(ZOMQCO MB207 STATIC DIAG #2
“IDMQC P
21=JUL~-81 14:36

016642

916644

HARDWARE

21-JUL-81

TESTS

TRAP

10441C

.WORD

10002%:

106405

ENDTST

L10062:

104401

016652

ENDSEG

14:48

SEQ 0109

FAGE 23-18

TRAP

(SESEG

TRAP

CSETST

BADHEAD

cansnnennnnnens

TEST

snsavnannnvencn

$*(RAM TEST OF JUMP(]) ON BR4 SET MICRO-PROCESSOR INSTRUCTION.
;*SET IHE BR4 BIT, PERFORM THE JUMP [NSTRUCTION.
J*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTICN

;*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE

;*BR WITH THE LOWEST 8 BITS OF

THE (RAM P(. AT

THIS POINT

:*THE BR DATA IS MOVED TO PORT4. [F THIS DATA IS CORRECT
;*THE JUMP WAS SUCCESSFUL, I[F _THE JUMP WAS UNSUCCESSFUL
:*THEN PORT4 WILL CONTAIN A 37
BADHEAD
JENARRRSRNANNNNSY

TEST

MACE X2
;DO NOT DO TEST

IF MB200

setnnssnnsnvone

N
St

W
=0O >0

NRRRED
U

ALY A1V, 1V,) &

016650
016650

30A(1052)

000002

~ N

(¥,
YAV RV, TC IV IV IV IV IV, IV TV SRV
V)
AN NN
S NN N WA N NN

NN NN
N
N?GR)?G\"@
gy vwfi*nxmrfigxxanVC‘dh'

016646
016646
016646
016650

MACY1T

104432

TRAP

000230

(SEXIT

WORD

L10063-.

MY INT

013701

00257¢

MOV

KMCSR,R1

004737

003474

JSR

PC.MEMSE T

104404

MST(CLR
BGNSEG
TRAP

($RSEC

;DON'T DO IF M8200.

JRECORD DEVICE ADDR,

JMASTER (LEAR MB200,4,7
sSET MEM AND RAM

r20MOC0O MB207 STATIC DIAG &2
(20mQ( P11

S%S

53%6
")

5%7
578
l')

016704
016710
016710

016714

016716
016716

2l=JUuL=81 14:%

MACYTT

S0A(1052)

HARDWARE

21=JuL=81

TESTS

14:48

004737

002240

JSR

P(,SETHRG

004537

00310C

JSR
1004600

RS, .SROM(LK

004537

003106C

JSR

Lx
,
. SROM(
RS

100400

SROM( LK

SROM(C LK

PAGE 24
JSET THE BR4 BT’

JNEXT WORD [S INSTRUCTION,
JSTART AT ROM P(=0
JNERT WORD IS INSTRUCION,

S€EQ 0110

(20mMQC0 MB207 STATIC DIAG .it
“I0MQ( P 1
Q1= =81 14:
4

$350
5381

016722
(16724

117377

004737

00333C

MACYTY 30A4(1052) 2V= =81
HARDWARE TESTS

14:48

114377:<400¢¢>

JSR

P( ,RAMDAT

PAGE 25

SJURP TO ROM P( OF 1777

SRG=CRAM P( (LSB 8 BITS)

SEQ 0111

CZDMQCO MB8207 STATIC DIAG #2

£20MC P11
5353

535«

016730

016732

2l1=JL =81 14:3%
000377

120504

MACYTY

30AC1052)

21=JuL=81

HARDWARE TESTS
377

{MPB

RS, Ré&

14:48

9
PAGE 26
SEXPECTED DATA

IS ROM PC CORRECT?

SEQ 0112

(ZDMQCO MB207 STATIC DIAG #2
~DMQC P11

21-JUL-81

5356

00140€

016734

14:36

MACYT1 30A(1052)

21-JuL-81

HARDWARE TESTS
BEQ

14:48

PAGE 27
;BR IF

SEQ 0113
YES

- (ZDMQCO M8207 STATIC DIAG #2
- rzomac P
21-JUL-81 14:36
5358
(S)

(6)

6)
(6)

016736
016742
016744
016746
016750

104455
000005

005055
006556

MACYT1

30A(1052)

HARDWARE

21-JUL-81

TESTS

ERROR
TRAP

WORD
.WORD
.WORD

14:48

CSERDF

5
EMO
ERRS

9
PAGE 28
sERROR,

SEQ 0114
CRAM P(C

IS WRONG

CZDMQCO MB207 STATIC DIAG #2
cZomac P11
21-JUL-81 14:36

017006
017010
017012
017014
017020
017022
017024
017026
017030
017030
017032
017034
017034
017034
017036
017036
017040
017044
017044
017050
017052
017052

2$:

104410
000002

100008%:

104405

003240

004537

003100

004537

003100

004737

003330

103000

000000
120504
001406
104455
000005
005055
006556

4$:

104410
000002

10001$:

104405
104404

004737

003240

004537

003100

004537

003100

004737
000125

003330

100406

107125

&&
e

d md —d

b
b o

b
b

d
D
e

NNNNNNNNY

104410
000002
104405

14:48

.WORD

100008-.

TRAP

C$ESEG

ENDSEG

TRAP
C$BSEG
PC,SETBRS
JSR
SROMCLK
RS, .SROMCLK
JSR
100403
SROMCLK
RS, .SROMCLK
JSR
100000!< 400*6>
PC ,RAMDAT
JSR
0
R5,R4
CMPB
4%
Q
BE
5
ERROR
TRAP
C$ERDF
5
.WORD
-WORD
EMO
ERRS
.WORD
ESCAPE S EG
TRAP
CS$ESCAPE
10001%-.
. WORD
ENDSEG

TRAP
BGNSEG

125

6%:

10002$%:
ENDTST

L10063:

9
PAGE 29

SEQ 0115

ESCAPE S EG
TRAP
CSESCAPE

;SET THE BR4 BIT'

sNEXT WORD

INSTRUCTION,

;START AT ROM P(C=3
JNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0
;R4=CRAM P(C (LSB 8 BITS)

SJEXPECTED DATA

;1S ROM PC CORRECT?
;BR IF YES
JERROR,

CRAM PC

IS WRONG

C$ESEG

TRAP
C$BSEG
PC,SETBR4
JSR
SROMCLK
R5,.SROMCLK
JSR
100406
SROMCLK
RS, .SROMCLK
JSR
104125!< 400*6>
PC ,RAMDAT
JSR

001406
104455
000005
005055
006556

21-JUL-81

TESTS

BGNSEG

104404
004737
100403

HARDWARE

120504

—

(3)

5361
(3)
(3)

016752
016752
016754
016756
016756
016756
016760
016760
016762
016766
016766
016772
016774
016774
017000
017002

[elelelelalelele]

5360
- (3)

MACY11 30A(1052)

CMPB
BEQ
ERROR
TRAP
.WORD
.WORD

RS .,R4

TRAP

C$ESEG

6%
5
C$ERDF
5
EMO

. WORD
ERRS
ESCAPE S EG
TRAP
C$ESCAPE
10002%-.
.WORD
ENDSEG

;SET THE BR4 BIT'
JNEXT WORD IS INSTRUCTION,
;START AT ROM P(=6

JNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525
;R4=CRAM PC (LSB 8 BITS)

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

—

(ZDMQCO MB207 STATIC DIAG #¢

(Zbmac.P11
(3)

5389
5390
(2)

21-JUL-81 14:36

017114

MACY11 30A(1052)

HARDWARE

21-JUL-81

TESTS

BADHEAD

017116

PAGE 29-1

SEQ 0116

CSETST

TRAP

104401

14:48

JREERNNXRNNRAKN

TEST

wanxxnnnnnnnnnn

J*CRAM TEST OF JUMP(]) ON BR7 SET MICRO-PROCESSOR INSTRUCTION.

5391

;*SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.
;*VERIFY THE JUMP DID CCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF

THE CRAM P(C. AT THIS POINT

;*THE BR DATA IS MOVED TO PORT4.
;J*THE

JUMP WAS

SUCCESSFUL,

;*THEN PORT4 WILL CONTAIN A 37

BADHEAD

Jexxnknnnnnnnnn

BGNTST
T18::

104432

TRAP

5417

5421
5422

5423

013701

002516

004737

003474

104404

004737

003250

004537

003100

004537
117777
004737
000377
12050
0014

003100

100400

MoV

KMCSR,R1

1%:

JSR
BGNSEG
TRAP

JSR

10000%:

004737

003250

004537

003100

($BSEG

PC,SETBR?7

114377!:<400%7>
PC .RAMDAT

JSR
377

2%:

104405

PC ,MEMSET

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

CMPS
BEQ

R5,R4
2%

TRAP

CSERDF

ERROR

104410
000002

100403

L10064-.

MSTCLR

THIS DATA IS CORRECT

mawrnnnnannnnnn

;DON'T DO IF M82CO.

CSEXIT

.WORD

MY INT

003330

104455
000005
005055
006556

104404

MACEX2

;DO NOT DO TEST IF MB8200

000230

017136
017142
017146
017146
017150
017154
017154
017160
017162
017162
017166
017170
017174
017176
017200
017202
017206
017210
017212
017214
017216
017216
017220
017222
017222
017222
017224
017224
017226
017232
017232
017236

TEST

THE JUMP WAS UNSUCCESSFUL

.WORD
.WORD
.WORD

5
EMO
ERR5

.WORD
ENDSEG

10000%-.

TRAP
BGNSEG
TRAP

C$ESEG

- RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR MB200,4,7
;SET MEM AND RAM

;SET THE BR7 BIT'

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

;JUMP TO ROM PC OF 1777
JR4=CRAM PC (LSB 8 BITS)

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

ESCAPE SEG
TRAP
CSESCAPE

JSR

C$BSEG

PC.SETBR?7

SROMCLK
JSR
RS, .SROMCLK
100403

;SET THE BR7 BIT®

JNEXT WORD IS

INSTRUCTION,

;START AT ROM P(=3

—~—

(ZDMQCO M8207 STATIC DIAG #2
(ZomMac.P11
21-JUL-81 14:36
5424
1)
5425
5626
5627
5428
5429

5430
(5)
(6)

(6)
(6)

5431

(3)
(3

5432
(3)
(3)
5433
3

5434
5435
1)

5436
5437
1)

5438
5439
5440
5441
5442
5443
(5
(6)
(6)
(6

5444
(3)
(3

5445

(3)
(3
5446
(3)
(3)

5447
5448
(2)
5449
5450
5451
5452
5453
5454
5455
5456

017240
017240
017244
017246
017252
017254
017256
017260
017264
017266
017270
017272
017274
017274
017276
017300
017300
017300

017302
017302
017304
017310
017310

017314
017316
017316
017322
017324
017330
017332
017334
017336
017342
017344
017346
017350
017352
017352
017354
017356
017356
017356
017260

017360
017360
017362

004537

003100

004737
000000

003330

103400

MACY11 30A(1052)

HARDWARE

SROMCLK

CMPB
BEQ
ERROR
TRAP

104455
000005
005055
006556

4%:

104410
000002

100018:

004737

003250

004537

003100

004537
107525
004737
000125
120504
001406

104410
000002
104405

104401

;JUMP TO ROM PC OF 0
;R4=CRAM PC

;BR IF YES
;ERROR, CRAM P(C

CSERDF

TRAP

CSESCAPE

003330

ENDSEG
TRAP
BGNSEG
TRAP
JSR
SROMTLK
JSR
100406
SROM(CLK

10001$-.

CSESEG
C$BSEG

;SET THE BR7 BIT®

PC,.SETBR7

sNEXT WORD IS

RS, .SROMCLK

#32

PC.RAMDAT

(MPB

R5,R4

TRAP

CSERDF

.WORD

10002%:

ENDTST
L10064:

IS WRONG

ESCAPE SEG

BEQ
ERROR

6%:

(LSB 8 BITS)

EXPECTED DATA
21S ROM PC CORRECT?

R5,R&
43
5

5
EMO
ERRS

SEQ 0117

JNEXT WORD IS INSTRUCTION,

INSTRUCTION,

;START AT ROM P(C=6

JNEXT WORD

RS5,.SROMCLK
JSR
1046125!<400%7>

003100

104455
000005

005055
006556

PAGE 29-2

RS, .SROMCLK

.WORD
.WORD
.WORD

.WORD

104405

14:48

100000 <400+7>
PC,RAMDAT
8SR

001406

100406

TESTS

JSR

120504

104404

21-JUL-81

INSTRUCTION,

;JUMP TO ROM PC OF 525
;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES

6%
5

;ERROR, CRAM PC IS WRONG

.WORD
EMO
ERR5
.WORD
ESCAPE SEG
TRAP

CS$ESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

BADHEAD

10002%-.

savenanknnnnnnnk

TEST

wwwnnnnnnnwnnnw

;*CRAM TEST OF JUMP(]) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
;«SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
J*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

J*THEN PORT4 WILL

CONTAIN A 37

————

;

CZOMQCO MB2C7 STATIC DIAG @
2l=yn =81

{ZoMQ( P11

5460

017%2

Jeeseevscanneee

*19::

(1)

013701

2025°%

004737

CL3e7¢

S461

462
563
5664

(3)
5465

104404

00%7%7
004737

OC326C

5668

004537
100400

003100

(")

004537

003196

5466

5467
(1)

54¢9

115377
004737
00000 1

5470
5471

56472

5474
5475
‘S)
(6)

5476

000002

t3)
(3)

106405

(%)

1044694

5677
5478

5486

5487

5488
5489

15
(€)

N
o

Guy G uerGiurGuiy

s anr i Suur Sy G

5485

OCOO0OO0OQOOOO0OO

547G

(1)

00316

KM(SR,R1

JSR
BONSEG

PC ,MEMSET

130400

SROM(LK

JSR

RS, .SROM(CLK

{SR

PC ,RAMDAT

(MPR
BEQ
ERFOR

RS .R4
’$
S

.wORD
.WORD
.WORD
ESCAPE

5
EMO
ERRS
SEG

114377 .<400+2>

003330

TRAP

1044615

(%)
(3)

MOV

TRAP
($BSEG
JSR
PL,SETC
PC,CLRALL
JSR
LK
SROM(
JSR
RS, .SROMC K

000005
00505%
Q0655¢

(6)

L10065~.

MSTCLR

106455

(6)

5484

SEQ 0118

PAGE 29-3

ssnanesnnennane

TRAP

.WORLC

*200Cs:

ENDSEG
TRAP

BGNSEG
TRAP

SKIPO6

004737

003166

004537
100403

003100
003100

003330

;DON'T DO [F M82GO.

CSEX]T

. wORD

My INT

120504
00°406

547%

‘1

TEST

MACEX?2
TRAP

106632
000c44

5482
5483

:D0 NOT DO TEST If MB82CO

‘Q)

(1)

TESTS

14:48

BGATST

(1
(&)

56480
5481

21=-Jul-81

BADME AD

()
5458
5459
(3

~ARDWARE

—

9%5?

MACYYT 3DA1052)

($ERDF

sRECORD DFVICE ADDR.
JMASTER CLEAR MB8200,4.7
;SET MEM AND RAM

JNEXT WORD IS INSTRUCTION,
;START AT ROM P(C=0

JNEXT WORD IS INSTRUCION,

;JUMP TO ROM PC OF 1777
;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR

;ERROR,

YES

(RAM P(C

[S WRONG

(SESCAPE

10000%-.

TS$ESEG
($RSEG

:GOTO 6% IF m8206

JSR
PC,CLRALL
SROM(CLK

;CLEAR ALL CONDITIONS
JNEXT WORD OF INSTRUCTION

100403

;START AT ROM P(=3
JNEXT WORD OF INSTRUCTION

JSR

RS, .SROMCLK

SROMCLK

JSR
RS, .SROMCLK
100000 <400+2>

ZSR

PC ,RAMDAT

(MPB

R5,R4

ERROR

8t4J

TRAP

LWORD

C$ERDF

JJUMP TO ROM PC OF

;R4-CRAM PC(LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CCRRECT?

;BR IF YES
JERROR, CRAM P(C

IS WROMG

{ZOMQ(C mMB207 STATIC DIAG @
220mMQC P

Q1=J

(&)

017950

549C

017554

5691
(3)

017560
017560

(6)
‘%)
(%)

‘3)

5692

(3;

5693
59

017552

017556
C175%

017560
017562

017562

=81 %:

.WORD

0$:

104410
000002

T2001s8:

104405

104404

20146

5495

017574

004537

00406

(i)

017576

549

017576

5497
5498

017602
017604

5SQ0
S5C1

017612
017614

(5)
(6)

5499
5502
‘6)

(6)

5503

(3)
5504

(3)

(%)

(SESEG

TRAP

{$BSEG

JSR

RS, .SROMCLK

JSR
PC,CLRALL
SROM(LK

:CLEAR ALL CONDITIONS
JNEXT WJORD IS INSTRUCTION,

100406

;START AT ROM P(-6

JNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

0172622
01762¢

104455
000005

TRAP
.WORD

($ERDF
5

017630

00655¢

01761¢

017626
017632

017632

10e4°2

00«

C17636

13564626

C'7640

10467°

017¢3%

ERROR

005CSS

017636
017636

.WwORD

A ¥

100028
END ST
L10065:

C1764¢

.wWwORD

;EXPECTED DATA

SJERROR,

(RAM PC

S WHONG

EMO

ERRS

ESCAPE SEG

TRAP

(SESCAPE

TRAP

($ESEG

TRAP

(SETST

LWORD
ENDSEG

100028-.

BADHEAD

sevensensnnnnne

TEST

wenvennasnnneann

Ze(RAM TEST OF JUMP(I) ON Z BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
:+CLEAR THE 7 BIT, PERFORM THE JUMP INSTRUCTION.
:ovERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE

5512
5513
5514
5515
5S1€

G17642

5517
5518
(3)

017642
017642

5520

TRAP

ENDSEG

5510
5511

1)
(6)
(4)

(SESCAPE
10001%-.

;1S ROM PC CORRECT?
;BR IF YES

o033t

5508
5509

5519

TRAP
.WORD

R5,R¢
63

]

(2)

ERRS

(TMP8
8fQ

550¢
2)

EMO

120506
001406

017640
017640

SSG7

SEQ 0119

;JUMP TO ROM PC OF 525
JR&4=CRAM P( (LSB 8 BITS)

017610

1OS1§S

PAGE 29-4

ESCAPE SEG

SRM(LK

(330

14:48

Ol. 25.<400+2>
JSR
P( ,RAMCATY

5505
(3)

(31

004537

.WORD

BGNSEG

004737

017570

21=JuL=-81

HARDWARE TESTS

%255

017566
017570

MACY'Y 30A(°0SS)

c10

;*BR WITH THE LOWEST 8 BITS OF THE CRAM P(C. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
J*THE JUMP WAS SUCCESSFUL, IF_THE JUMP WAS UNSUCCESSFUL
;*THEN PORT4 WILL CONTAIN A 37
bADHEAD
;everensennsnns

BONTST
T20::

(017642
017652
01765

017656

104432
000246

MACEX?

TEST

;DO NOT DO TEST [F
TRAP
($EXIT
.WORD
L 10066~.

MY INT

MB200

wrannsnnannnner

;OON'T DO IF M8200.

’

DMQ
LS

MB2C7 STATI( DIAG @&

OMQ{ . P!
(1)

Q1=

01765¢

=81

'4:

013701

002S'e

0067%7

00374

106606
004737
004737

003312
003%66

017704

004537

203'2C

017712

006537

32310C

S530
§53'

017720
017726

004737
00000?

0C333C

5533
5S3%

017730
Q17732

001406

(6)
(6&)
)

01772640
017762
017766

0000CS
0059255
006556

(3)

0177646

10441'C

5521
552%
5523
(3)
5¢26
5525
5526

Q17662
0172666
017672
017672
017676
017700
017704

§527
5528

017770
017712

(V)

529 017716
5832
(5)

5535
(%)

017726

0177%

017766

106455

017752

1046455

5537
()
5538

('7754
01775&
01775¢

1046406

§841

017776

0045%7

100403

G370

55643

5544
5545
5546
5547
5548
(5)
(6)
(¢)
(6)

5549
(%)
(3)

5550
(3)
(%)
§551
(3)

020006

(020006
020012
027016
020C1%
(020020
020024
020026
020030

004537

JC310C

006737
200004
120504
001406

C333C

101400

020036

000002

02003%
020034

020040
020040
020060
020042
GeG042

104410

104405
104404

($BSEG
PC,SET2
PC,CLRALL
RS, .SROMCLK

JSR

RS, .SROM(LK

JSR
!

P( _RAMDAT

BEQ
ERROR

2%
S

SEQ 0120
:RECORD DEVICE ADDR.

:MASTER (LEAR MB200,4,7
;SET MEM AND RAM

; CLEAR CONDITION CODES ;+++ B0
JNEXT WORD IS INSTRUCTION,
:START AT ROM PC=0
JNEXT WORD 1S INSTRUCION,

RS,R¢

;1S ROM PC CORRECT?

TRAP

(SERDF

.WORD
.wORD
.WwORD

;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

;BR IF YES
:ERROR, CRAM P( IS WRONG

§
EMQ
ERRS
ESCAPE SEG
TRAP

ENDSEG
TRAP

CS$ESCAPE

100008-.

(S$ESEG

($BSEG
6%

MB206

L SR
PC.,CLRALL
SROM(CLK

;CLEAR AL CONDJTIONS
INEXT WORD IS INSTRUCTION,

100403

:START AT ROM P(=3

RS, .SROM(CLK

*00000 ' <4600+3>

JSR
4
(MPR
BEQ
ERROR
TRAP
. WORD
LWORD
.WORD

ESCAPE
TRAP
.WORD

T0001%:

PAGE 29-5

;JUMP TO ROM PC OF 1777

SROMCLK
JSR
RS, .SROMCLK

A ¥

D10

114377 . <406+3>

JSR

005055

00655¢

P( ,MEMSET

;GOTD 6% IF

104455
000045

020032

KM(SR,R1

JSR

BGNSEG
TRAP
SKIPO6

((37¢¢

020000
020000

MSTCLR
JSR
BGNSEG
TRAP
JSR
JSR
SROM(LK
100400
SROM(LK

D000:

14:48

TESTS

. WORD

006?37

§542
(1)

's:

2 ¥

017766
017772

C*7772

21=JuL=81

MOV

5639
5540
(1)

HARDWARE

12CSC4

003002

037752
017752

(1)

118777

017750

553
(3)
(%)

100400

WACYYY 30A(1052)

ENDSEG
TRAP
BGNSEG
TRAP

P( ,RAMDAY

RS,Ré
48
5
(SERDF
S

EMO

ERRS

SEG
(SESCAPE
10001%-.

(SESEG
“$RSEG

INEXT WORD IS INSTRUCT]ION,

;JUMP TO ROM PC OF O

;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES
JERROR, [(RAM P(C IS WRONG

{20MQCC MB2J7 STATI(C DIAG &2
4. TN AR
Q1=
UL =87 14:3¢

0OCI'ee

JSR

PC,CLRALL

006537

003°CC

JSR

RS, .SROM(CLK

004537

003'0C

g
-

o
~N

o
)

YO~

NSUANAN -

x\nuowwo\nw(?oo R, gw\nmm s

AT ANWA

SROM(LK
100406

SROMCLK

2 ¥

OONL

020120
020120

K
o4
EnNG ST
LY Y

10445"

JNEXT WORD IS INSTRUCTION,
:START

020122

ROM P(=6

INEXT WORD IS INSTRUCTION,

JSR

sJUMP 7O ROM PC OF 525
JRG=(CRAM P( (LSB 8 BITS)

)

RS ,R¢

;1S ROM PC

TRAP

10648

;CLEAR ALL CONDITIONS

PC.RAMDAT

8EQ
ERROR

104455

SEQ 0121

PAGE 29-6

106125 <406-3>

003330

Q00COS
008C8E
G0OesSce

E 10

SROMCLK

_SR

:EXPECTED DATA

63
S

5
EM)
ERRS

"RAP

(SESEC

TRAP

CETST

CORRE(CT?

:BR IF YES
JERROR, (RAM P(C IS WRONG

CSERDF

LWORD
.WORD
.WORD

ESCAPE SEG
TRAP
(SESCAPE
LWORD
100028-.
ENDSEG

BADHEAD

Jveemeeceeverne

V\-

§ow§
N~

WVAWY

00000
12050
001408

1064°

VYRl
[V Ry

\ N

N ~~A

105529

00‘7?7

020120

14:48

21=JuL-8"
~ARDWARE TESTS

TTAC1052)

0064737
1004006

020104

MA‘YTY

TEST

sevnnncnsnnnene

'CRM TEST OF JUMP(]) ON BRO CLEAR M]ITRO-PROCESSOR INSTRUCTION.
*(LEAR THE BRO BII, PERFORM THE JUMP [NSTRUCTION.

955¢€9

;'VER”V THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION 1T 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, [F THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF THE JUMF WAS UNSUCCESSFUL

:*THEN PORT4 WILL CONTAIN A 37

BADHEAD

Jeesnecesnanvee

TEST

MACEX?
;DO NOT DO TEST

IFf H8200

sensnvnnnnssene

%C»N'SY

020122
4)

‘4)

(1)

(WY, |

[OL1V)

(U IV,

A NN

v iod il b

5580

020132

02013
020136

(020136

020142
020146
020152

020152
020154
020160
020160
020164
GeC166

TRAP

106637

000247

013701

002516

004737

00%74

L10067-.

MOv

KM(SR,R1

JSR

PC ,MEMSET

HYXNT

MSTCLR

I3 ¥

004737

0031¢4

BGNSEG
TRAP
JSR

004537

003100

JSR

104404

100400

CSEX!T

.WORD

SRIM(LK
100400
SROM(LK

($BSEG
PC,CLRALL
RS, .SROM(LK

:DON'T DO IF M8200.

JRECORD DEVICE _ADDR.

;MASTER CLEAR MB200.4.7
;SET MEM AND RAM

JCLEAR ALL

CONDITIONS

SNEXT WORD IS INSTRUCTION,
JSTART AT ROM P(-0
JNEXT WORD S INSTRUCION,

\\fi\'\\flg\l‘g_‘
v~4~—‘80g ~d > [aa X an)
M e s

“f
M~
-

~uh

WO WAN

—
v

RV TR S TS N o X o XV TV o RV ]

N AN

21,

02C166

520172
020176

020200

020202

020206

020212

=80

006537

116377
004737
00000

0202¢6

02C22¢

020230
020230
025232

]
"leel4

N
L T'4e

020266

006537

703

020254

1004C3

ERROR

:ERROR, C(RAM PC [S WRONG

TRAP

C$E SCAPE

ENDSEG

TRAP

BONSEG
TRAP
SKIPO6

SROMCLK
JSR

100403

SROMCLK

001406

BEQ

104455

TRAP

C20310

1064°C

020304
020306
020310

020312
020314
029314

005055
(065S5¢

)
AL
¥

174405

020320

006737

00314¢

020326

004537

0C3100

020324

020330

020332
020332

020336
020340
02034
02036
00350

104404

100406

006537

106125
004737

000007
1205046
(07406

003100

003335

RS, . SROMCLF
RS, . SROM(CLK

:CLEAR ALL CONDITIONS

SNEXT WORD IS INSTRUCTION,

:START AT ROM P(=3

INEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0
*R4=CRAM PC (LSB 8 BITS)

{mPg

RS ,R4

21S ROM PC (ORRECT?

ERROR

«8:

GuOOC2

($RSEG
6%

100000. <40094>
_SR
P( ,RAMDAT

.WORD

020%14

020316
020316

JSR

120504

000005

($ESEG

;6070 68 IF MB20€
PC.CLRALL

,
_.33%°

:BR IF YES

100008~-.

.SR

0C3:30

;EXPECTED DATA

ESCAPE SEG

02027¢

020300

( $ERDF

S
EMO
ERRS

000004

C203C2

L.WORD
WD
.#ORD

020266

020274

—

51S ROM PC CORRECT?

004537

020270

RS,Ré

02025«

020260 102000
020262 006?37

1,V A
an -(e JV. ¥LRV

s
¥

SEQ 0122

(P8

LWORD

'Taulf

RS, .SROM(Lx

PAGE 29-7

S JUMP TO ROM PC OF 1777
“RG=CRAM PC (LSB 8 BITS)

. $:

14:48

114377 . <400e4>
)SR
P(,RAMDAT

TRAP

Q06787

20252

JSR

(0033%:

N2026¢

020246

LAY

00 )0

TESTS

104455

10441¢

020226

~ARDWARE

BEQ

020222
020226

21=Jul=~81

001406
000CCS
005055
00635¢

020222

WAZ Y'Y ICACT052,

120504

02C214
020216
(20220

]

[A Y83

+
L)

rat

S MB2CY STATIC DIAG 'ie

(SERDF

JEXPECTED DATA
:BR IF

VES

:ERROR, (RAM P( S WRONG

.JORD
EMO
.WORD
ERRS
ESCAPE SEG

*RAP

($ESCAPE

TRAP

C$ESEG

JSR

PC,CLRALL

JSR

RS,.SROM(LK

.WORD
ENDSEG

BONSEG
TRAP
SROMZ LK
100406

SROMCLK

10001%-.

($BSEG

JSR

RS, .SROMCLK

?
PR
8EQ

RS R4
¢

106125 . <4004>
ISR
PC,RAMDAT

:C_EAR ALL CONDITIONS

;NEXT WORD IS INSTRUCTION,

!START AT ROM P(=6

SNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525
:R4&=CRAM P( (LSB 8 BITS]
JEXPECTED DATA
;1S ROM PC (ORRE(T?
JBR IF YES

“IOMQ{T MB207 STATIC DA,
2l=on=8' ‘¢ g,

“JomgC P11

EATT52)

~ARDwARE

‘%)

T IR T L TRT T et ot ot oF:RTINS
St
£EF e
St U 8 £ o inirgan S S AR PR R
vl ey

TESTS

¥
pepd
ENDTST
R
R

14:48

ERROR

.WORD
.WORD
wORD

§
EM0
ERRS

TRAP

(SESEG

*RAP

(SETST

TRAP

10445%
CO0CS
005055
00655¢

(1)

2l=JUL =81

¢ 10
PAGE 29-8

SEQ 0123

SERROR, (RAM P(C IS WRONG

(SERDF

ESCAPE SEC
TRAP
CSESCAPE
100?28~
.WORD
ENDSEG

BADHE
AD

Jeeessnccnaveny

TEST

veeecccnnnnnnee

;o(RAM TEST OF JUMP(]) ON BR1 (LEAR MICRC-PROCESSOR INSTRUCTION.
JofLEAR THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
JeVERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
JeIN THE LOCATION IT IS AT, THIS INSTRUCTION LOADS THE
J*BR WITH THE LOWEST B BITS OF THE (RAM PC. AT THIS POINT
;*THE BR DATA S MOVED TO PORT&. [F THIS DATA IS (ORRE(CT
soTHE JUMP WAS SUCCESSFUL, IFf THE JUMP WAS UNSUCCESSFUL
J*THEN PORT4 WILL C(ONTAIN A 37

BADHEAD

;evscesesenanse

SNTST
eci:

*06s 32
002435

o187¢C1

wese

004737

00376

1044

004737
120504

001606

106455
0Cs55S
006556

L70070-.

MmOy

KM(SR,R1

MSTCLR
JSR
BGNSEG
TRAP

PC MEMSE T
($BSEG

JRECORD DEVICE ADDR.

