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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_gray.pdf

OCR Text

MB207

STATIC

CZDMQCO

;

DIAG#2

AH-E229C:-MCo
el s mmmmnem

FICHE

1 OF 1

HBDE TN vsa

WA THED

TL RO

MB207 STATIC DIAG. #2

21=JUL=81 14:36

MACY11 30A(1052)

21-JUL=-81

PROGRAM DOCUMENT

14:48

PAGE 2

SEQ 0001

.REM a

IDENTIFICATION
PRODUCT CODE:

AC-£228C-MC

PRODUCT NAME:

(ZDMQCO M8207 STATIC DIAG #2

PRODUCT DATE:

JuLY 1981

MAINTAINER:

DIAGNOSTICS MERRIMACK

AUTHOR:

ED BADGER

THE

INFORMATION

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

FOLLOWING ARE

DIGITAL
DEC

THE
USE
SUPPLIED

OR
BY

RELIABILITY
OF
DIGITAL
OR ITS

1979,1981 B8Y DIGITAL EQUIPMENT CORPORATION

TRADEMARKS OF

PDP
DECUS

DIGITAL EQUIPMENT

UNIBUS
DECTAPE

CORPORATION:

MAS SBUS

|
!

i
|

30A(1052)

21-JUL=-81

PROGRAM DOCUMENT

14:48

1
PAGE 3

TABLE OF

SEQ 0002

CONTENTS

1.0 INTRODUCTION
1.1 PROGRAM ABSTRACT

1.2 HARDWARE INTRODUCTION

2.0 HARDWARE REQUIREMENTS
3.0 PRELIMINARY PROGRAM REQUIREMENTS
4.0 GENERAL PROGRAM CONSIDERATIONS
4.1 DIAGNOSTIC SUPERVISOR
4.2 EXECUTION TIME
5.0 PROGRAM LOAD MEDIA

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

6.3 PROGRAM OPTIONS
.3.1 START COMMAND
WWWWWWWWW
W NN NN

2233
2234
2235
2236
2237
2238
2239
2240
2261
2242
2243
2244
2245
22646
2247
2248
2249
2250
2251

MACY11

ocoo-oooororOrOrONMONONONON

- CZDMQC M8207 STATIC DIAG. #2
- CZDMAC.P11
21=JuL-81 14:36

3 CONTINUE COMMAND

4 PROCEED COMMAND
5 ADD COMMAND

6 DROP COMMAND
.7 PRINT COMMAND
8 DISPLAY COMMAND
9 FLAGS COMMAND
.10 ZFLAGS COMMAND
.3.11 CONTROL CHARACTERS
.12 HARDWARE PARAMETERS

.3.13 SOF TWARE PARAMETERS

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
7.0 TEST DESCRIPTIONS

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

CZDMQ( MB207 STATIC DIAG. #2
CZoMaC.P11
21-JUL=-81 14:36

MACY1? 30A(1052)

14:48

21-JUL=-81

PROGRAM DCCUMENT

1
PAGE 4

SEQ 0003

2286
2287
2288
2289
1.0 INTRODUCTION

1.1

PROGRAM ABSTRACT

THIS DIAGNOSTIC WAS DESIGNED TO TEST OUT THE M8200, M8204,
OR M8207 MICROPROCESSOR.
IT
IS
THE
SECOND
OF
TWO
DIAGNOSTICS FOR THESE OPTIONS.

)

W N =O0VRNONEWN-=O

mf’\) %NNNNNNNNNNNNNNNNNNN
WWWWWWW
=
bbb DD

THE PROGRAM WAS IMPLEMENTED USING THE DIAGNOSTIC SUPERVISOR.
THROUGH DIALOGUE WITH THE OPERATOR, THE PROGRAM WILL
ALLOW
MODIFICATION OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESS, AND PROCESSOR TYPE.
1.2 HARDWARE

INTRODUCTION

THE M820X MICROPROCESSOR USES AN EIGHT BIT DATA PATH WITH A
SIXTEEN BIT INSTRUCTION MEMORY.
THE INSTRUCTION MEMORY AND
DATA MEMORY ARE TWO SEPARATE MEMORIES.
THE MICROPROCESSOR
IS DESIGNED FOR MOVING DATA AT HIGH RATES TO WORK AS A HIGH
SPEED 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
¥?§TSF0LL0UING

HARDWARE

IS REQUIRED TO RUN THE M8207 LOGIC

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

3.0 PRELIMINARY PROGRAM REQUIREMENTS

WWM§WWW

THE PROCESSOR AND MEMORY SHOULD BE
TO RUNNING

THIS DIAGNOSTIC.

THOROUGHLY

TESTED

PRIOR

4.0 GENERAL PROGRAM CONSIDERATIONS

4.1

THIS

DIAGNCSTIC SUPERVISOR

PROGRAM

COMPATIBLE WITH THE STANDALONE DIAGNOSTIC

SUPERVISOR, AND MUST BE LOADED TO BE

CO-RESIDENT

WITH

THE

| (ZDMQC M8207 STATIC DIAG. #2
- (Zomac.P11
21=JUL=-81 14:36

MACY11

30A(1052)

21=JUL=81

14:48

PROGRAM DOCUMENT

SUPERVISOR,

PAGE 4-1

SEQ 0004

PREVIOUSLY COMBINED WITH THE SUPERVISOR

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

THE

COMBINED

4.2 EXECUTION TIME
THE

TOTAL

TIME

REQUIRED

TO RUN THE M8207 STATIC

AS0UT 120 SECONDS PER PASS FOR EACH UNIT.

TESTS IS

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

RUN

4.4 ACT/SLIDE
THIS PROGRAM MAY BE LOADED UNDER ACT OR SLIDE

IN DUMP MODE OR CHAIN MODE.

AND MAY BE RUN

4.5 APT
THIS PROGRAM MAY BE LOADED

APT=RD)

THE

APT

SYSTEM

AND RUN IN PROGRAM MODE OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT
MEMORY MANAGEMENT

INSTALLED,

IS NOT UTILIZED

IN THIS PROGRAM.

IS DISABLED BY 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 COMMAND
IS
KEPT
IN
AN
ERROR
LOG.
THIS
LOG_
MAY BE PRINTED BY USING THE
"PRINT'® COMMAND (SEE SECTION 6.3.8).

5.0 PROGRAM LOAD MEDIA
THIS PROGRAM

ABSOLUTE

(AN

LOADED

LOADER OR FROM ACT,

FROM

PAPER

TAPE

USING

THE

SLIDE, OR APT SYSTEMS, OR FROM

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

CZDMQC M8207 STATIC DIAG. #2
(70MQC.P11
21=JUL=-81 14:36

2398
2399
2400

2401

MACY11 30A(1052)

21-JUL=-81

14:48

PROGRAM DOCUMENT

THE

DIAGNOSTIC

SEQ 0005

PAGE 4<2

SUPERVISCR SHOULD BE LOADED FIRST, FOLLCWED

BY THE DIAGNOSTIC PROGRAM.

6.0 OPERATING INSTRUCTIONS
6.1 LOADING 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

STARTS

PROCEDURES TO START

LOCATION

THE PROGRAM.

200.

USE

STANDARD

DEC

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE
DIAGNOSTIC
CAN BE
EXECUTED
STANDALONE
UNDER
XXDP+
WITHOUT
READING THE REMAINDER OF THIS DOCUMENT, AS FOLLOWS:
A) LOAD AND START DIAGNOSTIC USING RUN COMMAND
(DR>)
B) RECEIVE DIAGNOSTIC SUPERVISOR PROMPT
C)

ENTER STA<CR>

TO END EXECUTION,

D) ANSWER HARDWARE AND SOF TWARE QUESTIONS
E) GET END OF PASS MESSAGES OR ERROR MESSAGES
ENTER CONTROL/C

6.2 INITIAL DIALOGUE

AFTER THE PROGRAM AND THE
PROGRAM

IS STARTED ,

SUPERVISOR

ARE

LOADED

AND

THE

THE FOLLOWING IDENTIFICATION IS TYPED:

DRS LOADED

DIAG.
RUN-TIME SERVICES
CZDMQe-C-0
M8207 DIAG.
#2
OF 2

ggIT IS m8200, M8204 OR M8207
>

THE OPERATOR THEN PROCEEDS BY TYPING

ONE

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

SPECIFICATION).

6.3 PROGRAM OPTIONS

' (ZDMQC M8207 STATIC DIAG. #2
- (ZDMQC.P11
21=JUL=-81 14:36

2654
2455
2656

o657

2458
2459
2460
2461
2462

2463

MACY11 30A(1052)

21-JUL-81

PROGRAM DOCUMENT

14:48

SEQ 0006

PAGE 4-3

6.3.1 START COMMAND
AR AR

AR AR AR RN AR AR R RR

R AR RRRR R

R AR AR R R R RR RN RS

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

1222333233233 2333 3233322232323

22222

222222

iRttt

6.3.1.1

2466
2467
2468
2669
2470

<TEST=LIST> IS A SEQUENCE OF DECIMAL NUMBERS

24671
2472
2473
2474
2475
24676
2477
2478

2479

2480
2481
2482
2483
2484
2485
2486
2487
2488
2489
2490
24691
2492
2493

RANGES

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

2664

2465

(1:2

ETC.)

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

TESTS TO BE EXECUTED.
THE NUMBERS ARE SEPARATED BY
COLONS.
THE
NUMBERS
RANGE FROM 1 TO THE LARGEST TEST NUMBER IN THE

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

THE ANGLE BRACKETS <> ARE PUNCTUATION

USED IN THE DEFINITION ONLY, AND ARE NOT TO BE TYPED BY

OPERATOR.

SEE EXAMPLE AT END OF 6.3.1.5.

THE

6.3.1.2 PASS SWITCH (/PASS:<PASS=(CNT>)
<PASS-CNT> IS A DECIMAL NUMBER INDICATING THE DESIRED NUMBER

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

IN THIS CASE EXIT FROM

THE
PROGRAM IS ACCOMPLISHED EITHER BY TYPING A CONTROL/C OR
BY OCCURANCE OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
EEJ[E.OF ZH% gx%r IS A RETURN TO COMMAND MODE.
SEE EXAMPLE AT

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

ONE OF THE’YOLLOUING VALUES:
HOE

LOE

IER
IBE
IXE

PRI

PNT

BOE

UAM

HALT o~ ERROR, 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) CONTAINING THE ERROR
*INHIBIT ERROR REPORTING
«~INMIBIT BASIC ERROR REPORTS
" INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE

PRINT NUMBER OF

BELL ON ERROR

PRINTER

TEST BEING EXECUTED

RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS

—

NO NS Wny - o

AORRONINURO
Nn
(W IV TN,
LWL RV IV | v,

(ZDMQC mMB207 STATIC DIAG. #2
. P11
czomac
21=JUL=81 14:36

MACYT1

30A(1052)

21=JUL=-81

14:48

PROGRAM DOCUMENT

ISR
IDU
LOT

1
PAGE 4-4

SEQ 0007

INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY CIAGNOSTIC
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
E:éTS? éSSN?TSGIVEN AL. FLAGS ARE CLEARED.
SEE
EXAMPLE
AT

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR>

PASSES)

IS A DECIMAL

NUMBER

IS DESIRED

THAT

PRINTED.
THE
DEFAULT
IS
EXAMPLE AT END OF 6.3.1.5.

INDICATING HOW OFTEN

THE

END

PASS

(IN

TERMS OF

MESSAGE

THE END OF EVERY PASS.

SEE

6.3.1.5 EFFECT OF 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

‘#
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 SERIES OF DIAGNOSTICS IS DEDICATED.
FOLLOWING
THIS ARE THE QUESTIONS WHEREBY THE P-TABLES THEMSELVES
WILL
BE
BUILT.
EACH P-TABLE IS A CORE-RESIDENT TABLE CONTAINING
ALL THE HARDWARE INFORMATION FOR
ONE
UNIT.
THE
OPERATOR

MUST

SUPPLY

(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,

EACH

QUESTION

(SERIES
WILL
BE POSED ONCE).
EACH QUESTION IS FOLLOWED BY
THE RESPONSE RADIX (D FOR
DECIMAL,
B
FOR
BINARY,
0
FOR
OCTAL,
L
FOR
YES/NO) IN PARENTHESES AND THE DEFAULT VALUE
AFTER THE PARENTHESES.
FOLLOWING THE HARDWARE QUESTIONS ARE THE SOF TWARE
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

ACCOMMODATE THEM THE MESSAGE “‘TOO MANY UNITS'' IS ISSUED.
;?é? AECSSN}¢§ DIAGNOSTIC MUST BE EXECUTED MORE THAN ONCE

IN
TO

ALLOCATED

FOR

THE

P-TABLES, AND IF

THERE

IS NOT ENOUGH TO

:
EXAMPLE

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

CONSISTING

CAUSE

THREE PASSES TO BE MADE,

EACH

PASS

TESTS 1,2,3,4,6.8.9, AND 10 EXECUTED AGAINST

(ZDMQC MB207 STATIC DIAG. #2
21=JuL=-B1 14:36

P11
C20M.Q(

2566
2567
2568
2569
2570
257N
2572
2573

2574
2575
2576
2577
2578
2579
2580
2581
2582
2583
2584
2585

R
R83AEHEREERR

2586
2587
2588
2589
2590
259
2592
2593
2594
2595
2596
2597
2598
2599
2600
2601
2602
2603
2604
2605

MACY11 30A(1052)

21-JUL-81

PROGRAM DOCUMENT

ALL UNITS.

14:48

7
PAGE 4-5

SEQ 0008

THERE IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND

SAYING <FLAG=1>, THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON

A COMMAND
OTHER
PREVICUSLY
SET.

THAN
START
TO
CLEAR A
FLAG
THAT
WAS
NOTE
THAT ON ALL COMMANDS ONLY THE FIRST

THREE LETTERS ARE SCANNED.

6.3.2 RESTART COMMAND
1223233233

33232323233233323 3332232222232

22222222

2Rt

RRs

]

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

(2223223232233

6.3.2.1

2323333332332 233223232 2222222322222

2Rl

TESTS, PASS, AND FLAGS SWITCHES

<TEST=LIST>,
COMMAND.

<PASS=CNT>,

AND <FLAG=LIST> ARE AS

IN THE

START

6.3.2.2 UNITS SWITCH (/UNITS:<UNIT=LIST>)
<UNIT-LIST> IS A SEQUENCE OF DECIMAL NUMBERS (0,1
ETC.)
OR
RANGES
OF DECIMAL NUMBERS (0-5, 8-10 ETC.) THAT SPECIFY THE

UNITS TO BE TESTED.
THE NUMBERS ARE
SEPARATED BY
COLONS.
THE
NUMBERS MAY
RANGE FROM O THRU N-1 (N IS THE NUMBER OF
UNITS SPECIFIED IN THE PREVIOUS START COMMAND).
THE NUMBER
INDICATES
THE POSITION OF
THE P-TABLE AS
THE DATA WAS
ENTERED DURING THE HARDWARE DIAGLOGUE.
THE UNITS WHICH ARE
SELECTED MUST NOT HAVE BEEN DROPPED BY THE DROP COMMAND.
SEE THE DISCUSSION OF ADD AND DROP COMMANDS BELOW.
DEFAULT
éS
TOD TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY A DROP

6.3.2.3 EFFECT OF RESTART COMMAND
THE RESTART COMMAND DIFFERS FROM THE START COMMAND
IN
THAT
THE
P-TABLES
FROM
THE
PREVIOUS START COMMAND (THERE MUST

HAVE BEEN ONE) ARE USED,

INSTEAD OF NEW

ONES

BEING

BUILT.

THE

THREE

NORMAL

THE
UNITS
SWITCH
GIVES
THE ABILITY TO SELECT A SUBSET OF
THESE.
THE SOF TWARE DIALOGUE MAY OPTIONALLY
BE
REEXECUTED
(OPERATOR WILL
BE
ASKED).
THE
COMMAND CAN BE USED AFTER

COMMAND MODE HAS BEEN REENTERED IN ANY OF

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

6.3.3 CONTINUE COMMAND
1 22232223222232233233323333223232232223
2233222222222
2RR2 R Rt Rl 2

CON(TINUE)

: <FLAG=LIST>
/PASS : <PASS=CNT/FLAGS

(2322223232233 2323233233223

2232322222222

Rttt

CZDMQC MB207 STATIC DIAG. #2

- CZomac.pP1

21=-JUL-81 14:36

MACY11 30A(1052)

21-JUL=-81

PROGRAM DOCUMENT

14:48

PAGE 4-6

SEQ 0009

2622

‘

sgfz

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

2625
2606
gggg

<PASS=CNT> IS SAME AS IN START COMMAND, BUT THE DEFAULT IS
THE UNSATISFIED PASS-CNT FROM THE PREVIOUS START OR RESTART.
IF NONE REMAINS, THE DEFAULT IS NON-ENDING EXECUTION.

2629

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

?
52%
2632

2633
2634
2635
%2%9

2638

2639
2640
2641
2642

22&2

2645

<FLAG-LIST> IS SAME AS IN START COMMAND, BUT UNSPECIFIED
FLAGS RETAIN THEIR CURRENT VALUE.

6.3.3.3 EFFECT OF CONTINUE COMMAND

CONTINUE MUST FOLLOW A START OR RESTART,

AND

C(COMMAND

MODE

MUST HAVE BEEN ENTERED DUE
TO A HALT ON ERROR OR A
CONTROL/C. THE EFFECT OF
THE
COMMAND IS TO GO TO THE
BEGINNING OF THE TEST THAT WAS BEING EXECUTED WHEN THE HALT
OR CONTROL/C TOOK PLACE.
SOFTWARE DIALOGUE MAY OPTIONALLY

BE REEXECUTED. HARDWARE PARAMETERS MAY NOT BE CHANGED.

Sg‘z(;

6.3.4 PROCEED COMMAND

26‘8
2649

2222222222322 22232333232323232333333333232333332323332333323232323232232223]
PRO(CEED)
/FLAGS : <FLAG=LIST>

2650

2651

1 2222222222333 232223232333332333323332332333323333223333332222232222 3]

2222§

6.3.4.1 FLAGS SWITCH (/FLAGS:<FLAG=LIST>)

2654
2655

CFLAG-LIST>
IS AS IN THE START COMMAND, BUT UNSPECIFIED
FILAGS RETAIN THEIR CURRENT VALUE.

2656
2657

3
522
2660
2661
2662

2663
2664
2665
2666

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

2667
2668

6.3.5 ADD COMMAND

2670

ADD/UNITS:<UNIT=LIST>

2669
2671

CALL.

PARAME TERS MAY BE AL TERED.

NEITHER HARDWARE NOR SOF TWARE

(22232 22222222222232232322222232323322333232333333232332333332322322222 3]
(2222222232333 2332333332333332333233322333323322332323332222222220 2 2]

2672

2673

Sggé

6.3.5.1 UNITS SWITCH (/UNITS:<UNIT=LIST>

53;9

CUNIT=LIST> IS AS IN THE RESTART COMMAND.

CZDMQC M8207 STATIC DIAG. #2
' CZomac.P11
21-JUL=81 14:36
2678
2679
2680
2681
268
2683

MACY11 30A(1052)

21-JUL-81

PROGRAM DOCUMENT

14:48

SEQ 0010

PAGE 4-7

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 DIALOGUE.
THIS
COMMAND MUST BE
FOLLOWED BY A
RESTART OR
CONTINUE.
THE UNITS SWITCH MUST BE SPECIFIED.
THE ADD COMMAND IS MEANINGFUL
ONLY FOR UNITS
THAT WERE
PREVIOUSLY DROPPED.

6.3.6 DROP COMMAND
(2323232323323 2333

2323223322332 2222222ttt
llld)

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

2322223222333 2223333223222 22222ttt
)

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

IS AS

IN THE RESTART

COMMAND.

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

COMMAND.
THE
UNITS
SWITCH MUST BE ENTERED.
THIS COMMAND
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.
6.3.7 PRINT COMMAND
AR AR AR RR AR AR ARRRR AR AR AR R AR AR AR

R R R RRRN R

R AR

AR RN

PRI (NT)
AN AR AR

AN AR AN

R RN

AR R AR AR

R IR AR AR

R RN

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

SINCE
THE
LAST
THE ISR (INHIBIT

6.3.8 DISPLAY COMMAND
(A3 2222222222222

2322322222222

220

Rttt

DIS(PLAY)/UNITS:<UNIT=LIST>
(2222222232223 223

2222332232323

22222222 2222202ttt
Rl
)

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

IS AS

IN THE

)

RESTART

COMMAND.

pa—

' (ZDMQC MB207 STATIC DIAG. #2
(ZDMaC
. P11
21=JUL=-81 14:36
i

273
2735

2736

2737
2738
3739
2740
2741
2742
2743
274k
2745
2746
2747
2748
2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759

MACY11 30A(1052)

21-JUL-81

14:48

PROGRAM DOCUMENT

k1
PAGE 4-8

SEQ 0011

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

ARE

PRINTED

OUT
IN
THE
FORMAT
IN WHICH THEY WERE ENTERED.
ANY UNITS
gEIS\}G:i?EDDROPPED BY THE
OPERATOR 'DROP'' (OMMAND ARE
SO

6.3.9 FLAGS COMMAND
AR2222222222222
2000
R
00222ttt
Rt
Rl R

FLA(GS)
(2222222222222 2222222220222
22222 2Rttt
R R

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

6.3.10 ZFLAGS COMMAND
1223222223223 23222232222222223232
22R2222
22022222
2222

ZFL (AGS)
(2222220222222 22222t
2Rt
RR Rt

2760

2761
2762
2763
2764
2765
2766

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL

FLAGS ARE

CLEARED.

2767

6.3.11

2769
2770
2771
2772
2773
2774
2775
2776
2777
2778
2779
2780
2781
2782
2783
2784
2785
2786

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

2768

2787

2788

2789

C(ONTROL CHARACTERS

A CONTROL Z

(Z)

ENTERED DURING ONE

THE

A CONTROL O

(0)

ENTERED DURING THE EXECUTION OF

A DIAGNOSTIC

THREE

OPERATOR

DIALOGUES= INITIAL DIALOGUE (SEE 6.2) ,HARDWARE DIALOGUE (SEE
6.3.1.5), CR SOFTWARE
DIALOGUE
(SEE
6.3.1.5)
CAUSES
THE
DEFAULTS TO BE TAKEN FOR THE REMAINDER OF THAT DIALOGUE.

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 FOLLOWING QUESTIONS WILL BE ASKED ON
A
START
COMMAND.
THE
VALUE
LOCATED
TO THE LEFT OF THE QUESTION MARK IS THE

gEg%gEVALUE THAT

WILL

TAKEN

C(ARRIAGE

RETURN

| CZDMQC

MB8207 STATIC DIAG. #2
21=JUL=-81 14:36

| CZDMQC.P11

MACY11 30A(1052)

21-JUL-81

PROGRAM DOCUMENT

1. WHICH MICRO-CPU?

14:48

SEQ 0012

PAGE 4-9

(0= M8200, 4= M8204, 7= M8207)

2. MICRO-CPU CSR ADDRESS:

(0) 7?

(0) 1601707

THIS IS THE ADDRESS AT WHICH THE CSR REGISTERS (SELO) RESIDE

ON THE UNIBUS.
THE ALLOWABLE RANGE
(OCTAL), AND THE DEFAULT IS 160170.
3.

160000-177776

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

(0) 0?

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

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

THE

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

AS SOON AS THE QUESTION “# UNITS?''

ANSWERED

(WITH

THE

NUMBER N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P-TABLES.
ALL OF THE P-TABLES ARE OF THE SAME FORMAT, AND THERE
IS
A
ONE-TO ONE
CORRESPONDENCE BETWEEN THE HARDWARE PARAMETER
QUESTIONS AND THE SLOTS IN THE P-TABLE FORMAT.

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
THE
SLOTS
IN
ALL
OF
THE
P-TABLES ARE FILLED.
IF THE OPERATOR TYPES IN
LESS THAN N EXPLICIT VALUES
IN RESPONSE
TO A PARTICULAR
QUESTION, THESE VALUES ARE PLACED IN THE P-TABLES (ONE VALUE
GOING INTO THE PROPER SLOT OF EACH P-TABLE BEGINNING WITH
THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS

USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

ON SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PROCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P-TABLE NOT
TO HAVE
RECEIVED AN EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES
THE ROLE THAT TABLE NUMBER ONE PLAYED IN THE FIRST TRIP,
THE SERIES OF QUESTIONS

REISSUED

UNTIL

LEAST

ONE

QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

GIVING

STRING

OF VALUES, COMMAS WITHOUT INTERVENING
A REPETITION OF
THE
LAST

VALthSv’A“quBE USED TO INDICATE

CZ20MuC MB207 STATIC DIAG. #
C20MOC.P1T

T
|
ome?
2848
.

9
s?

8%
2854
2855

2059
9

14:48

PROGRAM DOCUMENT

PAGE 4=10

SEQ 0013

A STRING OF VALUES MAY BE GIVEN AS A RANGE (6=10 FOR
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS
SAMPLE RANGE TRANSLATES TO THE STRING 6,7.8,9.10 (AN
INCREMENT OF 1). IF THE VALUES ARE ADDRESSES.,
THE SAMPLE
RANGE TRANSLATES TO THE STRING 6.8,10 (AN INCREMENT OF 2).

NOW

LET

SEE

HOW

COULD

USE THESE CAPABILITIES TO

CONSTRUCT A SET OF P-TABLES. ASSUME THAT WE HAVE 16 UNITS,
AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN THE P-TABLE, THREE HARDWARE QUESTIONS IN THE

DIALOGUE).

THE NUMBER 75
THE
SECOND

LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE

FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
PARAMETER
BE
EQUAL
TO
THE
UNIT
NUMBER

(0,1,2,....15) TXCFPT FOR UNIT 12, WHICH SHOULD RECEIVE

THE

VALUE “11.° LET THE DESiP€s vaLUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER 77 FOR

THE FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

® ONITS (D) ? 16

28e
869

UNIT 1
<QUESTION 1> 2 75

one
7

2870
287

THE LAST 9 UNITS.

<QUESTION
<QUESTION

2> ? 0-6
3> ? 76

WNIT 20

<QUESTION 1> ?

<QUESTION

2> ? 7=-11,,13-15

;"3;‘;

<QUESTION 3> 2 77

2878
2879
CRAC
oRa 1

TME FIRST TIME THE SERIES IS ASKED, SLOT ONE RECEIVES A 75
IN ALL 16 TABLES. SLOT TwO RECEIVES THE VALUES 0,1,2,...,6
IN TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 15,
SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

omat

THE SECOND TIME THRU THE SERIES, TABLES 16 THRU THE END ARE

GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF INFORMATION IS

PRINTED OUT FOR THE THE OPERATOR IN THE FORM

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

oREY
890
v sd

v "‘}‘s 8.9.10.11 IN ras; 7 THRU 11, AND GETS A 11 ;u
SLOT 12, AND GETS TeE VALUES 13,14.15 IN fatg 13 HRU 15,
SLOT THREE GETS THE VALUE 77 IN TABLES 7 THRU 15,

o9t
e
28"

THE DIALOGUE 1S TERMINATED WMEN THE SOF TWARE RECOGNIZES THAT
16 EXPLICIT VALUES MAVE BEEN GIVEN FOR AT LEAST ONF QUESTION
(NAMELY QUESTION 2).

1HE

BEGINNING

OF EACH SERIES).

15,

SINCE n; NEW EXLICIT VALUES ARE TYPED IN.

‘UNIT

Top 1

7.0

TECT

SLOT TWwO GETS

TEST DESCRIPTIONS

seensesscecsscnnneee

xx'*

OUESTION 1 IS RESPONDED TO

. '(, m-v

|
|

21=JUL=-81

2960
o8
zebi
286

21=JuL=81 14:

MACY11 30A(1052)

sscscssvcssssecscsnsenee

| CZDMQC M8207 STATIC DIAG, #2

CZDMaC.P11

21=JuL=-B1 14:36

MACY11 30A(1052)

14:48

21=JUL=81

PROGRAM DOCUMENT

2
PAGE 4-11

SEQ 0014

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

(22233323232222222222222222
222
Rl

AARRRRRARNARRARARNANR

[EST

mamnmnnnmnnennnnnnnnn

*TEST OF BR RIGHT SHIFT

*VERIFY THAT A DEST OF sR RSH (011) OF A MICRO=INSTRUCTION
*SHIFTS THE RESULTING BR DATA RIGHT ONCE.
1223232233233 3232232222322

2222222

KRR RRRRRRRARwAANRNAAR

3222222222 RdRRRldll

TEST

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

(1223233333333

avwnnnnnnennnnnnnen

THROUGH EACH CRAM LOCATION
322333222222222
Rt Rl ldd)

AERRRCRRAAAN
AR AR ARwwnn

[EST

wakxmnnnwnrnnnnenntnnn

*]OP CRAM WRITE/READ TEST

*FLOAT A O THROUGH EACH CRAM LOCATION
1223332232322222228222
2 RidRRRRdl il Rl ds

AANRRRRARARRAAAARARARY

[EST

wwmunennnnnnnnnnnnns

*]OP CRAM DUAL ADDRESSING TEST

*WRITE EACH ADDRESS INTO ITSELF, READ EACH
*ADDRESS TO VERIFY CORRECT ADDRESSING
1233333232223

2222223223222

KEKRRRNRNRAARRAAANAAAN

TEST

2202

€

Rttt

Aarnnnankrannrnnnnsn

*]OP MAIN MEMORY TEST
*FLOAT A 1 THROUGH ALL MAIN MEMORY LOCATIONS
(1322323233333 22232 3333232232323
222222 22
Rl

AXRRRRRRNRRARAAANANRNRE

[EST

Axnsamnennewnnnhnnnsn

*]OP MAIN MEMORY TEST

*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS
1222323223333

2332233233222 2232222202222t
dR Rl l)

AaraRnRRknnnknennannnnrnr

TEST

wnnnnwnnnnnnnnwnnnsn

*]0P MAIN MEMORY DUAL ADDRESSING TEST
*LOAD EACH MEMORY LOCATION WITH ITS OWN ADDRESS
*READ BACK EACH LOCATION TO VERIFY CORRECT ADDRESSING
(22232223332 32223 2222223322203
2222222222 RR R Rl

aanwannknnnnnrnnnnrnn

[EST

wunwnnnntnannmnnnnnnnn

*]OP MAR TEST
*PERFORM DUAL ADDRESSING TEST
*USING MAR AUTO-INC FEATURE
(2222232322322

223

2332222332223

2232222220l
Rl

——————————————————————ee

{

| CZDMQC M8207 STATIC DIAG. #¢
| (ZDMQC.P11

2958

21-JUL-81 14:36

MACY11 30A(1052)

21-JUL-81

PROGRAM DOCUMENT

14:48

PAGE 4-12

SEQ 0015

2959

wannnnnwnennnnnanwntnr

2960
2961
2962
2963

«JOP (CRAM) ODT BITS TEST
* OAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS

2967

KAERRARARRARAAAAAANAN

2971

«IN THE LOCATION IT IS AT.

THIS INSTRUCTION LOADS THE

*THE CRAM PC IS CORRECT,

IF THE CRAM PC IN NOT RIGHT,

2964
2965
2966

2968
2969
2970

2972
2973
2974

2975

2976

2977
2978

TEST

10 wnnnwnnnwrnnnnnnennnn

*VERIFY THAT IBUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE
*AND THAT IBUS* 10 BIT6 IS SET ON MAR OVERFLOW
2
22 T2 222222
323
28222232222
222
22222222222
222222
TEST

wavnwnnrnnnnrvnntnnn

*CRAM TEST OF JUMP(]) NEVER MICRO-PROCESSOR INSTRUCTION.
*PERFORM THE JUMP INSTRUCTION
*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION

*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
*THEN PORT4 CONTAINS A 37

2 2222222233222
323222222 22223 3223222223222 32

2979

ARRRKFRARRARAAAARRAN

2980
2981
2982
2983
2984
2985
2986
2987

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

2988

TEST

waanaannnrknanwrrnhnn

1222222232233222232222222223222
3222223223222 2222233 2333

2989

2990
2991

tarkknnwrenrntwrnantnrn

3000

22222223232 22232222322 2222232222223
33233223 32227

2992
2993
2994
2995
2996
2997
2998
2999
3001
3002

3003
3004
3005
3006

3007
3008
3009
3010
3011

3012

3013

[EST

13 wannwwnnnnvnnwvnnnnns

*CRAM TEST OF JUMP(I) ON C BIT SET MICRO-PROCESSOR INSTRUCTION.
*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT.
THIS INSTRUCITON LOADS THE
*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.
AARARRRRRNARRANNenr [EST 14 wanaraaataaaverrntennn
«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 [S MOVED TO PORT4.

IF THIS DATA IS CORRECT

*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL
*THEN PORT4 WILL CONTAIN A 37
(22222222322 22222 2322222220222 02222

RRldllll

e .

————

| CZDMQC M8207 STATIC DIAG. #2
(ZDMQC.P11

3014
|
3015
3016
3017
3018
3019
3020
3021
3002
3003
3024
3025
3026
3007
3028
3009
3030

21=JUL=81

14:36

MACY11

30A(1052)

21-JUL=-81

14:48

PROGRAM DOCUMENT

raenknknrkwnrrwnrnnent

[EST

PAGE 4-13

SEQ 0016

wunnmnnnnnsrnnnnannnnns

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

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

AT THIS POINT

*THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE JUMP WAS SUCCESSFUL, IF THE _JUMP WAS UNSUCCESSFUL
*THEN THE PORT4 WILL CONTAIN A 37
(2222222222222

2222222222323

ERARARRRCRRARAARrnrt

TEST

2333222222

Srnannnuntttrnnrrrnnnnsn

*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.

3031

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

3033
3034
3035

*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

3032

*BR WITH THE LOWEST 8 BITS OF

L2 2222222022222

THE CRAM PC.

2222222222223

AARRRRRARARARAAARAE

TEST

AT THIS POINT

22222222

222

AN anarraa
e r A
hnn

*CRAM TEST OF JUMP(I) ON BR4 SET MICRO-PROCESSOR INSTRUCTION.
*SET THE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
*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
AAAA AR AR AR AR AR AR AR AR AR AR

AARRRAAAAAANARAANANY

TEST

IF THIS DATA IS CORRECT
JUMP WAS UNSUCCESSFUL

AR AR AR AR AR AR A AR

wnmannannnnnannwnnnnnn

*CRAM TEST OF JUMP(I) 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.
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 AR AR A AR AN A AR RN

AAARARN R AR

rxkknkkknrnnntnrnrtnrt

[EST

AR A AR AR AR AR AR

wannnnannnnnnvntnvnnnnnn

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

*BR WITH THE LOWEST 8 BITS OF
*THE BR DATA

IS MOVED

THE CRAM PC.

TO PORT4.

AT THIS POINT

THIS DATA

CORRECT

——

————————————————————————,

'
| CZDMQC MB207 STATIC DIAG. #2
| CZDMAC.P11

21-JUL=-81

14:48

PROGRAM DOCUMENT

2
PAGE 4-14

3070

*THE JUMP WAS SUCCESSFUL, IF

307

1222323223222 22222222 2322232222222 2222222 23222222

3071

3073
3074

*THEN PORT4 WILL CONTAIN A 37

ARRRRNRARNRRNRANRAY

3076
3077
2078
3079
3080
3081
3082
3083

«CRAM TEST OF JUMP(]I) ON Z BIT CLEAR M.CRO-PROCESSOR INSTRUCTION.
*CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*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

3084

3085
3086

TEST

THE JUMP WAS UNSUCCESSFUL

3075

waanaaaandrnartaerhrhhns

1222323232232 2383332222222 2222222222222 2222222223222

3087

AARRRANRRANNRANANRE

3088
3089
3090
3091
3092

*CRAM TEST OF JUMP(I) ON BRO CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BRO BIT, PERFORM THE JUMP INSTRUCTION.
*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
«IN THE LOCATION IT IS AT.
THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. A THIS POINT

3094
3095

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

3093

3096

3097
3098

TEST

Anaanan
e ra vtk antnnn

«THE BR DATA IS MOVED TO PORT4.

THIS DATA IS CORRECT

222282232322 223 22233233322322222322222222222322332223"

3099

ERRRRRRRNRRRARAAARE

3100

«CRAM TEST OF JUMP(]I) ON BR1 CLEAR MICRO-PROCESSOR INSTRUCTION.

D md =
d
d
d
e
e
e
o
d e
D
b
d
e
d
ek
e
D
i

ANNINININ)
b b b e B d
= =2 O OO

—

thLNNJ—‘CMOOD‘doflfll\uflflJ-‘Cfigcb\fi;\hiz

3101
3102
3103

N W N NN NN NN N N NN W N NN N NN NN

21=JUL=-81 14:36

MACY11 30A(1052)

S———————

TEST

ANttt
Ak A A AR AN A C AN

*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
(A A2

2222222222222

222222222222

ARRRRRARARNARAANRAN

TEST

202222

At an

e a A

A vk kA AR

]

w®

«CRAM TEST OF JUMP(I) ON BR4 CLEAR MICRO-PROCESSOR INSTRUCTION.
*CLEAR THE BR4 BIT, PERFORM THE JUMP INSTRUCTJON.
«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

IF THIS DATA IS CORRECT
CRAM PC IS NOT RIGHT

(2222222202222

2Rttt

«THEN PORT4 CONTAINS A $7

2222222222t

wanannnnnnwnrnnrnnrn

[EST

)

sannnnnnrnnmannavnnnennnns

*(RAM TEST OF _JUMP(I) ON BR7 CLEAR MICRO-PROCESSOR INSTRUCTION.
*(LEAR THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.

SEQ 0017

|
| CZDMQC M8207 STATIC DIAG. #2

c2oMaC.P11

21=JUL-81 14:36

MACY11 30A(1052)

21=JUL=-81

14:48

PROGRAM DOCUMENT

2
PAGE 4-15

SEQ 0018

3126
3127
31¢
L3129
|
3130

*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
«THE BR DATA IS MOVED TO PORT4.
IF THIS DATA IS CORRECT
*THE CRAM PC IS CORRECT, IF THE CRAM PC IS NOT RIGHT

RN RN R RN R RN AR AR

AN AN N AR ANRRNARRANN

3135

sannnnnnnnenenrnrrt

[EST

3141

*TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING

3132

*THEN PORT4 CONTAINS A 37

RARRRARN

3133

3134

3136
3137
3138
3139
3140
3142

snmannannnannnnnnnnnnrns

.
*MAIN MEMORY PAGE DUAL ADDRESS TEST.
*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
e

RR
R R

3143

3144
3145

wenwrnnnnennnnnnwnr

3146
g}zg

.
*JUMP FIELD,PAGE

3149
3150
31N

*IN THIS TEST WE WILL MAKE SURE A JUMP FIELD INSTRUCTION
*WORKS.
TO DO THIS, WE'LL PUT THE DESIRED PAGE, FIELD
*INFORMATION IN IBUS*<13> THEN ISSUE A JUMP FIELD

3154

LR L R

glgg

3155
3156

[EST

tannusnnnantnnrtrnrtnannns

TEST

*THEN WE'LL READ PC REG.
R

AND VERIFY.

JEST

2157

savannannnnnwrnnns

3158
g}zg

.
«JUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD

tannanantaantaentttvnenen

3161
3162
3163
3164
3165
3166
3167
3168

«IN THIS TEST, WE WILL CHECK THE ABILITY OF THE
*M] CRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS INSTRUCTION)
*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
.
2.
**CALCULATE NEW ADDRS, FIELD VIA INC,
.
3.
CAUSE JUMP (BRANCH) TO NEW ADDRESS

g};?

3169

4.
5.

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

3172

3173
3174
3175

.
.
.

3179
3180

.
.

3176
3177
3178

3181

.
.
.

TO CALCULATE NEW ADDRESS:

1.
2.

INC LOW BYTE OF ADDRESS FOR PC ADDRESS 0-7
INC LOW BYTE OF N ADDRESS FOR
PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3. WHEN 0-3 OVERFLOWS,
RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:
FIELD,PAGE
60(

0
1
2

'
:

———————

) —
e
T
T
I
S
QO
I
e

ELCRZREN CETRIRAR RR
OO00

et
B

O
0P 0

N N NN NN NN NN N NN N NN N N

- (ZDMQC MB207 STATIC DIAG., #2
21=JUL=-81 14:36
' CZDMQC P11

MACY11 30A(1052)
.
.

3
10

:T10

=
B

(2222223222232

CE
WN=O
VO NN

b
i

b o ) wd wb b b

KRR KRR

14:48

PROGRAM DOCUMENT

2
PAGE 4=16

SEQ 0019
3
7

377

222202222222222222222

severnnnannnnannnnnr

[EST

232222222222 2220

wasnnnnnnennnnnnnnnnnns

*JUMP TEST, JUMP ALWAYS, JUMP (HANGE FIELD
*IN THIS TEST, WE WILL CHECK THE ABILITY OF

THE

*M] CRO-PROCESSOR TO JUMP (BRANCH AND ALWAYS INSTRUCTION)
*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.

*WE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
«0THER TESTS.

START ADDR O,

PROCEDURE
:
FIELD O

*
.
B
.

2.
3.
4.
S.

TO CALCULATE NEW ADDRESS:

3220

21=JUL=-B1

.
.

=+*(CALCULATE NEW ADDRS, FIELD VIA DEC,
CAUSE JUMP (BRANCH) 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 LOwW BYTE OF N ADDRESS FOR PC ADDRESS 8-11
BITS REPRESENTED AS BITS 0-3.
WHEN 0-3 OVERFLOWS,
RESTARTS AT

ZERO

NET RESULT

IS JUMPS FROM:

FIELD ,PAGE

.
*

.
»

LOC:

0
17

0
377

:T0

16
15

376
375

000

(2222222222222
222232 2222222222222 22222222 22222 R 2]

savnnnnnnnnnnnnnnns

JEST

sasanensnnnannnnnannnnne

*IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM

*]BUS*<13>, WE ALREADY KNOW THAT THE Z BIT WORKS PROPERLY,
*ALL WE

WANT

TO KNOW HERE

THAT

CAN BE

READ.

ERERANARANRRRAARARRRARNANRRRRRARREARRRRRARRARRRERERRARES

sesnnnnnnnsnnnnnnnn

JEST

secvennccnnnnnnnavannene

*IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM

«]BUS*<13>, WE ALREADY KNOW THAT THE ( BIT WORKS PROPERLY
*ALL

WANT

TO KNOW HERE

THAT

|T BE

READ.

RARERRRRRRRRRRRRRRARRRRRRRRRRRROERRRRERRRRRRRRRRRRERRIRNRS

C2DMQC M8207 STATIC DIAG. #
21=JuL-81 14:
| (ZDMQAC. P11
.

L
I
L

|
-

;
|

3238
3239
3240
3241

3262
3243

3244
3245
3246
3247
3248
3249
50
3251
3252
3253
3254

MACY11

30A(1052)

21=JuL=81

PROGRAM DOCUMENT

sonnnonnnnnnnnnnnnt

*TEST OF

14:48

[EST

2
PAGE 4=17

SEQ 0020

sanennnnnssnnnnnnnnnnnne

PROGRAM CLOCK BIT

*D0O A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET

*WRITE PROGRAM CLOCK BIT TO A ONE,
*AND THEN SETS SOME TIME LATER

VERIFY THAT

AARARRAAARARARAAARAAARARRAREARARAAANAS

snnnnrnnnnnnnntnnnnnr

*FORCE

POWER FAIL

[ECST

IT CLEARS,

AARAAOARRRERTS

snwnnnnnnnnnnnnanenannne

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
ARARRANRAAAAARAAAARARARNARRAN
RN ARR AN AARANTRA AN
RS

sarnnnnnnnnnnnrnrr

JEST

*M] C(RO-PROCESSOR NOISE

*WRITE ALL

snnnnnnnnnnnnnnnnentnnnns

TEST

ZERO'S THEN ALL ONE'S THEN A DATA PATTERN

*TO THE I8US* AND IBUS REGISTERS AND TO THE SP AND MAIN MM
*THEN GO BACK AND READ THE DATA PATTERNS TO VERIFY THAT
*READING AND WRI1ING OF

OTHER LOCATIONS AND REGISTERS

*DID NOT

CHANGE

LAAR AR

R ARttt
R
]

THE DATA.

srnnnnnnnnnnnnnnnn

*THIS

TEST

[EST

IS DESIGNED

sannnnnnnnnnntnnnnannnnnn

TO MAKE

SURE

THAT A NODST

INSTRUCTION

*DOLS NOT WRITE INTO PORT B OF THE MULTIPORT RAM,
«TO DO THIS, WE'LL PUT A 125 INTO INDAT2, THEN WE'LL PUT A
*125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR, SUBOC,

*]F

THERE

IS A WRITE INTO PORTB,

INADT2 WILL CONTAIN A 377

5P1

AAARAAAARAAARNAAAARARAAANAARRRARNAAARA
R AR PR
AR

sawnnnnnnnnwrnnnrsr

TEST

snnnnnnnnnnnnnnnnnvaeenne

*EXTENDED CRAM TEST FOR M8206.

IN THIS TEST WE WILL LOAD DATA

*THROUGHOUT THE CRAM (TEST DATA IS
*THEN READ IT BACK AND VERIFY THAT

JUST 4K OF DIAG.
IT IS CORRECT

CODE)

AND

(A AAASRR3R0
2222222221 ]

trsnnnnnnnnnnnnnnt

[EST

snnnnnnnnnnnnnnnnnnnnnnne

*THIS TEST LOADS MICRO-CODE
*THE MICRO-CODE IS DESIGNED

INTO A M8206 MCPU THEN EXECUTES IT.
TO WRITE ALL ONES INTO THE SEL REGS.

RAEANARAAAARRAR
AR AR A RAR AR RN RAARAR AN RARACRARRRRER RN

cevnanannnennnwnan

[EST

snnnecnvannnrnnnnnsnnnnns

*NEGATIVE ADDRESS TEST.

IN THIS TEST, WE'LL MAKE SURE

THAT THE M8207

MB207 STATIC DIAG. #2
| (ZDMQC
(ZDmMac.P11
21=JuUL=-81 14:36
|

MACY11 30A(1052)

21=JUL=-81

14:48

PROGRAM DOCUMENT

g
PAGE 4-18

SEQ 0021

D(T)(E)SI"}'OT RESPOND TO AN ADDRESS THAT [SN'T ASSIGNED

1222332333323 2322322222220

220222 022220222t
d Rl ]

rrnnnnennnnnnnnwnn

[EST

swnnnnnnnnn

anvwnvsnnnnnn

*3YTE ADDRESSING TEST
*
HERE, WE'RE GOING TO MAKE SURE THAT WE CAN
»
WRITE INTO ONLY A HIGH OR LOW BYTE OF THE MCPU.
~

(3222222222322

Aar At kAR

2222222222022l

AARNAN

JEST

lld

aawaadaa
v a v v a et tnn

*IN THIS TEST WE'RE GOING TO MAKE SURE THAT THE PC
*REC COUNTS UP PROPERLY.
THE PC REG SHOULD
*ONCE AFTER EACH INSTRUCTION.

INCREMENT

1232232233332

3323222223232

AARRRRRRARRRNRRNAR

TEST

22322 2222222222222
22l dlAd

anancn

vk kA

AR AR AR

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

*GET STUCK HIGH.
«FIRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
*WITH BAB BITS 11+12 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 PCR.
(2222322333233 222

2233323332322

CR AN RARRRARRRAARE

TEST

322322223233232222220222}

aanna

A AR AR

*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 THEN WE'LL
*MOV SP TO 0BUS4.
THAT SHOULD SELECT

*SP ADDRESS 0.
IF ANY OTHER DATA SHOWS UP, WE'LL
*BLAME IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.

(2222322222223 2222 2222222222222
22
2
iRt
d)

ARARRANARRRRNRNANt

[EST

waaaaaaa
ettt e a ket eR e nnn

«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 CROM BITS 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
*WITH

THE

CONTENTS OF

THE ALU

CLEAR.

————

—————

—

(ZDMQC M8207 STATIC DIAG., #2
CZbmMac.P11
21=JUL=-81 14:36

MACY11 30A(1052)

21=-JUL=-81

14:48

PROGRAM DOCUMENT

2
PAGE 4-19

SEQ 0022

(2222323332233 3222322222220
22222 Rt
Rt
ildd ]

AARRRRRRRANARARNRY

TEST 4T

Aot

r e a e

r e A A

kA AR

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

*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
«WE'LL DO A MASTER CLEAR AND BE SURE THAT THEY ALL CLEAR.
1223223232332

2233323223222222
22222222
Rt
Rdldd

8.0 ERROR INFORMATION
8.1 ERROR REPORTING

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

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
CZDMQ DVC FTL ERR 00015 TST 042 SUB 000 PC:027234
UNIT=00, FAILING UNIT ADDRESS=160170
JUMP TEST ERROR
FROM ADDR

000402

TO ADDR

000000

BAD ADDR

000114

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

EXTENSIVE

HISTORY

9.0

MODIFIED AUGUST 1980 FOR THE FOLLOWING REASONS:
1) CANCELL DEPO (ZDMQA!
) CANCELL DEPO CZDMQAZ2
) DETECT BAD TIMING ON INTERNAL CLOCK.

AND

CZDMQC MB207 STATIC DIAG. 02
(ZDMQC.P11

3407

21=JUL=-B81 14:36

MACY11 30A(1052)

21=-JUL=-81

PROGRAM DOCUMENT

14:48

PAGE 4-20

MODIFIED JULY 1981 TO FIX TEST 43 MAR BITS IN IBUS* 10.

SEQ 0023

(o 2V, PYWYV

EEFLE

CZDMQC M8207 STATIC DIAG, #2
CZDMQC.P11
21=JUL=-B1 14:36

MACY11 30A(1052)
21=JUL-81
PROGRAM DOCUMENT

14:48

2
PAGE 5

SEQ 0024

CZDMQCO M8207 STATIC DIAG #2
CZDMa .P11
21=JUL-81 14:36

3418

3426
3427

002000

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

3436
3437
3438
3439
3440
3441
3442

3443

3444
3445
3446
3447
3448
332153
3451
3452
3453
;‘422

.MCALL
SvC

SVC

002000

BGNMOD

CZDMQ

000000
000000
000000
000000
000000
000000

PAGE 5-1

SEQ 0025

.=2000

002000

000000

LTITLE CZDMQCO M8207 STATIC DIAG #2

3428
3429
3430
3431
3432

3433
3312?5

14:48

: INITIALIZE SUPERVISOR MACROS

$LSTIN= 0

$LSTTAG= 0
SVCINS= 0
SVCTST= 0
SvCsuB= 0
SV(GBL= 0
SVCTAG= 0
3
:
3
3

;
;
:
:
:

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

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

C(ZDMQCO MB207 STATIC DIAG #2
CZDMAC.P11
21=-JUL-81 14:36
g«‘gg

.SBTTL

3460

(4)

(4)
(4)

(4)

(4)
(4)

(6)
6)
(5)
(5)

002000
002000

002000

002000
002001

103
132

002003
002004

115
121

002002

002011
002011
002012

060

(5)

002014

002010

103

002012

000000

002014

000360

002016

027344

002020

000000

002022

002262

0020264

000000

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

002026
002030
002030
002032
002032

030144

(4)

002C3&

000000

002036

000000

002040

002132

(5)

002016

(5)

002020

(5)

002022

(5)

002024

(5)

002026

(4)
(4)

(5)

102034

(5)

002036

(5)

002040

(5)

00204

(4)
(4)

000000

(4) oozo‘s 000000

(5)

002044

(5)

002046

(5)

002050

(4)

(3)

002044

000000

002046

000000

00050

003

L SNAME : :

104

(5)
(4)
(5)

(4)

2
PAGE 5-2

PROGRAM HEADER

POINTER BGNAU,BGNDU

000
000
000

(4)

* THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

002005
002006
002007
002010

(%)

14:48

* THE PROGRAM HEADER IS THE INTERFACE BETWEEN

gl-‘g}

3463
364
3465
3,73
34,74

MACY11 30A(1052)
21-JUL=-81
PROGRAM HEADER

003

HEADER

(ZDMQ,C,0,240.,0

LASCII /C/
CASCII 727

:DIAGNOSTIC NAME

JASCII /D/

JASCIT /M7
JASCI1 70/

LSREV: :

LSDEPO: :

LSUNIT::
LSTIML: :

LSHPCP: :
LS$SPCP: :
LSHPTP: :

LSSPTP: :
LSLADP: :
LSSTA: :
L$CO::

LSDTYP: :
LSAPT: :

LSDTP: :
LSPRIO: :
LSENV]::

LSEXPY::
LSMREV: :

BYTE
BYTE
BYTE

0
0
0

LASCI1

/C/

LASCIT

70/

WORD

LWORD

240.

