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AH-E232B-MC

January 1980

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Document:	CZDMRB0 M8203 M8203 STATIC DIAG. 1 JAN 1980 bw
Order Number:	AH-E232B-MC
Revision:	000
Pages:	219
Original Filename:	CZDMRB0__M8203__M8203_STATIC_DIAG._1__AH-E232B-MC__JAN_1980_bw.pdf

OCR Text

M8203 STATIC DIAG. # 1

CZDMRBO

AH-E232B-MC

JAN 1980

2
FICHE1 OF

IN USA
MADE

:fl:flflflfl

Mi8203 STATIC DIAG. # 1

CZDMRBO

AH-E232B-MC

JAN 1980

FICHE 2 OF 2

IN USA
MADE

copvrichT 1980

=OTORS0

DOCUMENT

— d —d
D ol odSN0~
D b
80@
NOWN

(/DMRB MB203 STATI( DIAG #

MACRO v03.0"

8 1
17-0CT=79 08:49:54 PAGE 1

SEQ@

.REM a

IDENTIFICATION
PRODUCT

(ODE
:

AC-E231B-M(

PRODUCT NAME:

(ZDMRBO M8203

PRODUCT DATE:

OCTOBER

MAINTAINER:

DIAGNOSTIC ENGINEERING

AUTHOR:

DAVID HOF FMAN

THE

INFORMATION

STATIC

DIAG #°

1979

THIS

DOCUMENT

SUBJECT

CHANGE

WITHOUT

NOTICE
AND
SHOULD
NOT BE CONSTRUED AS A COMMITMENT B8Y DIGITAL
EQUIPMENT CORPORATION.
DiGITAL EQUIPMENT CORPORATION ASSUMES NO
RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS DOCUMENT.
NO RESPONSIBILITY IS ASSUMED
FOR
SOF TWARE ON EQUIPMENT [HAT IS NOT
AFFILIATED COMPANIES.

FOLLOWING ARE

DIGITAL
DEC

(C)

THE
USE
SUPPLIED

1979.8Y DIGITAL EQUIPMENT

TRADEMARKS OF

PDP

DE CUS

DIGITAL

DECTAPE

RELIABILITY
DIGITAL
OR

(ORPORATION

FQUIPMENT

UNIBUS

OR
BY

(ORPORATION:

MAS SBUS

Of
ITS

CZDMRB M8203 STATIC DIAG #1
W) —

PROGRAM DOCUMENT

1
¢
17-0(T=79 08:49:54 PAGE 2

MACRO v03.01

@
e

REQUIREMENTS
PROGRA¥ REQUIREMENTS

DIAGNOSTIC SUPERVISOR
EXECUTION TIME
XXDP+

ACT/SLIDE
APT
MEMORY MANAGEMENT
MEMORY PARITY OPTION

ERROR LOGGING

PROGRAM LOAD

OPERATING

INSTRUCTIONS

LOADING AND STARTING PROCEDURES
6.1.1 LOADING PROCEDURES
6.1.2 STARTING PROCEDURES

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
.2 INITIAL DIALOGUE
PROGRAM OPT JONS

START
.3.1.1
.2
.3
WVWWO LNWD wvaWWfi uuumwwww
Mo
=3
o
X
owww
NNN (n_a—i-l—a
—
e
-4

(OMMAND
TESTS SWIT(CH

PASS SWITCH
FLAGS SWITCH

.4 END OF

PASS SWIT(H

.5 EFFECT OF START (OMMAND

T ART COMMAND
.1 TESTS, PASS,

AND FLAG SWITCHES

.2 UNITS SWITCH
3 EFFECT OF RESTART (OMMAND

INUE CUMMAND
.1 PASS SWITCH

.2 FLAGS SWITCH
.3 EFFECT OF CONTINUE COMMAND

CEED COMMAND
.1 FLAGS SWITCH
.2 EFF ECT OF PROCEED (OMMAND
( OMMAND
.1 UNITS SWITCH

6.3.1

O \JO*O*O*O*O\U\OOJ\QOQWO*OO*NO*OO*O*O*

6.1

MEDIA

\l‘-'oo\%\.hU'!O J\J\

oF 2
SN S
F ol S

Q0 ~NON NS W) —

O
O

GENERAL PROGRAM CONSIDERATIONS

.
.

PREL IMINARY

HARDWARE

N
H

NN
V& W =200

nINIAY NS 1a% 1) P

INTRODUCT
ION

N
S
G
G

NN =20V

NO N

CONTENTS

.2 EFFECT OF ADD COMMAND
.1

UNITS SWITCH

.2 EFFECT OF DROP (OMMAND
T

COMMAND
EFFECT OF PRINT (OMMAND

PROGRAM DOCUMENT

MACRO Vv03.01

17-0CT=79 08:49:54 PAGE 2-1

SEQ

.1 UNJTS SWIT(H

.2 EFFECT OF DISPLAY (OMMAND
G? COMMAND
LA

.3.10.1 EFFECT OF 2ZFLAGS COMMAND

CONTROL CHARACTERS

.12 HARDWARE PARAMETERS
3 SOF TWARE PARAME TERS

& EXTENDED DISCUSSION Of

7.0 DEVICE

INFORMATION TABLES

8.0 TEST DESCRIPTIONS
8.1 DATA PATTERNS USED
9.0 ERROR
G.1

INFORMATION

ERROR REPORTING

P-TARLE

DIALOGUE

(ZDMRB MB203 STATIC DAL M

(ZDMRB M8203 STATIC DIAG M

—d

17-0CT~79 08:49:54 PAGE 3

SEQ

S
S
[

OOV

NO N

2O 000 NN

—

PROGRAM DOCUMENT

MACRO v03.01

INTRODUCTION

THE

M8203

SINGLE~LINE

SYNCHRONOUS L INE UNIT MODULE

wHi(H SUPPCRTS BOTH CHARACTER -ORIENTED (DDCMP, BSC,
ETC.)
AND
BIT=-ORICNTED (SD.C, HDLC, ETC.) PROTOCOLS, AND WHICH IS

CURRENTLY EMPLOYED IN THE DMP-11
THE

PURPOSE

THIS

OF ALL M8203 LOGIC
FOLLOWING

PROGRAM

FUNCTIONS

ADDRESSING,
READ/WRITE

WILL

DDPCMP

RELATIVELY

MULTIDROP

TO PERFORM DJAGNOSTIC

STATIC

PERFORMED:

PROJECT,

TESTING

MANNER.

LINE

UNIT

THE

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

SEQUENCING AND
DATA
BUFFERING
AND
STATIC
OPERATIONS
[N
(HARA(CTER AND BIT=STUFFING MODES.
IN ADDITION DATA MESSAGES
WILL BE SENT AT SPEEDS OF 2400
BAUD
TO
1
MEGABAUD,
WITH
LOOPBACK
IN
THE
USYRT,
ON THE LINE UNIT AT TTL LEVEL, OR
THROUGH

INTERFACE
THE

EXTERNAL

TEST

CONNECTOR

WITH

SPECIFIC

MODEM

SELECTED.

STATIC(

LOGIC

TESTS

TROUBLESHOOTING CAPABILITIES,

WILL

SUCH

PROVIDE

TIGHT

EXTENSIVE

SCOPE

LOOPS,

SWITCH
OPTIONS,
AND
ABILITY
TO °‘LOCK'' ONTO INTERMITTENT
ERRORS.
IN ADDITION TESTS WILL BE DESIGNED
AND
STRUCTURED
TO
ACHIEVE
MAXIMUM
FAULT
RESOLUTION
AND
FACILITATE

REPLACEMENT
THIS

PROGRAM

SUPERVISOR

THE
DESIGN
XfifiSéG}IéETHE
.
L

THE

SMALLEST

WILL

AND

FIELD REPLACEABLE

IMPLEMENTED

USING

UNIT.

THE

DIAGNOSTIC

A STRUCTURED PROGRAMMING APPROACH.

BECAUSE

WILL
CONFORM
TO
THE
SUPERVISOR
(STANDALONE
PROGRAM WILL BE COMPATIBLE WITH ACT, APT, XXDP+,

THROUGH DJALOGUE

WITH

THE

OPERATOR,

THE

PROGRAM

WILL

ALLOW

MODIFICATION
OF
DEVICE PARAMETERS, SUCH AS UNIBUS ADDRESS,
VECTOR ADDRESSES AND
DEVICE
PRIORITY.
IN
ADDITION,
THE
OPERATOR
(AN
SPECIFY
PARTICULAR
TESTS
TO
BE
RUN AND A
JARIETY OF LOOFPING, RUNNING, AND REPORTING MODES.
DEVICE ERRORS WILL BE REPORTED AS THEY
OCCUR.
THE
REPORT
WILL
INCLUDE
A
TEST
NUMBER AND DESCRIPTION OF THE ERROR,
(ngNO?Ez’T‘:S) BAD
TEST
[DATA,
AND
APPLICABLE
DEVICE
REGISTER

2.0 HARDWARE

THE

REQUIREMENTS

FOLLOWING

.OGIC TESTS:

HARDWARE IS REQUIRED TO RUN THE M8203 STATIC *

FOP=11/04,05,10,20,30,34,35,40,45.50.60,
16k

MEMORY

FTONSOLE

TERM]NAL

(ZDMRB MB8203 STATI( DIAG M

PROGRAM DOCUMENT

MArRO v03.01

17-0(T=79 08:49:54 PAGL 3-1

SEQ

DM(=11 OR KM(~11 M](ROPROCESSOR

M8c03 LINE

UNIT AND B(08S-1

(ABLE

AND BERG CONNECTORS

62
63
645

3.0 PRELIMINARY PROGRAM REQUIREMENTS

66
o7
68

THIS PROGRAM OPERATES
THE
MICROPROCESSOR EXTENSIVELY
IN
TO
TEST
THE
LINE
INIT.
FOR
THIS REASON,
THE
MICROPROCESSOR DJAGNOSTIC AND SUBSYSTEM FUNCTIONAL
TESTS

70
;;

MiCROPROCESSOR MGCDULE SHOULD BE
THE MB203 STATIC LOGIC TESTS.

QRDER

SHOULD

RUN

4.0

GENERA.

76
;g

4.1

DIAGNOSTIC

THIS

PROGRAM

80
81
82
gz

FJIRST,

AND

ANY

FAULTS

REPAIRED,

FOUND

PRIOR

THE

RUNNING

PROGRAM (ONSIDERATIONS

SUPERVISOR
IS

COMPATIBLE

WITH THE

STANDALONE

DIAGMOSTIC

SUPERVISOR, AND MUST BE LOACED TO BE
CC-RESIDENT
WITH
TH:
SUPERVISOR,
OR
BE
PREVIOUSLY COMBINED WITH THE SUPERVISC:
AND LOADED AS A SINGLE FILE.
IN EiTHER (ASE,
THE
C(OMBINED
PROGRAM WILL

NOT EXCEED

16k OF MEMORY.

4.2 EXECUTION

THE MAXIMUM TIME REQUIRED TO RUN THE MB203 STATIC LOGIC TESTS

N
g%

4.3 XXDP+

TIME

IS ABOUT 45 SECONDS PER PASS FOR EACH UNIT.

THIS PROGRAM MAY BE LOADED UNDER XXDP+, AND

MAY

RUN

DUMP MODE OR (HAIN MODE.

97
gg

4.4 ACT/SLIDE

100
;8;

THIS PROGRAM MAY BE LOADED UNDER A(T OR SLIDE AND MAY BE RUN
IN DUMP MODE OR (HAIN MODE.

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

THE
AP1
SYSTEM
OR SCRIPT MODE.

(INCLUDING

4.6 MEMORY MANAGEMENT

d e

RanI3BRINIR

d —d

4.5 APT

103

MEMORY MANAGEMENT

INSTALLED,

IS NOT

UTILIZED

THIS PROGRAM.

]S DISABLED BY THE PROGRAM,

C20MG MB203 STATIC DIAG M

4.7 MEMORY PARITY

OPTION

PARITY MEMORY

DISABLED BY

THE

SEQ

INSTALLED,

MEMORY

PARITY

TRAPS

ARE

PROGRAM,

AT THE END OF EACH PASS ON ALL
THE CUMULATIVE TOTAL NUMBER OF
RESTART COMMAND.

THIS PROGRAM

ABSOLUTE

ANY MEDIA

DIAGNOSTIC

—

—_

H £

—ed e

ABSOLUTE
THE

LOADED

SUPPORTED BY

LOADER,
THE

THE

FROM

6.0 OPERATING

SLIDE,

XXDP+.

PROGRAM

DIAGNOSTIC

SUPERVISOR

DIAGNOSTIC

THE PROGRAM PRINTS QUT
SINCE THE LAST START OR

USING

THF

THE

PAPER

TAPE

USING

SHOULD

TAPE

OR APT SYSTEMS,

SUPERVISOR.

SHOULD

PROGRAM.

WHEN

PAPER

LOADED

WHEN USING

LOADED FIRST,

OR FRCM
FfIRST,

XXDP+,

THE

FOLLOWED BY

INSTRUCTIONS

LOADING AND STARTING PROCEDURES

6.1.1
THiS

LOADING PROCEDURES
PROGRAM

ABSOLUTE

gmmm&u\mma
D00
NN
N

(AN

LOADER OR FROM A(CT,

FOLLOWED BY

6.1

MAY

LOADER.

LOADED

FROM

IT MAY ALSO BE

MEDIA. WHEN LOADED UNDLR XXDP+,
WILL BE LOADED AUTOMATICALLY.

THE

PAPER

LOADED

TAPE

USING

THE

FROM ANY XXDP+

[ OAD

USE

DEC

DIAGNOSTIC

SUPERVISOR

200.

STANDARD

6.1.2 STARTING PROCEDURES
THE
PROGRAM
PROCEDURES TO

STARTS
AT
LOCATION
START THE PROGRAM.

Py YR

R S

UNITS,
ERRORS

5.0 PROGRAM LOAD MEDIA

d e

wWwh—=O

4.8 ERROR LOGGING

nd e

B md

D o

e o

el e el

)

) el

N NN N N RN DU RO AU NI NI NONI NN —a — -2 —b >

PROGRAM DOCUMENT

6
17-0(CT=79 08:49:54 PAGE 3-?

MACRQ v03.01

6.1.3 STEPS FOR QUICK AND SIMPLE EXECUTION
THE

DJAGNOSTIC

WITHOUT READING

CAN

THE

EXECUTED

REMAINDER OF

LOAD AND START DIAGNOSTIC

TO END EXECUTION,

STANDALONE

UNDER

THIS DOCUMENT,

USING RUN COMMAND

XXDP+,

AS FOLLOWS:

B) RECEIVE DIAGNOSTIC SUPERVISOR IDENTIFICATION AND PROMPT
() ENTER STA<CR>
D) ANSWER HARDWARE AND SOF TWARE QUESTIONS
Es GET END OF PASS MESSAGES OR ERROR MESSAGES
ENTER

CONTRQOL/(

(DRS=->)

(JDMRB M8203 STAT[( DIAG #1

PROGRAM DOCUMENT

b -l

AFTER

THE

PROGRAM AND

IS STARTED,

THE

SUPERV]SOR ARE

LOADED AND

THE

OR MORE

THE

THE FOLLOWING IDENTIFICATION [S

DRS LOADED
DIAG. RUN-TIME SERVICES
CZDMR-B-0
M8203 STATIC LOGIL TESTS - PART
LDN‘:IT 1S M8203
THE

SEQ

OPERATOR

THEN PROCEEDS BY

TYPED

PROGRAM

TYPING ONE

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

SPECIFICATION).

N —d 2

b —d

d o

D e

6.2 INITIAL DIALOGUE

8833 ERRECLLIBIFRRIR 2BIIIFAF

122
173

H
1
17=-0(CT=79 08:49:54 PAGE 3-3

MACRO v03.01

6.3 PROGRAM OPTIONS
6.3.1

START COMMAND

(28220022 2d082R

iRl

222222 222

STA(RT)/TESTS:<TEST=LIST>/PASS:<PASS=(NT>/FLAGS:
<FLAG=L]ST>/EQP:<INCR>

S22 2220282222022
2R
R
22X
AR
R R

6.3.7.1

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

<TEST-LIST>
IS
A SEQUENCE OF DECIMAL NUMBERS
RANGES OF DECIMAL NUMBERS (1-5:8-10 ET(.) THAT

2 -2
h
D —d e
b
—

OO0 NOMN SN —

TESTS
TO BE EXECUTED.
THE NUMBERS RANGE FROM

SLVIAN
1N LN N1, ST,N 1,V)

XN NN

1
THEY MAY BE

DIAGNOSTIC.
8t EXECUTED

THE NUMBERS ARE
TO THE LARGEST

(1:2 ET(C.) Ok
SPECIFY
THE

SEPARATED BY
TEST NUMBER

SPECIFIED IN ANY ORDER.
IN NUMERICAL ORDER REGARDLESS OF
THE

SPECIFICATION.
THIS AND ALL

THE

SWIVCHES,

DEFAULT
THE

COLONS.
IN
THE

TESTS WILL
ORDER
OF

TO EXECUTE ALL TESTS.

ANGLE BRACKETS

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

<> ARE

TO BE

PUNCTUATION

TYPED BY

THE

6.3.1.2 PASS SWIT(H (/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 UNJTS SUBMITTED.
THE
THE

DEFAULT
PROGRAM

IS NON-ENDING EXECUTION.
]S ACCOMPLISHED EITHER BY

IN THIS CASE EXIT FROM
TYPING A CONTROL/C
OR

BY
OCCURANCE
OF AN ERROR WITH THE HALT ON ERROR FLAG BEING
EEJ[Y).OFTZESE);I; IS A RETURN TO COMMAND MODE.
SEE EXAMPLE
AT

"JOMRB MB2C3 STAT]!” DIAG M

PROGRAM DOCUMENT

MACRO v03.01

I
17-0CT=-79 08:49:54 PAGE

1
3-4

StQ

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

'\)Nuf\)l’\)
LERRY

232

<FLAG=LIST>
<FLAG=7>,

ONE OF

SEQUENCE OF

ELEMENTS OF

SEPARATED BY (OLONS,

THE FOLLOWING VALUES:

HOE

LOE

238

OR <FLAG=0>,

IER
IBE
IXE

PRI
PNT

B0t
UAM

ISR
IDU
LOT

HALT

ON ERROR,

CAUSING COMMAND MODE

THE FORM <FLAG>,

WHERE

<FLAG> HAS

TO BE

ENTERED WHEN AN ERROR IS ENCOUNTERED
LOOP ON ERROR, CAUSING THE DIAGNOSTIC TO LOOP
CONTINUOUSLY WITHIN THE SMALLEST DEFINED BLOCK
OF CODING (SEGMENT, SUBTEST, OR TEST) (ONTAINING THE ERROR
INHIBIT ERROR REPORTING
INHIBIT BASIC ERROR REPORTS
INHIBIT EXTENDED ERROR REPORTS
DIRECT ALL MESSAGES TO A LINE PRINTER
PRINT NUMBER OF TEST BEING EXECUTED

BELL ON ERROR
RUN IN UNATTENDED MODE, BYPASSING MANUAL
INTERVENTION TESTS
INHIBIT STATISTI(CAL REPORTS
INHIBIT DROPPING OF UNITS BY DIAGNOSTI(
LOOP ON TEST

THE
FLAGS NAMED OR EQUATED TO ' ARE SET, THOSE EQUATED TO O
ARE CLEARED.
A FLAG NOT SPECIFIED IS CLEARED.
IF THE FLAGS
?U[I)TCC)&F-‘ 61§ 1N(S)T GIVEN ALL FLAGS ARE CLEARED.
SEE EXAMPLE AT
N

L3.0.0.

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

PASSES)
PRINTED.

IT
IS
DESIRED
THAT
THE DEFAULT IS AT “HE

EXAMPLE AT END OF 6.3.1.5.

THE
END
END
OF

(IN TERMS OF

QCF PASS MESSAGE BE
EVERY
PASS.
SEE

6.3.1.5 EFFECT OF START (OMMAND
THE
EFFECT OF THE START COMMAND IS TO INITIATE THE HARDWARE
PARAMETER DJALOGUE, THE
SOF TWARE
PARAMETER
DJALOGUE,
AND
THEN THE DIAGNOSTIC TESTS THEMSELVES.
THE

HARDWARE

PARAMETER DIALOGUE

"4 UNJTS?' TO WHICH THE

NUMBER

N FROM 1

TO 16.