:MASTER (LEAR MB200,4,7
:SET MEM AND RAM

28100
0310

SROM( | k
RS, . SROM(LK
JSR

SNEXT WORD [S INSTRUCION,

006537

116777

LWORD

sCLEAR AL. CONDITIONS
SNEXT WORD IS INSTRUCTION,

00374¢

0046537

teccrescranveny

JSR
PC,(LRALL
SROM(CLK
JSR
RS, .SROM(LK

206737
100400

MACEX?
;DON'T DO [F M8200.
;DC NOT DO TESY ¢ mMB200
TRAP
CSEX]T
my INT

TEQY

0C333C

100400

;START AT ROM P(=0

116377 <400+5>

.1lSh

PC RAMDAT

JJUMP TO ROM PC OF

(P8

RS R4

JEXPECTED DATA
;IS ROM PC CORREC(CT?

80
ERROR
TRAP
. wORD
.wORD
.WORD

23
5
CSERDF
b)
EMO
ERRS

sRG=(RAM P(

1777

(LSB 8 BITS)

:BR [F VES
JERROR, (RAM P( 1S WRONG

D W82 sTATT LlAG @

WA vt

2o, a8’ ‘&:

R A CD8Q,

~ARDWARE

e ¥

064"7
U
L¢

.WORD

ENDSEG

BR7YY

e o

ISR

RS, . SROM(LK

SAOMCL

100408

SAQMC LK

ISR
RS, . SROMCLK
220200. <4005>

e
e MM .

P( RAMDAY

RS.A

TRAP

(SERDS

00310C

(SES(APE
100018~-.

ENDSEG
R

OGNSEG
TRAP

JSR

2082
o385

($85EG
PCCLRALL
RS, . SROM(
LK

. SROMCLK

129 <465He5 >

P( ,RAMDAT

00¢65¢¢
1064677
o000C2

TRAP
LWRD

C$€ SCAPE
100028-.

TRAP

(SESEG

001606

106658
002005

0scee

174675

JSTART AT ROM P(:=3
SNEXT WORD [S INSTRUCTION,
SJUMP TO ROM PC OF O
SRL=CRAM P( (LSB 8 8]'S)
JENPECTED DATA
J1S ROM P( CORRE(CT?
JBR IF YES
SERROR, (RAM PC 1S wiING

CSESEG

SUe)

006537
'oe;gs
004737
00007
120504

"RAP
wORD

SRS

130400

b)
EMO
ERRS

00653”

- JORD
.WORD
.WORD

e - VY S

PAN]

«3
§

JCLEAR ALL CONDITIONS
SNEXT JORD ]S INSTRUCTION,

ESCAPE SEG

[

0.'.'

[

§Euf ww§000 ”133
NN Y
N
N
— S
O

ey ]

8tQ
EXRON

004 787

SEQ 0124

PAGE 29-9

CSESES

PC,ILRALL

1448

" 10

100008-.

JSA

YRLL

104404

14:48

KA)

X ¥3

TESTS

ESCAPE SEG
TRAP
(SESCAPE

106425

5674

2'e

RS R

(SERDF
p)
EmO

ERRS

ES°APE SEG

RS
¥

ENDSEG

SCLEAR ALL CONDITIONS
SNEXT WORD IS INSTRUCT!ION,
SSTART AT ROM P(z6

SNEXT WORD IS INSTRUCTION,

JJUP T0 ROM PC OF 525
JRG=CRAM P(

(LSB 8 BITS)

JEXPECTED DATA
21S ROM P(C (ORRECT?
JBR IF VES
SERROR, (RAM P( IS WRONG

r0MQC0 WB207 $*A'IC D 145 &2
. P1Y
{70MQC
2,8 %%

020¢ %5

(%)

02065C

(%)

5681
.82
¢ )

020e5C

C20e52

LI
N ol

WA vl

30A(7052)

21=
UL =81

NARDWARE TESTS

ENDYST
o070

"RAP

14:48

110
PAGE 29-10

(SETST

AD
BAD~E

;eeseccenccence

TEST

(XXX

5684
5¢85

soC(RAM TEST OF JUMP(]) ON BRG LEAR MI(RO=PROCESSOR INSTRUCTION.
JoCLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.,
JevERJFY THE JUMP DID NOT OCCUR BY (LOCKING THE INSTRUCTION

5687
5688

R wiTH THE LOWEST 8 BITS OF THE (RAM P(, AT THIS POINT
;oI
;ofuf BR DATA |S MOVED TO PORTS, [F THIS DATA S (ORRE(CT

So83

;o
N THE LOCATION IT ]S AT,

S¢8¢

e89
SON:
569*

04S¢

SoTHE CRAM PC IS CORRECT,

TeEN PORTG CONTAINS A $7

AT HEAD

;ecessecscccnee

59?3

TEST

THIS INSTRUCTION LOADS TME

IF THE (RAM PC [S NCT RIGMT.

cecnnnecsceenne

SEQ 0129

CZDMQACO MB207 STATIC DIAG #2
c20MQC P11
5695
(%)

5696

1)
6)

2V=JuL =81

14:36

020654
020654

020654

02066«

]

10443%¢

0'3701

0G2S'¢

5699
S700

020700
020704

004737

9203%7¢

(3)

5702

020706
(20706
020712

572083
§706

020716
020720

§705
5706

020726
023726

(V)

(1)

106404

TESTS

14:48

MACEX?
TRAP

000240

5701

21-JuL=81

.WORD
My INT
MOV

MSTCLR
's:

KM(SR,R1

JSR
BGNSEG

P( _MEMSET

TRAP

($RSEG

JSR

PC,CLRALL

020712

004537

003100

JSR

RS..SROM(CLK

020720

004537

003100

JSR

RS, .SROM(LK

003330

SROM(LK
100400
SROM(CLK

SEQ 0126

:DON'T DO IF M8200.

CSEX]T

003166

117%77
T0«7%7

PAGE 30

L10071-.

004737

1004CO

J 10

;DO NOT DO TEST IF M8200

020666
020670
020670

020674

HARDWARE

BGNTST
Te3::

@)
5697
(1)

5¢98

MACYTT 30A(1052)

114377.<400~6>
JSR
PC ,RAMDAT

;RECORD DEVICE ADDR.

:MASTER CLEAR M8200,4.,7
:SET MEM AND RAM

;CLEAR ALL CONDITIONS

JNEXT WORD IS INSTRUCTION,
:START AT ROM P(=0
JNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 1777
:R4=CRAM P( (LSB 8 BITS)

(ZDMQCO MB8207 STATIC DIAG #2
{ZDMQC. P

21=JuL-81

57G8
5709
57°0
711

020732
020734
020736
020740

00000°
120504
(01406

(6)

020752

006556

(5)
‘6)
(6)

5712

020764
020746
020750

020754

02075

(3)

020760

1044CS

020762

1044(s

5714
(3)

5715
()

5716
5717
()

5718
5719
(1)

5720
5721

572¢

020756
020760
020760

020762

020764
020774
021000
021000

2%:

104412

0000C2

130008
:

.WORD

ERR5

0031060

021006

004537

003100

021020

000004

003330

14:48

CSERDF
5
EMO

K 10

PAGE 31

SEQ 0127

JEXPECTED DATA
;1S RO® PC CORRECT?
JBR IF YES
;ERROR, CRAM PC IS WRONG

ESCAPE SEG

TRAP

CSESCAPE

TRAP

(SESEG

TRAP

C$BSEG

.WORD
ENDSEG

SKIPO6

004537
100403
103000
004737

RS R4
2%
5

BGNSEG

00376¢

021912
021014

1
(MP8
BEQ
ERROR

TRAP
.WORD
.WORD

004737

021004
021006

271-JuL-81

HARDWARE TESTS

104455
000005
005055

(3)
5713
(3)

14:36

MACYTT 30A(1052)

100008-.

:GOTO 6% IF MB2C6

JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROM(CLK

100403

SROM(LK
JSR

RS, .SROM(CLK

;CLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

;START AT ROM P(C=3
JNEXT WORD IS INSTRUCTION,

100000.<400+6>
;JUMP TO ROM PC OF O
JSR
P( ,RAMDAT
;R4=CRAM PC (LSB 8 BITS)

JEXPECTED DATA

’

r—

CZDMQCO TMM8207 STATIC DIAG #¢

| CZDMQC.P1Y

|
S72¢
L5725

02°022
021024

=81

120504
001406

14:36

MACY11 30A(1052)

21-JuL-81

HARDWARE TESTS

(MP8B
8t0Q

R5,R4
3

14:48

L 10

PAGE 32
;1S ROM PC CORRECT?
;BSR IF YES

SEQ 01728

(2ZDMQCO MB8207 STATIC DIAG #2
(Z0MQC.P11

5727

0210%6

(6)
‘6¢)
6)

021034
021036
021040

(S)

021032

21=JUL~-B1
104455

000005
005055
006556

14:36

MACY11 30A(1052)

21-JuL-81

HARDWARE TESTS

ERROR

WORD
.WORD
.WORD

5
EMO
ERRS

TRAP

14:48

CSERDF

m10

PAGE 33
sERROR, CRAM PC IS WRONG

SEQ 0129

—
-

C(Z0OMQCO MB207 STATIC DIAG #2
(20MQC.P11

5729
(3)

021042
021042

5730
(3)
(3)
5731
(3)
5732
5733

021046
021046
021046
021050
021050
021052
021056
021056
021062
021064

(3)

(1)

5734
5735

(1)
5736

21=JuL=81

021044

10001$:

1046404

004737

003166

004537

003100

100406

004537

003100

004737
000007

003330

ENDTST

L10071:

106401

21130

(4)

5759
(1)

5760

C$ESEG
($8SEG

PC.,CLRALL

JCLEAR ALL CONDITIONS

JNEXT WORD IS INSTRUCTION,
;START AT ROM P(C=6

JNEXT WORD IS INSTRUCTION,
525

JSR

PC.RAMDAT

JR4=CRAM PC

(MPS
8EJ
ERROR

R5.R4
6%
5

;1S ROM PC CORRECT?
JBR IF YES
;ERROR, CRAM PC IS WRONG

(LSB 8 BITS)

.WORD
.WORD
.WORD

5
EMO
ERRS

TRAP

CSESEG

TRAP

CSETST

JEXPECTED DATA

CSERDF

ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%8-.
ENDSEG

BADHEAD

JNRARRNARRNAANAR

5747

(1)
(4)

TRAP
BGNSEG

100028:

SEQ 0130

10001%-.

RS, .SROMCLK
104125 <400%*6>
;JUMP TO ROM PC OF

TEST

[ 2222222222223

tCRAM TEST OF JUMP(I) 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

5748

5749
5750
5751
5752
5753
5754
5755
(2)
5756
5757
(3)
5758

CSESCAPE

.WORD
ENDSEG

100406

000002
104405

PAGE 34

SROMCLK

:
6%

1044610

021126

TRAP

005055
00€556

N 10

SROMCLK
JSR
RS, .SROMCLK

000005

(6)

14:48

ESCAPE SEG

TRAP

104655

(6)

TESTS

JSR

120504

(%)

(2)

000002

104405

21-JUL-81

HARDWARE

001406

(6)

5742
(3)
(3)
5743
(3)
(3)
5744
(3)
(3)
5745
5746

30A(1052)
A ¥

104410

107125

5737
5738
5739
5740
5741

14:36

MACY11

;*BR WITH THE LOWEST 8 BITS OF THE CRAM P(C. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
;*THE CRAM PC IS CORRECT, IF THE CRAM P(C IS NOT RIGHT.
;*THEN PORT4 CONTAINS A 37

021130

BADHEAD

;rwxrnnnnnaxnwn

021130
021130
021130

021140
021142
021144
021144
021150

BGNTIST
T264::

avnnxannnvnsnnnr

;DON'T DO IF M8200.

;DO NOT DO TEST IF M8200°

104432

TRAP

000240
013701

MACEXZ

TEST

002516

CSEXIT

LWORD

£10072-.

MGV
MSTCLR

KM(SR,R1

MY INT

;RECORD DEVICE _ADDR.
;MASTER CLEAR MB200,4,7

(ZDMQCO M8207 STATIC DIAG #2
(Z0OMQC.P11
21-4UL=-81 14:3¢
5761
5762

021154
021160

004737

021162

004737

003166

004537
100400

003100

004537
117777
004737
000001
120504
001406

003100

(3)

021160

5764
(')
5765
5766
(1)
5767
5768
5769
5770
5771

021166
021166
021172
021174
021174
021200
021202
021206
021210
021212

5763

5772
(5)

(6)
(6)
(6)

5773
(3)
(3)
5774
(3)
(3)
5775
(3)

5776
(1)

021214
021220

021222
021224
021226
021230
021230
021232
021234
021234
021234
021236
021236

021240

104404

003474

104455
000005
005055
006556

104404

5779
5780
(1)
5781
5782
5783
5784
5785
5786
(5)
(6)
(6)
(6)
5787
(3)
(3)
5788
(3)
(3)
5789
(3)

021260
021262
021262
021266
021270
021274
021276
021300
021302
021306
021210
021312
021314
021316
021316
021320
021322
021322
021322
021324
021324

004537

100403

003100

004537
103400

003100

021326
021332
021332

004737
000004
120504
001406

10001$:

104405
104404

004737

003166

004537

003100

SEQ 0131

JSR

PC,CLRALL

sCLEAR ALL CONDITIONS

ERROR
TRAP

S
CSERDF

;ERROR,

TRAP
BGNSEG

CSESEG

SKIP06

TRAP

($BSEG

JSET MEM AND RAM

CRAM P(C

IS WRONG

.WORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000%-.
ENDSEG

:GOTO 6%

4%:

104410
000002

PAGE 34-1

PC.MEMSET

C$8SEG
IF

MB206

JSR
PC.CLRALL
SROMCLK

003330

104455
000005
005055
006556

8 1

JSR
BGNSEG

TRAP

003166

14:48

SROMCLK
JNEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK
100400
;START AT ROM N(=0
SROMCLK
JNEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK
114377!<400+7>
;JUMP TO ROM PC OF 1777
JSR
PC,RAMDAT
;R4=CRAM P(C (LSB 8 BITS)
1
JEXPECTED DATA
(MPB
RS ,R4
;1S ROM PC CORRE(CT?
BEQ
2%
;BR IF YES

10000%:

104405

004737

5790
5791
(1)

1%:

2%:

104410
000002

021250
021254
021254

30A(1052)
21-JuUL-81
HARDWARE TESTS

003230

5777
5778
(1)

MACYT1

JSR

RS, .SROMCLK

TRAP
BGNSEG

CSESEG

sLLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

100403
;START AT ROM P(=3
SROMCLK
JNEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK
100000!<400*7>
;JuMP TO ROM PC OF O
JSR
PC ,RAMDAT
;.R4=CRAM PC (L(B 8 BITS)
4
SJEXPECTED DATA
CMPS
R5.R4
;1S ROM PC CORRECT?
BEQ
3
JBR IF YES
ERROR
5
JERROR, CRAM PC IS WRONG
TRAP
CSERDF
LWORD
5
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG

TRAP

C$BSEG

JSR
PC,CLRALL
SROM(LK
JSR
RS5,.SROMCLK

JCLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

(ZDMQCO MB8207 STATIC DIAG #2
(ZomaC.P1
21=JUL=-81 14:36
5792
5793
()

021336
021340

003100

004737
000007

003330

JSR

001406

5800
(3)

104410

5801

(2)

5805
5806
5807
5808
5809
5810
5811
(2)
5812
5813
(3)
5814
(1)
(4)
(4)

5815
(1

5816
5817
5818
5819
5820
(1)

5821
5822
(1)

5823
5824

5825

5826
n

10002$%:

104405

021402

ENDTST

L10072:

1044601

021404

JNEXT WORD IS INSTRUCTION,

4
(MPB
BEQ

JEXPECTED DATA
;1S RON PC CORRE(CT?
;BR JF YES

PC.RAMDAT

;R4=CRAM P(

RS,R4
63

sERROR,

(SERDF

525

(LSB 8 BITS)

CRAM P(C

IS WRONG

.WORD
5
EMO
.WORD
ERR5S
.WORD
ESCAPE SEG
TRAP

.WORD

0000C?2

;START AT ROM P(=6
;JUMP TO ROM PC OF

TRAP

6%:

SEQ 0132

106125!<400+7>

ERROR

005055
006556

(3)

cn
PAGE 34-2

100406

120504

(6)
(6)

TESTS

14:48

004537

(6)

5803
5804

HARDWARE

21=JUL-81

SROMCLK
JSR
RS, .SROMCLK

104455
000005

(3)
(3)
5802
(3
(3)

30A(1052)

10040€
107525

5794
5795
5796
5797
5798
5799
(S)

MACY11

ENDSEG

CSESCAPE

100028%-.

TRAP

CSESEG

TRAP

CSETST

BADHEAD

Jennnwwnswwnwws

TEST

sannnrnnnennnenn

. %

;*MAIN MEMORY PAGE DUAL ADDRESS TEST.
J*IN THIS TEST WE WILL VERIFY THAT PAGES DO
;*NOT DUAL ADDRESS.
THIS TEST IS DIFFERENT FROM THE
;*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER

é;gEgLDREALLY DIDN'T CHECK PAGE DUAL ADDRESSING

021404

H
cuvnnrnnnnnrnnar

21404
021404
021404

021414
021416
021420
021420
021424
021430
021432
021440
021444
021444
021450
021452
021452
021456

021460
021464
021464

BGNTST
125::

104432

005002
042737
050237

K4ONLY

nnavnwwnnnennen

JFOR 4K CPUS ONLY.

;DO NOT 0O TEST IF M8200, OR M8204
TRAP

000156
013701

TEST

000037
021456

L10073-.

MoV

KMCSR,R1

MY INT

002516

MSTCLR

021456

1%:

CSEXIT

.WORD

CLR R2
BIC #37,2%
BIS R2.2¢%

JR2 WILL BE PAGE #
;CLEAR UNUSED BITS
;ADD CURRENT PAGE MARKER.

JSR

RS, .ROMCLK

;CLOCK INSTRUCTION

JSR

RS, .ROMCLK

ROMCLK

004537
010000

003044

004537
004000

003044

010261

000004

MOV RZ2,4(R1)

004537

003044

JSR

10000
ROM(LK

s ¥

sRECORD DEVICE ADDR.

4«00C
ROMCLK

RS, .ROMCLK

;SET ADDR D
;OF

PAGE

;CLOCK

INSTRUCTION

sTHIS LOCATION MODIFIED BY LOST
sFEW INSTRUCTJONS

;PUT PAGE # INTO PART 4
sCLOCK PART &

;CLOCK

INTO MEMORY

INSTRUCTION

(2DMQCO MB207 STATIC DIAG #2
c20MQC.P11
2l=JUL-81 14:36
5827
5828
5829
5830
5831
5832
5833
5834
5835
5836
5837
5838
5839
5840
5841

021470
021472
021474
021500

5849
5850

SEQ 0133

34-3

;WHOSE PAGE # IS IN R?

;UPDATE PAGE #

;DONE ALL PAGES?
sNO-DO NEXT ONE

021504

042737
050237

000037
021522

004537
004000

003044

004537
041224

003044

116104

110205
120504
001406

JR2 STILL

(LR R2

005002

021544
021550
021552
021554
021556

5844
5845
5846

PAGE

INC R2
31T #20,R?
BEQ 18

000020

021502

(S)
(6)
(6)
(6)

(1)

0 11

122500

12250C

005202
032702
001754

TESTS

14:48

JWE'LL GO BACK THROUGH
s THEM CHECKING THEM OUT.

5847
5848

5842

5843

HARDWARE

21-JUL~-81

;OK, ALL LOADS OF ALL PAGES
;CONTAIN THIER PAGE NUMBER, NOW

021512
021516
021516
021522
021524
021524
021530
021532
021536
021540
021542

(1)

MACY1Y

30A(1052)

021522

3$:

BIC #3/,4%
BIS R2,4$
ROM(CLK

A ¥

JSR

ROMCLK

JSR
041224

000004

sMOVE MEM TO PART 4

;CLOCK INSTRUCTION

RS, .ROMCLK

MCVB & (R1) R4

104455

MOVB R2,R5
CMPB RS ,Ré
BEQ 5%

J"EXPECTED"’

ERROR 13

;PAGE ADDRESSING ERROR [N MAIN

TRAP

000015
005055
007542

NUMBER

;LOAD PAGE NUMBER
;CLOCK INSTRUCTION

RS, .ROMCLK

4000

HAS PAGE

.WORD
.WORD
. WORD

;ADDRESS PROBLEM?

CSERDF

13
EMO
ERR13

;MEMORY.

:MAR BITS 8 THROUGH 12 ARE REPRESENTED

:BY R2 ("EXP'ED'DBITS 0=4)

£21560
021560
021562
021564
021566

021572

000012
005202
032702
001744

021574
021574
021574

104401

021576

5%:

104410

000020

ESCAPE
TRAP

TST

CSESCAPE

.WORD
L10073-.
INC R2
BIT #20,R2
BEQ 3%

" IRAP

;UPDATE PAGE ADDRESS

JALL DONE?
sNO=CHECK NEXT PAGE.
JYES-EXIT.

CSETST

BADHEAD

;evearnnnnenene

JEST

sevnnanananenns

J*JUMP FIELD,PAGE TEST
*

“xIN THIS TEST WILL MAKE SURE A JUMP FIELD INSTRUCT]ION
;*wORKS,

TO DO

THIS,

WE'LL PUT

THE

DESIRED PAGE.,FIELD

;*INORMATION [N [BUS*<13> THEN [SSUE A JUMP FIELD
021576

*THEN WF'LL READ PC REG. AND VERIFY,.

BADHEAD

- (ZDMGCO MB207 STATIC DIAG #2
(ZDMQC.P11

21=JuL-81

14:36

MACY1Y 30A(1052)

HARDWARE

(2)

5872
5873
(3)

5874
1)
(&)

021576
021576

BCNTST
T26::

021576

104432
000132

gg;g

021622

00500¢

5880
ggg}

021624
021632

042737
050227

000017
021642

5883

021636

5884

021642

004537

003044

(1)

021646

021650

004537

061233

003044

021652

004537

003100

142761

(00002

004537

003044

5886

021636

021644

5887

021652

5888

021656

5891
5892
(1)
5893
58%
5895
589
5897
5898
5899

021660
021666
021666
021672
021674
021700
(C21704
021706
021710
021712

(1)

3890

(5)
(6)
(6)
(6)

5900

021716
021720
021722
021724

013701

000400

100000

121264
116104
042704

120402
001407
010205

KGONLY

;DO NOT DC TEST
TRAP
CSEXIT

021606
021610
021612
021612
021616

5885

TESTS

14:48

ceensasennecnen

(64)
5875
(1)
23;;

(1)

21-JuL-81

.WORD
MYINT
MOV
MSTCLR

002516

021642

1%:

2%:

5903

(3)
(3)
5904
5905

5906
5907
5908
5909
5910
(3)

;FOR 4K CPUS ONLY

IF MB200, OR M8204

KMCSR,R1

JRECORD DEVICE ADDR.

BIC #17,2%
BIS R2.2%

JCLEAR ANY LUNK
JSET FIELD # INTO INSTR.

ROMCLK

;CLOCK FIELD BITS INTO BREG.

JSR

000400

ROMCLK

SROMCLK

JSR

100000

RS, .ROMCLK
RS, .ROMCLK
RS, .SROMCLK

BI(B #IT1,1(R1)
ROMCLK
JSR
R5, .ROMCLK
121264
MOVB 4 (R1) R4
8I1(
#-(<17>,RG
(MPB R4 ,R?
BEQ 3%
MOV
R2.RS
ERROR 14

104455
000016
005055
007664

enenceerneccenes

;R2 TO CONTAIN FIELD #

061233

000004
177760

SEQ 0134

L100764-.

TRAP
.WORD
.WORD
.WORD

(SERDF
14
EMO
ERR14

5901

5902

TEST

PAGE 34-4

CLR R¢

JSR

000001

sCLOCK

INSTRUCTION

;CONTAINS FIELD,PAGE BITS

;AFERR BREG INTO [BUS*<13,
sCLOCK

JGET

INSTRUCTION

INSTRUCTION CLOCKED.

;BAS FORM FOR JUM FIELD INSTR,
: CLEAR ROMI
s CLOCK NEXT INSTR.
;CLOCK INSTRUCTION
JMOVE IBUS*TO PORT &
SGET IT.
JFIELD OK?
;IF OK GO AHEAD

JCHANGE FIELD INSTRUCTION

JFAILED.

FOR FIELD,PAGE

;+e+ B0

INDICATES

;BY "EXPECTED'* BITS 0,1,2,3 OF

021726

021726
021730

104410
000012

021732
021734
021740

005202
032702
001731

021742
021742

BRE

ESCAPE TST
TRAP
.WORD

(SESCAPE
L10074-.

INC R2
BIT #20,R2
BEY
18

000020
ENDTST
L10074:

JEXPECTED REPRESENT FIELD BITS.

JUPDATE TO NEXT FIELD
;DONE ALL FIELDS?

(20MQCO TMB8207 STATIC DIAG #2
(20mMQC. P11

TRAP

1046407

021744

(2)
5944
5945
(3)
5946
(1)

5947
(1)

4)
(&)

5948

5949
5950
5951
5952

5953
5954
5955
5956

5957

5958

14:48

SEQ 0135

CSETST

BADHEAD

;eeveccsnnctnne

TEST

ceennnvnncanenst

. »

TeJUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
- %

JvIN THIS TEST, WE WILL CHECK THE ABILITY OF THE
;*M] (RO PROCESSOR TO JUMP (BRANCH £ ALWAYS INSTRU. TION)
;*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.

C21744
021744
021744
021744
021744
021750

021760

213701

002516

000336

021770

012737

==t

2B
2B
P
9

INC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7
INC LOW BYTE OF NADDRESS FOR PC ADDRESS 8-1
BITS REPRESENTED AS BITS 0-3. WHEN 0-3 OVERFLOWS,

RESTARTS AT ZERO.

NET RESULT IS JUMPS FROM:

FIELD ,PAGE

0
1

2
3
10

2
3
7

377

1
: 70

LA ARE L)

TEST

1
:

LENANANERANONER

MY INT

K&ONL Y

KM(SR ,R1

JRECORD DEVICE ADDR.

;4K CPUS ONLY.

<D0 NOT DO TEST [F M8200. OR M8204
TRAP

L10075~.

MOV

#0,

MST(LR

000000

002406

($EX]!T

.WORD

FLAG

;FLAG TO REPRESENT

;FIELD,PAGE

;70 VARIE

021776
022002

012702
0127%7

LOC

BGNTST

MOV

104432

021762
021764

CALCULATE NEW ADDRESS:

AL AA

127::

**CALCULATE NEW ADDRS, FIELD
VIA INC,
CAUSE JUMP (BRANCH) TO NEW ADDRESS
READ PC FROM IBUS*12 AND [BUS*13
REPEAT STEP 2-4 256.TIMES

BADHE
AD

THE BRANCH INSTR WORKS FROM
PROCEDURE
:

. START ADDR O, FIELD O

Ve %0 00 B B 0 00 Be 0,

B %, 0,0, 08, %, %, 9.

NN
=

;*WE ALREADY KNOW THAT
;*OTHER TEST,

5923
9924
5925

5926
5927
5928
5929
5930
5931
5932
5933
9934
5935
5936
5937
5938
5939
5940
5941
5942
5943

TESTS

PAGE 34-5

5911
5912
2)
5613
5914
5915
5916
5917
5918
5919
5920
5921
5922

027742

21=JUL~81

HARDWARE

(3)

21=JuL=-81 14:36

MACY1T

30A(1052)

MOV
000000

0024612

MOV

40, R?
#0, FADR

;LOOP HERE

STARTING PACE,FIELD,

;CHANGE #0 PORTION OF INSTR.
JR2 TO CONTAIN JUMPED

:TO CHANGE

STARTING MM ADDR.,

JVARIE #0 PORTIONS OF INSTR,
;ADDRE
SS

(ZDMQCO MB207 STATIC DIAG #2
{IDMQC.P11
5959

5960

21=uuL=-8"

14:36

042737

000017

013700

0024606

022010
022C10
022016
022022
022026
022032
022040

022044
022044
022050
022052
022052

042700
050037
042737
CS02%7

MACY'Y

022050

30A(1052)

HARDWARE

18:

022050
022064

16:48

TESTS

BIC #7.2%
MOV FLAG,RO

8IC l‘((‘l?),bo
RO,2$

177760

077777

21=-JuL~-81

C #077777.3%

022064

S R2,3$

RGMCLK

PAGE

SEQ 013

34-6

JCLEAR JUNK FROM FIELD
JPORTION OF (HANGE FIELD INSTR
; INORDER TO INC, DEC FIELD,PAGE
;NOW POSITION [N INSTR.
sNOW FOR [IMMED. BR INSTR.
;NOW ADD IMMEDIATE ADDR

JSR
000400

RS, .ROM(CLK

sCLOCK INSTRUCTION
;MOVE PAGE ,FIELD # TO BREG.

JSR
61233

RS, .ROM(LK

;CLOCK INSTRUCTION
BREG TO P( HIGH REG.
sMOvV

JSR

RS, .SROM(LK

004537
000400

003044

0046537

003044

004537

003100

004537

003044

004537

003044

022102
022106

016104

000004

MOV 4(R1),Ré

;READ PC REG (NOW IN SEL &)
sSTRIP FOR ONLY PAGE,FIELD BITS,

022112
022116
022120
C22126
022126

013705
000305
042705
050205

022050

MOV 2%.RS

JNOW FROM ADDR WE WANTED

170377

BIC #170377.RS
8IS R2,R5
5%
SKIP06

022136
022140

105205

022140
022142
022144
022150

029504
001406

061233

100000

121265
121244

022152
022154
022156

042704

1044655

000017
005055
010006

¢y,

ROM(LK

SROM(CLK

100000

ROMCLK

JSR
121265

RS, .ROMCLK

JSR

RS, .ROM(CLK

ROM(CLK

121244

8IC

170000

#170000,R4

SwAB RS

5%:

SGOTO 58 IF M8206
RS
INCR

NOW CLOCK

[T IN BY JMP FIELD INSTR.

sREAD PC REG M]

sCLOCK INSTRUCTION

JREAD PC REG LOW

sCLOCK INSTRUCTION

JJUMP T0
cCLEAR JUNK
;ADD IMMED ADDR

JUPDATE ADDR. EXPECTED SENCE

;OF THE IBUS <13> INC THE P(.
(MP RS, R4
BEQ 4$
ERROR 15
TRAP

CSERDF

.WORD

EMC

.WORD
.WORD

;JUMP GO OK?
JYEA, CONTINUES
SFAILED 1O JUMP PROPERLY.

ERR1S

J'FROM ADDR’* REPRESENTS
;THE ADDRESS WE STARTED AT
:"°TO ADDR’® REPRESENTS WHERE
;wE EXPECTED TO JUMP T0,

;"BAD ADDR’‘ REPRESENTS weERE
;ot JENT T0.

THE READ

mB2C7 STATIC DIAG .ib
2l=J

=81

HARDWARE

NO NS
-0

EILBEL2IL

RS R T

P11

MACYTY S0AC1052)

27«

TEST'S

=81

14:48

1§

.UMUSED
'

PAGE 34-7
1

SEQ 0137
10

FIELD
BITS

987

* PAGE
. 8ITS

' IMMED. ADDR
:

STHIS IS A PICTURE OF THE P.(. REG.
8171S 0=7 ARE IN [BUS*<12>
8171S 8-11 ARE IN [BUS*<13>

THEY GOT CLOCK IN THERE VIA ,UMPS TAKEMN

THE FIELD BITS

ARE

[N BIT POSITION O,1 OF

THE

INSTRUCTION AT 28.

