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AH-E232E-MC

October 1981

201 pages

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Document:	CZDMRE0 DMP-11,DMR-11,M8203 M8203 STATIC DIAG 1 OCT 1981 bw
Order Number:	AH-E232E-MC
Revision:	000
Pages:	201
Original Filename:	CZDMRE0__DMP-11,DMR-11,M8203__M8203_STATIC_DIAG_1__AH-E232E-MC__OCT_1981_gray.pdf

OCR Text

HP'II,HR'II,

MB203

MB8203 STATIC DIAG#1
CZDMREO

el
-MC
AH-E232E%7

FEEHE =1 OF 1

wAoe I use

MACY11

30A(1052)
15=JUN=81
PROGRAM DOCUMENT

15:34

SEQ 0001

PAGE 2

.REM a
IDENTIFICATION

AC=-£231E-MC

PRODUCT NAME:

CZDMRED MB8203 STATIC DIAG #1

PRODUCT DATE:

JULY

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR :

DAVID HOFFMAN

RV N

1981

THIS DOCUMENT

SUBJECT

(HANGE

WITHOUT

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

Erals

NANPGPI AT N J

RN AR

\. )N

D wd

INFORMATION

THE

2Rl

N o

PRODUCT CODE:

NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.

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JDMRE MB203 STATIC DIAG #
JDMRE
.+ ]
08=JUN-81 13:27

AFF ILIATED

COMPANIES.

(C)

THE FOLLOWING ARE

DIGITAL
DEC

1979,

THE
USE
SUPPLIED

OR
BY

RELIABILITY
DIGITAL
OR

1981 BY DIGITAL EQUIPMENT CORPORATION

TRADEMARKS OF DIGITAL EQUIPMENT (CORPORATION:

PDP

DE CUS

UNIBUS

DE C TAPE

MAS SBUS

OF
ITS

15-JUN=-81

30A(1052)

15:34

PROGRAM DOCUMENT

PAGE

(ONTENTS

1.0

INTRODUCTION

2.0 HARDWARE REQUIREMENTS

3.0 PRELIMINARY PROGRAM REQUIREMENTS

s
e
s
o

m\‘ombw’\)—‘

4.0 GENERAL PROGRAM CONSIDERATIONS
DIAGNOSTIC SUPERVISOR
J\J\J\‘\‘\‘\J\‘\

EXECUTION TIME

XXDP+
ACT/SLIDE
APT
MEMORY MANAGEMENT
MEMORY PARITY OPTION

ERROR LOGGING

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

%uu\wm

NN TDWWWO wwwmwwww

e 1)

DWANO WWND

Yo No Yo AV, To Yo 0
aV[e e

o
o

N
N

Yo Yo NV Te Yo Yo NoNTo Neo Yo Ne 8

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
6.2 INITIAL DIALOGUE
6.3 PROGRAM OPTIONS
6.3.1 START COMMAND
6.3.1.1 TESTS SWITCH

MACY11

CZDMRE MR203 STATIC DIAG M
_JDMRE P11
08=JUN=-81 13:27

PASS SWITCH
FLAGS SWITCH

END OF PASS SWITCH
EFFECT OF START COMMAND

COMMAND

TESTS, PASS, AND FLAG SWITCHES

2 UNITS SWITCH
3 EFFECT OF RESTART (OMMAND
INUE COMMAND
1 PASS SWITCH

.2 FLAGS SWITCH
3 EFFECT OF CONTINUE COMMAND
%ED COMMAND
FLAGS

SWITCH

" EFFECT OF PROCEED COMMAND
C OMMAND

.1 1 UNITS SWITCH
.2 2 EFFECT OF ADD COMMAND

P COMMAND

UNITS SWITCH

COMMAND

ol EFFECT OF DROP COMMAND

SEQ 0002

7.0 DEVI CE

ddaao—ooomm
W) =
O

WWWW

2289
2290
2291
2292
2293

15=JUN=-81
PROGRAM DOCUMENT

30A(1052)

(ZDMRE MB203 STATIC DIAC #1
11
RE
JDM.
08=-JUN=-81 13:27

MACYT1

pL
1

15:34

UNITS

PAGE

SEQ 0003

3-1

SWITCH

.2 EFFECT OF DISPLAY (OMMAND

S COMMAND
1 EFFECT OF FLAGS COMMAND
LAGS COMMAND

0.1

EFFECT OF ZFLAGS COMMAND

NTROL CHARACTERS
HARDWARE PARAMETERS
SOF TWARE PARAMETERS

EXTENDED DISCUSSION OF

INFORMATION TABLES

8.0 TEST DESCRIPTIONS
8.1 DATA PATTERNS USED
9.0 ERROR INFORMATION
,
ERROR REPORTING

————————

P=TABLE

DIALOGUE

(ZDMRE MB203 STATIC DIAG M

13:27

MACY11

30A(1052)

15=JUN=81

15:34

PROGRAM DOCUMENT

PAGE 4

il
ond
il
sl
D
il anld S
il

1.0

INTRODUCTION

THE
MB203
IS
A
SINGLE=LINE
SYNCHRONOUS LINE UNIT MODULE
WHICH SUPPORTS BOTH (HARACTER-ORIENTED (DDCMP, BSC,
ETC.)
AND
BIT-ORIENTED (SDLC, HDLC, ETC.) PROTOCOLS.
THE
PURPOSE

THIS PROGRAM

OF ALL MB203 LOGIC
FOLLOWING

ADDRESSING,
READ/WRITE

FUNCTIONS

WILL

TO PERFORM DIAGNOSTIC

RELATIVELY

STATIC

PERFORMED:

LINE

TESTING

MANNER.
UNIT

THE

USYRT ADDRESSING,
STATIC
BIT
INTERACTICN
AND
LOGIC
TESTS,
BASIC
TRANSMITTER
AND
RECEIVER

SEQUENCING AND
DATA
BUFFERING
AND
STATIC
OPERATIONS
IN
(HARACTER AND BIT=STUFFING MODES.
IN ADDITION DATA MESSAGES

WILL BE SCNT AT SPEEDS OF 2400 BAUD
TO
1
MEGABAUD,
WITH
LOOPBACK
IN
THE
USYRT,
ON THE LINE UNIT AT TTL LEVEL, OR
THROUGH AN EXTERNAL

INTERFACE

THE
STATIC
TROUBLESHOOTING

SWITCH

ERRORS.
T0

TEST

CONNECTOR

WITH

SPECIFIC

MODEM

SELECTED.
LOGIC
TESTS
WILL
CAPASILITIES, SUCH
AS

OPTIONS,

AND

ABILITY

PROVIDE
EXTENSIVE
TIGHT
SCOPE
LOOPS,

‘“LOCK'' ONTO INTERMITTENT

IN ADDITION TESTS WILL BE DESIGNED

ACHIEVE

MAXIMUM

REPLACEMENT OF

THE

THIS

WILL

PROGRAM

FAULT

RESOLUTION

AND

SMALLEST FIELD REPLACEABLE
BE

IMPLEMENTED

USING

STRUCTURED

FACILITATE

UNIT.
THE

DIAGNOSTIC

SUPERVISOR
AND
A STRUCTURED PROGRAMMING APPROA(CH.
BECAUSE THE
DESIGN
WILL
CONFORM
TO
THE
SUPERVISOR
(STANDALONE
VF.RSION)ETHE PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,
AND SLIDE.
THROUGH DIALOGUE
MODIFICATION
OF

WITH THE OPERATCR, THE PROGRAM
WILL
ALLOW
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,

VECTOR ADDRESSES AND
DEVICE
PRIORITY.
IN ADDITION,
THE
CPERATOR
(AN
SPECIFY
PARTICULAR
TESTS
TO
BE
RUN AND A
VARIETY OF LCOPING, RUNNING, AND REPORTING MODES.
DEVICE ERRORS WILL BE REPORTED AS THEY
OCCUR,
THE
REPORT
WILL
INCLUDE
A
TEST
NUMBFR AND DESCRIPTION OF THE ERROR,
?8395372 BAD
TEST
DATA,
AND
APPLICABLE
DEVICE
REGISTER

g;gg

2.0 HARDWARE REQUIREMENTS

2360

55323

THE
FOLLOWING
LOGIC TESTS:

2363
2364

PDP=-11/04,05,10,20,30,34,35,40,45,50,60, OR 70
16K MEMORY

235

C8-JUN=81

O NN
NP = O

LAS LAV

1AV L N N1, V] ¥ SIS

LS TN LS NN LV L V1N LWL VLA A LoV DAUT NN

wwwwwwwwry\‘ RELPRERE &unaww\nwwwm
NN NN INU
N PO
R PO
PRNN
PO
NN
NN
NN
wmmf\nmmm
NO NS
W —=O O NO VNS W
= O nggml\ww 2 OO0 N NN
—

FORO AU RN NN RUNU N RU PO PO PO

WAN NN LN NN NN N

“ZDMRE P11

CONSOLE

HARDWARE

TERMINAL

[S REQUIRED TQO RUN THE MB2(Q% STAT[C

SEQ 0004

\
v

000~
N —=O

u'\fl\\’:f\/f\)'\)'\)

SNNEERS

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

2373

MACY11

15:34

15=JUN=81

30A(1052)

PROGRAM DOCUMENT

PAGE 4=1

SEQ 0005

DMC=11 OR KM(C=11 MICROPROCESSOR
M8203 LINE UNIT AND BCO8S=1 CABLE AND BERG (ONNECTOKS

3.0 PRELIMINARY PROGRAM REQUIREMENTS
TH]S PROGRAM

ORDER

SHOULD

OQOPERATES

TEST

THE

LINE

MICROPROCESSOR DIAGNOSTIC

RUN

THC MB8203 STATIC LOGIC

INIT.

FOR

AND

SUBSYSTEM

SHOULD BE

REPAIRED,

FIRST,

MICROPROCESSOR MODULE

MICROPROCESSOR

AND

TESTS.

ANY

EXTENSIVELY

THIS

REASON,

FUNCTIONAL

FAULTS

FOUND

PRIOR

THE

TESTS

THE

RUNNINC

4.0 GENERAL PROGRAM (ONSIDERATIONS
4.7

DIAGNOSTIC

THIS

PROGRAM

SUPERVISOR

COMPATIBLE

WITH

THE

STANDALONE

SUPERVISOR, AND MUST BE LOADED TO BE
CO-RESIDENT
SUPERVISOR,
OR BE
PREVIOUSLY COMBINEC WITH THE

AND LOADED AS A SINGLE

FILE.

FROGRAM WILL NOT EXCEED 16K OF

4.2 EXECUTION

IN EITHER CASE,

MEMORY.

THE

DIAGNOSTIC

WITH
THE
SUPERVISOR
COMBINED

TIME

THE MAXIMUM TIME REQUIRED TO RUN THE M8203 STATIC LOGIC

TESTS

IS ABOUT 45 SECONDS PER PASS FOR EACH UNIT.

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

AND

MAY

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
BY
APT=RD) AND RUN IN PROGRAM MODE

THE
APT
OR SCRIPT

SYSTEM
MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

MEMORY MANAGEMENT

IS NOT UTILIZED

IN THIS PROGRAM,

INSTALLED,
.IT IS DISABLED BY THE PROGRAM,

(JDMRE MB203 STATIC DIAG #1
‘ JDMRE P11
OB=JUN=B1 13:27

2622
2625
2hch
24625
2626
2”( I
2628

625
2630

263

MACY11

30A(1052)

15=JUN=-81

15:34

PROGRAM DOCUMENT

1
PAGE 4=2

SEQ 0006

4.7 MEMORY PARITY OPTION

IF PARITY MEMORY

INSTALLED,

DISABLED BY THE PROGRAM.

MEMORY

PARITY

TRAPS

ARE

4.8 ERROR LOGGING

Suss
24

2637

5.0 PROGRAM LOAD MEDIA

ABSOLUTE

ABSOLUTE
LOADER,
THE
PROGRAM SHOULD BE
LOADED
FIRST,
FOLLOWED BY THE DIAGNOSTIC SUPERVISOR.
WHEN USING XXDP+, THE
DIAGNOSTIC
SUPERVISOR
SHOULD BE LOADED FIRST, FOLLOWED BY

26
2635
2636

2638
2639
2641

2ué?
JebLq

‘.‘;M(

THE END OF EACH PASS ON ALL UNITS,

THE CUMULATIVE TOTAL NUMBER OF
RESTART COMMAND.

THIS PROGRAM

(AN

LOADED

LOADER OR FROM ACT,

ANY MEDIA SUPPORTED BY XXDP+.

THE

DIAGNOSTIC

THE PROGRAM PRINTS OQuUT

ERRCRS SINCE

THE

FROM

TAPE

USING

THE

PAPER

TAPE

USING

THE

STANDARD

DEC

PAPER

LAST

START CR

SLIDE, OR APT SYSTEMS, OR FROM
WHEN

USING

PROGRAM.

L4t

:‘««},

6.0 OPERATING INSTRUCTIONS
6.1

LOADING AND STARTING PROCEDURES

6.1.7

LOADING PROCEDURES

THIS PROGRAM

MAY

LOADED

FROM

PAPER

ABSOLUTE
LOADER.
IT MAY ALSO BE LOADED FROM ANY XXDP+ L OAD
MEDIA. WHEN LOADED UNDER XXDP+, THE DIAGNOSTIC SUPERVISCR
WILL BE LOADED AUTOMATICALLY.

6.1.2 STARTING PROCEDURES
THE

PROGRAM

PROCEDURES

2670
2471
o672
2473
2474
24675

267¢

ca77

STARTS
START

THE

LOCATION

PROGRAM.

200.

USE

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTIDN

THE

DIAGNOSTIC

CAN BE EXECUTED STANDALONE UNDER XXDP+,

WITHOUT READING THE REMAINDER OF

THIS DOCUMENT, AS FOLLOWS:

LOAD AND START DJAGNOSTIC USING RUN COMMAND

£)
D)

ENTER STA<CR>
ANSWER HARDWARE AND SOF TWARE

B) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
QUESTIONS

(DRS=(>)

“JUMRE MB8203 STATIC DIAG #1
JDMRE P11
08=JUN=-81 13:27
2L78
2675
2680
2481
CLB2
2683
2484
2485
.86
2687
24L8R
2485
2490
2691
24972

249%

2494

2495

2496

2497

2458
2499
2500
2501
2502

2503
2504
2505
2506
2507
2508

MACY11

30A(1052)

15=JUN=-81

PROGRAM DOCUMENT

GET END OF

15:34

SEQ 0007

PAGE 4-3

PASS MESSAGES OR ERROR MESSAGES

TO END EXECUTION,

ENTER

CONTROL/C

6.2 INITIAL DIALOGUE
AFTER THE

PROGRAM AND

IS STARTED,

DRS LOADED
DIAG. RUN=TIME

M8203 STATIC LOGIC

IS m8203

THE

SUPERVISOR ARE

LOADED AND

THE

OPERATOR

OR MORE

THE

PROGRAM

SERVICES

(ZDMR-E=-0

ggll

THE

THE FOLLOWINC IDENTIFICATION IS TYPED

TESTS = PART

THEN PROCEEDS BY

TYPING ONE

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

SPECIFICATION).

6.3 PROGRAM OPTIONS
6.3.1

START (OMMAND

EPRARARARRAA AR ARAARARAARAARARAAAARAANARA
A AR R AR AR AR TR
R

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

AR AR A A AR AR

AR AR AR AR AR AR AR

RARARARAATA R A AT

AR AR

A AT AR

2509

2510

2511
2512

6.3.1.1

2514

RANGES OF

Se1%

000 NN NG =2 OO0 N (8 )
~NT

N "<

N\ NN

—

rORNOPUN

\*
"\,
TM

A VALY N Y A N

(Y-\\V‘

2 ¥ 1a

rornororNONOR INUNY —a

N W

A" LY

515

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

<TEST=-LIST>

A SEQUENCE OF DECIMAL NUMBEKs

DECIMAL NUMBERS

TESTS
TO BE EXECUTED.
THE NUMBERS RANGE FROM

THIS AND ALL

THE

(1-5:8-10 ETC.)

THE NUMSERS ARE
TO THE LARGEST

(1:2 ETC.)

THAT

SPECIFY

SEPARATED BY
TEST NUMBER

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

ANGLE BRACKETS

USED
IN THE DEFINITION ONLY, AND ARE NOT
OPERATOR.
SEE EXAMPLE AT END OF 6.3.1.5.

<> ARE

TO BE

THE

COLONS.
IN
THE

TESTS WILL
ORDER
OF
TESTS.
ON

PUNCTUATION

TYPED BY THE

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

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
Thi

DEFAULT IS NON-ENDING EXECUTION.
PROGRAM IS ACCOMPLISHED EITHER BY

IN THIS CASE EXIT FROM
TYPING A CONTROL/C
OR

BY
OCCURANCE
OF AN ERROR WITH THE HALT ON ERROR FLAG BE ING
SET.
THE EXIT IS A RETURN TO COMMAND MODE.
SEE EXAMPLE
AT

(ZDMRE MB203 STATIC DIAG #1
“IDMRE P11
08=JUN=-81 13:27
2534

2535
2536
2537
2538
2539
¢ 540
2561
¢ 542

MACY11

30A(1052)
15-JUN=-81
PROGRAM DOCUMENT

15:34

1
PAGE 4=4

SEQ 0008

END OF 6.3.1.5.
6.3.1.3 FLAGS SWITCH (/FLAGS:<FLAG=LIST>»)
<FLAG=LIST>
IS
A
SEQUENCE OF ELEMENTS OF THE FORM <FLAG>,
<FLAG=1>, OR <FLAG=D>, SEPARATED BY COLONS, WHERE <FLAG> HAS
ONE OF THE FOLLOWING VALUES:

2543

HOE

2545
2546
2547
2548

LOE

2564

HALT ON ERROR,

IER
IBE
IXE

PRI

DIRECT ALL MESSAGES

PNT
BOE
UAM

TO BE

TO A LINE

PRINTER

PRINT NUMBER OF TEST BEING EXECUTED
SELL ON ERROR
RUN IN UNATiENDED MODE, BYPASSING MANUAL
INTERVENTION 1E5STS
INHIBIT STATISTICAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTIC
LOOP ON TEST

ISR
IDU
LOT
THE

CAUSING COMMAND MODE

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

FLAGS NAMED OR EQUATED TO 1

ARE

SET,

THOSE

EQUATED

TO O

ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
E:éTg? 6I§ 1NgT GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT

6.3.1.4 END OF PASS SWITCH (/EOP:<INCR>)
<INCR> IS A DECIMAL NUMBER
PASSES)
PRINTED.

INDICATING HOW OFTEN (IN TERMS OF

IT
IS
DESIRED
THAT
THE DEFAULT IS AT THE

EXAMPLE AT END OF 6.3.1.5.

THE
END

END
OF

OF PASS MESSAGE BE
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.
ALL

THE

EACH P-TABLE

HARDWARE

MUST SUPPLY N
HE

MAY

(NUMBER OF

THIS

IS A CORE-RESIDENT

INFORMATION

UNITS)

BY GIVING ONE

FOR ONE

VALUES

ANSWER

TABLE

UNIT.

FOR

CONTAINING

THE

EACH

OPERATOR

QUESTION.

TO EACH QUESTION

(IN

(ZOMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=-JUN-81 13:27
2590
2591
2562
2593
2594
2596

2557

SGR
2599

15:34

15=JUN=-81

MACY11 30A(1052)

PROGRAM DOCUMENT

PAGE 4=5

SFQ 0009

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

GIVING

VALUES, SEPARATED BY (COMMAS, TO EA(CH QUESTION

(SERIES WILL BE POSED ONCE).
EACH QUESTION IS
FOLLOWED
BY
THE
RESPONSE
RADIX
(D
FOR
DECIMAL,
B FOR BINARY, O FOR

OCTAL, L FOR YES/NO)

IN PARENTHESES AND

THE

AFTER THE PARENTHESES.

FOLLOWING

VALUE

THE HARDWARE QUESTIONS ARE THE SOF TWARE QUESTIONS

TO BUILD THE

SOFTWARE

VERIFY ETC.)
WHEN

DEFAULT

TABLES,

WHICH DEFINE

THE

THAT THE DIAGNOSTIC WILL EXECUTE

MODE

(QUICK

IN.

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

ALLOCATED FOR

THE P-TABLES, AND IF

THERE

NOT

ENOUGH

ACCOMMODATE THEM THE MESSAGE ''TO0O MANY UNITS'' IS ISSUED.
THIS CASE

THE DIAGNOSTIC MUST BE EXECUTED MORE

TEST ALL UNITS.

THAN ONCE

IS
TC

:
EXAMPLE

STA/?ESTS:1:2-4:6:8-10/PASS:3/FLAGS:1ER:HOE=1:UAM:LOE
THIS

COMMAND

CONSISTING OF

ALL UNITS.

WILL

CAUSE

THREE

PASSES

TO BE MADE,

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

THERE

SAYING <FLAG=1>.

EXECUTED

EACH PASS

AGAINST

IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND

THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON

A
COMMAND
OTHER
THAN
START
TO
C(LEAR
A
FLAG
THAT WAS
PREVIOUSLY SET.
NOTE THAT ON ALL COMMANDS
ONLY
THE
FIRST
THREE

LETTERS ARE

SCANNED.

6.3.2 RESTART (OMMAND
IS

2222232222322

322222222222

iRl

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

P AN AR

AR RN I AR AN AR AR T AR AR AR AR AR AR R

IR AR AR RN R AR

6.3.2.1

TESTS, PASS, AND FLAGS SWITCHES

RN RN R R

E W

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

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

A SEQUENCE OF

DECIMAL NUMBERS

(0,1

ETC.)

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
IS TO TEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY
A DROP

(JDOMRE MB203 STATIC DIAG #1
CZDMRE P11
08=JUN=-81 13:27
2646
2647
2648

MACY11 30A(1052)
15=JUN=81
PROGRAM DOCUMENT

15:34

PAGE 4=6

COMMAND.

2649

6.3.2.3 EFFECT OF RESTART (OMMAND

2651

THE

RESTART

COMMAND DIFFERS FROM THE START COMMAND IN THAT

2652
2653

THE P-TABLES FROM THE PREVIOUS START C(OMMAND (THERE MUST
HAVE BEEN ONE) ARE USED, INSTEAD OF NEW ONES BEING BUILT.

2655
2656
2657
2658
2659

THESE.
THE SOF TWARE DIALOGUE MAY OPTIONALLY BE REEXECUTED
(OPERATOR WILL BE ASKED). TH:
(COMMAND (AN BE USED AFTER
COMMAND MODE HAS BEEN REENTERED IN ANY OF THE THREE NORMAL
WAYS:
A) THE REQUESTED NUMBER OF PASSES HAVE BEEN MADE B)
AN ERROR WAS ENCOUNTERED WITH THE HALT ON ERROR FLAG SET ()

2662
2663

6.3.3 CONTINUE COMMAND

2&5

I 2222323333333 22223223233232322322322322222222

2666

CONCTINUE) /PASS : <CPASS=CNT/F1 AGS : <F LAG=LIST>

€5

THE UNITS SWITCH GIVES THE ABILITY TO

A CONTROL/C WAS ENTERED BY

2%7

SELECT

SUBSET

THE OPERATOR.

2232222222222 23

1232223223322 2223222223222 22323322322232222 2222222222222 2R 2]

2668

2569

32;9

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

2672
2673
gg;g

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

2676

gg;;
2679

523?

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

2682

2683

CONTINUE

2686

MUST HAVE

2687
2688
2689
Sgg?
3232

2697

VALUE.

COMMAND.

MUST

BEEN

ENTERED

2700

UNSPECIFIED

A START OR RESTART, AND COMMAND MODE
DUE

HMALT

ERROR

6.3.4 PROCEED COMMAND
R

1233222222232 2322322333323 3223332333 223322233 22232222 222228}

PRO(CEED)
/FLAGS : <FLAG=L IST>

AR AR A AR AR AR AR R AR AR R AR NP AR AR

AR RN R A RN

R RN TR R AR R AR AR R R AR R

2698

2699

BUT

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.

2692

269

START

FLAGS RETAIN THEIR CURRENT

6.3.3.3 EFFECT OF CONTINUE COMMAND

2685

2695

<FLAG-LIST> IS SAME AS IN

6.3.4.1

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

SEQ 0010

MACY11 30A(1052)

15-JUN-81

15:34

PROGRAM DOCUMENT

Vs NN
& SHS g3

<FLAG=LIST> IS AS IN
THE
FLAGS RETAIN THEIR CURRENT

SEQ 0011

PAGE 4=7

START
VALUE.

(OMMAND,

BUT

UNSPECIFIED

6.3.4.2 EFFECT OF PROCEED COMMAND
PROCEED

MUST

FOLLOW A START,

RESTART,

OR CONTINUE.

COMMAND

NV, I SN N—-=O

MODE MUST HAVE BEEN ENTERED VIA A HALT ON ERROR.
THE EFFECT
Of
THE
COMMAND
IS
TO BEGIN
EXECUTION
AT
THE LOCATION
FOLLOWING THE ERROR CALL.
PARAMETERS MAY BE ALTERED.

NEITHER

HARDWARE

NOR

SOF TWARE

6.3.5 ADD COMMAND

o Nolo 'RNTe

1222222222232

23222 222222222222ttt
Rl R

ADD/UNITS:<UNIT=LIST>
AR AR

RA KRR KRR R

RAR S AN AR RN R AR AR RN AR RN AR AR ARSI R AN RN

R RN

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

THE

RESTART

COMMAND.

6.3.5.2 EFFECT GF 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

PREVIOUSLY

MEANINGFUL

ONLY

FOR

UNITS

THAT

WERE

DROPPED.

6.3.6 DROP COMMAND
.ttltttttt'tt;"tttttfit'tt"t'*'ttttfittt*ttt.ttt.t"'.fi"'t

"DRO(P) /UNITS:<UNIT=LIST>
I 2R

M8203 STATIC DIAG #1
P11
08-JUN=81 13:27

n) LSLSLLSLLN
LS ,N1.N) ) nOrORLNIRUNO
LR AN
~ NN NNNNN NNNN
d
n i) v il il il il s >

{

E 2222222222222
22
2Rttt
Rl d R

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

THE

RESTART

COMMAND.

6.3.6.2 EFFECT OF DROP COMMAND
THE

2754
2755
2756
2757

UNITS

SPECIFIED WILL

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 (ONTINUE COMMAND.

CZDMRE MB20S STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

|
L

2758
2759
2760
2761
2762
2763

2764

2765
¢ 766
2767
2768
2769
2770

2771
2772

277%

2774
2775
2776

MACY11

30A(1052)

15=JUN=-81

15:34

PROGRAM DOCUMENT

SEQ 0012

PAGE 4-8

6.3.7 PRINT COMMAND
I 2222232232222

2222ttt

PRI (NT)
AR A AR

AR AR IR AR AR RN AR AR R AR

AR IR IRRR

AR RRRR

AR RRR

R R

6.3.7.1 EFFECT OF PRINT COMMAND
THE

TOTAL NUMBER OF

ERRORS FOR

EACH

UNIT

START
OR
RESTART
(OMMAND
ARE
PRINTED.
STATISTICAL REPORTING) FLAG IS CLEARED.

SINCE

THE

LAST

ISR (INHIBIT

6.3.8 DISPLAY COMMAND
I 2222222232322 2222222322222
R 222ttt
Rl S S

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

A AR RN AR AR AR AN AN AR RN IR AR AR AR ANRARRRRRAERRARRR
SRR R R AR AR

2777

2778
2779
2780
2781
2782
2783

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

THE

RESTART

COMMAND.

2784

6.3.8.2 EFFECT OF DISPLAY COMMAND

2786
2787
2788
2789
2790

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

2785

2791
2792
2793
2794
2795
2796

THE

HARDWARE

P-TABLES

FOR ALL

UNITS UNDER

TEST

ARE

PRINTED

6.3.9 FLAGS COMMAND
KRR T AR AR ERA

AR ARAAA A AR

AR AR A A A AR AR AR AR

AR AR

AR AR R

FLA(GS)
AR AR AR AR AR IR AR AN IR AR RN

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

6.3.9.1 EFFECT OF FLAGS COMMAND
THE

CURRENT

SETTINGS OF

ALL

FLAGS ARE

PRINTED.

6.3.10 ZFLAGS COMMAND
2222222222222
22222222222
2222022222 RRRRRRE RS

ZFL (AGS)
2222222222222

2222222222222

6.3.10.1 EFFECT OF ZFLAGS COMMAND
ALL

FLAGS ARE

CLEARED.

222222

(ZDMRE MB203 STATIC DIAG M
C7DMRE .P11
08-JUN-81 13:27

2814
2815
2816
R17

MACY11

30A(1052)

15-=JUN-81

PROGRAM DOCUMENT

6.3.11

CONTROL

15:34

1
PAGE 4=9

(HARACTERS

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

CONTROL

SEQ 0013

(Z)

THE

EXECUTION OF

ENTERED DURING ONE OF

THE

A DIAGNOSTIC

CAUSES

THREE OPERATOR

DIALOGUES= HARD CORE QUESTIONS (SEE
6.2) ,HARDWARE
DIAL OGUE
(SEE 6.3.1.5), OR SOF TWARE DIALOGUE (SEE 6.3.1.5) CAUSES THE
DEFAULTS TO BE TAI.LN FOR THE REMAINDER OF THAT DIALOGUE.
A CONTROL O (G) ENTERED DURING THE EXECUTION OF A DIAGNOSTIC
CAUSES
ALL
TELEYYPE
OUTPUT
TO
BE
SURPRESSED
FOR
THE
REMAINDER OF THE DiAGNOSTIC OR UNTIL
ANOTHER
O
IS
TYPED,
WHICH RESTORES NORMAL

TELETYPE OUTPUT.

6.3.12 HARDWARE PARAMETERS
THE

THE

FOLLOWING 4 QUESTIONS WILL
VALUE

gggégkgf
1.

LOCATED

VALUE

THE

THAT

WILL

DEVICE

CSR ADDRESS

THIS

THE

ADDRESS AT

THE

UNIBUS.

(CCTAL),

AND

THE

LEFT

THE

(0)

WHICH

DEFAULT

THIS

THE

DEFAULT VALUE
3.

TAKEN

THE

ALLOWABLE

IS 300.

DEVICE PRIORITY LEVEL

THE

COMMAND.

MARK

THE

A CARRIAGE RETURN

(SR REGISTERS

(0)

INPUT

RANGE

QUESTION

160170?

VALUE

DEVICE VECTOR ADDRESS
THE ADDRESS OF

ASKED ON A START

THE

ALLOWABLE

DEVICE.

(0)

RANGE

(SELO)

RESIDE

160000-177776

160170.

30C ?
INTERRUPT

IS 000-770

VECTOR

FOR

(OCTAL),

AND

THIS

THE

5 ?

THIS IS THE CPU PRIORITY AT WHICH THE INTERRUPT HANDLERS
OF
THIS
DEVICE
WILL BE EXECUTED.
THE ALLOWABLE RANGE IS 0-7,
AND THE DEFAULT VALUE IS 5.

M8207 RUN SWITCH

THIS

TELLS

THE PROGRAM

IS SET OR NOT.

REQUIRING
ARE O AND

(E28 SW7)

- TYPE C IF OFF,

(O)

THE RUN SWITCH ON THE MICROPROCESSOR

IS SET, RUN IS NOT

INHIBITED, AND TESTS

THE RUN STATE CAN BE EXECUTED. THE ALLOWABLE VALUES
1, AND THE DEFAULT VALUE IS 1 (RUN IS NOT INHIBITED).

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

THE

[

—

(ZDMRE M8203 STATIC DIAG #1
. (ZDMRE.P11
08=JUN=81 13:27

MACY11 30A(1052)
15=JUN=-81
PROGRAM DOCUMENT

15:34

2
PAGE 4-10

SEQ 0014

2870
Ll

6.3.14 EXTENDED DISCUSSION OF P=TABLE CIALOGUE

o873

THE

2876

AS SOON AS THE QUESTION ' UNITS?''

- 587

|
|

2877
care
2875

5881

THE FOLLOWING DISCUSSION OF WHAT HAPPENS INTERNALLY.
FULL CAPABILITY OF

THE WARDWARE DIALOGUE

IS RFVEALED BY

ANSWERED

(WITH

THE

NUMBER N,
SAY)
SPACE IN CORE IS ALLOCATED FOR N P=TABLES.
AL OF THE P=TABLES ARE OF THE SAME FORMAT, AND THERE
1S A
ONE-TO ONE
CORRESPONDENCE
BETWEEN
THE HARDWARE PARAMETER

QUESTIONS AND THE SLOTS IN THE P=TABLE FORMAT.

2882
2883
2884
2885
2886
2887
o888
2889

ON THE FIRST TRIP THRU THE QUESTIONS, ALL OF
THE
SLOTS
IN
ALL
OF
THE
P-TABLES ARE FILLED.
F THE OPERATOR TYPES IN
LESS_THAN N EXPLICIT VALUES
IN RESPONSE
10
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 AMD
IS5
USED TO FILL THAT SLOT IN THE REMAINING P-TABLES.

2891
2892
2893

ON
SUBSEQUENT TRIPS THRU THE QUESTIONS, THE SAME PRUCESS IS
CARRIED OUT, EXCEPT THAT THE EARLIEST P=TABLE
NOT
10 WAVE
RECEIVED
AN
EXPLICIT VALUE IN ANY OF ITS SLOTS NOW ASSUMES

28%
2857

THE SERIES OF QUESTIONS
IS
REISSUED
UNTIL
AT
LEAST
ONE
QUESTION HAS RECEIVED N EXPLICIT VALUES FROM THE OPERATOR.

2899
2500
2901

IN
GIVING
A
SIRING
OF VALUES, COMMAS WITHOUT INTERVENING
VALUES MAY BE USED TO INDICATE
A
REPETITION OF
THE
LAST
NAMED VAL UE .

2903

2905

2906
2907

SAMPLE

RANGE

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

2909

NOW

2911
2912
2913
2914
2915
2916
2917
2918

AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
IN
THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
THE
~_SECOND
PARAMETER
BE
EQUAL
TO
THE
UNIT
NUMBER
(0,1,2....,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE
VALUE
“11."
UET THE DESIRED VALUE FOR THE THIRD PARAMETER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER
77 FOR

2921

THE

2923

# UNITS (D)

2925

<QUESTION 1> 2 75

289

2904

2910

2919

5924

THE ROLE

STRING

EXAMPLE).

LET

THAT

TABLE NUMBER ONE PLAYED

VALUES

IN THE FIRST

MAY

GIVEN

TRANSLATES

THE

STRING

A RANGE

(610 FOR

THE VALUES REPRESENT PURE NUMERICAL DATA,

SEE

CONSTRUCT A SET OF

HOW

P-TABLES.

COULD

USE

ASSUME

6.7.8,9,10

FOLLOWING DIALOGUE WOULD ACCOMPLISH THIS GOAL:

2 16

THIS

(AN

THESE CAPABILITIES TO

THAT WE HAVE

THE LAST 9 UNITS.

UNIT 0

TRIP.

UNITS,

(ZDMRE M8203 STATIC DIAG #1
' (ZDMRE P11
08-JUN=-81 13:27
|

|
|

2926
2927
298
2929
2530
2931
2932
2933
2934
2935
2936
2937
2938
2939
2940
2941
2942

MACY11

30A(1052)

15=JUN=81

PROGRAM DOCUMENT

SEQ 0015

PAGE 4-11

<QUESTION 2> ? 0=6

UNIT 7

?
?

7-11,,13-15

<QUESTION 3> ? 77
THE

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.

THE SECOND TIME THRU THE SERIES, TABLES 7 THRU THE END
ARE
GOING TO BE AFFECTED (NOTE THAT THIS PIECE OF INFORMATION IS
PRINTED OUT FOR THE THE OPERATOR IN THE FORM
‘UNIT
XX'' AT
THE

BEGINNING

2943
2944
2945
2946
2947
2948

BY A <CR>,

2950
2951
295¢
2953

THE

2949

15:34

THRU 15,

EACH SERIES).

QUESTION_1

SO SLOT ONE STAYS AT CCONSTANT

SINCE NC NEW EXPLICIT VALUES ARE

GETS THE VALUES 7,8,9.10,11

IN TABLES 7

IS RESPONDED

TYPED

THRU

TABLES

IN.

11,

SLOT

AND

TwO

GETS AN 11 IN SLOT 12, AND GETS THE VALUES 13,14,15 IN
;AELE?S13 THRU 15. SLGT THREE GETS THE VALUE 77 IN TABLES 7
HRU

15.

DIALOGUE

TERMINATED WHEN THE

16 EXPLICIT VALUES HAVE
(NAMELY QUESTION 2).

SOF TWARE RECOGNIZES

BEEN GIVEN FOR AT

LEAST

ONE

THAT

QUESTION

CZDMRE MB8203 STATIC DIAG #1
CZDMRE .P11

08-JUN=-81

13:27

MACY11

30A(1052)

15=JUN=-81

PROGRAM DOCUMENT

15:34

¢
PAGE S

SEQ 0016

2955
7.0 DEVICE

INFORMATION TABLES

2222222322222

2222222l

* MAINTENANCE REGISTER = BSELT

iRttt
RE AR
S]

:""'.'Q'Q..'."Q'..‘QQ""".Q...Q."Q"'Q'...t.'..'.'.'.'t"'.""""..".t

RUN

= BIT7

MCLR
STEPLU

= BIT6
= BIT4

ROMO
ROM]
STEPMP

= BIT?2
= BIT
= BIT0

LULOOP

= BIT3

CRERAARARRAAARAAEAAAAARAAATRRRAERTARAAAARAARRR
A AR A AA R AR RN RA AR R AR R RN R R R
R R
hS

* OBUS REG 10 = TRANSMITTER BUFFER

CHERRARARARAAARARARAAAAAAAAARTAARAANAANRR
AR R AARTRARAP AR RAR TR RPN R R R ARt

= 8117

TXo
XS
X4
X3

=
=
=
=

X1
X0

= 8IT1
= BIT0

BIT6
BITS
BIT4
BIT3

= BIT?2

CRARERRARR AR AR

RAARREANARARARRRA

* OBUS REG 11

RARA AR ARARANARRAR TR AR

AARRA AR

;"."'...t"t'tfi"..""""Q'Q'!‘Qtt.'t"'QQ."."'"t..Q'..'."...".l'."'.

0C
GOAH
ABORT
EOM
SOM

= BIT?7
= BIT3
= BIT2

= BIT1
= BITO

CRARR AR A AR A AR

* 0BUS REG 12

ARARAAAARARAAR AR AAARNAAARARAAARARRIRARARAIAARARAARRANR
AR AT AT TR AR RN AR R RE RN

:'l't.'fi""."t"'."""""QQ‘QQ"""'l.".'..t."".t"'."Q."Q..".t'.'.

BPOLL
LULP

= BIT7

= BIT6
= BITS

CTRRARR A RN P A AR

* OBUS REG 13

R RAAAATRARRARTAAARAR R AR

RRTAAARARNRARARATARE

TR R ERRRRARR T RRTRERTRERATY

:'."'.".'."Q..".t'."."..!t'..Q....'Q'.t"t."'.""l'i...""lt".'.'.'.'

POLL

= BIT7

DTR

= BIT6

HDX

= BIT4

MAINT?
SELSBY

= BJT2
= BIT

SELFR

MAINT]

= BITS

= B]T3

(ZDMRE MB203 STATIC DIAG #1
. P11
(ZDMRE
08=JuUN=-81 15:27

3011
3012
3013

014
3015
3016
3017
3018
3015
3020
3021
3022
3023
3024
3025
3026
3027
3028
3029
3030
3031
3032
3033
3034
3035
3036
3037
3038
3039
3040
3041
3042
3043
2044
3045
3046
3047
3048
3049
3050
3051
3052
3053
3054
3055
3056
3057
3058
3059
3060
3061
3062
2063
3064
2065
3066

MACY11

30A(1052)

15=JUN=81

15:34

PROGRAM DOCUMENT

CRERRRRAARRAARAAAR RS

» DBUS REG 14

SEQ 0017

PAGE 5-1

RARNRAARAETARARRRARERTR RN AR ARA AR

RN RPERRRTRARIRRCERRPIISTRERRNES

:"'Qtt'"Q't"'.."..'"""'."."'Q.'.'..t.'Q.'."...Q'...'."Q'.".Q'.Q'.'.

TXEN

DISSI

RDAX

= BITé

= BITS
= BIT4

WAX
ENAX

= BIT3
= BIT2

AX1

= BITO

AR AR AR AR RARARA

= BITY

AX?

* 0BUS REG 17

ARRET R R R AR NAARPAAAARAAAAARRRAANRTAAAIRARARAARNPAR
ST RN
RSN

;l‘Q!'.'t."'..'.t'ttt""..'QQQQ'Q'Qi't.'.'QQ'.""."'.'Q.t"i.".'.""."t0

= BIT7

CR(C2

= BITé
= BITS

CRC1
IDLE

SECA

STRIP

RDALL

IERR
ppCcMP

= BIT4

= BIT3

= BIT?

= BIT1
= BITO

PR ARARRAAARARARARNATAAARRAERAAA
AR AR
RRARARAART PR R AARE AT ARR AR
R AR AR
TR AR R AR R RS

* IBUS REG 10 - RECEIVER BUFFER

;'Q'Qt."..""'t'fi'.""'t".t"tt"t.‘ltit"""tt'.'.'.'..QQ.Q..""'.".'..

= BIT7

RX7

RX6

= BIT6

RX4

= BIT4

]RX0

= BITO

= BITS

RXS

RX3
RX2
RX1

= BITS
= BIT?2
= BIM

CRERARERARAAFTAAAAAAARAARNARARRARNAAARAAA
AR P AAARRAAAAAAARARAR AR TR R PR
TR AR TR R RO
RS

* IBUS REG 11

;t't.t""'.t‘l'tt"'.""."'l'...'Q'Q"I..'tt.'t'.t.'."'t'.""'.'.".t.""

= BIT7

CcC

OACT
Sw3
ORDY
Swe
Swl
Sw0
UNRR
TR

=
=
=
=
=
=
=
RA AR

BITé
BITS
BIT4
BIT3
BIT?
BIM
B]TO

AR AR RA AR TR RR AR

* IBUS REG 12

T AR ARTRRR

RN ARARNARA RN AR

ANRRR AR AR AR

RN AR R TR RN R

;."'.'Q.fi.fi"'t'.'i".'."'.'.t."'t'lQ..t.""".'t.'t'.".i""."i...'.'l'.

= BI17

IACT

= BIT6

IRDY

= BIT4

RAR

= BIT?

LULP
OVRR

= BITS

= BIT3

(ZDMRE M8203 STATIC DIAG 41
CIDMRE.P1T ~ 0B=JUN=-B1 13:27

30A(1052)

15=JUN=81

3067
3068
3069
3070
3071
3072
3073

EBLK
B8CC

BIT1
BITO

RING
DTR
RTS

= BIT7
= BIT6
= BITS

3077
3078

MODR

= BIT3

3074
3075
3076

r-2
PAGE 5<2

15:34

PROGRAM DOCUMENT
"nn

MACY11

SEG 0018

RAR R AR ARTARARAAAAARARRTRARAAARAAAARARTAAR
AR ATRACRARAARARTARRRRRI AR AR R PRSP R RO

* IBUS REG 13

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

HDX

€S
STBY
CARR

= BIT4

= BIT?
= BITi
= BITO

CHERAAE AR ARARAAAAAAAA A

* IBUS REG 14

AR AATAARRAARPIAANRTARARAANAAAATRATARRAR
AR RAR RTINS

:."fi'fi"tt..t't'ltt't""""."Q'Q.t.'..'"..'Qt'"..".'.l'.t'...""""'.'

READY

= BlT7

TXEN

= BITé

RDAX

= BIT4

DISSI
WAX
ENAX
AX?2
AX1

= BITS

= BIT3
= BIT2
= B8ITY

= BITO

CERRRAAARRA R R AARAAA AR AR RATREARRAAAARARARAARR
TR AR RS R IR ARSI RRRAR
TR CAR AT
RN

« IBUS REG 17

;ttt'ti"t."'."t.‘ii'."""t..""tt'.""..'.'Q."t.'.Qt'."'."'.'t""'t

SIGR

SIGQ
TXDATA
OCOR

ICIR

TESTMD

MCLK

DDCMP

= BITé
= BITS
= BIT4

= BIT3

= BITZ2

= BIT]

= BITO

el =D

D el

i) il

D e

N NN AN N NN N W N

N W

D e

NJN”V_J—J—“J-J—A—hfl-fl—dc”:c)sfigizcfl:
W
A A OONO NN
—=O V00~

W NN NN

3101

= BIT?7

SR ROk
N )

it 222 2222232222222 2222222222222l
R SRRl
Rl Rl Rl
R R R Rl R R RN EEN

* AXO-15 = USYRT REG 0 (READ ONLY)

;tl't't'i!'it'.'tt't..'i""'..t‘fi..tttt.."t."'t"t'."'"."Q"."'t.'.'."'

BIT7
BIT6
BITS
B]14

RX7
RX6
RX5
RX4

=
=
=
=

RX1
RX0

= 8]T1
= BITO

RXx3
RX?2

= BIT3
= BIT?2

22222222

222

* AX0=16 = USYRT REG 1 (READ ONLY)

A R R

:tt.t.tttttt'tt.ttltt"t"..t.'tfi'.t'ttttt'ttttt'.o'Qon..ttt.t.t."tt-'-t"t"t

RERR
ASB(Z2

= BIT?
= BITé

(@XVele \ngru"‘.fi
-

ol b
il

N NWNN

il ol il i el

—a

Vol &S

LN NN AN NN N NN

ASB(1

BITS

PROGPAM DOCUMENT

ROR
RART
REOM
RSOM

I
I
I

i
I

—

ASBRCO

222222322232

22 2

222 2222322222222

R R

2222 2

2R 2

* AX1=15 = USYRT REG 2

= BIT7

TX6

= BIT6

TX4

X1
X0

= B
= BITO

X3
X2

15:34

2
PAGE 5-3

SEQ 0019

O—="VOnN,

13:27

15=JUN=81

nmonnnnn

2123
3124

08=-JuUN=-81

30A(1052)

s
ofeallvefoofve

( JDMRE P11

MACY11

222 RS AR

AR 2R

Al ARl

AR R

AR AR

= BITS
BIT4

= BIT13
= Bl12

L2 2222223222232

3223223222222

2222222222222 22222222222

* AX1=16 = USYRT REG 3

"-'.Q"Q."Q't.'.fi'.."l‘""'..'.fi.‘.'t'."l.""'t.Q'.'l"'."'t".'.".'.'

BIT7
BIT3

TERR
TXGA

TXAB

BITZ
BIT!
BITO

TEOM
TSOM
R

2222 22322223232

223228 22 R

» AX2=15 = USYRT REG &

AR R AR

SRR R

AR R

AR RS

ARl

AR AR

RD)

""".*"Q"..'tt."....."Q'.Q...'Q'.'..."'."...."'.t‘tt."'.'."'.'."..

SYN7
SYNG

= BIT7
= BITé

SYN4

= BIT4

SYNZ

= BIT?

SYNS

SYN?2

SYNI1

SYNQ
SYNCH

= BITS

= BIT3

= BIT1

= BITO
= 226

222222222 22322 22 2

AXZ2=16 =~ USYRT

2222222223222

R 2Rl
R)

REG S

:'t't"".t.'tt'ttt.'tt.'t"'tt't'tttt"t'ttt.ttl't"‘.'tt".!'.'."Q't"t."

APA

DDC
STR
SEC
1DL

Hnn

(ZDMRE MB203 STATIC DIAG #1

CRCTY?
CRCTYT

CRCTYO
R

223222222 2222 2222022222 R

+ AX3-15 = USYRT. REG 6

2R AR

ARl R

ARl

‘-tttttt!.!Q.tt.'tt'ttttttttt'tt.t.t'.tnQ.tt-tt.ttt.tt""t.t.ot"t'.'.'tttntt

203 STATIC DIAG M

P11

08=JUN=81

13:27

MACYTT

30AC1052)

PROGRAM DOCUMENT

1422

xyZ

(22RCC
v35
INTGRL
C32ENB

—————

ERREERS
NIO00
N
N

~a(

OO0 OO

AN N N LN NN AN NN

f\;-'\_)?\l-l-.l—..—c—b.—l_a_._A_‘—-l

e Qo
O 0o

N N AN N L

15=JUN=81

TEST
AX3ISU

15:34

PAGE 5<¢4

= BIT7

= BIT6

=
=
=
=

BITS
BIT4
BJIT3
B]T2

= BIT1

= B]T0
= J422!X¥Z2!(32R(C!V3S5!INTGR
!OP
L

:t.".".'t.t‘."l".".".."Q'..'...'.".."Q...Q..".'...

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

AX3-16 = USYRT

REG

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

TXLENZ

TXLEN1!
TXLENO
RXLEN2
RXLENY!

RXLENO

= BIT7

= BJIT6
= BITS
= BIT?
=

BIT1

= R]TQ

."."".'..'."

SEQ 0020

15=JUN=B1

15:34

PROGRAM DOCUMENT

PAGE ¢

SEQ 0021

8.0 TEST DESCRIPTIONS

:".t.tt..t.....'l.'.."""."'.l"..Q.....'."..Q..O.'."..'QQ."'.'......'..

= MICROPROCESSOR (SR ADDRESSING

TES1

(SELG)

TEST
%

13:27

3204
3205
3206
3207

08=JuUN=-B1

30A(1052)

(ZDMRE
. P11

MACY11

THIS

TEST

ADDRESSES

THE

FIRST

MICROPROCESSOR

CSR

THAT A NON=EXISTENT MEMORY TIME-OUT TRAP DOES NOT
ATTEMPTING TO ADDRESS THE MICROPROCESSOR.

(SELO),

TO MAKE

SURE

OCCUR WHILE

;l.""l"....."..'.".""'."'....Q'.'.'...QI.'"".'..."t".t."'.""...'

:..'.l'.'Q..'.Q"Qt.t."""..'.".'Q..".".'.'.'t...'."'.'."Qt.'."'.."'.'

TEST 2 = INBUS/OUTBUS REG
*
*

MASTER CLEAR
AND COMPARED

(M(LR) IS
TO 200.

SET

14
IN

INITIALIZATION TEST
THE

MICROPROCESSOR,

I!BUS

REC

IS READ

;.'l".‘l".t..tt"....""'.'fi.'fi'.'..'..'...'t.'.'.'.."t..'I".".'Q..'Q..Q'

TEST
-

CZDMRE MB203 STATIC DIAG #

WRITE,

SRS

3 = INBUS/0OUTBUS REG 14 READ/WRITE BIT
READ,

AND

. SE%}E‘GM A TIME.

COMPARE

ALL

WORDS OF

222

TEST

DATA PATTERN A

NON=R/W BITS ARE MASKED OFF

INTQO REG

14,

TO O BEFORE WRITING AND

DATA PATTERN A = 125,252,000,377.001,002.004,010.020,040.100,200,376,
375,373.%67.357.%837.277.177.

:"....'t'..t..t".t..""..'i'...."..t‘.........'.."......'.'.".'......""

;'..".'.'t..‘...t....."..".'..'.'...."......'."......'."'...'.""'l'.'.'

TEST

= REG

MASTER

. #81;50377 INTO REG 14,

C(LEAR

TEST

ISSUE MASTER (LEAR, READ REG 14 AND (OMPARE

;......'..."'....'l..""'....!".."..t'....'......'..".t""...""".'.".

“JDMRE MB20T STATIC DIAG #1
’OMRE P11

08=JUN=-81

13:27

MACY1?

30A(1052)

15=JUN=-81

PROGRAM DOCUMENT

15:34

&
PAGE 6=

':,()I

’;"_.

CRERRRPARAARNANT AT RAR A AR ART R AR

5Qt¢
;ft’

TEST 5 = REG 14 UNIBUS RESET (INIT) TEST
- ?RI£80377 INTO REG 14, ISSUE UNIBUS RESET (INIT), READ REG 14 AND (OMPARE

3;‘*:

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

5. 64

RRANARNRARN I A RRRRRRRAA RN R R AR AR

R SRR

3266

2067

2068
265
3270
3271

:'.!Q.".t"."."'Q....""'Q.l"fi'.'t'.."...".'....'........."'.'.""'....

;g:é

TEST

3274
2275
3276
3277
7778
3279

*
*
*
*
*
»

3280

€

= LINE

UNIT

FALSE

SELECTION

TEST

FIRST, A MASTER CLEAR IS PERFORMED. THEN, THE PROGRAM SINGLE-STEPS THE
MICROPROCESSOR THROUGH AN INSTRUCTION WHICH LOADS 041 (OCT) INTO THE MAR
REGISTER (0OBUS* ADRS 14). THEN, THE LINE UNIT REGISFER 14 IS READ AND (HECKED

TO BE UNAFFECTED (STILL = 0).

SELECTION OF
ACCESSED.

THIS TEST IS INTENDED TO DETECT A FALSE

THE LINE UNIT REGISTERS, WHEN THE LINE UNIT

.‘""'Q...'..".'QQ..""'Q‘ A

RARRRARR PR AR AR AR AR AN

IS NOT BEING

RRAN AR ART PR R R R IR IR TSI RRTSIRTEIRS S

3281
3282

3283
3284
3285
3286
}ggg

.".ttt"..tt.'.'.'.tt'."'"'.'fi"'.'..'.fi!'.'.'.'.."'..."'.'..Qt'l.'.".".'
TEST 7 = INBUS REG MASTER CLEAR TEST

3289
3270
3291
3292
3293
3294

*
*
*
*
*
*~

229€

Re
e A e R R AR

3295

3297
3298
3299
3300
3301
3302

FIRST, ALL READ/WRITE BITS OF REGS 10-17 ARE SET BY LOADING A
DIFFERENT WORD OF PATTERN G INTO EACH REG.
THEN,
A MASTER CLEAR IS ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF
PATTERN M, WHICH CONTAINS THE INITIALIZED STATES OF THE REGS. (UNPREDICTABLE
BITS ARE MASKED OFF TO O BEFORE_COMPARISON)
.
PATTERN G = 000,000,240,120,177,000,000,001
PATTERN M = 000,020,000,000,200,000,000,051

.'Q.‘."'.Q'.Q..'fit'."'.'""tfi't'.'..'..".‘.'."l'.""'.'.".."'.".""'..

3382

TEST 8 = REGISTER 10-17 ADDRESSING TEST
*

3305
3306

* FIRST, A MASTER CLEAR IS ISSUED. THEN,
* WRITE A DIFFERENT WORL OF DATA PATTERN B INTO FA(H OF

3309

3307
3308
3310

REGS 10-17,

* AND AFTER EACH WRITE, KEAD AND COMPARE ALL REGS TO EXPECTED VALUES.
* UNPREDICTABLE BITS ARE MASKED OFF TQO O WHEN READ FOR COMPARISON.
PATTERN B = 000,000,040,100,220,000,000,051

."t't.'t.."t'tt......."'"...l.t't.""...."l"l".."l""""'Q'..""'..'

SEQ 0022

>
CZDMRE MB203 STATIC DIAG #1

CIDMRE.PT1 ~ 08=JUN=81 13:27
3316

K 2

%g;g

TEST 9 = REG 11 READ/WRITE BIT

+ WRITE, ¢ READ, ; AND COMPARE EACH WORD OF DATA PATT ERN

3§22

DATA PATTERN C = 020,020,020.

AR R AR AR AR R R AR R AR

3327

AR R R AR

%ggg

TEST 10 = REG 12 READ/WRITE BIT

3330

3231

* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN

%%%%

DATA PATTERN D = 000,040, 000.

R PR R

TEST

3215

§§§$

:
0023
SEq

Tacen. FRS S

PROGRAM DOCUMENT Y.

15:

15=JUN=81

MACY11 30A(1052)

R R R AR AR AR R R R R SRR R R R AR AN R IR R R R AR AR R R R R RO TR TR RN a

3323
3724

3325
3326

3334
3335
2236
3337

AR R

AR R R R

AR R A AR AR R R R AR AR

AR AR

Pa e
T

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

AR R AR AR R AR R R AR AR AR AR AR RN AR R AR A

%gzg

3341

* WRITE, o READ, e AND COMPARE EACH WORD OF DATA PATTERN E

Loty

R R AR R R R R R

TEST 11 = REG 13 READ/WRITE BIT

AR R AR

R AR R AR R

R AR AN IR R AR A AN TR TSR RN

A AN R AR

AN AN A AN R AR RN R R AT AR RN RS

TEST

DATA PATTERN E = 000,120,020,100,120,000.
R

R AN

TEST

R R AR N AR AR RN AR AR R AR AR AR AR R A AR AR NN R R AR AR IR R AN

2338

332

R R AR R R AR AR AR

INTO REG 13 :

AR AR AR AR R R AR RS A AR R AR R RANR R RN R R AN

R RN RS

3345
3346
3347

g%g?

IR AR R AR R AR

TEST 12 = REG 17 READ/WRITE BIT TEST

3352

;;gz

* WRITE,

DATA PATTERN F = 050,051,050.

$ioe

READ,

AR R AR AR R AR

AR AR AR R

AR A AR R AR

AR RN

RN
*

Rt o

AND COMPARE EACH WORD OF DATA PATTE

BP0

2222222222

P o

ThRw

335¢
3357
3358
;gg;

IR
.

AR
R AR
AR AR RN AR R AR AR AR RRN R RN RRR
AN
e
g R AR
gteA
St

R RN 232222222222 -

e IEISTYT
.
22 23T

3363

g%gg
330

« FIRST, ¢ A MASTER CLEAR IS ISSUED
TO INIT A LL REGS. THEN, THE M]CROPROCE
:

;ggg

< TorngggggR:gLEE;E :

%g;g

* -

** AND
IS PLACED
IN A LOOP ON AN INSTRUCTION, BY SETTING THE INSYRUC#ION IN SEEgR
SETTING ROMI AND RUN IN BSEL1. THE INSTRUCTION IS ONE WHICH REPETITIVELY
*

LLOWING SEQUENCE IS THEN PERFORMED

ATEDLY CHECKS THE MCLK BIT FOR THE 1

STATE, AND IF

NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC (DEPENDING ON THE PRO(ES%ORgs
AN ERROR IS REPORTED.

(THE MAINTENANCE CLOCK HAS A PERIOD OF 41,6 MICRO-

3400
3401
3402

15:34

=
%
2
%

%
*

SEQ 0024

PAGE 6-3

SEC).
= THE PROGRAM NEXT REPEATEDLY CHECKS THE MCLK BIT FOR THE O STATE, AND IF

IT IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC AN ERROR IS REPORTED.

= THE PROGRAM NEXT REPEATEDLY CHECKS MCLK BIT FOR THE 1 STATE AGAIN, AND
IF IT IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC, AN ERROR IS REPORTED.
-

IF THE P-TABLE FOR THIS UNIT INDICATCS THAT THE M8207 RUN SWITCH (E28 SW7)
IS CFF,

THE

TEST WILL BE SKIPPED.

"Qttitt!tttt'.‘..'tttl"t"".tflQt.'tt."'!.'."ttt"""Q'..QQ'..QQ'QQQ"'.".Q

"tt'.tttttl't'tfi'ifit't"'"tttt.tkt't.ttt...Qtt"'tt'.!'t'.""....QQQ'..t"'.'t

14 = EXTENDED REGISTER MASTER CLEAR TEST

TEST

3379
2380
3381
3382
3383
3384
3385
3386
3287
3388
3389
3390
3391
3392
3393
3394
3395
3396
3397
3398
3399

15=JUN=-81

PROGRAM DOCUMENT

3378

30A(1052)

3372
3373
3374
2375
3376
3377

MACY11

CZDMRE MB203 STATIC DIAG #1
08-JUN-81 13:27
(ZDMRE .P11

FIRST, ALL READ/WRITE BITS OF EXTENDED REGS AXC-AX3 ARE

A DIFFERENT WORD OF

PATTERN H INTO EACH REG.

THEN,

SET BY LOADING

A MASTER CLEAR

ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF PATTERN I, WHICH
CONTAINS THE INITIALIZED STATES OF ALL THE EXTENDED REGS.
PATTERN H = 000,000,377,017,377,377,375,377
PATTERN I

= 000,000,000,000,000,103,000,000

:tttittttttt.!t‘tt'it!t"tii*tlttfitt'fittttt!t'ttil"'ttttttti't'i'.l'tt.'t.ttt'

:t't'ttttttt'*'tflfltttt.t"'tt'i'tttt'tt.ttttl.tttittfittttt"'..t'l.'.'.'t't't.'

TEST

15 - EXTENDED REGISTER ADDRESSING TEST

* FIRST, ISSUE A MASTER CLEAR TO PUT REGS INTO INITIALIZED STATES SHOWN IN
* PATTERN I. THEN, WRITE A DIFFERENT WORD OF PATTERN J INTO EACH EXTENDED (AX)
* REG, AND AFTER EACH WRITE, READ AND COMPARE ALL CXTENDED REGS TO EXPECTED

*
*
*

VALUES.
PATTERN I = 000,000,000,000,000,103,000,000
PATTERN J = 000,000,001,002,004,103,040,100

"it.t.ttl.ttttittttttit'it"tt.ttfitttifititt't'ttttt"t"i.tt'tti""'tt.""t'i

il il

.'tfit'tt.t'tllt’tt.tttt"i"'!i'tttitt.ttt".Qfitttttt'ttttl'l't.t.ti't't"tfi."'

® RRRRRRRY

3 O00~y
B AN

3411

* USING REGS 15,16, THE INDIRECT REGS AX2-15,AX2-16 (USYRT REGS 4,5) ARE
* WRITTEN AND READ USING EACH WORD OF PATTERN K. AX2=15 IS _COMPARED

TEST

16 - REGS 15,16 / AX2-15,AX2-16 READ/WRITE BiT

TEST

TO THE WORD WRITTEN,

FOR REG 15:

000,377,125.,252.001,002,004,010,020,040,100,200,000.000,

.
*

FOR REG 16:

377,377,377
,377 ,377,377,377,377
000,377,125,252,000,000,000,000,000,000,000,000,001,002,

* WRITEABLE).
PATTERN K =

AND AX2=16 IS ALWAYS COMPARED TO 103.

(AX2-16 IS NOT

000.000,000.000.000.000.376.375.373.367.,357,337.277.177.

| CZDMRE M8203 STATIC DIAG #1
CZDMRE .P11
08=JUN=-81 13:27

MACY11

30A(1052)

15=JUN-81

15:34

PROGRAM DOCUMENT

.
.

2
PAGE 6-4

skEQ 0025

004,C10,020,040,100,200,377,377,377,377
,377,377,377 ,377,
376,375,373,367,357,337,277
,177.

:"tt."l.'.t(i.fittfit'ttt""'t..Q.t'i.'fi...'tfi't.ttt'...'.Q.t...'t."'ti"'.'.

;'fi'ttttttt't'tt.ttttttt"t"..'fit"'ti'tQ."t"tt..tt"it*'.'.'tit't"'...'...

TEST

17 - AX0=15,AX0-16 READ/WRITE BIT

TEST

* IN THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND COMPARE
* ARE PERFORMED IN REGS AX0-15,Ax0-16 USING EACH WORD OF PATTERN L.
* ANY BITS IN AXO-15,AX0-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF (TO 0)
* [N THE EXPECTED VALUE BEFORE COMPARISON.
*

*
*

PATTERN L

FOR REG 15:
FOR REG 16:

000,377,000
000,377,000.

:tttttttittt“fit"tfi"t""t'ttfittfifitttttttt'&.'.'tV‘.Qt..fifitfi.t".t'fi't'tt"tt

;ttttttt*tttfitit..lit"t"it*t"fiktfi*tttt't.ttttttt""Qi.'tt'fitt"'t""t."t'

TEST

18 - AX1-15,AX1-16 READ/WRITE BIT

TEST

* IN THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND COMPARE
* ARE PERFORMED IN REGS AX1-15,AX1-16 USING EACH WORD OF PATTERN K.
* ANY BITS IN AX1-15,AX1-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF (TO 0)
* IN THE EXPECTED VALUE BEFORE COMPARISON.
:'tt'tt"fifittfiit'tt'ttt"tt't.l"t'fl*it.tfi't!'tfittQtt'.'t.tt.lt‘fiitt't""‘""

;ttl.ttttttttt.tttt'i".tt'ttiitit'it'.fitiitt.tfi.fi't"'t't"'Q'it'.t't"fi..'t't

19 - AX3-15,AX3-16 READ/WRITE BIT

TEST

IN THIS TEST A MASTER CLEAR_IS DONE AND THEN A WRITE, READ, AND COMPARE ARE
PERFORMED IN REGS AX3-15,AX3-16 USING EACH WORD OF PATTERN V FOR WRITING,
AND PATTERN U FOR COMPARING.

ANY BITS IN AX3-15,AX3-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF
INPL?gfszPSCTED VALUE BEFORE COMPARISON.

(TO Q)

FOR REG 15
FOR REG 16

i &

000,333,6331,323,313,233,133,000,000,000,000,
000,000,000,000,000,000,000,000
: 000,000,000,000,000,000,000,001,002,004,040,
100,200,346,345,343,307,247 ,147

TEST

FOR REG 15

: 000,001,013,011,021,101,301,000,000,000,000,
000,000,000,000,000,000,000,000
FOR REG 16 : 000,000,000,000,000,000,000,001,002,004,040,
100,200,346,345,343,307,247,147

:Ilt....t..t!.ltttt't"'!'..fi"t..fi.......Qfi‘.t.i.l..t."'.t"ttt'.t..!.'.""'

30A(1052)
15-JUN-81
PROGRAM DOCUMENT

15:34

2
PAGE 6=5

SEQ 0026

;'t't!t't't""it.ttt't't"ttQtfitfifi*tit*.'tttt.'t'.t'fi.'.'t"'t...".."'Q.'."

%
%

TEST 20 = REG 17 = AX2-16 READ/WRITE, MASTER CLEAR TEST
THIS

TEST

CONSISTS OF

2 SUBTESTS.

IN THE

FIRST

SUBTEST,

EACH BYTE OF

PAT O

IS WRITTEN INTO REG 17 AND AFTER EACH WRITE, AX2-16 IS READ AND COMPARED

TO A BYTE OF PAT P,
PATTERN 0 = 000,041,004,010,020,0490,100,101,200,201,300,111,301,375
PATTERN P = 000,113,200,040,020,010,001,104,007,105,007,144,107,157

IN THE _SECOND SUBTEST, REG 17 IS LOADED WiTH 375, A MASTER CLEAR IS ISSUED,

AND AX2=16 IS COMPARED TO ITS INITIALIZED STATE

(103).

:tttttt'fittt.tt'tt't.'lt'it't'ttt!tt"'*ttttt'.'ti""*i."t.t."'t"'.'t"'..'

%
%

;.'t*Vtttttttt*fifitttttt"t'tittttttti't.ttt'!t'.tt't.Qttt't""".'tt‘.tt't""

TEST 21 = TRANSMITTER BUFFER DATA TEST
A MASTER CLEAR IS DONE FIRST, AND THEN A BYTE OF PATTERN N IS LOADED INTO
REG 11 AND THE NEXT BYTE IS LOADED TWICE INTO REG 10. THE PROGRAM THEN WAITS

AT LEAST 50 MICRO-SEC, AND THEN IT READS AND COMPARES AX1-15 TO THE BYTE WHICH
WAS LOADED INTO REG 10, AND IT READS AND COMPARES AX1-=16 TO THE BYTE WHICH WAS
LOADED INTO REG 11. THIS PROCESS IS REPEATED (INCLUDING THE MASTER CLEAR)
FOR EACH PAIR OF
PATTERN N =

FOR REG 10:
FOR REG 11:

3484
3485
3486
3,87
3,88
3489
3490
2491
3492
34,93
3494
3495
3496
3497
3498
3499
3500
3501
3502
3503
3504
3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517

MACY11

CZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
08-JUN-81 13:27

BYTES

IN PATTERN N.

000,125,252,377,000,000,000
000,000,000,000,005,012,017

:tt'tt'l'tttt.ttt"*tttt"t'lfi"!fitfiittfititt!tttttitt.t"tQt'ltttt".'ttt".tt'

3518

:'ttttitfittttttl'ttfitfit'tt'ttttlfitttt'ti.ifitttt"‘ti.'t‘i'.tfit.t"tt't'tt".ttt

B A BB R R

TEST 22 - TRANSMITTER BUFFER SEQUENCING TEST

3519
3520
3501
3502
3523
3524
3525
3506
3507
3528
3529
3530
3531
3532
3533
3534
2535
3536
3537
3538
3539

FIRST, A MASTER CLEAR IS DONE, AND THE PROGRAM (HECKS FOR ORDY=1, OCOR=0.
THEN, 2 TSOM CHARS ARE LOADED INTO THE TX SILO, AND ALLOWED TO RIPPLE

DOWN TO THE OUTPUT, -THE PROGRAM CHECKS FOR ORDY=1, OCOR=1.
NEXT, THE PROGRAM CYCLES THE STEPLU BIT UNTIL OCOR=0 AGAIN,
THIS TC OCCUR WITHIN 3 CYCLES.
THE

SILO

THEN FILLED WITH 64 BYTES OF

THE

PROGRAM CYCLES STEPLU FOR 8

AND CHECKS 7OF

A 256-BYTE BINARY COUNT

PATTE..N

(000-377) AND THE PROGRAM (HECKS FOR ORDY-0 AFTER THE 64TH CHAR IS LOADED.
CYCLES AND

CHECKS

AX1=15 IS READ AND COMPARED TO EXPECTED DATA,

THAT AFTER

THE

STH,

ORDY=1,

THE REST OF THE BINARY COUNT DATA BYTES ARE LOADED, CYCLED 8 CLOCKS, READ AND
C??:Agsg; ? BSTSRAé A TIME. UPON COMPLETION, THE SILO IS CHECKED TO BE EMPTY

=1,

OCOR=0.

;"titt'tttt'ttltt‘.tt‘"'.ttit!t'.'tt.t't"..t"'t'.t.ti't'."'."...'t.t"".

(ZDMRE M8203 STATIC DIAG M
CZDMRE .P11

08-JUN=-81

13:27

MACY11

30A(1052)
15=JUN=81
PROGRAM DOCUMENT

15:34

3
PAGE 6-6

SEQ 0027

3540
3541
"Q"'."."'."l'."..".""'t.'.'...'....'""..'..'.QQQ..'..Q."...'."'.'

CHAR MODE,

WITH CRC

TEST 23 = TX MSG TIMING TEST,

IN THIS TEST, AN ENTIRE MESSAGE

IS TRANSMITTED (USING STEPLU AND LULOOP)

AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CR(=16.

THE FOLLOWING STEPS ARE DONE
:
A MASTER CLEAR IS DONE, AND THE

LINE UNIT

SOM IS SET TWICE TO SEND 2 SYNCH CHARS.

IS PLACED

THEN 2 TERMINATING SYNCHS ARE SENT.
THE TRANSMITTER IS THEN DISABLED, USING OC,

CLEARED STATE AFTER THE

3RD SYNCH (OMPLETES.

AND OACT

IS MONITORED FOR THE

TR ARNR AT RAARAAR AR R ARARTRRARARAAAAAAARACAARTARNARARA
AR RAAAR AR AR AR RN AR

IN CHAR MODE.

THEN, 2 000 CHARS ARE SENT, AND

"tt!""t.'fi'tfi..t..fi""t"'"tti""ttfi"fifi‘!tt."Q"'Q""'.Q'Q"l""""'

TEST

24 =

TX MSG

TIMING TEST,

BIT MODE,

WITH (RC

IN THIS TEST, AN ENTIRE MESSAGE

IS TRANSMITTED

(USING STEPLU AND LULOOP)

AND THE PROGRAM MONITORS THE OCCURRENCE (" USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND QOACT, AT LACH STEP. THE TEST IS DONE IN

BIT ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CRC=CCITT=1.
THE FOLLOWING STEPS ARE
A MASTER CLEAR IS DONE,

SOM IS SET TWICE

DONE
:
AND THE

LINE

UNIT

TO SEND 2 FLAG CHARS.

IS PLACED

IN BIT MODE.

THEN, 2 000 CHARS ARE

THEN 2 TERMINATING FLAGS ARE SENT.
THE TRANSMITTER IS THEN DISABLED, USING OC,
CLEARED STATE.

AND OACT

SENT, AND

IS MONITORED FCR

THE

"Q.t".t.'..."t't.'."'t't't.'.t.'t.t.i'tt'."Q..."Q".'t".l"'.'..'."'.'.'

.'.ttt't't..tQttt"tQ.."""'t.t'..t."..t."....Q".'.Q.'"'t."."'."'.'.'

»»

TEST 25 = TX MSG TIMING TEST,

3564
3565

CHAR MODE, WIIH NO (RC

IN THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOP)
AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY

SCANNING ORDY AND OCOR)

THE

FOLLOWING STEPS ARE

AND OACT,

EACH STEP.

THE

TEST

IS DONE

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND NO ERROR CHECKING.
A MASTER CLEAR

1S DONE,

DONE
:

AND

THE

LINE

UNIT

SOM IS SET TWICE TO SEND 2 SYNCH (HARS.

IS PLACED

IN CHAR MODE.

THEN, 2 000 CHARS ARE SENT, AND

THEN 2 TERMINATING SYNCHS ARE SENT.
THE TEST 1S PERFORMED WITH TXEN (REG 14, BIT6) SET, AND THE PROGRAM (HE(KS
THAT THIS HOLDS RTS HIGH PAST THE END OF THE MESSAGE.
ZHEAA?SNETA;EER IS THEN DISABLED, USING OC, AND OACT IS MONITORED FOR TwF
L

CZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
3596

3597
3568
3596
3600
3.0

3602

08=JUN=81

13:27

MACY11

30A(7052)

15=JUN=81

15:34

PROGRAM DOCUMENT

PAGE 6=7

SEQ 0028

;.".....'.."'.Q."Qtt'."'.'ttt".'..'."t.t"tt..tt"'..'t"t""t."t'..'.'

SRR

%282

RN NN RN

AN R

RN R RO AR AN

AARRARAAAANARRAAAAARAA

AR ER

TRARRRR RS

TEST 26 = TX UNDERRUN SET AND CLEAR TEST = (HAR MODE
»

3605

3606

3607

* IN THIS TEST, A TX UNDERRUN ERROR IS FORCED IN EACH OF 2 SITUATIONS,
* AND THEN CLEARED DIFFERENTLY IN EACH.

IN THE FIRST, A MESSAGE

IS INITIATED, A 000 CHAR IS SENT, AND THE

3608
3609
3610
311

* BUFFER IS NOI SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG,
* WHICH CAUSES UNRR TO SET IN REG 11. THEN, SOM IS SET TO CLEAR THE ERROR,
* AND THIS IS VERIFIED.
* I[N THE SECOND SITUATION, A MSG IS INITIATED, A 000 (HAR [S SENT, AND THE

5t %3

%t 4

3615

TX
* BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG, WHICH
*

AGAIN CAUSES UNRR

(HECKED TO BE

TO SET.

CLEARED.