LWORD

LSHARD

WORD

LWORD

LSHW

WORD

.WORD

LSLAST

LWORD

JWORD

LWORD

LSDISPATCH

.WORD

;REVISION LEVEL

;NUMBER OF UNITS
:LONGEST TEST TIME

:POINTER TO H.W. QUES.
:POINTER TO S.W. QUES.
:PTR. TO DEF. H.W. PTABLE

:PTR. TO S.W. PTABLE
:DIAG. END ADDRESS
;RESERVED FOR APT STATS

:DIAGNOSTIC TYPE
:APT EXPANSION

:PTR. TO DISPATCH TABLE
:DIAGNOSTIC RUN PRIORITY
;FLAGS DESCRIBE HOW IT WAS SETUP

.WORD

;EXPANSION WORD

LWORD

JBYTE

CSREVISION

BYTE

(SEDIT

:SVC REV AND EDIT #

SEQ 0026

CZDMQCO MB8207 STATIC DIAG #
(Zomac.rP11
21=JuL-81 14:

MACY11 30A(1052)

PROGRAM HEADER

LSEF::

(5)

(4)
(%)
(5>
(&)
(5)
(&)

LSREPP::

(5)

LSEXP4::

(5)

LSEXPS::

(5)

LSAUT::

(4)

(S)
(4)
(5)

012144

012140
000000

002312

(4)

104035

000000

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

011340

(4)

012134

(4)

012042

(4)

002122

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

000000

(5)

3475

000000
000000

3482

3483
3484
3485
3486
3487

177777
177777
177777

LSDVTYP
0

3
PAGE 5-3

LSAU
L$DU

LSLUN::

:
L$DESP:

LS$DESC

:
LSLOAD:

ESLOAD

LSETP::

LSICP::

LSINIT

L$CCP::

LSCLEAN

LSACP::

LSAUTO

LSPRT::

L$PROT

;DIAG. EVENT FLAGS

; POINTER TO DEVICE TYPE LIST
;PTR.

TO REPORT CODE

;PTR.

TO ADD UNIT CODE

;PTR. TO DROP UNIT CODE
;LUN FOR EXERCISERS TO FILL

sPOINTER TO DIAG. DESCRIPTION
;GENERATE SPECIAL AUTOLOAD EMT

;POINTER TO ERRTBL
;PTR.

;PTR.

TO CLEAN-UP CODE

;PTR.

TO AUTO CODE

;PTR.

TO PROTECT

INIT CODE

;TEST NUMBER

LSDLY::

;DELAY COUNT

LSHIME::

;PTR.

LSTEST::

:
L$PROT:

SEQ 0027

L$DUT::

3476

(3)

LSDEVP::

(4)

14:48

0
0

LSSPC::

(5)

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

21=JUL-81

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

TO HIGH MEM

TABLE

—————

| CZDMQCO MB207 STATIC DIAG #2
| CZDMQC .P11

21=JUL=-8B1

14:36

—

S——

MACY11 30A(1052)

21=JUL=-81

DISPATCH TABLE

14:48

PAGE 5-¢4

;

33288

.SBTTL

3491

/1117777777777 7777777777777777777777777777777777777777777777777777777777777

335:8?

/11T

3492
3493
3496
(4)

:/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.
:/ 1T IS USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.

002130
002130

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

002132
002132
002134
002136

(6)

002146

000053
012146
012256
012422

(6)

002140
002142
002144

012552
012712
013154

(6)

002150

013570

(6)

002152

(6)

002172

(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

002154
002156
002160
002162
002164
002166
002170
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

013356
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

777777777777777777777777777777777777777777777777777777777/77777777

DISPATCH 43
.WORD
43

LSDISPATCH::
.WORD
WORD
.WORD
.WORD
.WORD

T
T2
T3

WORD

T4
TS
T6

.WORD

.WORD
WORD
.WORD
WORD
WORD
WORD
WORD

WORD
WORD
WORD

WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD
WORD

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

17
T9

T10
TN
T12
T13
T14
T15
T16

T17
T18
T19

T20
T21
T22
123
T4

T25
T26
T27
T28
T29
T30
T31
T32
T33
T34
T35
T36
T37
T38
T39
T40
T41
T4?2
T43

SEQ 0028

(ZDMQCO MB207 STATIC DIAG #2
CZDMQC.P11
3506
3507
3508

21=JuL=-81

14:36

MACY11 30A(1052)

21=JuUL=-B1

DISPAT(H TABLE

14:48

PAGE 5-5

SEQ 0029

[
!

| (ZDMQCO MB8207 STATIC DIAG #2
CZDMaC.P11
21=-JuL=81 14:36

MACY11

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

SEQ 0030

PAGE 5-6

.SBTTL DEFAULT HARDWARE P-TABLE
SIIIITII 17T 7 7777707777707 7777777777777777777777777777771777777777177707777777
;/ THE DEFAULT HARDWARE P-TABLE CONTAINS DEFAULT VALUES OF
;/ THE TEST-DEVICE PARAMETERS.
THE STRUCTURE OF THIS TABLE

s/ IS IDENTICAL TCO THE STRUCTURE OF THE RUN-TIME P-TABLE.

SIIIITTITI77 0770707777777 07 777777777070 07 007707777707 07 777777777777 77717777777

LENABL

LOHW::

AMA

BGNHW
.WORD

DFPTBL::

DFPTBL

L10001-L$HW/2
7
160170

HOOO

300
5000
3
56

002310
002310

002306

L10001:

;MICRO-CPU TYPE.
;M8200,4,7 CRS ADDRESS
:M8200,4,7 VECTOR ADDRESS
; INTERRUPT PRIORITY LEVEL

;LINE UNIT TYPE

;SWITCH PACK #1

(DDCMP LINE #)

;SWITCH PACK #2 (BM873 BOOT ADDRESS)
;SWITCH PACK #3

sTEST CONNECTOR INSTALLED FLAG
;CONTAINS BAUD RATE 4=56K BAUD DEFAULT
;0=2.4K , 1=4.8K , 2=9.6K , 3=19.2k , 4=56K
:5=250k , 6=500k , 7=1 MEG BAUD
;0=RUN SW OFF,

1=SW ON

CZDMQCO MB207 STATIC DIAG #2
| CZDMQC P11
21=JuL=81 14:36
|

l
|

3536
3537
3538
2539
3540
3541
3542
3543
(3)
(3
(3)
3544
3545
3546
(3)
3547
3548
3549
3550
3551

3552

MACY11 30A(1052)

21=JuL=81

SOF TWARE P-TABLE
.SBTTL

14:48

PAGE 5-7

SOF TWARE P-TABLE

SIIIIIIIIIII7 7777000777000 0000700077700 70 0000777777077 77 2777777777777 7777
;/ THE SOF TWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
;/ PARAMETERS THAT (AN BE CHANGED BY THE OPERATOR.
SITIIIIIIIIIIIIT 7777700000000 7 7007700007070 7 0707077777770 77777177777747

BGNSW

L$SW::

LWORD

SFPTBL : :

L10002:

ENDSW

SFPTRL

L10002-L$Sw/2

SEQ 0031

———-

—_——

CZOMOC.PIT - 21=JuL=B1 14:36
| CZ0MOCO MB207 STATIC DIAG #2

SEQ 0032

sorrguzaf pSTABLE gty ity -

MACY11 30A(1052)

21-JuL=-81

14:

3554
3555

3556

3657

| 3558
|

3559
3560
3561
2562
3543

222?
335

3569
;g;?

LSBTTL

GLOBAL EQUATES SECTION

1/
Y,

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM .
1 4////////////////'/
ARE USED IN MORE THAN ONE TEST.
o

EQUALS

2568

SIIIITIIIII I 2777707777770 72077777770777770777777777777777777

+141

//////////////////////////////////////////////////////////////////////////////

5§¥?

002312

g};
(1)

(1)

(1)
(1)
1)
(1)
(1
(1)
(1)
(1)
(1)
(1)
(")
(1)

:}3

(1)

> BIT DIFINITIONS
100000

8]T15== 1

099000

Bl T1ace 40000

010000
004000
002000
001000
000400
000200
000100
000040
000070
000010
000004
000002 -

B8IT12==
BIT11==
8IT10==
B1109==
BIT08==
BIT07==
BIT06==
BIT05==
BIT04==
BIT03==
BIT02==
BIT01==

10000
4000
2000
1000
400
200

020000

000001

6IT13== 20000

100
40
20
10
4
2

BIT00== 1

000400

001000

B179==

(1)
(1

000200
000100
000040

BIT7==

BIT6==
BITS5==

BIT07

BIT4==

BIT04

(1)

000020

5};

000001

(1)
(1)
(1)

000010
000004
000002

5};

(1)

BIT3==
BIT2==
BIT1==

BIT0==

BIT06
BIT0S

B]703
BITO2
BJT01

BITCO

* EVENT FLAG DEF INITIONS

(1)
,

BIT8== g{rgg

00004

000039

EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM (OMMUNICATION

EF.START==
]

EF _RESTART==

32 :

31.

START; (OMMAND WAS

* RESTART (OMMAND UAé xg&o
1SS

C2DMQCO MB207 STATIC DIAG #2

L C2DMaC P

21=JUL=-81 14:3%

MACY1T 30A(1052)

21=JUL=81

(1)

00003¢

EF .CONTINUE==

000034

EF .PWR==

!
!

D)
‘1

000035

(1)
(1)

1)
1)
(1)
(1)
1)
(1)
(}2
(1’

000340

000010

000020
000040
000100

(1)
(1)

001000
002000

(1)

(1)
(1)
)
(1)

3574
3575
3576
3577

28.

: A POWER=FAIL/POWER=UP OC(URRED

: A NEW PASS MAS BEEN STARTED

PRI0O7== 340
PRI06==
PR]I0S==
PR]04==
PRI03==
PRI02==
PR]I01==
PR]00==
s

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

; CONTINUE COMMAND WAS [SSUED

300
240
200
140
100
40
0

“OPERATOR FLAG BITS

(1)

30.

29.

SEQ 0033

* PRIORITY LEVEL DEFINITIONS

c})

(1)

EF NEW==

PAGE 5-9

:})

[

GLOBAL EQUATES SECTION

‘

14:48

EvL==

LOT==

ADR==
1DU==
ISR==

000200
000400

UAM==
BOE==

004000

IXE==
IBE==
1ER==
LOE==
HOE==

010000
020000
040000
100000

FNT==
PR]==

40
100
200

400

1000
2000

4000
10000
20000
40000
100000

3578

.‘"...'..'Q....'.'Q....."'.."."...'.'.".‘..Q'..'..."."'......."."

3580

.'"......".""......'..'..'..."'."'.....".'..'...""..'..".'"'.Q.

3579

2581
3587

** PROGRAM EVENT FLAG DEF INITIONS

, (ZDMQCO MB207 STATIC DIAG #2
(ZDMQC.P11

21=JuL=-81 14:36

MACY11 30A(1052)

21-JUL-81

GLOBAL DATA SECTION

14:48

PAGE 5-10

SEQ 0034

%ggg

.SBTTL

3587
2588
3589

sIIIIIIIIIIII77777707777077777077777777777777777777777777707070070770777070077777777
,/
THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
3/
IN MORE THAN ONE TEST.

2592

gg?

//////////////////////////////////////////////////////////////////////////////

2563

3594

3595
(4)

002312

034115

(3)

002334

0000€2

‘5'(5%%

;* STORAGE FOR DEVICE REGISTERS

(3)

(3)
(3)

GLOBAL DATA SECTION

002320
002326

044504
031043

030062

043501
047440

020067

L LR

LSDESC::

020056
020106

DESCRIPT
LASCIZ

/M8207 DIAG. #2 OF 2/

.EVEN

3597

R
e
s

3598

;* PROGRAM CONTROL PARAMETERS

7599

3600
%;

3603
3604
3605

002336
002340

000000
000000

AR R

NEXT:
LOCK:

R AR R P AR AR AR R R

.WORD
.WORD

0
O

002342
002344
002346
002350
002352
002354

000000
000000
000000
000000
000000
000000

LOGDEV:
PSTACK:
SUBRPC:
ERRFLG:
RETADR:
STRTSW:
STAT:
CLKX:
MASKX:
SAVSP:
SAVPC:
ZERO:
ONE :

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

O
O
0
O
0
O

3678

002416

000000

$REGS:

.WORD

TYPE:

.WORD

3619
3620
3621
3622
3623
3624
3625
3626
3627

5629
3630
3631
3632
3633

002420
002422
002424
002426
002430

3634

002432

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

000000

RN,

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

R R AR RN
R AR AR R AR R AR AR R AR R R R TR R R AR R AR R R AR R AR R AR RN R AR AR R R R AR AR AR
;* MISCELLANEOUS STORAGE
R PR R AR AR AR RN R RN R RN RN AR AN AR R AR AR AR AR AR AR RS
AR AR AR AR R AR AR AR

3606
3607
3608
3609
3610
3611
3612
3613
3614
3615
3616
3617
3618

002356
002360
002362
002364
002366
002370
002372
092374
002376
002400
002402
002404
002406
002410
002412
002414

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

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
MEMLIM: .WORD
KMACTV: .BLkKW
KMNUM:
_BLKW
SAVACT: .BLkWw
SAVNUM: .BLKW
FLAG:
.WORD
RUN:
.WORD
FADR:
.WORD
WIYPE:
.WORD
$REG4:
$REG3:
$REG2:
$REGT:
$REGO:

.WORD
.WORD
.WORD
.WORD
.WORD

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

O
O
O
O
O

;LOGICAL DEVICE NUMBER
;sBASF LEVEL PROGRAM STACK POINTER
;PC OF SUBR CALL FOR ERROR REPORTS
;SUBROUTINE ERROR FLAG
;SUBR ERROR RETURN ADDRESS
;SWITCHES AT START OF PROGRAM

;KM STATUS WORD STORAGE
:
3
;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

;M82XX NUMBER FOR TYPE OF MICO-CPU
;STORAGE USED FOR ERROR MSG DATA

;=0 FOR DMP,=1 FOR M8206

'
| CZDMACO M8207 STATIC DIAG #2
21=JUL-B81 14:36
| CZomac.P11
|

MACY11 30A(1052) 21=JUL=81
GLOBAL DATA SECTION

3635
3636

002434
002436

00000C
003777

MRO :
MEMSZ:

3638
3639
3640
3641
3642
3643
3644
3645
3646
3647
3648
36%49
3322?

002442
002444
002446
002450
002452
002454
002456
002460
002462
002464
002466
002470
002472

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

$TEMPO:
$TMPO:
$GDADR:
$BDADR:
$GDDAT:
$8DDAT:

3637

002440

000000

3652

3655
3656
3657
3658
3659

.WORD

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
FTIME:
.WORD
SAVE4:
.WORD
SAVE6:
.WORD
RUNB:
.WORD
RUNINH: .WORD
AR

3653

3654

TEMP:

.WORD
.WORD

14:48

0
3777
0
0
0
0
O
0
0
0
O
0
O
0
O

3
PAGE 5-11
;MEMLOC USED INSTEAD OF RO.
;INDICATES MEMORIE SIZE, LAST ADDR.

;CONTAINS ADDRESS OF 'GOOD' DATA
;CONTAINS ADDRESS OF °'BAD' DATA
;CONTAINS 'GOOD' DATA
;CONTAINS 'BAD' DATA
;RESERVED=-=NOT TO BE USED

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

AR AR RN TN AN AR A AR AR RN RN AR AN AR R R AR AR AN R AR AR AR AR AR RN R AR RN

:* PROGRAM CONTROL FLAGS
002474
002476

002477

000
002476
000
000

3660

AR AR AR AR AR AR AR AR R AR AR R R AR AR RN AR AR AR R AR R R

INIFLG:

LOKFLG:

QV.FLG:

SEQ 0035

.BYTE
.EVEN
.BYTE
.BYTE
.EVEN

R AR R R AR R AR RRRR AR

;PROGRAM INITIALIZING FLAG

;LOCK ON CURRENT TEST FLAG

TR R RPN

A R RO AR

;QUICK VERIFY FLAG

tt"ti'Q.t.tt'.fi*.'tt'.'.ttt'tti"Q."t".t.t"'tt.t"t'l'tt..."'ti"t

3322%

' DEFINITION OF M8200,4,7 STATUS WORDS = STAT1,STATZ2,STAT3

3664
3665
3666
3667
3668
3669
3670
3671

i*
o
:
o
A
e
o
o

332;%

;v
E

STAT1 - BITS 00-08 IS M8200,4,7 VECTOR ADDRESS
BIT15=1 LINE UNIT IS AN M8203
BIT14=0 NO TEST CONNECTOR(S) USED
BIT14=1 H=XXX TEST CONNECTOR WILL BE USED
BIT13=0 LINE UNIT IS AN M8201
BIT13=1 LINE UNIT IS AN M8202
BIT12=1 NO LINE UNIT

BITS 09-11 IS mM8200,4,7 PRIORITY LEVEL

3674

STAT2 - LOW BYTE IS SWITCH PACK #1 (DDCMP_LINE NUMBER)

332;;

2®

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

3679

:ttt'ttttttt'ttttttntttttttQtttttttttt'ttttttt'tt.tttt"ttti!tttt.'ttttt

332;2

3680
3681
3323%

i
&

002500
002502
002504

000000
000000
000000

STAT1:
STAT2:
STAT3:

HIGH BYTE IS SWITCH PACK #2 (BM873 BOOT ADDRESS)

.WORD

.WORD
.WORD

O
O
O

3684

;tt-.tt-a-ttt-n-t--t-a-'n---ttt-.ttt-tn---t----t-----'ntantn-n"--n-"-t-

3686

Qttt'tttttttttttQttttttttttttttttttttttt'titttttttttt'tttn'ttt.ttttt.tl

3685

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

3687 002506 000000

3688
3689
3690

002510
002512
002514

000000
000000
000000

KMRVE : 0

KMRLVL: 0O
KMTVEC: O
KMTLVL: O

;POINTER TO M8200,4,7 RCV INTRPT VECTOR

;POINTER TO mM8200,4, 7 RCV INTRPT SERVICE PS
*POINTER TO M8200.4.7 TX INTRPT VECTOR
JPOINTER TC M8200,4.7 TX INTRPT SERVICE PS

CZDMQCO MB8207 STATIC DIAG #2
cZbmac.P11
21=JuL~-81 14:36

36N
3692
3693
3694
3695
3696
3697
3698
3699

002516
002520
002522
002524
002526

00000C
000000
000000
000000
000000

MACY11 30A(1052)
21-JUL-81
GLOBAL DATA SECTION
KMCSR:
KMCSRH:
KMCTL:
KMPO4:
KMPO6:

;POINTER
sPOINTER
sPOINTER
sPOINTER
;POINTER

3
PAGE 5-12

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

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

wwxwwnx
FOR TIIS UNIT
; THESE LOCATIONS wILL BE LOADED FOR THE CURRENT UNIT, IN INIT CODE

;.***x

002530

002530
002730

0
0
O
0
0

14:48

PRIMARY REG ADRS STORAGE

REGADR:

000100

;i#*ax

SSTACK:

STACK USED FOR SUBROUTINE LINKAGE
.BLKW

w#xws

CZDMQCO MB8207 STATIC DIAG #2
CZbomac.P11
21=JUL=-81 14:36

MACY11 30A(1052)
21=JUL-B1
GLOBAL TEXT SECTION
.SBTTL

3712
3713
3714
3715
3716

14:48

3
PAGE 5-13

SEQ 0037

GLOBAL TEXT SECTION

!XX!XX1XXZ!XXXXXX%ZZZXXZ!XXX!XX!XXZXZ22121X2XXXXXZZZZXXZ!XXZZXZ%XZZXZZZXXZZZZ
'X

3717
3718
3719
3720

THE GLOBAL

TEXT SECTION CONTAINS FORMAT STATEMENTS,

MESSAGES, AND ASCII INFORMATION THAT ARE USED IN

0%
MORE THAN ONE TEST,
SRR AR AR AN RA AR AR AN A XXX A A RA XKD AA AR AR RX AR RARKAR AKX RAR AKX AKAARANAARK LKL K
tt'tttttttttQt'tt'tfi""i'i"ttitt't*fifi'ttt.tiliQtttttttttt""'ttittt't""

:* NAMES OF DEVICES SUPPORTED BY PROGRAM
A2 EE222 2222222222222

002730
002730
002730
002736
002744
002752

034115
034115
051117
033460
002756

030062
030062
046440
000

026060
026064
031070

DEVTYP
LEDVTYP::
LASCIZ

222322222222

222

<M8200,M8204,0R M8207>

/M8200,M8204,0R M8207/

.EVEN

: FORMAT STATEMENTS USED IN PRINT CALLS

RRRRRR

(ZDMQCO MB8207 STATIC DIAG #2
CZDMAC.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

sIIIIIIIIIIT777777007777777777777777777777777777777777777777777777777777777777777
7/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST

%3‘29
3748

3749
3750

'.;.;g}

3753

3754

3755

3756

GLOBAL SUBROUTINES

/////////////////////////////////////////////////////////////////////// /11777177
HACRO S NEEDED TO CALL SLBROUTINES

.MACRO
.ENDM

POPSPZ

22626

(ZDMQCO MB8207 STATIC DIAG #2
czomac.P1
3758
3759
3760
2761
3762

21=JuL=-81 14:36

MACY11 30A(1052)

21-JUL=-81

GLOBAL SUBROUTINES

14:48

PAGE 6

SEQ 0039

(ZDMQCO MB207 STATIC DIAG #2
(Zbmac.P11

21=JuL=81 14:36

‘

MACY11 30A(1052)

21-JUL=-81

GLOBAL SUBROUTINES

14:48

PAGE 6~1

SEQ 0040

3764
3765

SIIIITTIIIITTII7 770777077077 777777777777707777777777777777777777707777777777777777

3769
3770
37N

3774
3775

.MACRO

3766
%;g;

g;;%

3776
3777
3778
3779

3780
3781
3782

3783
3784
3785
378%
3787
3788
3789

i/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
SIIIIIIIIIIITT7177777170077777777177777717717777007717777017710701700071711047717

; MACRO'S NEEDED TO CALL SUBROUTINES

.MACRO

K4ONLY
CMP
BNE
EXIT
. ENDM
EDSCALL
LLIST

?N2
MEMSZ
, #2000
N2
TST
XY

shwxnnnnnnnrnwnnr

NLIST
. ENDM
.MACRO
.RADIX
EDSCALL
.RADIX
. ENDM

TEST

BADHEAD
10
\TSTESTNUM+1
8

"XY'

sanwnsnnnnnnnns

———

—————

—_————

CZDMQCO MB8207 STATIC DIAG #2
czomac.P11
21=JuL-81 14:36
3791
3792

gegges

3763
2794
3795
3796
3797
3798
3799
3800
3801
3802
3803
3805
3806

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

.MACRO

MOV

KMCSR,R1

MACEX
.LIST

?N2

NLIST

BNE

:
N2
.MACRO

SEQ 0041

sRECORD DEVICE ADDR.

EXIT

MACEX

MACEX2
LLIST

TYPE

TST

7N2

;DO NOT DO TEST IF mM8200

ad
)

Ne:

&
PAGE 7

MYINT

TST

.MACRO

;DO NOT DO TEST IF M8200

NLIST
CMP
WTYPE ,#0
BNE
N2
EXIT TST

MACEX2
K4ONLY
LLIST

?N2

;DO NOT DO TEST IF mM8200, OR M8204

3823

14:48

.ENDM

S WO
S NOWVN

& 8 60 8 &
g 8808

3807

MACY11

CNLIST
CMP
BNE

:
N2

EXIT

MEMSZ
, #2000
N2
TST

sNOTE THIS TEST IS ONLY DESIGNED FOR 4K MODULE.

.ENDM

.MACRO
.ENDM
.MACRO
LLIST
NLIST

.MACRO

. ENDM
.MACRO

CLRMAR

ROMCLK

004000
CLRMAR

ROMCLK

JSR

SROMCLK
LLIST

RS, .ROMCLK

JSR
.NLIST

RS, .SROMCLK

SKIPO6
LLIST

NAN

sCLOCK INSTRUCTION

;GOTO "NNN' IF M8206

CNLIST
(MP
BEQ

WTYPE 46
NAN

;SEE 1F M8206

| CZDMQCO MB8207 STATIC DIAG #2
(ZbMacC.P11
21=JuL-81 14:36

MACY11

30A(1052)

21=JUL=-B1

GLOBAL SUBROUTINES

.MACRO

SKIPQ7

14:48

4
PAGE 7-1

SEQ 0042

NNN

;GOTO "NNN' IF M8207
CNLIST

CMP

WTYPE ,#7

SKIPO4

NNN

BEQ

.MACRO

LLIST

;SEE IF MmM8200,4,7

NAN

;GOTO "NNN' IF M8204

. ENDM
-MACRO

JSR

112777
142777

000205

000100
000300

177534
177526

000024

MSTCLR:

ENDBUG:

:
.ROMCLK

177442

000003
000007

177430
177422

177444

000006

002414

000002
177402

177400

142777

000007

177362

152777
142777

000001
000007

177354
177346

000002

177334

000240
000240

152777

000205

.REGT:

R5,.MSTCLR

;CLEAR M8200,4.,7

MOVB

#B1T6,IKMCSRH

;SET INST.

RTS

.BLkKw

NOP
NOP

BISB
MOV
BISB
BICB

:
. SROMCLK
NOP
CMP
ENE
BISB

MOV

NOP
NOP

20.

sPAT(CH AREA.

#BIT1,aKMCSRH
(RS5) +,dKMPO6
#BIT1!BIT0,aKMCSRH
#IT2!BIT1!BITO,aKMCSRH
RS

#6,WTYPE
.REGT
#B]T1,aKMCSRH

(RS) +,9KMP0O6

BI(CR

#7 ,9KMCSRH

BISB
BICB

#8170, KMCSRH
sSTEP INSTR.,
#BIT2!BIT1!BITO,aKMCSRH

NOP

#BIT6!BIT7,aKMCSRH

UNSAFE TO PATCH ANY OTHER AREA.

RTS

;SEE IF M8204

WTYPE ,#4
NAN

MSTCLR

BICB
PATCH:

000002

NLIST
CMP
BEQ

BISB

#2 ,aKMCSRH

RTS

CZDMQCO M8207 STATIC DIAG #2

| (ZOMaC.P11
|

3903
3904

003166

3905

003166

3606

003172

(1)

3907
(1)

3908
3909
(1)
3910
3911
(1)
3912
gg}z
3915
3916
3917

003174

003200
003202
003202
003206
003210
003210
003214
003216

(1)
3918
gggg

3921

003230

3924

003230

(1)

004537
000400

003044

004537

003044

004537
000000
000207

0037100

063220

060400

;ggg

003236

000207

3928

003240

3931
(1)
3932

(003240
003240
003244

3935

003250

3938

003250

3939
ggzg

003254
003256

3942

003260

3945

003260

3947
(1)

003266
003266

gggg

gg;z

23;9
(1)

%322
(1)
3946

2948

003246

003250

003260
003264

003272

JSR

003044

000402

003044

ROMCLK

004537

000420
000207

004537

000600
000207

003044

004537

003044

063220

:SP(0)

TO BR

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

:CLOCK INSTRUCTION
:1 70 BR

BIT

sNEXT WORD IS INSTRUCTION

RTS

:THIS SUBROUTINE

:CLOCK INSTRUCTION

;BR_002

SETS BR4 BIT

RS, .ROMCLK

:NEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION

:THIS SUBROUTINE SETS BR7 BIT
JSR

600
RTS
SETC:

:0 70 BR

SETS BR1

RS, .ROMCLK

ROMCLK

003044

004537
000777

:CLOCK INSTRUCTION

JSR

RTS
SETBR7:

SEQ 0043

RS, .ROMCLK

:THIS SUBROUTINE

ROMCLK
JSR
420

003044

&
PAGE 7-2

;CLOCK INSTRUCTION

:SETS BRO BIT
ROMCLK
JSR
RS, .ROMCLK
401
RTS
PC

000402

SETBR4:

RS, .ROMCLK

63220
ROMCLK
JSR
RS, .ROMCLK
60400
SROMCLK
JSR
RS, .SROMCLK
0
RTS
PC

SETBRI:

004537

003234

ROMCLK

000207

003230

3925

JSR

400

SETBRO:
004537
000401

14:48

:CLEARS C & Z BITS AND BR

ROMCLK

003044

004537

21-JUL-81

GLOBAL SUBROUTINES
CLRALL:

003220
003220
003220
003224
003226

gggg

21-JuUL-81 14:36

MACY11 30A(1052)

RS, .ROMCLK

sNEXT WORD IS INSTRUCTION
:CLOCK INSTRUCTION

:THIS SUBROUTINE SETS THE C BIT
ROMCLK

JSR
000777

ROMCLK
JSR

063220

RS, .ROMCLK

sNEXT WORD IS INSTRUCTION
;CLOCK INSTRUCTION
:BR 377

sNERT WORD IS INSTRUCTION
sCLOCK INSTRUCTION
;SP(0)_BR

(ZDMQCO M8207 STATIC DIAG #2

21=JUL=-81

14:36

(1)

004537
060400

003044

(1)

004537
000000
000207

003100

- (ZDMQC.P11

3949
3950
395
3952
3953
3954
3955
3956
3957

MACY11 30A(1052)
21-JUL-81
GLOBAL SUBROUTINES
ROMCLK

3958
(1)

004537
000777

003044

004527
000777

003100

003044

121244
116104

;THIS

JSR

RS, . SROMCLK

RTS

Z BIT

;NEXT WORD

INSTRUCTION

:CLOCK INSTRUCTION
BR 377

:NOW CLOCK THE BITS INTO !BUS<13>

:GOOD DATA

#2,(SP)

:ADJUST STACK

CLR

(R1)

JSR_
061225

RS, .ROMCLK

RTS

ROMCLK

MOVR
1%:

ROMCLK

S(R1) ,Ré4

4(R1) R4

CLR

1%:

MOV

:NEXT WORD

INSTRUCTION

:CLOCK INSTRUCTION
:MOV BR TO PORT §

;READ PC

2 IBUS*<12>
SEXIT

WRITES

#BIT15,STATI

LOW REG DIRECTLY.

:CLOCK INSTRUCTION
;PUT

SKIPQ7 2%
:GOTO 2% IF M8207

MOV

IT LOADS BR WITH IT

:JUMPED TO,

:PUT "FOUND'* IN R4

MOVB

SUBROUTINE

;CLOCK INSTRUCTION IN CRAM THAT

;RETURN

RS, .ROMCLK

sTHIS

:CLEAR BIT10
:CLR BIT8

JSR

121244

003422

01271

THE

a(SP) RS

#R1T8, (R1)

BEQ

003440

INSTRUCTION

;NOW WE MUST CLOCK THE BITS INTO IBUS <13>

BIS

RTS PC

012146
002000

sNEXT WORD IS

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

BIT

012702

SEQ 0044

;CLOCK INSTRUCTION
:BR SP(0) +BR

:GOTO 18 IF M8207
CLR
(R1)

WROM:

005000

PAGE 7-3

SETS

RS, .ROMCLK

SKIPO6
1%
:1F MB206,WE'LL GET PC A DIFFERENT WAY.
:GOTO 18 IF M8206
SKIPO7
1%
:IF M8200,4,7 WE'LL GET PC A [ IFFERENT WAY.

000207

003432

SUBROUTINE

JSR
000777

ADD

003044

004537

MOV

000400

000005

RTS

CLR

000000
000002

116104

000207

RS, .SROMCLK

0777

00501
004537
061225

5sa

SROMCLK

RAMDAT
:

005011
052711

RS, .ROMCLK

ROMCLK

000207

005004
017605
062716

JSR
060400

SROMCLK

SET2:

14:48

TO PORT 4

INTO R4

THE

ROMMAP

INTO

;BE

SURE HSZOOA; 7 HAS CRAM

JSKIP IF NO
C

;RO=CRAM ADDRESS

‘81710,(R1)

. SET ROMO

#ROMMAP ,R2

THE

sR2 POINTS TO ROMMAP

(RAM

(ZDMQCO MB207 STATIC DIAG #2
CZoMaC.P11

21=JuL=-81 14:36

3996
3997
3998
2999
4000

003444
003450
003454
003460
003662

010061
012261
052711
005200
023700

4002

003470

005011

4007

“-%}
4005

4006
4007

003466 001364
003472

MACY11 30A(1052)

000004
000006
020000
002436

000207

2%:

003474

MEMSET:

4010

4014

0C3504

005000

LO1§

003512

010061

000004

4018

003524

052711

020000

003506

012711

003530

005200

002000

003546
003554
003562
003566

016061
016061
052711

005720

1%:

000437 000006

“CLEAR SELO

RTS

‘BR IF NO
:RETURN

:THIS SUBROUTINE LOADS CRAM WITH SPECIAL INSTRUCTIONS
:FOR THE CRAM JUMP TEST. ALL CRAM LOCATIONS ARE LOADED

4030

003576

005011

4033
g

003602
003610

000000
000007

4035

003616

000400

4037
4038
4039

003622
003624
003626

000404
000407
000777

003602
003616
020000

000004
000006

000001
001777

403 003620 000401

28:

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

000004
000525

;RO = CRAM ADDRESS

RO,4(RY)

;LOAD CRAM ADDRESS

#BI1T10,(RY)

#437,6(R1)

MOV

BIS

#MIT13,(R1)

(MP
BNE
CLR
MOV

MEMSZ ,RO
1%
RO
#B1T10, (R1)

MOV
MOV
BIS

;LOAD CRAM ADDRESS IN SEL4
;LOAD INSTRUCTION TO BE WRITTEN
JWRITE CRAM!

(R0) +

RTS

C(RAMA:

.WORD

0,1.4.7,1777.525

INSTU:

000400

:BR_0

000404
000407
000777

:BRTM4
BRTM7
‘BR7377

000401

003632

010537

002416

4049

(003652

010137

002426

010437 002420
010337 002422
010237 002424

SV05:

*DONE YET?
‘BR IF NO
*INDEX REGISTER
“SET ROMO
SNEXT

“DONE YET?
*BR IF NO

(R1)

;CLEAR ALL BITS

*RE TURN

BRTM1

000525

4045

JWRITE INSTRUCTION IN CRAM

CRAMA(RO) ,4(R1)
INSTU(RO) ,6(R1)
#IT13,(R1)

3$:

000525

*LOAD INSTRUCTION

“NEXT ADDRESS

#14.R0
2

CLR

:SET ROMO

CMP
BNE

4042

4046 003636
4047 003642
4048 003646

CLR

2’835 003600 000207

003630

MOV

INC

4028 003570 022700 000014
4029 003574 001362

4043
L044

(R1)

:GOTO 3% iF M8207

4020 003532 023700 002436
4021 003536 001363
4022 003540 005000
4023 003542 012711 002000

2&?

CLR

SkIPO7

4017 003516 012761

4027

:LOAD CRAM ADDRESS
*LOAD WORD TO BE WRITTEN
“WRITE IT!
*NEXT ADDRESS
*DONE YET?

;CONTAIN INSTRUCTIONS WHICH LOAD THE BR WITH THE LOWEST

003474

4024
4025
4026

RO,4(R1)
(R2)+,6(R1)
#MIT15, (R1)
RO
MEMSZ ,RO

;8 BITS OF THAT (RAM ADDRESS.

4013

4019

PAGE 7-4

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

“-g;‘;

4015

14:48

MOV
MOV
8IS
INC
(MP
BNE

4008
4009

21=-JUL=-81

GLOBAL SUBROUTINES

*BR7125

JROUTINE TO SAVE GENERAL REGISTERS FOR ERROR ROUTINE.
; CALL = JSR
PC,SV0S

MoV

RS, $REGS

MOV

R1,$REG)

MO/
MOV
MOV

Ré . SRE
G4
R3.$REG3
R2.$REG2

SEQ 0045

(ZDMQCO MB207 STATIC DIAG #2

(7D

4050
:8?1
&05

P11

0035¢
00% 64

21=JuL=81 14:36

013737
000207

002434

MACY11 30A(1052)

21=JuL=B1

GLOBAL SUBROUTINES

002430

MOV
RTS

14:48

MRO, $REGO
PC

PAGE 7=5

SEQ 0046

| CZDMQCO MB8207 STATIC DIAG #2

, (ZDMQC.P11

30A(1052)

21-JUL=81

14:48

GLOBAL ERROR REFORT SECTION

4
PAGE 7-6

SEQ 0047

:822

.SBTTL

4057

SIIIITITITTII77 7770777777777 7777777777777777777777777777777777777777

4059

4058

282?
4062
4063
4064
4065
4066

003666

047045 5

4067

003712

047

047445

4068

003730

047045

4069

003755

IN MORE

THAN ONE
T

TFMI1:

LASCIZ

/ANXO6%S4%06%S4
%04 AN/

; 047445

022463

TFM2:

_ASCIZ

/%NZ03XS7%03%N/

047445

(022463

TFM3:

_ASCIZ

/%N%03%S10%03%S4%X04
XN/

022516

031517

TFM4&:

_ASCIZ

/AINXO3XS7%03%N/

022516

033117

T1FMS5:

,ASCIZ

/XANX06%S5%06%S3%06%N/

022516
051511

051101
042524

TFM36:

.ASCIZ

/XNXAREGISTER ADDRESS ERROR,ADDRESS
= X06%A,UNIT
= %02/

003762
003770
004000
004006
004014

051445 5
051445 5
04704 5

045
—a

051503
044107

—

A%,]

051127
020116
047440

S%
Ww

042524

-t

041040
047507
—t

004112
20

004105

045
043505
020122
051505
047522
051104
020075
026101
036488

o
n
o

004017
004026

045 5

003773

n
o

4073

THAT ARE USED

022466

030523
051445
04704 5
045 5
051445 5
04704 5

0C3736
003744
003752

004032
004040
004046
004054
004062
004070
004076
4072

THE GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES

047445

032123 3
032123 3
11

(o,

4071

003674
003702
003710

4070

GLOBAL ERROR REPORT SECTION

///////////////////////////////////////////////////////////////////

S NRFSUR

;

oS~ ONO

21=JuUL-81 14:36

MACY11

047111
020116

047445
047445

022460
022464
000
022467
000
022465
022463
000
042101
020123
026122
051505
047445
047125
022440
022516

022466
022464
022463

031517
032117
031517
033117
033117
0
051104
051105
042101
020123
022466
052111
031117

020122
041040
047507
052111
047111
020116
020127
054040

020101

044510
052131
020124
042524
047524
020101
054502
042506

TFM41:

_ASCIZ

/%NZA (SR HIGH BYTE GOT WRITTEN INTO ON A LOW BYTE

XFER/

040445
046040
052131
020124
042524
047524
020101

041440
053517
020105
051127
020116
047440
044510

TFM42:

LASCIZ

/%NXA (SR LOW BYTE GOT WRITTEN INTO ON A HIGH BYTE XFER/

r—

CZDOMQCO M8207 STATIC DIAG #2
(ZDMQC.P11
21=JUL-81 14:36

|
i
|

4074

|
|

044107
020105
000
045
043505
020122
04

4075

4076

4077

4079

4080

SEQ 0048

052131
051105

022516
040440
042524
040525
051104
051117
040440
020075

047101
042104
052123
020114
042440
041055
042104
047445

TFM4O:

LASCIZ

/%NXANEG 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
051105
044527
022520

TFM43:

LASCIZ

/%A SCRATCH PAD %03%A DUAL ADDRESS ERROR WITH SP%02/

052101
051101
020054
047105
047445

TEM4S:

.ASCIZ

/XTXATHE MAR REG,

040445
041520
020054
047105
047445

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

:
TFM4S

LASCIZ

/%TXATHE PC REG,

TFM4SA:

LASCII

/%NXANOTE:

LASCIZ

/%N%ARUN BIT

LASCIZ

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

047101
051511
051507
020101
051125
047517

022475

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

041040
043130

040445
020072
042440
046440
020105
046105
042516
020104
042510
040445
044502
033527
031105
020123

4078

MACY11

033117
040502
033117

052522
020124
047440
024470
047117
051120
020103
042040
040506
026105
020104

040445
020104
000

TFM46:

CONTENTS= %06/

THIS ERROR MAY BE FALSELY GENERATED IF

(SW7 OF EZ28)

THE/

IS ON/

(ZDMQCO MB8207 STATIC DIAG #2
(ZbMacC.P1
21=JUL=-81 14:36

MACY11 30A(1052)

21-JUL-81

14:48

GLOBAL ERROR REPORT SECTION

PAGE 7-8

020103
020056
051122
051440
047445
020073
020075

TFM47:

LASCIZ

"X¥APC INCR. INCORRECT: S/B= X06%A ; WAS = %06

051105
051101
062514
041440
000040
047045

TTMMC:

.ASCIZ

/MASTER CLEAR FAILED TO CLEAR /

FM1:

LASCIZ

/AINXTAN/

EMO:
EM1:

LASCIZ
LASCIZ

4
/CRAM DATA ERROR/

042040
042101
044523
051122

EM2:

LASCIZ

/CRAM DUAL ADDRESSING ERROR/

020120
000122
045040
042524
052501

EM3:

LASCIZ

/JUMP ERROR/

:
EM4

LASCIZ

/CRAM JUMP TEST FAULT/

046440
042515
052040

EMS:

LASCIZ

/10P MAIN MEMORY TEST/

4093

040515

EM6:

LASCIZ

/10P MAR TEST/

4094

044522
044123
051105

EM7:

.ASCIZ

/BR RIGHT

4095

052504
042104
047111
047522

EM10:

LASCIZ

/MAR DUAL ADDRESSING ERROR/

4096

043040
042440
000
020120
042440
000
044504

EM11:

LASCIZ

/JUMP FIELD ERROR/

EM12:

LASCIZ

/JUMP TEST ERROR/

EM16:

LASCIZ

/CONDITION CODE

4081

4082

4083

045
047111
047111
041505
041057
022466
040527
047445
040515

050101
051103
047503
035124

020075
020101
020123
000066
052123
042514
044501
047524
051101
052045

4,084

4085
4086

4087
4088
4089

4090

4091

4092

4097
4098

046501
020101
000122
046501
020114
051505
042440
000
046525
047522
046501
020120
043040
000
050117

042040
051105

052123

SHIFT ERROR/

TESTING,Z & (/

SEQ 0049

(ZDMQCO MB8207 STATIC DIAG #2
CZDMaC.P11
21=JUL-81 14:36

005360
005366
005374
005402
005410
005416

044524
042117
052123
020132

047117
020105
047111

4102

047522

—_

4103
4104

4113

—_

041440
042524
026107
000103
020113
052040
051501

020105
020122
042440
000
025123
042524
020104
000122

30A(1052)

21-JUL-81

14:48

GLOBAL ERROR REPORT SECTION

4
PAGE 7-9

SEQ 0050

EMB1:

LASCIZ

/CLOCK

EM35:
EM17:

LASCIZ

/FORCE POWER FAIL

EM27:

LASCIZ

"'IBUS* WRITE/READ ERROR''

TIME

TOO FAST/

ERROR/

051525
020123
027505
042440
000

047457
051127
042522
051122

EM29:

LASCIZ

'IBUS/0BUS WRITE/READ ERROR'

046507
045503
042114

041440
053440

EMB50:

LASCIZ

'PGM CLOCK WOULD NOT CLEAR'

047040

045503
042114
051440

041440
053440
047040
052105

EMBS51:

LASCIZ

'PGM CLOCK WOULD NOT SET'

025101
025052
025052
025052

STM:

LASCIZ

TANKA*

DHO:

.ASCIZ

052103
047506
040440
051523

DH1:

LASCIZ

/EXPECTED

FOUND

041505
043040
000

DH2:

LASCIZ

/EXPECTED

FOUND/

041440
000
046507

022516
025052
025052
025052
025052
025052
025052
025052
025052
025052

N33

EaX
oF ¥ o

4108

—d e N

4107

—

a\)

4105
4106

MACY11

050130
020104
042116

042514

A A AR AR R AR R AR

AR AR R R AR NI AR A RAN RN AR RN AR AR

025052
025052
025052
025052
025052
025052

ADDRESS/

AR RN

CZDMQCO MB207 STATIC DIAG #2
CZDMQC.P11

6115
4116
4117
4118
4119
4120
4121

z;g%

4124
4125
4126
4127
4128
6129

4130

4131
4132

4133

4134
4135
4136
4137
4138
4139
4140
4141

4142

4143
4144
4145
4146
4147
4148
4149
4150
4151
4152

005775

006002
006010
006016
006024

4114

21=JUL-81 14:36
106

042101
047524
020122
040440

047522

051104
040440
041040
042104

MACY11 30A(1052)

21-JUL-81

14:48

GLOBAL ERROR REPORT SECTION

020115

020040
042104
042101
000122

DH3:

.ASCIZ

/FROM ADDR

PAGE 7-10
TO ADDR

SEQ 0051
BAD ADDR/

.EVEN

; MACRO'S NEEDED TO REPORT ERRORS
.MACRO

.ENDM
.MACRO
.ENDM

.MACRO
.ENDM
.MACRO
.ENDM
.MACRO

.ENDM
.MACRO
.ENDM
.MACRO
.ENDM

.MACRO

MDT1
PRINTB

#TFM1,8REGZ2,$REG4,
SREGO

MDTZ2
PRINTB

#TFM1,$REGS,SREG4,$SREG2

MDT3

PRINTB

#TFM2,$REGS,SREG4

MDT4
PRINTB

#TFM3,$REGS5,$REG4,FLAG

MDT5

PRINTB

#TFM3,$REGS,$REG4,
SREG?2

MDTO
MDT6
PRINTB

#TFM4,$REGZ2,$REGS

MDT?7
PRINTB

#TFM4,SREGS,SREG4

CZDMQCO MB207 STATIC DIAG #2

CZDMQC.P11
4154

4155

4156

4157

21=-JUL=-81 14:36

MACY11 30A(1052)

21-JUL-81

14:48

GLOBAL ERROR REPORT SECTION
.ENDM

.MACRO
.ENDM

MDT8

PAGE 8

PRINTB #TFMS5,FADR,$SREGS,
SREG4

SEQ 0052

CZDMQCO MB8207 STATIC DIAG #2
(Zbmac.P11
21=JuL=-81 14:36
4159

4160
4161

MACY11 30A(1052)
21-JUL-81
14:48 PAGE 9
GLOBAL ERROR REPORT SECTION
-MACRO

$MD
BGNMSG

ERRNN
ERNB
ERR'ERRNN

ERHM

SEQ 0053

ERFM

—

S——

| CZDMQCO MB207 STATIC DIAG #2
(ZDMaC.P11

4165

4167
4168
4169
4170
4171
4172
4173

#FM1,#EM'ERNB
#FM1 #DH'ERHM

PRINTB

#STM

ENDMSG
.MACRC
.ENDM

006032

006032
006036
006042

006046

012746
012746
012746

006050
006052
006056
006062
006066
006072

ECB

JSR

PC,SV05

$MD

S Ratsd

ERRDF

MOV

MOV
MOV

TRAP

‘ECB' ,EMO,ERR'E(B’

#EM1,-(SP)

#FM1,-(SP)

#2,-(SP)
SP,RO
C$PNTB

ADD
MOV
MOV

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

TRAP
ADD

C$PNTB
#6,SP

MOV
MOV

#2,=(SP)
SP,RO

002430
002420
002424
003666
000004

MOV
MOV
MOV
MOV
MOV
MOV

#4,-(SP)
SP,RO

000012
005627
000001

ADD
MOV
MOV
MOV

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

TRAP

C$MSG

MOV
MOV
MOV
MOV

#EM2,~(SP)
#FM1,-(SP)
#2,-(SP)
SP,RO

ADD

#6,SP

000004

005076
005046
000002

ERROR

MOV

000006

—_

006074
006076
006102
006106
006112
006116
006122
006126
006130
006132
006136
006142
006146
006150
006152
006156
006156
006160
006160
006160
006164
006170
006174
006176
006200
006204
006210
006214
006220
006222

005056
005046
000002

ERR1::

000006
005724
005046
000002

4174
4175
4176
4177
(4)
(9)
(8)
(7)
(4)
(5)
(5)
(9)
(8)
(7)
(4)
(5)
(5)
(12)
(11)
(10>
(9)
(8)
(5)
(6)
(6)
(8)
(7)
(4)
(5)
(5)
(4)
(4)
4178
(4)
(9)
(8)
(7)
(4)
(5)
(5)
(9)
(8)
(7)
(4)
(5)

PRINTB
PRINTB

MDT'ERFM

L4166

4163

L4164

S2922g-0999
N
=&V

21=JuL=-81 14:36

c 5
MACY11 30A(1052)
21-JUL-81
14:48 PAGE 10
GLOBAL ERROR REPORT SECTION

TRAP

L10003:
ERRZ2::

TRAP
ADD

TRAP

MOV
MOV
MOV
MOV

TRAP

$REGO,~(SP)
$REG4 ,~(SP)
$REG2,~(SP)
#TFM1,-(SP)
C$PNTB

C$PNTB
#4,SP

CSPNTB

#DH1,-(SP)
#FM1,-(SP)
#2,-(SP)
SP,RO
C$PNTB

SEQ 0054

(ZDMQCO MB8207 STATIC DIAG #2
czomac. P11

21-JuL-81

14:36

(5)
(12
an

062706
013746
013746

000006

(10)
(9)

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

(4)

(%)
(5)

(4)
(4)
4179
(4)
(9)
(8)

(7)
(4)

(5)
(%)

(9
(8>
(7)
(4)

(5)
(5)
12>
(11)
(10)
(9

(8)
(5)

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

(%)
(5)

(4)
(4)
4180
(4)
(9)

(8)
(7)

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

MACY11

ADD
MOV
MOV
MOV

002430
002420
002424
003666
000004

#6,SP

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

#TFM1,=(SP)
#4,-(SP)

SP,RO
CSPNTB

000012
005627
000001

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

000004

#4 ,SP

005056
005046
000002

SP,RO

(SPNTB

L10004:

ERR3::

CMSG
3.1,1,8
#EM1,=(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
CSPNTR
#6,SP

000006
005724
005046
000002

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

SP,RO
CSPNTB

000006
002424
002420
002416
003666
000004

#6,SP

000012
005627
000001

#12,SP
#STM,~(SP)

000004

005131
005046
000002
000006
005755
005046
000002

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

$REG2,~(SP)
$REG4 ,-(SP)
$REGS ,~(SP)
#1FM1,-(SP)
#4,-(SP)

SP,RO
CSPNTR

#1,-(SP)

SP,RO
CSPNTB

L10005:
:
ERRS:

#4,SP

C$MSG

6,3,2.3
#EM3,-(SP)

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

SP,RO
($SPNTB
#6,SP

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

SEQ 0055

;(ZDNCO M8207 STATIC DIAG #2
21=JUL=-81 14:36
' czomac.P11
L

;

(&)
(S)

©(5)

|
|
[
L

006474

01060C

006500

062706

006476

(11) 006504

(10) 006510
(9) 006514
(B) 006520
(5) 006524

104414

013746

MOV

TRAP

000006

ADD

002420

MOV

SP,RO

CSPNTB

#6,SP

$REG4 ,=(SP)

$REGS,=(SP)

013746 002416
012746 003712
012746 000003
010600

MOV
MOV
MOV

#TFM2,=(SP)
#3,-(SP)
SP,R0

062706

ADD

#10,SP

(6)

006526

(8)
(7)
(4)

00653& 012746 005627
006540 012746 000001
006544 010600

MOV
MOV
MOV

006550
006554

ADD

#4,SP

TRAP

C$MSG

(6)

(5)

(5)
(4)

(&)

006530

006546

006554

104414

062706

104423

TRAP

000010

000004

MACY11 30A(1052) 21-JUL=-B1 14:48 PAGE 10-2
GLOBAL ERROR REPORT SECTION

TRAP

L 10006:

CSPNTB

#STM,
= (SP)
#1,-(SP)
SP,R0
C$PNTR

SEQ 0056

(ZDMQCO MB207 STATIC DIAG #2
czpmac . P11

4182
(&)

(9)

21=JUL=-81

006556

012746

(8)
(7)

006562
006566

012746
012746

(5)

006574

104414

(%)

572

(5)

006576

(5)

006622

(9)
(8)
(7)
(4)
(5)
(11)
(10)
(9)
(8)

(5)

(6)
(6)

(8)

(7)
(4)
(5)
(S)

(4)
4

14:36

006602
006606
006612
006616
006620

010600

000006

062706

000006

012746
012746
012746
010600
104414

013746
013746
012746
012746

006650

104414

010600

000010

006662
Q06666
006670

012746
010600
104414

000001

006672

006676
006676

012746

062706
104423

MOV

TRAP

14:48

HEMG ,=(5P)

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

CSPNTB

#6,SP

ADD

#6,SP

MOV
MOv
MOV
MOV

MOV

TRAP

#DH2 ,~(SP)
#FM1,=(SP)
#2,-(SP)
SP,RO
CSPNTR
$REGSL ,=(SP)
$REGS,=(SP)
RTFM2,=(5P)
#3,-(SP)

SP,RO

C$SPNTR

ADD

#10,SP

MOV
MOV
TRAP

#1,-(SP)
SP,RO
CSPNIR

MOV

L10007:

SAh.2.3

ADD

MOV
MOV
MOV
MOV
TRAP

(05627

000004

$MD

MOV
MOV

002420
002416
003712
000003

062706

006656

ERRS::

005755
005046
000002

006652

21-JUL=-81

GLOBAL ERROR REPORT SECTION

005046
000002

062706

006626
006632
006636
006642

006646

005144

MACY11 30A(1052)

ADD

TRAP

#STM,-(SP)

a4 ,SP

(IMSG

¥y

PAGE 11

SEQ 0057

(ZDMQCO MB207 STATIC DIAG #2
czomac.P11
21=JUL=-81 14:3%

4184
(4)

006700
006700

(8)
(7)

006704
006710

(9)