38 WAS THE JUMP ALWAYS INSTRUCTION. THE [MMED. ADCA.
WAS IN O=7 OF THE JUMP INSTR,
THE PAGE B]TS,
PC KEG BITS 8.9, WERE IN BITS 11,12 OF THE INSTA,
JUMP INSTRUCTIONS HAVE BEEN (MECKED OUT
BEFORE, SO THE IMPORTANT THING TO REMEMBER T0
WATCH IS THE "FROM ADDR","TO ADDR"’
]

022160

022160
022162
022164
022170
022176
022176

1044 1C
00013
010637
005237
105202
001304

3:
002612
062426

E3CAPE TST

TRAP
(SESCARE
LWORD
L 10075-.
MOV R4, FADR
INC FLAG
INB R2
BNE 1S
Se{MECK HERE

€22200

IF MASTER CLEAR CLEARS P.(. REG

SK1PC6 408

022210

005737

002475

022216

005737

002472

022230
022:36

10576
0427°1

QOO
040000

022214

TO SEE

sUPDATE PAGE.F IELD
SUPDATE JMMED. ADDR
SLOOP IF NOT DONE.

007041

022222 001036
022226 952711 040000

SGOTO 408 IF M8206
Tst
RUNB

ONE

408

RUN
M

'SR
BI(

1(RY)
840000, (R1)

BNE
8l¢

<08
840000, (R1)

SSET MASTER CLEAR

210 RUN THIS SECTION OF CODE YOU MUST TURN Sw7 OF SwlT(M PA(X S€28
SOFF

SO THAT MB207 NOT SELFSTARTING.

022240

ROM LK

022264 121265
022246
022246 006537 003064
022252 121244
022254
022256 004537 003044

121265
ROM( LK
JSR
RS, .ROMC . K
121264
ROM( L K
JSR
RS, .ROM( LK

022240 004537 003044

02226C

121265

JSR

1212¢%

RS, .ROMCLK

SWE MUST FIRST (LOCK

SCLOCK INSTRUCT
;0N

STHE PC LATCH REGS
;BEFORE WE (AN READ THEM
SCLOCK INSTRUCT 10
:REG PC REG W], PUT [N PORTS
scLock InSTRucf1oM

=81

14: 3%

006537

003(ws

ROMC LK
ISR

0C5C0S
016104
0462704

000004

121246

06140¢

121244
(LR

SEXPECT 2ERQ

273003 .8¢

00005%
005055

011124

4(R1) Ré&

SREAD PC REG FAOM PORT 485

«08

:1F

ERROR

:MASTER CLEAR FAILED TO CLEAR

.WORD
.WORD
.WORD

45
EMQ
EKR4S

TRAP

(SETST

TRAP

106455

SEQ 0'38

sREG PC REG LOW, PUT IN FORTG
SCLOCK INSTAUCTfon

CLEARED, EXIT

SNOTE Wt ALSO CLEARED BJT 1 OF THE
;PC REG, BECAUSE AFTER THE MASTER
SCLEAR, WE DID TWO INSTRUCTIONS 10
SREAD 17, TMUS CAUSING THME PC REG
210 GET BUMPED.

(SERDF

:PC REG

&J%:

ENDTST

AD
BADHE

;evessncencennene

TEST

ecacseccnccacee

- e

Te UMP TEST, JUMP ALWAYS, JUMP (HANGE FIELD
-

J*IN THIS TEST, Wt WILL CHECK THE ABILITY OF THE
;*MICRO PROCESSOR TO JUMP

(BRAN(CH & ALWAYS

INSTRUCTION)

;*TO LOCATIONS, FIELDS FROM OTHER LOCATJIONS FIELDS.
;*wE ALREADY KNOW THAT THE BRAN(CH INSTR WORKS FROM
;*0OTHER TEST.
NN

.
.

START

ADDR O,

PROCEDURE
:

FIELD O

**(ALCULATE NEW ADDRS, FIELD
VIA DEC,
CAUSE JUMP (BRAN(CH) TO NEW ADDRESS

. READ PC FROM 1BUS*12 AND [BUS*13
. REPEAT STEP 2-4 256.TIMES

O CALCULATE NEw ADDRESS:

A==

.
8,

8,
0,

OB
%

8,0,

L10075:

10440°

022320
022320
022320
022320
002322

170093

N
PAGE 348

RS, .ROML K

0223
022310
022312
022314
022316

TESTS

~ARDWARE

)

14:48

. DEC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7

DEC LOW BYTE OF NADDRESS fOR PC ADDRESS 8-11

BITS REPRFSENTED AS BITS 0-3. WHEN
Re STARTS AT ZERO.
NET RESULT IS JUMPS FROM:

FIELD.PAgf

Lt O¢

377

2? «JUL=81

3047 °(052)

WATY'Y

- "2 STAT!T DIA, &2

0-3 OVERFLOWS,

(2D0MQCO M8207 STATIC DIAG #2

(Z0MQC.P1

21=-JJL-81

14:36

MACY11

30A(1052)

HARDWARE

6097
6098
6099

(D)

6106
(1)

022322
022322
022322
022322
022326

»
*

16
15

SEQ 0139
376
375

: 70

BADHEAD

JRRRANRANR N RNNS

1°8::

013701

022336
022340
022342

104432
000276

022346

012737

000

000000

012737

0060000

022366
022366

042737

000017

022374
022400
022404
022410
022416

013700
042700
050037
042737
050237

002406
177760
022426
077777
022442

022422
022422
022426
022430

004537
000400

003044

004537
061233

003044

004537

003100

004537
121265

003044

004537

003044

016104

000004

022460

K&ONLY

KM(CSR R

taxane

nanxxnnne

JRECORD DEVICE ADDR.

;4K CPUS ONLY.

002406

002412
022426

1%:

CSEXIT

.WORD

L10076~.

MoV

#0,

MST{LR

022360

121244

;DO NOT DO TEST [F MB200, OR M8204

000000

022444
022444
022450
022452
022452
022456

MY INT

TRAP

012702

100000

TEST

BGNTST

MOV

0N2s16

022354

022442

6139
6140
6141

J N
PAGE 35

. "

022322

022430
022434
022436
022436

6138

TESTS

14:48

€100

61N
6102
(2)
6103
6104
(3)
6105

21-JuL-81

FLAG

MOV

#0,

MOV

#0,

FADR

;LOOP HERE

BIC #17.,2%
MOV FLAG,RO
BIC #%C<17>,R0

2 TO CHANGE STARTING IMM ADDR.,
;VARIE #0 PORTIONS OF
sADDRESS

INSTR.

sCLEAR JUNK FROM FIELD

;PORTION OF CHANGE FIELD INSTR
;INORDER TO INC, DEC FIELD,PAGE

BIS R2,3%

;NOW ADD IMMEDIATE ADDR

JNOW FOR IMMED. BR INSTR.

JSR
000400

RS, .ROMCLK

;CLOCK INSTRUCTION
;MOVE PAGE,FIELD # TO BREG.

JSR
61233

R5, .ROMCLK

;CLOCK INSTRUCTION
s MOV
BREG TO PC HIGH REG.

JSR
100000

R5, . SROMCLK

ROMCLK

SROMCLK

3%:

JR2 TO CONTAIN JUMPED

JNOW POSITION IN INSTR.

ROMCLK

2%:

:TO VARIE STARTING PAGE,FIELD,
;CHANGE #0 PORTION OF INSTR.

BIS RO,2%

BIC #077777,3%

022442

;FLAG TO REPRESENT
;FIELD,PAGE

ROMCLK

JSR

121265

ROMCLK

#3?244

RS, .ROMCLK
RS, .ROMCLK

MOV 4(R1) R4

;NOW CLOCK

IN BY JMP FIELD

JREAD PC REG HI

;CLOCK INSTRUCTION
JREAD PC REG LOW

sCLOCK INSTRUCTION
JREAD PC REG

(NOW IN SEL 4)

INSTR.

—

CZDMACO M8207 STATIC DIAG #2

MACY11 30A(1052)

21-JUL-81

CZOMAC.P11

21-JUL-81

14:36

2}2;

022606

042704

170000

BIC

6144

022470

013705

022426

MOV 2$.RS

€145

022474

000305

HARDWARE TESTS

022502
0225064

050205

6149

022514

105205

650

2}2}

022516

6153
6154
6155

022516
022520
022522

020504
91406

(6)
(6)
(6)

022530
022532
022534

000017
0050655
010006

(5)

6156

022526

#170000.R4

SEQ 0140

:STRIP FOR ONLY PAGE.FIELD BITS.

“TLEAR JUNK

81S R2,R5
Sk1P06 5%

*ADD IMMED ADDR

INCB

-UPDATE ADDR. EXPECTED SENCE THE READ

-GOTO 58 IF M8206

.OF THE IBUS <13> INC THE PC.
CMP R5.R4
BEQ 4%
ERROR 15

106455

PAGE 35-1

SJUMP TO

BIC #170377.R5
5%

K 11

:NOW FROM ADDR WE WANTED TO

SWAB RS

€146 022476 042705 170377
6'47
6148

14:48

TRAP

JWORD
"WORD
"WORD

:JUMP GO OK?
*YEA, CONTINUES
*FAILED TO JUMP PROPERLY.

CSERDF

15
EMO
EKR1S

:"FROM ADDR’'' REPRESENTS

6157

*THE ADDRESS WE STARTED AT

6158

''TO ADDR'* REPRESENTS WHERE

6159

‘WE EXPECTED TO JUMP TO,

6160

“"BAD ADDR'‘ REPRESENTS WHERE

6161
6162
6163
6164

‘WE WENT TO.
.REM %

6165

6166
6167

LUNUSED
.

'
FIELD
' PAGE
!IMMED. ADDR
!
i
BITS
i gITS
|
.
leeemmmmieemcmememeeemm—cemmmcmmm e

6168
6169

6170
6171
6172

:THIS IS A PICTURE OF THE P.C.
BITS 0-7 ARE IN IBUS*<12>
BITS 8-11 ARE IN IBUS*<13>

6174
2};2

THE FIELD BITS
ARE IN BIT POSITION 0.1 OF

6173

THEY GOT CLOCK

6177

REG.

IN THERE VIA JUMPS

TAKEN

THE INSTRUCTION AT 2S.

3$ WAS THE JUMP ALWAYS INSTRUCTION.

6178

WAS IN 0-7 OF THE JUMP INSTR.

6182
6183
6184
6185
6186
(3)

WATCH IS THE ''FROM ADDR'',"TO ADDR''

022536
022536

6187
6188
6189
6190

022542
022546
022552
022554

6179
6180
6181

(3)

987

dieemeememmmeeeeemeeemeemeecmemee———m
e

THE

IMMED. ADDR.

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 IMPORTANT THING TO REMEMBER TO
%

022540

48:

104410

000016

010437
005337
105302
001304

002412
002406

ESCAPE TST
TRAP
CSESCAPE

.WORD

L10076-.

MOV R&.FADR
DEC FLAG
DECB R2
BNE 18

:UPDATE PAGE.FIELD
‘UPDATE JMMED. ADDR
;LOOP IF NOT DONE.

CZDMQCO M8207 STATIC DIAG #2
(zZbmac P11

6191
6192
6163
(3)
(3)
6194
(2)
6195

21-JUL-81 14:36

022556
022556

022556

022560

MACY11 30A(1052)

HARDWARE TESTS

ENDTST
L10076:

104401

(1)
(4)
(4)
6204

6205
(1)

6206
6207
(1)

6208
6209
6210
6211
6212
6213
6214
(5)
(6)
(6)

(6)
6215
6216
(3)
(3)
6217
6218
(1)

6219
6220
6221
6222
6223
6224
6225
6226
(5)
(6)
(6)

TRAP

BADHEAD

14:48

PAGE 35-2

SEQ 0141

CSETST

saknansrnnnnnnk

TEST

wennns

anwnnwnwn

;% IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
;* 1BUS*<13>, WE ALLREADY KNOW THAT THE Z BIT WORKS PROPERLY,

6196

6197
6198
6199
6200
(2)
6201
6202
(3)
6203

21-JUL-81

“x ALL WE WANT

TO KNOW HERE

THAT

CAN BE READ.

. %

022560

BADHEAD

srwnnnnnxwnnnnk

022560
022560

T29::

022560

022570
022572
022574
022600
022600
022604

022610

022610
022614
022616
022622
022626
022632
022634
022636
022642
022644
022646
022650
022652
022652

022654
022656

022662
022662
022666

022670
022674
022700
022704
022706
022710
022714
022716
022720

104432
000200
013701
004737

002516
003166

004537
121264
116104
042704
012705
120405
001410

003044

104455
000020
005055
010134
104410
000116
004737

axnennnnnnwnnnn

K&4ONLY
;M8206 &M8207 ONLY!
;DO NOT DO TEST IF M8200, OR M8204

TRAP
.WORD
MSTCLR
MY INT
MOV
JSR

CSEXIT
L10077~.

JSR
121264
Movs
BIC
MOV
CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD

R5, .ROMCLK

KMCSR,R1
PC,CLRALL

4(R1) ,R4
177477 ,R4
#0.R5
R4 RS
1%
16
CSERDF
16
EMO
ERR16

sJRECORD DEVICE ADDR.
;CLR CONDITION CODES.

;NOW READ [BUS*<15>PUT [N PORT 4

;CLOCK INSTRUCTION

JREAD IT FROM PORT 4
;STRIP ANY JUNK,CRZ BITS 6.7
JEXPECT IT CLEAR
;0K?

;FAILURE OF Z8C TO BE CLEAR.

ESCAPE TST
TRAP
CSESCAPE

003312

004537
121264

003044

016104
042704
012705
120405
001410

000004
177477
000200

104455
000020
005055

BGNTST

ROMCLK

000004
177477
000000

TEST

1%:

.WORD
JSR

ROMCLK
JSR
121264

MOV
BIC
MoV
(MPB
BEQ
ERROR
TRAP
.WORD
.WORD

L10077-.
PC,SETZ

RS, .ROMCLK
4(R1) R4
#-C<300>,R4
#200,R5
R4.R5
2%
16
CSERDF
16
EMO

;SET Z BIT.

;NOW GO BACK AND (HECK Z BIT SET.
;CLOCK INSTRUCTION

;GET INFO.
;STRIP FOR (C&Z BITS,
JEXPECT ONLY Z BIT SET.
;SET OK?
:Z BIT FAILED TO SET PROPERLY.

(ZDMQCO M8207 STATIC DIAG #2
czbmMac P11
21-JuL-81 14:36
(6)

6227
6228
(3)
(3)
6229
6230
)

6231
6232
6233
6234
6235
6236
(5)

(6)
(6)

(6)

6237
6238
(3
(3)

6239
6240

(2)
6241
6242
6243
6244

6245

6246
(2)
6247
6248
(3)
6249
1N
(4)
(4)

6250
6251
(1)

6252
6253
(1

6254
6255
6256
6257
6258
6259
6260
(5)
(6)
(6)
(6)

022722

022724
022724
022726
022730
022734
022734
022740
022742

022746
022752
022754
022756
022762
022764
022766
022770
022772
022772
022772
022772

MACY11

TESTS

HARDWARE

010134

.WORD

ESCAPE

104410

TRAP

000044
004737

003166

004537

003044

121264
016104
042704
001407
005005

21-JuL-81

30A(1052)

2%:

MOV

104455
000020
005055
3%:

L10077:

104401

ROMCLK
JSR

121264

000004
177477

010134

.WORD
JSR

BIC
BEQ
CLR
ERROR
TRAP
.WORD
.WORD
.WORD

M 11

PAGE 35-3

SEQ 0142

ERR16
TST

CSESCAPE

L10077~.

;NOW TRY TO CLEAR Z BIT.

PC,CLRALL

sCLOCK INSTRUCTION

RS, .ROMCLK
4(R1) R4

;STRIP FOR (C8&Z BITS

#4C<300>,R4

;IF ZERO,WE'RE OK
;ELSE REPORT ERROR

;2 BIT FAILED TO CLEAR PROPERLY.

ENDTST
TRAP

;FINDFAST

022774

14:48

CSETST

BADHEAD

cxwnmannnnnrkknr

TEST

sansnnnnnnnnnnn

* %

‘a IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM

‘e JBUS*<13>. WE ALLREADY KNOW THAT THE C BIT WORKS PROPERLY,
‘x ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.
*

022774

BADHEAD

sewnnrnnnnnnnswx

022774
022774
022774

023004
023006
023010
023014
023014
023620

023024
023024
023030
023032
023036
023042
023046
023050
023052
023056
023060
023062
023064

T30::

002516
003166

004537

003044

042704
012705

000004
177477
000000

001410
104455
000020

005055
010134

sxnnnnnnnsnnnnn

BGNTST

;M8206 &M8207 ONLY!

K4ONLY
TRAP

013701
004737

120405

:DO NOT DO TEST IF M8200, OR M8204

104432
000200

121264
116104

TEST

CSEXIT

. WORD
MSTCLR

L10100-.

JSR
ROMCLK
JSR
121264
MOvB
BIC

PC.CLRALL

MY INT
MOV

MOV

CMPS
BEQ
ERROR
TRAP

.WORD
.WORD
.WORD

KMCSR,R1

R5, .ROMCLK

sRECORD DEVICE ADDR.

;CLR CONDITION CODES.

;NOW READ [BUS*<13>PUT IN PORT 4

;CLOCK INSTRUCTION

4(R1) R4

JREAD

#0,RS

:EQEECT IT CLEAR

#177477
,RG
R4 ,RS

IT FROM PORT &

;STRIP ANY JUNK,C&Z BITS 6,7

;FAILURE OF

Z8C

TO BE

CLEAR.

CZDMQCO M8207 STATIC DIAG #2
cZomac P11
21-JUL~-81 14:36

023104
023110
023114
023120
023122
023124
023130
023132
023134
023136
023140
023140
023142
023144
023150
023150
023154
023156
023162
023166

023170

023172
023176
023200
023202
023204
023206
023206
023206
023206
023210

HARDWARE

TESTS

TRAP

003260

004537

003044

1%:

14:48

PAGE 35-4

SEQ 0143

L10100-.

JSR

RS, .ROMCLK

JSR
ROMCLK

?00004

MOV

000100

MOV
CMPS
BEQ
ERROR

77477

000044
004737

003166

004537

003044

000004
177477

104455

000020
005055
010134

3%:

L10100:

104401

JEXPECT ONLY C BIT SET.
JSET 0OK?

16
EMO
ERR16
TST

CSESCAPE

L10100-.

PC.CLRALL

JSR

RS, .ROMCLK

ROM(LK

;STRIP FOR (&Z BITS.

;C BIT FAILED TO SET PROPERLY.

JSR

121264
MOV

4(R1) R4

ERROR
TRAP
.WORD
.WORD
.WORD

16
C$ERDF
16
EMO
ERR16

BIC
BEQ
CLR

005005

#100,R5
R4 RS
2%
16
C$ERDF

.WORD

;CLOCK INSTRUCTION
JGET INFO.

TRAP

JSET C BIT.
;NOW GO BACK AND (HECK C BIT SET.

4(R1) R4

#~(<300>,R4

ESCAPE

104410

PC,SETC

BIC

.WORD
.WORD
.WORD

005055
010134

(SESCAPE

.WORD

121264

104455
000020

121264
016104
042704
001407

21-JUL-81

ESCAPE TST

104410
000116
004737
121264
016104
042704
012705
120405
001410

MACY11 30A(1052)

;NOW TRY TO CLEAR C BIT.

sCLOCK INSTRUCTION

#C<300>,R4
3%
R5

;STRIP FOR (8Z BITS
;IF ZERO,WE'RE OK
;ELSE REPORT ERROR

;C BIT FAILED TO CLEAR PROPERLY.

ENDTST
TRAP
CSETST
BADHEAD

suennnxnanknwrr

TEST

axwnnnnnnnnnnnw

;*TEST OF PROGRAM CLOCK BIT
;*D0 A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET
;*WRITE PROGRAM CLOCK BIT

023210
023210
023210
023210
023210
023214
023220
023224
023230

TO A ONE,

;*AND THEN SETS SOME TIME LATER

BADHEAD

sonwnrnxnnanrnnr

BGNTST
T31::

013701

002516

005037
005037
012761

002440
002444
000020

000004

1%:

MY INT
MOV

MSTCLR
CLR
CLR
MOV

JEST

KMCSR.R1
TEMP
$TMP)
#20,4(R1)

VERIFY

THAT

CLEARS,

answwnnnentnnnn

;RECORD DEVICE _ADDR.
;MASTER CLEAR M8200,4,7
;PREPARE FOR
;DELAY
;LOAD PORT 4

(Z0MQCO M8207 STATIC DIAG #2
{Z0Mac
21=-JUL=-81 14:36

6297

6298
6299
€300

023236
023244

152761

012761
152761

012761

630!

152761
162761

6302
6303
6304
6305
6306
6307
€308

016104
005037
123704
001406
013702

(S)

000062
005545
0000C0

(1)

004537

()

(5
6309
6310

6311
6312

121224
122761

6313
6314
6315
6316
6317
€318
6319

001420
005237
005537
022737
001361
012702
013704

(4>

104455

6320

6321
6322
6323
6324
6325
6326
6327
6328

30A(1052)

HARDWARE

023406
023410
023412

T¢STS

MOV
CLR
CMPB
BEQ
MOV

002452
002452

002452

ERRDF
TRAP

2%:

003044
000020

002440

002444
000006

.WORD
_WORD
WORD

ROMCLK

002444

3%:

023412
023420

122737

001013

000007

023422
023426

005737
001010

002444

023430
023436

042737
001004

000007

023440
023440
023442
023444
023446

104455
000144
005410

002414

MOV
MOV

#6,R2
$TMPO R4

TRAP

CSERDF

023450
023450
023450

ENDTST

L10101:

JPUT ‘TOUND'' IN R4
JPUT "EXPECTED'' IN S$GDDAT

;1S PGM CLOCK CLEAR?
JERROR, PGM (LOCK IS NOT CLEAR

TEMP
$TMPO

:NEXT WORD

INSTRUCTION,

;CLOCK INSTRUCTION
:PORTS LU

;1S PGM CLOCK SET?
:BR IF YES
: INCREMENT DELAY
: INCREMENT DELAY
;1S DELAY DONE
;BR IF NO

JERROR PGM CLOCK NOT SET

51,EMAS1

EMBSI
0

(MPB
BNE

#7.WIYPE
4%

; ONLY DO NEXT TEST IF M8207
; EXIT IF NCT.

BNE

$TMPO

; IF ANY LARGE COUNT, WE'RE OK
; THEN EXIT

BIC
BNE

#7.TEMP
4%

: CLEAR OUT ANY SMALL COUNT
; IF LARGE COUNT LEFT OVER, WE'RE OK.

100,EMB1

. ERROR

TRAP

CSERDF

w030
WORD

EMBI
O

TRAP

(SETST

.WORD

023450

R1).READ CLOCK BIT
1), CLEAR MAINT BITS

"WORD
"WORD

ERRDF

000000

;SET ROMJ
JSEL6 _ INSTRUCTION
R1);SET cCoCk BIT
JLOAD NEXT INSTRUCTION

50
EMBSO
O

#6.,$TMPO

002440

SEQ 0144

PAGE 35-5

(SERDF

CMP

.WORD

8 12

50,EMB50

#20,4(R1)
3¢

ERRDF

005577
000000

4(R1) R4
$GDDAT
$GDDAT.R4
2s
$GDDAT ,R2

CMPR
BEQ

BNE

000006

#BIT1,1(R
#121111.6
#8IT1'BiT
#1212264,6
#BIT1'BIT
#RIT'BITO

RS, .ROMCLK

INC
ADC

002444

14:48

JSR

121224

00000«

000063

104401

21-JuL-81

BISB
MOV
BIs8
MOV
BISB
BiCB

00000°
000006
000001
000006
000001
000001

104455

(4)

(5)
(%)
(S)

000002
121111

MACYTT

100

MUST BE
; TIME TTO00 SHORT FOR (LO(K.
; DEFECTIVE CAPACITOR IN TIMEING CIRCUIT,

C(ZDMQCO MB207 STATIC DIAG #2
(Z0MQC.P11

€338
6329
()

21-JuUL=-81

14:36

MACY11

30A(1052)

HARDWARE

023452

(2)

6347
6348
(3)

6349
(3)

6350
(1

6351
6352
6353
6354
6355
6356
6357
6358
6359
6360
6361
6362
6363
6364

TESTS

14:48

BADHEAD

cevwnennnrnnnwnnr

;*FORCE

€340

6341
6362
6343
6344
€365
6346

21-JUL-81

c 1
PAGE 35-6

JEST

POWER FAIL

SEQ 0145

snnnnnnenneennn

TEST

;*SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS T0 24
;*GOING DCWN AND COMING UP. VERIFY ALSO THAT BUS INIT WAS
;*BLOCKED FROM GETTING TO THE 18200,4,7 DURING THE POWER FAIL

;*THIS TEST WILL TAKE LONGER THAN 2 SECONDS TO RUN. THIS TEST
. *SHOULD NOT BE RUN IF YOU HAVE VOLATILABLE MEMORY IN YOUR SYSTEM,
BADHEAD

023452
023452
023452
023452
023452
023454
023454

023460

sexnxnwnsnennnnr

BGNTST
T32::

104433

013701

005037
013737
013746
012737
012761
012711
012761
012711

005237
001375

TRAP
MY INT

002516

002440
000024
000024
023564
000002
001000
121111

005400
002440

002444
000024
000004
000006

5%:

005055
010256
000445
012737
010637
000000
000000
013706
012737
005037
005237
001375

6365
6366
6367
6368
6369
6370
6371
6372

6373
6374
6375
6376

013701
012637
023737
001413

023654
023656

104455

000021

023600

023600
024002
024000
024000

002516
000024
002444

000024

1%:

2%:
3%:
12%:

000024

taNANRRRNNRRNRS

;STALL FOR TIME

CSRESET

KM(CSR,R1

MSTCLR
CLR
MOV
MOV
MOV
MoV
MOV
MoV
MOV
INC
BNE

JMASTER CLEAR M8200,4.7
TEMP
:PREPARE FOR DELAY
a#2é ,$TMPO
:SAVE POWER FAIL ADDKESS
a4 ,~(SP)
;STORE POWER FAIL ADDRESS
1% N4 ;SET U FOPR FORCE POWER FAIL
#2,4(R1)
;LOAD PORT4
#8179, (R1)
;SET ROMI
#121111,6(R1)
;LOAD INSTRUCTION
#B1T9!BIT8.BIT11,(R1)
;CLOCK INSTRUCTION
TEMP
;JWAIT FOR POWER FAIL

ERROR

.WORD
.WORD
.WORD

17
EMO
ERR17
43

MOV

SP,2%

TRAP

023602

320

MOV

MSTCLR

104455
000021

(5)
(6)
(6)
(6)

BRESET

TEST

MOV

SALT

;RECORD DEVICE ADDR.

;JR1 CONTAINS BASE M8200,4,7 ADDRESS

:BR IF DELAY NOT DONE

;ERROR, NO POWER FAIL

CSERDF

438, 3424

;POWER UP ADDRESS
;STORE

MOV
MoV

2$,SP
q}g$.8424

BNE

12%

POPSP2
MOV
MOV

KMCSR,R1
(SP) +,a#24

TRAP

($ERDF

CLR
INC

(MP
BEY
ERROR

.WORD

118

JRESTORE STACK
;PUT IN CASE GF

FALSE POWER-UP.

;STALL ON POWER UP.

$TMPO, a# 24
43
17
17

STACK

;WAIT FOR POWER UP SEQUENCE

JWAIT HERE IF BAD,WILL POWER OUT OF HERE.
;ELSE PROCEED.

;POP STACK TWICE?
.
JRESTORE TRUE POWER FAJL ADDRESS
;IS IT CORRECT?
;BR IF YES
JERROR, STACK [S INCORRECT

(ZDMQCO MB207 STATIC DIAG #2
(Z0MQC. P11

21-JuL-81

(6)

00505¢
010256
013737
013706
032711
001016
005737
001013

(6)

6383

011104
012705

14:36

002444
002344
004000

MACY11

30A(1052)

HARDWARE

023734
023734
023736
023740
023744
023750
023754
023756
023760
023764
023770
023772
023774
023776

000024
A ¥

002470

14:48

D 12
PAGE 35-7

EMO

ERR17

vov

STMPO ,an24

JRESTORE

BIT
BNE

#BIT11,(RY)

;JBIT11

MOV

PSTACK, >P

MOV
MOV

004000

ERROR
.WORD
.WORD
.WORD

EX]T

TRAP

121111

TRUE POWER FAIL ADDRESS

JRESTORE

:0AC

TRAP

003009

SEQ 0146

STA(K

STILL SET?

TST
BNE

000043
005055
010472

104432
000104
012711
012705
016104
020504

TESTS

.WORD
. WORD

104455

023732

21-JUL-81

I ¥

000006

.WORD

MOV
MGV
Mov

CMP
BEQ
MSTCLR
ERROR

001431

104455

TRAP

000043

.WORD

005055
010472

.WORD
.WORD

TST

FAILED

;TO PREVENT
JINIT FROM
;CLEARING CSR

CSEXIT

L10102-.

#8]1T79!8BI1T10,(R1)

;SEL6 = MAINT

#121111,RS

;RS = EXPECTED

RS5,R4

JMAINT JR SHOULD = 12111

6(R1) ,R4
63

35
(SERDF

;R4 = FOUND
;BR

;IF

= 0 THEN BUS

INIT WAS

EMO

ERR3S

:NOT BLOCKED FROM CLEARING

;THE M8200,4.,7
024000

000000

024002

052711

024006
024012
024016
024C20
024022
024024
024026
024032
024036
024042
024042
0246042
024042
024044

040000

11%:

.WORD

10%:

BIS

#I1T14,(RY)

MSTCLR

104455

1046401

.WORD
.WORD
.WORD

17
EMO

ADD

84 ,SP

" IRAP

CSETST

TRAP

000021
005055
010256

062706
012637

ERROR

000004
000024

MOV
MSTCLR

BADHEAD

CSERDF

ERR17

(SP) +,anl4

;TEMP

COUNT

FOR

STALL

ON POWER UP.

JCLR THE THING SO IT CAN'T ASSIRT A(C LOW

;AGAIN!

JERROR

GLIP GAVE US SECOUND UNEXPECTED

JASSERTION OF AC LOW ON UNIBUS,
JFATEL TYPE OF ERROR.
JRESTORE STAC(K.

(ZDMGCO MB207 STATIC DIAG #2
(20maC.P11
21=JUL=-81 14:3%

MACY11

30A(1052)

HARDWARE

6431
6432
6433
6434
6435
6436
(")

6437
6438
6439
6440
6441
6442

6443

6444

6445

6446

6447

6448
64649
(1)

6450
6451
6452
1)

6453
6454
6455
(1)

6456
6457
6458
6459
6460
6461

6462
6463

6464

6465

6466

6467
6468

TEST

SEQ 0147

wnnnnneonnennen

:*M]JCRO-PROCESSOR NOJISE TEST
J*WRITE ALL

ZEROJ'S THEN ALL ONE'S

THEN A DATA PATTTERN

;*TO THE IBUS* AND [BUS REGISTERS AND TO THE SP AND MAIN MEM

€L23
6424
6625

(1)

21=-JUL-81

TESTS

cenensanennnensy

(2)
64621
64c?