SRR A AR R AR AT A AR AR AR

R AN

THEN,

R A AN AR AR

A MASTER

CLEAR

IS DONE,

AR AR AR IR AR AR AR

AND

THE

UNRR BIT

AAARRAARRRA AR AN ER RS

3616

3617
3618

3619
3620
362]

ggsg

TEST 27 = TRANSMIT CHAR LENGTH TIMING TEST - CHAR MODE, CRC
AR

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

AA RN AAR

RN AR AR R IR

RRRCAROCR TR

RO AR

3624
3625

« THE LINE UNIT IS PLACED IN CHAR MODE (DDCMP) AND A MESSAGE IS INITIATED
* WITH AN 8-BIT SYNCH AND A S5-BIT SYNCH CHAR. NEXT, A 000 CHAR IS SENT WITH

3629

SRR

3626
3627
3628

3630
23631
3632
3633
3634
35

* EA(H OF THE FOLLOWING TX CHAR LENGTHS : S BITS, 6 BITS, 7 BITS, 8 BITS.
* (FOR EXAMPLE, A 5-BIT CHAR REQUIRES 5 CLOCK CYCLES TO BE TRANSMITTED). TwO
~ TERMINATING SYNCHS ARE SENT AFTER THE DATA.
'

SRR

5659

AR A

AR AR AN A AR AR

R R AR AR R AR AR

TEST 28 =

AR AR AR A AR AR R AT AR AR AR

AR AN AR RN R AR

AR AR

RARRAAAARRAR A ARRARARRRAR

AR TR

R RRRR

AT RR AR RSN,

AR R ARSI RA RN

TRANSMIT CHAR LENGTH TIMING TEST = BIT MODE,

TR AR OO NO”

CRC

3638
3639
3640
3641

* THE LINE UNIT IS PLACED IN BIT MODE AND A MESSAGE IS INITIATED
* WITH 2 FLAG CHARS. NEXT, 2 8-BIT 000 CHARS ARE SENT, FOLLOWED BY 000 CHARS
* WITH EACH OF THE FOLLOWING TRANSMITTER CHAR LENGTHS:
*
1 BIT, 2 BITS,
3 BITS, 4 BITS, 5 BITS, 6 BITS, 7 BITS, AND 8 BITS.

3643

3642
3644

3645
3646
3647
3648
3649
3650

3651

* (FOR EXAMPLE, A §-B1T CHAR REQUIRES 5 CLOCK CYCLES TO BE TRANSMITTED).
TWO TERMINATING FLAGS ARE SENT AFTER THE DATA.

;ntttt'tttttnQ'Qttttttt"t"tttwtttt'ttttttttttfit"tttttt'tt"'fitttto....t'to"

SRR AR

AR R

AN NN AR IR P AR AR NI A

TEST 29 - TXDATA BIT

AN RN R AR AN

TEST - (HAR MODE,

AT IR R AR AR ESRPOEINIEOIIROIOIIRIRIRIIRTEICOROSNTS

CRC

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11

08-JUN=81

13:27

MACY11 30A(1052)

15=JUN-81

PROGRAM DOCUMENT

15:34

3
PAGE 6-8

SEQ 0029

2652
3653

.
« THE LINE UNIT IS INITIALIZED AND A MSG IS INITIATED (USING STEPLU) WITH (R(=

2655

=«

SYNCHS ARE

357

THE

2658

IRRRRRARRERRR
AR AR RN RN AR AR RN RRRRI AR A NRN

3654

3656

3659
3660
3661
3662
3663
3664

3665

* 16 SELECTED IN (CHAR MODE. TWO SYNCHS, 000,125,252.377,000, AND 2 TERMINAT
ING
THEN SENT.

THE PROGRAM (HECKS EACH BIT OF

THE

TRANSMITTED

* DATA (HARS, BY MONITORING TXDATA (REG 17) AS THE DATA IS CLOCKED OUuT OF

USYRT

TRANSMITTER.

R R AR R R AR TR AR

AR AR R AR AR AR AR AR AR AR AR

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

R A ERC RO R T

AR AR R AR AR AR R AR R AR AR AR SRR RN R A RN RN

TEST 30 = USYRT RECEIVER MSG TEST = CHAR MODE,

CRC

2666

“

3667
3668

« THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
* LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH (CRC-16

3673

3669
2670
3671
3672

3674
3675
3676
3677
3678
267G

* SELECTED. TWO SYNCHS, 000,125,252.377,000, AND FOUR TERMINATING SYNCHS ARE
* SENT. THE PROGRAM MONITORS IACT, AND THE RCV'D CHARS AND (RC BYTES ARE READ
» FROM AX0=15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN (CHECKS FOR IA(T
«
STILL SET AFTER THE MESSAGE.

AR AR AR RS R F AR AR AR AR R R R R R

%gg?

TEST

AR R

AR AR R A AR

AR R AR A AR R R IR AR AR R R AR R RN AR RN R R RN RO AR,

= USYRT RECEIVER MSG TEST = BIT MODE,

CRC

3682
3683

* THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
* LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH (R(C-

3688

3684
3685
2686
3687

3689
3690
3691
3697
3693
2694

= (CITT=1. TWO FLAGS, 000,125,252,.377,000, AND TWO TERMINATING FLAGS ARE THEN
* SENT. THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D (HARS ARE READ
* FROM AX0=-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN (CHECKS FOR
« JACT = 0, SETS IC TC CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = 0.
R R R AR

AR R R R

2282

AR F R AR R AR A A R AR R R

R R AR RN AR R RN AR R

AR R AR RS R AR TR R R R R AR R R

TEST

AR AR R R R AR AR R AR R RN AR AR R R AR E R T OO

R AR R AR AR AR AR AR RN ARARRRN IR

32 = USYRT RECEIVER MSG TEST = (HAR MODE,

PR R R AN R R SRR ORI O

NO (RC

3697
3658
3699
3700
3701

3702
3703
3704

3705
3706

*
*
*
*
*

THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WiTH
LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH NO
ERROR DETECTION. TWO SYNCHS, 000,125,252,377,000, AND TWO SYNCHS ARE
THEN SENT. THE PROGRAM MONITORS [ACT, AND THE RECEIVED CHARS ARE READ FROM
AXO=15 AND COMPARED TO EXFECTED VALUES. THE PROGRAM THEN (HECKS FOR [ACT

» STILL = 0O, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT = Q.
".'.'..t't..t't.t.".'."""t'."Q.'.t".'.'.'..t"'t..t".'....'.'Q."".t."

(ZDMRE MB203 STATIC DIAG #°
(ZDMRE .P11

08=JUN=81

%788

15=JUN=-81

PROGRAM DOCUMENT

TEST

15:34

PAGE 6-9

SEQ 0030

= USYRT

T T TR T

RECEIVER MSG

TEST

= BIT

MODE,

(RC

3712
3713
3714

« THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
* LULP (REG 12) SFT TO LOOP THE DATA INTERNALLY [N THE USYRT, AND WITH ERROR
* DETECTION INHIBITED. TWO FLAGS, 000,:25,252,377,000, AND TWO TERMINATING FLAGS

3718

2715
2716
317

* ARE THEN SENT. THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D (HARS ARE
* READ FROM AX0=15 AND (OMPARED TO EXPECTED VALUES. THE PROGRAM THEN C(HE(KS FOR
» IACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = O.

3716
|
3720
3721
B
T
2723
:

30AC1052)

;;19

13:27

MACY1T

T T T

;

2724

§;52

TEST

34 = SILO=-DISABLED

TRANSMITTER LOAD

TEST

3727
37¢8
3729

* THIS TEST DISABLES THE SILOS, LOADS A 125 CHARACTER INTO THE Tx SILO, AND
* READS AX1=15 AND (HECKS THAT THE DATA DID NOT GET LOADED INTO THE USYRT Tx
* BUFFER.

3730

2731
3732
3733
3734

3735

2736

R R R R R R R R R R

;;;g

TEST

P AR RN AR R T R R AR AR R AR AR AR AR R AR AR AR R AR R AR AR AN RS R AR AR

35 = SILO-DISABLED MESSAGE

TEST

= BIT MODE,

R RN

R R AR RO RN

NO CRC

3739

3740
3741
3742
3743

THE LINE UNIT

IS INITIALIZED AND A MESSAGE

IS INITIATED (USING STEPLU)

* WITH LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, WITH SILO
* DISABLE SET, AND WITH NO ERROR DETECTION. TWO FLAGS, 000,125.252. AND
* TERMINATING FLAGS ARE THEN SENT BY LOADING THE TRANSMITTED CHARS INTO
* REG AX1. THE PROGRAM MONITORS OACT, IACT, RSOM, REOM, ORDY, OCOR, ICIR,

;;2?

» IQDYé AND THE RECEIVED CHARS ARE READ FROM AX0O AND COMPARED TO EXPECTED

VALUES.
;.'QE-t-t'--t-0-tutttttt""t-tttt'tfi'tnttn'.ttt-atttttgatntat-tat-.t..."-..-o

3746

3747

3748

3749
3750
3751
3752

;;22

TEST

36 - RECEIVER BUFFER TEST = (HAR MODE,

)

(RC

3755

3756
3757

3758

3759
3760

*
*

3761
3760
3763

FIRST,

A MASTCR CLEAR

IS DONE AND

THE

PROGRAM CHECKS FOR

ICIR =

AND

IRDY

» = 0, THEN, 2 SOM CHARS ARE LOADED AND CLOCKED INTO THE USYRT, AND 64
* BYTES OF A 256-BYTE BINARY COUNT DATA PATTERN (000-377) ARE LOADED INTC

THE

TX SILO.

THE LINE UNIT IS THEN CLOCKED UNTIL IRDY = 1, AND THE PROGRAM (HECKS FOR
THIS TO OCCUR WITHIN 40-43 CYCLES. THE PROGRAM READS THE RCV SILO, (HECKS THE

* (HAR FOR 000, AND (HECKS FOR IRDY = 0 AGAIN,
* THE LINE UNIT IS THEN CLOCKED IN GROUPS OF 8 CYCLES, AND AFTER EACH, THE
* PROGRAM (HE(CKS FOR ICIR = 1, IRDY = 1, UNTIL THE 64TH GROUP, AFTER WwHI
k

30A(1052)

15=JUN=81

@
»

3
PAGE 6=10

SEQ 003

IT CHECKS FOR ICIR = 0O, IRDY = 1, THE SECOND DATA (HAR [S READ FROM THE
?ggEXVE? zék?NAND (OMPARED TO 001. THEN, THE PROGRAM (MECKS FOR ICIR = 1,
¥

»
%
s

15:34

PROGRAM DOCUMENT

THE REST OF

THE BINARY COUNT DATA BYTES ARE CYCLED 8 CLOCKS AND READ AND

COMPARED A BYTE AT A TIME.

;"'..'fi.t.'t.l..".Q"'."".'."‘tt'..'..'..'."".".'....'..".."'....'."

;t'.t'l'."'.t.t'....Q."t"".""."......"".t'..........QQ..Q.'..'.".'."

37 = RECEIVER (CHAR LENGTH TIMING TEST = (CHAR MODE, NO (RC

TEST
THE

LINE UNIT

IS PLACED

IN CHAR MODE,

WITH NO ERROR DETECTION, AND A MSG IS

INITIATED WITH 2 SYNCH CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE
TRANSMITTER

SET, WHILE

SILO.

THE

LINE

UNIT

THEN

CLOCKED USING

THE RECEIVER CHAR LENGTH IS SET

FOR EACH RCV

CHAR LENGTH,

THE

A 5-BIT

TAKES

FLAGS

OCCUR

CLEAR

IS THEN DONE

(FOR EXAMPLE

THE

PROPER NO.

(HAR

TO THE FOLLOWING VALUES

PROGRAM (HECKS
CYCLES

TO TERMINATE

APART,

CLOCK

STEPLU WITH LULOOP

TO MAKE

FOR

CYCLES

SURE

EACH RCV

TO BE

5,6, 7.8.

THET USYRT RECE IVER

CHAR LENGTH.

RECEIVED).

A MASTER

THE OPERATION.

:"".Q..Q'Q".tt't'.'t"i..'.t"."""'.t'Q.".".'l'.'..'..."'.."Q'.."'t0

CRRARARAE A AR R AARAR AP RAAAR AR AR R RTRARAARARACAAARAARNARAARAARA
ARSI ARRARRARRR
RN ERARA TR

38 - RECEIVER

(HAR LENGTH

TIMING

TEST = BIT MODE,

NO (RC

INITIATED

WITH 2 FLAG CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE

SET, WHILE

THE RCV CHAR LENGTH IS SET TO THE FOLLOWING VALUES

THE

TEST

LINE

UNIT

TRANSMITTER SILO.

PLACED

THE

IN BIT

LINE UNIT

MODE

WITH NO ERROR

DETECTION,

AND A MESSAGE

THEN CLOCKED USING STEPLU WITH LULOOP

: 8,8,8,7.6.5.

4,3,2,1. FOR EACH RCV CHAR LENGTH, THE PROGRAM (HECKS TO MAKE SURE THAT THE
USYRT RECEIVER FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EACH R(V
(HAR LENGTH. (FOR EXAMPLE, A 5 BIT (HAR TAKES 5 (CLOCK CYCLES TO BE RECEIVED).
A MASTER

CLEAR

THEN DONE

TERMINATE

THE

OPERATION.

;.!It...t...""t.I.tQ'Q"'.....'..".'Qt..'."...."'.'Q'.'."""."""'.."

CRRARTRRN AR P A RARRARARANARAAR AR RN ARRARAAAARARAAARRRRRRRNR
AR AR RRARERRRRRRRERRTERRRE RS

TEST

*
%

MACY1?

39 - TRANSMITTER UNDERRUN ERROR,

IDLE MARKING,

THE LINE UNIT IS PLACED IN CHAR MODE, AND THE
MSG IS INITIATED, A 000 CHAR IS SENT, AND THE

IN RESPONSE

FRROR.
»

(ZDMRE MB8203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

THEN,

RECEIVED

TO THE USYRT

C(HAR MODE ,NO CRC

IDLE BIT IS SET,
TX BUFFER IS NOT

THEN, A
SERVICEC

TX BUFFER EMPTY FLAG, WHICH CAUSES A TX UNDERRUN

THE RECEIVER IS CLOCKED AND CHECKED FOR TWwO 377 (HARS TO BE

(LINE MARKING)

BEFORE

SHUTTING DOWN WITH A MASTER CLEAK,

;""..""......'.Q"‘Q""..".'...".....".t....Q.".'.".'.."'....""l"

(JDMRE M8203 STATIC DIAG #1
CZDMRE P11
2820
3821
38:2
3823

08=JuUN=81

13:27

MACY11 30A(1052)

15=JUN=81

L2222 22233223 2

gggg

TEST 40 = MSG

3826
3827
3828
382G
3830
3851
383¢
3833
3834

*
«
*
*
«
*
*
*
*

3836

* IN LOOP MODE.

3835

3837

3838
3839
3840
3841
3842
58[,!

3851
3852
3853
3854
3855

3
PAGE 6=11

2 R R R R R R R 2

SEQ 0032

R R R R R R R R

TERMINATION WiTH GA (HARS = BIT

THE

TEST ALSO CHECKS FOR SETTING OF

TEST

IDLE

R R R

SYNCHS

R R R R R

TEST

THE LOOP
ARE
5 DATA
AS

THE GA

RAB AND ERLK

R R R

R R

MODE ,NO (RC

THE DEVICE IS ENASLED FOR TRANSMIT A/ND RECEIVE, AND A MESSAGE
INITIATED IN BIT MODE.
2 FLAG CHARA(CTERS ARE SENT, FOLLOWED BY
THE FOLLOWING DATA CHARACTERS : 000, 125, 252, 377, 000. THEN
MODE BIT (STRIP) IS SET AND 2 TERMINATING GO-AHEAD (HARA(CTERS
SENT. EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE
WORDS ARE READ AND COMPARED TO EXPECTED VALUES.
ALSO, THE FIRST GA (HAR IS CHECKED BY SCANNING THE TXDATA BIT
|S BEING TRANSMITTED (GA = 376 OCTAL).

gg:g

3846
2847
3848
3849
3850

15:34

PROGRAM DOCUMENT

R R R R

= (HAR MODE

* THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE [S
* INITIATED IN CHAR MODE. 24(DEC) SYN(CHS ARE SENT.
* FACH SYNCH IS TIMED AS IT IS RECEIVED, AND THE B!TS ARE (HECKED
* FOR A VALID SYNCH CHAR FOR EACH OF THE 22 SYN(CHS WHICH FOLLOW
* THE FIRST TWO (THESE PERFORM SYNCHRONIZATION, AND ARE NOT READ).

* WHILE THE LAST SYNCH IS BEING TRANSMITTED, OC IS SET, AND THE
* NEXT (HAR RCV'D AFTER THE SYNCH IS CHECKED TO BE 377 (LINE MARKING)
.,
+ THEN, A MASTER (LEAR IS [SSUED.
* THE SYNCH (CHAR USED IS 226 (OCTAL).
A

385¢

3857

3858
3859
3860
5861

R RN AR R AR R R A AN AR R AR AR N TR R

;ggg

TEST 42 = STRIP SYNCH

3864
3865
3866
3867
3868
3869
3870
3871
3872
382?
387«
3875

*
*
«
*
*
*
*
*
*
*
*
*

R R E R AR RN AR R AR P AR R P AR SR P AR IR RN RN

RO ERROEROEROERTS

TEST

THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE 5
INITIATED IN CHAR MODE AND WITH THE STRIP SYN(H
BIT SET. THEN 24 (DEC) SYNCHS ARE SENT
FOLLOWED BY THE FOLLOWING DATA (HARACTERS : 377, 000, 125, 252.
AND THEN 2 TERMINATING SYNCHS,
EACH OF THE 23 SYNCHS AFTER THE FIRST ARE (HECKED AT THE TRANSMITTER CUTRUT,
BY SCANNING THE TXDATA BIT.
EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE & DATA WORDS
ARE READ AND (OMPARED TO EXPECTED VALUES.
FINALLY, THE LINE UNIT ISCLOCKED FOR SEVERAL (HAR TIMES, AND A (HE(r
]S MADE FOR QACT = O
(TEOM SHOULD CAUSE Tx ENABLE TQO DROP),
THE ABOVE TEST IS REPEATED FOR EACKH OF THE FOLLOWING SYNCH (HAR DATA

(JDMRE MB20Z STATIC DIAG M
(ZJDMRE P11
08=JUN=-81 13:27
2874

ZR77

MACY1T

15:3¢

30A(1052)
15=JUN=-81
PROGRAM DOCUMENT
»

DATTERNS

3880
3g81
288¢2
3883
7284
2885
886

B.1 DATA PATTERNS USED

ZRB7

seves

plt)

PATA:

38672

3902
2903
35904

sesee

33811

PATR:

3914

3915
361¢
4917
3918

3922
3923
3924

2925
3926

————

PATTERN B

sesee

BYTE
BYTE
BYTE

125
252
000

BYTE
BYTE
AYIE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

001
002
004
010
020
040
10C
200
376

BYTE
BYTE
LBYTE
BYTE

357
337
277
177

DATA

.BYTE
BYTE

PATD:

377

375
373
367

00C
000

.BYTE

040

BYTE

051

DATA

100
220
000
000

PATTERN

BYTE

2528

3931

teree

BYTE
BYTE
eseen

3930

evane

PATC:

3627

262G

BYTE
BYTE
BYTE
BYTE

3916

3621

PATTERN

BYTE
BYTE
BYTE

2910

2920

DATA

BYTE

3893
2894
3895
2856
3857
1898
2RY9
3900
3901

29172
7913

6-172

226,000,125,252,.376,177.

3878

3905
3306
3907
3908
3909

PAGE

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

IR7G

3REG
2890
3891

BYTE

wsntee

[

#eves

020
020

020

PATTERN

LBYTE

(

0CC

040

000

SEQ

0033

(ZDMRE MB203% SYATIC DIAG M
TIDMRE P11
OB8= UN=-B81 13:27

2632
3932

2324

3335

3G36
3937
3938
233G
2340
2941
26472
2043
2944
3945

396
3947
|
|
3948
3949
L

3950

29582

MACY!Y

30A(1052)

eenne

LA AR

RYTE
BYTE
LBYTE
seses

DATA PATTERN G

BYTE
BYTE
BYTE
BYTE

000
000
240
120

KBYTE
LBYTE
BYTE

000
000
00

.BYTE

seeee

DATA

177

PATTERN

PATH:

BYTE
BYTE

000
000

BYTE
BYTE
BYTE"
BYTE

017
377
" ST
375

BYTE
BYTE
BYTE

000
000
000

LBYTE

BYTE

377

041‘7:

BYTE
.BYTE
BYTE
LBrTe
BYTE

3978

3979

2485
298¢
IGE7

050
0s1
050

PATG:

3672
46772
2974
2G7¢
3676
3977

2984

000
120
020
100
120
000

:
CATF

3669

7580
2981
3982
29872

PATTERN

BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

2067
2968
3971

DATA

PATE

2953
3954
3955
2956
3557
2958

2970

15:34

PROGRAM DOCUMENT

3951

2359
3960
3961
39¢.2
3963
31964
2565
2566

15« uN=-81

eesee
PATJ:

000
000
103
000
000

DATA PATTERN

BYTE
ABYTE
RBYTE
BYTE
BYTE

000
000
010
002
004

LAAR
2

PAGE ¢=13

SEQ 003

CZDMRE MB203 STATIC DIAG #1

(ZDMRE .P11

08=JUN=-81

13:27

MACY11

30A(1052)

15«JUN=81
PRCGRAM DOCUMENT

BYTE
LBYTE
BYTE

3988
398
3930
sesss

PATK
:

4025

4026

4028

4030

4031
4032

4033

4034
4035

4037
4038
4039
4040

4061
4042
40463

103
007
100

DATA PATTERN K

BYTE
BYTE

000
000

BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

000
100
000
200
000
000
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200

JRYTE
BYTE
BYTE
LBYTE
BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

15:34

377
377
125
125
252
252
001
000
002
000
004
000
010
000
020
000
040

376
377
375
377
373
377
367
377
357
377
337

seees

PAGE

6=14

SEQ 0035

(ZDMRE MB203% STATIC DIAG #
(ZDMRE P11

08=JUN=-B1

13:27

MACY11

30A(1052)

15-JUN=-81

PROGRAM DOCUMENT

4044
4045
4066
6047
4048

.BYTE
BYTE
BYTE
BYTE
BYTE

377
277
377
177
377

4050
405
4052
4053
4054
4055
4056
4057
4058
40SS
4060
4061

.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE

376
S/T
375
377
373

4063
4064
4065
4066

BYTE
BYTE

4049

BYTE

4062

L067

LO68

BYTE

BYTE
BYTE

BYTE

4072

.BYTE

4073

4075

4076

4077

4078
4079
4080
4081
4082

4083

4084
4085
4086
4087

4088

4089
4090 .

377
367
ST
857
377

337
377

277

377
177

saxwx DATA PATTERN L

4071

4074

377

PATL
:

4065
4070

.BYTE

000
377

377

000

w»ewwx DATA PATTERN M #xww«

PATM:

BYTE

000

.BYTE
.BYTE
BYTE
BYTE
.BYTE

020
000
000
200
000

BYTE

051

.BYTE

000

sxxax DATA PATTERN N *x##»
PATN:
.BYTE

000

000
000

4092

BYTE

000

4097
4098

.BYTE
BYTE

000
012

4093
4094
4095
4096

4099

w#»x»

000

BYTE
BYTE

4051

15:34

BYTE
BYTE
BYTE
BYTE
.BYTE
BYTE

125

252
000
377
005
000

PAGE 6=15

SEQ 0036

STATIC DIAG #1

E%gazg.g?fos 08=JUN=-81 13:27

2101

610
|

315

MACY11 30A(1052 )

BYTE

‘

3 LPA%E 6=16

15:3%

017

000

sxxxx DATA PATTERN O wernws

4103

|1G108
10
4106

2108
2109
2190
a1
a1
s
| e
2118
e
a1
‘118
2119
$
a3y
2153
153
15
41556
412
Q%
‘158
21590
413
215
413
{13;2
‘13
138
213
‘
2138
413
2126
141
G142
{148
{164
(148
(126
{15
{18
4149
4159
‘1o
c122
$155
4154
{12
4155

15=JUN=-81
)

PROGRAM DOCUMEN

BYTE 000
041
BYTE
.BYTE
004
.BYTE 010
BYTE 020
BYTE 040
.BYTE 101
100
BYTE
BYTE 200
.BYTE
201
BYTE
1M
.BYTE 300
BYTE 301
.BYTE 375 :
~«xxx DATA PATTERN AR

PATP:

’.

.BYTE 000
.BYTE 113
BYTE
200
BYTE 040
BYTE 010
020
.BYTE
BYTE 001
104
.BYTE
007
.BYTE
.BYTE
105
007
BYTE
.BYTE
144
107
.BYTE 157
.BYTE
wxawr DATA PATTERN U **#wx
PATU: BYTE 000
BYTE
.BYTE 000
001
.BYTE 000
BYTE 013
.BYTE 011
000
.BYTE
BYTE
.BYTE 000
021
.BYTE 000
BYTE 101
. .BYTE
000
.BYTE 301
BYTE
000
BYTE
000
BYTE 001
BYTE
000
BYTE
002

‘

SEQ 0037

| CZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11

|
|

4156
@157

|
|
|
l

4159
4160
4161
4162
4163
4164
4165
4166
4167
4168
4169
4170

08-JUN-81

13:27

MACY11 30A(1052)

PROGRAM DOCUMENT

4158

4171
4172
4173
4174

’
\

d
:

21;2
4177

4181

4182

L4183
4184

4185
4186
4187
4188
4189
4190
4191
4192
4193
4194
4195
4196

4197
4198
4199
4200
4201
4202
4203

4204

4205
4206
4207
4208
4209
4210
4211

000
004

BYTE
"BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

040
000
100
000
200
000
346
000
345
000
343
000

BYTE
BYTE
- .BYTE
.BYTE

BYTE

15:34

PAGE 6-17

000

307
000
247
000

147

wxxxx DATA PATTERN V *xxxx

4178
4179

4180

BYTE
.BYTE
BYTE

15=JUN-81

PATV:

‘

BYTE
.BYTE

000
000

BYTE

000

.BYTE
BYTE

000
323

.BYTE

000

.BYTE
;

.BYTE

.BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE

333
331

000
313
000
233
000
133
000
000
001
000
002

.BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE

004
000
040
000
100
000
200

BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
BYTE

346
000
345
000
343
000
307

.BYTE

000

.
)

SEQ 0038

| CZDMRE M8203 STATIC DIAG #1

ECZDHRE.P11
.

4212
6213
6214

4215
4216

6217
4218

4219
4220
w221

08=JiN=B1

13:27

MACY11

30A(1052)

15=JUN=-81

PROGRAM DOCUMENT

BYTE
BYTE
BYTE

BYTE

000
247
000
147

15:34

PAGE 6-18

SEQ 0039

—
e

——

’

CZDMRE MB203 STATIC DIAG #1
(ZDM<E P11
I

08-JUN-81

13:27

—

MACY11 30A(1052)

15-=JUN=-B1

15:34

PROGRAM DOCUMENT

PAGE 7

SEQ 0040

4223

4224

425
L226
4227

9.0 ERROR

4229
2%%9

9.1

4232
4233
4234
4235
6236

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 TESI NUMBER, SUBTEST
NUMBER,
PL{
OF
THE
ERROR
CALL,
DEVICE
ADDRESS,
AND
BASIC
AND
EXTENDED
ERROR

4208

25%;
4239

ERROR REPORTING

INFORMAT JON.

THE FOLLOWING EXAMPLE PROVIDES A TYPICAL

ERROR REPORT,

THE ERROR CALL AND THE PC OF
THE
CALL
REPORTING IT, THE FAILING REGISTER NAME,

TO
THE
SUBROUTINE
AND DEVICE REGISTER

4240

DESCRIBES

2522

CONTENTS

6241
4242

INFORMATION

4245

‘'IRDY

CZDMR DVC FTL ERR 00017 ON UNIT 00 TST 034 SUB 000 PC:

4246
4247

IRDY NOT SET
PC OF SUBR CALL:

252?

FAILING REG:

zszg

DEVICE CSR ADDRESS

4252

LINE

4253
4254
4255
4256
4257
4258

UNIT

030044

160170

INBUS/OUTBUS REG

INBUS REGS:

LINE UNIT EXTENDED REGS:
AX0=15
000

4261
252%

Ax0-16
000

AX2-15
000

AX1-15
000

AX2-16
000

AX1-16
000

AX3=15
000

AX3-16
000

4264
2522

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

4267

2593

HAVE BEEN REPORTED

4271

EXTENDED

ERROR

AND

IN THE

ABOVF

FERROR

FOLLOWING SHORTENED FORM

WOULD

CZDMR DVC FTL ERR 00017 ON UNIT 00 TST 034 SuB 000 PC:006210

IRDY NOT SET
PC OF SUBR CALL:

2%;§

FAILING REG:

L278

EXTENSIVE,

INFORMATION HAD BEEN INHIBITED USING THE

IXE FLAG PRIOR TO RUNNING THE TEST, THE

4272
4273

zg;g

006210

REG1I0
REGI1
REG12
REGI3
000
120
000
257
REG14
REG15
REG16
REG17
024
377
377
035

4255
4260

4L268

WHICH

NCT SET'' ERROR, AND PROVIDES THE PC OF

DEVICE (SR ADDRESS

030044

160170

INBUS/OUTBUS REG 12

e
'

(JOMRE MB203 STATIC DIAG M
(ZDMRE P11

08=,UN-B1

13:27

MACY1! 30A(1052)

PROGRAM DOCUMENT

6279
&2RC
.
!

428
(B2
&°BRZ

&84

4285
428

«287

15=JUN=-81

15:34

PAGE

7-1

SEQ 0041

(JDMRE MB203 STATI( DIAG #1
CZDMRE P11
08=JUN=-81 13:27
4289
,

4298

00200C

‘€99
4200

MACY11

30A(1052).

15=JUN=-81

PROGRAM DOCUMENT

15:34

4
PAGE

7=2

SEQ 0042

TITLe CZDMRE M8203 STATIC DIAG #17
=2000

;&30

|
.

&3
&%
4304

4%05

4306

4307

002000

Sv(

JMCALL

SVC

002000

BGNMUD

LUTMCD

;

INITIALIZE

SUPERVISOR MACROS

4308

4309

4310
6311

6312
4313
6314
4315

000001

SLSTIN= 1
$LSTTAG= 1
SVCINS= 1
SVCTST= 1
SvCSuB= 1
SV(GBL= 1
SVCTAG= 1
(HANGE

¢
s
;
;
;
THE

TO ALIGN

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

THE

SV(C...

MACRO CALLS AND

SYMBOLS

TO BE

THEIR EXPANSIONS.

ZERO

SYMBOLS TO BE MINUS=ONE TO NOT LIST THE EXPANSIONS.
(HANGE THE SYMBOLS AT ANY POINT IN YOUR PROGRAM,

IS,

YOU WISk

(HANGE

THE

YOU MAY

(JDMRE MB203 STATIC DIAG M
(ZDMRE P11

08=JUN=B

13:27

MACYTT

30A(1052)

15=JUN=81

.SBTTL

PROGRAM HEADER

15:34

PAGE

7-3

SEQ 0043

: THE PROGRAM HMEADER IS THE INTERFACE BETWEEN
:

THE DIAGNOSTIC PROGRAM AND THE SUPERVISOR.

POINTER BGNAU,BGNDU
SRR AR AR AR A AT IR R A XA AR A AN A AR A AN A AN A AR R AR LA A AR XA ALAALLA%%
:
1F ANY OPTIONAL POINTERS ARE TO BE USED IN THE "HEADER'‘, CHANGE
"POINTERTM" TO CONTAIN THE CORRECT ARGUMENTS.
IF ALL OPTIONAL
|
POINTERS ARE TO BE USED, CHANGE 'POINTER'' TO BE 'POINTER ALL

ZZZZZZZZXZ111l222111%12121122121212122ZZZZZZZZZZZZZZZXZZZZZZZZZZXXZZZZZZ%ZZZXZXZZ
b
B
A

1 g 3 888

—l

N =OWO
PONESPOWN

HEADER

035554

00225¢

036234

(ZDMR,E,0,45.,0

::
L SNAME

ASCIIT
ASCII
ASCII

JASCII

.BYTE
.BYTE

L$RFV::
:
L$DEPO:

LSUNIT::
LSTIML::
LSHP(P::
LS$SPCP::

LEHPTP::

:
LESPTP:
LS$LADP::
L$STA::

L$CO::
LSDTYP::
(S)
(4)

(4)

(5)

(&)
(5
(&)

002036
002036

002040

002042

002042
002044

002044

:;
L$APT

002124

000000

ASCII

LSDTP::
L$PRIO::
LSENV]::

/7C/

72/
/D/
/m/

/R/

0
0

LASCII

/E/

LASCII

70/

WORD

.WORD

4S5,

.WORD

[ $HARD

.WORD

L$HW

.WORD

LSLAST

.WORD

WORD

.WORD

WORD

LSDISPAT(H

.WORD

WORD

JDMRE MB2C3 STATIC DIAG M
JDMRE P11
08=JUN=81 13:27
(S)
(%)

(5
4)

3)
(S)

(S)
(S)

003462

(&)
(5)

000000

(4)

(S)
(4)

(5)

(4)
(S)

(&)

000000

(&)

003470

(5)

(5)
(4)

{

‘

(&)

000000

(4)
(S

021116

(5)

|
!

(4)

021546

(&)

021466

(S)

(5)
(4)

021110

(4)

000000

(&)

000000

(S)

(5)

4347

4349
4350
4351
4352

4354

4355
4356
4357
4358
4355
& %(

LSDEVP::
LS$REPP::

LSEXPS::
LSEXPS::

LSAUT::
L3DUT::

LSLUN::
LSDESP::
LS$LOAD::

104035

SEQ 0044

7=4

LSSPC::

021632
021550

(S)

PAGE

LSEF ::

000000

(4)

LSMREV::

0000C0

15:34

LSEXPT::

000000
000000

(4)

15=JUN=81

PROGRAM HEADER

003
0000002

(S)

30A(1052)

000000

(4)

(S)

|
|

002046
002046
002050
002050
00205
002052
00205¢
002054

MACY1T

LSETP::
LSICP::
LSCCP::

LSACP::
LSPRT::
LSTEST::

LSDLY::
::
LSHIME

.WORD

BYTE
.BYTE

(SREVISION
(SEDIT

. WORD

.WORD

0
0

.WORD

LSDVTYP

.WORD

. WORD

.WORD

L $AU

.WORD

L$DU

.WORD

LSDESC

EMT

£ $L OAD

.WORD

LSINIT

. WORD

LSCLEAN

. WORD

L $AUTO

. WORD

L$PROT

. WORD

.WORD

. WORD

2ZIZZI!!ZZ111211!ZXZZZZZZZZZZXX11221112111122122222222ZZZZZZZZZZZZZZZZZZ!XZZ!ZI!Z
CHANG E THE 'HEADER'' TO CONTAIN THE PROPER ARGUMEN
1112121222122212222212111!21121222222ZZZZZI!XZXZZZXXZ222Z212212212121211112221222
EVEN

DIAG M

OB= JUN=B1

13:27

MACYT

30A(1052)

DISPAT (H

LSATTL

15-JUN=-81

TABLE

15:34

SEQ 0045

PAGE 7-5

DISPAT(H TABLE

SIIITITLIIITII

7707700000070 0 7077777777777 07777707707777770777777787770770077

s/ THE DISPAT(H TABLE (ONTAINS THE STARTING ADDRESS OF EA(H TEST.
;/ 1T 1S USED BY THE SUPERVISOR TO DISPATCH TO EACH TEST.
SIIIIIIIILLLL ISP

DISPAT(H &2

021636

. WORD
LSDISPATCH::
. WORD

(&)

W
N

120

06632
027310
027430
027540
027734
030300
030510
031040
031140
93151¢

142

(6)

4370

024226
024560
025050
025260
025464
025670
026126
026360

OO N

e Bt

] —

022002
022126
022230
022356
022476
022652
023106
023224
023342
023460
623576

—=O

.WORD
. WORD

021716

-l ol —

000052

ol —

0021¢2¢

TP I L0777 00770077777
e 7177770777 7a 777

—

EILELEE § £
e

s& rad r;&géh
ws

STATIC

2323333333332 3%3833 83833330323ttt e st a sttt et
(HANGE THE ARGUMENT OF 'DISPAT(H'" 1O BE THE
NUMBER OF HARDWARE TESTS [N YOUR FROGRAM,

ettt

222284

Va4

SE IR

CRNE

SOA(1052)

€

15=JuN=81

DISPAT(M TABLE

15:34

PAGE

7=6

L RA A

SEQ D0&6

AN A

AR N AR

AR TR RAARLL L2232 232

8203 STATIC DIAG @1
(8=

¥5:27

MACY!1

15:34
15« UN=81
30A(1052)
DEFAULT HARDWARE P-TARLE

.SBTTL

PAGE

7=7

SEQ 0047

DEFAULT HARDWARE P=TABLE

R Ry

THE DEFAULT HARDWARE P=TABLE (ONTAINS DEFAULT VALUES OF
THE STRUCTURE OF THIS TABLE
s/ THE TEST-DEVI(CE PARAMETERS.
s/ 1S IDENTICAL TC THE STRUCTURE CF THE RUN-TIME P-TABLE.

SIIIILTLILITNILIIIILTIIITIIIILLILILLL
7T LLLILL
IIILIIAT 707100777700 27 0007

BONHW

DFPTRL

LSHW::

WORD

L10000= St/

DFPTRL
::

7
160170

300

5002

00C
000
00U
('l

;MICROPROCESSOR TYPE = M8207
;MB207 (SR UNIBUS ADDRESS
:M8207 INTERRUPT VECTOR

:M8207 INTERRUPT PRIORITY LEVEL

:MB203 REG 16

(E121

SW1=8)

JH32548MH3255 USED
;BAUD RATE = 56 Kk
JMB207 RUN SWIT(H (E28 SW7)

IS5 ON

L10000:

R
R

JLINE UNIT = M82C3
;M8203 REG 11 (E121 SW10,9 , E134 Sw9,10)
:M8203 REG 15 (E134 Swi-8}

CZDMRE MB203 STATIC DIAG #1
"7DMRE P11
08=JUN=81 13:27

MACY1T

30A(1052)
15=JUN=81
SOF TWARE P=TABLE

15:34

&
PAGE

7-8

SEQ 0048

4612

.SBTTL SOF TWARE P=TABLE

SITITITIIITITIT P77 0 7770000777777 7 77777777777 7777777777777777777777777777
;/ THE SOF TWARE P-TABLE CONTAINS THE VALUES OF THE PROGRAM
;/ PARAMETERS THAT (AN BE (HANGED BY THE OPERATOR.
SI1I1T10777777777777777777777770777777707777772777777777777777777777777+7

6613

4615
L4616
&617
4418
4419
‘3)

(3
(3)

4420

w621
6622

(3)
6423

002300
002300
002302
002302

BONSwW

002302
00232¢

ENDSW

SFPTRL

LOSW::

::
SFPTBL

L10001:

64624
4425
6462¢
64?27
4L4cCR

.
-

. WORD

L10001=L $5w/ 2

CZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=-81 13:27
4430
3
44672
4433
L4634
4435
44636
4637
4438
4639
4640

MACY11

15-JUN=81
30A(1052)
SOF TWARE P<TABLE

&
PAGE

.SBTTL

G4k
L4645

SIILIIIIIITII 0777777777707 777777777777777777777777777777777777777777777/777777

L4646

44647

LL4LB

4449

0C2302

S
N
N
N
N
S
S
N
N
S
N
N
S
e
A
N
e
N
N
N
S
N
S

100000

040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001
201000
000400
000200
000100

000040
000020
000010
000004
000002
000001

IN MORE

THAN ONE

TEST.

BIT15==
BIT14==
BIT13==
BIT12==
BIT11==
BIT10==
BIT. ==
BIT08==
BIT07==
BIT06==
BIT0S==
BIT04==
BIT03==
BITQ2==
BIT01==
BIT00==

100000
40000

20000
10000
4000
2000
1000
400
200
100
40
20
10
&
2
1

BIT9== BITO9
BIT8== BIT08
BIT7== BIT07
BIT6== BITO06
BIT5== " BIT05
BIT04
BIT4==
BIT3== BITO03
BIT2== BITQ2
BIT1==
BIT01
BITO== 81700

* EVENT FLAG DEF INITIONS

N
S
N
e

USED

; BIT DIFINITIONS

* " EF32:EF17 RESERVED FOR SUPERVISOR TG PROGRAM (OMMUNICATION

N
N
e

THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT

ARE

EQUALS

N PN SN PN PN

S
N

D
D

PN PN

D
e
D e e

PN PN PN P
N PN P
N

N TN PN
N

N
NN PN
N PN

nh i o
e
e

el
D e

SIIIIIIIIII777777777777777777077777707777777777777777770777777007777770777777777

-d

(1)

EQUATES SECTION

SEQ 0049

7-9

4441

4442
4443

GLOBAL

15:34

000040
000037

EF.START==

EF _RESTART==

32,
31.

: START COMMAND WAS [SSUED
*

RESTART

COMMAND WAS

SSUED

(ZDMRE MB203 STATIC DIAG #1

il
N

08-JUN-81
00003¢
000035
000034

13:27

15=JUN=-81

15:34

GLOBAL EQUATES SECTION

EF.CONTINUE==
EF .NEW==

4
PAGE 7-10

30.
29.

EF .PWR==

28.

SEQ 0050

; CONTINUE (OMMAND WAS [SSUED
; A NEW PASS HAS BEEN STARTED

: A POWER=FAIL/POWER=UP OCCURRED

il il .

PRIORITY LEVEL

DEFINITIONS

N
N
N
N
S
N

340
300
240
200
140
100
40

PRI00== 0

PRIO7==
PR106==
PRI05==
PRIO4==
PRI03==
PR102==
PRIOT==

;OPERATOR FLAG BITS

N
N
N
S
N
M
N
N

PN PN
N

D il
il

PN
N

il
il

N P

i
il
il

PN
N

D Al

N
PN

B
il
il

N
N

il il ol
il

i
N

il
il

N
N

'
& P

A il

(ZDMRE .P11

MACY11 30A(1052)

Evi==

LOT==

ADR==
1DU==

20
40

ISR==
UAM==
BOE ==

100
200
400

FNT==
PRI==

1000
2000

IXE==
IBE==
IER==
LOE==

4000
10000
20000
40000

HOE==

100000

4451

4452
4453
4454
4455
4456
4457
4458
4459
4460
4461
4462
4463
446k

4465

4466

4467
4468
4469
4470
4471
4472

4473

'."tt"fitt.t.ttt..Qt.it"i..t"'t'it...t.'t!..."'t.'..'Q.-.....'.'...'.

% PROGRAM FVENT FLAG DEF INITIONS

::t'..Qt.tttfi'ttt"'.'Qt..t'tl'.'t'ttt'..tfitt'..'t".""t.t.""‘t'.'.'

R A AR R AR R AR AR AR A

AN AR AR R AR

“% MAINTENANCE REGISTER - BSEL1T

AARAAAARAANRAR AN AR

ARRRRAR NI R

;

AR RS

.'"'t".'Q.'t..t.'.ttt.'t'tt'..t'..'..t.Q'."'.‘.l.lt.t.."tt.t.'t'.t.."."""'

RUN

= BIT7

MCLR

= BIT6

LULOOP

= BIT3

STEPLU

ROMO
ROM]

STEPMP

= BIT4

= BITZ
= BIT1

= BITO

.'.".'......'.'..Qi.'."'.'.."."..'!.'l.'."..."l'l't.'.""."..".."'."".

' (ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27

4454
4495
4496
4497
4498
4499
4500
4501
4502

4503
4504
4505
4506
4507
4508
4509
4510
4511
4512
4513
4514
4515
4516
4517
4518
(519
4520
4521
4522

4523
4524
4525

4526

4527
4528
4529

SEQ 0051

PAGE 7-11

':'..O'Q"."..'.Q.t."."""l'.t.'.".'.Q.....'..Q....QQ."...'.....'...""'.

= BIT7

TX6

= BlT6

TX4

= BIT4

TM3
X2
X1

4483
4484

4493

30A(1052)
15=JUN-81
15:34
GLOBAL EQUATES SECTION

;% OBUS REG 10 = TRANSMITTER BUFFER

W474
4475
4476
4477
4478
4679
4480
4481
4482

4485
4486
4487
4488
4485
4490
4491
4492

MACY11

= BYTS
=
=
=
=

BIT3
B8IT2
BITY

BITO

;'.t."'t.....t..t..'.'t""".'..Q'..".".'Q...tt.'.".!.".'.'.'.."t."'.'t.

“* 0BUS REG 11

;;'."t.."'t.....t...'l'."'...'."..""."'.'.'.Q.'I..'Q..".Qt.."'..."..'.

000200
000010
000004
000002
000001

GC
GOAH
ABORT
EOM
SOM

=
=
=
=

BlT17
BIT3
BIT2
38IM

= BITO

::.'tt'.t...Qt..'..Q'.""Q"'Q‘Qtttttt.t.'"'lt.."."fit.'."...’.'..Q.".""'

;* 0BUS REG 12

':..ttt.tt'.'.tt'.i'Q..'t"'.'.t.t.'..tt'.."QQ.Q.."Q'.QQQQQ."'.Q.."'.t..."'

000200
000100
000040

BPOLL

LULP

= BIT7

= BITé

= BITS

AR AR RRARNR T AT AR AN AARAARARRNRRAA A A AR ANAAARRARA

“* 0BUS REG 13

AR AR

AR IR AR R AR TR R R

AR A AR R

:;tt'fi't..t".'.tt...."""""tt.t.‘....."t.'.'.Qt.'..t."t.t't.'.ttt..t"t'.

000200
000100
000040
000020
000010
000004
000002

POLL

= BIT7

DTR
SELFR

= BITé
= BITS

MAINT1
MAINT2
SELSBY

= BIT3
= BITZ2
= BIT1

HDX

= BIT4

2222222222222

“% 0BUS REG 14

2Rt

RRRRRRRRRRRRRRRR

;:t"t'.'t'.'ttfi'tt".'.t'i"t'..‘t.I'.t.'..t't.t'.t'l.'.'.'.""t."..'.'."'t.

000100
000040
000020
000010
000004
000002
000001

TXEN

= BIT6

DISSI

= BITS

WAX

= BIT3

RDAX

ENAX
AX?2

AX1

= BIT4

= BIT2
= BIT1

= BITO

':".‘.fi"t.t.'tfififi't"'i.t..t.t.'t.tt'.t.'tt.t.tt't'.'t.""'."!"".....'.'.'

“* 0BUS REG 17

';.'t."t.t.t'.'fi...ttt"'."tl!ttttt'ttt."'.t.fi.t.'.'."t't'."....'t.""".'

000200
000100
000040
000020

CRC2
(RC1
IDLE

SECA

= 8I17
= BIT6
= BITS
= BITé

- CZDMRE M8203 STATIC DIAG #1
- (ZDMRE .P11

08-JUN-81

4530
4531
4532
ngz

00001C
000004
000002
000001

4535
|

45326

4539
4540

4541
4542
4543
4544

2225

4549

000100
000040

000020
000010
000004
000002

0000C1

15:34

GLOBAL EQUATES SECTION

STRIP
RDALL
IERR
DDCMP

=
=
=
=

PAGE 7-12

SEQ 0052

BIT3
BITZ2
BITI
BITO

IR AR R R R AR AN R AR R AR AR R AR AR AR AR AN RN AR AR R AR AR AR AR IR R R R AR R RN R A AR R R PRI R AR RO

RX7

RPX6
RXS

000001

T T

T TS

R L

= BIT6
= BITS

RX4
RX3
RX2
RX1

=
=
=
=

RX0

BIT4
BIT3
BIT?2
BIT

= BITO

A
DA

000200
000100
000040
000020
000010
000004
000002

= BIT7

REG 11
:* IBUS
R R
R R AR R R R AR AR KRR

4348

222;

15-=JUN=81

000200

4549

4550
4551
4552
4553
4554
4555
4556

30A(1052)

;* IBUS REG 10 = RECEIVER BUFFER

4537

4538

13:27

MACY11

0C
OACT
Sw3
ORDY
Sw2
Sw1
SW0

UNRR

=
=
=
=
=
=
=

e S SRR
R R AR

RN R AR A AR AR AR R I AR AR R R AR AR AR AR R AR

R I AR

R AR AR AR

BIT7
BIT6
BITS
BIT4
BIT3
BIT?2
BIT1

= BITO

4559

RT
S R R AR R R
I

4561

SRR AN R AR AR AR R R A AR A R R R R R R AR R AR AR AR AR AR AR AR AR AR A AR

4560

% IBUS REG 12

4562
4563
4564
4565

000200
000100
000040
000020

4567
4568

000004
000002

4566
2298

000010

000001

4571

=
=
=
=

OVRR

= BIT3

RAB
EBLK

= BIT?
= BIN

BCC
;*

457%

R AR R RN AR

AR TR

= BITO

IBUS REG 13

R
R A2

000200
000100
000040
000020
000010
000004
000002
000001

RING
DTR
RTS
HDX
MODR
)
STBY
CARR

=
=
=
=
=
=
=
=

BIT7
BITé
BITS
BIT4
BIT3
BIT?
BIT1
BITO

4583

4585

4584

R AR AR AR R R

BIT7
BIT6
BITS
BIT4

I
s R RR
A

4572

4574
4575
4576
4577
4578
4579
4580
222;

IC
IACT
LULP
IRDY

t* IBUS REG 14

R R AR A AR A R R P R AR AR R R RN A A AR R R R RN AN AR AR R AR RN AR R R R R R R R AR R AR R RN AR AR

R S S

R R R R

)

(ZDMRE MB8203 STATIC DIAG #1
(ZDMRE .P11

08=JUN-81

13:27

MACY11 30A(1052)

15=JUN-81

GLOBAL EQUATES SECTION

4586
4S87
4588

00020C
000100
000040

READY
TXEN
DISSI

= BIT7
= BITé
= BITS

4590

000010

WAX

= BIT3

4LS8S

459

4592
2232

000020
000004

000002
000001

15:34

RDAX

PAGE 7-13

SEQ 0053

= BIT4

ENAX

= BIT2

AX?2
AX1

= BIT
= BITO

1,595

.-:l."tt't...'.t.'tt."ttt"'tttt".QQQt'tt.!t.Qt"t"tittt.'."..t"""t'tttt

4596

4597

4598
4599

4600
4601

4602
4603
4604
4605

4606

IBUS REG 17

f".t'..'t'.*".'tt.t"."t'.t'tlt.t't.Q'tt't'.tQQ.."Q.Q'.QQ"QQ".'Q.Q..tt"tt

000200
000100

SIGR
SIGQ

000020

OCOR

000040

000010
000004
000002
000001

= BITY
= BIT6

TXDATA

= BITS

ICIR
TESTMD
MCLK
DDCMP

=
=
=
=

= BIT4

BIT3
BIT2
BIT1
BITO

4607

;.'t'fivtt'.tt"Qttttt.t't't'tt..ttt't'tttttttttt"tttttl'ttt't'l.t't.t"tt't't'tt

4608

‘609

4610
4611
4612
4613

000200
000100
000040
000020

4615

000004

4614

4616
22};

AX0=15

= USYRT REG U

000010

000002
000001

RX7
kX6

= BIT7
= BIT6

Rx1
RX0

= BITI
= BIT0

RXS
RX4
RX3
RX2

=
=
=
=

SRR

4620

;* AXO=16 = USYRT REG

4621

200

4623

000100

4625

000020

4624

4626
4627

4628
4629
4630

2222222 R R

RERR

000010
000004
000002
000001

ROR
RABT

R AR AR

AR R R AR R T AR R R

AR R R AR R

(READ ONLY’

R AR T R AR

R AR

= BIT?

= BITé

= BITS

ASBCO

= BIT4

REOM
RSOM

= BIM
= BITO

= BIT3
= BIT2

".'"tQltt.t.t'ttt.t't"t't"t...'ttttttQtt""'t'ttttt"ttt't't"ttt't'.'t't.'

:* AX1=15 = USYRT REG 2

46;3

4641

'-.'Qt.'tt..'.tt..t'tttt1'!ttttttt.ttttt'.'t"'t"'tl I 2322222222222

ASBC(1

4632

4640

RRANR R R AR RS

000040

4631

4634
4635
4636
4637
4638
4639

AR AR R AR R RN AR R R AR

ASBCZ2

BITS
BIT4
BIT3
BIT2

1.619

4622

(RFAD ONLY)

.'"tt'tt't'ttt'ttt"ttht'."'ttitttQ'Qtttt'.'tQfit'ttttt'h'tttfittttit.QQ""Q'QQ.

.‘.'"..Qtt....tttt"Q'.t""'ttltt.'.tt.."l..tt.."tt"'tlttl"tt!""'t't.".

000200
000100
000040
000020
000010
000004

000001

000002

TM7
X6
XS
TX4

TM3
TM2

=
=
=
=
=
=

BIT7
BITé
BITS
BIT4

BITO

TM1

BIT3
BIT2

= BIMN

- CZDMRE MBZ203 STATIC DIAG #1
(ZDMRE P11
08=JuUN=-81 13:27

MACY1T1

30A(1052)
15=JUN=-B1
15:34
GLOBAL EQUATES SECTION

(.
PAGE 7-14

SEQ 0054

“642

66463

CCRARR T RRRRAR AR ARARTARARRNN

‘s AX1=16 = USYRT REG 3

X TN

4645

LE46
GL7
LHLR
4649
4650
4651
4652
4653
4654
4655
4656
LES7
4658
4659
4660
4661
4662

':"li'l..""'....t."""'...Q'."Q."".""Q.'Q...QQ."...'.Q.'..'.".'..'

000200
000010
000004
00000¢
000001

= BIT7

TERR

TXGA
TXAB

= BITS
= BIT?

TEOM
TSOM
AR

= BIM
= BITO

R RA AR

RRRT AR

R A RARTRAIAARNAAR PRI

“% AX2=15 = USYRT REG &

AANRAARARAAARARPRERA N R AR ARA RN

':'...""..Q'.'.'QQ."""'Q'.'...QQ."Q..l.'.'!'.."".'.'."t.""'.".t..'

SYN?7

= BIT6

SYN4

= BIT4

SYN3
SYNZ

SYN]
SYNC
SYNCH

LEEL

4565

= 8117

SYN6

SYNS

4663

= BI1S

=
=
=
=
=

BIT3
BITZ

BIT
BITO
226

CCRRRR A RAR TR R

RN R AR R R AR R R TR PR RN RN AR AR AR AR AR R AR TR AR RANRTARRARRAATR

:* AX2-16 = USYRT REG §

L666

L667
LH68

RR R AR RTINS N

':"Q.'QQQ."’..."Q."."".'.t.t.t.t't".fi...'.""'.Q'Q"'..."'.""Q'.l'.

LE69

APA
DDC

= BIT?7
= BIT6

4671

SEC

= BIT4

CRCTYZ?

= BITZ2

CRCTYO

= BITO

STR

L4670

“672
4673

IDL

L6764
4675

CRCTYT

L4676
4677

= BITS

= BIT3

= BIM

:"...'t"'.."!".'..""..."t‘.t."'...!t.""".".'t.'.""..."..."".t

*% AX3-15 = USYRT REG 4

L678

4679

4680
4681
4682
4683
4684
4685
4686
4687
L688
4689
4690
4691
4692
4693
4694
4695
4696
4697

RN P RN T ARRAARRIARARARAAARAAAARRRERARRRANARAR
TR RN TR AR

;:...t..'."...ittt.t'.""‘t.'.....'Q'.'Q"..t'..."'t.'."".tt'.".".'."'

16422

XyY2
(328CC
v35
INTGRL
C32ENB
oP

TEST
AX31SU

= BIT?

=
=
=
=
=
=

BITé
BITS
BIT4
BIT3
BITZ2
BIT1

= BITO
= [422!'XYZ!C32R(CC'!V3S5!INTGRL
'OP

;’""...".'.'."'....'.""t....'t..'....'"".'.l.."‘tt..".""...'...'.

i* AX3=16 = USYRT REG 7

‘;...".."'.'...‘..""""""Q'..Q'!..t"'..t.'."""'.".."""....""

000200
000100
000040
000004
000002

TXLENZ

= BIT17

TXLENO
RXLENZ

= BITS
= BIT?

TXLEN!

RXLENT

BITé

(ZDMRE MB8203 STATIC DIAG #1
(ZDMRE P11
4698
4699
«700
47C1
4702
4703

08=JUN=B1
000001

13:27

MACY11 30A(1052)

15=JUN=-81

15:34

GLOBAL EQUATES SECTION

RXLENO

S5
PAGE 7-15

= BITC

47064

«705

L7706

004000
002000

4710

000400

4711

TX CONTROL

A
R
R

BITS DEFINED ON WORD BASIS

R Ry

707
4708

4709

SEQ 0055

001000

TXGOA
TXABT

TXEOM

TXSOM

= BIT!
= BIT10
= BIT9

= BITS

4712

6713

6714
4715

4716

677

;* RCV CONTROL BITS DEFINED ON WORD BASIS

L7118

4715
4720

67¢1

4722
4723

RR
R

004000
002000

00100C
000400

RXOVR
RXABT

= BITN
= BIT10

RXBCC

= BIT8

RXEBL

= BITS

L4724

4725
4726

4727

RR
e R

4728

;* ADDRESS EQUATES FOR REGISTER STORAGE

729

4730

0023C2

LURT0

= LUREG+0

002306

LUR12

= LUREG+4

LURT4
LURTS
LURT6

= LUREG+10
= LUREG+12
= LUREG+14

L7317

002304

47332

002310

4732

47%
4735
4736

4737
4738
4739
4740

002312
002314
002316

002320
202322
002324
002326

4741

002330

4744

002336

4742
4743
4745
4746
L4747
4748
4749
4750
4751

&/5¢

4753

TABLE

(LUREG:)

R
R R R

002332
002334
002340

LURTI

LURT3

;LINE UNIT

IBUS REG 10

;LINE UNIT

IBUS REG 12

= LUREG+?

JLINE UNIT

[BUS REG 11

= LUREG+6

sLINE UNIT IBUS REG 13
sLINE UNIT IBUS REG 14
sJLINE UNIT IBUS REG 15
sLINE UNIT [BUS REG 16

LURT17

= LUREG+16

JLINE UNIT IBUS REG 17

Ax1.16

= LUREG+26

JUSYRT REG 2

AX0.15
AX0.16
AX1.15

Ax2.15
AX2.16

AX3.15

Ax3,16

= LUREG+20
= LUREG+22
= LUREG+24

= LUREG+30
= LUREG+3?

= LUREG+34

= LUREG+36

100000

(HPCHK

= BIT1S

100000

B(C(HK

= B]T1S

;USYRT REG 0
JUSYRT REG 1
JUSYRT REG 2

;USYRT REG &
JUSYRT REG S

JUSYRT REG 6

;JUSYRT REG 7

CJOMRE MB203 STATIC DIAG #
[ IDMRE P11
&754

4755
&7%¢

08=JUN=B1
10000C

4757
4758
4759

13:27

MACYTY

30AC1052)
GLOBAL

(RCCHK

1S=JUN=B81

15:3&

FQUATES SECTION
=

PAGE

7=16

B]T1S

‘760

'-'.'Q.'.Q.Q.ttt..t't."t'..'tt...."'.

4767

;* MICROINSTRUCTION DEF INITIONS

l.762

6763
7264
2Zgg

4770

L7771

&772
4773
4774

&775%
L77¢

(LA A2 R

AR R R R

R R

R RE R

R X J

.-tt".."t..t.'.'..'.'"""Qt"..'t.t"..'...Q'..-'.'Q...."'Q.'QQ'...Q'Q...OQQ.

021000
122000
121000

Mv I0OX
MVIXO
MVIXOX

00000

RRDYTO

&767
4768

4769

SEQ 0056

000002

= 021000
= 122000
= 121000

sMOVE
:MOVE
<MOVE

[BUS TO OBRUS*
IBRUS* TO 0ORUS
[BUS* TO OBUSe

sveeen FRRORT BIT FLAG DEFINITIONS weesee

JRDYTO

= BITOQ

= BIT

CZDMRE MB203 STATIC DIAG M
(ZDMRE P11
08=JUN=-81

MACYTT

30A(1052)
15=JUN=81
GLOBAL DATA SECTION

(778
Q779
4780

SIIITIIT LTI

4782

.SBTTL

‘78‘

4’83

4785
4790
4791
4792

5
PAGE

7-17

SEQ 0057

GLOBAL DATA SEC(TICN
II T

T80 7700707777777 77 77777777777 777777777777770777777777777777

THE GLOBAL DATA SECTION CONTAINS DATA THAT ARE USED
IN MORE

THAN ONE

TEST.

17 7770077707200 7777777777777 7777/0777770/777777

'.".Q"...Q.Q"..l."'.""".'.'.'.\n&'".'.'....".....'...."........Q'.'.

;* STORAGE FOR DEVICE REGISTERS

CCERR
RN RN RN AR T, RN ARN PR R R R AR R R AR RN TR RN ARAAN AR R RRPANARRRATARR AR

002302

000020

(UREG:

.BLKW

16.

RN SRR

."0.'.'."".I"Q"..""'.'.'.'....t"Q..'."...t.'.'..'.'.""..".'.'

;* MISCELLANEOUS STORAGE
CHRRRR R AR R AR E AR AR

479%
L7594

4795
L7796
4797

;CPU PRIORITY FOR PRINTOUT

.WORD
.WORD

SUBRP(C:

.WORD

.wORD

ERRFLG:
TIMFLC:

.WORD
.WwORD

WRIBYT:

_WORD

WAX16:
REGNUM:
AXNUM:

GOODAT:
BADDAT:
LOADAT:
FRSTIM:

SAVE4:
SAVE6:
ERRORT:
TXWORD:
RXWORD:

DISILO:
(HPTYP:
SAVLEN:
DEVMAP:
DEVPTR:

UNIT:

TSTNUM:
STARES:

.WORD
.WwORD

160177

MP(SR:
BSEL1:
BSELZ:

8SEL6:

0
0

.WORD

.WORD
.WORD
.WORD

;LO BYTE

CONTAINS BYTE

TO LOAD INTO REG 15

15
16

INTO REG

;FLAG=0 IF

PROGRAM JUST LOADED

;BITS C=11

CONTAIN DATA TO LOAD

;SAVE LOC & HERE (ERROR TRAP VECTOR)
;SAVE LOC 6 HERE (ERROR TRAP VECTOR)
;SUBR ERROR BIT FLAGS (DEF'D IN GLOBAL EQUATES)
;BITS

O
0
0
0
0

0-11

CONTAIN DATA READ

INTO Tx SILO

FROM RCV

SILO

;CONTAINS CURRENT STATE OF DISSI INBIT S
JUSYRT (HIP TYPE, =0 FOR SIG, ELSE =1
:SAVED TX AND RCV (HAR LENGTHS
JBIT MAP OF ACTIVE DEVICES
;DEVICE MAP BIT POINTER

JCONTAINS UNIT NO.

¢
0
(URRENT

TO LOAD INTO LU REG

(ONTAINS BYTE READ FROM REG
CONTAINS BYTE READ FROM REG

;STORAGE FOR EXPECTED DATA
;STORAGE FOR ACTUAL DATA
;sCONTAINS TEST DATA LOADED

. WORD
.WORD

CONTAINS BYTE

;LO BYTE CONTAINS BYTE TO LOAD INTOC REG 16
JNUMBER (10=17) OF LINE UNIT REG BEING TESTED
sJNUMBER (0-7) OF EXTENDED REG BYTE BEING TESTED

O
0
O

LWORD

;LO BYTE
;L0 BYTE
;LO BYTE

0
O
0

.WwORD
_WORD
.WwORD
.WORD
.wORD

;5UBR ERROR RETURN ADDRESS
;L0 BYTE CONTAINS BYTE READ FROM LU REG

.WORD

BIT O FOR TX, BIT 1 FOR RCV

; SUBROUTINE ERROR FLAG
;EVENT TIME-OUT FLAG

.WwORD

_WORD
.WORD
.WORD

;

0
O

O
0
O

SUBR CALL FOR ERROR REPORTS

; INTERRUPT RECEIVED FLAGS

0
O

.WORD
.WwORD
_WORD

.WORD
.WORC
_WORD

;PC OF

0
0

_WORD

;LOGICAL DEVICE NUMBER
:CONTAINS BASE LEVEL PROGRAM STACK POINTER

.WORD
.WORD

;yeewsnenne

160171

AAERARARART RS

PRIOR:

LOGDEV:
PSTACK:

wAX1S:

002446
002450
002452
002456

ARAARARART IR

;GEN'L PURPOSE SCRAT(H WORD

RAX15:
RAX16:

160170

AR AR R RARRARAR AR

INTFLG:

002440
002442
002444

AR AR R R AR

SCRACH: .WORD

RETADR:
REDBYT:

48133

SIIIIIIIIILIIIIIIT TP

L7BG

L78S
L7R6E
L787
4788

15:34

TO N)

;CONTAINS TEST NUMBER FOR SOME TESTS
JFLAG=0 IF FJRST PASS AFTER STA OR RES
DIVICE

160170
160171
160172

PARAMETERS

wessssesencne

sPOINTER TO MICROPROCESSOR (SR'S
POINTER TO BSEL!
:POINTER TO BSE(?

03 STATIC
08=~.

D AG
1 18:27

160174

16017¢

000300

000304
000240

MACYTT

30A(1052)

1S5=JuN=81

GLOBAL DATA SECTION

SELG:
SELG:

MPIVEC:
MPOVEC:

MPRIOR:
LUSW]1:

WORD
.WORD
.wORD
.WORD
,WORD

160174
160176
300
204
260

.WORD
. wORD

¢
0

.WORD
LUSW]2: .WORD
LUSW]Z: _WwORD
TSTCON:
RUNINS:

15:34

0
0
0

PAGE

SEQ 0058

7-18

JPOINTER TO SELS
:POINTER TO SEL6

:MICROPROCESSOR INPUT INTERRUPT VE(CTOR
;MICROPROCESSOR OUTPUT INTERRUPT VECTOR

MICROPROCESSOR DEVICE
JLINE UNIT SWITCH PACK
JLINE UNIT SWITCH PACK
JLINE UNIT SWITCH PACK

PRIOR]ITY
#1
#2
#3

sTEST CONNECTOR INDICATOR
sRUN SWIT(H INDICATOR

_BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
AYITE

COOOOOO0O

;veves STORAGE FOR DATA READ [N ADDRESS TESTS wweee

REDDAT:

REGO:

.WORD

REGZ:

. wORD

REGT:

REG3:
REG4:

REGS:
REG6:

siewes
TTMMPQ :

SCRAT(M STORAGE FOR MESSAGE REPORTING
.WORD
0

TTMMP? :
TTMMPZ:

.WORD
.WORD

TMP1:

LEE.

. wWORD

0
0

.WORD

TMPG :

.WORD

TMPE :
TTMMR7:

.WORD
. WORD

O
0

TMPS :

002560

. WORD
. WORD
.WORD
. WORD

REG?7:

00250
002550
002551
002552
002553
002554
002555
002556
002557

. WORD

.WORD

sewss

0
O
0

3;&;;; INBUS LU REG BIT MASKS FOR UNPREDICTABLE BITS wenee
BYTE

000

JMASK

BYTE

257

;MASK FOR REG 13

RYTE
BYTE

BYTE
BYTE

JRYTE

LBYTE
R14NRW:

.BYTE

056
000

100
377

FOR REG

;MASK FOR REG
;MASK FOR REG 12

JMASK FOR REG 14
:MASK FOR REG 15

377

;MASK

200

JREG 14 NON-R/wW BITS

30¢

FOR REG

JMASK FOR REG 17

joosse MASKS FOR EXTENDED REGISTER NON-READ/WRITE 215 seses

002561
00256§
00256
002564
002565
002566
002567
002570

MACYTY

20401052)
15=_UN=-81
G.ORAL DATA SECTION

77
77
000
360
000
000
004
0%

BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
ceenee

002571

002571
00257
00257
002574
002575
002576
002577
002600
0C2601
002602
002603

12%
25¢
000
377
oC1
002
004
010
020
040
120

2607
002610
002611
00261¢

37%
367
357
837
77

002604
002605
002606

002613
000614

002615

002623
002624

000
051

002626
002627

002630
|

69463
Aes

;eeeee

PAT(:

02
020

S——

BYTE
RYTE
BYTE
BYTE

BYTE

373
367
357
337
277

BYTE
BYTE
BYTE
BYTE
BYTE

000
000
040
100
220

BYTE
BYTE

RYTE

PATD:

DATA

7-10

s MASK

+ MASK
JMASK

+MASK

s MASK
sMASK
A

seenn

200
376
375

177

000

020

020
020

000
040
000

PATTERN

S
PAGE

. MASK

DATA PATTERN

JBYTE
BYTE
JRYTE

+MASK

DATA PATTERN

BryTE
BYTE
;evees

000
040
000

125
252
000
77
001
002
004
0i0
020
0«0
100

BYTE

;eeees

002630
002637
2632

000

JBYTE
LBYTE
BYTE
RYTE
BYTE
BYTE
BYTE
BYTE
AYTE
L8YIE
JSYTE

BYTE

PATR:

377
377
000
360
000
000
004
030

PA'[YERN

BYTE
LRYTE
BYTE

177

000
000
040
100
220

002625
002625

200
276
375

002615
00261¢
002617
002620
002621

ATA:

DATA

15:2,

€

LA
R R AJ

SEQ 0059

223333SS

MB2OT STATIC DIAG @)
P11
OB« JIN=BT 13:27

AX0=15
AxQ=16
Ax1=15§
AX1=16
AX2=15
AX2=16
AX3=15
Ax3=16

(ZDMRE MB203 STATIC DIAG @
“ZDMRE P11
08=-,
1 13:27
4946
4947

002633
002633

438

00263

000
120

4550
4951
682

002636
002637
002640

100
120
000

&3%9

4
L9954

4955

002635

002641

050

4958
4959

002643

050

002642

002644

4963

002645

4966

002650

4967

4968
4969
4970

4971

4972

002644

000

002646
002647

2460
120

002651

002652
002653

002654

377

4976
4977

4978
4979

l.gg?

017
377

002663

377

002661
002662

FATH:

secee

teeee

DATA PATTERN H

sssee

LBYTE

0S50

BYTE

050

DATA

057

PATTERN

BYTE

000

BYTE
BYTE

240
120

BYTE

277
375

15:34

020

PATTERN

BYTE
ABYTE

000

002657
002660

DATA

BYTE

;wswes

002656

100
120
000

BYTE

000
001

4975

BYTE
BYTE
BYTE

BYTE

177

000

002655

PATG:

000

002654

000
120

BYTE

000

4973

4974

PATF
:

;eewes

4961

BYTE
BYTE

BYTE

051

490

49646
4965

PATE:

;eweew

002641

6962

30A01052)
15=)UN=B81
GLOBAL DATA SECTION

020

495¢

4957

MACY!T

000

177

000
000
001

000

377

BYTE
BYTE

017
377

.BYTE

377

BYTE
MYTE

377
37%

L9987

)

4983
4984
4985
4986

002664
002664
002665
002666

000
000
000

4588

002¢70

4990
4991

002672
002673

4987

4989

4992

002667
002671

Jeenne

000
000
000

000

BYTE

000

000
000

BYTE
BYTE

000
000

000

002674

4997

002676

«998
4999
5000
5001

BYTE

103

BYTE

;eeesw

4994

002674
002675

000
000

002677
002700
002701

002
004
103

002707

PATTERN

BYTE
BYTE
BYTE

4993

4995
4996

PAT]:

DATA

010

001

PAT J:

neense

103

BYTE
BYTE

000
000

BYTE
BYTE
BYTE

002
004
103

BYTE

sxenr

000

DATA PATTERN

BYTE

010

001

5
PAGE 7=20

SEQ 0060

€ DMRE MB8203 STATIC
rY
- e

DMRE .P11

288%

DIAG #1
08-JUN=81 13:27

00c703

10C

5004

002704
002705
002706
002707
002710
002711
002712
002713
002714

000
000
377
377
125
125
252
252
001

5023

002726

040

5024
5025
5026
5027
5028
5029
5030
5031
5032
5033
5034
5035
5036
5037
5038
5039
5040
5041
5042
5043
5044
5045
5046
5047
5048
5049
5050
5051
5052
5053
5054
5055

5056
5057

BYTE
;owwne

5005
5006
5007
5008
5009
5010
5011
5012
5013

5014
5015
5016
5017
5078
5019
5020
5021
50¢2

MACY?1 30A(1052)
15=JUN=81
GLOBAL DATA SECTION

002715
002716
002717
002720
002721
00272¢2
002723
002724
002725
002727
002730
002731
002732
002733
002734
002735
002736
002737
002740
002741
002742
002743
002744
002745
002746
002747
002750
002751
002752
002753
002754
002755
002756
002757
002760
002761
002762
002763
002764
002765
002766

002767
002770

000
002
00C
0C4
000
010
000
020
000

000
100
000
200
000
000
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200
376
377
375
377
373
377
367
377
357
377
337

377
277

Patk:

DATA

.BYTE
.BYTE
BYTE
BYTE
BYTE
ABYTE
BYTE
BYTE
BYTE

000
000
377
377
125
125
252
252
001

BYTE

040

.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

BYTE
BYTE

5
PAGE 7-27

SEQ 0061

100

PATTERN K

BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE .BYTE
BYTE
8YTE

15:34

trene

000
002
000
004
000
010
000
020
000
000
100
000
200
000
000
001
000
002
000
004
000
010
000
020
000
040
000
100
000
200
376
377
375
377
373
377
367
377
357
377
337

377
277

Y6
:

CZDMRE MB8203 STATIC DIAG #1

- (ZDMRE.P11

08-JUN=-81 13:27

'
|
.