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

006700

012746

006714
006716
006720
006726
006730
00673&
006740

010600
104414
062706
012746
012746
012746
010600

(S)
006742
(5)
006744
(12) 006750

(11) 006754
(10) 006760
(9)
006764

012746
012746

104414
062706
013746
013746
013746
012746

007000
007004
007010
007014

062706
012746
012746
010600

000012
005627
000001

007020

062706

000004

007024

104423

(5)

007016

(4)

007024

4185
(4)

007026
007026

(4)

(9)
(8)

(7)
(4)

(5)

007026
007032

007036
007042

007044

(5)
(6)
(6)

(8)
(7)
(4)

(5)
(5)

104414

000002

007056

012746

005046

097066

010600

007062

(8)

012746
010600

005216
005046

000006

(7)
(5)
(5)
(12)
(11)
(10)
(9)

012746
012746

062706

007052

(4)

104414

000004

7046

(9)

(8)

104414

007070
007C72
007076
007102
007106
007112
007116

007122
007124
007126

007132
007136
007142

007144
007146

012746

012746
104414
062706
013746
013746
013746
012746
012746

010600
104414
062706
012746
012746
010600

104414
062706

6.5.1.6

MOV

#EMS ,~(5P)

MOV
TRAP
ADD
MOV
MOV
MOV
MOV

SP,RO
CSPNTB
6, SP
#DH1 ,=(SP)
#FM1,-(SP)
#2,-(SP)
SP,R0O

TRAP
ADD
MOV
MOV
MOV
MOV

000006
002406
002420
002416
003730

(6)
(8>
(7)
(4)

$MD
MOV
MOV

000006
005724
005046
000002

006770
006774

006776

ERRG: :

005046
000002

(8)
(5)

(6)

012746
010600

005171

G 5
MACYTT 30A(1052)
21=JuL=-81
14:48 PAGE 12
GLOBAL ERROR REPORT SECTION

MOV
MOV

TRAP

ERR7:
:

TRAP

($MSG

MOV
MOV

#EMG,=(SP)
#FM1,=-(SP)

$MD

MOV
MOV

TRAP

000004

CSPNTR

7,6,1.5

#e,-(SP)
SP,RO

CSPNTR

ADD

#6,SP

MOV

#FM1,-(SP)

MOV

000001

C$PNTR

#4 ,SP

000002

000012
005627

#4 ,-(SP)
SP,RO

ADD

MOV

000004

C$PNTB
#6,SP
FLAG,=(SP)
$REG4 ,~(SP)
$REGS,=(SP)
#TFM3,~(SP)

#12,SP
#STM,
= (SP)
#1,-(SP)
SP,R0O

005724

000006
002424
002420
002416
003730

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

ADD
MOV
MOV
MOV

TRAP

L10010:

MOV

#DH1,-(SP)

#2,-(SP)
SP,RO

TRAP
ADD
MOV
MOV
MOV
MOv

C$SPNTB
#6,SP
$REG2,~(SP)
$REG4 ,=(SP)
$REGS,=(SP)
#TFM3,-(SP)

MOV
TRAP
ADD

SP,RO
C$SPNTR
#12,SP

MOV

MOV
MOV
MOV

TRAP
ADD

#4,-(SP)

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

C$PNTR
#4,SP

SEQ 0058

' (ZDMQCO M8207 STATIC DIAG #2
CZDMQC.P11

007152
007152
4186
007154
(%)
007154
(9)
007154
(8)
007160
(7)
007164
(4)
007170
(5) 007172
(5)
007174
(9)
007200
(B) 007204
(7)
007210
(4)
007214
(5)
007216
(5)
007220
an 007224
(10) 007230
(9)
007234
(8)
007240
(3)
007244
(6)
007246
(6)
007250
(8)
007254
(7)
007260
(&)
(%)

|
|

'
|

21=JuL=-81

ERR10::

(8)
(7)
(4)

(5)
(5)
(9)
(8)
(7)
(4)
(5)
(5)
11)
(10)
(9)

MOV
MOV
MOV
MOV

WEM7 ,=(SP)
#FM1,=-(SP)
#2,-(SP)

10.7.2.3

SP,RO

CSPNTR
#6,SP
#DH2,=(SP)

#6,SP
$REG4,~(SP)
$REGS ,=(SP)
#TFM2,=(SP)
#3,-(SP)

SP.RO
CSPNTB

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

000010
000001
000004

012746
012746
012746
010600

005260
005046
000002

062706
012746
012746
012746

000006
005755
005046
000002

104414

(6)
(6)

(8)

(7)

(4)

(5)

($MSG

SP,RO
(SPNTB

(8)
(5)

(5)

TRAP

$MD

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

(5)
(5)
(4)
(&)
4187

(9)

H 5
14:48
PAGE 12-1
30A(1052)
21=JuL-81
GLOBAL ERROR REPORT SECTION

L10011:

106423

(%)

(4)

14:36

MACY11

062706

SP,RO
CSPNTB

L10012:
ERR11::

w4 ,SP

(SMSG

11,10,2.6

#EM10,-(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
CSPNTB
#6,SP

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

SP,RO
CSPNTB

000006
002420
002424
003755
000003

#6,SP
(SP)
, =G4
$RE

000010
005627
000001

#10,SP

000004

$REG2,~(SP)

#TFM4,=(SP)

#3,-(SP)

SP,RO
CSPNTB

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

SP,RO

CSPNTRB

SEQ 0059

| CZDMACO MB207 STATIC DIAG #2
- (ZDMaC.P1
(4)
(4)
4188
4)

;
(
i

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

007416
007416
007420
007420
007420
007424

21=JUL-81 14:36

L10013:

104423

005233
005046
000002

007430
007434
007436
007440
007444
007450
007454
(4)
007460
(5)
007462
(5)
007464
(@B 007470
10) 0074 74
(9)
007500
(8)
007504
(5)
007510
(6)
007512
(6)
007514
(8)
007520
(7)
007524
(4)
007530

(6)
(6)

(8)

(7)
(4)

(5)
(5)

MOV
MOV
MOV
MOV

($MSG
12.7.2.7
#EM7 ,=(SP)

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

SP,RO
C$PNTB
#6,SP

#DH2 ,-(SP)
#FM1,=-(SP)
#2.-(SP)
SP,RO
CSPNTB
#6,SP
$REG4 ,=-(SP)
$REGS,~(SP)
#TFM4 ,-(SP)

#3,-(SP)

SP,RO
CSPNTB

000010
005627
000001

000004

TRAP

$MD

TRAP

000006
002420
002416
003755
000003

(4)

(8)
(5)

ERR12::

000006
005755
005046
000002

(5)
(5)
(4)

4189
(4)
(9)
(8)
(7)
(4)
(5)
(5)
(9)
(8)
(7)
(4)
(5)
(5)
11)
(10)
(9)

#10,SP

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

SP,RO
C$PNTR

L10014:

ERR13::

#4 ,SP

C($MSG
13,10,2.3

012746
012746
012746
010600

005260
005046
000002

062706
012746
012746
012746
10600

000006
005755
005046
000002

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

000006
002420
002416
003712
000003

#6,SP

104414

MACY11 30A(1052)
21-JUL-81
14:48 PAGE 12-2
GLOBAL ERROR REPORT SECTION

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

#2,-(SP)

SP,RO
C$PNTR

SP,RO
C$PNTB

$REG4,-(SP)
$REGS,=(SF.
#TFM2,-(SP)
#3,-(SP)

SP.,RO

C$PNTB

000010
005627
000001

#1,-(SP)

000004

#4,SP

#10,SP

#STM,-(SP)

SP,RO
C$PNTB

SEQ 0060

—

E%DHOCO M8207 STATIC DIAG #2
| DMQC.P11
21=JUL=-81 14:36
|
|

|
|

(4)

(4)
4150

104423

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

012746
012746
012746
010600

(%)

(4)

(5)

(5)
1)
(10)
(9)
(8)

(5
(6)
(6)

104414

062706
012746
012746

L10015:
ERR14::

005755
005046
000002

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

SP,RO
C$PNTR

000006
002420
002424
003755
000003

#6,SP
$REG4 ,-(SP)

$REGZ2,~(SP)

#TFM4 ,=(SP)

#3,-(SP)

SP,RO
CSPNTR

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

000010

()
(5)

000004

(4)
(4)

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

SP,RO
C$PNTR
#6,SP
#DHZ2 ,=(SP)

000006

(7)

(4)

($MSG
14,11,2,6

#2,-(SP)

005627
000001

(8)

J 5
MACY11 30A(1052)
21-JuUL-81
14:48 PAGE 12-3
GLOBAL ERROR REPORT SECTION

SP,RO
C$PNTR

L10016:

#4,SP

C$MSG

SEQ 0061

|
{

CZDMQCO MB8207 STATIC DIAG #2
CZDMacC.P11

4192
(4)
(9)
(8)

21=JUL-81 14:36

(7)

005333
005046
000002

(%)
(%)
(9)
(8)
(7)

000006
005775
005046
000002

012746

(4)

MACY11

K 5
30A(1052)
21-JUL-81
14:48 PAGE 13
GLOBAL ERROR REPORT SECTION
ERR1S::

$MD

#EM12,~(SP)

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

SP RO
CSPNTB

#6,SP
#DH3,=(SP)
#FM1
. =(SP)
#2,-(SP)

SP.RO
CSPNTB

(%)

(5)
(12)
11)
10)
(9
(8)
(5)
(6)
(6)
(8)
(7)
(4)
(5)
(5)

15,12.3.8

#6,SP
$REG4
, = (SP)

$REGS,~(SP)
FADR,~(SP)

HTFMS,=(SP)

#4,-(SP)

SP.RO
CSPNTB

#12,SP

#STM,
= (SP)

#1,-(SP)

000004

(4)

(4)
4193
(4)
(9
(8)
(7)
(4)

012746
012746
012746

(5)

(5)
(9)
(8)
(7)
(4)
(5)
(5)
(11)
(10)
(9)

005353
005046
000002

SP RO
CSPNTB

#4,SP

L10017:

C$MSG

16,16,2.7

ERR16::

HEM16,~(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
CSPNTB

000006
005755
005046
000002

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

$REG4,~(SP)

$REGS5,~(SP)

#TFM4,-(SP)

(8)

(5)
(6)
(6)

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

(4)
(5)

SP,RO
CSPNTB

(8)
(7)

(5)
(4)

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

010254

L10020:

#4,SP

SEQ 0062

CZDMQCO MB8207 STATIC DIAG #2
cZbmac.P11
21=JuUL-B1 14:36
(&)

4194

010254

104422

MACY11

30A(1052)
21-JUL-81
14:48 PAGE 13-1
GLOBAL ERROR REPORT SECTION
TRAP

C$MSG

SEQ 0063

(ZDMQCO MB8207 STATIC DIAG #2
C(ZDMaC.P11
21=JUL=-81 14:36
4196

4197
(4)
(9)

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

(7)

(4)
(%)
(5)
(8)
(7)
(4)

(%)

(5)
(4)
(4)
4198
(4)
(9
(8)

(7)
(4)

010256
010256
010256
010262
010266
010272
010274
010276

(8)

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

(5)

(4)
(4)
4199
(4)
(9)
(8)
(7)
(4)

ERR17::

17,17,0,0
#EM17,-(SP)
#FM1,=(SP)
#2,-(SP)

012746
012746
012746

005434
005046
000002

012746
012746
012746

000006
005723
005046
000002

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

012746
012746

000006
005627
000001

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

062706

000004

062706

SP,RO
CSPNTB

L10021:
:
ERRZ29:

#4 ,SP

C$MSG
29,29.,2.3

012746
012746
012746

005512
005046
000002

012746
012746
012746

000006
005755
005046
000002

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

000006
002420
002416
003712
000003

#6,SP

062706
012746
012746

000010
005627
000001

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

062706

000004

(5)

(5)
(9)
(8)
(7)
(4)
(%)
(5)
11
(10)
(9

M5
14:48 PAGE 14
21-JUL-81
GLOBAL ERROR REPORT SECTION

MACY11 30A(1052)

06
013746
013746
012746

01 2746
012746
8}2746

005434
005046
000002

#EM29,-(SP)
#FM1,-(SP)
#2,-(SP)

SP,RO
CSPNTB

$REG4,~(SP)
$REGS5,=(SP)

H#TFM2,=(SP)
#3,-(SP)

SP,RO
CSPNTB

L10022:

ERR35::

#4 ,SP

CSMSG
35,35,2.3

#EM35,-(SP)
#FM1,-(SP)

#2,-(SP)

SP.RO

SEQ 0064

(ZDMQCO MB207 STATIC DIAG #2
czbmac.P11

21=JUL-81 14:36

(5)
(5)
(9)
(8)
(7)
(4)
(5)
(5)
(11)
(10)
(9)
(8)
(5)
(6)
(6)

010510
010512
010516
010522
010526
010532
010534
010535
010542
010546
010552
010556
010562
010564
010566

104414
062706
012746
012746
012746
010600
104414
062706
013746
013746
012746
012746
0710600
104414
062706

(4)
(5)
(5)
(4)
4586

010602
010604
010606
010612
010612

010600
104414
062706

(8)
(7)

010572
010576

4201
(3)

010614
010614

(7)
(6)
(3)
(4)
(4)
4203
(3)
4é32

010614
010620
010624
010626
010630
010634
010634
010634

4202

010614

4205
(3)
4206
(8)
(7)
(6)
(3)
(4)
(4)
4207
(7)
(6)
(3)

010636
010636
010636
010636
010640
010644
019650
010652
010654
010660
010660
010664
010670

(4)
4208
(3)
(3)
4209
(3)
4210

010674
010700
010700
010700
010702
010702
010702

(4)

010672

012746
012746

MACY11 30A(1052)

21-JUL-81

14:48

GLOBAL ERROR REPORT SECTION

000010

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

CSPNTB
#6,SP
#DH2 ,=(SP)
#FM1,-(SP)
#2,-(SP)
SP,RO
C$PNTB
#6,SP
$REG4 ,~(SP)
$REGS ,~(SP)
#TFM2,~(SP)
#3,-(SP)
SP,RO
CSPNTB
#10,SP

000004

MOV
TRAP
ADD

SP,RO
C$PNTB
#4,SP

000006
005755
005046
000002
000006
002420
002416
003712
000003

005627
000001

MOV
MOV

L10023:

104423

TRAP

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

C$MSG

BGNMSG ERR36
ERR36::
012746
012746
010600
104414
062706

FRINTB

005627
000001
000004

ENDMSG
L10024:

104423

010246
012746
012746
010600
104417
062706

000006
005627
000001

062706

000004

104414

104423

#STM,-(SP)
#1,-(SP)
SP,RO
CSPNTR
#4 ,SP

TRAP

C$MSG

BGNMSG ERR4O
ERR4O:
:
PRINTF
#TFM4O,R2
MOV
R2,-(SP)
MOV
#TFM4L0,-(SP)
MOV
#2,-(SP)
MOV
SP,RO
TRAP
CSPNTF
ADD
#6,SP
PRINTB #STM
MOV
#STM,-(SP)
MOV
#1,-(SP)
MOV
SP,R0O

004263
000002

012746
012746
010600

#STM

MOV
MOV
MOV
TRAP
ADD

TRAP

ENDMSG
L10025:

ADD

TRAP
BGNMSG ERR41
ERR4T::
PRINTF
#TFM41

C$PNTB

#4,SP

CSMSG

PAGE 14-1

SEQ 0065

(ZDMQCO M8207 STATIC D{AG ”
cZomac.P11

21=JUuL-81

(7)
(6)
(3)
(&)
(&)

010702
010706
010712
010774
010716

01274€
012746
010600
104417
062706

(7)
(6)
(3)

010722
010726
010732

012746
012746
010600

005627
000001

010736

062706

000004

010742

104423

010744
010750
010754

012746
012746
010600

004174
000001

010760
010764

062706

000004

010764
010770
010774

012746
012746
010600

005627
000001

011000

062706

000004

6211

(4)

010722

010734

4212
(3)

010742
010742

4213
(3)
4214

010744
010744
010744

(3)

(7)
(6)
(3)

(4)

(4)
4215

(7)
(6)
(3)
(4)

(4)

6216

(3)

45?)7

010756

010776
011004

011004

4218
(3)
4219

011006
011006
©11006

(7)

011012

(9)
(8)

(6)
(3

(4)
(4)
4220

(7)
(6)
(3)
(4)
(4)

4221
(3)

(3)

4222
(3)
4223

(9)
(8)

011006
011010

011016
011022
011026
011026
011C32

104414

104417

104414

010446
010546
012746
012746
010600
104417
062706

012746
012746
010600
104414
062706

011052

104423

011054
011056

010446
012746

011054
011054
011054

000004

21=JUL-B1

14:48

GLOBAL ERROR REPORT SECTION

004105
000001

PRINTB

MOV
MOV
MOV
TRAP
ADD

#TFM4LT ,=(SP)
#1,-(SP)
SP,RO
CSPNTF
4 ,SP

MOV
MOV
MOV

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

ADD

#6,SP

TRAP

CMSG

MOV
MOV
MOV

RTFMG2 ,=-(SP)
#i,-(SP)
SP,RO

ADD
#STM

#4 ,SP

#STM

TRAP

ENDMSG
L10026:

BGNMSG ERR&2
ERR&?Z: :
PRINTF
#TFM&2

TRAP

PRINTB

ENDMSG

CSPNTB

CSPNTF

MOV
MOV
MOV

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

ADD

#4 ,SP

TRAP

C$MSG

TRAP

L10027:

104423

011032
011036
011042
011044
011046
011052
011052

14:

MACY11 30A(1052)

CSPNTB

BGNMSG ERR43
ERR43::
PRINTF
#TFM43,RS.R4

MOV
MOV

004344
000003
000010

005627
000001

000004

MOV

PRINTB

ENDMSG
L10030:

R4 ,-(SP)
RS5,=(SP)

MOV
MOV

#TFML3,~(SP)
#3,-(SP)
SP,RO

MOV
MOV
MOV
TRAP
ADD

#STM,-(SP)
#1,-(SP)
SP,R0O
C$PNTB
#4 ,SP

TRAP

CIMSG

MOV
MOV

R4 ,-(SP)
#TMMC ,-(SP)

TRAP
ADD
#STM

CSPNTF
#10,SP

BGNMSG ERR44
ERR4SG: :
PRINTF
#TFM44L #TMMC R4

005010

PAGE 14=2

SEQ 0066

| CZDMQCO M8207 STATIC DIAG #
CZOMAC.P11

21=JUL=81 14:

MACY11 30A(1052)

21=JUL=81

14:48

GLOBAL ERROR REPORT SECTION

(7) 011062 01274€ 004427
(6) 011066 012746 000003
(3) 011072 010600

MOV
MOV
MOV

#TFMGG
, = (SP)
#3,-(SP)
SP.RO

ADD

#10,5P

MOV
MOV
MOV

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

(&)

011076

42264

011102

(7)
6)
(3)
(%)
()

4225

(3)
(3)
4226
(3)
4227

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

(&)
(4)
4228

(7)
6)
(3)
(4)

(4)
4229

(7)
6)
(3)

(4)
4)
4230

(3)

(3)
4231
(3)
4232

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

(4)
(4)
4233

(7)
6)
(3)
(%)
(4)

4234

011076

104417

062706

000010

011102 012746 005627
011106 012746 000001
011112 010600
011114
011116

011122

011122
011122
011124
011124
011124

011124
011126
011132
011136
011142

011144
011146
011152

104414
062706

000004

010446
012746 005010
012746 004466
012746 000003
010600
000010

011152 012746 004524
011156 012746 000001
011162 010600
011164

104414

011166
011172

062706

011204
011206
011212

104414
062706

011212
011214
011214
011214

104423

000004

011172 012746 005627
011176 012746 000001
011202 010600
011212

011214
011216
011222
011226
011232

011234
011236
011242

000004

000010

011242 012746 005627
011246 012746 000007
011252 010600
011254
011256
011262

104414
062706

ENDMSG

#STM

TRAP
ADD

C$PNTB
#4,SP

TRAP
(SMSG
BGNMSG ERR&S
ERR4S::
PRINTF #TFM4S ,#TMMC R4

PRINTB

MOV
MOV
MOV
MOV
MOV

R4 ,~(SP)
#TMMC , - (SP)
#TFMGS
, - (SP)
#3,-(SP)
SP.RO

MOV
MOV
MOV

HTFM4LSA,
= (SP)
#1,-(SP)
SP.RO

ADD
#STM

#4,SP

TRAP
ADD

CSPNTB
#4,SP

TRAP
CSPNTF
ADD
#10,SP
#TFM4SA

TRAP

PRINTB

ENDMSG

MOV
MOV
MOV

CSPNTB

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

L10032:

010446
013746 002452
012746 004647
012746 000003
010600
104417
062706

PRINTB

CSPNTF

L10031:

104423

104417
062706

TRAP

000004

TRAP
(CSMSG
BGNMSG
ERR46
ERR4G::
PRINTF
#TFM&46,$GDDAT
,R4

PRINTB

ENDMSG

MOV
MOV
MOV
MOV
MOV

R4 ,=(SP)
$GDDAT,
= (SP)
#TFM46
.~ (SP)
#3,-(SP)
SP.RO

MOV
MOV
MOV

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

TRAP
ADD
#STM

TRAP
ADD

CSPNTF
#10,5P

CSPNTB
#4,SP

PAGE 14=3

SEQ 0067

—

CZDMQCO MB8207 STATIC DIAG 0
cZbmac.P11
(3)

011262

21=JUL-81

011262

£23%
(3)
6237
(9)
(B)
(7)
(6)
(3)

011264
011264
011264
011264
011266
011270
011274
011300

010446
010546
012746
012746
010600

(4)

011304

062706

000010

011310
011314
011320

012746
012746
010600

005627
000001

011324
011330

062706

000004

011330

104423

423%8

(7)
(6)
(3)

(4)

(4)
4239

(3)
(3)

011302

011310

011322

011330

104423

104417

104414

004733
000003

21=JUL=-81

RIS

14:48

D 6

GLOBAL ERROR REPORT SECTION
L10033:

‘52%

(4)

MACY11 30A(1052)

TRAP

CSMSG

BGNMSG ERR47
ERR4G7::
PRINTF #TFM4&7,RS,.R4
MOV
R4 ,=(SP)
MOV
RS,=(SP)
MOV
HTFM4L7 ,-(SP)
MOV
#3,-(SP)
MOV
SP,RO

TRAP

PRINTB

#10,SP

MOV
MOV
MOV

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

ADD

#4,SP

TRAP

CSMSG

#STM

TRAP

ENDMSG
L10034:

CSPNTF

ADD

CSPNTR

PAGE 14-4

SEQ 0068

(ZDMQCO MB207 STATIC DIAG #2
(ZDMaC P11
21=JuL=-81 14:36
6262
62463
6266

MACY11 30A(1052)

21=JuUL=-81

REPORT CODING SECTION

.SBTTL

14:48

6
PAGE 14=5

REPORT (ODING SECTION

SEQ 0069

ORI

TSSO

SIS

|
|

(ZDMCCO MB207 STATIC DIAG #2

czpmac ., P
6268

21=JuL=-81

14:36

MACY'1

30A(1052)

21=JuUL=-B1

REPORT CODING SECTION
see

14:48

6
PAGE 15

SEQ 0070

(ZOMQCO MB207 STATIC DIAG #2

- C2DMQC P!

:
|

;
.
|

21=JuL =81 14:36

‘3)
&25%
&299
260
(6>
()
426!

21=JuL=81

REPORT CODING SECTION

14:48

PAGE 16

; THE REPORT CODING SECTION CONTAINS THE

‘05‘8
&5

€252

MACYTY 30A(1052)

; "PRINTS'® CALLS THAT GENERATE STATISTICAL REPORTS.
e
011332

LSRPT::

01133

011;32
011332

01133,

0001¢7

000000

BONRP1

EXIT

LWORD

RPT

JSMP
L10035-2-.

SEQ 0071

(ZDMOCO MB207 STATIC DIAG #2

CZomec.P1
6269

270

01133

(%)

011336

(%)

01133

21=JuL=81 14:3%

104425

MACY11 30A(1052) 21=JuUL=81 14:48
REPORT CODING SECTION
L10035:

ENDRPT

TRAP

CSRPT

PAGE 17

SEQ 0072

[

;

i(ZDHOCO MB207 STATIC DIAG #2
l

(Zomac.P11
6273
6274

21=JuL=81 14:36

MACY11 30A(1052)

21-JuUL=81

—r

REPORT CODING SECTION

14:48

PAGE 18

SEQ 0073

P —————

|
!

———

—_——

CZDMQCO M8207 STATIC DIAG #2
ZbMaC.P11
21=JuL=-81 14:36
W27%
6277

MACY11

30A(1052)

21-JUL=-81

REPORT CODING SECTION

14:48

6
PAGE 19

SEQ 0074

(ZDMQCO MB207 STATIC DIAG #2
(ZDMaC.P11
4279

21=JuL=-81

14:36

MACY11 30A(1052)

21-JUL-81

INITIALIZE SECTION
LS8TTL

14:48

INITIALIZE SECTION

PAGE 19-1

SEQ 0075

CZDMQCO M8207 STATIC DIAG #2
(Zbmac.P11

21-JuL-81 14:36

MACY11 30A(1052)

21-JUL-81

INITIALIZE SECTION

14:48

PAGE 20

4281
4282

'/////////////////////////////////////////////////////////////////////

4%%2

SI11117171777777777777177777177771771777717777177171777717711171111717

4283
4284

/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
:/ AT THE BEGINNING OF EACH PASS.

4287
(3)
4288
4289
4290
4291
4292
4293
4294
4295
4296
4297
4298
z%gg

4301
4302
(3)
(3)
4303
(2)
4304
4305
(3)
(3)
4306
(2)

4307
4308
(3)
(3)

4309
(2)
4310
4311
(3)
(3)
4312
‘§$§

4314
4315

2%}9

4318
4319
4320
4321
4322
4323

011340
011340

LSINIT::

011340

012705

002730

011344
011350
011354
011356
011364
011372
011400
011406

010637
005737
001011
013737
013737
012737
013737
013737

002344
002462

011414
011414
011420
011422

011422

011424
011424
011430
011432
011432
011434
011434
011440
011442
011442

011444
011444
011450
011452
011452

012700
104447

000004
000006
000001
002464
002466

;INITIALIZE SUBROUTINE STACK

002464
002466
002462
000004
000006

000040

000035

000036

000037

103003

011462
011462
011466

012737

005237
023737

177777

002342
002342

MOV
TST
BNE
MOV
MOV
MOV
MOV
MoV

SP ,PSTACK
FTIME
1%
a#é, SAVES
a#6, SAVES
#1,FTIME
SAVES4
, a#4
SAVEG, a#6

IF PROGRAM
READEF
MOV
TRAP

WAS JUST CONTINUED
#EF .CONTINUE
#EF . CONT INUE ,RO
CSREFG

BCOMPLETE
ENDIT
BCS
ENDIT
;SEE IF PROGRAM JUST RESTARTED, BR IF NOT
READEF
#EF .RESTART
MoV
#EF .RESTART
RO
TRAP
CSREFG
BNCOMPLETE
GETPRM
BCC
GETPRM

011454

1%:

;SEE

103576
012700
104447

#SSTACK ,RS

;SEE IF PROGRAM JUST STARTED, BR IF YES
READEF
#EF .START
MOV
#EF .START
RO
TRAP
CSREFG
BCOMPLETE
NEWST
B(CS
NEWST
;SEE IF THIS IS A NEW PASS, BR IF YES
READEF
#EF .NEW
MOV
#EF .NEW,RO
TRAP
CSREFG
BCOMPLETE
NEWST
BCS
NEWST

103410
012700
104447

MOV

;STORE BASE LEVEL PROGRAM STACK POINTER

103414
012700
104447

BGNINIT

002342

002012

NEWST:
;RESET LOGICAL DEVICE TO =1

MOV

#-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 #2
CZDMQC.P11
21=JUL-B7 14:36
4324
4325
(3)
(3)
(3)
4326
(2)
4327

4328
4329

4330

4331
4332
4333
433,
4335
4336
4337
4338

4339

011474
011476
011476
011502
011504
011506
011506
011510

MACY11 30A(1052) 21-JUL-81
INITIALIZE SECTION

002367

013700
104442
010001

002342

002414

011514

011137

002516

011520
011524

011137
055237

002520
002520

011530
011534

011137
062737

002522
000002

002522

011542
011546

011137
062737

002524
000004

002524

4340 011554 012137 002526
062737

000006

;GET ADDRESS OF M8200.4,7
MOV
(R1) ,KMCSR

:GET POINTER TO M8200,4,7 CSR HI BYTE

4341
4342

011560

4346
4347

011576

4349
4350
4351
4352
4353
4354
4355
4356
4357
4358
4359
4360
4361
4362
4363
4364

011610

062737

000004

002512

011616
011622

011137
062737

002514
000006

002514

011630
011636

016137
012137

000020
002500

011642

052137

002500

011646
011650
011652
011660
011662

005711
001004
052737
000416

4366

011666

4368
4369
4370
4371
4372

011672

4374

011710

4343 011566 011137 002506
4344,
4345 011572 011137 002510
062737

000002

4348 011604 011137 002512

010000

002526

002510

002472

4375

MOV

MOV
(R1) ,KMRVEC
:GET POINTER TO RCV PRIORITY LEVEL
MOV
(R1)
, KMRLVL
ADD
#2 . KMRLVL
:GET POINTER TO TX VECTOR

MOV

:GET
:PUT

;SEE

CMP

B8R

020000

002500

(R1) ,KMTVEC

ADD
#4 ,KMTVEC
POINTER TO TX PRIORITY LEVEL
MOV
(R1) ,KMTLVL
ADD
#6 ,KMTLVL
VECTOR INTO STAT1
MOV
20(R1) ,RUNINH
MOV
(R1)+,STAT1
PRIORITY INTO STAT1
BIS
(R1)+,STAT1
IF NO LINE UNIT, SET BIT IF YES
TST
(R1)
BNE
50000$
BIS
#BIT12,STAT1
BR
43
500008:
IF M8201 LINE UNIT, SET BIT IF YES
BNE

000002

(R1)+.KMPO6

ADD
#6 . KMPO6
:GET POINTER TO RCV VECTOR

002500

4367 011670 000412

4373 011706 000403

;GET POINTER TO M8200,4,7 PORT REG - SEL 6

;SEE

001001

021127
001004
052737

MOV
(R1) ,KMCSRH
INC
KMC SRH
:GET POINTER TO M8200,4,7 CTL OUT REG
MOV
(R1) ,KMCTL
ADD
#2 ,KMCTL
:GET POINTER TO M8200,4,7 PORT REG - SEL 4
MOV
(R1) ,KMPO4
ADD
#4 ,KMPO4

:PUT

4365 011662 021127 000001

011672
011676
011700

PAGE 20-1

BGE
NEWST
GPHARD LOGDEV,R1
MOV
LOGDEV.RO
TRAP
CSGPHRD
MOV
RO,R1
BNCOMPLETE
GE TPRM
BCC
GETPRM
MOV
(R1)+,WTYPE

103365
012137

14:48

(R1) ,#1

50001$

500018
:
;SEE IF M8202 LINE UNIT, SET BIT IF
CMP
(R1) 42
BNE
50002%
BIS
#BIT13,STATI

B8R

50002

;SET BIT FOR M8203 LINE UNIT

YES

SEQ 0077

CZDMQCO MB8207 STATIC DIAG #2
CZzbmacC.P11
21-JuL-81 14:36

4376

MACY11 30A(1052)
21-JUL-81
INITIALIZE SECTION

011710
011716

052737

100000

002500

011716
011724

056137
062701

000006
000002

002500

011730

012137

002502

011734

111137

002503

011740
011742

000240
000240

011744
011752
011756
011764
011766
011774
011776

012737

012737
013737

A ¥

BIS

14:48

6
PAGE 20-2

#BIT15,STATI

;SET BIT IN STAT1 FOR TEST CONNECTOR
BIS

6(R1) ,STAT1

ADD

#2 R

MOV

(R1)+,STATZ2

MOvVB

(R1) ,STAT2+1

:SET SWITCH PACK #1 IN STAT2 LOW BYTE
;SET SWITCH PACK #2 IN STAT2 HIGH BYTE
INCREMENT LOGICAL UNIT (DEVICE) NUMBER
INC
LOGDEV
NOP
NOP

002000
002432
002414

002436

MOV

000000

002414

000004

CMPB
BEQ

000001

002432

007777
002414

002436
000006

000001
002472

002432
002470

CLR

ENDIT
WTYPE 44

sKMC?

#1,TYPE

ENDIT
#7777 ,MEMSZ
WTYPE ,#6
7$
#1,TYPE

5%:

7%:
6%:
ENDIT:

L10036:

104411

#2000 ,MEMSZ
TYPE
WTYPE ,#0

RUNINH,RUNB

TRAP

CSINIT

.FVEN

LSAUTO::

013701
012705
012737
012737
005711
000240
062701
005305
001372
000405

4424
4426

002516
000004
012104
000240

1%:

000002

;R1 CONTAINS BASE M8200,4,7 ADDRESS
;4 REGISTERS TO BE TESTED
;SET OUT TIMEOUT TRAP
JLEVEL 7
JREFERENCE DEVICE REGISTERS

#2,R1
R5

sNEXT REGISTER
;DEC REGISTER COUNT

062706

000004

013700

002342

013737
013737

002464
002466

104451

000004
000006

DOES NOT HAVE A 'READY'’

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

2%:

LOGDEV

LOGDEV,RO
C$DODU

000004
000006

3%:

SAVE4
SAVE6,6

;BR IF NOT LAST REGISTER

SEQ 0078

CZDMQCO M8207 STATIC DIAG #2

CIOMAC.P11
627
(3
(3)
LL28

21=JuL=81 14:36

012 1 32
012
012

}g 104461

MACY11 30A(1052) 21=JUL-81
INITIALIZE SECTION
L10037:

14:48

ENDAUTO
TRAP

CSAUTO

PAGE 20-3

SEQ 0079

CZDMQCO M8207 STATIC DIAG #2
cZomac.P11
21=JUL=-81 14:36
4430
4431
4432
4433
4434

MACY11 30A(1052)
21-JuL=-81
14:48
CLEANUP CODING SECTION
.SBTTL

7
PAGE 20-4

CLEANUP CODING SECTION

SIITIIIITLIIIIIT 70707000077 77777777777770777777777777777777777777777

s/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT IS PERFORMED
;/ AT

THE END OF

SIVIIIIIIIII I

EACH PASS.

7 7007077777777 77777777777777777777777777777777777

BGNCLN

LSCLEAN::

BRESET
TRAP

L10040:

CSRESET

ENDCLN

TRAP

C$CLEAN

SEQ 0080

l
(ZDMQCO MB207 STATIC DIAG #2
CZDMAC.P11

21=JuL=81 14:36

MACY11 30A(1052)

21-=JUL=-81

DROP UNIT SECTION

14:48

PAGE 20-5

222;

.SBTTL

4449

SIIIITIIIIITII TP 7 77777000000 7707007077777777777777707777777777777717771777i117

22%%

SIIIIIIIIIIIII 2720207700020 0 0700000070000 77777700770777707070777777077771777

4450
4451

4454

(3)
4455
4456

(3)

4457
(3)
(3)

4458
4459
4460
4461
4462

DROP UNIT SECTION

:/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
:/ TO NO LONGER BE TESTED.

012140

BGNDU

012140
012140

012140
012142
012142
012142

104433
104452

L$DU::
:ISSUE UNIBUS RESET TO CLEAN P
BRESET
L10041:

TRAP

CSRESET

TRAP

($buU

ENDDU

SEQ 0081

!(ZDHOCO MB8207 STATIC DIAG #2
cZomac.P11

21=JuL=-81

14:36

MACY11 30A(1052)

21-JUL=-81

ADD UNIT SECTION

14:48

€ 7

PAGE 20-6

2222

.SBTTL

L4466

sI1IT77777777777777777777777777777777777275777777777777777777777777777

4469
44;?

5/
"EF.AUNIT'' IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT.
/////////////////////////////////////,//////////////////////////////

LL67
4468

(XA
4472

(3)
4473
(3)
(3)
4474
4475

4476
4477
4478
4479

s/
:/

012144

012144
012144
012144
012146

104452

ADD UNIT SECTION

THE ADD=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
TO BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.

LSAU:
:
L10042:

SEQ 0082

BGNAU

ENDAU

TRAP

(S$AU

| CZDMQCO M8207 STATIC DIAG #2
' C2DMQC P11

?
l

4481
4482
4483
4484
4485

012146

‘53?

012146

4489
4490
44691
(2)
4492
4493
(3)
4494
4495
4496

4497

4458
4499
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

012146
012146
012146
012152
012156
012164

012172
012174
012176
012176
012200
012202
012206
012210
012212

012214

012220
012224

(2)

SEQ 0083

CODE BLOCK WHICH IS USED AS DATA

TEST

]

sannnnnnnanwnnn

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

BADHEAD

sennnwannnnnnnn

JEST

swwannnnnnnnnnn

??NTST

013701
012705
012737
012737
005711
000240
104410
000054

002516
000004
012214
000240

MOV

000004

000006

#4 RS

MOV

#240,6

MOV
%:

;3;

TRAP

000002

062706

000004

.WORD

104455

000004
000006

3%:

000002

TO BE

TESTED

#2%,4

;SET OUT TIMEOUT TRAP

(R1)

JREFERENCE

;LEVEL 7

DEVICE REGISTERS

TST

($ESCAPE

L10043-.

sNEXT REGISTER

ADD
ERROR

#4,SP
36

;TIME OUT ERROR

.WORD
.WORC
.WORD

36
EMO

MOV
MOV

SAVES
4
SAVE6,6

TRAP

CSESCAPE

ESCAPE

104410

CONTAINS BASE M8200,4,7 ADDRESS

#2 ,R1

TRAP

002464
002466

;R1

;4 REGISTERS

ADD

DEC
BNE
BR
c$:

KMCSR,R1

MOV

ESCAPE

062701
005305
001370
000410

013737
013737

012256

-7
PAGE 20-7

HARDWARE TESTS

sexnnnnnnnnnwnn

012234
012242
012250
012250

012254
012254
012254

14:48

BADHEAD

000044
005055
010614

012252

TESTS

;START OF

ROMMAP:

012226
0€12230

012232

21=JuL=-81

HARDWARE

012146

RS
1%
3%

sDEC REGISTER COUNT
;BR IF NOT LAST REGISTER

CSERDF

ERR36

TST

.WORD

L10043-.

TRAP

CSETST

ENDTST

104401

L10043:

BADHEAD

jrennnnnnnnnnnrn

JEST

sennnsenavenenn

s*TEST OF BR RIGHT SHIFT
s*VERIFY THAT A DEST OF BR RSH (011) OF A MICRO=INSTRUCTION

4519

4520
4521

14:36

30A(1052)
.SBTTL

4686

4L4B7

21=JUL=81

MACY11

012256

;*SHIFTS THE RESULTING BR DATA RIGHT ONCE.
BADHEAD
;eexesnvsnnvene

TEST

sevnvnnnonennes

(ZDMQCO MB207 STATIC DIAG .56
CZoMaC.P11
21=JuL=-81 14:
4522
6523
(%)
4524
4525
4526
4527

01225¢
012256
012256

HARDWARE

MSTCLR

052525
000004

MOV
MOV

#52525 RS
RS,4(R1)

004537

003044

JSR

RS, .ROMCLK

004537

003044

JSR
061620

RS, .ROMCLK

004537
061225
006005
005004

003044

JSR

RS, .ROMCLK

Ré

ROMCLK

120500
ROMCLA

ROMCLK

061225

ROR

000005

000014
005055
007420

:START WITH 125
*PORT4 125

*NEXT WORD IS INSTRUCTION

:CLOCK INSTRUCTION

:PORT4 TO BR-REG
NEXT WORD IS INSTRUCTION

:CLOCK INSTRUCTION
*BR RSH BR, SHIFT BR RIGHT

*NEXT WORD IS INSTRUCTION
cwcx msmucnou

Pom

CSERDF

"expecrso"

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

:BR RIGHT SHIFT ERROR

12
EMO
ERR12

;SHOULD BE 52

e i
e R

ESCAPE TST

003044

004537
061225
006005

003044

104410

116104
120504

TRAP

LWORD

ROMCLK

JSR

061620
ROMCLK
JSR
061225

ROR

MOVB
(MPH

000005

001406

BEQ

ERROR

104455

000014

CSESCAPE

L10044~.

sNEXT WORD IS INSTRUCTION

RS, .ROMCLK

:CLOCK INSTRUCTION

RS, .ROMCLK

*BR RSH BR, SHFT BR RIGHT AGAIN
*NE4XT WORD IS INSTRUCTION
cn.ocx msmucnou
Pom

S(R1) R4
RS,R4

Rl. = "FOUND''
oxo BR SHIFT RIGHT?

:BR RIGHMT

"ExPEcvfo"

TRAP

CSERDF

.WORD
.WORD

EMO
ERR12

TRAP

(SETST

LWORD

005055
007420

CONTAINS BASE M8200,4,7 ADDRESS

*CLEAR SELO

S(R1) ,Ré
R5,R&
1%

LWORD
.WORD
.WORD

004537
061620

SEQ 0084

:R1 = M8200,4,7 BASE ADDRESS

(R1)

MCVR
(MPR
BEQ

ERROR

000044

eI T

PAGE 20-8

MASTER CLEAR M8200,4,7

KMCSR,R1

CLR

104455

;R1

MOV

120504
001470

TESTS

14:48

002516

116104

350

21=JuL=-B1

013701
005011
012705
010561

061620

—

30A(1052)

?gmsr

120500

-— =

MACY11

:BR [F YES

SHIFT ERROR

:S/B 25

2%:

ENDTST

4557
4558
(2)

012420
012422

104401

L10044:

BADHE AD

Jetrstneannnenn

TEST

svensnnncnseses

(Z0MQCO MB8207 STATIC DIAG #

21=JuL-81

c20MaC.P11

14:

MACY11 30A(1052)

HARDWARE

HEAD

012422

;eensavnavecnne

012430
012432
012434
012434
012440
012444
012450
012450
012450
012452
012456

¥5::

013701

002516

005037
0127C2

002434
000001

104404
012711

013761
010261
052711

b
-b

oSS SNOO o
:sNflUNflVNflBNJ

vV Vi

D —d —d e —d
D ——d —d

S LA LAN LN NN 1N

)

v oAl
wW

asessnnenneevee

ADRG
:

ADRS:

00000«

3%:

L1004S

MOV

KM(SR,R1

(LR
MOV

MRO
#1,R2

BGNSEG
TRAP

MOV

MOV
MOV
B8!S

MOV

000006

CSEX 7

.WORD

MY INT

CMP
BEQ
ERROR
TRAP

;RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
:MRO = CRAM ADDRESS
:R2 = WRITE DATA

($BSEG

#MIT10,(RY)

;SET ROMO

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

JWRITE ADDRESS TO SEL4
:LOAD SEL6 WITH WRITE DATA
JWRITE SEL6 INTO CRAM
;READ CRAM INTO ‘FOUND''
;1S DATA CORRECT?
;BR IF 0K

#MIT13,(R1)

6(R1) R4

R2.Ré
A3
1

;ERROR

CSERDF

1
EMO
ERR1
ESCAPE SEG
.WORD
.WORD
. WORD

000001
005055
006032

TRAP

104410

.WORD

000002

4%:
ENDSEG
10000%
:
TRAP
cLC
ROL

)

002000
002434
000006
020000

002434
002436

)
- —

TEST

MACEX

TRAP

00011¢

104455

002434
5%:
ENDTST

L10045:

012552

CSESCAPE

10000%~-.

(SESEG

;CLEAR (ARRY
sSHIFT WRITE DATA

ADR&

:BR IF

BNE
INC
CMP

ADRS
MRO
MEMSZ ,MRO

TRAP

CSETST

BNE

BADHEAD

jexewnnnnnnwnns

:BSR IF NOT DONE THIS ADDRESS
;JBUMP TO NEXT CRAM ADDRESS
;DONE YET?
NO

TEST

4§

wennenanennenes

TEST

wawennnveneenne

;*I0OP (RAM WRITE/READ TEST
;*FLOAT A 0 THROUGH EACH CRAM LOCATION

012552

SEQ 0085

PAGE 20-9

T
;:DONOT DO

104432

016104
020204
001410

012550
012550

BGNTST

012422
012622
012422

4560

21=JuL =81

TESTS

14:48

;*]OP (RAM WRITE/READ TEST
é;BLOAY A 1 THROUGH EA(H (RAM [OCATION

4559

(elelelolelelelelololelololelslole)

—

BADHEAD

jeernennnnannnn

BONTST

| CZ0MOCO M8207 STATIC DIAG #2
. CZDMQC P11

597

(1)
4598
4599

HARDWARE

000126

013701

002516

005037
012702

000001

005102
01271
013761
010261
052711

016104
020204
001410

002434

ADR1:
ADRZ2:

002000
002434
000006
020000

000004

3%:

104401

rorono

NNN

b
b =l

VLN LN

b
e

CLR
MOV

MRO
#1,R2

BGNSEG
TRAP

;RECORD DEVICE _ADDR.
JMASTER CLEAR M8200,4,7
;MRO = CRAM ADDRESS
;R2 = WRITE DATA

($BSEG

COM
MOV
MOV
MOV

R2
#1710, (R1)
MRO,4(R1)
R2,6(R1)

MOV
CMP
BEQ
ERROR

6(R1) ,R4
R2.R4
4%
1

.WORD

A
¥
ENDSEG
100008:
TRAP

JMAKE IT A FLOATING ZERO
:SET ROMO
JWRITE ADDRESS TO SEL4
:LOAD SEL6 WITH WRITE DATA
JWRITE SEL6 INTO CRAM
:READ CRAM INTC '‘FOUND''
;1S DATA CORRECT?
:BR IF 0K

#B1T13,(R1)

:ERROR

C$ERDF

002434
002436

002434
5%:
ENDTST
L10046:

CSESCAPE

10000%-.

($ESEG

com

ROL

CLC

BNE
INC
CMP
BNE

ADR?2
MRO
MEMSZ ,MRO
ADR1

TRAP

CSETST

BADHEAD

sxxwwnnnnnwnnknn

JBACK TO FLOATING ONE
;CLEAR CARRY
JSHIFT WRITE DATA
;BR IF NOT DONE THIS ADDRESS
:BUMP TO NEXT CRAM ADDRESS
;DONE YET?
;BR IF NO

TEST

wnmnnnnewnwnnnw

JEST

awwnnvnnnnnnnen

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

012712

KMCSR,R1

TRAP

012712

lolele)

PAGE 20-10

1
.WORD
.WORD
EMO
ERR1
.WORD
ESCAPE SEG

104405

012710
012710
012710

MOV

TRAP

005102

023737
001334

L10046-.

BIS

000006

104410
000002

CSEXIT

LWORD

MSTCLR

006032

4631

14:48

;DO NOT DO TEST IF mM8200
MY INT

104455
000001
005055

4629

TESTS

TRAP

104432

104404

4624

21=JuL-81

T4::

b B

(1)
(%)
(4)

30A(1052)

MACEX

OO0O0O0O0

(%)
4596

21=JuL-81 14:36

MACY11

BADHEAD

sawnxwnnnnnnnws

BGNTST
1S::

MACEX

;DO NOT DO TEST IF MB8200

SEQ 0086

m————

1CZDHQCO M8207 STATIC DIAG #2
- (ZDMQC.P11
21=JUL-81 14:36

4665

104432

013701

002516

005037

002434

104404

MY INT
MOV

MSTCLR

002434

1%:

023704
001410

15%:

000006

002434

104455

104405

—

WWNINININ)
= —

005237
023737

002434
002436

005037
013702

002434
002434
002000
002434
000006
002434

016104
023704

KMCSR,R1

6(R1)

;CLEAR SEL 6

MOV
CMP
BEQ
ERROR

6(R1) ,R4
MRO,R4
2%
1

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

C$BSEG

10001$:

4%:

CSERDF

sMRO =CRAM ADDRESS

;SAVE R2 FOR TYPEOUT

;IF M8206,SKIP NEXT INSTR.

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

3%:

000002

;MASTER CLEAR M8200,4.7

CLR

BGNSEG
TRAP
INC
CMP
BNE
CLR
MOV

104410

sRECORD DEVICE ADDR.
CONTAINS BASE M8200,4,7 ADDRESS

BIS
SKIPO6

ENDSEG

000004

;R1T

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

TRAP

C$ESEG

MOV
MOV
MOV
CMP
BEQ
ERROR

MRO
MEMSZ ,MRO
1%
MRO
MRO,R2
#BITIO.(R1)
MRO,4(R1)
6(R1) R4
MRO, R4
$
2

.WORD
.WORD
.WORD

2
EMO
ERR2

TRAP

($ESEG

TRAP

104405

CSEXIT

L10047-.

MRO,R2
#BIT10,(R1)
MRO,4(R1)
MRO,6(R1)
#BIT13,(R1)
15%

BGNSEG
TRAP
MOV
MOV
MOV
MOV

2%:

002434

PAGE 20-11

.WORD
.WORD
.WORD

10000%:

CLR

TRAP

000001
005055
06032

104404

14:48

;GOTO 15% IF M8206

005061
016104

TESTS

.WORD

000230

013702
012711
013761
013761
052711

21=JuL-81

TRAP

104410

SRRRY OO~
NO NN

(3)

HARDWARE

000002

—d —d

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)
(3)
4664
(3)

(6)
(6)
(6)

(5)

NN N W

L647

4648

4646

4645

013002
013006
013006
013012
013016
013020
013024

4644

—d —d —d -

4643

(1)

—

4642

—

4639
4640
4641

b e I

4638

012730
012734
012740
012740
012742
012746
012752
012760
012766
012772

N NN N

4633
4634
4635
4636
(3)
4637

)

(1)

b =2 ek

4632

012720
012722
012724
012724

—

(4)

elelelelelelolelelolelsls

MACY11 30A(1052)

C$BSEG

C$ERDF

;BUMP TO NEXT ADDRESS
;DONE WRITING YET?
:BR IF NO
sRESTART AT ADDRESS 0

;SAVE R2 FOR TYPEOUT
*SET ROMO

;SEL4 = CRAM ADDRESS
:READ CRAM INTO *‘FOUND"’
;1S DATA CORRECT?
;BR IF YES
;DUAL ADDRESSING ERROR

ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%-.
ENDSEG

;LOOP TO 3% IF SW09=1

SEQ 0087

r—

(ZDMQCO M8207 STATIC DIAG #2
CZDMaC.P11
21=JUL=-81 14:36
005237

4666

023737

4667
4668
4669

001345

4670

(3)
(3)

4671
L672
4673
(2)
4674
4675
4676
(2)
Le77

104401

002434

002436

MACY11 30A(1052)

21=JUL-81

HARDWARE TESTS

002434
5%:
ENDTST

L10047:

14:48

INC
(MP

MRO
MEMSZ ,MRO

TRAP

CSETST

BNE

7
PAGE 20-12
;BUMP TO NEXT ADDRESS
;DONE WRITING YET?

BADHEAD

JRRRRRAARRA AN RN

013154

;BR [F NO

TEST

€6

wrmxnnnnnnnnnnn

TEST

snxnwnnnnwnnnnnn

;*]OP MAIN MEMORY TEST
;*FLOAI A 1 THROUGH ALL MAIN MEMORY LOCATIONS

BADHEAD

sxnnanknnennnwn

SEQ 0088

CZDMQCO mMB8207 STATIC DIAG #2
CZDMaC.P11
21=JuL-81 14:36

013154
013154
013154
013154
013160
013164
013170
013176

MACY11

30A(1052)

HARDWARE

21-JUL-81

TESTS

14:48

7
PAGE 21

SEQ 0089

BGNTST
T6::

013701

005037
012737
042737

002516
002406
000001
003777

002434
013232

1%:
65%:

MY INT

MOV

KMCSR,R1

MSTCLR
CLR
MOV

FLAG
#1,MRO

BIC

#3777.66%

-RECORD DEVICE ADDR.

;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4,7
;START WITH ADDRESS 0
;START WITH BIT 0

;CLEAR ADDRESS FIELD OF INSTRUCTION

(ZDMQCO M8207 STATIC DIAG #2
CZbMaC.P11
4687

013204

21=JUL=81 14:36
042737

000037

MACY11 30A(1052)

21-JuL-81

HARDWARE TESTS

013240

BIC

14:48

#37,68%

M7
PAGE 22

;CLEAR ADDRESS FIELD OF INSTRUCTION

SEQ 0090

(ZDMQCO M8207 STATIC DIAG #2
czomac.P11
21-JuL-81 14:36
013212

MACY11 30A(1052)

21-=JuL-81

HARDWARE TESTS
BISB

002406
002407
003044

66%:

010000

7
PAGE 23

;ADD ADDRESS TO INSTRUCTION?
sADD ADDRESS TO INSTRUCTION

RS, .ROMCLK

;CLOCK INSTRUCTION

sNEXT WORD IS INSTRUCTION,

;CLOCK INSTRUCTION
;LOAD MAR HI

;WRITE PATTERN IN PORT4

MRO,4(R1)

000004

SEQ 0091

FLAG,66%
FLAG+1,68%

RS, .ROMCLK

003044
002434

14:48

003044

RS, .ROMCLK

003044

RS, .ROMCLK

003044

RS, .ROMCLK

002434
000005

MRO,R5
5(R1) ,R4
RS5 R4
67%
6
CSERDF
6

sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;MOVE PORT4 TO MEMORY
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sMOVE MEMORY TO BR

sNEXT WORD IS INSTRUCTION,

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

EMO
ERR6

TST

CSESCAPE
L10050~-.