6426
6427
(2)
6428
6429
(3)
6430

£ 12
14:48 PAGE 35-8

;*THEN GO BACK

AND READ

;*READING AND WRITING OF

BADHEAD

JERNRARTARRNANNY

BGNTST
7133%::

026044
0246044
024044
024050
024054
024056
024064
024072
024100
024100
024104
024106
024110
024114
02464116
024120
024126
024134

024142

024146
0246152
024156
024162
C24162
024166
024170
024176

024176
024202
024204
024210
024210
024214
024216
024220
024224
024226
024230
024236
024244
024252
024256
024262
024266
024272

DATA PATERNS

VERIFY

THAT

OTHER LOCA.JUNS AND REGISTERS

:*DID NOT CHANGE THE DATA.

024044

THE

013701
0050C2
042737
156237

00¢516

116261

000017
025100
025106

004537

003044

121190

005292
022702
001360
005002
042737
042737
042737

L ¥

105061

004537

003044

122100
112761

000377

004537

003044

e ¥

KMCSR,R1

MOVB

31$(R2) ,4(RY)

CLR
81C
6158
JSR

121100
INC

(MP

0246166

024202
024214

3%:

000004

003044

6%:

000010

024276
024372
024324

7%:

R¢

#5,.R2

;RECORD DEVICE _ADDR.
JMASTER CLEAR M8200,4.7

sR2 IS INDEX REGISTER
;CLEAR ADDRESS FIELD
;ADD IBUS* REG ADDRESS TO INSTRUCTION
;LOAD PORT4
SNEXT WORD

INSTRUCTION,

JCLOCK INSTRUCTION

JWRITE IBUS* REGISTEK
2INC INDEX REGISTER

;DONE YET?

;BR IF NO
JR2 IS IBUS REGISTER ADDRESS
;CLEAR ADDRESS FIELD OF INSTRUCTIONS

BIS

R2,4$%

;ADD IBUS REG ADDRESS TO INSTRUCTION

#17,6%

BIS
BIS
CLRB

R2.5%
R2,6%
4(RY)

JSR
122100
MOVB

RS, .ROMCLK

ROMCLK

5%:

RS . .ROMCLK

saesnnncccanver

1%
R2
417,49
#17,5%

BI(C

A
¥

R2
#17,2%
308(R2) ,2%

BNE
CLR
BIC
BI(C

ROM(LK

000004

000017
000017
000017
026276
024312
024324
000004

MOV
MSTCLR

ROMCLK

000005
000017
000017
000017
024166
026202
024214
000004

050237
050237
050237

024104
(0246104
000004

MY INT

TEST

A\ 4

JSR
122100
MovB
ROM(CLK

#377 ,4(R1)
RS, .ROMCLK

R2.4(R1)

JSR

RS, .ROM(CLK

INC
CMP
BNE

R
#10,R2
33

122100

CLR
81(
BIC
BIf
81S
BI>
BIS
CLRB

ROM( LK

R2
#17,8%
#17,9%
#17,10%
RZ,8%
R2.,9%
R2,108
4(R1)

;CLEAR PORT4
JNEXT WORD

INSTRUCLTION,

JNEXT WORD

INSTRUCTION,

;CLOCK INSTRUCTION
JWRITE O 70 IBUS REG
;LOAD PORT4

sCLOCK INSTRUCTION
JWRITE ALL ONES TO
IBUS REG
;LOAD PORT4
JNEXT WORD IS INSTRUCTION,

JCLOCK INSTRUCTION
JWRITE

ITS OWN ADDRESS

NEXT ADDRESS
;DONE YET?
;BR IF NO

[BUS REG

;START AT SP ADDRESS 0
;sCLEAR ADDRESS FIELD
;ADD ADDRESS TO INSTRUCTION

;CLEAR PORT4
JNEXT WORD

INSTRUCTION,

"2MG70 MB207 STATIC DIAG #¢
“oMac.P1
:36
21=uuL=-81
T4

(")

£469

640

6472
6473
6474
1)

6475
6676
6477
6478

6479

€480
(1)

6481
6482
1)

6483

€484

6485
(1

6486
6487
6488
1)

6489
649C
6491
(1)

6492
6493
6494
6495
64 9¢
6497
6498
6499
()

6500
6501
(1)

6502

6503

6504
6505
6506
6507
6508
6509
6510
6511

6512
6513

6514

024272
026276
024300
024306
024306
024312
026314
024320
024320
026324
026326
024330
024334
024336
024340
024340
024 344
024346
024346
024352
024354
024360
024360
024 364
024366
024374
024374
024400
024402

024406
024406

024412
024414
024416
0244622

004537

002C«s

112761

000377

004537

003044

123100

123100
110261

004537
123100

005202
022792
001335
005002

004537

010000

004537
004000
105061

004537
122500
112761

004537
122500
110261

004537
136500

005202
022702
001354

MACY'?

30AC1052)

HARDWARE

¢nC020

000004

‘l1s:

. ROM(LK
RS,
R2,4(R1)

JSR

RS, .ROM( K

INC
(MP
BNE
(LR

R2
#20 ,R2
14 3
R?

JSR
010000

RS, .ROM(LK

JSR

RS, .ROM(LK

;CLOCK INSTRUCTION

(LRB

4(R1)

;CLEAR PORT4

123100

4000

J5R

<..ROMILK

MOVB

8377 ,4(R 1)

JSR

RS, .ROM(CLK

122500

000004

ROM(LK

003044
000004

122500
Mov8

R2.4(RY)

003044

JSR

RS, .ROM(LK

INC

ROMCLK

136500

(MP

001000

JCLOCK INSTRUCTION

JSR
123100
MCVR

ROMCLK

0030¢4

SEQ 0148

35-9

8377 ,4(R1)

ROM(LK

003044

PAGE

wivR

ROM(LK

003044

F 12

RS, .ROMILK

ROM(LK

'C$:

14:48

JSR

ROM(LK

:
9%

003044

000377

TESTS

123100

000004

2l=JuL=-81

B8NE

#°000,R2

;WRITE ZERO TO SP

;LOAD PORT4
JNEXT WORD IS INSTRUCTION,
JCLOCK INSTRUCTION
JWRITE ALL ONES TO SP
JLOAD MORT4

JNEXT WORD

INSTRUCTION,

;CLOCK INSTRUCTION
;WRITE SP ADDRESS
:NEXT SP ADDRESS

ITSELF

;DONE YET?

JBR IF NO
JR2 = ,AOM

,E,

ADDRESS

JNEXT WORD ]S INSTRUCTION,
;CLOCK INSTRUCTION

JMAR _ 0

JNEXT WORD IS INSTRULTION,
2 CLOCK INSTRUCTION
JWRITE ZERGS TO MEM
;LOAD PORT4
JNEXT WORD

INSTRUCTION,

JNEXT WORD IS

INSTRUCTION,

JCLOCK INSTRUCTION
JWRITE ONES TO MEM
:LOAD PORTé4
sCLOCK INSTRUCTION

JWRITE TO MEM IT OwN ADDRESS
JNEXT MEM ADDRESS

; DONE YEI’
:BR IF NO

JNOW GO BA(CK AND READ EVERYTHIN
024424
024424
024430
024432

024432
024436

003044

024440
024444
024446
024450
024456
024462
024464
024466
024470

002432

024476

024512

024472

ROM(CLK

003044

000360
025100

JSR
010000

RS, .ROM(LK

JSR
4000

RY, .ROM(CLK

ROMCLK

JWOULD BE (RAM (ODE

024512

129:

TYPE

BEQ
CLR
BIC
MOVB
MOV

408
RS
#360,13%
30%$(RS) ,R2
R2,R3

81S

RY,13%

ASL
ASL
ASL
ASL

R3
R3
R3
R3

JNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

:MAR 0

NEXT WORD IS INSTRUCTION,

;CLOCK INSTRUCTION

JMAR H]

_ 0 (MB200,4,7 ONLY)

JRS IS INDEX REGISTER
sCLEAR ADDRESS FIELD
;RZ2 = ]BUS* ADDRESS
;PUT [BUS* ADDRESS IN RS
JSHIFT ADDRESS 70 BITS 4=~7

;ADD ADDRESS 7O INSTRU(TION

(ZDMOCO MB207 STATIC DIAG #2
. P11
{20MQ(
Sl=un~81 14:3%

MACYTT

02106

00245¢

€515
€516
)

817
6518
6519
6520

652!
€522
€523
6524
(5)
(6)

024500
024506

(3)
(3)

026556
024560

6529
6530
6531
6532

6533
653
6535
6536
6537
6538
6539
6540

6561
6542
(1)

6563
€544
6545
6546
6547
¢548
(5)
(6)

(6)
(6)

pES
¥

000004
002652

002634
002453
00265¢

000005

024612
026614
024620
26624
0246624

024630
026632
024636
026642
024644
0246650
0264€56

0264656

0264660
026662
0246664
024666
024672
026674
024676
026710
024710
024714

Ocs716

6 12

PAGE

318 (RS) ,$GDDAT

JSR

RS, .ROM{LK

121004

&(R1) ,Ré
R4
S$CDDAT
208
R2.MR0O
T
$GDDA#1
T
RS
$GODA

TRAP

(SERDF

.WORD

ERRZ29

TRAP

(SESCAPE

.WORD
INC
(WP

B\E

$GDDAT = "EXPE(CTED'’

NEXT WORD IS INSTRUCTION,
CLOCK INSTRUCTION
PORT& = [BUS* REGISTER

L4
:R‘

o,moo

- ]BUS* CONTENTS OK?

:RR IF YES

. WORD

SEQ 0149

35-10

MOV
(TM8
8EQ
MOV
(LRB
mOv

ESCAFE
20%:

14:48

mOve

ERROR

024572

024606
024610

TESTS

. WORD

024562
024564
024570

024572
026457«
024602
0246604

21=JuL-81

ROM(LK

024556

024704

HARDWARE

026546
024550

024552
0245564

€526
6527
6528

003044

026506

026512
026514
024520
024526
026526
026532
024536
024542

(6)
(6)

4525

116537

30A(1052)

IBUS* DATA ERROR

EMO
TST

(10103-,
RS
#5,RS
12%

; iINC_COUNTER
DONE VET?

JBR IF NO

«0%:

JEND (RAM,GENERAL TESTS

000360

02+630

004537
021004
016104

024630
002452

000004
002452

213705

002452

001410

¥
b}

R3,15%
R¢ ., $GDDAT

R2 = [BUS REG ADDRESS

CLEAR ADDRESS FIELD OF
R3 = [BUS ADDRESS

R2.RS

ADD ADDRESS TO INSTRUCTION

:$GDDAT - “EXPE(TED

NEXT WORD 1S INSTRUCTION,
(LOCK INSTRUCTION
PORT4 - 18LS REG

RS, .RUMCLK

IBUS = *FOUND
:IBUS (ONTENTS Ox?

L(R1) R4
213

BR IF

$GDDAT RS
29

¥
s

000017

0247¢

003044

002452

024714

:
6%

29
EMO
ERR29

NEXT IBUS REGISTER
DONE VET?
BR IF NO

210 .R?
148
R2

R2 = SP ADDRESS

217 7%

R2,17%

RS, .R(M(LK

[
.

R2,8GDDAY

YES

I8US DATA ERROR

CSERDF

000010

INSTRUCTION

SHIFT ADDRESS 70 BITS 4-7

$GDDAT R4

104455

000035
005055
010350
005202
022702
001340

8IS
MOV

ROMCLK

003044

123704

R2
#360,15%

ASL
ASL
ASL
ASL

006303
006303
050337
210237

CLR
BIC
MOV

(LEAR ADDRESS FIELD OF INSTRUCTION
ADD ADDRESS TO INSTRUCTION
NEXT WORD IS INSTRUCTION,
CLOCK INSTRUCTION
I
;SGDDAT - “¥xPEITELTM’

(I0MQCC TMMB207 STATIC DIAG #
“10MQr P
21~y -B1 Ta:

€559
¢560
656
6562

024722
026722
024726
0264730
0247%
0246740

6564
‘S)

026746
026752

(¢,

026756
024760
026762
0247¢2
026754

€558
(1)

€5¢3
'6)

6565
3)
[4 3;

4566

026742

MAC Y'Y

30A1082)
=ARDWARE

002652

003044

0035446

4573

8tQ
mCv

2°%
SGDOAT RS

TRAP
.WORD

CSERDF
?

. WORD

ERR?

TRAP
.WORD

(SESCAPE
L10103-.

ES{APE

000004
002452

025103
02510¢
02c11

23%:

30%:

LEvEN

3's:

° founp'’

;PR IF vts

SP (ONTENTS Om°

;SP DATA ERROR

TST

[ ON
JNEXT SP L CIAT
YET?
;CONE
JBR IF NO
;R2 = MEMORY ADDRESS
JNEXT WORD [S INSTRUCTIOM,
JON
JCLOCK INSTRUCT
0
AR
JNEXNT WORD IS INSTRUCTION,

JSR

. ROM(LK
RS,

MOV

R2.$GDDAY

JSR
055224
MOv

RS, .ROM(LK
4(R1) ,Ré&

JR6 = “FOUND"*

8tQ
MOV

23%
SGDDAT RS

;BR IF VES

4000
ROM(CLK

148

R4
SGDDAT

ERROR

.WORD
. WORD
. WORD

6
€m0
ERRG

TRAP
.WORD
INC

CSESCAPE
L10103-.
RZ

onE
Ex]y
TRAP

003

. ROM(LK
RS,

ESCAPE

001900

JSR
010000

TRAP

025054
025056
025060
025060
025062
025064
025066
02507,
025074
025074
025076
025100

SNEXT WORD ;S INSTRUCTION, ROM.
K P(=5304
sCLOCK INSTRUCTION
;PORTG _ BR

RZ2

(TM8

002652

SEQ 0150

35-11

(LR

ROM LK

0030446

$GDDAT.R¢

PAGE

R2
820,R2

ROM(LK

18%:

((RY) RS

" 12

INC
(P

BnE

002452

14:48

RS, ROMILK

ERROR

=81

JSR
261224
mCv

(P8

2452

00002C

6571
€572

TESTS

ROM(
L¥

003044

026754

6567
6568
4569
6570

.WORD

(SERDF

T
ION
JCLOCK INSTRUC

SMAR M)

(M8200,4.7 OR FAMILY OMLY)

TSGDDAT = !leC'ED

SNEXT WORD IS INSTRUCTION,
SCLOCK INSTRUCTION
MAIN MEM
;PORT4

JMAIN MEM (ONTENTS Ox?

JMAIN MEM DATA FSRROR

18T

#1000,R?2

18%
LR
(SENT

AR
T8

BY'E

0.2.3.5.1C

BYE

1,3,¢,6,10

SNEXT MEM ADDRESS
. DONE
JBR OJF NG

'E'w

(ZDMOCO MB207 STATIC DIAG .ib
V=i
~81 1%
c7omQC P11

€59

028114

025174
02511«

025114

MACYTT

30A(1052)

HARDWARE

21=

TESTS

=81

14:48

110103:

106401

TRAP

(SETST

SADHEAD

;eeconcoeReeeee

s
:*
s
;e
:®

cccvccccccecoee

125 INTO eom SPT AND BR. LAST WE°LL DO A NODST BR,SUBOC( ,SP!
X'A;NERQ IS A WRITE INTO PORTB, INDAT? WiLL (ONTAIN A 377.
TEST

ccaccacecccceee

BGNTST
13%::

002516

003044
063044
003044
003044

025152
025152
025156

003044

025160
025160
025164

003044

025166
025170

TEST

TH]S TEST S DESIGNED TO MAKE SURE THAT A NODST [NSTRUCTION
DOES NOT WRITE INTO PORT B OF THE MULTIPORT RAM,
70 DO TMIS WE°LL PUT A 1
INTO INDAT? THEN WE°LL PUT A

;ecccccesscccee

025150

SEQ 0191

ENDTST

02511¢

025144
025144

PAGE 36

LEVvEN

025116

025116
025116
025116
025116
025122
025122
025126
025130
025130
025134
025136
025136
025142

112

000125

My INT

XM( SRR

J5R
09525

RS, .ROMILK

:CLOCK INSTRUCTION
:PUT A 125 INTO BRG.

JSR

RS, .ROM(CLK

cCLOCK INSTRUCTION

RS, .ROM(LK

;CLOCK INSTRUCTION

RS, .ROM(LK

;CLCCK INSTRUCTION
INOW THE "WODST B8R, SUBO(,SP'’

ROMC LK

ROMC L&

062221

ROML(K

JSR

63221

ROM( LK

JSR
060361

ROMC LK

JSR

;RECORD DEVICE ADDR.

;NOM INTO OiDAT?

:NOW INTO SP?

JTHE NODST SHOULD NOT MODIFY [NDATQ:

RS, .ROM(LK

;CLOCK INSTRUCTION

JSR
061220

RS, .ROM( . K

:CLOCK INSTRUCTION
:PUT BRG [NTO BSELO

MOVR

(R1) R4

JSEE

020420
ROMC LK

MOV

#125 RS

JPUT CONTENT OF

WHAT

INDAT? [N BRG.

CAME BACK,

;SHOULD BE 125

JYOU (AN BET

IF 377 CAME BACK,

THAT

THE

"WODST'* WROTE

JINTO THE MULTIPORT RAM'
‘D1 WRITE QUT L°°

025174
025176
025200
025204
025206
025210

BED

ERROR

R4 RS

10$
7

TRAP

C $E RDF

-WORD

EHO

.WORD

sNOw LOOK.

WAT(M SIGNAL

(ZDMQCO MB207 STATIC DIAG #2
{Z0MQC L1
21-JUL~81 14:36

HARDWARE

TESTS

.WORD

00702¢

n25214

V25214
025214
025214

21=JuL=81

108:

110104

104401

14:48

TRAP

CSETST

seranannsnnnnne

6638
6639

SEQ 0152

ERR?

BADHEAD

025216

J 12
PAGE 36-1

ENDTST

TEST

saernnncccenean

(2)

025212

30A(1052)

(6)

6633
6634
6635
(3)
3
6636
6637

MACY11

025216

EXTENDED CRAM TEST FOR M8206.

H
;wtxnesannnnenn

025216

T35::

025216
025216

IN THIS TEST WE WILL LOAD DATA

THROUGHOUT THE CRAM (TEST DATA [S
Tgig READ IT BACK AND vERIFY THAT
TEST

JUST &K Ct DIAG.
IT [S CORRECT.

CODE)

secnnnnnnnnnnen

BGNTST

SKIPO6

10%

;DO TEST ONLY IF

EXIT
TRAP

TST
CSEXIT

;OTHERWIZE ,SKIP TeST,

MOV

KMCSR,R1

sRECORD DEVICE ADDR.

:GOTO 10% TF MB206

IT IS A MB206

025226
025226
025230

000132

025232
025232

013701

002516

025236

012702

012146

MoV

#ROMMAP ,R?2

;GET ADDR. OF LIST.

025242
025246

012711
005003

002000

MOV
CLR

zgooo,<n1)

JSET TO WRITE DATA,
;CRAM ADDR ZERO.

025250
025254

010361
012261

000004
000006

15%:

MOV

R3,4(R1)

;SET ADDR.

025260
025264
025266
025270
025272

020337
001402
005203
000767
005003

002436

R3,MEMSZ
20%
R3
15%
R3

;DONE WHOLE CRAM?
JYES,EXIT THIS LOOP.
;NO,UPDAT ADDR.

20%:

cMe
BEQ
INC
BR
CLR

025274

012705

012146

MoV

#ROMMAP ,R5

;GET ADDR.

025300

010361

000004

MoV

R3,4(R1)

;SET ADDR.

025304
025306
025312
025314
025316

011502
016104
020204
001411
010300

MOV
MOv
cMp
BEQ
MoV

(RS) ,R2
6(R1) ,R4
RZ R4
40%
R3,R0

JPUT EXPECTED INTO R2
sREAD ACCUAL
sEQUAL?
JYES,CONTINUE.

;ERROR CRAM DATA TEST,DATA

025320
025324
025326
025330
025332

104432

104455

000001
005055
006032

.WORD

000006

10$:

30%:

AND

MY INT

MOV

ERROR
TRAP

.WORD
.WORD
.WORD

L10105-.

(R2)+,6(R1)

CSERDF

1
EMO
ERR1

;WRITE

DATA.

JNOW WE WILL READ BACK,STARTING AT
:CRAM ADDR. ZERO.
LIST OF

DATA

¢2°ore
8207 STATIC DIAG #2
'
'\-;..f“]1
21-JUL-81 14:36

6675
6676
6677
(3)

(3)
6678
6679
6680
6681
(3
(3)
6682
6683
6684
6685
6686
6687
(3)
(3)
6688
6689
6690
(2)
6691
6692
6693
6694
6695
(2)
6696
6697
(3)
6698
6699
(N
670C
(3)
(3)

6701
6702
(1)

6703

6704
6705
6706
6707

6708
6709
6710
6711
6712
6713
6714
6715
6716
6717

MACY11 30A(1052)

21-JuL=-81

HARDWARE

TESTS

14:48

K 12

PAGE 36-2

SEQ 0153
JREAD NOT DATA

025334
025334
025336
025340
025344

000024
020337
001002

025346
025346
025350

104432
000012

025352
025354
025360

005203
062705
000747

025362
025362
025362

THAT WAS WRITTEN.

ESCAPE TST
TRAP

104410

002436

000002

40%:

50¢%:

CSESCAPE

.WORD
cMP
BNE

L10105-.
RX,MEMSZ
508

EXIT
TRAP

TST
CSEXIT

.WORD

L10105-.

INC

30%

ADD

;ALL DONE?

;UPDATE ADDR.

A2 RS

ENDTST

L10105:

104401

025364

TRAP

CSETST

BADHEAD

sxwnnrnsennnenw
.

THE MICRO CODE

T36::

025364

000442

025400
025400

013701

002516

025404

004537

026006

025410
025412
025414
025416
025420
025422
025424
025426
025430
025432

000777
061220
061222
061223
061224
061225
061226
061227
123000
101410

025434

000400

LWORD

1%:

INTO A MB206 MCPU THEN EXECTUES
TO WRITE ALL

ONES

INTC THE

SEL

sxwnnnnnnnnnnnn

BONTST

EXIT
TRAP

104432

IS DESIGNED

TEST

SKIPO6
1%
.GOTO 1% IF MB206

025374
025374
025376

wawwnwnrnnnwnnnn

IS ONLY PERFORMED ON AN MB206.

jewnnrnsrnnnekkwr

025364
025364

THIS TEST LOADS MICRO-CODE

é;DT?AS TEST

025364

TEST

MY INT

JONLY DO THIS TEST

IF MB206

TST
CSEXIT

L10106-.

Mov

KMCSR,R1

JRECORD DEVICE ADDR.

JSR

RS5,LOADER

;LOAD THE MICRO CODE

777

:MOVE #377,BRG

061224

;MOVE

061220
061222
061223
061225
061226
061227
123000

101410

400

;MOVE BRG,BSELO
;MOVE BRG,BSEL?
:MOVE
BRG,BSEL3
BRG,BSEL4

;MOVE
BRG,BSELS
;MOVE BRG,BSEL6
;MOVE
BRG,BSEL?7
;MOVE BSELO,SPO

JBRANCH BACK ONE UNTIL <>377
;MOVE

#0,BRG

IT.

REGS.

CZDMQCO MB207 STATIC DIAG #2

(ZDMQC.P11

6718
6719
6720
€721
6722
6723
6724
6725
6726
6727
6728

6729
6730
6731
6732
6733
6734
6735
6736
6737
6738
6739
6740
6741
6742
6743
6744
6745
6746
6747
(5)
6)
(6)
(6)
6748
6749
(3
(3)
6750
6751
6752
6753
6754
6755
6756
(5)
6)
\6)
(6)
6757
6758
6759
(3)
(3)
6760
6761

21-JUL-81 14:36

MACY1T

30A(1052)

HARDWARE

21-JuL-81

TESTS

14:48

L 12

PAGE

SEQ 0154

36-3

;MOVE BRG,BSELO

61220
61222
61223
61224
61225
61226
61227

025436
025440
025442
025444
025446
025450
025452
025454
025456
025460

06122C
061222
061223
061224
061225
061226
061227

025462
025466

012711

040000

100000

mMov
MOV

#040000, (R1)
#100000, (R1)

s INITIALIZE MCPU
;START CPU.

025472

012700

000062

MOV

#50..R0

:THE

;MOVE BRG,BSELS
;MOVE BRG, ,BSEL6
;MOVE BRG,BSEL7

123000
104022

123000
104022
177777

012711

cMOVE BRG,BSELZ
;MOVE BRG,BSEL3
;MOVE BRG,BSELS

;MOVE BSELO,SPO

;BRANCH BA(CK ONE LOCATION.

177777

CYCLE

TIME ON THE MB206 IS

WE ARE ASKING THE MCPU TO
;200NS.
WE'LL DELAY
;DO 8 INSTRUCTIONS.
;100 PDP11

INSTRUCTIONS

:THIS REALLY SHOULD BE PLENTY OF
025476
025500

005300
001376

025502
025504
025510
025512
025514

005005
012705
111104
120405
001410

025516
025522
025524
025526
025530

104455
000035
005055
010350

025532
025532
025534

025536
025542
025546
025550
025552
025556
025560
025562
025564
025566
025566

20%:

000377

104410

020405
001410

177777
000002

30%:

025572

016104

ERROR
TRAP
.WORD
.WORD
.WORD

29
CSERDF
29
EMO
ERR29

:EXPECT 377

R4 RS
30%

SSEE

(R1) ,R4

rsT

FOR

TYPEOUT.

;READ MCPU

OK.

;ERROR!

MCPU WAS TO WRITE ALL

;ONES INTO BSELO,BUT INSTEAD FAILED.

CSESCAPE

MOV
MOV

#177777.,RS

:EXPECT ALL ONES

CMP
BEQ

R4 RS
40%

;RECIEVE 0OK?

ERROR

ESCAPE

40%:

- JUST

#377.RS

L10106~.

.WORD
.WORD

000004

20%

.WORD

TRAP
.WORD

104410

000250

CLR
MOV
MovB
CMPS
BEQ

TRAP

104455
000035
005055
010350

025570

ESCAPE

000304

012705
016104

DEC
BNE

TIME.

2(R1) ,R4

CSERDF
29
EMO
ERR29

;RECIEVED

;ERROR'

MCPU WAS TG WRITE ALL ONES

:INTO BSEL 283

18T

TRAP

.WORD

CSESCAPE
L10106~.

MOV

4(R1) ,R4

;READ BSEL 4&5

—

(ZDMQCO MB8207 STATIC DIAG #2
cZbmac P11
21-JUL-81 14:36
6762
6763
5764
6765
(5)
{6)
(€)
(6)

6766
6767
3
(3
6768
6769
6770
6771
6772
6773
(5)
(6)
(6)
(6)

6774
6775
(3

(3
6776
6777
6778

6779

6780
6781
6782
6783
(5)
(6)
(6)
(6)

6784
6785
(3)

(3
6786
6787
6788
6789
(5)
(6)
(6)
(6)
6790
(3
(3)
6791
6792
6793

025576
025600
025602
025606
025610
025612
025614

016104
020405
001410

025632
025636
025640

104455

JERROR! FAILED TO WRITE BSEL $85

.WORD
.WORD
.WORD

29
EMO
ERR29

CSERDF

70%:

000002

ERROR

JERROR! FAILED TO WRITE BSEL 687

.WORD
.WORD
.WORD

29
EMO
ERRZ29

C$ERDF

104410

;

TO ALL

ONES.

CSESCAPE

.WORD
CLRB
CLR

L10106-.
(R1)
RS

CLR

BEQ

70%

SEXPECT ZERO.

ERROR

;MCPU FAILED

.WORD
.WORD
.WORD

29
EMO
ERR29

ESCAPE
TRAP

TST
CSESCAPE

.WORD

MOV
BEQ

TRAP

000004

;READ BSEL 687

(R1) ,R4

C$ERDF

L10106-.

;sSIGNAL MCPU TO WRITE ALL ZEROS.
JEXPECT TO READ ALL ZEROS.
;READ BSELO

TO CLEAR BSELO

2(R1) ,R4
80%

;READ BSEL 283

;MCPU FAILED TO CLEAR BSEL 283

CS$ERDF

;IF ZERO,OK

.WORD
29
.WORD
EMO
ERRZ29
.WORD
ESCAPE TST

‘e

000110

ONES.

;READ 0OK?

TRAP

000035
005055
010350

TO ALL

6(R1) ,R4
R4 RS
60$

ERROR

104455

;

MOV
CMP
BEQ

TRAP

104410

016104
001410

ERROR

MOvB

111104

000136
016104
001410

JREAD OK?

TRAP

005004

SEQ 0155

R4 RS
508

ESCAPE TST

60%:

m12
PAGE 36-¢4

cMP
BEQ

TRAP

104410

104455
000035
005055
010350

025712
025716
025720
025722
025724
025726
025726
025730
025732
025732
025736

50%:

000170
105011
005005

025664
025670
025672
025674
025676

025700
025700
025702
025704
025710

000006

000035
005055
010350

001410

TESTS

14:48

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10106-.

104410

025662

21-JUL-81

TRAP

000035
005055
010350

025622
025626
025630

025656
025660

HARDWARE

104455

000220

025646
025646
025650
025652
025654

30A(1052)

02040%
001410

025616
025616
025620

025642
025644

MACY11

80%:

C$ESCAPE

.WORD

L10106-.

MOV

4(R1) R4

BEQ

90%

;READ BSEL

4&5

CZDMQCO MB207 STATIC DIAG #2
cZbmMac.Pil
21-JUL-81 14:36
6794

6795

(S)
(6)
(6)
{(6)
6796
(3)
(3)
6797

6798
2;88

025740

025744
025746
025750
025752
025754
025754
025756
025760

025760
025764

6801

025766

6é8§

026000

(5)
(6)
(6)

6803
(3)
(3)

6804
6805
6806

MACY11 30A(1052) 21-JUL-81
HARDWARE TESTS
ERROR

104455
000035
005055
010350

104410
000062

016104
001406

025772
025774
025776

104455
000035
005055

026002
026002
026004

104432
000034

000006

90%:

95%:

6809

026006

012711

22%%

026012

005000

6814
6815
6816
6817
6818
6819
ggg?

026014
026020
026022
026026
026032
026034
026036

010061
005200
011561
022527
001370
005011
000205

6822
(3)
6&3%

026040
025040
026C40

6824

026042

(2)

104401

002000

000004

JMCPU FAILED TO CLEAR BSEL 485

MOV
BEQ

6(R1) R4
95%

;READ BSEL 6&7

ERROR

JMCPU FAILED TO CLEAR BSEL 687

.WORD

ERR29

EXIT
TRAP
LWORD

LOADER: MOV

10%:

000006
177777

L19106:

C$ERDF
29
EMO

TST
CSEXIT
L10106~-.

SUBROUTINE USED BY THIS TEST TO LOAD MICRC (ODE INTO A MB206
#2000, (R1)

CLR

MOV
INC
MOV
CMP
BNE
CLR
RTS

RO,4(R1)
RO
(RS) ,6(R1)
(RS)+ 177777
108
(R1)
RS

;SET ADDR.
JWRIITE MICRO CODE.
;SEE IF TERM.