OPERATOR

COMMENCES WITH THE

REPLIES

WITH

QUESTION

DECIMAL

THE TERM 'UNIT'® REFERS TO THE DEVICE

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

BE BUILT.
EACH P-TABLE IS A CORE~RESIDENT TABLE
CONTAINING
ALL
THE
HARDWARE
INFORMATION
FOR ONE UNIT.
THE OPERATOR
MUST SUPPLY N (NUMBER OF UNITS) VALUES
FOR
EACH
QUESTION.

HE
MAY
DO
THIS
BY GIVING ONE ANSWER TO EACH QUESTION (IN
WwHICH CASE THE SERIES OF QUESTIONS WILL BE POSED N TIMES) OR

GIVING

VALUES,

SEPARATED 3Y COMMAS,

TO EACH QUESTION

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

(ZDMRB M8203 STATI( DIAG #

PROGRAM DOCUMENT

286
287
288
289
290
291

MACRO v03.01

J
17-0("=79 08:49:5¢ PAGE

OCTAL,

FOR YES/NC)

1
3-5

SEQ

IN PARENTHESES AND

THE

AF TER THE PARENTHESES.

FOLLOWING

THE HARDWARE QUESTIONS ARE

THE

DEFAULT

SOF TWARE

VALUE

QUESTIONS

TO BUILD THE SOFTWARE TABLES, wHICH DEFINE THE
MODE
VERIFY ETC.) THAT THE DIAGNOSTIC wILL EXECUTE IN.

WHEN

(QUICK

THE QUESTION ' UNITS?'' ]S ANSWERED, MEMORY STORAGE

ALLOCATED FOR THE P-TABLES,

ACCOMMODATE

AND

THERE

NOT

THAN ONCE

THEM THE MESSAGE '‘TCO MANY UNITS'' IS ISSUED.

THIS CASt THE DIAGNOSTIC
TEST ALL UNITS.

MUST BE

EXECUTED MORE

ENOUGH

EXAMPLE:

STA/TESTS:1:2-4:6:8-10/PASS:3/FLAGS: ]ER:HOE-1:UAM:
[ OF
THIS

COMMAND

CONSISTING OF

WILL

ALl

UNITS.

THERE

C(OMMAND

OTHER

OO
N W
2O

— ol

N NN

d ad

N NN

SAYING <FLAG=1>.

N U

CAUSE

THREE

PASSES

TO BE

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

MADE,

EXECUTED

EA(CH PASS

AGAINST

IS NO DIFFERENCE BETWEEN SAYING <FLAG> AND

THE NOTATION <FLAG=0> IS MEANINGFUL ONLY ON
THAN

START

PREVIOUSLY SET.
NOTE THAT
THREE LETTERS ARF SCANNED.

ON ALL

C(CLEAR

COMMANDS

FLAG

ONLY

THAT WAS

THE

FIRST

6.3.2 RESTART (OMMAND
i
e
I

RES(TART) /TESTS:XTEST=-LIST>/PASS:<PASS~(NT>/F _AGS.
<FLAG-LIST>/UNITS:<UNIT=-LIST>
LA 222232202

6.3.2.1

2022222232282

2R22dRiRRiilRRllill

TESTS, PASS, AND FLAGS SWITCHES

<TEST=LIST>,

<PASS=CNT>,

AND

<FLAG-LIST>

ARE

THE

START

COMMAND.

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

A SEQUENCE

DECIMAL NUMBERS

(0,1

ETC.)

RANGES OF DECIMAL NUMBERS (0-5, B-10 ETC.) THAT SPECIFY
THE
UNITS
TO
BE
TESTED.
THE NUMBERS ARE StPARATED 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
(OMMAND.
SEE
THE DISCUSSION OF ADD AND DROP (OMMANDS BELOW.
DEFAULT
éS 10 gEST ALL UNITS WHICH HAVE NOT BEEN DROPPED BY
A
DROP

6.3.2.3 EFFECT OF RESTART (OMMAND

(ZDMR8 MB203 STATIC DIAG M

PROGRAM DOCUMENT

THE
THE

17-0(T-79 08:45:54 PAGE
RESTART

HAVE

MACRD v03.01

P-TABLES

BEEN

3-6

SEQ

(OMMAND DIFFERS FROM THE

FROM THE

ONE)

ARE

JSED,

START

INSTEAD OF

START (OMMAND [N THAT
(OMMAND

(THERE

THE UNJTS SWITCH GIVES THE ABILITY TO
SELECT
A
THESE.
THE
SOF TWARE DIALOGUE MAY OPTIONALLY BE

(OPERATOR WILL BF ASKED).

COMMAND

MODE

THE

MUST

NEw ONES BEING BUILT.

COMMAND

(AN

HAS BEEN REENTERED IN ANY OF

THE

SUBSET
OF
REEXECUTED

USED

AFTER

THREE NORMAL

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

6.3.3 CONTINUE CUMMAND
128 222222202222

232X2R222al

RARARARRdR

SRRl

ARE

]

CON(TINUE) /PASS : <PASS~CNT/F LAGS : <FLAG=L]ST>
AR ANAANRNARNANNANAARAPAAANRARPIARAANRNARAAANANRANEANANANRRCSIATEIRDTES

€.3.3.1 PASS SWIT(CH (/PASS:<PASS=(NT>)
<PASS=CNT>

SAME

THE

UNSATISFIED

NONE REMAINS,

START

PASS-(NT

FROM

THE DEFAULT

(OMMAND,

THE

BUT

THE

START

DEFAULT

RESTART,

IS NON-ENDING EXECUTION.

6.3.3.2 FLAG SWITCH (/FLAGS:<FLAG=LIST>)
<FLAG=L]ST> IS5 SAME AS [N
FLAGS RETAIN THEIR (URRENT

START
VALUE.

6.3.3.3 EFFECT OF

COMMAND

CONTINUL

(OMMAND,

BUTM

UNSPECIFIiED

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

6.3.4 PROCEED COMMAND
(A8

2222222202222

22222222222

222

PRO(CEED) /FLAGS:<FLAG=LISTM>
A0 S22 ARARARRRARARERRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRARAD]

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

FLAGS

RETAIN

]S AS

THEIR

6.3.4.2 EFFECT OF

THE

CURRENT

STARTM
VALUE.

PROCEED (OMMAND

(OMMAND,

BU'

UNSPECIFIED

CZDMRB MB203 STATI( DIAG M

PROGRAM DOCUMENT

400

MACRO v03.01

1
L
17-0CT=79 08:49:54 PAGF 3-7

PROCEED

SEQ

MUST FOLLOW A START, RESTART, OR (CONTINUE.

COMMAND

&0
402

MODE MUST HAVE BEEN ENTERED VvJA A HALT ON ERROR.
THE EFFE(T
OF
THE
COMMAND
IS
TO
BEGIN
EXECUTION
AT
THE LOCATION

&04

PARAME TERS MAY BE ALTERED.

408

6.3.5 ADD (OMMAND

403
40S
4«06
&07

409

FOLLOWING THE ERROR CALL.

‘10

L X2

ADD/UNITS:<UNIT-L]IST>

‘12

613
614

2222232222222

X2 2

X222 22222222222

IZ;Z

6.3.5.1

21;

CUNIT=LIST>

419

NEITHER

AX 2222

XX X222

HARDWARE

NOR

SRR SRR

22222 N3N

SOF TWARE

AR REARR NN

K X

X X

UNITS SWITCH (/UNITS:<UNIT=LIST>
IS AS

THE

RESTART

(OMMAND.

25?

6.3.5.2 EFFECT OF ADD COMMAND

422
423
&24
425
426
427
“«28
429

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

2%(1)

HARDWARE DIALOGUE.

THIS

1223222223223 X222 22

DRO(P) /UNITS:<UN]T=-L]ST>

| 8222222222322

RS EE

R AR

FOLLOWED

2222222322222

222 R

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

223

CUNIT=LIST> IS AS IN THE RESTART COMMAND.
6.3.6.2 EFFECT OF DROP COMMAND

444
445

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

449

22(1)

6.3.7 PRINT COMMAND
(3223222823222

453

PRI (NT)

455
456

UNITS
START

COMMAND .
THE
UNITS
SWITCH MUST BE ENTERED.
THIS COMMAND
MUST BE FOLLOWED BY A RESTART OR A CONTINUE COMMAND.

452

‘S‘

RN AN KN N K RN N X E R EERE

22%

446
22;

SPECIFIED.
THAT
WERE

E RN RN B X KN EXE N R EERR R F R R EREY

441

6.3.6 DROP (OMMAND

(33

AL
436

MUST

PREVIOUSLY DROPPED.

432

43‘.

COMMAND

RESTART
OR
(CONTINUE.
THE UNITS SWITCH MUST BE
THE ADD COMMAND IS
MEANINGFUL
ONLY
FOR
UNITS

1 2 322233223222

2222

R F R

R R

R AR

R R R E R EZE N EEE AR RN RS B X RN

E R R R RS R R E R R R E R R R R R R R R R R R R

SR R R Z 2R R R RE R

(ZDMRB M8203 STATI( DIAG M

PROGRAM DOCUMENT

MACRO v03.01

17-0CT=79 08:49:54 PAGE

3-8

457
458
459
460

6.3.7.1 EFFECT OF PRINT COMMAND

464

£ 3.8 DISPLAY COMMAND

461
462
463

465
466
L67
468
469
§70
471
472
(73
L746
L7¢
476
477
(78

a?g

[
L8
48
L83
L8B4
485
486
487
488
489
490
(9
492
453
(94
495
496
497
498
499

500
501
502
503

THE

TOTAL

NUMBER OF

ERRORS

FOR

SEQ

EACH

UNIT

SINCE

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

(AR

iRl

THE

ISR

222222 XX

THE

LAST

(IMm IBIT

2228

X2 X

DIS(P_AY)/UNJTS:<UNIT=-L]IST>
R

6.3.8.71 UNITS SWIT(H (/UNITS:<UNIT=LIST>)
<CUNIT=-LIST>

IS AS

IN THE

6.3.8.2 EFFECT OF
THE

HARDWARE

OUT

THAT WERE

RESTART (OMMAND.

DISPLAY (OMMAND

P-TABLES

THE

FORMAT

FOR

ALL

UNJTS

UNDtR

IN WHI(H THEY WERE

DROPPED BY

THE

OPERATOR

TEST

ARE

ENTERED.

°‘DROP'"

(OMMAND

PRINTED

ANY UNITS
ARE

DESIGNATED.

6.3.9 FLAGS (OMMAND
AT

A ARANN N

T A RAANRN R

AR AR RN

A AN

N AANN

I AR

TN NAANANRARARNAER

F_ACGS)
(LA A SRS

RASR AR

6.3.9.1
THE

ARl

EFFECT OF

CURRENT

RRXRRXERERRRRRE X

FLAGS COMMAND

SETTINGS

ALL

FLAGS

ARE

PRINTED.

6.3.10 ZFLAGS COMMAND
AN

A RN

TN AR

AR RN

RPN RARANNAANRNAANRN RN RN ANANN AN RN

JFL"AGS)
L

ASSARARSRAARdlEl
st
s
R
R
AR
AR RRREY 2

6.3.10.1
ALL

FLAGS

6.3.11
A
A
A

EFFECT OF
ARE

ZFLAGS COMMAND

C(LEARED.

CONTROL

C(HARA(TERS

CONTROL C (C) ENTERED DURING
REIURN
TO
(OMMAND MODE.
CONTROL

(Z)

ENTERED

THE

DURING

EXECUTION OF

ONE

THE

A DIAGNOSTIC

THREE

OPERATOR

CAUSES

N-

(ZDMRE8 MB203 STATIC DIAG #1

— b b

s =D

3 UoleRNTH
YV, P o

(O V IV IV, IV IV 15 ]

PROGRAM DOCUMENT

MACRO v03.01

17=0(T=79 0U8:49:54 PAGE 3-9

SEQ

DIALOGUE
S= HARD CORE OUESTlfiNS (SEE 6.2) ,HARDWARE D]ALOGUE
(SEE 6.3.1.5), OR SOFTWARE DIALOGUE

(SEE 6.3.1.5) CAUSES ThHE

DEFAULTS TO BE

TAKEN FOR THE REMAINDER OF

A CONTROL

ENTERED DURING THE

CAUSES

ALL

(O)

TELETYPE

REMAINDER OF

THE

OUTPUT

DIAGNOSTIC

WHICH RESTORES NORMAL

EXECUTION OF

OR UNTIL

TELETYPE

THAT DIALOGUE.

OUTPUT.

A DIAGNOSTI(

SURPRESSED

ANOTHER

FOR

THE

TYPED,

6.3.12 HARDWARE PARAMETERS
THE
THE

FOLLOWING & QUESTIONS WwiLL BE ASKED ON A
VALUE LOCATED TO THE LFFT OF THE QUESTION

g%gggkgf
1.
THIS

VALUE

THAT

WILL

(SR ADDRESS

ADDRESS AT WHICH THE

UNIBUS.

160170?
(SR REGISTERS

THE

DEVICE VECTOR ADDRESS

THIS

INPUT

INTERRUPT

DEVICE PRIORITY LEVEL

S ?

THIS

AND

THE

ADDRESS OF

DEVICE.
THE
DEFAULT VALUE

THIS

THE

DFVICE

VALUE

THE

ALLOWABLE
IS 300.

CPU PRIORITY

(0)

RANGE

(0)
WHICH

IS 5.

MICROPROCESSOR RUN

THIS

TELLS

THE

IS SET OR NOT.
THE

WILL BE EXECUTED.

AND THE DEFAULT VALUE

REQUIRING

ALLOWABLE

DEFAULT

SWITCH -

PROGRAM [F

THE

RANGE

RUN STATE

160170.

(SELQ)

]S 000-674
.

THE

VECTOR

FOR

THIS

(OCTAL), AND THE

[NTERRUPT HANDLERS

THE ALLOWABLE RANGE

IS 0-7,

TYPE

OFF,

RUN SWITCH ON THE

CAN BE

RESIDE

160000-177776

300 ?

IT IS SET., RUN IS NOT

ARE O AND 1, AND THE DEFAULT

(OMMAND.
|S
THE

A CARRJAGE RETURN

(OCTAL),

THE

(D)

TAKEN

DEVICE
THE

START
MARK

EXECUTED.

VALUE

(OO

MICROPROCESSOR

INHIBITED, AND TESTS
THE

ALLOWABLE

(RUN IS NOT

VALUES

INMIBITED).

6.3.13 SOF TWARE PARAMETERS
NO SOF TWARE PARAMETER QUESTIONS ARE

STATIC LOGIC

TEeSTS.

ASKED BY

PART

THE

6.3.14 EXTENDED DISCUSSION OF P-TABLE DIALOGUE
THE
THE

FULL CAPABILITY OF THE
FOLLOWING DISCUSSION OF

HARDWARE DJALOGUE 1S REVEALED BY
WHAT HAPPENS INTERNALLY.

AS SOON AS THE QUESTION ''# UNJTS?''
NUMBER
N,
ALL OF THE

SAY)
SPACE
P-TABLES ARE

ANSWERED

(WITH

THE

IN CORE IS ALLOCATED FOR N P-TABLES,
OF THE SAME FORMAT, AND THERE
[S
A

(ZDMRB MB203 STATIC DIAG M

PROGRAM DOCUMENT

B .2
17-0CT=-79 08:49:54 PAGE 3-10

MACRO v03.01

SEQ

571
572

ONE-TO

574
575
576
577
578
579
580

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

573

581
582
583
584
585
586
587
588
S89
590
591
592
593

594
595
596
597
598

ONE

CORRESPONDENCE

QUESTIONS AND THE

QUESTION,

SLOTS

BETWEEN

IN THE P-TABLE

THE HARDWARE PARAMETER
FORMAT,

THESE VALUES ARE PLACED IN THE P-TABLES

GOING INTO THE PROPER SLOT OF EACH

P-TABLE

(ONE VALUE

BEGINNING

WITH

THE
FIRST P-TABLE) UNTIL THE STRING OF VALUES IS EXHAUSTED.
THE LAST VALUE IN THE STRING BECOMES THE NEW DEFAULT AND
IS

USED TO FILL

THAT SLOT

IN THE REMAINING P-TABLES.

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

ROLE

THAT

TABLE

NUMBER ONE PLAYED

THE

FIRST

TRIP.

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

GIVING

STRING

VALUES MAY BE
NAMED VALUE.

USED

VALUES,

INDICATE

COMMAS WITHOUT
REPETITION

INTERVENING
THE

LAST

A
STRING
OF
VALUES
MAY
Bt
GIVEN
AS
A RANGE (6-10 FOR
EXAMPLE). IF THE VALUES REPRESENT PURE NUMERICAL DATA,
THIS

SAMPLE
RANGE
TRANSLATES
TO
INCREMENT OF 1). IF THE VALUES

THE
STRING
6,7,8,9,10
(AN
ARE
ADDRESSES,
THE
SAMPLL
TRANSLATES TO THE STRING 6,8,10 (AN INCREMENT OF 2).

RANGE
NOW

LET

SFE

HOW

CONSTRUCT A SET OF P-TABLES.

(COULD

USE

THESE

CAPABILITIES

ASSUME THAT WE HAVE 16

UNITS,

AND THAT THERE ARE THREE HARDWARE PARAMETERS FOR EACH (THREE
SLOTS IN
THE
P-TABLE,
THREE
HARDWARE
QUESTIONS
IN
THE
DIALOGUE).
LET THE DESIRED VALUE FOR THE FIRST PARAMETER BE
THE NUMBER 75 FOR ALL 16 TABLES.
LET THE DESIRED VALUE
FOR
THE

SECOND

PARAMETER

EQUAL

THE

UNIT

NUMBER

THE

FOLLOWING DIALOGUE

¥ UNITS

UNIT O

(D)

2?2

WOULD

ACCOMPLISH

THIS GOAL:

<QUESTION 1> ? 7%
<QUESTION 2> ? 0-6
<QUESTION 3> ? 76
-~

el
il
)
i
—

[o JNTo
SW, P NVY]

[0 Yo Y e Yo Yo Yo

(0,1,2,...,15) EXCEPT FOR UNIT 12, WHICH SHOULD RECEIVE
THE
VALUE
11.
LET THE DESIRED VALUE FOR THE THIRD PARAMtTER BE
THE NUMBER 76 FOR THE FIRST 7 UNITS AND THE NUMBER
77
FOR
THE LAST 9 UNITS.

UNIT 7

<QUESTION 1> °
<QUESTION 2> ? 7-11,,13-15
<QUESTION 3> 2 77
THE

FIRST

IN AL

TIME

16 TABLES.

THE

SERIES

IS ASKED,

SLOT ONE

RECEIVES A 75

SLOT TWO REC EIVES THE VALUES 0,1,2.....6

(JDMRB MB203 STAT|( DIAG #

PROGRAM DOCUMENT

MACRO v03.01

c
17-0CT=79 08:49:54 PAGE

.2
3-11

628
g§8

IN TABLES O THRU 6 AND A CONSTANT 6 IN TABLES 7 THRU 1S.
SLOT THREE RECEIVES A CONSTANT 76 IN ALL 16 TABLES.

637
632
633
€3
635
636
637
638

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 OF EACH SERIES).
QUESTION 1 IS RESPONDED TO
BY A <CR>, SO SLOT ONE STAYS AT CONSTANT
75
IN TABLES
7
THRU 15, SINCE NO NEW EXPLICIT VALUES ARE TYPED IN.
SLOT TwO
GETS THE VALUES 7.8.9.10.11 IN TABLES 7
THRU
11,
AND
GETS AN 11 IN SLOT 12. AND GETS THE VALUES 13,14,15 IN

gfi)

THRU 18.

639

642
643
bht

TABLES 13 THRU 15. SLOT THREE GETS THE VALUE 77 IN TABLES 7

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

SEQ

b ad

NO NS

N = OO

NOMNN

L) —

MACRC v03.01

17-0CT=79 08:49:54 PAGE 4

7.0 DEVICE

SEQ

(ZDMRB MB2(3 STATI( DIAGC M
PROGRAM DOCUMENT

INFORMATION TABLES

A2 Z20A22R22022FRdR2RRRRRRRRARRRR222222222222222
2022 2222222022222}

» MAINTENANCE REGISTER = BSELT

;'Q't'tt.fi."t..'..'!‘t..!...t."'t'."tQtQti'Qt'.Q..fi'...'.'...'.'.."..'QQ'..