67%:

013354
013354
013354
013354
4719

002434

MRO

002406
002436

FLAG

;SW09=1?

;CLEAR CARRY

;SHIFT BIT IN MRO
;DONE IF MRO=0

65%
C$BRK

002406

CMP

MEMSZ ,FLAG
1%

TRAP

CSETST

2%:

sNEXT ADDRESS
;LAST ADDRESS?
;BR IF NO

ENDTST

L10050:

104401

013356

BADHEAD

sanxnnnnnnnnnnsr

TEST

snxsannnnnnnnnnn

TEST

wnmnnwnnnnnnnnsn

;*IOP MAIN MEMORY TEST
:*FLOAT A 0 THROUGH ALL MAIN MEMORY LOCATIONS

BADHEAD

shxnnennnnnwnnnn

4724

4726

BGNTST
17::

013701

002516

MY INT
MOV

KMCSR,R1

;R1

;RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

(ZDMQCO M8207 STATIC DIAG #2
CZbmac.P11
21=JUL-81 14:36
4727
4728
4729

002406
000001

-~ 4730

4731 |
4732
4733
4734
4735
(1)
4736
4737

153737

(1)
4738

4739
4740
(1)
4741
4742
(1)

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

4760

004537
004000
013761

003044

004537

003044

004537

003044

004537
061225
013705

003044

116104
120504

HARDWARE

002434
013440
013446
013440
013446

002434

1%:

64%:
65%:

005137
000241

106137

013550
013550
013552
013556
013564
013566
013566
013566
013566

013570

001314

104422

005237
023737
001302

TESTS

MSTCLR
CLR

:CLEAR ADDRESS FIELD OF INSTRUCTION

66%:

RS, .ROMCLK

68%:

JSR
004000

RS, .ROMCLK

MOV

MRO,4 (R1)

JSR
122500

R5, .ROMCLK

JSR
040620

RS, .ROMCLK

JSR
61225
MOV
MOVB
CMPB
BEQ
ERROR

RS, .ROMCLK

ROMCLK

TRAP

67%:

TRAP

CLC
ROLB

002434

BNE

BREAK
TRAP

INC

002406

2%:

:CLEAR ADDRESS FIELD OF INSTRUCTION
“ADD ADDRESS TO INSTRUCTION
;ADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,

s CLOCK INSTRUCTION
;LOAD MAR LO WITH ADDRESS IN FLAG
sNEXT WORD IS INSTRUCTION,

s CLOCK INSTRUCTION
;LOAD MAR HI

;WRITE PATTERN IN PORT4

sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
;MOVE PORT4 TO MEMORY
sNEXT WORD IS

INSTRUCTION,

sCLOCK INSTRUCTION
;MOVE MEMORY TO BR

sNEXT WORD IS INSTRUCTION,

;CLOCK INSTRUCTION
sMOVE BR TO PORTS

sPUT "EXPECTED'' IN RS

MRO,R5
5(R1) ,R4
RS ,R4
67%
6

;PUT "FOUND'' IN R4
;DATA CORRECT?
;BR IF YES
;DATA ERROR

CSERDF

.WORD
6
.WORD
EMO
.WORD
ERR6
ESCAPE TSI

.WORD
com

002434

*START WITH BIT 0
*CHANGE TO FLOATING 0

FLAG,66%
FLAG+1,68%

JSR
010000

ROMCLK

SEQ 0092

#3777.66%

#37,688

ROMCLK

8
PAGE 23-1
:MASTER CLEAR M8200,4,7
*START WITH ADDRESS 0

BIC

FLAG

#1 ,MRO
MR

ROMCLK

002434
000005

002406
002436

14:48

MOV
COM

ROMCLK

104455
000006
005055
006700

104410
000034

21-JUL-81

BISB
BISB

001406

(6)
(6)
4751

4761
(3)
(3)
4762
4763
(2)
4764
4765
4766
4767

003044

040620

(1)

(3)
(3)
4752
4753
4754
4755
4756
(3)
4757
4758
4759

004537
010000

122500

4743
4744

002434
003777
000037
002406
002407

MACY11 30A(1052)

CSESCAPE

L10051-.
MRO

sCHANGE TO FLOATING 1
;CLEAR CARRY
;SHIFT BIT IN MRO

MRO

648

;DONE IF MRO=0

C$BRK

FLAG

CMP
BNE

MEMSZ ,FLAG
1%

TRAP

CSETST

sNEXT ADDRESS

;LAST ADDRESS?
;BR IF NO

ENDTST
104401

L10051:

BADHEAD

sewnnnnnnnnnwnn

TEST

wnmwannnnwnnnnnn

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

013570

é;gSQRDBACK EACH LOCATION TO VERIFY CORRECT ADDRESSING

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

MACY11 30A(1052)

HARDWARE

(2)

(1)
4780

4781
(1)

4782
4783
4784
(1)
4785
4786
(1)
4787
4788
(1)
4789
4790
479N
4792

4793
4794
(5)

(6)
(6)
(6)
4795

013701

013574

MSTCLR
CLR
MOV

KMCSR,R1
FLAG

FLAG,R2

#3777.2%

#37.7%
FLAG,2%
FLAG+1,7%

002407

004537
010000

003044

004537
004000
010261

003044
000004

004537

003044

RS, .ROMCLK

004537
040620

003044

RS, .ROMCLK

004537
061225
010205

003044

RS, .ROMCLK

122500

116104
120504

2%:
7%:

RS, .ROMCLK
R5,.ROMCLK

R2.4(R1)

R2,R5

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

000005

001406
104455

000006
005055
006700

SEQ 0093

PAGE 23-2
B

wwwnnnnnnnnnnnn

sR1

;RECORD DEVICE ADDR.

CONTAINS BASE M8200,4,7 ADDRESS

;MASTER CLEAR M8200,4.7

sSTART WITH ADDRESS 0

;PUT DATA IN R2

;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF INSTRUCTION
sADD ADDRESS TO INSTRUCTION
sADD ADDRESS TO INSTRUCTION
sNEXT WORD IS INSTRUCTION,
s CLOCK INSTRUCTION
;LOAD MAR LO

sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
:LOAD MAR HI

sNEXT WORD IS INSTRUCTION,
s CLOCK INSTRUCTION
:MOVE PORT4 TO MEMORY
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;MOVE MEMORY TO THE BR

sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
;MOVE BR TO PORTS
;PUT "EXPECTED'" IN RS

sPUT "“FOUND'' IN R4

;DATA CORRECT?

;BR _IF YES
;DATA ERROR

3%:

002406
002436

153737

013762
002406
002406
003777
000037
002406

4800

(1)
4806

010000

004537

003044

004537

003044

4807

1%:

MY INT
MOV

TEST

153737

(3)
(3)
4796
4797
4798

4801
4802
4803
4804
4805

013644
013652
013644
013652

002406

?gMSZ.FLAG

FLAG

JNEXT ADDRESS

002340

#48,L0CK

;BR IF NO
JNEW SCOPE

—_
—
Hroe

4771
4772
4773
4774
4775
4776
4777
4778
4779

BGNTST
18::

(1)

013570
013570
013570
013570

—_———

4769
(3)
4770

TESTS

14:48

sunnmnnnnnnnnrn

olele]

4768

21=JuL-81

4%:

FLAG

FLAG,R2

#3777.5%
#37.8%
FLAG,SS

5%:

RS, .ROMCLK

;LAST ADDRESS?
1

;RESTART AT ADDRESS 0
;PUT DATA IN R2
;CLEAR ADDRESS FIELD OF INSTRUCTION
;CLEAR ADDRESS FIELD OF

INSTRUCTION
:ADD ADDRESS TO INSTRUCTION
JNEXT WORD IS INSTRUCTION, ROMCLK PC+5304
JCLOCK INSTRUCTION
;LOAD THE MAR LO
JNEXT WORD IS INSTRUCTION,
JCLOCK INSTRUCTION

[alal

DMQCO MB8207 STATIC DIAG #2
DMQC.P11
21-JUL=-81 14:36

4808
4809
4810
4811
(1)
4812
4813
4814
4815
4816
4817

014022
014024
014024

(3)

4820
4821
4822

4823

4824
(3)
(3)
4825
4826
2)
4827
4828
4,829
4830
(2)
4831
4832
(3)

8%:

004537
040620

003044

004537
061225
010205

003044

000005

000020

014110

104401

014110

104422

005237
023737
001325

6%:

004000
ROMCLK

RS, .ROMCLK

JSR__
61225
MOV
MOVB
(MPB
BEQ
ERROR

RS, .ROMCLK

.WORD
.WORD

TRAP ~
TRAP

002406
9%:
ENDTST

L10052:

PAGE 23-3

:LOAD MAR H]
NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION
:MOVE MEMORY TO THE BR

:NEXT WORD IS INSTRUCTION,

:CLOCK INSTRUCTION
MOV BR TO PORTS
:PUT "EXPECTED'" IN RS
:PUT "FOUND'' IN R&
:DATA CORRECT?
:BR IF YES
:ADDRESSING ERROR

R2,RS
S5(R1),Ré4
RS,R&
68
6

CSERDF
6

EMO
_ERR6

CSESCAPE

L10052-.
($BRK

INC
(MP

FLAG
MEMSZ,FLAG

TRAP

CSETST

BNE

;NEXT ADDRESS
IS IT THE LAST

BADHEAD

014112

ESCAPE TST
BREAK

002406
002436

14:48

JSR
040620

.WORD

sennnnnnnnnnnnn

TEST

:BR IF NO

samnwmrtwANNNAN

;*]OP MAR TEST

;*PERFORM DUAL ADDRESSING TEST

:*USING MAR AUTO-INC FEATURE

BADHEAD

sexwnnnnnnnnnnn

BGNTST
19::

4833
(1)
(4)
(4)

005002
013703
005203

(1)

014162

K4ONLY

TRAP

104432

013701

TEST

sennnnnnnnnnnnn

FOR
4K CPUS ONLY.

;DO NOT DO TEST IF H8200 OR H8204

000342

4834
(1)
4835
4836
4837
4838
4839
4840

4841
4842
(2)
4843

TESTS

TRAP
WORD

104410

014070
014072
014072
014074
014100
014106
014110
014110

21=JuL-81

ROMCLK

104455
000006
005055
0067C0

(6)
(6)
(6)
4818
4819

HARDWARE

00400C

116104
120504
001406

(S)

(3)
(3)

MACY11 30A(1052)

002436

004537
010000

003044

004537
010261

003044
000004

L10053-.

MOV

KMCSR,R1

MSTCLR
CLR

MY INT

002516

MOV
INC

MEMSZ ,R3
R3

JSR
010000

RS, .ROMCLK

JSR
MOV

RS, .ROMCLK
R2,4(R1)

ROMCLK

CLRMAR

1%:

CSEXIT

.WORD

:R1

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

:MASTER CLEAR M8200,4,7
:START WITH A ZERO

;GET MEMORY SIZE
;STOP ADDR=MEMSZ+1

JNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
;LOAD MAR WITH A ZERO

sCLOCK INSTRUCTION
;WRITE DATA TO PORT4

SEQ 0094

—

iczomco M8207 STATIC DIAG #2
(ZDMAC.P11
4LB44
(1)

L84S
4846
4847
4848
4849

4850
(1)
4851
4852

014166
014166
014172
014174
014176
014200
014202

21-JUL-B1 14:36

MACY11 30A(1052)

HARDWARE

21=JuL-81

TESTS
ROMCLK

003044

005002

14:48

JSR
136500
INC
CMP
BNE
CLR

RS, .ROMCLK

JSR

RS, .ROMCLK

CLRMAR
JSR

RS, .ROMCLK

ROMCLK

R3,R2
1%
R2

004537
010000

003044

004537

003044

(1)
4855
4856

004537
055224
010205

003100

4859

001406

4(R1) R4
RS,R4
3$

104455

CSERDF

(2)
4853
4854

4857
4858

4860
(5)
(6)
(6)
(6)

4861
(1)
4862
4863
4864
(1)
4865
4866
4867
(1)
4868
4869
4870
4871
4,872
4873
4874
4875
4876
4877
4,878
(5)
(6)
(6)
(6)
4879
4880
4881
4882
(3)
(3

116104
120504

010000
2%:

000004

SROMCLK

PAGE 23-4

;DONE

RS, .SROMCLK

;NEXT WORD IS INSTRUCTION,
:CLOCK INSTRUCTION

:MEM_PORT4, AUTO=INC MAR

; INCREMENT DATA

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

:LOAD MAR WITH A ZERO
:CLOCK INSTRUCTION

sNEXT WORD IS INSTRUCTION,

R2.RS

:MOVE MEM TO PORT4
:PUT "EXPECTED'' IN RS

:MAR ERROR

:PUT "FOUND'' IN R4
;DATA CORRECT?
:BR IF YES

000013
005055
007276

EMO
ERR11

004537

003100

RS, .SROMCLK

004537

003044

:READ IBUS* <15> (MAR HIGH)
RS, .ROMCLK
:CLOCK INSTRUCTION

004537

003044

:READ IBUS* <14> (MAR LOW)
RS, .ROMCLK
:CLOCK INSTRUCTION

000000
005004
121325

121304

:MAR HIGH _POT 5

000004

160000

002436
052702

020204
001406

010000

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

35%:

4(R1) R4
#160000,R4
R2
gg‘nfnsz

:ADD TO MAR HIGH.

#10000,R2

;1F AT HIGH LIMIT,ADD IN OVERFLOW BIT.

R2.R4

104455

000013
005055
007276
A ¥

;ADDR.

?
0K

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

JEXPECTED (R4) IS COMBINATION OF
;IBUS* <14> AND <15>

SEQ 0095

' CZDMQCO M8207 STATIC DIAG #2
- (ZDMQC.P11
21=JUL=-81 14:36

i
|

4883

4BB4
4885
4886
4887

014350
014350
014352
014356

104422

032702
001720

MACY11

HARDWARE

4,899
4900

(1)
4901
4902
(1)

4903

4904
1)

TESTS

BREAK
TRAP

BIT
BEQ

010000

14:48

SEQ 0096

PAGE 23-5

C$BRK

;DONE YET?

#10000,R2

;*THIS SECTION OF CODE ADDED TO MAKE
;*THAT MASTER CLEAR, CLEARS THL MAR

4LB88

4889
4890
4891
1)
4,892
4893
4894
4,895
4LB9G
4897
4,898

21=JuL -81

30A(1052)

014360

014370
014374
014376
014402
014404

014410

014412
014412
014416
014420
014420
014424
014426
014426
014432
014434
014434
014440
014442
014444

002472
040000

004537

003044

121325

004537

003044

004537

003044

121304

121325

004537

003044

005002
016104

000004

121304

Sk P06

408

TST
BNE

RUNB

BNE
BIS
CLR

4«0%

:GOTO 40 $ IF mM8206

002470

052711
005011

SURE

TST

40%

RUNINH

JSR
121325

RS, .ROMCLK

sSET MASTER CLEAR
sCLEAR MASTER CLEAR
sWE MUST FIRST CLOCK
sCLOCK INSTRUCTION

JSR
121304

RS, .ROMCLK

;BEFORE WE CAN READ THEM
;CLOCK INSTRUCTION

JSR

RS, .ROMCLK

JCLOCK INSTRUCTION

ROMCLK
ROMCLK
ROMCLK

121325

ROMCLK

JSR
121304
CLR
MOV

#40000, (RT)
(R1)

;THE MAR LAT(CH REGS

:READ [BUS* <15> PUT IN PORTS
;MAR HIGH

:READ [BUS* <14>, PUT [N PORT4

;CLOCK INSTRUCTION
JMAR LOW
JEXPECT MAR CLEAR
;READ PORTS 485. THEY CONTAIN

RS, .ROMCLK
R2
4(R1) R4

;THE

CONTENTS OF

THE MAR

JMASTER CLEAR SHOULD HAVE
;CLEARED THE MAR

014450
014452
014456
014460
014462
014464
014466
014466
014466
014466

;BRANCH END TST IF CLEAR

40%
“i

001406

CSERDF

104455
000054

“s

005055
011054

EMO

ERR&S

" IRAP

104401

014470

CSETST

BADHEAD

Jeneennnnnnnennn

TEST

senennnnnnnnnne

;*JOP (CRAM) ODT BITS TEST
;*LOAD MAR WITH A O INC MAR UNTIL IT OVERFLOWS
s*VERIFY THAT IBUS* 10 BITS IS SET ONLY WHEN MAR BIT 8 IS A ONE

:*AND THAT [BUS* 10 BIT6 IS SET ON MAR OVERFLOW

014470
014470

BADHEAD

JERRNRRRRRR RN Y

BGONTST

TEST

X222 2222X3322)

(ZDMQCO MB207 STATIC DIAG #2

CZDMQC.P11
4925

(3)

014470
014470

'4)
(4)
4926
(1)

014476
014500
014502
014502

4927
4928
4929
4930
(1)
493
4932
4933
(1)

4934
4935
4936
4937
4938
4939
4940
4941
4942

4943

014506
014512
014514
014514
014520
014522
014522
014522
014526
014530
014532
014536
014540
014544
014550
014554
014556

21=JuL=81 14:3%

MACY11 30A(1052)

HARDWARE
110::

1046432

000234
013701

21=JuL =81

TESTS

MOV

MSTCLR

005002

004537
010000

003044

004537

003044

JSR

RS, .ROMCLK

010000
ROMCLK

JSR

121204

CLR

BIT

BEQ
MOV
MOV
BIC

000040
000004

177637

KMCSR,R1

CLR

ROMCLK

000400

RS, .ROMCLK

#31T8,R2
+6

15%:

R2
#2000,R2
1%

(1)

003044

RS, .ROMCLK

4954

000100
000004

#B176.RS
4(R1) R&

:;7;227 R4

177627

17i
csenor

;CLEAR UNWANTED BITS

;ERROR BITS 586 NOT CLEAR

SNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
; INC MAR
;BUMP MEM ADDRESS

;OVERFLOWED YET?(OVFL PAGE BITS).
:BR IF NO
sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION

PAR!‘ IBUS+* 10

:RS= f!P‘CTED"

*R&="FOUND"*

;CLEAR UNMWANTED BITS
:BIT6 SHOULD BE SET
:BR IF Ok

;ERROR, BIT6 NOT SET

(6)
(6)
(6)

4960

:BR IF NO

C$ESCAPE
L10054~.

002000

(1)

SNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
;PORT4=]1BUS*10
sRS-"EXPECTED"'
;1S BIT8 SET IN MAR?

4948
4949

4959

sMAR_O

EMO
ERR7

RS, .ROMCLK

4955
4956
4957
4958
(5)

JMASTER (LEAR M8200,4,7
JR2=SAME AS MAR (ONTENTS
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

gATf
586 SHOULD BE CLEAR

003044

4952
4953

;RECORD DEVICE ADDR.
CONTAINS BASE M8200,4.7 ADDRE SS

RS R4

#177657 R4

4946
(1)

4950
4951

;R1

;IF YES THEN SET BITS
:R4="FOUND"*

cseaor
7

(3)
(3)
4945

4947

PAGE 23-6

4&(R1) R4

#B1T5,RS

1si

(S)
(6)
(6)
(6)
4944

MACEX
;D0 NOT DO TEST IF mM8200
TRAP
CSEXIT
L10054~,
.WORD
MY INT

002516

14:48

003044

17%:

EMO
ERR7
RS, .ROM(LK

NEXT WORD IS INSTRUCTION,
CLOCK INST RUCT ION
0

SEQ 0097

(ZDMGCO MB207 STATIC DIAG #
. P11
(ZDMAC
21=JuL-81 14:
4961

1)
4962

004537
004000

003044

(1)
4964

004537

003044

493

121204

4965

005005
016104
042704
020504
001406

4966
4967

4968
(969
4970
(5)

MACY11 30A(1052)

HARDWARE

004000

ROMCLK

TRAP

104401

4973
4974
(2)
4975
4976

CLR

BEQ
ERROR

PAGE 23-7

4(R1)

SEQ 0098

SNEXT WORD S INSTRUCTION,
s CLOCK INSTRUCTION
:MAR HI
0

RS, .ROMCLK
RS, .ROMCLK

MOV
BI(
(MP

2%:
ENDTST
L10054:

14:48

JSR

121204

000004
177637

000007
005055
007026

(3)
(%)

TESTS

ROMCLK
JSR

104455

(6)
(6)
(6)
4971
4972

21=JuL-81

JNEXT WORD IS INSTRUCTION,
.»LOCK INSTRUCT ION

#1776%7 .84

:CLEAR UNWANTED BITS

;BR IF OK

RS,R4

:BITS 586 SHOULD BE CLEAR

;ERROR 586 NOT BOTH (LEAR

CSERDF
7

. WORD
. WORD
.WORD

EMO
ERR7

TRAP

CSETST

BADHEAD

sennnnnnnnnnnne

TEST

sensencnnannnen

;*CRAM TEST OF JUMP(]) NEVER MICRO-PROCESSOR INSTRUCTION.
s*PERFORM THE JUMP INSTRUCTION
s*VERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION
THIS INSTRUCTION LOADS THE
:*IN THE LOCATION IT IS AT,
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA [S MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE CRAM PC IS CORRECT, IF THE CRAM PC IS NOT RIGHT,

4977

:*THEN PORT4 CONTAINS A 37
BADHEAD

014736

Jennnnnnnnnanan

014736
014736
014736
014746
014746
014750
014752
014752
014752
014756
014762
014762
014764
014770
014770
014774
014774
015000
015002
015002

BGNTST
Til::

104432

000230
013701

104404

10%:

002516

TEST

108
SK 1P04
:GOTO 10$SIF mM8204

EXIT
TRAP
.WORD
MY INT

MOV

MSTCLR
BGNSEG
TRAP

CSEXIT

LA AR AR ARl
R 2]

;CAN'T DO IF ROM, 1.4

L10055~.
KM(SR,R1

($BSEG

004737

003474

004737

003166

004537
100400

003100

RS, .SROMCLK

004537

003100

RS, .SROM(LK

1%:

;RECORD DEVICE D

:R1 CONTAINS BASE M8200,4 .7 ADDRESS
JMASTER (LEAR M8200,4.7

JSR

PC,MEMSET

;SET MEM AND RAM

JSR

PC,CLRALL

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

JNEXT WORD IS INSTRUCTION,

| (ZDMQCO MB207 STATIC DIAG #2
CZOMaC.P1T
21-JUL-81 14:36
4999

015006

5001
5002

015014
015016

5000

5004
(5)
(6)
(6)

(6)

015010

015020

015022
015026
015030
015032

015034

114377

004737
000001
120504

(3)

015042

104405

(3)

015044

2%:

104410

104404

{SR

PC ,RAMDAT

CMPB

RS R4

TRAP

5
gSERDF

-WORD

EMO

BEQ
ERROR

006556
000002

TESTS

14:48

<400+0>
114377

003330

005055

015040

5008

HARDWARE

104455
000005

015036

21=JuUL -81

30A(1052)

001406

(3)

MACY11

8
PAGE 23-8

SEQ 0099

;JUMP TO ROM PC OF
;R4=CRAM PC

1777

(LSB 8 BITS)

JEXPECTED DATA

;1S ROM PC CORRECT?

:BR IF NO

JERROR, CRAM PC IS WRONG

-WORD
ERRS
S
EG
ESCAPE
CSESCAPE
10000%-.

10000$%:

C$ESEG

C$BSEG

PC,CLRALL

sCLEAR ALL

CONDITIONS

015046

004737

003166

(1)
5010

015052
015056

004537
100403

003100

JSR

(1)
5012

015060
015064

004537
100000

003100

RS, .SROMCLK
JSR
<400*0>
100000!
;JUMP TO ROM PC OF O
PC ,RAMDAT
;R4=CRAM PC (LSB 8 BITS)
JSR

5013
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)

015066

015074
015076
015100
015104
015106
015110
015112
(15114
015114
015116
015120
015120
015120
015122
015122

004737

000004
120504
001406

003330

104455
000005
005055
006556

10001$%:

104405

RS, .SROMCLK

R5.R4
4%
5
gSERDF

CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
.WORD

CSESEG

C$BSEG

003166

004537
100406

003100

004537
104125

003100

JSR

003330

JSR
7
(MPB

RS ,R4

015164

000005

TRAP

gSERDF

104455

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

ESCAPE S EG
TRAP
CSESCAPE
10001%-.
.WORD
ENDSEG

004737

015162

JEXPECTED DATA

EMO
ERRS

0151246
015130
015130
015134
015136
015136
015142
015144
015150
015152
015154
015156

004737
000007
120504
001406

:START AT ROM P(C=3

JNEXT WORD IS INSTRUCTION,

4%:

104410
000002

104404

100403
SROMCLK

JNEXT WORD IS INSTRUCTION,

PC,CLRALL

RS, .SROMCLK
RS,.S ROMCLK

104125!< 400+0>
PC ,RAMDAT

BEQ
ERROR
.WORD

6%
5

;CLEAR ALL CONDITINS

sNEXT WORD IS INSTRUCION,
;START AT ROM PC=6

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525
sR4=CRAM PC

(LSB 8 BITS)
;EXPECTED DATA
;1S ROM PC CORRECT?

;BR IF YES
;ERROR, CRAM PC

IS WRONG

———

NNNNNY
88 0“"#0““38:

non

s
s
b e
i
b b
b

5031
(3)

(6)
(6)

oo olelololeololels]

CZDMQCO MB8207 STATIC DIAG #2
CZDMaC.P11
21=JuL-8 1 14:36

015200

005055
006556

MACY11 30A(1052)

HARDWARE TESTS

6%:

104410

000002

10002%:

104405

ENDTST

L10055:

104401

21=JUL-81

015202

14:48

8
PAGE 23-9

SEQ 0100

.WORD
EMO
ERRS5
.WORD
ESCAPE SEG
TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

10002%-.

BADHEAD

sxknknnknnnnnrnnr

TEST

swwnsnxwnnnnnnnnn

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

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

;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4.

THIS DATA IS CORRECT

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

é;;HEQDPORTk WILL CONTAIN A 37

015202

sxnkmknknnhknnrnk

015202
015202
015202
015212
015214
015216
015216
015222
015226
015232
015232
015234
015234
015240

BGNTST
T12::
104432

013701

002516

004737

003474

104404

004537
100400

003100

L10056~.

MOV

KMCSR,R1

MSTCLR
JSR

PC ,MEMSET

BGNSEG
TRAP
C$BSEG
SROMCLK

JSR
100400

RS, .SROMCLK

SROMCLK
JSR
RS, .SROMCLK
114377 '<400%1>
JSR
PC ,RAMDAT

003100

003330

377
CMPB
BEQ

R5.R4
2%

TRAP

CSERDF

ERROR

2%:

wwswnmwnnnnnnnn

CSEXIT

.WORD

MY INT

1%:

MACEX?2
;DON'T DO IF mM8200
;DO NOT DO TEST IF M8200
TRAP

000214

TEST

.WORD
.WORD
.WORD

5
EMO
ERRS

TRAP

($ESCAPE

ESCAPE SEG

.WORD

10000%-.

;RECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4.7
;SET MEM AND RAM
sNEXT WORD IS INSTRUCTION,

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

;JUMP TO ROM PC OF 1777

;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?

;BR IF YES
;ERROR, CRAM PC IS WRONG

—

—————
i

———————————————

—

(ZDMQCO MB207 STATIC DIAG #2
(Zbmac.P11
21-JUL-81 14:36
5063
(3)
(3)
5064
(3)
5065
(1)
5066
5067
(1)
5068

015302
015302
015302
015304
015304
015306
015306
015312
015314
015314
015320

5070

015326

10000%:

104405

104404
004537

003100

004537

003100

5069 015322

004737

003330

5071
5072
5073
(5)
(6)

120504
001406

(6)
(6)
5074
(3)
(3)
5075
(3)
(3)
5076
(3)
5077
(1)
5078
5079
(1)
S080
5081
5082
5083
5084
5085
(5)
(6)
(6)
(6)
5086
(3)
(3)
5087
(3)
(3)

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

5088
(3)
5633

015420
015422
015422
015424
015426
015426
015426
015430
015430
015430

5090

015432

5091

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

100403

100400

000000

104455
000005
005055
006556

10001$%:

104405
104404

004537
100406

003100

004537
104525
004737
000125
120504
001406

003100

003330

104455
000005
005055

006556
104410
000002
104405

104401

6%:

10002%:

ENDTST
L10056:

PAGE 23-10

ENDSEG
TRAP
CSESEG
BGNSEG
TRAP
($BSEG
SROMCLK
JNEXT WORD IS INSTRUCTION,
JSR
RS, .SROMCLK
100403
;START AT ROM P(C=3
SROMCLK
JNEXT WORD IS INSTRUCTION,
RS, .SROMCLK
100000'<400-1>
;JUMP TO ROM PC OF 0

JSR

PC, RAMDAT

CMPB
BEQ
ERROR
TRAP
.WORD

R5,R4
4%
5
C$ERDF
5

4%:

104410
000002

14:48

;sR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

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

.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
(SESCAPE
.WORD
10001%-.

ENDSEG

TRAP
C$ESEG
BGNSEG
TRAP
C$BSEG
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
RS, .SROMCLK
104125'<400-1>
JSR
PC.RAMDAT
125
(MPB
RS ,R4
BEQ
6%
ERROR
5
TRAP
CSERDF
WORD
5§
.WORD
EMO
.WORD
ERRS
ESCAPE SEG
TRAP
C$ESCAPE
.WORD
10002%-.
ENDSEG

TRAP

(SESEG

TRAP

CSETST

BADHEAD

JRRERERRRAANRAN

TEST

JNEXT WORD IS INSTRUCTION,
;START AT ROM PC=6
JNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525
;R4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;IS ROM PC CORRECT?
;BR IF YES
;ERROR, CRAM PC IS WRONG

sxsrsannsnnnnnnn

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

SEQ 0101

CZDMQCO MB207 STATIC DIAG #2
CZbmac.P11

5092
5093
5094
5095
5096
5097
5098
5099
(2)

5100
5101
(3)
5102
1)
(4)
(4)
5103
(1)
5104
5105
5106
5107
(3)
5108
5109
(1)
5110
5111
(1)

5112

5113
5114
5115
5116
5117
(5)
(6)
(6)
(6)

21=JUL-81 14:36

015452
015456
015462
015462
015464
015470
015470
015474
015476
015476

015502

015504
015510
015512
015514
015516
015522
015524
015526
015530

015532
015532
015532
015534
015536
015536
015536
015540
015540
015542
015546
015546
015552
015554
015554

5127

015562

015560

14:48

8
PAGE 23-11

;*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
:*«VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
:«IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
:*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
:«THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
:«THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
*«THEN PORT4 WILL CONTAIN A 37
BADHEAD
JERRRANAA RN RNAN

015432
015432
015432
015442
015444
015446
015446

21-JUL-81

HARDWARE TESTS

015432

5118
5119
(3)
(3)
5120
(3)
(3)
5121
(3)
5122
5123
(1)
5124
5125
(1)

5126

MACY11 30A(1052)

BGNTST
T13::
MACEX2
104432
000230
013701

002516

004737

003474

104404
004737

003260

004537
100400

003100

004537

003100

004737
000377
120504
001406

003330

115377

104455
000005
005055
006556

1%:

MSTCLR
JSR
BGNSEG
TRAP
JSR
SROMCLK
JSR
100400
SROMCLK
JSR

JSR
377
CMPB
BEQ
ERROR
TRAP

104410
000002

100008:

LWORD
.WORD
.WORD

004537
100403

003100

004537

003100

004737

003330

JSR

104404
004737

101000

003260

KMCSR,R1
PC,MEMSET
(S$BSEG
PC,SETC
RS, . SROMCLK
RS, . SROMCLK

PC ,RAMDAT
RS.R&4
2%
5
CSERDF
§
EMO
ERRS

ESCAPE SEG
TRAP
CSESCAPE
.WORD
10000$-.
ENDSEG
TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100403
SROMCLK
JSR

DO TEST IF M8200
CSEXIT
L10057-.

1143771 <400%2>

28:

104405

;DO NOT
TRAP
.WORD
MY INT
MOV

TEST

sxnwnannnnnnwnnnsn

;:DON'T DO IF M8200

;RECORD DEVICE ADDR.
:R1 CONTAINS BASE M8200,4,7 ADDRESS
*MASTER CLEAR M8200,4,7
*SET MEM AND RAM
;SET THE C BIT®
*NEXT WORD IS INSTRUCTION,

:START AT ROM PC=0
*NEXT WORD IS INSTRUCION,

:JUMP TO ROM PC OF 1777

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

:LOOP TO 18 IF SW09=1

(CSESEG
($BSEG
PC,SETC

RS, . SROMCLK
RS,

. SROMCLK

100000 <400%2>

PC,RAMDAT

:SET THE C BIT'
*NEXT WORD IS INSTRUCTION,

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

:JUMP TO ROM PC OF 0

*R4=CRAM PC (LSB 8 BITS)

SEQ 0102

CZDMQCO mM8207 STATIC DlA64#§6
CZbmac.P11
21-JuL-81 1

MACY11 30A(1052)

HARDWARE TESTS

00000C
120504
001406

0
CMPB

BEQ

104455
000005
005055
006556

A ¥

104410

000002

10001$:

104405

bbbbl\—lwg—'u
OO

W
N

—

o
o

b PN NN
N -—

015676

=ty

d e

b e

vivvwviwvionuainainawv

—

o
g'\)\h\.fl\.fl\h\h\h\h\h\hf\\')
~ 000NN
W)=

015670
015672
015672
015672
015674
015674
015674

(3)
5147
(3)
(3)
5148
(3)
(3)

wvi

004737

003260

004537

003100

004537

003100

100406

105125
004737
000125
120504
001406

vivivivaivic

i g, wd

W (o Yo Yo AV, P o
N SWNNV=Ow
~On N

104404

104455
000005
005055
006556

104410
000002
104405
104401

21-JUL-81

ERROR
TRAP
WORD
.WORD
.WORD

14:48

8
PAGE 23-12
JEXPECTED DATA
:1S ROM PC CORRECT?

R5,R4

;BR IF

5
CSERDF
5
EMO
ERRS

;LOOP TO 3% IF SW09=1

ESCAPE SEG
TRAP
CSESCAPE
ENDSEG

TRAP
BGNSEG
TRAP
JSR
SROMCLK
JSR
100406
SROMCLK
JSR

125
CMPB
BEQ
ERROR
TRAP

6%:

10002%:

ENDTST

L10057:

YES

sERROR, CRAM PC IS WRONG

CSESEG
C$BSEG
PC,SETC

;SET THE C BIT'
sNEXT WORD IS INSTRUCTION,

R5,.SROMCLK

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

JSR
R5, .SROMCLK
104125!<400%2>

003330

SEQ 0103

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

PC ,RAMDAT

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

R5,R4
6%
5

CSERDF

.WORD
5
.WORD
EMO
.WORD
ERR5
ESCAPE SEG
TRAP

CSESCAPE

TRAP

CSESEG

TRAP

CSETST

.WORD
ENDSEG

10002%-.

BADHEAD

sakknnkkrnkknannkn

TEST

wxnnsnwnwnnnnnn

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

015676

é;gnggoPOle WILL CONTAIN A 37
sennnnnnnnhnnrn

TEST

THE JUMP WAS UNSUCCESSFUL

sxwmnnnnnnnnnnn

(ZDMQCO M8207 STATIC DIAG #2
CcZomac.P11
21-JUL-81 14:36

SFELE
T~ W

(1)
(4)
(4)

015706
015710
015712
015712
015716
015722

104404

NONOAONNNINNN NN
0O~
o NONWNV
S W N =O~wO

003474

003100

SROMCLK
RS,
JSR

003330

JSR

PC ,RAMDAT

CMPB
BEQ
ERROR
TRAP
.WORD
.WORD
. WORD

R5,R4
2%
5

TRAP

CSESEG

)
D
N

104455
000005
005055
006556

100008%:

104405

SBRIRRR

e add wn wud gy,

;R1 CONTAINS BASE M8200,4,7 ADDRESS

;MASTER CLEAR M8200,4,7

;SET MEM AND RAM

;SET THE Z BIT'
sNEXT WORD IS INSTRUCTION,
;START AT ROM PC=0

sNEXT WORD IS INSTRUCION,

;EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES

CSERDF

;R4=CRAM PC

(LSB 8 BITS)

;ERROR, CRAM PC IS WRONG

EMO
ERRS

ESCAPE S EG
TRAP
CSESCAPE
10000%~.
. WORD
ENDSEG

003100
003100

SROMCLK
RS,
JSR

003330

JSR

100403

.SROMCLK

100000!< 400+3>

PC ,RAMDAT

5
CSERDF
5
EMO

104455
000005
005055

104410
000002

;RECORD DEVICE ADDR.

377

004537

4$:

SEQ 0104

;JUMP TO ROM PC_OF 1777

003312

006556

PAGE 23-13

!< 400+3>
114377

104404
004737

004537
101400
004737
000000
120504
001406

016054
016054
016056

.SROMCLK

BGNSEG
TRAP
C$BSEG
PC,SETZ
JSR
SROMCLK
RS, .SROMCLK
JSR

100403

100400

2%:

104410
000002

(5)

C$BSEG

004537

120504
001406

TRAP

PC,MEMSET

PC,SETZ
JSR
SROMCLK
R5,.SROMCLK
JSR

115777
004737
000377

5183

MSTCLR
JSR
BGNSEG

003312

004537

(3)

1$:

KMCSR,R1

004737
100400

v ViV
—

ovy

004737

14:48

MACEX2
;DON'T DO IF M8200.
;DO NOT DO ;EST IF M8200
TRAP
CSEXIT
L10060~.
. WORD

MY INT
MOV

002516

(%, ]

104432
000230

013701

21-JUL-81

HARDWARE TESTS

BGNTST
T14::

015676
015676
015676

d e

- ON

kP~ —

5161
(3)
5162

MACY11 30A(1052)

ERRS

ESCAPE S EG
TRAP

.WORD

($ESCAPE
10001%~.

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

sNEXT WORD IS INSTRUCTION,

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

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

CZDMQCO M8207 STATIC DIAG ’ib
C(ZoTMac.P11
21=JuL-81 14 :

003100

TRAP
CSESEG
BGNSEG
TRAP
($BSEG
JSR
PC,SETZ
SROMCLK
JSR
R5,.SROMCLK
100406
SROMCLK
RS, .SROMCLK
JSR

003330

JSR

PC ,RAMDAT

CMPB

R5.,R4

104405

o, i

104404

004737

003312

004537

003100

100406

9
PAGE 23-14

;SET THE Z BIT®
sNEXT WORD IS INSTRUCTION,
;START AT ROM P(C=6
sNEXT WORD IS INSTRUCTION,

<400+3>
104! 125
125

6%:

10002%:

ENDTST

L10060:

SEQ 0105

ENDSEG

100018:

14:48

—

N P

SBTYRSRRLACE

5192

MACY11 30A(1052)
21=JuL-81
HARDWARE TESTS

BEQ
ERROR
TRAP
WORD
.WORD
.WORD

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

6$
5
CSERDF
5
EMO
ERRS

;1S ROM PC CORRECT?

:BR IF YES
;ERROR, CRAM PC IS WRONG

ESCAPE SEG

TRAP
.WORD

CSESCAPE
10002%~.

TRAP

CSESEG

TRAP

CSETST

ENDSEG

BADHEAD

JRRRRRARRNAARNEN

TEST

sxnnsnnnnantnnn

;*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,

016142

sennnnnnnnnnnrn

016142
016142
016142
016152
016154
016156
016156

016162

016166

016172

P
——————

é;gzggbpoml. WILL CONTAIN A 37

BGNTST
T15::

004737

CSEXIT
L10061~.

002516

MOV

KMCSR,R1

003474

MSTCLR
JSR

PC ,MEMSET

MY INT

1%:

wxwsnnnnnnwnnnn

MACEX2
;DON'T DO IF M8200.
mM8200
IF
TEST
DO
NOT
;DO
TRAP
.WORD

104432

000230

013701

TEST

THE JUMP WAS UNSUCCESSFUL

’

;RECORD DEVICE ADDR.

sR1 CONTAINS BASE M8200,4,7 ADDRESS
;MASTER CLEAR M8200,4.7
;SET MEM AND RAM

| CZDMQCO M8207 STATIC DIAG #2
| CZDMQC.P11
21=JuL-81 14:36
104404

004737

003220

004537

003100

100400

004537
116377
004737

MACY11 30A(1052)

HARDWARE

RS, . SROMCLK

003330

JSR

114377 <400%4>

PC ,RAMDAT

;JUMP TO ROM PC OF 1777

CMPB
BEQ
ERROR

R5,R4
2%
5

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

.WORD
.WORD
.WORD

EMO

ERRS5

TRAP

CSESCAPE

SROMCLK

TRAP

2%:

100008%:

104405

004737

003220

004537

003100

004537

003100

004737
000000

003330

CSERDF

ENDSEG
TRAP
BGNSEG
TRAP

C$BSEG

JSR

RS, .SROMCLK

SROMCLK

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

120504
001406

CMPB
BEQ

104455

ERROR
TRAP

R5.R4
4%
5

WORD
.WORD

5
EMO

104410

10001$:

104405

004737

003220

C04537

003100
003100

(LSB 8 BITS)

CSESEG

PC,SETBRO

100403

000002

;R4=CRAM PC

100008-.

JSR

SROMCLK

4%:

sNEXT WORD IS INSTRUCION,

JSR

000005
005055
006556

;START AT ROM PC=0

ESCAPE SEG

.WORD

00002

004537

;SET THE BRO BIT'
sNEXT WORD IS INSTRUCTION,

JSR

104410

100406

SEQ 0106

003100

005055
006556

104404

9
PAGE 23-15

RS, .SROMCLK

104455
000005

102000

JSR
100400

120504

100403

TESTS

14:48

BGNSEG
TRAP
($BSEG
JSR
PC,SETBRO
SROMCLK

001406

104404

21=JUL=-81

CSERDF

.WORD

ERRS5

.WORD

10001%-.

TRAP
BGNSEG
TRAP

C$ESEG

;SET THE BRO BIT'

:NEXT WORD IS INSTRUCTION,
;START AT ROM P(=3

JNEXT WORD IS INSTRUCTION,

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

(LSB 8 BITS)

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

ESCAPE SEG
TRAP
CSESCAPE

ENDSEG

($BSEG

JSR

PC,SETBRO

JSR
100406

RS, .SROMCLK

JSR

RS, .SROMCLK

SROMCLK

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

sNEXT WORD IS INSTRUCTION,

| CZOMOCO M8207 STATIC DIAG #2

| CZDMAC.P11

5257
5258
5259
5260
5¢61
5262
(5)
(6)
(6)
(6)

5263
(3
(3)
5264
(3)
(3)
5265
(3)

21=JUL=-81 14:36
106123

004737
000125

MACY11 30A(1052)

HARDWARE

003330

120504

001406
104455

000005
005055
006556

6%:

104410

21=JUL=-81

TESTS

10002%:

104405

ENDTST
L10061:

104401

PAGE 23-16

SEQ 0107

106125 ! <400%4>

;JUMP TO ROM PC OF 525

(MPB
BEQ
ERROR

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

JSR
125

PC ,RAMDAT

TRAP

CSERDF

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

R5,R4
6%
5

5
MWORD
.WORD
EMO
ERRS
WORD
ESCAPE SEG
TRAP

WORD

000002

14:48

ENDSEG

CSESCAPE

10002%~-.

TRAP

CSESEG

TRAP

CSETST

BADHEAD

sexnxnnnnnnenns

TEST

raannnnnntnnentn

;*CRAM TEST OF JUMP(I) ON BR1 SET MICRO-PROCESSOR INSTRUCTION.
;=SET THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
J*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4.

THIS DATA IS CORRECT

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

BADHEAD

sexnnnnnnwwnwnnr

TEST

swnnnnnnnnnnnnn

BGNTST
T16::

;DO NOT DO TEST IF m8200

104432

TRAP

000230

013701

002516

004737

003474

104404

004737

003230

004537

003100

004537

003100

100400

116777

MACEX2

003330

CSEXIT

.WORD

L10062-.

MOV

KMCSR,R1

MSTCLR
JSR

PC,MEMSET

BGNSEG
TRAP

($BSEG

MY INT

;sDON'T DO IF M8200.

sRECORD DEVICE ADDR.
;R1 CONTAINS BASE M8200,4,7 ADDRESS
JMASTER CLEAR M8200,4.7
;SET MEM AND RAM

JSR
PC,SETBR1
SROMCLK
JSR
RS, .SROMCLK
100400
SROMCLK
JSR
RS, .SROMCLK

;SET THE BR1 BIT®
JNEXT WORD IS INSTRUCTION,

JSR
377

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

114377 <400+5>

PC ,RAMDAT

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

;JUMP TO ROM PC OF 1777

;
| CZDMQCO MB207 STATIC DIAG #

| CZDMQC.P11

21=JuL-8 1 14:

016466
016470

016472

|
|

HARDWARE

LWORD

28:

000002

10000%:

104405

SREIg

104404

004737

003230

004537

003100

100403

004537

003100

004737
000000

003330

102400

104404

SERRRE

10001%:

003230

JSR
100403

RS, .SROMCLK

$SR

PC RAMDAT

(MPB

RS,R&

ERROR

004537
100406

(CSERDF

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

;SET THE BR1 BIT'
sNEXT WORD IS INSTRUCTION,
;START AT ROM P(=3

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF C
;R4=CRAM PC (LSB 8 BITS)
SEXPECTED DATA
;IS ROM PC CORRECT?
;BR IF YES
;ERROR, CRAM PC IS WRONG

.WORD

ERRS

.WORD
ENDSEG

10001$-.

TRAP
BGNSEG
TRAP

(SESEG

ESCAPE SEG
TRAP
CSESCAPE

(S$BSEG

PC,SETBR1

003100

JSR

RS, . SROMCLK

003100

JSR

RS, . SROMCLK

003330

JSR
125
(MPB
BEQ

PC ,RAMDAT

RS,R&
6$

TRAP

(SERDF

SROMCLK

100406
SROMCLK

' <400+5>
104125

ERROR

£$:

SEQ 0108

§
EMO

JSR

OV~ O

PC,SETBR1

L.WORD
.WORD

004737

(S$BSEG

JSR

TRAP

(LW IV IV TV IV

RV
LV RV
IV

~ W WWWWWA
WWA WA
e k=~
N
whL n —

CSESEG

RS, . SROMCLK
JSR
100000 <400+5>

4%:

9
PAGE 23-17

100008~-.

SROMCLK

000002

5311

TRAP
BGNSEG
TRAP

104455
000005

104405

(SERDF

(SESCAPE

.WORD
ENDSEG

BEQ

104410

RS,Ré
2%
§

TRAP

001406

005055
006556

14:48

§
EMO
.WORD
ERRS
"WORD
ESCAPE SEG

SROMCLK

120504

(5)

TESTS

TRAP

104455

104410

5298

21=JuL=81

(MPB
BEQ
ERROR

120504

001406

000005
005055
006556

MACY11 30A(1052)

LWORD
.WORD
WORD

S
EMO
ERRS

ESCAPE SEG

;SET THE BR1 BIT'

sNEXT 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?
JBR IF YES
;ERROR, CRAM PC IS WRONG

(20MQCO MB207 STATIC DIAG #2

. CZDMQC.P11

(3)

016642

(3)

016646

(3)
533
.

1
;
!

21=JuL=81

000002

016646

106405

(3)
s§§;

016650
016650

104401

5326

016652

5326
A

(2)

016650

HARDWARE

10441C

016644
016646

(3)

14:36

MACY1T 30A(1052)

10002%:

ENDTST

L10062:

21=JuL=B1

TESTS

14:48

TRAP

(SESCAPE

TRAP

CSESEG

TRAP

(SETST

.WORD
ENDSEG

PAGE 23-18

100028~.

BADHEAD

senwnnnnnnwnwns

TEST

sannsnsnnnnanenw

5327

s*CRAM TEST OF JUMP(]I) ON BR4 SET MICRO-PROCESSOR INSTRUCTION.

5332
5333

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

5328
5329
5330
SN
5334

;*SET IHE BR4 BIT, PERFORM THE JUMP INSTRUCTION.
s*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 CRAM PC. AT THIS POINT

5335

016652

5336
5337
(3)

016652
016652

5338
(1)

(4)

016662

016664
016666

5342
5343

016702
016702

(3)

jenennnnennnnnns

BONTST
117::

016652

(4)
5339

(1)
5340
5341

:*THEN PORT4 WILL CONTAIN A 37

BADHEAD

MACEXZ

;DO NOT DO TEST

104432

TRAP

000230

016666
016672
016676

013701

00251¢

004737

003474

016702

104404

.WORD
MY INT

i$:

MOV
MSTCLR
JSR
BGNSEG

TRAP

CSEXIT

TEST

17 sennnnaanensnnn

IF mM8200

;DON'T DO IF mM8200.

L10063~.

KMCSR,R1

PC ,MEMSET
($BSEG

;RECORD DEVICE ADDR.
JMASTER CLEAR M8200,4,7
;SET MEM AND RAM

SEQ 0109

C20MQC0O MB207 STATIC DIAG #2
(20mQc P11

5345
SSL?
(%

537
578
IQ)

016704
016710
016710
016714
016716
016716

2l=JuL=B81 14:%
004737

002240

004537

003100

004537

003100

100400

MACYTT

30A(1052)

HARDWARE

21=JuL=81

TESTS

14:48

JSR

PC,SETHRS

ISR

RS, .SROM(LK

JSR

RS, .SROM( |k

SROM( LK

100400
SROMC Lk

PAGE 24

sSET THE BR4 BIT'
SNEXT WORD IS INSTRUCTION,
;START AT ROM P(C=0

SNEXT WORD S INSTRUCION,

SEQ 0110

| CZDRGCO MB207 STATIC DIAG 82
CIOMGCPTT T 21esu =81 T4:
4

fi
l

i
!

szsso
§351

016722
016724

117%77
004737

003330

WACYI! S0A(1052)

21-JuL-81

HARDWARE TESTS

14:48

116377 <400%¢>
JSR
P(,RAMDAT

PAGE 25
JJUMP TO ROM P( OF 1777
JR&=(RAM P( (LSB B BITS)

s€@ 0111

——

S———

—

| CZDMQCO MB207 STATIC DIAG #2
| C2D0MQC P11
21=JuL=-81 14:3%

5353
5354

016730
016732

000377
120504

MACYTT

30A01052)
21=JuL=B81
HARDWARE TESTS

377

(MPR

RS, Ré

14:48

PAGE 26

;EXPECTED DATA

;IS ROM P( (ORRECT?

SEQ 0112

bl
oA
P
AR
BN
Rl
R

(ZDMQCO MB8207 STATIC DIAG #2
CZDMaC . P11

5356

016734

21=JUL=81 14:36

00140€

MACY11 30A(1052)

21=JUL-81

HARDWARE TESTS

BEQ

14:48

PAGE 27
;BR IF YES

SEQ 0113

(ZDMQCO MB207 STATIC DIAG #2
CZDMQC.P11

5358
(5)
(6)
(6)
(6)

016736
016742
016744
016746
016750

21=-JUL-81 14:36

104455
000005
005055
006556

MACY11 30A(1052)

21-JUL-81

HARDWARE TESTS

ERROR
TRAP
.WORD
.WORD
.WORD

14:48

5
CSERDF
5
EMO
ERRS

PAGE 28
;ERROR, CRAM PC IS WRONG

SEQ 0114

CZDMQCO MB8207 STATIC DIAG #2
CZDMAC.P11

21=JUL=81 14:36

5360

016752

(3)
5361
(3)
(3)
5362
(3)
5363
5364
(1)
5365
5366
(1)

016754
016756
016756
016756
016760
016760
016762
016766
016766
016772
016774
016774

000002

538
§3¢9
5370
5371
5372
(6)
(6)
(6)
5373

(3)

016752

104404
004737

003240

004537

003100

004537

003100

017002
017006
017010
017012
017014

004737
000000
120504
001406

003330

017022
017024
017026
017030

000005
005055
006556

537 017000 103000
(5)

(3)
(3)
5374
(3)
(3)
5375
(3)
5376
5377
(1)
5378
5379
(1)

5380
5381
5382
5383
5384,
5385
(5)
(6)
(6)
(6)
5386
(3)
(3)

5387
(3)

(3)
5388
(3)

100008:

104405

017020

017030
017032
017034
017034
017034
017036
017036
017040
017044
017044
017050
017052
017052

017056
017060
017064
017066
017070
017072

017076
017100
017102
017104
017106
017106
017110

017112
017112

017112
017114
017114

004537
107125
004737
000125
120504
001406

003100

104405

TRAP

CSESEG

JSR
0
(MPB
BEQ
ERROR

003240
003100

104410
000002

CSESCAPE

.WORD
ENDSEG

003330

68:
,
100028:

ENDTST
L10063:

SEQ 0115

PAGE 29

10000$-.