ENDTST

TRAP

CSETST

BADHEAD

sexewsennwnwnnnn

6825

6827

6826

SEQ 0156

(SERDF
29
EMO
ERR?29
TST
CSESCAPE
L10106~.

;LOADER

gg}?

PAGE 36-5

;

2%%;

N 12

TRAP
.WORD
.WORD
.WORD
ESCAPE
TRAP
.WORD

TRAP
WORD
.WORD

010350

14:48

[EST

nxasxanensrnrnnns

;*NEGAT]IVE ADDRESS TEST.

IN THIS TEST, WE'LL MAKE SURE THAT THE MS8207

6828
6829
6830
6831

026042

.
DOES NOT RESPOND TO AN ADDRESS THAT
S
0 IT7
i
BADHEAD

6832
6833

026042

BGNTST

;evesnssensenns

TEST

sevsnesnnnennne

ISN°'T ASSIGNED

(ZDMQCO MB2U7 STATIC DIAG #2

(ZOMQC.P11

(3)
6834
(")

€835
6836
6337
6838

21-JuUL-81 14:36

013701

002516

026046
026052
026060
026064

01271
01273%7
005037
012702

000641
026130
000006
160000

026070

022712

00064

026074

001420

026076

062702
02C227
001370

000002

026110
026116
026124
026124
026126

013737
013737

002464
002466

026130
026134

062706
000760

000004

15¢:

17%:

20%:
«0$:

012711
022712
001403

000174
000174

026150
026154

012711
000750

000641

026156
026160

020102
001773

026202

108:

0000C4
000006

TESTS

My INT

508 :
608 :

KM(SR,R1

MOV

#2641, (R1)

000050

L10107:

SEQ 0157

PAGE 36-6

;RECORD DE\ICE ADDR.

;PUT A DEFINITE PATTERN IN MCPU.

:?gs.aoa

SSET P FOR TRAPS FROM NON-EX.

#160000,R2

:GET STARTING ADDRESS.

#641, (R2)

:SEE

BEQ

«0%

ADD

#2,R2

:UPDATE ADDRESS.

BNE

108

:NO-LOOP

MOV

SAVEL , N

:RESTORE

.WORD

L10107-.

ADD

n6,SP

CMP

MoV
EXIT
TRAP

B8R

;*OH NO,

CONTENTS OF

THE ADDRESS

:POINTED TO BY R2 EQUALS THE CONTENTS

:GF

R2.#177700

THE MCPU (SR

;DONE?

SAVEG, a#6
ST
CSEXIT

;RC

TRAP CATCHER

:FROM VALUES SAVED BY
SEXIT, ALL DONE

INIT

SECTION

:5AVE FROM TRAP

158

:LOOP

WE MAY HAVE

A DUAL

ADDRESS PROBLEM.

MOV

#1764, (R1)

SWRITE NEW PATTERN IN MCPU CSR

MOV

#6461, (R1)

;PUT OLD PATTERN BACK IN MCPU CSR.

CMP

R1.R2

;1S THIS THE MCPU ADDRESS?

ERROR

:DUAL ADDRESS ERROR

LWORD
.WORD
.WORD

40
EMO
ERR4O

BEQ

B8R

000744

8 13

MOV

TRAP

005055
010636

14:48

wov

CMP
BEQ

104455

104401

21=-JuL-81

nog

104432
000052

026136
026142
026146

026200
026200
026200

HARDWARE

000004

177700

026136

026162
026166
025170
026172
026174
026176

30A(1052)
137::

026042
026042
026042

026102
026106

MACY'1

#174 . (R2)
60$

;:DID NEW PATTERN SHOW UP IN ADDR?

15%

;LIOCP

50%

:YES=NO ERROR

CSERDF

17%

ENDTST
TRAP

BADHEAD

CSETST

sexwxnwnnnrwxnnsr

JEST

sesnvantnnnnnes

. %

;*BYTE ADDRESSING TEST

i*
.

HERE, WE'RE GOING TO MAKE SURE THAT WE (AN
WRITE INTO ONLY A HIGH OR LOW BYTE OF THE M(CPuU.

(ZDMQCO M8207 STATIC DIAG #2
(Z0MQC.P11
21=-JuUL=-81 14:36

MACY11

21=JuL -81

30A(1052)

HARDWARE

TESTS
.

026202

seneenananenenne

013701
005061
112761

002516
000002

026220
026226

032761
001410

177400

026230
026234

104455

026242
026244
026244
026240

026250
026254
026262
026270

026272
026276
026300
026302
026304

026306
026306
026306
026306

T38::

177777

move

000002

BIT
BEQ

#177400,2(R1)
108

ERROR

.WORD
-WORD
.WORD
ESCAPE

000003

10%:

026310

GOT

WRITTEN

INTO ON A LOW BYTE

;OPERAT]ON

TST

#-1,3(R1)

2(R1)

JWRITE INTO HIGH BYTE
JSEE IF LOW BYTE GOT WRITTEN

#377,2(R1)

20%

;LOw BYTE GOT WRITTEN INTO ON A

42
C$ERDF
42
EMO

.WORD
.WORD
.WORD

CSR

:SEE IF HIGH BYTE GOT WRITTEN

EMO
ERR4

CLR
MOVB

TRAP

L10110:

ARNRRERANNS

JHIGH BYTE

.WORD

ERROR

20%:

;OF

CSERDF

CSESCAPE
L10110-.

BIT
BEQ

000002

JRECORD DEVICE ADDR.
;CLEAR (SR
JWRITE ALL ONES INTO LOW BYTE

#-1,2(R1)

TRAP

104455
000052
005055
010744

104401

MYINT
MOV

000002

000040

BGNTST

TRAP

000002
177777
000377

TEST

KMCSR,R1
2(R1)

104410

SEQ 0158

PAGE 36-7

CLR

000051
005055
016702

005061
112761
032761
001406

c 13

BADHEAD

026202
026202
026202
026202
026206
026212

026236
026240

14:48

ERR42

;JHIGH BYTE

OPERATION.

ENDTST
CSETST

TRAP

BADHEAD

Jrensxnnnnnnwnn

JEST

sxnnmnwnnnnansnn

S«IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC

;*REG COUNTS UP PROPERLY. THE PC REG SHOULD INCREMENT
;*ONCE AFTER EACH INSTRUCTION.
*

BADHEAD

026310

sawnxnsnennnrnenr

026310
026310
026310
026320
026320

139::

JEST

annrnnnrrnnnsnn

BOGNTST

SK[PQ7

108

;GOTO 108 |F M8207

104432

EXIT

TRAP

TST

CSEXIT

;ONLY DO IF M8207

(2DMQCO MB2C7 STATIC DIAG #2
(Z0MaC.P11
(3)

026322

6916
(1)

026324
026324
026330
026334
026334
026340
026342
026342
026346
026350
026350
026354
026356

6915

6917
6918
(1)

6919
6920
(1)

6921
6922
(1)

6923
6924
6925
6926
(1)

6927
6928
6929
(1)

6930
6931
6932
6933
6934
6935
6936
(5)
(6)
(6)

(6)

6937
6938
6939
(3)
(3)
6940
6941
6942
6943
6944

026362
026362
026366

013701

002516

0046537

003044

006537
061233

003044

004537

003100

012705

000001

004537

003044

000400

100000

121265

003044

016104
042704
020405
001410

000004
170000

026412
026416
026420
026422
026424

104455
000057
005055
011264

121244

026426
026426
026430

000014

026432
026436
026442

062705
020527
001347

6947
(2)
6948
6949
6950
6951
6952
6953
6954

026446

HARDWARE

10%:

TESTS

MY INT

MOV
MSTCLR
ROMCLK

L10111=,
;RECORD DEVICE ADDR.

KMCSR,R1

RS, .ROMCLK

sCLOCK INSTRUCTION

SROM(CLK
RS, .SROMCLK
JSR
100000
#1,R5
MOV

;START AT

ROMCLK

sREAD

JSR
121265

JSR
121244

L10111:

SEQ 0759

36-8

JSR

ROMCLK

30%:

PAGE

sCLOCK INSTRUCTION

ZERO
HIGH REG.

;CLOCK INSTRUCTICN

RS, .ROM(CLK

JREAD PC

LOW REG.

;CLOCK INSTRUCTION

R5.,.ROMCLK

MOV
B1C

4(R1) ,R4
#170000,R4

JGET WHOLE PICTURE

cMp
BEQ

R4 RS
308

s INCREMENT OK?

ERROR
TRAP
.WORD
.WORD
.WORD

;PC FAILED TO INCREMENT PROPERLY

ESCAPE

000002
000777

D 13

RS, .ROMCLK

61233

20%:

14:48

JSR
400

ROMCLK

104410

104401

21-JuL-81

. WORD

004537

026444
026444
026444

30A(1052)

000122

026370
026370
026374
026376
026402
026406
026410

6945
(3)
(3)

6946

21-JuL-81 14:36

MACY11

C$ERDF

47
EMO

ERR47

;SHOULD INCREMENT BY ONE
sFOR EACH INSTRUCTION.

TST

TRAP

-WORD

CSESCAPE
L10111-.

ADD

#2,R5

CMP
BNE

JUPDATE EXPECTED ADDRESS BY 2.

RS 4777
208

ENDTST
TRAP

(SETST

BADHEAD

Jexwwnnnxnnnrnt

TEST

wxwnnnsnnnnnnnn

P«IN THIS TEST WE'LL MAKE SURE THAT 'BRANCH FIELD H'' DOESN'T
J*GET SUCH HIGH.

;*FIRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
;*WITH BAB BITS 1812 SET. IF PCR BITS 889 SET THEN WE'LL KNOW
;*WE WERE SUCCESSFUL
;*THAT

THE MUX

IF PCR BITS 889 FAIL

SELECTED

THE WRONG

INPUT

TO SET, WE'LL KNOW

TO BE

CLOCKED

INTO THE

PCR.

(20MQC0 mM8207 STATIC DIAC #2
(Z0MQC.P11

6959
(1)

;evannenennnenae

026446
026446
026446

T40::

()

02462
u264€2

013701

00¢516

004537

003044

(1)

€966

6967
69%€8
(1)

6969
6970
6971
6972
6973
6974
6975

6976
6977

026466

026472
02647¢
026476

026500
026500
026504

026506
026512
026516
026522
026524

(5)
(6)
(6)
(6)

026526
026532
026534
026536
026540

(3)

026542
026542
026542
026542

6978
6976
6980
6981
(3
6982
6983
(2)
6984
6985
6986
6987
6988
6989
6990
6991
6992
2)

6993
6994

PAGE

SEQ 0160

36-9

026544

104432

114400

003044

116105
112704

000005
000003
000374

121265

042705
020405
001406

MY INT

2-.

JINITIALIZE PARAMETERS
;RECORD DEVICE ADDR.

KMCSR,R1

ROMCLK
JSR
114400

RS, .ROM(LK

;CLEAR DEVICE.

JSR
121265

R5, .ROMCLK

MovB
mMovR
BIC
(MP
BEQ

5(R1) RS
#3,R4
#374 RS
R4 RS
20%

ERROR
TRAP

.WORD
.WORD
.WORC

L10112:

MOV

ROMCLK

20%:
104401

TST

MSTCLR

104455

ranvannesarennn

JONLY 0O IF MB207

10 s
:GOTO 10% 1 F mMB8207
.WORD

004537

SKIPO7
TRAP

10%:

TEST

BGNTST

EXIT

000062

6963
6964
6965

E 13

6961
6562

TESTS

8ADHEAD

026446

026456
026456
026460

6960
(3)

164:48

HARDWARE

21-JuL-81

€957
6558

30A(1052)

6955

€956
()

21=JUL=-81 14:36

MACYT?

;DO A 'BRAN(CH ALWAYS'' WITH
;CLOCK INSTRUCTICN
;BAB BITS 11812 SET THIS SHOULD (LOC(K
;THESE BITS INTO BITS 889 OF
;NOW READ THe PCR HIGH

THE

;CLOCK INSTRUCTION
JAND PUT INTO PORTS.

JREG. BR NO CLK OF BAB BITS
;READ THE PCR.

SEXPECT BITS 8,9 TO BE SET.
JSTRIP ANY JUNK
;0K?

;"BRANCH FIELD H'' STUCK HIGH OR

(S$ERDF

15
EMO
ERRi5

;OTHER PROBLEM

[N THIS AREA.

ENDTST

TRAP

CSETST

BADHEAD

Jwwnnnnnnnnnrnr

TEST

snwnnnnrnnnnnnn

‘eIN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO
;*]S SELECTED FOR SOURCE WHEN THE DESTINATION
;*]S THE OUTBUS

s*FIRST WE'LL WRITE EACH SP ADDRS

INTO ITSELF

THEN wE'LL

;*MOV SP TO 0BUS4. THAT SHOULD SELECT
;*SP ADDRESS 0. !F ANY OTHER DATA SHOWS UP, WE'LL
;*BLAME IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.

026544

BADHEAD

026544

BGNTST

Jrevwnsnwnannnnr

TEST

aensnnwanconnen

P(R.

(ZDMQCO MB207 STATIC DIAG #2
(Z0MaC.P11
21=JuUL-81 14:36
(3)

026544

6995

026544

gggg

026550

(')

T41::

026546

013701

002516

6998
6999

026552
026560

042737
010561

000017
000004

7001

026570

7000

026564

005005

050537

02657C
026574
026576
026600
026604

004537
123100
005205
120527
001362

003044

7007
(1)

026606
026606

004537

003044

7009
7010

026614
026620

116104
001410

000004

7011
7012
(S)
(6)
(6)

(6)

;8}2
7015

(3)
76?&

7017
(2)

02661¢

061204

MY INT

026574

108:

8IC
MOV

#17,208
RS,4(R1)

;STRIP SP ADDR FIELD FROM INSTR
;PUT S ADDR INTQO PORT4,

RS, .ROMCLK

;CLOCK INSTRUCTION
;WRITE TO SP
;UPDATE ADDRESS
;IF NOT THRCUGH, REPEAT.

JSR
123100
INC
(MPS
BNE

026640

011006

.WORD
30%:

104407

026644

;NOW MOV SPO TO 0OBUS+ PORT4
sCLOCK INSTRUCTION

JREAD PORT4

#0,R5
43
CSERDF
43

.WORD

(10113:

RS
R5,#20
108

4(R1) R4
308

104455
000053

(026642
026642

;ADD SP ADDR TO INSTR.

MOvB
BEQ

MCV
ERROR
TRAP
.WORD

02664¢

R5,20%

RS, .ROMCLK

012705

005055

RECORD DEVICE ADDR.

ROMCLK
JSR

026622
026626
026632
026634

026636

SEQ 0161

;START WITH ADDR-ZERO

061204

000000

PAGE 36-10

ROMCLK

000020

F13

KMCSR,R1

BIS

20%:

14:48

CLR

026574

(1)
7002
7003
7004
;882

7008

MACY11 30A(1052)
21-JuL-81
HARDWARE TESTS

;SPO NOT

SELECTED FOKk

;DISCUSSION IN HEADER.

ENDTST

TRAP

CSETST

sxennnnawannnns

TEST

annsnnnnnnannan

7018

702G

$=SIGNAL 'MOV INST H'' (AND ITS ASSOC.

7021
7022
7023
7024
7025
7026
(2)

7027

7028
(3)

7029
(1)

:*IN

026660

7033

026664

(1)

T42::

026644

7032

026660

TEST

jownswnnnnnnenr

026644
026644

026654
026656
026656

THIS

ARE

GOING

TO MAKE

SURE

THAT

THE

TRIBS) DOESN'T GET

;*STUCK HIGH. IN ORDER TO DO THIS WE'LL CLEAR THE PC HIGH REG
;*PUT KNOWN DATA [N THE BREG AND SP1 THEN WE'LL A BRANCH
;*WITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND
;*1F "MOV INST H'' GETS STUCK HIGH, THE PC REG HIGH WiLL GET LOADED
;*WITH THE CONTENTS OF THE ALU
BADHEAD

026644

7030
(3)
76%;

SOURCE-SEE

EMO

ERR43

BADHEAD

7019

S/B ZERO

000110
013701

00251¢

10$:

wennnnnnnnnenes

BONTST

SKIP07

10%

:GOTO 108

104432

TEST

MB207

JONLY DO IF M8207

EXIT TST
TRAP
CSEXIT
WORD
L10114-,

JELSE EXIT

MY INT

;DO INITIAL

MOV

MST(LR

KM(SR,R1

TEST SET=-UP,

;RECORD DEVICE

;DO A MASTER (LEAR.

ADDR.

(LEAR.

(2DMQCO MB2C7 STATIC DIAG #¢2
. P11
7I0MQC
2l=uuL =81 14:36
7034

7035
70%

026670
026674

005737
001034

MACYTT

30A71052)

HARDWARE

BNE

7041

7042
7043

7044
(1)
7045
7046
(1)

7047

7048

14:48

G 13
PAGE 36-"1

RUNB

20%

026676
026704
026704

026710
026712
026720
026720
026724
026726
026726
026732

012761

000002

004537

003044

012761

COC004

004537

003044

004527

003044

123101

123100

1461201

MOV
ROMCLK

JSR

123101
MOV

ROMCLK

#2,4(RY)

RS, .ROM(_x

RS, .ROMCLK

JSR

RS, .ROMCLK

161201

7056
7058

7059
7060

7061

(S)

(6)
(6)
(6)

7062

7063

7064
7065
(3)
(3
7066

7067

(2)
7068

707¢

7077

INSTRUCTION
SET

;BASED ON SP CONTENTS
;OK-WHAT WE ARE REALLY

JINTERESTED IN IS SEEING IF THE
sPC HIGH REG GETS LOADED WlTH
;THE
;IF

CONTENTS OF

THIS

OCCURS,

THE

ALU

(2)

(AN PROBABLY

;SAY THAT MOV INSTR'" REMAINED
026734
026734
026740
026742
026746

026750

026752
026756
026760
C26762
026764

026766
026766
026766
025766

026770

ROM(LK
JSR
121265

RS, .ROMCLK

JREAD PC HIGH, PUT INTO PORTS
;CLOCK INSTRUCTION

S(R1) R4

20%
RS

JREAD PC REG HIGH FROM PORT

005005

BEQ
(LR

104455

ERROR
TRAP

15
CSERDF

;ERROR-P(

.WORD

EMO

004537
121265
116104

001407

003044

mMOVS

005065

.WORD

000017
005055
010006

.WORD

20%:
104401

L1014

;SHOULD BE

CLEAR

REG HIGH S/B (LFAR=SEE HEADER

ERR1S

sDISCUSSION.

ENDTST
TRAP

CSETST

BADHEAD

Jeeevenenannnns

TEST

arennennnnnnren

TeTEST THAT MASTER CLEAR, CLEARS BITS IN THE NPR (ONTROL REGISTER AND
s *M]CROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LL SET THE

7069

7070
7071
7072
7073
7074
7075

sCLOCK

CLOCK INSTRUCTION

7083

7087

INSTRUCTION

;NOW DO A BRANCH ON (-BIT

7049

‘1)

sCLOCK

#6,47R1)

JSR
123100

ROMCLK

JPUT A 2 INTO SP1
JPORT4 TO SCRAT(H PAD

7050
7091
7052
7054
7055

SEQ 0162

:TO RUN THIS SECTION OF CODE YOU MUST TURN SW’7 OF SWITCH FA(K #F28
;0FF SO THAT MB2G7 NOT SELFSTARTING.

7038

7040

TESTS

006’70

7037

7039

21=-JUL~81

:ePRIORITY UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT [T WwON'' BUG US
JeTHEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
J*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
JewE'LL DO A MASTER (LEAR AND BE SURE THAT THEY AL
s *CLEAR,

02677¢

BADHEAD

026770

BGNTST

;eeesevenvscern

TEST

wsevcannccnnnee

TZDMQTO MB207 STATIC DIAG #2
Py

7078
(')

779
780
3)
)

7081

7282

7083
(1)

7084
7085
7086
1)

087
7088
‘1)

7089
7090

7061

2l=JL =81

14:3%6

MACYTT 30A(1062)

HARDWARE

14%::

026770
026770
026770
026774
£27000
027000

002516

000340

027004
027006
027014
027022

177777

000002

027056
027060
027066

1466636

#-1,64(R1)
82,4(R)

cDATA TO Bt SET
DON'T SET AC LOW'

RS, .ROM( L K

CLOCK INSTRUCTION
cPUT INTC MISC REG.
JDON'T SET NPR BT

#PR107
RO
($SPR]

8400,4(R1)

JSR
121130

RS, .ROM(LK

JSR

RS, .ROM(LK

s CLOCK

JSR

RS, .ROM(LK

sCLOCK INSTRUCTION

MOV
MOV

8166636, $GI-DAT

SEXPECT ALL TO SET

121225

ROMCLK

121204

030140
002452

027072
027076
027102
027104
027104
02710¢
027112
027114

sRECORD DEVI(E ADDR.

MOv
8IC

ROM(LK

002452

R
KM(SR

SFQ 0163

sOON'T ALLOwW INTERRUFTS,

ROMCLK

003044

"3
PAGE 36-12

#PRI107

1211
8I(

3064

14:48

SETPR]
MOV

JSR

003044

027052
027052

My INT
v
MSTC(LR

ROMCLK

000400

027044
027044
027050

TESTS

TRAP

000004
00004

003044

027022
027026
027030
027036
027036
027042

27=uuL=81

8I(
(mp
8EQ
BRESET
TRAP

4(R1) R&

R4
#C30140
SGDDAT ,Ré
108

(SRESET

sCLOCK INSTRUCTION

;PUT

INTO NPR REG

INSTRUCTICN

;MOv MISC REG (11)

sMOVE NPR REG (10)

TO PORTS

10 PORTS

JREAD WHAT HAPPEN
sMASK UNUSED BITS

:DID ALL BITS GET SET”
SYES (ONTINUE.
:S0O SORT Of

PROBLEM SETTING BITS

027116

27120

7105
7107

7109
(1)
7110
LARA]
7112

713
7114

711§

»9 16

JIN THE NPR AND/OR MISC REG.

027122
027122

104406

027126
027132

152761
1462761

000100
000300

027140
027140
027144

004537

027146
027146
027152
027154

027160
027164

027170

027172

027176

TS(LPY
#100,1(RY)
#300,.1.RD

;ST MASTER CLEAR

003044

RS, .ROM( K

JCLOCK INSTRUCTION

004537

003044

RS, .ROM{LK

016104
005037

000006
002652
010140

sCLOCK INSTRUCTION
:MOV NPR REG (10) TO PORTS

SGDDAT

121225

121204

000001
000001

108:

;CLEAR MASTER (LEAR

;MOv MISC REG ‘11)

TC PORTS

#G10140,R6
20%

cREAD RESWLTS
SEXPECT ZERO
JMASK UNUSED BITS
.
JIF ALL Z2ERO, EVERY'mING (DOL

JMASTER CLEAR FALED 0 ~_EAK

4(R1) ,Ré

{ SERDF

(ZDMQ(0 MB207 STATIC DIAG .ib
770mQL P11
(§)
(6)
(6)

027200

718

027206
027206

2117

7119

7120
7'2'

7722
(v)

7123
?° 3¢

)

7'25
7126

210w =81

14:

MAYNY

304(1052)

HARDWARE

21=0u =81

TESTS

14:48

113
PAGE 36-"3

SEQ 0164

EMO
ERRGO

027202
027204

JSOME BITS [N THE NPR AND/OR MIS( REGS.

($CLPY

027210
027210
027276
027216
027222
0272264
027226
0272%0

000014

7128

7130
713N

208:

JNOw W€ ARE GOING TO TRY T0

003044

RS, .ROM( K

003044

RS, . ROM(.
Kk

000005
000140

S(R1) R4

002452

7129

(0004

8140 R6

#146,$GDDAT

02452

Ré
SGDDAT
308

SSET THE EXT BITS (16817) [N THE NPR REG.

sCLOCK INSTRUCTION

SIF MASTER CLEAR FAILED TO (LEAR JTSELF
JTHEN WE WiLL B¢ UNABLE 0 SET
JCLOCK INSTRUCTION

; THESE BITS
;READ REG

SMASK UNUSED BITS

: STORE GOOD
;DID BITS SET?
S YES-CONT INUE

SMASTER (LEAR FAILED 'O (_EAR

7132

(S)

(6)

(6)
(6)
7133

7134

-1TSELF

7135

027272
027272

71%2

027276

7138
7139
7140
7161
@b
7142
7143
7164
7145

027274

104433

027276
027302
027304
027304
027310
027312
027316

005737
001016

002470

004537
121206

003044

027720

005037

(%)
7136

7146

7147
7148
95
(6)
(6)
(6)
7149
7150

7181
7152
7183
7154
’

027324
027330
027332
02733
027336

THUS PROM 18 1 T] NG US FROM

FURTTHER SETT I NG B I S l N THE NPR REG.
($CLPI
30%:

CSRESET

116104

002452

000056
005055

A BUS RESET (LEARS

4«03

s THESE BITS.
JCAN'T DO THIS
STEST IF RUN Sw SET.

RS, .ROMTLK

sCLOCK INSTRUCTION
;READ MISC REG

<08

;IF ZERO~END TST

$GDDA”

:S$/B ZERO

JBUS RESET FAILED TO CLEAR NPR REG

CSERDF

106455

RUNB

L(RY) RG

201410

NG WE'LL SEE

EMO

011214

ERR&LG

40%:

L1011§:;

NDTST

JMASTER CLEAR WwAS ABLE TO LOOK “O T
JCIRCUITRY THAT (ONVERTS BUS INIT
s70 "YLEAR"

rIOMQCC MB207 STATIC DIAG @
r2omMQC P11

‘3)

0273%0

2V1=JuL=81 14:

104407

MACY!Y 30A(1052)

21=JuL=81

HARDWARE TESTS

TRAP

14:48

(SETST

J 13

PAGE 36-'4

SEQ 0165

CZDMQCO MB207 STATIC DIAG #2
(ZomMac.PIN
21-JUL~-81 14:36

MACY11

7162
7163

7173
(4)
(4)
(4)
(4)

7174
7175
7176
7177
7178

7179
7180
(4)
(4)
(4)
(4)
(4)
7181
(2)

SEQ 0166

INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.

THE

s/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
;/ WITH THE OPERATOR.
SIS0 77777777777777777777777777777777777777771777777777/77/7777/7777777

027342
027342
027344

027344
027344
027346
027350
027352
027354
027356
027356
027360
027362
027364

BGNHRD

000016

L$HARD::

000032
027400
000007
000000
000007

027366
027366
027370
027372
027374
027376
027400

7183

027400
027406
027414
027622

001031
027452

160000
177776

027430
027636
027444

027452
027460
027466

027474
027502

012032
030050
000007
000000
000001

GPRMD
.WORD
.WORD

wPM,0,0,7.0.7,YES
T$CODE
WPM

GPRMD

PRIRTY,6,0,7000,4,7,YES

GPRMD

GPRMD
GPRMD

041511
051103

037525
034115
036464
026064
030062
051103
020125
040440
051523

020110
026517
024040
030062
034115
036467
000067
026517
041440
042104
035040

7
TSLOLIM
TSHILIM
ADDRES,2.0.160000,177776,YES
T$CODE
ADDRES
TSLOLIM
TSHILIM
VE(TOR,4,0,0,674,YES

LNUNIT,10,0,3,0,3.YES

SWPA(C1,12,0,377.0,377,YES
SWPA(C2,14,0,377,0.377.,YES

GPRMD

LOOPRK,16,0,40000,0,1,YES

.WORD
.WORD

T$CODE
ISRUN

.WORD
ENDHRD
.EVEN

TSHILIM

GPRMD

. WORD
.WORD

L10116:

044127
044515
050103
036460
026060
030062
034115
044515
050103
051123
042522
000040

.WORD L10116~L$HARD/2

.WORD
.WORD
.WORD
GPRMA
.WORD
.WORD
. WORD
.WORD
GPRMA

;
;

027400

7184

K13
PAGE 37

HARDWARE PARAMETER CODING SECTION

(3)

7182

14:48

/1111077777777 77777777707777777777777/77/7/7/7/7//7/7//7//////7/7/7//7/777/77/777777
;/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MA(CROS
;/ THAT ARE USED BY THE SUPERVISOR TO CUILD P-TABLES.
THE
;/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

7161

(4)
(4)
(4)
(4)
(4)

21-JUL-81

.SBTTL HARDWARE PARAMETER CODING SECTION

7157
7158
7159
7160

7164
7165
7166
7167
7168
7169
7170
(3
(3)
717
7172

30A(1052)

ISRUN,24,0,7,0,1,YES

7
T$' OLIM

WPM:

JASCIZ

"WHICH MICRO=CPU?