5058
5059
5060
5061
5062
5063
5064
5065
5066
5067

002771
002772
002773
002774
002775
002776
002777
003000
003001
003002

377
177
377
377
37¢
377
375
377
373
377

.
'

5070
5071

003005
003006

357
377

|
|

5068
5069

5072

003003
003004

003007

5073 003010
5076 003011
5075 ~ 003012
5076 003013
5077

MACY11 30A(1052)

5079

BYTE
BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE.
BYTE
BYTE
BYTE

367
377

BYTE
.BYTE

337

377
277
377
177

003014
003015
003016

000
000
377

. 5084 . 003020
5085 003021

000
000

5083

003017

5086
5087

5088
5089
5090
5091
5092
5093
5094
5095
5096
5097

003022
003022
003023
003024
(003025
003026
003027
003030
003031

377

5099

PATL:

;ewnnwx

PATM:

000
020
000
000
200
000
000
051

003032

000
000
000
125
000
252
000
377
005
000
012
000
017
000

PATN:

377
177
377
377
376
377
375
377
373
377

367
377

.BYTE
357
L. B <

“ TBYTE © 337

DATA

377
277
377
177

PATTERN

.BYTE
.BYTE
.BYTE

000
000
377

BYTE
.BYTE

000
000

.BYTE

Jeewnn

003C32
003033
003034
003035
003036
003037
003040
003041
003042
003043
003044
003045
003046
003047

.BYTE
.BYTE
.BYTE
BYTE

5098

5100
5101
5102
5103
5104
5105
5106
5107
5108
5109
5110
5111
5112
5113

;exxxx

003014

15:34

GLOBAL DATA SECTION

5078

5080
5081
5082

15=JUN=-81

wwxtxwse

377

DATA PATTERN M #wnes

.BYTE
BYTE
.BYTE
.BYTE
BYTE
LBYTE
BYTE
BYTE
DATA

000
020
000
000
200
000
000
051

PATTERN N

LBYTE
.BYTE
.BYTE
BYTE
.BYTE
LBYTE
BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE

000
000
000
125
000

252
000

377
005
000
012
000
017
000

t#ree

PAGE 7<22

SEQ 0062

il
D
il
il
il
2D 0o
i
il
il
D
il
i
aald
il
il
il
il
o
)
)
i coh
Al

NOWVNSBWN=OVONC
N WN =0V
NNV S

O«}CfiSfi)Efi
VONOWNB

[0 Yo Yo Mo W, LW LV LV LV, LV IV [V IV V. P
W =0V
N NSBWN=O0

(WL R LV, RO RV L R, LV RV AW, LW RV RV, RV, R LW AW, LW, LV LW L LW, L RV )

D el -

NN TN N

D
)
) —d

N NN NN

) cd
) —d e

NN NN NN

)
—

WINWWWWWWNIN
NN NN NINININ) — b =3 s s

03 STATIC DIAG #1

MACY11 30A(1052)

08=JUN=81 13:27

003066
003066
003067
003070
003071
003072
003073
003074
003075
003076
003077
003100
003101
003102
003103

PATTERN

.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

PAGE 7<23

SEQ 0063

newes

000
041
004
070
020
040
100
101
200
201
300
11
301
375

sxxwse DATA PATTERN P ssxss

000
113
200
040
020
010
001
104
007
105
007
144
107
157

PATP:

.
;evxxx

003104
0031C5
003106
003107
003110
003111
003112
003113
003114
003115
003116
003117
003120

000 000
00]
000
013
000
011
000
021
000
101
000
301

003122
003123
003124
003125
003126
003127

000
001
000
002
000
004

003121

DATA

PATO:

000
041
004
010
020
040
100
101
200
201
300
111
3C1
375

15:3&

GLOBAL DATA SECTION
;oxxws

003050
003050
00305
003052
003053
003054
003055
003056
003057
003060
003061
003062
003063
003064
003065

15<JUN=-81

000

PATU:

«BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
MSYTE
BYTE
DATA

000
113
200
040
020
010
001
104
007
105
007
144
107
157

PATTERN

.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE

000
001
000
013
000
011
000
021
000
101
000
301

.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE

000
001
000
002
000
004

BYTE

000

,
U

*xxx»

(ZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27

Vi vV
A
T

5170
5171
5172
5173
5174

W
VO NOWVN
WhY
—

oo~

IR NN

g —g—— g ——

R R

175
76
77
78
79

15<-JUN=-81
MACY11 30A(1052)
GLOBAL DATA SECTION

BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE

003130
003131
003132
003133
003134
003135
003136
003137
003140
003141
003142
003143
003144
003145
003146
003147
003150
003151

;exxnx

003152
003153
003154
003155
003156
003157
003160
003161
003162
003163
003164
003165
003166
003167
003170
003171
003172
003173
003174
003175
003176

003211
003212
003213
003214
003215

PATV:

PATTERN

BYTE

000
040
000
100
000
200
000
346
000
345
000
343
000
307
000
247
000
147
V

wwxwxx

000

BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE

000
333
000
331
000
323
000
313

BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE

133
000
000
001
000
002
000

.BYTE
BYTE
.BYTE

BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE

BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE

15:34

000
233
000

004
000
040
000
100
000
200
000

346
009
345
000

343

000
307
000

247

PAGE 7-24

SEQ 0064

' CZDMRE M8203 STATIC DIAG #1
' CZDMRE .P11

l
|

00321¢
003217

08-JUN=-81

13:27

MACY11

30A(1052)

GLOBAL DATA SECTION

00C
147

003220

15=JUN=81

.BYTE
BYTE

15:34

PAGE 7-25

SEQ 0065

000
147

ENDPAT:
.EVEN

s**»
MSG1:

TEST MESSAGES TO BE TRANSMITTED

TXSOM
TXSOM

000
000252
00C377
000000
001000
001000
001000
001000

000377

003260

001000

003262

000100

mMSG4:

377

;*** RECEIVED DATA BUFFER (64. WORDS)
RCVBUF: .BLKW
64.

#*»

re—

| CZDMRE MB203 STATIC DIAG #1
08-JUN=81 13:27
| (ZDMRE .P11
|
|

|
|

5274
5275
5276
5277
5278
5279
5280
5281
5282
5283
5284
5285
(4)

(3
(2)
5286
5087
5288
5289
5290
(4)

(3)
(3)
(3

(3)
(3)
(3)
(2)
5291
5292
5293
5294
5295
5296
5298
5295
5300
5301
5303
5304
5305
5306
5307

MACY11 30A(1052)

15-JUN-81

GLOBAL TEXT SECTION

.SBTTL

15:34

PAGE 7-26

SEQ 0066

GLOBAL TEXT SECTICN

SAAAAA AU A AR AX RN AAURAA R AL A AN RAA AR XN AX AR R AN AAX KA AL RN ARAARANARAR

THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

AND ASCII INFORMATION THAT ARE USED IN
MSgSA?EiN

:§

XZZZXXZZZXXZX%ZZZZ2122111122112211222.ZXXZZ!ZZZZZZZXZ222ZZZZZZZZZIZZZZXZZX!ZZZ
e

2222232232222

23223 2233323232322

23322 2222332232222

‘% NAMES OF DEVICES SUPPORTED BY PROGRAM

22222222 222222222

RRiRtRRRltllhl)

‘:t"tt't"'!t.t'tt't'."'tQQ'tt.i"'t.tt't't't""...t'."""."t."."'.'Q'

003462
003462
003462

<M8203%>

DEVTYP

034115

030062

LSDVTYP::

000063

LASCIZ
.EVEN

/MmM8203/

;;tlt'tt.".tt'ttt'tt't.t't*"t't.lQQQ'QQ'QQ..ttt't'.".'.t"t."QQQQQ.QQ"Q."

TITLE

PROGRAM

:;t'tttt*tt'tfittt'tt'tQt"'tttfltt.t'Q'ttttltt.‘tt..t!t'.ttt..ttt'tt.'.'t't..t..

0C3470
003470
003470
003476
003504
003512
003520
003526
003534

DESCRIPT
034115
052123
046040
052040
026440
020124
031040
003540

030062
052101
043517
051505
050040
020061
000

020043
041511
041511
051524
051101

LASCIZ

/M8203 STATIC LO

0463117

.EVEN

: FORMAT STATEMENTS USED IN PRINT CALLS
SUARAAUAXRXRAXRXXAX KA AURKAIAX KA XX A AX AL RX LA X AXRAX KL AX AL AX L AA KRR AU RA R AL R AKX AKX
:

INSERT

USE

THE

THE FORMAT STATEMENTS USED IN THE VARIOUS PRINT CALLS.
_ASCIZ STATEMEN

ZZZZ%ZZZZZZZZZZZZZZ!XZZZZXZZZZZXXZZ2112ZZZXZX!XZZZZZZ2122ZZZZZXZZZZZZZZZZIZZZXZZZ

CZDMRE MB8203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27

MACY11

30A(1052)
15-JUN-81
GLOBAL SUBROUTINES
.SBTTL

15:34

6
PAGE 7-27

SEQ 0067

GLOBAL SUBROUTINES

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

N
W

3/
THE GLOBAL SUBROUTINES ARE CALLED BY MORE THAN ONE TEST
////////////////////////////////////////////////////////////////////////////////

Qttttt"t't'tfi.i"".Q""'..fi..".l.'.l'tt'.'.t'...'Q'Q'....t't..t'..'t"Q""

;* STPCLK = THIS SUBROUTINE FORCES THE DMC11 OR KMC11 MICROPROCESSOR TO
.

5323
5224
5325
5326
5327
5328
53¢9

003540
003540
003546
003554
003562
003570
003574

152777
017677
152777
142777

062716
000207

000006
000000
000007
000007
000002

176702
176702

EXECUTE AN INSTRUCTION WHICH IS PASSED IN THE WORD FOLLOWING THE

AR A AR AR AR AR AR A AR A AR AR

STPCLK:

176666
T 76660

BISB
MOV
BISB
BICB

#ROMO !ROMI ,@BSEL1
;SET ROMO, ROMI BITS IN BSEL1
a(SP) ,@SEL6
;PUT INSTRUCTION INTO SEL6
#ROMO!RCM]
! STEPMP ,@BSEL1 ;SET ROMO, ROMI, STEPMP N BSEL1
#ROMO!ROM] !STEPMP ,@BSEL1 ;CLEAR ROMO, ROMI, STEPMP [N BSEL1

RTS

ADD

#2,(SP)

2222222222222

;* MSTCLR =

THIS

R AR R A A A A A AR AR

5338
5339
5340
5341
5342
5343
5344
5345
5346
53,7
5348
5345
5350

5354

003576
003576
003600
003604
003612
003620
003624
003626
003630
003632
003640
003646
003652

010146

013746

112777
142777

012701
000240
005301
001375

152777

012737
005037
004737
012637
012601
005037
003670 000207

MSTCLR:

002400
000100
000300
000024

000010
000013
002366
003750
002400

176636
176630

2%:
176610

002400

sFIX UP RETURN PC
JRETURN

2202222022

SUBROUTINE

RRRRt2RR

222

ISSUES A MASTER CLEAR AND

2Rt

AR AR R AT AT AR AR RAAARARARARAARARAARANARAAR S AR ARAANAARRARAAA

R1,-(SP)
;SAVE R1
REGNUM, - (SP)
:SAVE LU REG NO.
#MCLR,aBSEL1
;SET MASTER CLEAR BIT
#RUN!MCLR,aBSEL1 ;CLEAR RUN AND MCLR BITS
#20. ,R1
JINITIALIZE STALL COUNTER

BNE
BISB

2%
#LULOOP,@BSELT

(LR

WRIBYT

MOV
MOV

(SP) +,REGNUM
(SP)+,R1

gg?

JSR

CLR

;STALL

;SET LU LOOP

;SET LU REG NO.

PC,WRITLU

;CLEAR REG 13

IN LOOP FOR SEVERAL MICRO-SEC

#13 ,REGNUM

SAVLEN

RTS

Rttt

SETS LULOCP

MOV
MOV
MOVB
BI(B
MOV

MOV

002432

CALL.

AR AAARAAAAAAARAAARARAAAAAARAAAAAAAAAARAARAAAR
AR
RSN

= 13

JRESTORE LU REG NO.
sRESTORE R1

;CLEAR CHAR LENGTH FROM SETUP

sRETURN

t.'.!t'ti'.l'.tt'..t'it"'..'t.t'tfi'.‘t..'tttt.‘..t"..Q't"'t't.".'.""'.."

READLU =

THIS

SUBROUTINE

FORCES

THE

DMC11

OR KMC11

M]CROPROCESSOR

TO EXECUTE
AN INSTRUCTION WHICH READS THE LINE UNIT REG WHOSE

NUMBER IS PASSED IN REGNUM,

INTO REDBYT,

""'.'..t'"'.t....'fi."t"tt'."""...t"'tt't't..t""""'.""""".".'!t

CZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
08=JUN=81 13:27

5365
5366
5367
5368
5369
5370
5371
§372
£373
5374
5375
5376
5377
.
5378
5379
|
5280
5381
5382
5383
5384

010146
013701
006301
006301
006301
006301
052701
052701
010137
004737
000000
117737
105037
012601
0002C7

MACY11

30A(1052)
15-JUN=-81
GLOBAL SUBROUTINES
READLU:

002400

MOV

MCV
ASL

ASL
ASL

000004
021000
003730
003540
176516

002365

002364

2%:

ASL
BIS
BIS
MOV
JSR

.WORD
MOVB
CLRB

MOV
RTS

5385
5386

15:34

6
PAGE

R1,=(SP)

REGNUM,R1
R1

7-28

;SAVE R1

JGET LINE UNIT REG NUMBER
JSHIFT INTC SOURCE BITS 4=-7

R?
#4 ,R1
#MVIOX,R1

R1,2%
PC,STPCLK

JSET DESTINATION = BSEL4
;SET REST OF MOVE INSTRUCTION
JSET INSTRUCTION AS SUBROUTINE ARGUMENT
JEXECUTE MOVE INSTRUCTION

-(SP)+,R]

RESTORE R1

0
aRSEL4 ,REDBYT
REDBYT+1
PC

s INSTRUCTION GOES HERE
:GET LU REG CONTENTS INTO REDBYT
;CLR HI BYTE OF STORAGE
*RETURN

"""**'.""‘.*"‘.""""".'fi".""'.'.".""'.'.Q.'.".....'.""."Q'.""

:* WRITLU = THIS SUBROUTINE FORCES THE DMC11 OR KMC11 MICROPROCESSOR TO
o
EXECUTE AN INSTRUCTION WHICH LOADPS THE BYTE CONTAINED IN WRIBYT
o®
INTO THE LU REG WHOSE NUMBER IS PASSED IN REGNUM,

.'t'.."'Q."Qt"'*""""t"'.'.""'..".."fi.'.'.'**".""Q..‘Q..t"'."."'.

003750
003750
003752
003756
003762
003766
003772
003776
004010
004012
004014

010146
013701
052701
052701
010137
105037
113777

004737
000000
012601
000207

WRITLU:

002400
000100

R1,=-(SP)

:SAVE R1

BIS

#100,R1

;SET SOURCE = BSEL4

MOV

BIS

122000

004010
002367
002366
003540

MOV

MOV
CLRB

176450
2%:

REGNUM,R1

#MVIXO0,R1
R1,2%
WRIBYT+1

MOVB

WRIBYT ,aBSEL4

.WORD

JSR

MOV
RTS

PC,STPCLK
(SP) + ,R1

JGET

LINE

UNIT REG NUMBER

;SET REST OF MOVE INSTRUCTION

JSET INSTRUCTION AS SUBROUTINE ARGUMENT
;CLR HI BYTE OF STORAGE

;LOAD BYTE

INTO BSEL4

JEXECUTE MOVE

INSTRUCTION

;RESTORE R1
JRETURN

'Q'..".'.'Q."".'.‘"'t'"'Q.'."'Qfi‘fi.'t.'it'fi"'fi.'.'"'."'.'.Q'.".i'."'

:* GETREG = THIS SUBROUTINE READS THE LINE UNIT REGISTERS 10-=17 INTO THE
.'
REGISTER STORAGE TABLE (LUREG:).

22222222232323

002400
002302
000010
003672
002364
002400
002400

—

GETREG: MOV
MOV

002400

3%:

MOV
MOV
JSR
MCvVB

CLRB

000020

INC

(MP

2322322222223

32322323233232323223332233233202222222223

R1,-(SP)
REGNUM,-(SP)

;SAVE R1
;SAVE CURRENT REG NO.

(R1)+

;CLEAR UPPER BYTE

#LUR10,R1
#10,REGNUM
PC ,READLU
REDBYT,(R1)+
RE GNUM

REGNUM, #20

JINIT POINTER TO REG STORAGE
JINIT LU REG NO. TO 10
JREAD A LINE UNIT REG
:PUT BYTE READ INTO TABLE
s INCREMENT REG NO.

JSEE

TABLE

IF ALL REGS READ YET

TABLE

ENTRY

2222222222

SEQ 0068

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE P11
08=JUN-81 13:27

004062
004064
004070
004072

002765
012637
012601
000207

30A(1052)
15=JUN=81
GLOBAL SUBROUTINES

002400

5440

5441
5642
5443
5444
5445
5446
5447
5448
5449
5450
5451
5452
5453
5454
5455
5456
5457

8,0,
Se

:BR IF NOT

JRESTORE

AR R AR

(URRENT KEG NO.

JRESTORE R1

SEQ 0069

sRETURN

AR R R

TR AR AR R AR AR AR AR R AR ARNRNARARE A ARAANRRRARRARARR NN

AR RO R

TERMINATE

BSEL1,

THE

OR CALL

LOOP,

THE

PDP-11

PROGRAM MUST

SUBROUTINE MSTCLR TO DO THIS.

CLEAR

THE

RUN BIT

"t'Q-"t"Qtt.Q'tt.'QQ"'i't'tfi"Q.'Q'QQ..'Q."..'Q"QQ"'Q"'."t'.'..""'"'t

004074
004074
004102
004110
004116
004122

152777

017¢77
152777

062716

000207

00000¢
000000
000206
000002

76346

LOOPIN:

176346
176332

B1SB
MOV
BISB
ADD
RTS

#ROMO!ROM] ,@BSEL1
;SET ROMO, ROMI BITS IN BSEL1
a(SP) ,aSEL6
;PUT MICROINSTRUCTION INTO SEL6
#RUN!ROMO!ROM] ,@BSEL1 ;SET RUN, ROMO, ROMI IN BSEL1
#2,(SP)
sFIX UP RETURN P(
PC
JRETURN WITH MICROPROCESSOR STUCK IN SINGLE

INSTRUCTION LOOP

MALEALS

222222222

2222222222

:* READAX = THIS SUBROUTINE READS THE USYRT REG PAIR WHOSE NUMBER (0-3)
i
i

IS PASSED IN BITS 1,2 OF AXNUM ON ENTRY, AND RETURNS THE BYTES READ IN

RAX15 AND RAX16.

RRDYTO BI1

SET

THE LINE UNIT DOES NOT RESPOND WITH READY

IN ERROR1

IN REG 14,

ON RETURN.

:'Qt'tt'.t"'fifitfi"'fi""""'i..i!"..fi.'.i"'tt"."".'.Qt".'t.t.t.""'tt't

010146

013746
042737
012737

5458

5459
5460
5461
5462

113737

006237
152737

5463

5466

053737
004737
005001
004737

5473

005201
001370
052737
00042/
012737

5464

5465

5467
5468
5469
5470
5471
5472

132737

001006

5474

5475
5476

(SP)+,RI1

7-29

LOOPIN = THIS SUBROUTINE PLACES T/'E MICROPROCESSOR IN A LOOP ON AN
INSTRUCTION, BY MOVING THE INSTRUCTION FROM THE WORD FOLLOWING THE CALL
INTO SEL6, AND SETTING RUN AND ROMI IN BSEL1. THE SUBROUTINE RE TURNS
WITH THE MICROPROCESSOR STUCK IN THE LOOP, AND IF IT IS DESIRED TO

5434

5435

;*
.

5432
5433

5438
5439

MOV

6
PAGE

(SP)+ ,REGNUM

CER AR R A AR AR AT

5431

5436
5437

RTS

5430

15:34

BLT

MOV

5421
5422
563
5624
5425
5426
5427
Su28
5429

MACYT!

004252

004737
113737
105037

002400
000001
000014
002402
002366
000024
002426
003750

READAX:

002420
002409
002366

ASR

002366
002366

003672
000200

002364

000001

002420

000015
003672
002364
002371

002400
00237¢

MOV

MOV
BIC
MOV
MOVB

BI1SB

6%:

9%:

R1,=(SP)

REGNUM,=(SP)
#RRDYTO,ERROR1
#14 ,REGNUM
AXNUM,WRIBYT

WRIBYT

:SAVE

:STORE CURRENT REG NO.
;CLEAR ERROR BIT
:SET LU REG NO. = 14
:SET UP AX REG NO. BITS

#RDAX
! ENAX ,WRIBYT ;SET UP BITS TO LOAD INTO REG 14

BIS
JSR
CLR
JSR
BITB
BNE
INC
BNE
BIS

DISILO,WRIBYT
PC,WRITLU
R1
PC ,READLU
#READY ,REDBYT
9%
R1
6%
#RRDYTO,ERROR1

;SET PROPER STATE OF DISSI BIT
;SET RDAX AND ENAX [N REG 14
JINIT TIMER
JREAD REG 14
;SEE IF READY BIT SET IN REG 14 YET
.BR IF READY SET
;INCR TIMER
;BR IF TIMER DIDN'T TIME OQUT YET
;SET ERROR FLAG FOR TIME QUT ON READ RDY

MCv
JSR

#15 ,REGNUM
PC,READLU

;SET REG NO,
;READ REG 15

mMovB
CLRB

12%

REDBYT ,RAX15
RAX15+1

;BR TO RETURN

sSTORE REG AX=15
sCLR H] BYTE OF STORAGE

CZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11

08-JUN-81

13:27

5477
5478
5479
5480
5481
5482
5483

012737
004737
113737
105037
012637
012601
000207

000016
003672
002364
002373
002400

5484
5485
5486
5487

004256
004264
004270
004276
004302
004306
004370

MACY11

30A(1052)
GLOBAL

002400
002372
.

128:

15=JUN-81

SUBROUTINES

MOV
JSR
MOvB
CLRB
MOV
MOV
RTS

15:34

PAGE 7-30

#16 ,REGNUM
PC,READLU
REDBYT ,RAX16
RAX16+1
(SP)+,REGNUM
(SP)+,R1
PC

;SET REG NO. = 16
sREAD REG 16
;STORE REG AX=16
;CLR HI BYTE OF STORAGE
;sRESTORE CURRENT REG NO.
JRESTORE R1
sRETURN

5‘88

-SRR AR R AR AR AR A AR AR AT AR A AR

5489
5490
5491

;% WRITAX = THIS SUBROUTINE WRITES THE USYRT REG PAIR WHOSE NUMBER (0-3) IS
i
PASSED IN BITS 1,2 OF AXNUM ON ENTRY, WITH THE DATA FROM WAX15 AND
o
WAX16. IF LINE UNIT DOES NOT RESPOND WITH READY IN REG 14, WRDYTO BIT

5(,93

.'t""tt.!.!'ttQtt.i"'t""tfi""t.i".Q."'Q'fit'tt"."'t""."tl.'."'.".'tt

5492

5494

004312

010146

5495

004314

013746

002400

56499
55C0
5501

004342
004346
004354

006237
053737

002366
002426
003750

5504
5505
5506
5507
5508
5509
5510
5511
5512
5513
5514
5515
5516
5517
5518
5519

004372
004400
004404
004410
004414
004422
004426
004434
004442
004446
004454
004462
004466
004470
004474
004502

5496
5497
5498

5502
5503

5520
5521
5522
5523
5524

5525
5526
5527
5528
5529

5530

004320
004326
004334

004360
004366

042737
012737
113737
004737

012737
105037

113737
004737
005237
105037
113737
004737
012737
113737
006237
152737
053737
004737
005001
004737
132737
001005
004504 005201
004506 001370
004510 052737
004516 012637
004522
0126017
004524
000207

000002
000014
002402

000015
002375

002374
003750
002400
002377
002376
003750
000014
002402
002366
000014
002426
003750
003672
000200

WRITAX: MOV

MOV

002420
002400
002346

BIC
MOV
MOVB
ASR
BIS
JSR

002366

002400
002366

002366
002400
002366
002366
002366

002364

6%:

:
000002
002400

IS SET

002420

9%:

AR AR

SEQ 0070

R1,=-(SP)

:SAVE R1

#WRDYTO,ERROR1
#14 ,REGNUM
AXNUM,WRIBYT

;CLEAR ERROR BIT
sSET LU REG NO. = 14
<SET AX REG NO. BITS

REGNUM, = (SP)

WRIBYT
DISILO,WRIBYT

PC,WRITLU

#15 ,REGNUM
WAX15+1

INC
BNE
BIS
MOv
MOV

R1
6%
#WRDYTO,ERRORT
(SP)+ ,REGNUM
(SP)+,R1

RTS

A AR AR

RS,

IN ERRORT ON RETURN.

MoV
CLRB

MOVB
JSR
INC
CLRB
MovB
JSR
MOV
MOvVB
ASR
BISB
BIS
JSR
CLR
JSR
BI1TB
BNE

AAAARAAARAARAAAAAAAAAAARAAARARARAARARARR

:SAVE CURRENT REG NO.

;SET PROPER STATE OF DISSI BIT
;SET AX NO. BITS IN REG 14

;SET REG NO. = 15
;CLR HI BYTE OF STORAGE

WAX15,WRIBYT
sSET UP BYTE TO WRITE INTO REG 15
PC,WRITLU
;WRITE BYTE INTO REG 15
RE GNUM
;SET REG NO. = 16
WAX16+1
:CLR HI BYTE OF STORAGE
WAX16,WRIBYT
sSET UP BYTE TO WRITE INTO REG 16
PC,WRITLU
;WRITE BYTE INTO REG 16
#14 ,REGNUM
;SET REG NO. = 14
AXNUM, WRIBYT
:SET AX REG NO. BITS
WRIBYT
HENAX!WAX ,WRIBYT ;SET UP BITS TO LOAD INTO REG 14
DISILO,WRIBYT
;SET PROPER STATE OF DISSI BIT
PC,WRITLU
sSET ENAX AND WAX IN REG 14
R1
s INIT PROGRAM TIMER
PC,READLU
;READ REG 14
#READY ,REDBYT
;SEE IF READY BIT SET IN REG 14 YET
9%
:BR IF READY SET

PC
;

;INCR TIMER
:BR IF TIMER DIDN'T TIME QUT YET
;SET ERROR FLAG BIT FOR TIME OUT ON WRITE RDY
JRESTORE CURRENT REG NO.
JRESTORE R1

sRETURN

SSS‘

'....lt...t'.'...'tt"""'.""'.'..'.""..l't"...."‘.".t"".'..'.""."

5537

;* GETALL = THIS SUBROUTINE READS THE LINE UNIT REGS 10=17

AND THE EXTENDED

(ZDMRE MB203 STATIC DIAG #1
:ZDMREOP11
08=JUN-81 13:27

MACYTT

30A(1052)
15-JUN=81
GLOBAL SUBROUT INES

15:34

6
PAGE 7-31

SEQ 0071

REGISTERS AX0-AX3 INTO REGISTER STORAGE TABLE (LUREG:).

;"""'t'."'.".'fi"'"""'..'.'.'..Q..Q'Q...'..".....Q...'...Q'Q".'.......

010146
013746
012737
032737
001403
012737
004737
142777

012701
005037
004737
113721
105021
113721
105021

062737
023727
002761
012637
012601
013737
006237
000207

002402
014435
000001

014440
004016
000C10
002322
002402
004124
002370

GETALL: MOV
002530
002402

002530
175656

1%:

3%:

002372

000002
002402

002402
002532

(R1)+

;CLEAR UPPER BYTE OF

ADD

#2 ,AXNUM

MOV

(SP) + ,AXNUM

RTS

sSET AX LO BYTE NO.
;SEE IF LO OR HI BYTE
;BR _IF LO BYTE
;SET AX HI BYTE NO.
JREAD AND STORE REGS 10-17
;CLEAR LULOOP
JINIT POINTER TO REG STORAGE TABLE
;INIT AX REG BYTE NO. TO O
JREAD 2 AX REG BYTES
;PUT LO BYTE READ INTO TABLE
:CLEAR UPPER BYTE OF TABLE ENTRY

RAX716,(R1)+

MOV
MOV
ASR

002532.

#DHS, TMPO
#R1TO,AXNUM
1%
#DH6, TMPO
PC,GETREG
#LULOOP,@BSELT
#AX0.15,R1
AXNUM
PC ,READAX
RAX15, (R1)+
(R1)+

mMovB

MOV
BIT
BEQ
MOV
JSR
BI(B
MOV
CLR
JSR
MOVB
CLRB

(MP
BLT

002402

;SAVE R1

AXNUM, = (SP)

CLRB

(ucs02
000010

R1,=(SP)

MOV

;SAVE

CURRENT AXx REG BYTE NO.

;PUT HI BYTE READ INTO TABLE

TABLE ENTRY

s INCR AX REG BYTE NO.

AXNUM, #10
3%

;SEE IF ALL REGS READ YET
sBR IF NOT

(SP)+,R1
AXNUM, TMP1
TMP1

;JRESTORE R1
;
;GET EXTENDED REG NO.

JRESTORE

CURRENT

AX REG BYTE

;RETURN

NO.

FOR PRINTOUT

AL S22l
iRRRlR
R RRRRR
R
R

;* OSIRDY = THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF ORDY (REG 11)
:*
AND OCOR (REG 17) AND REPORTS AN ERROR IF EITHER IS NOT PROPERLY SET
o

?2 PASSED

e
A

LL.
IF AN ERROR OCCURS,

IN BIT

(ORDY)

RETADR.

AND BIT

(OCOR)

A RETURN IS MADE

TO THE

THE

WORD FOLLOWING

TEST, AT

THE

ADDRESS

;Q...t'."'.'Q"'Q"l"""""Q.Q't't.'...'.t.t..'."'.'tQ.t.'t".'lQ.'t.."'..

013746
013746
005737
001006
016637
162737

012737
004737
032776
001413
132737
001022

004737
5585
(4)

(5)
(5)

104455

000007
012374

002400
002352
002352

OSIRDY:

MOV
MOV
TST

REGNUM, - (SP)
SUBRP(C,=(SP)

MOV

4(SP) ,SUBRPC

MOV

#17 ,REGNUM

BNE

SUBRP(

000004
000004
000011
003672
000001

002352
002352
002400
000004

BIT

#B1T0,@4(SP)

000020

002364

BITB
BNE

#0ORDY ,REDBYT
9%

004526

1%:

SUB

JSR

BEQ

JSR

LU REG NO.

JSEE

:BR

THIS

YES

#4 , SUBRP(

;JGET PC OF

P(C ,READLU

JREAD REG 11

PC,GETALL

sREPORT ORDY NOT SET
ERRDF

:SAVE

7 ,EM7 ,ERRS

IS A NESTED

SUBROUTINE

;SET REG NO.

GET EXPECTED STATE

;B8R IF

CALL

CALL
ORDY

EXPECTED ORDY = 0

;SEE IF ORDY = 1
;BR IF ORDY = 1

;GET REuS FOR PRINTOUT

TRAP

C$ERDF

+WORD

Em/

.WORD

(ZDMRE MB203 STATIC DIAG #1
CJDMRE P11

08=JUN=81

(S)

015622
000451

5586
5587
5588

589
5590
5581

004760
004762
004 764
004772
004774

132737

001407
004737

13:27

000020

MACYTT

002364

00452¢

30A(1052)
15=JUN=81
GLOBAL SUBROUTINES

3%:

RITB

BEQ
JSR

15:34

PAGE

16%

#0RDY ,RcDBYT

9%
PC,GETALL

sREPORT ORDY NOT (LEARED
ERRDF
8,EM8,ERRG

7-32

SEQ 0072

;TAKE

ERRG

. WORD

ERROR RETURN

;SEE [F ORDY = 0
;BR IF ORDY = 0
;GET REGS FOR PRINTOUT

(4)

($ERDF
&
EM8

TRAP

(S)
(S)
(5)

5592
5593
5594

5595

5596
5597

5598

009017
003672
000002

002400

000020

002364

000004

004526

5599

5600
S601

9%:

. WORD
. WORD
. WORD

BR
MOV

16%
#17 ,REGNUM

;TAKE

BITR
BEC

#BIT1,a4(SP)
12%

GET EXPECTED STATE OF OQCOR

BNE

20%

:BR IF OCOR = 1
;GET REGS FOR PRINTCOUT

JSR

BIT8B

PC,READLU

#0COR ,REDBYT

JSR
P(,GETALL
;REPORT OCOR NOT SET
FRRDF

FRROR

RETURN

ERR4

;SET REG NO. = 17

JREAD LU REG 17

;BR IF EXPECTED OCOR = 0
;SEE IF OCOR = 1

G,EMS,ERR4L

CSERDF

TRAP

4)
(S)
(5)

(%)

5602
5603

000020

5604

5605
5606
5607

002364

00452¢

128:

5S)

000012
012447
015622
016637
013706
013746
000407
062766
012637
012637
000207

(S)
(5)

5608
5605
5610
5611

000002

002346
0023€2

002400

000002 000004
002352
002400

16%

#0COR ,REDBYT

ERRDF

10,EM10,ERRS

BEQ
20%
JSR
PC,GETALL
sREPORT OCOR NOT CLEARED

104455

(4)

BITRH

16%:

MOV

2(SP) ,REGNUM

MOV
MOV

PSTACK ,SP
RETADR,=(SP)

ADD
MOV

#2.,4(SP)
(SP)+,SUBRP(

RTS

23%%:

23%

MOV

CERAARRRRP R

(SP)+ ,REGNUM

: TAKE

ERROR

RETURN

-WORD
.WORD
.WORD

TRAP

( $ERDF

EMS
ERR4

;SEE IF OCOR = 0
JBR IF OCOR = 0
JGET REGS FOR PRINTOUT

JRESTORE
JRESTORE
;FIX

LU REG NO.
STACK POINTER

ERROR RETURN PC

JFIX UP ERROR-FREE

JRESTORE

sRETURN

AR RRAR AR RARR RN R R RN R AR A AR RN

ARARRR

. WORD
. WORD
. WORD
TO BASE

EM10
ERR4

LEVEL

RETURN P(

LU REG NO.

RAR

RN R

RRP RN R RN R RRRRRRRRROERROETRRRROERRREY

©* WAIT50 = THIS SUBROUTINE STALLS FOR AT LEAST 50 MICRO=SEC, AND THEN RE TURNS.,
S

005146
005150
005154
005156
005160

000310

AAZEE

WAIT50:
38:

MOV
MCv
DE(
BNE
MOy

2222222 R

ARl

R1,=(SP)
R
#200.
R1
%
(SP)+,R]

JSAVE R1

JINIT COUNTER
JDECREMENT COUNTER
JBR IF NOT DONE vET
JRESTORE W1

Rl Rl

AR RN}

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

5629
5630
5631
5632
5633
5¢34
5635
5636

5637

5638

5639
5640
5641
5642
5643

005162

MACY11

30A(1052)
165=JUN=81
GLOBAL SUBROUT INES

000207

RTS

15:3&

6
PAGE

SEQ 0073

7-33
sRETURN

CERARRRRRTRARTARRRFARPARRRR
R RR AT RARAAERE

AT A RRANTRAAR TR

i* STALL = THIS SUBROUTINE STALLS FOR ABOUT A MICRO=SEC.
CRARRRRRRRRARRARNN

STALL:

005164
005166
005170

005172

ARARARAATRARRAA R RAARAR AR ARRRTARRR AR

R RN

PSR RR RGN

TR RN RSN R

Rttt Rdre

NOP

NOP
NOP

RTS

5644

5645
5646
5647
5648
5649
5650
5651
5652
5653
5654
5655
5656
5657
5658
5659
5660
5661
5662
5663
5664
5665
5666

A2 2222222222232

;* LDTXS] = THIS SUBROUTINE LOADS
IN BITS 0=11 OF TXWORD.
CRRERR I RAAT

005246
005252

013746
042737
012737
113737
004737
012737
113737
004737
012637
000207

002400

170000

000011

002423

003750
000010
002422
003750
002400

002422
002400
002366

5673
5674

5675
5676
5677
5678
5679
5680
5681
5682
5683
5684

LDTXS]:

THE

iRl

SRR

TXx SILO (REGS 10,11)

WITH THE DATA PASSED

REGNUM, = (SP)

MOVB
JSR

TXWORD+1,WRIBYT ;SET DATA TO BE WRITTEN INTC REG 11
PC,WRITLU
;LOAD DATA INTO REG 11

BiC
MO

AR AR

AR AR AARAAAARARRTARAAAARARANAAAAAAARAAAAANIAARARRCRR
IR AR
Rr R TRdRARaReeS

JSR
MOV
RTS

TRAR

ARl

MOV

MOV
MOvB

002400
002366

;CLEAR UNUSED BITS
;3ET REG NO. = 11

#10 ,REGNUM
TXWORD ,WRIBYT

;SET REG NO. = 10
;SET DATA TO BE WRITTEN

PC,WRITLU
(SP) +,REGNUM
PC

AR AR

;SAVE LU REG NO.

#170000, TXWORD
#1171 ,REGNUM

AAAARAR

;LOAD DATA INTO REG
JRESTORE LU REG NO.
sRETURN

INTO REG 10

AR RAARAAAARARARARANAARARAAAARAARARRAA
AR RREAR T RRARRR AR
RS

i+ STPLU = THIS SUBROUTINE CLOCKS THE LINE UNIT FOR THE NO. OF CYCLES PASSED

5667

5668
5665
5670
5671
5672

2222222222222

IN BITS 0-14 OF

THE WORD FOLLOWING THE CALL.

IF BIT 15 = 1, A CHECK IS MADE TO DETERMINE

REQUIRES DECREMENTING THE NO.
TR

010146
017601
001426
100006
042701
005737
001401
005301

152777
152777

004737
142477

004737

STPLU:

000002

002430

000020
005164
000020
005164

BIC

#RIT15,R1

sCLEAR FLAG BIT

175120

DEC
BISA
BISB
JSR
8I(B
JSR

6%
2%

(HPTYP

THE USYRT CHIP TYPE

AN RAANARAAARAAARARAARAAAAARNRRARR
AR R ARSI
RN

;SAVE R1
;GET DESIRED NO.

BEQ

2%:
3%:

ARAANANRRTAR

R1,=(SP)
al(SP) ,R1

TST

175140
175132

AR AR

CYCLES BY 1.

MOV
MOV

BEQ
BPL

100000

000010

R AR R AN AR

R1
#LULOOP,ABSELT
#STEPLU,@BSELT
PC,STALL
#STEPLU,@BSELT
PC,STALL

CYCLES

;IF DESIRED CYCLES = 0, RETURN
;BR IF CHIP TYPE (HECK NOT NECESSARY
;SEE

;JBR IF

SIG USYRT

YES

sDECREMENT CYCLE COUNT
;SET LU LOOP BIT
;SET THE STEPLU BIT (CLOCK THE TRANSM[TTER)
sSTALL
CLEAR THE STEPLU BIT (CLOCK THE RECEIVER)
sSTALL
-

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

005301
001364
062766
012601
000207

5685
5686
5687
5688

5689
5690
5691
5692
5693
5694
5695
5696
5697
5698
5699
5700

5701
5702
5703
5704
5765
5706
5707
5708
5709
5710
5711
5712

5713

5714
(4)

(5)
(5)

(5)

5715
5716
S717
5718
5719
5720
(4)
(5)
(5)

(5)

5721
5722
5723
5724
5725
5726
5727
5728
5729

5730
5731
5722

000002

MACY11

00000¢

15=JUN=-81
30A(1052)
GLOBAL SUBROUT INES

68:

15:34

DEC

ADD

#2,2(SP)
(SP)+ ,R1
PC

BNE

MOV
RTS

PAGE

SEQ 0074

7-34

;DECREMENT CYCLE COUNTER
;BR IF NOT DONE YET
JFIX UP RETURN PC
JRESTORE R1
:RETURN

CREARRARARTARRARARAAARR AR AR RRAANAARARARARARAAAAARTAARRARPIARRRA
RS ARAR TR R AR

t* DACTIV = THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF QACT (REG 11) AND
P
i

REPORTS AN ERROR IF IT IS NOT PROPERLY
WORD FOLLOWING THE CALL.

SET

TO THE

STATE OF

BIT 0 IN THE

:l.'Q.'."Q.."'.....""'"'.Q..."...'Q."t.fi..t""."'...."......Q.'Q'.t'.

005352
005356
005362
005366
0C5370

005376

00540%
005412
005416
005424
005426
0054 34
005436

005442
005442
005444
005446
005450
005452
005454
0054€2
005464
005470
005470
005472
005474
005476
005500
005506
005512
005516
005520
005526
005532

005536

013746
013746
005737
001006
016637

002400
00235¢
002352

000004
000004
‘012737 -000011
004737 003672
032776 0000017
162737

001413

132737
001031

004737

000100

OACTIV:

002352
002352

002490

MOV
MOy
TST
BNF
MOV
SUB

MOV:

JSR

000004

BIT

002364

004526

REGNUM,=(SP)
, = (SP)
SUBRP(
SUBRP(
1$

4(SP)
, SUBRPC
#4 , SUBRPC
#19,REGNUM

PC,READLU

;SEE IF THIS
:BR IF YES
;GET PC OF
:SET

IS A NESTED CALL

SUBROLTINE

REG NO,

:READ REG 11

11~

:GET EXPECTED

BITR
BNE
JSR

#OACT,REDBYT
9%
PC,GETALL

:SEE IF QACT = 1
:BR IF OACT = 1
:GET REGS FOR PRINTOUT

ERRDF

11,EM11,ERR4

;REPORT QACT NOT SET

STATE

#3170,84(SP)

BEQ

104455

:SAVE LU REG NO.

CALL
QACT

:BR IF EXPECTED OACT = 0

TRAP

000013
012470
000100

004737

002364

004526

016637
013706
013746
000407
062766

012¢37
012637
000207

;TAKE

JSR

PC,GE TALL

:GET REGS FOR PRINTOUT

BITB
BEQ

#OACT,REDBYT
9%

;REPORT OACT NOT ([EARED
ERRDF 12,EM12 ERR4

104455

000014
012505
015622

38:

ERROR RETURN

6%:

MOV
MOV
MOV

2(SP) ,REGNUM
PSTACK, SP
?E;ADR,-(SP)

;RESTORE LU REG NO.
:RESTORE PROGRAM STACK TO BASE
:FIX UP ERROR RETURN PC

000002
002352
002400

00004

9% :

ADD

#2,4(SP)

;FIX UP ERROR=FREE

128:

ERRé

TRAP

(SERDF

LWORD
.WORD

002400

MOV
RIS

(SP)
+, SUBRP(

(SP)+.REGNUM
P

11
EM11

:SEE IF OACT = 0
:BR _IF OACT = 0

000002
002346
002362

MOV

(SERDF

.WORD
.WORD
.WORD

;RESTORE
:RE TURN

LU REG NO.

RETURN P(

.WORD

LEVEL

12
EM12
ERRé

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11

08-JUN=-81

13:27

MACY11

5733
5734
5735

TR
T

5736

5748
5749
5750

5751

R PR AR AR

I
I

IN THE USYRT.

012737
113737

005037
004737
012737
062766
117637
004737
004737
004737
004737
004737
000003
004737
000000
005001
012737
152777
152777

004737

004737
132737
001014
142777
004737
005201

003576
004662

%
%

005352
000004
000006
000400
002374
002376
004312
000017
000002
000006
003750
005174

002492
002374
002422
002422
002400
000006
002366

174506

174500

6%:

002364
174452

005352

004737

003672

9%:

IN RETADR.
22

R1,-(SP)

REGNUM,
= (SP)
AXNUM,
= (SP)

6(SP)
, SUBRP(

22222222

FOR VALID

TO THE

2Rt

;SAVE RI1

:SAVE LU REG NO.

;SAVE AX BYTE NO.

#4 , SUBRP(
PC,MSTCLR
PC,OSIRDY

;GET PC OF SUBR CALL
s ISSUE A MASTER CLEAR
;CHECK ORDY=1, 0OCOR=0

PC,OACTIV

;CHK OACT=0

MOV
MOVB
MOV
MOVR

#4 ,AXNUM

JSET AX BYTE NO.

#TXSOM, TXWORD

;SET

MOV
ADD
MOVB

#17 ,REGNUM
#2,6(SP)

PC,WRITAX

;LOAD AX?2
;SET REG NO. = 17
;INCR POINTER TO NEXT DATA BYTE
;SET DATA BYTE TO LOAD INTO REG 17
;LOAD REG 17
;LOAD THE SILO WITH SOM CHAR
;LOAD ANOTHER SOM INTO SILO

CLR
MOV

BISB
BISB
JSR
JSR
BITB
BNE
BI(B
JSR
INC
(MP
BLT
JSR
-

002400

AND OACT

PROCESS.

SuUB
JSR
JSR
1
JSR

JSR
0

000003

000017
002430

MOV

MOV
MOV
MOV

002400

THE FIRST SYNCH OR FLAG HAS BEEN SERIALIZED

PROGRAM MONITORS ORDY,OCOR,

2222222222202

JSR
JSR
JSR
JSR
JSR

005352

INITIATES TRANSMISSION OF A MESSAGE, BY DOING A

THE SUBROUTINE DETECTS AN ERROR, A RETURN IS MADE

CLR
JSR

005146
004662

000020
005164

THE

ADDRESS CONTAINED

005174

000011
000010
000020
005164
003672
000100

THROUGHOUT

INITRN:

002352
002352

SEQ 0075

A AAARAAAARRAARARAAANRARARAAAARAAAAAAAAARAARAA
R AR AR
RS

CLOCKING THE LINE UNIT UNTIL

117637

002400
002402
000006
000004

7-35

WORDS FOLLOWING THE CALL, LOADING 2 SOM CHARS INTO THE TX SILO, AND

010146
013746
013746
016637
162737
004737
004737
000001
004737
000000
012737

AR A AARARA AR

6
PAGE

MASTER CLEAR, LOADING AX2=15 AND REG 17 WITH THE DATA PASSED IN THE 2

IR I

005540
005542
005546
005552
005560
005566
005572
005576
005600
005604
005606
005614
005622
005630

15:34

INITRN = THIS SUBROUTINE

5737
5738
5739
5740
5741
5742
5743
5744
5745
5746
5747

15=JUN=81
30A(1052)
GLOBAL SUBROUTINES

MOV

(LR
JSR

a6 (SP) ,WAX15

WAX15, TXWORD
WAX16

a6(SP) ,WRIBYT

PC,WRITLU

PC,LDTXSI
PC,LDTXSI

= 4 FOR AX2

;SET DATA BYTE 7O LOAD INTO AXx2=15
TSOM BIT

sSET SYNCH (CHAR

P(,WAITSO
PC,OSIRDY

;CHK ORDY=1, OCOR=1

PC,0ACTIV

;CHK FOR OACT = 0

R1
#11 ,REGNUM

JINIT CYCLE COUNTER
;SET LU REG NO. = 11
sSET LINE UNIT LOOP BIT
sSET CLOCK BIT

#LULOOP ,@BSEL1
#STEPLU,@BSEL1
PC,STALL
PC ,READLU

JWAIT FOR DATA

;STALL

TO RIPPLE

FOR MICRO-SEC

;READ REG 11

sgACT.REDBVT

;SEE IF OACT =11 YET

#STEPLU,@BSEL1

;CLEAR CLOCK BIT

sg.STALL
R1,43
6%

BR IF OACT =

sSTALL FOR A MICRO-SEC

sINCR CYCLE COUNT

JSEE IF 3 CYCLES DONE YET

PC,0ACTIV

:BR IF NOT
;CHK FOR OACT = 1

#17 ,REGNUM
CHPTYP
PC,READLU

SCLEAR USYRT cmpm
“READ REG
sSET REG NO,

STATES,

TEST, AT
RR

THE

(ZDHRE M8203 STATICC DIAG #
ZDMRE. P11
08-JUN=81 13:27

000020 002364

142777

174366

012737

004737
004737
000001
062766
012637
012637
012601
005037
000207

000001
000020
005164
004652

002430

000002
002402
002400

000006

12%:

PAGE

SEQ 0076

7-36

#0COR,REDBYT
12%
#1,CHPTYP

;CHK FOR OCOR CLEARED YET
:BR IF YES = IT IS SIG CHIP

#STEPLU,@BSELT
PC,STALL
PC,0SIRDY

;SET INDICATOR FOR OTHER CHIP TYPE
;CLEAR CLOCK BIT
:STALL FOR MICRO=SE(
;CHK FOR ORDY = 1, OCOR = 0

ADD

#2,6(SP)

sFIX UP RETURN PC

MOV
MOV

(SP) + ,REGNUM
(SP) +,R1

JRESTORE LU REG NO.
*;RESTORE R1

*RE TURN

BICB
- JSR
#SR

(SP) +,AXNUM

CLR

002352

15:34

BITB
BEQ
MOV

MOV

;JRESTORE AX BYTE

SUBRP(

RTS

";CLEAR SUBR CALL PC

TXCHAR =
THE

L
TP

:Q't.'t".'t..l.t.t'.tttii"Q"ttt..'.t"'..'t."tt'fi.t"t""."""'.."'."t

006046
006054
006062
006066
006072
006074
006102
006106
006112
006114
006120

132737
001403

5791
5792
5793

006036
006044

5790

15=JUN=81
30A(1052)
GLOBAL SUBROUTINES

5789

MACY11

010146
010246
016637
162737

017637
004737
004737
062766
005001
017602
005702
00006
042702
005737
001401
005302
004737
000001
020102
001410
004737

000004
000004
000004
005174
005146
000002

AND CLOCKS THE LINE UNIT WITH THE NUMBER OF (YCLES PASSED IN BITS 0-14
OF THE SECOND WORD FOLLOWING THE CALL. IF BIT 15 = 1, A C(HK IS MADE TO
DETERMINE

THE USYRT

TR AR AR A A AR AT A A

AR AR R

TXCHAR:

MOV

R1,-(SP)

002352

MOV

4 (SP) ,SUBRPC

000004

JSR
ADD .

PC,WAITS0
#2,4(SP)

002352
002422

MOV

SuB
MOV
JSR

005254

12%:

;SAVE

AAAARAAAAAAARARA AR

R AR

AR AR

;GET PC OF SUBR CALL
;GET DATA TO BE TRANSMITTED
;LOAD THE TX SILO WITH THE DATA

:BR _IF NOT
;CLEAR FLAG BIT

BEQ
DEC

9%
R2

CMP
BEQ
%SR

R1,R2
12%
PC,OSIRDY

;SEE IF REQUIRED CYCLES DONE YET
:BR IF YES
;CHK ORDY=1, OCOR=1

#SR

PC,STPLU

;STEP LU ONE

INC
BR

R1
9%

sINCR CYCLE COUNT

{SR

JSR

CHPTYP

PC,OACTIV

PC,OSIRDY

;SEE

CHIP TYPE

:SEE

SIG USYRT

:BR IF YES
;DECREMENT NO. OF
;CHK OACT

;CHK ORDY=1,

(CHK SHOULD BE MADE

CYCLES

CYCLE

OCOR=0

CYCLES

THE ADDRESS

9%
#8IT15,R2

TST

004662

#4 ,SUBRP(
@4 (SP) ,TXWORD
PC,LDTXSI

A RAA AR A AR

BPL
BIC

100000

9%:

R2,=(SP)

R1
@4 (SP) ,R2

TST

002430

CHIP TYPE REQUIRES DECREMENTING THE NO.

;WAIT FOR DATA TO RIPPLE DOWN SILO
;INCR POINTER
sINIT CYCLE COUNT
;GET DESIRED NO. OF CYCLES

CLR
MOV

004662

BY 1. THE PROGRAM CHECKS FOR VALID STATES OF ORDY,
OCOR, AND OACT THROUGHOUT THE PROCESS.
IF AN ERROR IS DETECTED, A RETURN IS MADE TO THE TEST, AT
CONTAINED IN RETADR.

000004

005352

THIS SUBROUTINE INITIATES TRANSMISSION OF A CHARACTER, BY LOADING
TX SILO WITH DATA PASSED IN BITS 0-11 OF THE WORD FOLLOWING THE CALL

TR AR AR RS

| CZDMRE MB8203 STATIC DIAG #1
' CZDMRE .P11
08-JUN-81 13:27

000001
062766
005037
012602
012601
000207

MACY11

15:34

15=JUN=-81
30A(1052)
GLOBAL SUBROUTINES

6
PAGE

SEQ 0077

7-37

000002
002352

000004

#2,4(SP)
SUBRPC(
(SP)+,R2
(SP)+,R1

ADD

CLR

MOV
MOV
RTS

AR AR AR A AR A AR AR

JFIX UF RETURN PC

sCLEAR SUBR CALL PC

JRESTORE RZ2

JRESTORE R1

;RETURN

AR AR AR AR AR AR AR AAARAAAAARARAAAAAAAARAARAAAARAARRAR
AR AR AR R R,

;* ENDTRN = THIS SUBROUTINE CLEARS THE TRANSMITTER BY SETTING OC. THE PROGRAM
*
WAITS FOR 50 US, AND CHECKS FOR ORDY=1, OCOR=0, OA(CT=0, RTS=0.
"lfitttfi.i.fi.'ttttttt'tt"t't.tt....'fi'tt!ttttfit."...t"'.tt.".'."'!t"tt'.t

010146
013746
016637
162737

012737
012737
004737
004737
004737
000001
004737
000000

012737
004737
032737
001406
004737

002400
000004
000004
000011
000200
003750
005146
004662

ENDTRN:

002352
002352
002400
002366

005352
000013
003672
000040
004526

002400

;SAVE R1

PC,WAIT50
PC,OSIRDY

;STALL FOR >50 US.
;CHK ORDY=1, OCOR=0

PC,O0ACTIV

;CHK OACT = 0

#13 ,REGNUM

;SET REG NO. = 13

PC ,READLU
ggTS.REDBYT

002364
sREPORT RTS NOT

ERRDF

002352
002400

R1,=-(SP)
REGNUM,
= (SP)
4 (SP) ,SUBRPC

#4 ,SUBRPC
#11 ,REGNUM
#0C ,WRIBYT
PC,WRITLU

104455

000101
014244
015622
005037
012637
012601
000207

MOV

3%:

CLR

PC,GETALL

CLEARED

(SP) +,REGNUM
(SP) +,R1
PC

RTS

;GET
sSET
:SET
;SET

PC
LU
OC
OC

OF SUBROUTINE CALL
REG NO. = 11
IN DATA
IN REG 11

;READ REG 13

;CHK FOR RTS
;BR IF RTS = 0

;GET REGS FOR PRINTOUT

65,EM65 ,ERRS

SUBRP(

MOV

:SAVE LU REG NO.

TRAP
.WORD

.WORD
.WORD

;CLEAR SUBR CALL PC

CSERDF
65
EM6S
ERR4

JRESTORE LU REG NO.
JRESTORE R1
JRETURN

tttttttt't.tti'.t"ttt'tt".tt.t..'lt.'itt!.tttil.'i'Q't'.fit'.'.'!.l""".t'.'

;* ISIRDY = THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF

b
-

e
;e

006430

013746

002400

ICIR (REG 17)

AND IRDY (REG 12) AND REPORTS AN ERROR IF EITHER IS NOT PROPERLY SET
?ELEASSED IN BIT O (ICIR) AND BIT 1
%

(JRDY) OF THE WORD FOLLOWING THE

IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST AT THE ADDRESS
IN RETADR.

AR AR AR A AR AR A AN AR

1SIRDY: MOV

R RN R AR R AARN AR

REGNUM,
= (5P)

A RRARNRRARRNAA R AN IARRAR

sSAVE LU REG NO.

AN AR RARNE

RN IR RREREROERRI

' CZDMRE M8203 S TATIC DIAG #1

CZDMRE.P11

08-JUN-81

13:27

5897
5898
5899
5900
5901
5902
5903

01374€¢
005737

002352
002352

006434

006440
006444
006446
006454
006462
006470
006474
006502

001006

016637

162737

012737
004737
032776
001413

132737
001022
004737

000004

000012
003672
000002

000020

MACY11

002352
002352

002400

30A(1052)
15-JUN=81
GLOBAL SUBROUTINES

000004

004526

000020

002364

004526

3%:

132776

001413

132737
0010%1

004737

000017
003672

002400

000001

000004

000010

002364

004526

000010

9%:

5936

#12,RE GNUM

#BIT1,a4(SP)
38
#IRDY ,REDBYT
9%

JSR

PC,GETALL

ERRDF

17,EM17 ,ERR4

BR
BITB
BEQ

16$
#IRDY ,REDBYT

JSR

9%
PC,GETALL

ERRDF

18,EM18,ERR4

002364

12%:
:REPORT

002400

16%:

PC,GETALL

16$

#ICIR,REDBYT

BEQ

208

ERRDF

20,EM20,ERR4

JSR
PC,GETALL
1c1R NOT CLEARED

MOV

IS A NESTED CALL

;GET PC OF SUBR CALL
sSET REG NO. TO 12
;READ REG 12
sGET EXPECTED STATE OF IRDY
sBR _IF EXPECTED IRDY = 0
;SEE IF IRDY =1
;BR IF IRDY = 1
;GET REGS FOR PRINTOUT

s TAKE

;SET REG NO.

C$ERDF
18

.WORD
.WORD

EM18

TRAP
.WORD
.WORD
.WORD

(SERDF

ERR4

sBR _IF EXPECTED ICIR = 0

;SEE IF ICIR =
:BR IF ICIR = 1
;GET REGS FOR PRINTOUT

: TAKE ERROR RETURN

EM19

ERR4

;SEE IF ICIR = 0
:BR IF ICIR = 0
;GET REGS FOR PRINTOUT
TRAP

*FIX ERROR RETURN P(

238

TRAP
.WORD

;GET REGS FCR PRINTOULT

RETADR,=(SP)

C$ERDF
17
EM17
ERR4

.WORD
.WORD
.WORD

ERROR EXIT

:RESTORE LU REG NO.

PSTACK,SP

TRAP

;SEE IF IRDY = 0
;BR _IF IRDY = 0

2(SP) ,REGNUM

MOV

THIS

;READ REG 17
;GET EXPECTED STATE OF iCIR

#BITO,4(SP)
12%
#ICIR,REDBYT
208

BITB

;BR IF YES

PC,READLU

BITB
BEQ

B8R

;SEE

SEQ 0078

s TAKE ERROR RETURN

#17 ,REGNUM

JSR

6
PAGE 7-38

16$

MOV

JSR

004526

000002
002346
002362

PC,READLU

BITB
BNE

104455
000024

012716
015622
016637
013706
013746
000407

JSR

MOV

;REPORT ICIR NOT SET
ERRDF
19,.EM19,ERR4

104455

000023
012701
015622
000412
132737
001416
004737

4 (SP) ,SUBRP(C
#4, SUBRPC

;REPORT IRDY NOT CLEARED

104455
000022

012660
015622
000436
012737
004737

MOV
SUB

;REPORT IRDY NOT SET

104455
000021

012643
015622
000451
132737
001407
004737

SUBRPC(C ,=(SP)
SUBRP(

BIT
BEQ
BITB
BNE

002364

MOV
TST

BNE

18%:

15:34

‘RESTORE

STACK POINTER

.WORD
.WORD
.WORD

TO BASE

LEVEL

CSERDF
20
EM20
ERR4

CZDMRE MB2(C3 STATIC DIAG #1
( ZDMRE P11
C8-JUN=-81 13:27

5637
5938

5939
5940
5541
5942

006674
006702
006706
006712

06276€
012637
012637
000207

000002
002352
002400

MACY11

30A(1052)

000004

20%:

GLOBAL

23%:

15=JUN-81
SUBROUTINES

ADD

MOV
MOV

RTS

15:34

#2,4(SP)
(SP)+,SUBRP(
(SP)
+ ,Rt GNUM
PC

SEQ 0079

PAGE 7-39
;FIX UP ERROR-FREE

RETURN PC(

;RESTORE LU REG NO.

;RETURN

5943

5944

.'"".'t.t".'.tt"."t""".'t'.Q.".Qfi'..t.'.'.'it...t"i".'t.'."."t"""

;* JACTIV = THIS SUBROUTINE CHECKS FOR THE PROFER STATE OF

e
P

REPORTS AN ERROR IF IT IS NOT PROPERLY
WORD FOLLOWING THE CALL.

SET

IF AN ERROR OCCURS, A RETURN IS MADE TO THE

THE

IACT (REG 12) AND

STATE OF

BIT

IN THE

TEST AT THE ADDRESS IN

Et.."'.'."l"'.Q'.'Q"""'.Qt't.tQQ.Q..'Q.Q‘tt'.fi'....'.'t'.'fi't.t"t"".."
006714
006720
006724
006730
006732
006740
006746
006754
006760C
006766
006770
006776
007000

007004
007004
007006
007010
007012
007014
007016
007024
007026

007032
007032
007C
007036
007040
007042
007050
007054
007060
007062
007070
007074
007100

5984

013746
013746

0N5737

L1006
016637

162737

012737
004737
032776
001413

132737
001031
004737

002400
002352
002352

IACTIV: MOV
MOV

;SAVE LU REG NO.

:BR IF

SUB

#4 , SUBRP(

:GET PC OF

JSR
BIT
BEQ
BITB
BNE
JSR

PC,READLU
#BIT0,84(SP)
38
#IACT,REDBYT
9%

:READ REG 12
:GET EXPECTED STATE OF IACT
:BR_IF EXPECTED IACT = 0
:SEE IF IACT = 1
:BR_IF IACT = 1

TST

0C".004
000004
000012
003672
000001

002352
002352
002400

000100

002364

BNE

MOV
18:

000004

004526

MOV

ERRDF

000100

SUBRP(

4 (SP)
, SUBRPC

#12 ,REGNUM

PC,GETALL

:REPORT TACT NOT SET

104455

000025
012737
015622
000412
132737
001416
004737

REGNUM,=(SP)
SUBRP( ,=(SP)

002364

004526

38:
;REPORT

104455

BR
BITB
BEQ
JSR

TACT NOT

ERRDF

;SEE

THIS

YES

IS A NESTED

CALL

SUBR CALL

:SET REG NO,

:GET REGS FOR PRINTOUT

21,EM21,ERR4

6%
#IACT,REDBYT
9%
PC,GETALL
CLEARED

TRAP

.WORD
.WORD
.WORD

;TAKE ERROR EXIT
:SEE IF IACT = 0
:BR_IF IACT = 0

:GET REGS FOR PRINTOUT

22,EM22,ERR4

TRAP

000026

012754
015622
016637
013706
013746
000407
062766
012637
012637
000207

.WORD
.WORD

000002
002346
002362

002400

6$:

000002
002352
002400

000004

9%
128:

MOV

2(SP) ,REGNUM

.WORD

;RESTORE LU REG NO.

MOV
MoV

PSTACK, SP
RETADR,=(SP)

:RESTORE PROGRAM STACK TC BASE
IFIX UP ERROR RETLRN PC

ADD

#2,4(SP)

;FIX UP ERROR-FREE

MOV

(SP)+.REGNUM

MOV
RTS

(SP)+,SUBRPC

CSERDF

21
EM21
ERR4

;RESTORE LU REG NO.

*RETURN

RETURN P(

LEVEL

CSERDF

22
EM22

ERR4

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=-81 13:27

MACY11

15=JUN-81
30A(1052)
GLOBAL SUBROUTINES

15:34

PAGE 7-40

SEQ 0080

5985
S

AREALR SRRt
RRE22
22222 AAARAAAAAAR
AR AR ARAARRARRRAR AR AR

;* RSEOM =

;* AXO=16,

THIS SUBROUTINE

CHECKS FOR

AND REPORTS AN ERROR IF

THE PROPER STATES OF

EITHER IS NOT SET

RSOM AND REOM [N

TO THE STATE PASSED IN BITS

» 0,1, RESPECTIVELY, OF THE WORD FOLLOWING THE CALL.
;* IF AN ERROR OCCURS, A RETURN IS MADC TO THE TEST AT THE ADDRESS IN RETADR.

iSRS
22222 ] AARRRAAARAAAARARAAANARAAA
AR AR

00240¢
002352
002352

RSEOM:

AXNUM,
= (SP)
SUBRP(C,=(SP)

BNE

;BR IF YES

SUB
MOV
JSR

#4 ,SUBRP(
#1,AXNUM
PC ,READAX

;GET PC OF SUBR CALL
;SET AX BYTE NO. FCR AX0-16

BITB
BNE
JSR

#RSOM,RAX16
9%
PC,GETALL

ERRDF

29,EM29,ERR6

TST

002352
002352
002402

000004
000004
000001
004124
000001

000004

000001

002372

004526

MoV

BIT
BEQ

s REPORT

;SAVE AX BYTE NO.

MOV
MOV

RSOM NOT

SUBRP(

4 (SP) ,SUBRPC

#81T0,a4 (SP)
3%

SET

;SEE

THIS

IS A NESTED CALL

JREAD AXO

sGET EXPECTED STATE OF RSOM
;BR IF EXPECTED RSOM = 0
JSEE IF RSOM = 1

;BR IF

RSOM = 1

;GET REGS FOR PRINTOUT
TRAP

000001

002372

004526

BI'B
BEQ
JSR

16$

#RSOM,RAX16
9%
PC,GETALL

sREPORT RSOM NOT CLEARED
ERRDF
28,EM?28,ERRE

000002

000004

000002

002372

004526

9%
:

;JREPORT

8R
BITR
BEQ
BITB
BNE
JSR

16%
#4B1T1,94(SP)
12%
#REOM,RAX16
20%
PC,GETALL

ERRDF

31 ,EM31,ERR6

REOM NOT

SET

; TAKE

ERROR EXIT

.WORD
.WORD
.WORD

007270
007276
007300

007304

000002
00452¢
104455

002372

12%:

16%
#REOM,RAX16

JSR

PC,GETALL

ERRDF

30,EM30,ERR6

BEQ

JREPORT REOM NOT

20%

CLEARED

ERR6

;SEE IF RSOM = 0.

;JBR IF RSOM = 0
;GET REGS FOR PRINTOUT
TRAP

;TAKE

ERROR RETURN

.WORD
.WORD
.WORD

CSERDF
28
EM28
ERR6E

GET EXPECTED STATE OF REOM
JBR IF EXPECTED REOM = O
JSEE IF REOM = 1

:BR IF REOM = 1

;GET REGS FOR PRINTOUT
TRAP
WORD

BR
BITB

CSERDF
29
EM29

;TAKE

ERROR RETURN

. WORD

CSERDF

31
31

tRRE

;SEE IF REOM = 0
;BR IF REOM = 0
JGET REGS FOR PRINTOUT
TRAP

CSERDF

CZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
08-JUN-81 13:27
007306
007310

- 007312
007314
007322
007326
007332
007334
007342
007346
007352

15=JUN=81
30A(1052)
GLOBAL SUBROUTINES

15:34

PAGE 7=41

SEQ 0081

00003¢
013210

017012
016637
013706
013746
(00407
062766
012637
012637
000207

.WORD
.WORD
000002
002346
002362

002402

16%:

000002
00235¢
002402

000004

20%:
23%:

MOV

.WORD

MOV
ggv

2(SP) ,AXNUM

PSTACK,SP
gg;ADR.-(SP)

;RESTORE AX BYTE NO.

ADD

#2,4(SP)

:FIX UP ERROR-FREE RETURN P(

RTS

;RETURN

MOV
MOV

(SP)+,SUBRP(
(SP) + ,AXNUM

JRESTORE STACK POINTER
:FIX ERROR RETURN PC

TO BASE

30
EM30
ERK6&

LEVEL

:RESTORE AX BYTE NO.

"t.'t'tQ.tt'ttt"'l’.fi.."'."‘Qi"'.t'fi."*'t'fi.'.."t.".tt't.""'."."t"t'.

;* RDRXSI

= THIS SUBROUTINE READS

THE RCV SILO

SILO ENTRY IN BITS 0-11 OF RXWORD.

RDRXSI:

MOV

(REGS

10,12)

AND RETURNS

THE

"'Q"ttt'Qfi'tt't'fi't'l"'t't'tt'itt'.t't.'fi..'.t'ti'!'.t".t".""t""."".'.

013746
012737
004737
113737

042737
012737
0u4737
113737

012637
000207

002400
000012
003672
002364

170000

000010
003672
002364
002400

002420

002425
002424
002400
002424

002400
000006
000004
000012
000006
000003
000006

006714

REDBYT ,RXWORD

(SP) + ,REGNUM

RTS

002352
002352
002400

;CLEAR UNUSED BITS

#10,REGNUM
PC,READLU

MOV

LU REG NO.

;SET REG NO. = 12
;READ LU REG 12
;GET HI BITS OF SILO ENTRY
;SET REG NO. =
;JREAD REG 10
;GET

LOW BITS OF

SILO ENTRY

sRESTORE LU REG NO.
;RETURN

LBRSS20
22222
2222222222222 RRRRR 2R
RS ]

;®

01
01
013746
01

#170000,RXWORD

MOV
JSR

;* RCVIST

007434
007436
007440
007444
007452
007460
007466
007470
007474
007500
007504
007506

:SAVE

#12 ,REGNUM
PC,READLU
REDBYT ,RXWORD+1

MOvB

REGNUM, - (SP)

MOV
JSR
MOVB

B8I1C

TRIR

007354
007360
007366
007372
007400
007406
007414
007420
007426
007432

THIS SUBROUTINE RECEIVES

THE FIRST

CHAR OF

A MESSAGE, AND MONITORS

STATUS OF THE RECEIVER. FIRST, A CHECK IS MADE FOR IACT = 0, IRDY = O,
ICIR = 1, AND RSOM = 0. THEN, THE LINE UNIT IS CLOCKED USING
STEPLU UNTIL IRDY = 1, THE PROGRAM CHECKS FOR THIS TO OCCUR WITHIN 3
CYCLES AFTER THE NO. OF CYCLES PASSED IN THE WORD FOLLOWING THE CALL.
IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST, AT THE ADDRESS
CONTAINED IN RETADR.

AAAE

S22

RCV1ST:

MOV

R1,-(SP)

;SAVE

MOv

REGNUM, - (SP)

:SAVE

LU REG NO.

(5)

MACY11

MOV

2222222222222

R3.-(SP)

MOV
SUB

6(SP)
, SUBRP(
#4 ,SUBRP(

ADD
TST
BEQ

#3,R3
a6 (SP)
8%

MOV
CLR
MOV

JSR

#12 ,REGNUM
R1
ab(SP) ,R3

PC,IACT]IV

222222222

2222

:SAVE R3

;GET PC OF

SUBROUTINE

sSET LU REG NO. = 12
JINIT CYCLE COUNT TO 0
sGET CYCLE COUNT LIMIT
;SEE

JBR IF

CALL

DESIRED CYCLES = 0

YES

;CHK FOR [ACT = 0

(ZDMRE MB8203 STATIC DIAG #
(ZDMRE .P11
08-JUN-81 13:27
€081
6082
6085
60846
6085
6086
6087
6088

€089
6090

6091
6092
6093
6094
6095

6096
6097
6098
6099
6100
6101
6102

6103

6104
6105
€106
6107
6108
6109
2}}?

007512
007514
007520
007522
007526
007530
007534
007536
007542
007544
007550
007556
007560
007562
007564
007570
007572
007576
007600
0C7604
007606
007612
007614
007620
007622
007630
007634
007636
007640
007644

00000¢
004737 006430
000001
004737 007102
000000
004737 005254
000001
004737 005146
0052C1
004737 003672
132737 000020
001005
020103
002762
004737 006430
0000C3
020176 000006
002003
004737 -006430
000001
004737
006714
000001
004737 006430
000003
062766
000002
012637 002400
012603
012601
005037 002352
000207

MACY1T

30A(1052)
15=JUN=81
GLOBAL SUBROUT INES

6$:
8%:
002364

9%:

12%:

000006

0
JSR
1
JSR
0
JSR
1
JSR
INC
JSR
BITB
BNE
CMP
BLT
JSR
3
(MP
BGE
JSR
1
JSR
1
JSR
3
ADD
MOV
MOV
MOV
CLR
RTS

15:34

PAGE 7-42

SEQ 0082

PC,ISIRDY

;(HK FCR ICIR = 1,

PC,RSEOM

;(HK RSOM = 0, REOM = 0 [N «a0=16

PC,STPLU

;CLOCK LU FOR 1 CYCLE

PC,WAITS0

JALLOW SILO PATA TO RIPPLE

#IRDY ,REDBYT
9%
R1,R3
6%
PC,ISIRDY

;SEE IF IRDY = 1 YET
;BR IF IRDY =1
;SEE IF LIMIT EXCEEDED
;BR IF NOT YET
;C(HK FOR ICIR = 1, IRDY =

11,86(SP)
12%
PC,ISIRDY

;SEE IF LESS THAN REQUIRED C(YCLES
;BR IF NOT
;C(HK FOR ICIR = 1, IRDY = 0

PC,IACTIV

;(HK FOR JA(CT =

PC,ISIRDY

;CHK FOR ICIR = 1,

#2,6(SP)
(SP)+ ,REGNUM
(SP)+,R3
(SP) +,R1
SUBRP(
PC

;FIX UP RETURN P(
JRESTORE LU REG NO.
;RESTORE R3
;RESTORE R1
;CLEAR SUBR CALL PC
;RETURN

R1
P( ,READLU

IRDY - 0

6112

6113

6114

6115

6116

RR
R e

6117
6118
6119
6120

;* STPERR = THIS SUBROUTINE LOADS THE CONTENTS OF THE FIRST WORD FOLLOWING THE
"
CALL INTO REG 17, AND SETS THE IERR BIT, AND CLOCKS THE LINE UNIT
o
FOR THE NO. OF CYCLES PASSED IN THE 2ND WORD FOLLOWING THE CALL. THEN,
e
IT RESTORES REG 17 TO ITS ORIGINAL CONTENTS, CLEARING THE IERR BIT.

6121

6122
6123
61c4
6125

6126
6127
6128
6129
61320
6131
6132
6133
6134

R R

007646
007¢52
007660
007666

013746
012737
017637
152737

007674
007700
007706
007714
007720
007722
007730

004737
062766
017637
004737
000000
142737
004737

007742

012637

007734

007746

062766

000207

002400
000017
000002
000002

003750
000002
000002
005254

002400
002366
002366
000002

007720

000002
003750

002366

002400

000002

STPERR: MOV
MOV
MOV
BISB

000002

3%:

REGNUM, = (SP)
#17 ,REGNUM
al2(SP) ,WRIBYT
#1ERR ,WRIBYT

JSR
ADD

PC,WRITLU
#2,2(SP)

ADD

#2,2(SP)

MOV
JSR
.WORD
BICB
JSR
MOV
RTS

al2(SFP),3%
PC,STPLU
0
#I1ERR,WRIBY1
PC,WRITLU
(SP)+ ,REGNUM

sSAVE LU REG NO.
sSET LU REG NO. = 17

;SET IERR BIT IN REG 17
s INCREMENT SUBR ARGUMENT POINTER
;GET DESIRED NO. OF CYCLES
sCLOCK LU FOR DESIRED NO. COF CYCLES
;NO. OF CYCLES GOES HERE
;CLEAR JERR BIT IN REG 17
;FIX UP RETURN PC
JRESTORE
JRETURN

LU REG NO.

s INCREMENT CYCLE COUNT
;READ REG 12

[RDY =

(ZDMRE MB2C3 STATIC DIAG M
08=JUN=81 13:27

(ZDMRE .P11

MACY11

15«JUN=81
30A(1052)
INES
SUBROUT
GLOBAL

15:34

Fo7

PAGE

SEQ 0083

7-43

6137
6138

61399
6140

6141
6142

'".'.."..Q".t.l'..."'"..Q.Q'Q.'.'.'Q..‘Q.Q't......"Q'...Q".Q."..'..Q..'