RUN

= 81717

MCLR

= BIT6

LULOOP

= BJT3

STEPLU

ROMO
ROM]
STEPMP

= BIT4

= BIT2
= BIT1

= BITO

CHRRAARRAAAANARAANAANAARAARAANRT
AAARNRARAAANANEAARNAARARNAANARNCARNTNARANAAANNANNRAAANRANOANRAS

* 0BUS REG 10 - TRANSMITTER BUFFER

:Q.'Qt'.""....t'.'itl.Qtlt.'ttt.tttt'.'t"Qt".t'tQ.'tifl""'.'.."t".t.'t"

X7
X6
TX5
TX4
TX3
X2
X1
X0

= BIT?
= BIT6

= BITS
= BIT4

= BIT3
= BIT2

= BIT1
= 8110

:t"'.Q'Ql."tt'fi'.t'QtQ"i.t.'t*'.'ittl".'.'fi'fi"ttt't't""t't..tt."ttt't't

* 0BUS REG 11
;tt"lt.".fifit"tt.t'.'.‘“Q'.l"Q.QQQ.Qt'..'t"t.'.t."fl.""'"t.'t"t"ttt'.

0C
GOAH
ABORT
EOM
SOM

= BIT?7
= BIT3
= BITZ2

= B8IM
= BITO

[}

;t't"'fi'!l"'.fi'."tl'tfi".fi.'..t!l.fi.'tt.t"."tll"."t'..'l"".'i"."'t'.

* 0BUS REG 12
:Q...'..fi.'t'.‘.'tt.'t‘Qlt‘Qt'!fi'fit‘t.t“t't.'t"'tt'.t!.t'.'..t't""'t.."t‘t

BPOLL

LULP

= BIT17

= BIT6

= BITS

* OBUS REG 13
L

POLL

DTR
SELFR

= BIT6
= BITS

MAINTY
MAINT?
SELSBY

= BIT3
= BIT?
- BIT1

HDX

TR R

= 8117
= BIT4

"t.t'l.Qt".t"."t'.....'.t..‘l.".'.'.."t.".‘".'.'!'ttl...il"..lQ."'l'.'

(ZDMRB MB8203 STATIC DIAG M

PROGRAM DOCUMENT

58
59
60
61

6
63

MACRO v03.01

17-0CT=79 08:49:54 PAGE 4~1

SEQ

« OBUS REG 14
:..Qt.'t.ttttt't'.tlltt."tttt'.tt!t't."‘.ttt"Q't.'Q't'.t".."'.'.t""!'t.'

TXEN

DISSI

RDAX

WAX
ENAX

AX?2

AX1

= BIT6

= BITS

= BIT3
= BIT?

= BIMT

= B8IT0

:ttt!'tttt'tttttttttttttt"tQtQtQ.ttt'tt"t.'tttQ‘.".Qtt't'flt".t.t""t"tt.'

* 0BUS REG 17
;Qt"'t'tQtttQttttta'tht"ttttt'.‘Qttt.t..tt't'*'ttttttttttt"t.tttt.tttt't"t‘

(RC2
CRC1
IDLE

=
=
=
=
=

BIT7
B8IT6
BITS
BIT4
BIT3

SECA
STRIP
RDALL
IERR
DDCMP

= BIT?

ALAAAS

= 8IN
= BITO
sl

2Rl

« IBUS REG 10 -~ RECEIVER BUFFER

222

2822322220222

;"Qtt'*.fit'.'..l'.t.t'ttt‘t'tttQ't"'.'.t'fi.fi'tt.fitt.Qt'fi"'Qi'.'."'.t".tt.t

RX7

RX6

RXS
RX4

RX3

RX?2

RX1
RX0

= BIT?

= BIT6

= BJTS
= 8IT4

= BIT3

= BIT2

= BIT
= B8IT0

;".'Q.'t""""t'..tQfi"...tt"Qt"tl'.fi'tl.t"."t..."l'.tt.'fit""t"tt"'

[BUS REG 11

:'Q..t".t'tt.‘t'l"‘.tt"t..tt..tttt'tl"Q."'Qt"'i.."‘..'t'Q"t"l'."tt't'

0C
OACT
Sw3
ORDY

Sw?
Sw1
Swo

UNRR

=
=
=
=

B8I717
BIT6
BITS
BIT4

= BIT3
= BIT?
= BIN
= BITO

:"'Qttt.".t'fitt'tl.t.tt."tttt‘"-Q'l.'..i"'.'..I"."l'."'."'.l'l""'.'t

* |BUS REG 12
:'.Qt".'.".tttt""l'tt"".'....fi.".".'.Q'l'.'...Q"Q."'.'l".tt"'t't"'

IACT

LULP
IRDY
OVRR

RAB

EBLK
8((

= BIT7

= BIT6

= 8iTl5
= BlT4
= BJT3

= BIT?2

= 8Imn
= BITO

(ZDMRB MB8203 STATI( DIAG #

) b

O
NN = O 000

ABet. N Svebebet
S 00 NN

%OQ\JO\A‘\WV\J = OV

d o

VWAL AN (LI, P o P o R ol o

d ed

b o

o oI ¥ 2F 28 N W
NN
N0 O

b b ed

e e

NN NN NN

D e

b _p

PNONINININIRANUNIN)
2 2
—

PROGRAM DOCUMENT

MACRO v03.01

i7-0CT=79 08:49:54 PAGE 4=2

AAA242220030202d

* IBUS REG 13

SEG

2 2222222202022
2 XN Rl R R
R R R AR
EE R
R
NN

;'...'.'.."".Q'Ql.QQ"'."."."“Q."l"t'.Qtttt"."'t.....'t..Q.'.'....".

RING
DTR
RTS
HDX

=
=
=
=

S18Y

= BIN

MODR
CARR

BIT7
BIT6
BITS
BIT4

= BIT3
= BIT?2
= BITO

CARRN N AARE A

AN RR

« IBUS REG 14
AL

READY
TXEN

= BIT?7
= BIT6

RDAX

= BIT4

DISSI
WAX

ENAX

AX?2

AX1
S

AN AR AN

RN ARAARNR AN N A RN ARNNN P AN

dsARRAlRRl

ANRAANERANAANN RN AR

ARNRR R

AR RARCERRRERARRRR 28

= BITS

= BIT3

= BIT2

= BIMN

= BITO

AALMAAASAASARRARR

* IBUS REG 17

22X

;"'Q"QQ'Q'Q'.....t..."Q.'.....'..'...Q.‘..QI'Q..Q"t"‘.t""'t.'t"'..".Q

SIGR
SIGQ
TXDATA

OCOR

ICIR

=
=
=
=

8I17
BIT6
BITS

B8IT4

= BIT3

TESTMD
= BIT2
MCLK
= BIMN

DbCMP

= BITO

:"'t'Qt"".t‘ti't."fi"‘.'."Q.'IQ"Q.."'.Q'Q'."Q.t't"".""'tt't""'t.t

* AX0-15 - USYRT REG O

(READ ONLY)

;Q..Q"Q"'tt"tfi'..l'.."'

RX7
RX6

= BIT?7
= BIT6

RX4
RX3
RX?
RX1
RX0

= BIT4
= BIT3
= BIT?

RX5S

LA AR

22222

XA LR

AR XX

= BITS

= BIMN
= 8IT0

:t'.tfit"'..'t.t'!‘.tfit'I't'.i"""'l"'t".ti.‘.‘.."'.t""‘..‘."."".t'.'

* AXO=16 - USYRT REG 1

(READ ONLY)

:Qttttt'ttttttt'tttttt't'ttttfitt.ttttntttttnnttntttntn..t..tnn.'tfitttto'n.'--"

RERR
ASBC2
ASBC1
ASBCO
ROR

=
=
=
=
=

BIT17
BIT6
BITS
BIT4
BIT3

.JOMRB M8203 STATI( DIAG #1

389 RIRELEBZIRRRITEEIZ 00 YO NS WL

b
d
e
nd
P e

—

b md

)

D ed

—r

NN VNN

PROGRAM DOCUMENT

199

MACRO v03.01
RABT

2322320030223

3232232222232

= BIT6

= BiTé

S NN —
OO NN

h —d
d e

2 RERAZEZARRARRARRRRARRARRARRAlR
NN

2022222222222l

= BITS

TM3
X2

=
=
=
-

X1
Tx0

BIT3
BIT?
BIT1
BITO

2322322332323 22223322322222222302232Z22223
8222022220222
222 XRRRR AN

+ AX1-16 = USYRT REG 3

"tl"fitt'i'.""‘ttt“".t.Q"Qfi..tt'.""tt'.Qt""‘lt'tfi".."'tt."t!."t"

TERR
TXGA
TXAB
TEOM
TSOM

=
=
=
=
=

BIT?7
BIT3
B]T2
BIT
8110

.'t..t'i‘fit'titttt"tttttt.t"tttt.'tt‘..‘.'tt'!.'t'tt.tt.'t"'tt."l'tt..‘"Q

+ AX2-15 - USYRT REG 4
"'."Q'."Qi'.t'l’.tfitfi.Qfit"'."Qt'QQlfifi't'.""""'t"fi".'."'t't.t".'t""

= BIT7

SYN?7

= BIT6

= BITS

= BIT4

SYN3
SYNZ
SYN1

= BI73
= 8IT2
= BIMT

SYNCH

= 226

emd e

22232832222222300222

TX6

= BI17

SYNQO

*+ AX1=15 = USYRT REG 2

SYN4

—

2330022323242282

SEQ

- 8IN
= BI70

SYNS

LUSLANLLE RN NT N 1,G1,81,§)

= BITZ

REOM
RSOM

SYN6

220

17-0(T=79 08:49:54 PAGE 4-3

= BITO

ii2222232323232322333232

* AX2-16 = USYRT REG 5

2223322222222

2R2RR2RE222220222

222222

RRRRRR

"t.Q."."'.Q'Q"t‘ttttt'tii'ttttt"tttltt‘.ittt'."t't".'t'.t"'."'t..."'

APA
]
STR

= BIT17
- BIT6
= BITS

IDL
CRCTY?

= BJT3
= BIT?

SEC

(RCTY1
CRCTYO

= BIT4

= 8IT1
= BITO

S At232323232232200233232322222222222
22222320 R
2R
22222
R0 X

* AX3-15 = USYRT REG 6
N

iii2

0000232403822

1422

= 8117

328CC
v35

= BITS
= BIT4

XYz

= BIT6

22322

22R30RARSRERRRRAlRRRRRRRARRRRRRRRRRRlRR
RN
RA R RN

PROGRAM DOCUMENT

MACRO v03.01

INTGRL
(32ENB
oP

TEST
AX31S5C
M

H 2

17=0CT=7% 08:49:54 PAGE 4=4

SEQ

RRSRE RN

h o P

(ZDOMRB MB203 STATI( DIAG #1

= BIT3
= B]T?
= BIN

= 8]710
= 1422.XYZ2!(C32R(CC!'v3S!INTGRL
.OP

AAAAAALAAAL

+ AX3-16 = USYRT REG 7

ARl

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

TXLEN2
TXLEN1
TXLENO
RXLENZ
RXLENT
RXLENO

=
=
=
=
=
=

BIT7
BIT6
BITS
BIT?2
8IM
BITO

8.0 TEST DESCRIPTJONS

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

TEST 1

AN
T N) N D

d e md =D e

N N =2 OO0 NN
WA
OO0 NN

Wy —

PROGRAM DOCUMENT

I
2
MACRO v03.01 17=0(T=79 0B8:49:54 PAGE 5

h 2

(ZDMRB MB8203 STATIC DIAG M

- MICROPROCESSOR (SR ADDRESSING TEST

(SELO’

*
*

TH]S TEST ADDRESSES THE FJRST MICROPROCESSOR (SR (SELC), TO MAKE
THAT A NOM=EXISTENT MEMORY TIME~OUT TRAP DOES NOT OCCUR WHI.E

ATTEMPTING

ADDRESS

THE

SURE

MI(CROPROCESSOR.

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

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

TEST 2 =
* MASTER

INBUS/OLTBUS REG 14

(CLEAR

AND COMPARED

(MCLR)

TO 200.

SET

INIT,ALIZATION TEST
THE

MI(CROPROCESSOR,

[BUS REG

IS READ

;"."Qt.'."'...'....'t'."!tQ't."'.Q.Q.Q.t"""t't.'."t".‘""'.'Q""'tt

;.".tti""t'.t'.‘t".l.Q'.t‘Q.'t.'.tt“.."'Q‘.t""""'.'ifi"'t"..'.t""'

TEST

3 -

INBUS/OUTBUS

REG

14 READ/WRITE

BIT

TEST

* WRiTE, ReAD, ANU (OMPARE ALL WORDS OF DATA PATTERN A INTO REG 14,
* A BYTE AT A TIMF. NON-R/W BITS ARE MASKED OFF TO O BEFORE WRITING AND
+

READING.

DATA PATTERN A

125.252,000,377.001,002.004.010.020.040.100.200,376,

375,%73.367.357.,337.577.177.

;'ttt'ttt"-".ttt".Qt'Q't'.'Qfifi.tfi'fifl"'.t..'Q'."Q't"'t.*""."'.".QQ'Qt'

TEST & - REG

164 MASTER (LEAR

* ¥31;50377 INTO REG 14,

TEST

ISSUE MASTER (LEAR, READ RtG 14 AND (OMPARE

:.'I"."‘t‘t.'.t.Q'.t.."t".'tt'tt"t...fi'l".'tt.""""'t‘.".t'.".!'..t.

(ZDMRB M8203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01

J
2
17-0(T=79 08:49:54 PAGE 5-'

SEQ

JENRRARR R

59
g?

TEST 5 = REG 14 UNIBUS RESET (INIT) TEST
* ¥R1560377 INTO REG 14, ISSUE UNIBUS RESET (INIT), READ RFG 14 AND (OMPARF

"'tt't'tlt't.'ttttt..tt"t'tQl'.'t.'..'..'tt..t'.lttQQQ!.t'tt'tttlt"'."..""

E AR AN R AR AN AR I R AR ORNAN AR AN RAARAN AN R

AR OR AN AN AR AN IR AN

ARR OGN RN Y IAG SRR

.'Q'Qt't'iQt"t.Qti'.tt.Qt"'t"tt.ttt'tfl.tt".t"t't'tt.Q"t..t't'i'.'t"'...'.'

TEST 6 = LINE UNIT FALSE SELECTION TEST

* FIRST, A MASTER CLEAR S PERFORMED. THEN, THE PROGRAM SINGLE=STEPS THE

* REGISTER

72
74

75
76

M]CROPROCESSOR

TO BE

THROUGH AN

(0BUS* ADRS

UNAFFECTED

» SELECTION OF
* ACCESSED.

14).

(STILL

THE LINE

INSTRUCTION WHICH LOADS 041

THEN,

0).

(OCT)

THE LINE UNIT REGISTER 14

THIS

TEST

UNIT REGISTERS,

INTENDED

INTO THE MAR

IS READ AND CHECKED

TO DETECT A FALSE

WHEN THE LINE UNIT

IS NOT BEING

".'ttttttt't't"ttttttttfi.ttQt.t'tfi'tfittttttfltfittttttttttfiQ'Qfi'tt.t"t""."".

78
79

80
81
82
83

"'tttttittt‘tttttttttfltttttttt\tt'ttflt'tttttti.'tt't.'tt.t.t..t't'tfitt.".t't'i

TEST

7 -

INBUS REG MASTER

86
87
88
89
90

*
«
*
*
*

MAASAASSAAASRASAS S Ad

91
92

~
+

(C_EAR

TEST

FIRST, ALL READ/WR]ITE 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 (OMPARED 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
ARl

sttt

AR Al

]

95
%6
97
98

'-'ttttttttttfittt'ttt'tttQt't*lttifititfitt'.'ltttt'l.t‘ttltQ'Qt"'t."t't."t"t.

}8?

TEST 8 - REGISTER 10-17 ADDRESSING TEST

102
103
104

* FIRST, A MASTER CLEAR IS ISSUED. THEN,
~ WRITE A DIFFERENT WORD OF DATA PATTERN B INTO EACH OF REGS 10-17,
* AND AFTER EACH WRITE, READ AND (COMPARE ALL REGS TO EXPECTED VALUES.

106

105

107

108
109
110
1
112
113

114

* UNPREDICTABLE BITS ARE MASKED OFF

TO O WHEN READ FOR (COMPAR]SON.

PATTERN B = 000,000,040,100,220,000,000,051

"t"tt.ttttttttt"itlt'ttt'ttfit'tltt'ttlt'ltttl‘tt!.t.'Q'tt"""'t"'l"'.t"‘

CARAN R AR R AR AR RN ARNANRE AN AN RARARARRERAANAARNRANRANNCRAANN AR AR E R A AN PR RNAANRN RPN RNNTRD D

TEST

9 - REG

READ/WRITE BT

TEST

NN =000
~JO W
D00 N

K
2
17-0CT=-79 08:49:54 PAGE 5-2

WRITE, READ,

SE@

AND COMPARE EACH WORD OF

DATA PATTERN (

DaTA PATTERN T - 020,020,020.

iNTG REG 11

:'Qtt'.'t'.t'.‘Q'.'.'Qt*.t'.‘tt..t..tt"""'t't"fii'.t"..t..""'.""""..Q

2222222233082

TEST

2Rl

10 - REG

RRRRRR

12 READ/WRITE BIT

DATA PATTERN D

dRRRdRRlRlR

SRRl

]

TEST

* WRiTE, READ, AND COMPARE EA(CH WORD OF
-

DATA PATTERN D INTC REG 12

000,040,000.

:Qt.'QQtt.."‘tt'tfi'fi'fi..fi"t'it.'..fii‘.'lfi"'t...t‘""Q"t'.'.tt""'!t'.t..t

WwWhy
=

d o

D e

d ed

PROGRAM DOCUMENT

MACRO v032.01
L2

(ZDMRB MB8203 STATIC DIAG #

139

1‘0

AAARASSARRARdRARRRRR2RRRRRARR

TEST
* WRITE,

- REG 13 READ/WRITE BIT

READ,

AND

(OMPARE EA(CH WORD OF

DATA PATTERN £

SRRl

TEST
DATA PATTERN E

000,120,020.100.120,000.

INTO REC 13

;ttt.tfi."..‘tttttt"*tQtttt‘tttfit"Q.t.'t'Q.'Qt'tfi'.".t'fi"""t'.t".'t."l'

141

142
143
144

145

1‘6

:tfit'Qfii"ltt'*'tfitfit'.fi.t'fi*'tt"t't"l'..QQ'IQ'!.QQ..Q.Q'Q'!'Q"."'.'.t""‘

::2;
149
15C
151

152
153
154
155
156
157

TEST

12 - REG 17 READ/WRITE BIT

TEST

* WRITE, READ, AND (OMPARE EACH WORD OF
*
DATA PATTERN F - 050,051,050.

DATA PATTERN F

AR AR AR A AR RN AR AN RAAN AR ANRANAAANRNARRANRARRRANRARANRNARANAARARNARNANNN

TEST

13 ~ MAINTENANCE

CLOCK BIT

* FJRST, A MASTER CLEAR IS ISSUED TO INIT ALL REGS.

162
163

= AND SETTING ROM]I AND RUN IN BSEL1.
* READS LINE UNIT REG 17 INTO RSELZ2.

165

IS PLACED

THE MAINTENANCE CLOCK BIT, MCLK.

THEN,

IN A LOOP ON AN INSTRUCTION, BY SETTING THE

TO MONITOR MCLK

ARARAN AN RDEDS

TEST

160

164

;tt‘.t'Qtfi"ttt't'tfitt..tt'titt...t‘i.ttl't"‘tt"'lt'.l.'t't..'t"'t"Qt..""

]Igg
161

INTQ REG 17

THE MICROPROCESSOK

INSTRUCTION

IN SEL6

THE INSTRUCTION IS ONE WHICH REPETITIVELY
THE PDP-11 (AN THEN SCAN BSELZ TO MONITOR

THE

FOLLOWING SEQUENCE

IS THEN PERFORMED

166

» - THE PROGRAM REPEATEDLY CHECKS THE M(CLK BIT FOR THE 1 STATE, AND IF

170

» - THE PROGRAM NEXT REPEATEDLY CHECKS THE MCLK BIT FOR THE G STATE,

167
168
171

«
;AN
»

IT IS

NOT _FOUND WITHIN SEVERAL HUNDRED MILLI-SEC (DEPENDING ON THE PROCESSOR)
ERROR IS REPORTED. (THE MAINTENANCE (LOCK HAS A PERIOD OF 41.6 MICROIT

IS NOT FOUND WlTHIN SEVERAL HUNDRED MILLI-SEC

AN ERROR

AND IF

1S REPORTED.