ADDRES:

.ASCIZ

/MICRO-CPU

(0=MB200,4-M8204,7=M8207""

(SR ADDRESS

7186

7187

7188

7189

7190

7191

7192
7193
7194
7195
7196
7197
7198

027504
027512
027520
027526
027534
027540
027546
027554
027562
027570
027574

) Yy

!
00

7185

(ZDMQCO MB207 STATI
c2oMaC.P11
21=-JuU

—

027602
027610
027616
027624
027632
027640
027646
027654
027662
027665
027672
027700
027706
027714
027722
027726
027734
027742

051103
020125
051117
042522
000040
051103
020125
044522
053105
000040
041511
042516
020124
037451
047117
034115
036462
026062
030062
000
044527
040520
020061
050115
020105
000040
052111
041501
024040

020063

027750
027756
027764

027771
027776
030004
030012
030020
030026
030034
030042
030050
030056
030C64
030072
030100
030106
030114
030122
030130

AG #2
14:36

040440
020072
046111
052123
042516
051450
052440
020077
030454
035040
051103
041517
020122

053523
020040
030040
043117

047117
030136

044440
035040

21-JUL-81

14:48

L 13

SEQ 0167

PAGE 37-1

MACY11

30A(1052)

026517
042526
040440
051523

VECTOR:

LASCIZ

/MICRO-CPU VECTOR ADDRESS

026517
051120
054524
046105

PRIRTY:

LASCIZ

/MICRO-CPU PRIORITY LEVEL

020110
052440
030050
030040
026105
030062
034115
036463
020063

LNUNIT:

LASCIZ

/WHICH LINE UNIT

041524
045503
042050
046040
024443

SWPAC1:

LASCIZ

/SWITCH PACK #1

(DDCMP LINE &)

044103

020113
046502
047502
051104
000
020114

SWPACZ2:

LASCIZ

/SWITCH PACK #2

(BM873 B0OOT ADRY

:
LOOPBK

LASCIZ

/WILL

042523
036460
054475
000040
026517

ISRUN:

LASCIZ

"MICRO-PROCESSOR RUN SWITCH

041440
052103
020051

051505
052522
052111
054524
044440
026106
020106
000

HARDWARE PARAMETER CODING SECTION

.EVEN

TEST

(0-3)? O=NONE,1=M8201,2-M8202,3=M8203

CONNECTOR(S)

BE USED

? 0-NO,1=YFS

TYPE

OFF,

:**

(ZDMQCO MB207 STATIC DIAG #2
(ZomaC.P1
21=JuL=-81 14:36
7199

MACY11

Mm13
30A(1052)
21-JUL-81
14:48 PAGE 37-2
HARDWARE PARAMETER CODING SECTION

SEQ 0168

—

(ZDMQCO M8207 STATIC DIAG #2
CZDMQC.P11
21-JUL-81 14:36

7212
(3)
(3)

7214
7215
7216
()
(3)
7217
7218
7219
7220

N13

14:48
PAGE 37-3
30A(1052)
21-JuL-81
SOF TWARE PARAMETER CODING SECTION
SBTTL

7201
7202
7203
7204
7205
7206
7207
7208
7209
7210
7211
7213

MACY11

SOF TWARE PARAMETER CODING SECTION

1111171707770 777777777777777777777777777777777777777777/77777/777/7/777777
;/ THE SOFTWARE PARAMETER CODING SECTION CONTAINS MA(CROS
:/ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
;/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE

;7 MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

;/ WITH THE OPERATOR.
11111717777 777777777777777777/7777777777777777777777777/7/77/777/77777777

030136
030136
030140

000000

7
BGNSF

LSSOFT::

030140

L10117:

030140

.WORD L10117-L$S0OFT/2

ENDSFT
.EVEN

LEVEN

7221

7202

7223
7224

7225

030140

(4)

030140
G30142
030144

(2)
(&)

(3)

7226

7227

000000
000000

000001

LASTAD
.EVEN
.WORD

LSLAST::
LEND

.WORD

0
0

SEQ 0169

(ZDMQCO M8207 STATIC DIAG #2
(ZDMQC.Pi1
21-JUL~-81 14:36

MACY1T

7173

7184a

4600m
46014
L5684
L5694

4620
6617
4586
4583

ADDRES
027452
ADR
= 000020

ADR1

012600

ADR&
ADRY
ASSEMB=
=
BIT0
81700 =
81101 =
BI1T102 =

012444
012450
000010
000001
000001
000002
000004

BITO9
BIT1
BIT10
BIT11
BIT12
BIT13
BIT14
BIT1S
B!T2
BIT3
BIT4
BITS
BIT6
BIT7
BI18
BIT9
BOE

001000
000002
0C2000
004000
010000
020000
040000
100000
000004
000010
000020
000040
000100
000200
000400
001000
000400
002360
003166

BIT03
BIT04
BITOS
81106
81707
BIT08

CLKX
FLRALL

=
=
=
=
=
=
=
=
=
~
=
=
=
=
=
=
=
=
=
=
=
=

012604

000010
000020
000040
000100
000200
000400

CRAMA
ZZDMa
C$AU_ =
C$AUTO=
C$8RK =
C$BSEG=

003602
002000
000052
000061
000022
000C04

Cs85UBCS$CEFG=
C$CLCK=
C$CLEA=
C$CLOS=
C$CLP1=

000002
000045
000062
000012
000035
000006

CSCVEC=
CSDCLN=
C$D0DU=
C$DRPT=

000036
000044
000051
000024

[(AInTalalalalalalalalalalalalalalalalalalalalalalalalal

ADR?2

3573

3434
3573

)

8 14

SEQ 0170

14:48
PAGE 38
30A(1052)
21-JuL-81
(ROSS REFERENCE TARLE == USER SYMBOLS

6301

3882

3883

3896

3897

3880
3995
6360
4361
3998
6408

3882
4015

6385

3883
4023
6390

4571

4604

4638

4657

4018

4026

4372

4574

4607

4641

£021
570

5466
5716

5480
5732

5552
6206

5583
6229

5597
6252

5610
6274

4819
4636

4883
4651

6992

5064
5311
5582

5076
5343
5595

5107
5362
5609

5121
5375
5640

4376

3883

58N

6297

6299
6396

6301

4953

3868
3974
6358

6360
6396

4995

5655
40334

44673
L427
4712
4570

5167
5420
5667

5193
5464
5714

4440

4423

3897

6302

3897

4938
3867

7101

3890

6299

7118

7135

5226
5478
5731

5239
5492
5762

(ZDMQCO MB207 STATIC DIAG #2
(Zomac.pP1i
21-JUL~-81 14:36
(80U = 00C053
($EDIT= 000003

CSERDF= 000055

C 14
MACY11 30A(1052)
21-JuL~81
14:48 PAGE 38-1
CROSS REFERENCE TABLE == USER SYMBOLS

3036
3034

4457
3474

4878

913

4507

(541

4553

4578

4611

4648

5177
5430
5677
6226
6524
6801

5190
5443
5711
6236
5548
6869

5203
5475
5727
6260
6564
6890

5236
5489
5741
6271
6581
6898

5249
5502
5772
6281
6632
6936

5262
5534
5786
6308
6674
6977

34340

4500

4543

4579

(512

4649

5237
5490
5742
6565
34344
5147
5419
5666

5250
5503
5773
6582
4580
5179
5432
5679

4511
5018

5263
5535
5787
6677
4613
5192
5445
5713

5296
5549
5800
6749
4650
5205
5477
5730

5309
5562
5855
6759
4664
5238
5491
5743

5322
5593
5903
6767
5006
5251
5504
5774

5360
5607
6027
6775
5019
5264
5536
5788

4513
5206
6071
6981
4564

4556
5265
6193
7015
4596

4588
5324
6238
7065
4631

4622
5388
6283
7154
4833

4670
5446
6337

4717
5505
6418

4761

C$EXIT= 000032

34344
5148
5910
6945
36340

4925

4987

C$GE 1B=
C$GE Tw=
CSGMAN=
C$GPHR=
C$GPLO=
C($GPRI=
C$INIT=
CS$INLP=
CSMANT=
C$MEM =
C$MSG =

000026
000027
000043
000042
000030
000040
000011
000020
000050
000031
000C23

6395
34340
3434n
3434n
34344
34340
3434m
3434
34340
3434m
3434n
34340

6586

6646

6681

6700

6803

6852

5047
5814

4177

4178

6179

4180

6182

4184

CSOPEN= 000034
C$PNTB= 000014

3434
3.3

6177

4178

4i79

4180

6182

4184

4233

4238

4206

4210

6214

6219

6223

6227

4302
4438

4305
4456

4308
6349

4311
7098

7137

($ERHR= 000056

($ERRO= 000060
C$ERSF= 000054
($ERSO= 000057

C$ESCA= 000010

C$ESEG- 000005

($ESUB= 000003

CSETST- 000007

CSPNTF=
C$PNTS=
C$PNTX=
($Q]0 =
C$RDBU=
CSREFG=
CSRESE=

000017
000016
000015
000377
000007
000047
000033

36344

SeEQ 0171

5145
5417
5664
6214
6411
6795

3434k

3634
3634n
36344
6944

34348

5402

2;?8

4192

34344
3434m
34340
3434
34340
36344
34344

5005

56460

4943

5519

4958

5031

5578

4970

5062

5636

5004

5074

5696

5086

5758

479
5085

4706

5017

5061
5308
5561
5850
6332
6756

5358
5606

6382
6773

7116

7061

4663

5801

5564
6595

6914

4707

5133
5386
5651
6216

4795
5178
5431

4882

5087

5134
5487
5652

5476
5729
6525

5678
6262
6891

5063
5310
5563

5361
5608

4972
5744

5621
5033

6822

6872

5088
5860
6902

6106

5220

5279
6203

6249

4187
6221

4188
4225

4230

4189

4190

4187
4220

4188
£224

4189
4228

4190

4824

5622
6635

5102
5874
6960

5338

4325

4406

4193

4197

6197

4198

41798

4199

4203

4202

4208

4207

6234

6229

CZDMQCO M8207 STATIC DIAG #2
(Zomac.P1

21-JuL-81

14:36

MACY11 30A(1052)

(SREVI=
(SRFLA=
CSRPT =
C$SEFG=
C$SPRI=
C$SVEC=
C$TPRI=
DFPTBL
DHO
DH1

000003
000021
000025
000046
00004
000037
000013
002262 G
005723
005724

303
3434m
30364
3634m
3,344
36340
3434
3515#
4109#
G112

4197
46177

DH3

005775

4114

4192

DH2

005755

DIAGMC= 000000

EF .CON=
EF .NEW=
EF .PWR=
EF .RES=
EF .STA=
EME)

000036
000035
000034
000037
000040
005410

EMO

005055

EMB50
EMBS1

EM1

EMI0
EMIT
EM12

EMI6
EMI7
EM2_
EM27
EM29
EM3
EM3S
EML
EMS
EMo
EM?
ENDBUG
ENDIT
ERRTLG
ERRT
ERR10
ERR1T
ERR12
ERR13
ERR1Z
ERR1S
ERR16
ERR17

G
G
G
G
G

005545
005577

3434

35734
35734
35734
35734
35734
4099%

005056

G
G
G
G
G
G
G
G
G

4180

4178

4179

4184

4185

4188

4189

4190

4193

4198

4199

4547

4553

4578

4611

4648

6662

4706

4750

4794

4817

4860

5190
5443
5711
6236
6632
6936
4179

5203
5475
5727
6260
6674
6977

5236
5489
5741
6271
6747
7012

5249
5502
5772
6281
6756
7061

5262
3534
5786
6364
6765
7099

5295
5548
5799
6382
6773
7116

5308
5561
5850
6391
6783
7132

5321
5592
5899
6402
6789
7148

5358
5606
5996
6411
6795

5372
5619
6068
6524
6801

5385
5650
6155
6548
6869

6271

6281

4182

4186

4187

(308
405

4187
4150
4192

4098#
41018
4089%
41020
4106#
40904
41000
40914
40928
409%%
409%%
38754
4309
36094
L7780
41864
41874
41884
41894
4190#
41920
41938
41978

SEQ 0172

7080

40954
40964
40974

5145
5417
5664
6214
6564
6890
4088%

PAGE 38-2

TABLE == USER SYMBOLS

4270

4878

L0874

14:48

(ROSS REFERENCE

3474

4311
4302
6332
6308
6320
4507
4913

41064
41074

005260
(05312
005333

005353
005434
005076
005463
005512
005131
005434
005144
005171
005216
(05233
003044
012040
002350
006032
007154
007276
007420
007542
007664
01006
010134
010256

41134

21=-JuL-81

D 14

5177
5630
5677
6226
6581
6898
4177

4943

4958

4970

5004

5017

4189

4193
4197
4178

4198
4180
4199
4182
4184
4185
4186

4188

4396

4398

44054

4578

4611

4648

6674

4860
4541
5850
5899
5996
6214
6364

4878
4553
6977
6236
6411

7061
6260

6155
6226
6382

5030

5061

5073

5085

5117

5131

010636
010702

006434

ERRG?2
ERR43
ERR4G
ERRSGS
ERR4E

010744
011006
011054
011124
011214

ERRS

006556

ERR4L7

ERRG
ERR?
EVL
ESEND =
ESLOAD=
FADR
FLAG

011264

006700
0C7026
000004
002100
000035

002412
002406

FM1

005046

FTIME
FSAU
=
F$AUTO=
F $BON =

002462
00001¢
000020

000040

4201

4180a
4205#
42094

6524

6548

6391

6402

6507

7012
4913

5236
5489
5741

6936
5004
5249
5502
5772

L226m
4231w
L2364
L1824

L1846

41854
3573

3434m
3436m
36264
36244
4774

6109»

4083#
6192

LIYALY
34344
34344
34344

4189
4226
4513
4622
4761
4985

7015

34344
34,344

6747

6765

6773

5308
5561

£073
5321
£592

5085
5358
5606

4817
6564

6581
6632

6756

SEQ 0173

6783

6789

6795

6801

5131
5385
5650

5145
5417
5664

5177
5430
5677

6869
6890
6898

4213
42184
42224

5064
5148
5237
5322
5407
5492
5578
5665
5757
5873
6203
64618
6687
6852

FSCLEA= 000007
F$OU
- 000016

6662

E 14
14:48
PAGE 38-3
21-JuL-81
(ROSS REFERENCE TABLE =~ USER SYMBOLS

30A(1052)

6068

7099

4706
4943

3474

4192
4186
4777

6121

4177
4193
4293
4472
4409

3440
4190
4231
4523
4630
4769
4987
5074
5161

5239
5324
5418
5503
5582
5667
5758
5874
6216
6429
6697
6872
7028
4437
4654

7116

7148

5017
5262

5061

4958

6116+

6187+

o=
—JV—O
oo~

ERR4LO
ERR4GT

ERRSG

L178#
L1198
L1768
41954

MACY11

VWAL

006160
010350
006306
010472
010614

(22X
1)

ERR?
ERR29
ERR3
ERRIS
ERR36

[afaTalalalalalalalalalalalalal

(ZDMQCO MB207 STATIC DIAG #2
. P11
(2oMQC
21=JuL-B1 14:36

5203
5475

5727

4699
4797

4773
4800+

4728+
4804

4734
4821

4757+
5950+

4758

4773

4180

4182

4185

4187

4188

4189

4190

4182
4201
4437

4185
4209
4472
4595
4707
4924
50646

4186
4213
4493
4596
4717
4925

4187
4218
4500
4602
4724
4944

4188
6222

4199

4178
4197
4260
4563

4649
4824
5007
5088

5178
5263
5343
5433
5519
5607
5695
5775

4579

4670
4882

5031
5107
5193
5279
5373
5459
5537
5622
5712
5800
6071
6273
6605
6785
6939
7213

5121
5206
5296
5386
5464
5551
5636
5729
5813
6106
6291

6644
6796
6958

5047
5133
5219
5298
5388
5476
5562
3640
5731
5814
6186
6337
6646
6803
6960

5962

5052
5135
5220
5309
5401
5478

5651
5742
5855
6193
6348
6677
6822
6981

6029+

4612
4751
4972

5062
5146
5226
531
5402

5577
5653
5744
5860
6202
6395

6833
6994

(2Z0MQCJ MB207 STATIC DIAG #2
P11
~20M.QC
21-JUL=-81 14:36
F$END - 00CQ41

3L34n

4190
4234
4523
4630
4769
(QB7

5075
5161
5250
5324

5419

5504
5593
5678
5758
5874
6216
64629
6697
6872
F$HARD
= 000004
FeHw
= 000013

FSINIT= 000006

Fe&MP - 000050

FSMOD - 000000

FEMSG = 0000

FSPROT= 000021

FSPWR - 000017

FSRPT

= (000012

F$SEG = 000003

7028

34348
3434m
34340
3L34n
5338

6249
3434m
3L34m

46192
4218

3434m
3434m
34344
3434
5020
Si47
5285
5419

5537
5666

F$SOF
T= 000005
F$SRV = 000010

FeSUB = 000002
F8SW = 000014
FSTEST- 000001

GETPRM

(011462

G$.NTO- 000200

5789

3634m
26 34n
3434n
3434n
34344

(724

5148
5518
5910
6429
6945

4312

3,34n

MACY11
3440
4192
4239
6543
4631
4795
5005
5086
5162

6177
4193
4260
4556
6649
4818
5006
5087

5178
5263
5338
5432
5518

5251
5337
5631
5505
5594
5679
5773
5903
62:8
6525
6700
6882

6238
6565
6749
6891

3519

3534

7030
7170

5607
5680
5774
5910

7065

7181

4287
4260

4406
4564

4193
42c1

4178
4197
4222

5402
6395
3440
6177

3482

4252

4570
5032
5167
5297
5420
5550
5667
5801

5460
6586

3486

4270
4580

5052
5179
5298
5632
5551
5679

7213

7216

3543

3546
6513
4769
5206

4493
4761
5161

5564
5945
6595
6958

(321a

SEQ 0174

14:48
PAGE 38-4
30A(1052)
21-JuUL-81
(ROSS REFERENCE TABLE =~- USER SYMBOLS

5577
6071
6605
6981

4326

4178
4197
4270
4563
4650
4824

5018
5088
5179
5264
5360
5444
5519
5608
5695
5787
5945
6248
6582
6759
6902
7077

4179

4198
4406

4564
4663
4832
5019
5101

51N
5265
5361
5445
5535
5620

5696

5788
5947
6249
6586

6767
6912
7154

4180
4199
4427
4579

4182
4203
4440

4185
6212

4473
4595

4707
4924
5046

4664

4833
5031

5102
5192
5278
5373
54646
553¢,
5621
5712
5800
6027
6262
6595
6775
6914
7181

4186
6216
4493
4596
4717
6925
5047

6960

5062
5146
5220
5310
5401
5490
5564
5652
5743
5855
6193
6348
6677
6822
6981

5134
5219
5309
5388
5477
55€3
5651

5742
5814
6186
6337
6646

6803
7216

4187
4221
4500
4612
4724
4944

4,188
6225
45N
4613
4751
4972

4189
4230
6513
6622
4761
4985

5147
5237
5322
5402
5491
5577
5665
5744
5860
6202
6395
6681
6833
6994

7015

4596

4631

4,833
5636
6700

5102
5874
6960

5162
5947
7030

5220
6106

4179

4180

6225

6226

4182
4201
4230

4187
4209
4239

4,188
4212

4189
4213

4992

5006
5121
5251
5375
5504
5640
5774

5007
5134
5252
5387
55¢3
5€52
5775

4622
4985

4670

4679

6283
6833

6337
6882

6348
6902

5519
6646

4198

5578
6681

4199

4613
5064
5192
5311

5445
5582
5713

4636
5075
5193

4651

4664

5731

5743

5323
5464
5594
5714

4563
4915

5278
5680
6202
6687
7028

4588
4924

5324
5695
6238
6697
7065

5388
5757
7154

5120
5239
5374
5492
5621
576¢

5046
5446
5813

5088
5459
5860

5074
5148
5238
5323
5418
5503
5578
5666
5757
5873
6203
6418
6687
6852

5279
6203

L4717

5101
5505
5873
6418
6912

(Z0MQCO MB8207 STATIC DIAG #2
~0MaC.P11

21-JuL~-81

14:36

GSDELM= 000372
G$DISP= 000003
GSEXC(P= 000400
1= 000002
GeHIL
GSLOL
1= 00000°
= 000000
GSNC

36344
3636m
34634m
34346m
3434n
3634m

GSPRMD= 000002
GCSPRML= 000000
GSRADA= 000140
G$RADB= 000000
G$RADD= 000040
GSRADL= 000120

3w
3434n
3634n
3634m
36340
3 346n

GS$OF FS= 000400
G$OFS1= 000376
G$PRMA= 000001

G$RADO= 000020
GSxfER=
GSYES =
HELP =
Ot
IBE
Ibu
=
[ER
INIFLG
INSTU
ISR
ISRUN
=
IXE
I$AU I$AUTO=
1$CLN =
180U
I$HRD =
I$INIT=
I$MOD 18MSG -

00000«
000010
000000
100000
010000
000040
020000
002474
003616
000100
030050
004000
000041
000041
000041
000041
000041
000041
000049
000041

I$PROT
[$PTAB=
[$PWR [$RPT I$SEG -

000040
000041
(000041
000041
000041

G
G

MACYTY 30A(1052)

21=-JuL=81

14:48

G 14

PAGE 38-5

SEQ 0175

(ROSS REFERENCE TABLE == USER SYMBOLS

30344
303e
33%m

7172
7172
7173
7172

7180

3L3e

7172

7173

7180

7172
3466

7173
3477

7180
3498

3730

4254

6262

L1788

L1798

41804

47824

4184k

L1854

L1864

L1874

4188

L1894

41904

42524
4463

42704
6523

4563

45704

4579

645804

4595

46024

4612

46134

4630

L6364

50074
50764
5161
52384
53104
53874
5476
5549
5620
57004
S7754

5018
5086
51674
52394
53114
5401
56770
55504
56214
5712
5787

50194
50874
5178
5250
5322
564074
54784
55514
5635
57134
57884

50204
5101
51794
52514
53234
5418
5490
5562
56404
57144
57894

5031
51074
51804
52524
5337
56194
54914
55634
5651
5729
5800

50324
5119
5191
5263
53434
54204
54924
5577
56524
57304
58014

5046
51204
51924
52644
5360
543
5503
55824
56534
5731
5813

5052#
51214
51934
5278
53614
54324
55044
5593
5665
5742
5873

5062
5133
5204
52854
53624
54338
5518
55944
56664
57438
5945

50634
51344
52054
5296
5373
5444
55234
55954
56674
5757
6104

50644
51354
5219
52974
53748
54458
5535
5607
5678
57628
6202

5074
5146
52264
5298«
53754
5459
55364
5608#
56754
5773
6248

3634m
3w
36214
3573
3573
3573
3573
36554
4025
3573
7180
3573
360348
3,360
3,340
36340
71704
303640
34340
36340

Q1G24
LO1BR

34340
3434
3434m
30340
3634

4649

50064
50754
51474
5237
5309
5386
56644
55378
56094
5695
57748

6291

7173
7173

7180
7180

40354

71914

L4728
LLQ9M

LL378
L4SLNM
71814
L2874
34404
L1778
L1938
42218
34824

46504

6248

LL73A
4627
L4404
L4574
LLOOA
41974
L222R

L6514

6429

L1988
42258

4663

6605

41994
42264

LE6LH

6644

42014
4230w

4679

6697

42034
4231a

4724

6833

42054
L234m

4769

6882

42084
L4236

4832

6912

42008
4239a

4924

6958

L2128

4985

€994

4213

49924

7028

L2164

5005

72077

{ZDMQCO MB207 STATIC DIAG #2
~81 14:3%
{20MQC P11
L=
2l
Wonou

‘3SETU=
)S
[$5Ry
1958

3,340
72134

00C041
000041
000041

3.34m

3,340

000041

MACYTT

M1 4

14:48
PA GE 38-6
30A(1052)
21=-uL-81
(ROSS REFERENCE TABLE == USER SYMBOLS

72164
4563

4493
5161
5945

5278
6202

7028
4511
“670m
4882

6958

44938
46304
L8324
50884

4 SN L0461

5102

S337#
5578

53884
56354
5873#
6203
64184
66874

5855
6193
63482
6677
6828
6£981#

6852
20154

4260

64694

5163

4335+
4338

3891«
43660

4595

5337

€243

7677

45138

L6798
(915~

C148#
54014
5636
5874
6216
646294
66974
6872#
70284

4526
5221

6916
3880+

6105
6962
3882+

4340«

4341

6323

6325

5946

4630

5601
6291

4523
(707
L924m

51614
5402
5680#
5903
6228
6525

4322+

LL728
44008

44378
35658

34364

4679

5459

6348

4543
&717%
(925
5162
54464

5695#

59104

68824

62384
6565
6749
6891

4565

4597

703C

5280
6205
6995
3883+

4352«
4349

[alaTalaYalalalalalalalalalalAl

SEQ 0176

4623

70654

6726

4769

4832

4924

4985

5757
6833

5046
5813
6882

45564
L7248
4944
52064

45634

4564
47614
49854

4«588#
47694
4987

45954
4795

4596
4818

5518
6429

54594
5696
59454
62484
6582
6759
6902#
7077#

5577
6605
4751
L972H

52194
5460
5744m
5947

6249
6586
6767
69124
71544

5635
6644

5220
55054
57574
6027
6262
65954
6775
6914

5695
6697

52654

5518#
5758

60714
6273
66054
6785
6939

50334

5278#
5519
58024
61044
62834
66354

50464
5279
#
5564
58134
6106
6291#
664L4n

69454

69584

6796

5339
6251

4632
5603
6292

4680

5461

4725
5520
6378

4770
5579

4926

6430

4834
5637
6606

3850+

3894+

3896+

I8C7«

3900+

4331

4332«

7032

7078

6350

5697
6648

CIDMOCC MB207 STATIC DIAG #
80P

.SUTYP

2l=
(Al alalalalalalalalalalalAEalalalalalAlalalalalalalnlalalalalalalalalaTaTalAl

"IOMQ( P

=81

14:

U748
U748

3674
3748
3674

3,748

&
R R

i P

e e

)

—=ONOWVWER WSO N

8222888223382

[,V

568

3723%#

1,748

3,74m
2,748

3,748

3,74

34748

3,748
3,748
3474
3768

71708

3519«

3,74
3,748
34764
3,748
3,748
3,748
L7468

“c878

3474
3,748
34748
3L74m
4252#
7213#
3,740
3L74m
34740
34740
35432

3.80#

3L76m

72254

36740

34748
34740
3519
L1778
41784
4179

4180#
41824
L184a
L1854
L1864
L1878
4188#
{189
L190n
L1928

41938
L1978

21=JuL=81

(ROSS REFERENCE

36768

3543

10005

MACYTT S0A(1052)

4323

35344
35464

14:48

114

PAGE 38-7

TABLE == USER SYMBOLS

SEQ 0177

(20MQC0 mM8207 STATIC DIAG #2
r20mMQ( P11
21=JuL-81 14:36
L10022
110023
L100c6
L10025
L10026
10027
L10030
L10031
L10032
L10033
L1003&
L10035
L10036
L10037
L10040
L1006T
L10042

010470
010612
010634
010700
010742
011004
011052
011122
011212
011262
011330
011336
012040
012132
012136
012142
012146

L1988
L1995
4203
4208»
K212
W216a
22\»
42254
4230m
(234m
4239
4260
4406a
4427
L6440
LLS57n
L4730

L10044
L10045
L1004%
L10047
L10050
L10051
L10052
L10053
L100S4
L10055
L10056
L10057
L10060
L10061
L10062
L10063
L10064
L10065
L10066
L10067
L10070
L10071
L10072
L10073
L10074
L1007S
L10076
L10077
L10100
L10101
L10102
L10103
L10104
L10105

012420
012550
012710
013152
013354
013566
014110
014466
014734
015200
015430
015674
016140
016404
016650
017114
017360
017640
020120
020374
020650
021126
021402
021574
021742
022320
022556
022772
023206
023450
024042
025114
(025214
025362

4543
4564
4596
463
4707
4751
4795
4833
4925
4987
5047
5102
5162
5220
5279
5338
5402
5460
5519
5578
5636
5696
5758
5814
5874
5947
6106
6203
6249
63374
6395
6525
66354
6646

L10043

L10106
L10107
L10110
L10111

012254

026040
026200
026306
026444

4500

6700
6852
6891
6914

J 16

MACY1T 30A(10S52)
21=-JuUL-B1
14:48 PAGE 38-8
(ROSS REFERENCE TABLE == USER SYMBOLS

SEQ (178

L270m

45171

45564
4588+
46224
46704
L7178
L7614
(818
4882
(944
S033#
5088+
51484
52064
52654
53244
€388~
54464
5505#
55644
56224
S680#
5744
5802#
5855
5903
6027
6186
6216
6262

64184
6565
6677
6749
68724
6902#
6939

45134

L824m
(9154
L9724

58604
59104
60714
61934
6228
6273

62384
62834

6582

6586

65954

6681
6759

66874
6767

6775

69454

6785

6790

6796

6803

68224

(ZDMQCO M8207 STATIC DIAG #2
(zomac. P11
21-JUL~81 14:36

MACY11

MEML IM
MEMSET

MEMSZ

002436

4000

MRO

002434

NEWST
NEXT
ONE

011454
002336
002372

4050
6646
4729+
4306

O$APTS=
O$AU
=
O$BGNR=

70154
7030
71544
7170

7213
36144
36194
4005+

PR101
PR102
PRIO3
PRIO4
PR10S
PR106
PR107

PSTACK
QV.FLG
RAMDAT

REGADR
RE TADR
ROMMAP
RUN
RUNB
RUNINH

SAVACT
SAVE4
SAVE6
SAVNUM
SAVPC

K 14

SEQ 0179

PAGE 38-9

TABLE == USER SYMBOLS

71814
72164

4993
5761

3474
34644
3674
3474
3464n
3674
3474
34644
3474
[aIalalalalalala BNaYa)

PAT(CH
PNT
PRI
PRIRTY
PRIOO

(ROSS REFERENCE

14:48

70654

4838

O$BGNS=
o$DU
=
OS$ERRT=
O$GNSW=
OSPOIN=
O$SETU=

21-JUL-81

6981#

026542
026642
026766
027340
027400
030140
002362
002374
003474

6960

30A(1052)

5051

5106

5166

5224

5283

5341

5606

5463

5522

5581

5639

4020
(872
L4567+
4652+
4730+
43144

L3911

4399+
5874
4584~
L4655
6746

4585

4619
6106
4599«
4658
4754

4653
6203

4619

4667

4758
6678
4635+

4821

4618+

4714
6658

4797

4605

4667
6249

4684

4695

4702

5081
5351
5602

5113
5368
5615

5127
5381
5646

5141
5413
5660

5173
5426

5186
5439
5706

5199
5471
5721

5814
4572
4653
4739
4324

5947

4585
4656
4752+

4660
6521~

4666*

6637

4639

3474
3474

3474
7225

7080

4292+

003330

002530
002352
012146
002410
002470
002472
002402
002464
002466
002404
002366

5000
5245
5498
5768

5026
5291
5544
5795

L4864

6664

4403«
4354«

6038

7034

4295+
4296

4425
4426

6850
6851

4894

7139

5673

(ZDMQCO MB207 STATIC DIAG #2
(ZDMQC.P11
21-0UL-81 14:36
SAVSP
SETBRO
SETBR1
SETBR4
SETBR7
SETC
SETZ
SFPTBL
SSTACK
STAT

002364
003220
003230
003240
003250
003260
003312
002312 G

36154
39154
39214
39284
39354
39424
39554
35434

STATZ
STAT3
STM

002730
002356
002500
002502
002504
005627

37034
36124
36804
36814
36824
4108
2;2%

STRTSW
SUBRPC

002354
002346

36114
36084

STAT1

Sv(GBL= 000000

SVCINS= 000000

3634k

MACY1T

5227
5286
5345
5408
5108
5168

L 14
30A(1052)
21-JUL-81
14:48 PAGE 38-10
CROSS REFERENCE TABLE == USER SYMBOLS

5240
5299
5363
5421
5122
5181

5253
5312
5376
5434
5136
5194

5465
5524

6263
6217

4355+

4357+

4361x

4372+«

4376+

4379+

4177
4193

4178
4197

4179
4198

4180
4199

4182
4202

4184
4207

36488

3474

4290
4382+

3440

4384+

4180
4199
4437

4182
420
4454

4184
4205
4472

4184
4203
4223
4260
4423
4553
4622
4712
4860

4185
4206
4224
4270
4427
4556
4631
4717
4878

5047
5088
5147
5204
5262
5311
5374

£052
5102
5148
5205
5263
5321
5375

34340

4992

5431

SEQ 0180

34454

5004

5432

3482

3496

3519

4185
4211

3543

6177

4178

4179

3723

6177

4178

4179

4180

6182

5019

5020

5030

5031

4186
4207
4225
4302
4438
4564
4636
4750
4882

4187
4208
4227
4303
4440
4570
4648
4751
4883

4188
4210
4228
4305
4456
4578
4649
4756
4913

4189
4211
4229
4306
4457
4579
4650
4761
4915

4190
4212
4230
4308
4473
4580
4651
4794
4925

4192
4214
4232
4309
4500
4588
4662
4795
4943

5061
5107
5162
5206
5264
5322
5385

3062
5117
5167
5220
5265
5323
5386

5063
5119
5177
5226
5279
5324
5387

5064
5120
5178
523
5285
5338
5388

5073
5121
5179
5237
5295
5343
5402

5074
5131
5180
5238
5296
5358
5407

5492
5550
5607

5502
5551
5608

5503
5561
5609

5504
5562
5619

5005

5433

56443

5007

5444

5017

5445

3595

5018

5446

5460

6197
4216
4234
4312
4511
4602
4664
4818
4958

6197
4287

4198
4409

4198
6219
6237
4325
4513
4611
4670
4819
4970

4199
4220
4238
4326
4541
4612
4706
4824
4972

4202
4221
4239
4406
4543
4613
4707
4833
4987
5087
5146
5203
5252
5310
5373
5430

5032

5033

5075
5133
5190
5239
5297
5360
5417

5076
5134
5191
5249
5298
5361
5418

5085
5135
5192
5250
5308
5362
5419

5086
5145
5193
5251
5309
5372
5420

5519
5564
5621

5523
5578
5622

5534
5582
5636

5535
5592
5640

5536
5593
5650

56464

5475

5476

5477

5478

5490
5548
5595

571
5762

5712
5772

5713
5773

5714
5774

5727
5775

5729
5786

5730
5787

5731
5788

5741
5789

5742
5799

5743
5800

5744
5801

5758
5802

6106
6262

6155
6271

6186
6273

6193
6281

6203
6283

6214
6308

6216
6320

6226
6332

6228
6337

6236
6349

6238
6364

6249
6382

6260
6391

6632
6767
6869

6635
6773
6872

6646
6775
6890

6674
6783
6891

6677
6785
6898

6681
6789
6902

6687
6790
6914

6700
6795
6936

6747
6796
6939

6749
6801
6945

6756
6803
6960

6759
6822
6977

6765
6852
6981

7015

7030

7061

7065

7080

7098

5505
5563
5620

4193
4215
4233
4311
4507
4596
4663
4817
4944

4193
4252

5489
5537
5594

7012

5491
5549
5606

5006

3543

4190
4233

3723

4188
4222

3519

4189
6229

4192
4236

4187
4218
72254

3496

4188
4224

4190
4231

4186
4213
7213

3595

4187
4220

4189
4226

4185
4209
7170

3474

4186
4215

7099

7101

7116

7118

7132

7135

- CZDMA
v MB207 STATIC DIAG #2
CIOMAC.PIT
21=JuL=81 14:36

' svCSUB= 000000

1 SVCTAG= 000000
'

338

33w

Sv0S

003632

027665
027726

SSLSYM- 010000

TEMP
TFM1
TFM2
TFM3
TFM36
TFM4
TFML0
TFM41
TFM42
TFM43
TEML4
TFM4LS
TFM4SA
TFML6
TFM47
TFM5
TMMC
TYPE
T$ARGC=

002440
003666
003712
003730
004017
003755
004263
004105
004174
004344
004427
004466
004524
004647
004733
003773
005010
002432
000001