6143
€144
€145

6156
6157
6158
6159
6160
6161
6162

6163
6164
6165
6166

6167
6168
6169
6170
6171

6172
6173
(4)
(5)

()
(5)
6174
6175
6176
6177
6178
(4)

(5)
(5)

(5)

6179
6180
6181
€182

6183

6184

(KDATA = THIS SUBROUTINE READS THE RCV SILO AND COMPARES THE SILO ENTRY
;?SEA;EHO-11 OF THE FIRST WORD FOLLOWING THE CALL. IF THERE IS A

&
%

TR TR
R

6146
6147
6148

THE

ERROR

REPORTED AND A RETURN

IS MADE

THE

TEST

ADDRESS CONTAINED IN RETADR. IF BIT 15 = 0 IN THE FIRST WORD
g?%Lg?ING THE CALL, THE SUBROUTINE WILL NOT CHECK THE BCC BIT (SILO
IF THERE ARE NO ERRORS, THE LINE UNIT IS CLOCKED FOR THE
NUMBER OF

CYCLES PASSED

IN THE

SECOND WORD FOLLOWING THE

THE

CALL.

AL LSRRttt
iRt
Rt 2R RRRRRRRRRRRR RS

6149
6150
6151
6152
6153
6154
6155

007750
007752
007756
007764
007772
007776
010002
010006
010014
010016
010022
010030

010034
010036

010146
013746
016637
162737

017601
042701
004737
023727
001005
042701
042737
120137
001445
005037
110137
005037
113737

012737
004737
132737

001410
004737

002400
000004
000004
000004

(KDATA:

002352
002352

SUB
MOV

170000

007354
002432

000200
000200
002424

002404
002404
002406
002424
000011
003672
000001

BIC

JSR
(MP

000347
002424

4%:

002364
s REPORT

002400

5%:

120137

001002
000137

010600
000012
002425

010554

002400

R1,=(SP)
REGNUM,
= (SP)
4(SP) ,SUBRP(
#4 ,SUBRP(
a4 (SP) ,R1

;SAVE R1

PC,RDRXSI

JREAD RCV SILO

#170000,R1

MOVB
MOV
JSR
BITR

JSR

PC,GETALL

ERRDF

54 ,EM54 ,ERR4

TX UNDERRUN ERROR

JMP
MOV

36%
#10 ,REGNUM

ERRDF

34 ,EM34 ,ERRS

JSR
PC,GETALL
;REPORT RCV'D DATA M]ISCOMPARE

6%:

JMP

SWAR

MOv

(MPB
BNE
JMP

:SAVE LU REG NO.

;GET PC OF SUBR CALL
sGET EXPECTED SILO ENTRY
s CLEAR UNUSED BITS FOR (COMPARE

SAVLEN,#TXLENZ
! TXLENT ! TXLENO!RXLENZ !RXLENT !RXLENO
4%
:BR IF (HAR LENGTH NCT = 7
#RIT7,R1
;MASK OFF BIT 8TH BIT
#8177 ,RXWORD
R1,RXWORD
; COMPARE EXPECTED BITS 0=7 TO ACTUAL
6%
;BR IF MATCH

GOODAT
R1,GOODAT
BADDAT
RXWORD ,BADDAT
#1171 ,REGNUM
P(C ,READLU
#UNRR ,REDBYT

BEQ

104455

000042
013320
020122
000137
000301
012737

CMPB
BEQ
CLR

CLR

002406
002400

004526

010600
000010
004526

BNE
BIC
BIC

MOVB

104455

000066
014206
015622
000137
012737
004737

MOV
MOV
MOV

;GET EXPECTED DATA
;GET ACTUAL DATA

sSET REG NO., = 11
;READ REG 11
;SEE

TX UNDERRUN ERROR

;BR _IF NOT
;GET REGS FOR PRINTOUT

TRAP

s TAKE

ERROR EXIT

;SET REG NO.

TRAP

CSERDF

= 10

;sTAKE

#12 ,REGNUM

JSET LU REG NO.

R1,RXWORD+1
7%
22%

.WORD

54
EMS54
ERRS

;GET REGS FOR PRINTOUT

36%

CSERDF

.WORD
.WORD

ERROR EXIT

.WORD
.WORD
.WORD

FOR ERROR REPORTS

34
EM34
ERRS8

;s COMPARE EXPECTED SILO BITS 8~11.70 ACTUAL

;BR [F MISMAT(CH
; CONT INUE

(ZDMRE MB203 STATIC DIAG #1
. P11
(ZDMRE
08-JUN-81 13:27

6185

6186
6187
6188
6189
6190

6161
6192

€193
6194
6195

6196
6197

(5)

[

|
i
|

(&)

(S)
(S)

6198
€199
6200
6201
6202
6203
(4)

(S)
(5)
(S)

6204
6205
6206
6207
6208
6209
6210
6211
6212
(&)

(5)
(%)
(S)

}
|
|

c?212%
6214
6215
6216
6217
6218

010172
010176
010202
010206
010214
010222
010224
010230
010232
010240
010242
010246
010246
010250
010252
010254
010256
010262
010270
010272

010276
010276
010300
010302
010304
010306
01031¢
010312
010316
010320
010326
010330
010334
010334
010336
010340
010342
010344

005037

002404

110137

002404

113737

002425

132701

000001

132737

000001

004737

004526

005037
032776
001433
001014
001424

MACY11

002406
100000

7%:

002406
000004

132737

001010
004737

BEQ

ERRDF

010600
000001

002425

004526

3 N
JREPORT

010600
132701

000002

132737

000002

001014

001424
004737

15:34

10%:

002425

004526

JMP

K
a4 (SP)
#BCCCH
10%
#RCC R
8%
#B(C ,RXWORD+1

109

104455

SEQ 0084

;SEE IF BCC SHOULD BE IGNORED
;BR IF YES

JSEE 17 EXPECTED BIT = 1
;BR

YES

JSEE IF ACTUAL BIT =0
:BR IF YES
;GET REGS FOR PRINTOUT

35,EM35 ,ERRS

363

#RCC ,RXWORD+1

JSR

PC,GETALL

ERRDF.

36,EM36,ERRS

108

BCC NOT SE T

TRAP

s TAKE

- WORD
.WORD
«WORD

ERROR EXIT

;sBR IF

TRAP

.WORD
. WORD
.WORD

BITR
BNE
BITB

R
#EBLK
12%
RERLK ,RXWORD+1

;SEE IF EXPECTED BIT = 1
;sBR IF YES
;SEE IF ACTUAL BIT = 0
:BR IF YES

ERRDF

ERROR EXIT

002425

004526

IMP

37 ,EM?7 ,ERRS8

RERLK ,RXWORD+1
B!TR
BNE
14%
JSR
PC,GETALL
JREPORT EBLK NOT SET
FRRDF
38,EM38,ERRE
12%:

TRAP

ERROR EX]T

;TAKE

sSEE IF ACTUAL BIT
JBR IF YES

ERRE

TRAP

(SERDF

;GET REGS FOR PRINTOUT

. WORD

010600

JMP

26%

;TAKE

132701

000004

132737

000004

BITR
BNE
BITB
BEQ

#RAB,R1
16%
¢1
AR
, RXWORD
HR
18%

JSEE IF EXPECTED BT
JBR IF YES

001014

001424

002425

CSERDF
37
EmM3/7

.WORD
.WORD
.WORD

. WORD
.WORD

6219

CSERDF
36
EmM36
ERR8

sGET REGS FOR PRINTOUT

000045
013402

010600
000002

ERRE

YES

;TAKE

14%

EM35

;GET REGS FOR PRINTOUT

JSR
P(,GETALL
EBLK NOT CLEARED

CSERDF
35

JS5EE IF ACTUAL BIT = 1

JMP

BEQ

;REPORY

7-44

GOODAT
R1,GOODAT
sSET EXPECTED DATA
BADDAT
RXWORD+1,BADDAT sSET ACTUAL DATA

81718

BNE

PAGE

JSR
PC,GETALL
sREPORT BCC NOT CLEARED

104455

(S5)
5
(5)

6221
6222
6223
6204

BITB

104455

000043
013346
020122
000137

(LR
MOVB
LR
MOVB

BIT
BEQ
BITB
BNE

002425

(4)

l 6220

15=JUN=81
30A(1052)
GLOBAL SUBROUT INES

SSEE

ERROR EX]T

JBR IF

ACTUAL

VES

BIT

=
U

38
EM38

ERRE

M8203 STATIC DIAG #1

08=JUN=-81

13:27

004737

006526

15=JuUN=81
MACYTT I0A(1052)
GLOBAL SUBROUTINES

010600
000004

004737

004526

002425

104455
000050

0134€0
020122
000137

010600

132701

000010

132737

000070

001014

001424
004737

146%:

18%:
002425

00452¢

132737

7=45

SEQ 0085

sGET REGS FOR PRINTOUT

#RAB
, RXWORD + 1

;TAKE

. WORD
«WORD
. WORD

ERROR EXIT

002425

004526

20%:

TRAP

JMP

363

;TAKE ERROR EXIT

BITR
BNE
BITB
BEQ
JSR

#0VRR ,R1
20%
#0OVRR ,RXWORD +1
22%
PC,GETALL

;SEE IF EXPECTED BIT =
JBR _IF YES
;SEE IF ACTUAL BIT = O
;sBR IF YES
;GET REGS FOR PRINTOUT

ERRDF

41,EM4T ,ERRS

JMP
BITR
BNE

363
#0VRR ,RXWORD+1
22%

JSR

P(.GETALL

ERRDF

42 ,EM42 ,ERRS

JREPORT OVRR NOT SET

-WORD
.WORD

:TAKE

010600

062766
017637
004737

000002
000004
005254

000004

010574

ERROR EXIT

002352

36%:

C$ERDF
&2
EML?2

.WORD
.WORD
.WORD

ADD

#2,4(SP)

JSR

PC,STPLU

2 INCR SUBROUTINE ARGUMENT POINTER
sGET DESIRED CYCLE COUNT
sCLOCK LU FOR DESIRED CYCLES

MOV

(SP) ,REGNUM

;TAKE ERROR-FREE EXIT
JRESTORE LU REG NO.

O
38%

L telY

PSTACK,SP

38%:

BR
ADD

“0%:

MCv
MOV

(LR

40%
#2,4(SP)
(SP)
+ ,REGNUM
(SF)+,R1

RTS

218

MOV

00000«

TRAP

:SEE IF ACTUAL BIT = 1
:BR IF YES
;GET REGS FOR PRINTOUT

;TAKE

.WORD
BR

RETADR,=(SP)

SUBRP(

(SERDF

41
EM4T
ERRE

363
@4 (SP) ,24%

EM4O
ERRS

.WORD
.WORD
. WORD

JMP
MOV

24%:

002400
002346
002362

00000
002400

22%:

CS$ERDF

013515

020122
000137

ERRS

;SEE IF ACTUAL BIT = 1
YES
;GET REGS FOR PRINTOUT

TRAP

010600
000010

C$ERDF
39
EM39

sBR IF

0C7I5¢

WIWNRD)
= -

BITR

363

JREPORT OVRR NOT CLEARED

104455

NO\n
N
(@1,
U o

R
%goo

OO0

Vi v

&'\)OC\O ~O

. ) —a b ch =

alalslelelelelelele) o olelele)

010540
010540
010542
010544
010546
010550

001010
004737

010534

IMP

BNE
18%
JSR
PC,GETALL
JREPURT RAR NOT SET
40 ,EM40 ,ERRS
ERRDF

104455

000051
013474
020122
000137

PAGE

TRAP

000047
013440
020122
000137
132737

001010

JSR
PC,GETALL
JREPORT RAB NOT CLEARED
FRRDF
39,EM39,FRRB

104455

15:34

ERROR EXIT

JRESTORE PROGRAM STA(CK TO BASE
sFIX UP ERROR RETURN PC

JFIX UP ERRCR=FREE RETURN B
JRESTORE LU REG NO.

JRESTORE R1

JCLEAR SUBROUTINE P(

;RETURN

LEVEL

ERR8

( ZDMRE "8€C3 STATIC DIAG #1
“7DMRE P1

OB=JUN=B1

13:27

MACY!T

30A(1052)
GLOBAL

15=JUN=B1

SUBROUTINES

15:34

7
PAGE 7=46

SEQ 0086

6265

6256

62¢7
6268
6269
270

'-...t"...'.".t..Q...".""tQ.t..Qt..t."'t'.'Q'..t.Q..Q..t'.'.."..'."'.'.'

6272

:* SETUP = THIS SUBROUTINE LOADS THE F.RST WORD AFTER THE CALL INTO AXx2=15
.
(SYNCH (HAR), LOADS THE SECOND WORD AFTER THE CALL INTO REG 17

627‘

:Q...Q".'.QI.'.Q.'Q..""'.'t'....t....t".'Q'l'...Q.'Q'.'.'....."Qt'.t.0'0...

6£27%
6275

0710640

013746

0026402

6276
6277
6278
6279
6280
6281
6282
£283%3
6286
6285
6286
6287

010644
010650
010656
010664
010670
010674
010702
010710
010716
010722
010730
010736

013746
012737
017637
005037
004737
012737
062766
017637
004737
012737
062766
017637

002400
000004
000004
002376
004312
000017
000002
000004
003750
000006
000002
000004

6289
6290
6291
6292
6293

010752
010760
010766
010772
011000

017637
013737
004737
062766
012637

000004
002376
004312
000002
002400

6288

6296
62795

6296
6297
6298
6299
6300
6301

010744

0110064
011010

011014

062766

012637
005037

000207

000002

LOADS THE THIRD WORD INTO AX3-=15, AND LOADS THE FOURTH INTO Ax3=16.

SETUP:

MOV

002402
002374
002400
QOGCO&
(002366
002402
000004
002374

000004

002376
002432
000004

002402
002352

AXNUM, = (SP)

MOV
MOV
MOV
(LR
JSR
MOV
ADD
MOV
JSR
MOy
ADD
MOV

REGNUM, - (SP)
#4 , AXNUM
@4 (SP) ,WAX15
WAX 16
PC,WR]TAX
#17 ,REGNUM
#2,4(SP)
@4 (SP) ,WRIBYT
PC,WRITLU
#6, AXNUM
#2,4(SP)
24 (SP) ,WAX15

MOV
MOV
JSR
ADD
MOV

a4 (SP) ,WAX16
WAX16,SAVLEN
PC,WRITAX
#2,4(SP)
(SP) + ,REGNUM

ADD

MOV
(LR

RTS

#2.,4(SP)

(SP) + ,AXNUM
SUBRP(
|

:SAVE

AX BYTE

NO.

.SAVE LU REG NOC.
:SET AX BYTE NO.

FOR AX?

JSET SYNCH (HAR IN AX2=15, (LEAR AXZ=16
JSET LU REG NO. = 17
;INCREMENT ARGUMENT POINTER
;LOAD REG 17
;SET AX BYTE NO. FOR AX3
s INCREMENT ARGUMENT FOINTER

s INCR ARGUMENT POINTER
:STORE TX AND RCV CHAR LENGTH
;LOAD Ax3=15, AX3=16
:FIX RETURN PC
JRESTORE LU REG NO.
JRESTORE AX BYTE NO.
:CLEAR SUBROUTINE PC STORAGF

:RETURN

6302

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

6303
6304
6305

;* LODMSG = THIS SUBROUTINE LOADS THE NO. OF WORDS PASSED IN THE SECOND WORD
o
FOLLOWING THE CALL FROM THE MSG BUFFER WHOSE ADDRESS [< IN THE FRST
o*
WORD FOLLOWING THE CALL, INTO THE TRANSMITTER SILO.

6306

SRR AR R R R

6307
6308
6309
6310
6311
6312
6313
6314
6315
6316

011C16
011020
011022
011026
01103¢
011040
011046
011052
011056
011060

010146
010246
017601
062766
017602
062766
012137
004737
005302
001372

€318
6319
6320

011066
011070
011072

012602
012601
000207

6317

011062

004737

(000004
000002
000004
000002
002422
005174

005146

000004

LODMSG: MOV
MOV
MOV
ADD
MOv
ADD
3 ¥
MOV
JSR
DEC
BNE

JSR

MOV
MOV
RTS

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

R1,=(SP)
R2,=(SP)
@4 (SP) ,R1
#2,4(SP)
@4 (SP) ,R2
#2,4(SP)
(R1)+, TXWORD
PC,LDTXSI
R2
6%

;SAVE R1
;SAVE R2
JGET MSG POINTER [INTO K1
JINCR ARG POINTER
;GET WORD COUNT INTO RZ
;FIX UP RETURN PC
:GET NEXT MSG WORD
JLOAD A WORD INTO Tx SILO
;DECR COUNT
;BR IF NOT DONE YE!

(SP)+ ,R2
(SP)e R1
PC

;RESTORE R2
;RESTORE R1
;RE TURN

PC,WAITS50

JWAIT FOR SILO TC RIPPLE

R TSR AR NI AR R ORI TR

R Y

?03 STATIC DIAG #1
0B=JUN=81 13:27

MACY?1

30A(1052)
15=JUN=B1
GLOBAL SUBROUT
INE S

RX(CHAR =

= SO
NN NI
o

L & }
e
e I
I

e R

B )

p—— g— p— ) —

T
B

e e b

o I

B
e

NNV
A
NS

)
e

N Y
.

)

J—

) —

W
Y

D
)
)

N
R

el
el
—l

o000 000O0OOOOOO oo

THIS

SUBROUTINE

READS

THE

NCV

SILO AND

CLOCKS

THE

LINE

THEN CLOCKS

THE

LINE UNIT FOR THE NO.

UNIT.

’

IRDY = 0.

CYCLES

PA?SE?RAN TH% WORD FOLLOWING THE CALL, AND THEN CHECKS FOR ICIR

>
IR

R AR AR AR AR AR AR AR AR AR AR R

RXCHAR: MOV
MOV
SuUB

002352
002352

SEQ 0087

FIRST, IT READS THE CHAR FROM THE RCV SILO, AND CHECKS FOR ICIR

010146
016637 000002
162737 000004
004737 007354
004737 005146
005001
020176 000002
001410
004737 006430
000001
004737 005254
000001
005201
000765
004737 006430
000003
062766 000002
005037 002352
012601
000207

PAGE 7=47

ALAAE AL ARl
iR
iR
Rl 2

011074

15:34

JSR

9%:

12%:
000002

R1,=-(SP)
2(SP) ,SUBRP(
#4 , SUBRP(

;SAVE R1

PC,WAITS0
R1

JALLOW SILO TO RIPPLE
JINIT CYCLE COUNT

PC,RDRXSI

JSR
(LR

cme

Ri,a2(SP)

BEQ

REQUIRED CYCLES DONE

YES

#SR

PC,ISIRDY

#SR

PC.STPLU

JCLK LU 1

INC
BR
éSR

R1
9%
PC,ISIRDY

JINCR CYCLE

ADD
(LR
MOV

#2,2(SP)
SUBRP(
(SP) + ,R1

JFIX RETURN PC
;CLEAR SUBR CALL PC
JRESTORE R1

AR AN

;READ RCV SILO

;BR IF

JCHK ICIR =1,

YET

IRDY =0

CYCLE
COUNT

JCHK ICIR = 1

AR R AR ARSI SRR

;GET PC OF SUBR CALL

sSEE

12%

RTS

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

[RDY =1

sRETURN

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

R A AR R RN AR R AR AR R AR AR AN A TR ANR A ANRR

AR N RN R

;* (KTBIT = THIS SUBROUTINE CLOCKS THE LINE UNIT FOR 8 CYCLES, AND AFTER EA(H

CYCLE, THE TXDATA BIT IN REG 17 IS EXAMINED, AND (OMPARED TO A BIT OF

:®

éér:gRERROR OCCURS, A RETURN IS MADE

THE

b
b
il

NNNNN&NNNNN—'
N

=B
b

i
b
i
b
o

wul ol

elelelelolelelelelolelo)

cld

002400

000004
000004
000001
000017
005254

002352
002352
002400

003672
000004

132737

000040

002364

THE

WORD FOLLOWING

THE

CALL.

TO THE

TEST AT

THE ADDRESS IN

2SR 2222222222222t
RS RRRRRRRRRtR Rttt
RS

CKTBIT: MOV
MOV

4%:

CHAR PASSED

REGNUM, = (SP)
R1,-(SP)

MOv
SUB
MOV
MOV

4 (SP)
, SUBRPC
#4 ,SUBRP(

JSR
BIT
BNE
BITB

PC.READLU
R1,a4 (SP?
9%
#TXDATA REDBYT

#SR

#B1T0,R1
#17 ,REGNUM
PC,STPLU

;SAVE LU REG NO.
;SAVE R1

;GET PC OF SUBROUTINE CALL
JINIT BIT POINTER
sSET REG NO. = 17
sCLOCK LINE

UNIT

CYCLE

;READ REG 17
;SEE IF EXPECTED BIT = 1
;BR IF YES
;SEE IF ACTUAL BIT = O

CZDMRE M8203 STATIC DIAG #1

: CZDMRE .P11

08=JUN=-81

€377
6378
6379
6380

001422

15:34

GLOBAL SUBROUTINES

004526

;JREPORT

104455

15-JUN-81

BEQ
JSR

12%
PC,GETALL

ERRDF

32,EM32,ERR4

20%

TXDATA NOT

SEQ 0088

PAGE 7-48

CLEARED

;BR IF YES
;GET REGS FOR PRINTOUT

o
~
~

D
e
e
d
D
aed
—d o
—

PR.

eololelelolelele
o)

13:27

30A(1052)

000040
004737

002364

004526

9%:
JREPORT

—

(&)

004737

MACY1T

104455

000405

011372

000406
062766
012601
012637
005037
000207

#TXDATA,REDBYT
12%
PC,GETALL

ERRDF

33,EM33,ERRG

TXDATA BIT NOT

SET

CSERDF
32
EM32
ERRS

TRAP

CSERDF

;SEE IF ACTUAL BIT =1
;BR IF YES
;GET REGS FOR PRINTOUT

.WORD
.WORD

000041
013275
015622

006301
020127
001336
000405
013706
013746

BITB
BNE
JSR

. TAKE ERROR RETURN

TRAP
.WORD
.WORD
.WORD

128:

000400
002346
002362
000002
“
002400
002352

20%:
000004

22%:
40%:

;TAKE ERROR EXIT

B8R

20%

CMP

R1,#400

ASL

BNE
BR
MOV
ggv

ADD
MOV
MOV
(LR
RTS

33
EM33

ERR4

sSHIFT BIT POINTER

sSEE IF 8 BITS SCANNED YET

4%
22%
PSTACK,SP
25;ADR.-(SP)

:BR IF NO

#2,4(SP)
(SP)+,R1
(SP)+ ,REGNUM
SUBRP(

sFIX UP ERROR-FREE RETURN PC(
;RESTORE R1
sRESTORE REG NO.
;CLEAR SUBR CALL PC

.WORD

sRESTORE PROGRAM STACK POINTER TO BASE LEVEL
sFIX UP RETURN PC

sRETURN

4:ttt.tttttttttt'tttttttt'!t'tttttttltt'tttttttttttttttttt'tt'ttttttt"t.t'.t't'.

:* LDMSG] = THIS SUBROUTINE LOADS THE TRANSMITTER SILO WITH MSG1, AND iOADS

THE DATA (HARS INTO THE RCV MSG BUFFER (RCVBUF:), AS EXPECTED DATA

FOR ! ATER (COMPARISON.

6424

—d —d —d —d —d —d

D —d

010146
010246
004737
003220
000011
012701
012702
012122
020127
103774

~
N

— —

3o 00N
WV
WM =

XXX
RRTERXER

6410

SBOOOOOOOOOOOO

:tt..ttttttttt.ttttt"t!tttttttittfit."tttttt.!tt"tttt'ttttttt.'.t'.tl'ttt'tt't

011450

052762
0}2;26

LDMSGT: MOV
MOV
JSR
3561

011016
003224
003262

3%:

003236
100400
00C160
4

177776

MOv
MOV
MOV
CMP
BLO
BIS
MOV
agy

R1,-(SP)
R2,=(SP)
PC,LODMSG

MOV

INTO Tx SILO

#MSG1+4 R1
;JGET POINTER TO MSG1
#RCVBUF ,R2
;GET POINTER TO MSG BUF
(R1)+,(R2)+
;LOAD A CHAR INTO MSG -BUF
R1,AMSG1+14,
sSEE IF DID LAST DATA (HAR YET
3%
:BR IF NOT
#CRCCHK !RXBCC,=2(R2) ;SET EXPECTED B(C
#160, (SP) +
;LOAD HI CRC BYTE
#034,

(SP)+

012601

:SAVE R1
:SAVE R2
;LOAD MSG1
;

(SP)+,R1

:LOAD LO CRC BYTE

JRESTORE R1

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27
|

|
|

6425
€606
647

6428
6429
643%C

011452

000207

MACY11

30A(1052)
GLOBAL

15=JUN=81

SUBROUT INES
RTS

15:34

PAGE

7-49
;RE TURN

SEQ 0089

| CZDMRE MB8203 STATIC DIAG M
(ZDMRE .P11
08=JUN=81 13:27

GLOBAL ERROR REPORT SECTION

047445

022466

FMT1:

LASCIZ

/XTX06%N/

6441

040445
047111
035107
054105

040506
020107
000040
042520
020072
032523
052524
047445

FMTZ2:

LASCIZ

/%NXAFAILING REG:

FMT3:

LASCIZ

/%AEXPECTED:

047045
000
051445
051445
051445
047045

FMT4:

LASCIZ

/ANETAINZTAN/

FMTS:

LASCIZ

/%03%S5%03%S5%03%S5%03%N/

047445
04 7445

FMT6:

LASCIZ

/%S4%03%S5%03%S5%03%S5%03%N/

047445

022462

FMT7:

LASCIZ

/XTR02%N/

054105
042105

042524
051040

FMT8:

LASCIZ

/%AEXTENDED REG AXX01%A-XTZN/

047045
050101
051440
040503
047445

000
020103
041125
046114
022466

FMTS:
FMT10:

042522
022462
042101
052111

FMT11:

LASCIZ

/%AREG %02%A LOADED WITH:

031517

020107
020101
042105
035110
047045

022516
020124
020101
052522

052101
042045
047516
022516

FMT19:

LASCIZ

/ANKATEST %D2%A NOT RUNZN/

040445

04€¢120

FMT24:

LASCIZ

/%NXAPLEASE

6442

6443
6444

6445

XO3%SSZAACTUAL:

%03%N/

6448
6449

6450

656

SERE

040440
040445
000116

NNNNNNNNYNNNNYO
NNV
S NN = =
NS ONOONON
S NN

6447

el —

6446

047445
047445

- —d

SEQ 0090

6440

) —D —d —h —d el —

—d

) —

N acwadaguvdaC@uaaaa-—

E///////////////////////////////////////////////////////////////////

)

15-JUN-81
15:34
PAGE 7-50
GLOBAL ERROR REPORT SECTION

SIIIITIL LTI
7777777007077 777777777777777777777777777777777777777
THE ‘GLOBAL ERROR REPORT SECTION CONTAINS ERROR MESSAGES
37/
s/
THAT ARE USED IN MORE THAN ONE TEST.

6451

—d —

]

30A(1052)
LSBTTL

)

6432
6433
6434
€435
6436
6437
6438
6439

6452

— ol

MACY11

047045

022530
022455
/XTAIN/
/%APC OF

SUBR CALL:

X06%ZN/

X03%N/

INSURE M8207 RUN SWITCH (E28 SW7)

IS ONIN/

| CZDMRE MB8203 STATIC DIAG #1

' CZDMRE P11

MACY11

08-JUN-81

13:27

04050%
051516
034115
052522
052111
031105
024467
047117

042523

044440

047045

020123
000

6453

15=JUN-81
15:34
PAGE 7-51
30A(1052)
GLOBAL ERROR REPORT SECTION

SEQ 0091

‘\\ISO‘U\J\J\WN
—HoOrnwWw

il
D

il codh
i

) ald
i

b ol
o

6457

oo
NN

6456

eololeolalelalels

6454

6459

122

052117
044524
042105
047125
051040
024040
000051
040515
046103
020124
020113
000

6460

6461

115

041440
052111
045503
000061
051117
052117
000
117
047516
040505
041517
0521 17
000

6462
6463
6464

6465

——

122

052117
044524
042105
051515

000122
042522
041523
042522

6458

6466

103

042104
052040
052517
046105

1 17

012462
012470

0475 16
0402 05
040517

051123
042522
046511
020124
024460
043505
044440

040440
051523
026505
051450
000
047040
044516
05511
020131
046103

020107
046517
000
043505
044440
046101
041040
041111
051505
04711

055111
020131
051525
052105
052111

047111
020113
052123
052101

EM1:

LASCIZ

/CSR ADDRESS

EM?:

.ASCIZ

/REG NOT

044515
040520

EM3:

.ASCIZ

/REG MISCOMPARE
/

047040

EMS4:

LASCIZ

/REG NOT

020124
044502
041525
030040

EMS:

LASCIZ

/MAINT

CLK BIT

STUCK AT

044501
045514
051440
040440

052116
041040
052524
020124

EM6:

LASCIZ

/MAINT

CLK BIT

STUCK AT

054504
051440

047040
052105

EM7:

LASCIZ

/0ORDY NOT

SET/

042122

EM&:

LASCIZ

/0RDY NOT

CLEARED/

051440

020131
046103
000104
047040
052105

EM9:

LASCIZ

/0COR NOT

SET/

047503
020124
042522
052103

020122
046103
000104
047040

EM10:

LASCIZ

/0COR NOT

CLEARED/

EM11:

LASCIZ

/OACT NOT SET/

046101
041040
020124

044516

TIME=-OUT

(SELO)/

INITIALIZED BY MST

CLR/

INITIALIZED By UNIBUS RESET

(INIT)/

. CZDMRE M8203 STATIC DIAG #1

6471
6472
6473
6474
6475
6476
6477

6478
6479
6480

6481

6482

052105

7
6
g

020124
046103
000104
047040
042514
041040
000115
047040
052105

EM12:

_ASCIZ

/OACT NOT CLEARED/

EM13:

.ASCIZ

/U'NRR NOT CLEARED BY SOM/

020131
:
052117

041501
020124
042522
051122
041440
042105
047523
051122
051440

EMI4:

_ASCIZ

/UNRR NOT SET/

125

051116

020122

EM15:

,ASCIZ

/UNRR NOT

€M16:

.ASCIZ

/UNRR NOT CLEARED/

013033
013040
013046
013054
013062
013067
3074
2
0
6
1
6
4

7
v

047516

054502
047125
052117
051101
111
047516
000124
051111
052117
051101
111
047516
000124
041511
052117
051101
111
047516
000124
040511
052117
051101
106
047516
040505
051504
052685
106
047516
040505
054502

041440
111

042522
052101
051101
042047
111
042522

041522

GLOBAL ERROR REPORT SECTION

PAGE 7-52

051440

012630
012636
012643
012650
012656
012660
012666
012674
012701
012706
012714
012716
012724
012732
012737
012744
012752
012754
012762
012770
012775
013002
013010
013016
013024

052117

LT
\Ji\fl\hb
R=g83 nESSONONn

i
ol
i
i
i
)
b
il

6470

d —D b

6469

— D

oD n ooV

elelolale) OOO0OOOCODOO

6468

15:34

13:27

012476
6467

15-JUN-B1

08-JUN-81

(=]
S
o

| CZDMRE .P11

MACY11 30A(1052)

CLEARED BY 0C/

020124
042522
047440
051122
041440
042105
042122
020124

046103
020104
000103
047040
042514
000
020131
042525

EM17:
!

.ASCIZ

/IRDY NOT SET/

054504
041440
042105
044503
020124

047040
042514
000
020122
042523

EM18:

.ASCIZ

/IRDY NOT CLEARED/

EM19:

_ASCIZ

/ICIR NOT SET/

051111
041440
042105
041501
020124

047040
042514
000
020124
042523

EM20:

ASCIZ

/ICIR NOT CLEARED/

EM21:

LASCIZ

/IACT NOT SET/

052103
041440
042105
051523
020124
042522
044523
051440

047040
042514
000
020111
046103
000104
047040
052105

EM22:

.ASCIZ

/IACT NOT CLEARED/

EM23:

.ASCIZ

/DSSI NOT CLEARED/

EM24:

,ASCIZ

/DSSI NOT SET/

051523
020124
042522
046440
051114
041516
052103
020101
051040
000
041516
052103

(020111
046103
020104
052123
009
051117
042049
044103
053103

EM25:

.ASCIZ

/DSS! NOT CLFEARED BY MST (LR/

,ASCIZ

/INCORRECT DATA THAR RCV'D/

051117
041440

EM27:

LASCIZ

/INCORRECT CRC BYTE RCV'D/

041040

052131

EM26:

‘

SEO 0092

' CZDMRE MB203 STATIC DIAG #1
' CZDMRE .P11
08-JUN-81 13:27

MACY11

!
|

041522

023526

046517
041440
042105
047523
020124

047040
042514
000
020115
042523

EM28:

.ASCIZ

/RSOM NOT CLEARED/

EM29:

.ASCIZ

/RSOM NOT SET/

046517
041440
042105
047505
020124

047040
042514
000
020115
042523

EM30:

.ASCIZ

/REOM NOT CLEARED/

EM31:

.ASCIZ

/REOM NOT SET/

040504
052111
041440
042105
042130
044502
020124

040524
047040
042514
000
(52101
020124
042523

EM32:

.ASCIZ

/TXDATA BIT NOT CLEARED/

EM33:

.ASCIZ

/TXDATA BIT NOT SET/

041522
023526
040504
040504
051511
047503
051101
000105
041502 020103
020124
046103
042522
000104
041502
020103
020124
042523
041105
045514
052117 041440
051101
042105
105
046102
047516 020124
000124
040522
020102
020124
046103
042522 000104
040522 020102
020124
042523
053117 051122
0521
041440
051101
- 042105
1
051126
0475
020124
0
0535
050040
030443

020104
046440
050115

EM34:

LASCIZ

/RCV'D DATA M]SCOMPARE/

047516
040505

EM35:

.ASCIZ

/BCC NOT CLEARED/

047516
000124
047040
042514
000
020113
042523

EM36:

.ASCIZ

/BCC NOT SET/

EM37:

.ASCIZ

/EBLK NOT

EM38:

.ASCIZ

/EBLK NOT SET/

047516
040505

EM39:

.ASCIZ

/RAB NOT CLEARED/

047516
000124
047040
042514
000
020122
042523

EM40:

.ASCIZ

/RAB NOT SET/

EM41:

_ASCIZ

/OVRR NOT CLEARED/

EM42:

.ASCIZ

/OVRR NOT SET/

041501
044440

EM43:

LASCIZ

/SW PACK #1

040520
020062
051122

EM44:

ASCIZ

/SW PACK #2 [NCORRECT/

|
|
|
|

6483
64B4
6485
6486
6487

6488

6489

6490
6491
6492
6493

6494
6495
6496
6497
6498

6499

013320
013326
013334
01332
013346
013354
013362
013366
013376
013402
013410
013416
013423
013430
013436
013440
013446
013454
013460
013466
013474
013502
013510
013515
013522
013532

020105
000104
051522
052117
051101
122
047516
000124
042522
052117
051101
122
047516
000124
054124
041040
052117
051101
124
020101
047516
000124

ONO=—=NIN=
=0 —
=S WNWNWOWWESONN-2
N

|
|
|
|

013142
013150
013152
013160
013166
013173
013200
013206
013210
013216
013224
013231
013236
013244
013246
013254
013262
013270
013275
013302
013310
013316

013557

13600

041505

051117
000
020127
021440
047503
000124

30A(1052)
15-JUN-81
15:34
PAGE
GLOBAL ERROR REPORT SECTION

7-53

CLEARED/

INCORRE(CT/

042522

SEQ 0093

€500

6501

6502

6503

6504

6505

6506

6507

6508

6509

6510
6511

013604
013612

013620
013626
01363
013636
013644
013652
013660
013664
013672
013700
013706
013714
013717
013724

013732
013740
013746
013752
013760
013766
013774
014002
014010
014011
014016

014024
014032
014040
014045
014052
014060
014066
C14074
014102
014105
014112
014120
014126
014134
014142
014146
014154
014162
014170
014176
014204
014206
014214
014222
014230
014236
014244
014252
014260

053522
020113
041516
052103
122

046111
020124
042522
044440
051501
041040
052517
041516
052103
117

041522
052111
020124
042523
042117
020103
054524
047040
042514
000
105

051126
044522
052111
051440
-~
105
051126
044522
052111
041440
042105
122

047040

052105
051105
042522
052111
042522

047516
020124
020122
043505
000104
054124
051105
051105
052122
020124
052122
020124
042522

MACY11

30A(1052)

041501
044440
042522

EM4S:

LASCIZ

/SW PACK #3

051440
047516
040505
054502

EM4L6:

LASCIZ

/RCV SILO NOT

EM47:

LASCIZ

/ASSEMB BIT

053040
051101
044502

EM4LE:

LASCIZ

/0DD

VRC

PARITY BIT

NOT

SET/

051126
044522
052111
041440
042105

EM4S:

LASCIZ

/0DD

VRC

PARITY BIT

NOT

CLEARED/

042526
020103
054524
047040
052105
042526
020103
054524
047040
042514
000
040505
052117
040440
040440
020107
000105
042101
020124
043101
054101
051040

020116

EMS50:

LASCIZ

/EVEN VRC

PARITY BIT NOT

SET/

041040
052117
000
020116
040520
041040
052117

EMS1:

LASCIZ

/EVEN VRC

PARITY BIT NOT

CLEARED/

054504

EMS2:

LASCIZ

/READY

NOT

SET

AFTER AX REG WRITE/

020131
042523
042524
051040
040505

EMS3:

LASCIZ

/READY NOT

SET

AFTER AX REG READ/

052440
052522
047522

042116
020116
000122
047516
000124
047516
040505

:
EMS4

LASCIZ

/TX UNDERRUN ERROR/

EM60:

LASCIZ

/RTS NOT

SET/

EM6S:

LASCIZ

/RTS NOT

CLEARED/

' CZDMRE MB8203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27
050040

031443
051117
000
053103
020117
046103
020104
000103
042523
052111
052116
051117
000
042104
050040
020131
047516
000124
020104
040520
041040
052117
051101

020123
042523
020123
046103
000104

041115
041440
044440
042522

15=-JUN=-81
15:34
PAGE
GLOBAL ERROR REPORT SECTION

7-54

SEQ 0094

INCORRECT/

CLEARED BY

COUNT

IC/

INCORRECT/

020124

040520

051101

051440
052106
020130
051127

CJDMRE MB203 STATIC DIAG #1
[ 7DMRE P11
08=JUN=81 13:27

MACY11

15-JUN=-81
15:34
PAGE 7-55
30A(1052)
GLOBAL ERROR REPCRT SECTION

052502
041124
043505
042516
020124
020123
035040
043505
051040
020040
031061
043505

027523
051525
000040
052440
067111
042522
000
030061
043505

DH1:

LASCIZ

R INBUS/0UTBUS REG &

DH2:

LASCIZ

/UINE

DH3:

LASCIZ

/REG10

020040
032061
043505
051040
020040
033461
000065
000
047111
052111
047105
042522
000

051040
020040
032461
043505
051040
000

DH4:

JASCIZ

DHS:
DH6:
DH7:

+ASCIZ
+ASC12Z
LASCIZ

/15/

SEQ 0095

6512
6513

6514

6515

€516

6517

€518

6519
5¢0
6521

6522

6523

6524
6525
652¢
6527
6528
6529
6530
6531
(3)

6532
(9)

(8)
(7)

(6)

014264
014272

014300
0146306
014314
014322
014330
014335
014342
014350
014356
014364
014372
014373

014400

014406
014414
014422
014430
014435
014440
014443
014450
014456
014464
014472
014475
014502
014510
014516
014524
014532
014534
014542
014550
014556
014564
014572

047111
052517
051040
044514
044516
052502
051507
122

020040
030461
043505
051040
000
040

043505

051040
020040

033061
043505
061

033061

114

047125
052130
020104
035040
101
020065
030455
030530
040440
000066
020040
026462
054101
020040
032461
026463

INBUS REGS

REG!1

REG13/

051040
020040
031461

020105
042440

REG14

REG1S

REG16

REG17/

716/

/UINE

UNIT

EXTENDED REGS

042504

051507

030455
030130
040440
020065
020455

DH8:

LASCIZ

/AX0=15

020040
032461
026462
054101
020040
0332061

054101
020040
033061

DHO:

LASCIZ

BGNMSG

ERR1

PRINTB

#FMT 1 ,#ADDRES
,MP(
R

040440
020066
030455
030530

REGIZ2

030130

014600

014600
014600
014600
014600
014604
014610
014614
014620

UNIT

AX0=16

AX2=15

AX1-15

AX2=16

AX1=16/

AX3=15

AX3=16/

026463
054101
000

.EVEN

002446
035620
011454
000003

ERRY::
MOV
MOV
MOV
MOV
MOV

MP(SR,=(SP)
#ADDRES ,=(SP)
#FMT1 ,=(SP)

#S,-5P)
SP,.RO

(ZDMRE MB8203 STATI(C DIAG #1
CZDMRE P11

08-JUN-81

13:27

(6)
(4)

104414
062706

000010

.
|

014632

PRINTB

#FMT1,#ADDRE
S ,MP(SR

(3)
(&)

014642

012746

014652
014656

014656

(7)

(&)

6539
(6)
(3)
(4)

6540

002446

012746

035620

012746

000003

010600
104414

062706

000010

014662

012746

011464

014676

062706

000004

014662

014666
014672
014674

014702

012746
010600
104414
013746

002400

(7)

014712

012746

011646

(6)

(3)

014706
014716
014722

(4)
(4)
6541
(9)
(8)

014724
014726
014732
014732
014736

(3)
(4)

014752
014756

(8)
(7)
(6)
(3)
(4)
(4)

6543

014742
014746

014756
014762
014762
014766
014772
014776
015002
015004
015006

015012

012746

012746
010600

002406
002404

MOV
TRAP

PRINTR

#FMT2

PRINTR

#FMT7,#DH1,REGNUM

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

ADD

#10,SP

MOV

#FMT2 ,=(SP)

ADD

#4,SP

MOV
MOV
TRAP
MOV

MOV
MOV

PRINTB

#FMT3,GOODAT ,BADDAT

011506
000003

062706

000010

012746

014335

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

REGNUM,
- (SP)

PRINTX

#FMT4 ,4#DH2 ,#DH3

000010

012746
012746
070600

011563
000005

PRINTX

#FMTS,LUR10,LURTT,LURT2,LURT3

002302

SP,RQ

C$PNTB
#10,SP

MOV
MOV

BADDAT ,=(SP)
GOODAT ,=(SP)

MOV
TRAP

ADD

SP,RO
CSPNTB
#10,SP

MOV

#DH3,=(SP)

#FMT3,=(SP)
#3,-(SP)

MOV
MOV
MOV
MOV
TRAP
ADD

#DH2
= (SP)
#FMT4
= (SP)
#3,-(SP)
SP,RO
CSPNTX
#10,SP

MOV
MOV
MOV

LUR13,=(SP)
LUR12,=(SP)
LUR11,=(SP)

MOV
MOV
MOV

#FMTS ,=(SP)
#5,-(SP)
SP,RO

MOV

#FMT7,=(SP)

TRAP
ADD

MOV
MOV

014306
011550
000003

(7)
(6)
(3)

013746

#FMT1,=(SP)

MOV

#ADDRES ,=(SP)

#3,-(SP)

002310
002306
002304

015026

MOV

013746
013746
013746

015032
015036
015042

MP(CSR,=(SP)

000003

(11) 015012
(10) 015016
(9)
015022

(B)

MOV

#DH1,=(SP)

013746
013746

012746
012746
012746
010600
104415
062706

C$MSG

MOV

000010

010600
104414

TRAP

014264

104414
062706

012746
012746

($PNTR
#10,SP

MOV

000001

014702

(8)

TRAF
ADD

ERR2::

011454

(9)

(4)
6542
(9)

{

013746

014646

L10002:

104423

014632

014636

SEQ 0096

FNDMSG

014632

(4)

(7)
(6)

8
PAGE 7-56

6538

(6)

GLOBAL ERROR REPORT SECTION

ERR2

(7)

15:34

BGNMSG

(8)

15=JUN=-81

014632

(9)

014630
014630
014630

30A(1052)

6533
(3)
(3)
6534
6535
6536
6537
(3)

014622
014624

MACY11

LUR10,=(SP)

' (ZDMRE MB203 STATIC DIAG #1

08-JUN=-81

(ZDMRE .P11

015044
(4)
015046
6544 015052
8)
015052
(7)
015056
6)
015062
(%)
015066
(4)
015070
(4)
015072
65465
015076
(11) 015076
(4q)

6554
(7)
(6)

(3)

(%)

(4)

6555
(9)
(8)
(7)
(6)

(3)

(VL IV. P ol ol 2

200

£556

()

_————
e

000014

012746
012746
012746
010600

014373
011712

062706

000006

013746
013746
013746
013746

002320
002316
002314
002312
011613
000005

104415

012746
012746
010600
104415

062706

015250
015254

TRAP

PRINTX

000014

002446
035620

062706

000019

012746
012746
010600

011464
000001

062706

000004

013746
013746
012746

002530
002532
011656
000003

104414

012746
010600

ADD

#FMTS
, #OHG

MOV
MOV
MOV
MOV

000002

013746
012746
012746
012746
010600
104414

SEQ 0097

15:34
PAGE 7-57
15=JUN=-81
30A(1052)
GLOBAL ERROR REPORT SECTION

PRINTX

TRAP
ADD

#FMTE,LURTSG,LURTS ,LURTE,LURT7

ENDMSG

MOV
MOV
MOV
MOV
MOV
MOV
MOV

L10003:

104423

104414

(4)

(9)
(8)
()

062706

i
D il

d cd o

i e

e o
e

SRRE P Jeolalale)

(4)

D i

(%)
(4)

(6)

) oD

(7)

(8)

D i

()

6553

015132
015136
015136
015136

)

(4)

6546
(3)
(3)
6547
6548
6549
6550
6551
6552
(3)

|
I

015126

015130

e wnd

(3)

015116
015122

(7)

(&)

015102
015106
015112

—d

‘

10)
(9)
(8)

eolelolelolalolalolalololololololalvlolelels)

7
|
|

10441°¢

13:27

MACY11

BGNMSG

ERR3

PRINTR

#FMT1,4ADDRES ,MPCSR

013746
013746
012746
012746

002406
002404
011506
000003

#2,-(SP)

SP,RO
CSPNTX
#6,SP

LUR17,=(SP)
LURT6,=(SP)
LUR1S5,=(SP)
LUR14 ,=(SP)

#FMTE,=(SP)
#5,-(SP)

SP,RO
CEPNTX

#14 ,SP

TRAP

C$MSG

ERR3::
MP(CSR,-(SP)

#ADDRES ,~(SP)

#FMT1,=(SP)
#3,-(SP)

SP,RO
C$PNTB

#10,SP
PRINTR

HFMT2

#FMT2 ,-(SP)
#1,-(SP)

SP,RO
($PNTB

#4 ,SP

PRINTH

#EMTE,TMPT,
TMPO

TMPQ ,~(SP)

TMP1,=(SP)

REMTB,
= (SP)

#3,-(SP)
TRAP

000010

#DH4 ,=(SP)

#FMTI,=(SP)

TRAP
ADD

011454
0000C3

062706

($PNTX

#14,5P

PRINTR

#FMT3,GONDAT ,BADDAT

SP,RO
CSPNTB

ADD

#10,SP

MOV
MOV
MOV
MOV

BADDAT ,=(SP)
(SP)
.=AT
GOOD
#FMT3 <(SP)
#3,-(SP)

(ZDMRE MB2C3 STATIC DIAG #1

08=JUN=81

(3)

01060C

014335
014306
011550
000003

062706

000010

013746
013746
013746
013746
012746
012746
010600

002310
002306
002304
002302
011563
000005

062706

000014

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

012746
012746
012746
010600

014373
011712
000002

062706

000006

11
A0
(9)

013746
013746
013746
013746
012746
012746
010600

002320
002316
002314
002312
011613
000005

062706

000014

012746
012746
012746
012746
010600

014475
014443
011550
000003

6558

(11)
(10
(9)

(8)

(7)
(6)
(3)

(4)

(&)

£559

(4)

6560

(8)
(7)
(6)

(3)

(4)
(4)

£561
(9)

(8)

(7)
(6)

(3)

(4)
(4)

6562

(11
(10)
(9)
(8)

(7)
(6)

(%)
l‘,

(&)

o
D
D
i
B
b
D o

4)
(4)

012746
012746
012746
012746
016600

(8)
(7)
(%)
(3)

104415

104415
062706

000010

013746
013746
013746
013746
012746
012746
010600

002330
002326
002324
002322
011563
000005

062706

000014

104415

H 8
15=JUN=81
15:34
PAGE
30A(1052)
GLOBAL ERROR REPORT SECTION

7-58

SEQ 0098

$P,RO

MOV

000010

(9)

————————t———

104414

13.27

062706

€557

(4)
(4)

olsleolololelelalsleles)

CZDMRE P11

MACY11

TRAP

PRINTX

REMT& ,8DH2 ,8DH3

#FMTS,LURTO,LURTT,LURTZ,LURT3

BFMTG, #DHL

ADD

MOV
MOV
MOV
MOV
TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV
MOV
PRINTX

BFMTE,LURTSL,LURTS,LURTE,LURTZ

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

PRINTX

BFMTS ,8DH7 ,#DHE

#EMTS ,AX0,15,AX0,.16,
A1, 15, 4ax1 16

TRAP
ADD

MOV
MOV
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV

MOV
MOV
TRAP
ADD

C$PNTB

#10,5P
#DH3,=(SP)
#DHZ ,=(SP)

#FEMT4L ,=(SP)

#3,-(SP)
SP,RO
X
CSPNT

#10,SP

LUR13,=(SP)
LUR1Z2,=(SP)
LURT1,=(SP)
LUR1T0,=(SP)

AFMTS,=(SP)
#5,-(SP)

SP,RO

CSPNTX

#14,SP
#DH4
= (SP)
#FMT9,=-(SP)

#2,-(SP)
SP,RO
X
CSPNT
#6,5P

LUR17,=(SP)
LURT6,=(SP)
LUR1S,=(SP)
LURT4 ,=(SP)

#FMTE,=(SP)

#5,-(SP)

SP,RO
CSPNTX

#14,SP
#DHB ,={SP)
#DH7 ,=(SP)
#FMT4
- (SP)

#3,-(SP)
SP,RO

CSPNTX

#10,5P

AX1.16,=-(SP)
AX1.15,=(SP)
AX0.16,=(SP)

AX0.15,=(5P)
BFMTS =(SP)
#5,=(SP)
SP,RO
CEPNTX
84 ,5P

CZDMRE MB203 STATI( DIAG M
(ZDMRE P11

08=JUN=81

13:2?

015534

012746

01453

015544
015550

012746
010600

000002

6563

01553

t?)

01550

(B)

‘6)
(3)
(4)
(&)

015552
015554

000006

015560
015564

013746
013746

002340
002336

015604

012746

000005

015560

(9)
(8)
(7)

015570
015574
015600

(6)

(3)

015610

6565

015620

(3)

|
|

l
|
|

(4)
(&)

(3)

PRINTX

SECTION

8
PAGE 7=59

SEQ 0099

#FMTS, #DH9

MOV

#DHI,=(SP)

MOV
MOV

#2,-(SP)
SP,RO

MOV

PRINTX

TRAP
ADD

&FMT6,AX2.15,AX2.16,AX3.15,Ax3.16

(002334
002332
011613

AX3.16,=(SP)
AX3.15,=(SP)

MOV

#5,-(5P)

MOV
:

ENDMSG

L 10004:

104473

CSPNTX
#6,SP

MOV
MOV

MOV
MOV
MOV

000014

BFMTO,=(SF)

AX2.16,=(SP)
AX2.15,=(SP)
RFEMTE,=(SP)

SP,RO

TRAP
ADD

($PNTX
814 ,5P

TRAP

($MSG

6567

6569
6570
6571

015622

BGNMSG

ERR4

6572

015622

PRINIR

#FMT10,SURRP(

(3)

015622

(8)

01562¢

013746

(3)
(4)
(4)

015636
015640
015642

070600
104414
062706

(9)
(8)
(7)

015646
015652
015656

013746
012746
012746

(3)

015666

010600

(6)

015626
015632

(15646

015662

012746
012746

012746

011464
000001

013746
012746

002400
014264

(6)

015732

012746

000003

(3)

015736

(&)

015742

(4)

015740

010600
104474

062706

PRINTR

#FMT1,#ADDRES
. MP(SR

000003

012746
012746
010600
104414
062706

012746

002446
035620
011454

015676
015702
015706
015710
015712
015716
015716
015722

015726

MOV

MOV
MOV

000006

(7)
(6)
(3)
(4)
(4)
6575
(8)
(8)

(7)

FRRG::

011717
000002

015670
015672

015676

104414
062706

002352

(4)
(4)

6574

015620

104415
062706

ERROR REPORT

15:34

6568

(573

015620

010600

GLOBAL

15=JUN=-81

6566

(7)
(6)

015612
015614

013746
013746
012746

30A(1052)

011712

104415
062706

6566

11)
t10)

012746

MACYYT

000004

PRINTB

a&rmi¢

PRINTR

#FMT7,4DH1
, REGNUM

011646

000010

MOV
TRAP
ADD

SP,RO
CS$PNTB
#6,SP

MOV
MOV
MOV

MP(CSR,=(SP)
#ADDRES ,=(SP)
#FMT1,=(SP)

MOV

SP.RO

MOV

000010

;

#3,-(SP)

TRAP
ADD

C$SPNTB
#10,SP

MOV
MOV
MOV
TRAP
ADD

#EMT2 ,-(SP)
#1,-(SP)
SP,RO
($PNTB
#4,SP

MOV
MOV

REGNUM,-(SP)
#DH1 ,-(SP)

MOV

#3,-(SP)

MOV
MOV

SUBRP( ,=(SP)

#FMT10,=-(SP)
#2,-(SP)

TRAP

ADD

#FMT?,=(SP)
SP,RO

CSPNTB

810,5P

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

6574

015746
015746
015752
015756
015762
(3)
015766
(4)
015770
4)
015772
6577 015776
(11) 015776
10) 016002
(9)
016006
(8)
016012
(7)
016016
(6)
016022
(3)
016026
(4)
016030
(4)
016032
6578 016036

014335
014306
011550
000003

(%)
(8)
‘7
(6)

(8)

(7)
(6)
(3)

(4)
(4)

6579

016036
016042
016046
016052
016054
016056

016062
(11) 016062
10)
(9)

(8)
(7))
(6)

(4)

6580
(9)

(8)

(7)

(6)
(3)

(4)
(4)

6581

016066
016072
016076

016102
016106
016112
016114
016116
016122
016122
016126
016132016136
016142
016144
016146

11)

(10)
(%)

(8)
(7)
(6)
(3
(4)
(4)

€582
(8)

(7)

016212
016216

000010

002310

MACY11

15=JUN=-81
15:34
30A(1052)
PAGE 7-60
GLOBAL ERROR REPORT SECTION
PRINTX

SEQ 0100

BFMTL ,8DH2 ,#DH3

#DH3,=(SP)

#DHZ ,=(SP)

#FMT4 ,=(SP)

#3,-(5P)
SP,RO

CSPNTX

PRINTX

#10,SP

#FMTS,LURT0,LURTT,LURT2,LURTS

LUR13,=(SP)

LUR12,=(SP)
LUR11,=(SP)
LUR10,=(SP)
#FMTS ,=(SP)
#5,-(SP)

000014

012746
012746
012746
10600
104415
062706

014373

000006

002320
002316
002314
002312
011613
000005

012746
012746
012746

014475
014443
011550
000003

010600
104415

PRINTX

#14,SP

REMTG, #DHS

#DH4
, - (SP)
#FMT9,=(SP)
#2,=(SP)

011712
000002

013746
013746
013746
013746
012746
012746
010600
104415
062706

012746

SP,RO
CEPNTX

000014

062706

000010

013746
013746
013746
013746
012746
012746
010600
104415
062706

002330
002326
002324
002322
011563
000005

012746
012746

014534
011712

000014

SP,RO
CSPNTX

PRINTX

#FMT6,LURTS,LURTS,LURT6,LURT7

LUR17,=(SP)
LUR16,=(SP)
LUR1S,=(SP)
LUR14 ,=(SP)

RFMTE,-(SP)
#5,-(SP)

PRINTX

#FMT& ,48DH7 ,#DHS

#FMTS5,Ax0,.15,Ax0.16,AX1.15,AXx1.16

TRAP
ADD

MOV
MOV
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
TRAP

PRINTX

#EMT9,#DHY

SP,RO
CSPNTX

#14,SP

#DH8,~(SP)

#DH7 ,=(SP)
#FMTS ,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#10,SP

AX1.16,=(SP)
AX1.15,=(SP)
AX0.16,=(SP)
AX0.15,-(SP)

#FMTS ,-(SP)
#5,-(SP)

SP,RO
X
CSPNT

ADD

#14,SP

MOV
MOV

#FMTG,
= (SP)

#DHG ,=(SP)

(ZDMRE M8203 STATIC DIAG #1
08-JUN=-81 13:27
CZDMRE. P11

6)
(3)

6583

QRP)
(10)
(9)
(8)

(7)
(6)

(3)

I
|
|

-(3).

6585
6586
6587
6588
6589
6590
(3)
6591
(9)
(8)
(7)

(3)

(4)
(4)

6592
(9)

(8)
(»

(6)

(3)

(4)
(4)

6593
“(7)
(6)
(3
(4)
(4)

6594
(9)

(8)
(7)

(6)

062706

000006

013746
013746
013746
013746
012746
012746
010600

002340
002336
002334
002332
011613
000005

062706

000014

104415

(4)
(4)

6584
(%)

000002

104415

(4)
)

|
i

01274¢€
010600

K
8
30A(1052)
15=JUN=-81
15:34
PAGE 7-61
GLOBAL ERROR REPORT SECTION

016300
016300
016300
016300
016304
016310
016314
016320
016322~
016324
016330
016330

016334
016340
016344
016350

016352
016354
016360
016360

016264

016370
016372
016374
016400
016400
016404
016410
016414

013746
012746
012746
012746
010600

002446
035620
011454
000003

062706

000010

013746
013746
012746
012746
010600

002410
002400
011750
000003

062706

000010

012746
012746

011464
000001

104414

010600
104414

062706

000004

013746
013746
012746
012746
010600

002530
002532
011656
000003
.
000010

002406

SEQ 0101
MOV
MOV

PRINTX

ENDMSG

ERRS

PRINTB

#FMT1,#ADDRES
,MP( 3R

PRINTB

MOV
MOV
MOV
MOV
MOV
MOV
MOV

L 10005:

BGNMSG

PRINTB

TRAP
ADD

BEMT
.15 ,AX2.
E,AX
16 ,AX3.15,AX3.16
2

.
Cieers
- 104423

016420
(4)
104414
016422
(4)
016424
062706
1> om OTEESOTM
(9)
016430
013746
3)

MACY11

#FMT11,REGNUM,
L OADAT

#FMT?2

#FMT8, TMP1, TMPQ

#2,-(SP)
SP,RO

CSPNTX

#6,SP

AX3.16,=(SP)
AX3.15,=(SP)

AX2.16,=(SP)
AX2.15,=-(SP)
#FMT6,=(SP)
#5,-(SP)

SP,RO
C$PNTX

TRAP
ADD

#14,SP

TRAP

C$MSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MPCSR,=(SP)
#ADDRES ,~(SP)
#FEMT1,=(SP)

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

LOADAT ,=(SP)

ERRS::

MOV
MOV
MOV

#3,-(SP)

SP.RO
CSPNTB

REGNUM,~(SP)

#FMT11,-(SP)

#3,-(SP)

SP,RO
C$SPNTB

#10,SP

#FEMT2
= (SP)
#1,-(SP)

SP.RO
(SPNTB

TRAP
ADD

#4,SP

MOV

TMPO,
= (SP)

MOV
MOV
MOV

#FMT8,-(SP)

#3,-(SP)

ADD

#10,SP

" MOV

TRAP

TTMMP1 . =(SP)

SP RO
C$PNTB

————
s
oGy,
—

MOV

BADDAT
= (SP

- (ZDMRE M8203 STATIC DIAG #1

| CZDMRE .P11
(8)
(7)
(6)

(3)

(4)
(4)

6596

08-JUN-81 13:27

016434

016440
016444
016450

016452
016454
016460
016460

01374€
012746
012746

000010
014335
014306
011550
000003

062706

000010

013746
013746
013746
013746
012746
012746
010600

002310
002306
002304
002302
011563

062706

000014

012746
012746
012746
010600

014373
011712
000002

062706

000006

013746
013746
013746
013746
012746
012746
010600

002320
002316
002314
002312
011613
000005

(4)

062706

000014

(9)
(8)
(7)

012746
012746
012746
012746
010600

014475
014443
011550
000003

(7)

016464
016470

016474
016500
(4)
016502
(4)
016504
6597 016510
(11) 016510
(6)

(3)

10)

(9)

(8)

(7)
(6)

(3)

(4)
(4)

6598
(8)
(7)
(6)
(3)
(4)
(4)

6599

(11
(10)
(9)

(8)
(7)

(6)

(3)
(4)

(6)

(3)
(4)
(4)

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

016514
016520
016524
016530
016534
016540
016542
016544
016550
016550
016554
016560
016564
016566
016570

104415

L 8
30A(1052)
15=JUN=-81
15:34 PAGE 7-62
GLOBAL ERROR REPORT SECTION

002404
011506
000003

012746
012746
012746
012746
010600

(9)
(8)

MACY11

MOV
MOV
MOV
MOV
PRINTX

PRINTX

#FMT4 ,#DHZ ,#DH3

#FMTS,LURT0,LURTT,LURT2,LURT3

000005

104415
062706

000010

013746
013746
013746
013746
012746
012746

002330
002326
002324
002322
011563
000005

SEQ 0102

PRINTX

A#FMTY,#DH4

#FMT6,LURT4,LURTS,LURT6,LURT7Z

TRAP
ADD

MOV
MOV
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV

MOV
MOV
MOV
MoV
TRAP
ADD

PRINTX

#FMT4 ,#DH7,#DH8

#FMTS5,AX0.15,AX0,.16,AX1.15,AX1,.16

($PNTB

#10,SP

#DH3,=-(SP)

#DH2 ,=(SP)
#FMT4 ,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#10,SP

LUR13,-(SP)

LUR1TZ,=(SP)
LUR1T1,=(SP)
LUR10,=(SP)
#EMTS,=(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

MOV
MOV
MOV
MOV

#DH4
, = (SP)
H#FMTY,-(SP)
#2,-(SP)

MOV
MOV
MOV
MOV
MOV
MOV
MOV

LUR17,=(SP)
LUR16,=(SP)
LUR15,-(SP)
LUR14 ,-(SP)

TRAP
ADD

TRAP

PRINTX

GOODAT ,=(SP)

#FEMT3,=(SP)
#3,-(SP)
SP,RO

SP.RO
CSPNTX

#FMT6,~(SP)
#5,-(SP)

SP.RO
CSPNTX

ADD

#14,SP

MOV
MOV
MOV
MOV
MOV

#DH8,=(SP)
#DH7 ,=(SP)

#FMT4 ,-(SP)
#3,-(SP)

SP,RO

TRAP

ADD

CSPNTX
#10,5P

MOV
MOV
MOV
MOV
MOV
MOV

AX1.16,-(SP)
AX1.15,-(SP)
AX0.16,-(SP)
AX0.15,-(SP)
#FMTS,
- (SP)
45,-(5P)

' CZDMRE M8203 STATIC DIAG #1

{ CZDMRE .P11
|

(3)

(4)

6602

‘

08-JUN-81

016714
016716
016720
016724
016724
016730
016734
016740
016742
016744
016750
016750
016754
016760
016764
016770
016774
017000

017010

017012
017012
017012
017012
017016
017022
017026
017030
01703¢
017036
017036
017042

01060C
104415
062706

012746

m 8
15:34
PAGE 7-63
15=JUN-81
30A(1052)
GLOBAL ERRCR REPORT SECTION

SEQ 0103
MOV

TRAP

000014

014534
011712
000002

PRINTX

#FMT9,#DH9

000006

013746
013746
013746
013746
012746
012746
01C 00
104415
062706

002340
002336
002334
002332
011613
000005

000014

PRINTX

#14,SP

MOV
MOV
MOV
MOV

#DH9 ,=(SP)

002352
011717
000002

062706

000006

013746
012746
012746
012746
010600

002446
035620
011454
000003

062706

000010

012746
012746
010600

011464
000001

062706

000004

013746
013746
012746
012746

002530
002532
011656
000003

104414

MOV
MOV
MOV
MOV

MOV
MOV
MOV

ENDMSG

L10006:

104423

013746
012746
012746
010600

ADD

HFMTE,AX2.15,AX2.16,AX3.15
,AX3.16

BGNMSG

ERR6

PRINTB

#FMT10, SUBRPC

PRINTB

#FMT1,#ADDRES ,MP{SR

HFMT2

#FMT8,TMP1,
TMPO

SP,RO
CSPNTX

AX3.16,-(SP)
AX3.15,=(SP)
AX2.16,=(SP)
AX2.15,=(SP)
#FEMT6,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

TRAP

C$MSG

MOV
MOV
MOV

SUBRPC ,=(SP)
#FMT10,-(SP)
#2,-(SP)

ERR6:
:

TRAP
ADD

SP,RO
CSPNTB
#6,SP

MOV
MOV
MOV
MOV
MOV

MPCSR,~-(SP)
#ADDRES ,~(SP)
#EMT1,-(SP)
#3,-(SP)

ADD

#10,SP

MOV
MOV

#FMT2,~(SP)
#1,-(SP)

TRAP

PRINTB

#FMT9,=(SP)

#2,-(SP)

TRAP
ADD

TRAP

PRINTB

SP,RO
CSPNTX

-ADD

TRAP

104414

(6)

13:27

MACY11

SP,RO
CSPNTB

ADD

#4 ,SP

MOV
MOV

TMPOQ,
= (SP)
TMP1 .= (SP)

MOV

#FMT8,
- (SP)
#3,-(SP)

' CZDMRE M8203 STATIC DIAG #1
- CZDMRE .P11
08-JUN-81 13:27

;
.

’
|

(3)

017126
017130
(4)
017132
6615 017136
(9)
017136
(8)
017142
(7)
017146
(6)
017152
(3)
017156
(4)
017160
(4)
017162
6616
017166
(11) 017166
(10) 017172
(9
017176

(4)

(8)

(7)
(6)

(3)

(4)
(4)

6617

(8)
(7)
(6)
(3)
(4)
(4)
6618
(11)
(10)
(9)
(8)
(7)
(6)
(3)
(4)
(4)

0619
(9
(8)
(7)

(6)
(3)

017202
017206
017212
017216
017220
017222

017226

017226
017232
017236
017242

017244
017246
017252
017252
017256
017262
017266

017272
017276
017302
017304
017306
017312
017312
017316
017322
017226

017332
017334
017336
6620 017342
(11) 017342
(10) 017346
(9)
017352
(8)
017356
(7)
017362
(6)
017366
(3)
017372
(4)
017374
(4)
017376
(4)
(4)

01060C
104414
062706

012746
012746
012746
012746
010600
104415

000010

014335
014306

013746

002310
002306
002304
002302
011563
000005

012746
012746
012746
010600
104415
062706

013746
013746
013746
013746
012746
012746
010600
104415
062706

012746
012746
012746
012746
010600
104415

062706

013746
013746
013746
013746
012746
012746
010600
104415

062706

15<JUN=81

15:34

GLOBAL ERROR REPORT SECTION

8
PAGE 7-64

PRINTX

#FMT4 ,#DH2 ,#DH3

SEQ 0104

000014

014373
011712
000002
000006

002320
002316
002314
002312
011613
000005
000014

014475
014443
011550
000003
000010

011563

N00005

000014

TRAP
ADD

MOV
MOV
MOV
MOV
MOV

011550
000003

000010

010600
104415
062706

30A(1052)

MOV

062706
013746
013746
013746
012746
012746

MACY11

PRINTX

#FMTS5,LUR10,LURT1,LURT2,LURT3

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
TRAP

PRINTX

#FMT9,#DH4

#FMT6,LURT4,LURTS,LURT6,LURT7

#FMT4 ,#DH7 ,#DH8

#FMT5,AX0.15,AX0.16,AX1.15,Ax1.16

#10,SP

#DH3,-(SP)
#DHZ2,=(SP)

RFMT4 ,-(SP)

#3,-(SP)
SP,RO
CSPNTX

#10,SP

LUR13,=(SP)
LUR12,=(SP)
LUR1T1,=(SP)
LUR10,=(SP)

#FMTS ,-(SP)
#5,-(SP)
SP,RO

CSPNTX

ADD

#14,SP

MOV
MoV
MOV

#DH4 ,-(SP)
#FMT9,=(SP)
#2,-(SP)

TRAP
ADD

#6,SP

SP,RO
CSPNTX

LUR17,-(SP)
LUR16,-(SP)
LUR15,-(SP)
LUR14,-(SP)

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#14,SP

MOV
MOV
MOV
MOV

#DH8,-(SP)
#DH7 ,-(SP)
#FMT4 ,-(SP)
#3,-(SP)

TRAP

PRINTX

SP,RO
CSPNTB

#FMT6,~(SP)
#5,-(SP)

SP,RO
CSPNTX

SP,RO
CEPNTX

ADD

#10,5P

MOV
MOV
MOV
MOV
MOV
MOV
MOV

AX1.16,-(SP)
AX1.15,=(SP)
AX0.16,-(SP)
AX0.15,=(SP)
RFEMTS ,-(SP)
#5,-(SP)

TRAP
ADD

SP.RO
CSPNTX

84 5P

| CZDMRE M8203 STATIC DIAG #1

' CZDMRE .P11

08-JUN=-81

6621

‘

{

|
|

017402
(8)
017402
()
017406
6
017412
(3)
017416
(4)
017420
(4)
017422
6622 017426
I 017426
10’ 017432
(9)
017436
(8)
017442
(7) 017446
(6)
017452
(3)
017456
017460
017462
017466
017466
017466

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

6632
(9)
(8>
(7)
(6)
(3)
(4)
(4)

6633
(9)
(8)
(7)
(6)

(3)

(4)

017470
017470
017470
017470
017474
017500
017504
017510
017512
017514
017520
017520
017524
017530

017532
017534
017540
017540
017544
017550
017554
017560
017562
017564
017570
017570
017574
017600
017604
017610
017612

13:27

012746
012746
012746
010600

014534
011712
000002

062706

000006

013746
013746
013746
013746
012746
012746

002340
002336
002334
002332
011613
000005

104415

010600
104415

062706

000014

MACY11

B 9
15:34
PAGE 7-65
15=JUN=81
30A(1052)
GLOBAL ERROR REPORT SECTION
PRINTX

PRINTX

#FMTO,#DH9

002446
035620
011454
000003

062706

000010

012746
012746
010600

011464
000001

062706

000004

013746
012746
012746
012746

002400
014264
011646
000003

104414

000010

012746
012746
012746
012746
010600
104415

014335
014306
011550
000003

MOV
MOV
MGV
TRAP
ADD

H#FMTE,AX2.15,AX2.16,AX3.15,AX3.16

ENDMSG

L10007:

BGNMSG

ERR7

PRINTB

#FMT1 ,#ADDRES ,MPCSR

PRINTB

#FMT?2

PRINTX

#FMT7 ,#DH1 ,REGNUM

#FMT4 ,#DH2 ,#DH3

#FMTO,
= (SP)

#2,=(SP)

SP RO
CSPNTX

#6,SP

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,=(SP)
AX2.15,=(SP)

ADD

#14 ,SP

TRAP

($MSG

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MPCSR,=(SP)
#ADDRES ,-(SP)
#FMT1,-(SP)
#3,-(SP)

MOV
MOV

#FMT2 ,-(SP)
#1,-(SP)

HFMTE,=(SP)
#5,<(SP)

SP,RO
CSPNTX

ERR7::

TRAP

PRINTB

#DH9, = (SP)

MoV
MOV
MOV
MoV
MOV
MOV
MOV

TRAP

104423

013746
012746
012746
012746
010600

SEQ 0105

SP,RO
CSPNTB

#10,SP

SP.RO
CSPNTB

ADD

#4 ,SP

MOV
MOV
MOV
MOV
MOV

REGNUM,
= (SP)
#DH1 = (SP)

#FMT?,=(SP)

#3,-(SP)

SP,RO
CSPNTB

| RAP
ADD

#10,SP

MOV
MOV
MOV
MOV

#DH3,-(SP)
#DH2
.~ (SP)
#FMTL ,-(SP)
#3,-(SP)

TRAP

SP,RO
X
CBPNT

MACY11

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN=-81 13:27
(4)

017614

06270¢€

000010

(1)
100
(9)
(8)
(7)
(6)

017620
017624
017630
017634
017640
017644

002310

017652

013746
013746
013746
013746
012746
012746
010600

6635

017660

017654

062706

000014

017660
017664
017670
017674
017676

012746

014373
011712

6636

(3)

(4)

(8)
(7)
(6)
(3)
(&)

(&)

6636

(11)
(10,
(9)
(8
(7)

(3)

(4)
4)

6637

017620

017650

C00006

017704
017710
017714
017720

013746
013746
013746
013746
012746
012746
010600

002320
002316
002314
002312
011613
000005

062706

000014

012746
012746
012746
012746
010600

014475

017704

017724

017730

01773

017736
017740

017744

(7)

017754

(4)

017750

017760
017764
017766

017770

6638 017774
(11) 017774
(10)
(9)
(8)
(7)
(6)
(3)
(4)

020000
020004
020010
020014
020020
020024
020026

6639
(8)

020034
020034

(4)

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

104415

020030

020040
020044
020050
020052
020054

6640
020060
11) 020060
(10) 020064

104415

104415
062706

000010

002330
002326
002324
002322
011563
000005

062706

000014

012746
012746
012746
010600

014534
011712
000002

062706

000006

013746
013746

002340
002336

104415

PRINTX

#FMTS, #DH4

SEQ 0106
ADD

#10,SP

MOV
MOV
MOV
MOV
MoV
MOV
MOV

LUR13,=(SP)
LUR1Z,=(SP)

TRAP
ADD

MOV
MOV
MOV
MOV

TRAP

PRINTX

#EMT6,LURTSG
,LURTS ,LURT6,LURTZ

ADD

MOV
MOV
MOV
MOV
MOV
MOV

PRINTX

#FMT4 ,#DH7 ,#DHE

014443
011550
000003

013746
013746
013746
013746
012746
012746
010600
104415

#FMTS,LURT0,LURTT,LURTZ,LURT3

000002

062706

017744

(6)
(3)
(4)

012746
012746
010600

PRINTX

000005

017700

(9)

(8)

104415

¥
5.
15=JUN-81
15:34
30A(1052)
PAGE 7-66
GLOBAL ERROR REPORT SECTION

PRINTX

#FMTS,AX0.15,AX0.16,AX1.15,AX1.16

MOV
TRAP
ADD

MOV
MOV
MOV
MOV
MOv

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV
PRINTX

#FMTS, #DHO

TRAP
ADD

MOV
MOV
MOV

TRAP

PRINTX

HFMT
.15 ,AX2.16,AX3.15,
E,AX
AX3.16
2

LYRTT,=(SP)

LUR10,=(SP)
#FMTS ,=(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH4
= (SP)
#FMT9,=(SP)
#2,-(SP)

SP,R(O

CSPNTX

LUR17,=(SP)
LUR16,=(SP)
LUR15,-(SP)
LUR14 ,~(SP)

#FMT6,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH8,~(SP)
#DH7 ,=(SP)

#FMTS ,-(SP)

#3,-(SP)
SP,RO

CSPNTX

#10,SP

AX1.16,-(SP)
AX1.15,=(SP)
AX0.16,=(SP)
AX0.15,=(SP)
#FEMTS ,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH9,-(SP)
#FMTS,-(SP)
#2,-(SP)

SP,RO
X
CSPNT

ADD

#6 .SP

MOV
MOV

AX3.16,=(SP)

AX3.15,=(SP)

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27
(39)

(8)

()
6)
(%)
4)
(4)

6641
(3)
(3)

6642
6643

6644
6645
6646
6647
(3)

6648
(8)
(7)

(6)

(3)

(4)
%)

020070
020074
020100
020104
020110
020112
020114
020120
020120
020120

020122
020122
020122
020122
020126
020132
020136
020140
020142
020146
020146
020152
020156
020162
020166
020170
020172
020176
020176

01374¢€
013746
012746
012746
010600

2334
002332
011613
000005

062706

000014

104415

013746
012746
012746

010600
104414

002352
011717
000002
000006

013746
012746
012746
012746
010600

002446
035620
011454
000003

062706

000010

012746
012746
010600

011464
000001

(4)

062706

000004

013746
- 012746
012746
012746
010600

002400
014264
011646
000003

(9)

(8)
(7)

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

6650
(7)
(6)
(3)
(4)

(8)

(7)

(6)
(3
(4)

104414
062706

(4)

6652
(9)

013746
013746
012746
012746
010600

(8)
(7)
(6)

(3)

(4)
(4)

6653
(9)

104414

6651

02027¢

15:34
PAGE
15=JUN-81
30A(1052)
GLOBAL ERROR REPORT SECTION

000010

002406
002404
011506
000003

104414
062706

000010

12746

014335

SEQ 0107

7-67
MOV
MOV
MOV
MOV
MOV
TRAP

AX2.16,=(SP)
AX2.15,=(SP)

TRAP

C$MSG

ADD

ENDMSG

L10010:

104423

062706

6649

MACY11

BGNMSG

ERRS8

PRINTA

#FMT10, SUBRPC

PRINTB

#FMT1,#ADDRES ,MP(3R

MOV
MOV
MOV
MOV
TRAP
ADD

TRAP
ADD

PRINTB

#FMT7 ,4DH! ,REGNUM

#FMT3,GO0ODAT ,BADDAT

#FMT4 ,4DH2 , #DH3

SP,RO
C$PNTB

MPCSR,=(SP)

#ADDRES ,-(SP)

#FMT1,-(SP)
#3,-(SP)

SP.RO
($PNTB

#10,SP

#EMTZ2,-(SP)
#1,-(SP)

ADD

#4 ,SP

MOV
MOV
MOV
MOV
MOV

REGNUM,-(SP)
#DH1,-(SP)

SP,RO
CSPNTB

#FMT7 ,-(SP)
#3,-(SP)

SP,RO
CSPNTB

TRAP
ADD

#10,SP

MOV
MOV
MOV
MOV

BADDAT ,~-(SP)
GOODAT ,=(SP)
#FMT3,=(SP)
#3,-(SP)

TRAP

PRINTX

SUBRP( ,=(SP)

#FMT10,<(SP)
#2,-(SP)

MOV
MOV
MOV

TRAP

PRINTB

#14,SP

ERR8::

MOV
MOV
MOV
MOV
MOV
RFMT?2

RFMT6,=(SP)

#5,-(SP)
SP,RO
CSPNTX

SP,RO

C$PNTB

ADD

#10,SP

MOV

#DH3,=(SP)

(ZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
08-JUN-81 13:27
(8)

(7)
(6)

020302

01274€
012746
012746

6654

013746
013746
013746
013746
012746
012746
010600

002310
002306
002304
002302
011563
000005

062706

000014

012746
012746
012746
010600

014373
011712

062706

000006

013746
013746
013746
013746
012746
012746
010600
104415
062706

002320
002316
002314
002312
011613
000005

014475
014443
011550
000003

(4)
(4)

012746
012746
012746
012746
010600
104415
062706

(11)
(10)
(%)
(8)
(7)
(6)
(3)

013746
013746
013746
013746
012746
012746
010600

002330
002326
002324
002322
011563
000005

an
10)
9)
(8)
(7)
(6)
(3)

104415

(4)
(4)

6655
(8)
(7)
(6)
(%)

104415

(4)
(4)

6656

(11)
(10)

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

(3)

(4)

6657
(9)

(8)
(7)
(6)

(3)

6658

(4)

6659
!