THE

PROGRAM NEXT

2
5-3

REPEATEDLY

SEQ
(HECKS MCLK BIT

FOR

THE

1S NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC,

STATE

AGAIN,

AND

AN ERROR IS REPORTED.

IF THE P-YABLE FOR THIS UNIT INDJCATES THAT
[S OFF, THE TEST WILL BF SKIPPED.

THE MICROPROCESSOR RUN SWIT(M

;t"."."'t."'."'..fitQ't..fi'fitttt'.ttfi"t.'"i'!tt.Q.'.fit'.'.".""".'..‘.

*»
%

TEST

N—=O0

-—

d ed ed

:'tt'."'Q.'.t'fi't"t"..tfi'.'Q.Q‘"t.".t"...t.""'.t..‘t't'.t.""t.".""

D md

)

by - —

OOSW <& SRIRZBIZIAAN

173

Lt
17-C{T=79 08:49:54 PAGE

172

PROGRAM DOCUMENT

MACRO v03.01

¢t

(ZDMRB MB8203 STATI(C DIAG M

14 - EXTENDED REGISTER MASTER (LEAR TEST

FIRST, ALL READ/WRITE BITS OF EXTENDED REGS AXO-AXx3 ARE SET BY LOADING
A DIFFERENT WORD OF PATTERN H INTO EACH REG. THEN, A MASTER (LEAR IS

ISSUED AND EACH REG IS READ AND (OMPARED 7O A WORD OF PATTERN [,
CONTAINS THE INITIALIZED STATES OF ALL THE EXTENDED REGS.
PATTERN H = 000,000,377,017,377,377,375,377
PATTERN 1 = 000,000,000,000,000,103,000,000

WHI(H

;tttt"fifi't.tt'.'tttfi'!ttt‘fi'ti'l.fi"'fi'i."".!‘tt.t.".Qt.'ttt.-tttt.""‘."

193

:ttt.t'.t.t'."ttttt'ti't.Q.'l.'..fi.'tittt.t.t'tt‘itt.ltfi..t‘.'..."l""..Q't.

15 - EXTENDED REGISTER ADDRESSING

TEST

PATTERN 1. THEN, WRITE A DIFFERENT WORD OF PATTERN J INTO EACH EXTENDED (AX)
REG.EgND AFTER EACH WRITE, READ AND (COMPARE ALL EXTENDED REGS TO EXPECTED
VALUES.
PATTERN 1 - 000,000,000,000,000,103,C00,000
PATTERN J
000.000,001,002,004,103,040,100

*»

FIRST,

TEST

ISSUE

A MASTER

CLEAR

TO PUT

REGS

INTO

INITIALIZED

STATES

SHOWN

ALALS

SRR

ARl

16 - REGS

R RRRRRRARRRRARRRRRRRRARRRRRARRRRRRRRRRRRRRRRRd
R

15,16 / AX2-15,AX2-16 READ/WRITE BIT

TEST

219

0O ~NO NN
=

i gor S-Sl

- SR

LSLSLNLNT,
NS SN

;t'tt‘"tttttfitl'tfifi"'i't‘fi."Qtt'fit'tti.'.‘.t.'t."'ttttttt.t‘."t't".'l."'

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

O THE WORD WRITTEN,
WRITEABLE)
.
PATTERN K

FOR REG 15:

AND AX2-16

IS ALWAYS COMPARED TO 103.

(AX2-16 IS NOT

000,377,125,252.001,002,004.010, 020.040,100.,200,000.000,

000,000.000,000,000,000,376.375, 373,367,357.3
.337,277 177,
377,377,377,37/,377,377,377,377
FOR REG 16: 000,377,125.252,000,000,000,000, 000,006,000 .000,001,002.
004.010,020,040,100,200,377,377,377,377,377,377,377,377,
376,375,373,367,357,337,277
,177.

;.Q't.tt.'t"tttt'i.t.'t.t"tfi.!fit""ltfifitt!‘t'.'t'!'il'fi"'..."‘tt'.‘.t'...t

(ZDMRB MB203 STATIC DIAG M

PROGRAM DOCUMENT

229
230
231
232
233

MACRO v03.01

SEQ

TEST 17 - AXO-15,AX0-16 READ/WRITE BIT TEST

236
237
238
239
240
241
262

+
«
«
»
*
.
.

243

244

.'..t.t...'.'.'""'..".'Q.lt.*...".."filt.tt't"'tt"t'.t."'."'t..t'.'.'."

245
246
247

17-0(T=~79 08:49:54 PAGE 5-4

IN THIS TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND (OMPARE
ARE PERFORMED IN REGS AXO-15,AX0~16 USING EACH WORD OF PATTERN L.
ANY BITS IN AX0-15,AX0~-16 WHICH ARE NOT READ/WRiTE ARE MASKED OFF (T0 Q)
IN THE EXPECTED VALUE BEFORE COMPARISON.
PATTERN L =
FOR REG 15: 000,377,000
FOR REG 16: 000.377.000.

. 2222222208222 2222322322222232322222222232R2 22222

RER A XX

RS RAREZR2S

X222

248

249

""QQttt't'Q'Q.Qtt"fi"Q.Qfi.Qt"'tfifi'fifi"'t.fit.i't.tttt'ttt.'.".""'.'."""

gg?

TEST 18 -~ AX1-15,AX1-16 READ/WRITE B1T TEST

252
253

~ 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 WOPD OF PATTERN K.

255

2564

* ANY BITS IN AX1-15,AX1-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF

256

262

274

275
276
277
278
279
280

281
282
283
284
285

(TO O)

:ttttt"tQ'*'tt.tttttttt..ttfififi.ht'tfit'thtttttttttfii'ttt.ttt.tt.'!.t"....tt..'

522

272
273

IN THE EXPECTED VALUE BEFORE COMPAR]SON.

“l.'."..t'i'fi".'.Q“fi""fl"fi.‘*Q.Q"fi.*""“"Qtfifitfi't'tt.".“'t"t'.'.".‘

257
258
259
260
261

265
266
267
268
269
270
271

] ] ]

TEST

.
L

«
*
«
*
«
*
.

.
.

*
.
.
.
.

19 - AX3-15,Ax3-16 READ/WRITE BIT

TEST

[N 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 WHICH ARE NOT READ/WRITE ARE MASKED OFF (10 0)
IN THE EXPECTED VALUE BEFORE COMPARISON.
PATTERN V =
FOR REG 15 : 000,333,331,323,313,233,133,000.000,000.000,

020.000.000.000.000.000.000.000
FOR REG 16 : 000.000.000.000.000.000.000,001,002,004,040,

PATTERN U FOR REG 15

100,200,346 345.343.307.247.147

: 000,001,013,011,021,101,301,000,000.000.000,
000000000000, 000000000000
FOR REG 16 : 000.000:000,000.900.000.000.001.002,004.040,
100,200, 346, 345.343.307.247.147

"...tt""tt....t'tt'...."'.""Q'ttt"fi.t""-lll."l'.."'tQ'l.&t.""""..i

(ZDMRB MB203 STATI( DIAG #°

PROGRAM DOCUMENT
286

N 2
17-0(T=-79 08:49:54 PAGE 5-5

MACRO v03.01

T T

2¢
T

T T T

TEST 20 - REG 17 - AX2-16 READ/WRITE, MASTER (LEAR TEST
¢
2
¢
%
%
*

289
290
291
292
293
29
295
296
<97
298
299
300

Sgg

SEG

THIS TEST CONSISTS OF 2 SUBTESTS. IN THE FIRST SUBTEST, EACH BYTE OF PAT O
IS WRITTEN INTQ REG 17 AND AFTER EACH WRITE, AX2-16 IS READ AND (OMPARED
TO A BYTE OF PAT P,
PATTERN 0 = 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 $75, A MASTER CLEAR IS ISSUED,

AND AX2-16 IS COMPARED TO ITS INITIALIZED STATE

(103).

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

301

N WO

ut Gt St St k-t Pt

*
»
»
»
%

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 WHI(M 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:
FOR REG

11:

000,125.,252,377,000,000,000
00C,000,000,000,005,012.017

"tttitt'tt*ttt"fitt.'.'fifi""Qfi't.fi"fitfiit!'t"tttt.t.tt'ttt"tt"fitt'tt.t"'t.

0O ~NO

N NN AN NN NN N

308
309

307

306

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

".t'.tfit!'tt't.'.tt."Qfi".'.'..Q'Qi'fi....'.ttttt'Q"'.."tt.t"t....ttt.'....'

302
303

319

gsg

AN R A N AR A A

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

R AN R R I RN

TEST 22 - TRANSMITTER BUFFER SEQUENCING TEST
*

322
323
324
325
326
327
328
329
330

+
*
*
*
*
*
*
*
*

332
333

+ COMPARED, A BYTE AT A TIME. UPON COMPLETION, THE SILO IS CHECKED TO BE EMPTY
* WITH ORDY-1, OCOR-0.

231

334

335
336
337
338
339

240

22]

’

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 (HECKS FOR ORDY=1, OCOR-1.
NEXT, THE PROGRAM (YCLES 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 (HECKS FOR ORDY=0 AFTER THE 64TH (HAR IS LOADED.
THE PROGRAM CYCLES STEPLU FOR 8 CYCLES AND (HECKS THAT AFTER THE B8TH, ORDY-1.
AX1-15 IS READ AND COMPARED TO EXPECTED DATA.
THE REST OF

N
.

THE BINARY (OUNT DATA BYTES ARE LOADED,

CYCLED 8 CLOCKS,

READ AND

AN R R AR A A AN N R AN AR RN AR RN R AR AR AR AN A AN NN RN A AN AN AN AR R AN N AT R R A R P AR R RN E R RARR RN

N N R

AR R A A RN AN AN AN A RN RN AN F AR A AR R A NN R A A A A AR P A AN AN AN R AN R RN R A ARSI NN IIROTIRERNSTY

TEST 23 - TX MSG TIMING TEST, (HAR MODE, wlTH (RC

2
B
%
%
%
%
%
%
>

17-0C7-79 08:49:54 PAGE

5-6

SE@

IN THIS TEST, AN ENTJRE MESSAGE

IS TRANSMITTED

(USING STEPLU AND LULOOP)

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

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT (HARS AND (R(C-16.

THE FOLLOWING STEPS ARE
A MASTER CLEAR IS DONE,

SOM IS SET TWICE

DONE:
AND THE

LINE

UNIT

TC SEND 2 SYNCH CHARS.

IS PLACED

CLEARED STATE AFTER THE 3RD SYNCH COMPLETES.
ARl

IN CHAR MODE.

THFN, 2 000 CHARS ARE

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

\AARAAAARARARARARSR

AND OACT

SENT,

AND

IS MONITORED FOR

RS2 RS

THE

RRSRE SRR

;ti'..Q'tt't"'.."'t"t'...'*'Q'Qt'fi‘t‘Qt..titt.'t'..."0"'.."‘Qt'tt't"'.

BN 2

2E 2

TEST

264 -

TX MSG

TIMING TEST,

IN THIS TEST, AN ENTIRE MESSAGE

BIT MCDE,

WITH (RC

TRANSMITTED

(USING STEPLU AND LULOOP)

AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OQACT, AT EACH STEP. THE TEST IS DONE IN
BIT ORIENTED PROTOCOL MODE, USING 8-BIT (CHARS AND CR(C-CCITT-1.
THE FOLLOWING STEPS ARE DONE
:
A MASTER CLEAR IS DONE, AND THE LINE UNIT IS PLACED IN BIT MODE.
SOM 1S SET TWICE TO SEND 2 FLAG (HARS. THEN, 2 000 (HARS ARE SENT, AND
THEN 2 TERMINATING FLAGS ARE SENT.
THE

TRANSMITTER

CLEARED

THEN DISABLED,

USING OC,

AND

OACT

MONITORED

FOR

THE

STATE.

;Q‘Qt‘t"t"fifi."'..ttl'tttt.""'tfit"NQ"ttt'tfit".fi'Q""t.'ttt"t".t"""

CREARN

RN RN AR

TEST

PROGRAM DOCUMENT

MACRO V03 .01

(JDMRB MB203 STATI( DIAG M

A RN RRARAARR

TX MSG

AN AR

TIMING

AR RN RARRARARRNRRAAN

TEST,

CHAR MODE,

R ARTAARNAARNNANTACP AN

AR ANCRNS

WITH NO (RC

IN THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND LULOOF)
AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT Tx BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EA(CH STEP. THE TEST IS DONE [N

CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT (CHARS AND NO ERROR C(HECKING.

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

SOM IS SET TWICE

LINE

UNIT

TO SEND 2 SYNCH CHARS.

THEN 2 TERMINATING SYNCHS ARE

SENT.

IS PLACED

IN CHAR MODE.

THEN, 2 000 (HARS ARE

SENT,

AND

THE TEST IS PERFORMED WITH TXEN (REG 14, BIT6) SET, AND THE PROGRAM (HE(CKS
THAT THIS HOLDS RTS HIGH PAST THE END OF THE MESSAGE.
THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT IS MONITORED FOR THE

CLEARED STATE.
NAR

AN RAARAN AR RN AN RANN RN ARAEARANRAARNREAARNARANNE

T AR RRANNAANNAANRNR AN

NANRATRERNCSI O

"""'..f.‘..'.t"t"'t"'tl.l..""."..l.Q.Q'.Q‘Q"tt‘.""'t.!l.".."t".t!

5-7

SEQ

8
%
%
%
%
%

L0?

408
409
410
611
612
63
414

17-0(T=-79 08:49:54 PAGE

TEST 26 - TX UNDERRUN SET AND CLEAR TEST - (HAR MODE

400
401
402
403
4«04
405
4«06

PROGRAM DOCUMENT

MACRO v03.01

>
%

(ZDMRB MB203 STATI( DIAG M

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

IN THE FIRST, A MESSAGE

[N EACH OF 2 SITUATIONS,

IS INITIATED, A 000 (HAR 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 (HAR IS SENT, AND THE TX
BUFFER IS NOT SERVICED IN RESPONSE TO THt USYRT TX BLFFER EMPTY FLAG, WHICH
AGAIN CAUSES UNRR TO SET.

IS CHECKED TO BE

CLEARED.

THEN,

A MASTER CLEAR

IS DONE,

AND THE UNRR BIT

:"t""fi't't"ttfitt.t‘tt"t'.t'.‘.ttt'Qttt'ttttfittttQ't.t.".fit.'t""".."'.

;t'tttt‘.fi'ttfi'fii'tt'QQk"'fl.i't'i‘tt"tifi'ttQtQttQtt'l'fitfi.fi"".tt'."'."fi.i

27 =

TRANSMIT

(HAR LENGTH TIMING

TEST

CHAR MODE,

(RC

AND A MESSAGE

»
*

TEST
THE

LINE

UNIT

PLACED

IN CHAR MODE

(DDCMP)

INITIATED

WITH AN 8-BIT SYNCH AND A S-BIT SYNCH CHAR. NEXT, A 000 CHAR IS SENT WITH
EACH OF THE FULLOWING TX (HAR LENGTHS : 5 BITS, 6 BITS, 7 BITS, 8 BITS.
(FOR EXAMPLE, A S-BIT CHAR REQUIRES 5 CLOCK CYCLES TO BE TRANSMITTED). TWO
TERMINATING

SYNCHS ARE

SENT AFTER

THE

DATA.

;'tttt.t'tt"fiit""'tfifit'fi.t.li.tfi.ifitttitttlfiQQQQQ‘ttttfi"t.tt"t‘t!'Q!'.t"‘

;"ttifi.ti.tfit'titt'Qifltfifitfifittttfl"t't'l*tfifitfifitt'Q'tfi"tfi'ttt't"ttt'ttt't't!

28 -

TRANSMIT

(HAR LENGTH TIMING TEST - BIT MODE,

(RC

»
%

%
%

%
2

TEST
THE

LINE

UNIT

JS PLACED

WITH 2 FLAG CHARS.
WITH EACH OF

1 81T,

THE

2 BITS,

IN BIT MODE

AND A MESSAGE

NEXT, 2 8-BIT 000 CHARS ARE SENT,

FOLLOWING

TRANSMITTER CHAR LENGTHS:

3 BITS, 4 BITS,

5 BITS,

6 BITS,

INITIATED

FOLLOWED BY 000 CHARS

7 BITS, AND 8 BITS.

(FOR EXAMPLE, A 5-BIT (HAR REQUIRES 5 CLOCK CYCLES TO BE TRANSMITTED).

TWO

TERMINATING FLAGS ARE

SENT AFTER

THE

DATA.

:t'i'QQtQttt'ttt'Q'fi'tti"'\fi"fi'fi..lt‘.t'tlttttt!Qt't!fi‘tt't‘tfit"‘tfit'fitit‘Q.

445
446

647

;t!t'ttt"i'tt‘l"ttlfi'tQt'it.fil!t.t‘tt'l"t'ltt'tltttttllt'tlt"Q‘.QQ"“'Q".

448

TEST - (HAR MODE, NO (RC

B
»

»
2

TEST 29 - TXDATA BIT

449
450
451
652
453
454
455
456

THE LINE UNIT IS INITIALIZED AND A MSG IS INITIATED (USING STEPLU) WITH CR(16 SELECTED IN CHAR MODE. TwO SYNCHS, 000,125,252.377,000, AND 2 TERMINATING

SYNCHS ARE

THEN SENT.

THE USYRT

TRANSMITTER.

THE PROGRAM CHECKS EACH BIT OF

THE

TRANSMITTED

DATA (HARS, BY MONJTORING TXDATA (REG 17) AS THE DATA IS CLOCKED OuUT OF

:lt't't'ttttfi"'ttttt!ltttit.tlt.tt'fll't.l"t"t.tt".tt.tfi't""ltlt't'll'.t‘t

468
469

479
47

(RC

2
»
%

465
466
467

SEQ

TEST 30 - USYRT RECEIVER MSG TEST - (HAR MODE,

464

17-0(T=~79 08:49:54 PAGE 5-8

CRANRRARARNRRANARRARAAARAANPARRAARNAAARAEARNIARANAAANNRAANRRAAPAARNARARRARACORN
RO E NS

457
458
459
460
461
462
463

PROGRAM DOCUMENT

MACRD v(03.01

(ZDMRB MB8203 STATIC DIAG M

THE

LINE UNIT

INITIALIZED AND A MESSAGE

INITIATED

(JUSING STEPLU) WITH

LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH (Rr-16
SELECTED. TWO SYNCHS, 000,125,252,377,000, AND FOUR TERMINATING SYN(CHS ARE
SENT.

THE PROGRAM MONITORS

IACT, AND THE RCV'D CHARS AND (R(C BYTES ARE READ

FROM AXO-15 AND (OMPARED TO EXPECTED VALUES.
STILL SET AFTER THE MESSAGE.

THE PROGRAM THEN (HECKS FOR

JA(T

;QQ'.'ttQit'ttttt'tt.tfit"i.tfittfitfi.tttlQt.t'tttt'..‘t.""tfi."t‘tifltQ'Q.ttt"

472

(RC

»>

- USYRT RECEIVER MSG TEST - BIT MODE,

THE

LINE

UNIT

INITIALIZED

AND A MESSAGE

INITIATED

(USING STEPLU)

WITH

LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYPT, AND WITH (R(CCITT-1. TWO FLAGS, 000,125,252.377,000, AND TW) TERMINATING FLAGS ARE THEN
SENT. THE PROGRAM MONITORS IACT, RSOM, AND THE RCV'D CHARS ARE READ
FROM AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR
IACT = 0, SETS IC TO CLEAR THE RFCEIVER, AND CHECKS f(R IACT STILL - O.

:t'ttt.ttttttfiti"i"fifi"'.i.i.ttfit*filtfit"fi'lttt't!ii"t‘ft'tt'i't't'tttttt‘tt

32 - USYRT RECEIVER MSG TEST - CHAR MCDE, NO CRC

TEST
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. TWO SYNCHS, 000,125,252,377,000, AND TWO SYNCHS ARE
THEN SENT.

THE PROGRAM MONITORS

IACT,

AND

THE RECEIVED CHARS ARE

WITH

READ fROM

AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN (CHECKS FOR
STILL
O, SETS IC TO CLEAR THE RECEIVER, AND (HECKS FOR IACT
0.