3536

4177

4178

4179

4180

4182

4184

4185

4186

4187

4239

4270

44606

4427

4440

4457

4473

6513

4556

4580

5087
5265
5477
5666
6071
6981
4563
5278
6202
70<8
4578

5088
5297
549N
5679
6193
7015
4595
5337
6248
7077
4611

5120
5310
5504
5680
6238
7065
4630
5401
6291
4648

5489

5502

5534

4190

6192

4588

4613

4622

4650

4230

4234

5032
5206
5419
5608
5801
6822
36,3640
5046
5813
6882
L0454

5033
5238
5432
5621
5802
6872
34468
5101
5873
6912
4507

5063
5251
5645
5622
5860
6902
4493
5161
5945
6958
4541

5075
5264
5446
5652
5910
6945
4523
5219
6104
6994
4553

56417

5430

5443

5475

4878
5145

4913
5177

6943
5190

SEQ 0181

3546

4189

4958
5203

4193
4664

4970
5236

4197
4670

5004
5249

4198

4717

5017
5262

6199
4751

5134
5323
5505
5713
6283
7154
4679
5459
6348

4706

5548

5561

5030
5295

5727
6260

5741
6271

5772
6281

5786
6364

5799
6382

6890
71884

6898

6936

6977

7012

7061

7099

7116

71854

34348
41894
42304
46024
50334
52264
SG20K
S609#
58024
68724
36374

LO66%
40674
40684
40714

40694
40744
40724
40734
40754
40764
GO778
4078¢
40804
40814
40704
40824
36340
34744
41924
Q220N

3534
41904
42344
L0228
50524
52394
54334

35464
L1924
L2398
LO36K
5064#
52524
54464

£860#
69024
6294+
4177

59104
69454
6314+

56224

4180
4184

4187
4206
4210
4214
4219
46223
4227
4228
4232
4237
4192
4223
4392+«
L1778
L1938
4L223M

S6404

4178
4182
4185

6674

41778
41934
42704
LO51H
50764
S2C54
S464H
56534
60714
69814
6329+
4179
4186

6747

6756

6765

4178
41974
LL06H
L6704
50884
52854
5478
S6674
61934
70154
6353«

41794
L1984
4427
L717K
51074
52984
54924
S6804
62384
70654
6361«

41804
L1998
L440M
4761
51214
S3114
55054
57004
62834
71544

4189

4198

4199

4596
41824
L2028
L2298

4631
41844
42064
42324

4188

4190

4193

6227
4397+
41784
L1978
4224k

4402+
41794
L1984
L2278

4564
41804
L1994
4228

4915

4662

5711
6236

6632

4824

4208

5148
5361
5550
5743
6418
7216
4769
5577
6605

5677
6226

6581

4203

5147
5324
5536
5730
6337
7181
4724
5518
6429

5664
6214

6564

SWPA(1
SWPAC2

3447H

3049k

4188

6225

Sv(TST= 000000

M 14

MACY11 30A(1052)
21-JUL-81
14:48 PAGE 38-11
CROSS REFERENCE TABLE == USER SYMBOLS

5061
5308

4832
5635
6644

4924
5695
6697

4985
5757
6833

4750

4794

4817

4860

5592

5606

507
5321

7148

4184
4208
4473
4915
51484
53434
55374
S731M
64184
72164

4925
41854
42074
4233k

6504
4L1BO6M
42104
L237a

5019

5205
5388
5594
5788
6687

7132

L1824
42034
44578
4824
51354
53244
5523
5714k
63374
71814

5006

4221

5192
5387
5564
5774
6635

5899
6402

6783

4972

4216

5179
5374
5563
5744
6595

5850
6391

6773

4212

5085
5358

5117
5372

5619

5131
5385

5650

5996
6411

6068
6524

6801

6869

L1BSH
L2128
45138
4972k
51674
53624
55514
S744m
65954

41864
L2168
45568
49924
51804
53754
55644
57628
66354

41874
L2218
4570
S0074
51934
S388¢
55824
57754
66874

41884
L2254
4588
50204
52064
54074
55954
S7894
68224

L1B7a
42114
4238w

4188
42148

L1898
42154

4190W
4219

6789

6795

6155
6548

CZDMQCO MB207 STAT]
(ZDMQC.P11
T$CODE= 012032
TSERRN= 000056

IAG #2
1 14:36
71724

34340

L8784

51454
54174

TSEXCP= 000000
T$FLAG= 000040

TSGMAN=
TSHILI=
TSLAST=
T$LOL
I=
TSLSYM=

0C0000
000001
000001
000000
010000

S6644
6214m
6411H
67954
71724

42604
L795H
50864

5279#
S54L764
56654
5903#
65654
67964
34340

TSNS

010005

71734

71804
L5414
(943N

4553

L9584

52034
54754
5727»
62604
6564A
68904
L5430

48824

51334
53224
55194
57124
61064
66464
68914

45784
49704
52364
54894
57414
62714
65814
68984

46114

L5644
49254
51464

45794
L9444
51624
53604
55494
57424
62034
66814
69354

L5964
49874

4179
4198
4427
4972
5744

4180
4199
4440

53384
55354
57294
61864
66774
69144

50044
52494
S5024
S7724
62814
66324
6936

LOLBN

50174
52624
S534m
57864
6308#
6674
69774

51784
53734
55624
57584
62164
67004
69604

47504
50734
53214
55924
58994

L794M

48174
51174
53724
56194

63644
67654
70994

63824
67734
71164

63914
67827

L6314
50184
52044
54024
55934
57874

L6494
S031#
52204
54184
56074
58004

46634
S047#
52374
54314
56204
58144

47074
50624
52504

4182
4203
4457
5088
5860

4184
4208
4473
5148
5910

4185
4212
4513
5206
6071

4186
4216
4556
5265
6193
7015

4187
4221
4588

35464

L1774
41934
42214
L4094
45704
L6794
50074
51014
51934

41784
41974
42224
44274
45804
L7174
50194
51074
52054
52984
54014
54924
55944
56804
57884

41794
41984
42254
44374
45884
L7240
50204
51204

41804
41994
42264
44404
L5954
47614
50324
51214

62384
66974

53104
54074
55044
55954
56954
57894
62484
68224

58014
62834
68334

L1804
41954
L226H
4440
46304

41824
W20
4250
G454m
4670

L6624

50304
52954
55484
57994
632C#
67474
70124

46124
50054
51914
53864

55784
S7734
62284
67494
70304

47064
50614

53084
55614
58504
63324
67564
70614

62494
67594

62624
67674

50854
53584
56064
59964

62734
67754

71324

54440
56364
58554
63954
67854

71724

34344
4189
4230
4670
5446

7181
72254

3L34m

L4184
42034
4231n
L4574
L6134
4824m
50464
51354
52384

53244
54324
55234
56214
57144
58134
63374
68824

TSNSO - 0CCO00

SEQ 0182

CROSS REFERENCE TABLE == USER SYMBOLS

3634H

6337

T$L TNO- 000052
TSNEST= 000000

MACY1T 30A(1052) 21-JUL-81 14:48 ~PlGE 38-12

71814

34404
34824

41864
4208
42364
4473

6177
4193
4270
4824
5622

6635

34864
41874
42094
42394
44934
46364
49244
50644
51614
52524
53614
S44L6H
55504
56404
57434
59104
64294
69454

3534

41894
42134
4270
4523

4178
4197
4406
4915

5680
6687

35194

41884
42124
L2524
45134
46504
49724
50754
51674
52644

53624
54594
55514
56524
57444
59454
65954
69584
35434

L1904
4216
L2874
4556

6822

3534m

L1894
(2134
42704
45234
46514
49854

SO764
51794
52654
S5374m
S464M
55634
56534
S7S7#
60714
66054
69814
3546

41924
42184

4406
45634

5033
5802
6872

3543

41904
L2164
4287
45564
L6644
49924
S087#
51804

52784
53754
S4774
55644
56664
S7624
61044
66354
69944

41774
41934
4221
44094
4588

6902

41924
{2184
44064
455634
L6704
S006#
50884

51924
52854
53874
54784
55774
56674
57744
61934
6544H
70154

L178%
L1974
L2228
4627
L5095«

6945

52974
53884

54914
55824
56794
57754
6202#
66874
70284

L1754
41984
6225
L370
6622

6981

70654

70774

5324
6238
7065

52194
53114
S4 194
55054
5608+

71544

L1844
4203
231
4457
L6798

4188

7154

(ZDMQCO M8207 STATIC DIAG #2
(ZDMAC.P11

21=-JUL-81

TENSZ = 000003

30A(1052)

(ROSS REFERENCE

TABLE =-- USER SYMBOLS

47244

4761

L7694

4LB24

48324

4915

6924

497

49854

seerw

5679

5700w

5713

5714w

5750

573w

5743

Sr6ce

14:36

5148
55184
5910
642948
6965
45704
5032
51674
5297
54204
5550

T$PTNU= 000000
T$SAVL= 177777

34340
34344

T$SEKO= 010002

45704

T$SEGL= 177777

51614
5564
S945#
6595
69584
4580
50524
5179
5298
5432
55514

5206
SS5774
6071
66054
6981
46024
5063
51804
5310
5433®
5563

21-JUL-81

52194
5622
61044
6635
69944
4613
50644
5192
5311w
5445
55824

14:48

B 15

MACY11

5265
56354
6193
664N
7015
L6364
5075
51934
5323
5464
5594

PAGE 38-13

5278%
5680
62024
6687
70284
4650
50764
5205
53¢3w
5477
5595

5324
56954
6238
66974
7065
LO51H
5087
52264
5361
54784
5608

SEQ 0183

53374
5744
62484
6822
70778
4664
51074
5238
S536e
5491
56094

5033

50464

5088

51014

5388
57574
6283
68334
7154
49924
5120
52394
5374
54924
5621

56014
5802
62914
6872
71704
5006
51214
5251
53754
5504
5640

5446
58134
6337
68824
7181
50074
5134
52528
5387
55234
9652

564594
5860
63484
6902
72134
5019
51354
5264
54074
5536
5653¢

5505
58734
6418
69124
7216
50204
5147
52854
5419
55374
5666

S77e.

S77sw

5788

5789

3436
49924
5074
51474
52394
5322
56194
54924
5593
56664
57624

LS7OM
5005
50754
51674
5250
53234
5420
5503
55944
56674
5773

4579
50064
50764
5178
52514
53434
5431
55044
55954
5678
S774m

4SBOM
50074
5086
51794
52524
5360
54324
55234
5607
56794
S7754

4602M
5018
50874
51804
5263
53614
54334
5535
56084
57004
5787

46127
50194
51074
5191
52644
S362#
5444
55364
56094
5712
57884

4613
50204
5119
51924
52854
5373
54454
55374
5620
57134
57894

L636K
5031
51204
51934
5296
53744
5464k
5549
56214
57144
S800

4649
50324
51214
5204
52974
53754
5476
55504
56404
5729
58014

4L6SON
50524
5133
52054
52984
5386
54778
5551
5651
57304

4LESTH
5062
51344
52264
5309
53874
54784
5562
56524
S7314

4663
50634
51354
5237
53104
5407#
5490
55634
56534
5742

4L66LN
50644
5146
52384
S311#
5418
54914
55824
5665
57434

5005
5075
51674
5250
5323
54204
5503
5594
56674
5773

5006
50764
5178
5251
53434
S437
5504
55954
5678
5774

50074
5086
5179
52524
5360
5432
55234
5607
5679
57754

5018
5087
51804
5263
5361
54334
5535
5608
57004
5787

5019
51074
5191
5264
53624
5444
5536
56094
5712
5788

50204
5119
5192
52854
5373
5445
55374
5620
5713
57894

5031
5120
51934
5296
5374
S4644
5549
5621
57148
5800

5032
51214
5204
5297
53754
5476
9550
S64604
5729
5801

4650

50524
5133
5205
52984
5386
5477
55514
5651
5730

G651

5062
5134
52264
5309
5387
54784
5562
5652
57314

4663

4664

L992n

50464

4579

4580

4602#

4612

4613

L6364

4649

5063
51354
5237
5310
54074
5690
5563
56534
5742

50644
5146
5238
53114
5418
5491
55824
5665
5743

5074
5147
52394
5322
5419
54924
5593
5666
57624

T$SUBN= 000000

34340

LL938

LS23H

L4563

4595

L6308

LO79M

L7024

L7698

4BI2N

4924k

L98SH

S7574
68334

5813«
68824

TSTAGL= 177777
T$1AGN= 010120

34344
34344
41884

34828
41894

35194
L1904

35438
L1924

L1774
41934

41788
41974

L1794
4198

41804
41994

L4337
L9854
S7574
68334

L1824
L2014

L4ASLM
50464
58134
€BB2X

4184
42054

L1BSH
42094

41864
L2134

4523
S2194
61044
69944

41874
42184

45634
S5278#
62024
70284

L1BOM
L1998
4427H
LS596M
L7618
S0184

41824
L2034
44408
L6128
47954
50194

L1B4a
L2088
4G4SR
L6134
4LBI1BA
50314

L1854
L2128
446738
46228
4B24N
50324

L1B6N
L2168
4S008
L6318
4B334
50334

4L187#
K22
4511
L6ASH
4LB82#
50474

51014
58734
69124

42228
L5954
53374
98?9‘
TSTEMP

000005

34864
488N
42254
L5138
L6504
4154

S161a
59454
69584

L2268
LO30A
54014
9%?6:
34964
L1894
42304
L5438
L6638
49254

S2194
61044
6994k

4L231R
4679
54594
93?%:
35344
41904
L234M
L5568
L6ELH
4944k

S278M
62024
70284

L236K
4724
S5184
64294
3546
41924
L2398
6564
L6700
49722

S3374
62484
70774

SLOTA
62914

54594
63488

L2528
L7694
SS5774
66054

L2B7A
4B32H

56354
66LLA

44098
49244
S6954
66978

L1778
41934
L2604
G579
L7078
4987#

4178
41974
42708
LSBOA
L7178
50054

41794
L1984
4L06K
L58BA
L7518
50064

S518
6429

SS5774
660SH

56354
664Lr

4472
51014
S8734
69124

56954
66974

L4938
51614
S9454
69582

(Z0MQCO M8207 STATIC DIAG #2
(20MQ(.P11

21-JuL-81

14:36

S062#
51478
52504
53384
56444
55364
562N

S7304
58554
62284
65954
L7964
T$TEST= 000053

70304
3434k
4626
4830

51014

21-JuL-81

14:48

c 15
PAGE 38-14

SEQ 0184

CROSS REFERENCE TABLE == USER SYMBOLS

50634
51484
S2514
53604
SLL5K
55494
S6364

S7424
58604
62384
66354
68034
70654
4488
4628
48324

5150

50744
5162¢
S263k
53614
S44L64
55504
SESIA

S7434
5874k
62494
6646H
6B2o4
71544
4491
L6304
4917

5159

50754
51784
5264k
S3734
SLOOX
55624
56524

S744k
59034
62624
6677K
6BSH
71724
44934
4673
4922

51614

50864
51794
52654
S374m
54768
S5634
S6654

5758¢
59104
62734
66814
6B724

71734
4517
4676
49244

5208

50874
1914
5279
53864
SLTTR
55644
S6O6M

5773
59474
62834
66B7A
68914

71804
4521
LO7H
4974

5217

50884
51924
52964
53874
54904
55784
S678

57744
60274
63374
67004
69024

71814
45234
4719
4983

52194

51024
52044
52974
S388BF
54914
55934
56794

S7874
60714
63954
6749
6914k

72164
4558
(722
49854

5267

SN
520
53
54024
550
55944
56804

51208
]
53104
54184
55044
56074
56964

51334
52204
53224
54194
55054
56084
S7124

51344
52374
53234
54314
55194
56204
S713@

51464
52384
53244
54324
55354
56214
5729#4

57884
61064
6418
67594
69394

SBOO#
61864
65254
676784
69454

58014
61934
65654
67754
69604

58024
62034
65824
67854
69814

58144
62164
65864
67904
70154

4561
L724M
5035

L5634
4763
5044

4590
4767
50464

4593
L7698
5090

45954
4826
5099

5276

527

5326

5335

53374

5390
5633
58734
6284
6642

5399
56354
5912
6289
6644k

54014
S682
5943
62914
6690

5448
5692
59454
6339
6692

5457
56954
6072
6346
66974

54594
5746
6102
63484
6824

5507
5755
61044
6420
6831

5516
57574
6194
6427
63334

55184
5804
6200
64294
€874

5566
5811
62024
6597
6880

5575
58134
6240
6603
68824

S57784
5863
6246
66054
6904

5624
5871
62484
6637
6910

34340
4192
4214
4232
4423
4553
4622
4712

4177
4193
4215
4233

4178
4197
6216
4234

4179
6198
4219
4237

4180
4199
4220
4238

4182
4202
6221
4239

<184
4203
4223
4270

418¢
4206
4224
4302

4186
4207
6225
4305

4187
4208
6227
4308

4188
4210
42.8
4311

4189
6211
4229
4325

4190
4212
4230
4406

4992
5047
5088

4878

004
5052
5102

4882

4,883

4913

6915

4925

4943

L9464

4958

4970

4972

4987

93;%#

1$1STMM= 177777

MACY11 30A(1052)

4860

5147
5204
5262
5311
5374

5431

5489
5537
5594
5651
5711
5762
5814

6106
6262
6395
6632
6767
6869
7012

6947

4427
4556
4631
4717

5148
5205
5263
5321
5375

5432

5490
5548
5595
5652
5712
5772
5850

6155
6271
6402
6635
6773
6872
7015

6956

4438
4564
4636
4750

5005
5061
5107

5162
5206
5264
5322
5385

5633

5491
5549
5606
5653
5713
5773
5855

6186
6273
6411
6646
6775
6890
7030

69584

4440
4570
4648
4751
5006
5062
5117

5167
5220
5265
5323
5386

5443

5492
5550
5607
5664
5714
$774
5860

6193
6281
6418
6674
6783
6891
7061

6983

4456
4578
4649
4756
5007
5063
5119

5177
5226
5279
5324
5387

56444

5502
5551
5608
5665
5727
5775
5874

6203
6283
6524
6677
6785
6898
7065

6992

4457
4579
4650
4761
5017
5064
5120

5178
5236
5285
5338
5388

5445

5503
5561
5609
5666
5729
5786
5899

6214
6308
6525
6681
6789
6902

7080

699%a

4473
4580
4051
4794
5018
5073
5121

5179
5237
5295
5343
5402

5446

5504
5562
5619
5667
5730
5787
5903

6216
6320
6548
6687
6790
6914
7098

7017

4500
4588
4662
4795

5019
5074
5131

5180
5238
5296
5358
5407

7026

4507
4596
4663
4817
5020
5075
5133

5030
5076
5134

5191
5249
5298
5361
5418

5519
5564
5621
5678
5741
5789
5947

5523
5578
5622
5679
5742
5799
5996

7116

5464

6226
6332
6564
6700
6795
6936

6228
6337
6565
6747
6796
6939

7099

4511
4602
4664
4818

5190
5239
5297
5360
5617

5460

5505
5563
5620
5677
5731
5788
5910

70284

7101

5475

6236
6349
6581
6749
6801
6945

7067

7075

4513
4611
4670
4819

4541
4612
4706
4824

5031
5085
5135

5032
5086
5145

70774

4543
4613
4707
4833

5193
5251
5309
5372
56¢0

5033
5087
3146
5203
5252
5310
5373
5430

5534
5582
5636
5680
5743
5800
6027

5535
5592
5640
5696
5744
5801
6068

5536
5593
5650
5700
5758
5802
6071

7118

7132

7135

5192
5250
5308
5362
5419

5476

6238
6364
6582
6756
6803
6960

5477

6249
6382
6586
6759
6822
6977

5478

6260
6391
6595
6765
6852
6981

CZDMQCO MB8207 STATIC DIAG #2
(Z0MaC.P11

21-JUL=-81 14:36
7137

3434m
5101#
S873#
69124

T$7STS= 000001

L4724
4409
LL37n
L4546

- T$%AU = 010042
- T$SAUT= 010037

T$SCLE=
T$8DU =
T$SHAR=
T$8HW =
T$$INI=
TSIMSG=

010040
010041
010116
010001
010036
010034

T$$SEG= 010002

012146

710
T

014470
014736

115
114
T15
T16
117
T18
719
T2
120
T21

015432
015676
016142
016406
016652
017116
017362
012256
017642
020122

112

015202

[alalalalalalalalalnlalalala)

T$$SOF- 010117
T$8Sw - 010002
T$$TES- 010115

59454

69584

6473

71704

42874
L1774
L1934
4221

4406
L1784
41974
L2224

34824
42524
4S70#
5005
5075#
51674
5250
53234
54204
5503
55G4H
56674
5773
72134
35430
L4934
46304

T$$PRO= 010000

7148

44930
51614

4427
4440
4457
7181

35194

T$SRPT= 010035

MACY11

D 15

SEQ 0185

14:48
PAGE 38-15
30A(1052)
21=-JuL-81
(ROSS REFERENCE TABLE -~ USER SYMBOLS
7154
4523

5219#
61044
%
6994

L5634
52784

45954
53374

L6304
54014
62914

46794
54594

63484

L7240
55184
64294

62028

62484

41804
L1994
42264

41824
4201#
4230

41854
42054
6234

41864
4208
42364

4602¢

4612

L6364
5031

4649
50324

70288

70774

47654

55774
66054

48324
56354
6644N

49248

56954
66974

49854
57574

68334

50464
58134
6882#

3534

5018
S0874
51804
5263
53614
54334
5535
S6084
57004
5787

4513
L6794
4915
5148
54014
5636
5874
6216
6429#
6697%#
6872
70284

SO19#
51074
5191
S264A
53624
5444
55364
56094
5712
57884

45234
4707
4924K
51614
5402
5680
5903
6228
6525
6700
68824
7030

51204
51934
5296
5374
56644
3549
56214
57140
5800

4556
47240
4944
5206
56594
5696

59454
62484
6582
6759
6902
70774

41854
42134

L6644

50644
5146
5238#
5311#
5418
54914
55824

51214
5204
5297#
53754
5476
55504
56404
5729
58014

5665

57438

45634
4751
4972
S¢19%
5460

5744
5947
6249
6586
6767
69124
7154

61924
42184

4596
4818
50464

5279

58134

66054

6939

6106
62914
6644N
6796
69584

L992#

5074
51474
5239#
5322
54194
54924
5593
S6664
57624

4622
4824

5324
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5814
6186
6337

6803
6960

021744

021576

128
129
13

022322
022560
012422

130
131
132
133
T34

022774
023210
023452
0246044
025116

137
738
739
T4
140

026042
026202
026310
012552
026446

142
143

026644
026770

v35
136

025216
025364

026544

15}

16
17
8
19

012712

013154
013356
013570
014112

uaM

= 000200

WwPM

027400

VECTOR

027504

61044

62024

45634
6248
6291#
63484
64294
66054
6644LA
66974
68334
6882#
69124
45954
6958«

69944
70284

7077#

3496
3496
3573
71854

7172

002424
002427
002420

$REGS

002416

3628#

002414

X$SALWAX$fALS=
X$0f FS=
X$TRUE=

000000
000040
000400
000020

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(002454
002446
002452

ZERO
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002370
002450

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$LSTTA- 000000
$REGO
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002426

4327+
5402
5989

58134
58734
S945H

$REG2
$REG3
$REGSL

WwTYPE

003422

SEQ 0186

§757#

3987#
36274
5047
5636
6959
34344
3434m
3L34n
34344
36174
a4
3641
36434
36404
36424
6561
34438
34440
3633
36324
36314
36304
36294

WROM

38-16

4190

46304
L6794
L724M
L7694
48324
71834
4393

4395
5479

4400

4891

4986

6148

5519
6323

4642

6523

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L1824

L4184

41854

L1864

S2384
SLLON
S6794
62834
72164

S2S1a
S4778
S680
63374

5264
S491&
57134
6418

52654
SS504m
S7308
65954

LiBOM

L1828

L1B4a

L18SH

42034
LS13H
SO194

7033

L211a

42088
45568
SO324

5876

5105

5948

L2210

5816

7079

L2144

L2128
LSBOM
SO334

L2158

Q216
LS8BAH
SO634

L2198

4221m
4613
SO7S4

L2208

L2234

L187»

L224m

L1583

52974
55054
S743@
66354

42254
46228
SO874

S3104
55364
S744m
66878

42308
L6508
SO884¢

423w
L664LE
S120#

L1864

LIB78

L1BBE

4L18%e

S22l
SSS504
S774m
68228

§5324#
SS63w
S788#
6872#

(ZOMQCO M8207 STATIC DJAG #2
T20MQC.P11
21-JUL=-81 14:36

MSERRI

MSESCA

MSESCS

MSEXCP

MSEXIT
MSEXSE

MSEXTJ)
M$GEN

MSGENB
MSGETS

MACY11

J 15
30A(1052)
21-JUL-81
14:48 PAGE 39-3
(ROSS REFERENCE TABLE == MACRO NAMES

SEQ 0191

L0
G708
L7178

L1924
LLOGN
4761

L1938
LL278
LBR4a

41974
LLLON
49154

L19BA
L4578
L9724

41998
L4738
50064

2034
L5138
S0194

L2084
45568
50324

42128
L5B0AF
S0334

42168
4588
50634

L221A
L6138
50754

L2254
46228
50874

42308
46508
50884

4L234M
46648
51204

4239
4670w
51344

16494
49134

34344
49434

45074
(95BN

4S41N
4970

45538
S0044

LS788
50174

LO1IA
50304

LOLBE
50614

LE62H
50734

L7068
S0854

L7508
S1174

L7948
51314

48178
51454

4LBOOX
51774

48784
51904

50184
S3094
S6074
ggé?‘

S0314
53224
56204
gg%g:

S062%4
53604
S6514
62624

51194
S4184
57124
65654

51334
S43H
S7294
65828

S1464
5444w
S7424
6677A

51788
5476
S7734
67498

51914
5490
5787
6759

52044
55034
S800#
67678

52374
55354
58554
67754

52504
55494
59034
67854

52634
55624
60274
67904

51478
53744
55944
S802#
69454

51484
S3874
S608&
SB6ON
69814

52034
55024
57994
63640
6783¢
20064
5005#
5296
5593¢
g;gg:

S2364
5534k
58504
63824
67894
3434m

20104

34344

55934
61864
67964
21014
20144
54024
6646F
20224
54024
66464
20184
54020
6646
20384

45130
Q7268
50754
52514
54328
S6084
57884
62914
69024

S005#
52968

L1804
42034
42364

19384
20354
41894
L3N

LOLOX

51794
S3884
S6214
SO10#4
70154

52054
54324
S6524
61934
71544

S2064
SLLSH
SO666M
62384
71814

52384
S4L6M
S67
62834
72164

L6128

LELON

LO63H

LTO7H

4751

4795

LBI1BN

48BN

4944n

56074
62164
68914
34344
346364
54604
66814
34344
54604
668X
34344
S4604
66814
34344

56204
62284
69394
71724
L2604
55194
67004
L2060
S5194
67004
L2604
S55194
67004
34408

S6514
62624

S6654
6273k

S678&
65254

57124
65654

S729%
65824

57424
66778

S773#
67498

57874
67594

S8BO0#
67€7M

58554
67754

S9034
67854

60274
67904

LO631N
S6964
69144

4B33A
S7584
69604

L9254
58144
70304

49878
5874

50478
S947H

S1024
61068

51624
62034

52204
62494

52794
63954

S338#
65864

4523
L7618
50874
52644
5445
56214
S8014
63374
69124

L5564
L7698
50884
52654
S4L6A
56224
58024
6348F
69454

L1824
42054
L2398

3434m
3434w
L1904
L2708
LOS50N

L184N
L2008
L2528

34864
L1928
LLO6N
LO63M

71734

4S564M
S5578&
68034
L5644
S578¢
€8034
L5644
S5784
68034
34744
L1BSH
L2098
L270M

L5634
LB24M
51014
5278
54598
56354
S8134
6418K
69584
3534
L1993
LL27R
LC64n

71804

45968
S6364
68524

4L5O6CH
S6364
68524
4LS5O6K
56364
68524
34828
L1BEH
L212K
L287M

4580
4LB32N
51204
52974
54778
56524
58604
6429
69814
3546K
L1974
LLLON
L6700

LO31H
S6964
69144
4LO3TA
S6964
6914k
34964
L1874
L2213
LLOGH

4SBBA
L9115
S1344
53104
54914
56664
58734
6595
6994k
L1778
L1984
L4457k

47178

51464
54444

51788
54768

51914
S4904

5204
55034

S2374
55354

54754
577284
63204
67654
71324
4LBB2A

53614
55644
58014
6902#

L5798

51334
SL314

54434
57418
63084
67568
71164
LBIBN

53244
55634
57884
68728

45438

51194
S4184

S4304
572784
6281
67478
70994
L7954

53234
55504
57744
68224

SS1TH

50864
S3BO6K

S41784
S711e
62714
6674
70614
47518

53104
55364
57444
66878

L5002

50744
53734

S3854
S6778
62604
66324
70124
47078

52974
55054
57438
66354

50744
S3734
S6654
62734

50624
S3604

53724
S664A
62364
65814
69774
LE63H

52654
55044
S730M
65954

S3084
S6064
61554
65244
68904
L5798
S0864
S3864
S678%
65254

50314
53224

S358&
S6504
62264
6564
69364
LO6LON

5264k
5491
57134
64184

52954
55924
606BA
64114
68694
G543

50184
53094

53214
S6194
62144
6548
68984
4LOT2R

S2514
SA77H
S6B04
63374

52624
55614
SO96H
64024
680N
4S11a

”