100000'<406*6>

10001$:

004537
100406

(S$BSEG
JSR
PC,SETBRG
SROMCLK
JSR
RS, . SROMCLK
100403
snonch
RS, . SROMCLK

4$:

104405

104455
000005
005055
006556

TRAP

104410
000002

14:48

ESCAPE SEG

BGNSEG
TRAP

104455

104404
004737

21-JUL-81

HARDWARE TESTS
28:

104410

100403

MACY11 30A(1052)

PC ,RAMDAT

RS.R4
4$
5

CSERDF

;SET THE BR4 BIT'

sNEXT WORD IS INSTRUCTION,

;START AT ROM P(C=3
sNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 0
;R4=CRAM PC (LSB 8 BITS)

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

YES

;ERROR, CRAM PC IS WRONG

LWORD
§
"WORD
EMO
"WORD
ERRS
ESCAPE SEG
TRAP
.WORD
ENDSEG

CSESCAPE
10001$-.

TRAP

CSESEG

BGNSEG
TRAP
C$BSEG
JSR
PC, SETBR4
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, . SROMCLK
104125'<400*6>
JSR
PC ,RAMDAT
125
(MPB
RS.R4
BEQ
6%
ERROR
5
TRAP
(SERDF
L.WORD
§
"WORD
EMO
"WORD
ERRS
ESCAPE SEG
TRAP
CSESCAPE
.WORD
10002%-.

ENDSEG
TRAP

CSESEG

;SET THE BR4 BIT'

;NEXT WORD IS INSTRUCTION,
;START AT ROM PC=6
sNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

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

CZDMQCO MB8207 STATIC DIAG #2
CZDMacC.P11
21-JUL-81 14:36
017114

MACY11 30A(1052)

21-JUL-81

HARDWARE TESTS
TRAP

104401

14:48

PAGE 29-1

SEQ 0116

CSETST

BADHEAD

017116

JERRRAARN RN RN AR

TEST

wanannwnwnnwnknn

s*CRAM TEST OF JUMP(I) ON BR7 SET MICRO-PROCESSOR INSTRUCTION.
;*SET THE BR7 BIT, PERFORM THE JUMP INSTRUCTION.
J*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF _THE JUMP WAS UNSUCCESSFUL

é;gnggpPORré WILL CONTAIN A 37
sxkxknnnwnnwnnt

BGNTST
T18::

MACEX?2
TRAP

104432

013701

002516

004737

003474

004737

003250

004537
100400

003100

L10064~-.

MOV

KMCSR,R1

MY INT

MSTCLR
1%:

JSR
BGNSEG
TRAP

JSR

C$BSEG

PC,SETBR?7

003100
003330

JSR

114377 <400+7>

2%:

10000$:

104405

004737

003250

004537

003100

100403

PC ,MEMSET

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

377
CMPB
BEQ
ERROR

wuwwsnnnnnwnnnn

;DON'T DO IF mM8200.

CSEXIT

.WORD

TRAP
.WORD
.WORD

104404

;DO NOT DO TEST IF M8200

000230

104404

TEST

PC,RAMDAT

R5,R4
2%
5

CSERDF
5
EMO

.WORD

ERRS5

.WORD

10000%-.

TRAP
BGNSEG
TRAP

CSESEG

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

;SET THE BR7 BIT'

sNEXT WORD IS INSTRUCTION,

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

;JUMP TO ROM PC OF 1777

sR4=CRAM PC

(LSB 8 BITS)

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

ESCAPE SEG
TRAP
CSESCAPE

ENDSEG

C$BSEG

JSR
PC,SETBR7
SROMCLK
JSR
RS, .SROMCLK
100403

;SET THE BR7 BIT'

sNEXT WORD IS INSTRUCTION,

;START AT ROM P(C=3

(ZDMQCO M8207 STATIC DIAG #2
czomac.P11
21=JUL-81 14:36

5424

017240

004537

103400
004737
000000

MACY11 30A(1052)

HARDWARE TESTS

003100

120504

4$:

104410
000002

10001$:

004737

003250

004537

003100

004537

003100

100406

107525
004737
000125
120504
001406

104410

104401

:JUMP TO ROM PC OF 0

PC,RAMDAT
R5.R4
4%
5

CSERDF
5

EMO
.WORD
ERRS
.WORD
ESCAPE SEG
TRAP

ENDSEG
TRAP
BGNSEG

C$ESCAPE

10001%~-.

CSESEG
C$BSEG

;SET THE BR7 BIT'
sNEXT WORD IS INSTRUCTION,

JSR
R5,.SROMCLK
100406
SROMCLK

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

RS, .SROMCLK

104125'<400*7>

6%:

JSR
125
CMPB
BEQ

PC ,RAMDAT

TRAP

CSERDF

ERROR

R5,R4
6%
5

.WORD

10002%:

ENDTST

L10064:

;JUMP TO ROM PC OF 525

sR4=CRAM PC (LSB 8 BITS)
;EXPECTED DATA
;1S ROM PC CORRECT?
:BR IF YES

;ERROR, CRAM PC IS WRONG

.WORD
EMO
.WORD
ERR5
ESCAPE SEG
TRAP

.WORD

000002
104405

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

TRAP

003330

SEQ 0117

JSR
0
CMPB
BEQ
ERROR

JSR
PC,SETBR7
SROMTLK

104455
000005

005055
006556

9
PAGE 29-2
sNEXT WORD IS INSTRUCTION,

.WORD

104405

SROMCLK
RS, . SROMCLK
JSR

TRAP
.WORD

104455
000005
005055

006556

14:48

100000 <400+ 7>

003330

001406

104404

21=JUL-81

ENDSEG

C$ESCAPE

10002%-.

TRAP

CSESEG

TRAP

CSETST

BADHEAD

Jexnnenknnnnnnns

TEST

sxwaxkArkrrrnnn

s*CRAM TEST OF JUMP(I) ON C BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
s*SET THE C BIT, PERFORM THE JUMP INSTRUCTION.
s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
;*IN THE LOCATION IT IS AT. THIS INSTRUCTION LOADS THE
;*BR WITH THE 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

CZOMGCO MB207 STATIC DIAG #
(ZDMQC. P11
2i=JuL=81 1&:

5661

TESTS

Jeescsensennneny

8 10
PAGE 29-3

TEST

;00 NOT DO YESY 1F m8200°

TRAP

106632

D00c&s

CSEXIT

LWORD

L10065-.

MOV

KM(SR,R1

MY INT

013701

00251¢

5«63

004737

U374

5465

0046727
004737

0C3260
0C316e

(1)

004537
100400

003100

JSR
PC,CLRALL
SRMCLK
RS, .SROMCLK

(1)

004537

003190

JSR

RS, .SROMCLK

004737

003330

ilSli

PC ,RAMDAT

5464
(3)

5466
5467
5468
5469

5470
5471

1046404

115377

5472

00000 1

5474

007406

5473

5475
(S)

(6)

5476
(%)
t3)

5477
(3)

(3)
5478
(%)

547G
(1)

TRAP
JSR

130‘00
SROMCLK

28:

104410

000002
10000$:

106405

TRAP

Sk 1PO6

003166

(1)

004537
100403

003100

004537

003100

004737
000004

003330

101000
120504

001406
104455

000005

TRAP

sRECORD DEVICE _ADDR.
sMASTER CLEAR M8200,4,7
;SET MEM AND RAM

($BSEG
PC,SETC

(MP8
RS.,R4
BEQ
4 ]
ERROR
5
TRAP
(SERDF
.WORD
5
.WORD
EMO
ERRS
.WORD
ESCAPE SEG
TRAP
CSESCAPE
.WORD
100008-.
ENDSEG
BONSEG

104404

PCMEMSET

114377 !<400%2>

104455

000005
005055
00655¢

004737

5482
5483

MSTCLR
JSR
BGNSEG

120504

5480

5481

sennnasannnnnne

;DON'T DO IF mM8200.

MACEX2

(1)

462

SEQ 0118

BGhYSY

&)
Q)

14:48

21=JuL=81

AD
BADHE

5460
(1)

~ARDWARE

017362

—d
b
b

(2)
5458
5459
(%)

N
W
~

5457

MACYYY 20A01052)

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

sNEXT WORD IS INSTRUCION,

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

(LSB 8 BITS)

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

CSESEG
($BSEG

:GOTO 68 IF M8206

JSR
PC,CLRALL
SROMCLK

sCLEAR ALL CONDITIONS

100403
SROMCLK

;START AT ROM PC=3

JSR

RS, .SROMCLK

JSR

RS,

iSR

PC ,RAMDAT

(MPB

R5.R4

TRAP

CSERDF

.SROMCLK

100000 <400+2>

BEQ
ERROR
.WORD

48
5
5

sNEXT WORD OF INSTRUCTION
sNEXT WORD OF INSTRUCTION
;JUMP TO ROM PC OF O
;R4=CRAM PC(LSB 8 BITS)

JEXPECTED DATA
;IS ROM PC CCRRECT?
;BR IF YES
JERROR, CRAM PC IS WRONG

‘

(20MQCO MB207 STATIC DIAG »
C20MaC P11

21=JuL=81

(6)
(&)

017550
017552

%3255
56

01755

104410

549C

017554

(%)
5691
(3)
(3)
5492
(3)
5693
5696
(1)
5695
5496

017556
017560
017560
017560
017562
017562
017564
017570
017570
017574
017576

‘3)

T4:

00000

100018$:

104405

104404
004737

017576

004537

003100

5498
5695

017606
017610

004737
000007

003320

55CT
5502

017614
01761¢

001406

(6)
€)
(6)
5503
3y

01762¢
017626
017430
017632
017632

000005
005055
00655¢

5504
(3)
(3)
5505
(3)

017636
01763
Q17636
017640
017640

5507

017642

5500
(5)

(3)

S;CSK’,
(2)

017612

017622

017634

Cr17640

10512

120504
106455

106470

00000¢

104405

104407

21=JuUL=B1

14:48

TESTS

.WORD
.WORD

EMO
ERRS

TRAP

(SESCAPE

TRAP
BGNSEG
TRAP

(SESEG

c 10

PAGE 29-4

£8:

SEQ 0119

ESCAPE SEG

.WORD
ENDSEG

100018~-.

($ASEG
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100406
SROM(LK

002746
0OL3'0C

3697 Q17602

HARDWARE

.$:

004537
100406

(1)

MACYYY Z0A(1052)

JSR

R5,

JSR
7

P( ,RAMDAT

BEQ
ERROR

6s
5

;CLEAR ALL CONDITIONS

JNEXT WORD IS INSTRUCTION,

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

.SROMCLK

104 125! <400%2>

:JUMP TO ROM PC OF 525

(MPB

R5,R4

;1S ROM PC CORRECT?

TRAP

(SERDF

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

;BR IF YES
;ERROR, (RAM PC IS WKONG

.WORD
5
.wORD
EMO
.wWORD
ERRS
ESCAPE SEG
TRAP
(S$ESCAPE
.WORD

ENDSEG
100028:
TRAP
ENDTST
L 10065

TRAP

10002%-.

CSESEG

(SETST

BADHEAD

seevannnnanannen

TEST

wamnnwnnnnnnnnn

5508
5509

;*CRAM TEST OF JUMP(]I) ON Z BIT CLEAR MICRO-PROCESSOR INSTRUCTION.
s*CLEAR THE Z BIT, PERFORM THE JUMP INSTRUCTION.

551§
551
5514
5515
551€

;*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
BADHEAD

551C
5511

(2)

5517

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

017642

5518

017642

5519

017642

(&)

017652

5520

017656

(3)

(1)

(6)

;evesnnswnnnnnn

swnnnnnnnwnnnne

BONTST

017642

01765

TEST

120::

104432

000246

MACEX?

;DO NOT DO TEST

TRAP

.WORD

MY INT

CSEXIT

L 10066~.

M8200

;DON'T DO IF M8200.

%EO MB207 STATI( DIAG #
PN

(1)

5521

2l=JuL=-81

01765¢

017662

013701

MACYYT 30A(1052)

HARDWARE

0025'¢

MSTCLR

(3)

017672

§537
§832
§533
553,

104404

6)
(&)

017760
017762

000005
005055

55235

(17746

(3)
(3,

0177%

0177264

0177266
017750

006556

106410

000002

017766

006737

003144

(1)

017772

0045%7

003100

(1)

020000

004537

003100

5544
5545
5546
5547
5548
(5)

020006
020012
022014
020C1%
020020
0200246

004737
000004
120504
001406

00%%30

020032

006556

5541 Q017776
§542 020000

55643 020006

(6)
(6)

020026
020030

5549
(3)

020034
020036

(6)
(3)

5550
(3)
(3)
5551
(3)

020036

020040
020040
020040
020042
0200462

100008:

104405
104404

100403

101400

RS.R4
28
S

(SERDF

ENDSEG

“SET MEM
AND RAM

: CLEAR CONDITION CODES ;*++ BO

SNEXT WORD IS INSTRUCTION,

:START AT ROM P(C=0
*NEXT WORD IS INSTRUCION,
:JUMP TO ROM PC OF 1777

;R4=CRAM PC (LSB
8 BITS)

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

ERRS

CSESCAPE
10000%-.

TRAP
BGNSEG
TRAP
SKIP06

($BSEG
68

"SR

PC.CLRALL

JSR

RS, . SROMCLK

JSR

RS,

JSR
A
(MPB
BEQ
ERROR
TRAP

PC ,RAMDAT

LWORD
.WORD

100018

:RECORD DEVICE ADDR.

;MASTER CLEAR M8200,4,7

S
EMO

(SESEG

. SROMCLK

100000 <400+3>

000002

106404

TRAP

100403
SROMC LK

.$:

SEQ 0120

ESCAPE SEG

SROMCLK

104455

104405

PC ,RAMDAT

:GOTO 68 IF M8206

000005
005055

106410

.WORD

553G

017772

TRAP

LWJORD
.wORD

017752
017752
017752
(01775
01775
01775¢

5540

1
(MPB
BEQ
ERROR

;

104455

553¢
(3)
(2)
5537
(3)
5538
(1)

114377 : <400+ 3>

003%%

PAGE 29-5

(S$BSEG

JSR

115777

00000!
1205C4
001406

(6)

TRAP

017720

(0177264
(017726
(017730
017732

(5)

JSR
PC ,MEMSE T
BGNSEG
JSR
PC,SETZ
JSR
PC.CLRALL
SROMCLK
JSR
RS, . SROMCLK
100400
SROMC LK
JSR
RS, . SROMCLK

004737

D10

KMC SR, R1

017676 004737 003312
017700 004737 003166
017704
017706
004537 003120
017710 100400
017712
017712 006537 093100

5529 017716
SS30

18:

14:48

TESTS

MOV

ssz; 017666 004737 00347
ssg 01767
5526
§525
5526
(1)
5527
5528
(1)

21=JuL=-B1

RS R4
X
S
(SERDF

.WwORD

§
EMO
ERRS

.WORD

10001%~-.

TRAP
BGNSEG

(SESEG

ESCAPE SEG
TRAP
(SESCAPE
ENDSEG

TRAP

($BSEG

:CLEAR ALL CONDITIONS

*NEXT WORD IS INSTRUCTION,
:START AT ROM P(C=3
*NEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 0

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

b
[

(ZDMQCO MB8207 STATIC DIAG Cié
(70MGC P11

21=JuL =81 14:

5552
5553

020044
020050

004737

00%'es

5556
5555

020054
020056

020050

004537

100406

003100

020056

004537

00%'0C

5557
£558
5559

020064
020070
020072

0047%7
000007
120504

00%33%0

€561

0%0073

(1)
(1)

§556 020062
5560
(5

¢)
6>
(6)

5562
(3)

3)
5563
(3)

(3)

5564

(3)
(%)
5565
8566
(2)

020076
020702

105525

02011¢

104408

020120
120

104407

020120

L 10066
:

020122

020122
020122

5578

029122

(4)

020132

;BR IF YES

(SERDF

.WORD
.WORD
.WORD

5
EMO
ERRS
ESCAPE SEG
TRAP ~

~(SESCAPE

THAP

(SESEC

TRAP

CSETST

100028-.

TEST

senenncnnvenenn

;eesnsnnnnnnnns

BONTST
121::

104632

020154
020160

004737

003146

(020164

004537

100400

003100

020166

013701

002516

004737

003474

104404

TEST

MACEX?

TRAP

5583
5584

020160

_THE JUMP WAS UNSUCCESSFUL

senwnmavannnnnn

;DON'T DO IF M8200.

;DO NOT DO TEST IF M8200°

5581
5582

020152

JUMP WAS SUCCESSFUL,

BADHE
AD

000240

5586

JERROR, CRAM P( IS WRCONG

;*THEN PORT4 WILL CONTAIN A 37

020134
020136
020136
020142
020146
020152

(1)

s*THE

5576
§577
(3)

5585

ERROR

s*VERIFY THE JUMP DID OCCUR BY CLOCKING THE INSTRUCTION
s*IN THE LOCATION iT IS AT, THIS INSTRUCTION LOADS THE
;*BR WITH THE LOWEST 8 BITS OF THE CRAM PC. AT THIS POINT
;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
020122

(%)

RS ,R4

sJR6=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?

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

§575

(4)
5579
(1)
5580

:JUMP 7O ROM PC OF 525

P( ,RAMDAT

;evewsnnsnvnnnn

557

(1)

.SROMCLK

BADHEAD

5569
5570
5571
557

(2)

RS,

JSR
7
(MPB

LWORD
ENDSEG
10028

5567
5568

5574

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

RS, .SROMCLK

134125: <400+3>

ENDTSY

SEQ 0121

100406
snmcu

JSR

£s:

000002

PAGE 29-6
sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

TRAP

104k1C

E 10

JSR
PC,CLRALL
SROM(LK

104455

QMG

14:48

~ARDWARE TESTS

BEQC

000005
0050%¢
00e5%¢

16
020116
116

21=JuL=-B1

001406

020104
020106
020110
020112

MACYTT 30A01052)

's:

CSEXIT

.WORD
My INT
MOv
MSTCLR

KMCSR,R1

TRAP

($BSEG

JSR

RS, .SROMCLK

JSR
BGNSEG

L10067-.

PC ,MEMSET

;RECORD DEVICE ADDR.
JMASTER CLEAR M8200.4.7

;SET MEM AND RAM

JSR
PC,CLRALL
SROMCLK

sCLEAR ALL
C
MITIWS
NE)(Y WORD
IS INSTRUCTION

100400

;START AT ROM P(C=0

SROMCLK

JNEXT WORD IS INSTRUCION,

CZDMGCO m8207
oMl P
(1)

C DIAGlifi

J=-81

MACYYY 20401052)

21=JuUL=81

14:48

#ARDWARE TESTS

02C1

004537

002100

JSR

RS,

020176
020%80

004737

0033%C

)SR
1

P( ,RAMDAT

0202064
020206
Q020212
020214
020216
020220

001406

BEQ
ERROR
TRAP
.WORD
WOID
.WORD

2%
5
(SERDF
§
EMO
ERRS

(3)

020222

104&1C

()

020226

SSRT

020172

§590

020202

5588
£589
591
§592
(5)
%)
6>
()

5593
(%)
555

020222

116377

120504

104455
0Q0000S
005055
00635¢

)

’%:

020226
02022¢

Q000Ce

0202

10640

020230

104404

5557

0202642

004737

003148

(1)
€599

020266
020252

006537
1004(C3

003100

02025«

004537

002120

(3)

5595

(3)

5596

(1)

5598

5600
(1)

(0202

020232

020246

020254

5601
5602
5603

020260
020262
020266

10000
004737
000004

5605
5606

020272
020276

001406

(6)

(€20302

00000S

(6)

020306

00655¢

020310

10440

5604
(5)

(6)

5607

(3,

‘3)
5608
(3)

(3)

020270

020300
020304

020310
020312
020314
029314

100008::

.SROMCLK

MPR

:1S ROM PC CORRECT?

RS ,Ré

TRAP

(SESCAPE

TRAP

(SESEG

.WORD
ENDSEG

($RSEG

JSR

PC,CLRALL

JSR
100403

RS, .SROMCLK

JSR

RS, . SROMCLK

cMpR

RS,R4

TRAP

($ERDF

SROMC LK

000002
100018

.WORD

ERRS

ESCAPE SEG

TRAP

C$E SCAPE

TRAP

CSESEG

.WORD
ENDSEG

100018-.

003146

5612

020330

004537

100406

003100

(1)

020332

006537

003100

JSR

RS,

020340
02034
020346
020350

004737
000007
120504
007406

007320

'Sa

PC,RAMDAT

flfla
BEQ

RS R4
63

5613

020326

020332

5614 020336
5615
5616
5617
5618

1o¢1§s

1S WRONG

104404
004737

(1)

;1S ROM PC CORRECT?

EMO

020316
020320
020324

(3)
5610
5611

NEXT WORD IS INSTRUCTION,

:BR IF VES
:ERROR, CRAM P(C

43
S

104405

020316

:START AT ROM P(C=3

BEQ
ERROR

020214

5609

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF O
:R&=CRAM PC (LSB 8 BITS)
JEXPECTED DATA

LWORD

«8:

:CLEAR ALL CONDITIONS

100000 <60024>
JSR
PC ,RAMDAT
4

. WORD

005055

“BR IF YES
:ERROR, CRAM PC IS WRONG

100008~-.

SkIP06

SROMCLK

104455

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

ESCAPE SEG

;GOTO 68 [F MB20€

120504

SEQ 0122

:JUMP TQ ROM PC OF 1777

TRAP

00327

PAGE 297

114377 <400%4>

BONSEG

F 10

BGNSEG

TRAP
($BSEG
JSR
PC,CLRALL
SROMC LK
;

:CLEAR ALL CONDITIONS
NEXT WORD IS INSTRUCTION,

100406

ASTART AT ROM PC=6

JSR

SROMC LK

RS, .SROMCLK
.SROMCLK

1041251 <4004>

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525

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

(I0OMGCO MB207 STATIC DIAG #
“ZomgC P11
5619

(5)
%)

‘¢)
%)
SciO
(3)
(3)
segl

21=sn =87 '%:3%

020352

020356

0 %{
02036«
020366
020366
020370
02087

005055
00655¢

(3)
‘%)
5623

020374
020376

T0&4LT

5626
(2)

£s:

104670
000002
0&slS

100028
ENDTST

. 10067:

02037¢

02037

S€34
5¢35
(%)

02037¢
020376

BONTST
122::

020612

013701

020414
020422

006737

(SETST
TEST

snnnencnnnannnn

($BSEG

JSR

RS, .SROMCLK

5642

020640

004537

100400

0OC3100

(1)

Q20442

006537

003100

020450

004737

0C3330

(20656
0206460
020662

120504
0071406

02043«

020442

5645

0206kb

5647

020456

020666

020670
020672
020676

1064606

116777

000001

106455

000005
005055
(06556

My INT

evvenvnansnnene

MACEX2
;DON'T DO IF M8200.
;DO NOT DO TEST [f mMB8200
TRAP
CSEX]T
.WORD
L10070~-.

TRAP

00314

0206

TEST

PC MEMSET

06737

6)
6)
€)

TRAP

00374

0204
02034

(5)

(SESEG

MSTCLR
JSR

5641
5642

5648
%49
5650

TRAP

MOV

020426

5666

IS WRONG

ENDSEG

0025'¢

5640

5666

(RAM P(

.WORD
EMO
ERRS
.WORD
ESCAPE SEC
TRAP
CSE SCAPE
.WORD
10002%~-.

;evsssvevennnne

T0&s7%2
000240

5638
5639

(1)

sERROR,

SEQ 0123

;*THE BR DATA IS MOVED TO PORT4. IF THIS DATA IS CORRECT
s*THE JUMP WAS SUCCESSFUL, IF THE JUMP WAS UNSUCCESSFUL
:*THEN PORT4 WILL CONTAIN A 37
BADHEAD

Q20606
020610

Co01g

(3)

PAGE 29-8

(SERDF

;eesnsennnennne

02037¢

5637
(1)

.WORD

6 10

;*CRAM TEST OF JUMP(]) ON BR1 (LEAR MICRC-PROCESSOR INSTRUCTION.
;*CLEAR THE BR1 BIT, PERFORM THE JUMP INSTRUCTION.
JOVERIFY 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

9 30
S631
5632
5633

5636
(1)
‘&)
)

14:48

BADHEAD

5625
562¢
5627
C6c8
5625

(2)

ERROR

TRAP

000005

02037
Q20372

21=JuL=-B1

~ARDWARE TESTS

104455

(3)
(3)

5622

MATYTY 30401052)

BGNSEG

KM(SR ,R1

;RECORD DEVICE

ADDR.

SMASTER CLEAR M8200,4.7
;SET MEM AND RAM

JSR
PC,CLRALL
SROM(CLK

;CLEAR ALL CONDITIONS
SNEXT WORD IS INSTRUCTION,

100400

;START AT ROM P(=0

SROMCLK

JSR

RS, . SROM(CLK

JSR

PC _RAMDAT

CMPS
8EQ
ERROR

RS ,Ré
2%
5

.WORD
wORD
LWORD

§
EMO
ERRS

SNEXT WORD IS INSTRUCION,

116377:<600+5>

:JUMP TO ROM PC OF 1777

SEXPECTED DATA

TRAP

CSERDF

sR4=CRAM P( (LSB 8 BITS)

;1S ROM PC CORRECT?
:BR IF VES
JERROR, (RAM PC [S WRONG

TlUmMGCD W20 TSTATIC DIAG @
Tomg et
2le =B ‘&:

S¢S1

)
(3

5652

(%)

)

5683

Z:).

‘e
1)
5SS
565¢
(1)

5657
$658

(1)

O
0208

020%!
2

00677

([ Tes

006587

O0%0C

006577

¥
0

0067

woree;

§3%

8$0W

seei

St
seg
(€

1026

086k

$C
6§56

‘2,

020566

10640

(%)

020564

020566

%go 0205;8
(3

(3)
sog’

(OO00C¢

100018:

S668

(20576

0067%7

0% ee

(1)
5670

006537
100608

00%'00

004537

20%°'00

5469

020600

5671

020606

5672

020612

020606

1064606

1065

2
6

5677

ozoaig

02063%

(S)

0206

020636

JSA

RS, . SROMCLK

P( RAMDAT

RS, Ré

.JORD
.WORD
.WORD

TRAP

000002

104470

. JORD

ENDSEG
TRAP
BONSEG
TRAP

106405

JNEXT WORD IS I

JJUMP TO ROM PC OF O
JRG=CRAM PC (LSB 8 BITS)
JENPECTED DATA

;1S ROM P( CORRECT?
;BR IF VES
;ERROR, CRAM P(

IS WRONG

100018~

(SESEG

($BSEG

PCLCLRALL

JSR
100406

RS, .SROM( LK

JSR

RS, .SROMC
LK

£ QROR
.00

3
100028
:

;START AT ROM P(C=3

CSESCAPE

106125 <6005 >

sCLEAR ALL CONDIT
SNEXT QORD |

158 < B RAMDAT

0050%¢

SEQ 0124

PAGE 29-9

ETM0
ERRS
ESCAPE SEG

TRAP

020646
(20646
020646

<3
S
(SERDS

SROM( LK

‘T)
5679
‘T

0206kt

RS, . SROMC
Lk

1064655

00655

(2,

JSR

4
IMPR
8EQ

020660
(020642

020642

($85EG

0000C7
120504
001606

‘6
5678

‘T

TRAP

JSR

678 027616 004787 00370

5674
5675
5676

($ESEG

10440S

§72

TRAP

ENDSEG

850
ERROR
TRAP

(20570
72

‘3

——————————

0208

(SESCAPE
100008~-.

100000 <4005>

1046465¢

002008
00S0SS
00e5%«

TRAP
LWORD

1004083
SROMC
Lx

001eue

020556
020560
020562

“ 10

SKiPO6 &%
;GOTO 68 [Ff MB206
JSR
PC,CLRALL
SROMC L«

120504

(¢)
&)
&)

000004

14:48

ESCAPE SEG

BONSEG

10640

<659

Seel

100008 :

100608

2T=uuL=B1

~ARDWARE TESTS

’%:

10640
000Ce

10646¢

WA YTT 20A0T092)

RS R4
4
(SERDF

.WORD

EMO

TRAP

C$E SCAPE

.WORD
ESCAPE
LWORD
ENDSEG

TRAP

ERRS
SEG

10002%~-.

($ESEG

sCLEAR ALL CONDITIONS
SNEXT WORD IS INSTRUCTION,
;START AT ROM P(=6

SNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 525
sRG=CRAM PC

(LSB B BITS)

TIDMOCO MB207 STATIC DiAG &
cIomMgC PN
Ql= =8 4%
S680
(%)

020¢50
020650

68
5482

(20e52

(%)

020650

104s0?

WMACYTY Z0A01052) 2T=JuL=B1
HARDWARE TESTS
ENDTST
L 10070:

Jestccennsennce

)

690
P,

SEQ 0125

TESTY 23 ettt

ERRRRERERS

;oCRAM TEST OF JUMP(]) ON BR4 _LEAR MI(RO-PROCESSOR INSTRUCTION.
;*CLEAR THE BR4G BIT, PERFORM THE JUMP INSTRUCTION.
JevERIFY THE JUMP DID NOT OCCUR BY CLOCKING THE INSTRUCTION

5686

S69C

110
PAGE 29-10

(SETST

BAD~E
AD

SeRzy
e84
S6AS

5687
:?

*RAP

14:48

J*/N THE LOCATION [T IS AT, THIS INSTRUCTION LOADS THE
iy

020654

vl VOO

;*13R WITH THE LOWEST B BITS OF THE CRAM PC, AT THMIS POINT
;oTHf BR DATA [S MOVED TO PORT4, [F THIS DATA |S CORRECT
JvTHE

(RAM PC

|S (ORRECT,

T THEN PORT4 (ONTAINS A $7

BADHE
AD
;eeessscencenes

TESTY 23

THE (RAM P(C IS NCT RIGHMT,

sessRtesREReRRY

' CZDMGCO MB207 STATIC DIAG #2
j(ZDHnC.P11
2l=JuL=81 14:3%
|

5695

020654

5696

020654

(%)

)
;
L&)

Q20664

020666
020670

5698
5699

020674
020700

(1)

020670

123::

000240

013701

0025'¢

004737

003%74

020704
020704
020706

004737

003166

(1)
5703

020712
020716

004537
1004C0

003100

(1)

020720

004537

003100

004737

003330

5704

S705
5706

020712

020720
020726
020726

21=JuL=-81
TESTS

14:48

J 10
PAGE 30

104404

117377

MACEX?2

;DO NOT DO TEST IF M8200
TRAP
CSEX]T

o
104432

5700
(3)
5701

5702

3DA(1052)
HARDWARE

SEQ 0126

BONTST

020654

(&)
5697

MACYTT

LWORD
My INT

MOV

18:

MSTCLR
JSR

BGNSEG
TRAP
JSR

SROMCLK

L10071=-.

KMCSR,R1
PC ,MEMSET
($BSEG

PC,CLRALL

JSR
100400

RS, .SROMCLK

JSR

RS, .SROMCLK

SROM(LK

;DON'T DO IF m8200.

1143771 <400+6>
JSR
PC _RAMDAT

;RECORD DEVICE ADDR.

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

sNEXT WORD IS INSTRUCTION,
:START AT ROM PC=0

sNEXT WORD IS INSTRUCTION,
;JUMP TO ROM PC OF 1777
;R4=CRAM PC (LSB 8 BITS)

| CZOMQCO MB207 STATIC DIAG #2
' (ZbmacC P11

{

21=JuL=-81 14:36

S708
5709
§7°0
§711
(S)
(6)
(&)
(6)
5712

020732
02073%
020736
020740
020744
020746
020750
020752
020754

000001
120504
001406

(3)
5713

020756
020760

000002

(3)

020754

MACY!1 30A(1052)

HARDWARE TESTS

104455

000005
005055
006556

28:

104412

21=JuL=81

100008:

14:48

1
(MPB
RS,R&
BEQ
2%
ERROR
§
TRAP
CSERDF
WORD
§
.WORD
EMO
"WORD
ERRS
ESCAPE SEG
TRAP

(SESCAPE

TRAP

(SESEG

TRAP

($BSEG

.WORD
ENDSEG

104405

(3)

020762

104406

020776

004737

003166

SKIP06 68
:GOTO 68 IF MB8206
ISR
PC, CLRALL

021

0064537

003100

JSR

5715
(1)
5716

020764

5717 021000
(1)

5718

021004

(1)

021006

004537

003100

021014

004737

003%33%0

5719

021006

5720

021012

§722

021020

§7217

100403

BGNSEG

103000

000004

SROMCLK
100403

SROMCLK

RS, .SROMCLK

JSR

RS,

. SROMCLK

JSR

PC ,RAMDAT

100000! <400%&>
A

SEQ 0127

10000%-.

020760
020760
020762

PAGE 31
;EXPECTED DATA
*1S ROM PC CORRECT?
‘BR IF YES
*ERROR, CRAM PC IS WRONG

(3)
(3)

5714

K 10

;CLEAR ALL CONDITIONS

*NEXT WORD IS INSTRUCTION,
:START AT ROM P(C=3

*NEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0

:R4=CRAM PC (LSB
8 BITS)
*EXPECTED DATA

CZDMQCO M8207 STATIC DIAG #
(ZDMacC.P1

21=JuL=-81

$72¢
5725

120504
001406

02102¢
021026

14:

MACY11 30A(1052)

21-JuL=-81

HARDWARE TESTS

(MPB
BEQ

R5.R4
4%

L 10
14:48 PAGE 32

;IS ROM PC CORRECT?
;BSR IF YES

SEQ 0128

(ZDMGCO M8207 STATIC DIAG
cZoMac.P1
21=,uL=81 14

MACY11 30A(1052)

HARDWARE

21-JUL-81

TESTS

5727

ERROR

(6)

.WORD
.WORD
. WORD

6)
(6)

TRAP

021040

006556

14:48

5
CSERDF
5

EMO

ERRS

M 10

PAGE 33
;ERROR, CRAM PC IS WRONG

SEQ 0129

—

CZDMQCO M8207 STATIC DIAG #
cZoMac . P11
5729
(3)
(3)
5730
(3)
(3)
5731
(3)
5732
5733
(1)
5734
5735
(1)

02104
02104
021044
021046
021046
021046
021050
021050
021052
021056
021056
021062
021064
021064

5737
5738
5739
5740
5741

021072
021076
021100
021102
021104

21=JuL-81 14:

573 021070

(5)
(6)
(6)
(6)
5742
(3)
(3)
5743
(3)
(3)
5744
(3)

S;z%

57646
(2)

021110
021112
021114
021116
021120
021120
021122
021124
021124
021124
021126
021126

021126

10001$:

104405
104404
004737

003166

004537

003100

004537

003100

004737
000007
120504
001406

003330

107125

104455
000005
005055
006556

L10071:

104401

021130

(2)

5757
(3)
5758
(1)
(4)
(4)

5759
(1)

5760

SEQ 0130

C$ESEG

;START AT ROM PC=6
JNEXT WORD IS INSTRUCTION,

:JUMP TO ROM PC OF 525

JSR
7
CMPB
BEQ
ERROR

PC ,RAMDAT

TRAP

CSESEG

TRAP

CSETST

TRAP
.WORD
.WORD
.WORD

sCLEAR ALL CONDITIONS
JNEXT WORD IS INSTRUCTION,

JR4=CRAM PC (LSB 8 BITS)
JEXPECTED DATA
;1S ROM PC CORRECT?
;BR IF YES
;ERROR, CRAM PC IS WRONG

RS .R4
6%
5

CSERDF
5§
EMO
ERRS
ESCAPE SEG
TRAP
C$ESCAPE
.WORD
10002%-.
ENDSEG

TEST

AAARANARAARARAAR

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

5753

5756

TRAP
BGNSEG
TRAP

;exwknnnwnnnnsx

5750
5751
5752

5755

PAGE 34

ESCAPE SEG
TRAP
CSESCAPE
.WORD
10001%~-.
ENDSEG

BADHEAD

S747
5748
5749

5754

N 10

104125!<406*6>

10002%:
.
ENDTST

104405

14:48

($BSEG
JSR
PC,CLRALL
SROMCLK
JSR
RS, .SROMCLK
100406
SROMCLK
JSR
RS, .SROMCLK

6%:

104410
000002

21=JUL=-81

HARDWARE TESTS

A H

104410
000002

100406

MACY11 30A(1052)

:*THEN PORT4 CONTAINS A 37

021130

BADHEAD

sennnwnknnnnnnnt

021130

BGNTST
T24::

021130

021140
021142

104432
000240

021144

013701

021144

021150

TEST

MACEX2

;DO NOT DO TEST IF m8200
TRAP
CSEXIT
.WORD
L10072-.

002516

MY INT

MOV

MSTCLR

KMCSR,R1

sranswnnnwwnnnnn

;DON'T DO IF M8200.

;RECORD DEVICE _ADDR.

JMASTER CLEAR M8200,4.7

[

CZDMQCO MB8207 STATIC DIAG‘O
cZomac.P11
21=juL=81
1
5761
5762
(3)
5763
5764
(1)
5765
5766
(1)
5767
5768

021154
021160
021160
021162
021166
021166
021172
021174
021174
021200
021202

5770
5771

004737

003474

104404
004737

003166

MACY11 30A(1052)

21-JUL=-81

HARDWARE TESTS

1%:

14:48

BN
PAGE 34-1

SEQ 0137

JSR

PC ,MEMSET

;SET MEM AND RAM

TRAP
JSR

($BSEG
PC,CLRALL

sCLEAR ALL CONDITIONS

BGNSEG

SROMCLK
JSR
RS, .SROMCLK

sNEXT WORD IS INSTRUCTION,

004537
100400

003100
003100

JSR

RS, . SROMCLK

003230

JSR

PC ,RAMDAT

*R4=CRAM PC

021210
021212

004537
117777
004737
000001
120504
001406

(5)
(6)
(6)
(6)

021220
021222
021224
021226

104455
000005
005055
006556

CMPB
BEQ
ERROR

R5.R4
2%
5

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

(3)
(3)

021230
021232

104410
000002

(3)

021234

104405

(3)

021236

104404

5777
5778
(1)
5779

021250
021254
021254
021260

004737

003166

004537
100403

003100

(1)

021262

004537

5782

021270

004737
000004

5776

021240

100400

SROMCLK

114377-<406-7>
1

TRAP

2%:

100008
:

.WORD
.WORD
.WORD

TRAP

CSESCAPE

TRAP
BGNSEG
TRAP

CSESEG

.WORD
ENDSEG

SKIPO6

021324

021326
021332
021332

sCLEAR ALL CONDITIONS
sNEXT WORD IS INSTRUCTION,

RS, .SROMCLK

003100

JSR

RS, .SROMCLK

003330

JSR

PC ,RAMDAT

: :R4=CRAM PC

CMPB

R5.R4

;IS ROM PC CORRECT?

ERROR

;ERROR, CRAM PC IS WRONG

SROMCLK

100000!<400%7>

10001%:

104405
104404

($BSEG

JSR
100403

004737

003166

004537

003100

;START AT ROM P(C=3

sNEXT WORD IS INSTRUCTION,

;JUMP TO ROM PC OF 0

CSERDF

(LCB 8 BITS)

;EXPECTED DATA

;BR IF YES

WORD
5
.WORD
EMO
.WORD
ERRS5
ESCAPE SEG
TRAP

.WORD

(3)

(LSB 8 BITS)

*EXPECTED DATA

:GOTO 6% IF M8206

4%:

5790
5791
(1)

:JUMP TO ROM PC OF 1777

10000%~-.

JSR
PC,CLRALL
SROMCLK

TRAP

021322

CSERDF

sNEXT WORD IS INSTRUCTION,

5
EMO
ERRS5
ESCAPE SEG

BEQ

(3)

;START AT ROM (=0

ENDSEG

CSESCAPE

10001%-.

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

JSR

RS, .SROMCLK

;CLEAR AL L COND ITIONS
sNEXT WORD I S INSTRUCTION,

r———————

(ZDMQCO MB8207 STATIC DIAG #2
czomac.P11
21=JUL=-81 14:36
579
579

HARDWARE TESTS

100406
saonax

10040€

004537
107S§S

003100

00000 5
005055
006556

021400
021400

104405

(3)
(3)

021402

104401

021402
021402

6$:

104410
0000C?2

(MPB
BEQ
ERROR

RS ,R4
6$
5

sNEXT WORD IS INSTRUCTION,

ENDTST

L10072:

021404

;JUMP TO ROM PC OF 525
sR4=CRAM PC

(LSB 8 BITS)

;EXPECTED DATA
;IS RON PC CORRECT?
:BR IF

YES

;ERROR, CRAM PC IS WRONG

CSERDF

.WORD
5
EMO
.WORD
ERRS
.WORD
ESCAPE SEG
TRAP

.WORD

10002%:

SEQ 0132

PAGE 34-2

RS, . SROMCLK

PC ,RAMDAT

TRAP

104455

(3)
(3)

;START AT ROM P(=6

JSR
7

001406

021374
021374
021376
021400

14:48

104125'<406-7>

003330

120504

5800
(3)
(3)

21=-JuL-81

MACY11 30A(1052)

ENDSEG

CSESCAPE

10002%~-.

TRAP

CSESEG

TRAP

CSETST

BADHEAD

sennnwnnnwnnwnn

TEST

mannwnnnnnnnnnn

;*MAIN MEMORY PAGE DUAL ADDRESS TEST.
s*IN THIS TEST WE WILL VERIFY THAT PAGES DO
THIS TEST IS DIFFERENT FROM THE
s *NOT DUAL ADDRESS.
;*PREVIOUS DUAL ADDRESS TESTS IN THAT THE OTHER

;*TEST REALLY DIDN'T CHECK PAGE DUAL ADDRESSING
BADHEAD

021404

(3)
(4)
(4)

jannnnnnnnnnnnsr

BGNTST
125::

021404

021404
021414
021416

021420

005002
042737
050237

021456

(1)

021460
021464
021464

snnnnwnnnnnnnen

FOR 4K CPUS ONLY.

K4ONLY

CSEXIT

L10073-.
002516
000037
021456

KMCSR,R1

MOV

;RECORD DEVICE ADDR.

;R2 WILL BE PAGE #
;CLEAR UNUSED BITS

021456

sADD CURRENT PAGE MARKER.

;SET ADDR D
sCLOCK INSTRUCTION

004537
010000

003044

004537

003044

010261

000004

MOV R2,4(R1)

004537

003044

JSR

004000

;DO NOT DO TEST IF H8200 OR M8204

104432
000156

013701

TEST

ROMCLK

2%:

JSR

4000
ROMCLK

RS, .ROMCLK

;OF PAGE X
sCLOCK INSTRUCTION

;THIS LOCATION MODI1FIED BY LOST
sFEW INSTRUCTIONS

sPUT PAGE # INTO PART 4
;CLOCK PART 4 INTO MEMORY

sCLOCK INSTRUCTION

| CZOMOCO M8207 STATIC DIAG #
CZDMaC.P11

21=JuL-81 14

21=JuL-81

MACY11 30A(1052)

HARDWARE TESTS

14:48

122500

021470
021472
021474
021500

;WHOSE PAGE # IS IN R2
;UPDATE PAGE #

INC R2
8IT 020 R2
BEQ 1%

000020

SEQ 0133

PAGE 34-3

;DONE ALL PAGES?

sNO=DO NEXT ONE

;OK, ALL LOADS OF ALL PAGES
CMTA‘N THIER PAGE NUMBER, NOW
:WE'LL GO BACK THROUGH
;THEM CHECKING THEM OUT.

;R2 STILL HAS PAGE NUMBER

CLR R2

021502

000037
021522

021504
021512
021516
021516
021522
021524

003044

021522

3%:

BIC #37,4%
BIS R2,4$
ROMCLK

4%:

003044

JSR

4000

;LOAD PAGE NUMBER
sCLOCK INSTRUCTION

RS, .ROMCLK

;sMOVE MEM TO PART 4

ROMCLK

JSR
RS, .ROMCLK
0461224
MOVB &4 (R1) R4
MOVB R2,R5
CMPB RS ,Ré
BEQ 5%

000004

021542

ERROR 13

021544
021550
021552
021554
021556

TRAP

.WORD
.WORD

.WORD

sCLOCK INSTRUCTION
l’mll

:"EXPECTED""
:ADDRESS PROBLEM?

;PAGE ADDRESSING ERROR IN MAIN

CSERDF

13
EMO
ERR13

;MEMORY.

:MAR BITS 8 THROUGH 12 ARE REPRESENTED

:BY R2 ("EXP'ED')BITS 0=4)
021560
021560
021562
021564
021566
021572
021574
021574
021574

021576

5%:

104410

005202

032702
001744

104401

000020

ESCAPE TST
TRAP

CSESCAPE

.WORD
L10073-.
INC R2
BIT #20,R2
BEQ 3%

" IRAP
BADHEAD

;UPDATE PAGE ADDRESS

:ALL DONE?

sNO-CHECK NEXT PAGE.

JYES-EXIT.

CSETST

sevenennvannnnnan

TEST

LA AR
RS 2]

‘«JUMP FIELD,PAGE TEST
'.

s*IN THIS TEST WILL MAKE SURE A JUMP FIEL D INSTRUCTION
: *WORKS
.

T0 DO THIS, WE'LL PUT

THE DESIR ED PAGE ,FIELD

'INORHATION IN IBUS*<13> THEN IS SUE A JUMP FIELD

021576

;*THEN WE'LL READ PC REG. AND VER IFY.
BADHE
AD

pr———

CZDMGCO MB207 STATIC DIAG #
| cZbmac.P11
21=JUuL=-81 14:
l
|

MACY11 30A(1052)

HARDWARE TESTS

587

(3)
5874
)
(&)
(4)

5875
(1
5876
5877
5878
5879
5880

BONTST
T26::

021576
021576
021576
021606
021610
021612
021612
021616

000132

021624
021632

042737
050237

000017
021642

004537
000400

003044

004537
061233

003044

004537

003100

142761

000002

004537

003044

021660
021666
021666
021672
021674
021700
021704
021706
021710
021712
021716
021720
021722
021724

121264
116104

SEQ 0134

PAGE 344
26

snanvsstnnncanee

;FOR 4k CPUS ONLY

L10074~.

MOV

KMCSR,R1

MSTCLR

021642

18:

2%:

CSEXIT

.WORD

MYINT

002516

005002

100000

TEST

K&ONL Y
TRAP

021622

021636
021636
021642
021644
021644
021650
021652
021652
021656

;DO NOT DC TEST IF M8200, OR M8204

104432

013701

14:48

sennnnnnnnnnwnn

(2)

587

21=JuL-81

CLR Re

;R2 TO CONTAIN FIELD #

BIC #17,2%

;CLEAR ANY JUNK

ROMCLK

;CLOCK FIELD BITS

BIS R2.2%
JSR
000400
ROMCLK
JSR

061233

R5, .ROMCLK

RS, .ROMCLK

SROMCLK
JSR
RS, .SROMCLK
100000

000001

BICB #BIT1,1(R1)
ROMCLK

JSR

121264

R5, .ROMCLK

010205

MOVB &(R1) ,Ré
R4
#2(<17>
BIC
(MPB R4 ,R2
BEQ 3%
R2.R5
MOV

104455

TRAP

000004

177760

ERROR 14
.WORD
.WORD
.WORD

000016
005055
007664

sRECORD DEVICE ADDR.

CSERDF

14
EMO
ERR14

;SET FIELD # INTO INSTR.
INTO BREG.

sCLOCK INSTRUCTION
;CONTAINS FIELD,PAGE BITS
:XFERR BREG INTO [BUS*<13>
sCLOCK INSTRUCTION
;GET INSTRUCTION CLOCKED.

;BAS FORM FOR JUM FIELD INSTR,
:CLEAR ROMI

sCLOCK NEXT

INSTR.

sCLOCK INSTRUCTION
;MOVE

IBUS*TO PORT 4

SGET IT.

SFIELD OK?

:IF OK GO AHEAD

;CHANGE FIELD INSTRUCTION

;FAILED.

FOR FIELD,PAGE

==+ BO

INDICATES

;BY "EXPECTED'" BITS 0,1,2.3 OF
021726
021726

104410

021730

000012

021732
021734

005202
032702
001731

021740

021742
021742

3$:

ESCAPE TST
TRAP

.WORD

($E SCAPE

L10074~,

INC R2
BIT #20,R2
BEY
%

000020
ENDTST

L10074:

;EXPECTED REPRESENT FIELD BITS.

JUPDATE TO NEXT FIELD
;DONE ALL FIELDS?

CZDMQCO TMMB207 STATIC DlAG ”
(ZDMGC.PYY
21=JuL-81 14:

HARDWARE

TESTS

TRAP

104401

14:48

SEQ 0135

PAGE 34-5

CSETST

BADHEAD

021744

F1N

;ensnsnnnnesnne

TEST

senvenvnnennene

J*JUMP TEST, JUMP ALWAYS, JUMP (CHANGE FIELD
s

;*IN THIS TEST, WE WILL CHECK THE ABILITY OF THE
;*MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)
;*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
:+wE ALREADY KNOW THAT THE BRANCH INSTR WORKS FROM
:*OTHER TEST,
PROCEDURE
:

**CALCULATE NEW ADDRS, FIELD
VIA INC,
CAUSE JUMP (BRANCH) TO NEW ADDRESS
READ PC FROM IBUS*12 AND IBUS*13
REPEAT STEP 2-4 256.TIMES

CALCULATE NEW ADDRESS:

)=~

R
R
N

H
3
C21744

021744
021744
021744
021744
021750

NET RE?ULT IS JUMPS FROM:
FIELD ,PAGE
0

:
3
:

RESTARTS AT ZERO.

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,

:
$

START ADDR 0, FIELD O

[en)]

BADHE
AD

JERRETERRRERNRY

127::

013701

002516

000336

021770

012737

2
3
7

: 70
17

377

sesansnannnnnnn

BGNTST
MY INT

MOV

K&ONL Y

KMCSR ,R1

JRECORD DEVICE ADDR.

CPUS ONLY.

;DO NOT DO TEST IF H8200 OR mM8204

TRAP

104432

021760
021762
021764

TEST

LOC
0

2
3
10
n

5911
5912
(2)
5613
5914
5915
5916
5917
5918
5919
5620
5921
5922
5923
5924
5925
5926
5927
5928

021742

21=JUL=B1

30A(1052)

LR B

fS)

MACY11

L10075-.

MOV

#0, FLAG

MSTCLR

002406

CSEXIT

.WORD

;FLAG TO REPRESENT

sFIELD,PAGE

;70 VARIE STARTING PAGE ,FIELD,

021776

012702

022002

012737

000000

002412

;CHANGE #0 PORTION OF INSTR.

MOV

#0, R2

;R2 TO CONTAIN JUMPED
;TO CHANGE STARTING IMM ADDR.,

MOV

#0,

;ADDRESS

;LOOP HERE

FADR

sVARIE #0 PORTIONS OF INSTR.

CZDMQCO MB8207 STATIC DIAG #

CZOMAC.P1T

21-uuL-B1 T4:

5959

022010

042737

000017

|
%62
|
5963
5964
3365
|
5966
597

022016
020022
022026
022082
022040

013700
042700
050037
Q4737
050237

002606
177760
022050
077777
022064

004537
000400

003064

004537

003044

004537

003100

004537

003044

3%0

5968
5969
5970
(1)
§971
§972
(1)

5973
5974
(1)

5975
5976
5977
(1)

022044
022044

022050
022052
022052
022056
022060
022060

022064

022066

5978
5979

022072
022074

(1)

061233

100000

121265

5980

022074

022100

004537

003044

5982

022102

016104

000004

5985
5986
5987
5988
5989

022112
022116
022120
022124
022126

013705
000305
042705
050205

022050

5990
5991
5992

022136
022140

105205

5994
5995
599

022140
002142
022144

020504
001406

383

5993

(5)
(6)
(6)
(6)
5997

022106

022150
022152
022154
022156

121264

042704

MACYTT 30A(1052)

HARDWARE

TESTS

14:48

BIC 77,28

022050

MOV FLAG,RO

BIC #°C<17>,R0
8IS RO gs

BIC #077777,3%

022064

8IS R2,3$

RGCLK

JSR
000400
ROMCLK
JSR

61233

SROMCLK

3%:

JSR

100000

ROMCLK

JSR

121265

ROMCLK

JSR

121244

RS, .ROMCLK
RS, .ROMCLK
RS, .SROMCLK

RS, .ROMCLK
RS, .ROMCLK

MOV 4(R1) R4

BIC

170000

#170000,R4

BIC #170377 RS
BIS R2.R5
SKIPO6 5%

170377

;G010 5% IF M8200

5%:

INCB

104455
17
005055
010006

61N

PAGE 34-6

sCLEAR JUNK FROM FIELD
;PORTION OF CHANGE FIELD INSTR
; INORDER TO INC, DEC FIELD,PAGE
;NOW POSITION IN INSTR.
;NOW FOR IMMED. BR INSTR.
;NOW ADD IMMEDIATE ADDR

sCLOCK INSTRUCTION

;MOVE PAGE.FIELD # TO BREG.

sCLOCK INSTRUCTION
BREG TO PC HIGH REG.
s MOV
:NOW CLOCK IT IN BY JMP FIELD INSTR.

;READ PC REG HI
sCLOCK INSTRUCTION
sREAD PC REG LOwW

sCLOCK INSTRUCTION

;READ PC REG (NOW IN SEL &)

;STRIP FOR ONLY PAGE.FIELD BITS.

sNOW FROM ADDR WE WANTED TO
sJUMP TO
sCLEAR JUNK
;ADD IMMED ADDR
;UPDATE ADDR. EXPECTED SENCE THE READ

;OF THE IBUS <13> INC THE PC.
(MP RS,R4
BEQ 4$
ERROR 15
TRAP
CSERDF

LWORD
.WORD

.WORD

<998
999
6000

6001
6002
6003
6004

21=JuL=81

:JUMP GO OK?
sYEA, CONTINUES
sFAILED 1O JUMP PROPERLY.