(8)

(7)
(6)

(%)

020532
020534
020536
020542
020542
020546
020552
020556

104415
062706

012746
012746
012746
010600

E 9
15:34
15=JUN=-81
PAGE 7-68
30A(1052)
GLOBAL ERROR REPORT SECTION

SEQ 0108

014306
011550
000003
000010

MACY11

MOV
MOV
MOV
MOV
TRAP
PRINTX

#FMTS,LURTO,LURTT,LURTC,LURTS

#10,SP

MOV
MOV
MOV
MOV
MOV
MOV

LUR13,=(SP)
LUR12,=(SP)
LURT1,=(SP)

TRAP

ADD

#EMTG, #DH4

000002

000014

PRINTX

#EMT4 ,#DH7 ,#DH8

000014

014534
011712
000002

PRINTX

#FMTS ,AX0.15,AX0.16,AX1.15,AX1.16

#14,SP

#DH4
, - (SP)
#FMT9,=(SP)
#2,-(SP)

MOV
MOV
MOV
MOV
MOV
MOV
MOV

LUR1T7,=(SP)
LUR16,=(SP)
LUR15,-(SP)
LUR14,=(SP)

TRAP
ADD

MOV
MOV
MOV
MOV
MOV

TRAP

000010

LUR10,=(SP)
#FMTS ,=(SP)
#5,-(SP)
SP,RO
CSPNTX

MOV
MOV
MOV
MOV

TRAP
ADD

#FMT6,LURT4,LURTS,LURT6,LURTZ

SP,RO
CSPNTX

ADD

MOV

PRINTX

#DH2 ,=(SP)
#FMT4 ,-(SP)
#3,-(SP)

ADD

SP,RO
CSPNTX
#6,SP

FFMTE,-(SP)

#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH8 ,-(SP)
#DH7 ,=(SP)

#FMT4 ,-(SP)
#3,-(SP)

SP,RO
CSPNTX

#10,SP

AX1.16,=(SP)
AX1.15,-(SP)
AX0.16,-(SP)
AX0.15,=(SP)
#FMTS
- (SP)
#5,-(SP)

SP.RO
CSPNTX

#14,SP
PRINTX

#FEMTG, #DHI

#DHY , = (SP)

#FMT
- (SP)

#2.-(SP)

SP,RO

(ZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11
08-JuUN=-81 13:27
(4)
(4)

6660

1)
Q10
9)

(8)
(7)
(6)
(%)

(4)
(4)

6661
(3)
(3)
6662

020560
020562

020566
020566
020572

020576

020602
020606
020612
020616
020620
020622
020626
020626
020626

104415

F
9
15:34
PAGE 7-69
15=JUN=81
30A(1052)
GLOBAL ERROR REPORT SECTION

SEQ 0109
TRAP

062706

000006

013746
013746
013746
013746
012746
012746

002340
002336
002334
002332

010600
104415
062706

MACY1T

PRINTX

BFMTE ,AX2.15,AX2.16 ,AX3.15,AX3.16

011613

000005
0n0014

ENDMSG

#6,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV

AX3.16,=(SP)
AX3.15,=(SP)
AX2.16,=(5P)
AX2.15,=(SP)
#FMTE,=(SP)

#5,-(SP)

SP,RO
CSPNTX

TRAP
ADD

#14,SP

TRAP

($MSG

L10011:

106423

($PNTX

ADD

6663

6664

65665

6666

6667

(3)
6668
(9)

013746
012746
012746
012746
010600

002446
035620
011454
000003

062706

000010

(3)

012746
012746
010600

011464
000001

(4)

062706

000004

013746
012746
012746
012746

002400
014264
011646
000003

(8)
(7)
(6)
3
4)
4)

6669
(7)
(6)
(4)

6670
(%)

(8)
(7)

(6)
(3)
4)
(4)

6671

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

(4)
(4)

6672

(11)
(10)

104414

010600
104414

062706

000010

012746
012746
012746
012746
010600
104415
062706

014335
014306
011550
000003

013746
013746
013746

002310
002306
002304

000010

BGNMSG

ERR9

PRINTB

#FMT1,4ADDRES
,MP( SR

ERRG::
MP(SR,=(SP)

#ADDRES ,=(SP)

#FMT1,-(SP)
#3,-(SP)

SP,RO

($PNTB

PRINTB

#10,SP

RFMT2

#FMT2,=(SP)
#1,-{(SP)

SP.RO

($PNTB

PRINTR

#4 ,SP

#FMT7 ,4#DHT , REGNUM

REGNUM,
- (SP)
#DH1,~(SP)

#FMT7,-(SP)
#3,-(SP)
SP.RO

CSPNTB

PRINTX

#10,SP

HFMTL ,8DH2 ,#DH3

#FMTS,LURT0,LURTT,LURT2,LURTS

#DH3,=(SP)
#DH2 ,=(SP)
#FMT4 ,-(SP)
#3,-(SP)
TRAP
ADD

MOV
MOV
MOV

SP,RO
CSPNTX

#10,SP

LUR13,=(SP)

LUR1TZ2,=(SP)
LURTT,=(SP)

CZDMRE MB203 STATIC DIAG #1

CZDMRE .P11

(8)

|
:

]

,
|

(7)
6)

(4)
(4)

020774
021000
021004
021010
021012

021014
021020
(8)
021020
(7)
021024
6)
021030
(3)
021034
(4)
021036
(4)
021040
6674 021044
GhD. 021044
10) 021050
(9)
021054
(8)
021060
(7)
021064
021070
(6)
(3)
021074
(4)
021076
(4)
021100
6675
021104
(%)
021104
(3)
021104
6676
6673

6677

6678
6679
6680

08-JUN=-81 13:27
01374¢€

000014

000006

013746
013746
013746
013746
012746
012746
010600

002320
002316
002314
002312
011613
000005

104423

SEQ 0110

TRAP
ADD

062706

MOV
MOV
MOV

014373
011712
000002

104415

30A(1052)
15=JUN=-B1
15:34
PAGE 7-70
GLOBAL ERROR REPORT SECTION

002302
011563
000005

012746
012746
012746
010600
104415

MACY11

0000174

PRINTX

#FMTS, #DH4

MOV
MOV
MOV
MOV
PRINTX

TRAP
ADD

A&FMT6,LURTS,LURTS,LURTE,LURY?

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP

ENDMSC

L10012:

LURTO0,=(SP)

REMTS,
= (SP)
#5,-(5p)
SP,RY

($PNTX

#14,5P
#DH4 ,=(SP)
#FMTO,=(SP)
#2,-(SP)

SP,RO
CSPNTX

#6,SP

LURI7,=(SP)
LUR16,=(SP)
LUR1S,=(SP)
LUR14 ,=(SP)

#FEMT6,=(SP)
#5,-(SP)

SP,RO
X
CSPNT

ADD

#14,SP

TRAP

CEMSG

(ZDMRE MB2O3 STATIC DIAG #1 .

(ZDMRE P11

08~JUN=81

13:27

MACY11

15<JuN=81

REPORT CODING SECTION

REPORT

15:34

PAGE 7-71

SEQ 0111

0682

SBTTL

6685

II1IIIT177777777777777777777777777777777707770727777777777777772/77/77/7/777/77777

66R8

BIVTTTLEN VLI TAT IV L LV L LTI TLELES L DL TSI LR

5686
oLR7
021106
021106

BGNRPT

6692
(3)
(3)

021106
021106
02110€

ENDRPT

CODING SECTION

:/ THE REPORT CODING SECTION CONTAINS THE
:/ "PRINTS'® CALLS THAT GENERATE STATISTICAL REPORTS.

6690
W

30A(1052)

——

104425

————————————e—

— -

—

———

LR PR TEN LR

421

LSRPT::

L10C13:

TRAP

€ 12

(ZDMRE MB203 STATIC DIAG M

CZDTMRE P11

08=JUN=81

13:27

MACYTT

30AC1052)

15« uUN=81

LOAD DEVICE

15:34

PROTECTION TABLE

PAGE 7=72

6§88

.SBTTL

6701

SIIIIILIITITIIL I

6703
b;gg
6
6706
‘T)
6707

s/ PROTECTED FROM TESTING, IF DESIRED.
N
R

¢.?02

«708

6709
6;;§
o)

6712
6713
(Yal?

6715

LOAD DEVICE PROTECTION TABLE

s/ THIS TABLE

(021110
021110
021110
021112
021116
021116

L0 ITITIILITIILIIL T I 2000070070000 7707770000007 7778770771717777

IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT [T (AN BE

BGNPROT
177772
177777
177777

SEQ 0112

.WORD
.WORD
LWORD
ENDPRC |

=]
<7
=1

:DON'T (MK (SR ADRS
;DON'T (MK MASSBUS UNIT NO.
:DON'T (Hx DRIVE NO.

L$PROT::

(ZOMRE MB203 STATIC DIAG #
(ZDMRE P11
08=JuUN=81 13:27

6717
6718
6719
€720
6721
6722
6723
6724
(3)
6725
6726
6727
6728
6729

(3)
(3)

6742
(2)
6743
6744
(3)
(3)
6745
(2)
6746
6747
(3)
(3)

6748
(2)

6749
6750
(3)
(3)

6751
(2)
6752

6753
6754
6755
6756
6757
6758
6759

15=JUN=81
30A(1052)
INITIALIZE SECTION

SBTTL

15:34

PAGE

SEQ 0113

7-73

INITIALIZE SECTION

SITIV eI 1P TITTI 7T 7000777777777 7 7077777777777 7 7777777777777 777777/7777777

s/ THE INITIALIZE SECTION CONTAINS THE CODING THAT IS PERFORMED
:/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT.
SIIITIIIIIIIT I

7777777777770 77 7077770777777 7777777777777¢777777777777

BONINIT

6730
6731

6732
6733
6734
6735
6736
6737
€738
6739
6740
6741

MACYT1

010637
005037
005037
005037
005037
005037
005737
001007
013737
013737

002346
002352
002426
002430
002420
002432
002412
000004
000006

002414
002416

013737
013737
012737

002414
002416
000001

000094
000006
002412

012700

000040

000406

021214
021214
021220
021222
021222
021224
021224
021230
021232
021232

021234
021234
021240
021242
021242

021244
021244
021250
021252
021252
021254
021256
021256

B2
021266
021274

104447

MOV
CLR
CLR
(LR

9%:

2SEE

104447

000035

:SEE

103504
000414

002434

012737
005237

002444

177777

STARST

PROGRAM JUST RESTARTED,
READEF
#EF .RESTART

STARST

THIS IS A NEW PASS,
READEF
#EF .NEwW

READEF

NEWST

#EF .(ONTINUE

BCOMPLETE

005037

NOT

ERROR

TRAP VECTOR

#EF.START

IF PROGRAM WAS JUST CONTINUED

000036

002444

;SAVE

SAVES ,a#4
sRESTORE ERROR TRAP VECTOR
SAVEG,a#6
#1,FRSTIM
JMARK FLAG FOR NEXT TIME THROUGH
JUST STARTED, BR IF YES

BCOMPLETE

005037

;BR

a#é, SAVES
a#6, SAVES

YES

MOV

#EF .START
RO

TRAP

C$REFG

BCS

STARST

MOV

#EF .RESTART
RO

TRAP

CS$REFG

BCS

STARST

MOV

#EF _.NEW,RO

BCS

NEWST

MOV

#EF .CONTIN,RO
UE

BCS

ENDIT

TRAP

103411

012700

SAVLEN

BCOMPLETE

SSEE
104447

BNE

READEF

000037

103411

012700

FRSTIM

BCOMPLETE

;15EE
104447

TST

MOV
MOV
MOV
IF PROGRAM

103415

012700

ERROR1

MOV
MOV

;SAVE BASE-LEVEL STACK POINTER
;CLEAR SUBR CALL PC
sCLEAR CURRENT STATE OF DISSI
s CLEAR USYRT (CHIP TYPE INDICATOR
:CLEAR ERROR FLAG
;CLEAR (HAR LENGTH FROM SETUP
;SEE IF FIRST TIME THROUGH AFTER LOAD

SP,PSTA(K
SUBRP(
DISILO
CHPTYP

CLR

(LR

6%:

LSINIT::

STARST:

ENDIT

GE TPRM

CLR

STARES

(LR

OE VMAP

MOV
INC

#-1,L0GDEV
STARES

;CLEAR DEVICE MAP
002344

TRAP

sCLEAR FLAG TO SHOW JUST HAD STA OR RES

JRESET LOGICAL DEVICE TO =1
:INCR NO, OF PASSES SINCE STA OR RES

CS$REFG

CBREFG

CZDMRE M8203 STATIC DIAG #1

MACY11

CZDMRE .P11

08-JUN=81

13:27

6760
6761
6762
€763
6764
6765
6766

021300

012737

000001

002436

021306
021306
021312
021320

005237
023737
002362

002344
002344

002012

6767
(3)
(3)
(3)

6768
(2)

6769
6770
6771
6772
6773
6774
6775
6776

6777
6778
6779
6780
6781
6782
6783
6784
6785
6786
6787
6788
6789
6790
(3)
(3)

6791
6792
6793
6754
6795

021322
021322
021326
021330

021332
021332

021334
021340
021342
021350
021354
021360
021364

013700
104442
010001

103403

1
002344

002434

021374
013737
021402 005237
021406 011137
021412 062737
021420 012137
021424
062737
021432 071137
021436 012137
021442
062737
021450 012137
021454 -062701
021460 011137
021464
(21464
021464

002450
002452
002454
000004
002456
000006
002460
002462
000004
002464
000014
002476

002452

021464

9
PAGE 7-74

SEQ 0114

MOV

#BITO,DEVPTR

:INIT DEVICE MAP BIT POINTER

GPHARD

LOGPEV,R1

;GET P-TABLE POINTER

BCOMPLETE

002436
002436
000002
002446
002450
002450

SECTION

15:34

; GET UNIBUS ADDRESS, VECTOR, PRIORITY LEVEL, SWITCH PACKS, TEST
:
_CONNECTOR INFORMATION FOR THIS LOGICAL DEVICE
GE TPRM:
|
INC
LOGDEV
: INCREMENT LOGICAL DEVICE NUMBER
(MP
LOGDEV,LSUNIT
:SEE IF MAXIMUM UNIT NO. EXCEEDED
*
BGE
NEWST
‘BR_IF YES

002436

005237

INITIALIZE

15=JUN=-81

INTO R1

006337
000762
053737
006337
062701
011137
011137

021370

30A(1052)

108:

ASL
BR
BIS
ASL
ADD
MOV
MOV

DEVPTR
GE TPRM
DEVPTR,DEVMAP
* DEVPTR
#2,R1
(R1) ,MPCSR
(R1).BSEL1

MOV
INC
MOV
ADD
Moy
ADD
MOV
MOV
ADD
MOV
ADD
MOV

BSEL1,BSEL2
BSEL2
(R1) ,SEL4
4, SEL4
(RT)+,SELE
#6,5ELE
(R1) ,MPIVEC
(R1)+,MPOVEC
#4 ,MPOVEC
(R1)+ ,MPRIOR
#14 ,R1
(R1) ,RUNINH

INC

002456
002456
002462

.
ENDIT:

1044717

679¢

108

ENDINIT

BSEL1

;BR IF DEVICE AVAILABLE

MOV
TRAP
MOV

LOGDEV,RO
($GPHRD
RO,RI

BCS

108

sSHIFT DEVICE POINTER
:SKIP THIS DEVICE
:SET BIT FOR THIS DEVICE
:SHIFT BIT POINTER
s INCREMENT R1 PAST MICROPROCESSOR TYPE
;STORE POINTER TO MICROPROCESSOR CSR'S
;
;GET POINTER TO BSEL1

(MAINTENANCE REGISTER)

:GET POINTER
TO BSEL2
;GET POINTER TO SEL4
;STORE POINTER TO SEL6
;GET MICROPROCESSOR INPUT INTRPT VECTOR
sGET MICROPROCESSOR OUTPUT INTRPT VECTOR
:GET MICROPROCESSOR DEVICE PRIORITY
sPOINT R1 TO RUN SWITCH INDICATOR
sGET STATE OF MICROPROCESSOR RUN SWITCH

L10015:

TRAP

CSINIT

(ZDMRE MB8203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

6798
6799
6800
€801
6802
6303
6804
(3)

€805
6806
(3)

(3)
6807
6808
6809
6810
6811
6812

6813
(3)
(3)
6814

6815

6816
(3)
(3)
6817
6818

6819
6820

6821

MACY1T

30A(1052)

15=JUN-81

AUTO DROP UNIT

.SBTTL

15:34

SECTION

’

PAGE 7-75

SEQ 0115

AUTO DROP UNIT SECTION

/1117777777777 77770777777777777777777777777777777777777777777777/777777/77/777/777
;/

021466
021466

021466
021466
021472
021474
021502
021510
021514
021516
021522
021522
021526
021530
021536
021544
021544
021544

THE

AUTO DROP CODING DETERMINES WHETHER OR NOT

THE

DEVICE

WHOSE

P-TABLE

:/ WAS JUST OBTAINED IS READY FOR TESTING, AND IT IS DROPPED IF NOT READY.
/11177777 77777777777777777777777777777777777777777772777707777777777777/777777
BGNAUTO

012700

000340

012737
012737
005777

021516
000340

104441

0004C5

160732

062706

000004

013700

002344

013737
013737

002414
002416

104451

104461

L$AUTO::

;ESTABLISH CPU PRIORITY = 7
#PRIO7
SETPR]
000094
000006

MCV
MOV

#6S , anl
#PR107 ,a#6

TST

aMP(SR

MOV

;ADDRESS

;TAKE

SELO

THIS BR IF

DEVICE RESPONDS

- COME HERE IF DEVICE CSR IS NON=EXISTENT
6%:
ADD
#4,SP
;CLEAN UP THE STA(CK POINTER
DODU
I.OGDEV
;DROP THIS UNIT FROM TESTING

000004

000006

0%:

MOV

;

SAVESL , and

MOV
SAVEG, a#6
ENDAUTO

#PR107,R0O

($SPR]
TRAP
sSET UP NON=EXISTENT MEMORY ERROR TRAP VECTOR

JRESTORE ERRCR TRAP VECTOR
L10076:

MOV

LOGDEV,RO

TRAP

{$AUTO

TRAP

C$DODU

|
' (ZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11
08=JUN-81 13:27

| gggz

!
|

"P)

MACY11

30A(1052)
15=JUN=81
15:34
(LEANUP CODING SECTION

.SBTTL CLEANUP CODING SECTION

s/ THE CLEANUP CODING SECTION CONTAINS THE CODING THAT

6827

IS PERFORMED

;/ AT THE END OF THE TEST SEQUENCE ON A PARTICULAR UNIT.

6328

JIIIIIITIIIII

6830

021546

BGNCLN

6833

021546

ENDCLN

(3)
(3)

SEQ 0116

SIVIIIIIITTIT77 7777777777777 777777747777777777777777777777777771777777

€826

(3)

M9
PAGE 7-76

021546

021546
021546

104472

777777770007 07 777777777777 77717077777777777777777717777
LSCLEAN::

L10017:

TRAP

($CLEAN

| CZDMRE M8203 STATIC DIAG #1

|| CZDMRE P11

08-JUN=-81

13:27

MACY1]

30A(1052)

15=JUN=-81
DROP UNIT SECTION

.SBTTL

15:34

9
PAGE 7-77

SEQ 0117

DROP UNIT SECTION

SIIITTITITITITIT 7707707777777 777077777777707777777777777777707777777077777777777
;/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
¢/ TO NO LONGER BE TESTED.
SIIITITTIITTIIII77 7777777777770 77777770077777777777777777777777177777777/77

021550
021550

021559
021550
021552
021552
021556
021562
021566
021570
021572
021576
021576
021576
6854

6855
6856
6857
6858
€859
6860

021600
021606
021614
021622

021630

BGNDU

; ISSUE UNIBUS RESET TO CLEAN LP
BRESET

104433

013746
012746
012746
010600

104417

062706

;PRINT "UNIT xX DROPPED''
PRINTF

002344
021600

000002

000006

040445
022440
042040
042105

ENDDU

047125
031104

FMTZ27:

047522

047045

.EVEN

LASCIZ

TRAP

CSRESET

MOV
MOV
MOV
MOV

H#FMT27 ,-(SP)
#2,-(SP)

#FMT27,LOGDEV

L 10020:

104453

047045
052111
040445
050120
000
021632

L$DU::

/%NZAUNIT %D2%A DROPPEDZAN/

LOGDEV,=(SP)

SP,RO
(SPNTF

TRAP
ADD

#6,SP

TRAP

C$DU

———————

| (2D MRE

M8203 STATIC DIAG &7

(IDMRE P17

QB=JUN=B87

13:27

MACYTT 30A(1052)

15=JUN=81

ADD UNIT SECTION
LSBTTL

15:34

8 10

PAGE 7-78

SEQ 0118

ADD UNIT SECTION

- 686‘0

SIILIILIILILITII TP IIP 000077777777 7777777777777777777777777777777

| 6866

* €865

6367
6848

€870

58;’-

£865

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

;7 "EFLAUNIT'® IS SET, THE UNIT wILL BE TESTED AS A NEW UNIT,
SIILILITLLITLLLLELLL
7T
17007777777.777707777777777777777777777777

02732

BONAU

'DQ’t:c

ENDAU

(37

021632

(%)

021632

(3)

&R72
¢873
«B87¢
£R7S
£B7¢

10 BE (A) TESTED FOR THE FIRST TIME, OR (B) RESUMED IN TESTING.

021632

1044&5¢

LSAU::
1001

TRAP

($AU

gCS STATIT DIAG &7
08= UN=81 1227

MATYT

30A(1052)

HARDWARE

LSRTTL

15=JuN=-B1

TESTS

HARDWARE

ARN RN PR RN RN

L3R

c 10

15:34

PAGE

7-79

SEQ 0119

TESTS

RN AR PR R R R R PR RN R RRNRERS

AARARNPAAAARNARNARARAANRARR
ST RAARRER AR

TEST 1 = MI(ROPROCESSOR (SR ADDRESSING TEST (SELO)

ie THIS TEST ADDRESSES THE FIRST MICROPROCESSOR (SR (SELO), TO MAKE SURE
;® THAT A NON=EXISTENT MEMORY TIME-OUT TRAP DOES NOT OCCUR WHILE
;v ATTEMPTING TO ADDRESS THE MICROPROCESSOR.

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

BONTST

021¢%6
02'¢%

021634
02163
021640
021642
021650
02165¢
021662

%
012700
1044417
012737
0127%7
00S777
(0060

021664

062706

021670

021670
02167¢
021676
021676
021700
021706

021714

C2171¢
021714

104455
000001
(0'2'¢%
(16600
013737

013737

JESTARLISH CPU PRIORITY =

000340

(021664
20C3%0C
60564

sETer]

00C00¢
00000«

;. OME

00006

002676
0(es'¢

‘%
JREPORT

000004
000004

9%
;u{'

#PRIC7

1121

TRAP

M7y
MCy
ST
Br
~ERE IF

C$SPR]

"ES NG
JSET UP NON=EXISTENT MEMORY ERROR TRAP VECTOR
#FR107 ,ak6
aMP( Sk
;ADDRESS SELO
G
;TAKE THIS BR IF DEVICE RESPONDS
DEVICE (SR IS NON=-EXISTENT

ADD
ne ,SP
(SR OADDRESS TIME-QUT

FRELF

JCLEAN UP THE

STACK POINTER

TLEMT LERRY
)

My
MOy

SAVEL a8
SAVEE
, aRé

;RESTORE

ERROR

TRAP VECTOR

L10022:

CCRR R RN RN RN RN R RN R R R R R R R

RN R R R R R

TRAP

CSERDF

.WORD
.WORD
.WORD

1
EM1
ERR1

TRAP

CSETST

G660

LSBT

#PRI07 ,RO

MOV

AR R R AR R

R R R R

PR R R R R

R R RN

AR AR

TEST 2 = INBUS/OUTBUS REG 14 INITIALIZATION TEST

PR AR

ie MASTER CLEAR (MCLR) IS SET IN THE MICROPROCESSOR, IBUS REG 14 IS READ
;* AND

COMPARED

TO 200.

';.'.l'.l'..'.'""t'.}.""'"'Q."'.Qt....'...'l"."..."".'."".."'.'."'

021716

021776
021716

(012737

021726

Q04737

021742

001476

021730
02173

£924

BONTST

0217644
021756

004737
123737
005037
113737

000014

002600

003472
0023%¢4

00302¢

002604
00302¢

(oeals

003576

;

MOV

JSR
J5K

CMPR

BEG
(LR

MCO/E

JSET LU REG NO.

REDBYT ,PATM+4

sCHK FOR INITIALIZED STATE

PC MSTCLR
P( ,READLU

£$
GOODAT

PATMe«4 ,GOODAT

= 14

12::

#14 ,REGNUM

;ISSUE MASTER CLEAR
JREAD REG 14

;BR IF YES
JSET EXPECTED REG CONTENTS = 0G0

;SET EXPECTED DATA

(ZDMRE MB2(OR STATIC DIAG M
(2OMRE P11
0B=J N=-81 13:27
6525
€926

9.7

e328

02°75¢
021764
021770

(6)

021770

(S)

021776

(5)

(S)
€329

€530
(%)
(3)
6531
€532
6333

013737
0047%7

00COC2

Q2177¢
022000

0Q14¢%

D 10

15=JUN=-81
15:34
PAGE 7-80
30AC1052)
TEST ¢ = INBUS/OUTBUS REG 14 [NITIALIZATION TEST

00240
:

104455

Q21772

(022000
022000
022000

002364
00&07¢

MACYTY

;REDORT

MOV
JSR

REDBYT ,BADDAT
PC,GETREG

ERRDF

2,EM2 ,ERR?

AEG NOT

SEQ 0120

JSET ACTUAL REG CONTENTS
GEI REGS FOR PRINTOUT

CLEARED BY MASTER (LEAR

TRAP

.WORD

(°21¢°

ENDTST

L10023:

“0&&27

6£9%
£925

6936

EM2

TRAP

(SETST

69%;

ECAAN

TEST

3 = INBUS/OUTBUS REG 14 READ/WRITE BIT TEST

5 ®
;v WRITE, READ, AND COMPARE ALL WORDS OF DATA PATTERN A INTO REG 14,
i ;ESEIE AT A TIME. NON-R/W BITS ARE MASKED OFF TO C BEFORE WRITING AND
;v
READINC.

£343

€962

£9465
£3)
6946
69567
6348
6549
6950

‘e
'

022002
022002

02200¢
022006

022014
022020
022020
022020

(12701

6952
£95%
6956

022026
022034
022040

€956

022044

6957
€958
6959
6960

022052

143737
004737
004737
143737

02206C
022062
022C70
022076

0201474
013737
013737
004737

6962

022102

(3)
£951

£955

4961

(022022

(4)

022102

693
6964
(3)

022112
022112
022112

(5)
(5)
(5)

(3)
6965
€966

022106
022106
022110

022112
022114
02211€

DATA PATTERN A = 125,252,000,377,001,002,004, 010 020,040,100,200,376,

375,373,367,387,3%7,277,1

;.'.'0".""0"0'.'.."""'.Q.QQt't'ttt.!'ttt..."t"t't"'".Q'.tt".!ttt"."

BONTST

0046777
012737

104404
111137

123737

(0Q%57¢
0GO00V&

00257

0023%6

00246070

00234

0023~

0023%6

002366
00234
004016

MOy

14 ¥

002560
003750
003672

002560

JSR
MOV

MOVB

0023%4

;ISSUE MASTER CLEAR
JSET LU REG NO. = 14

:GET POINTER TO DATA PAT

13::
[N R1

(R1) ,WRIBYT

;GET A BYTE OF

R14NRW,REDBYT

:MASK OFF NON-READ/WRITE BITS

(3 1
WRIBYT,GOODAT
REDRYT ,BADDAT
PC,GETREG

:BR IF BYTES MATCH
:SET EXPECTED REG CONTENTS
:SET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT

“MPR

REDBYT ,WRIBYT

BEQ
MOV
MOY
JSR

002404
(02406

RT14NRW,WRIBYT
PC,WRITLU
P{ ,READLU

BICR

JREPORT LINE UNIT REG M]SCOMPARE

‘%

.
002615

#PATA R

BI(R
JSR
JSR

ERRDF

000003
012220
014622

PCMSTCLR
#8714 ,REGNUM

BGNSEG

104455

1046405
005201
(20127

ERR?

.-;..'.I..""".'.'Q't""'.Q't't".ttt.'.t.'.'t!l""t'tt."..'t..""'."'."t

65
£933
6960
6561
69{.‘

.WORD

3 ¥

( $SERDF

PAT A

TRAP

;MASK OFF NON-READ/WRITE BITS
JWRITE DATA BYTE INTO REG 14
:READ DATA BYTE FROM REG 14
;COMPARE BYTE READ TO BYTE WRITTEN

5,..M3_ERR?

TRAP

.WORD
.WORD
.WORD

ENDSEG
INC
MP

10000%:

R
K1,8FATE

C$BSEG

CSERDF

3
EM3

ERR?

TRAP
(SESEG
; INCREMENT DATA PATTERN POINTER
JSEE IF ALL WORDS OF PATTERN A USED YET

CZDMRE MB20Z S

AG @

CZOMRE P11

6967
6968
(3)
'3)
5%
6370
6571
€972

MATY T

027122
022124
022124
Q022124

E 10

T0A(1082)
TEST

15=JUN=-81
15:34
PAGE 7-81
3 = INBUS/0UTBUS REG 14 READ/WRITE BIT

8L0

ENDTST

SEQ 0121

TEST

;BR IF NOT DONE YET

L10024:

TRAP

CSETST

€973

6574
6975

LSBTTL

022132

022140
022146
0¢2752
02215¢
022162
022170
(022172
022174
022204
022212

6993

02221%

'S)
(5)
‘5>
£9546

022220
022222
022224
(22224

(3)
£99%

Q2c2et

‘@)

0035 7¢
000036
000377

£982°
6983
69846
€985
€986
6987
6988
€983
6£99C
€997
e

022126

003750
00357«
BRIRIE
002%4

002646
OC302¢
0C23%46

-a

£981

50N

022126

6980

(02212

(3)

NN R

RNARA R A AR

R AARERRAAANR AR

R AR TR R

277 INTQ REG 14, [SSUE MASTER (LEAR, READ REG 14 AND (OMPARE

200,

R PR R R

R R R R R R R R R R R R RN RN R AN R

RARNARN TR RAARARTARNATAAARRA

AT RARR

AT R AR

RSN

0060

[

€579

RN RN RN R R R R PR RN R RN R R R AR R R

TEST & = REG 14 MASTER CLEAR TEST

;* WR]TE

£97¢
6377

69578

,
CTuesD
(00234¢

ISR
Ve,

PCMSTCLR
214 ,REGNUM

:PERFORM MASTER CLEAR
:SET LU REG NO. = 14

PC,WRITLY

:WRITE 377 INTO REG 14

MOUR

8377, WRIBYT

R
SR

JC3Ce

PC,MSTCLR
PC,READLU

“MPR

REDRYT ,PATMe4

HEG

TR
w0 /R
MOy
ISk

O csls
00260e

GOODAT
PATM+4 ,GOODAT
REDRYT .BADDAT
PC,GETREG

T4::

*SET DATA BYTE = 377
:ISSUE MASTER CLEAR
;READ REG 14
:(HK FOR

:BR IF

INIT'D

STATE

REG GOT CLEARED

:SET EXPECTED DATA
:SET ACTUAL DATA
:GET REGS FOR PRINTOUT

JREPCRT EG NOT CLEARED BY MASTER (LEAR
FRLQDE
2, EM2 ERR?

02221

TRAP

l‘:

£995
02222¢
(3). .02222%

L10025:

C $ERDF

.WORD
.WORD
.WORD

2
EM2
ERR?

TRAP

(SETST

£957
6998
6995

700C

700"

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

7002
7003

(3)

7007
7008
7009

7010
7011
(3)

?
022230

TEST S = REG 14 UNIBUS RESET

(INIT)

TEST

022230

VWe

BONTST

022230
(022234

004737
012737

022250
(Qeee54
(e2d5«

004737

022242

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

0035TM

000016
000377
00375C

112737

106633

]

7004
7005
7006

LSRTTL

i dflz;;r37? INTO REG 14, ISSUE UNIBUS RESET (INIT), READ REG 14 AND (OMPARE

002460C
0023%¢¢

MOy
M /&
ISR

SET

PC MSTCLR

;PERFORM MASTER

BrLWRITLU

JWRITE

#4 REGNM
2377 WRIBYT

C(LEAR

1S::

SSET LU REG NO. = 16
:SET DATA BYTE = 377
;1SSUE

377 INTO REG 14

UNIBUS RESET

(INIT)

*RAP

“SRESET

CIDMRE M8203 STATIC DIAG &7
CIDMRE
08=.un=8" 13:.27
, P11

701

7018
7016
7020

F 10
0£2)
15« N=B1
15:34
PAGE 7-82
ST S « REG 14 UNIBUS RESET (INIT)

01270°
000240
005301
U0137%
004737

WRUN,@HSEL'
#20. K1

SCLEAR RUN BIT
TINIT LOOP (OUNTEK

DEC

:DECR COUNTER

P(.READLU

“READ REG 14

BR TO STALL

162737

B8I(B

#TXEN,REDBYT

0'4¢
00S03%”?
113732
0137%>

]

122727

T MK

REDRYT

(LR
Mov8
TMOv
SR
“ORT REC NOT
ERRDF

004737

SEQ 0122

TEST

BICE
0y

BNE

PATMeL

sCLEAR UNPREDICTABLE BIT
(MK

FOR

INIT'D STATE

;BR [F REG GOT (LEARED

GOODAT
PATMe4 ,GOODAT
;SET EXPECTED DATA
REDBYT ,BADDAT
;SET ACTUAL DATA
PC,GETREG
GET REGS FCR PRINTOUT
(LEARED BY UNIBUS RESET (INIT)
6, EM6 ERR?

TRAP

OO0
[ANIANIAS 12
roramnorg

vesJu.

L 10026:
..

(SERDF

.WORD
.WORD
.WORD

&
EM4
ERR?

TRAP

CSETST

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

- SBTTL

TEST 6 = LINE

UNJT

FALSE

SELECTION

TEST

FIRST, A MASTER (LEAR IS PERFORMED. THEN, THE PROGRAM SINGLE=-STEPS THE
MILPOPROCESSOR THROUGH AN INSTRUCTION WHICH LOADS 041 (OCT) INTO THE MAR
REGISTER (OBUS+* ADRS 14). THEN, THE LINE UNIT REGISTER 14 IS READ AND (HECKED
TO PE WARFECTED (STILL = 0). THIS TEST IS INTENDED TO DETECT A FALSE
EggggléflN OF THE LINE UNIT REGISTERS, WHEN THE LINE UNIT IS NOT BE ING
TCESSED.

TRRERP RN R

013701
52701

052701

010137

112777

004737
000000
004737
123737

001416

005037
1137%7

013737

0¢2460

004737

00357¢
000014
002400
000100
121000
022422
000041
003540

AN
D7

PR R R R R AR R R AR R R RT R RN R RRRRAN AR

RARTARARTRRART R RN

002404
00302¢

00234
00401¢

PC MSTCLR

;ISSUE A MASTER CLEAR

REGNUM,R1
#100,R1
aMy I XOx ,R1
R1,2%

JSET
;SET
;SET
JSET

MOV

#2714 ,REGNUM

MO v

#0417 ,3BSEL4

MOvR

PATMe+4
, GOODAT

MOV
BIS
8IS
MOV

003¢7¢
002344

JSR

04 I

(OX »

X6737
0127%7

& e

022356
02235¢
022356

PR RPN R R RN R R R R R R

vrr

L= -

7074
7015
701

142777

CHCH
BNLY

7018

02¢25¢
022204

OO0

701

';.""

JSR
.WORD
JSR
(MPB
BEQ
(LR
MOy

JS5R

Té::

JSET LU REG NO. = 14

DESTINATION = OBUS* REG 14
SOURCE = BSEL4
REST OF MOVE INSTRUCTION
INSTRUCTION AS SUBROUTINE ARGUMENT

:SET DATA BYTE = 041

PC,STPCLK
O
PC ,READLU
REDBYT ,PATM+4
3]
GOODAT

JEXECUTE MOVE INSTRUCTION
s INSTRUCTION GOES HERE
;READ LU REG 14
;(HECK FOR LU REG 14 UNCHANGED
;BR IF LU REG 14 UNCHANGED
JSET EXPECTED DATA

REDRBYT BADDAT

;SET ACTUAL

PC,GETREG

DATA

sGET REGS FOR PRINTOUT

£ 8202 STATIC DIAG @

061
7062
(6)
‘S
(5)
(5)

022464
0226464
022666
0g2679
022472

7066

Q22476

3> 022474
3). 022676

70e5
70en

AN-B1 13:27

WA' Y1

15esUN=B1

15:34

PAGE 7-83

SEQ 0123

TEST & = LINE UNIT FALSE SELECTION TEST

JREPORY REGISTER MISCOMPARE

104455
000003
Q12220
0'4e32

30AC1052)

G 10

ERRDF

3, EM3,ERR?

ENDTS?

TRAP
.WORD
.WORD
.WORD

(SERDF
3
EM3
ERR?

TRAP

CSETST

L10027:

104407

7067

7068
7’?’3

.-.-'Q'.".'n."'.'QQ'..""""'.'t'..'."'t'.'.t..Q...Q'.'..Q'.'.""".QQ.".QQ

7071

LSATTL

7073

;% FIRST, ALL READ/WRITE BITS OF REGS 10=17 ARE SET BY LOADING A

7076
7075

TEST 7 = INBUS REG MASTER (LEAR TEST

;v DIFFERENT WORD OF PATTERN G INTO FACH REG.
THEN,
;v A MASTER (LEAR IS ISSUED AND EACH REG IS READ AND (OMPARED TO A WORD OF

"076

;v PATTERN M, WHICH CONTAINS THE INITIALIZED STATES CF

(UNPREDICTABLE

;% 8175 ARE MASKED OFF

‘_8\_

'-‘-to'.0"..O'..'Q".'.""Q"".".".'...Q."Qtt"t"!.t'.'Q.Q.'Q'Q'.'..'QQOQ.'

7078
7079
7081

;*
;*
022476

02267¢

7088

022502

7082

006737

00357«

7085

022510

022514

012701

002644

7
7087
7088
7089
709C
7091
7092
7098
7096
7095
7
7097
7098
7099

022520
022526
(22530
0225%
0225%
022542°

004737
005237
020127
1037¢7
004737
012737
012702
(€12791

0037¢C
0047
002¢5¢

7100
7101
7102

022560
022%
022570
022576
022576
022602
022606
022616

004737
162137
123772
(01617
005037
111237
013737
006737

71064

022629

'S)

0226¢2

000002

022626
02263

(14632

7103

)

'5)

‘S)
P105

022550
022556
022560

022620
0226¢6

—_—e
e
—————

PATYERN G = 000,000,240,120,177,000,000,001
BATTERN M = 000,020,000,000,200,000,000,05"

BONTST

022676

7086

TO O BEFORE COMPARISON).

THE REGS.

7077

012737
112137

0Q0001C

¢els

0023%e

00357¢
0Q0001C
0(30¢2
002550
5
003472
00236
00234

002604
002604
00236
0060%€

1046455

2 ¥

58:

;
JL2els
JEEPORT

#PATG,R!

;INIT DATA PATTERN POINTER

#710 ,REGNUM

mO /&

(R1)+

SR
N
_MP
BLC
J SR
MOy

_
002e7

s ISSUE MASTER CLEAR

"Ov

w0y

WRIBYT

JINIT REG NO.
;SET

TO 10

DATA PATTERN BYTE

TO BE

WRITTEN

MOy
MOV

P(,WRITLU
RE GNUM
AT HPATH
2%
PCMSTILR
#70 ,REGNUM

#PATM RQ
#UPBITS RY

;WRITE BYTE INTO REG
s INCREMENT REG NO. FOR WRITING
;SEE IF ALL BYTES WRITTEN YET
;BR IF NOT DONE WRITING YET
:ISSUE MASTER CLEAR
JINIT LU REG NO. TO 10

JSR
8l(R
“MPS
BEC
LR
MOvA3
MOV
JSR

P(,READLU
(R1)+ REDBYT
REDBYT, (R2)
63
GOODAT
(R2) ,GOODAT
REDBYT BADDAT
PC,GETREG

JREAD A LINE UNIT REG
sMASK OUT UNPREDICTABLE BITS FOR THIS REG
; COMPARE MASKED DATA TO EXPECTED
;BR [F DATA READ S Ok

REC NCT

ERRDF

;INIT DATA PATTERN POINTER
JINIT POINTER TO UNPREDICTABLE BITS

JSET EAPECTED DATA
;SET ACTUAL DATA
;GET REGS FOR PRINTOUT

CLEARED BY MASTER (LEAR

2,EM2 ERRZ

TRAP

LWORD

Q126!

FET

PC ,MSTCLR

LWORD

FolAPE

TST

JWORD

CSERDF

EM¢

FRRC

)

»
o€

68:

IN(
K
W

RE GNuM
R
RO BEATN

; INCREMENT REG NO.
. INCR DATA PATTERN PCINTER
sSEE IF ALL DONE YET

JBR IF NOT DONE

6\4“

oOm

« wORD

— o

SEQ 017a
TM~

TRAP
”

f-u\)d
rICH

W10
Tte NeB1
15:34
PAGE 7-84
e INBUS REG MASTER (LEAR TEST

TR0
TPT

YET

L 10030:

TRAP

(SETST

‘

Pyt

‘

]

......

LIRS
IR N
nonond &

(SN
T T T

08= N8

YL
LY NN

CHCHC

[

JRT,S
Fals

D} AL @

‘: (%

STATIC

';...'..."'...."'...."'.'"'".....'.'."".'.""'..".....""."'.Q.."'Q'
o

BTTYL

YNNI

TEST

FIRCT,

ak TF

AN[

Y L

[SSUED.

THEN,

DATA PATTERN B INTO EA(CH OF

READ AND

(OMPARE

ALL

REGS

REGS 10-17,

TO EXPECTED VALUES.

TO O WHEN READ FOR COMPAR]ISON.

PATTERN 8 = 000,000,040,100,220,000,000,051

‘

NWEY OOINGC e O

Y
NSO WNWN)

FERIR
2222&
NI 2 nrpnarn.n)

3
In

-~
N

18::

r
~”

OQOOOOCOOO)

RO ~ N

LAV
AW LAV ron ro
» (> (» > ‘
>o

';O"..'..""'.'..I.'.."".'"".'.'.Q'..'.'.Q.".'."'".'.'.."'."".'.'...

o
o
o

Nt NIS

A MASTER C(LEAR

A DIFFERENT WORD OF

AFTER FA(M WRITE,

18 :

SR
v,
MO\

PCMSTCLR
#REDDAT R
BEATM R/Z

:ISSUE MASTER CLEAR
SINIT POINTER TO EXPECTED DATA AREA
JGET POINTER TO PATTERN M

MC /R
DEC

(Re)*,(R1)e
%2

;LOAD BYTE OF PATRN INTO EXPECTED DATA AREA
*DECR COUNTER

SNE

’$:

PC,WRITLU

SSET COUNTER
:BR [F

;INIT

NOT DONE LOADING YET

DATA PATTERN

INDEX FOR WRITING

:GET REG NO. FOR WRITING
PATR(R1) ,WRIBYT -SET DATA BYTE TO BE WRITTEN
wRIBYT _REDDAT(R1) ;SET EXPECTED DATA FOR READ
JPRITS(R1) ,REDDAT(RY1) ;MASK OUT UNPREDICTABLE BITS
;WRITE

DATA BYTE

R3
R3 ,REGNUM
#10,REGNLM

BICB

UPBITS'R3) ,REDBYT ;MASK OUT UNPREDICTABLE BITS

PC ,READLU

REGNUM, #11

sINIT DATA PAT

INTO REG

(LR
MOy
ADD

(MP

sGET REG NO.

READ A LINE

;SEE

INDEX FOR READS

FOR READING

UNIT

REG

READING REG 11

SNE
BI(8
BI(3
CMPR
BEG

108
;BR IF NOT
#0ORDY REDBYT
sMASK ORDY BIT IN ACTUAL BYTE
#ORDY ,REDDAT(R3) :MASK ORDY BIT IN EXPECTED BYTE
REDBYT ,REDDAT(R3) ;(OMPARE BYTE READ TO EXPECTED
12%
;BR IF DATA MATCHES

MOVe

REDDAT(R3) ,GOODAT ;SET EXPECTED DATA

JSR

PC,GETREG

EREDF

I, EM3ERR!

(LR

MCv

JHEPORT

R1,REGNUM
210, RE GNUM

JSR

#%, RS

MOy
ADD

MO Vs
MO Vi
RI(B

SN
O

NN UNAN LY N

& *wt\ WNPL () D (TM

8 = REGISTER 10=17 ADDRESSING TEST

NPREDICTABLE BITS ARE MASKED OFF

.
.

dNNNNY

N
I

S«

SNNN
N
NN

retd

203

GOODAT

REDBYT BADDAT

REG M]ISCOMPARE

;SET ACTUAL

DATA

JREAD AND STORE REGS 10=17 FOR PRINTOUT

JIMRE WMB2OR STATIC DlAL @
ToMie BT
08,
1 1%:2?
&)

023050

‘5

02%Se&

)
5)

757

02%52
0283056

023060

718
759
7760

023064
023066
023072

005202
020%27
00272«

(8)

02%076
02307¢
023102
023104
02%' 2
02%'04

TRAP

.WORD
.WORD

01683l
10447

7161
7162
7168
7ok

SEQ 0125

10445¢

023060

02%062

110
Toa T 52,
TSe
i N=B1
15:34 PAGE 7-85
*ELT B o« REGISTER 10«17 ADDRESSING TEST

000003
012220

(%)

M4 Tt

ESCAPE

000022

28:

0CSeC!
020127
0OCee”7

ENDTST

INC
P
MO

R?
~3,8°0
7%

INC
“ME
807

. WORD

157

"1
R1,870
[ 1

TRAP

.WORD

( SERDF

3
EM3

ERRZ
($E SCAPE

(10031=,

; INCREMENT DATA PATTERN INDEX FOR READING
JSEE IF ALL REGS READ YET
JBR IF NOT

: INCREMENT DATA PAT INDEX FOR WRITING
JSEE IF ALL REGS WRITTEN YET
JBR IF NOT

1 10031:

10&4(

TRAP

CSETST

v-"

"1;"'

.~.-.'.-.'.'."'.'."'.""""....".".."t""".'..Q.".".".'.Q'."'...."..

:'::

«SBTTL

175

;* WwRITE, READ, AND COMPARE EACH WORD OF

” "f)

;.-.'...'...Q"'.'.'..t.""""'.".'t.t...'tQ.'Q'Q'Q"'."Q..Q""..".'.t't"'

7176
)
7177
7178

8
02%106
02%106
023106
0283112

004737
0127%7
012701

00357
00001°
002675

023120
023%12¢
02%12¢6
C2%126
02%126
(023132
02%13
02%142
023150

104404
111137
004737
004737
1643737
123737

002%¢
003750
003672
002551
002%4

7188
7189
7190

023160
02%166
023174

0713737
013737
004737

0023%6
002%&
00&0€

7192

023200

(5)
7193

023206
023210

719

t4)
S)
(5)

023156

02%200
023202
02%206

7196

(023210

(3)
7195

023210
023212

(2)

7196

02%210

023216

DATA PATTERN C = 020,020,020.

TEST

DATA PATTERN C

HONTST

7179
7180
7181
(3,
7182
718%
71864
785
7185

7187

TEST 9 = REG 11 READ/WRITE BIT

001414

0C240¢

4 ¥

GCQ}c002366

BEQ

002604
00240¢
JREBORT

104405
005201

020127

002¢3C

MOV
MOV
JSR

LINE

ERRDF

19::

PC,MSTCLR
#'7 ,REGNUM
#PATC R

;ISSUE MASTER CLEAR
JSET LU REG NO. = 11
;GET POINTER TO DATA PAT

(R1) ,WRIBYT
PC,WRITLU
PC ,READLU
UPRITS+1,REDBYT
REDBYT ,WRIBYT

TRAP
;GET A BYTE OF PAT C
:WRITE DATA BYTE INTO REG 11
;READ DATA BYTE FROM REG 11
;MASK QUT UNPREDICTABLE BITS
:COMPARE BYTE READ TO BYTE WRITTEN

WRIBYT ,GOODAT
REDRYT ,BADDAT
PC,GETREG

JSET EXPECTED REG CONTENTS
JSET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT

BONSEG
MOVR
JSR
JSR
BICR
MPR

104455
000002
012220

016637

SR
MOV
MOV

INTO REG 11

(31

UNIT REG M]ISCOMPARE

[N R1

;BR IF BYTES MATCH

3,EM3 ,ERR?

TRAP
.WORD
.WORD

(SERDF
3
EM3

TRAP

($ESEG

WORD

ENDSEG

INC

10000%:
R

K1 ,8PATD

($BSEG

:INCREMENT DATA PATTERN POINTER

JSEE IF ALL WORDS OF PATTERN ( USED VYET

ERRZ

"JOMRE MB202 STATIC DIAG &
JDOMRE BT
CBe N=R1 13:27
7197

023220

103741

(3)
(3)

Q2322¢
02%22¢

104407

7198

769

123030

MATYTT

J 10
3DA(T0S2)
15=UUN=-81
15:3& PAGE 7-86
TEST 9 « REG 11 READ‘WRITE BIT TEST
BLO

ENDTST

SEQ 0126

JBR IF NOT DONE YET
L10032:

TRAP

CSETST

7200
7201
7202

72083
7206

;582

LSBTTL

7207
7208

;v WRITE, READ, AND (OMPARE EACH WORD OF DATA PATTERN D INTC REG 12
i
DATA PATTERN D = 000,040,000.

7209

7210
(3)
7211
7212
7218
7276
7215

Q23224
02%22¢
023206
023230
02323
023042
023242

004737
012737
012701

7216
7217
7218
7219
7220
7227
7222
7223
7226

0232644
023250
023254
(23260
023266
02%274
02327¢
023304
023312

111137
004737
004737
’53737
123737
(001474
013737
013737
004737

(T3

023262

7225
722¢

023316

(S)

023320

(&)

C233%3'¢

(5)

023322

7227
7228
(3)

023326
023326
023326

7229
7230

023230
023332

(5)

(3)

7231
7232
i3)
(3,

7233
72%
7235
7236

023324

023326

023336
023340

(02330
02330

TEST

N R R

RN P R R R

R R RN R R P AR AR AR IR AR R R AR RN AR R AR AR AR

10 = REG 12 READ/WRITE BIT

R R R R N R PR

R R R R R

SONTST
(003576
000v:J
002630

106404

00236
003750
003672
002552
(002%64
236t
002%4
004016

104455

(LC240C
2%

SR
MO
ov

002364
00c%+«
002406
L2608

R R

A RN R RN AR AR

RN RN RN R R RN R AR R R AT AR RN AR AR

P MSTCLR
#72,REGNUM
#PATD R

D
T10::
; ISSUE MASTER CLEAR
;JSET LU REG NO. = 12
;GET POINTER TO DATA PAT IN R?

(R1) ,WRIBYT
PC,WRITLU
P( ,READLU
UPB]TS+2,REDBYT
REDBYT ,WRIBYT
(5}
WRIBYT ,GOODAT
REDBYT ,BADDAT
P(,GETREG

;GET A BYTE OF PAT D
;WRITE DATA BYTE INTO REG 12
;READ DATA BYTE FROM REG 12
;MASK OUT UNPREDICTABLE BITS
;COMPARE BYTE READ TO BYTE WRITTEN
;BR IF BYTES MATCH
JSET EXPECTED REG CONTENTS
JSET ACTUAL REG CONTENTS
.GET REGCS FOR PRINTOUT

JRECQORT LINE UNIT REG M]SCOMPARE
£ RRDF
3.EM3 ERR?

RN R

A ¥

104405

005201
020127
103741

!
002633

INC
¢

ENDTST

:
R

7239

LSBTTYL
P

8LO

;

R1
R1,BPATE
s

100008%:

TRAP

C$ERDF

.WORD

EM3

TRAP

(SESEG

TRAP

CSETST

s INCREMENT DATA PATTERN POINTER
;SEE ]F ALL WORDS QOF PATTERN D USED YET

ERR?

;BR IF NOT DONE YET

L10033:

R s

($BSEG

.WORD
ENDSEG

TRAP

WORD

01222¢

104407

000003

01663

R R RN

TEST

BGNSEG

MOVB
JSR
JSR
8I(B
(MPR
8EQ
MOV
MOV
JSR

72%7
7238

7240

TEST 11 = REG 13 READ/WRITE BIT

TEST

CIDMRE

MBOOT

C2DMRE P11

STATIC

DlAG @)

OR= JUN=BT

13:27

MACYTY

7241
7260

023342
0233
(0233%2

7247
7248
72645
(%)
7250
7251
7252

023354
(023360
023360
023360
023362
02336
023372

7254

(023404

023346

023376

7255

7256
7257

012701

002633

012737

02%3%

Q23S0
023%S¢
023456
C23%5¢
(023456

000013

104406
111137
004737
004737

(02366
03750
003672

123727

002364

143737

004737

0233
023440
02342
023444
023444
023444
023%b4b
023446

726?

00357¢

023430

023414
02322

(5)
(5)
(§)
7261
7260
(3)
(3)
7263

(3,
(3)

787

001414

02% 3«

7264
7265
7266

K 10

PAGE

7-87

SEQ 0127

11 = REG 13 READ/WRITE BIT TEST

RONTST

023%12

7258
7259
7260
(6)

15:34

:.".‘Q'QQ'QQ""".‘..0Q"'.lt'ttt".lQ'."Q..QQQ.Q.Q.".Q"Q'Q"QQ'..Q....Q.'Q'

To6h
(3)
725

7253

TEST

15=JUN-B1_

:* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN E INTC REG 13 :
i
DATA PATTERN E = 000,120,020,10C,120,000.

’253

7246

20A(1052)

013737
013737

Q02553

(02366
002364
0040'¢

002400

MOV

MOVR
JSR
JSR

BI(R

BEQ

0023e¢

104455

;ISSUE MASTER CLEAR

#PATE R

:GET POINTER TO DATA PAT IN R1

;SET LU REG NO. = 13

BGNSEG

00234

(ucalé
(0240¢

Thine

PC ,MSTCLR

l’g,REGNUH

MOV

000003
01229
014632

106405
005201
Q¢0127
10374?

JSR

:GET A BYTE OF PAT E
:WRITE DATA BYTE INTO REG 13
:READ DATA BYTE FROM REG 13

REDRYT,WRIBYT

:COMPARE BYTE READ TO BYTE WRITTEN

UPRITS+3,REDBYT

(MPR

MOV
MOV

TRAP

(R1) ,WRIBYT
PC,WRITLU
PC,READLU

WRIBYT,GOODAT
REDBYT ,BADDAT

;MASK CUT UNPREDICTABLE BITS

:BR IF BYTES MATCH

;SET EXPECTED REG CONTENTS
:SET ACTUAL REG CONTENTS

JSR
PC,GETREG
:GET REGS FOR PRINTOUT
REFORT | INE UNIT REG M]SCOMPARE
£ RRDF
3 ,EM3,ERR?

TRAP

.WORD
.WORD
.WORD

¢$:

ENDSEG

‘
Q¢4

INC
CMP
BLO

ENDTST

($BSEG

CSERDF

3
EM3

ERR2

10000%:

RY
R1,MPATF
3%

TRAP
C$ESEG
: INCREMENT DATA PATTERN POINTER
:SEF IF ALL WORDS OF PATTERN E USED YET
;BR IF NOT DONE YET
,
L10034:

104401

TRAP

CSETST

7268
7269
7270

7271

/272

'-.-'0.0'..."".ttt'tt.tQ""'..t'..Qt.t"'t!'tt.ttt..l.'ttQ'ttt"tt.'t"t!"".'

;5;2

LSRTTL

7275

;* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN F

7277

'-.-..'t"'t.'tt.".'Qt'.'tt't.tttt..t.tt'tt't'.t.'t-.tt...Q"'tttt""tt'."'.'.'

7276

7278

;e
023460

(3)

023460

7280

023464

7279

7281
7282
7283
(3)

004737

00357¢

023672
023476
(23476
02%7€

012701

002641

012737
104404

111137

000017

002%¢

002600
-

JSR

PC ,MSTCLR

:ISSUE MASTER CLEAR

MOV

#PATF ,R1

:GET POINTER TO DATA PAT

(R1) ,WwRIBYT

:GET A BYTE OF PAT ¥

MOY
7%:

12 = REG 17 READ/WRITE BIT TEST

DATA PATTERN F = 050,051,050.

BONTST

023460

023500

TEST

#77 ,REGNUM

:SET LU REG NO. = 17

BGNSEG

MC VR

INTO REG 17 :

112::

[N R1
TRAP

($RSEG

CJDMPE WMB203 STATI( DIAG #
CZDMRE P11

006737
004737

Q03750
00367;

023504
023510
023514
023522
023530
023532
023540
02354¢

02355¢
023552
023554
023556
023560
023562
023562
023562

163737

123737

001474

013737
013737
004727

002557

Q02364

0023%6¢
002364

002604
002406

002364

0Q040'¢

JSR
JSR

PC,WRITLU
PC ,READLU
UPB]ITS+7 ,REDBYT
REDBYT ,WwRIBYT
6$
WwRIBYT ,GOODAT
RED3YT ,BADDAT

31(8B
(MPS
BEQ
MOV
MOV

0023%6¢

JSR

PC,GETREG

;REPORT LINE UNIT REG MISCOMPARE
ERRDF

104455

000002
012220
93
WARAX

SEQ 0128

JWRITE DATA BYTE INTO REG 17
JREAD CATA BYTE FROM REG 17

;MASK OUT UNPREDICTABLE BITS
;COMPARE BYTE READ TO BYTE WRITTEN
;BR IF BYTES MAT(H
;SET EXPECTED REG CONTENTS
;SET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT

3,EM3 ERR?

TRAP
. WORD

s
ENLSEG

104405
005¢C?
020127

INC

(00264

(MP
BLO

100008:

R1,BPATG
28

; INCREMENT DATA PATTERN POINTER
;SEE IF ALL WORDS OF
:BR IF NOT DONE YET

PATTERN F

.WORD
.WORD

EM3
ERR2

TRAP

(SESEG

USED YET

L10035:

10640

gSERDF

CSETST

TRAP

'-.-"".'.'.'"'.\.Q..'""'...Q.t"t'Q"."tt'."'..'l"..'Q'.Q'Q."'."'."tt"

T
T
T
R
PR

THEN,

THE MICROPROCESSOR

AND SETTING ROM] AND RUN IN BSEL1.
READS LINE UNIT REG 17 INTO BSEL2.

THE MAINTENANCE CLOCK BIT, MCLK.
TO MONITOR MCLK

THE INSTRUCTION IS ONE WHICH REPETITIVELY
THE PDP-11 CAN THEN SCAN BSEL2 TO MONITOR
THE FOLLOWING SEQUENCE IS THEN PERFORMED

- THE PROGRAM REPEATEDLY CHECKS THE MCLK BIT FOR THE 1 STATE, AND IF

IT IS

NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC (DEPENDING ON THE PROCESSOR)
AchRROR IS REPORTED. (THE MAINTENANCE CLOCK HAS A PERIOD OF 41.6 MICRO-

W
%

A MASTER CLEAR IS ISSUED TO INIT ALL REGS.

IS PLACED IN A LOOP ON AN INSTRUCTION, BY SETTING THE INSTRUCTION IN SEL6

%
%

T
T

TEST 13 = MAINTENANCE CLOCK BIT TEST

FIRST,

SEC).

THE

PROGRAM NEXT REPEATEDLY CHECKS THE MCLK BIT FOR THE O STATE,

AND

IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC AN ERROR IS REPORTED.

--THE

)

PSR
e

OBTTL

PROGRAM NEXT

REPEATEDLY CHECKS MCLK BIT

FOR

THE

STATE

AGAIN,

AND

IS NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC, AN ERROR IS REPORTED.

7292

7293
72

13:27

L 10
20a(1052)
15=JUN-81_15:34 PAGE 7-88
TEST 12 = REG 17 READ/WRITE BIT TEST

7285
7286
7287
7288
7289
7290

(8= UN=81

MACYT?

* [F

THE P=-TABLE FOR THIS UNIT INDICATES THAT THE M8207 RUN SWITCH (E28 SW7)

;* IS OFF,

THE

TEST WILL BE SKIF®ED.

':'."'..Ql'tt'"t'.'..""fi'.".fi'..'...i‘.t..'...'...t""."t'."..".'."'..

023576
023576
023576
023602
023€10
023€14

BGNTST

004737
012737
005737
001020

003576
000015
00247¢

002442

JSR

PC MSTCLR

:PERFORM MASTER CLEAR

RUN]NH

“SEE

MOV

#1%. TSTNUM

BNE

*SET TEST NO.
IF

JBR IF

RUN SWITCH IS SET

YES,

TO RUN TEST

(JDMRE MB8203 STATIC DIAG #1

CZDMRE .P11

08=JUN=81

13:27

7332
7333
7334

023727
001012

(002464

MACY1T1

3DA(1052)

(3)

(&)

000006
026220

(&)

7335

Q00017

7236
7337

00000"

(MP
BNE

PRINTF

7343
7344
7345
7346
7347

00240C

40%:

1$:

023770

2%:

005037

002510

132737
001031
005237
001366

000002

7354
7355

023742
023750
023756

012737
013737
004737

000002
002364
004016

7358

023762
023762
023764
023766
023770

00000

7360
(7)

023772
023772
023776
024002
024004
024006
024012

STARES,#1
40%

#FMT19,TSTNUM

;SEE IF THIS IS FIRST PASS SINCE STA OR RES
sBR IF NOT, TO SKIP PRINTING

;PRINT MSG

TO SAY

TEST NOT RUN

MOV

002510

#FMT19,-(SP)
#2,=(SP)
SP,RO

ADD

#6,SP

CLR

REGO

sINIT PROGRAM TIMER

. WORD

MOV3
BITB
BNE
INC

@BSELZ,REDBYT
#MCLK ,REDBYT

6%
REGO

#MCLK ,GOODAT
MOV
REDBYT ,BADDAT
MOV
PC,GETREG
JSR
;REPORT MCLK BIT STUCk AT O
ERRDF
S.EMS5,ERRZ

PRINTF

012040
000001

s INSTRUCTION GOES HERE

;GET REG 17 INTO REDBYT
;SEE IF MCLK BIT = 1 YET
;BR IF MCLK = 1

; INCREMENT TIMER
;BR _IF PROGRAM TIMER DID NOT TIME OUT YET
; (TIME OUT = SEVERAL HUNDRED MILLI-SEC)
sSET EXPECTED REG CONTENTS
;SET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT
TRAP

#EMT 24

IS ON''

.WORD
.WORD
.WORD

MOV
MOV
MOV

000004
024220

;ESCAPE TO END OF TEST

JMP

TRAP
ADD

: WAIT FOR MCLK BIT TO BE CLEARED TO 0
024016
024016
024022
024030

024036

024040
024044

002510
156424

000002
002510

£ :
002364
002364

8%:

CSPNTF

MOV
JSR

MOV
BIS

BNE

002404
002404

= (SP)
TSTNUM,

MOV
MOV
MOV

;GO TO SKIP TEST
;SET REG NO. = 17
sSET INSTRUCTION SOURCE = INBUS REG 17
;SET INSTRUCTION DESTINATION = BSELZ
sSET REST OF MOVE INSTRUCTiION
sSET INSTRUCTION AS SUBROUTINE ARGUMENT
;GET MICROPROCESSOR LOOPING ON MOVE INSTRUCTION

;TYPE "PLEASE INSURE M8207 RUN SWITCH (E28 SW7)
NN

7359

002364
002364

104455

SYRENN

(5)
(5)
(5)

AN 1)V

(4)

i
e
wll

7356
7357

156530

SEQ 0129

7-89

7353

7351
7352

- OO

7350

T 7349

1177%7

PAGE

Al
#17 ,REGNUM
#360,R1
#2 ,R1
#MVIOX,R1
R1,2%
PC.LOOPIN

JMP

MOV
BIS

023712
023716
023724
023732
023734
023740

7348

m10

TRAP

7338
7339
7340

7241
7342

15:34

TEST 13 = MAINTENANCE CLOCK BIT TEST

002442
012007
000002

(7)

15=JUN=81

(LR
MOvR

BITR
BEQ
INC
BNE

REGO

aBSEL2,REDBYT

#MCLK ,REDBYT

108
REGO
8$

;INIT PROGRAM TIMER

;GET REG 17 INTO REDBYT
;SEE IF MCLK BIT = 0 YET
:BR IF MCLK = 0

: INCREMENT TIMER
;BR IF TIMER DID NOT TIME OUT YET

CSERDF

5
EM5
ERRZ2

#FMT24 ,~(SP)

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

' (ZDMRE MB8203 STATIC DIAG #
| CZDMRE .11
08=JUN=B81 13:27

7379

(7)

(6)

(3)

(4)
(4)

7380
7381
7382
7383
7384
7385
7386
7387

7388
7389

7390
7391

7392
7393

73%4
7395
73%
(4)

(5)
(5
(5)
7397
7398
(7
(6)

(3)

(4)
(4)

7399

7400
7401

(3)
(3)

7402
7403
7404

024074

024074
024100
026104
024106
024110

026114

002404
002364
004016

002406

30A(1052)

TEST

024c12
024214
024220
024220
024224
024224
024224

SEQ 07130

REDBYT ,BADDAT

JSR
PC,GETREG
JREPORT MCLK BIT STUCK AT 1

JSET EXPECTED REG CONTENTS

JSET ACTUAL REG CONTENTS
JGET REGS FOR PRINTOUT

6,EM6,ERR?

PRINTF

012746

1046417

000004
024220

JMP

002510
156322

000002

002364
002364

WAIT

108:
12%:

002510
000002
002364
004016

FOR MCLK BIT

0062405

TO BE

SET

TO 1

TO END OF

BNE
INC

Al
REGO

JBE IF MCLK = 1
s INCREMENT TIMER

12%

MOV

#MCLK ,GOODAT

JSR

PC,GETREG

REDBYT ,BADDAT

JREPORT M(CLK BIT STuCk AT O
ERRDF

;BR IF TIMER DID NOT TIME OUT YET
JSET EXPECTED REG CONTENTS

JSET ACTUAL REG CONTENTS
JGET REGS FOR PRINTOUT

S.EMS ,ERRZ

;TYPE "PLEASE INSURE M8207 RUN SWITCH (E28 SW7)
012040
000001
000004

00357¢

#FMT24

IS ON''

JSR

PC,MSTCLR

CSERDF

.WORD
.WORD
.WORD

5
EMS
ERR?

MOV
MOV

MOV

#FMT24 ,-(SP)
#1,-(SP)
SP,RO

ADD

#4 5P

TRAP

CSETST

CSPNTF

s ISSUE MASTER CLEAR

L10036:

7405

7406
74G7
7408

TRAP

Al
ENDTST

#4,SP

;GET REG 17 INTO REDBYT
J5EE IF MCLK BIT = 1 YET

PRINTF

RFMT24 ,=(SP)
#1,-(SP)
SP,RO
CSPNTF

AGAIN

sINIT PROGRAM TIMER

aBSEL. ,REDBYT
AMCLK ,REDBYT

MOV

MOV
MOV
MOV

ERR2

TRAP
ADD

TEST

REGO

B8NE

002404

JESCAPE

CLR

MOVB
BITB

CSERDF
6
EM6

#FMT24

012746
010600

062706
000137

TRAP
.WORD
.WORD

.WORD

;TYPE "PLEASE INSURE MB207 RUN SWITCH (E28 SW7) IS ON''

024170
024170
024172
024174
024176

024200
024200
024204
024210

GOODAT

ERRDF

000006
012343
014632

N 10

15:34

PAGE 7-90
13 « MAINTENANCE CLOCK BIT TEST
(LR

024120
0264129
024124
0264132
024140
024142
024746
024150
024156
024164

15=JuUN=-81

MOV

104455

IWWWONWN NN
NNNONNNNYN

(S)
(S)
(S)
7378

024064
024064
024066
024070
024072

W)
= N =)~y
NN
NWNO
N NNO

7377

005037
013737
004737

7375
7376

024046
024052
024060

S22888L=3
R

7373

7374

MACY11

.'."".'..'.'.'...'"'.""'..'.'..'......"""..."."""""'.."

""'."."'

LSRTTL

TEST

14 = EXTENDED REGISTER MASTER (LEAR TEST

| CZDMRE M8203 STATIC DIAG #1

| CZDMRE
.P

08=JUN=81

13:27

MACY11

30A(1052)

TEST

15-JUN-81

15:34

B 11

SEQ 0131

PAGE 7-91

14 - EXTENDED REGISTER MASTER CLEAR TEST

L7616

2417
(3)

76418

7419

7420
76421

7422

7423

7424
7425
7426
7627
7428
7429
(4)
(5)
(5)
(5)
7430

(3)
(3)

7431
7432
7433

7434,
7435
7436
7437

7438
7439

7440
7441

7442
7443
(4)

(5)
(5)
(5)
7444
(3)
(3)
7445
7446
7447
7448
7449
7450
7451

%
%

SeseNen,

2
%

L7409
7410
|
7%3)
L
72612
| 7413
|
7614
|
7615

CONTAINS THE

“en,

FIRST, ALL READ/WRITE BITS OF EXTENDED REGS AXO-AX3 ARE SET BY LOADING
A DIFFERENT WORD OF PATTERN H INTO EACH REG. THEN, A MASTER CLEAR IS
ISSUED AND EACH REG IS READ AND COMPARED TO A WORD OF PATTERN I, WHICH

- AR

024226
024226
024226
024232
024236
024242
024246
024252
024256
024264
024266
024274
024300
024300
024302
024304
024306
024310
024310
024312
024314
024322
024326
024330
024334
024340
024344
024350
024356
024360
024366

024372
024372
024374
024376
024400
024402
024402
024404
024406
024414
024416
024424
024430
024432
024436

INITIALIZED STATES OF ALL

THE EXTENDED REGS.