52494
SS548a
SBOIH
63914
67954
4S00#

51924
S4194
56224
60714
70654

52504
55494

54854
57864
63324
67734
71484
4944a

52634
55624

4B334
S7584
69604
4B33
57584
6960
35194

4925K
58144
70304
49254
SB14M
70304
3534

49874
SB74k

50472
S947H

51024
61064

S1624
62034

S2204
62494

52794
63954

5338#
65864

49874
SB74H

S047#
59474

S1024
61064

S1624
62034

52204
62494

52794
63954

53384
65864

37234

4177

L1784

45954
494N
S1474
53234
55044
S6794
SO104
6605
70154

L6138
L9728
51484
53244
55054
56804
SO4SH
6635
70284

46224
498SK
51614
53374
55184
S6954
60714
6644LH
70654

LETM
S0464
52194
54014
S5774
S7S7TR
62484
6B724
72134

L18BH
L2216
LLO9F

L1784
L1994
4473

L7618

35434

35464

35954

L18BIF
L2218
LL27K

L1904
L4221
LA37TA

41928
L222K
L4408

L1934
4225H
L4548

41974
4226M
4LSTR

L664E
50324
52054
53874
55634
57434
62024
68224
71704

L6708
S0334
52064
53884
5564
S744m
62384
6B334
71814

41794
42034
G513k

L1804
42084
45564

41824
42128
L5704

41B4A
42168
LSBOA#

L1854
4221R
4588

L1B6H
L2258
46128

L824k

495K

46304
S0064
5179
53614
55364
57134
61044
66874
70774

49724

LO6SOM
50194
51924
53744
55504
57304
61934
66978
71548

50054

50064

4198
4230
L4T72K

<0184

4L179#

41994
4231
L4738

L2014
4234
4493

41874
L230M
LA13R
50154

4188«
4234
L6224
S031#

L7178
S063#
52384
54194
55944
S774M
6283w
68824
72164

(ZDMQCO M8207 STATIC DIAG #2
(ZDMQC.P11

MEGETT

MEGNGB
MSGNIN

21-JuL-81

5032#
S148¢
S2o6@
SG1ON
55494
56664
58004
68724
18774

S033
51784
52974
S43TH
SS5504
56784
S801#
69024
3434k

50624
51794
S3094
54328
55624
56794
S804
69454
L2604

50634
51914
53104
5444
SS5634
S6804
S860#
69814
4S00N

S1194
53384
55624

51334
S360#
55784

S1464
S3734
55934

51624
S3B6H
S6074

L7954

57874
62734
67904
19024

S8004
63954
67964
34344

L1BSH
L218BA
34634
41874
L211A
42324
430128

LBB3IN

L9134

50174

MSGNSU
MSGNTA

4BI1BA

L1B4N
L2134
20494
L1864
Q2104
42304
G311

45138
GO13X
L7178

MEGNLS

14:36

MACY1T 30A(1052)

45418
L6228
47508

50184

4B33N

S8144
65254
68034
34404
L1BOA
4222
3474k
L1BBA
L2128
42334
L3254

4543
L631H
L751H

4915H

S019#

50754
52044
53234
SLL6N
55934
S7134
60714
70654
45434

50864
52054
53244
S4L764
55944
57294
61334
71544
L564K

50874
52064
S3604
S4778
S6074
S730
62384
71814
L5798

50884
52374
S3614
5490
S608
57424
62834
72164
45964

5178¢
54024
56204

51914
S4184
S6364

52044
54314
56514

52204
S444A
56654

52374
54604
S6784

5874
6582
68914
34824

50204

PAGE 39-¢

5074w
51924
S3224
SLLSH
55644
57124
S9104
70154
65114

58554
65654
68524
3474k

L9254

K 15

TABLE -~ MACRO NAMES

L9254

L5538
LO36K
47568

14:48

CROSS REFERENCE

4LBB2A

L1874
4226
34964
41894
L2146k
L2344
L3208

21-JUL-81

L18BH
4L231A
35194
L1904
Q215K
L237#
LL06A

4S5S56M
LOLBA
4761K

L9438

50304

4944

59034
65864
69144
34964
41894
L2364
35434
L1924
L2164
4238
44238

4564
LOLOM
47948

4944k

50314

4987k

5947#
66468
69394
35194

41904
L2524
35954
41934
L2194
L2394
L427R

50054

60274
66778
69604
35434
L1928

LOSBN

4L2B7H
37234
L1974
4220k
L2604
L43BA
4ST78BA
46514
LB178
49704

45708
L6504
47954

50324

50334

SEQ 0192
51
52384
5
54914
56204
S743
6337

51204
52504
53744
55034
S6214
S7444
64182

51334
52514
53864
5504
56224
S773
65954

51344
52634
53874
SS054
S6514
S7744
66354

51464
5200644
53884
55354
56524
57874
66874

51478
52654
54184
55364
56654
57884
68224

L6128
50314
52504
5476
56964
61864
67004

L6318
50474
5263
54904
S7T128
62034
67498

L64AON
50624
52794
55034
S7298
62164
6759

LOO3N
50744
52964
55194
S74oM
62288
67678

47078
50864
S3094
55354
57588
62494
67754

47514
51024
53224
55454
57734
62624
67854

41934
4L4OOA
L1177
41982
L2214
42704
WL40K

37234
L1974
L4378
4L17BR
L1994
L2234
43024
L4S56M

L1778
4198BF

L1798
42014

L1804
L2054

4182#
42094

49724

4987

LLS54M
41794
42024
L224M
L3034
44578
4SBBA
L664A
4B24LA
49924

L1788
L1998

4602
L7064
4B6ON

4611
47074
4878

L6124
47124
4882«

50184

61064
C6BIA
70304
35954

L5794
L6624
LBIBA

50474

4S5BOA
LOO3K
48194

50524

50614

L4728
4180
42034
L225M
43054
L4734
4596
L6708
48334
50044

50624

71708
41824
42064
L227R
43064
45004

S0054

50634

7213
4L184N
L2074
4228
43084
45074

S0064

50644

72254
4185
42084
4229M
43094
4511a

S007#4

50734

50744
51344
51934
52628
53224
53874
SL4EN
55194
55824
56504
57124
57744
SBO9H
62¢
63490
65864
67674
68904
70654

50754
51354
52034
52634
53234
53884
SL60F
55234
55924
S651H
S7134
57754
59034
62284
63644
65954
67734
68914
70804

50764
51454
52044
5264k
53244
54024
S464H
S534m
55934
56528
S714#
57864
S9104
62364
63824
06324
67754
6BIBN
70984

50854
51464
52054
52654
53384
540742
5475
55354
55944
56534
57274
57874
59474
6238BK
63914
66354
67834
69024
70994

50864
51478
52064
52798
53434
54174
SL76M
SS364
55954
S6644
57294
57884
59964
62694
63954
66LOA
67854
6914k
71014

50874
5148
52204
52854
53584
5418&
S4778
55374
56064
S6654
S7304
S789%
60274
62608
64024
6674M
6789
69364
71164

5088#%
51624
52264
52954
53604
541924
54782
5548
S6074
S666K
S7318
57994
60684
62628
64114
6677
67904
6939
7118

51024
51674
S2364
52964
53614
54204
54894
55494
S6084
S6674
S7L1A
S800#
60714
62718
6418BF
66814
67954
69454
71324

51074
51774
52374
52974
53624
54304
54904
S550
56094
S677K
S7424
58014
61064
62734
6524
66874
67964
6960
71354

S1174
51784
52384
52984
53724
S4314
S4914
55514
S619%
S6788
S7L3M
58024
61554
62814
6525
6700
68014
69774
7137

51194
51794
52394
53084
53734
54324
54924
5561
S56204
5679
S744K
58144
61864
62834
6548F
674784
68034
69814
7148

51204
51804
52494
53094
53744
S4334
55024
55624
56214
56804
S7S588
58504
61934
63084
6564
67498
68224
70124
7154k

51214
51904
52504
53104
53754
54434
55034
55634
56224
56964
57628
58554
62034
63204
65654
67564
6BS524
70154
71708

51314
51914
52514
53114
53854
5444
S5044
55644
S6364
57004
S7724
58604
62144
63324
65814
6759
68BN
70304
71724

51334
51924
52524
53214
53864
54454
55054
5578«
56404
57114
57734
S8744
62164
63374
65824
67654
68724
70614
71734

19134
S1794
54778
57744
18984
18904

3434w
51924
54914
57884
3434s
3434k

4580F
52054
5504
58014

4613
5238
55364

LOS50M
S2514
55504

L664KH
52644
55634

50064
S2974
55944

50194
53104
S6084

50324
53234
56214

50634
5361
56524

50754
S374m
S6664

50874
S3B7K
56774

51204
S4194
57134

51344
543284
S7308

51478
54458
5743

35464

41 4 4
41 984

L1788
41994

4179
L2034

L1BOA4
L208#

41854
42214

L1864
42254

41874
L2304

L1884
4234M

4189
4235

71804

L1904

71814

41924

72134

35344

41934

72164

L1974

72254

(ZDMQCO M8207 STATIC DIAG #2
(20MQC.P11

21-JuUL-81

LO7TOM
49728
MEGNTE
MSHAPT
MEHNAP

MEINCR

SB6O#
69814
18940
S161#

14:48

(ROSS REFERENCE

TABLE -~ MACRO NAMES

SEQ 0193

GGO6N
S0334

46278
SOBBH

LLLOR
S14Ba

L4STR
S206a

L4A738
S2654

LASTI13A
S324m

LSSEN
S3BBA

LSBBA
S4464

L6228
S5054

4LETON
55644

47178
56224

47618
S6804

4LB24m
57444

3L34m

L4934

L5234

LSE3A

LSOSH

LOTSON

LOTIR

L724m

L7698

4LBI2N

4924

49854

S0464

3634w
343640

3L74m
3474k

SO4LSH
70284

61044
70774
4L187»
42084
4L224#
42524
4454
4563
46314
4L724N
4878«
S004#4
S061#4
S1i7#
S5177#
S236#4
52954
SIS
S417#
S47Se
S534#
5592#
S650#4
S711e
S7728
58554
61554
62714

SOI10M
70154

60714
70654

41828
42034
L2204
L236N
4427R
4S41N
L6128
47064
4824n
49724
50334
50884
S148¢
52064
52654
53244
53884
SLLEN
SS50S54
SS564
56224
S6BO#
S744A
S802#
6068&
6248

41844
42054
L2218
L2378
4LL37R
4S43R
L6138
47078
48324
4985
50464
51014
51614
52198
S278&
S3374
S401AH
S4LSO8
SS184
SS77H
S6354
S6954
S7S7R
58134
60714
624

4185
L2064
L2228
4238
LL3BR
45530
L6228
47128
48334
49878
S0474
S1024
S162¢
S52204
S2794
S3384
54024
S460M
SS194
SS78
S6364
S6964
S7588
S814¥
61044
62604

41864
42078
L223W
4239w
44408
4S5S564
4LO630N
L7178
4B60N
49924
S052#
51074
51678
S2264
52854
53434
S407#
S464a
SS234¢
55824
56404
S7004
S7624
S8504
61064
62624

64118
COLLN
67754
68304

6418F
6OLEN
67834
68914

KL2N
6674LH
67854
68BN

6524k
66778
67898
69024

65254
66BIX
67904
69124

6548H
66878
67954
6914k

6564
6697F
67964
6936

65654
6700
6BOIN
69394

65814
67478
6803N
6945H4

65824
67498
68224
69588

65864
67568
68334
69604

65954
67598
6852
69774

660SH
67654
6B
69814

66324
67678
68724
69944

71484
17C08
19424
16714

70284

71544
34344
3434w
34344

L
16244
16774
18814

3434
34344
34344
34344

51344
53614
55644
58014

51474
5374
55944
58024

41894
Q239N
L6708

L1904
L2708
L7178

70304
71704

70614

72134

70654

70774

70804

70984

70994

71014

63648

71164

63824

71184

S8734¢
6994k

69028

L1804
42028
L2198
4234
L423W
45238
4LO1Ia
L6798
4BIONF
L9708
S032#4
S0874
S1478
52054
S264
53234
S3B7H
S44SH
S5044
S5634
56214
S6794
ST7T4L3M
SBOIa4
60274
62388

63498

SB13x
69588

68728

L1798
L2014
4L218BA
4233
LL0ON
45138
46024
L6708
4LBI18N
4L9SBA
SO314
50864
S1464
52044
52634
53224
S38B64
SLLLN
55034
55624
S6204
S678%
S7428
S8004
S9964
62364

6348

S7S574
69124

68228

L1788
L1998
L2168
4232
LLO6R
4AS118
4ASO6K
LO6LN
4LBI178
LO4L4LN
SO304
50854
S1454
S2034
52628
S3214
S3I8SH
SL4A3N
55024
SS61A
S6198
S677R
S74LIM
57994
SOL7E
6228

63374

S69SH
68828

66878

41778
L1984
L21SAH
423\
L3258
45078
4SOSA
LOO3H
L7958
LOL3AM
S0204
SO0764
S51354
S51934
52524
S3114
53754
S4A33H
54924
SSS514
S6094
S66784
S73IA
S789%4
S94LSAH
6226

63324

S6354
6B33N

663K

35438
L1974
Q214
L2304
L3118
LS008
LS58BBA
LO6H
L7948
L9258
S0194
S0754
S1344
S51924#
S2SIA
S3104
S5374m
S4A328
S4914
55504
S6084
S666H
S7308
S788¢
SOI0A
62164

63208

SS5774
GOO7R

65954

35108
4193
L2138
G229
L3084
LL93A
4SBON
LOSIH
L7698
4L924N
S018+4
5074w
S1334
S191a4
S2SON
S3094
S3734
SA3IH
SLO0N
SS5494
S6074
SEESH
S7294
S7874
SO03N
62144

63084

S5184
664LLA

64L1BH

34824
41924
42124
L228a
L3054
LL73M
45798
LOSOX
L761R
L91SAH
SO0174
S0734
S1314
S1904
S249n
53084
S3724
S4304
SLBON
SS4BA
S606H
S664LH
S7278
S7864
SBOOF
62034

62914

54594
660SH

63374

34404
L1904
Q211
L2278
43024
LL728
LS78B&
LOLON
L7568
49134
S007#
S064a
S1214
S1804
S2394
52984
S3624
S4204
SL7BAN
SS374
55954
S6538
S714n
S7754
S874M
62024

62834

S401A
642N

62834
7216M

3434
41894
L2108
L2268
42878
LLSTR
LS70M
LOLBE
47518
LBB3N
SO064
S0634
51204
S1794
5238
52974
S3614
S4L19F
S4L77h
55364
55944
S652#
S5713¢
S774n
S8734
6193

62814

S33I7x
634BA

6238x
71B1N

20264
L1188
L2094
G225
G708
LLSON
L5648
LO3EN
L7508
L8824
S00SH
S062#
S1194
51784
52374
2964
S3604
S4188
S4764
55354
5593
S6514
57128
S7734
58604
61864

17398
18244

S2784
6291

61934
71S4a

62028

70154

MEM(CH]
MEMCLO
MEMSK 1
M$POP

30A(1052)

52194
6248

62734

M$ 1 0SE
MELDRO
MSMASK

14:36

21-JUL-81

L 15
PAGE 39-5

MACY11

63918

71324

49154
58024

69454
51014

63954

64028

71354

7\37#

66354
67738
68824
7012#

43024

43054

43088

43114

43254

44234

70804

34864

3534n

35468

4177

L1784

L1794

L1804

L1824

L1B4A

}
L1834

41864

L1874

4188#

51924
SL19N
56224
60714

52054
543284
56524
61934

52064
S4LLSAH
S6664
62384

52384
SLLO6A
S6794
62834

52514
54778
S680#
63374

S264m
S4914
S7134
6418

52654
SS04k
S7308
6595H

52974
SS5054
S743M
66354

S3104
SS364
S744m
66878

S323@
SSSO4
S774m
68224

S324a
SS63w
S788#
68728

41924
LLOOA
L7614

51488
S3874
SO084
58604

L1934
LL27R
4LB24A

51798
S388¢
SO21N
59104

41974
L4LLON
49154

L1984
44578
49728

41994
L4738
SO064

42034
45174
S019#

42082
LS5S64
SC324

L2128
4SBOAN
S0334

4216k
4SBBA
S0634#

4221
46134
SO754

42254
L6228
S0874#

L2304
L6SON
SO884

42%w
L6644
51204

- (ZDMQCO M8207 STATIC DIAG #2
(Zomac.P1N
21-JUL-81 14:36

MSPRIN
MSPUSH

69024

16364
Q1934
L2278
16314
L1884
Q31N
CO36H

mMSPUT
MSPUTT
MSRADI
MSRBRO
MERNRO

MSSETS

51014
53114
55374
57624
68334
19724
L1938

Q227
19814
41938
L4227K
20774
19524
19624

20324
41884
Q231N
LO36H
S1014
53114

55374

MSSTAR
M$Sv(

57624
68334
17334
19334
41930
Q21
42394

44734
L5968
46700

48334
5004
50624
5104
5180#
5249
53094
53744
54330
5502
55624
56214
56804
57584
5850
61934
6308

69454

36344
L1974
L22BA
34344
L1894
L2364
LOSIH

5107#
S3374
S5551@
S7754
68824
36348
L1974

L22BA
3434k
L1974
L22BA
3434

3434#4
3434w
3434w
4L1B9N
L236M
LOSIH
51074

53374
55514
57754
68824

69814

M 15

MACY11 30A(1052)
21-JUL-81
14:48 PAGE 39-6
CROSS REFERENCE TABLE ~~ MACRO NAMES

70154

70654

71544

71814

72164

L1778
L1998
L229K
34404
L1904
4252

4178
L1998
42324
34824
L1924
L2878

61794
L2024
L233M
35194
L1934
LLOON

L1804
42064
4237
35434
L1974
4437A

41824
42074
42384
L1778
L19BF
LLS54A

4184k
G210

4L1B5A
L211A

4L1B6H
L2148

41874
L2158

4188
L2198

L1894
L2208

41904
42238

41924
4224

51214
S343
55774
S789&
69124
L1778
L1998

51354
53624
5582#
SB134
69584
L178B&
L1994

51614
S3754
55954
S8734
69944
L1794
L2024

51674
54014
S6094
59454
70284
G180
L2064

51804
54074
56354
61044
70774
41BN
Q2078

4178
L1998
LLT2R
4L9BSA

51934
S4204
S6408
62024
71704
L1BAA
L2108

L1798
L2018
LLO3K
49924

52194
54338
56534
62484
72134
4L1BSAK
42118

L1804
L2054
4523F
50074

L1828
42094
45634
50204

L1B4N
L2138
AS570M
50464

L1B5H
L2188
45954
50524

L1864
42228
46024
50644

41874
42264
46304
50764

L1BOH
4L214r

L1B7h
L215K

4L188BF
L2198

L1898
L2208

41904
42238

41924
4224

4L18B4N
4L210M

4185
L211A

4L1B6H
L2148

L1874
4L215K

4L18BH
4219

L1894
4220

L1904
4223

41924
4224

41778
4L198F
L4S54K
4924k
51804
54074

L178F
41998
L4728
4L985A
51934
54204

4L1798
L2014
G493
L9924
52194
54334

L180F
42054
L5238
50074
S2264
54598

L1828
L2094
L5638
50204
52394
54648

L184N
L2134
45708
S0464
52524
54788

L1BSH
L2188
45954
50524
52784

L1864
L2224
46024
S0644
52854
55184

L187#
42264
46304
50764
52984
55234

6104#
70774

62024
71704

62484
7213

62914

6644LM

66974

L1BSA
42084
4L229M
LL06N
L5560
4648
4761
4943
5030
50864
51474
52064
52798
53434

5996
62494
63954

LETIN

L2294
41774
L19BR
42294
71724

43254
3440
4190
L4252k
LE7ON
51214

5343k
55774
57894
69124

LT724M

L2328
41782
L1999
42324
71738

34824
4192
L2B7K
4724
51354

53624
55824
58134
69584

L7698

L2334
L1794
L2024
4L233M
71804

35194
L1938
LLOOK
L7698
51614

53754
55954
58734
6994w

4LB32X

L2374
41804
L2064
4237

35434
41974
L437A
48328
S1674

54014
S609#
59454
7028%

4924A

4238
L1824
42078
4238a

SO63SA

56404

34344
34344
L1974
L220M
L260M
45004
46024
4706
4860
50054
50634
51214
5190
52504
S310#

L1778
4198
4221
L270M
4507
4611
L7078
4878
50064
50644
5131
51914
5251
53114

4178
41994
L223K
43024
45114
46124
L7128
48824
5007#
5073
51334
51924
52524
5321

L1798
L2024
L224N
L3054
45138
L6138
477K
4L8B3#4
5017
50744
5134
51934
5262
53224

L1B0A
42034
L225K
L3084
4541
46224
4750
4913
50184
50754
51354
520F
52634
53234

41824
42064
L227K
43114
645434
L6314
47514
49154
50194
50764
5145
52044
5264k
53244

41B4A
4207A4
L22BM
L3258
4553
4636
47568
L9254
50204
5085
51464
S2054
52654
53384

58554
62034
6320

58604
6214
6332

58744
62164
63374

5899
6226
63494

59034
62284
6364

59104
6236
6382

S9474
62384
6391

53754
5443
55034
55634
56224
56964
57624

SEQ 0194

5385
644N
55044
55644
56364
57004
5772

53864
S445K
55054
5578
5640
5711
S7734

53874
S4L6K
S55194#
55824
5650
52124
5774

53884
54604
55234
5592
56514
57134
57754

54024
54048
5534
55934
56524
57148
5786

54074
5475
55354
5594
56534
5727
57874

S6534

5417
SG76N
55364
55954
5664
57294
57884

52264
S5459F
S667
62918

52394
54644
S6954
6348

52524
54788
57004
64294

52784
54924
57144
66054

52854
55184
57314
664LN

5298«
55234
57574
66974

63488

S7004

64298

54924
57144
66054

L1BOA
42104
Q230N
L423M
45644
4648
4794
L9444
50314
50874
51488
52204
52854
5358

L1878
4L211A
L2328
L427K
4570
L6504
47954
4958
5032¢
50884
51624
52264
5295
53604

4L188
42128
42334
LL3BA
4578
4651
4817
4970
50334
51024
51674
5236
52964
S3614

41894
4214
4234
LL40N
45798
4662
48184
Q9724
50474
51074
5177
52374
52974
53624

L1904
L21SH
4237
L4568
45804
LO638
4BI19N
L9874
5052#
5117
51784
52384
52984
5372

41924
L2164
423Ba
44574
45884
LO6LN
4B24H
49924
5061
S119#
51794
523«
5308
53734

60274
6260
6402

6068
62624
6411

60714
6271
64184

61064
62734
6524

6155
6281
65254

61864
62834
6548

S6674

56184
S4L77TH
55374
5606
S6654
S7304
5789

S6954

54194
S478F
5548
56074
S6664
57314
5799

54204
5489
55494
56084
S56674
5741
58004

5430
S4904
55504
56094
5677
S7428
58014

S7314

564314
54914
55514
5619
56784
57434
58024

S7574

54324
54924
5561
56204
5679«
S744M
S814#

(ZDMQCO MB207 STATIC DIAG #2
(Z0MQC.P11
21-JUL-81 14:36

MSTLAB

6564
67494
68224

65654
6756
68524
7015#

41934
42154
423

L197#
4220
42704
4507#
46114
L7074

7012
715644
19294

34344

6581

67594
6869
70304
L177#
41984
L221»

43024
45114

L6124
L7124
48824

S007#
SO73#
51334
51924
5252#
5321»

METSTL

MACY11 30A(1052) 21-JUL=-81 14:48 Plgf 39-7
N

CROSS REFERENCE

6582#
6765
68724

65864
67674
6890

65954
6773
68914

L178»
L1994
42234
43054
45134
L6134
L7174
4883

L1794
4202
4224
43084
45414
46224
47504
49134
S0184
50754
51354
5203
52634
53234
53884
54604
55234
55924
56514
57134
57754
59034
62284

41804
42034
4225M
43114
L5430
L6314
4751
49154
50194
50764
S145#
52044
52644

65954
67734
68914
70804
L1794
42024
4224N
43084
45414
46224
47504
49134

66324
67754
68984
70984
41804
42034
42254
43114
45434
L6314
4751M
49154
S019#
50764
51454
5204w
52644
53244
54024
54644
55344
55934
56524
5714a
57864
59104
62364

7061

S017#
SQ74m
51344
51934
52624
53224
53874
S4464
55194
55824
56504
57124
S5774H
58994
62264
63494

65864
67674
68504
70654
L1784
41994
4223

43054
45134
46134
L7174
4L883#
5017#
S074n

70654

63644

70804

SEQ 0195

TABLE =~ MACRO NAMES

6632
67754
6898

66354
6783
69024

66464

61824

4184m
4207#
42284

41854
4208#
42294
44234
4564H
L6494
L7944
L944n
S031#
50874

70984

L2064
62274
43254
45534
46364
47564

7099

67854
69144
71014

5148#
52204
52854
5358#
54184
54774
5537#

53244

54024
54644

55344
55934

56064
56654
57304
57894
60274
62604
64024
66744
67894
69364

56524
57144
57864
59104
62364

63824

71164
41854
42084
42294
44234
45644
46494
L7944
LO9LLH

52054

5787~
59474
6238#

50314
S087#
51484
52204
52854
5358#
5418#
S4774
55374
56064
56654
57304
5789«
602/#
6260

66774
67904
69394

66814
6795
69454

6747

L1874
42114
42324
44384
45784
L651a
L8174
49704
S033#
5102#
51674
52364
52964
53614
54204
54894
55494
5608#
56674
57414
5800#
60714
62714
64184
66814
67954
69454

£188#
42124
4233
4440n
L5790
L662H
48184
49728
S04L7H

41924

71184

71324
L1874
42114
42324
44384
45784
L6514
L8174
49704
50334
51024
51674
52364

52964
53614
54204
GBS
55494
5608#
S667#
57414
58004
60714

62718

7132

51074
51774
52374

52974
53624
54304
54904
55504
5609#
S6774
57424
5801#
61064

62734
6524k
66874

67964
69604
71354
41884
L2124
4233
4440N
LS794
L6624
48184
49720
50474
51074

5177#%
5237#
S297#
53624
54304

5550#

S609#

56774
§7428
S801#
62738

6803+
6981#
7148

(ZDMQCO MB207 STATIC DIAG #2

(ZomMaC.P1N

MSWORD

MSXFER
OPEN
POINTE
POPSP2
PRINTB
PRINTF

PRINTS

PRINTX
READBU
READEF
RFLAGS
ROMCLK

21-JuL-81 14:36

63204
6565#
67564
6852#
70154
1994#
L7064

50304
52494
54754
S6E96N
61064
63914
67564
69774

1682#
172
11764
37544

12394
4193
12794
12194
1350#
1399«
14034
1408#
3830#
4532
4781
4,898

5843
6138
6480

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7046

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14184
38554
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38484
14244
38364
5067
5228
5366
5526
5658
5887
14384
14524
16124

5402#
664L6N
16164

1620#

MACY11

63324
6581#
675

6337#
65824
67654

6349
65864
67674

7030#

70614

70654

68694

34340

47504

S047#
52624
54894
S711#
61554
63954
67654
7012#

34634
34344

68724

34740

L794H
50614

52754
5502#
S727#

68904

B 16
14:48
PAGE 39-8
30A(1052)
21-JuL=-81
CROSS REFERENCE TABLE ==~ MACRO NAMES

6364H
65954
67734

70984
4507#
L8608
S102#
53214
55484
57724

34,964
(8174
50734
5295#
55194
5741a
6214m
64114
6783

4197

346340
34344
34340
34340
3905

63954

66464
67854
69144

7099#
L4541
(878%
S5117#
S5338#
S5614
S7864

71014
4553
49134

71324

71484

62494
6564n
6801a

4180
4207

4182
4211

4219

34344
3434

63914
66354
6783
69024

62364
6SSRH
67954
71164

7064

3434m
6377
34340

4223

51314
53584
55784
S799#
62604
6581#
6803

4184
4215
6227

64024
66740
67894
69364
71164
(5644
49254

51454
S3724
55924
58144
6271a
65864
68524
71724

4185
4220
4232

6411

66774
67904

69354
71184
45784
(943N

51624
53854
56064
58504
62814
66324
68694
71734

6418#
66814

67954
69454
71324

45964
L9S8#

51774
5402#
56194
S8744
6308#
66464
58904
7180#

65244
65874
69604

71354
46114
49704

54174
56364
58994
63204
66744
68984
7225

65254
(8014
69774

71374
4631#
49874

52034+
54304
56504
50474
63324
66814

65484
67474
68034
69814

65644
67494
68224

S004#
52204
54434
S6644

5017#
52364
54604
5677#
6068+
63824
67474
69604

71484
46484

7012#
7154»
L6620

69144

63644
67004
69364

4189
4233

4190
6238

4192

3982

4530
4779

4186
4224
6237

4187
6228

4188
229

3947

3949
4737
4844
4963
6053
6452
6558
6968

3958
4740

4850
5820
6056
6455
6570

5822
6129
6468
6572

4311

3924

4693
4807

4534

4784

4933
5972
6264
6499
6918

4900
5883

6207
6482
6611
7055
34L34n
3434H

7091

4986

3971
3972
34340
3911
5077
5230
5377
5528
5669
5974
3434n
34334
34340
54604
66814
34340
3,344

63824
66324
67754
68984

SEQ 019¢

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68034

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6920
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6310
6516
6926
7109

3945

4700

4840
4959
6049
6436
6542
6929
7122

4735
4842
4961

6051
6449
6555
6965
7124

71461

7001

5538
6959

5596
7029

5776

5989

6037

4861

4996

5011
5169

5022
5171

5024
5182
5315
5481

5123
5256
5422
5555
5717

45640

3931

4596
4809

46314
56964
69148

5125
5287
5424
5584
5719

4833
57584
69604

5302
5467
5600
5764

49254

58144

70304

49874

5874w

50474
59474

5313
5469
5611
5766

51024
61064

3977

4742
4852

4764
4864
5826
6131

6471
6575

4867
5841
6136
6474
6607

6148

€645

65699

5053

5055

5065
5197

7007

7041

5613
5778

5346
5483
5642
5780

5195
5348
5494
5644
5791

51624
6203

5220#
52694

52754
63954

5184

7044

5496
5656
5793

5338#
65864

{ZDMQCO MB207 STATIC DIAG #2
T7oMQC P11
21=JuUL~81 14:36

Ceor

(03014«

ABS.

6197

ERROKS DETECTED:

6177

4168

4178

4199

MACY1T

£179

C 16

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6182

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(2DMQ( .B1C,CZDMQAC.SEQ/CRF
/DOC/NL : TOC=SVC34R.MLB,(ZDMQC.P11

RUN-TIME: 40 48 4 SECONDS
RUN-TIME RAT]O: 106/93 '.1

CORE USED:

18k

DCCUMENT PAGES:

(35 PAGEC)

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SEQ 0197

30A(1052)
21-JuL=-81
14:48 PAGE 39-9
(ROSS REFERENCE TABLE == MA(RO NAMES

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4188

4189

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