IA(T

:.ttl"t'ttt'ttt't!t.'tfi*Q'tflt.*'.""‘.ttlflfltfififiiiQQ..Q"'Q'Q'Q'Q"'Q'"'t't"

R AAARAAREAASEREEARARR2RRRRRRRRARRRRRRRRRRRRRSRERRRRRRRRRARRARRRRRRRRRRR
AN

33 - USYRT RECEIVER MSG TEST - BIT MODE, NO (R(

TEST
%

500
501
502
503

:fi'tQtQ.t'fit*""ttt'tttti"fit'ttt'tfit'tttttfitttfi'tifi""Q'Q'tttt"ttt'tt‘QtQQQ

488
489
490
491
492
493
494
495
496
497
498
499

TEST

481
(82
L85
484
485
486
487

;tt.t'Qt'tQt"Q't't'fifi'ttt'tfi“ttt!"t!fitttt'it.."flfi'ltfl't'fifi't".Q't"t'ttt't

477
478
479
480

473
474
475
476

THE

LINE

UNIT

INITIALIZED AND A MESSAGE

INITIATED

(USING STEPLU)

WITH

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
ARE THEN SENT. THE PROGRAM MONITORS JACT, RSOM, AND THE R(CV'D (HARS ARE
READ FROM AX0-15 AND (OMPARED TO EXPECTED VALUES. THE PROGRAM THEN (HECKS FOR

(ZDMRB MB2C3 STATI( DIAG M

PROGRAM DOCUMENT

514

S‘S

MACRO vC3.01
*

3
E
17-0(T-79 08:49:54 PAGE 5-9

IACT - 0,

SETS IC

TO "LEAR

SEQ@

THE RECEIVER, AND (HECKS €OR IACT STILL

- O.

;'t.'t‘fi‘.tttt"QQ'QQQQ..".'"Qt""t'tt.".'."..Q.'Q.Q..".""""Q""'Qt0

516
517

518
519
520
521

".'t‘.Qtt"tttt".'fi'ttlt'tt.tttfifi"‘Qtt.tQQ.'QQ"'i""'Q'...'..'.t'."t""'Q'Q

222

TEST 34 - SILO-DISABLED

TRANSMITTER LOAD TEST

524
525
526
527

528
529
530
531
532
533

* THIS TEST DISABLES THE SILOS, LOADS A 125 CHARACTER INTO THE TX SILO, AND
* READS AX1-15 AND CHECKS THAT THE DATA DID NOT GET (OADED INTO THE USYRT Tx
* BUFFER.

;t""lifitfi".'fi"lt‘t.QQ‘Q'*'QtQ.QQQQ'..'t'.ttt.tfifii'.fi'.."fi'fi"".'.Q.t‘!"tt

"Qt‘i""t""tt'l"tti'.tfi..t".lfitii"fitt!'QQQ'QQ.QQ‘t""t".l"'..t"""t'.

TEST 35 - SILO-DISABLED MESSAGE

TEST - BIT MODE, NO CRC

536
537
538
539
540
21

*
*
*
+
*
+

S/'B

"t'.!tttt"t'ttt‘fi‘tfi"t‘t"t'ifiQttti.'.it..'.tt"‘i't"th'Q.'.'Q"'l"tt't.“

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,
IRDY. AND THE RECEIVED CHARS ARE READ FROM AXO'AND COMPARED TO EXPECTED
VALUES.

544

545
546
547
£48
549

329

552
553
37

556
557
558
559
560
561

562

563

564
565

567
568
569

"'tQti."t"'tttt"tfifififil'! AR EARRRERRSARERARARRRARRRARRRRRRRRRSRRRRRRRRRRRR A 2]

TEST 36 - RECEIVER BUFFER TEST - CHAR MODE, CR(

*+ FIRST, A MASTER CLEAR IS DONE AND THE PROGRAM CHECKS FOR ICIR = 1 AND IRDY
+ - 0, THEN, 2 SOM CHARS ARE LOADED AND CLOCKED INTO THE USYRT, AND 64
: BYTES OF A 2S6-BYTE BINARY COUNT DATA PATTERN (000-377) ARE [OADED INTO
*+

*
*
*
«
+
*

THE

SILO.

THE LINE UNIT IS THEN CLOCKED UNTIL IRDY = 1, AND THE PROGRAM CHECKS FOh
THIS 1O OCCUR WITHIN 40-43 CYCLES. THE PROGRAM READS THE RCV SILO, CHECKS THE
CHAR FOR 000, AND CHECKS FOR IRDY = 0 AGAIN.
THE LINE UNIT IS THEN CLOCKED IN GROUPS OF 8 CYCLES, AND AFTER EACH, THE
PROGRAM (HECKS FOR ICIR = 1, IRDY = 1, UNTIL THE 64TH GROUP, AFTER WHICH
IT

CHECKS FOR

ICIR = O,

IRDY

+ RECEIVER SILO AND COMPARED TO 001.

TRDY = 1 AGAIN.

THE

SECOND DA"A CHAR

THEN,

IS READ FROM THE

THE PROGRAM CHECKS FOR ICIR - 1,

* THE REST OF THE BINARY (OUNT DATA BYTES ARE (YCLED 8 CLOCKS AND READ AND
* COMPARED A BYTE AT A TIME.

"!'t'.t.t..‘.'Qttttt.fi.fiti.t.“i‘..Q'fi‘"'"fi'.'t'tt"..l...l"t"‘t‘."""l"

(ZDMRB M8203 STATIC DIAG M

PROGRAM DOCUMENT

MACRO v03.01

17-0(T-79 08:49:54 PAGE

5-10

SE@

574

571

572

573
5%
B
%
®
%
%
*

IN CHAR MODE,

WITH NO ERROR DETECTION,

AND A MSG

TRANSMITTER SILO.

THE

LINE

UNIT

FOR EACH RCV CHAR LENGTH,

THEN CLOCKED USING STEPLU WITH LULOOP

THE PROGRAM (HECKS

TO MAKE

SURE

5,6,7,8.

THET USYRT RECEIVER

FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EA(CH RCV CHAR LENGTH.
(FOR EXAMPLE A 5-8BIT (HAR TAKES S CLOCK CYCLES TO BE RECEIVED). A MASTER
CLEAR IS THEN DONE TO TERMINATE THE OPERATION.

A RNATRAAAARAANAANNANAAAEARAANARARRANRARAAARAANRNRNAAN
RN ARG ARNARAEARNRNARACAACAR
RN

(CHAR LENGTH

TIMING

TEST

- BIT MODE,

NO (RC

%
%

38 - RECEIVER

THE

LINE

INITIATED

UNIT

TRANSMITTER

PLACED

IN BIT MODE

SILO.

THE

UNIT

WITH 2 FLAG CHARS.
LINE

NEXT,
IS

WITH NO ERROR DETECTION,

AND A MESSAGE

FIFTEEN 000 CHARS ARE LOADED

THEN CLOCKED USING

INTO THE

STEPLU WITH LULOOP

SET, WHILE THE RCV CHAR LENGTH IS SET TO THF FOLLOWING VALUES : 8,8,8,7.€.5,
4,3,2.1. FOR EACH R(V (4AR LENGTH, THE PROGRAM (HECKS TO MAKE SURE THAT THE
USYRT RECEIVER FLAGS OCCUR THE PROPER NO. OF CYCLES APART, FOR EA(CH R(V
(HAR LENGTH. (FOR EXAMPLE, A 5 BIT (HAR TAKES S (CLOCK CYCLES TO BE RECEIVED".
A MASTER

(CLEAR

THEN

DONE

TERMINATE

THE

OPERATION.

'tttt.tQ't‘ititfi.‘t..fitt"QtQtfi.fit.t."'t't'tt.t't‘it.""'t'i"Qt"t't'fi.""t

'Q't't"'.'..t".itht'fiQt'.Qt.'t""t"fi4'.!"'..'.“"t!"t"'fi't't“Q‘tttt"

»>

TEST

3G -

TRANSMITTER UNDERRUN ERROR,

THE LINE UNIT IS PLACED
MSG IS INITIATED, A 000

IN (HAR MODE,
CHAR IS SENT,

IDLE

AND
AND

MARKING,

THE
THE

CHAR MODE ,NG CR(

IDLE BIT IS SET.
TX BUFFER IS NOT

THEN, A
SERVI(ED

IN RESPONSt TO THE USYRT TX BUFFER EMPTY FLAG, WHICH CAUSES A TX UNDERRUN
ERROR. THEN, THE RECEIVER IS CLOCKED AND CHE(KED FOR TWO 377 (HARS T0 BE

RECEIVED

(LINE

MARKING)

BEFORE

SHUTTING

DOWN WiTH A MASTER

(LEAR.

;'Ilttt.'tt'.t.'l'tt.‘.t"t.'.th't"'.‘ti"fi‘t"“l"it‘\‘tit‘tfi't.t"tttt!.t'.

;t"'l'..“.'t""fi'l...'..Q‘Qlfi't."l.Q'.Q.'t"'..tfi.‘fl.t.‘.t"t"lQ"

TEST 40 - MSG TERMINATION WlTH GA (HARS - BIT MODE ,NO C(RC
®%

597
598

[S PLACED

SET, WHILE THE RECEIVER CHAR LENGTH IS SET TO THE FOLLOWING VALUES

TEST

996

LINE UNIT

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

CRAARANARA

593
594
595

THE

;t.".'t""t"“t.t.ttfi."‘fi't't‘tfi.fl"ttfi"t'ttttQtlttt.'t"tt't.'fi."Q"""

592

TEST 37 - RECEIVER CHAR LENGTH TIMING TEST - (HAR MODE, NO (RC

575
576
577
578
579
580
581
582
583
584
585
586
587
588
589
590
591

233323200222 203238328232222222222220222220822322222RZ22222
0222222 Z2XaRttRR

THE

DEVICE

1S ENABLED

INITIATED

IN BIT MODE.

MODE BIT

(STRIP)

FOR

TRANSMIT

AND

RECEIVE.,

2 FLAG CHARACTERS ARE SENT, FOLLOWED BY
THE FOLLOWING DATA (HARA(CIERS : 000, 125, 252,

AND

A MESSAGE

377, 000. THEN THE
IS SET AND 2 TERMINATING GO-AHEAD (HARA(TERS ARE

( OOF

(IDMRB MB203 STATIC DIAG M

PROGRAM DOCUMENT

628
629
630

e
632
633
63{,

635
636
637
638
636
6‘0

*
«
*
*
+
+

Se@

SENT. EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THF S DATA
WORDS ARE READ AND (OMPARED TO EXPECTED VALUES.
ALSO, THE FIRST GA (HAR IS (HECKED BY SCANNING THE TXDATA BIT AS THF (A
|S BEING TRANSMITTED (GA = 376 OCTAL).
THE TEST ALSO CHECKS FOR SETTING OF RAB AND ER.K
[N LOOP MODE.

'-tn'"lt."tt't.t.t.fitn.'ttttttttt.tt'ttt".t'ttttt'tt'ttt.t"'ttt'.t'-

TEST

+ THE DEVICE

IDLE

SYNCHS

TEST

(HAR

MODE

IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE

644
645
646

* INITIJATED IN CHAR MODE. 24(DEC) SYNCHS ARE SENT.
* EACH SYNCH IS TIMED AS IT IS RECEIVED, AND THE BITS ARE CHECKED
* FOR A VALID SYNCH CHAR FOR EACH OF THE 22 SYNCHS WHI(H FOLLOW

648

* WHILE

6L7
649
650
651
652

653
654
655
656
657

658

« THF FIRST TwO (THESE PERFORM SYNCHRONIZATION, AND ARL NOT READ).
LAST SYNCH

IS BEING

TEST

664

*
*
*
*
*
»
*
*

67‘

684

AND THE

377 (LINE MARKING).

42 - STRIP SYN(CH TEST

THE DEVICE

IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE

FOLLOWED BY

THE FOLLOWING DATA CHARACTERS

377,

000,

125,

252,

AND THEN 2 TERMINATING SYNCHS.
EACH OF THE 23 SYNCHS AFTER THE FIRST ARE CHECKED AT THE TRANSMITTER GUTPUT,
BY SCANNING THE TXDATA BIT.
EACH USYRT RCV FLAG IS TIMED AS IT iS RECEIVED, AND THE & DATA WORDS
ARE READ AND COMPARED TO EXPECTED VALUES.
FINALLY, THE LINE UNIT IS CLOCKED FOR SEVERAL CHAR TIMES, AND A (HE(K
|S MADE FOR QACT = O (TEOM SHOULD CAUSE Tx ENABLE TO DROP).
THE ABOVE TEST IS REPEATED FOR EACH OF THE FCLLOWING SYN(H (HAR DATA

* PATTERNS

- 226,000,125,252.376.177.

A AN R AR AR I NN AN A AR R A NN TN A RA N R

675
676

682
683

IS SET.

* INITIATED IN CHAR MODE AND WITH THE STRIP SYNCH
+ BIT SET. THEN 24 (DEC) SYNCHS ARE SENT

665
666
667
668
669
670
671
672

681

"tttt.t'.tt.tt.'t.ti..t..tt'.fi'!fi.tt.ttttQ'QQQ.t.!.'!‘.'t'lt"'t.'t"n'

677
678
679
680

TRANSMITTED,

'-Qtt..Q.ttt'ttt.tfitfitttttit.*ttt'tttt.tttnt"'ttt'tt.tttt'.tt"'."tt't

661

673

THE

* NEXT CHAR RCV'D AFTER THE SYNCH IS C(HECKED TC BE
« THEN, A MASTER CLEAR IS ISSUED.
+ THE SYNCH (HAR USED IS 226 (OCTAL).

228

662
663

3¢

.Qtt.tttt.'t.'l't't'tttlt.‘t.tttt.tti'.tfitttttt'.t".ntt.tt.t.".'ttl.t

gz;

643

G
3
17=0(T=79 (08:49:54 PAGE S5-11

MACROC v03.0°

8.' DATA PATTERNS USED

veaew

DATA

PATTERN A

evevwe

TR AT AR

AN CRCERTRIINPORRINIRICNOTITIOTTRNOETS

(ZDMRB MB2C3 STATIC DIAG #

PROGRAM DOCUMENT

MACRO v03.01
PATA:

H
3
17=0(T=79 0§:49:54 PAGE 5='2

BYTF
.BYTE
BYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
BYTE

vexxe

DATA

PATTERN

2 J
L B8

PATR:

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE
xevven
PAT(:

DATA PATTERN (

sesee

DATA

PATD:

BYTE
.BYTE
.BYTE

tevne

:
PATE

DATA PATTERN E

DATA PATTERN f

BYTE

LA LR

000
040
000

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
esewe
PATF
:

020
<0
020

PATTERN D

.BYTE
.BYTE

LA B

050

LA AN N

SEQ

MACRO v03.01

BYTE
BYTE

7242

763
764
745
746
747

S & 2
LA

PATG:

748

749
750
751
75¢

753

754
755
756
757

LA R AR

PATH:

758

760
761
762

763

764

765

766

768
769

L2 R

PAT]:

770
771

772
773
774
775
776
777
778
779
780

BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE

LA23R

/82
783
784
785
786
787
AR NR

PATK:

.BYTE
.BYTE
BYTE

000
000
000

BYTE
.BYTE
.BYTE
.BYTE

000
103
000
000

L8221

000

DATA PATTERN J

000
000
010
002
004
103
001
100

ODATA PATTERN K

BYTE
BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE

LA A 82]

000
000
377
017
377
377
375
377

DATA PATTERN |

BYTE
.BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTL
BYTE

781

L2222}

000
000
240
120
177
000
000
001

DATA PATTERN H

.BYTE

PATJ:

0OM1
050

DATA PATTERN G

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

759

767

17=0CT=79 08:49: 54 PAGE

000
000
377
377
125
125
252
252
00!

LA S 831

5-13

SEQ

—~

(ZDMRB MB203 STATI( DIAG &
PROGRAM DOCUMENT

(JCMRB MB203 STATI( DIAC M

PROGRAM DOCUMENT

799

NPV
W) 2O

D aaa

00 00 00 00 Co Co 00 0O

800
801
80¢
803
804
805
806
807
808

818

MACRO v(03.0"

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3
17-0(T-79 0B:49:54 PAGE 5-14
BYTE
BYTE
BYTE
.BYTE
.8YTE
.BYTE

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

.BYTE
.BYTE
.BYTE
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.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
.BYTE
.BYTE
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.BYTE
.BYTE
.BYTE
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SeQ

(ZDMRS MB203 STATIC DIAG M1

PROGRAM DOCUMENT

MACRO v03.01

K 3
17-0(T=79 08:49: 56 PAGE 5-15

BYTE
BYTE
.BYTE
BYTE
BYTE
LBYTE

856
857

377
337
377
277
377
177

saves DATA PATTERN L

PATY
:

BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE

L2A2
2]

000
000
377
277
000
000

weewe DATA PATTERN M

L2222

PATM:

BYTE
BYTE

000
020

BYTE
BYTE
BYTE

000
200
000

.BYTE

.BYTE
BYTE

000

000
051

sxxvs DATA PATTERN N

¢erRAN

PATN:

.BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
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000
000
000
125
000
252
000
377
005
000
012
000
017
000

wenwn DATA PATTERN O wwwew

PATO:

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

000
041
004
010
020
040
100
101
200
201
300

SEQ

(ZDMRB8 MB203 STATIC DIAG M

PROGRAM DOCUMENT

9 13
914
918
910
91?7
918
919

MACRO v03.01

BYTE

BYTE
.BYTE
eveee

PATP:

DATA

trenn

DATA PATTERN U

seavs

.BYTE
BYTE
BYTE

BYTE
BYTE

BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
BYTE
BYTE
s1ses

301
375

PATTERN

.BYTE

PATY:

17=0(CT=79 08:49:54 PAGE 5-16

RYTE

000

133

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

.BYTE

000

BYTE
BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
.BYTE
.RYTE
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE

000
013
000
on
000
021
000
101
000
301
000
000
001
000
002
000
004
000
040
000
100
000
200
Q00
346
000
345
000
343
000
307
000

.BYTE

001

SEQ

(ZDMRB M8203 STATI(C DIAG M

PROGRAM DOCUMENT

970
971
972
973
974
975
976
977
978

979
980

981

982
983

985

MACRO V03.01

17-0CT-79 08:49:54 PAGE

.BYTE
.BYTE
.BYTE
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PATY:

DATA

247
000
147

PATTERN

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

000
000
333
000
331
000
323
000
313
000
233
000
133
000
000

.BYTE
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BYTE
.BYTE
.BYTE

307
000
247
000
147

.BYTE
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.BYTE
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BYTE
BYTE
.BYTE
.BYTE
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.BYTE
.BYTE
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.BYTE
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.BYTE
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001
000
002
000
004
000
040
000
100
000
200
000
346
000
345
000
343
000

treen

5-17

SEQ

—

D e

D o

A5 BRI
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WA =2 OO NN
W)

PROGRAM DOCUMENT

N
3
17=-0(T=79 0B:49:54 PAGE 6

MACRO v03.01

9.0 ERROR
9.1

SEQ

[NFORMAT]ON

IR REPORTING

ERRORS
ARE
REPORTED
BY
THE PROGRAM AS THEY OCCUR (IF NOi
INHIBITED). THE REPORT C(ONFORMS TO THE DJAGNOSTIC SUPERVISOR
ERROR
REPORT
FORMAT,
AND CONSISTS OF A DESCRIPTION OF THE
ERROR,

THE

TEST NUMBER,

CALL,
DEVICE
INFORMATION.
THE

SUBTEST

ADDRESS,

AND

FOLLOWING EXAMPLE PROVIDES A

DESCRIBES

'‘IRDY

NUMBER,

BASIC

TYPICAL

P(C

AND

THE

EXTENDED

ERROR REPORT,

ERROR

ERROR
WHI(H

NOT SET'' ERROR, AND PROVIDES THE P(C OF

THE ERROR CALL AND THE P(C OF
THE
C(ALL
REP(TNE?T%?;G IT, THE FAILING REGISTER NAME,
:
CONTEN

TO
THE
SUBROUTINE
AND DEVICE REGISTER

CZDMR DVC FTL ERR 00017 ON UNIT 00 TST 03« SuB 000 PC:
IRDY NOT SET

006210

PC OF SUBR CALL:
030044
DEVICE CSR ADDRESS : 160170
FAILING REG:

LINE UNIT

INBUS/0UTBUS REG 12

INBUS REGS:

REGIO
REGI1T
REGI2
REGI3
000
120
000
257
REG14
REG1S
REG16
REG17
024
377
377
035
LINE UNIT EXTENDED REGS:
AX0-15
AX0-16
AXx1-15
Ax1-16

000

AX2-15

000

AX2-16

000

AX3-15

000

Ax3-16

000

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

EXTENSIVE,

AND

IF
EXTENDED
ERROR INFORMATION HAD BEEN INHIBITED USING THE
IXE FLAG PRIOR 7O RUNNING THE TEST, THE
ABOVE
ERROR
WOULD

HAVE BEEN REPORTED

IN THE

FOLLOWING SHORTENED FORM

CZDMR DVC FTL ERR 00017 ON UNIT 00 TST 034 SuB 000 P(:006210
IRDY NOT SET

PC OF

SUBR

CALL:

DEVICE CSR ADDRESS
FAILING REG:

030044

160170

[NBUS/OUTBUS REG 2

(JDMR8 M3203 STATIC DIAG M

(JDMRB MB8203 STATI( DIAG M

PROGRAM DOCUMENT

58
59
60
61
62

63
64
€5

MACRO v03.01

B 4
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(ZDMRB M8203 STATIC DIAG M

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002000

MACRO v03.01

17-0CT=79 08:49:54 PAGE

SEQ

LTITLE CZDMRR M8203 STATIC DIAG #1
. 2000

13
14

15
16

}g 002000

.MCALL

Sv(

SVC

20
21
22
23
Sg 002000

BGNMOD

L UTMOD

26
27
28
29
30
39
32
%2

35
36
37

000001
000001
000001
000001
000001
000001
000001

$LSTIN= 1
SLSTTAG=
SVCINS= 1
SVCTST= 1
SVCSuUB= 1
SVCGBL= 1
SVCTAG= 1

;
;
:

;
;
:
;
;

LIST
LIST
LIST
LIST
LIST

INITIALIZE

SUPERVISOR MALROS

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

CHANGE THE VALUES OF THE SV(C... SYMBOLS TO BE ZERO IF YOU W]SH
TO ALIGN THE MACRO CALLS AND THEIR EXPANSIONS.
CHANGE THE
SYMBOLS TO BE MINUS-ONE TO NOT LIST THE EXPANSIONS.
YOU MAY

CHANGE THE SYMBOLS AT ANY POINT IN YOUR PROGLRAM.