PATTERN H = 000,000,377,017,377,377,375,377
PATTERN 1 = 000,000,000,000,000,%03,000,000
AR A A AR A

AR A A AR AR R R AR AR AR AT AAARAAARARARAAAAARANARAAAA
AR
AR

BONTST

004737
005037
012701
112137
112137

0047327
032737
001413
012737
004737

003576
002402
002654
002374
002376
004312
000002
000014
004016

1$:

002420
002400
sREPORT

014105
020630

004737
005037
012701
004737
032737
001413
012737
004737

000002
002664

003576
002402
002664
004124
000001
000014
004016

002402

002420

MOVB

(R1)+,WAX15

;SET BITS TO LOAD

MOV

mMovB

(R1) +,WAX16

JSR

PC,WRITAX

JSR

PC,GETREG

AWRDYTO,ERROR1
8%
#14 ,REGNUM

READY NOT

ERRDF

SET

sINIT

DATA PATTERN POINTER

INTO LO BYTE

;SET BITS TO LOAD INTO HI BYTE
JWRITE EXTENDED REG

;SEE IF READY FAILED TO SET
;BR IF NOT
sSET LU REG NO = 14
:GET REGS FOR PRINTOUT

AFTER AX REG WRITE

52.,EM52 ,ERR9

TRAP

.WORD
.WORD
.WORD

TST

TRAP

#2 ,AXNUM

s INCR REG BYTE NO.

2%:

BLO
JSR
CLR
MOV
JSR

1%
PC,MSTCLR
AXNUM
#PATI R
PC ,READAX

;BR IF NOT DONE WRITING YET
;ISSUE MASTER CLEAR
sINIT EXTENDED REG BYTE NO. TO O
;INIT DATA PAT POINTER FOR READS
;READ AN EXTENDED REG

BEQ

108

;BR IF NOT

CMP

BIT

MOV

JSR

R1,4#PAT]

#RRDYTO,ERROR1
#14 ,REGNUM

PC,GETREG

002402

000006

000372
002370

002370

108:

;SEE

READY FAILED

sSET

3%:

LU REG NO.

TRAP

CSERDF

.WORD
.WORD

53
EMS3

TRAP

C$ESCAPE

.WORD

AXNUM, #6

;SEE

BEQ
CLR

4%
GOODAT

JBR

;GET

EXPECTED DATA BYTE

(R1),GOODAT

L10037-.

CMP

MOVB

CS$ESCAPE

.WORD

;GET REGS FOR PRINTOUT

ESCAPE

3%
#AX315U,RAX15
RAX15, (R1)

52
EMS?2
ERR9

TO SET

TST

BNE
BI(B
(MPB

CSERDF

;SEE IF ALL REGS WRITTEN YET

;REPORT READY NOT SET AFTER AX REG READ
53,EMS53,ERR9
ERRDF

104410

002404
002404

#PATH,R1

ADD

000065
014146
020630

111137

;ISSUE AN INITIAL MASTER CLEAR
sINIT AX REG BYTE NO. TO O

8%:

002400

104455

000152
023727
001003
142737
123711
001417
005037

PC ,MSTCLR
AXNUM

ESCAPE

104410

103745

JSR
CLR

BIT
BEQ
MOV

104455
000064

000244
062737
020127

Ax3-15

.WORD

;BR IF NOT
;MASK OFF UNPREDICTABLE BITS
;COMPARE LO BYTE TO EXPECTED VALUE
DATA MAT(CHES

ERR9

L10037-.

CZDMRE M8203 S TATIC DIAG #1
CZDMRE .P11
08=-JUN=-81 13:27
7652
7453
7454

7455
(4)

(S)

&)
(S)

7456

(3)

7457
|
7458
|

7459

7460
7461

7462

7463

7464
74€5
7466
4)

(S)
(5)
(S)
7467
(3
3)
7468
7469
7470
7471
7472

(3)
(3)

7473
7474
7475
7476
7477
7478
7479
7480

013737
004737

024454
024454
024456
024460
024462
024464
024464
024466
024470
024474
024476
024502
024504

005201
123711
001417
005037

024514
024522

013737
004737

024510

024526
024526
024530
024532
024534
024536
024536
024540
024542
024546
024550
024554
024556
024556
024556

002370
004526

MOV
JSR
;REPORT REG NOT
ERRDF

000002
012161
015140
000070

005237

111137

002402

4%:

INC

INC
(MPB
BEQ
CLR

002372

002404

002372
004526

;REPORT

106455
000002
012161
015140
104410
000016
005237
005201

020127
103673

002402

6%:

002674
ENDTST

RAX15,BADDAT
JGET ACTUAL DATA BYTE
PC,GE TALL
:GET REGS FOR PRINTOUT
INITIALIZED BY MASTER CLEAR
2,EM2,ERR3

(R1),GOODAT

:GET EXPECTED DATA BYTE

RAX16,BADDAT
PC,GETALL

ERRDF

2,EM2,ERR3

ESCAPE

TST

INC
INC
(MP

AXNUM
R1
R1,4PAT)

REG NOT

TRAP

s INCREMENT AX BYTE NC.

MOV
JSR

BLO

TRAP

.WORD
.WORD
.WORD

AXNUM

R1
RAX16, (R1)
6%
GOODAT

MOVB

(02406

SEQ 0132

TST

ESCAPE

104410

2
EM2
ERR3

(SESCAPE

[ 10037-.

:GET ACTUAL DATA BYTE
:GET REGS FOR PRINTOUT

INITIALIZED BY MASTER

.WORD

CSERDF

: INCREMENT PAT POINTER
:COMPARE HI BYTE TO EXPECTED VALUE
:BR IF DATA MATCHES

CLEAR

: INCR AX BYTE NO.
:INCR PAT POINTER
*SEE IF ALL REGS READ YET
:BR

TRAP
.WORD
.WORD

.WORD

CSERDF
2
EM2
ERR3

TRAP
.WORD

(SESCAPE
L10037-.

TRAP

(SETST

NOT DONE READING YET

L10037:

1046401

::tt'tttt"ttt'fitfit.'t.'fit'fi'itttfifi"tti""tt.'"'Q""""ttt"""".""".i'

LSBTTL

TEST 15 - EXTENDED REGISTER ADDRESSING TEST

i+ FIRST, ISSUE A MASTER CLEAR TO PUT REGS INTO INITIALIZED STATES SHOWN IN

PATTERN 1. THEN, WRITE A DIFFERENT WORD OF PATTERN J INTO EACH EXTENDED (AX)
;* REG, AND AFTER EACH WRITE, READ AND COMPARE ALL EXTENDED REGS TO EXPECTED
; * VALUE S
*
PATTERN I = 000,000,000,000,000,103,000,000
*
PATTERN J = 000,000,010,002,004,103,001,100
-

7483

7484
7485

7486

7491
7492

002406

104455

7481
7482

7487
7488
(3)
7489
7490

30A(1052)
TEST

024447
024450

cn
PAGE 7-92
15-JUN=81
15:34
14 = EXTENDED REGISTER MASTER CLEAR TEST

MACY11

.'ti"..ttt.t't'..ttl"!'tt'tt'lQt'Qt!."'Q'.'."'!'tt'.t"t""'.t"'t"t'tttt'

024560
024560
024560
024564
024570
024574

BGNTST

004737
012701
012702
112122

003576
002664
002500

JSR

3%:

PC,MSTCLR

s ISSUE MASTER CLEAR

#REDDAT ,R2

JINIT POINTER

MOV

#PAT] ,R1

MOVB

. (R1)+,(R2)+

MOV

JINIT POINTER TO PAT

;MOVE PAT |

118::

TO EXPECTED DATA AREA

INTO REDDAT

TABLE

(ZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11
08<JUN=-81 13:27
76493
76496

024576
024602

020127
103774

002674

010137

002402

116137
113761
113761

002675
002374
002376

7495

024604

(005001

7697

024612

116137

76496
76498
7499
7500
7501

7502
7503
7504
7505

7506

024606
024620
024626
024634
024642

024646
024650
024654
024660

024666

7507

024670

7511

024712

7515

024732

(&)
(5)
(5)
(5)
7516
(3)
(3)
7517
7518
7519

024732
024734
024736
024740
024742
024742
024744
024746
024752
024760

7508
7509
7510

7512
7513
7514

7520
7521
7522
7523
7524
7525

(4)
(5)
(5)
(5)
7526
(3)
(3)
7527
7528
7529

7530
7531
7532
7533
(3)
(3)
7534

004737

005003
010337
004737
023727

001003

142737

024676
024704
024706

123763
001420
005037

024720
024726

013737
004737

024762
(024766
024774
025002
025006

025006
025010
025012
025014
025016
025016
025020
025022
025026
025032

025034

025040
025044
025046
025046
025046

116337

002674

MACY11

002374

DN
30A(1052)
15=JUN-81
15:%& PAGE 7-93
TEST 15 =« EXTENDED REGISTER ADDRESSING TEST

6%:

CMP
BLO

R1,#PATY
3%

MOV

R1,AXNUM

CLR

MOVB

JINIT

INDEX

PATJ(R1) ,WAX15

;SET LO AX BYTE

SEQ 0133

FOR WRITING

;GET AX BYTE NO. FOR WRITING

TO BE WRITTEN

002376
002500
002501

MOVB
MOVRB
MOVB

PATJ+1(R1) ,WAX16 ;SET HI AX BYTE TO BE WRITTEN
WAX 'S ,REDDAT(R1) ;SET CXPECTED LO BYTE IN TABLE
WAX16,REDDAT+1(R1) ;SET EXPECTED HI BYTE IN TABLE

(002402
004124
002402

000006

CLR
MOV
JSR
CMP

R3
R3,AXNUM
PC ,READAX
AXNUM, #6

000372

002370

BI(CB

#AX315U,RAX1S

MOVB

REDDAT
(R3) ,GCODAT ;GET EXPECTED LO BYTE

004312

002370

002404

002500
002370
004526

JSR

9%:

002500

(02404

002406

BNE

10%:

CMPR
BEQ
(LR

PC,WRITAX

JWRITE

108

:BR IF NOT

INTO EXTENDED REG

;MASK OFF UNPREDICTABLE BITS

RAX15,REDDAT(R3) :COMPARE LO BYTE READ TO EXPECTED
12%
;BR IF LO BYTE MATCHES EXPECTED
GOODAT

MOV
RAX15 ,BADDAT
JSR
PC,GETALL
JREPORT REG MISCOMPARE
ERRDF

DATA BYTES

JINIT INDEX FOR READING
JGET AX BYTE NO. FOR READING
JREAD 2 AX BYTES
:SEE IF AX3-15

;GET ACTUAL DATA
;GET REGS FOR PRINTOUT

3,EM3,ERR3

104455
000003
012220

015140

04410
000102
095237
123763
001420
005037
116332
013737
004737

ESCAPE
002402
002372
002404
002501
002372
004526

104455
000003
012220
015140
104410
000026
062703
020327
002706

(062701

020127
002660

104401

000002
000010

002501
002404
(02406

12%:

TST

.WORD

CSERDF
3
EM3
ERR3

TRAP
.WORD

C$ESCAPE
L10040-.

TRAP
.WORD
.WORD
.WORD

C$ERDF
3
EM3
ERR3

TRAP
.WORD

CSESCAPE
L10040~-.

TRAP

.
($FTST

AXNUM
;INCR AX BYTE NO.
RAX16,REDDAT+1(R3) ;COMPARE HI BYTE READ TO EXPECTED
15%
;BR IF HI BYTE MATCHES EXPECTED
CLR
GUODAT
MOVB
REDDAT+7
(R3) ,GOODAT ;GET EXPECTED HI BYTE
MOV
RAX16,BADDAT
:GET ACTUAL DATA
JSR
PC,GETALL
:GET REGS FCR PRINTOUT
;REPORT REG M]SCOMPARE
ERRDF
3.EM3,ERR3

15%:

000002

INC
CMPR
BEQ

TRAP
.WORD
.WORD

ESCAPE

TST

ADD
(MP
BLT

#2 ,R3
R3,#10
9%

:INCR INDEX FOR READS
:SEE IF ALL AX BYTES READ YET
sBR IF NOT DONE READING YET

(MP
BLT

R1,#10
6%

JSEE IF ALL AX BYTES WRITTEN YET
;BR IF NOT DONE WRITING YET

ADD

000010
ENDTST

#2 ,R1

:INCR INDEX FOR WRITES

L10040:

(3)

7559

7560
7561
7562
7563
7564
7565
7566

7567

7568
75665
7570

7571

7572
(4)

(S)
(5)
(5)

7573

(3)
(3)

7574
7575
7576

7577

7578

7579

7580
7581
7587

.
e

003576
002704

AR RTINS

THE

INDIRECT REGS AX2=15,AX2=16 (USYRT REGS 4,5) ARE

000004
002374
000001
002565
002566
004312
004124
002370

025232

004737

002374
002370
004526

2
2

AAAAE

JSR
MOV

002402

002376
002374
002376
002374

002404
002406

113737

013737
004737

T16::

PC,MSTCLR
#PATK ,R1

:ISSUE MASTER CLEAR
“INIT DATA PATTERN POINTER

MOV
MOVB
MOVB

#4 , AXNUM
(R1) ,WAX15
1(R1).WAX16

;SET BYTE NO. = 4
*SET DATA TO WRIiTE
*SET DATA TO WRITE

JSR

PC,GETALL

BGNSEG

BI(B
BI(B
JSR
JSR
CMPB
BEQ
MOV
MOV

ANBITS+4 ,WAX15
ANBITS+5,WAX16
PC,WRITAX
PC ,READAX
RAX15,WAX15
6%
WAX15,GOODAT
RAX15,BADDAT

;REPORT REG MISCOMPARE

TRAP

;MASK OFF NON-READ/WRITE BITS IN LO BYTE
;MASK OFF NON-READ/WRITE BITS IN HI BYTE
;LOAD DATA INTO AX2-=15,AX2-16
JREAD AX2-15 AND AX2-16
,
;COMPARE LO BYTE DATA READ
;sBR IF DATA MATCHES
sSET EXPECTED DATA
;SET ACTUAL DATA
;GET REGS FOR PRINTOUT

3,EM3,ERR3

ESCAPE

002404
002671
002372
004526

002677

002404
002406

6%:

SEG

INC
(MPB
BEQ
(LR

AXNUM
RAX16,PATI+5
9%
GOODAT

MCv
JSR

RAX16 ,BADDAT
PC,GETALL

ERRDF

3,EM3,ERR3

MOVR

PATI+5,G00DAT

JREPORT REG MISCOMPARE

($BSEG

INTO LO BYTE
INTO HI BYTE

TRAP

%SERDF

.WORD
.WORD

EM3
ERR3

TRAP

C(SESCAPE

.WORD

104410

123737

000,377,125,252.001,002.,004,010,020,040,100,200,000,000,

AR 22222222
iR
R
RRRRR Rl R

ERRDF

002402
002372

IS NOT

376,375,373,367,357,337,277,177.

000003
012220
015140

001416
005037

(Ax2=16

004,010,020,040,100,200,377,377,377 ,377,377,377,377,377,

104455

000052
00537

TO 103.

000,000,000,000.000,000,376,375,373,367,357,337,277
,177,
377,377,377
,377,377 ,377,377,377
FOR KEG 16: 000,377,125,252.000,000,000,000,000,000,000,000,001,002.

025136

025156
025156
025160
025162
025164
025166
025166
025170
025172
025176
025204
025206
025212
025220
025226

FOR REG 15:

BGNTST

025050
025050
025050
025054
025060
025060
025060
025062
025070
025074
025102
025110
025116
025122
025126
025134
025144
025152

PATTERN K =

IR IR IR IR IR TETE]

7550
7551
7552

7558

A AN AR AT AIARRAR AR

;* TO THE WORD WRITTEN, AND AX2=16 IS ALWAYS COMPARED
;* WRITEABLE).

7547
7548
7549

RAARAARA A AAARAAAAAAAAT

;* WRITTEN AND READ USING EACH WORD OF PATTERN K. AX2=15 IS COMPARED

7545
7546

SEQ 0134

TEST 16 - REGS 15,16 / AX2-15,Ax2-16 READ/WRITE BIT TEST

Sen.

7543
7544

7553
7554
(3)
7555
7556
7557

BTTL

ARAR AR A AR A AR

;* USING REGS 15,16,

7542

E 1"
PAGE 7-94

15:34

15 = EXTENDED REGISTER ADDRESSING TEST

R AR R AR A

7540

7541

TEST

15=JUN=81

30A(1052)

7535
753¢
753%7
7538
75%9

MACY11

» N

CZDMRE M8203 STATIC DIAG #1
CZDMRE .P11
08=JUN=81 13:27

;SET AX BYTE NO. = 5
:(OMPARE Wl BYTE DATA READ
:BR IF DATA MATCHES

;SET EXPECTED DATA

JSET ACTUAL DATA
sGET REGS FOR PRINTOUT

LWORD

10000%~.

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JuUN=81 13:27
(4)

%)
5)

025232

IS’

7583
7584

(2)

F11

30A01052)
15=JUN=81
15:34 PAGE 7-95
TEST 16 = REGS 15,16 / Ax2=15,AX2=16 READ/WRITE BIT

SEQ 0135

TEST

106452

00000 3
012220
015140

104405

062701
020127
103701

025256

Cy1?

TRAP

%SERD!

.WORD
.WORD

EM3
ERR3

TRAP

($ESEG

TRAP

(SETST

.WORD

:
9%

ENDSEG

00000¢

003014

ENDTST

ADD
CMP
BLO

10000%:

#2 ,R1
R1,4PATL
3%

;INCR PATTERN POINTER
JSEE IF ALL DATA WRITTEN YET
;BR IF NOT DONE YET

L10C41:

104401

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

TSBTTL

TEST 17 = AXO=-15,AX0-16 READ/WRITE BIT TEST

;* IN THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND (OMPARE
;*
;*

ARE PERFORMED IN REGS AX0-15,AX0-16 USING EACH WORD OF
ANY BITS IN AX0-15,Ax0-16 WHICH ARE NOT READ/WRITE ARE

IN THE EXPECTED VALUF BEFORE (OMPARISON.

PATTERN L

PATTERN L.
MASKED OFF

(10 O)

FOR REG 15: 000,377,000
FOR REG

16:

000,377,000.

::Q'.'...tfi'.‘..."."Q""."...t..'."..'l."'....'..""Q".""'t'."."."'

BGNTST

025260
025260
025260
025264
025270
025270
025270

003576
003014

PC,MSTCLR
APATL R

T17::
:ISSUE MASTER CLEAR
:INIT DATA PATTENN POINTER

BGNSEG

000000
002374
000001
002561

002562
004312
004124
002370

004737
104455

000003
012220
015140

P —

JSR
MOV

002374
002370
004526

TRAP

002402

MOV

#0 ,AXNUM

;SET BYTE

NO.

00237¢
002374
002376

MOVB

1(R1) ,WAX16

;SET DATA

TO WRITE

002374
002404
002406

MOVRB

(R1) ,WAX15

BI(B
BI(B

ANBITS+0,WAX15
ANBITS+1 ,WAX16

JSR
(MPS
BEQ

PC ,READAX
RAX15,WAX15
6%

JSR

MOv

MOV
JSR

PC,WRITAX

WAX15, GOODAT

RAX1S5,BADDAT
PC,GETALL

;REPORT REG M]SCOMPARE
ERRDF
3.EM3,ERR3

= 0

;SET DATA TO WRITE

INTO LO BYTE
INTO HI

BYTE

;MASK CFF NON-READ/WRITE BITS
;MASK OFF NON-READ/WRITE BITS
;LOAD DATA

INTO AXC=15,Ax0-16

IN LO BYTE
[N K] BYTE

JREAD AX0-15 AND Ax0-16
;COMPARE LO BYTE DATA READ
;JBR IF DATA MAT(HES
JSET EXPECTED DATA

sSET ACTUAL DATA
;GET REGS FOR PRINTQUT
TRAP

LWORD
ESCAPE

SEG

($BSEG

. wORD
.WORD

%SERDF

EM3
ERRZ

TZDMRE M8203 STATIC LIAG #1
(ZDMRE P11
08=JUN=81 13:27
(3)
(3)
7625
7626
2627

7628

7629
7630

7631

7632
(&)

(S)

(S)
(S)

7633
7€34
(%)
(3)
7635
7636

76357

7638

(%)
(3)
7639
7640

02537¢
025400
025402
025406
025414
025416
025424
0256432

123737
001414
013737
013737
004737

025436
025436
025440
025442
025444

000003
C12220
015140

025446

025446
025446
025446
025450

025454

025460
025462
025462
025467

MACYY1

G 1"
15:34
PAGE 7-96
15=JUN=81
17 = AX0=15,Ax0=16 READ/WRITE BT

30A(1052)

TEST

SEQ 0136

TEST

10441C

000046
005237

002402

002372

00237¢

002376
002372
004526

002404
00240¢

062701
020127
103703

~%:

INC

AXNUM

(MPR
BEQ

RAX16,WAX16
St

MOV

WAX16,GO0DAT

RAX16,BADDAT

MOV
JSR

PC,GETALL

;REPORT REG M]ISCOMPARE
ERRDF
3,EM3,ERRS

1046455

104405

( $€ SCAPE

TRAP

JSET AX BYTE NO.

100008~

. WORD

. COMPARE H] BYTE DATA READ
;BR IF DATA MATC(CHES
JSET EXPECTED DATA

JSET ACTUAL DATA

;GET REGS FOR PRINTOUT

. WORD

CSERDF
3
EM3
ERR3

TRAP

(S$ESEG

TRAP

(SETST

TR AR

RNERERRR RN

TRAP

.WCORD

5%:

ENDSEG

000002
003022

JINCR PATTERN POINTER
JSEE IF ALL DATA WRITTEN YET
;B8R [F NOT DONE YET

#2,R1
R1,4PATM

ADD
CMP

B.O

ENDTST

10000%:

L10042:

104401

7641

7642
7643

76464
7645
7646

2 CTERARRTAREARRATARTARAAAARAIARTAR AR

CSRTTL

7647

7648
7649

;*
;%

7650

7651

7652

(3)
7653
7654
7655

7656
(3)

;*
TR

025532
025536
025542
025550
025552
025560
025566

00357¢
002704

000002

002374
000001
002563
002564
004312
004124
002370

013737
004737

002374

002370
004526

002402

002376
002374
C0237¢

002374
002404
002406

AX1=15,AX1-16 READ/WRITE

BIT

ARAR AR

TEST

IN THE EXPECTED VALUE BEFORE COMPAR]SON.
R

R R

R A RPN AR AR A A AR

2SR

3%:

IN THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND COMPARE
ARE PERFORMED [N REGS AX1-15,AXx1-16 USING EACH WORD OF PATTERN K.
ANY BITS IN AX1-15,AX1-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF (70 0)

BONTST

025464
025464
025464
025470
025474
025474
025474
025476
025504
025510
025516
025524

TEST

ANAAARARAAARAARARAARRA

MOV

T R

T RRAAARRARAANRAARAARAAAAARR
AR AR AR R AR
AR
RAN RN RTR TR
RN,

PC,MSTCLR

#PATK ,R1

118:¢

;ISSUE MASTER (CLEAR

;INIT DATA PATTERN POINTER

BGNSEG

MOV

MOVBR

#2 ,AXNUM
(R7) ,WAX15

T(R1) ,WAX16

ANBITS+2 ,WAX15
ANBITS+3 WAX16
PC,WR]TAX
P(C ,READAX

RAX15,WAX15

6%
wAX15,GOODAT
RAX15,BADDAT

sSET BYTE NO. = 2

sSET DATA TO WRITE

($BSEG

TRAP

INTO LO BYTE

;SET DATA TO WRITE INTO KI BYTE
sMASK OFF NON-READ/WRITE BITS IN LO SYIE
;MASK OFF

NON-READ/WRITE BITS

;LOAD DATA INTO AX1-15,AX1=16
JREAD AX1-15 AND AX1-16
. COMPARE LO BYTE DATA READ

;sBR IF DATA MATCHES
JSET EXPECTED DATA

JSET ACTUAL DATA
sGET REGS FOR PRINTOUT

IN HI

DMRE HB?OS STATIC DIAG #1
b 4
|13 )7
( 4 ZDMRE. Pl
08=JUN=8
rY
“ L

7669

7670
Q)

(S5)

7671
(3)

13)

7672

767%
7674

000046
005237

025636

001414
013737
013737
004737

7676

7679

025642

7675

7677
7678
(4)

(S)

(5)

(%)

7680
7681
(3)

(3)

7682

7683
7685
(3)

(%)
7686

02564

025644
025646
025650
025652
025652
025652
025652
025654
025660
025664
025666
025666
025666

30A(1052)
TEST

H 11
15=JUN=81_
15:34
PAGE 7-97
18 = AX1=15,Ax1-16 READ/WRITE BIT

SEQ 0137

TEST

JREPORT REG MISCOMPARE

025572
025572
025574
025576
025600
025602
025602
025604
025606
025612
025620
025622
025630

MACY!T

000003
012220
015140

ESCAPE

00240¢
002372

;
00237¢

002376
002372
004526

002404

cs:

000003
0122720
015140

062701
020127
103703

SEG

INC
(MPR

AXNIUM
RAX16,WAX16

;SET AX BYTE NO. = 3
:COMPARE H] BYTE DATA READ

MOV

WwAX16,GOODAT

;SET EXPECTED DATA

BEQ

002406
;REPORT

MOV
JSR

RAX16,BADDAT
PC,GETALL

ERRDF

3,EM3,ERR3

REG MISTOMPARE

104455

104405

TRAP

.WORD

104410

123737

3,EM3 ERRY

ERRDF

104455

:BR

.WORD

EM3
ERR3

TRAP

($E SCAPE

TRAP
. WORD

CSERDF
3
EM3

«WORD

:SET ACTUAL DA
A
:GET REGS FOR PRINTOUT

ENDSEG

000002
003014

10000%:

ADD

#2 ,R1

8L0

R1,4PATL

(MP

ENDTST

10000%~-.

DATA MAT(HES

.WORD
.WORD

9%:

( SERDF
3

ERR3

TRAP

C$ESES

TRAP

CSETST

:INCR PATTERN PCINTER

:SEE IF ALL DATA WRITTEN YET
;BR

NOT DONE

YET

L10043:

104401

7687
7688
7689

7690

7691

::t'..".tttt..ttt'tttt"'t't!'.t'tt..t"tt..'Q't.t.tt'tt'tt'tt""t.'.t.t"'...

SBTTL

7693
769
7695

7692

fo— e

7708
7706

...

%
3
%

FOR REG 15

FOR REG

%
%

7707

FOR REG 16

7702
7703
7704
7705
7706

BIT

TEST

FOR REG
15 : 000,333,331,323,313,233,133,000,000,000,000,

5
%

7700
7701

19 = AX3=15,Ax3-16 READ/WRITE

IN THIS TEST A MASTER CLEAR_IS DONE AND THEN A WRITE, READ, AND (OMPARE ARE
PERFORMED IN REGS AX3-15,AX3-16 USING EACH WORD OF PATTERN v FOR WRITING,
AND PATTERN U FOR COMPARING.
ANY BITS IN AX3-15,AX3-16 WHI(H ARE NOT READ/WRITE ARE MASKED OFF (10 ©)
INP;?;EE:PSCIED VALUE BEFORE COMPARISON.

7696
7697
7698

TEST

000.000.000.000.000.000.000.000

000,000,000,000,000,000,000,001,002,004,040,

100,200, 346,345,343,307,247,147

000,001,013,011,021,101,301,000,000,000,000,

000.,000.000.000.000,000,000,000

000,000,900,000,00C,000,000, 00 .002,004,040,

1
100,200, 346,345,343,307,247

':'."'...'..'.....'.Q."""...'.‘...'.'..'.'."..'O..."'...Q"'.'l"".'.l'.'

BGNTST

(ZDMRE MB203 STATIC D!AG #!
CJDMRE . P11

(3)

7711
7772

7713
7714

025670

025670
025674

025702

025706

7715
7716

025712
025712

7717

025714

(3)

025712

7718
7719

025722
025726

7721

025740

7720

7722

7723
7724

7725

025752
025754

025762

7733

026020

(5)
(5)

026022
026024

025774

026020

(5)
7734
(3)

026026
026030
026030

7735
773%
7737

026034
026040
026046

026032

7738
7736
7740
77641

026050
026054
026062
026070

7743

026074

(5)

026102

7742
(4)
(5)
(5

025074
026076
026100

7744
7745
(3)
(3)

026104
026104
026104
026104

7749
7750
(3)
(3)

026122
026124
026124
026124

7746
77647
7748

012701

003104

012702

104404

012737

026106
026112
026116

003152

000006

111237
116237

002374
000001

004737

004124

132737

025776
026002
026006
026014

(3)

003576
000010

025744

7728
77¢9
7730
7731
(&)

004737
142777

004737

025770

7732

13:27

025734

7726

7727

08=JUN=81

001003
142737

142737

004312

005037
111137
013737
004737

002404
002404
002370
004526

002370

19 =«

TEST

MOV

#PATU,R]

sINIT PATTERN U POINTER

#PATV ,RZ

JINIT PATTERN v POINTER

BGNSEG

MOV

#6,AXNUM

:SET BYTE NO.

JSR

PC,WRITAX

;LOAD DATA INTO AX3=15,Ax3=16

BITR

RTEST ,WAX15

BICB

#(C32BCC,RAX1S

(R2) ,WAX15
1(R2) ,WAX16

P(C ,READAX

BNE
BICR

(MPR

4%
#2X315U,RAX1S
RAX15, (R1)

(33

GOODAT
(R1) ,GCODA1
RAX15 ,BADDAT
PC,GETALL

:REPORT REG M]S(OMPARE

ERRDF

= 6

:SET DATA TO WRITE
:SET DATA TO WRITE

104410

000052

005237
123761
001416

005037
116137
013737
004737

002402
002372

002404
000001
002372
004526

000007

6%:

:SEE

IF AN INTERFACE

(LR
MOVR
MOV
JSR

002404
002406

ERRDF

015140

104401

GOODAT
1(R1) ,G00DAT
RAX16 ,BADDAT
PC,GETALL

:REPORT REG MISCOMPARE

104455
000003
(12220

104405
062702
062701
020127
103673

AXNUM
RAX16,1(R1}
9%

9%:

000002
000002
003152

;CLEAR CR(C32 B(( BIT
:COMPARE

LO BYTE

($ERDF

HITS

DATA READ

:BR IF DATA MAT(HES

:SET EXPECTED DATA
:SET ACTUAL DATA
JGET REGS FOR PRINTOUT

;SET AX BYTE NO. = 7
;COMPARE H] BYTEF DATA READ
:BR IF DATA MATCHES

.WORD
.WORD

.WORD

3
EM3
ERR3

TRAP

( $E SCAPE

TRAP
.WORD
.WORD

CSERDF
3
EM3

TRAP

C$ESEG

.WORD

3,EM3,ERR3

ENDSEG

BLO

10000%:
#2,R7
#2 ,R1
R1,#PATY

10000%-.

;SET EXPECTED DATA
;SFT ACTUAL DATA
:GET REGS FOR PRINTOUT

.WORD

ADD
ADD
(MP

ENDTST

TRAP

IS SELECTED

:BR IF YES
;MASK OFF UNPREDICTABLE

SEG

INC
(MPR
BEQ

($RSEG

READ AX3=15 AND AX3=16

3,EM3,ERR3

ESCAPE

TRAP
INTO LO BYTE
INTO HI BYTE

000003
012220

015140

SEQ 0138

119::

:1SSUE MASTER (LEAR
;CLEAR LULOOP

(LR
MCVB
MOV
JSR

104455

BIT

PCMSTCLR
#LULOOP,aBSELT

BEQ

002426

I
PAGE 7-98

JSR
RI(B

JSR

4%:

15:3&

Ax3-15,Ax3=16 READ/WRITE

MOVR
MOVR

002376

002370

15«JuUN=-R1

MOV

002402

000372

002370

TEST

3%:

002374

000040

30AC1052)

15454¢

000001

123711

001417

MACY1Y

:INCR PATTERN vV POINTER
:INCR PATTERN U POINTER
JSEE IF ALL DATA WRITTEN YET

:BR

IF NOT DONE

ERR3

YET

L10044:

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE P11
08=JUN=B1 13:27

MACY1T

30A(1052)

TEST

15«JUN=81

J 1N

15:34
PAGE 7-99
19 = Ax3-15,Ax3-16 READ/WRITE BIT

SEQ 0139

TEST

7751
7752
7753
7754

7755

7756

'.'.."Qt."."."..'tl.""'.'Q'Q.IQ'..QQt""'.'.'..t'..."...'..QQQ'O"Q't.'.'

TSRTTL

7757
7758

7760
7761

(3)

MASTER CLEAR

TEST

;* IS WRITTEN INTO REG 17 AND AFTER EACH WRITE, AX2=16 IS READ AND COMPARED

i TO A BYTE OF PAT P.

7762
7763
7764

7767

20 = REG 17 = Ax2=16 NEAD/WRITE,

i+ THIS TEST CONSISTS OF 2 SUBTESTS. IN THE FIRST SUBTEST, EACH BYTE OF PAT 0

7759

7765
7766

TEST

;*
;*

PATTERN O = 000,041,004,010,020,040,100,101,200,201,300,111,301,375
PATTERN P = 000,113,200,040,020,010,001,104,007,105,007,144,107,157

IN THE SECOND SUBTEST, REG 17 IS LOADED WITH 375, A MASTER CLEAR IS ISSUED,

;% AND AX2=16 IS COMPARED TO ITS INITIALIZED STATE (103).

-."Q'."t."".t.""t"""'ttt'.l.l".t."*..Q.Q"Q.t"ti't'.l AR SRS

026126
026126
026126
026132

026136
026142
026150

BGNTST
004737
012701
012702
012737
012737

00357¢
003050
003066
000017
000005

JSR

MOV
MCV

002490
002402

MOV
MOV

PC,MSTCLR
#PATO,R1
#PATP ,R2

#17 ,REGNUM
#5 ,AXNUM

. ISSUE MASTER CLEAR
JINIT PAT O POINTER
JINIT PAT P POINTER

120::

JSET LU REG NO. = 17
JSET AX BYTE NO. = 5 FOR AXZ2-16

* WRITE REG 17,
026156
026156
026156
026160
026160
026160
026162
026166
026172
026176
026202
026204
026210
026214
026220
026224
02632

026236
026236
026240
026242
026244
026246
026246
026246
026246
026250
026252
026254

BGNSUB
104402

106404
111137

004737
004737
123712

001421
005037
111137

005037
111237
013737
004737

38:

002410
002410
002404
002404
002372
004526

104455

BGNSEG

MOvVB

002366
003750
004124
002372

JSR
JSR

CM-B
BEQ
CLR

MOvVB
002406
JREPOKRT

120.1

(R1) ,WRIBYT

PC,WRITLU
PC,READAX

RAX16, (R2)
6%
LOADAT

(R1) ,LOADAT

CLR
MOVB
MOV
JSR

GOODAT
(R2) ,GOODAT
RAX16,BADDAT
PC,GETALL

ERRDF

3.EM3,ERRS

REG MISCOMPARE

TRAP

JSET BYTE

TO BE WRITTEN

:WRITE DATA BYTE

JREAD AX?2

INTO REG 17

;COMPARE AX2=16 TO EXPECTED DATA
;BR IF DATA MATCHES

;SET DATA WHICH WAS WRITTEN
JSET EXPECTED DATA READ
JSET ACTUAL DATA READ
;GET REGS FOR PRINTOQOUT
TRAP

000003
012220
01630C
ENDSEG
104405

005201
005202
020127

003066

INC
INC

(MP

10000%:
R1
RZ

R1,#PATP

TRAP

:INCR PAT O POINTER

JINCR PAT P POINTER
JSEE

ALL

BYTES LOADED

YET

CSERDF
3

.WORD
. WORD
.WORD

EmM3
ERRS

TRAP

CSESEG

(ZDMRE MB20C3 STATIC DIAG #1
(ZDMRE.P11
7797

7798

(3)

7799

7800
7801

7802
(3)

(3)

7803

7804
7805
7806
7807
7808
7809

7810
7811

7812
7813
7814
(4)

(5)
(5)
(5)
7815

7816

(3)
(3)
7817
(3)
(3)

7818
7819
7820
7821
7822

026260
026262
026262
026262

08=JUN=-81

13:27

MACY11

7837
7838
(3)

15=JUN=-81_

15:34

K11
PAGE 7-100

SEQ 0140

TEST 20 = REG 17 = AX2=16 READ/WRITE, MASTER CLEAR TEST

103737

BLO
ENDSUR

:BR IF NOT

L10046:

104403

TRAP

($ESURB

TRAP

($BSUB

: LOAD REG 17, DO MASTER CLEAR, READ AND COMPARE AX2=16
026264
026264
026264
0262¢6
026274
026300
026304
026310
026316
026320
026324
026332
026340
026344
026344
026346
026350
026352
026354

026354
026354
026354
026356
026356
026356

BGNSUR
104402

112737
004737
004737

000375
003750
003576

002366

123737
001416
005037
113737
013737
004737

002372

002671

004737

004124

002404
002671

002372
004526

002406

#375,WRIBYT
PC,WRITLU
PC,MSTCLR

;SET DATA TO BE LOADED
;LOAD DATA INTO REG 17
;PERFORM MASTER CLEAR

CMPB
BEQ
CLR
MOVB
MOV
JSR

RAX16,PAT] +S
6%
GOODAT
PAT1+5,GOODAT
RAX16 ,BADDAT
PC,GETALL

;SEE IF AX2=16 WAS INIT'D CORRECTLY
;BR IF YES

ERRLF

2.EM2 ,ERR3

JREPORT REG NOT

104455
000002
012161
015140

120.2

MOVR
JSR
JSR

JSR

(02404

PC ,READAX

;READ AX2=15,AX2=16

JSET EXPECTED DATA

sSET ACTUAL DATA
sGET REGS FCR PRINTOUT

INITIALIZED BY MASTER

(CLEAR

6%:

104403

ENDSUB

L10047:

ENDTST

L10045:

104401

7823

7824
7825
7826
7827
7828
7829
7830
7831
7832
7833
7834
7835
(3)
7836

30A(1052)

TRAP
.WORD
.WORD

.WORD

CS$ERDF
2
EM?
ERRS3

TRAP

C$ESUB

TRAP

CSETST

.'.'""""'."'..*.‘"""".'.'..’"""..".'.'.'"""'.."'.".'"".".'.".

.SBTTL
TEST 21 = TRANSMITTER BUFFER DATA TEST
;% A MASTER CLEAR IS DONE FIRST, AND THEN A BYTE OF PATTERN N IS LOADED INTO

;*
;*
;*
;*
;*
o

REG 11 AND THE NEXT BYTE S LOADED TWICE INTO REG 10. THE PROGRAM THEN WAITS
AT LEAST S50 MICRO-SEC, AND THEN IT READS AND COMPARES AX1-15 TO THE BYTE
WHICH WAS LOADED INTO REG 10, AND IT READS AND COMPARES AX1=16 TO THE BYTE
WHICH WAS LOADED INTO REG 11. THIS PROCESS IS REPEATED (INCLUDING THE MASTER
CLEAR) FOR EACH PAIR OF BYTES IN PATTERN N.
PATTERN N =

FOR REG 10: 000,125,252.377,000,000,000
FOR REG 11:

000,000,000,020,005,012,017

.'"'t"".'..".""'t"".""..‘".'.'..'..'....'.....""..""'..'..'..'.'...

026360
026360
026360
026364
026372
026372

BGNTST

012701
012737

003032
026626

002362

MOV
gOVSUB
GN

#PATN,R1
#AZ ,RETADR

JINIT PATTERN POINTER
:SET SUBRQUTINE ERROR RETURN ADDRESS
121.1:

CZDMRE M8203 STATIC DIAG #1
(ZDMRE P11
08-JUN-81 13:27

(3)
7839

7840
7841
7842

7843
7844
7845

78L6

7847

7848
7849
7850
7851
7852
7853
7854
7855
7856
7857
7858
7859

7860
7861
(4)
(5)
(5)
(5)
7862
(3)
(3)
7863

026372
026374
026400
026404
026406
026414
026420
026424
026432

026440
026444
026450
026454
026460
026462
026470
026474
026502
026504
026510
026516
026524

026530
026530
026532
026534
026536
026540
026540
026542
026544
026550
026554
026556
026562
026566
026574
026600

104402

003576
004662
000011

002366
003750
000010
000001

000003
012737
004737

123761
001420

005037
116137

013737
004737

MACY11

003750
003750
005146
004662
000002
004124
002370

002404
000001
002370
004526

30A(1052)

TEST 21

3%:

002400

002400
002366

013737
004737
104455

103663

104403

JSR

PC,WAITS5)
PC,OSIRDY

CMPB
BEQ
CLR
mMovB
MCV

RAX15,1(R1)
6%

JSR

PC ,READAX

GOODAT
1(R1),GOCDAT

RAX15,BADDAT

PC,GETALL

sREPORT REG MISCOMPARE
ERRDF
3.EM3 ERR3

AXNUM

BEQ

CLR
MOVB
MOV
JSR

002406

RAX16, (R1)
GOODAT
(R1) ,GOODAT
RAX16 ,BADDAT
PC,GETALL

sREPORT REG MISCOMPARE
ERRDF
3.EM3,ERR3

9%
Al:

ENDTST

ADD
CMP

BLO

ENDSUB

;SET DATA BYTE

TO BE WRITTEN

;SET DATA BYTE TO BE WRITTEN
;WRITE BYTE INTO REG_10

JWRITE
;WAIT

IT AGAIN (SO 2 ENTRIES ARE

FOR SILO DATA TC RIPPLE

IN SILO)

;CHECK ORDY AND OCOR FOR EXFECTED STATES

:SET BYTE NO. FOR AX1-15
;READ AX1-=15, AX1-=16

;COMPARE AX1=15 TO EXPECTED

;BR

MAT(CH

sSET EXPECTED DATA
;SET ACTUAL DATA
;sGET REGS FCR PRINTOUT
TRAP
. WORD

;INCR AX BYTE NO.
s COMPARE AX1=16 TO EXPECTED
:BR IF MATCH

C$ERDF
3

.WORD
-WORD

EM3
ERR3

TRAP

C$F SCAPE
L10051~-.

.WORD

sSET EXPECTED DATA
;SET ACTUAL DATA
;GET REGS FOR PRINTOUT
TRAP

SUB
#2,R1
R1,4PATO

($85UB

sWRITE BYTE INTO REG 11
;SET LU REG NO. = 10

SUB

INC

(CMPB

ESCAPE

000002
003050

PC,WRITLU
PC,WRITLU

000001

104410

026624
026626
026626
026626
026626
026630
026630

;SET LU REG NO. = 1

#2 ,AXNUM

000003
012220
015140

000014
062701
020127

#11 ,REGNUM
(R1) ,WRIBYT
PC,WRITLU
#10,PEGNUM
T(R1) ,WRIBYT

ESCAPE

002404
002404
002372
004526

TRAP

MOV
mMOvB
JSR
MOV
MOVB

JSR

6%:

SEQ 0141

s ISSUE MASTER CLEAR
sCHECK ORDY AND OCOR FOR EXPECTED STATES

MOV

002402
002372

PAGE 7-101

PC,MSTCLR
PC,0SIRDY

002402

002404
002406

JSR
{SR

JSR
JSR

104410

111137

15:34

= TRANSMITTER BUFFER DATA TEST

%SR

104455
000003
012220
015140

000064
005237
123711
001417
005037

15=JUN-81

3
EM3
ERR3:

TRAP

.WORD

CSE SCAPE
L10051~-.

TRAP

C$ESUB

s INCR DATA PATTERN POINTER
;SEE IF ALL DATA BYTES WRITTEN YET
;BR IF NOT DONE YET
L10051:
L 10050:

CSERDF

.WORD
.WORD
.WORD

' CZDMRE M8203 STATIC DIAG #1
08-JUN-81 13:27
| (ZDMRE .P11

(3)

7879
7880
7881
7882

026630

MACY11 30A(1052)

15=JUN=-B81

TEST 21

15:34

MmN

SEQ 0142

PAGE 7-102

= TRANSMITTER BUFFER DATA TEST
TRAP

104401

7883
7884

‘.'tt'tttt'tttt'fi'fit"t""i'tlitfiti'tt S22 22222222222 2222222222

LSBTTL

TEST 22 = TRANSMITTER BUFFER SEQUENCING TEST

(SETST

FIRST, A MASTER CLEAR IS DONE, AND THE PROGRAM CHECKS FOR ORDY=1, OCOR=0.
THEN,

2 TSOM CHARS ARE LOADED INTO THE

TX SILO, AND ALLOWED TO RIPPLE

DOWN TO THE OUTPUT. THE PROGRAM CHECKS FOR ORDY=1, OCOR=1.
NEXT, THE PROGRAM CYCLES THE STEPLU BIT UNTIL OCOR=0 AGAIN, AND CHECKS FOR
THIS TO OCCUR WITHIN 3 CYCLES.
THE SILO IS THEN FILLED WITH 64 BYTES OF A 256-BYTE BINARY COUNT PATTERN

(000-377) AND THE PROGRAM CHECKS FOR ORDY=0 AFTER THE 64TH CHAR IS LOADED.

THE PROGRAM CYCLES STEPLU FOR 8 CYCLES AND CHECKS THAT AFTER THE 8TH, ORDY=1.

AX1=15 IS READ AND COMPARED TO EXPECTED DATA.
THE REST OF THE BINARY COUNT DATA BYTES ARE LOADED,

C??PAggg. ? BYESRAg A TIME. UPON COMPLETION,

WITH

026632
026632
026632

012737

027306

026640
026644
026650

004737
004737
000001

003576
004662

002362

ORDY=1, O

=V.

CYCLED 8 CLOCKS, READ AND
THE SILO IS CHECKED TO BE EMPTY

T22::

MOV

#A3 ,RETADR

;5ET SUBR ERROR RETURN ADDR

JSR

PC,MSTCLR

s ISSUE MASTER CLEAR

JSR

PC,OSIRDY

;CHK ORDY=1, OCOR=0

: LOAD 2 SOM CHARS, ALLOW SILO TO RIPPLE, CHK ORDY=1, OCOR=1
.

026652
026660
026664
026670
026674
026700

012737
004737
004737
004737
004737
000003

000400
005174

002422

005174
005146

MOV
JSR
JSR

JSR
%SR

004662

#TXSOM,TXWORD
PC.LDTXSI
PC,LDTXSI

;SET DATA TO WRITE INTO SILO
;LOAD THE SILO WITH SOM
;LOAD ANOTHER SOM

PC,WAITS0
PC,OSIRDY

;WAIT FOR DATA TO RIPPLE
;CHK ORDY=1, OCOR=1

CLOCK LINE UNIT, CHK FOR OCOR = O WITHIN 3 CYCLES
026702
026704
026712
026716
026720
026724
026732
026734
026736
026742
026744
026750

005001
012737

000017
005254

003672
000020

000003
000001

004662

002400

CLR
MOV
{SR

R1
#17 ,REGNUM
PC,STPLU

;INIT CYCLE COUNTER TO 0
;SET REG NO. = 17
sSTEP LU 1 CYCLE

002364

JSR
BITB
BEQ

PC,READLU
#0COR,REDBYT
6%

;READ REG 17
;SEE IF OCOR = O YET
;BR IF OCOR = 0

(MP
BLT

R1,43
3%

INC

JSR

PC,OSIRDY

JINCR CYCLE COUNT

;SEE IF 3 CYCLES DONE YET
:BR IF NO
;CHK ORDY=1, OCOR=0

| CZDMRE MB203 STATIC DIAG #1
' CIDMRE.P11

7933

|
!

7935

08=JUN=B1

13:27

MACY11

30A(1052) _15=JUN-81
15:34
PAGE 7-103
TEST 22 = TRANSMITTER BUFFER SEQUENCING TEST

; LOAD 64 BINARY COUNT (HARS INTO SILO, CHK ORDY=0

026752
026754

005003

026760
026764
026770
026774

002422
005174
005146
000077

8%:

000002

027020

000003

027020

004662

9%:
12%:
14%:

027100

012737

005001
004737
000001
004737
132737
001004
005201
020127
002763
004737
000003

000011

16%:

002364

000010
004662

7982

027142
027142
027144
027146
027150
027152
027152
027154
027156

005004
012737 000002
004737 004124
123704 002370
001415
010437 002404
013737 002370
004737 004526

R3,463.
9%
:Si143

;BR _IF NO
;SET UP TO CHK ORDY=0,0(0R=1

MOV
JSR
.WORD

#3,14%
PC,OSIRDY
0

;SET UP TO CHK ORDY=1,0COR=1
:CHK ORDY, OCOR

cMP

R3, #64.

INC

MOV
CLR

19%:

002402

s INCR PATTERN FOR WRITES

:BR IF NO

#11 ,REGNUM
R1

;SET REG NO. = 11
sINIT CYCLE COUNT

;CLOCK LU FOR 1

CYCLE

JSR
BITB

PC ,READLU
#ORDY ,REDBYT

;READ REG 11
¢SEE IF ORDY = 1

YET

BLT

%SR

19%
R1
R1,48.

16%$

:BR IF NOT YET

PC,OSIRDY

FIRST

:BR IF YES
2 INCR CYCLE COUNT
;SEE IF 8 CYCLES YET

sCHK ORDY = 1,
CHARACTER

OCOR =1

IN AX1-15

CLR
MOV
JSR
CMPB
BEQ

R4
#2 ,AXNUM
PC ,READAX
RAX15,R4
20%

sINIT PATTERN FOR READING
;SET AX BYTE NO. FOR AX1-15
;JREAD AX1-15
; COMPARE AX1-15 TO EXPECTED
;BR IF MATCH

MOV
JSR

RAX15,BADDAT
PC,GETALL

sSET ACTUAL DATA
;GET REGS FOR PRINTOUT

ERRDF

3,EM3,ERR3

ESCAPE

104410

;SEE IF 64 CHARS LOADED YET

CHECK ORDY = 1 WITHIN 8 CYCLES

R4 ,GOODAT

sREPORT REG MISCOMPARE

000003
012220
015140

;SEE I7 64TH CHAR JUST LOADED

PC.STPLU

MOV

002406

;LOAD DATA (CHAR INTO TXx SILO
;WAIT FOR DATA TO RIPPLE IN SILO

READ AND COMPARE

104455

000132

PC,LDTXSI
PC,WAITS0

sINIT PATTERN FOR WRITING
;SET DATA TO BE WRITTEN

4SR

BNE
INC
CMP

;

027102
027104
027112
027116
027122
027124
027130
027136

CMP

JSR
JSR

CLOCK LINE UNIT,

002400

005254
003672
000020

R3
R3, TXWORD

BLT

;
027032
027040
027042
027046
027050
027054

(LR
MOV

BNE
ggv

000100

027030

7979

SEQ 0143

sSET EXPECTED DATA

TRAP

.WORD
.WORD
.WORD

TST
®

20%:

: LOAD AND COMPARE REST OF CHARS, MONITOR ORDY, OCOR
027156

020327

000377

CMP

R3,#255.

;SEE

ALL

CHARS LOADED YET

TRAP

.WORD

CSERDF

3
EM3
ERR3

C$ESCAPE

L10052-.

[

—

————

——
e

| CZDMRE M8203 STATIC DIAG #1
' CZDMRE .P11
08-JUN-81 13:27
7983
7984

027162
027164

00301C
010337

7986
7987

027174
027176

005203
004737

7985

027170

004737

7988
7989
7990
7991
7992

027202
027204
027206
027212
027214

000002
005204
004737
000010
004737

7994
7995
7996
7997
7998
7999
(4)
(5)

027224
027226
027232
027240

001415
010437
013737
004737

(5)

027244
027244
027246
027250
027252

104455
000003
012220
015140

(3)
(3)

027254
027256

104470
000030

7993

(5)

8000
8001
8002
8003
8004
8005
8006
8007
8008
8009
8010
(3)
(3)
8011

027220

027254

027260
027264
027266
027272
027274
027276
027302
027304
(27306
027306
027306
027306

123704

020427
001004
004737
000001
000404
004737
000003
000724

—

e
e

B 12
MACY11 30A(1052)
15=JUN=81
15:34 PAGE 7-104
TEST 22 = TRANSMITTER BUFFER SEQUENCING TEST

SEQ 0144

002422

BGT
MOV

26%
R3, TXWORD

;BR _IF YES
;SET DATA TO BE WRITTEN

004662

INC
JSR

R3
PC,OSIRDY

+ INCR DATA TO BE WRITTEN
:CHK ORDY=0, OCOR=1

005174

JSR

26%:

005254
004124

002370
002404
002370
004526

PC.LDTXSI

2
INC
JSR
8.
JSR

INTO TX SILO

Ré

;INCR PAT FOR READING

PC ,READAX

;READ AX1-15

PC,STPLY

CMPB

002406

sLOAD DATA (HAR

;CLOCK LINE UNIT FOR 8 CYCLES

RAX15,Ré4

BEQ
27%
MOV
R4, GOODAT
MoV
RAX15 ,BADDAT
JSR
PC,GETALL
;REPORT REG MISCOMPARE
ERRDF
3,EM3,ERR3

; COMPARE AX1=15 TO EXPECTED
;BR IF MAT(H
sSET EXPECTED DATA
;SET ACTUAL DATA
;GET REGS FOR PRINTOUT

ESCAPE
000377

27%:

004662
004662

_
29%:
A3:
ENDTST

TST
.

CMP
BNE
JSR
1
BR
JSR
3
BR

R4, #255.
29%
PC,OSIRDY

;5EE IF WE READ LAST (CHAR YFT
;BR IF NOT
;CHK ORDY=1, OCOR=0

A3
PC,OSIRDY

;CHK ORDY=1, OCOR=1

24%

s CONT INUE

TRAP
.WORD
.WORD
.WORD

CS$ERDF
3
EM3
ERR3

TRAP
.WORD

($ESCAPE
L10052-.

TRAP

CSETST

L10052:

104401

8012
8013

8014
8015
8016

S8 AR A AR A AR AR AR A AR AR AR

8019
8020
8021
8022
8023
8024
8025
8026
8027
8028

;*
;*
;*
;*
;*
;*
;*
;*
;*
ot

gg}g

.SBTTL

027310

IN THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOP)
AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN
CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CRC-16.

THE FOLLOWING STEPS ARE DONE:

A MASTER CLEAR IS DONE, AND THE LINE UNIT IS PLACED IN CHAR MODE.
SOM IS SET TWICE TO SEND 2 SYNCH CHARS. THEN, 2 000 CHARS ARE SENT, AND
THEN 2 TERMINATING SYNCHS ARE SENT.

THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT
CLEARED STATE AFTER THE 3RD SYNCH COMPLETES.

TR AR AR AR AR R AR

8030

A AR A AR AR AR AN RRARAARA AR AR AR RARA AR AR

TEST 23 = TX MSG TIMING TEST, CHAR MODE, WITH CRC

8 GNTST

AR AN AR R AR AR AR AR AR TR R AR

AR R AR AR

AR RN R

IS MONITORED FOR THE
AR RN R

AR RN R T RERRTER TR

(ZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN=-81 13:27

(3)
027310
8031
027310
8032 027316
8033 027322
8034 027324
8035 027326
8036 027332
8037 027334
8038 027336
027342
027344
027346
027352
027354
027356
027362
027364
027366
027372
027374
027376
027402
027404
027406
027412
027414
027416
027422
027422
027426
027426
027426

MACY11

30A(1052)

15-JUN-81

15:34

€12
PAGE 7-105

TEST 23 = TX MSG TIMING TEST,

SEQ 0145

CHAR MODE, WITH CRC

123::
:SET TEST EXIT ADDRESS FOR ERRORS
:DO MASTER CLR, LOAD 2 SOM'2

012737
004737
000226
000011
004737
000000

027422
005540
006122

SYNCH
STRIP!DDCMP
588
PC, TXCHAR

004737

006122

CHPCHK
! 8.
588
PC, TXCHAR

:LOAD 2ND 000 CHAR, TX 2ND SYNCH

006122

8.
JSR

PC, TXCHAR

:LOAD EOM CHAR,

JSR

PC. TXCHAR

:LOAD EOM CHAR, TX 2ND 000 CHAR

JSR

PC. TXCHAR

:LOAD EOM, TX CRC=16 CHAR

JSR

PC. TXCHAR

JSR

PC, TXCHAR

;LOAD EOM, TX 2ND TERMINATING SYNCH

JSR

PC,ENDTRN

;SET OC, MONITOR OCOR

JSR

PC,MSTCLR

;ISSUE MASTER CLEAR TO CLEAN UP

100010

002362

MOV
JSR

gxson

006122
000010
004737
001000
000020
004737
001000
000010
004737
001000
000010
004737

004737

#AL ,RE TADR
PC,INITAN

gxeom

006122

éxson

006122

ngOM

006274

]

003576

ENDTST

:LOAD A 000 CHAR,

TX FIRST

SYNCH

(226)

TX FIRST 000 CHAR

:LOAD EOM, TX FIRST TERMINATING SYNCH

L10053:

104601

TRAP

CSETST

':.tl I 2222232222222t

TEST 24 - TX MSG TIMING TEST, BIT MODE, WITH CRC

LSBTTL

Wai i

027430
027430
027430
027436
027442

BIT ORIENTED PROTOCOL MODE, USING 8-BIT (HARS AND CRC-CCITT-1,
THE FOLLOWING STEPS ARE
A MASTER CLEAR IS DONE,

SOM IS SET TWICE

027532
005540

002362

DONE
:
AND THE

LINE

UNIT

TO SEND 2 FLAG CHARS.

IS PLACED

AND OACT

IS MONITORED FOR

THE

RSS2 2222222222222
22
R0 2222222222222t
2

MOV
688

IN BIT MODE.

THEN, 2 000 CHARS ARE SENT, AND

THEN 2 TERMINATING FLAGS ARE SENT.
THE TRANSMITTER IS THEN DISABLED, USING OC,
CLEARED STATE.

BGNTST
012737
004737
000000

#AS ,RETADR
PC,INITRN

JSET

T24::
TEST EXIT ADDRESS FOR ERRORS

;DO MASTER

(LR,

LOAD 2 SOM'?2

(ZDMRE M8203 STATIC DIAG #
| CZDMRE .P11
08=JUN=81 13:27

027444
027446
027452
027454
027456
027462
027464
027466
027472
027474
027476
027502
027504
027506
027512
027514
027516

027522
027524
027526
027532
027532
027536
027536
027536

00000C
004737
000000
100010

006122

004737

006122

004737

006274

004737

003576

001000
000010

15-JUN=81

15:34

0 12
PAGE 7-106

TEST 24 = TX MSG TIMING TEST, BIT MODE,

000

006122

004737
000000
000010
004737
001000
000010
004737
001000
000030
004737
001000
000010

30A(1052)

%gg

006122

PC, TXCHAR

PC,TXCHAR

;LOAD EOM CHAR, TX FIRST 000 CHAR

JSR

PC, TXCHAR

:LOAD EOM, TX 2ND 000 CHAR AND CRC=CCITT=1 CHAR

JSR

PC, TXCHAR

:LOAD EOM, TX FIRST TERMINATING FLAG

JSR

PC.TXCHAR

;LOAD EOM, TX 2ND TERMINATING FLAG

JSR

PC,ENDTRN

;SET 0C, MONITOR OCOR

JSR

PC MSTCLR

:ISSUE MASTER CLEAR 70 CLEAN UP

éXEOM

;

ENDTST

FLAG

JSR

gxsom

TX FIRST

:LOAD 2ND 000 CHAR,

006122

:LOAD A 000 CHAR,

CHPCHK '8.
JSR
PC, TXCHAR
goo
gxeon

006122

SEQ 0146

WITH (RC

TX 2ND FLAG

:
L 10054

104401

TRAP

CSETST

= OV~
NS W

"SBTTL

ETE

%
%
%
B
X

IR IR TR T

IN THIS TEST, AN ENTIRE MESSAGE

027726
005540

002362

002400
002366

004737

000014
000100
003750
006122

IS TRANSMITTED

(USING STEPLU AND LULOOP)

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT (CHARS AND NO ERROR CHECKING.

THE FOLLOWING STEPS ARE
A MASTER CLEAR IS DONE,

DONE
:
AND THE

LINE UNIT

SOM IS SET TWICE TO SEND 2 SYNCH CHARS.

IS PLACED

THAT

THIS HOLDS RTS HIGH PAST

THE

ngAgggNg?igng IS THEN DISABLED,

END OF

IN CHAR MODE.

THEN, 2 000 CHARS ARE SENT, AND

THEN 2 TERMINATING SYNCHS ARE SENT.
THE TEST IS PERFORMED WITH TXEN (REG14, BIT6)

SET, AND
THE MESSAGE.

USING OC, AND OACT

THE

PROGRAM (HECKS

IS MONITORED FOR THE

""ltt".'.tttQ"Q"'t'.t"t..'t'tl‘.'i""'t.."t'.fi""t"tt'.'t"t."'t"t'.'

BGNTST

012737
004737

CHAR MODE, WITH NO CRC

027540
027540
027540
027546
027552
027554
027556
027564
027572
027576

TEST 25 = TX MSG TIMING TEST,

* AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST IS DONE IN
%N

PR TR IR

D —d ek =D
D
)
—

NN b=
aa

pury

.'"ilt*i'*"'tfifit"fittfi't""tt'tfi't"t'..'Qt'.'fi"'.'."'...'..".‘Q"l"l'."

0o 0o 00 0o 0o 0o 0o 00 Co oo

.
.

8083
8084
8085
8086
8087
8088
8089

MACY11

MOV
gé:CH

#A6 ,RETADR
PC,INITRN

CRC2!CRC1!STRIP!DDCMP
MCvV
#14 ,REGNUM
MOV
#TXEN,WRIBYT
JSR
PC,WRITLU
JSR
PC, TXCHAR

125::
JSET TEST EXIT ADDRESS FOR ERRORS
;DO MASTER CLR, LOAD 2 SOMm*'?

;SET REG NO. = 14
;SET TXEN BIT
;LOAD TXEN BIT IN REG 14
:LOAD A OGO CHAR, TX FIRST SYNCH (226)

- CZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN=81 13:27

8149

8150
8151
8152
8153
8154
8155
8156
8157
8158
8159
8160
8161
(4)

(S)
(5)
(S)

8162
8163
8164
8165
(3)

(3
8166

8167
£168
8169
8170
8171
8172
8173
8174
8175
8176
8177
8178
R179
8180
8181
8182
8183
B1E4
8185

027712
027712
027714
027716
027720
027722
027726
027726
027732
27732
027732

PC, TXCHAR

:LOAD EOM CHAR, TX 2ND 000 CHAR

JSR

PC, TXCHAR

:LOAD EOM, TX FIRST TERMINATING SYNCH

JSR

PC., TXCHAR

;LOAD EOM, TX 2ND TERMINATING SYNCH

fiéR

PC,STPLL

;CLK PAST END OF MSG

002400

MOV

#13,REGNUM

:SET REG NO. = 13

002354

BIT

#RTS,REDBYT

“CHK FOR RTS STILL

JSR

PC.,GETALL

ERRDF

60,EM60,ERR7

;xsom

0nere2e

gxsom

006122

gxsom

005254

000013
003672
001006
004737

000040

004526

JSR

006274

004737

003576

22:
ENDTST

RTS SET

SET

“GET REGS FOR PRINTOUT

SET

TRAP

JSR

PC,ENDTRN

;SET OC, MONITOR OCOR

JSR

PC,MSTCLR

:ISSUE MASTER CLEAR

CS$ERDF

.WORD
.WORD
.WORD

60C
EM60
ERR7

TRAP

CSETST

TC CLEAN UP
'

L10055:

LRSSLSRRttt
2R
2R
R0 2R

LSRTTL

TEST 26 = TX UNDERRUN SET AND CLEAR TEST = CHAR MODE

IN THIS

AND

TEST, A TX UNDERRUN ERROR IS FORCED

THEN CLEARED DIFFERENTLY

IN THE FIRST, A MESSAGE

IN EACH.

IN EACH OF

2 SITUATIONS,

IS INITIATED, A 000 CHAR IS SENT, AND THE

BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG,
WHICH CAUSES UNRR TO SET IN REG 11, THEN, SOM IS SET TO CLEAR THE ERROR,
AND THIS IS VERIFIED.

IN THE SECOND SITUATION, A MSG IS INITIATED, A 000 CHAR IS SENT, AND THE

BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG, WHICH
AGAIN CAUSES UNRR TO SET. THEN, A MASTER CLEAR IS DONE, AND THE UNRR BIT
IS CHECKED TO BE CLEARED.

027734

:BR IF

104401

TX FIRST 000 CHAR

*READ REG 13

:REPORT RTS NOT

104455

000074
014230
017470
004737

PC ,READLU

BNE

8148

JSR

006122

8145
Bl146
8147

:LOAD EOM CHAR,

TX 2ND SYNCH

PC, TXCHAR

B144

;LOAD 2ND 000 CHAR,

SEQ 0147

(HAR MODE, WITH NO CRC

JSR
;xsom

|
|
|

006122

%
%

8143

006122

%
%

{

8142

E 12
PAGE 7-107

15:34

000
(HPCHK '8.
688
P(,TX(HAR

00000C

8141

15-=JUN=-81

TEST 25 = TX MSG TIMING TEST,

8140

027602
027604
027606
027612
027614
027616
027622
027624
027626
027632
027634
027636
027642
027644
027646
027652
027654
027656
027662
027664
027672
027676
027704
027706

30A(1052)

8136
8137
8138
2139

MACY11

AR AR AR R A RA RN A AR AR AR

AR AR AN RN A AR AR R AR N

R AR R AR RN R TR R R PR R RN NP RN NP RRRRERRTRT RS

( ZDMRE M8203 S TATIC DIAG #1
(ZDMRE
. P11
08=JuUN=81 13:27

(3)
8186
8187
288
B89
8'90
8191
8192
8193

8195

8196
8197
8198
8199

8200
8201
8202

8203

8204
(4)

(5)
(S)
(5)

8205
8207
8208
8209
8210
8211
8212
8213

MACY11

F 12
15=JUN=-81
15:34
PAGE 7-108
30A(1052)
TEST 26 = TX UNDERRUN SET AND CLEAR TEST = (HAR MODE

02773%

SEQ 0148
126::

; CAUSE TX UNDERRUN, (HK UNRR | £ SET SOM, (HK UNRR 0
027734

027742

027746
027750
027752
027756
027760
027762
027766
027770
027776
030002
030010
030012

030016
030016
030020
030022
030024
030026
030032

012737
004737
000226
000011
004737
000009
100010

030272
005540

JSR

005254

004737

00452¢

000011
003672
000001

688

030272
005254

002364
JREPORT

104455

000137
012737
004737
004737
004737
000002
004737
132737

003672
000001

004737

004526

001410

030140
030140
030142
030144
030146
030150
030154

030272
000400
005174
005146
005254

104455

000015
012526
017470

000137

002422

G%:

#1171 ,REGNUM

SSET LU REG NO. = 11

PC,READLU
#UNRR,REDBYT
6%
PC,GETALL

THE

TRANSMITTER UNTIL

00C

CHAR HAVE BEEN

16,EM16,ERR7
-

A7
PC,STPLU

J3KIP TO END OF TEST
sCLOCK LAST BIT OF 000 CHAR

JSR
BITR
BNE
JSR

PC,READLU
#UNRR ,REDBYT
9%
PC,GETALL

;READ REG 11
;CHK FOR UNRR = 1
;BR IF UNRR = 1
;GET REGS FOR PRINTOUT

ERRDF

14 ,EM14 ,ERR7

UNRR NOT

SET

JMP
MOV
JSR

A7
#TXSOM, TXWORD
PC,LDTXSI

PC,WAITSO
PC,STPLU

;SKIP TO END OF TEST
JSET SOM CHAR TO BE WRITTEN
;LOAD SOM CHAR INTO TXx SILO
JWAIT FOR SILO DATA TO RIPPLE
;CLOCK LU FOR 2 CYCLES

JSR
BITR
BEQ
JSk

PC,READLU
#UNRR ,REDBYT

;READ REG 11
JCHK FOR UNRR = 0

12%
PC,GETALL

JREPORT UNRR NOT (LEARED BY SOM
13,EM13,ERR7
ERRDF

7 BITS OF

TRANSMITTED

;READ REG 11
;CHK FOR UNRR = 0
;BR IF UNRR = 0
;GET REGS FOR PRINTOUT

JMP
éSR

JSR
$SR

002364

TX FIRST SYNCH

MOV

JREPCRT UNRR NOT (LEARED

004526

000016
012556
017470

;LOAD A 000 CHAR,
;CLOCK THE

ERRDF

003672
000001

PC,TX(HAR
PC,STPLU

JSR
BITR
BEQ
JSR

002364

TEST EXIT ADDRESS FOR ERRORS

;DO MASTER CLEAR, LOAD 2 SOM'S

JSR
14.

002400

JSET

P(.INIYRN

(HP(HK '8,

104455

000020
012622
017470
000137

#A7 ,RETADR

SYNCH
STRIP!DD(MP

00612¢

004737
000016
012737
004737
1327327
001410

MOV

002362

TRAP

C$ERDF

. WORD
.WORD
.WORD

16
EM16
ERR7

TRAP

CSERDF

.WORD
.WORD
.WORD

14
EM14
ERR7

TRAP

CSERDF

JBR IF UNRR = 0
;GET REGS FOR PRINTOUT

.WORD
.WORD

030272

s
Fog

JMP

;SKIP TO END OF TEST

.WORD

13
EM13
ERR?7

(ZOMRE MB203S STATIC DIAG #
IDMRE P11
0B=JUN=81 13:27

004737
000226
000051
004737
000000

005540

004737

005254

004737

003672

000021

132737

001010
004737

030262
030262
030264

010001

002364

004526

132737
001406
004737

030272
003576
003672
000001

:LOAD A 000 CHAR,

;READ REG 11
sCHK FOR UNR = 1
;BR IF UNRR = 1
;GET REGS FOR PRINTOUT

PC.READLU
#UNRR ,REDBYT

16%

BNE

JMP
JSR
JSR
BITB

002364

004526

TRAP

JSKIP TO END OF TEST
;ISSUE MASTER (CLEAR
;READ REG 11
:CHK FOR UNRR = 0

A7
PC,MSTCLR
PC,READLU
#UNRR ,REDBYT

SEQ

JSR
PC,GETALL
s REPORT UNRR NOT CLEARED BY OC

ERRDF

104455

TX FIRST SYNCH

;STEP THE LU UNTIL 000 KAS BEN TRANSMITTED

JSR
PC,GETALL
JREPORT UNRR NOT SET
ERRDF
14 ,EM14 ,ERR7

104455
000016
012556

017470
000137
004737
004737

JSR
BITB

030222
030222
030224
030226
030230
030232
030236
030242
030246
030254
030256

006122

SEQ 0149

;DO MASTER CLEAR, LOAD 2 SOM'S

PC,INITRN
JSR
SYNCH
IDLE!STR'P!DDCMP
P(C,TXCHAR
JSR
000
CHP(HK
8.
{;R
PC,STPLU

100010

G 12
15:34
PAGE 7-109
15=JUN=81
30A(1052)
TEST 26 = TX UNDERRUN SET AND CLEAR TEST = (HAR MODE

030154
030160

MACY11

003576

A7:

ENDTST

JSR

s ISSUE CLEAN=UP MASTER (LEAR
L10056:

104401

AR A AR R AR R AR AR R A A AR R TR

"SRTTL

TEST 27 =

A R AR A ARA AR

TRANSMIT

TRAP

( SERDF

:BR IF UNRR = 0

15,EM15 ,ERR?7

PC,MSTCLR

14
EMI4
ERR7

;GET REGS FOR PRINTOUT

030266

030270
030272
030276
030276
030276

CSERDF

.WORD
WORD
.WORD

15
EM15

.WORD
.WORD
.WORD

ERR7

TRAP

CSETST

AR ARARRARAAAR AR A RARARAARRRARR

(HAR LENGTH TIMING TEST = CHAR MODE,

AR AR RN

CRC

. %

i+ THE LINE UNIT IS PLACED IN CHAR MODE (DDCMP) AND A MESSAGE IS INITIATED

;* WITH AN 8-BIT SYNCH AND A 5-BIT SYNCH (CHAR. NEXT, A 000 CHAR IS SENT WITH
;% EACH OF THE FOLLOWING TX CHAR LENGTHS : 5 BITS, 6 BITS, 7 BITS, 8 BITS.
;*
;*

(FOR EXAMPLE, A 5-BIT (CHAR REQUIRES 5 CLOCK CYCLES TO BE

TERMINATING SYNCHS ARE

—

030300
030300
030300
030306
030312
030314

SENT AFTER

030506
005540

002367

DATA.

TRANSMITTED).

TwO

R AR AR R AT AR A AARAARA AN AAAARARTRARNRARAAAARAAR
AR
AR R RA AR R AR TR AR TR RRRTRRE RIS

BGNTST
012737
004737

THE

MCvV
#A8 ,RETADR
JSR
PC,INITRN
000
DDCMP
ID! LE

127::

sSET

TEST EXIT ADDRESS FOR ERRORS

;DO MASTER CLR, LOAD 2 SOM'S

CZDMRE MB203 STATIC DIAG #1
' C2DMRE P11
08-JUN=-81 13:27

.
I

.
|

|
|

B274
8275
8276
8277
8278
8279
8280
8281
8282
8283
8284
8285
8286
8287
8287
8285
8290
8291

03031¢
030324
030332
030340
030344
030350
030352
030354
030360
030362
030364
030372
030376
030402
030404
030406
030414
030420

8293

030426
030430

8292

8294
8295
8296
8297
8298
8299
8300
8301
8302
8303
8304
8305
8306
8307
8308
8309
831C
(3)

8;};

,
|

030424

030436
030442
030446
030450
030452
030456
030460
030462
030466
030470
030472
030476
030500
(030502
030506
030506
030506
030506

&312
8313
8314
8315
8316

000000

000006

012737
004737
004737
001000
000007
004737
001000
000010
004737
001000
000020
004737
001000
000010
004737

000006
000000
000240
004372
006122

H 12
30A(1052)
15-JUN-81
15.34 PAGE 7=110
TEST 27 = TRANSMIT CHAR LENGTH TIMING TEST = CHMAR MODE, CR(

002402
002374
00237¢

MOV
#6 ,AXNUM
;SET BYTE NO. = 6 FOR AX3
MOV
#000,wAX15
:SET DATA FOR AX3=15 = 0
MOV
#TXLENZ2
! TXLENO,WAX16 :SET TX LENGTH = 5 FOR AX3=16
JSR
PC,WRITAX
;LOAD AX3=15,AXx3-16
JSR
PC, TXCHAR
:LOAD 5-BIT 000 CHAR, TX 8=BIT SYNCH
000
CHPCHK '8.
JSR
PC,TXCHAR
;LOAD 6=BIT 000 CHAR, TXx S5=BIT SYN(H
000
5
MOV
#TXLEN2
' TXLENT,WAX16
JSR
PC,WR]TAX
;SET TX CHAR LENGTH = 6
JSR
PC, TXCHAR
:LOAD 7-BIT 000 CHAR, TX S5=RIT 000 CHAR
009
5
MOV
#TXLENZ ' TXLENT! TXLENO,WAX16
JSR
PC,WR]TAX
sSET TX CHAR LENGTH = 7
JSR
PC, TXCHAR
:LOAD 8-BIT 000 CHAR, TX 6=BIT 000 (HAR

006122
000300
004312
006122

00237¢

000340

002376

004312
006122

000000
004312
006122

000

[

002376

MOV
JSR
JSR
TXEOM
4
JSR
TXEOM
8.
JSR
TXE

006122
006122
006122
006274

SEQ 0150

A8:
ENDTST

16.
JSR
TXEOM
8.
JSR

#000,wAX16
PC,WR] TAX
PC, TXCHAR

:SET TX CHAR LENGTH = 8
:LOAD EOM, TX 7=BIT 000 CHAR

PC, TXCHAR

:LOAD EOM,

PC, TXCHAR

:LOAD FOM, TX CRC=16 (HAR

P(, TXCHAR

:LOAD EOM,

PC,ENDTRN

:CLEAR TRANSMITTER

Tx 8-BIT 000 CHAR

TX FIRST

TERMINATING SYN(H
.