EMO

ERR1S

;"FROM ADDR'® REPRESENTS
;THE ADDRESS WE STARTED AT

:"'TO ADDR'® REPRESENTS WHERE

;WE EXPECTED TO JUuMP T0,

;"BAD ADDR'® REPRESENTS WHERE
;WE WENT TO.
:

LREM 3

SEQ 0136

0 MB8207 STATIC DIAG #

27<JuL=B1

14:48

6005

€008

;

P11

=81

14:

MACYTT S0A(1052)

HARDWARE TESTS

6009

PAGE 34=7

'UNUSED | FIELD

6009
6010

BITS

SEQ 0137

' PAGE

987

;

6011
cm;
€01
6014

;THIS IS A PICTURE OF THE P.C. REG.
BITS 0=7 ARE IN [BUS*<12>
BI1S 8=11 ARE IN [BUS*<13>
THEY GOT CLOCK IN THERE VIA JUMPS TAKEN

28}

ARE IN BIT POSITION 0.1 OF

6015

THE FIELD BITS

6018

3% WAS THE

6019
6020
6021
eozi
602
6024

eozg 022160

(3)
(3)
6028
6029

022160
022162
022164
022170

104410
0001
010437
005237

‘:‘.8;}

022176

007

022174

105%{

“8:
002412
002406

JUMP ALWAYS INSTRUCTION. THE IMMED. ADCA.

ESCAPE TST

TRAP
(SESCAPE
LWORD
L10075~-.
MOV R&,FADR
INC FLAG
INCB R2

BNE 18

6033

2?3'%

SeCHECK MERE

603
6037

022200

6038

022210 005737

002470

6060

022216

005737

002672

6063

022230

105761

00000

(1)

THE INSTRUCTION AT 28.

WAS IN O=7 OF THME JUMP INSTR. THE PAGE BITS,
PC REG BITS 8.9, WERE IN BITS 11,12 OF THE INSTA.
JUMP INSTRUCTIONS MAVE BEEN (MECKED OUT
BEFORE, SO THE IMPORTANT THING TO REMEMBER T0
WATCH IS THE "FROM ADDR'","'TO ADDR''

6025

6030

' IMMED. ADDR

| BITS

6039 022214

001041

408

AUNB

TSt

RUN N

TSTB

1(R1)

:GOTO 408 IF MB206

aNE
SNE
8IS

oou.w‘S 022:3%

BIC

040000

TO SEE IF MASTER CLEAR (LEARS P.(. REG

SKIP06

6061 022222 001036
w‘i 022226 052711 040000

042771

;UPDATE PAGE
. F IELD
JUPDATE JMMED. ADDR
:LO0P IF NOT DONE.

408

<08
#40000, (R1)

;SET MASTER CLEAR

#40000, (R1)

6046

;TO RUN THIS SECTION OF CODE YOU MUST TURN SW7 OF SwlTCH PACK #£28

6049
260
(1) 022240 004537 003064
6050 022266 121265
6051 022266

ROMC LK
JSR
RS, .ROMCLK
121265
ROMC LK

6047

JOFF SO THAT MB207 NOT SELFSTARTING.

(1) 022246 006537 003044
oos; 022252 121244
6053 022254
(1)

605

022254

022260

004537
121265

003064

JSR
121244
ROM( L K
JSR
121265

RS, .ROMCLK
RS, .ROMCLK

;WE MUST FIRST CLOCK
SCLOCK INSTRUCT
JON
STHE PC LATCH REGS
SBEFORE WE CAN READ THEM
SCLOCK INSTRUCTION

;REG PC REG W,

PUT IN PORTS

SCLOCK INSTRUCT
10N

(ZDMOCO MB207 STATIC D lGOi
r2omgC P11
2l=JuL-8 14:

6055

60%¢
(1)
€057
6058
6059

022
0<2
57?
85

004537
121244
005
16104

6060 ioz 062704

6061
606
606
6064
6065
gggg
6068
(5)

(6)

00140¢

022306

022310

000055

022316

011124

(6)
6069
6070
6071

022320
022320

(3)

022320

(%)

6072
(2)

6073

28;2

6076
6077

022320

022322

HARDWARE

27=JuL=B1

%‘

170003

RS
&(RY) Ré

JEXPECT ZERO
JREAD PC REG FROM PORT 485

ERROR

.WORD

EKRGS

.WORD

;1F CLEARED, EXIT
JNOTE Wk ALSO CLEARED BIT 1 OF THE
;PC REG, BECAUSE AFTER THE MASTER
JCLEAR, WE DID TWO INSTRUCTIONS TO
JREAD T, THUS CAUSING THE PC REG
;70 GET BUMPED.
JMASTER CLEAR FAILED TO CLEAR

CSERDF

EMO

sPC REG

40%:
ENDTST

104401

L10075:

TRAP

BADHE
AD

SEQ 0138

PAGE 34-8

JREG PC REG LOw, PUT [N PORTS
SCLOCK INSTRUCTION

woobs Ré

TRAP

I n

RS,.ROM( Lk

8I¢

8EC

005055

14:48

TESTS

ROMCLK
ISR
1212464
(LR
MOV

003044

104455

022312

022314

MACYTY 30AC1052)

CSETST

JeeeTRRTRETRRNY

TEST

tenvscnnnncenee

J*JUMP TEST, JUMP ALWAYS, JUMP CHANGE FIELD
- »

i*IN THIS TEST, WE WILL CHECK THE ABILITY OF THE
:*MICRO PROCESSOR TO JUMP (BRANCH & ALWAYS INSTRUCTION)

6078
6079
6080
6081
6082
6083
6084
6085

;*TO LOCATIONS, FIELDS FROM OTHER LOCATIONS FIELDS.
;*WE ALREADY KNOW THAT THE NANCH INSTR WORKS FROM
;*OTHER TEST.
PROCEDURE
:
.'
1. START ADDR O, FIELD O
i
2. **(ALCULATE fi\i ADDRS, FIELD VIA DEC,
:®
3. CAUSE JUMP (BRANCH) YO NEW ADDRESS
:®
4. READ PC FROM [BUS*12 AND [BUS*13
L
S. REPEAT STEP 2-4 256.TIMES

6087
6088
6089

i
i
;"

6093
6094
6095

s
o
o

6086

6090
6091
6092

o
o
:®

TO CALCULATE NEW ADDRESS:
1. DEC LOW BYTE OF ADDRESS FOR PC ADDRES 0-7
2. DEC LOW BYTE OF NADDRESS FOR PC ADDRESS 8-11
BITS REPRFSENTED AS BITS 0-3. WHEN
RESTARTS AT ZERO.
NET RESULT IS JUMPS FROM:

FIELD,PAGE
0
17

0-3 OVERFLOWS,

6102

6103

e T

) ~~

SBICCoRoIT

6104

oONONNSWN=O

TESTS

€100
6101

21=JUL=-81 14:36

21-JuL=-81

HARDWARE

6097
6098
6099

b cd cd cd e

cZomac.Pin

ocoooorrOrOrO OMONONON

MACY11 30A(1052)

14:48

J 1N
PAGE 35

SEQ 0139

16
15

%
» 8

| CZDMACO MB207 STATIC DIAG #2

376
375

:T0

. %

BADHEAD

022322
022322
022322
022322
022322
022326

sunnnnnnnnwnnnn

128::

013701

022336
022340
022342

104432
000276

022346

012737

000000

022360

012737

000000

022366
022366

042737

000017

022374
022400
022404
022410
022416

013700
042700
050037
042737
050237

002406
177760
022426
077777
022442

004537
000400

003044

004537
061233

003044

004537

003100

004537

003044

022444
022444
022450
022452
022452
022456

022460

121265

004537

003044

016104

000004

121244

K4ONLY

KMCSR,R1

wannwnnnn

sRECORD DEVICE ADDR.
;4K CPUS ONLY.

002406

002412
022426

1%:

CSEXIT

.WORD

L10076~.

MOV

#0, FLAG

MSTCLR

000000

100000

wnmwanw

:DO NOT DO TEST IF M8200. OR M8204

012702

022442

MY INT

TRAP

022354

022422

BGNTST

MOV

002516

TEST

Mov

#0, R2

MOV

#0, FADR

;LOOP HERE

BIC #17,2%
MOV FLAG,RO

BIC #*C<17>,R0
BIS RO 2%

BIC #077777.3$

022442

BIS R2,3%

ROMCLK

2%:

;FIELD ,PAGE

;TO VARIE STARTING PAGE,FIELD,
:CHANGE #0 PORTION OF INSTR.
sR2 TO CONTAIN JUMPED
;TO CHANGE STARTING IMM ADDR.,
;VARIE #0 PORTIONS OF

;ADDRESS

INSTR.

;CLEAR JUNK FROM FIELD
;PORTION OF CHANGE FIELD INSTR
s INORDER TO INC, DEC FIELD,PAGE

;NOW POSITION IN INSTR.
;NOW FOR IMMED. BR INSTR.
;NOW ADD IMMEDIATE ADDR

JSR
000400

RS, .ROMCLK

;CLOCK INSTRUCTION
:MOVE PAGE,FIELD # TO BREG.

JSR
61233

RS, .ROMCLK

;CLOCK INSTRUCTION
BREG TO PC HIGH REG.
;MOvV

JSR
100000

RS, .SROMCLK

ROMCLK

SROMCLK

3%:

;FLAG TO REPRESENT

ROMCLK

JSR

121265

ROMCLK

JSR
121244

RS, .ROMCLK
RS, .ROMCLK

MOV 4(R1) ,R4

sNOW CLOCK IT IN BY JMP FIELD INSTR.

sREAD PC REG HI
sCLOCK INSTRUCTION
;READ PC REG LOW

sCLOCK INSTRUCTION
;READ PC REG (NOW IN SEL 4)

|
l

CZDMQCO MB8207 STATIC DIAG #
cZbmac.P1

6142
6143
6144

6145
6146
6147
6148
(1)

6149
6150
6151
6152
6153
6154
6155
(5)
(&)
(6)
(6)

6156
6157
6158
6159

21=JUL-81 14:

MACY11 30A(1052)

21-JUL-81

HARDWARE TESTS

14:48

PAGE 35-1

#170000,R4

SEQ 0140

022404

042704

170000

BIC

;STRIP FOR ONLY PAGE,FIELD BITS.

022470
022474
022476
022502
022504

013705
000305
042705
050205

022426

MOV 2$,R5

;NOW FROM ADDR WE WANTED TO

170377

s CLEAR JUNK
;ADD IMMED ADDR

022514
022516

105205

BIC #170377.R5
8IS R2.R5
SKIPO6 5%
:GOTO 5% IF mM8206
INCB
R5

022516
022520
022522
022526
022530
022532
022534

020504
1406

CMP R5,R4
BEQ 4%

104455

TRAP

SWAB R

5%:

.WORD
.WORD
.WORD

010006

:UPDATE ADDR. EXPECTED SENCE THE READ

;OF THE IBUS <13> INC THE PC.

ERROR 15

000017
005055

:JUMP TO

;JUMP GO OK?
;YEA, CONTINUES
;FAILED TO JUMP PROPERLY.

CSERDF

15
EMO
ERR15

;"FROM ADDR'' REPRESENTS
:THE ADDRESS WE

STARTED AT

:"'TO ADDR'' REPRESENTS WHERE

;WE EXPECTED TO JUMP TO,
;"BAD ADDR'' REPRESENTS WHERE
;WE WENT TO.

6160
6161

6162
6163

.REM %

6164

6165

6166

6167
6168
6169
6170
6171
6172
6173
6174
6175
6176
6177
6178
6179
6180
6181

'UNUSED
:

!
!

n
FIELD
BITS

;THIS IS _A PICTURE OF

987

! PAGE
! BITS

THE P.C.

BITS 0-7 ARE IN IBUS*<12>
BITS 8-11 ARE IN IBUS*<13>

!IMMED. ADDR
:

REG.

THEY GOT CLOCK IN THERE VIA JUMPS TAKEN
THE FIELD BITS

ARE IN BIT POSITION 0,1 OF THE INSTRUCTION AT 2$.
3% WAS THE JUMP ALWAYS INSTRUCTION. THE IMMED. ADDR.
WAS IN 0-7 OF THE JUMP INSTR.
THE PAGE BITS,
PC REG BITS 8,9, WERE IN BITS 11,12 OF THE INSTR.
JUMP INSTRUCTIONS HAVE BEEN CHECKED OUT
BEFORE, SO THE IMPORTANT THING TO REMEMBER TO
WATCH IS THE ''FROM ADDR'',"‘TO ADDR''

104410
000016

022552

022554

010437
005337
105302

001304

4%:

002412
002406

ESCAPE TST
TRAP
C$ESCAPE

.WORD

L10076~.

MOV R4 ,FADR
DEC FLAG

DECB R2
BNE 1%

;UPDATE PAGE,FIELD

;UPDATE JMMED. ADDR
;LOOP IF NOT DONE.

(ZDMQCO M8207 STATIC DIAG #2
CcZbmac.P11
6191
6192
6193
(3)

(3)
6194
2)

21-JUL-81 14:36

022556
022556
022556
022560

MACY11 30A(1052)

HARDWARE TESTS

ENDTST
L10076:

104401

6201
6202
(3)

022560
022560

BADHEAD

JRRRRRAA AR AR AN

129::

022560
022570
022572

6204
6205
(1)
6206

022574
022600
022600
022604

(1)

022610

6207

022610

axnwnbknnn

K4ONLY

-M8206 &M8207 ONLY!

002516
003166

004537

003044

JSR

RS, .ROMCLK

BIC

#177477 .Rb

TRAP
.WORD
.WORD
.WORD

CSERDF
16
EMO
ERR16

121264
116104

6211
6212
6213
6214

022626
022632
022634
022636
022642
022644
022646
022650

104455
000020
005055
010134

6216
(3)
(3)

022652
022652
022654

104410
000116

012705
120405
001410

523 23222222322321

BGNTST

013701
004737

6210 022622 042704

022656
022662
022662
022666

TEST 29

TRAP
.WORD
MSTCLR
MY INT
MOV
JSR

022614
022616

6217
6218
(1)
gg;g

wxxnan

:DO NOT DO TEST IF M8200, OR M8204

104432
000200

6208
6209

(5)
(6)
(6)
6§?§

]

022560

(4)
(4)

TEST

SEQ 0141

:* IN THIS TEST WE'LL VERIFY THAT THE Z BIT CAN BE READ FROM
:x JBUS*<13>. WE ALLREADY KNOW THAT THE Z BIT WORKS PROPERLY,
:» ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.

6200

TRAP
CSETST
BADHEAD

LN
PAGE 35-2

6196
6197
g}gg

6203

14:48

IRRRARRARK RN KRR

6195

(2)

21=JUL-81

ROMCLK

121264
MOVB

000004

177477

000000

004737

003312

004537
121264

003044

MOV
CMPB
BEQ
ERROR

1$:

CSEXIT
L10077-.

KMCSR,R1
PC,CLRALL

;RECORD DEVICE ADDR.
*CLR CONDITION CODES.

*NOW READ IBUS*<15>PUT IN PORT 4

:CLOCK INSTRUCTION

4(R1) R4

:READ IT FROM PORT 4

#0,RS
R4 ,RS
1%
16

:EXPECT IT CLEAR
:0K?

ESCAPE TST
TRAP
CSESCAPE
.WORD
L10077-.

JSR
ROMCLK
JSR
121264

PC,SETZ

RS, .ROMCLK

:STRIP ANY JUNK,C&Z BITS 6.7
:FAILURE OF Z8C TO BE CLEAR.

:SET Z BIT.
:NOW GO BACK AND CHECK Z BIT SET.
;CLOCK INSTRUCTION

6221

022670

016104

000004

MoV

4(R1) R4

:GET INFO.

6223

022700

012705

000200.

MOV

#200,RS

JEXPECT ONLY Z BIT SET.

6222
6224

6225
6226
(5)
(6)
(6)

022674

022704

022706
022710
022714
022716
022720

042704

120405

001410
104455
000020
005055

177477

BIC

CMPB

BEQ
ERROR
TRAP
LWORD
.WORD

#~<300>,R4
R4.RS
2%
16

CSERDF
16
EMO

*STRIP FOR C&Z BITS.
SSET OK?

:Z BIT FAILED TO SET PROPERLY.

(ZDMQCO MB207 STATIC DIAG #2
cZomac.P11
21-JUL-81 14:36
022722

022724

MACY11 30A(1052)

HARDWARE TESTS

.WORD

010134

ESCAPE
TRAP

104410

000044
004737

004537
121264

21-JUL-81

003166

2%:

003044
000004
177477

022772

010134

3%:

L10077:

104401

PAGE 35-3

SEQ 0142

TST

CSESCAPE

L10077-.
PC,CLRALL

JSR
121264
MOV
BIC
BEQ
CLR
ERROR

R5,.ROMCLK
4(R1) ,R4
#*C<300>,R4
3%
RS
16

.WORD
.WORD
.WORD

16
EMO
ERR16

;NOW TRY TO CLEAR Z BIT.
sCLOCK INSTRUCTION

;STRIP FOR C&Z BITS

;IF ZERO,WE'RE OK
JELSE REPORT ERROR
;2 BIT FAILED TO CLEAR PROPERLY.

CSERDF

ENDTST
T

sF INDFAST

022774

MmN

ERR16

.WORD

ag:CLK

TRAP

022770
022772
022772
022772

14:48

CSETST

BADHEAD

sxnnnnnnnnkhrns

TEST

wannnwnnnswnnnn

. %

;* IN THIS TEST WE'LL VERIFY THAT THE C BIT CAN BE READ FROM

;* IBUS*<13>, WE ALLREADY KNOW THAT THE C BIT WORKS PROPERLY,
‘* ALL WE WANT TO KNOW HERE IS THAT IT CAN BE READ.
. %

022774

BADHEAD

sxnnnknnnnnnwwwx

022774
022774
022774

023004
023006
023010
023014
023014
023020
023024

T30::

wxnnnnennnnnnnn

BGNTST

K4ONLY
TRAP

013701
004737

002516
003166

004537

003044
000004
177477
000000

005055
010134

;M8206 €M8207 ONLY!

:DO NOT DO TEST IF M8200, OR M8204

104432
000200

104455
000020

TEST

CSEXIT

.WORD

L10100-.

MOV
JSR

KMCSR,R1
PC,CLRALL

{3?264

RS, .ROMCLK

MSTCLR
MY INT

ROMCLK

MOvVB

JREAD IT FROM PORT &

#0,R5
R4 RS
1%
16

JEXPECT IT CLEAR
.0K?

l177477.R4

TRAP

CSERDF

.WORD
.WORD
.WORD

:NOW READ IBUS*<13>PUT IN PORT 4

;CLOCK INSTRUCTION

4(R1) R4

BIC

MOV
CMPB
BEQ
ERROR

JRECORD DEVICE ADDR.
sCLR CONDITION CODES.

16
EMO
ERR16

;STRIP ANY JUNK,(C&Z BITS 6.7
sFAILURE OF Z8C TO BE CLEAR.

CZDMQCO MB207 STATIC DIAG #2
CZbmac.P11
21=JuL=-81 14:36
6261

MACY11 30A(1052)

21=JUL=81

HARDWARE TESTS

023066
023066
003260

1%:

121264

MOV

000004
177477
000100

#100,R5

“EXPECT ONLY C BIT SET.

2$
16

:C BIT FAILED TO SET PROPERLY.

R4.RS

LWORD
"WORD
"WORD

ESCAPE
TRAP

CSERDF

16
EMO
ERR16
TST

CSESCAPE

L10100-.

003044

JSR

RS, .ROMCLK

000004
177477

MOV

4(R1) ,R4

BEQ
CLR
ERROR

38
RS
16

JSR

BIC

3%:

L10100:
023210

TRAP
WORD
.WORD
.WORD

:STRIP FOR C&Z BITS.

“SET OK?

.WORD

2%:

;SET C BIT.
*NOW GO BACK AND CHECK C BIT SET.
:CLOCK INSTRUCTION

:GET INFO.

C(MPB

TRAP

SEQ 0143

4(R1) ,R4

#~C<300>,R4

MOV

003166

PAGE 35-4

RS, .ROMCLK

BIC

BEQ
ERROR

023140
023140
023142
023144
023150

ESCAPE TST
TRAP
(SESCAPE
.WORD
L10100-.
JSR
PC,SETC
ROMCLK
R

003044

14:48

PC.CLRALL

;NOW TRY TO CLEAR C BIT.

sCLOCK INSTRUCTION

#~C<300>,R4

:STRIP FOR C&Z BITS

:IF ZERO,WE'RE OK
;ELSE REPORT ERROR
:C BIT FAILED TO CLEAR PROPERLY.

C$ERDF
16
EMO
ERR16

ENDTST
TRAP
CSETST
BADHEAD

sxnnnnknknkewnnr

TEST

anxnnnnnnnnnnnnn

;*TEST OF PROGRAM CLOCK BIT

;*DO A MASTER CLEAR, VERIFY THAT PROGRAM CLOCK IS SET
;*WRITE PROGRAM CLOCK BIT TO A ONE, VERIFY THAT IT CLEARS,

023210

023210
023210
023210
023210
023214
023220
023224
023230

é;gfigAgHEN SETS SOME

TIME LATER

Jexwxnennwnwnnwnsx

TEST

wrnawwnnnnrnnnn

BGNT ST

T31:

013701

002516

012761

002440
002444
000020

000004

1%:

MY INT

MOV
MSTCLR
CLR
(LR
MOV

KMCSR,R1
TEMP
$TMPO
#20,4(R1)

sRECORD DEVICE ADDR.
JMASTER CLEAR M8200.4.7
;PREPARE FOR
;DELAY
;LOAD PORT 4

(ZDMQCO MB8207 STATIC DIAG'56
(Zomac.P11
21-JuL-81 1
6297

023236

152761

6300

023260

012761

6302

023274

142761

6306
6305
6306
6307

023306
023312
023316
023320

005037
123704
001406
013702

(4)
(5)

023324
023326

104455
000062

(5)

023332

000000

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

#BIT1,1(R1)

:SET ROMI

121224

000006

MOV

#121224,6(R1)

:LOAD NEXT INSTRUCTION

030001

000001

000003 000001

023302 016106 000004

6308 023324
(5)

6309
6310
(1)
6311

6312

6313
6314
6315

023330

023334
023334
02333,
023340

023342

MOV
BISB

BISB

BiCB

MOV

002452
002452

CLR
CMPB
BEQ
MOV

002452

ERRDF

TRAP
.WORD

005545

004537
121224

122761

023350
023352
023356

001420
005237
005537

023370
023372
023376
023402

001361
012702
013704

023404

000063

.WORD

2s:
003044

000020

000004

002440
002444

(4)

(5)

023402

104455

023406
023410

6323
2§5§

023412
023420

122737
001013

000007

6326
gggg

023422
023426

005737
001010

002444

4(R1) R4

$GDDAT
$GDDAT,R&
2s
SGDDAT R2

:PUT *TOUND'" IN Ré

*PUT "EXPECTED'' IN SGDDAT
;1S PGM CLOCK CLEAR?

50,EMB50

;:ERROR, PGM CLOCK IS NOT CLEAR

cssnor
S0

EMBSO

RS, .ROMCLK

CMPB

#20,4(R1)

CMP

#6.,$TMPO

TRAP

CSERDF

3$
TEMP
$TMPO

2$
#6,R2
$TMPO,
R4
51,EMBS1

:NEXT WORD IS INSTRUCTION,
SCLOCK INSTRUCTION
‘PORT4 LUTT

*1S PGM CLOCK SET?
‘BR IF YES
* INCREMENT DELAY
*INCREMENT DELAY

*1S DELAY DONE
‘BR IF NO

;ERROR PGM CLOCK NOT SET

.WORD
WORD

EMBS1
O

(MPB
BNE

#7.WTYPE
43

: ONLY DO NEXT TEST IF M8207
* EXIT IF NCT.

ST
BNE

$TMPO
43

;
*

6329 023430 042737 000007 002440
ggg?

023436

001004

BIC

#7 ., TEMP

: CLEAR OUT ANY SMALL COUNT

6332
(4)
(5)
(5)
(5)
6333
6334
6335

023440
023440
023442
023444
023446

104455
000144
005410
000000

ERRDF
TRAP
.WORD
.WORD
WORD

100,EMB1
CSERDF
100
EMBI
O

: ERROR

ggg; 023412

005577
000000

#RIT!BITO,T(R1);CLEAR MAINT BITS

ROMCLK
JSR
121224

.WORD

(5)
(5)

#BIT1'BITO,1(R1):READ CLOCK BIT

BNE
MOV
MOV
ERRDF

000006
002444

#121111,6(R1)
:SEL6 _ INSTRUCTION
#BIT1'BITO,1(R1):SET cCOCK BIT

WORD

BEQ
INC
ADC

6316 023362 022737 000006 002444

6317
€318
6319
6320

SEQ 0144

BISB

6301

6303

PAGE 35-5

000007

121111 000006
000003 000001

152761

8 12

000002

6298 023244 012761
6299 023252 152761
023266

14:48

3s:
002414

BNE

6336
6337

023450

ENDTST

(3)

023450

(3)

023450

104401

£10101

" TRAP

(SETST

IF ANY LARGE COUNT, WE'RE OK
THEN EXIT
IF LARGE COUNT LEFT OVER, WE'RE OK.

: TIME TTOOO SHORT FOR CLOCK.
MUST BE
* DEFECTIVE CAPACITOR IN TIMEING CIRCUIT.

| CZDMQCO MB207 STATIC DIAG "
cZomac .P11

€338
6339
()

€340
6341
6342
6343
6344
6345

023452

6347
6348
(3)

023452
023452

6349
(3)

14:

BADHEAD

JRRRRRRRARNARRN

BGNTST
T32::

013701

002516

023470
023476
023502

005037
013737
013746
012737

002440
000024
000024
023564

6358

023516

012711

001000

6360

023530

012711

023454

023460
023464

6357 023510 012761
6359 023522
6361
6362
6363
6364
(5)

023534
023540
023542
023546
023552

6365
6366
6367
6368

023562
023564
023572
023576

6369

023554
023556
023560

023600

012761

005237
001375

000002
121111

005400

023602
023600

013706
012737
005037
005237
001375

023600
024002
024000
024000

6377
6378
6379
6380

023626
023630
023634
023640

013701
012637
023737

002516
000024
002444

(5)
(6)

023654
023656

104455
000021

023646
023650

001413

MOV

KMCSR,R1

PAGE 35-6

TEST

000024

000004

SEQ 0145

wannnnnnnnnnnnn

#BIT9 (R1)

5%:

MOV

INC
BNE
MSTCLR
ERROR
TRAP

000024

1%:
2%:

000024

3%:
12%:

000024

BR
MOV
MOV
HALT
0

MOV
MOV
(LR
INC
BNE

"2, %(R1)

#121111 L6(R1)

;R1 CONTAINS BASE M8200,4,7 ADDRESS
JMASTER CLEAR M8200,4.7

;PREPARE FOR DELAY
;SAVE POWER FAIL ADDKESS
;STORE POWER FAIL ADDRESS
;SET U FOPR FORCE POWER FAIL

«~ ;LOAD PORT4
“;SET ROMI

;LOAD INSTRUCTION

#BIT9'BIT8! BIT11 (R1)

TEMP
5%

17
CSERDF

;CLOCK INSTRUCTION
;WAIT FOR POWER FAIL
:BR IF DELAY NOT DONE

;ERROR, NO POWER FAIL

17
EMO
ERR17

43
#38 ,ax24
SP,2%

;POWER UP ADDRESS
;STORE STACK
JWAIT FOR POWER UP SEQUENCE

2%,SP
#108,a424
11%
11%
12%

KMCSR,R1
(SP)+,a#24
$TMPO,a# 24

TRAP
.WORD

(SERDF
17

43
17

JRESTORE STACK
;PUT IN CASE OF FALSE POWER-UP.

:STALL ON POWER UP.
WAIT HERE IF BAD,WILL POWER OUT OF HERE.

POPSP2
MOV
MOV
CMP
BEQ
ERROR

snasanannnwnnnnn

sRECORD DEVICE ADDR.

MOV

;STALL FOR TIME

TEMP
.
a#24,$TMPO
a#2s ,-(SP)
1S a4~

MOV

000006

TEST

MOV
MOV
MOV

.WORD
.WORD
.WORD

023602
023606
023614
023620
023624

6381
6382

002444

000021
005055
010256

000000

CSRESET

MSTCLR
CLR

104455

000445
012737
010637
000000

BRESET
TRAP
MY INT

002440

6370
6371
6372
6373
6374

2%32

c 12

'FORCE POWER FAIL TEST
'SET FORCE POWER FAIL BIT VERIFY THAT PROCESSOR TRAPS TO 24
;*GOING DOWN AND COMING UP. VERIFY ALSO THAT BUS INIT WAS
'BLOCKED FROM GETTING TO THE 8200,4,7 DURING THE POWER FAIL
;*THIS TEST WILL TAKE LONGER THAN 2 SEC(N)S TO RUN. THIS TEST
:'SHOULD NOT BE RUN IF YOU HAVE VOLATILABLE MEMORY IN YOUR SYSTEM.

023454

(6)
(6)
(6)

HARDWARE TESTS

14:48

IRRERRRRARARANN

104433

(1)
6351
6352
6353
6354
6355
6356

21=JUL=81

BADHEAD

023452
023452

6350

MACY11 30A(1052)

023452

6346
2)

21=JUL-81

IS,

ELSE PROCEED.

;POP STACK TWICE?2
3
JRESTORE TRUE POWER FAIL ADDRESS
;IS IT CORRECT?
:BR IF YES
sERROR, STACK IS INCORRECT

lr———

—

_—

—

CZDMQCO MB8207 STATIC DIAG #
| CZDMAC.P1
21=JuL=-81 14:
(6)
(6)

6383

023660
023662

002444
002344
004000

MACY11 30A(1052)

21=JuL-81

HARDWARE TESTS

000024
4$:

.WORD
. WORD
MOV
MOV

BIT

14:48

D 12

PAGE 35-7

SEQ 0146

EMO
ERR17
$TMPO ,an24

JRESTORE TRUE POWER FAIL ADDRESS

;§1711,(R1)

:BIT11 STILL SET?

PSTACK, 5P

002470

RUNS
7%

004000

#IT11,RS
35
CSERDF
35
EMO
ERR3S

;RESTORE

STACK

(R1) ,R4

TST

:0AC FAILED

;TO PREVENT
JINIT FROM
JCLEARING CSR

CSEXIT

003009
121111

(5)
(6)

(6)
(6)

L10102~-.
#BIT9!BIT10,(R1)

7%:

;RS = EXPECTED

R5.R4
63

JMAINT IR SHOULD = 12111
:BR IF OK

35
CSERDF

;IF = 0 THEN BUS INIT WAS

6(R1) ,R4

023770
023772

;SEL6 = MAINT IR

#121111,RS

;R4 = FOUND

023774
023776

EMO

ERR3S

sNOT BLOCKED FROM CLEARING

:THE mM8200,4,7

024000

024002

LR~ RRRRRRR

N=_WNWN=—maaaaOO~~~ NOWNEHWN

(5)
(6)
(6)
(6)

024006
024012

024016
024C20
024022
024024

024026

024032
024036
024042
024042
024042
024042
024044

052711

040000

11%:

.WORD

sTEMP COUNT FOR STALL ON POWER UP.

10%:

BIS

#BIT14,(R1)

JCLR THE

sERROR

MSTCLR

ERROR

104455

TRAP

000021
005055
010256

062706
012637

104401

.WORD
.WORD
.WORD

000004
000024

ADD

MOV

MSTCLR

TRAP

BADHEAD

CSERDF
17
EMO
ERR17
#4,SP

(SP)
+ ,a#24

CSETST

;JAGAIN!

THING SO IT CAN'T ASSIRT AC LOW

GLIP GAVE US SECOUND UNEXPECTED

JASSERTION OF

AC LOW ON UNIBUS.

sFATEL TYPE OF ERROR.
sRESTORE STACK.

—-—

| CZDMOCO M8207 STATIC DIAG #2
, (Zomac.P11
21=JuL-81 14:36

MACY11 30A(1052)

21=JuL-81

HARDWARE TESTS

14:48

cenensnnnnnaner

E 12
PAGE 35-8

TEST

SEQ 0147

33 annnennennnnnnn

;*M] CRO-PROCESSOR NOISE TEST
;*WRITE ALL ZERD'S THEN ALL ONE'S THEN A DATA PATTTERN
;*TO THE IBUS* AND IBUS REGISTERS AND TO THE SP AND MAIN MEM
;*THEN GO BACK AND READ THE DATA PATERNS

TO VERIFY

THAT

s*READING AND WRITING OF OTHER LOCATIUNS AND REGISTERS

;*DID NOT CHANGE THE DATA.

BADHEAD

sennnansannnens

BGNTST
133::

013701
005002

042737

002516
000017

116261

025100
025106

004537

003044

156237

121100

005202
022702
001360
005002
042737

024104
026104
000004

1%:

000005

024202
024214

MOv

KMCSR,R1

BISB
MOvB

R2
#17,2%
308(R2) ,2%
318(R2) ,4(R1)

JSR

RS, .ROMCLK

MSTCLR
CLR
BIC
ROMCLK

2%:

024166

MY INT

3%:

121100
INC

000004

5%:

6%:

000010

024236
024244
024252
024256
024262
0246266
024272

000017
000017
000017
024276
024312
024324
000004

024276
024312
024324

7%:

wawnnnnevnenenn

;RECORD DEVICE _ADDR.

;MASTER CLEAR M8200,4.7
;R2 IS INDEX REGISTER
;CLEAR ADDRESS FIELD

;ADD IBUS* REG ADDRESS TO INSTRUCTION
;LOAD PORT4
sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION

;WRITE IBUS* REGISTEK
s INC INDEX REGISTER

:BR IF NO

#5.R2

BIC

#17,48%

;DONE YET?

CLR

BIS
BIS
BIS

R2,4%
R2.5%
R2,6$

;ADD IBUS REG ADDRESS TO INSTRUCTION

JSR

RS, .ROMCLK

sCLOCK INSTRUCTION

MOVB
ROMCLK

#377,4(R1)

122100

4(R1)

;R2 IS IBUS REGISTER ADDRESS

;CLEAR ADDRESS FIELD OF INSTRUCTIONS

;CLEAR PORT4
SNEXT WORD IS INSTRUCTION,
sWRITE O TO IBUS REG

:LOAD PORT4
sNEXT WORD IS INSTRUCTION,

JSR
122100
MOvB

RS, .ROMCLK

JSR
122100

RS, .ROMCLK

CMP
BNE
CLR
BI(
BIC

#10,R2
3%
R2
#17,8%
#17.,9%

;DONE YET?
;BR IF NO
;START AT SP ADDRESS 0
;CLEAR ADDRESS FIELD

BIS

R2.88

;ADD ADDRESS TO INSTRUCTION

ROMCLK

003044

R¢

(MP
BNE

CLRB
ROMCLK

4%:

TEST

INC

BIC

BIS
BIS
CLRB

ROMCLK

R2,4(R1)

#17,108

R2.9%
R2,108
4(R1)

sCLOCK INSTRUCTION
sWRITE ALL ONES TO
:LOAD PORT4

IBUS REG

sNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
;WRITE ITS OWN ADDRESS TO IBUS REG
sNEXT ADDRESS

;CLEAR PORT4
JNEXT WORD

IS INSTRUCTION,

(ZDMQCO MB207 STATIC DIAG “
cZomac.P1

21=JuL=-81 14:

(1)

024272

004537

003044

6470
6471
(1)

024300
024306
024306

112761

000377

004537

003044

110261

000004

004537

003044

6469

6472

6473
6474
(1)
6475

6476
6477
6478
6479
6480
(1)

6481

024276

024312

024314
024320
024320
0243264

024326
026330
024334
024336
024340
024340

123100

123100
123100

005
022702
001335
005002

004537

004537
004000
105061

003044

6484
6485
(1)

024346
024352
024354
024360
0264360

004537

003044

6487
6488
(1)

024366
024374
024374

112761

000377

004537

003044

110261

000004

004537
136500
005202
022702
001354

003044

(1)

6483

6486

6489

649C
6491
(1)
6492
6493
6494
zgg

024346

024364

024400

024402
024406
024406
024412
024414
024416
024422

122500

000004

8%:

9%:
108:

003064

010000

000004

118:

024424

6501

024432

6502

6503
6504
6505
6506
6507
6508
6509
6510
6511
6512
6513
6514

MOvB
ROMCLK
JSR

#377 ,4(R1)

:LOAD PORT4
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

mMOovB
ROM(LK
JSR
123100

R2,4(RT)

123100

RS, .ROMCLK

SWRITE ZERO TO SP

SWRITE ALL ONES TO SP

:LOAD MORT4
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sWRITE SP ADDRESS TO ITSELF

INC
(MP
BNE
(LR
ROM(CLK
JSR
010000

R2
#20,R2
7%
R2
RS, .ROMCLK

sNEXT SP ADDRESS
;DONE YET?
:BR IF NO
:R2 = ,AOM ,E, ADDRESS
sNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

JSR

RS, .ROMCLK

sCLOCK INSTRUCTION

(LRB
ROMCLK

4(R1)

;:CLEAR PORT4
SNEXT WORD IS INSTRUCTION,

4000
JSR

RS, .ROMCLK

MOVB
ROMCLK
JSR

#377 ,4(R1)

Movs
ROMCLK
JSR
136500
INC
CMP
BNE

R2,4(R1)

RS, .ROMCLK

RS, .ROMCLK
R2

#1000,R2
118

:MAR _

sCLOCK INSTRUCTION

;WRITE ZERCS TO MEM

;LOAD PORT4
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION

JWRITE ONES TO MEM

;LOAD PORT4
sNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
sWRITE TO MEM IT OWN ADDRESS
sNEXT MEM ADDRESS
: DONE VEY"
:BR IF NO

;NOW GO BACK AND READ EVERYTHIN

6499

(1)

PAGE 35-9
sCLOCK INSTRUCTION

122500

001000

F 12

RS, .ROMCLK

123100

122500

000004

14:48

JSR

ROMCLK

gzg;

(1)
6500

21=JuL=-B1

HARDWARE TESTS

000020

024344

6682

MACY1T 30A(1052)

026424
024430

004537
010000

003044

024432

004537

003044

024436

004000

024440
024444
024446
024450
024456
024462
024464
024466
024470
024472

005737
001452
005005
042737
116502
010203
006303
006303
006303
006303

024474

050337

ROMCLK

024512

RS, .ROMCLK

JSR

RS, .ROMCLK

ROMCLK
4000

002432
000360
025100

JSR
010000

024512

12%:

;WOULD BE CRAM (ODE
TST
TYPE
BEQ
4«08
(LR
RS
BIC
#360,13%
MOVB
308 (RS) ,R2
MOV
RZ,R3
ASL
R3
ASL
R3
ASL
R3
ASL
R3
8IS

R3,13%

SNEXT WORD IS INSTRUCTION,

sCLOCK INSTRUCTION
:MAR_0

JNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTICON

:MAR HI _ 0 (M8200,4,7 ONLY)

;RS IS INDEX REGISTER
;CLEAR ADDRESS FIELD
;R2 = 1BUS* ADDRESS
JPUT [BUS* ADDRESS IN R3
JSHIFT ADDRESS TO BITS 4=7

;ADD ADDRESS TO INSTRUCTION

SEQ 0148

CZDMOCO MB207 STATIC om .

C2omaC P11

21=JuL~81

€515

024500

116537

6518

(024514

016104

6520
6521
€522
6523
esil.

025106

(5)
(6)
&)

(6)

4525
(3)
(3)

4&(R1) R4

024526 001416
026526
010237 002434
026532
105037 002453
024536 013705 002452
024542

BEQ
MOV
(LRB
MOV
ERROR

208
R2 ,MRO
$GDDAT+1
$GODAT RS
29

024552

.WORD

EMO

123704

026546
024550

104455
000035

024556

010350

024556
026556
026560

138

002452

TRAP
.WORD

.WORD

ESCAPE

104410
000334

6533
653

024572
0264574

00500
042737

6536
6537
6538
6539

024604
024606
024610
024612

006303
006303
006303
006303

208:

000005

000360

026614
0264620
0246624
024626
024630

050337 024630

6545

024636

123704

024630

148:

010237 002452

004537

003044

016104

000004

021004

158

002452

6548
(5)
(6)

024650
0264656
024656

104455
000035

6549

026664

005202

6551

6552
6553

6554

024666

026704

6555 0264710
(1)

655¢

024710

022702

2's

000010

005002
062737

000017

004537

003044

050237 024714

024714 04

£557 024716

- JBUS* CONTENTS OK?

BR IF YES

:1BUS* DATA ERROR

ERR29

TST

(SESCAPE
(10103-.

RS
#5 RS
12$

;INC COUNTER
“DONE YET?
:BR IF NO

010237 002452

R2
#360,15%

:R2= IBUS REG ADDRESS
usm ADDRESS FIELD OF INSTRUCTION

ASL
ASL
ASL
ASL

R3
R3
R3
R3

sum ADDRESS TO BITS &=7

MOV

4(R1) R4

BEQ
MOV

218
$GDDAT
RS

168:

;ADD ADDRESS TO INSTRUCTION
:$GDDAT = "EXPECTED'"
sNEXT WORD IS INSTRUCTION,
SCLOCK INSTRUCTION
*PORT4 = xeus REG
:I1BUS
=

xeus CONTENTS OK?

BR IF YES

:1BUS DATA ERROR

INC
P

R2
#10,R2

SNEXT IBUS REGISTER

CLR
BIC

R2
217,178

:R2 = SP ADDRESS
*CLEAR ADDRESS FIELD OF

.WORD
.WORD

BIS

ROMC LK

17%:

$GDDAT,R&

18US ADDRESS

29
CSERDF
29

BNE
024714

R2.R3

BIS
R3,158%
MOV
RZ.$GDDAT
ROMCLK
JSR
RS, .ROMCLK
021004

ERROR
TRAP
.WORD

005055
010350

024672 001340
024674
026676

:R& = "FOUND''

CLR
BIC

(MPB

6546 024642 001410
6547 0246446 013705 002452

6550

INC
BA\E

(SERDF
29

;SGDDAT = "EXPE(CTED'

SNEXT WORD IS INS mumou
sCLOCK INSTRUCTION
:PORT4 = ]BUS* REGISTER

;END CRAM,GENERAL TESTS

6540
6541
6542
(1)
65643

024660
024662

TRAP
LWORD

SCDDAT,R&

SEQ 0149

408:

6535 024602 010203

(6)
(6)

ROMCLK
JSR
RS, .ROMCLK
121004
(MP8

005055

024572

024632

002452

G 12
PAGE 35-10

MOV

026520

6530

6544

HARDWARE TESTS

14:48

318(RS),SGDDAT

6526 024562 005205
6527 024564 022705
gzza 024570 001327
ggg}

21-JL1°81

MOVB

6516 024506
(1) 026506 004537 003064
€517 026512 121004
6519

MACY11 30A(1052)

EMO
ERRZ29

148

R2, 178

JSR

RS,.ROMC Lk

MOy

R2,$GDDAT

060600

;DONE YET?

‘BR IF NO

INSTRUCTION

:ADD ADDRESS TO INSTRUCTION

SNEXT WORD IS INSTRUCTION,
JCLOCK

;BR

INSTRUCTION

_ SP

;$GDDAT = "EXPECTED"

HARDWARE

TESTS

ROM(Lx
JSR

003044

061224

002452

MOV
(P8
BEQ

002452

14:48

RS, .ROM(LK
4(R1) ,Ré

$GDDAT ,Ré
2 ’%

;Goau,ns

g!flo'

W12

PAGE 35-11

SEQ 0150

SNEXT WORD S INSTRUCTION, ROMCLX P(=530¢
sCLOCK INSTRUCTION
;PORTL _ BR

a“ - .'m

;SP CONTENTS On?

;B8R IF VES

;SP DATA ERROR

EmQ
ERR7

003044

14%
R2

RS, .ROM(LK

003044

RS, .ROM(LK

002452

18%:

003044

RZ2.SGDDAT
RS, .ROM(LK
4(R1) Ré

000004
002452

$GDDAT ,R¢

002452

003

£ vEN

;B8R IF NO

“R2 = MEMORY ADDRESS

NEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION

0
MR
SNEXT WORD IS INSTRUCTION,
;CLOCK INSTRUCTION
JMAR HI _ O ( M8200,4.7 OR FAMILY ONLY)
: SGDDAT = EXPECTED""
SNEXT WORD IS INSTRUCTION,
sCLOCK INSTRUCTION
MAIN MEM
;PORT4

..“‘ -s * 'm.‘

;MAIN MEM (ONTENTS Ox?

:BR IF vES

SNEXT MEM ADDRESS
;DONE YVET?
;B8R IF NO

308:

B $:
006

SNEXT SP LOCATION
;DONE YET?

JMAIN MEM DATA ERROR

23%:

001000

220 ,R2

22%:

(SESCAPE
L10103-,

sggi egs2
3
§385
Sodena
3

14:

RS
U A e

1AG 'io

27=JuL=B1

MACYTT B0AC1052)

1.3.6,6.70

(IDTMMGCO MB207 STATIC DIAG s

c7omeC P11

~81 14:

MACYTY 30A(1052)

~ARDwARE

2T1=JuL=81

TESTS

14:48

112
PAGE 36

SEQ 0157

025114

ENDTSY

025114

025114
025114

L10103:

106601

025116

TEST

eccccccccccceee

§8-8-8.88.888 :

1[57

3‘

seecceceecsneRee

BGNYSY

2O~

T34&:

;eeesccvescecce

Jesscscsencnee

AD
BADHE

;* TO DO THIS WE'LL PUT A 125
INTO INDAT2, THEN WE'LL PUT A
s« 125 INTO BOTH SP1 AND BR. LAST WE'LL DO A NODST BR,SUBOC,SP!
:® X'J'Qfif IS A WRITE INTO PORTS, INDAT2 WILL CONTAIN A 377.

CSETST

;* THIS TEST IS DESIGNED TO MAKE SURE THAT A NODST INSTRUCTION
:* DOES NOT WRITE INTO PORT B OF THE MULTIPORT RAM,

§s§§§s§§

TRAP

MV INT

013701

002516

mCy

KMCSR,R1

004537
000525

0030¢4

JSR
00525

RS, .ROMCLK

;CLOCK INSTRUCTION
:PUT A 125 INTO BRG.

004537
062221

003044

JSR
062221

RS, .ROMCLK

;CLOCK INSTRUCTION
SNOW INTO OIDAT2

004537
063221

003044

JSR

RS, .ROMCLK

;CLOCK INSTRUCTION

004537
060361

003044

RS, .ROMCLK

(LOCK INSTRUCTION
NOW THE "NODST BR,SUBOC,SP1**

004537
020420

003044

004537
061220

003044

111104

012705

000125

ROMCLK
ROMCLK

ROMC LK

63221

ROMCLK

JSR
060361

iNOW INTO SP1

STHE NODST SHOULD NOT MODIFY

ROMCLK

JSR
RS, .ROMCLK
020420

ROMCLK

;RECORD DEVICE ADDR.

;CLOCK INSTRUCTION
:PUT CONTENT OF INDAT2 IN BRG.

JSR
RS, .ROMCLK
061220

;CLOCK INSTRUCTION
:PUT BRG INTO BSELO

MOVB

JSEE WHAT

MOV

(R1) R4

#125.RS

(

:SHOULD BE 125
;VOJ CAN BET

BA(CK

IFf 377 CAME BACK,

THAT

THE “WNODST** QOYE

SINTO THE MULTIPORT RAM'
D1 WRITE OUT L**
025174
025176

025200
025204
025206
025210

020405
001406
104455

000007

005055

BEQ

ERROR

R4 RS

10§
7

TRAP

(SERDF

LWORD

EMO

LWORD

INDAT?:

:NOW LOOK.

WATCH SIGNAL

(ZDMQCO MB8207 STATIC DIAG #2
P
| (ZDM.AC
21=JUL=-81 14:36
|
(6)
025212 00702¢
6633
6634 N25214
6635 025214
(3)
025214
(3)
025214 1046401
6636
6637 025216

MACY1T 30A(1052)

HARDWARE

21=JuL=B1

TESTS

.WORD
10%:

L10104:

J 12
PAGE 36-1

14:48

SEQ 0152

ERR7

ENDTST
TRAP

CSETST

BADHEAD

sennnnnnnnannne

TEST

evennencnceenee

:* EXTENDED CRAM TEST FOR M8206.
;*

THROUGHOUT

THE

CRAM

(TEST DATA

IN THIS TEST WE WILL LOAD DATA
[S JUST 4K CF

é;DL?Eg READ IT BACK AND VERIFY THAT

025216

sannnnnnnnnnnnn

025216
025216
025216

135::

025226
025226
025230

000132

025232
025232

013701

002516

025236

012702

025242
025246

SKIPO6

10%
;GOTO 108 TF M8206
TRAP

.WORD

10%:

DIAG.

IS CORRECT.

CODE)

AND

snennnnnnnvenen

BGNTST

EXIT

104432

TEST

MY INT

TST

CSEXIT

;DO TEST ONLY IF

IT IS A MB206

;OTHERWIZE ,SKIP TEST.

L10105-.

MOV

KMCSR,R1

sRECORD DEVICE ADDR.

012146

MOV

#ROMMAP ,R2

;GET ADDR. OF LIST.

012711
005003

002000

MOV
CLR

;gOOO.(R1)

;SET TO WRITE DATA.
:CRAM ADDR ZERO.

025250
025254

010361
012261

000004
000006

MOV
MOV

R3,4(R1)
(R2)+,6(R1)

;SET ADDR.
;WRITE DATA.

025260

020337

002436

CMP
BEQ
INC
BR
CLR

R3 ,MEMSZ
208
R3
15%
R3

:DONE WHOLE CRAM?
JYES,EXIT THIS LOOP.
:NO,UPDAT ADDR.

MOV

#ROMMAP RS

sNOW WE WILL READ BACK,STARTING AT
;CRAM ADDR. ZERO.
;GET ADDR. LIST OF DATA

MOV

R3,4(R1)

:SET ADDR.

MOV
MOv

CMP
BEQ
MOV

(RS) ,R2
6(R1) ,R4
R2,R4
408
R3.RO

;PUT EXPECTED INTO R2
sREAD ACCUAL

ERROR

;ERROR CRAM DATA TEST,DATA

.WORD
.WORD
.WORD

1
EMO
ERR1

20%:

025272

025274

012705

012146

025300

010361

000004

025304
025306
025312
025314
025316

011502
016104
020204
001411
010300

025320
025324
025326
025330
025332

15%:

104455

000001
005055
006032

000006

30%:

TRAP

CSERDF

sEQUAL?
;YES,CONTINUE.

' cz7morn

8207 STATIC DIAG #2
21=JuL =81 14:36

MACY11 30A(1052)

21-JUL=-81

HARDWARE TESTS

14:48

K 12

PAGE 36-2

SEQ 0153
JREAD NOT DATA THAT WAS WRITTEN.

ESCAPE TST
TRAP

104410

000024

020337
001002

025350
025352
025354
025360
025362
025362
025362

002436

40%:

104432
000012

005203
062705

000747

000002

50%:

ENDTST
L10105:

104401

025364

CSESCAPE

.WORD
CMP
BNE

L10105-,
R2 MEMSZ
508

EXIT
TRAP

TST
CSEXIT

.WORD

L10105-.

INC

308

ADD

;ALL DONE?

;UPDATE ADDR.

#2 ,R5

TRAP

CSETST

BADHEAD

sxnxnnnnnnnnrnt

TEST

wxwnnnwnnnnnnnsn

. %

;* THIS TEST LOADS MICRO-CODE INTO A M8206 MCPU THEN EXECTUES IT.
;%

THE MICRO CODE

IS DESIGNED

TO WRITE ALL ONES

;* THIS TEST IS ONLY PERFORMED ON AN M8206.

025364

BADHEAD

Jkxnkwknnkwnnnwn

025364
025364

T36::

TEST

025374
025374
025376

104432
000442

025400
025400

013701

002516

025404

004537

026006

025410
025412
025414
025416
025420
025422
025424
025426
025430
025432

000777

025434

EXIT
TRAP

.WORD

1%:

ArANRRAARA
AN

BGNTST

SKIPO6 1%
;GOTO 1% IF M8206

025364

INTC THE SEL REGS.

MY INT

sONLY DO THIS TEST IF M8206

TST
CSEXIT

L10106~-.

MOV

KMCSR,R1

JRECORD DEVICE ADDR.

JSR

R5.LOADER

;LOAD THE MICRO CODE

777

;MOVE #377,BRG

101410

061220
061222
061223
061224
061225
061226
061227
123000
101410

;MOVE BRG,BSELO
:MOVE BRG,BSEL?2
;MOVE
BRG,BSEL3
;MOVE
BRG,BSEL4
;MOVE
BRG,BSELS
;MOVE BRG,BSEL6
;MOVE
BRG,BSEL7
;MOVE BSELO,SPO
JBRANCH BACK ONE UNTIL <>377

000400

400

;MOVE

#0,BRG

CZDMQCO MB207 STATIC DIAG #2
cZomac.P11
21=JuL-8 1 14:36
025436
025440
025442
025444
025446
025450
025452
025454
025456
025460

MACY11 30A(1052)

21-JuL-81

HARDWARE TESTS

14:48

L 12

SEQ 0154

PAGE 36-3

;MOVE BRG,BSELO
;MOVE BRG,BSEL
;MOVE BRG,BSEL

;MOVE BRG,BSEL4
;MOVE BRG,BSELS
;MOVE BRG, ,BSEL6
;MOVE BRG,BSEL7
sMOVE BSELO,SPO
;BRANCH BACK ONE LOCATION.