(ZDMRB M8203 STATIC DIAG M

PROGRAM HEADER

;

MACRO v03.01 17-0CT=79 08:49:54 PAGE 8
SBTTL

SEQ

PROGRAM HEADER

‘o4

;

THE PROGRAM HEADER IS THE INTERFACE BETWEEN
THE

DIAGNOSTIC PROGRAM AND

g 002000

THE

SUCERVISOR.

POINTCR BGNAU,BGNDU

ZIZXZXZZ!ZXZIZZIZZZZ!Z!ZZXZIZIZ!XXZ!ZZ11122!12!1!11211112111111111122111111111121

;

ANY OPTIONAL POINTERS ARE

T)J BE USED

[N THE

'POINTER'® TO CONTAIN THE CORRECT ARGLHENTS

POINTERS ARE

TO BE USED,

'HEADER'',

CHANGE

IF ALL OPTIW'

CHANGE 'POINTER'' TO BE 'POINTER

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17 002000

002000
002000
002001
002002
002002
002004
002005
002006
002007
002010
002010
002011
002011
002012
002G12
002014
2014
002016
002016
00202
002020
002022
002022
002024
002024
002026
002026
00203C
002030
002032
002032
002034
002034
002036
002036
002040
002040
002042
002042
002044
002044

002046

HEADER

103
132
104
115
122
000
000
000
102
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000055
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036206
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000000
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(Z2DMR,.B.0,45..0

L SNAME
::

LSREV::

LSDEPO::
LSUNIT::

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L$SPCP::

LSHPTP:
:
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002046
002050
002050
002051
002052
002052
002054
002056
002056
002060
002060

000000

002062
002064
002064
002066
002066
002070
002070
002072
002072
002074
002074
002076
002076
002100
0021006
002102
002102
002104
002104
002106
002106
002110
002110
002112
002112
002114
002114
002116
002116
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18 002120

000000

002062

MACRO v03.01

17-0(T=79 08:49:54 PAGF 8-1

SEQ

LSMRE
. ::

003
003

LSEF ::

Q0000
000000

LS$SPC::

000000

LSDEVP::

003462

LSREPP: :
LSEXP4::

000000

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000000

LSAUT::

021606

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::

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000000

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02107¢

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021522

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021442

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::

000000

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CS$EDIT

MWORD
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O
O

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LSDVTYP

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.WORD

L SAU

.WORD

LSDU

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LSINIT

.WORD

LSCLEAN

.WORD

LSAUTO

.WORD

LS$FROT

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2C
21

Z11ZZZZZZ1ZZZZ11112111112111111121111ZXZXZ121112111122ZZZZZZZZXZZZZZZZZZZZZZZZZZZ
(HANGE THE "HEADER'' TO (ONTAIN THE PROPER ARGUMENTS

25
26

.EVEN

27
28

3533442 133342442442%448333323¢044444453324240%%8%32420804%%%%%2%%444%%sRRRaa Rt Rs

(ZDMRB MB8203 STATIC DIAG M

DISPAT(CH TABLE

17-0(T-79 08:49:54 PAGE 9

SEQ

.SBTTL

SIIIILLLIIII 1777777777777 770077777777777770777077777/777770077/77777777/7777/777777
;/ THE DISPATCH TABLE CONTAINS THE STARTING ADDRESS OF EACH TEST.

2
3

S wWhu—
O

DISPAT(H TARLE

2/ IT 1S USED BY THE SUPERVISOR TO DISPAT(H TO EACH TEST.
SIIISLILLISI

6
7

— ety
-

MACRO v03.01

002122

000052

002124
002126
002130
002132
002134
002136
002140
002142
002144
002146
002150
002152
002154
002156
002160
002162
002164
002166
002170
002172
002174
002176
002200
002202
002204
002206
002210
002212
002214
002216
002220
002222
002224
002226
002230
002232
002234

021610
021672
021756
022102
022204
022332
022452
022626
023062
023200
023316
023434
023552
024202
024534
025024
025234
025440
025644
026102
026334
026606
027264
027404
027514
027710
030254
030464
031014
031114
031464
032026
032276
032640
032770
033702
034164

002236
002240
002242
002244
002246

777777777777 7707 7072777777777 770777777/7770777777777777077/77777

DISPAT(H &

.WORD
LSDISPAT(H::
.WORD
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.WORD
.WORD
LWORD

.WORD

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034364
034664
034754
035116
035264

T
T2

T3
T4
TS
T6
17
T8
T9
T10
TN
T12
T13
T14
TS
T16
T17
T18
T19
120

LWORD
.WORD
.WORD
LWORD
.WORD
WORD
.WORD
.WORD
.WORD
.WORD
LWORD
LWORD
LWORD
.WORD
.WORD
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.WORD
.WORD
.WORD
.WORD
LWORD
.WORD
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.WORD
.WORD
.WORD
.WORD
WORD
.WORD

T26
127
1728
129
T30
T3
T3
T33
T34
T3S
T36
137
T38
139
T4

.WORD

T4/2

.WORD

T21
122
123
T24
125

e 2008033888 009002233 828023223330 %822022333 3383828222222 33244422223333%4224

(HANGE THE ARGUMENT OF "DISPAT(H'' TO BE THE

NUMBER OF HARDWARE TESTS IN YOUR PROGRAM.
R33393333333333443438242434243424343434%4344338383422323232385838425323232352533 %

(ZDMRB MB8203 STATIC( DIAG &
DISPAT(H TABLE
16
*7

MACRO Vv03.01

G &
17=0(T=79 0B:49:54 PAGE 9-1

SEQ

JOMRB MB203 STAT] DIAG #

DEFAUL T HARDWARE

P-TABLE

MACRO v03.01

17=0(T=79 (B:49:54 PAGE

}

SBRTTL

DEFAULT HARDWARE P-TABLE

THE
1S

TEST-DEVICE PARAMETERS.

IDENTICAL

G THE

BGNHW

DFPTRL

SISV

QLR

1" 002?52
12 002254

0000, 7
160170

.WORD
.WORD

7
160170

14 002260
15 002262

005000
000003

.WORD
.WORD

5000
3

17 002266
18 002270

000000
Q00000

.WORD
.WORD

000
oo

002252
10 002252

13 002256

16 002264

19 002272

20 002274

5; 002276

23 002300

NN NN
NN N
RN
NN

9 002250
002250

26
25

SEQ@

;/ THE DEFAULT HARDWARE P-TABLE (ONTAINS DEFAULT VALUES OF

'0Q

002300

000300

000056
000000

(QOGO04
0000C°

THE STRUCTURE OF

STRUCTURE OF

THIS TARBLE

THE RUN-TIME P-TABLE.
S

LSHW::
DFPTIRL ::

.WORD

.WORD
.WORD

.WORD

. WORD

ENDHW

;DMC11

056

;SWITCH PACK #1

0
1

L 10000~ S/

:M]I{ROPROCESSOR TYLE - MB207
;DMC11 OR KM(C11 (SR UNIBUS ADDRESS

3C0

“

. WORD

OR KMC11

INTERRUPT VECTOR

;DMC11 OR KM(C11 INTERRUPT PRIORITY LEVEL
JLUINE UNIT = M8203

(REG 11)

:SWITCH PACK #2 (REG 15)
JSWITCH PACK #3 (REG 16)

JH32548H3255 USED

:BAUD RATE = S6 K

JRUN SWITCH ON MICROPROCESSOR IS ON

L 10000:

(ZDMRB8 MB203 STATIC DIAG #!

SOf TWARE P=-TABLE

MATRO v03.01

[

17=0(7=79 0B:49:54 PAGE

SEQ

.SBTTL SOF TWARE P-TABLE

JILIITIIIIII 7777777277770 77777727777 7777777777/077720777070777/07/7777777

5
(7,

;/ PARAMETERS THAT CAN Bf (HANGED BY THE OPERATOR.
SIIILILIIIIL L1177 77777277777 777777 7707770770000 7777771772770777077777777

8 002300
002300

002302
, 002302

000000

THE

SOF TWARE P-TABLE

BGNSW

CONTAINS

"HE

VALUES OF

THE

PROGRAM

SFPTAL

L$SW::
SFPTRL:

11 002302
002302

16
17

ENDSW

L10001:

WORD

L 10007=L$Sw/2

SOf TWARE P-TABLE

MACRO v03.01

17-0CT="9 0U8:49:54 PAGE

SEQ

2
3

5
¢

8
9

19
12

.SBTTL

14
15

16
17
1%

GLOBA

EQUATES SECTION
SIS SIS e

i/
THE GLOBAL EQUATES SECTION CONTAINS PROGRAM EQUATES THAT
s/
ARE USED IN MORE THAN ONE TEST.
RN SNSRIV
NSRRI
NN RS NP
VRY)

20 002302

EQUALS

BIT DIFINITIONS

100000
040000
020000
010000
004000
002000
001000
000400
000200
000100
000040
000020
000010
000004
000002
000007
001000
000400
000200
000100
000040
000020
000010
000004
000002
000001

BIT15== 100000
BIT14== 40000
BIT13== 20000
BIT12== 10000
BIT11== 4000
BIT10== 2000
BIT09== 1000
BIT08== 400
BIT07== 200
BIT06== 100
BIT05== 40
BITO4= 20
BIT03=- 10
BIT02== 4
BITOT== 2
BIT00== 1
BIT9== BIT09
BIT8== BIT08
BIT7== BIT07
BIT6== BIT06
BITS== BIT0S
BIT4== BITO04
BIT3== B]T03
BIT2== BIT0?
BIT1== BIT0]
BIT0== BITO0
: EVENT _FLAG_DEF INITIONS
:
EF32:EF17 RESERVED FOR SUPERVISOR TO PROGRAM COMMUN]CAT[ON

000040
000037
000036

EF.START==
EF.RESTART==

EF .CONTINUE=-

32.
31,
30.

: START COMMAND WAS ISSUED
: RESTART (OMMAND WAS SSUED

; (ONTINUE COMMAND WAS [SSUED

(ZDMRB M8203 STATI(C DIAG M

(ZDMRB MB8203 STATIC DIAG M

GLOBAL EQUATES SECTION

000035
00003«

MACRO v03.01 17=-0CT~79 08:49:54 PAGE
EF .NEW=

12-1

29.

4S5

: A NEW PASS HAS BEEN STARTED

28.

EF .PWR=

SEQ

: A POWER-FA]L/POWER-UP OC(URRED

* PRIORITY LEVEL DEFINITIONS
000340
000300
000240
000200
000140
000100
000040

PRIO7== 340

PRI06==
PRIOS==
PRI04==
PRIO3==
PRI02==
PRIO ==
PRI0O0O==

300
240
200
140
100
40
0

;OPERATOR FLAG BITS
000004
000010
000020
000040
000100
000200
000400
001000
002000
004000
010000
020000
040000
21
22

100000

Evi==

LOT==

ADR==

IDU==
ISR==
UAM==
BOE -=
PNT ==
PRI =

IXE==
IBE==
IER==
LOF -~

HOE--

40
100
200
400

1000
2000

4000
10000
20000
40000

100000

24
25
26
7
28
29
30
31
32
33
34
35
36
37
38
39
40
41

42
63

'."tl’."fi"'.t.'..ktt.t't"'fiitlt't!l'..'t.t.'Q‘.tt'tttt..""'."t"".

** PROGRAM EVENT FLAG DEF INITIONS

.'"'Q'tt'.t.'fi...fitt't.'tt.".'t..'..‘.t.Q.Q.l"'.'..Q.t.."'."'!"'t"'

4022220220t

“* MAINTENANCE REGISTER - BSEL?

RS20

2ZR220222

222

222X

]

.'".'Q"'t'.t.tifl'""'fifi'.'.‘t..fi"'..tt‘t!tl'."'.'.'.‘"'."Qt'.t't"'.""".'

000200
000100
000020
000010
000004

RUN
MCLR
STEPLU

= BI17
= BI16
= BIT4

000001

ROMO
ROM]

STEPMP

= 8IT2
= BIN

000002

LULOOP

= BIT3

= BITO

'"'tt.tt.'.fi't..tt.".‘-.".....'.'Ql'..l.t'tt.tt"t"'t""tt..Qt"'l.'.'t.'fit"

"+ 0BUS REG 10 - TRANSMITTER BUFFER
A

AL SRR

222

3212022220202

20282

RRZ2X2AARER

(ZDMRB MB203 STATIC DIAG M

GLOBAL EQUATES SECTION

«8
49
50

bl
52

56
55
56

000200

000100
000040
000020

000G10
000004

000002
200001

80
8?
82
83

92
93

102

103

TXé

= BIT4

X2
X1
X0

= BITS

= B]T3

= BIT2
= BIM
= 8IT0

0]6
GOAH
ABORT
EOM
SOM

= BIT7
= BIT3

= BIT?
= BINM
= B8IT0

4223322222222

1+ 0BUS REG 12

222222222222

2222222222222222222
222222
2R X2 X222 X2 ]

;:Q.'!Qfitfifi'tt'i!fi.ti'tt‘Qtt".tt.t.t.tt.'t.'...'ttt.'t‘.Q".Q'.'.."'Q"".'..'

000200
000100

000040

IC
BPOLL

LULP

= BIT7
= BIT6

= BITS

::tt'tt""'tt't.it"'fi..".QtlQ.'t.t'tfitQtttt.t't'i.tl"Q.'.'t..'.t"fi"".".t

;% OBUS REG 13

;;fi""'.t."tt.'.t.Qtttt".'fit..lQ'ttt.'tt"'.t.'Q'.'t'tfi..‘t.".."""(.'..'.

000200
000100

000040
000020
000010

000004
000002

POLL

DTR

SELFR

HDX

MAINTT
MAINT?
SELSBY
T

= 8117

= BIT6

= BITS

= 8IT4

- BIT3
= B8IT?
= BIT1

HAARNNANRANARARARAAARAAARANAAAARANARNARNAARAEEAANRANANNAANRAIAAANAANANRREAANAANNNNANNANNANRORRS

** 0BUS REG 14

’

:;'.'i.ttlt.'tt.'..tt.t.t"'...t.t."'."t'!"Q't.tl'..i't..ttt"t't'ttt'.t"..'

000100
000040
000020
000010
000004
000002

000001

95
96
97
98
99
100
101

= BIT6

TX3

= 8117

TMX6

TXS

SE@

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

000200
000010
000004
000002
000001

85
86
87
88
89
90

12-2

‘% 0BUS REG 11

73
74
75
76
77
78
79

17-0(T=79 08:49:54 PAGE

'".."Q'.Qfi"""......t.'"..Q.t't'.t"."'!..'..."'.t.'tl.'.'t'.'..."".".'

58
59
60
6]
62
63
¢4
65
66
67
68
69
70
71

MACRO v03.01

TXEN

DISS]
RDAX

WAX
ENAX
AX2
AX1
A

= BIT6

= BITS

= BIT4

=
=
=
=

BJT3
BIT2
BINM
8IT0

2242222202303

“+ 0BUS REG 17

222

2283233

222022

2232383

2222323322222

£}

‘;'.'ti".'..'.'fi.'..i".'...'....'t..tt."t..."ttt."..t.‘.t.t."."'.'Qt"t..

000200
000100
000040
000020
000010
000002

CRC2
CRC1
IDLE

SECA

STRIP

RDALL
IERR

=
=
=
=
=

8I17
BITé
BITS

BIT4

BIT3

= BIT2
= BIN

CZDMRB M8203 STATIC DIAG #1
000001

nd _p ed o

000100

000040
000020
000010
000004
000002
000001

= BITO
AR

AN NN RN NN N

R RN AN AR R R AN AR R AR AN R RN AN RN IR AN OGN

NN VNI

NO VAN

RGO

= BIT7

RX7
RX6

= BIT6

RXS

=
=
=
=

BITS

BIT4
B8IT3
BITZ2
= 8IN
= B8IT10

RX4
RX3
RX2
RX1
RX0
a2

22322222222

‘» IBUS REG 11

b
)
D e
D
d
d
d e

SEQ

;;."'t.'Qtt."tttt'.tt"'t.tt'.t.'Q.QQ'.....QQ...Q..'..'..'..'.......Q'.Q."'.'

000200

X222

2222220222022

222 QR

;;'Qttitt".ti't.'.t"t..'.t.'.t"'tt".'t'.t.t'...'.Q.tt.'Q'....Q.Q"...."".'

000200
000100
000040
000020
000010

oC
OACT
Sw3
ORDY
Swl

=
=
=
=
=

000002
000001

Sw0
UNRR

= BIT
= BITO

000004

SwW1

12-3

‘% IBUS REG 10 - RECEIVER BUFFER

D ad e

WIWWRNINININIPNONININIAYN) 2 —d b d Db D B3 2

81717
BIT6
BITS
BIT4
BIT3

= BITZ2

)

“» IBUS REG 12

—d
)
e
el e

B NN NN

e e

pDC(MP
AR

oog v&mf&-\:-aoooo\ao\nbum_aoooowo\nbwm—-oggwgm?

GLOBAL EQUATES SECTION

MACRO V03.01 17-0CT=79 08:49:54 PAGE

RdR

AR RRARdRRRRRRRRRRRRRRRa2220202d000d02222d2
22222 20RZ20] ]}

::'Q..itfit'..'.'titt..tt.tt.filt.tttt't"'ti'tt......tt...'.....'."t.-'...'Q'..Q

000200

000100
000040
000020
000010

000004
000002
000001

IACT
LULP
IRDY
OVRR

RAB
EBLK
BCC

= BIT7

=
=
=
=

BIT6
BITS
BIT4
BIT3

= BIT?
= BIT1
= BITO

142

;;t.tt'tttttttt'tttttttttt'ttttt.t!ttttttttt..'tt.ttttttt"t'ttt"t.t'tt't.tt.tt

143

:* IBUS REG 13

144

::ttttttttttt'ttttttt.ttt'tt.tltt.ttttt'tt.t.tttt'tlt.‘t't...t.tt'.'.'t...tt't.'