L10057:

104401

TRAP

($ETST

".".t"t..t".'.tt'.tt.t"t'tt.t.t..t.t'.'.t't.'.t'tt.'ttt't.."t"t'tt""t't"

gg}g

LSRTTL

TEST 28 = TRANSMIT CHAR LENGTH TIMING TEST = BIT MODE, CRC

8319

;% THE LINE UNIT IS PLACED IN BIT MODE AND A MESSAGE IS INITIATED

8323

i* (FOR EXAMPLE, A 5-BIT (HAR REQUIRES 5 CLOCK CYCLES TO BE TRANSMITTED).

8320
8321
8322

012737
012737
012737
004737
004737
000000
100010
004737
©GO000
000005
012737
004737
004737
000000
000005
012737
004737
004737

MACY11

;* WITH 2 FLAG CHARS. NEXT, 2 8-3IT 000 CHARS ARE SENT, FOLLOWED BY 000 CHARS
;* WITH EACH OF THE FOLLOWING TRANSMITTER CHAR LENGTHS:
e
1 BIT, 2 BITS,
3 BITS, 4 BITS, 5 BITS, 6 BITS, 7 BITS, AND 8 B]TS,

gggg

832¢
(2)

;v TWO TERMINATING FLAGS ARE SCNT AFTER THE DATA.

030510
030510

2222

BGNTST

SRR R

AR R

AR AR A

128::

AR R

(ZDMRE MB2C3 STATIC DIAG #1
JOMRE P11
08=JUN=B1 13:27
*

8327
8328

8329

83230
8331
8332
8333
8334
8335
8336
8337

030522

030524
030526
030532
03053«
030536
030542
030544
030546

012737
004737

000000

000000
004737
000000
100010
004737
000000
000010
004737

8338
8239
8340
8341
8242
8343
8344
8345
8346
8347
8348
8349
8350
8351
B352
8353
8354
8355
8356
8357
8358

030552
(030554
030556
030564
030572
030600
(030604
030610
030612
030614
030622
030626
030632
030634
030636
030644
030650
030654
030656
030660
030666

8360
8361
8362
8363
8364
8365
8366
8367
8368
8369
8370
8371
8372
8373

030676
(€30700
030702
030710
030714
030720
030722
030724
030732
030736
030742
030744
030746
030754

000000
000003
012737
004737
004737
000000
000004
012737
004737
004737
000000
000005
012737
004737

8375
8376

030764
030766

000000
000006

8359

8374

8377
8378
8379
8380
8381
8382

030510
030516

030672

030760

030770
030776
031002
031006
(031010
(031012

000000
000010
012737
012737
0127%7
004737
004737
000000
000010
012737
004737
004737
000000
000001
012737
004737
004737
000000
000002
012737
004737

004737

012737
004737
004737
(007000
000007
004737

031036
005540

MACY1T
002362

200

006122
Q06122
000006
000000
000040
004312
006122

002402
002374
002376

000100
004312
006122

00237

000140
004312
006122

00237¢

000200
004312

002376

006122

000
8.
MOV
MOV
MOV
JSR
JSR
000
8.
MCV
JSR
J3R
000
1
MOV
JSR
JSR
000
2
MOV
JSR

JSR

000240
004312
006122

002376

000300
004312
006122

002376

000340
004312

002376

006122

MOV
JSR

#A9 ,RE TADR
PC,INITRN

000
JSR
PC,TXCHAR
000
(HP(CHK '8,
JSR
PC,TX(HAR
000
8.
JSR
PC, TXCHAR

006122

000000
004312
006122
,

I 12
30A(1052)
15=JUN=81
15:34
PAGE 7-111
TEST ¢8 = TRANSMIT CHAR LENGTH TIMING TEST = BIT MODE,

000
3
MOV
JSR
JSR
000
4
MOV
JSR
JSR
000

MOV
JSR

JSR

002376

000
6

MOV
JSR
JSR
TXEOM
7
JSR

SEQ 0151

CRC

JSET TEST EXIT ADDRESS FOR ERRORS
;D0 MASTER CLR, LOAD 2 SOM'S
;LOAD FIRST 8=BIT 000 (HAR, TXx FIRST FLAG
JLOAD 2ND 8=BIT 000 CHAR,
;LOAD 1-BIT 000 CHAR,

TXx 2ND FLAG

TX FIRST 8=BIT 000 (HAR

#6 , AXNUM
#000,WAX15
RTXLENO,WAX16
PC,WR]TAX
PC, TXCHAR

;SET BYTE NO. = 6 FOR AX3
:SET DATA FOR AX3-1S = 0
;SET TX (HAR LENGTH = 1 FOR AXx3=16
:LOAD AX3=15,Ax3-16
;LOAD 2-BIT 000 CHAR, TX 2ND 8-BI!T 000 CHAR

#TXLENT ,WAX16
PC,WR]TAX
PC, TXCHAR

:SET TX CHAR LENGTH = 2
;LOAD 3=-RIT 000 CHAR, Tx 1=-BIT 000 (HAR

#TXLENT'TXLENO,WAX16
PC,WR]TAX
:SET TX (HAR LENGTH = 3
P(, TXCHAR
;LOAD 4=BIT 000 CHAR, TX 2-BIT 000 (HAR
#TXLENZ ,WAX16
PC,WRITAX

P(C, TX(HAR

JSET

TX CHAR LENGTH = 4

:LOAD 5-RIT 000 CHAR, Tx 3-BIT 000 (HAR

BTXLEN2
' TXLENO,WAX16
PC,WR]TAX
:SET TX (HAR LENGTH = §
PC,TX(HAR
:LOAD 6=BIT 000 CHAR, TX 4-BIT 000 (HAR
HTXLENZ
' TXLENT,WAX16
PC,wRITAX
JSET TX (HAR LENGTH = 6
PC, TXCHAR
JLOAD 7=RIT 000 CHAR, TX S=BIT 000 (HAR

BTXLENZ!
TXLENT ' TXLENO,WAX16
PC,WR]TAX
;SET TX (HAR LENGTH = 7

P(C, TXCHAR

JLOAD 8-RIT 000 (HAR, TX 6=BIT 000 (HAR

#000,wAX
16
PC,WRITAX
PC, TXCHAR

JSET TX (HAR LENGTH = 8
;LOAD EOM, Tx 7-BIT 000 (HAR

PC, TXCHAR

JLOAD EOM,

Tx 8=BIT 000 CHAR,

C(R(=CCITT=1

[ HAR

(ZDMRE M8203 STATIC DIAG #1
C7DMRE .P11
08=JUN=-81 13:27
8383

03101¢
031020
031022
031026
031030

031036

MACY11

30A(1052)

001000
00001C
0047547

15:34

TEST 28 = TRANSMIT
TXEOM

00100C

000031
004737

15=JUN=81

J 12
PAGE 7=112

(HAR LENGTH TIMING TEST = BIT MODE,

SEQ 0152

(RC

00612¢

?géon

PC, TXCHAR

;LOAD EOM, TX FIRST TERMINATING FLAG

006274

gén

PC,ENDTRN

;CLEAR TRANSMITTER

?:BTST

L10060:

104401

C$ETST

CRRARR AR R AR AR RARAAAAARAA AT RARTAARARNAARAIEIAAAAARRACAARARAANARAR
AR AR AR AR
e

TEST 29 = TXDATA BIT TEST = CHAR MODE, CRC

TSRTTL

J
.
.

TRAP

THE LINE UNIT IS INITIALIZED AND A MSG IS INITIATED (USING STEPLU) WITH (R(C=16 SELECTED IN CHAR MODE. TWO SYNCHS, 000,125,252,377,000, AND 2 TERMINATING

SYNCHS ARE

THEN SENT.

THE PROGRAM CHECKS EA(CH BIT OF

THE

TRANSMITTED

DATA (CHARS, BY MONITORING TXDATA (REG 17) AS THE DATA IS CLOCKED OUT OF
THE

USYRT

TRANSMITTER.

;;"'t"tt'.t'Q't".tt""."tt"i'ittfi.t.'tt'tltt.'.'t."t"'."'fi‘lt.‘.".'t..

B GNTST

—
—
-l —
D

FREERIFRER

(3)

002422
005174
003242

004737
004737

005146
005254

011337
004737
000000
062703
020327

031116
011176

004737

002576

103771

—r

_RREE
ERERRRTTRR
e
=00
W=

8410

004737
000226
000011
012701
010103
012137
004737
020127

100020

103766

1494

005540

JSR

PC,INITRN

;DO MASTER CLR, LOAD 2 SOM'S

003224

MOV
MOV
MOV
JSR

#MSG” +4 ,R1
R1.R3
(R1)+, TXWORD
PC,LDTXSI

;GET POINTER TO DATA

000002
003236

SYNCH
STRIP!DDCMP

3%:

6%:
8%:

16%:
ENDTST

104401

cMP
R7,AMSG1+18.
BLO
3%
JSR
PC,WAITS0
JSR
PC,STPLU
CHPCHK
! 16,
MOV
(R3) ,8%

JSR

PC,CKTIBIT

.WORD
ADD

0
#2 ,R3

JSR

PC,MSTCLR

CMP
BLO

R3,4MSG1+14,
6%

:LOAD A DATA CHAR INTO TX SILO
sSEE IF ALL CHARS LOADED YET
;BR IF NOT YET

;WAIT FOR SILO TO RIPPLE

sCLOCK LU UNTIL SYNCHS ARE

TX'D

JGET EXPECTED DATA CHAR

;CHECK TXDATA FOR CHAR BITS

JEXPECTED CHAR GOES HERE
:INCR PATTERN POINTER
;SEE IF ALL CHARS CHECKED YET
;BR IF NOT YET

s ISSUE MASTER CLEAR TO CLEAN UP

L10061:

TRAP

CSETST

;:t't.tt.."..""!.'.'.0..'.!'......tt.t"."".'."."."t.".t'.'."'.....t"

< 3BT TL

TEST 30 = USYRT RECEIVER MSG TEST = (CHAR MODE, CRC

CZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=81 13:27

MACY11

8443

B444
8445
8446
8447

8448

i LULP (REG 12) SET TO LOOP THE DATA_INTERNALLY IN THE USYRT, AND WITH CRC=16

» SELECTED. TWO SYNCHS, 000,125,252,377,000, AND FOUR TERMINATING SYNCHS ARE
:+ SENT.

THE PROGRAM MONITORS IACT, AND THE RCV'D CHARS AND CRC BYTES ARE READ

i+ FROM AX0=15 AND COMPARED TO EXPECTED VALUES.
* STILL SET AFTER THE MESSAGE.
;.'Q..Q'Q."...Qt.""t'"Q"..Q'.'..'.

[0 Yo JV, IV, I S o o
NOONNVONO
OO

3)
8442

SEQ 0153

;* THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH

8434
8435

8436
8437
8438
8436
8440
8441

K 12
15-JUN-81
15:34
PAGE 7-113
30A(1052)
TEST 30 = USYRT RECEIVER MSG TEST = CHAR MODE, CRC

8449
031206
031212
031216
031222
031226
031232
031234
031240
031244
031246
031252
031254
031260
031262
031266
031272
031274
031300
031304
031306
031314
031322

031226
031326
031330
031332
031334
031336
031340
031344
031346
031352
031354
031360
031362
031366

THE PROGRAM THEN CHECKS FOR IACT

I 3222222202222

222 222222222222l

BGNTST

012737
004737
004737
000226
000013
000000
000000
012737
005037

031502
003576
010640

000012
002402
000040

003750
003220
002422
005174

MOV
JSR
JSR

002362

SYNCH

002400
002366
38:

;SET LU REG NO. = 12
:SET AX BYTE NO. = 0 FOR AXO

JSR

PC,WRITLU

:SET LULP IN REG 12

R1.#MSG1+22.
3%
PC.WAITS0
PC.STPLU

:SEE IF ALL MSG CHARS LOADED YET
:BR IF NOT YET
ALLOW DATA TO RIPPLE IN SILO
:CLOCK LU FOR 40 CYCLES (UNTIL FIRST

MOVB

#LULP,WRIBYT

MOV
MOV
JSR

#M3G1 R
(R1)+,TXWORD
PC,LDTXS]

:GET POINTER TO MSG DATA TABLE
:GET CHAR TQ BE LOADED
:LOAD CHAR INTO TX SILO

JSR

PC,IACTIV

JSR

PC,STPLU

MoV

#MSG1+4
R

PC,LIACTIV

;CHK TACT = 1

JSR
CMP
BEQ

PC,READAX
RAX15, (R1)+
128

;READ AXO
:COMPARE RCV'D CHAR TO EXPECTED
:BR IF RCV'D DATA OK

40.

108:

004124
002370
177776

002370
004526

002404
002406

JSR

MOV
MOV
JSR

-2(R1) ,GOODAT
RAX15,BADDAT
PC,GE TALL

DATA CHAR IS ABOUT TO BE RECEIVED)

:CHK TACT = 0

:CLOCK LU UNTIL 1ST DATA CHAR IS RCV'D

;GET EXPECTED DATA
:GET ACTUAL DATA

*GET REGS FOR PRINTOUT

:REPORT INCORRECT DATA CHAR RCV'D
ERRDF

104455

004737
000001
004737
123727

STRIP!IERR!DDCMP
000
000
MOV
#12 ,REGNUM
(LR
AXNUM

006714

003224
006714

103745

;SET TEST EXIT ADDRESS FOR ERRORS
:1SSUE MASTER CLEAR
:PROGRAM THE USYRT

005146
005254

005254

000032
013067
015149
000461
004737
000010
020127

#24$ ,RE TADR
PCLMSTCLR
PC.SETUP

cMP
BLO
JSR
JSR

003246

004737

26,EM26 ,ERR3

TRAP

.WORD
.WORD

005254

128:

003236
006714

004124
002370

B
JSR

:CLOCK LU 8 CYCLES

cMP
BLO

R1,#MSG1+14,
108

;SEE IF CHECKING HI
:BR IF NOT YET

JSR
(MPB

PC ,READAX
RAX15,#160

;READ AXQ
SCMP RCV'D (HAR TO EXPECTED W]

JSR

000160

.WORD

248
PC.STPLU

PC,IACTIV

;CHK

TACT

CRC BYTE YET

(RC BYTE

(SERDF

26
EM26

ERR3

CZDMRE M8203 SIATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27
R4BS
R486

8487

8488
8489
8490
(&)
(5

(5)

8491
8492
8493
8494
8495
8496
8497
8498
8499
8500
8501
8502
8503
8504
8505
(3)

(3)
8506
8507
8508

031374
031376
031404
031412

031416
031416
031420
031422
031424
031426
031430
031434
031436
031442
031444
031452

031456
031464
031466
031472
031474
031500
031502
031506
031506
031506

00141°¢
012737
013737
004737

000160
002370
004526

MACY11

002404

00240¢

30A(1052)

TEST

14$:
JREPORT

104455

000033
013121
015140
000425
004737

005254

004737

006714

000010

_15=JUN=-81

15:34

L 12
PAGE 7=114

30 = USYRT RECEIVER MSG TEST = (CHAR MODE,

SEQ 0154

(RC

BEQ
MOV

16$
#160,GOODAT

:BR IF HI CRC BYTE RCV'D OK
“GET EXPECTED DATA

JSR

PC,GETALL

“GET REGS FOR PRINTOUT

ERRDF

27,EM27 ,ERR3

MOV

RAX15,BADDAT

INCORRECT

_CRC BYTE

“SET ACTUAL DATA

RCV'D

TRAP

LWORD
-WORD
.WORD

BR
gsn

24%
PC,STPLU

;CLOCK LU FOR 8 CYCLES

{én

PC,IACTIV

;CHK TACT =1

MOV

#034 , GOODAT

;GET EXPECTED LO CRC BYTE

005254

JSR
(MPB
BNE
JSR

006714

%én

PC,IACTIV

;CHK TACT STILL = 1

JSR

PC,MSTCLR

;ISSUE CLEAN=UP MASTER CLEAR

000034
004124
002370

168

002404

Co0C34

003576

248:

ENDTST

PC ,READAX
RAX15,#034
14$
PC,STPLU

*READ AX0
:CMP RCV'D (HAR TO EXPECTED LO CRC BYTE
*BR IF LO CRC INCORRECT
:CLOCK LU 8 CYCLES

;
L10C62:

104401

8509
8510
8511
8512
8513
8514
8515
8516
8517
8518
8519

C $ERDF

27
EM27
ERR3

TRAP

(SETST

.'".'Qtt..tt"..‘.t'.i.ti"i"'t'.'Qt....Q.'t."..t.t."".t"..""..Q.'Q""."

LSBTTL
R

TEST 31

= USYRT RECEIVER MSG TEST = BIT MODE,

CRC

i«
i*
i+
i+
‘*

THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLU) WITH
LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH CRC~CCITT=1. TWO FLAGS, 000,125,252,377,000, AND TWO TERMINATING FLAGS ARE THEN
SENT. THE PROGRAM MONITORS ACT, RSOM, AND THE RCV'D CHARS ARE READ
FROM AX0-15 AND

COMPARED

TO EXPECTED VALUES.

THE

PROGRAM THEN CHECKS FOR

i« JACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = O.

2222222222223 2222202222222t
RRRRRR Rl D)

él

012737
004737
004737
000000
000002
000000
000000
012737
005037
112737

031562

004737
012701

032044
003576
010640

000012
002402
000040
003750
003220

JSKR
000

#24% ,RETADR
PC MSTCLR

PC,SETUP

T31::
JSET TEST EXIT ADDRESS FOR ERRORS
s 1SSUE MASTER CLEAR

002400

MOV

#12 ,REGNILM

JSET LU REG NO. = 12

002366

MOVB

#LULP,WRIBYT

MOV

#MSG1,R1

002362

MOV
JSR

1ERR
000
000

(LR

JSR

AXNUM

PC,WRITLU

:PROGRAM THE USYRT

JSET AX BYTE NO. = U FOR Ax0

;SET LULP IN REG 12

;GET POINTER TO-MSG DATA TABLE

M8203 STATIC DIAG #1
P11
08-JUN-81 13:27

031566
031572
031576
031602
031604
031610
031614
031616
031622
031624
031630
031632
031636
031640
031644
031650
031652

031656
031660
031664
031666
031670
031674
031676
031702
031704
031710
031712
031714
031720
031722
031726
031730
031734
031740
031742
031750
031756
031762
031762
031764
031766
031770

031772

012137

MACY11

002422
005174
003242

15:34
PAGE 7-115
15=JUN=-81
TEST 31 = USYRT RECEIVER MSG TEST = BIT MODE,

3%:

(R1)+, TXWORD

PC,LDTXSI

RT.AMSG1+18.
38

SEQ 0155

CRC

;GET CHAR TO BE LOADED
;LOAD CHAR INTO TXx SILO
;SEE IF ALL MSG CHARS LOADED YET

;BR IF NOT YET

PC,WAITS0
PC.STPLU

006714

JSR
JSR
SO.

3SR

PC,IACTIV

;ALLOW DATA TO RIPPLE IN SILO
;CLOCK LU FOR 50 CYCLES (UNTIL FIRST
DATA (HAR IS ABOUT TO BE RECEIVED)
:
JCHK JACT = 0

007102

5sn

PC,RSEOM

;CHK RSOM = 0, REOM = 0

005254

gsn

PC,STPLU

;CLOCK LU UNTIL 1ST DATA (HAR IS RCV'D

MOV

#MSG1+4
,R1

006714

BNE
{sn

6%
PC,IACTIV

007102

#sn

5%:

003234

6%:

006714

007102
006714

8%:

007102
004124

9%:

002370
177776

002370
004526

002404
002406

CMP

007102
000200
003750
006714

002366

:CHK RSOM = 1, REOM = 0

6SR

PC,IACTIV

;SEE IF LAST (CHAR RCV'D
;BR IF NO

55R

PC,RSEOM

;(HK RSOM = 0, REOM = 0

BNE

;CHK FOR IACT = 0

#sn

PC,IACTIV

;CHK FOR [ACT =1

5sn

PC ,RSEOM

;CHK RSOM = 0, REOM = 0

JSR

PC,READAX

MOV

-2(R1) ,GOODAT

JREAD AX0
;s COMPARE RCV'D CHAR TO EXPECTED
:BR IF RCV'D DATA 0K
sGET EXPECTED DATA
:GET ACTUAL DATA
;GET REGS FOR PRINTOUT

CMP
BEQ

RAX15, (R1)+
12%

RAX15,BADDAT

26,EM26,ERR3

248

TRAP

.WORD
.WORD
.WORD

gSR

PC,STPLU

;CLOCK LU 8 CYCLES

CMP

R1,4MSG1+14.

5sn

PC.IACTIV

;SEE IF ALL DATA CHARS CHECKED YET
;BR IF NOT YET
sCHK JACT = 0

5SR

PC ,RSEOM

JCHK RSOM = 0, REOM = 0

MOV
JSR
JSR

#1C,WRIBYT
PC,WRITLU
PC.IACTIV

JSET IC (INPUT CLEAR) IN REG 12

BLO

006714

PC ,RSEOM

‘BR IF NO
“CHK IACT = 1

JSR
PC,GETALL
sREPORT INCORRECT DATA CHAR RCV' D

12%:

003236

".SEE IF 1ST CHAR RCV'D

R1,4MSG1+12.

ERRDF

005254

]
R1.AMSG+4

CMP

MOV

104455

004737

JSR

CMP

003224
003224

000032
013067
015140
000424
004737
000010
020127
103716
004737

MOV

BLO

005146
005254

004737

Mm12

30A(1052)

JCHK JACT = 0

CSERDF

26
EMZ26
ERR3

CZDOMRE M8203 STATIC DIAG #
(ZDMRE .P11
08-JUN=-81 13:27

o4LS:

003576

ENDTST

JSR

PC,MSTCLR

SEQ 0156

;s ISSUE CLEAN=UP MASTER CLEAR
L10063:

104401

TRAP

C$ETST

:;'....'.'.""..""Q"""."fi'.'Q'...*..'."..'Q"’..."....."."Q"'.""..

8595

SBTTL

TEST 32 = USYRT RECEIVER MSG TEST = CHAR MODE, NO CRC

ATETE]

8596
8597
8598

8589
8590
8591
8592
8593
8594

00000C

004737

(3)
(3)

032042
032044
032050
032050
032050

N 12

30A(1052)
15=JUN=-81
15:34
PAGE 7-116
TEST 31 = USYRT RECEIVER MSG TEST = BIT MODE, CRC

8586

8587
8588

MACY11

THE

LINE UNIT

INITIALIZED AND A MESSAGE

INITIATED

(USING STEPLU)

LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH NO

ERROR DETECTION.
THEN SENT.

THE

TWO SYNCHS,

WITH

000,125,252,377,000, AND TWO SYNCHS ARE

PROGRAM MONITORS

IACT,

AND

THE

RECEIVED

CHARS ARE

READ FROM

AXO=15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR IACT
STILL = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT = 0.

-:Qfi.'Q.t"tttttt'kfitt't"Qtt'ttfit.'tttttttt.fitfi'titi't"'tfii.".tttt"'ti'.'t"

032052
032052
032052
032060
032064
032070
032072
032074
032076
032100
032106
032112
032120
032124
032130
032134
032140
032144
032146
032152
032156
032160
032164

032166
032172
032174
032200
032204
032206
032212
032216
032220
032226
032234
032240

BGNTST
012737
004737
004737
000226
000313
000000
000000
012737
005037
112737

004737
012701
012137

032314
003576
010640

002362

#24% ,RETADR
PC,MSTCLR
PC,SETUP

CLR

AXNUM

;SET AX BYTE NO.

MOV

#MSG1,R1

;SET LULP IN REG 12
JGET POINTER TO MSG DATA TABLE

005146
005254

JSR
CMP
BLO
JSR
JSR

PC,LDTXSI
R1,#MSG1+18.
3%
PC,WAITS0
PC,STPLU

;LOAD CHAR INTO TX SILO
sSEE IF ALL MSG CHARS LOADED YET
;BR IF NOT YET
sALLOW DATA TO RIPPLE IN SILO
sCLOCK LU FOR 24 CYCLES (UNTIL FIRST

006714

6SR

PC,IACTIV

;CHK

005254

éSR

PC,STPLU

JCLOCK LU UNTIL

MOV
#SR

#MSG1+4
,R1
PC,IACTIV

JCHK

JSR

PC,READAX

;READ AXO

MOV
MOV
JSR

-2(R1) ,GOODAT
RAX15,BADDAT
PC,GETALL

;GET EXPECTED DATA
JGET ACTUAL DATA
;GET REGS FOR PRINTQUT

000012
002402
000040
003750
003220
002422
005174
003242

002366

177776

MOVB
JSR

3%:

MOV

264,

108:

004124
002370
002370
004526

CRC2'!CRC1!STRIP!'IERR!'DDCMP
000
000
MOV
#12 ,REGNUM
;SET LU REG NO.

002400

003224
006714
004737
023721
001415
016137
013737
004737

132::
JSET TEST EXIT ADDRESS FOR ERRORS
s ISSUE MASTER CLEAR
;PROGRAM THE USYRT

MOV
JSR
JSR
SYNCH

002404
002406

CMP
BEQ

#LULP,WRIBYT
PC,WRITLU

(R1)+,TXWORD

RAX15,(R1)+
12%

= 12
= 0 FOR AXO

;GET CHAR TO BE LOADED

DATA CHAR IS ABQUT TO BE RECEIVED)
IACT = 0

1ST DATA (HAR

IS RCV'D

JACT =1

;s COMPARE RCV'D CHAR TO EXPECTED
;BR IF RCV'D DATA 0K

JREPORT INCORRECT DATA (HAR RCV'D
ERRDF
26 ,EM26 ,ERR3

| CZDMRE M8203 STATIC DIAG #1
' CZDMRE .P11

032240
032242
032244
032246
032250

103745

TRAP

.WORD
.WORD

005254

006714

012737
004737
004737

000200
003750
006714

0047327

003576

00000C

12%:

cMP

BLO
JSR

022366

.WORD

24%

BR
JSR

003236

004737
000001

032320

SEQ 0157

104455

000032
013067
015140
000421
004737
000010
020127

PC,STPLU

JCLOCK LU 8 CYCLES

R1,AMSG1+14.
10%

;SEE IF ALL S DATA (CHARS RCV'D VYET
;BR IF NOT YET
;CHK FOR JACT STILL = 1

PC,IACTIV

#1C,WRIBYT

MOV
JSR
JSR

24%:

ENDTST

PC,WRITLU
PC,IACTIV

JSET IC (INPUT CLEAR) IN REC 12
JCHK JACT =0

PC,MSTCLR

;ISSUE CLEAN=-UP MASTER (LEAR
L10064:

104401

SRR

A A AR AR AT A A AR A A AR

TSRTTL

R AR

TRAP

(SERDF

26
EM26

ERR3

CSETST

A A RARRAAR R AR A ARAARAAARAR AR ARTAARAAARAR AR AR

RN R

TEST 33 - USYRT RECEIVER MSG TEST - BIT MODE, NO (RC

THE

LINE

%
%

032322
032322

032322
032330
032334

032340

INITIALIZED AND A MESSAGE

INITIATED

012737
004737
004737
000000
000302
000000
000000
012737
005037

032656
0037
010640

004737
012701
012137

003750
003220
002422
005174
003242

000041
004737

000012
002402
000040

002362

MoV
JSR
JSR

000

SETS

WITH

IC TO CLEAR THE RECEIVER, AND CHECKS FOR IACT STILL = O.

#24% ,RETADR
PC,MSTCLR
PC,.SETUP

CRC2!CRC1!IERR
000
000

002400

MOV

002366

MOVB

JSR

#12 ,REGNUM
AXNUM
#LULP ,WRIBYT
PC,WRITLU

MOV
JSR

PC,LDTXSI

CLR

3%:

(USING STEPLU)

iid iS22 2222222222222
2222222 R 2]

BGNTST

112737

032430

ARE THEN SENT. THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D CHARS ARE
READ FROM AXO-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR

‘v JACT = 0,
a

UNIT

LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH ERROR
DETECTION INHIBITED. TWO FLAGS, 000,125,252,377,000, AND TWO TERMINATING FLAGS

PRI T

(5)
(%)

13:27

B 13

15:34
PAGE 7-117
15=JUN-81
30A(1052)
TEST 32 = USYRT RECEIVER MSG TEST = (HAR MODE, NO CRC

(4)

08=JUN=81

MACY11

MOV

#MSG1,R1
(R1)
+, TXWORD

R1,#MSG1+18.

005146
005254

CMP
BLO
JSR
JSR

PC,WAITS0
PC,STPLU

006714

JSR

PC,IACTIV

33,

133:¢

;ISSUE MASTER CLEAR

;PROGRAM THE

USYRT

JSET LU REG NO.

= 12

JSET AX BYTE NO. = 0 FOR AXO

:SET LULP IN REG 12
JGET POINTER TO MSG DATA TABLE

;GET CHAR TO BE LOADED
;LOAD CHAR INTO TX SILO
JSEE IF ALL MSG CHARS LOADED YET
;BR IF NOT YET
;ALLOW DATA TO RIPPLE IN SILO

;CLOCK LU FOR 33 CYCLES (UNTIL FIRST

DATA (CHAR IS ABOUT TO BE RECEIVED)
5
:CHK IACT = 0

M8203 STATIC DIAG #1
P11
08-JUN-81 13:27

032434
032436
032442
032444
032450
032452
032456
032462
032464
032470
032472
032476
032500
032502
032506

00000C
004737

MACY11

PC,RSEOM

;CHK RSOM = 0, REOM = 0

gsn

PC.STPLU

;CLOCK LU UNTIL 1ST DATA (HAR IS RCV'D

MOV

AMSG1+4
,R1

#sn

PC,IACTIV

sCHK JACT = 1

{sa

PC,RSEOM

;CHK RSOM = 1, REOM =

006714

BNE
éSR

8%
PC,IACTIV

;CHK FOR JACT = 0

007102

5sn

PC,RSEOM

;(HK RSOM = 0, REOM = 0

BR
%SR

9
PC,IACTIV

;CHK FOR JACT = 1

5SR

PC,RSEOM

;CHK RSOM = 0, REOM = 0

PC,READAX

;READ AXO
;COMPARE RCV'D CHAR TO EXPECTED
;BR IF RCV'D DATA OK
JGET EXPECTED DATA
;GET ACTUAL DATA
:GET REGS FOR PRINTOUT

003224
003224

5%:

006714
007102

003234

6% :

006714

8%:

007102

004124
002370
177776

002370
004526

032570

8724
8725

032574
032574
032576
032600
032602
032604
032606
032612
032614
032620
032622
032626

104455
000032
013067
015140
000424

003236

004737

006714

004737

8737

104401

JSR

R1,#MSG1+4
63

R1,4MSG1+12.

CMP

RAX15, (R1) +

JSR

PC,GETALL

12%
-2(R1) ,GOODAT
RAX15,BADDAT

;SEE I7 1ST CHAR RCV'D
:BR IF NO

;SEE IF LAST (CHAR RCV'D
;BR IF

;REPORT INCORRECT DATA CHAR RCV' D
ERRDF
26,EM26,ERR3

12%:

003750
006714
003576

00236

PC,STPLU

CMP

R1,4MSG1+14,

TRAP

ENDTST

.WORD

ERR3

:SEE IF ALL DATA (HARS CHECKED YET

3SR

PC,IACTIV

;JBR IF NOT YET

ésn

PL.RSEOM

;CHK RSOM = 0, REOM = 0

MOV

#1C,WRIBYT

JSR

C$ERDF

26
EM26

;CLOCK LU 8 CYCLES

JSR
6SR

24%:

24%

ésn

BLO

007102

000000

CMP

BEQ
MOV
MOV

002404
002406

005254

000200

8735

9% :

CMP
BNE

. WORD
.WORD

004737
000010
020127
103716

SEQ 0158

%SR

007102
005254

032510
032514
032516

c 13

15:34
PAGE 7-118
15=JUN=81
TEST 33 = USYRT RECEIVER MSG TEST = BIT MODE, NO CRC

30A(1052)

;CHK IACT = 0

PC,WRITLU
PC.IACTIV

:SET IC C(INPUT CLEAR) IN REG 12

PC,MSTCLR

;ISSUE CLEAN=UP MASTER CLEAR

;CHK IACT =0

L10065:

TRAP

C$ETST

(ZDMRE M8203 STATIC DIAG #1
| CZDMRE .P11
08=-JUN-81 13:27

MACY1?

8738
8739
8740
874
8742
8743
8744
8745
B746
R747

4)
(5)

(5)
(5)
8764

(3)
8767

D 13

15:34

PAGE

7-119

SEQ 0159

TEST 33 = USYRT RECEIVER MSG TEST = BIT MODE, NO CRC

LSBTTL

TEST 34 = SILO-DISABLED TRANSMITTER LOAD TEST

;* THIS TEST DISARLES THE SILOS, LOADS A 125 (HARACTER INTO THE TX SILO, AND

;e gE??éRAX1-1S AND (CHECKS THAT THE DATA DID NOT GET LOADED INTO THE USYRT TX
.+

:'"'..'.".."'.'fi."'.."'...'.'..."'.'...'..".*...'."..""'.'"'.."'.'.'..
BGNTST

004737
012737
012737
004737
012737
012737
004737
012737
004737

032766

032772
032772
032774
032776

8765

8766
(3

_15=JUN=-81

'.".Qt't"".t"."lt.".".t.t"...'!Q.Qt.""'.'.....Q".Q'.'.".'.Q.""'.."

(3)

B748
8749
8750
8751
8752
8753
8754
8755
8756
8757
8758
8759
8760
8761
8762
8763

30A(1052)

033012

123727
001414
012737
013737
004737

003576
000014
000040
003750
000040
000125
005174
000002
004124
002370
000000
002370
004526

JSR

002400
002366

MOV

MOV
JSR
MOV
MOV
JSR
MOV
JSR
CMPB

002426
002422
002402
000000

BEQ
MOV
MOV

002404
002406
JREPORT

104455
000003

012220
015140
005037
004737

002426
003576

3%:
ENDTST

PC,MSTCLR

;ISSUE MASTER CLEAR

#DISSI,WRIBYT
PC,WRITLU
#DISSI,DISILO
#125, TXWORD
PC,LDTXSI
#2 ,AXNUM
PC ,READAX
RAX15,#000

3SET DISSI 817

#14 ,REGNUM

3%
#000, GOODAT
RAX15 ,BADDAT

JSR
PC,GETALL
REG M]SCOMPARE

ERRDF

CLR
JSR

;SET REG NO.

T34::
,

;SET DISABLE SILO FLAG
;LOAD 125 INTC TX SILO
;SET REG NO. FOR AX1
;READ AX1-15, AX1-16

:CHECK FOR AX1=15 UNCHANGED
;BR IF UNCHANGED
;GET EXPECTED DATA
:GET ACTUAL DATA
sGET REGS FOR PRINTOUT

3,EM3,ERR3

TRAP

DISILO
PC,MSTCLR

;CLEAR DISABLE SILO FLAG
;s ISSUE MASTER CLEAR TO CLEAN UP

L10066:

104401

CS$ERDF

.WORD
.WORD
.WORD

3
EM3
ERR3

TRAP

C$ETST

8768

8769
8770
8771
8772
8773
8774
8775
877¢

:."."'"...."'.."..".""".I".'..".-‘.'."'.."'."".....‘..'..'..'.‘."'

.SBTTL

(3)

8784
8785

TEST = BIT MODE, NO CRC

;* THE LINE UNIT IS INITIALIZED AND A MESSAGE IS INITIATED (USING STEPLL)
;* WITH LULP

8/
87/8
8779

8780
8781
8782
8783

TEST 35 = SILO-DISABLED MESSAGE

- %

(REG 12)

SET

TO LOOP THE DATA INTERNALLY

IN THE USYRT, WITH SILO

;% DISABLE SET, AND WITH NO FRROR DETECTION. TWO FLAGS, 000,125,252. AND

;* TERMINATING FLAGS ARE THEN SENT BY LOADING THE TRANSMITTED CHARS INTOQ
;* REG AX1.

THE PROGRAM MONITORS OACT,

IACT,

RSOM,

REOM,

ORDY,

OCOR,

ICIR,

o IzEYéSAND THE RECEIVED CHARS ARE READ FROM AX0O AND COMPARED TO EXPECTED
+*

VALUES.

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

033014
033014
033014
033022

BGNTST

012737
004737

033714
005540

002362

MOV

JSR‘

#18% ,RETADR
PC,INITRN

;SET

135::

TEST EXIT ADDRESS FOR ERRORS

JFIND QUT WHICH USYRT

(H]IP

CZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-81 13:27
8786

8787

8788
8789
8790

033026
033030

00000C
000000

004737
004737
000000
000302
000000
000000
012737
012737
004737
012737
012737

8791
8792
8793

112737

004737
012701
004737
000001
012737
112137
112137

004737
004737
000000
004737
000000
004737
000003
004737
000001
012703
112137
112137

MACY11

TEST

0
0
JSR
JSR
000

003576
010640

SEQ 0160

PC,MSTCLR

PC,SETUP

; ISSUE MASTER CLEAR
;PROGRAM

THE

USYRT

CRC2!CRC1!IERR

000
000

000014
000140

002400

MOV
MOV

#14 ,REGNUM
;SET REG NO.
#TXEN!DISSI,WRIBYT

000140
000012
000040
003750

002426
002400
002366

MOV
MOV

#TXEN!DISSI,DISILO

DISABLE

002366

JSR

PC,WRITLU

JSET

#12 ,REGNUM

;SET LU REG NO.

PC,WRITLU
#MSGT ,R1
PC,OSIRDY

;SET LULP IN REG 12
:GET POINTER TO MSG
:CHK ORDY =1

#2 ,AXNUM

;5ET AX BYTE NO.

004662

(R1)+,WAX16
PC,WRITAX
PC,0SIRDY

;LOAD CHAR INTO USYRT
;CHK ORDY = 0

005352

PC,OACTIV

;CHK QACT = 0

005254

PC,STPLU

;CLOCK LU FOR 3 CYCLES

005352

PC,O0ACTIV

;CHK OACT =1

000004
002374
002376
000001

#4 R3
(R1)+,WAX15
(R1)+,WAX16

JINIT COUNTER
;GET ANOTHER (HAR

003750

MOVB
JSR

003220
004662
000002

002374
002376
004312

MOV

JSR
]

002402

MOV
MOVB
mMOvB

4%:

#LULP,WRIBYT

(R1)+,WAX15

R3.,41

;SET

IN REG 14

= 12

SILO FLAG

FOR AX1

:GET A CHAR

TX BUFFER

;SEE IF LOADING LAST DATA (CHAR YET

#TEOM,WAX16
PC,OSIRDY

004312
004662

PC,WRITAX

;LOAD ANOTHER CHAR

006714

PC,IACTIV

;CHK JACT

007102

PC ,RSEOM

;CHK RSOM = 0, REOM = 0

005254

PC,STPLU

;CLOCK LU FOR 8 CYCLES

005352

PC,O0ACTIV

;CHK OACT =1

004662

PC,OSIRDY

;CHK ORDY =1

;DECR COUNTER

PC,ISIRDY

;CHK IRDY = 0

000002
004662

006430

002376

5%
CHPTYP
5%

TXEN AND DISSI

:BR IF NOT
;SEE IF SIG USYRT
:BR IF YES
;SET TEOM WITH LAST DATA (HAR
;CHK ORDY = 1

002430

033324

E 13

15:34
15=JUN=81
PAGE 7-120
35 = SILO=-DISABLED MESSAGE TEST = BIT MODE, NO (R’

30A(1052)

PC,OSIRDY

:CHK ORDY = 0

JBR

NOT

INTO USYRT

= 0

DONE

YET

TX BUFFER

M8203 STATIC DIAG #
08=JUN=-81 13:27
P11
033330
033332
033336
033340
033344
033352
033356
033362
033364
033370
033372
033376
033400
033404
033406
033412
032414

00000C
005737

001007
105037
112737

033420
033422
033430
033436
033440
033446
033454

004737

033460
033460
033462
033464
033466
033470
033472
033476
033500
033504
033506
033512
033514
033520
033522
033526
033530
033934
033536
033544
033546
033554
033556
033562
033564
033570

000032
013067
015140
000511
004737
000010
004737
000002
004737
000001
004737
000001
004737
000000
004737
000000
123727
001404
012737
000734
004737
000010
004737
000002

MACY11

002430

002374
000002
004312
005254

CHPTYP

CLRB

WAX15S

BNE

002376

11%

SEQ 0161

;SEE IF SIG USYRT
;BR

NOT

ésa

ATEOM,WAX16
PC,WRITAX

PC.STPLU

;LOAD EOM CHAR
;LOAD ANOTHER CHAR INTO USYRT TX BUFFEFR
sCLOCK LU FOR 3 CYCLES

006430

ésn

PC,1SIRDY

;CHK

005352

{SR

PC,OACTIV

s CHK OACT

006714

{SR

PC,IACTIV

JCHK JACT =1

007102

#SR

PC,RSEOM

;CHK RSOM = 1,

006430

ésa

PC,1SIRDY

s CHK

MOV

#0 , AXNUM

;SET AX BYTE NO.

11$:

000000
002370

002402
000000

000000
002370
004526

002494
002406

MOVB
JSR

CMPB
BEQ

RAX15,#000
9%

MOV

#0,GOODAT

JSR

PC,GETALL

MOV

RAX15,BADDAT

IRDY =1

REOM = 0

[RDY =0

FOR AXO

;COMPARE RCV'D CHAR TO 000

;BR IF MATCH

;SET EXPECTED DATA
;SET ACTUAL DATA
:GET REGS FOR PRINTOQUT

:REPORT INCORRECT DATA CHAR RCV' D
26,EM26,ERR3
ERRDF

104455

004737
000001
004737
000000
004737

F13

15:34
PAGE 7-121
15=JUN=81
30A(1052)
TEST 35 = SILO-DISABLED MESSAGE TEST = BIT MODE, NO CRC

005256

18%

TRAP

.WORD
.WORD
.WORD

ésn

PC,STPLU

sCLOCK LU FOR 8 CYCLES

006430

één

PC, ISIRDY

s CHK IRDY = 1

005352

#sn

PC,OACTIV

;CHK OQACT

006714

#SR

PC,IACTIV

sCHK JACT

007102

ésn

PC,RSEOM

;CHK RSOM = 0,

006430

ésn

PC,1SIRDY

s CHK

CMPB
BEQ
MOV
BR
ésn

RAX15,#125
12%
#125,GOODAT
6%
PC,STPLU

006430

één

005352

9% :

002370

00012¢

000125

002404

IRDY = 0

;COMPARE 2ND RCV'D (HAR TO 125

;BR IF

MAT(H

JSET EXPECTED DATA
;BR

TO REPORT

PC,ISIRDY

s (HK

IRDY s

JSR

PC,OACTIV

s (HK QA(CT

006714

éSR

PC,IACTIV

sCHK

007102

JSR

PC,RSEOM

S CHK RSOM :C;.

005254

12%:

REOM = 0

ERROR

JCLOCK LU FOR 8 CYCLES

JACT

= 0
KEOM

CSERDF

26
EM26
FRR3

(ZDMRE MB203 STATIC DIAG #1
CZDMRE P11
08=JuUN=-81 13:27

MACY11

G 13
PAGE 7-122
TEST 35 = SILO-DISABLED MESSAGE TEST = BIT MODE, NO (RC

30A(1052)

006430
002370

033702
033706
033712
033714«
033720
033724
033724
033724

004737
004737
0000C0
005037
004737

00025¢

000252

002404

000014
000040
003750
000011
000200

002400

003750

002366

_15=JUN=B1

PC,ISIRDY

;CHK IRDY = 0

(MPB

RAX'S #4252

;COMPARE 3RD R(CV'D (HAR TQ 252

MOV

#252,G00DAT

JSET EXPECTED DATA

MOV
MOV
JSR
MOV

#14 ,REGNUM
#DISSI ,WRIBYT
PC,WRITLU
#11 ,REGNUM

JSET

14%

002400
002366

'8%:

00242¢
00357¢

MOV
JSR

#0C,WRIBYT
PC,WRITLU

6SR

PC,O0ACTIV

:BR TO REPORT ERROR
REG NO.

;CLEAR TX ENABLE
JSET REG NO. = 1

:SET OC

PC,WAITSO

(LR
JSR

ENDTST

;BR [F MAT(CH

JSR

005146
005352

SEQ 0162

l
%SR
BEQ
14%:

15:34

TO SHUT DOWN TRANSMITTER

JWAIT FOR SHUTDOWN

;(HK FOR OACT = 0

DISILO
PCMSTCLR

;CLEAR DISABLE SILO FLAG
s ISSUE MASTER (CLFAR TO (LEAN UP

L10067:

10460

(SETST

TRAP

. ".'."'...'.".Q'Qtt.""'l.'."!'.t.t"'..'.'Qttt."t'."'."".."".."'QQ

LR
T
I
T
I
L
DL
..

Dllll.l.'."'l.

SBTTL

TEST 36 = RECEIVER BUFFER TEST = CHAR MODE, CRC

FIRST, A MASTER (LEAR IS DONE AND THE PROGRAM (HECKS FOR ICIR = 1 AND [RDY
= 0. THEN, 2 SOM (CHARS ARE LOADED AND CLOCKED INTO THE USYRT, AND 64

?V;ES OgIA0256-BYTE BINARY (OUNT
HE

LD,

THE LINE UNIT
THIS

DATA PATTERN (000-377)

iS THEN CLOCKED UNTIL

TO OCCUR WITHIN 40-43 CYCLES.

ARE

LOADED INTO

IRDY = 1, AND THE PROGRAM (HECKS FOR

THE PROGRAM READS

THE

RCV SILO,

CHECKS

(HAR FOR 000, AND (HECKS FOR IRDY = O AGAIN.
THE LINE UNIT IS THEN CLOCKED IN GROUPS CF 8 CY(CLES, AND AFTER EA(CH,

PROGRAM (CHECKS FOR

ICIR =

IRDY =

UNTIL

THE

64TH GROUP,

THE

AFTER WHI(H

IT CHECKS FOR ICIR = 0, IRDY = 1. THE SECOND DATA (HAR IS READ FROM THE
?ggEIVE? 2ék0NAND COMPARED TO 001. THEN, THE PROGRAM (HECKS FOR ICIR = 1,
¥

THE REST OF

IN.

THE BINARY COUNT DATA BYTES ARE CYCLED 8 CLOCKS AND READ AND

(OMPARED A BYTE AT A TIME.

R R
R e T

8937
8938
8939
8941
8942
8543
8944

8545

B9LE

033726
033726
033726

BGNTST

012737

034202

MOV

002362

#A10,RETADR

136:

;SET TEST EXIT ADDRESS FOR ERRORS

* DO MASTER CLR, CHK FOR ICIR= 1, IRDY = 0
033734

033740
033744

004737

004737
000001

003576
006430

JSR
{sn

PC.MSTCLR
PC.ISIRDY

:1SSUE MASTER CLEAR

(MK ICIR = 1,

[RDY = O

" LOAD AND CLOCK 2 SOM'S. LOAD 64 BYTES OF BINARY (QUNT PATTERN INTL T¥ ©
; (LOCK LINE UNIT, CHK FOR [RDY= 1 WITHIN 40=43 (VY[ ES

(ZDMRE MB203 STATIC DIAG M
(ZOMRE .P11
OB=JUN=81 13:27
8547
BG4
8
BI49

8950
8551
8352
8953
8554

8955
R956
RGS57
8558

8959

8960
8961
89672
8963
8664
8965
8966

8%7

|
}

8968
8369

{

897"
8972
8973
8974
8975
BS76
RG77
8578
8979
8980
8581
8982
8983

034004

004737
000226
000011
005003
010337
004737
005203
020327
002779
004737
000050

15=JUN=81

H 13

PAGE

PC,INITRN

2$:

000100

007434

SEQ 0163

7-123

36 = RECEIVER BUFFER TEST = (HAR MODE, CR(

005540

002422
005174

15:34

STRIP.!DD CMP
R3
(LR
RZ, TXWORD
MOV
PC,LDTXSI
R
JS
R3
INC
R3, 466,
CMP
2%
BLT
PC,RCVIST
JSR

40.

LOAD ¢ SOM'S,

(LOCK

THEM [NTO USYRT

;INIT BINARY COUNT DATA FOR WRITING
;LOAD A DATA BYTE

. INCR DATA

INTO

SiLO

;SEE IF 64 BYTES LOADED YET
;BR [F NOT YET
JRECEIVE AND TIME FIPST (HARA(CTER

: READ RCV SILO, COMPARE FIRST (HAR TO 000, CHK FOR ICIR = 1, IRDY = 0
034006
034010
034014
034016
034020
034022
03402¢

0050C4

004737

000000
000000
005204
004737
000001

007750

006430

ot :

(LR
JSR

0
C
INC

PC,(kDATA
R&

JINIT

PATTERN FOR READING

JREAD RCV SILO,

COMPARE

JEXPECTED DATA = 000
sDON'T CLOCK LINE UNIT
s INCR

DATA

FOR READING

PC,ISIRDY

JCHK FOR

005254

PC,STPLU

;C(LOCK LU FOR 8 CYCLES

002422
005174

PC,LDTXSI

006430

PC,ISIRDY

1SR

DATA

ICIR =

IRDY = 0

8970

034030
034034
034036
034042
034046
034050
034054
034056
034062

004737

000010
010332
004737
005203

004737
000003
020327
O\lg 7 )2

004737
000010
004737
000002

8984

SENERNVERRSRE

-l

—

FRERRRRREREY

8985

{

034000

slaleleloleleoleleolole]le)

033746
033752
033754
033756
033760
033764
033770
033772
033776

3CA(1052)
TEST

010437

004737

000000
000000
005204
020427

001427

004737
000003
004737
060210
020327

R3, TXWORD

034110
007750

000400

006430
005254

000377

SILO

R3,#127.
16%

;SEE IF 63 MORE (HARS (LOCKED YET
sBR [F NOT YET

JSR

PC,STPLU

sCLOCK LU FOR 8 CYCLES

JSR

PC,ISIRDY

sCHR ICIR = 0, IRDY =

006430

INTO

. INCR PATTERN FOR WRITING

000177

005254

;LOAD ANOTHER WORD

JCHK

ICIR

IRDY

SREAD, COMPARE,

CLOCk REST OF

20%:

MOV

bal ¥

JSR

R&,21%
PC,(KDATA

0
INC

JEXPECTED SILO ENTRY GOES HERE
;DON'T CLOCK LINE UNIT
s INCR DATA PATTERN FOR READS

;BR IF

22%:

(MpP
BEQ

. SR
3
JSR

Ré #4600
PC,ISIRDY

DATA C(HARS
sSET EXPECTED DATA
;READ AND COMPARE DATA

JSEE IF ALL DONE READING YE?
(WK

DONE READING

ICIR =

IRDY =1

P(,STPLU

sCLOCK LU FOR 8 (Y(LES

R3,8377

JSEE

ALL

(WARS LCADED

INTC

TMx

SILC

vET

(ZDMRE TMMB203 STATIC DIAG #1
(2DMRE P11
08=JUN=81 13:27

003007
010337
004737
005203
000137
012737
004737
000137

00473%7

30A(1052)

002422

005174

034100
001000
005174
034100

15=UUN=81

TEST

002422

003576

113

PAGE

7-124

TEST

(HAR MODE,

SEQ 0164

(RC

8GT
MOV

268
R3, TXWORD

JBR IF

INC
JMP

R3
208

s INCR DATA PATTERN FOR WRITIMNG

PC,LDTXSI
20%

;LOAD ZOM INTO Tx SILO

PCMSTCLR

sISSUE MASTER CLEAR TO CLEAN UP

24%:

MOV

$>%

JSR
JMP

A10:
ENDTST

15:34

36 = RECEIVER BUFFER

ISR

PLLDTXSI

;LOAD ANOTHER

#TXEOM, TXWORD

JSR

YES
(HAR

INTO

SILO

L10070:

1044017

TRAP

(SETST

::...'...."QQ.'.'..'.Q.'"..'..."'.'.....'..Q'Q".'.'.'!..'t"""..Q'.""'.'

THE

LINE

TEST

37 = RECEIVER (HAR LENGTH TIMING TEST = (HAR MODE, NO CRC(

UNIT

IS PLACED

IN CHAR MODE,

WiTH NO ERRUR DETECTION,

AND A MSG

SET, WHILE THE RECEIVER (HAR LENGTH IS SET TO THE FOLLOWING VALUES : 5,6,7.,8.
FOR EACH RCV CHAR LENGTH, THE PROGRAM (HECKS TO MAKE SURE THET USYRT RECEIVER
FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EACH R(CV CHAR LENGTH.
(FOR EXAMPLE A S-BIT (HAR TAKES 5 (CLOCK CYCLES TO BE RECEIVED). A MASTER
CLEAR IS THEN DONE TO TERMINATE THE OPERATION.

%
%

TRANSMITTER

SILO.

THE

LINE

UNIT

THEN CLOCKED USING

INITIATED WITH 2 SYNCH CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE

SBTTL

034144
034146
034152
034156
034160
034164
034172
034176

MACYTT

STEPLU WITH LULOOP

:.t.tltfit!.'..'.".tt""'.'..""."...'.."'t'."'...""".Q"'.'."'.."..'

BGNTST

012737
004737
000000
000341
012701
005037
004737
005301
001374

034402
005540

002362

000017
002422
005174

005146
000006

002374
002376

000006

002376

000007
004312
011074

00237¢

004312
007434

MOV

588

3%:

002402

#24% ,RETADR
PC,INITRN

:SET

TEST EXIT ADRS FOR ERRORS

:DO MASTER

(LR,

CRC2!CRCT1!IDLE !DDCMP
MOV
#15. R

JINIT COUNTER

JSR
DEC

:LOAD A 000 CHAR
;DECR CCUNTER

CLR

BNE
JSR

MOV

MOV
MOV

JSR

TXWORD

PC,LDTXSI
R1
3%
PC,WAITSO

#6 , AXNUM

_LOAD

SOm*S

INTO TX SILO

;BR IF NOT DONE LOADING YET
;WAIT FOR SILO TO RIPPLE
JSET BYTE

NO.

= 6 FOR AX2

#000,wAX15
:SET DATA FOR AX3-15 = Q
#RXLENZ !RXLENO,WAX16 ;SET RCV LEN = S

P(C,WRITAX

;LOAD AXx3

JSR

PC,STPLU

;CLK LU UNTIL

TX'ING 1ST DATA (MAR

MOv

HRXLENZ
'RXLENT !RXLENO,WAX1€ ;SET RCY

JSR

P( ,RXCHAR

CHPCHK
' 10,
MOV
HRXLENZ 'RXLENT ,WwAX16 ;SET RCV LEN = 6
JSR
PC,WR]TAX
;LOAD AX3
%SR
PC,RCVIST
;CLOCK S5=BRIT DATA (HAR

JSR

PC,wWR]TAX

;LOAD AX3

JRCY S=BIT DATA (HAR,

LEN =

(LK

é=K]T

(ZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
08=-JuUN=-81 13:27
034346
034354
034360
034364
034366
034372
034374
034400
034402
034406
034406
034406

012737
004737
004737
000007
004737
000010
004737
000010

004737

30A(1052)

TEST

15=1UN=-81

15:34

J 13

PAGE

7-125

37 « RECEIVER (HAR LENGTH

#0,WAX 16
PC.WRITAX

;SET RCV LEN = 8
SLOAD Ax3

011074

ésn

PC ,RXCHAR

sRCYV 7-BIT DATA (HAR,

011074

één

PC ,RAXCHAR

:RCV 8 BIT DATA (HAR

JSR

PC,MSTCLR

;ISSUE MASTER CLEAR TO (LEAN UP

002376

;SR

011074

“$:

00357%

ENDTST

P( ,RXCHAR

SEQ 0165

TIMING TEST = (HAR MODE, NO (RC

MOV
JSR

000000
004312

JRCV 6=-B]T DATA (HAR, (LK 7=RB]T
(LK 8=BIT

L10071:

104401

TRAP

($ETS

.';'.t‘Q....Q'..'."""‘""Q...'.'t".'.t".'...""t"t'..'."..'.Q'.'.""'.'

TEST 38 = RECEIVER CHAR LENGTH TIMING TEST = BIT MODE. NO CRC

LSRTTL
.

.
.

9056

MACY1T

THE LINE UNIT IS PLACED IN BIT MODE WITH NO ERROR DETECTION,

INITIATED

TRANSMITTER

AND A MESSAGE

WITH 2 FLAG CHARS. NEXT, FIFTEEN 000 CHARS ARE LOADED INTO THE
SILO.

THE

LINE

UNIT

THEN CLOCKED USING

STEPLU WITH LULOOP

SET, WHILE THE RCV CHAR LENGTH IS SET TO THE FOLLOWING VALUES : 8,8,8,7.6.5.

4,3,2,1. FOR EACH RCV CHAR LENGTH, THE PROGRAM (HECKS TO MAKE SURE THAT THE
USYRT RECEIVER FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EACH RCV

C(HAR LENGTH.

;* A MASTER

(FOR EXAMPLE, A 5 BIT (CHAR TAKES 5 CLOCK CYCLES TO BE RECEIVED®.

(LEAR

THEN DONE

TERMINATE

THE

OPERATION.

'.'.Q'Q"tfi'.""'ttt'.t""".'RQ"Q'Q'.'Q'Q.."".'Q".Q'Qt.'t'.."'.l.'QQQ.."

034410
034410
034410
034416
034422
034424
034426
034432
034436
034442
034444
034446
034452
034460
034466
034472
034474

034526
034532
034534
034542
034546

BGNTST

012737
004737
000000
000300
012701
005037
004737
005301
001374
004737
012737
012737
004737
000040
012737
004737
004737
000010
012737
004737
004737
000010
012737

004737
004737

034702
005540

002362

000017
002422
005174
005146
000006
000000

MOV
538

#24% ,RETADR
PC, INITRN

CRC2!CRC1
MOV
#15. ,R1
CLR
TXWORD
JSR
PCLDTXSI
DEC
R1

BNE

JSR

T38::
;SET TEST EXIT ADRS FOR ERRORS
‘DO MASTER CLR, LOAD 2 SOM'S

;INIT COUNTER

:LOAD A 000 CHAR INTO TX SILO
*DECR COUNTER
*BR IF NOT DONE LOADING YET

“SET BYTE NO. = 6 FOR AX3
“SET DATA FOR AX3-15 = 0

PC,WAITS0

*WAIT

FOR SILO TO RIPPLE

002402
002374

MOV
MOV

#6 . AXNUM
#000, WAX15

000000
004312
011074

002376

MOV

#0,WAX16

000007
004312
011074

002376

MOV

#RXLEN2 'RXLENT 'RXLENO,WAX16 :SET RCV LEN = 7

gSR

PC -RXCHAR

000006

002376

007434

004312
011074

%3“

JSR
gsn

JSR

MOV

JSR
JSR

PC,RCVIST

PC . WR] TAX
PC .RXCHAR

PC,WR] TAX

:CLOCK FIRST 8-BIT DATA CHAR

;SET RCV LEN = 8

*LOAD AX3
*RCV FIRST 8-BIT DATA CHAR, CLK SECOND 8-B]T

:LOAD “AX3

"RCV SECOND 8-BIT DATA CHAR,

#RXLEN2 'RXLENT, WAX16

PC,WR] TAX

C ,RXCHAR

(LK

3RD 8=-R]T

-SET RCV LEN = 6

:LOAD AX3

JRCv 3RD 8-BIT DATA (HAR, (LK

7=BIT

N=O VAWV
W=

D ol

)
)
d
D
) o
—

034552
034554
034562
034566
034572
034574

000007

000005

004312
011074

FTON) = =3 DB

VOOV OVOVO OO

(ZDMRE MB203 STATIC DIAG #1
CZDMRE .P11
08-JUN-81 13:27

MACY1T

002376

000003
004312
011074

002376

000002

002376

000001
004312
011074

K13
PAGE 7-126

#RXLEN2 'RXLENO, WAX16

ésn

PC .RXCHAR

PC,WR]TAX

SEQ 0166

ésn

PC .RXCHAR

PC,wR]TAX

;SET RCV LEN = 4

*LOAD AX3

*RCV 6=BIT DATA (HAR,

MOV

#RXLENT 'RXLENQ, WAX16

zsn

PC .RXCHAR

*RCV 5-BIT DATA CHAR,

#RXLENT ,WAX16

JSET RCV LEN = 2

PC,WRITAX

MOV

JSR
%SR

ENDTST

RCV LEN = §

*RCV 7-BIT DATA (HAR, (LK 6=BiT

#RXLEN2 ,WAX16

JSR

24%:

SET

:LOAD AX3

MOV

JSR

002376

003576

15:34

7
MOV

iSR

011074

004737

_15-=JUN=-81

TEST 38 = RECEIVER (HAR LENGTH TIMING TEST = BIT MODE, NO (RC

00237¢

000004
004312
011074

004312
011074

30A(1052)

S5-BIT

-SET RCV LEN = 3

:LOAD AX3

PC,WR]TAX
PC .RXCHAR

(LK

:LOAD AX3
*RCV 4=-BIT DATA CHAR,

CLR 4=BIT

CLK

3-BIT

MOV
JSR
ésn

#RXLENO,WAX16
PC,WR]TAX
PC .RXCHAR

;SET RCV LEN = 1
:LOAD AX3
*RCV 3-BIT DATA CHAR, CLK 2-BIT

4sn

PC ,RXCHAR

:RCV 2-BIT DATA CHAR,

JSR

PC,MSTCLR

:ISSUE MASTER CLEAR TO CLEAN UP

CLK

1-BIT

L10C72:

104401

TRAP

CSETST

';t.'.."'.ttt.!..fittt""."""'."t.tl.'.'Qi"Qt".it't"tt't.i""t"‘!""'

LSBTTL

TEST 39 = TRANSMITTER UNDERRUN ERROR, IDLE MARKING, CHAR MODE ,NO CRC

;*
;*
:*
;*

THE LINE UNIT IS PLACED IN CHAR MODE, AND THE IDLE BIT IS SET. THEN, A
MSG IS INITIATED, A 000 CHAR IS SENT, AND THE TX BUFFER IS NOT SERVICED
IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG, WHICH CAUSES A TX UNDERRUN
ERROR. THEN, THE RECEIVER IS CLOCKED AND CHECKED FOR TWO 377 CHARS TO BE

AR RA

;* RECEIVED

012737
004737
000226

9157
9158

9159
9160

161

034762

004737
004737
000377
000000
004737

(LINE

MARKING)

BEFORE

SHUTTING DOWN WITH A MASTER CLEAR.

ALSRSl
2R
2220
2222222222t RRRRR2 2R

139::
JSET TEST EXIT ADDRESS FOR ERRORS

034772
005540-

002362

MOV

000000
005174
005254

002422

CRC2!CRC1!IDLE!DDCMP
MOV
#000, TXWORD
JSR
PC,LDTXSI
g?R

PC,STPLU

:LOAD 000 CHAR INTO TX SILC

JSR

PC ,RDRXSI

;READ 000 CHAR

PC,CKDATA

JREAD AND (HECK FOR ANOTHER MARK (HAR

007354
007750
007750

JSR
SYNCH

%;?

000
JSR

#24% ,RETADR
PC,INITRN

PC,CKDATA

sMST

CLR,

JCLOCK

LOAD 2 SOM'S

LINE

UNIT

UNTIL

LINE

GOES MARK ING

JREAD AND (HECK FOR MARK (HAR

(377)

' CZDMRE MB203 STATIC DIAG #1
(ZDMRE .P11
08-JUN-B1 13:27

26%:
ENDTST

9201

9202

9203

9204

9205
9206

9207
9208
9209
9210
9211
9212
9213
9214

RS
RN

THE

PR TR TR ETETE
TR TR

9179

3180

9200

SEQ 0167

(HAR MODE ,NO (RC

s ISSUE MASTER CLEAR TO CLEAN UP

L10073:

LSBTTL

9173
9174
9175
9176
9177
9178

9199

MARKING,

TRAP

(SETST

."."'.t.'."'t..t..""""".".fli.'tt.‘QQ."'.'.'Q...".'Q""".t'.'

G17¢

9197
9198

PC,MST(LR

IDLE

104401

97N

9181
3182
3183
3184
3185
9186
(3)
G187
9188
9189
9190
9191
9192
5193
9194
9195
9196

PAGE 7-127

TEST 40 = MSG TERMINATION WITH GA CHARS = BIT MCDE,NO CRC
DEVICE

IS ENABLED FOR

INITIATED IN BIT MODE.

TRANSMIT

AND RECEIVE,

2 FLAG CHARACTERS ARE SENT, FOLLOWED BY
THE

FOLLOWING DATA CHARACTERS

000,

125,

TIMED AS

252,

AND A MESSAGE

377,

9166
9167
5768
3165
9170

003576

L 13

MODE BIT

(STRIP)

G165
(3
(3)

15:34

39 <« TRANSMITTER UNDERRUN ERROR,

377
000
JSR

000377

000000
004737

_15=JUN=81

TEST

WORDS ARE
ALS0, THE

READ AND COMPARED TO EXPECTED VALUES.
FIRST GA (CHAR IS CHECKED BY SCANNING THE

9164

034766
034770
034772
034776
034776
034776

30A(1052)

9162

9163

MACY1?

SENT.

000.

THEN THE LOOP

IS SET AND 2 TERMINATING GO-AHEAD (HARACTERS ARE

EACH USYRT RCV FLAG IS

IS RECEIVED,

IS BEING TRANSMITTED (GA = 376 OCTAL).
THE TEST ALSO CHECKS FOR SETTING OF
IN LOOP MODE
.

AND THE

TXDATA BIT

S5 DATA

THE

RAB AND EBLK

;;tttt.tt""t'.'t‘tt.""tt'."itfi"t'l"..fil."".fi‘l'fi"".'.."""Q

035000
035000
035000
035006
035012
035014
035016
035022
035024
035026
035034
035040
035044
035050
035054

BGNTST

012737
004737
000000
000310
004737
003224
000005
012737
004737
004737
004737
004737
100071

004737
000376
004737
000000
000000
004737
000125
000000
004737
000252
000000
004737
000377
000010
004737

035134
005540

0v2362

588

#24% ,RETADR
PC, INITRN

CRC2!CRC1!STRIP

011016

005000
005174
005174
005146
005254

MOV

002422

:SET

*MST

T40::

TEST EXIT ADRS FOR ERRORS

CLR,

LOAD 2

JSR
gsc1’4

PC.LODMSG

MOV
JSR
JSR

#TXGOA
' TXEOM, TXWORD
PC.LDTXSI
SLOAD A GA CHAR INTO TX SILO
PC.LDTXS]
*LOAD ANOTHER GA

JSR

PC.STPLU

JSR

PC.WAITS50

CHPCHK '57.

:LOAD DATA CHARS

SOM'S

INTO TX SILO

SALLOW SILO TO RIPPLE

SCLOCK LU UNTIL GA CHAR

011176

égz

PC,CKTBIT

:SCAN TXDATA BIT

007750

JSR
800

PC,CKDATA

:RCY 000 CHAR,

CLK 125

007750

{3@

PC,CKDATA

:RCV 125 CHAR,

CLK 252

PC,CKDATA

:RCV 252 (CHAR,

CLk

007750

007750
007750

ggg

IS TX'ING

FOR GA CHAR

377

JSR

PC,CKDATA

:RCV 377 CHAR

JSR

PC,CKDATA

:RCV 000 (HAR, (HK RAB = 1, EBLK = 1

g??

(ZDMRE M8203 STATIC DIAG #1
(ZDMRE .P11
08=JUN=-81 13:27
9215

9216
9217
9218

(3)
(3)
9219
9220
9221

035130
035132
035134
035140
035140
035140

00300C
000030
004737

MACY11

8240

9241

9242
9243
9244
9245
9246
9247
9248
9249
9250
9251
9252
9253
9254
9255
9256
9257
9258
9259

9260
9261
9262
9263
9264
9265
9266
9267

JSR

ENDTST

Mm13
PAGE 7-128

PC.MSTCLR

SEQ 0168

:ISSUE MASTER CLEAR
L10074:

104401

A AR AR AR

“SBTTL

%
%
A4
.

9233

9238
9239

15:34

TEST 40 = MSG TERMINATION WITH GA CHARS = BIT MODE.NO CRC

24%:

003576

9230
9231
5232

(3)

15=JUN=-81

3000

9222
9223
9224
9225
9226
9227
9228
9229

9234
9235
9236
9237

30A(1052)

THE

AR AR

A AR AR

AR AN RAARN A AR

TRAP

AAANAAARAAAAARRRAA A AR AR AR

TEST 41 = IDLE SYNCHS TEST = CHAR MODE

DEVICE

IS ENABLED FOR TRANSMIT AND RECEIVE,

INITIATED IN CHAR MODE. 24(DEC) SYNCHS ARE SENT.

AND A MESSAGE

EACH SYNCH IS TIMED AS IT IS RECEIVED, AND THE BITS ARE CHECKED
FOR A VALID SYNCH CHAR FOR EACH OF THE 22 SYNCHS WHICH FOLLOW
THE FIRST TWO (THESE PERFORM SYNCHRONIZATION, AND ARE NOT READ).
WHILE THE LAST SYNCH IS BEING TRANSMITTED, OC IS SET, AND THE

NEXT CHAR RCV'D AFTER THE SYNCH IS CHECKED TO BE 377 (LINE MARKING).
THEN,

THE

A MASTER

CLEAR

SYNCH (CHAR USED

ISSUED.

IS 226

(OCTAL).

’:"Qtfi"ttttt"tttifit‘"i"tt'fittt'tfittttttt'ttt"i.t'i't"i AR A AR

035142
035142
035142
035150
035154
035156
035160
035164
035172
035176

BGNTST
012737
004737

035302
005540
000026
000226
005174

002362

002422

6%:

005146
007434

000025
007750

8%:

007750
000011
000200
003750
005254

003576

JSET TEST EXIT ADRS FOR ERRORS
;MST CLR, LOAD 2 SOM'S

MOV
JSR

#21. .R1
PC,CKDATA

JINIT COUNTER
sREAD A SYNCH, CLK NEXT ONE

DEC
BNE

R1
8%

;DERC COUNTER
;BR IF NOT ALL CHECKED

MOV
MOVB

#11 ,REGNUM
#0C ,WRIBYT

JSET RES NO.

{SR

PC,STPLU

gYNCH

JSR

002400
002366

JSR

24%:

PC,CKDATA

T47::

MOV
#24% ,RETADR
JSR
PC,INITRN
SYNCH
CRC2'CRC1!IDLE'!DDCMP
MOV
#22. ,R1
MOV
#SYNCH, TXWORD
JSR
PC,LDTXSI
DEC
R1
BNE
6%
JSR
PC,WAITSO
52R
PC,RCVIST

EYNCH

007750

035302

CSETST

JINIT COUNTER
;LOAD AN SOM INTO TX SILO
;DECR COUNTER
;BR IF MORE TO LOAD
JALLOW SILO TO RIPPLE
JCLK LU UNTIL 3RD SYNCH RCV'D

(RCVR IS ACTIVE)

;CHECK LAST SYNCH

= 11

PC,WRITLU

;SET OC

JFINISH CLOCKING CHAR,

IN REG 11

AND

%;?

PC,CKDATA

sRCV A MARK (CHAR,

0
JSR

PC,MSTCLR

s ISSUE MASTER CLEAR TO CLEAN UP

(HK

THEN SOME

| CZDMRE M8203 STATIC DIAG #1
CZDMRE P11
08-JUN=-81 13:27

SYNCHS

PAGE 7-129

SEQ 0169

TEST = (HAR MODE

L10075:

TRAP

C$ETST

':"tttt.fi*t'fittt'.t't""i'Q't'...'t.t'tt.'t"'.t""l."t"'t."'ttt"

SBTTL
S

THE

B
N
B

THE

FOLLOWING DATA CHARACTERS

AND A MESSAGE

377,

000,

ARE READ AND COMPARED TO EXPECTED VALUES.
FINALLY,

035530
035536
035332
005540

002362

000400
000026
005174

002422

THE

LINE UNIT

CLOCKED FOR SEVERAL

CHAR

TIMES,

A A A AR A A A AR A A A

AR R

A A A AR AR AR AR AR AR AR R AR R AR

AR R AR AR AR R RN

.3
T42::

#24% ,RETADR

JSET TEST EXIT ADRS FOR ERRORS

2%:

MOV

(R1) ,3%

;GET A SYNCH PATTERN

3%:

.WORD
0
CRC2!CRC1!STRIP'DDCMP
MOV
#1XSOM, TXWORD
MOV
#22. ,R2
JSR
PC,LDTXSI
DEC
R2

‘i
sLOAD 22 SOM'S INTO TX SILO

JSR
2564

PC.,LODMSG

.LOAD DATA CHARS INTO TX SILO

MOV
JSR
JSR
JSR

#TXEOM, TXWORD
PC,LDTXSI
PC,LDTXSI
PC,WAITS0

6%:

MOV

JSR

BNE

002422

#SYNPAT ,R1

PC,INITRN

;GET POINTER

sMST CLR,

TO DATA

LOAD 2 SOM'S

;SYNCH PATTERN GOES HERE

MOV
MOv
JSR

(R1),16%
#23. ,R2
PC,STPLU

;LOAD A TEOM
;LOAD ANOTHER TEOM
JALLOW SILO TO RIPPLE
;GET CURRENT SYNCH PATTERN
JINIT COUNTER
sCLOCK OUT FIRST SYNCH

JSR
.WORD

PC,CKTBIT
0

JCHECK TX'D SYNCH
;SYNCH PATTERN GOES HERE

007434

BNE
gSR

14%
PC,RCVIST

sBR IF NOT DONE CHECKING LAST 23 SYNCHS
sCLOCK UNTIL 000 CHAR RCV'D

007750

JSR

PC,CKDATA

;RCv 377,

011176

004737

AND A CHECK

MOV

011016
001000
005174
005174
005146
035434
000027
005254

252.