104022

177777

025462
025466

01271
012711

040000
100000

MOV
MOV

#040000, (R1)
#100000. (R1)

INITIALIZE MCPU
*START CPU.

025472

012700

000062

MOV

#50. RO

;THE CYCLE TIME ON THE M8206 IS

:200NS. WE ARE ASKING THE MCPU TO
DO 8 INSTRUCTIONS. WE'LL DELAY
5100 POP11 INSTRUCTIONS
*THIS REALLY SHOULD BE PLENTY OF

20%:

025476
025500

025502

DEC

(3)
(3)

;EXPECT 377

R4 RS

*SEE IF OK

025522
025524
025526
025530

010350

29
CSERDF
29
EMO
ERR29

025532
025532
025534

104410
000304

CS$ESCAPE
L10106~.

025536
025542
025546
025550

012705
016104
020405
001410

177777
000002

30%:

MOV

104455

000035
005055
010350
025566
025566
025570

104410
000250

025572

016104

- JUST FOR TYPEOUT.

#377.RS
308

025516

025552

(3)
(3)

208

(R1) .R&

025514
(5)
(6)
(6)
(6)

000377

*READ MCPU

;ERROR! MCPU WAS TO WRITE ALL

;ONES INTO BSELO.BUT INSTEAD FAILED.

#177777 RS
2(R1) R4
R4 RS
408%

;EXPECT ALL ONES
*RECIEVED

29
CSERDF
29
EMO

:ERROR! MCPU WAS TO WRITE ALL ONES

ERR29

*RECIEVE 0K?

:INTO BSEL 283

CSESCAPE
L10106~.

000004

40%:

MOV

TIME.

4(R1) R4

;READ BSEL 485

CZDMQCO MB8207 STATIC DIA640
1
cZomac.P1
21=JuL-81
6762
6763
6764
6765

6767

025576
025600
025602

025616

29
CSERDF
29
EMO
ERR29

;ERROR! FAILED TO WRITE BSEL $85

000035
005055
010350

ERROR
TRAP
.WORD
"WORD
.WORD

104410

ESCAPE TST
TRAP
CSESCAPE

016104
020405
001410

6773

025632

(3)
6776
6777

6779

50$:

000006

104455
000035
005055
010350

025650
025652
025654

104410
000170
105011
005005

025656

005004

025646

BEQ

104455

025622
025626
025630

(3)

6(R1) R4
R4 ,RS
608

;READ BSEL 68&7

ERROR

;ERROR! FAILED TO WRITE BSEL 687

.WORD

"WORD

ERR29

TRAP

111104

CSESCAPE

R&4
(R1).Ré4
708

;READ BSELO
;EXPECT ZERO.

29
CSERDF
29
EMO
ERR29
TST
CSESCAPE

025700
025700

ESCAPE
TRAP

.WORD

L10706~.

BEQ

80$

;MCPU FAILED TO CLEAR BSELO

2(R1) ,Ré

;READ BSEL 283

ERROR

;MCPU FAILED TO CLEAR BSEL 283

.WORD
"WORD
"WORD

29
EMO
ERR29

.WORD

L10106~.

MOV
BEQ

4(R1) R4
90$

MOV

TRAP

CSERDF

:IF ZERO,OK

ESCAPE TST
TRAP
CSESCAPE

‘wn

000004

TO ALL ONES.

CLR
MOVB
BEQ

6785
(3)

70$:

;

;SIGNAL MCPU TO WRITE ALL ZEROS.
sEXPECT TO READ ALL ZEROS.

025676

025712
025716
025720
025722
025724

EMO

L10106~.
(R1)
RS

(6)

(5)
(6)
(6)
(6)

CSERDF

;READ OK?

.WORD
CLRB
CLR

ERROR
TRAP
.WORD
"WORD
"WORD

000002

TO ALL ONES.

MOV
CMP
BEQ

ESCAPE TST
608:

;

L10106~.

"WORD

104455

025710

50$

.WORD

TRAP

001410

6787

SEQ 0155

PAGE 36-4
sREAD OK?

6770
6771

025646

Mm12

R4 ,RS

000220

6775

21-JUL-81

TESTS

14:48

CMP

025616
025620

025636
025640
025642
025644

HARDWARE

020405
001410

(3)
(3)

(5)
(6)
(6)
(6)

MACY11 30A(1052)

80%:

;READ BSEL 485

CZDMQCO M8207 STATIC DIAG #
CZomac.Pil
21=JuL-81 14:
6794
6795
(5)

025740

025744

HARDWARE TESTS

000035
005055
010350
000062

000006

90%:

000035
005055
010350
95%:

104432

LWORD

L10706-.

MOV
BEQ

6(R1) R4
95$

;READ BSEL 687

ERROR

;MCPU FAILED TO CLEAR BSEL 687

.WORD
"WORD
"WORD

29
EMO
ERR29

EXIT

TRAP

012711

002000

LOADER: MOV

005000

010061
005200
011561
022527
001370
005011
000205

104401

000004

10%:

CSESCAPE

(SERDF

TST

CSEXIT

L10106-.

000006
177777

#2000, (R1)
RO

MOV

RO.4(R1)

RTS

L19106:

SUBROUTINE USED BY THIS TEST TO LOAD MICRC CODE INTO A M8206

CLR

INC
MOV
CMP
BNE
CLR

sMCPU FAILED TO CLEAR BSEL 485

(SERDF

*LOADER

VONO
NS WN=O

oRRE 8522282208 58

29
EMO
ERR29
TST

.WORD

000034

SEQ 0156

PAGE 36-5

LWORD
"WORD
"WORD
ESCAPE

TRAP

104455

N 12

TRAP

104410

14:48

ERROR
TRAP

104455

016104
001406

21=JuL=-81

MACY11 30A(1052)

sSET ADDR.

RO
(RS) ,6(R1)
(R5)+.#177777
108
(R1)

;sWRIITE MICRO CODE.

;SEE IF

TERM.

ENDTST
TRAP

CSETST

BADHEAD

swxennnnnnnnnnx

TEST

AAAAAARAR
AR
N

*NEGATIVE ADDRESS TEST.
.

IN THIS TEST, WE'LL MAKE SURE THAT THE H8207

DOES NOT RESPOND TO AN ADDRESS THAT ISN'T ASSIGNED
TO IT

. %

6831

026042

BADHEAD

026042

BGNTST

sannnnnnnnanwnn

TEST

sevnvvennnvnnne

pa—

—

—_—

———————

—

CZDMQCO MB207 STATIC DIAG #
cZDMaC . P

21=JUuL=-81 14:

(3)

026042

6&"."»')5

026042

013701

002516

6836
6837

026046
026052

012711
012737

000641
026130

ggzg

026064

012702

160000

6841
684
684
&g

026070

022712

026074

001420

6846
6847
&g

026076
026102
026106

062702
020227
001370

000002
177700

6850
6851

026110
026116

013737
013737

002464
002466

(3)
6&2%

026124
026126

104432
000052

6854
gggg

026130
026134

062706
000760

gg'ég

026136

6859
6860

026136
026142

012711
022712

000174
000174

6863

026150

012711

000641

6866
6867

026156
026160

020102
001773

6869
(5)
(6)
(6)
(6)

026162
026166
026170
026172
026174

6872
(3)

026200
026200

6874

026202

683

6838

6852

222;

686686‘5

gg;?

é;i
2)

6875
6876
6877
6878

02604

026060

026124

026146
026154

026176

026200

MACY11 30A(1052)

HARDWARE TESTS
137::

005037

001403
000750

000006

PAGE 36-6

SEQ 0157

MOV
MOV

#641,(R1)
#208 344

JPUT A DEFINITE PATTERN IN MCPU.
JSET UP FOR TRAPS FROM NON-EX.

MOV

#160000,R2

;GET STARTING ADDRESS.

cmMP

#641,(R2)

BEQ

40%

JSEE IF CONTENTS OF THE ADDRESS
JPOINTED TO BY R2 EQUALS THE CONTENTS
;0F THE MCPU (SR

15%:

ADD
CMP
BNE

#2 ,R2
R2,#177700
108

;UPDATE ADDRESS.
;DONE?
;NO-LOOP

17%:

MOV
MOV

SAVESL ,a#é
SAVEG,a#6

JRESTORE TRAP CATCHER
;FROM VALUES SAVED BY INIT SECTION

TRAP
.WORD

CSEXIT
L10107-.

208:

ADD
BR

I
15%

40%:

;*0H NO, WE MAY HAVE A DUAL ADDRESS PROBLEM!

CLR

EXIT

508 :
60%:

000050
005055

010636

000744

arb

TST

JEXIT, ALL DONE

;SAVE FROM TRAP
;LOOP

#174,(R1)
#174,(R2)

JWRITE NEW PATTERN IN MCPU CSR
;DID NEW PATTERN SHOW UP IN ADDR?

MOV

#641,(R1)

;PUT OLD PATTERN BACK IN MCPU CSR.

CMP
BEQ

R1,R2
50%

;IS THIS THE MCPU ADDRESS?
;YES=NO ERROR

ERROR
TRAP
.WORD
.WORD
.WORD

40
CSERDF
40
EMO
ERR4O

;DUAL ADDRESS ERROR

B8R
L10107:

sRECORD DEVICE ADDR.

MOV
CMP

BEQ

104455

104401

8 13

KM(SR,R1

108:

0000C4
000006

MY INT

14:48

MOV
000004

000647

000004

21=JUL=81

60%
15%

;LOCP

17%

ENDTST

TRAP
BADHEAD

CSETST

Jexnnennnknnnnnsen

TEST

sxnnnnnknnwnntnn

st
;*BYTE ADDRESSING TEST
ot
HERE, WE'RE GOING TO MAKE SURE THAT WE (AN
:*
WRITE INTO ONLY A HIGH OR LOwW BYTE OF THE MCPU.

!
i

M8207 STATIC DIAG .%6
| CZDMQCO
CcZomac.P11
21=JuL-81 1 4:

MACY11 30A(1052)

HARDWARE

6879
6880

21-JUL-81

TESTS

14:48

cC13
PAGE 36-7

BADHEAD

sennnnnnannanrn

(2)
6881

6882
{3)
6883

T38::

(1)

013701
005061

002516
000002

177777

032761

177400

112761

26220
6

001410

026250
026254
026262
026270

026272
026276
026300
026302
026304

000002

BIT

#177400,2(R1)

ESEE IF HIGH BYTE GOT WRITTEN

ERROR

;HIGH BYTE GOT WRITTEN INTO ON A LOW BYTE

.WORD
.WORD
.WORD
ESCAPE

41
EMO
ERR41
TST

;OPERATION

.WORD

L10110-.

BEQ
TRAP

TRAP

000002
177777
000377

000003

108:

20%:

L10110:

026310

C$ERDF

CSESCAPE

2(R1)

#-1,3(R1)

BEQ

208

JWRITE INTO HIGH BYTE

#377,2(R1)

ERROR

.WORD
.WORD
.WORD

42
EMO
ERR4?2

TRAP

000052
005055
010744

104401

CLR

108

MOVB

BIT

000002

104455

026306

MY INT

000002

000040

026306

BGNTST
sRECORD DEVICE ADDR.
;CLEAR CSR
:S?IEERALL ONES INTO LOW BYTE

106410

112761
032761
001406

rrnnnnnnnnnnnnw

KMCSR,R1
2(R1)
#-1,2(R1)

000051
005055
0106702

005061

MOV
CLR
MOVB

104455

026240
026242
026244
026244
026240

TEST

*SEE IF LOW BYTE GOT WRITTEN
;LOW BYTE GOT WRITTEN INTO ON A

CSERDF

sHIGH BYTE OPERATION.

ENDTST
TRAP

CSETST

BADHEAD

sxxnannnnnnnwns

[EST

axnnnnnwnnnnrnn

. %

;*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.
X'

026310

BADHEAD

JRRERKRRRRRAARR

026310
026310
026310

026320
026320

139::

TEST

txmsnnmannnnnnn

BGNTST

SKIPO7

10%

;GOTO 108 1F m8207

104432

EXIT TST
TRAP

CSEXIT

JONLY DO IF mM8207

SEQ 0158

S—

‘

| CZDMQCO M82C7 STATIC DIAG #
| (ZDMaC.P11
21=JuL-81 14:
|
|

(3)
6915
6916
1)

026322

026324

6517
6918
(1)

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

000122

. WORD

013701

002516

004537
000400

003044

004537
061233

003044

108:

61233

000001

026370

026370
026374

20%:

ROMCLK

JSR

121265

ROMCLK

003044
000004
170000

L10111=-,
KMCSR,R1

;RECORD DEVICE ADDR.

RS, .ROMCLK

;CLOCK INSTRUCTION

RS, .ROMCLK

sCLOCK INSTRUCTION

sREAD PC HIGH REG.
sCLOCK INSTRUCTICN

RS, .ROMCLK

sREAD PC LOW REG.

;CLOCK INSTRUCTION

R4 RS

; INCREMENT 0OK?

ERROR

47
C$ERDF
47
EMO

;PC FAILED TO INCREMENT PROPERLY

ESCAPE

L10111:

;START AT ZERO

RS, .ROMCLK

.WORD

30%:

SEQ 0759

PAGE 36-8

JSR
121244
MOV
BIC
CMP
BEQ
TRAP
.WORD
.WORD

000002
000777

D13

SROMCLK
RS, .SROMCLK
JSR
100000
#1,RS
MOV

003100

003044

MY INT
MOV
MSTCLR
ROMCLK
JSR
400
ROMCLK
JSR

14:48

308

ERR47

s SHOULD INCREMENT BY ONE
;FOR EACH INSTRUCTION.

TST

TRAP

.WORD

CSESCAPE
L10111-,

ADD

#2,R5

CMP
BNE

;GET WHOLE PICTURE

4(R1) R4
#170000,R4

;UPDATE EXPECTED ADDRESS BY 2.

RS, #777
20%

ENDTST
TRAP

CSETST

BADHEAD

sexxnnnwnnnnnnxx

TEST

A222222222
2 220

“«IN THIS TEST WE'LL MAKE SURE THAT 'BRANCH FIELD H'' DOESN'T
s*GET SUCH HIGH.

s*FIRST WE'LL CLEAR THE PC HIGH REG. THEN WE'LL DO A BRANCH INSTR
;*WITH BAB BITS 11812 SET. IF PCR BITS 889 SET THEN WE'LL KNOW
s*WE WERE SUCCESSFUL IF PCR BITS 889 FAIL TO SET, WE'LL KNOW
;*THAT

THE MUX SELECTED THE WRONG INPUT

TO BE

CLOCKED

INTO THE PCR.

———
e
e

| CZDMOCO M8207 STATIC DIAG #
(ZDMaC.P11

€955
6956
()
€957
6558
(3)

6959
(1)

6960
(3)
(3)
6961
6562
(1)

6963

6964
6965
(1)

6966

6967
69¢8

21=JuL=81 14:

6980
6981
(3)
(3)
6982
6983
(2)

TESTS

14:48

E 13

SEQ 0160

PAGE 36-9

sennnnnnnnnnnan

026446
026446
026446

026456
026456
026460

024462

u26462
026466

026472
026472
026476

T40::

013701

002516

004537

003044

114400

10%:

026544

MY INT
MOV
MSTCLR

KMCSR,R1

ROMCLK

1044017

;CLEAR DEVICE.

;DO A "BRANCH ALWAYS'® WITH
;CLOCK INSTRUCTICN
;BAB BITS 11812 SET THIS SHOULD CLOCK

RS, .ROMCLK

;THESE BITS INTO BITS 889 OF

MOVB
MOVB

S5(R1).RS
#3,Ré4

CMP
BEQ

R4 RS
20%

;NOW READ THE PCR HIGH
;CLOCK INSTRUCTION

THE PCR.

JAND PUT INTO PORTS.

;REG. BR NO CLK OF BAB BITS
;READ THE PCR.

;EXPECT BITS 8,9 TO BE SET.

#374 RS

:glslP ANY JUNK

;"BRANCH FIELD H'' STUCK HIGH OR

TRAP

CSERDF

.WORD
.WORD

EMO
ERRiS

.WORD

L10112:

;RECORD DEVICE ADDR.

RS, .ROMCLX

ERROR

20%:

sINITIALIZE PARAMETERS

JSR
121265

BIC

026526
026532
026534
026536
026540

026542
026542
026542
026542

L10OM &=,

114400

026524

RAARATTRRN

CSEXI T

LWORD

JSR

000005
000003
000374

;ONLY 0O IF M8207

108
;GOTO 108 IF m8207

ROMCLK

003044

SKIPO7
TRAP

000062

TEST

BGNTST

EXIT TST

104432

6973

6978
6979

21=JuL-81

S8ADHEAD

(1)

(5)
(6)
(6)
(6)

HARDWARE

026446

6969
6970
6971
6972
6974
6975
6976
6977

MACY11 30A(1052)

;OTHER PROBLEM IN THIS AREA.

ENDTST
TRAP

CSETST

BADMEAD

sxknnwnnnnnnwwns

TEST

swxnnnrnnnnnnnnnn

:*IN THIS TEST WE'RE GOING TO MAKE SURE THAT ONLY SPO
;*IS SELECTED FOR SOURCE WHEN THE DESTINATION
;*IS THE OUTBUS
s*FIRST WE'LL WRITE EACH SP ADDRS INTO ITSELF

THEN WwE'LL

;*MOV SP TO OBUS4. THAT SHOULD SELECT
:*SP ADDRESS 0. IF ANY OTHER DATA SHOWS UP, WE'LL
;*BLAME IT ON THE SELECTION OF A DIFFERENT SCRATCH PAD.

026544

BADHEAD

026544

BGNTST

sewnnnnnnnnnwnn

TEST

wxnwnnwanewnnnn

CZDMOCO M8207 STATIC DIAG #2
, (ZDMaC.P11
21=JuL-81 14:36

026544
026544

HARDWARE
T41::

013701
005005

002516

000017
000004
026574
003044

026574

108:

TESTS
MY INT

20%:

000004
000000

SEQ 0161

PAGE 36-10

;RECORD DEVICE ADDR.

;START WITH ADDR=ZERO

BIC
MOV
BIS

#17,208
RS5,4(R1)
R5,20%

;STRIP SP ADDR FIELD FROM INSTR
sPUT SI ADDR INTO PORT4.
;ADD SP ADDR TO INSTR.

JSR
123100
INC
(MPB
BNE

RS, .ROMCLK

sCLOCK INSTRUCTION
sWRITE TO SP
;UPDATE ADDRESS
;IF NOT THROUGH, REPEAT.

RS
RS ,#20
108

JSR
061204

RS, .ROMCLK

ERROR

MOVB
BEQ
MOV

4(R1) R4
30%
#0,R5

TRAP

CSERDF

.WORD
.WORD

.WORD
ENDTST
30%:
1L10113:

104401

F 13

KMCSR,R1

ROMCLK

003044

14:48

MOV

ROMCLK

000020

Sue SaR¥Y

21=JuUL-81

(LR

s 322337

(3)

MACY11 30A(1052)

TRAP

:NOW MOV SPO TO OBUS* PORT4
*CLOCK INSTRUCTION

*READ PORT4 IT S/B ZERO
:SPO NOT SELECTED FOk SOURCE=-SEE

EMO
ERR43

;DISCUSSION IN HEADER.

CSETST

BADHEAD

Jrnennnnnannnnnnr

TEST

ARARRRRRRRARRAS

;*IN THIS TEST WE ARE GOING TO MAKE SURE THAT THE
s*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 A BRANCH
;*WITH CROM BITS 0-3 SET AS WELL AS CROM BIT 9 WITH CROM BITS 8 AND 11 CLEAR.

s*IF "MOV INST H'' GETS STUCK HIGH,
;*WITH THE CONTENTS OF THE ALU
BADHEAD

026644

sewnnnnnnnnnnns

026644
026644
026644

026654
026654
026656

026660
026660
026664

T62::

TEST

013701

SKIPO7

10%

10%:

;ONLY DO IF mM8207

EXIT TST
TRAP
CSEXIT

JELSE EXIT

MY INT

;DO INITIAL TEST SET-UP.
;RECORD DEVICE ADDR.
;DO A MASTER (LEAR.

.WORD

00251¢

wenennnnnnnnnen

BGNTST

:GOTO 10% IF mM8207

104432
000110

THE PC REG HIGH WILL

MOV

MSTCLR

L10114~-,

KM(CSR,R1

GET LOADED

(ZDMQCO MB8207 STATIC DIAG #2

CZDMQC.P11

21=JuL-81

026670
026674

005737
001034

1 4:36

MACYT1 30A(1052)

HARDWARE

21=JUL=-81

TESTS
TST

24670

14:48

G 13
PAGE 36-11

SEQ 0162

RUNB

BNE

208

;7O RUN THIS SECTION OF

CODE YOU MUST TURN SW7 OF

MOV

sPUT A 2 INTO SP1

sOFF SO THAT MB2C7 NOT SELFSTARTING.
012761

000002

004537

003044

123101

003044

004527

003044

123100

141201

;PORT4 TO SCRATCH PAD 1
sCLOCK INSTRUCTION

RS, .ROMCLK

123101

012761

004537

#2,4(R1)

ROM(CLK
JSR

MOV

86 ,4(RT)

.1!3!;100

RS, .ROMCLK

ROMCLK

JSR

sCLOCK INSTRUCTION
sNOW DO A BRANCH ON C-BIT SET

RS, .ROMCLK

1641201

SWITCH PACK #E28

sCLOCK INSTRUCTION

;BASED ON SP CONTENTS

;OK=WHAT WE ARE REALLY
s INTERESTED IN IS SEEING IF THE
;PC HIGH REG GETS LOADED WITH

;THE CONTENTS OF THE ALU (2)

;IF THIS OCCURS, WE (AN PROBABLY
;SAY THAT MOV INSTR'" REMAINED

026734
026734
026740
026742

026746

026750

026752

004537
121265
116104

001407

003044
0000G5

005005

024766

208:

026770

104401

MOvVB
BEQ

S(R1) R4
20%
RS

sREAD PC REG HIGH FROM PORT
;SHOULD BE CLEAR

;ERROR-P( REG HIGH S/B (LEAR-SEE HEADER

TRAP
.WORD
.WORD
.WORD

L10114:

sCLOCK INSTRUCTION

INTO PORTS

RS, .ROMCLK

ERROR

000017
005055
010006

;READ PC HIGH, PUT

.1)37265

(LR

104455

026766

sHIGH.

ROMCLK

CSERDF
15
EMO
ERR1S

sDISCUSSION.

ENDTST

TRAP

CSETST

BADHEAD

seennnennnnnwenn

TEST

sxnannnnnnnnnnn

;*TEST THAT MASTER CLEAR, CLEARS BITS IN THE NPR CONTROL REGISTER AND
;*M]CROPROCESSOR MISCELLANEOUS REGISTER-FIRST WE'LL SET THE
;*PRIORITY UP SO THAT WHEN WE SET THE BUS REQUEST BIT THAT [T WON'T BUG US
s*THEN WE'LL SET ALL THE BITS IN BOTH REGS EXCEPT THE
;*NPR REQUEST. WE'LL LOOK TO SEE THAT ALL GOT SET, NEXT
."\éff'kh DC A MASTER CLEAR AND BE SURE THAT THEY ALL
026770

..'

BADHEAD

sevesnnnnnsnesn

BONTST

TEST

eneenvcenscnnne

CZDMOCO MB207 STATIC DIAG lie
C2DMQC P11
2l=JuL=81 14:
(%)

026770

(1)

026770

013701

002516

027000
027000

012700

000340

7078
7079

7080
:g)

(%)
7081

026770
026774

143%::

027006
027006

104441
012761

(1)
7084

027022
8570%

004537
12111

7086

027036

7087

027042

7082
7083

7085
(1)

7088

(1)
mmoo

7061

(1)

7092
7093
7096
7095

7096
7097
7098

(3)

7099

(S)

027014
027022

02703%
027044

027044
027050

02705¢

027056
027060
027066
027072

027076
027102
027104

042761

000400

004537

003044

1211%0

003064

004537

003044

121204
012737
016104
042704

023704
001410

104455

7101

027122

027120

146636
000004
030140
002452

152761

000100

027140

gg‘

0271464

004537

003044

027146
027152

004537
121204

003044

7112
7113
;”l;

027160
027164
027170

005037
042704
001407

002452
010140

7116

027172

7109

027146

7111

027154

(1)
7110

027176

016106

104455

#2,4(RY)

JSR
12111

000004

000300

000004

:DATA TO BE SET

sDON'T SET A( LOW!

;CLOCK INSTRUCTION
;JPUT INTO MISC REG.
;CLOCK INSTRUCTION

RS, .ROM(LK

;CLOCK INSTRUCTICON
:MOV MISC REG (11) TO PORTS

JSR

RS, .ROMCLK

;CLOCK INSTRUCTION

.
BECQ

81466636 ,8GDDAT
4&(R1) R4
#030140.R4
$GDDAT R4
108

;DID ALL BITS GET SET?
JYES CONTINUE.

JSR
121225

ROMCLK
121204
MOV
MOV
BIC

108:

sDON'T ALLOW INTERRUPTS,

RS, .ROMCLK

ROMCLK

000001

RS, .ROM(LK

JRECORD DEVICE ADDR.

JSR

121130

000001

($SPR]
#-1,4(R1)

SEQ 0163

#400,4(R1)

ROMCLK

002452

H13
PAGE 36-12

BIC

(SRESET

ERROR

. WORD
.WORD

46
EmO

(xLOOP

027124

121225

BIC
ROMCLK

. WORD

7103

027140

#PRIO7
#PR]107 ,RO

TRAP

104406

(1)

CO0004

56
005055
01124

142761

SETPR]
®0Oy

TRAP

027122
0271

KM(SR,R1

TRAP
MOV

000004

14:48

BRESET

7{3)

;}%

MY INT
MSTCLR

003044

004537
121225

027112

027114
027116

7100

000002

104433

(6)
(6)
(6)

177777

761
=

027104

027106

MACYTT 30A(1052)
21- JUL=B1
HARDWARE TESTS

CSERDF

ERR&E

:DON'T SET NPR BIT
;PUT INTO NPR REG

;MOVE NPR REG (10) TO PORTS
EXPECT ALL TO SET
JREAD WHAT HAPPEN
;MASK UNUSED BITS
R

;S0 SORT OF PROBLEM SETTING BITS

;IN THE NPR AND/OR MISC REG.

TRAP

cscLP?

8158

#100,1(RY)

:SET MASTER CLEAR

RS, .ROM( LK

sCLOCK INSTRUCTION

JSR
121204

RS, .ROMCLK

JCLOCK INSTRUCTION
MOV NPR REG (10) TO PORTS

(LR
BIC
BEJ

$SGDDAT
#010140. R4
20%

ERROR

BIi(B
ROM(CLK

JSR

121225

ROM(CLK

MOV

TRAP

#300,1(RT)

4(R1) R4

(SERDF

:CLEAR MASTER CLEAR

:MOY MISC REG (11) TQ PORTS

JREAD RESULTS

JEXPECT ZERO
JMASK UNUSED BITS
J1F ALL Z2ERO, EVERYTWING (0OL.
JMASTER CLEAR FAILED TO TLEAR

(ZDMOC0O MB207 STATIC DIAG &
cZomgC . P11
21=JuL-81 14:

(&)

(6)

niz
7118

I
:
i

|
I

027206

7"3‘)’

027206

7120

027210

722

027216

7127

00505

011214

104406
0000146

027276
027252
0272

004337
121110

003044

725
7126
7127

0272
027232
0272%

004537

121208
116104
042704

003044

7132

027256

(6)

027264

(6)

027270

(1)

7128
7129
;};(1)

(6)

7133
713

7135

0272%

(0272642
027250
02725&
027262

104455

027266

5055

027272

7{;)’

027272

7137

Q27274

(3)
7138
7139
714C
7141

012737
023704
001407

(027276

005737

027304

208:

001016

.WORD

ERR4S

000140

000014
002452

(002452

814 ,4(R1)

JNOW WE ARE GOING TO TRY TO

JSR
121110
ROMCLA

RS, .ROM(LK

;CLOCK INSTRUCTION
;IF MASTER CLEAR FAJLED TO CLEAR TSELF
sTHEN WE WILL BE UNABLE TO SET

RS, .ROM(LK

:SET THE EXT BITS (16817) [N THE NPR REG.
JCLOCK INSTRUCTION

121205
L o]
BIC

#1460 ,R4

;THESE BITS
;READ REG
JMASK UNUSED BITS

ERROR

:MASTER CLEAR FAILED 0 CLEAR

.WORD

ERR4E

TRAP

.WORD

CkLOOP

TRAP

002470

:SOME BITS IN THE NPR AND/OR MISC REGS.

MOV

MCv
mp
8fQ

308:

EMQ

cscLP

JSR

000005

SEQ 0164

TRAP

ROMCLK

104406

104433

027302

GO0C0&

0112

027276

(kL 00OP

012767

(1)
7123
7126

LWORD

.WORD

027210

(S)

MACYTT 30A(1052) 21=JuL=81
HARDWARE TESTS

113
14:48 PAGE 36-13

BRESET

S(R1) R4

#14 ,SGDDAT
S$GDDAT R4
308
(SERDF

;STORE GOOD
;DID BITS SET?
JYES=CONT INUE

EMO

JITSELF, THUS PROMIBITING US FROM
JFURTHER SETTING BITS IN THE NPR REG.

P
JNOw WE*LL SEE IF A BUS RESET CLEARS

TRAP

CSRESET

QNP

;THESE BITS.
:CAN'T DO THIS

JSR

RS, .ROMILK

;CLOCK INSTRUCTION

;IF ZERO-END TST

BNE

ROM{ LK

408

;TEST IF RUN Sw SET.

(1)

027304

004537

003044

7143
;}%

027312
027316

1161064
001410

000004

mOvR
BEQ

4(R1) R&
4«08

;:‘Z?

027320

005037

002452

CLR

$GDDAT

:S/B ZERO

7148
(5)
(6)

027324
027330
027332

104455

ERROR
TRAP
WORD

L6
CSERDF
46

;BUS RESET FAILED TO CLEAR NPR REG

7142

(6)
(6)

7149

027310

02733
027336

121204

000056

005055
011214

.WORD
.WORD

7150

715
(3)

:MASTER CLEAR WAS ABLE

TO LOOK

TO THE

;CIRCUITRY THAT CONVERTS BUS INIT

;70 “CLEAR"

7151

715§
7158

EMO
ERR4E

;READ M]SC REG

027%0

0273%0
027%0

40%:

L10115;

ENDTST

: (Z0MQCO MB207 STATIC DIAG #

C2DMaC P11
(3)

027%0

2= uL=81 14:
106407

MACY1Y 30A(1052)

21=JuL=-B1

HARDWARE TESTS
TRAP

14:48

(SETST

J 13

PAGE 36-14

SEQ Q165

| CZDMQCO MB207 STATIC DIAG #2
czomac.P1
21=JUL=-81 14:36

MACY11 30A(1052)

21-JUL-81

14:48

K13
PAGE 37

SEQ 0166

HARDWARE PARAMETER CODING SECTION

7157
7158
7159
7160
7161
7162

.SBTTL HARDWARE PARAMETER CODING SECTION

SIIIITIT7I7777777777777777777777777777777777777777777777777777077777777777777
:/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
s/ THAT ARE USED BY THE SUPERVISOR TO QUILD P-TABLES.
THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE

7163

7164
7165
7166

;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.

SIIITITIIII07 2777777777007 77777777777477777777777777777777777717777777777/7777
BGNHRD

000016

:
L$HARD:

.WORD L10116~L$HARD/2

wPM,0,0,7,0,7,YES

T$CODE
WPM

7
TSLOLIM
TSHILIM

ADDRES.2,0,160000,177776,YES

001031
027452

T$CODE

160000
177776

027366
027366
027370
027372
027374
027376
027400

012032
030050
000007
000000
000001

7
T$LOLIM
TSHILIM

L10116:

027400

7184

027400
027406
027414
027422
027430
027436
027444
027452
027460
027466
027474
027502

051523

020110
026517
024040
030062
034115
036467
000067
026517
041440
042104
035040

WPM:

LASCIZ

"WHICH MICRO-CPU?

:
ADDRES

LASCIZ

/MICRO-CPU

(0=M8200,4=M8204,7=M8207""

(SR ADDRESS

—_——

—

CZDMQCO MB207 STATIC DIAG #
CZboMac.P11
21=JuL-81 14:

MACY11 30A(1052)

21-JUL=-81

14:48

L 13
PAGE 37-1

SEQ 0167

HARDWARE PARAMETER CODING SECTION

026517

VECTOR:

LASCIZ

/MICRO-CPU VECTOR ADDRESS

: /

026517
051120
054524
046105

PRIRTY:

ASCIZ

/MICRO-CPU PRIORITY LEVEL

: /

7187

020110

LNUNIT:

LASCIZ

/WHICH LINE UNIT (0-3)? O=NONE,1=M8201,2=M8202,3=M8203 : /

7188

041524
045503
042050
046040
024443

SWPAC1:

LASCIZ

/SWITCH PACK #1

7189

044103

SWPAC(CZ2:

LASCIZ

/SWITCH PACK #2 (BM873 BOOT ADR)

:
LOOPBK

LASCIZ

/WILL TEST CONNECTOR(S) BE USED ? 0=NO,1=YES : /

ISRUN:

LASCIZ

"MICRO-PROCESSOR RUN SWITCH

7185

7186

027504
027512
027520

051103
020125
051117
042522
000040
051103

020113
046502

047502
051104
000
020114
041440
052103

7190

7191

7192
7193
7194
7195

7197
7198

051523

035040
.EVEN

(DDCMP LINE #)

: /

TYPE O IF OFF, 1

IF ON :'*

CZDMQCO MB207 STATIC DIAG 02
CZDMQC.P11
21=JuL=-81 14:36
7199

MACY11 30A(1052)

21=JuL-81

14:48 PAGE 37-2
HARDWARE PARAMETER CODING SECTION

SEQ 0168

CZDMQCO MB8207 STATIC DIAG #2
CZomMac.P11

21=JUL=81 14:36

MACY11 30A(1052)

21-JUL=-81

14:48

N13
PAGE 37-3

SOF TWARE PARAMETER CODING SECTION
.SBTTL

SOF TWARE PARAMETER CODING SECTION

SIIIITITITIIIIT7 077777700070 0777777777777777777777777777777777777777777¢77
:/ THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
;/ 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
;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
:/ WITH THE OPERATOR.
SIIITIIIIITIII7 27777707007 07777777777770777777770770777077177777717777
BGNSFT

L$SOFT::

030140

L10117:

030140

.WORD L10117-L$SOFT/2

ENDSFT
.EVEN

.EVEN

030140
030140
030142
030144

000000
000000
000001

LSLAST::
.END

LASTAD
.EVEN
.WORD
.WORD

0
0

SEQ 0169

CZDMQCO MB207 STATIC DIAG #
CZOMaC.P11

21-JuL-81

ADDRES 027452
ADR
= 000020 G
ADR1
012600
012604
ADR?
ADRG
012444
ADRS
012450
ASSEMB= 000010
BIT0 = 000001 G
BITOO = 000001 G
BITO1 = 000002 G
BIT02 = 000004 G
BIT03 = 000010 G
BIT04 = 000020 G
81705 = 000040 G
BIT06 = 000100 G
81707 = 000200 G
BITO8 = 000400 G
BIT09 = 001000 G
BIT1
= 000002 G
BIT10 = 0C2000 G
BIT11 = 004000 G
BIT12 = 010000 G
BIT13 = 020000 G
BIT14
BIT1S
BIT2"
BIT3

BIT4
BITS
BIT6
BIT7
BIT8
BIT9
BOE
CLKX

CLRALL

=
=
=
=

=
=
=
=
=
=

040000
100000
000004
000010

000020
000040
000100
000200
000400
001000

G
G
G
G

G
G
G
G
G
G

= 000400 G
002360

CRAMA

cZbMa

C($AU_ =
C$AUTO=
C$BRK =
C$BSEG=

($8SUB=
CSCEFG=
C$CLCK=
CSCLEA=
C$CLOS=
CSCLP1=
CSCVEC=
CSDCLN=
C$DODU=

003166

003602

002000 G

000052
000061
000022
000C04

000002
000045
000062
000012
000035
000006
000036
000044
000051

14:

7173
35738
4600%
46014
45684
4569%
3434

35734
35734
35730
35730
35730
35738
35730
35738
35730
35738
35730
3573
35730
35738
35738
35730

35738
35738
35734
35734

MACY11 30A(1052)

4620
4617
4586
4583

3882

3883

3896

3880
3995
6360
4361
3998

3882
4015
6385

3883
4023
6390

4018

4026

6408
4376
3883

3903#
5641
4024

4995
5655
4033

34348
34360
34340
34340
5135
5407
5653
3434n
34344
34344

4473
4427
4712
4570
5167
5420
5667

34340
34344
3434
34348
34344
34344

SEQ 0170

7184#

4938
3867
3868
3974
6358

34400

B 14

14:48 PAGE 38

(ROSS REFERENCE TABLE =-- USER SYMBOLS

35734
35730
3573
35738
35738
3573
35734
36134

21-JuL=-81

4423

6299

6301

6302

3890
4571

3897
4604

5891
4638

6297
4657

4372

4574

4607

4641

6299
639

6301

5539
5790

5552
6206

5583
6229

5597
6252

5610
6274

5052
5298
5551

5311

5076
533
5595

5107
5362
5609

5121
5375

3897

3868

4953

4936
6360

6360
6396

5008
5668

5021
5701

5466
5716

5480
5732

5493
5763

5525
5777

4756
4602
5180
5433
5700

4819
4636
5193
5464
5714

4883
4651
5226
5478
5731

4992
5239
5492
5762

5007
5252
5523
5775

5020
5285
5537
5789

7118

7135

4440
7101

3897

g
’

——

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

————————————

—————

C 14

MACY11 30A(1052) 21-JuUL=-81
14:48 PAGE 38-1
CROSS REFERENCE TABLE == USER SYMBOLS

SEQ 0171

30340
3634
34344
4878
5145
5617
5664
6214
6411
6795
3434m
34344
3434m
34340
34340
6944
5237
5490
5742
6565

4457
3474
4507
4913
5177
5430
5677
6226
6524
6801

6541
4943
5190
5443
5711
6236
5548
6869

4553
4958
5203
5475
5727
6260
6564
6890

4578
4970
5236
5489
5741
6271
6581
6898

4611
5004
5249
5502
5772
6281
6632
6936

4648

5017
5262
5534
5786
6308
6674
6977

4662
5030
5295
5548
5799
6320
6747
7012

4706
5061
5308
5561
5850
6332
6756
7061

4750
5073
5321
5592
5899
6364
6765
7099

4794
5085
5358
5606
5996
6382
6773
7116

4817
5117
5372
5619
6068
6391
6783
7132

5131
5385
5650
6155
6402
6789
7148

4500

4511

4543

4579

512

4649

4663

4707

4751

4795

4818

4882

5503
5773
6582

5535
5787
6677

5549
5800
6749

5562
5855
6759

5593
5903
6767

5620
6186
6785

5651
6216
6790

5665
6228
6796

5678
6262
6891

5712
6273
6939

5729
6525

5147
5419

5179
5432

5192
5445

5205
5477

5238
5491

006
5251
5504

5607
6027
6775
5264
5536

5297
5550

5310
5563

5323
5594

5361
5608

5374
5621

5387
5652

34340

4513

4556

4588

4622

4670

4717

4761

4824

4915

4972

5033

5088

5910

6071

6193

6238

6283

6337

6418

6595

6635

6687

6822

6872

6902

CS$EXIT= 000032

34348
5402

4564
5460

4596
5519

4631
5578

4833
5636

4925
5696

4987
5758

5047
5814

5102
5874

5162
5947

6106

6203

6249

000026
000027
000043
000042
000030
000040

34344
34344
34340
34348
34344
34344

($DU = 000053
C$EDIT= 000003

CSERDF= 000055

(SERHR= 000056
C$ERRO= 000060
CSERSF= 000054
C$SERSO= 000057

CSESCA= 000010

CSETST= 000001

C$GETB=
C$GE Tw=
CSGMAN=
C$GPHR=
C$GPLO=
C$GPRI=

C$INIT=
C$INLP=
C$MANI=
C$MEM =
C$MSG =

5005
5250

5018
5263

5031
5296

5062
5309

5074
5322

5086
5360

5119
5373

5133
5386

5146
5418

5178
5431

5220

519
5444

5279

4860

5204
5476

5338

4325

000011
000020
000050
000031
000C23

34348
34344
34344
3634
34340
2}%8

46177
4193

4178
4197

4179
4198

4180
4199

4182
4203

4184
4208

4185
4212

4186
4216

4187
4221

4188
4225

4189
4230

4190
4234

CSOPEN= 000034
C$PNTB= 000014

3434n
34340

4177

4178

4179

4180

4182

4184

4185

4186

4187

4188

4189

4190

4206

4210

4214

4219

4223

4227

4232

4237

4302
4L4L3B

4305
4456

4308
6349

43N
7098

7137

C$PNTF= 000017
C$PNTS= 000016
C$PNTX= 000015
($QI0 = 000377
C$SRDBU= 000007
CSREFG= 000047
CSRESE= 000033

2;3%

34348
3434m
34340
3434m
3434n
34348
34344

4406

2123

4197

4198

4199

4202

4207

4211

4215

4220

4224

4228

6229

e
—

e
—
e

|
| CZDMQCO MB207 STATIC DIAG #2
CZDMaC.P11
21=JuL~-81 14:36

3434

CSREVI= 000003

CSRFLA= 000021

EF .RES=
EF .STA=
EMET
EMBS0
EMBS1
EMO

000037
000040
005410
005545
005577
005055

EF .PWR= 000034

3474

7080

4178
4182

4179
4186

4547

4943

005353
005434
005076
005463
005512
005131
005434

EM?7

005233

EMS
EMS
EM6

ENDBUG
ENDIT
ERRFLG
ERR1
ERR10
ERR11
ERR12

ERR13
ERR14
ERR15
ERR16
ERR17

4179
4189

005144
005171
005216

003044
012040
002350
006032
007154
007276
007420

007542
007664
010006
010134
010256

4185
4188

4578
4970

4611

7012

6936

005056
005260
005312
005333

EM16
EM17
Em2
EM27
EM29
EM3
EM35

4184
4187

5236
5489
5741
6271
6747

5443
5711
6236
EMI
EM10
EM1
EM12

SEQ 0172

4189

4190

4648
5017
5262

4662

4193

4198

4199

(Aalalalala]

000046
00004°
000037
000013
00226
00572
005724
005755
005775
000000
000036
000035

D 14
MACY11 30A(1052)
21-JuUL-81
14:48 PAGE 38-2
(ROSS REFERENCE TABLE == USER SYMBOLS

4270

CSRPT = 000025

C$SEFG=
C$SPRI=
C$SVEC=
CS$TPRI=
DFPTBL
DHO
DH1
DH2
DH3
DIAGMC=
EF .CON=
EF .NEW=

——

3875#

5004
5249
5502
5772
6281
6756
7061

5534

5030
5295
5548

6765

6382
6773

5786
7099

4188
4398

44054

L1774

4611

4648

6674

41874
4188#
41894
41904
41924
41934
41974

4878
4553

6977
6236

6260

36094

————————

———

6155
6226
6382

6411

7061

6271

6281

7116

4794

5085
5358
5606

6411

6795

4817

5117
5372
5619
6068
6524
6801

4860

5131

5650
6155
6548

6869

——

006160 G
010350 G

ERR3
ERR3YS
ERR36
ERRS
ERRGO
ERR4T
ERRG?2
ERR43S

006306
010472
010614
006434
010636
010702
010744
011006

ERR4GS

011124 G

ERR4SG

011054 G

ERR4E
ERR47
ERRS

011214 G
011264 G
006556 G

ERR6G

ERR7
EVL

G
G
G
G
G
G
G
G

006700 G
=

0C7026 G

ESEND = 002100
ESLOAD= 000035
FADR
FLAG

002412
002406

005046

FTIME
F$AU
=
F$AUTO=
F$BGN =

002462
00001%5

000020
000040

4178#
4198#
L1759
41994
42014
41804
4205#

42094
42134
42184
L2224
L2264
4231»
L236m
4182#

5236
5489
5741

L184%
41854

35734
34344
34344
36264
36244

4774
6109«
4083#
4192
36464

3434m
34344
34344

4189
4226
4513

4662

6524

6548

6391

6402

4507

F$CLEA= 000007

= 000016

6773

5061
5308
5561

5073
5321
5592

5085
5358
5606

4817

6756

7116

7132

7148

5017

5030
5295
5548
5799
479%

6783

6789

6795

6801

5131
5385
5650

5145
5417
5664

5177
5430
5677

6869

4958

5190

5443
5711

5203
5475

5727

4970

6564

6581
6632

6028+
4689
479+

6116+
4690
4797

47713«
4800+

4757+
5950+

4773

4179
4198

4180
4199

4182

4188

4190

4177
4193
4252
4556
4636
4818

4178
4197
4260
4563
4649
4824

5005
5086
5167
5252
5338
5431
5518
5595
5680
5773
5910
6238
6565
6749
6891

F$OU

6765

6747

SEQ 0173

-JV-‘

| ERR2
ERR29

E 14
14:48 PAGE 38-3
MACY11 30A(1052)
21-JuL-81
(ROSS REFERENCE TABLE == USER SYMBOLS

- CZDMQCO M8207 STATIC DIAG #2
21=JuL-8 1 14:36
| CZDMAC.P1

OwN—

——————

7065

5007
5088
5178
5263
5343
5433
5519
5607
5695
5775
5945
6248
6582
6759
6902
7077

6187+

6029+

4188
4222

4511
4612
4751
4972

5146
5226
5311
5402

5577
5653
5744
6202

6395
6681
6833
6994

FSEND = 000041

3440
4192
4239
4543
4631
4795
5005
5086
5162
5251
5337
5431
5505
5594
5679
5773
5903
6228
6525
6700
6882

F$HARD= 000004

7030
7170

FEJMP = 000050

4287
4260

FeHWw = 000013
FSINIT= 000006

6177
4193
4260
4556
4649

5018
5088
5179
5264
5360
5444
5519
5608
5695
5787
5945

L4177
4193
4221
3482

FSPROT= 000021

FSPWR = 000017

F$SEG = 000003

5679

4189

4182

4203

4230
4513
4622
4761
4985
5074

4440
4580
4670

5019
5101
5191
5265
5361
5445
5535
5620
5696
5788
5947

5148
5238
5323
5418
5503
5578

5666

5757
5873

4596
5519
6646

4631
5578
6681

5047
5814
6914

5102
5874
6960

5220
6106

4179
4198

4180
4199

4186
4208
4236

4187
4209
4239

4189
4213

4602
5063
5180
5310
5433
5563
5700

4613
5064
5192
5311
5445
5582
5713

4664

4992

4523
4824
5219

4556
4832
5265

7154

4226

5107
5238
5362
5491
5609
5743

5120
5239
5374
5492
5621
576¢

7216

F$SOF
T= 000005
FESRY = 000010
F$SUB
= 000002

= 000014

3546
4513

FSTEST= 000001

G$INTO= 000200

4180
4199

6249
6586
6767
6912

6225

FSRPT = 000012

(011462

6179
4198
4406
4564
4663
4832

6248
6582
6759
6902
7077

5402
6395
3440

F$MOD = 000000

GETPRM

4178
4197
4270
4563
4650
4824

3519

FMSG = 000011

FeSW

SEQ 0174

21=JuL-81

| (ZDMQCO MB8207 STATIC DIAG #2
21=JuL=-81 14:

;CZDHOC.P11

F 14
14:48 PAGE 38-4
(ROSS REFERENCE TABLE == USER SYMBOLS

MACY11 30A(1052)

4769

5206
5577
6071
6605
6981

3434m

4326

5622
6104
6635
6994

5635
6193
6644
7C15

4563
4915
5278
5680
6202

4588
4924

4595
4972

4622
4985

7028

7065

7077

7154

6687

5324
5695
6238
6697

5337
5744
6248
6822

5388
5757
6283
6833

7
5101
5505
5873

€912

(Z0MQCO M8207 STATIC DIAG #2
cZomac P11

21=JUL=-B1

14:36

00037
00000
000400
000002
000001

34344
3434n
3.34n
34344
3430n

| GSOF F S=
00
IGSOFSI1= 000376
| GSPRMA= 000001

3w
3w
33%e

| GSPRML= 000000

3,344

GSDELM=
GSD1SP=
GSEXCP=
G8MILI=
'GSLOLI=
'GSNC

= 000000

| GSPRMD= 000002

GSRADA= 000140
GSRADB= 000000
GSRADD= 000040
GSRADL= 000120
GSRADO= 000020
GSXFER= 000004
GSYES = 000010
HELP = 000000
HOE
= 100000 G
IBE
= 010000 G
IDU
= 000040 G
IER
= 020000 G
INIFLG 002474
003616
INSTU
ISR
= 000100 G
030050
ISRUN
IXE
= 004000 G
ISAU = 000041
1$SAUTO= 000041
ISCLN = 000041
10U = 000041
I$HRD = 000041
I$INIT= 000041
1$MOD = 000040
I$MSG = 000041

I$PROT=
1$PTAB=
I3PWR =
I$RPT =
1$SEG =

000040
000041
000041
000041
000C41

3634m

41924
L21BR

34348
34344
34344
34348
334
4649

5309

5386
54648
55378
56094
5695
57744

6291

21=JuUL=-B1

(ROSS REFERENCE

7172
7172
7173
7172

34,344
34344
34344
2L34n
U3H
7172
34344
3w
7172
3214
3bb
35734
35738
3573
35734
36554
4035#
4025
35738
7191#
7180
35734
L3468
LLT2R
3340
L4098
3348
44378
334k
LLSLE
71814
7170
3,348
42878
34348 - 34404
3344
L1778

5006#
5075#
51478
5237

MACY11 30A(1052)

7173
7173

14:48

G 14

PAGE 38-5

SEQ 0175

TABLE == USER SYMBOLS

7180
7180

7180

7173

7180

7173
3477

7180
3498

3730

4254

4262

L1178

L1798

41804

L1B2M

4184m

4L18SH

4L1B6H

4L1878

4188

L1894

4190w

42528
4453

L270m
4523

4563

45704

4579

45804

4595

46028

4612

46138

4630

46364

S5007#
50764
5161
5238%

S018
5086
51674
5239

50194
5087#
5178
5250

S020#
5101
5179#
52514

5031
5107#
51804
52524

50324
5119
5191
5263

5046
51204
5192#
52644

5052#
S5121#
S5193#
5278

5062
5133
5204
52854

50634
5134
5205#
5296

S064#
51354
5219
52978

S074
5146
52264
S298«#

41938
4221

34824

L6504

5310#

53878
5476
5549
5620
57004
57754

6748

LL73A
44278
4L4L4L0M
L4578
4LLOGH
41972
4222

46514

53114

5401
S4778
5550#
56214
5712
5787

6429

41984
4L225H

4663

5322

54074
S478#8
55514
5635
57134
57884

6605

41994
4226

L664H

53234

5418
5490
5562
56404
57144
57894

6644

42014
L230m

4679

5337

54194
54914
55634
5651
5729
5800

6697

42034
4231

4724

53434

54208
54924
5577
5652#
57304
58014

6833

42054
4234m

4769

5360

5431
5503
§5582#
S6534
5731
5813

6882

4208
4236

4832

5361#

54328
5504#
5593
5665
5742
5873

6912

42094
4239

4924

S362#

54338
5518
55944
56664
57438
5945

6958

42128

4985

S373

5444
55234
5595#
S667#
5757
6104

€994

4213

4992#

53748

54458
5535
5607
S678
S762#8
6202

7028

42164

5005

S375#

5459
55364
56084
S679#
5773
6248

7077

CZDMQCO MB207 STATIC DIAG #
(Z20MaC P11
21=JuL~81 14:
3,34

1$SETU
T
18SF
185/,
1838

3L34m
3,34

5101
5873
6912

3,34

I$7S7

7213

MACY11 30A(1052)

H 146
PAGE 38-6
TABLE == USER SYMBOLS

21=JuL-81

(ROSS REFERENCE

7216m
4493
5161
5945

4630
5401

4679
5459

4769

L4934

45238
4707
49248
S1614
5402
56808

4543
“7178
4925
5162
54464
56954

45634
4751
49724
52194

6228
6525
6700
68824

6238#
6565
6749
6891

4565

4597

6291

6958

5903

7030

JS mp

KMACTY
KM SR

5280
6205
6995
3383+

KM(C SRH
KMCTL
KMNUM
KMPO4
KMPO6
KMRL VL
KMRVE
C
KMTLVL
KMTVEC

LNUNIT
LOADER
LOCK
LOE
LOGDEV
LOKFLG
L OOPBK
LOT

828 8328

[lalalnlalalain
I Il 2l 2l

4322+

289
w
SRERRRENR
~ H
o~
e NRO R $SX

LSACP
L SAPT
L SAU
LSAUT
LSAUTO
LSCCP
LSCLEA
L$CO
L SDEPO
LSDESC
LSDESP
LSDE VP
LSDISP
LSDLY

SEQ 0176

14:48

L4728
4405%

44378
35G5%

3496m

4323

6325

4423

6348

59104

7065#

5339
6251
7032
3890+~

5577
6605

S744n
5947
6249

4924

5695

6697
4588#
L7694
4987
52654
55184

5758
60714

6767
69124

66054
6785
6939

4680

4770

71544

6350

5579
6430

3896+

3900+

5461

(ZDMQCO MB207 STATIC DIAG #

(Z2omac P11

LS0TP

LSDTYP

L S0u

LSOUT

LSOVTY
LSEF

2l=JuL=-81 14:

002040 G
3% G

374
IL76m

72 G

3,74

012140 G

730 G
2 G

LSENVI
LSETP
LSEXPT
iL‘ElP‘
LSEXPS
L
'LSHIME
LSHPCP
LSHPTP
s T
LS$ICP
LSINIT

002044
002102
002046
002064
002066
027%4

LSLOAD
LSLUN
LSMREV
LSNAME
LSPRIC
LSPROT
LSPRT
LSREPP

002100
002074
002050
002000
002042
002122
002112
(002062

LSLADP
|_SLAST

LSREV
LSRPT
L$SOFT
LSSPC
LSSPCP
LSSPTP
L$STA
LSSW

LSTEST
LS$TIML
LSUNIT
L10001
L10002
L10003
L10004
L10005
L10006
L10007
10010
L10011
L1001§
L10013
L10014
L1001S
L10016
L10017
L10020
L10021

G
G
G
G
G
G
002120 G
002076 G
002022 G
002262 G
002104 G
0113%0 G

G
030144 G

G
G
G
G
G
&
G
G

YTM

2674
3474m

3723

3740
3 74m
3674m
U 76m
3,748
3674
3,74
3,748
3L74m
3474
3,74
34674

3,74
3474

3,74
3,74
3748
3,748
3,744
3474
34748
3,744

3L74m
42528
72134
3,744
34740
3,740
3,744

002114 G
002014 G
002012 G
002310
002312
006156
006304
006432
006554
006676
007024
007152
007274
007416
007540
007662
010004
010132
010254
010346

34744
3,748
3,744
3519
3543
L1778

71704

35108

487

72254

3.8208

35438

L178#
4179
41804
L1824
L184m
4L185#
41864
L187#
41884
4189
41904
41528
4193
41978

21=JuL=81

(ROSS REFERENCE

374

002010 G
011322 G
03014C G
002056 G
002020 G
002024 G
002030 G
002312 G

MACYTT 30A(1052)

4323

I534m
35464

14:48

I 14
PAGE 38-7

TABLE == USER SYMBOLS

SEQ 0177

——

CZDMQCO MB8207 STATIC DIAG #
CZ0MAC.P1T

110022
1110023
L100¢4
1110025
1110026
1110027
£10030
L10031
L1003
L10033
L1003
L10035
L10036
L10037
L10040
L10041
L10042
L10043
L10044
£10045
L10046
L10047
L10050
L10051
L10052
L10053
L1005
L10055
L10056
L10057
L10060
L10061
L10062
L10063
L10064
L10065
L10066
L10067
L10070
L10071
L10072
L10073
L10074
L10075
L10076
L10077
L10100
L10101
£10102
L10103
L10104
L10105
L10106
L10107
L10110
10111

21-JuL~81

010470
010612
010634
010700
010742
011004
011052
011122
011212
011262
011330
011336
012040
012132
012136
012142
012144
012254
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
026040
026200
026306
02644d

14:

4198#
41998
4203#
4208#
421208
62168
62214
42054
42308
4234m
42398
4260
44068
44278
44408
44578
44730
4500
4543
4564
459
4631
4707
4751
4795
4833
4925
4987
5047
5102
5160
5220
5279
5338
5402
5460
5519
5578
5636
5696
5758
5814
5874
5947
6106
6203
6049
63374
6395
6505
66354
6646
6700
6852
6891
6914

MACY11 30A(1052)

21-JuL-81

14:48

J 14
PAGE 38-8

SEQ 0178

CROSS REFERENCE TABLE == USER SYMBOLS

42708

4511
45564
4588#
4622k
46708
47178
47618
4818
4882
4944
50334
5088#
51484
52064
5654
5324
53884
Sh4és
55054
55644
56024
56804
5744
58024
5855
5903
6027
6186
6216
6262
64184
6565

6677
6749
68724
69008
6939

4513

4824w
4915#
4972H

SB6OM
59108
60714
6193#
6228
6273

62384
6283#

6582

6586

65954

6681
6759

66874
6767

6775

69454

6785

6790

679

6803

6822#

| CZDMQCO MB8207 STATIC DIAG #

MACY11 30A(1052)

L10112
L10113
L10114
L1011S
L10116
L10117

69814

czomac.P11

026542
026642
026766
027340
027400
030140

MASKX
MEMLIM
MEMSET

002362

MEMSZ

002436

MRO

002434

NEWST
NEXT
ONE
O$APTS=
0$AU =
0$8GNR=
0$8GNS=
osdDU =

011454
002336
002372
000000
000001
000000
000000
000001

001000
002000
027540
000000
000040
000100
000140
000200

000240
000300
PRIO7 = 000340
PSTACK 002344
QV.FLG 002477
RAMDAT
003330

REGADR

RETADR

ROMMAP
RUN
RUNB
RUNINH
SAVACT
SAVE4
SAVE6
SAVNUM

SAVPC

71814
72164

4993
5761

4000
4,838
4050
4646
4729+
4306

3474
34640
3474
3474
34644
3474
3474
34640
3474

5051

5106

5166

5224

5283

5341

5406

5463

5522

5581

5639

4020
4872
4567+
4652
4730+
43144

L4391

L399+
5874
4584
4655+
4746

4585
5947
4585
4656
4752+

4619

6106
4599+
4658
4754

- 4653
6203
4605
4660
6521+

4667
6249

4714

4758

4797

4821

4618+
4666+

4619

4635+
4684

4637
4695

4639
4702

5057
5304
5557

5069
5317
5588

5081
5351
5602

5127
5381
5646

5141
5413
5660

5173
5426

5186

5199
5471
5721

6387
6040

7034

7139

4509
4510

6850
6851

5814
4572
4653
4739
4324

3474
3474
7225

002530

002366

4667

3474

(002352

012146
002410
002470
002472
002402
002464
002466
002404

SEQ 0179

PAGE 38-9

BNl

PNT
=
PRI
=
PRIRTY
PRIOO =
PRIO1 =
PRIO2 =
PRIO3 =
PRIO4 =
PRIOS =
PRIO6 =

14:48

70654

002374
003474

000000
000000
000001
000000
002774

21-JUL-81

CROSS REFERENCE TABLE == USER SYMBOLS

[ala]alalalalala

O$ERRT=
O$GNSW=
OS$POIN=
O$SETU=
PATCH

21=JUL-81 14:

K 14

5113
5368
5615

5673

5439
5706

SETBR1
SE TBR4

SETBR7
SETC
SETZ
SFPTBL

36154
39154
39214
3928#
39354

14:48

L 14
PAGE 38-10

SEQ 0180

CROSS REFERENCE TABLE == USER SYMBOLS

SSTACK
STAT

STAT]
STAT?
STAT3
STM

STRTSW
SUBRPC

SvCGBL= 000000

SVCINS=

4189
4229

——————

21=JuUL=81

e 0 Yo
MWV

SAVSP

SETBRO

MACY11 30A(1052)

CZDMQCO MB207 STATIC DIAG #2
(Zpmac.rP11
21=0UL-81 14:36

§
|

| CZDMQL
.y MB207 STATIC DIAG #
21=JuL-81 14:
| CZDMaC .P11

MACY11 30A(1052)

21-JUL-81

14:48

M 14

SEQ 0181

PAGE 38-11

CROSS REFERENCE TABLE == USER SYMBOLS

SvCsSuB= 000000
SVCTAG= 000000

6177
4193

4178
4197
4406

4187

SVCTST= 000000

SvO0S

003632

SWPAC1
027665
SWPAC2 027726
SSLSYM= 010000

TEMP
TFM1
TFM2
TFM3

004017
003755
004263
004105
004174
004344
004427
004466
004524
004647
004733
003773

TYPE

002432

005010

T$ARGC= 000001

5551#
57444
65954

57004
62834
71544

002440
00
003712
003730

TFM36
TFM4
TFM40
TFM41
TFM42
TFM43
TEM4G
TFM4S
TFM4SA
TFM46
TFM47
TFMS

TTMMMC

41864

53754

57624
66354

55824
57754
66874

4188#
42144

418%9#
42154

4199

4227

4397
41784
41974
42244

4402%
41794
41984
L2274

4564
41804
4199
42284

4596
41824
42024
42294

4631
4184k
42064
42324

4925
41854
42074
42338

6504

41864
42104
42374

41874
42114
42384

41904
42154

T$CODE= 012032

TSERRN= 000056

T$EXCP= 000000
T$FLAG= 000040

71728

000000
000001
000001
000000
010000

T$LTNO= 000053
TSNEST= 000000

0CC000
000005

71804

4S078
49134

L541H
4943k

4553
4958F

LS7BAR
49704

LOIIR
50044

LO4LBAE
50174

L662K
50304

L7068
50614

47508
50734

4794k
50854

4LB17R
51174

48604

7172#
42608
47958

71734
45004
LB18AN

71804
45114
4B334

53724
56194
60684
6391
6782¢
71324

53854
56504
61554
64024
6789
71484

4543
4BBoN

L5648
4925K

LS5TOR
4L944m

L596K
4987

46128
50054

L631A
50184

LG4
50314

L663X
50474

47078
50624

47514
50744

S145#
S4174
5664
62148
64114
67954

51778
S4308
S6778
62264
6524
68014

51024
52964
54904
S6784
5947#
65824

51904
54434
S71\k
62364
6548
58B69%

51194
53094
55034
S6964
60274
65864

52034
54758
57278
62604
65648
68904

51334
53224
55194
57128
61064
664LEN

52364
54894
57418
62714
65814
68984

51464
53384
55354
57298
61864
6677

52494
55024
57728
62814
66328
69364

51624
53604
55494
57428
62034
6681F

52624
5534
57864
63084
6674
69778

51784
5373
55624
5758
62164
67008

52954
55484
57994
63204
6747K
70124

51914
53864
55784
57734
62284
6749

53084
55614
58504
63324
67568
70614

52044
54024
55934
57874
62494
6759

53214
55924
58994
63644
67654
70994

5220
54188
56074
58004
62628
67678

53584
56064
59964
63824
67734
71164

52374
5431
56204
58144
627384
67754

52504
5444
56364
58554
63954
67854

51314

52634
54604
56514
58744
65254
67904

34344
71728
34348
71724
34344

71734
72254
717384
3534

71804
71804
3546

6177

4178

4179

4180

4182

4184

4185

4186

4187

4188

6337

6418

6595

6635

6687

6822

6872

6902

6945

6981

7015

7065

7154

34408
4L1B5H
42054
L234M
4472k
4622k
4B32M

34824
41864
42084
L236K
4L473K
L6300
L915K
50634
5148
52518
53434
S4458
5537
56354

34864
4L187A
42094
L2399
44938
L6364
4924k
50644
51614
52528
53614
S44L6K
55504
56404

35194
4L1BBA
42128
4252
45138
LO504
L9728
50754
51674
52644
53624
S4598
55514
56524

3534
4189
4213
L2TOM
45238
LES5TA
49BSA
50764
51794
52654
5374
S464M
55634
56534

3543
41904
42168
42B7R
4556
LOGAN
49924
50874
51804
52784
53754
S477K
55644
56664

35464
41928
4L218BR
LL06H
45638
L6708
50064
50884
51924
52854
5387
5478
55778
56674

L1778
41938
L2218
L4098
45708
L67IM
50074

51074
52054
52984
54014
54924
55944
56804
57884
62384
6697
70654

41794
41984
4225K
4L437H
45884
LT724M
50204

51204
52064
53104
54078
55044
55954
56954
57894
62484
68224
70774

41804
4199%
42268
L4408
45954
47618
50324

51214
52194
53114
54194
55054
56084
57004
58014
62834
68334
71544

41824
42014
42304
44544
46024
47694
50334

S774
61934
6044M
70154

51014
51934
52974
53884
54914
55824
56794
S775A
62024
66878
70284

41788
41978
4222
4L427R
L58B0M
LTI7R
50194

51344
52264
53234
54204
55184
56094
57134
5802#
62914
68724
71704

3519#

.
3534

35434

:
3546

L1778

41788

41798

4L18B0F

41824

4184

4185

7181
72254
3634
4184k
42034
L2318
L4S7TH
GO13H
48B4

50464
51354
52384
53244
54324
55234
56214
57144
58134
63378
68824

TSNSO
TSNS

7173

SEQ 0182

36340
LB78

50864
52794
54764
S6654
59034
65654

T$GMAN=
TSHILI=
TSLAST=
T$LOLI=
T$LSYM=

N 14

MACY11 30A(1052) 21-JUL=-81
14:48 PAGE 38-12
CROSS REFERENCE TABLE == USER SYMBOLS

34404
34824
L186F
4208
Lo364
4473

7216

50524
51474
52394
53378
54338
55364
56224
57304
58604
63484
69024

3486

L1878
42094
4239
46938

57314
58734
6L18F
69124

4L18BBH
4212
42528
4513

S7434
59104
64294
69454

41894
42138
4270
45238

57444
59454
65954
69584

41904
4216
42878
4556

STS57TH
60714
660SH
69814

41928
42184
4406
45634

S7628
61044
66354
69944

41938
4221
L4098
4588

41978
42228
4427
45954

41984
4225
L4378
4622

4199
42268
4440
46304

42014
4250
44548
4670

4203
42318
4457
L6798

62054
4234
L7248
4717

e —

CZDMACO MB207 STATIC DIAG #2
czomac.P11
21-JUL-81 14:36

(ZDMOCO M8207 STATIC DIAG #
(ZDMaC.P11
21=JuL~81 14:

B 15
14:48 PAGE 38-13
21=JuL-81
MACY11 30A(1052)
CROSS REFERENCE TABLE == USER SYMBOLS
4761
51614

48324

L7654

5265
56354
6193

4915

5278#

4924m

6644H

SEQ 0183
4972

49854

6822

68334

4664

49924

L6368
5031
51204
51934
5296
53748
54648
5549
56214
57148
5800
4649
5032
5121#
5204
5297

4649
50324
S121#
52
52974
53754
5476
55504
56404
5729
58014
4650
50524
5133
5205
52984

5550
5640#
5729
5801
L7248
55184

4769
SS577#

5337#
5744
62484
70778

T$NSZ = 000003

5107#
5238
5362
5491
56094
5743

T$PTNU= 000000
T$SAVL= 177777
T$SEGL= 177777

T$SEKO= 010002

5375#
5476

T$SUBN= 000000

6429%

5S101#
5505
5873«#
6418

5388
S757#
6283
7154

5120
52394
5374
54924
5621
57624

5407#

5386
5477
55514
5651
5730

66054

T$TAGL= 177777
T$TAGN= 010120

4187#

49854

T$TEMP= 000005

L5644
46704
L4972k

58134
€882#4

41804
41994

4182#
42034

44278

50064

50464

57578
68334

44404

7028#

L1874
42214
4S511»
L6494
4882#
S047#

DMQCO M8207 STATIC DIAG #
| (ZDMAC P11
21=JuL-81 14:

c15
14:48 PAGE 38-14
MACY11 30A(1052)
21=JuL-81
CROSS REFERENCE TABLE == USER SYMBOLS

50634

T$TEST= 000053

T$1STMM= 177777

S074#

50754
51784
52644
53734
54604
55624
56524
S744M
59034
62624
66774

S086#4
51754

52654
53744
54764
55634
56654
57584
59104

62734

50874

1914
52794

53864
S4774
55644
56664
S7734
59474
62834
66874
68914

71804
4521
L6794
4974
5217
545
5746
6102
63484
6824
6992
4182
4202
4221
4239
4457

4579

50884

21920

SEQ 0184

5119#
5205#
5300
5,008
550
55948
56804
57884
61064
64184
67598
6939%

5120
52064
53104
5418#
55044
56074
56964
58004
61
65254
67678
69454

4561
L726M
5035
5276
55180
5804
6200
6429%
6874
7026

45634
4763
5044
52784
5566
5811
62024
6597
6880
70284

4186
4207
4225
4305
4507
4596
4663
4817
49%4

4187
4208
4227
4308
4511
4602
4664
4818
4958

5020
5075
5133
5190
5239
5097
5360
5417
5464
5519
5564
5621
5678
5741
5789
5947
6228
6337
6565
6747
6796
6939
7101

5030
5076
5134
5191
5249
5098
5361
5418
5475
5523
5578
5622
5679
5742
5799
5996
6236
6349
6581
6749
6801
6945
7116

51464

3Soa4
5432
5535#

——

—

——
e

—

iczomco M8207 STATIC DIAG #2

‘(ZDHOC.P11

21=JUL=-81 14:36
7137

3434m

T$TSTS= 000001

T$$AU =
T$$AUT=
T$SCLE=
T$$DU =
T$$HAR=
T$$HW =
T$SINI=
T$8MSG=

010042
010037
010040
010041
010116
010001
010036
010034

D 15

14:48 PAGE 38-15
MACY11 30A(1052)
21=-JuL-81
CROSS REFERENCE TABLE == USER SYMBOLS
7148
44934
51614
59454
69584
447%
4427
4440
4457

7154
45234

52194
61044
69944

45634
52784
62024

45954
53374
62484

41804

41824

46024

4612

4513
46794
4915
5148
54014
5636

45234
4707
49244
51614
5402
5680
5903
6228
6525
6700
68824

70284

41994
42264

T$$PRO= 010000

T$SRPT= 010035

T$$SEG= 010002

5018
50874
5180#
5263
5361#
54334
5535
56084
5700#
5787

T$$S0F= 010117
T$$SW = 010002
T$$TES= 010115

18!

T10
TM

012146

014470
014736

T12

015202

T15
T16
117
T18
T19
T2
120
T2l

016142
016406
016652

T15
T14

015432
015676

017116
017362
012256
017642

020122

(alalalalalalalalalnlalalalal

5874
6216
6429%
6697#
6872

7028#

70774

46304
54014

62914

63484

L4724m

55184
64294

4765

55774
66054

41874
42094
4239

42014
4230

S019#
51074
5191
52644
53624
5444
55364
56094
5712
5788#4

7030

46794
5459

SEQ 0185

4543

7065

48324

56354

6644H

49244

56954
66974

49854

57574
68334

50464

58134
6882#

E 15

]

' (ZDMQCO MB207 STATIC DIAG #2
| CZDMQC.P11
21=JUL~-81 14:36
020376
020654
021130
021404

127

021744

126

021576

128
129
T3

022322
022560
012422

T3
132
133
134
135
136
137
T38
139
T4

023210
023452
024044
025116
025216
025364
026042
026202
026310
012552

130

140

T41

142

143

15
16
17
8
19

022774

026446

026544
026644

026770

012712
013154
013356
013570
014112

UAM
= 000200
VECTOR 027504

WPM
WROM
WIYPE

X$ALWA=
X$FALS=
X$OFFS=
X$TRUE=
ZERO

$8DADR
$8DDAT
$GDADR
$GDDAT

SEQ 0186

S635#4
56954
57578
58134
58734
59454

(alalalalalalalalalalalalalalnlalalalalalalalalalalalalalala)

122
123
124
125

14:48 PAGE 38-16
MACY11 30A(1052)
21-JuL-81
(ROSS REFERENCE TABLE == USER SYMBOLS

61044

6202#
45634
6248#
62914
63484
64294
66054

6644H

66974
68334

027400
003422
002414

3971
5162
5696

3972
5220
5715

4232

6304+
6574+

6305
6578

4050+
4049+
4048+
4047+

4177

4178

4177

4177
4193

4327+«
5402
5989

3992
5279
5758

4393
5460
6037

4642

4986
5596

4395
5479

4400

6148

5519
6323

6523

6541+

6545

6547

6557+

5538
6645

4891

5578
6699

6913

000000
000040
000400
000020
002370

002450
002454
002446
002452

$LSTIN=
$LSTTA=
$REGO
SREG1
$REG2
$REG3S
$REG4

000000
000000
002430
002426
002424
002422
002420

$REGS

002416

6563

34444
36334
36324

36294
36284

4046+

4192
4045+

4179

6515+«
7093+

6519

4178

4185

4187

4178
4198
4180

4180

4182

4185

4186

4187

4188

4189

4184

4185

4188

4189

4192

4193

41958

7128+

7129

7146+

CZDMQCO MB8207 STATIC DIAG #2
CZOMAC.P1T T 21=JuL-81 14:36

STEMPO

'
‘

MSTCL

002756

LREGT

003050

ROMCL

003044

36384

;

6295«
36204

6315+
36214

6316
36224

6319
36234

6326
36564

6354+
3702#

6380
37234

6383
38714

5133
5322
5519
5696
6027
4586
6796
38664
5223
6107

5146
5338
3535
5712
6106
6589%
6803
4525
5282
6204

5162
5360
5549
5729
6186
65934
6852
4598
5340
6250

5178
5373
5562
5742
6203
6646
6891
4634
5405
6293

5191
5386
5578
5758
6216
6677
6914
4682
5462
6352

5204
5402
5593
5773
6228
6681
6939
4727
5521
6363

5220
5418
5607
5787
6249
6700
6960
4772
5580
6401

5037
5631
5620
5800
6262
6749
7030
4836
5638
6410

5250
5444
5636
5814
6273
6759
71934
4928
5698
6416

38804

3889

6564
4925

7079

4579
4937

4596
4944

4612
4987

4631
5005

4649
5018

4663
5031

4707
5047

4751
5062

4260
4795
5074
5263
5460
5651
5855
6395
6767

4500
4818
5086
5279
5476
5665
5874
6525
6775

4511
4833
5102
5296
5490
5678
5903
6565
6785

4543
4882
5119
5309
5503
5689
5947
6582
6790

4991
5760
6431

5050
5816
6917

5105
5876
6963

5165
5948
7033
3977
4737

3877#
3982

3905
4530

3907
4532

3909
6534

3917
4545

3924
4547

3931
46N

3938
4693

3945
4696

3947
4698

3949
4700

3958
4735

4842

48446

48590

4852

4864

4867

4898

4900

4902

4904-

4930

4933

5979
6264
6488
6611

6049
6275
6491
6613

6051
6310
6499
6617

6053
6436
6501
6620

6056
6449
6516
6918

6129
6452
6542
6920

6131
6455
6555
6926

6136
6468
6558
6929

6138
6471
6570
6965

6207
6474
6572
6968

6218
6480
6575
7001

5024
5169
5289
5422
5542

5053
5171

4951

5972
6230
6482
6607

7007

003100

SEQ 0187

36308
34264

4740

.SROMC

F 15
30A(1052)
21=JuUL=81
14:48 PAGE 38-17
CROSS REFERENCE TABLE == USER SYMBOLS

4199

002442

'$TMPQ
002444
| o
= 030144

MACY11

4742

4959

5977
6253
6485
6609
7041

4744

4961

7044

4779

4963

7046

4781

5820

7055

4784

5822

7083

4786

5826

7086

4788

5841

7088

4805

5843

7091

4807

5883

7106

4809

5885

7109

38864
5055

3911
5065

3951
5067

3960
5077

4854
5079

4861
5109

4996
511

4998
5123

5009
5125

5011
5137

5022
5139

5302

5313

5315

5346

5348

5364

5366

€377

5379+

, 5409

5411

5182

5435
5555
5702
5974

5184

$437
5584
5704
6133

5195

5467
5586
5717
6922

5197

5469
5598
5719

5228
5481
5600
5733

5230

5483
5611
5735

5241

5494
5613
5764

5243

5496
5642
5766

5854

5526
5644
5778

5256
5528
656
780
p

5287
5540
5658
5791

4811

5892

7122

5669
5793

4840

4946

5970

7124

5300

5424

5553
5671
5887

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

37854

4488

4491

5217

5267
5692
6284
6880
24344
3434m

5276
5746
6289
6904

4763

5682
Ahb

| BCOMPL
| BERROR
BGNAU

6874

15#
194
23

EGNAUT
BGNCLN
BGNDU
BGNHRD

3%
394
L7n
554

BGNINI
B8GNMOD
BGNMSG

778
85#
98#

BGNHW

BGNPRO
BGNPTA
BGNRPT
BGNSEG

BGNSET
BGNSFT
BGNSRV
BGNSUB
BGNSW

BGNTST

BNCOMP
BNERRO
BRE AK
BRESET
(KLOOP
CLOCK
CLOSE
CLRMAR
CLRVEC

COMMEN
DELAY
DESCRI
DEVTYP
DISPAT
DISPLA
DOCLN
DODU
DORPT
EDSCAL

664

4193

106#
1144
1448
152#
5167
5464

5762

1614
182#
193#
2014
225#

236

5161
6202
2664
270#
2744
278#
282#
2864
2924
3826#
2964

3C1#
3224
317#
3414
3464
3604
3764
380#
3854
3780#

4763

5217
5682
6246

4767

3,344

4826

G 15
14:48
PAGE 39
MACY11 30A4(1052)
21=JuL-81
(ROSS REFERENCE TABLE == MACRO NAMES
4517

4521
6917

5335
5804
6346
6947

4303

4309

4558
4922
5390

5811
6420
6956

4561
4974
5399

6590

5863
6427
€983

4983
5448
5871
6597
6992

SEQ 0188
4624

5912

5044
55C7
59432

4628

7017

7026

5516
6072
6642
7067

4593

5035
5457

6603

4676

4719
5159
5624

4722

6200
6824

5208
5633
6240
6831

4190

4192

5046
5945

5101
6104
7077

5150
5575

4719
5159
5624

4722

6695

6824

5150
5575
6194
6695

4472
4409
4437
4454
7170

3519
4287
3440

4177
4198

3482

4252

4579
5193
5492
5789

4179
4201

4180
4205

4182
4209

4184
4213

4185
4218

4636

4651

4992

5007
5298
5595

5020
5311
5609

4563
5401

4595

4630

4679
5577
6697

4724

4819

6349

4883
7098

7137

4521
4917

4558
4922

4561
4974

4590
4983

4593

5239
5537

5252
5551

5285
5582

4187
4226

4188
6231

4236

5052
5343
5640

5064
5362
5653

5076
5375
5667

5107
5407
5700

4769

4832

5757
6912

4924
5813
6958

4985

4628

4673

4676

5516
6072
6642

5566
6102
6690

6194

4189

7213

3543

4493

5278
6291

4312

4712
4438
7101

4523

5337
6348
4326

4756
4456
7118

6429

7135

5459
6605

5518
6644

5635
6833

5695
6882

5873
6994

7028

4852

3595
3723

3496

4423
4491
4826

5276
5746
6289

5335
5804

6346

5390
5811
6420

5399
5863
6427

5448
5871
6597

5035
5457

5912

6603

4624

5044
5507
5943
6637

5208
5633
6240
6831

'ENDCLN

413

3634M

| ENDDU
|ENDHflD
| ENDHW
|END INI

[AAF
453
4658
4758

iENDCOH

ENDMOD
ENDMSG
ENDPRO
ENDPTA
ENDRPT

ENDSEG

ENDSET

ENDSFT

ENDSRV
ENDSLB
ENDSW
ENDTST

EQUALS

ERRDF

ERR: RD

ERROR

ERRSF

ERRSOF
ERRTBL
ESCAPE

EXIT
FEQUAL

L25#

3L34m
3434w
34

3634m
34344
343m
34348

LB78
SO0®
4193

3434m
34348
4197

S41»
5179

34344
5192

512#
5208
529%

5477
5774

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S68#

S804
5964

6144
6244
5206
6238

6L2on
7144

4913

5203
5502
5799
6364
6783

7184

34344
3434n
34344
5491
5788

34344

6904

4473
4427

6910

6947

6956

6983

6992

7017

7026

7067

7075

4178
4199

4179
4203

4180
4208

4182
4212

4184
4216

4185
4221

4186
6225

4187
4230

4188
4234

4189
4239

4613
5238

4650
5251

L6646
5264

5006
5297

5019
5310

5032
5323

5063
5361
5652

5075
5374
5666

5087
5387
5679

5033

4440

4457
7181
353
4406

4177
4198
3486

4270

4580
5205
5504
5801

5536

5550

5563

5594

5608

5621

34344

7216

34344
34344
5265
6283

3546
4513
5324
6337

4556
5388
6418

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5446
6595

4622
5505
6635

4670
5564
6687

4717
5622
6822

4761
5680
6872

4915
5802
6945

4972

3434

4507

4541

4553

4578

4611

4648

4662

4750

479

5236
5534
5850
6382
6789

5249
5548
5899
6391
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5262
5561
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6801

5295
5592
6068
6411
6869

5308
5606
6155
6524
6890

5321
5619
6214
6548
6898

5358
5650
6226
6564
6936

5372
5664
6236
6581
6977

7061

5131
5430
5727
6281
6747
7099

3434w
34344

34344

4943

34344

3573

4958

4970

5004

5017

5030

5061

5117
5417
5711
6271

5073

5860
6981

7228

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4507

4541

4553

4578

4611

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4706

4750

5190
5489
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5502
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5236
5534
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5592
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5358
5650
6226
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7061

7116

7132

7440

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4543

4579

4612

4649

4663

4878

7304
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5296
5593
6186
6796
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4913

34344
34344

5018
5309
5607
6216
6891
343%a
5460
6681
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4943

4500

5031
5322
5620
6228
6939
4260
5519
6700

4958

451

5062
5360
5651
6262

4564

5578
6803

4970

5074
5373
5665
6273

4596

5636
6852

5004

5086
5386
5678
6525

4631

5696
6914

5017

5119
5418
5712
6565

4833

5758
6960

5030

5133
5431
5729
6582

4925

5814
7030

5085
5385
5677
6260
6756

5061

5146
5444
5742
6677

4987
5874

4707

4751
5191
5490

4190

7015
4817

4192

5147
5445
5743

— )

6880

IBOF
01w

N&H
=

6874

SEQ 0189

| ENDAU
| ENDAUT

H 15

MACY11 30A(1052)
21-JUL=-81
14:48 PAGE 39-1
(ROSS REFERENCE TABLE == MACRO NAMES

(ZDMQCO M8207 STATIC DIAG #2
CZDMQC.P11
21=JUL-81 14:36

5088

6071

7065

4860

5177
5475
5772
6320
6765
7132

4817

5145
5443
5741

6783

6789

4882

4944

5250
5549

6749

5787
6759

6785

5047
5947

5102
6106

5279
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5263
5562

6027
6790

5338
6586

GETBYT

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8344
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835#

GMANIL
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855#
8634
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GPRML
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INLOGP
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8484

9034

93n
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37754

MACEX
MACEX?2
MANUAL
MDTD
MDT1

37974

LASTAD

MDT2
MDT3
MDT4
MDTS
MDT6

MDT?7

1147#

1162#
L1454
L1254

41254
41334
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(ZDMacC.”11

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7172

4833
7225

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37914

5339
6350

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MSCHEC

2000#
21184

MSCNTO
M$COUN

2182#

54024
66464

4193#
L2274
1867#

MSDATA
MSDECR

202%#

MSDEFA
M$ENDE

51344
53614
55644
5801#
6902#
21704
20744

L1894
4239
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5814

5874

5947

6106

6203

6249

4631

5162

4925
5220

5279

5338

5402

5460

4186

4189

4198

4199

5519

5578

5636

5696

5758

5105
6107

5165
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5223
6250

6293

4725
5637

5103
6105

5163
6205

5221
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5280
6292

46314
56964
69144

5162#
62034

52204
62494

52794
63954

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5340
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3474

4190
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41554
11664

SEQ 0190

4325

4151#

MDT8
MEMORY
MSTCLR

115

14:48
PAGE 39-2
MACYTT 30A(1052)
21=JuL=-81
(ROSS REFERENCE TABLE == MA(CRO NAMES

4727

5638

6834

42374
L1774
41984
44578
49724

71544

4928

7078

S075#
52974
S505#
57438

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5310#

5282

51204
53244
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—

—————

—

——

S—

(ZDMQCO M8207 STATIC DIAG #
(ZDMAC.P11

|
1

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MSERRI

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4197
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52034
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71728

J 15
PAGE 39-3

51924
S4I1OF
56228
60714
70654
45418

SS11H
50624
53604
56514
62628
71734

S205#4
54328
56524
61934
71544
45538

45438
50744
S3734
S6654
62734
71804

52064
S445K
S6664
62384
71814
LSTBAR

52384
54468
S679%
62834
72164
4LO1TA

4208
L5568
50324

42128
4580
50334

4216
4588BF
50634

42218
L613M
50754

4225
4622
50874

4230m
46508
50884

4234M
L664H
51204

42394
4L670N
51344

LOLBA

L6628

47068

4750

4794

4LB17H

4LB6ON

48784

52514
S477R
56804
6337

50614
53588
S6504
62264
65648
69364
L6498
51334
5431
S7294
65828

4BB2N
52504
55494
59034
67854

4944H
52634
55624
60274
67904

49874
S5874m

50478
5947

51028
61064

S5162#
62034

52204
62494

52794
63954

53384
65864

49878

50478

59478

61064

62034

62494

63954

65864

4987
58744

50474
59478

S1024
61064

51624
62034

52204
6249#

52794
63954

53384
65864

37238

L1778

L1788

L6708
50334
52064
53884
55644
5744k
62384

LE79
50464
52194
54014
55774
57578
62484

41864
42258
46128

4187
4230
46138

L5568
L769K
50884
52654
54468
56224
58024

45634
LB24M
51014
5278
54598
56354
58134

4580
4LB32K
51204
52974
54778
56524
58604

4588
4915k
51344
53104
54918
56664
58734

45954
4924m
S51474
53234
55044
S6794
59104

L6138
L9728
51484
53244
55054
56804
59454

34344
3434

41904
L2708
LOS08

34864

41928
4L06K
LO63H

35344

41938
L4278
LEOLA

35464

41974
L4404
L6704

51904
54894
57864
63324
67734
71484
4944n
52634
55624
60274
67904

4B18A
52374
55354
58554
67754

45238
L7618
50874
52644
5445K
56214
58014

6429F
69814

51774
54754
57728
63204
67654
7132
4BB2oN
52504
55494
59034
67854

53614
55644
58014
6902

47954
52044
55034
58004
67€7

49254
58144
70304
49254
58144
70304
49254
58144
70304
3534k

6418
69584

51454
54434
5741k
63084
67568
71164
4LB18H
52374
55354
58554
67754

53244
55634
57884
68724

47518
51914
5490
57874
67598

4B334
57584
69604
4LB33H
57584
69604
4B33K
5758#
69604
35194

6348BF
69454

51314
S430M
57278
6281
6747R
70994
47958
52044
55034
58004
67678

53234
55504
5774
68224

L7078
51784
S476K
S7734
67498

46314
S6964
69144
4631
56964
69144
L631A
56964
69144
34964

63374
69124

51174
541784
S711M
62714
66748
70614
47518
51914
54904
57874
67598

53104
55364
5744
6687

46638
51464
5444
57424
66778

45964
S6364
68524
4596
S6364
68524
4596
56364
68524
3482
L1BGH
L2124
L2B7H

50854
53854
56778
62604
66328
70124
47078
51784
54764
57734
67498

52974
55054
57434
66354

LOAOM
51334
S4314
5729
65828

45644
55784
68034
L5644
55788
€8034
45644
S578#
68034
3474
4L185K
42004
L2708

50734
53728
5664
62364
65818
69774
LO63K
S1464
S444m
57424
66778

52654
55048
S730
65954

L6128
51194
S54188
57124
65654

42604
55194
67004
L2608
55194
67004
L2604
55194
67004
34408
4L1B4m
4208
L2528

5264
5491k
57134
64188

45798
50864
S3864
S6784
65258

3434k
54604
66814
34348
54608
66814
3434
5460#
66814
3434m
L1824
42054
42398

SEQ 0191

(ROSS REFERENCE TABLE == MACRO NAMES

L1938
L4278
4B24LE

3434
50184
53094
5607#
62164

MSEXTJ

14:48

41928
L4068
L7618

20104
5005#
52964
55934
61864

MSEXSE

21-JUL=81

L1904
G708
L7178

MSESCS

MSEXIT

14:

MACY11 30A(1052)

4L1B7A
4213k
4LL06H

65954
6994
41778
1
2 1984
4578

4 7178

4L1BBAH
Q216
LLO9F

66054
70154
41788
41994
L4738

47614

S5B74#

35434

35464

51024

35954

51624

52204

4189
L21BA
4427R

L1904
4221
443TR

41924
4222k
LL40R

L1938
4L225K
LA54M

41978
4226
L4ASTR

4198
4230
L4728

66354
7028#

6644A
70654

668B7H
70774

66978
71544

68224
71708

6B334
71814

4179
42034
45138
4824

L6224
49854
51614
53374
55184
56954
60714

4L1BOF
42084
45564

49154

4LO630K
50064
51794
53614
55364
S57134
61044

L1824
42128
45794
4972#

4LES0X
50194
51924
53744
55504
57304
61934

4184
42168
45BOA

50054

L664LH
50324
52054
53874
55634
57438
62024

L1BSH
4221
4588
50064

50184

52794

5338«

4179

41994
4231k
LLT73M

42014
4234a
44934

68724
72134

6882«
7216#

S0194

4717
50634
52384
54194
55944
S7744
62834

4188«
4234#
4622
50314

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

r
MSGETT

MEGNGB
MSGNIN

MSGNSU
MEGNTA

50324
S148%¢
5296
SG198
S549#
S666#
S800#
68724

S033#
S5178%
5297#
SA31H
55504
S6784
58014
69024

L7954
S119#
53384
5562#
5787#
62738
67904
19024

4B1BH
51334
S360#
5578&
SBOO#
63954
67964
34344

18984
18904

34344
3434w

1877#

G184
L2134
2049
L1864
G104
42308
G3118
L5138
GOI3H
L7178

K 15

MACY11 30A(1052) 21-JUL-81
14:48 PAGE 39-4
CROSS REFERENCE TABLE == MACRO NAMES

S062#
51794
53094
S4328
55624
S679
SB802#
69454

50634
S1914
S3104
S444M
55634
S680#
S860#
69814

50744
5192%
53224
SLASH
55644
57124
59104
70154

50754
52044
53234
S44L6N
5593
S713
60714
70654

50864
52054
5324
S476m
55944
57294
61934
71544

50874
52064
53604
54774
56074
S730
62384
71814

50884
52374
53614
5490
56084
57428
62834
72164

4B334
51464
53734
55934
58144
65254
68034
34404

4BB2N
51624
S3B6H
56074
SBSS54
65654
68524
34744

4925
5178%
54024
56204
58744
65824
68914
34824

4944a
51914
S4184
S56364
59034
65864
69144
3496

49878
5204k
54314
56514
59478
664N
69394
35194

50054
52204
S444AM
56654
60274
6677
69604
35434

50184
52378
54608
56788
61064
6681
70304
35954

35464

3434k

42604

L1BSH
Q218
34348
L1874
L2114
42328
43128
45418
L6228
L7508

L1BOH
L222K
3474k
4L18BH
42128
4233m
43258
45438
LO3TH
4751

35348

45004

L1B7H
L226K
34964
L1894
4214
4234A
L326M
L5538
LO36K
L7568

45118

4L1BBA
4231
35198
L1904
4215
L237K
LLOGH
L5564
LOLBE
4761

45438

4L1B9F
L2368
35434
L1928
4216
4238
4423k
4564
LO4LOR
4794k

4564

L1904
42528
35954
4193
L2198
42398
LA27R
4570
LESON
47958

4S7IK

41928
4L2B7R
37234
41978
4220
L260M
LA3BA
4S578BA
LOSIE
LBI7R

SEQ 0192
51194
5238#
53734
54914
56204
S7438
63374

51204
52504
5374w
55034
56214
S5744M
6418

51334
52514
53864
55044
56224
57738
65954

51344
52634
53874
55054
56514
57744
66354

51464
52644
53884
55354
56524
57878
66878

51478
52654
54184
55364
56654
57884
68224

G596

L6128

L6318

L6633

47078

47514

41938
L4098
41778
41988
4221
4270
G440
45798
L662K
4LBIBK

41978
4L4A3TR
4178
L1998
42238
43024
L4S6K
45808
LOO3E
4BI9F

37238

41778

41788

41798

41804

41824

50314
5250
54764
S6964
61864
67008

504784
52634
54904
57124
62034
67498
41988
4454
L1798
42024
L224M
43034
L4S5TR
458BBF
LEGLR
4B24K

50624
52798
55034
57298
62164
6759
41998
44728
4L1BOF
42034
L225K
43054
L4738
45964
L6708
4B334

50744
52964
55194
57428
62284
67678

42014
71708
41824
L2064
4227TR
43064
45004
46028
L7068
4LB6ON

50864
53094
55354
57588
62494
67754

42054
72138
4184
42074
4228
43084
45078
4611H
47078
4B784

51024
53224
55494
57734
62624
67854
42094
72254
41854
42084
4229
43094
45114
46124
47124
48824

| CZDMOCO M8207 STATIC DIAG #2
(ZDMQC.P11

MSGNTE
MSHAPT

M$ INCR

21=JUL=-81 14:36

42704
L9724
58604
69814
18944

51614
62024
1739
18244
20264
41884

42094
42254
W270m
L4L56H
L5644
L6364
47504
48824
5005#
50624
511954

M$ 10SE
M$LDRO
MSMASK
MSMCHI
M$MCLO
1
MEMSK

MACY11 30A(1052)
L4408

70154

71544
4523

34824

4302#

43054

70304
71704

19424
16714

35434

41774
41984
42154
42314
L3254
45074
45954

43114

50174
S073#4
51314
51904
52494
5308#
53724
54304
54894

62034
62914
65244
66774
6789
69024

L4724m
56354

4500#
45884
L6624
47944
49254
50194
50754
51344
51924
52514
53104
53744
54324
54914

46504
47614
49154

5239#
52984
53624
54204
54,784
55374
55954
56534
57144
S775#4
58744
62024
62834
64294
6674#
67854
689

46304
55184
66444

42144
42304

L4734
4S794

51214

45954
5459#
66054

L1974

41924
L2124
L2284
43054

50074

45884

63374

53374
6348#4

4,18%5#
42104
L2264
L2874

L 15

45134
53244

44734

S1484
61934

34344
5219#
62484
34340
34344
34340

14:48

SEQ 0193

CROSS REFERENCE TABLE =-- gACRSGSAggSS

L406H

50334
59104

21-JUL-81

5548#
56064
S664#
57274
57864
S899#

54468
65954

46704
55644

L824
57448

48324
57574
69124

50464

66874

68334

6902#

70284

35344

47174
51474
53744
55944
58024

35464
41974
44404
49154

5192#

54194
56224
60714

41774
41984
L4574
49724

52054
54324
56524
61934

5101#

61044

70774

45634
46314
47244
4£878#
50044
50614
5117#
51774

L6634
47954

70614
72134

41934
44274
4824w
51794
53884
56214
59104

69454

4187#
4208#
42244
42524
4454m

16244

16774
18814
418954
42394
46704
51344
53614
55644
58014

49154
5802#

41824
42124
45804

50334
52644
54914
57134
64184

41854
42214
46134
50754

52974
55054
57434
66354

—.

CZDMQCO M8207 STATIC DIAG #2
czomac.Pi

MSPRIN
MS$PUSH

21-JuUL~81 14:36

9024
6364
4193
L2278
16314

69454
34344

41974
42284

69814
L1774

M5
14:48 PAGE 39-6
MACY11 30A(1052)
21-JuL-81
CROSS REFERENCE TABLE == MACRO NAMES
70154

34340

MSPUT
MSRAD
I

M$RNRO
MSSETS

71544
41804
42064
42378

71814
4182#4
42074
L2384

41978
L4378
48328
51674
54014

L1984
L4544
4924m
51804
54074

70284
41804

70774
41824

35438

4185
42364
46514

51074
53374

mMSPUT

70654
41794

35514
57754
68824

S609%
59454

34344
41974
4228#%
34344
L1974
4L228#

42064
42378

34344
34344
34344
34344
41894

42364
L6514
5107#
53374
55514
S775#
MESTAR
mM$SvC

58744
62164
63374

41774

72164
41844
62104
41784
4199

SEQ 0194

41854

41884
L2198

4189
42204

41924
L2244

41794
42014
44934
49924

41848
L2134
L5708

41854
L2184
45954

4187#
42264
46304
50764
5298#

42114

56354
61044
42074
42384

54788
57004
64294

50524
52784
54924
57144
66054

41884
L2198

41894
42204

41924
4224n
41924
4224n

64
52528

41804
42064
L2378

41824
42074
42384

41884
42198

41894
42204

35434
41978
L4378
48328
51674
54014
S609%#
59454
70284

41774
41984
4454

L1848
42134
45708
50464
52528

41854
L2184
45954
50524
52784

41804
42034
42258
43084
4541
46228
4750
4913
50184
50754
51354

41824
42064
4227
43114
45434
46314
47514
49154
50194
50764
5145

41884
42128
42334
44388
4578
46518
4817
4970
50334
51024
51674
5236
52964
53614
564204
5489
55494
56084

41894
4214k
4L234m
44404
4579
4662
48184
49724

56678
5741
58004
60714

50474
5107#
5177
52374
52974
53624
5430
54904
55504
56094
5677
57428
58014
61064

64184

6524

5202
52634
53234
53884
54604
55234
5592
56514
57138
57754
59034
62284
6364

4924
51804
54074
56354
61044
70774

52044
52644
53244
54024
54644
5534
55934
56524
57144
5786
59104
6236
6382

54788
57004
6429#

62494
63954

54924
57144
66054

55234
5757#
66974

(ZDMQCO MB8207 STATIC DIAG #2
(Zomac.P11
21-JUL-81 14:36

6564
67454
68224
MSTLAB

7012
7154#
19294
41934
42194

42394

6581
6759
6869
70304

L1774
41984
42214
43024
45114
46124
47124
48824
5007#

S073#
51334

5192#
5252#
53214
53864
54454

METSTL

N 15
14:48 PAGE 39-7
MACY11 30A(1052)
21=JuL-81
CROSS REFERENCE TABLE == MACRO NAMES
65824

65864
67674
6890

65954
6773
68914

6632
67754
6898

4179

41804
42034
L2258
43118
45434
46314
L7518
49154
50194
50764
51454
52044
52644
53244
54024
54648
55344
55934
56524
S7144
57864
59104
62364
63824
66324
67754
68984
70984

41824
42064
4227R
43254
45534
46364
47564
49254
S020#4
S085#4
S146#4
52054
52654
53384
5407#
S475A
55354
55944
S653#4
S727#
57874
59474
62384
63914
66354
67834
69024
70994

43114
45438

43254
45534

70654

70804

41804
42034
42258
L6314
47518
49154

50194
50764
51454
52044
52644
53244
54024
S4648
55344
55934#
56524
57148
57864
59104
62364

70984

41824
42064
42274
4LO36H
47564
49254

S020#4
S085#
51464
52054
52654
S338#4
54074
54754
55354
55944
56534
57274
57874
59474
62384

66354
6783
69024
7099

66464

67854
69144
71014

SEQ 0195
6747
68034

69814
7148
41924

| CZDMQCO MB207 STATIC DIAG #

MACY11 30A(1052)

21-JUL=-81

63498
6SB6N
67678
68904
70654

63828
66328
67754
6BOBH
70984

21=JuL=-81

|
MSWORD

e
XF

POINTE
POPSP2

70154

63324
6581
67598

63208
65654
67568

iczmc.on

70304

19948
L7068

3434
47508

$Zggc
[4

;2;29
F

SO30#
52498
S475#
S696#
61064
63914
67564

SO47#
52624
S4LBO#N
S711
61554
63954
67654

14:

63378
65824
67658
68728
70614
3474k
4794

SO61#
S2794
SS024
57278
A2034
6402#
67734

70308

34968
4B17R

SO734
52954
SS194
S741m
62148
64118
67832
70614

63644
65954
67738
68914
70804
42608
4LB3I3N

SO8S#
S3084
SS5344
S7588
62268
65248
6789
70994

4SO78
4LBOON

S102#
53214
55484
ST724
62364
654
67954
71164

63914
6635H
67838
69024
70994
4541
4LB7BA

51174
S3384
SS614
S7864
6249
65648
6B01A
71324

PRINTF
PRINTS
PRINTX

1239%
4193
1279#
12194
13594

3434
6377

34348
4197
3434#
34344
34344

4177
4198
4206

4178
4199
4219

4179
4202
6214

4180
4207
4219

READEF
RFLAGS

14034
1408#

34344
34344

4302

4305

4308

43N

4532
4781
4898
5843

4534
4784
4500
5883

4545
4786
4902
5885

4547
4788
4904
5892

4691
4805
4930
5970

4693
4807
4933
5972

4696
4809
4946
5977

7083

7086

7088

7091

7106

ROMCLK

38304

6138
6480
6609
SETPRI
SETVEC
9KIPO4
SKIPO6
SKIPO7
StL ASH
SROMCL

STARS
Sv(
XFER
XFERF
XFERT

7046

3905

6207
6482
6611
7055

14134
14184
38554
3841#
38484
14244
3836#
5067
5228
5366

34344
3434n
4986
3971
3972
34344
3911
5077
5230

5887
14384
14524
16124
54024
6646

5974
34344
34334
34348
54604
66814

16164
16204

PAGE 39-8

SEQ 0196

63954
66LOR
67854
69144
71014
4SS3H
49134

S1314
S3584
SS784
S799%
6260
65814
68034
71484

64028
6674
67898
69364
71164

45644
49254

S145#
S372#
55924
S8144
62714
65864
68524

7172

6411
6677
67904
6939
71184

4S7BR
49438

51624
53854
S606#4
S8S504
62814
66324
68694
71734

GLIBE
66BIA
67954
6945
71328
45968
4L9SBE

S5177#
S4024
S6194
S874m
63084
664L6R
58904
7180

65244
6LB7R
67964
69604
71354
4O11H
49704

51904
S4178
S6364
S8994
6320
6674m
68984
7225

65254
67008
€BOIx
69774
71378

65488
67478
68034
69814
71488
L64BR

6564
67498
68224
70124
71544

52032
S4304
S6S504
59474
63324
66818
69144

52204
54434
S6648
S9964
63644
67008
69364

S5236#
S460#
S677#
60684
6382#
67478
69604

4189
4233

4190
4238

4192

3982

4530

4631M
49874

S004#

46628
S017#

3464

3907

6218
6485
6613
7080

3909

6230
€488
6617

3917

6253
6491
6620

3924

6264
6499
6918

4182
6211
4223

3931

4184
4215
4227

3938

4185
4220
4232

3945

4186
4224
6237

3947

4187
4228

3949

4698
4811
4951
5979

4700
4840
4959
6049

4735
4842
4961
6051

4737
4844
4963
6053

7109

7122

7124

7141

6275
6501
6920

6310
6516
6926

6436
6542
6929

6449
6555
6965

6452
6558
6968

4188
4229

3958

3977

4740
4850
5820
6056

4742
4852
5822
6129

4744
4864
5826
6131

4779
4867
5841
6136

6455
6570
7001

6468
6572
7007

6471
6575
7041

6474
6607
7044

4642
3992

4891
4013

5479
6913

5538
6959

5596
7029

5654

5715

5776

5989

6037

6148

6645

6699

3951
5079
5241

3960
5109
5243

4854
5111
5254

4861
5123
5256
5422
5555
5717

4996
5125
5287
5424
5584
5719

4998
5137
5289
5435
5586
5733

5009
5139
5300
5437
5598
5735

5011
5169
5302
5467
5600
5764

5022
5171
5313
5469
5611
5766

5024
5182
5315
5481
5613
5778

5053
5184
5346
5483
5642
5780

5055
5195
5348
5494
5644
57N

5065
5197
5364
5496
5656
5793

L6314
S6964
69144

4833
57584
69608

49254
58144
70304

49878
SB74M

50478
59478

51024
61064

51624
62034

5220
62498

52794
6395

S338#
6586

553

34344
34344

B 16

CROSS REFERENCE TABLE == MACRO NAMES

11764
3754%

PRINTB

14:48

6133

6922

3434
L2608
55194
67004

45648
55784
68034

45968
S6364
68524

[

l
| (ZDMQCO MB8207 STATIC DIAG #2
| (ZDMQC.P1N
!

| SMD

. ABS,

21=JuL=-81 14:36

Le0m

4177

030144

000

6197

ERRORS DETECTED:

4158

4178

4199

SRS

—

MACY11 30A(1052)

21-JUL=81

4179

4182

4180

4184

(ZDMQC .BIC,CZDMQC. SEQ/CRF /DOC/NL : TOC=SV(34R.MLB,(ZDMQC.P11

RUN=TIME RATIO: 106/93-1.1
(ORE USED:
18k
(35 PAGES)

DOCUMENT PAGES:

167

C 16
PAGE 39-9

SEQ 0197

(ROSS REFERENCE TABLE == MACRO NAMES

RUN=TIME: 40 48 & SECONDS

14:48

4185

4186

4187

4188

4189

4190

4192

4193