IS MADE FOR OACT = O (TEOM SHOULD CAUSE TX ENABLE TO DROP).
THE ABOVE TEST IS REPEATED FOR EACH OF THE FOLLOWING SYNCH CHAR DATA
PATTERNS : 226,000,125,252,376,177.

BGNTST

012737
012701
011137
004737

125,

EACH OF THE 23 SYNCHS AFTER THE FIRST ARE CHECKED AT THE TRANSMITTER OUTPUT,
BY SCANNING THE TXDATA BIT.
EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE &4 DATA WORDS

035310
035310
035310
035316
035322
035326
035332
035334
035336
035344
035350
035354
035356
035360
035364
035366
035370
035376
035402
035406
035412
035416
035422
035426
035430
035434
035436
035440
035442
035446
035450

IS ENABLED FOR TRANSMIT AND RECEIVE,

FOLLOWED BY

DEVICE

AND 2 TERMINATING SYNCHS.

B
R

TEST 42 = STRIP SYNCH TEST

INITIATED IN CHAR MODE AND WITH THE STRIP SYNCH
BIT SET. THEN 24 (DEC) SYNCHS ARE SENT

9285
9286
9287
9288
9289
9290
9291
(3)
9292
9293
9294
9295
9296
9297
9298
9299
9300
9301
9302
9303
9304
9305
9306
9307
9308
9309
9310
9311
9312
9313
9314
9315
9316
9317
9318
9319
9320

IDLE

N 13

104401

NN,

9269
9270
9271
9272
9273
9274
9275
9276
9277
9278
9279
9280
9281
9282
9283
9284

15:34

ENDTST

(3)

035306
035306
035306

(3%

9268

15=JUN=81

TEST 471

MACY11 "30A(1052)

14%:
16%:

CHPCHK'8.

DEC

;DECR COUNTER

CLOCK 000

' CZDMRE MB203 STATIC DIAG #1

| CZDMRE .P11
|

9321
9322
9323
9324
9325
326
9327
9328
9329
9330
9331
9332
9333
G334
9335

035454
035456
035460
035464
035466
035470
035474
035476
035500
035504
035506
035510
035514
035516

08-JUN-81

000377
000010
004737
000000
000010
004737
000125

13:27

MACY11

30A(1052)

377
8.

007750

000226
000000
000125
000252
00037¢
000177

;RCv 000,

CLK

JSR

PC,CKDATA

JRCV 125,

(LK 252

JSR

PC.CKDATA

;PCv 252,

CLK

JSR
0

PC,O0ACTIV

;CHK FOR OACT = 0

#2,R1
R1,4#SYNPAT+12,

JINIT SYNCH PATTERN POINTER
SEE IF ALL PATTERNS CHECKED

252
32.

000002
035552

035536
035540
035542
035544
035546
035550

SEQ 0170

PC,CKDATA

125
8.

005352

104401

B 14
PAGE 7-130

JSR

000
8.

007750

003576

15:34

TEST 42 = STRIP SYNCH TEST

007750

035522
035526
035530
035534
035534
035534

15=JUN-81

ADD

24%:

ENDTST

SYNPAT:

(MP
BLO
JSR

PC,MSTCLR

JBR IF NOT YET
s ISSUE

MASTER

125

END OF

CLEAR

MSG

YET

TO CLEAN UP

L10076:

TRAP

CSETST

CZDMRE MB8203 STATIC DIAG #1
' CZDMRE P11

08=JUN= 1

13:27

MACY11

9352
9353
9354
9355
9356
9357
9358
9356
5360

(3)

9366
9367
(4)
(4)
(4)
(4)

5368
(4)

(4)

9369
(&)

4)
(4)
(4)
(4)

9370
(4)
(4)

(4)
(4)

(4)

9371
9372
(2)
(3)

9373
9374

2375

9376

HARDWARE

.SBTTL

15-JUN-81

15:34

C 14

SEQ 0171

PAGE 7-131

PARAMETER CODING SECTION

HARDWARE PARAMETER CODING SECTION

//////////////////,/////////////////////////////////////////////////////////

;/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MACROS
THE
i/ THAT ARE USED BY THE SUPERVISOR TO CUILD P-TABLES.
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE
THE
s/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
s/ WITH THE OPERATOR.
SIVIIIIIITTIIIIII 7777777777777 777077777777 7777777777777777777777777777777777

936!
9362

9363
9364
9365
(3)

30A(1052)

035552
035552

035554

035554
035554
025556
035560
035562
035564
035564
035566
035570
035572
035574
035574
035576
035600
035602
035604
035606
035606
035610
035612
035614
035616

BGNHRD

000022

LSHARD::

001031

GPRMA

ADDRES,2,0,160000,177776,YES

GPRMA

VECTOR,4.Q,O,770,YES

GPRMD

PRIRTY,6,0,7000,4,7,YES

035620

1600200
177776

002037
035646
000000
000770

003032
035677
007000
000004
000007

GPRMD

01203¢
035730
000007
000000
000007

035620

ISRUN,24,0,7,0,7,YES

ENDHRD

L10077:

035646
035654

035662
035670
035676
035677
035704
035712

042504
041440
042104
035040
042504
053040
020122
051505
000
104

020105

N4452?2

044526
051123
042522
000040
044526
041505
042101
020123

042503
040440
051523

ADDRES:

.ASCIZ

/DEVICE

CSR ADDRESS

042503
047524
051104
020072

VECTOR:

.ASCIZ

/DEVICE

VECTOR ADDRESS

053105
051120

04151
047511
046040

PRIRTY:

,ASCIZ

/DEVICE PRIORITY LEVEL

054524

.WORD
.WORD
.WORD
.WORD

T$CODE
ADDRE
S
T$LOL
IM

.WORD
.WORD
.WORD
.WORD

T$CODE
VECTOR
T$LOL IM
TSHILIM

.WORD
.WORD
.WORD

T$CODE
PRIRTY

.WORD
.WORD
.WORD
.WORD
.WORD

T$CODE
;SRUN

.WORD
.WORD

035620

035620
035626
035634
035642

.WORD L10077-L$HARD/2

.EVEN

TSHILIM

7000

T$LOL
IM
TSHILIM

TSLOL
IM
TSHILIM

(ZDMRE MB8203 STATIC DIAG #1
T7DMRE (P11
08-JUN-81 13:27

9377

9278
9379
9380
931
9382
9383
=384

035720
035726
035730
035736
035744
035752
035760
035766
035774
036002
036010
036016

05310¢

MACY11

046105

035040

030062
020116
044103
020070
026440
020105
047440
020061
020116

020067
053523
024040
053523
052040
020060
043106

30A(1052)

15-JUN-81

15:34

D 14
PAGE 7-132

SEQ 0172

HARDWARE PARAMETER (ODiNG SECTION

ISRUN:

043111
020072

LEVEN

LASCIZ

/MB207 RUN SWIT(CH (E2B SW7) = TYPE QO IF OFF,

IF ON : /

(ZDMRE MB8203 STATIC DIAG #
P11
(ZDM.RE
08=JUN=-B1 13:27
538¢
9387
5388

(3)
9299

9400
9401

30A(1052)

15-JUN-81

15:34

E 14
PAGE 7-133

;

SEQ 0173

SOF TWARE PARAMETER CODING SECTION
.SBTTL

5289
9390
$391
95392
9393
5394

3395
9396
9397
9398
(3)

MACY11

SOF TWARE PARAMETER CODING SECTION

SIIITITIIITTI77777777777777777777777777777777777777777777777777777777777
;/ THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
;/ THAT ARE USED RY THE SUPERVISOR TO BUILD P-TABLES.
THE
s/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

;/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS

;/ WITH THE OPERATOR.
/ LI111T777777777777777777777777777777777777777/777777777777/777777777

036020 .
036020
036022

7
BGNSF

03602¢

ENDSFT

LS$SOFT::

036022

.WORD L10100-L$SOFT/2

L10100:
LEVEN

sexxxxx

036022

036222
36224
036226

036222
000240
000240
000240.

PATCH:

PATCH

AREA

AR R RN AR NS

AR R R

ENDMOD

03630

LASTAD

000001

**xwx»x

.=.+200

036230

000000
000000

DEBUG

NOP
NOP
NOP
IR

036230
036232
036234

FOR

LSLAST::
-END

AR AR RN

RN R

.WORD
.WORD

O
0

CZDMRE M8203 STATIC DIAG #1
CZOMRE.P11

08=JUN=B1

ABORT = 000004

ADDRES

13:27
464508

035620

6573

6591

6612

6630

488Y®

7562

7563

7613

7614

7660

7661

48104

5460

5498

7657«

7468+

7496+

= 000200

46684

'ASBC1 = 000040

L6244

'ASSEMB= (00010

4306

SEQ 0174

6649

6668

9367

9374

5551

5553+«

5555

5746

7610

7625+

7657«

7€72«

46254

'ASBC2 = 000100

AXNUM

PAGE 8

TABLE == USER SYMBOLS

6553

APA

'ASBCO = 000020

15:34

(ROSS REFERENCE

6538

Lu4om

= 000020 G

002561

15=JUN=81

6532

ADR

ANBITS

MACY11 30A(1052)

46234

002402

5797«

7735«

5993

7772«

5511

5536

5538

5544*

5550+

6028+

6034+

6275

6277+

6285+

6294*

7852«

7863~

7968+

8274

B340+

8450+

B530+

B613+

B676+

B7S55+

8804+

6658

7503+

7505

7517+

7559«

7574+

7419+

7431+

7435+

5754+

5999+

7445

7717»

| AXQ.15= 002322
L AXO.16= 002324

8860+
47388
47358

9042*
5543
6562

9094+
6562
6581

6581
6601

6601
6620

6620
6638

6638
6658

| AX1.15= 002326
| AX1.16= 002330
= 000002
Ax2

47408
L7618
45208

6562
€562
45924

6581
6581

6601
6601

6620
6620

€638
6638

6658
6658

6564
6564
6564
6564
7447

6640
6640
6640
6640

6660
6660
6660
6660

8937
7837
7901

90124
78764
8005

7380

€603
6603
6603
6603
7724

6622
6622
6622
662¢

7361

6583
€583
6583
6583
7507

7389

73994

8005#

8080
8128
8189
8270

8214

8226

8245

8249

82534

8327

81034
gi63a
8205
€304
83894

7059«

6165«

7101+

6166+

6187+

6188+

6541

6556

€595

6652

6925+

€959

6990+

7023+

7569+
7996+

7579«
B472+

7620+
B4B7+«

7629+
8570+

7667+
8635«

7676+
8716

7730«
8760+

7740+«
8864+

7788«

7811+

7858+

7868+

4521

4533

4545

4557

4569

4581

4593

4605

4617

4510

4520

4532

4544

4556

4568

4580

4592

4604

Ax1

= 000001

Ax2.15=
AX2.16=
Ax3.15=
Ax3.16=
Ax315u=

002332
002334
002336
002340
000372

A0
A2
A3

034202
026626
027306

AS
AE
A7
| A8
A9

027532
027726
030272
030506

| A7

RYA

45218

L7428
L7438
L7448
L7458
LEBBA

024220

7335

027422

8031

C31036

BADDAT

002406

L8124

000001
BCCIHK= 190000
BITO = 002001 G
BITO0
BIT01
BIT02
BIT03
BIT04
BI17T05
BIT06
BI1707
BITO8
81109

BITY!

=
=
=
=
=
=
=
=
=
=

000001
000002
000004
000010
000020
000040
000100
000200
000400
001000

G
G
G
G
G
G
G
G
G
G

2 G

7522+
7973«

4593

80S7#

7153«

7189+

L5694
47534
LLL9%

6191
€189
4471

6193

6199

4483

4492

6001
L4494
L4498
L4694
L4498
L4494
LLL98
L4498

6365

6760

LL4L98

4470

4629

L4698
L4498
L4698
4616

4641

Le 8

4650

4482

4640

4662

4491

L6459

7223«

4675

4661

7257«

4687

LE74

7291+

4698

468¢€

7355«

4770

4697

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15=JUN=81
PAGE 8-1
15:34
30A(1052)
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15=_ UN=81
3DA(1052)
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6013
6380

6021
6386

821

8275

729
763

7157

7977

7194

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SEQ 0176

6173
6928

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7429
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7877

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1 14
PAGE 8-3
(ROSS REFERENCE TABRLE == USER SYMBOLS

(ZJDMRE MB203 STATIC DIAG #

MACY!! 30A(1052)

DEVMAP
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CZDMRE MB203 STATIC DIAG #1
JDMRE P11
08=JUN=81 13.27

0122%7
013460
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J 14

PAGE 8=4

SEQ (178

== USER SYMB(OLS

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(20OMRE MB203 STATIC DIAG #1
“JDMRE P
08=JUN=81 13:27
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F$AL

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F$AUTO= 000020

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F$SEG = 000003
F$SOF
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F$SUB
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6583

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6618

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K 14
15:3, -PAGE 8-5
15=JUN=81
30A(1052)
(ROSS REFERENCE TABLE == USER SYMBOLS

8010
8405
8912
9291
9365
4391
6724
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7044
7232
7467
7638
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8059
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6565
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6905

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7081
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7105
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7767
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8185
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9218

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6571

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7232
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7638

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C(ZOMRE MB203 STATIC DIAG #1
CZDMRE P11
08=-JUN=-81 13:27

MACY11

8165

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5718
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5712
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7464
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SEQ 0180

5876
6195

7523

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5908
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8761

8865

5924
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8159

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5914
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7630

5965

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7102

7154

7190

7224

7258

7292

6163~

6164+

6185+

6541

6556

6595

6652

6923+

6924+

6958+

6988+
7290+

7021
7373~
7619+
7857+

8883+

7022+
7392+«
7€28+
7866*
8899+

7427

7057+
76450~
7666+
7867

7099+
7461«
7728+
7995

7100~
7462
7729*

8471~

7151~
7510=
7738
8486+

7152+
7511+
7739+
8496+

7188+
7520+
7786+

8569+

7222+
7521+
7787

7256+
7568+
7809+

7577+
7810+

8634

8715+

8759+

8557
8731

8562
8829

8579

43064

HDX
HELP

IBE
IC
ICIR
IDL
IDLE
IDU
IER

5583
6005

L 14

30A(1052)
15=JUN=81
15:34
PAGE 8-6
(ROSS REFERENCE TABLE == USER SYMBOLS

G
G

43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
45074
42924
L4498
45634
59534

9367
9367
9367
9369

9368
9368

9369
9369

9370
9370

9367

9368

9369

9370

9367
L5774
4338

9368

9369

9370

4348

W37

5297

5963
6080
8624
8891

5969
6101
8629

8461
8644

8466
8648

L5624

8583

8646

8729

8233

8273

9035

9152

9241

45324

6125

9150
L7984
L68BLA
L5654

8032

9188

6131
8081

8446
8129

8526
8190

8609
8231

8672
8271

8791
8328

8406

8785

8948

9033

9085

4688
5906

5912

6091
6099

6103

6341

6347

8841

8850

8858

8871

8879

8887

8585
8875

L4494
L4974
46024
L6728
45284
L4494

L4494

57444

58964

5922

6082

9368
9370

5928

9239

6095

9295

8481
8687

8494
8696

8541
8708

8854

CZDMRE M8203 STATIC DIAG #1
| CZDMRE .P11
08-JUN=-81 13:27

MACY11

8895

8942

9370
L4494
4L,306#
43064

93774

| ISR

= 000100 G

| IXE

= 004000 G

'ISRUN

035730

| 18AU
=
[$AUTO=
IS$CLN =
I$DU =
I$HRD =
I$INIT=
I$MOD =
I1$MSG =

00004°
000041
000041
000041
000041
000041
000041
000041

I$PROT=
18PTAB=
I$PWR =
I$RPT =

000040
000041
000041
000041

1$SEG = 000041

L4498

43064

43064
93654
43064
43064
43064
6629#
43064
43064
43064
43064
43064
71944

7554
77164

1$SETU=
I$SFT =
ISSRYV =
1$SUB =

000041
000041
000041
000041

I$TST = 000047

8127
9083

43064

93984
43064
43064
7327
7838#

68714
68164
68334
68524

67244

67904
94224
65334
66474

93724

43124

65314

66414

67064

66904
6892

7210
7558#
7734

8185

9148

LOADAT
LODMSG
LOE
=
LOGDEV
LOOPIN
LOT
=
LULOOP=
LULP =

002410
011016
040000
002344
004074
000010
000010
000040

LUREG

002302

LURT0 = 002302
LURTT = 002304

66924
6917
72154
7573
77458
8269
9186

SEQ 0181

8977

8986

65378
66614

65464
66674

65654

65714

6945

69504

6979

7006
7278
76344
7802

70088
75848
7767

8998

7244
7605
7776

72624
7624
77934

8326
9237

8405
9291

8521

8604

6945

6979

7044
7710

7081
7767

8747
69174

8783
69304

65844

65904

66044

66104

66234

7125

7176
7417

7181#
7488
7710

76814

8783

8030
8936

8079
9031

7244
78164

7278
7835

9414

6892

7617
7862

8604
68924
7105
73274

82694
87344

000200
000167
011374
005174

8967

68704
68044
68304
68474

75884
78784

1422
=
JEJMP =
LDMSG1
LDTXSI

M 14
15:34
PAGE 8-7
15=JUN=81
30A(1052)
(ROSS REFERENCE TABLE == USER SYMBOLS

91864
4688

6917
7488
7872
8667
69054
71104
74014

76054

79004

83104
87474
92184

7554
7877#

71254
76174
7638%
7977

83264
87664
92374

7605
7900

8079
9031
69684
71764
7456
77104

8127
9083
69794

8405

83904
87834
92684

89364
93384

80594
84414

90134

81654
86044
91334

91484

6314
8975

7913
9009

8455

8535

4741

4742

7157
7430
7654
8000

5764
8681
9307
6592
6412

5823
8953

6758+

6765

6767

5347
45644
4731
4744
5414

5680
8531

5773,
8614

7541

6543

80304
84254

9291
70444
72664
7526
78174

71984
7467
77504

7937

9038

9196

8441

70644
7278#
75334
78354
8185#

86514

9244

7785+

9303

4733
47884
6558
6577

4734

6577
6597

6813
7712

8677
4735

6597
6616

6851

8799

4736

4737

4738

4739

6616
6634

6634
6654

6654
6672

6672

4740

| CZOMRE M8203 STATIC DIAG #1
CZDMRE .P11

LUR16

LURY?7
LUSWIT
LUSWIZ2
LUSWI3

LUTMOD
LSACP

LSAPT

L$AU

LSAUT
LSAUTO
L$CCP
LSCLEA
L$CO
L$DEPO
L$DESC

L$DESP

L$DEVP
LSDISP
LSDLY
L$DTP
LSDTYP
L$DU
LSDUT
LSDVTY
LSEF
LSENVI
LSETP
LSEXP1
L SEXP4

LSEXPS
L $HARD

L$HIME
LSHPCP
LSHPTP
L$HW
LSICP
LSINIT
LSLADP
LSLAST
L$LOAD
LSLUN
LSMREV
L SNAME
L$PRIO
L$PROT

LSPRT
L $REPP
L$REV
L$RPT
LSSOFT
L$SPC

13:27

002306
002310
002312
002314
002316

47328
47334
4734H
47354
47364
47374

48404
48414
43124
L3464
43464
4346
L3464
4346
L3464
4346
L3464
L3464
4346

L3464

43464
4346
L3464

L3464
43464
4346
43464
4346
L3464
L3464
43464
43464
L3464
L3464
4346
L3464
43464
4346H
4346
43464

4346

43464
4346
L3464
L3464
43464

43464
L3464
4346

43464
43464
L346m
66904
93984
4346

N 14
15=JUN-81
15:34
30A(1052)
PAGE 8-8
(ROSS REFERENCE TABLE == USER SYMBOLS

6558
6558
6560
6560
6560

6560

L8354

alalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalalnalalaln]

LUR12
LUR13
LUR14
LUR1S

08=-JUN=81

MACY11

68704
68044
68304
52904
L3694

68474
52854

93654

43914

67244
9424m

67064

6577
6577
6579
6579
6579
6579

6597
6597
6599
6599
6599
€599

6616
6616
6618
6618
6618
6618

SEQ 0182

6654
6654
6656
6656
6656
6656

6672
6672
6674
6674
6674
6674

- (ZDMRE MB8203 STATIC DIAG #1

| (ZDMRE.P11

L$SPCP

08-JuN=-81

002020 G

13:27

002024
G
G
002030

43464
L3464

|[LSTEST
L$TIML

002114 G
002014 G

43464
L3468

002300
002302
014630
015136
015620
016276
017010
017456
020120
020626
021104
021106
021464

4397
4419
65334
65464
45654
65844
66044
66234
66414
66614
6675%
66924
67904

021546
021576
021632
021714
022000
022124
022226
022354
022474
022650
023104
023222
023340
023456
023574
024224
024556
025046
025256
025462
025666
026124
026356
026262
026354
026630
026626
027306
027426
027536
027732
030276
030506
031036

68334
68524
68714
69054
69304
69684
69954
70284
70644
7105
7157
7198#
72324
72664
73004
74014
7430

[LSUNIT
'L10000
£L10001
L10002

L10003
L10004
L10005
L10006
L10007
L10010
L10011
£L10012
L10013
L10015
L10016
L10017
£L10020
£10021
L10022
L10023
(10024
L10025
L10026
L10027
L10030
L10031
£10032
L10033
L1003%
L10035
L10036
L10037

L10040
£10041
L10042
L10043
L10044
£10045
L10046
L10047
L10050
L10051
L10052
L10053
L1005&
£10055
£10056
L10057
L10060

L10061

002302 G

002012
G

021544

031136

15-JUN=-81

(ROSS REFERENCE

15:34

44198

L3468

6765

44054
44228

68164

7516
75884

76384
76854
77504
78174
77984
78164
78784
7862

7977
80594
81054
81654
8254k
83104
83904
84254

71104
7164#

7444

7456

7872
8000

78774
8010#

7526

7533

7467

PAGE 8-9

TABLE == USER SYMBOLS

43468

L$SPTP
'L$STA

L$SW

MACY11 30A(1052)

B 15

74724

SEQ 0183

mM8203 S TATIC DIAG #1
ZDMRE
. P11
08-JUN=-81 13:27

MACY11

cC 15

SEQ 0184

15:34
15=JUN=81
PAGE 8-10
30A(1052)
CROSS REFERENCE TABLE == USER SYMBOLS

031506
032050

93724
94014

035620
036022
= 000010
000004
000002
000100
000010
002446
002460
002462
002464
003220
MSG4

7349

7354

7388

7392

6532
6783
6784
6786*
6413
8548
8801

6538

6573

6591

6612

6630

6649

6668

6774+

6809

6897

6415
8555
9192

8409
861€

8619

3422
8628

8453
8642

8456
8679

8465
8682

8479
8693

8533
8694

8536
8701

5749
7279

6919
7328

6980

7007
7489

7045

7082
7606

7090
7653

7126
7711

7177
7768

7211
7805

8669
9337
$373
5395

8733

5341

9304

003246
003576

7905

7049

=
OACT
OACTIV
oC
OCOR
oP
ORDY

=
OVRR
O$APTS=
O$AU
=
O$BGNR=
O$BGNS=
=
osbu

O$ERRT= 000000

O$GNSW=
C$POIN=
C$SETU=

5865

7987

6236

4346
43368
4346
4346

43064

4336a

4346
4346
L3364
4346

5777
5784

5834

5870

8905
5789

9260
7925

8253
8911

7555
8424
8941

9012

9064

9132

8523

8587
9164

8606
9217

8810

8814

8835

8852

8873

8889

8908

5868
8824

7840

. 350

7906

7915

7930

7944

8443

8504

7339

45504

5581
5750

8164
8765

6984
7434
8246
8788

7418

8058

6766
5716
5769

4688

43064

6785+

675748
5710
5752
5597

OSIRDY

5342

5603

5587
5767

8003

6238

4346

4346
4346
9424

7147

5794
8006
6244

7148

5838
8802

7957

5844
8808

8827

8837

CZDMRE MB8203 STATIC DIAG #°
CZDMRE .P11
08=-JUN=81 13:27
' PATA
PATB

'PATC
PATCH
|PATD
'PATE

002630
002633

PATG
| PATH

002644
002654

PATJ
PATK
PATL

002674
002704
003014

| PATF

|PAT]

4955#
49614

002664

49834

003022
003032

PATP
PATU

003066
003104

PATC

49728

49944
5005#

50794
50884
5099#
51164
51334
5150#
51904

003050

003152

PRI

= 002000

= 000200

PRIOR
PRIRTY
PRIOO =
PRIOT =
PRI02 =
PRIO3 =
PRIO4 =
PRIOS =
PRIO6 =
PRIO7 =
PSTACK
RAB
=
RABT
=
RAX15

002350
035677
000000
000040
000100
000140
000200
000240
000300
000340
002346
000004
C00004
002370

RAX16

002372

RCVBUF
RCVIST
RDALL =
RDAX
=
RDRXSI
READAX

003262
007434
000004
000020
007354
004124

READLU

003672

44494

30A(1052)

6948
6966

7136

7179

7196
7230
7264
7084
7088
7432
7470
7556
7586

6921

7108

7769

7770
7714
7713

D 15

15:34
PAGE 8-17
15=JUN=81
(ROSS REFERENCE TABLE == USER SYMBOLS

SEQ 0185

7213
7247

7281
7298
7420
7636

7493
7€54
7607

6924

7836
7874
7796

7490

7575

7578

7807

7810

6986

€989

7019

7022

7055

7058

6029

6257

6392

6726+

7448
7726

7452
7730

7507
7854

7508
7858

7497
7683

7498

7092

7128

7636

7512
7970

7566
7973

7569
7993

7748

L5044

44494
L7964
9369
L4498
L4494
L4494
L4498
L4450
L4498
L4494
44454
47954
45674
L6274
4805#
7620

= 001000

oo
o

PNT

POLL

IATAY]

002641

PATM
PATN

PATYV

4900#
L9234
L9344
94134
49404

202571
002615
002625
036022

MACY11

8469
8861

L8064
7579

52624
6065#
45314
45174%

60454
S4564

93764

6806
5609
€221

6808
5722
6223

6894
5934
6229

6896
5975

5475+

5476

5546

7447

8472
8864
5479«

8487
8897
5548

8498

8567

8570

8632

8635

8713

8716

8757

8760

7626

8484
8881
5480
7629

6003

6009

6017

6023

7782

7459
7788

7463
7807

7518
7811

7522
7864

7575
7868

8957

9050

9096

9248

9318

4585

5462
6336

9157
7437

7504

7565

7616

7663

7721

7781

7806

7853

7969

5873

8239

8247

7664

6416

6000

7992

53654
5919

7143
45864
48034

READY = 000200
REDBYT
002364

5716
6169

7055

7667

5377+
5777
6376
7059

8483
5466
6047
7218
5518
5378+
5789
6382

7096+

7724

7673

7725«

7676

7736

7740

7617

8497
5474
6051

8631
5517
6168

8712
5578
6373
7956

8756
5594
6920
8156

5707
6954
8199

5776

7252

8566
5478
6090
7286

8208

5788
7017
8220

5417
5874
6921

5467
5906
6925

5475
5912
6955+

5479
5922
€956

5518
5928
6959

5581
5963
6986

5587
5969

5597
6048

5603
6052

5710
6091

7185+

7186

7189

7219+

7097

7101

7924

7144~

7147+

7149

7153

7018~

7054

7019

5903

7095

7023

CZDMRE M8203 STATIC DIAG #1
CZDMRE.P11
08=-JUN=81 13:27

'REDDAT

*MACY11
*

E 15

30A(1052)
15=JUN=81
15:34
PAGE 8-12
(ROSS REFERENCE TABLE == USER SYMBOLS

002500

7220
7374
ggé?l

7223
7387~
7127

7253%
7388
7137«

002400

4809#

5340

5348+

7254
7393
7138+

7257
7925
7148+

7287+«
7957
7149

7288
8157
7152

5351«

5367

5393

SEQ 0186
7348

7349

7355

7368+

7369

7511

7518

5457
5593«
5772+
5959+
6151
6575

5459
5608+
578€+
5974«
6167+
6592

8209

8221

8240
7508

8248

5413

5419+
5523+
5727%
5933«
6122
6370+

5420

5422+
5577+
5760
5953
6134+
6540

7212+

7280

7699+

7500+

REGNUM

5473
5614+
5798+
5980+
6175«
6632

5477+
5651
5861
6045
6181+
6651

5481+
5653«
5864+
5046+
6256
6670

5495
5656+
5872+
6050
6261+
6918+

5497+
5659+
5880+
6053+
6276
€947+«

5502+
5700
5896
6071
6281*
6981«

5506+
5706~
5902+
6074»
6293+
7008+

7842«

78B45*

7921+

7952~

Bi32+

8155+«

8198+

7367%

7371 %

7386+

7390+

5976

6030

6258

7134«

8798+

REGO

002510

4(BSSR

REG2
REG3

002514
002516

4L858#
48554

REG]

002512

LBS7#

REGSL

002520

48604

REG6

002524

L8624

REGS

002522

REG7
REOM
=
RERR
=
RETADR
RING

002526
000002
000200
002362

7135+«

7141+

8901*

BI04*

6017

6023

5610

5723

7347«

7142«

9259«

7351«

7145

7178«

7047

8529+

48634
4628%
L6228
4802#

8189~

9238+

5935

874G+

8794+

8080+

8128+

8564

8581

8689

8698

8705

8710

8727

8831

9112

9116

9120

9124

9128

6193

6199

6208

6214

5324
5324

5326
5326

5327
5327

5439
5439

5441
5441

7438
8552

8559

9292+

4629%#
45764
L4654
48434

6003
5874
5342
6788+

6009
8157
5441
7330

RXBCC = 00040C
RXCHAR
011074

47228
3;%8#

6420
9054

9058

9060

9062

9100

9104

9108

9126
9122

L4708
L4698

8856

47204

8877

8893

7837+

001C00
000001
000002
000004
004000
002424

47214
L6984
469748
L6964
47194

6157
6157
6157

5044
9048
9044

9052
9052
9048

9102
9102
9052

9110
9106
9102

9118
9118
9106

9110

9114

48194

6048+

6052+

6160+

6161

6166

6182

6188

000001
000002
000004
000010
000020

L5454
45444
L5434
45428
45418

6229

6049«

RX0
Rx1
RX2
rRx3
Rx4

6223

L6174
L6164
46154
4LH14m
L6134

45408
45398

46128
4LE11w

6238

9084
*

9149+

9187+

7012

RXEBL =
RXLENO=
RXLEN1=
RXLEN2=
RXOVR =
RXWORD

= 000040
= 000100

8675+

8031~

000001
000040
000200
002476

RXS
Bx6

8612+

7901
»

BO0S+

5471
8543

=
=
=
=
=

7771+

9022+

8522+

5458
6084

= 002000

7106+

8937«

8442+

L6264
L7704
59934

RXABT

7091+
7440+

6393
8784+

8327+

ROR
= 000010
RRDYTO= 000001
RSEOM
007102

RSOM
=
RTS
=
RUN
=
RUNINH

7087+
7426%

B8668+

8270+

45748

= 000002
= 000004

7083+
7336+

L8614

= 000200

ROM]I
ROMO

5571
5745
5939+
6123+
6397+

6244

CZDMRE MB203 STATIC DIAG #1
CZDMRE .P11

08=JUN=B81

13:27

= 00C200

45388

4610%

SAVESG

002414
002416
002432
002342

48158
48164
48228
4793

6734«
6735«
5353«

' SAVEE
SAVLEN
SCRACH
'SEC
=
'SECA
=

002560

4LBBOGH

6814
6815
6250«

6503
6904
6731+

6779«
5325+
B4L4

6780+
5440%
8524

6781+
8607

6782+
8670

8789

56384
48278
6742
45808
L4678
46718
5323#

5682
6754
6745

5684
6759«
67534

5775
7332

5780

57632

5681
5326
5375

5683
5327
5399

5774

5779

5792

5672#
8218
8640

5840
8237
8685

6086
8416

6129
8459

6253
8463

6343
8477

6371
8492
8848

7990
8545
8972

8196
8622

8206
8626

9312

7954
8539
8885

8153
8575

9262

7622
8500
8869

L7978

8034
5572

8131
557y

8192
5575«

8233
5576*

8408
5613

8446
5701

8609
5702

8950
5704

9190
5705

9297
5726+

S747

5955
6153«
43064
gggg

€957«
6263
4312
82;2:

5958+
6295«
43204
6629

5979«
6334+
4346
6647

5994
6335+
4369
6667

5995
6350«
4391
6690

5997«
6367*
4419
6706

5998«
6368+
5285
6724

6033+
6398+
5290
6804

6072+
6572
6531
6830

6073+
6611
6537
6847

6109+
6648
6552
6870

5748+
5954

6152+
6727*
6571
9365

L3064
5720
6178
6538

43178
5878
6197
6539

4346
5910
6203
6540

4369
5916
6212
6541

4391
5926
6218
6542

4419
5932
6227
6543

5285
5967
6233
6544

5290
5973
6242
6545

5585
6007
6248
6546

5591
6013
6380
6553

5601
6021
6386
6554

5607
6027
6532
6555

5714
6173
6533
6556

6635
6654
6673

6636
6655
6674

6637
6656
6675

6638
6657
6692

6639
6658
6741

6641
6660
6744

6648
6661
6745

6650
6669
6748

6651
6670
6750

002302 G
000120
000200
000001

4419#
45994
4598#
44928

STBY
=
STEPLU=
STEPMP=
STPCLK

000602
000020
000001
003540

STPERR

STPLU

005164
002444
021256

007646

005254

STR
= 000040
STRIP = 00001Q
SUBRPC
002352

SvCGBL= 000000
SVYCINS= 000001

48352
62758

61224

9155

46704
45304

5800+«

6557
6576
6595
6614

9198

5820«

6751
6902

6558
6577
6596
6615
6634
6653
6672
6767
6905

7226

7609

]

6633
6652
6671

;

7062

!
:

SEQ 0187

6737
6738
6157

SFPTBL
lSIGQ
=
SIGR
=
=
SOM

STALL
STARES
| STARST

PAGE 8-13

6955

L6714
45294
45064
45104
4B34#

002456
012640

15:34

TABLE == USER SYMBOLS

6952

000020
000020
'SELFR = 000040
SELSBY= 000002
SELS
002454

| SEL6
I SETUP

15-JUN-81

(ROSS REFERENCE

Rx7

RIGNRW

MACY11 30A(1052)

F 15

7360
7467

8691

5821«

6559
6578
6597
6616

7052

8721

5847

6560
6579
6598
6617

6768
6928

67%0
6930

7228

7232

7249

7¢23

7624

7064

7377
7472

7104

7379
7515

7105

7396
7516
7632

8812

5862+

6561
6580
6599
6618

6806
6950
7110

7260

7398
7525
7634

8833

5863*

6562
6581
6600
6619

6813
6962

7156

7262
7401
7526

7638

5879«

6563
6582
6601
6620

5897

5898

6816
6964

6564
6583
6602
6621
6640
6659
6742
6833
6968

7266

7283

7294

7670

7671

7157

7629
7533
7656

7164

7430
7558

6565
6584
6603
6622

6849
6993
7181

7443
7572

5900+

6572
6591
6604
6623

8984

5901+«

9000

5938+«

6574
6592
6612
6631

6851
6995

6573
6592
6611
6630
6649
6668
6747
6852
7011

7296

7300

7334

7192

7644
7573

7679

7194

7455
7582
7681

6871
7026

7198

7656
7584
7685

9046

6575
6594
6613
6632

6894
7028
7215

7358
7466
7588
7716

CZDMRE MB8203 STATIC DIAG #1

(ZDMRE P11

08-JUN=-81

13:27
7733

- SvCsSUB= 000001
iSchAG= 200001

7817
8059
8475
9013
9798
43064
43064
6692
7110
7584

!
!

I SVCTST= 000001

SwO
Sw1
Sw2
Sw3
SYNCH

=
=
=
=
=

00000¢
000004
000010
000040
000226

SYNPAT
SYNO
=
SYN1
=
=
SYN2
SYN3
=
SYN4G
=
SYNS
=
SYN6
=
SYN7
=
S$LSYM=

035536
000001
000002
000004
000010
000020
000040
000100
(000200
010000

7878
8766

43064
7278

8127
9083

45564

45554
45544
45524
L6634

9257
9293
L6624
L6614
L6608
L6564
4L658#
L6574
L6564

MACY11
7734
7838

8105
8490

9065
9401
43154
43214

6790
7164
7588
8010

8912

43184
7327

8185

TEOM

= 000002

TTMMP1
TTMMP?2
TTMMP3

002532
002534
002536

000200
020001
000004
002%60
002530

TMP4
TMPS
TMP6

002540
002542
002544

TMP7
=
TSOM
TSTCON
TSTNUM
TXAB
=

002546
000001
002474
002442
000004

TXABT = 002000

7743

7861
8161
8505
9133

9424
7776
4405

5816
7194

7802
4422

7838
6533
6852

6546
6871

6833
7198
7638

8165
9133
6945

6979

8269

8326

8405

8441

823¢

8407

44224
68334
71984
76384
81054
90654
8846

65464
68714
72324

5540+
5556+

7617

7488

93404

4873%%

7334

7681

7778

7877

7232
7685

8105
9065
6917

9335

7329+

7228

7634
8059
9013
6892

8191

L6494
L6L6H
LEBT7R
46034
48014
L8664
LB67H
L8684
LB65#
L8704
LB71#4
LB72#

8213
8638

9268

8130

8010#
89124

8204
8588

7776
7872

9218

8033

67904

7750
7871

9165

9237

46554

L6LBR
47084

8165
8573

9186

43064

L6504
48428
L8264

7745

7862

9148

71644
7588#

TERR
=
TEST
=
TESTMD=
TIMFLG
TMPO

G 15
15=JUN=-81
15:34
PAGE 8-14
30A(1052)
(ROSS REFERENCE TABLE == USER SYMBOLS

SEQ 0188
7791
7878

7798
7977

6584
6930

6604
6964

6623
6968

6641
6995

7296
7793

7300
7798

8604

8667

7835
8747

8445

8608

894G

65654
69054

65844
69304

66044
69504
72834

66234
69684
73004

82544
9165#

83104
92184

83904

84254

6594
6594

6614
6614

9291

76854

72494
77164

7044
7710

72664
77504

92684

8867
9370

9367

8390

7605

9369

9365

8310
8766

8425
9338

7554

8000

8254
8763
9368

9268

9165

7802
7999

8252
8734

8244
8719

7266
7750

8254

7793

7976

77784

93384

7081
7767

77984
85054
93724

8505

9372
7125

7401
7816

£588

9401
7176
7900

7814,

7816

8010
8425
8912
9372

6661
7028
7472

6675

8651

8734

7210

7244

7817

7064
7533
7877

8783

8030
8936

8079
9031

9121

92490

9243

9252

66414
69954
764014
78164
85884

66614

66754

66924

86514

78774
87344

87664

94014

70284
74724
78174

70644
75334

71104
7558#
7878#

AG #
4,
gl
08=JUN=-81 13:27

{IDMRE MB2(S STAT]C

¢ ZDMRE P11

006122

S818#

= 000040
000100
001000

46004
4515#
4709

Th(HAR

-4

»
>
o
(2]

000010
004000
000040
000100
000200
= 000400
002422

000001
0C0002
000004
000010
000020
00040
000100
000200
000001

8099
8296
8374

8094
8386
L6478
4707#
46954

L6G4LH
L6934
4710#

48184
8454>
9243+

44834
44824

L4814

4L4B0#
L4794
L4784
L4L7748
LL76H
43464
65564

65764

65964
66164

66364
66564

T$CODE= 12032
T$ERRN= 000032

73344

93674

43064

59734
62424
72264

7582#

TSEX(P= 002000
T$FLAG= 000C40C

T$GMAN= 000000
T8HILI= 000007
T$LAST=
T$LOLI= 000000

T$L SYM= 010000

81614

93674
7105#
7872#
43064
93674
43064
93674
43064

6790

7198
7817

= 000052

177777

8451

942Lm
43064

6584#

MACY11 30A{1052) 15-JUN=-81 15:34 HPlgE 8-15

SEQ 0189

CROSS REFERENCE TABLE == USER SYMBOLS

8035
8135
8299
8379

6376

L5874

8038
8138
8302

8041
8141
8305
8385

8044
8144
8331

8047
8147
8334

7018

8133
5247

8795
5248

8797

8382
6382

8
8
8

5254
8148

8084
8234
8349

8087
8278
8354

8090
8281
5359

8093

8096
8291
8369

8045
8300

8048

8303

8051
8306

8054
8380

8091

7971«
9008+

7936+
9037+

7984»
9089+

9153+

8215+

8411+

65534

65544
65748
65944

6634%
66544
66744

66144

65554
65754
6£595#
66154
66354
66554
6851#

5246
8100
9194

8142

8276
8284
8276
5239
5654
8617

8289
8289
8284
5756
5657
8680«

8342
8347
8289

65324
65574
65774
6597#
6€h174
66374
66574

6538#
65584
65784
65984
66184
66384
6658#

65404
K56CH#
55804
66004
66204
66404
66604

65414
65614
65814
66014
66214
66484
66684

65424
65624
65824
66024
66224
66494
66694

65434
65634
65834
66034
66304
66504
66704

65444
65644
65914
66114
66314
66514
66714

65454
65724
65924
66124
66324
6652#
66728

56074
60274

57204
61784
69624

S878#
61674
69934

59104
62034
70264
74554

82444

57144
61734
69284
73964
77334
82524

59164

62484

93694
55914
6013#
63804

65394
65594
65794
65994
66194
66394
66594
7398#
93704
56014
60214
63864
73584
76704
82254
93704

84754

84904

74564

746748

75164

6546

6565
6905

5245
8097
9008

9194

6157
6157
6157
5238

5652+

8534«
3298+«

L6414
L640n
L6394
L6354
L6378
L6364
L6354
46344

73604
93684
55854
60074
72604
76234

82044
93684

71574
79774

93684
94244
93684

9306+

73794

72944
76324

82134
93654
74304

8000#
93654

4405

93694
4422

7877

7266
7878

6816
723%2

6833

8734

8766

43128

43914

65904

66044

9306

74444

8145

5756+

8753+

73774
76794

8383

8372

7911

6902#

8286
8364

65734
65934

66134
66334
66534
66734

9194«

62124

59264
62184

5932#
62274

59674
62334

85734

84384

87194

8763#

88674

75264

75734

76244

76714

7734n

78624

6584
65320

6604
€968

6623
6995

6641

6661

6675

6£92

7638

7028
7685

9401

74294
77434

74434
77914

78144

70624
74664
78614

71044
75154
7871#

71564
75254
79764

71924
75728
79954

93704
93704

6533
6852

7300

6871
7401

7472

7533

7588

7064
7750

7110

8312

9013

9065

8105

8165
9133

8254
9165

9218

9268

8425
5338

8505
9372

44054

L4154

L4228

65314

£5338

65374

65464
6“EET7R

65528
66758

65654

8010

66104

8059

66234

66298

£6414

66478

8310

66618

7164
7816

8588

65718
“ETCR

CZDMRE MB203 STATIC DIAG #1
CZDMRE P11

08=JUN=81

13:27

| TSNS = 000003

| T$PTNU= 000000

T$SAVL= 177777
| T$SEGL= 177777

| T$SEKO= 010000

(ROSS REFERENCE

TABLE == USER SYMBOLS

6804H
69504

68164
6964

68304
6968

68334
6979

6B47H
69954

68524
70064

68704
7028#

68714
7044k

68924
70644

7554w
77168
7877#

7558
7745#
7878%#

75844
77508
79004

75884
77678
80104

76054
7776
80304

76094
77788
80594

7634k
77938
B079#

76384
77984
81054

76524
78024
81274

76564
78164
81654

76814
78174
81854

76854
7835#
B2544

77104
78384
82694

92684

92914

93384

93654

93724

93984

94014

94224

71104
72624

B326m
37664

71254
72664

B390#
87834

7164
7278k

84054
89124

71764
72834

B4254
89364

71814
72964

B4slm
90134

7194k
73004

BS0S4
90314

71984
73278

BS21a
90654

B7344
91864

6533

65374

6546

65524

6565

65714

6584

65904

6930
71768

69454
7198

6968
72108

69794
7232

€995
7244k

70064
7266

7028
7278#

7044#
7300

7064
73274

7110
74178

71258
7472

7164
74884

75544

7588

66294
6816

76054

7900#

3010

8030#

8059

9268
65508

92914
6964

77784

76564

7793

3338
71814
7681

93654
7194
77164

43064
43068

69504

6964LE

69504

6964

7634

43064
7584k

84054
8912

76098

8425
893¢#

7624

71814

B441#
9013

6641
68304

6661
6847

6667
6852

8105

81274

8165

81854

9372
72154
7745

93984
7228
7776n

9401
7249
7798

7262

7638

8505
90314

71944

7194

72154

7652#

85214
9065

7685

8588
9083#

77104

86044
9133
78024

7283#

7296

75584

7573

7584

76524

77108

77678

77764

7802#

78354

43914

44194

65314

65378

65528

65714

65904

71258

71764

72108

7244w

7278

73278

7417

74884

77764

68924

7745
71254

77784
71764

77788

7793
72108

77934

72448

78384

72784

795004

B5214

8604s

86674

87478

87834

66104

66294

6647H

66678

66904

7554

76054

76528

77108

7767#

69174

69454

69794

70064

7044k

70814

86674

B747#

87834

79004

80304

80794

81274

81854

82694

83264

92374

92914

B840SH

B44lA

‘

| TSTEMP= GOJ000

Q3698

LLOSH

76388
78774

76714
7878#

76814
79774

76854
80004

7734
80104

7745
80594

77508
81054

77934
B1654

78174
83904

78628
84254

7401#
76344

7872#
85054

93704

93728

94014

94224

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72108
74018

9218%
42128
43978

|
| T$SUBN= 000000

SEQ 0190

67904
69454

8390
8783#

I15
PAGE 8-16

67248
6930%

7533

| TSNS2 = 000002

15:34

67108
€917#

83104
B747#8

|
%

15=JUN=-81

67068
69058

7081#
72498

T$NSO = 000000
T$NST = 000005

MACY11 30A(1052)

B588#

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5878
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6545
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6747
6902

6750
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7360
7467
7609

7028
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8425
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T$$PRO= 010014
TSSRPT= 010013

T$$SEG= €10000

= 010100
T$$SOF
T$8SUB= 010051
TEESW = 010001

T18§
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9065
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7379
7515
76264

7743
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8161
8505
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6669
6790
6930
7105

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7516
7632
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8165
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7110
7260
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8204
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6558
6577
6596
6615
6634
6653
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7262

7266

7156

6816
6964
7157

7401
7526
7638
7776
7872

7429
7533
7656
7778
7877

8213
8638

77674

71254
78354

76524

9268
70444
77104

9338
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9218
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84414

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6661

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6675

6565

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7605#

7228#
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8505

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72154
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6559
6578
6597
6616
6635
6654
6673
6833
6968

8225
8651

71944

44194

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| T11
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8059
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6576
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6614
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6593
6612
6631

6556
6575
6594
6613
6632
6651
6670
6806
6950

71814
76344

73274

T10

7733

7064

6767

6555
6574

65374

7588

7062
7226

6661

6554
6573
6592
6611
6630
6649
6668

6531#%
6641
67064
6690#
69504
76094
93984

IYSSTES= 010076

6660

SEQ 0191

15:34
PAGE 8§-17
15=JUN=-81
30A(1052)
(ROSS REFERENCE TABLE == USER SYMBOLS

“JUMRE MB203 STATIC DIAG #1
CJDOMRE P
0B=JUN=-81 13:27

7444
7573
7679
7798
7977

8254
8763

72104

6562
6581
6619

6563
6582

6601
6620

6638
6657

6639

7011

7026
7198

6692
6852

7194
7300
7455
7582
7681

7802

8310
8766

72448

6658
6741
6871
7334

7456
7584
7685
7814

8000
8390

8867
7o78#

80304
89364

80794

90314

81274
083#

6604

66104

6623

6694

72834

72964
77784

75584
77934

7573

75844

70064

7028
72444
7516
78354

70444
7266

7064
72734

7232

74884
7817

81854
8451
T 1484

8254
86674
9165

7526

7533

82654
8734

8310

7878

G186#4

79004

87478

9218

7081#

7300
7554%
7977

83264
8766
92374

"JOMRE M8203 STATIC DIAG #1

(ZDMRE P11

08=JUN=81

13:27

MACY11

025464 G

4769

7652#

T2
120
120.1
120.2
[ 121
121,17

021716 G
(26126 G
026156
026264
026360 G
026372

4369
4369
77764
7802#
4369
78384

69174

jT?B

027310 G

4369

80304
80794
81274
81854
82694
83264
8405#
69454
84414
85214
86044
86674
87474
87834
89364

119

025670 G

1122

026632 G

1124

027430 G

027540 G
027734 G

| 125
[ T26

4369

4369
4369

030300 G

4369

129
T3
T30
T3
132

031040
022002
031140
031510
032052

G
G
G
G
G

4369
4369
4369
4369
4369

T34

032664 G

4369

| 127
728

030510 G

133

032322 G

4369

436G

135
136
137
738
139
T4
140
T41

033014
033726
03210
034410
034710
022126
035000
035142

G
G
G
¢
G
G
G
G

4369
4369
{369
4369
4369
4369
4369
43665

TS
16
17
T8
9
UAM

022230
022356
022476
022652
023106
= 000200

G
G
G
G
G
G

4369
4369
4369
4369
4369
L4498

142

03531C G

UNIT
UNRR
=
UPBITS
VECTOR
v35
=
WAITS0
WAX

WAX15
wAX16

002440
000001
002550
035646
000020
005146

4369

48254
45574
L8764
G368
46834
56244

78354
7900#

90314
90834
91484

69794
91864
92374

92914
70064
70444
70874
7125#
71764

6169
7093
93754

8209

8221

8240

5867
8507

6088
9041

9093

9197

5755«

5757

4688

48074

002376

8805+
4808#

8817+
5507+

8347+

8352+

WRDYT0O= 000002
WRIBYT
002366

4518#
7568

7614+

9052+
L7714
48044
5511«
6952+

SEQ 0192

77678

002374

= 000010

15:34
15-JUN=81
PAGE 8-18
(ROSS REFERENCE TABLE == USER SYMBOLS

7710#

5766
8621
45904
5503«

8538

K 15

30A(1052)

7611«

7626

9056+
5496
5349

5512«
6956

7144

7617
9043+

5758+

7659+

8362+
9102+
7424
5398
5514+
6982+

8248
7253

7287

6337

7849
9247

3309

7914

7938

8217

8415

6278+

6287+

7621+
7664

7497«
7666

7499

7560+
7722

8275+

6279+

6289+
8372«
9110~

7622+
7719+

7498+

8367+

6290
7675
8377«

7500
8284
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8289+
8846+

8294

»
9044

8347+
9048+

5460+
5654+

5461+
5657+
7085+

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5500+
6131

5504+
6283

5508+
6951
7220

7185

7619
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7661*

9106+

7009+

7219

6317

7658+

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7660+

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8276+
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5462+
5762+

5463
5865+
7137

5498+
6124+
7182+

7136

7718+

7186

7561

7188

7562+

7563

7216+

8458
7566

8341+
7612+

(ZDMRE MB203 STATIC DIAG #1
CZDMRE P11

wRiTAx

004312

' WRITLU

003750

08=JUN=-B1

WA,

MACYTT1

30A(1052)

722¢
8531«

7250«
8583+«

7254
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6284

€953

13:27

54948
8295
9049
5350
7847

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8903

= 000100

LEB1®

' X$FALS= 000040

43064

' X$ALWA= 000000
| X$OF
F S= 000400
' X$TRUE= 000020
$LSTIN= 000001
$LSTTA= 000001
.
= 036234

43064

43064
43064
4315#
L3164
L4298
7526

15=JUN=81

(ROSS REFERENCE

7256
BGubr

TABLE

15:34

7288
B729+

7290
B750+

7086

7139

71 83

6280
8348
9057
5464

6291
8353
9099
5501

7423
8358
9103
5505

7848

8134

8452

8532

526248

52904

65254

3906

L6EBSB

L7BBE
7573

9261

7624

7010

7671

PAGE 8-19

== USER SYMBOLS

7284+
8677+

5759
8343
9053
53914

6983

L 15

7734

7501
8363
9107
5509

7779«
8795+

7803+
8799+

7843+
8902«

7251

7285

7564
8368
9111
55 15

7615
8373
9115
5655

7662
8378
9119
5658

8584

86 15

8647

8678

68554

7105

7862

7872

7217

7157

7977

7430

8000

7720
8807
9123
5763
8730

7444

937848

/846+
8905+
8277
8826
9127
5866
7780
8751

7456

94144

SEQ 0193

8133«
9260+

B451e

8285
8847

8290
9045

6126

6132

8796

8800

7467

751¢€

7804

7844

(ZDMRE M8203 STATIC DIAG #1
| CZDMRE .P11
08-JUN=81 13:27
| BCOMPL
| BERROR

| BGNAU
;BGNAUT
BGNCLN
BGNDU
BGNHRD

15#
19#

23
31a
354
L7n
S5#

BGNHW

664

BGNMQOD

85#

BGNINI

BGNMSG
BGNPRO
BGNPTA
BGNRPT
BGNSEG
BGNSET
BGNSFT
BGNSRV
BGNSUB
BGNSW
BGNTST

778

984
106#
1144
1444
152#
161%
182#
1934
2014
225#
2364

76417

CLOCK
CLOSE
CLRVEC

8405
2664
270#
2744
278#
2824
286#
2G2#
296#

DELAY
DESCRI
DEVTYP
DISPAT
DISPLA
DOCLN
DODU
DORPT
ENDAU
ENDAUT
ENDCLN
ENDCOM
ENDDU

322#
3174
3414
3464
360#
3764
3804
385#
3894
4014
4134
Lo5#
L4n

BNCOMP
BNERRO
BREAK

BRESET
CXLOOP

COMMEN

ENDHRD
ENDHW
ENDINI

ENDMOD
ENDMSG
ENDPRO
ENDPTA

ENDRPT
ENDSEG
ENDSET
T
ENDSF

3014

4534
L65#
L75K

LB7#
5004
512#
5204

5294
5414
555#
5684

43064
43064
43064
43004
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064

MACY11

Mm15
15=JUN=-81
15:34
PAGE 9
30A(1052)
(ROSS REFERENCE TABLE == MACRO NAMES

SEQ 0194

6745

6748

6751

6768

6537

6552

6571

6590

6610

6629

6647

6667

43064

7181

7215

7249

7283

7558

7609

7656

7716

43064
43064
43064

7802

7838

6917

6945

€979

7006

8604

8667

8747

8783

7044
7835

8936

7081
7900
9031

8030

9083

807%
9148

6546

6565

6584

6604

6623

6641

6661

6675

7194

7228

72€2

7296

7584

7634

7681

7745

6742
6870
6804
6830
6847
9365

4391

43064

43064
43064
7488
8441

7605

43064
43064
43064
43064
43064
43064

7652

7710

7767

7125

7176

7778

7210

8127

9186

7011

43064
43064
43064

43064
43064

43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
43064
4306#
43064

5290
5285
4369

6813
6871
6816
6833
6852
9372

4405

6790
9422

6533
6710
6692
6964
9401

7793

7244

8185

9237

7278
8269
9291

73527

8326

p—

—

' (ZDMRE MB203 STATIC DIAG #1

| CZDMRE .P11
n

ENDSRV

| ENDSUB
| ENDSW

ENDTST

EQUALS
ERRDF

08-JUN=-81

S80#

S96#
6144

624N
7472

8425

7396
7791

7429
7814
8719
43064
43064
43064
43064
43064
4306
7977
43064
43064
43064
43064
43064

8638

718#%
7228
7264
730%
7348
7448

EXIT

GETBYT

824#

GETPRI

GE TWOR
GMANIA
GMANID
GMANIL
GPHARD
GPRMA

GPRMD
GPRML

HEADER

INLOOP
IOSETU
IOSTAR
KT11
LASTAD

MANUAL
MEMORY
M$BYTE
M$CHEC

MECNTO
M$COUN

8104

8344

829#
8394
848#
8594
868#
8744

903#
9344

9544

962#
Q664
9744
982#
11474

11624
1166#
20004
2118#

2182#
20664

65574
65794
66014

MSDATA

MSDECR

8505

43064
43064

7872
7714

FEQUAL

43064
43064
7533

642%
7148
6007

6386

ERRHRD
ERROR
ERRSF
ERRSOF
ERRTBL
ESCAPE

43064
43064

66304
66524
66744
1867#

2029#

67904
71984#

76854

83904

13:27
7798

4422
6905
7588
8588
4449

6013
6902

MACY11

30A(1052)

7816

7877

6930

6968

7638

7685

7028

7110

7164

7198

7232
8165
9218

8254
9268

8310
9338

8390

5916

5926
6233

5932
6242

5967
6248

5973
6380

7750

9065

9133

8105
9165

6227

8651

8734

8766

5591
6027
6962

5173

5601

5607
6178

5714
6197

5878
6212

5910
6218

7466

7515

7959

8161

8213

8225

7226
7632
8244

7444

7656

7467

7516

7526

93704
65404
65624
65914
66134
66354
66574

65414
65634
65924
66144
66364
66584

65424
65644
65934
66154
66374
66594

65434
65724
65944
66164
66384
66604

65464
65054

65654
69304

65844
69644

66044
69684
74724

8867

6993
7976

7157

6767

6995

SEQ 0195

7817
8912

7455
7871

9367
9369

N 15

15=JUN=-81
15:34
PAGE 9-1
(ROSS REFERENCE TABLE == MACRO NAMES

7026

8010

7062
7525

7156
7582

8059

7192
7623

7266

7300

7401

7260
7670

8252

7294
7679
8475

7573

7624

7671

7734

7862

65444
65734
65954
66174
66394
66684

65454
65744
65964
66184
66404
66694

65534
65754

65544
65764
65984
66204
66454
66714

65554
65774
65994
66214
66504
66724

65564
6578#

66224
66514
66734

66234
69954
75334
80104
90654

66414
70284
75844
80594
91334

66614
70644
75884

66754

66924

67104

91654

81654
92184

82544

7358
7733
8490

7377
7743

8573

5368

9370

4346

9424
43464
93674

65324
65594
65814
66034
66324
66544

73344
43464
44054
68334
72324
77504
85054

93684

65384
65604
65824
66114

66334
66554
73604

52854

442024

68524
72624
77934

85884

93694

653954
65614
65834
66124
66344
66564
73794
52904
65334
68714
72664

77984

86514

73984

72964
78164

87344

73004
78174
87664

764014
78774

89124

78784
90134

65974
66194
66484
66704

81054

71104
7634k

71644
76384

G684

71944
76814

83104

93384

—

| CZDMRE M8203 STATIC DIAG #1
' CZDMRE P11
08-JUN-81 13:27

'MSDEFA
MSENDE

93724

2170#
20744
68164
72284

7745#

84254

94014
1649

94014
43064
43064

MSGETT
M$GNGB
MEGNIN

6694
2049#
59104
62184
65444
65654
65924
66134
66554
66924
68334
69954
71984

66924

67904

89124

74724
78784
90134

80594
91334

81054
91654

8165#
92184

92684

82544

83104
93384

83904

57144
61974

57204
62034

58784
62124

59104
62134

59164
62274

59264
62334

59324
62424

59674
62484

59734
6380#

56014
61734
69934

56074
61784

43064

60134
69024

9186#
43064
43064

78724
1902#

66754

87664

8127#
86514

8105#
91654

66614

8734m

7198#
7533#
77934

MEGENB
M$GETS

66414

8505#
94224

72324
7750%

43064
43064
43064
43064
65654
67064
69454

M$GEN

66234

68334

68164
72284
76714
8165#
9218#
43064
79774
43064
664LT7H
43064
59164
62274
65454
65724
65934
66144
66354

66564
67414
68494

70114
72154

65334

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78164

73004
78174

74664

79764

70264
75154
79994

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66044
69954
75334
80104
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65654
69644

43064
79778
43064
79774
43064

MS$EXCP
MSEXIT
M$E XSE
MSEXTJ

93704

65464
69304

87154

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93694

69054

74264
78144

MSESCA

942208
93674

B 16
15:34
15-JUN=81
PAGE 9<2
MACY11 30A(1052)
(ROSS REFERENCE TABLE == MACRO NAMES

764014
78774

70624
75254

65844
69684

71044
75724

71564

75824

70284
75844

71924
76234

70644
75884

72264
76324

71104
76344

72604
76704

71644
76384

72944
76794

71944
76814

7358#
77334

7198#
7685#%

93724

73774

77434

81614

82044

82134

82254

82444

82524

84754

84904

85734

764444

74564

74674

75164

75264

75734

76244

76714

77344

78624

74304

7444k

74564

74678

75164

75264

75734

76244

76714

77344

7864

93694

93704

43694
65904

43914
66044
68164
69954

L4194

44224

52854
66414
68524

52904
664 7R
68704

65314
66614
68714

65334

65374
66754

65464

73274
7710#

74014

68044
69794
72324
75884
78164

7244M
76054
78174

66234
68334

70284
72664
76384
78384

80104

71254

77454

N304
85054

66414

87344

78164

75734
78174
87664

66614
70644
75844
7877#
89124

66754

77934
8588#

66234
69954
75334

74444

74674

75164

75264

75734

76244

43914
67244
44194
59734

52854
68304
52904
60134
65324
65574
65784
65994
66204
66414
66684
67504
69054

52904
68474
55854
60214
65334
65584
65794
66004
66214
66484
66694
67514
€9284

65314
68704
55914
60274
65384
65594
65804
66014
66224
66494
66704
67674
69304

65374
93654

65524
93984
56074
61784%4
65404
65614
65824
66034
66304
66514
66724
67904
69624

65334
68714

65464
69054

65844
69644

83904

77454
84254
94014

70624
72324

71104

66044
69684
74724
77984
86514

92684

65544
65754
65964
66174
66384
66594
67454
68714

70814
73004
76854
79004

84414
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94244

83264
89124
93654

L3694
67064
43914
59674
62484

78774
83904
89364
93724

70644
72964
76814
78784

84254
90314
94014

82694
87664
92914

93724
74304

72784
76524

66674
6892#

84054
90134
93984

82544
87474

72664
77344

66294
68474
70444

72964

63804
65554
65764
65974
66184
66394
66604
67474
68944
70644
72494

764014

7105#
72624

71104
72664

715644
72834

70284

56014

61734
65354
65604
65814
66024
66234
66504
66714
67684
69504
71574
72944

71644

72964

90834

69054
71644
74174
77504
80554
85214
91334

69174
71764
74724
776748

80794
85884
9148#

66924
71644

67104

80104
90654

80594
91334

76714

77344

7862#

65714

65904

66104

57144
61974
65414
65624
65834
56044
66314

5720#
62034
65424
65634
65844

58784
62124
65434
65644
65914
6E124
66334
66544
66754
68164
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71104
75884
78784
90134

94244

66524
66734

58064
69644
71814
73004

76244

66114

66324
66534
66744
68134
69684
7192#
7334m

71944
76344

7194#

7358%

(ZDMRE M8203 STATIC DIAG #1
| CZDMRE P11
08-JUN-81 13:27
73604
7515#
76344
7778#
79764

83104
8912#

| MSGNL S

MEGNSU
! MEGNTA
{

94014
19134
18984

18904

68164
73004

MEGNTE

M$HAPT

MEHNAP
MINCR

8105#
9165#

18944

76174

8405#
1739#
18244
2026#
5932#
62424
6545#
65654
6590#
6610#
6630#
66504
6670#

6790#
6902#
7026#

7192#
72944

74438

75724
76714
7793#
79764

8225#
85734
M$
1 OSE
M$LDRO
MEMASK
MEMCH]
M$MCLO
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73774

75164
7638#
77914
7977#

83904
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43064
42064
43064

68334

74014
81654
9218#
43064
7488#
84414
43064
43064
43064
59674
62484
65464

65714
65914
66114
66314

66514
66714
68044
69054
7028#

71944
72964
74444
7573#
7679%
77984
79774

B244#
85884
90314
43064
43064
43064

C 16
15:34
PAGE 9-3
15-JUN=-81
30A(1052)
CROSS REFERENCE TABLE == MACRO NAMES
7398#

73794
7525#
76564
77934
79994

7533#
76714
7802#

80104
84904

84254

74014
75588
7679%
78148

74294
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7681#
78164

81054
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65844
69954

66044

66234

66414

66614

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77504
85884

86514

87344

87664

89124

90134

69454

70064

89364

90314

80794
91484

72104
81274
91864

72444

87834

80304
90834

71764

87474

79004

71254

86674

70444
78354

L4194

55854
60214
65324
65554
65754
65954
6615#
66354
66554
66754
68304
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55914
60274
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65564
65764
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66364
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66904
68334
69504

56014
61734
65374
65574
65774
65974
66174
66374
66574
66924
68474
69624

56074
61784
65384
65584
65784
65984
66184
66384
66584
67064
68494
69644

57144
1974

57204
62034

58784
62124
65414
65614
65814
66014
66214
66414
66614
67444
68704

66144

66324
66524
66724

66344

70444
7198#
7300#
74554
75824
76814
78024
79994

70644

66544
66744
68164
69304

68064
69174

72154

7334m
74664
75884
77104
78164

77104

70814
72c68
7358#
74678
76054
77164
7817#

77674

71044
72284
73604
747248
76094
77334
78354

85884

71054
72324

73774

74884
76234

70284
77984
70814

71104
72444
73794
75154
76244
77434
78614

70644
78164

65394
65594
65794
65994
66194
663954
66594
67244
68514
69684
71254
72494
73964
75164

76324
77454

8252#
86044

90654

80104
82654
86514
91334

8030#
83104
86674

91484

805%
83264
87194
91654

77344
7838#
80794
83904
87344
91864

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67474

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67674

68064

68134

68944

68524

65334
68714

65464
69054
72964

65654
69304
73004

65844
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66234
69954

85884

86514

87344

87664

78174

74014
78774
89124

6604+
69684

65384

65394

65404

65414

65424

44054

4L22m

72324
77504

72624
77934

8505#

94224
6532#

67904
72664
8059
91334

65654
69684
76854
85054

60134
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65744
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65524
65724
65924
66124

66924

65464
69304
76384
84254
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69794

76524

59734
6380#

93724

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69054
75884
83904
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43124

93704

82544
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93984

77454

65334

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9368#

82254
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74728
7632#
77764

76814

72628

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746748
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74664

76234
77454
78724
82444

76344

7228#
7838#

75544
85214

74564
76094
77434
78714

75844

6964#

68924

77334

78614

74554
75884
77344
78624

72964

92684

82544

74444
75844

86384
93654

92184

92684

74434
75824
77164
78384
81654

93384

91654

77764
4405#
6852#
74724

74304
75734
76854
78174
81614

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82044
86514
93674

80594
85054

90654

68334

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72664
77984

78164

78624

81054
84054
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92184

81274
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92374

74724
78784
90134

65434

71104
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65404

65604
65804
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76014
75264
76384
77674
78724

8165#
84754
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71984
78784

78774
82524
87664

72324
80104
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78784

81854
92374

82694
92914

72784

73274
83264

59104
62184
65424
65624
65824
66024
66224
66474
66674
67478
68714
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62274
65434
65634
65834
66034
66234
66484
66684
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59264
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676748
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84904
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76704
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93654

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66414
70284
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71104
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71644
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71944
76814

8310#

' CZDMRE M8203 STATIC DIAG #1
'CZDHRE.P11
08-JUN=-81 13:27

65574
65794
6601#
66304
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6524
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7358
74728
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8734#

D 16
15=JUN=81
15:34
PAGE 9-4
30A(1052)
(ROSS REFERENCE TABLL == MA(CRO NAMES

6555#
65814
66034
66324
66544

72964
74564
7609#

7743
7871

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7670
77984

80004

8475

91334
57204

78354

66164

66384
66604

76174
78384

74884
79004

74884
79004
90314

6227
65454
65724
65934
66144
66354
66564
67414
6902
71C4
7260
7429
7572
76814
78164

81054
8573

92584
59164

70064
75544

80304
90834

5926
6233
65464
65734
65944
66154

66364
66574

6744K
69054
71054
72624
74304

75734
7685#
78174

8161
85884
93384
59264

75584

5932
6242
65534
65744
65954
66164
66374
6658#
67474
6928

70814
76054

70814
76054
81274
91864

8638

5967
6248
65544
65754
65964
66174
66384
66594
67504
69304
7156
72834
74444
75844
7733
7861
8204
86514

5932#

596748

71104
72664
7443

7582
77164
78384
81654

71254
76094

66004
66224
66514

66734

71254
76094

8185#
92374

CZDMRE MB203 STATIC DIAG 41

“~n

CZDMRE .P11

08-JUN=81

6007#
63864
65564
65778
5982
66198
66608
66614
67904
69628

71648

72964

METSTL

PRINTX

READBU

73794

7358%4

73604

77458

7467R
76248

77508

78778

7194k

T4L728
76328

77768

78788

71984

72154

7515
7634k

75164
7638

79768

79778

77784

77918

72264

75254
76564

77934

79994

B254%

B3104

B3904

84254

1921#
€007#

43064
60134

55854
60214

S5914
6027#

56014
61734

56074
61784

57144
61974

6556#
65778
65984
66194
66404
66614

6557#
6578%
65994
66204
66414
66684

6558
65794
66004
66214
66LBE
6664

65594
65804
66014
66228
66494
66708

65604
65814
66024
66234
66504
66714

o734x

B225#
87344

B7634

65324

68064
69648

71814
73004
74668
76234
77458
78728

B244m
87634

B7664

65334

68134
69684
71928
73344
TLETR
7624k

77504
7877k

B2524
B766

8B67A4

65384

68164
69934
71944
7358#
74728
76328
77764
7878#

82544
88674

19944

43064

43464

43694

73584

73778

7396

74294

59674
6248%
77338

PRINTS

73778

7334k

71924

B2S24

77438
78714

PRINTF

61974
65414
65624
65834
66044
€6314
66524
66734
68514
70264

73004

71818

15:34

B2ou4m

71648
72964
74568
7609%

MEXFER
OPEN
POINTE
PRINTB

61784
65404
65614
65824
66034
66304
66S1A
66728
68494
70114

61734
65394
65604
65814
6602#
66234
6650
66714
58334
69954

78728

67904
69624

MEWORD

TABLE == MACRO NAMES

6027#
65384
65594
65804
66014
66228
664K
66704
6B16H
69934

78714

63864

’
|
fi
:

(ROSS REFERENCE

60214
65334
6558
65794
66004
66218
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6669
68134
696BF

74668
76238

B225#

30A(1052)

60134
65324
65574
65784
6599%
66208
66418
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13:27

15-=JUN=-81

84904
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13719#

1359#&#

6577
6615
6640

1399#

59734
63804
77434

85734
43064
43064
43064
43064
6592
6652
4306#
43064

43064

6578
6616
6653

4306#

6007#
63864
77914

B63B#
4336
6532
6593
6668
6851
6542

6579
6617
6654

E 16

MACY11

89124

65394

68334
69954

7198#
73604
75158
76348
7778%#
7976

83104
89124

55854

90134

65404

65614
65824
66034
66304
66514
66728

68494
70114

72154
73778
75168
7638

7791
79778

83904
90134
55914

90654

65414

65624
65834
66044
66314
66524
66734

68514
70264

72264
73794
75254
76564
77934
79994

B4254
90654
56014

60134
69024

60214
69284

6027%#
69628

61734
69934

7Bl4&

78614

78718

79764

74438

74558

7L66K

SCQ 0199

PAGE 9-5

62034
65424
65634
65844
66114

66324
66534
66744
68524
70284
72284

73964

75264
76704
7798#4
80004

84754
91334
57204
62034
65424
65634
65844
66114
66324
66534
66744
68524
70284
72284
73964
75264
76704

77984
80004

84754
91334
56074
61784
70264
75154
79994

62124
65434
65644
65914
66124
66334
66544
66754
68714
70624
72324
73984
75334
76714
78024
80104

84904

91654
58784

62124
65434
65644
65914
66124
66334
66544
66754
68714
70624
72324
73984
75334
76714
7802#

80104
84504

91654
57144

61974
70624

75254

62184
65444
65654
65924
66134
66344
66554
66924
68944

80594
85054
92184
59104
6218#
65444
65654
65924
66134
66344
66554
66924
68944

74444

8165#
86384

75844
77334
78614
82044
86514

59324
62424
65534
65744
65954
66164
66374
66584
67478
69284

59674
62484
65544
65754
65964
66174
66384
66594
6750#
69304

71104
72664
74434
7582#
77164

78384

71564
72834
74444
75844
77334
78614

71574
72944
74554

75884
77344
7862#

82134
87194
59734
63804

65554

65764
65974
66184
66394
66604
676748
69504
71574
72944
74554
75884
77344
7862#

81654
86384

82044
86514

82134
87194

59164
62274

59264
6233#

5932#
624L2#

72264
76324

72604
76704

72944
76754

82254

8244k

82524

84754

6572
6632

6573

6574
6649

6575
6650

6562
6600
6636
6673

€563
6601
6637
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6564
6602
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€576
6603
6639

6540
6611

6541
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6553
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6545

6557

6558
6596
6622

6559
6597

6560
6598
6634
6671

6659

74434
75824
77164
7838#

71564

72834

82044

6539
6595

6583
6621
6658

76234

66374
66584
67474
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63804
6555#
65764
65974
66184
66394
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67674
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93704

81614

6538
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€582
6620
6657

71624

66164

62484
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66174
66384
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6581
6619
6656

8588#
93384
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6218#

71044
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BB67M

6580
6618
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71054
72624
74304
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76854
78174
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80594
85054
92184
57204
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71054
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81614
85884
93384

59264
62334
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70644
72494
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6561

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MB203 STATIC DIAG #1
P11
08=-JUN=81 13:27
14034
1408#
1413#
1418#
14244
1438#

43064

43064
43064

43064

1620#

ABS

026234

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1612#
16164

4305~
43064
4306#
L3064

xFERF

1452#

ERRORS DETECTED:

F 16
30A(1052)
15=JUN=81
15:34
PAGE 9=6
(ROSS REFERENCE TABLE == MACRO NAMES
6747

€750

L3056

CZDMRE .BIC,CZDMRE .SEQ/CRF/DOC/NL
: TCU=Sv( 3R M B, (7DMiE

RUN=TIME:

35 45 & SECONDS
RUN=-TIME RATIO: 106/85=1.2
17k
(33 PAGES)
CORE USED:
DOCUMENT PAGES:

200

P71

SEQ 0200