145
146
147
148
149

000200
000100
007040
000020
000010

RING
DTR
RTS
HDX
MODR

}gg

000001

CARR

150
151

000004
000002

154

BI17
BIT6
BITS
BIT4
BIT3
BIT?
BIT1

= BITO

;;ttt'It.ttl't.t't‘t-ml.t..tttl.tt..'tl'lt.ttt'.tt't'.'Q""Qt.t't't"tt'..t'ttt

:+ IBUS REG 14

155

156

157
158
159
160

cs
STBY

=
=
=
=
=
=
=

;:ttt't!t.ttttttt.t..'.ttt'tt.t.ltttt.'.t't'.tt't..l..t.'t.'lQt.'...tttt.tt'tt.t

000200
000100
000040
000020

READY
TXEN
DISSI

RDAX

= BIT?7
= BIT6
= BITS

= BIT4

(ZDMRB MB203 STATIC DIAG #

GLOBAL EQUATES SECTION
161
162
163
164
165

000010
000004
000002
000001

166

—d —d D —

d e

el vd

P el o

b nd vk aud

—

RIS R EBEIERRIRRBIZIFANN

169
170
17
172
173

195

17=-0(T=79 08:49:54 PAGE

WAX

= B]T3

AX?
AX1

= B8IM
= BIT0

ENAX

12-¢4

SEQ

= B]T2

iiii22222220023

‘* IBUS REG 17

167

168

MACRO v03.01

2222l

RR2R2R

222222222

2222

;:....'Q.""tt.t'.ttttt...lt.'t..t...'..Qt..'....."...'.."'...'..Q.'..'.'.Q'

000200
000100
000020
000010
000001

= BIT17

SIGR

S16Q

TXDATA

OCOR

ICIR

TESTMD
MCLK

DDCMP
e

= BIT6
= BITS

= BIT4

= 8173

= B]T?
= 8ImM

= BITO

2320422420202

222

32322

X222 2222222222222
2222 X2 B2 2t X}

% AX0-15 = USYRT REG O (READ ONLY)

:;.'t't.."'.t.fittt'fi.'t't't‘fitfl.tfi...ttt.ltt".'ttt".t.".ttt.'.."".'.".'.t

000200
000100
000020
000010
000001

RX7

= 8I17

RX6

= BIT6

RX4
RX3
RX?
RX1
RX0

=
=
=
=
=

RXS

= BITS

BIT4
BIT3
BIT?
BIN
BITO

)

';ttt'."'t'.'t'fi'fitttttttfififi*t*fitttfi'.tfi'.tt.t't'..ttQt'tQ'tt"itfittt"'t't""

Te AXO-16 = USYRT REG 1 (READ ONLY)

::tt'fi'.'fi't.ttt.tt'.fififittt!tl‘tfittttfitttfittttttttttt'*'fi"tfi'.Q"tfil"t".t""

000200
000100

000020
000010
000004
000002
000001

RERR
ASBC2
ASBC1
ASBCO
ROR
RABT
REOM
RSOM

=
=
=
=
=
=
=
=

BI17
BIT6
BITS
BIT4
BIT3
BIT2
BIT1
BIT0

:'ttttt*ttfitt'tfifiitt'tttttti'ttfi"t.fi!fiitttttttit'ttit'tttttttttt."'ttt.it"t

“* AX1-15 - USYRT REG 2

::!tt't*tttt'tttt*.ttttt't'tfitt*ltttttt'tttttttfittfififittttt"'ttt'!.t'.tfit"tt'

000020
000010
000004
000002
000001

= BIT7

X6
TX5
TX4

= BIT6
= 8IT5
= BIT4

X1
X0

= BIN
= 8IT0

TX3
TX2

= BIT3
= BIT?2

';"Qt."t"'..'.'.'t"t.'l"t't.t"'.'t!'.t"t..".fl't'llt't""t't't'"'!t't

;* AX1=16 = USYRT REG 3
e

000200

t4 2822343232 23224222322328232222323223222332322223222222R22
2222222022 XaR ]

ERR

NS
W =

b
e e ek
b

roNurLNDNDAON

000200
000100

= BIT?

(ZOMRB M8203 STATIC DIAG M

GLOBAL EQUATES SECTION

218
219
220
SS;

000010
000004
000002
000001

8 S

MACRO V03.01 17=0CT=79 0B:49:54 PAGE
TXGA
TXAB
TEOM
TSOM

=
=
=
=

224

i+ AX2-15 - USYRT RIG &
000200
000100
000040
000020
000010

232
233
S%g

000002
000001
000226

NN AN AN

RN A AN

AN AN AR R AN A AR ATRANARAANAN AN

JINN RN AN AN RN AN RN IR

226
227
228
229
230

000004

SYN?
SYNG
SYNS
SYN&
SYN3

=
=
=
=
=

SYN1
SYNO
SYNCH

= BIN
= BIT0
= 226

SYN?

AN RN P E N R AR

NN A AR AR RN A RN RN NN A AR AN AN AR

AX2=16 = USYRT REG

IR RN R R

000200
000100
000040

APA
ODC
STR

= BIT?7
- BITé
= BITS

263
244
245

000010
000004
000002

IPL
CRCTY?
CRCTY1

= BiT3
= BIT?
=8IT1

gzg

000001

SEC

CRCTYO
(AN

;* AX3-15 = USYRT REG 6

1622
xyZ
(328CC
v35
INTGRL
(32ENB
oP
TEST
AX315U

=
=
=
=
=
=
=
=

R AN RN AN R AR RN RN

262

:* AX3-16 =~ USYRT REG 7

264
265
266
267
268
269
270

271

272
273
276

000200
000100
000040
000004
000002
000001

RORARCON

TXLEN2
TXLEN1
TXLENO
RXLEN2
RXLEN1
RXLENO

A AR R AR R RN R

RARRNRR A AR

AN A AN

R R

R A OARNNNARANR AN NS

AN R RO N R AN SRR

R R AR

RAS

R R AR AN R R

R AR RN A AR N RN RN RN AR E

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

R A AN R R AR AR

=
=
=
=

AARRANIRARNRRANS

AR RN XA AR NN ARV RARA OO N

8117
BIT6
BITS
BIT4
BJIT3
BIT?
8IN
BITO
1422.XYZ2!(32BCC.V3S.INTGRL
.OP

261

263

R A RN AR N R AN RN

AR AN R R AR AR AN R AN R A RN AN A R AN R RN R RN AR NN AR AN AN AR AA RN AN AN NN

JINNNA AR R R A

000200
000100
000040
000020
000010
000004
000002
000001
000372

RN AR

=8IT0

249

251
252
253
254
255
256
257
258
528

AR EN RN N ER AN RN ANARRARANRRA

= BIT4

248
250

R R AR RN

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

239
240
241

000020

AR A TN

ANNAANNANRNANRORANCRANNORAERS

= BIT?

237

2462

8I17
B8]T6
BITS
BlT«
BJ13

236

238

S§o

BIT3
BIT?
BT}
BIT0

223
225

12-S

BIT7
BIT6
BITS
BIT2
BIT
BITO

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

A NN AN

AR N RN R A AN R EAAR RN I ARANRRRARANS

AR AR AR R

RN AR

O AR R

AR RN AR

N AR PR RN AR NS

(ZDMRB M8203 STATIC DIAG M

GLOBAL

EQUATES

SECTION

275

276

278

282
283
284
85
286

17-0CT=79 08:49:54 PAGE

12-6

SEQ

;% TX CONTROL BITS DEFINED ON WORD BASIS

004000

002000
0C1000
000400

TXGOA
TXABT
TXEOM
TXSOM

LT
Ty

= BIT1]

= BIT10
= BIT9
= BIT8

287

"""."'"Q"Q..fi‘.fi.‘Qfiifififiti.tttQttt..!Qtttt.w.tt"t't.l.fii.t'.tt

288

s RCV CONTROL BITS DEFINED ON WORD BASIS

289

290
291
292
293

294
295
296
297

At
T R

004000
002000
001000
000400

RXOVR
RXABT
RXEBL
RXBCC

= BITN
= BIT10
= BIT9
= BIT8

298

299

.+ ADDRESS EQUATES FOR REGISTER STORAGE TABLE (LUREG:)

200

301
302
303
304
305
306
307
308
309

002302
002304
00306
002310
002312
002314
002316
002320
002322

AR A A AR

A AR AN

LURT0
LURN
LURT?
LURI3
LURT4
LUR1S
LUR16
LURT7?
AX0.15

=
=
=
=
=
=
=
=
=

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

002324

AX0:16

= LUREG+22

312

002330

AX1.16

= LUREG+26

3i3
314
315

g}g

002326

002332
002334

002336

002340

AX1.15

AX2.15
AX2.16
AX3.15

AX3.16

R NN AN R A AN RN IR AN RR N

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

LUREG+0
LUREG+?
LUREG+4
LUREG+6
LUREG+10
LUREG+1?
LUREG+14
LUREG+16
LUREG+20

310
311

:Q.""..Q.Q"tfi'.t.fifi.""'Q'.QQ'Q.QQQ.'QQ.QQ.Q'Q'ttt.Q'QtQtttt'ttt't.ttt'ttt't

277

279
280
281

MACRO v03.01

JLINE UNIT
JLINE UNIT
JLINE UNIT
JUINE UNIT
JLINE UNIT
JLINE UNIT
sLIMT UNIT
;LINE UNIT
JUSYRT REG

[BUS
IBUS
IBUS
IBUS
[BUS
IBUS
IBUS
IBUS
0

JUSYRT REG 2

= LUREG+30
= LUREG+32

;JUSYRT REG &
JUSYRT REG S

- LUREG+36

10
11
12
13
14
15
16
17

AN RN

RO R E W

RN RN RGO N TP

:USYRT REG 1

= LUREG+24

= LUREG+34

REG
REG
REG
REG
REG
REG
REG
REG

AR A ARANE R AR NN

:USYRT REG 3

JUSYRT REG 6

JUSYRT REG 7

318
319
320

321
%5%

100000

(HPC(HK

- BIT1S

324
325

100000
100000

BCCCHK
(RCCHK

= BIT1S
- BIT1S

326

327

328
329
330
331

.'.."."tl!QQQ!'Q".'..Q"'..tt...'.tfitltt.‘.'...".Q.'.." L ARASAAR SRR AR

RRE

KN]

(ZDMRB MB8203 STATIC D IAG #

GLOBAL EQUATES SECTION

332

5
C
17-0(T=79 C8:49:54 PAGE 12-7

MACRO v03.01

;% MICROINSTRUCTION DEFINITIONS

333

334

021000

My [ OX

%%g

121000

MVIXOX

535

122000

338
339

340
341
342

363
344
345
346

SEQ

000001
000002

MVIXO

= 021000

;MOVE [BUS TO 0BUSt

JMOVE

= 122000

121000

JMOVE

[BUS+ TO OBUS
[BUS*

Jeweee FRRORY BIT FLAG DEFINJTIONS seven
RRDYTO - BITO
WRDYTO
BITI

TO OBUS*

)

(ZDMRB M8203 STATIC DIAG M

GLOBAL DATA SECTION
—
NN
O
=2 OO0

oy -

GLOBAL

DATA

IN MORE THAN GNE

JIIIIITIILII I

SEQ

IS SLSISISIIS

SECTION CONTAINS

TEST.

DATA

THAT

ARE

USED

T1777 777077777777 00777777777700720707777777777777777777777/7777777

'"'"'Qt't"t't'i.fi.ittl'!'"ttfi'.l'tti't't."'.Q.Q'Q.."'tfi.Qt'tt'.t.'..."tt'

“+ STORAGE FOR DEVICE REGISTERS

'"'Q'.Qtt.t"tt"t.fi'tfit't.tt..fit"t'QfitQ'Q"'Q.QQQQ'Q"‘Q'QQQQ'&"'t"..."

{UREG:

002302

WNWN

)l ad
d

THE

GLOBAL DATA SECTION

LIS

.BLKW

16.

"t'.."fiit"'tfi".it.tttt"'Qtttfi‘.fifi..'t"‘tt'tfi'fi."fittt‘ttttfit"‘.t.'

;* MISCELLANEOUS STORAGE

OO NN

d oD md

17-0CT-79 08:49:54 PAGE

.SBTTL

"Qt.tt'it'tt"tttttlttt.tt'fittt.‘Q.‘Q"..fitttt..tt't'."'."'t."t'tfi'tl

002342
002344
002346
002359
20 002352
002354
—

MACRO v03.01

000000

SCRACH:
LOGDEV:

.WORD
.WORD

0
0

JGEN'L PURPOSE SCRAT(H WORD
;LOGICAL DEVICE NUMBER

PRIOR:

.WORD

;CPU PRIORITY FOR PRINTOUT

PSTACK:

SUBRP(:
INTFLG:

002356

.WORD

RAX15:

.WORD

TIMFLG:
RETADR:
REDBYT:
WRIBYT:

JCONTAINS BASE

0
0

LEVEL

PROGRAM STA(K POINTER

JPC OF SUBR CALL FOR ERROR REPORTS
. INTERRUPT RECEIVED FLAGS

;
BIT O FOR TX, BIT 1 FOR RCV
;SUBROUTINE ERROR FLAG

;LO BYTE CONTAINS BYTE READ FROM REG 15

.WORD
.WORD
.WORD
.WORD

0
0
0
0

.WORD

JEVENT TIME-QUT FLAG
;SUBR ERROR RETURN ADDRESS
.LO BYTE CONTAINS BYTE READ FROM LU REG
;LO BYTE CONTAINS BYTE TO LOAD INTO LU REG

;LO BYTE

CONTAINS BYTE READ FROM REG 16

_WORD
,WORD
.WORD
_WORD
.WORD
.WORD
.WORD

0
0
0
0
0
0
0

;LO BYTE CONTAINS BYTE TO LOAD INTO REG 15
;LO BYTE CONTAINS BYTE TO LOAD INTO REG 16
JNUMBER (10-17) OF LINE UNIT REG BEING TESTED
JNUMBER (0-7) OF EXTENDED REG BYTE BEING TESTED
;STORAGE FOR EXPECTED DATA
JSTORAGE FOR ACTUAL DATA
;CONTAINS TEST DATA LOADED INTO REG

SAVES4:
SAVES:
ERROR1:

.WORD
.WORD
.WORD

0
0
O

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

CHPTYP:
SAVLEN:
DEVMAP:
DEVPTR:
UN]T:

.WORD
.WORD
_WORD
.WORD
.WORD
_WORD
.WORD

0
0
0
0
0

JUSYRT (HIP TYPE, =0 FOR SIG, ELSE -1
JSAVED TX AND RCV (CHAR LENGTHS
;BIT MAP OF ACTIVE DEVICES
;DEVICE MAP BIT POINTER
JCONTAINS UNIT NO. (1 TO N)

JFLAG=0 IF

.WUKD

TXWORD: .WORD
RXWORD: .WORD
DISILO: .WORD

0
0
0

TSTNUM:

STARES:

Joaxnnnnnxn

002446
002450
002452
002454
002454

WAX15:
WAX16:
REGNUM:
AXNUM:
GOODAT:
BADDAT:
LOADAT:
FRSTIM:

000000
000000

.WORD
.WORD

ERRFLG:

RAX16:

0026440
002642
002444

.wWORD

160170
160171
160172

MP(SR:

160174

SE &

BSEL1:
ggELf:

L&:

(URRENT

;FLAG=0

IF PROGRAM JUST LOADED

JBITS 0-11 CONTAIN DATA TO LOAD INTO Tx SILO
;BITS 0-11 CONTAIN DATA READ FROM RCV SILO
;CONTAINS CURRENT STATE OF DISSI INBIT S

JCONTAINS TEST NUMBER FOR SOME

DEVICE

PARAMETERS

TESTS

FIRST PASS AFTER STA OR RES

tantxasnsxewns

.WORD

160170

;POINTER TO MICROPROCESSOR (SR'S

.WORD

160174

JPOINTER TO SELS

,WORD
.WORD

160171
160172

JPOINTER TO BSEL1
JPOINTER TO BSELZ

(ZDMRB MB203 STATIC DIAG #1

GLOBAL

58
59
60
61
62
63
646
65
29

DATA SECTION

002456
0026460
002462
002464
0026466
002470
002472
002«74
002476

000304
000240
000000
000000
000000
000000
000000

68
69 002500
70 002501

000
000

74 002505

000

;g 002507

000

71 002502
72 002503
73 002504

75 002506

79 002510

80
81
82
83
84
85
g?

160176
000300

000
000
000

000000

002516
002520
002522
002524
002526

000000
000000
000000
00000C
000000
000000
000000

89 002530

000000

17-0(T=79 08:49:54 PAGE

SEL6:
MPIVE(C:

MPOVE(:
MPRIOR:
LUSWI1:
LUSWIZ:
LUSWI3:
TSTCON:
RUNINH:

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

BYTE
BYTE
BYTE

O
O
O

BYTE

.BYTE

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

TMP] :

.WORD

.WORD
.WORD
.WORD

000000

TMP?

.WORD

98
99
100
101
102
103
104
105
106

002550

002550
002551
002552

000
056
000

18; 002557

306

002553
002554
002555
002556

;?g 002560

TMPG :

200

FOR MESSAGE REPORTING

tswws

0
0
0

seewwx INBUS LU REG BIT MASKS FOR UNPREDICTABLE BITS wwwen
JPBITS:

257
100
377
377

112 002561
113 002561
114 002562

TMP? :

wwews

O
0
O
O
O
O
O

SCRAT(H STORAGE

TTMMPQ :
TMP3:
TMPS
TMPS :

gg 002546

J.*%*+

000000
000000
000000
000000

REGI:
REG?:
REG3:
REG4:
REGS:
REG6:
REG7:

.WORD

92 002536
93 002540
94 002542
95 002544

GEN'L PURPOSE SCRAT(H STORAGE

000000

SEQ

BYTE
BYTE
.BYTE

000
056
000

JMASK FOR REG 10
JMASK FOR REG 11
;MASK FOR REG 12

BYTE

306

;MASK FOR REG 17

BYTE
BYTE
.BYTE
8YTE

R14NRW:

.BYTE

257
100
377
377

200

;MASK
JMASK
;MASK
;MASK

FOR
FOR
FOR
FOR

REG
REG
REG
REG

13
14
1°
16

;REG 14 NON-R/W BITS

;reewe MASKS FOR EXTENDED REGISTER NON-READ/WRITE BITS sxwns

377

ANB]TS:

BYTE

377
377

JPOINTER TO SEL6
sMICROPROCESSOR [NPUT INTERRUPT VE(TOR
;MICROPROCESSCR OUTPUT INTERRUPT VE(CTOR
;MICROPROCESSOR DEVICE PRIORITY
JLINE UNIT SWITCH PACK #1
S INE UNIT SWITCH PACK #2
JLINE UNIT SWITCH PACK #3
JTEST CONNECTOR INDICATOR
JRUN SWITCH INDICATOR

Jovex»

REGO:

90 002532

91 002534

160176
300
304
240
0
Q
0
0
0

13-1

;v«wex STORAGE FOR DATA READ [N ADDRESS TESTS swwws
REDDAT: .BYTE
O
BY'E
9D

000

002512
002514

MACRO v03.01

;MASK FOR AXQ-15

JMASK FOR AX0-16

(ZDMRB M8203 STATIC DIAG #1

GLOBAL DATA SECTION

S 002563
6 002564

000
360

8 002566

00C

7 002565

9 002567

? 002570
2
3

030

128 002575

001

127 002574

002

2 002601
3 002602

020
040

34
35
36
;g

002603
002604
002605
002606

140
141
142
143

002611
002612
002613
002614

002607
39 002610

144

145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161

002615
002615
002616
002617
002620
002621
002622
002623
002624

002625
002625
002626
002627

164 002630
165 002631

166 000632

169 002633

170 002633
177 002634

000

.BYTE
.BYTE

oo
002

.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
RYTE
.BYTE
.BYTE

200
376
375
373
367
357
337
277
177

.BYTE
.BYTE
.BYTE
.BYTE
.BYTE

100
200
376
375
373
367

357
337
277
177
;xwwxs

PATR:

;MASK FOR AX3-15

JMASK FOR ax3-16
A

treer

rxnen

(

svenw

sannn

axnnn

377

004
010
020
040
100

DATA PATTERN

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

000
000
0«0
100
220
000
000
051

JMASK FOR AX2-16

125
252

BYTE
.BYTE
.BYTE

000
000
040
100
220
000
000
051

;*evex DATA PATTERN

PAT(:

.BYTE
BYTL
.BYTE

020
020
020

;eexnen DATA PATTERN

PATD:

BYTE
.BYTF
BYTE

000
040

000

000
040
000

;eenesr DATA PATTERN

PATE:

000
120

BYTE
BYTE

Jo0
120

SEQ

JMASK FOR AX1-15
JMASK FOR AX1-16
JMASK FOR AXZ2-15

000
360
000
000
004
030

DATA PATTERN

.RYTE

004
010

162

163 002630

;ewwws
PATA

377

129 002576

130 002577
131 002600

.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE

006

125
252
000

17-0(CT~79 08:49:5" PAG[L

000

002571
S 002572
6

MACRO v03.01

CIDMRB MB8203 STATIC DIAG M
GLOBAL DATA SECTION

H
§
MACRO v03.01 17=-0CT=79 08:49:54 PAGE 13-3

BYTE
BYTE
BYTE
.BYTE
ceNRNEN

PATF:

CREREC2STEIERRARZE

—

) ad

d o

)

179

cH¥ANEN

002644
002644
002645
002646
002647
002650
002651
002652
002653

bA’G:

002654
002654
002655
002656
002657
002660
002661

5ATH:

CAR
R AR

WN—=O

md ——d

AONLPONLNLNUNL
NV NN

OOV

—

—d

fiATI:

002667
002670
002671
002672
002673
AR
S 3

002674
002674
002675
002676
002677
002700
002701
002762
002703

228 002704

.BYTE
.BYTE
.BYTE

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

PAT
-

THARAAY

bATK:

377
017
377
377
375
377

AN RSN

000
000
010
002
004
103
001
100

DATA PATTERN

.BYTE

RAWRDY

000
000
000
000
000
103
000
000

DATA PATTERN

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

LA888

000
000

DATA PATTERN

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

LA
A AR

000
000
240
120
177
000
000
001

DATA PATTERN

.BYTE
.BYTE

LA A 2RJ

050
051
050

DATA PATTERN

.BYTE

002663
002664
002664
002665
209 002666

DATA PATTERN

.BYTE
.BYTE
.BYTE
.BYTE
BYTE

002662

020
100
120
000

000

LA R ARJ

SEQ

(ZDMRB M8203 STATIC DIAG #

GLOBAL DATA SECTION
PONL
NI NLNI N

229 002705
30 002706
31 002707
32 002710
33 002711
346 002712
35 002713
236 002714
237 002715
238 002716
239 002717
260 002720
241 002721
262 002722
263 002723
244 002724
245 002725
246 002726
247 002727
248 002730
249 002731
250 002732
251 002733
252 002734
253 002735
254 002736
255 002737
56 002740

257 002741
258 002742
259 002743
260 002744
261 002745
262 002746
263 002747
264 002750
265 002751
266 002752
267 002753
268 002754
249 002755
270 002756
271 002757
272 002760
273 002761
274 002762
275 002763
276 002764
277 002765
278 002766
279 002767
280 002770
281 002771
282 002772
283 002773
284 002774
285 002775

000
377
377
125

125
252
252
001
000
002
000
004
000
010
000
020
000
040
000
100

000
200
000
000
001
000
002
000
004
000
010
000
0¢0
000
040
000
100

000
200
376
377
375
377
373
377
367
377

357
377
337
377
277
377
177

377
377
376

MACRC v03.01

17-0CT=79 08:49:54 PAGE
.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
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
.BYTE
BYTE
.BYTE
BYTE
.BYTE
BYTE
BYTE

000
377
377
125

13-4

SeEQ

286
287
288
289
290
291
292
293

DATA SECTION

002776
002777
003000
003001
003002
003003
003004
003005

294
295
296
297
298
299
300
301
302 003014
303 003014
306 003015
305 003016
306 003017
307 003020
308 003021
309

003022
003023
00302¢
003025
003020
003027
003030
003031

321
322 003032
323 003032
324 003033
325 003034
326 003035
327
003036
328 003037
003040
330 003041
331 0030<2
332 003043
333 003044
334 003045
335 003046
336 003047

337
338
339 003050
340 003050
341 00305°
342 003052

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

377
375
377
373
377
367
377
357

.BYTE

000
000
377
377
000
000

310
311 003022

312
313
314
315
316
317
318
319
320

J
17-0(T=79 0B:49:54 PAGE

;eeese
:
PAT

177

DATA PATTERN

.BYTE
BYTE

000
000

.BYTE
.BYTE

000
000

.BYTE
.BYTE

Jeenen

377
375
377
373
377
367
377
357
377
337
377
277
377

DATA

LE AR

snrever

sseee

T3]

377
377

PATTERN

PATM:

.BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
BYTE

020
000
000
200
000
000
051
;enene

PATN:

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

000
Q61
004

DATA PATTERN

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

000
000
000
125
000
252
000
377
005
000
912
000

.BYTE

000

BYTE

000

PAT(Q:

000
020
000
000
200
000
000
051

DAYA

017

PATIERN

BYTE
BYTE
BYTE

000
041
204

5
13-5

SEQ

IDMRB MB8203 STATI( DIAG #

GUOBAL

MACRO v03.01

W OBAL DATA SECTION

MACRO v03.01

K
$
17<0(T=79 08:49:54 PAGE 13-4

363
34
345
36

003053
003054
003055
003056

010
020
040
100

.8YTE
RYTE
BYTE
BYTE

010
Q20
040
100

348
349
350
351
352
ggz

003060
003061
003062
003063
003064
003065

200
20
300
‘M
30°
375

.BYTE
BYTE
BYTE
BYTE
.BYTE
BYTE

200
201
300
M
30
375

347 003057

259

101

;ewewe

356
357
358
359
360
361

003066
003066
003067
003070
003071
003072

000
113
O
040
020

363
364
365
366
367
368
369
g;?

003074
003075
003076
003077
003100
003101
003102
003103

001
104
007
105
007
144
107
157

362 003073

PATP,

Cc10

372

003105
003106
003107
003110
003111
003112
003113
003114
003115
003116
003117
003120
003121
003122
003123
003124
003125

391 003126
392 003127
393 003130
3946 003131
395 003132
396 003133
397 003134
398 003135
399 003136

000

000
001
000
013
000
on
000
021
000
101
000
301
000
000
001
000
002

000
004
000
040
000
100
000
200
000

FAT J:

101

DATA PATTERN P

.BYTE
BYTE
.BYTE
.BYTE
BYTE

000
113
200
040
020

BYTE
BYTt
BYTE
.BYTE
BYTE
.BYTE
.BYTE
.BYTE

001
104
007
105
007
144
107
157

BYTE

Jwenen

373 003104

374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390

BYTE

DATA

010

PATTERN

.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

esneae

000
001
000
013
000
on
000
021
000
101
000
301
000
000
0OO1
000
002

000
004
000
040
000
100
000
200
000

trres

SEC

- JDMRB MB203 STATI{ DIAG #

{/DMRB MB203 STATIC DIAG #1

SLOBAL DATA SECTION
400 003137

402
403
404
4Q5
406
&07
408
409
410
411
412

003140
003141
003147
003143
003144
003145
003146
003147
003150
003151

413 003152

414 003153

415 003154
416 003155

417 003156
418 003157
419 003160

420 003161
(21 003162
422 003163
423 003164
L2464 003165
425 003166
426 003167
427 003170
428 003171
429 003172
430 003173
431 003174
432 003175
433 003176
434 003177
435 003200
436 003201
417
438
439
440
441
462
443
444
445

446

447
448
449
450
451
452
453
454
455
456

MACRG v03.01

.5
L
17-0CT-79 08:49:54 PAGE 13-7
.BYTE
.BYTE
.BYTE
BYTE
BYTE
BYTE
.BYTE
BYTE
BYTE
.BYTE
.BYTE

346
000
345
000
343
000

307

000
247
000
147

000
000
333
000

366
000
345
000
343
000
307
000
247
000
147

AL AL

PATTERN

PATYV:

BYTE
BYTE
.BYTE

000
000
333

BYTE
BYTE
.BYTE

33
000
323
000
313
000
233
000
133
000
000
001
000
002
000
004
000
040
000
100
000
200
000
346
000
345
000
343
0C0
307
000
247
000
147

.BYTE

000
323
000
313
000

BYTE
.BYTE
.BYTE

.BYTE

233

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

000
133
000
000
001
000
002
000
004
000
040
000
100

000
200
000
346
000
345
000
343
000
307
000
247
000
147
ENDPAT:
LEVEN

xxaxx

000

SEQ

(ZDMRB MB203 STAYIr DIAG #1

GLOBAL

DATA SECTION

MACRO v03.01

17-0CT=-79 08:49:54 PAGE

13-8

SEQ

457

458

459
460
461
462
463
464
465
466
467
468
469
470

sevs

TEST MESSAGES TO BE TRANSMITTED

003220
003222
003224
003226
003230
003232
003234
003236
003240
003242
4;; 003244

000400
000400
000000
000125
000252
000377
000000
001000
001000
001000
001000

MSG1:

TXSOM

473%
4746
475
476
477
478
479
480
481
482
483
484
485
4«86

000377
000000
000125
000252
001000
001000

MSG4 :

377

«87

488

4«89
490
491
492
463
494
495

003246
003250
003252
003254
003256
003260

00326¢

svx» RECEIVED DATA BUFFER
.BLKW
64.

RCVBUF:

(64.

WORDS)

wwe

ew«

MATRO v(03.01

M8203 STATIC DIAG M
TEXT SECTION

=
NN

GLOBAL

SEQ

TEXT SECTION

22342342392 323422222%23323%3423323423493423223433233233423%33%23%29%2%43%23%!
0%
THE GLOBAL TEXT SECTION CONTAINS FORMAT STATEMENTS,

by 4

NOMN

HESSAGEE'.‘ AND ASCII INFORMATION THAT ARE USED IN

0%
MORE T
ONE TEST.
322298252342 2282343222332323432282323%332342%3%9243%2823%3%3%23434352343%3%%1
C

RN RN AANARANARAANANAACAANNTANARNAANAANANAINOAANNANANVN
RN
NARRA AR AR ANTANNNCNNORANRANOS

“e NAMES OF DEVICES SUPPORTED BY PROGRAM

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

003462
003462
003462
003465

DEVIYP
115

063

LSDVTIYP::

062
000

.ASCIZ2

/M8203/

.EVEN
.'"Q.'."...........‘Q.'fi.".fifi"..'......'...'..'.'..‘........'.".'...'..'.'Q.

;v TITLE OF PROGRAM

"."".....Q."'..."'."'".li.QQ.....'....."....'...."."'......Q.'Q.'."'..'

003520
003523
003526
003531
003534

DESCRIPT

NINO =N

003470
003470
003470
003473
003476
003501
003504
003507
003512
003515

8—.0—:0-:-.—5—1—‘—4
= SOOI
N&

A= OO0

—

—D

N
S
17-0(7=79 08:49:54 PAGE "4

.SBTTL

NS W

o
d

~NO

—

(2
Gl

062

<MB203 STATIC LOGIC TESTS = PART 1 OF 2>
LSPESC::

.ASCIZ

/M8203 STATIC LOGIC

101
103
117
103
105
123

040
122

106

000

.EVEN

: FORMAT STATEMENTS USED IN PRINT CALLS
.

[

Y2347 020408243833 0%22323050%243%8%3 208023039522030854930%3%38399%7%3435323947%
;

;

INSERT

USE THE

THE FORMAT

STATEMENTS USED

_ASCiZ STATEMENT.

IN THE

VARIOUS PRINT

CALLS.

2232923274393 234%9%9%3%3 8003289202329 %3%343 2343432323 834343439%2%9%39%3%343%34%%44

=D
s —
D

=
WA

B
6
17-0CT-79 08:49:54 PAGE 15

.SBTTL
I

NSH W= O 000 NN

b e
d cd
—

SUBROUTINES

GLOBAL

MACRO v03.01

SEQ

loTa)

(ZDMRB MB8203 STATIC DIAG M

GLOBAL SUBROUTINES
0 7777777777777 77777707777777/0777770777/77777//777777/777/7777777777

THE GLOBAL SUBROU/INES ARE CALLED BY MORE THAN ONE TEST

SIIIIITIIIILL 2707770777777 07770777777777777777777777700077/77777707707777707/777777

'tt.tt.t't.tt'.tt'fi....t't". L AAAARRARARRRRARRRRRR222ARRRR222R2222022R2RRZD]

;* STPCLK = THIS SUBROUTINE FORCES THE DMC11 OR KM(C11 MICROPROCESSOR TO
.
EXECUTE AN INSTRUCTION WHICH IS PASSED [N THE WORD FOLLOWING THE CALL.
CRARRARNAANAARAAAAARRAAANAARRNNNAARRARARAAANAARNCAANRNNRNANARRAINRARANRANNARANRRCERAARN
S

003540
003540
003546
003554
003562

21 003574

152777

017677

152777
142777
0K2716
000207

000006
000C09
000007
000007
000002

176702
176702
176666

STPCLK:

176660

BIS8
MOV
BIS8

#ROMO'ROMI ,@BSEL1
;SET ROMO, ROMI BITS IN BSEL1
@(SP) ,@8SEL6
¢PUT INSTRUCTION INTO SEL6
#ROMO'ROM]
! STEPMP ,aBSEL1 ;SET ROMO, ROMI, STEPMP [N BSEL!

RTS

8I(B
ADD

#ROMO'ROM]
! STEPMP,RBSEL1 ;CLEAR ROMO, ROMI,
N2, (SP)
JFIX UP RETURN PC

STEPMP [N BSEL?

JRETURN

;ltfii.'.i't!.Q.Q.t..t..t""fi'"'..li"fi'fififi'...t.QQ'Q.'Q.'Q"Q"Qt'lt't.fi't't..

s* MSTCLR =~ THIS SUBROUTINE ISSUES A MASTER CLEAR AND SETS LULOOP
R

010146
112777
142777
012701
000240

005301
001375

152777
012601
005037
000207

MSTCLR:

000100
000300
000024

000010

176642
176634

AN R RN A R RN R

MOV

002432

AR R AN R

R1,-(SP)

#MCLR,@BSEL1

MOV
NOP

#20. ,R1

DEC

176614

AR R

MovB

BI(B

2%:

AN R R AN R

R AR

RN R R AN RS AR R RN A R C N

RN NGO

N RN

;SAVE R1

NRUN'MCLR,aBSELT
R1

;SET MASTER (LEAR BIT

,CLEAR RUN AND MCLR BITS

JINITIALIZE STALL COUNTER
;STALL IN LOOP FOR SEVERAL MICRO-SEC

BNE
B1S8
MOV

2%
#LULOOP,aBSEL1
(SP)+ ,R1

;SET LU LOOP
JRESTORE R1

RTS

JRETURN

CLR

R AN IAN

SAVLEN

;CLEAR (HAR LENGTH FROM SETUP

CHARAARNNARARAAANANRRNNNRAANRNRRAAAAANRARANNARARNARRRRRAARNKARRRANNARRANRANNRAEARRA
AN ONE RO NS

; * READLU -

THIS SLBROUTINE

AN R R R R P RN AR R AR

—_—

le]le)

57 003656

M
;o
146

701

006301
006301
006301

N R

READLU:

002400

FORCES

THE

DMC11

OR KMC11

M]CROPROCESSOR

TO EXECUTE
AN INSTRUCTION WHICH READS THE LINE UNIT REG WHOSE
NUMBER [S PASSED IN REGNUM, INTO REDBYT,
AR

MOV
MOV
ASL
ASL
ASL

N AR R

AN R P AR R R AR

R1,-(SP)

;SAVE R1

R1
R?
R1

JSHIFT

REGNUM R

R RN AR AN

AR N

ENR

JGET LINE UNIT REG NUMBER

INTO SOURCE BITS 4-7

AR A NN R ORI TN RSO RRR

GLOBAL SUBROUTINES

)
il
)

BRI REC 2S8R LR GRS S
SN0

a
e

el
b D
D
D —d
—

—

BRI R R RN 2B IIIFNANINIITE

58 003660
59
60
6]
62
63
64
65
66
67

006301
052701
052701
010137
004737

000000
117737
105037
01260
000207

MACRO v03.01

C
17-0CT=79 08:49:54 PAGE
ASL

000004
021000
0037C2
003540
176544

002365

8IS
BIS
MOV
JSR
. WORD
MOVB
CLRB

002364

MOV
RTS

6
15-1

R1
6 ,R1
#MMVIOX,R1

R1,2%
SC.SYPCLK

aBSEL4 ,REDBYT
REDBYT+1
(SP)
¢+ ,R1

202220

SEQ

JSET DESTINATION = BSCLS
;SET REST OF MOVE INSTRUCTION
JSET INSTRUCTION AS SUBROUTINE ARGUMENT
JEXECUTE MOVE INSTRUCTION
JINSTRUCTION GOES HERE
JGET LU REG CONTENTS INTO REDRYT
;CLR HI BYTE OF STORAGE
JRESTORE R1
;RETURN

22222

2222

22222

i+ WRITLU = THIS SUBROUTINE FORCES THE DMC11 OR KMC11 M]CROPROCESSOR TO

.
o

003722
003722
003724
003730
003734
003740
003744
003750
003756
003762
003764
003766

010146
013701
052701
052701
010137
105037
113777
004737
000000
012601
000207

R AR

WRITLUL:

002400
000100
122000
003762
002367
002366
003540

AR R AR AR S

AR AR RN AR R RN

C R AR R

AR R R AR RN R RN NN AR RN

Mov

R1,-(SP)

:SAVE R1

BIS

#100,R1

JSET SOURCE = BSEL4

MOV

R1,2$8

8IS

X2ZRRXE

EXECUTE AN INSTRUCTION WHICH LOADS THE BYTE CONTAINED IN WRIBYT
INTO THE LU REG WHOSE NUMBER IS PASSED IN REGNUM,

MOV

176476

[ Y]

(/DMRB M8203 STATIC DIAG M

REGNUM,R1

MVIX0,R1

CLRB

WRIBYT+1

.WORD

MOVB
JSR
MOV
RTS

WRIBYT ,aBSELS
PC,STPCLK
(SP)+ R

RANN AR

NN R AR RN R RO

;GET 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 [NSTRUCTION
JRESTORE R1
JRETURN

."t'tttttQQ'Q.Q‘Q*'Q'Q!’*"QQ!fittt.t"fi.t.fi.'tfifitlQt.!I"Q.tttt't.tt't..'...'ttt'

;* GETREG - THIS SUBROUTINE READS THE LINE UNIT REGISTERS 10-17 INTC THE
J*
REGISTER STORAGE TABLE (LUREG:).

"tttQttt'fi"t.’l’fi'tt*'Qttt'fitfitlfit.t.t'tt.tflt'i't.ifitt"ttQ.QlfifittfiflttttttQl'tt't

002400
002302
000010
003644
002364

002400
002400
002400

GETREG:

002400

000020

3%:

MOV
MOV
MOV
MOV

R1,-(SP)
M,
- (SP)
REGNU
#LUR10,R1
#10,REGNUM

MOVB
CLRB
INC

REDBYT, (R1)+
(R1)+

JSR

PC,READLU

REGNUM

F;EGMJ‘I.#ZO
(SP)
+ ,REGNUM

(SP)+
R1
PC

;SAVE R1
;SAVE CURRENT REG NO.
JINIT POINTER TO REG STORAGE TABLE
JINIT LU REG NO. TO 10
JREAD A LINE UNIT REG
JPUT BYTE READ INTO TARLE
;CLEAR UPPER BYTE OF TABLE ENTRY
JINCREMENT REG NO.
;SEE IF ALL REGS READ YET
;JBR [F NOT

JRESTORE CURRENT REG NO.
JRESTORE R1
;RETURN

SUBROUTINES

VW
WA 2O O
NN
NE WA 2OV

»
.w

TERMINATE

AARARANRD

INSTRUCTION FROM THE WORD FOLLOWING THE CALL

IN BSEL1.

THME

LOOP,

THE

PDP-11

PROGRAM MUST

AND

BSELT, OR CALL SUBROUTINE MSTCLR TO DO THIS.

THE SUBROUTINE RETURNS
IF

CLEAR

THE

IS DESIRED TO
RUN BIT

;t't't'Q'tQfiQ...Qt'fi"t.....t.....'.fi'.'fi'.'t"'fi'.'ttfi'fi't'.""'Q'tt'i.".."t

004046

004054
004062
004070
004074

152777

017677
152777

062716
000207

000006
000000
000206
000002

176374
176374
' 76360

LOOPIN:

BISRA

MOV

BISB

ADD
RTS

#ROMO 'ROM] ,@BSEL1

;SET ROMO, ROM] BITS IN BSEL1

a(SP) ,a5EL6

.PUT MICROINSTRUCTION INTO SEL6

#2.,(SP)

JFIX UP RETURN PC

#RUN'ROMO'ROM] ,@BSELT
PC

;SET RUN,

ROMO,

ROM]I

JRETURN WITH MICROPROCESSOR

INSTRUCTION LOOP

SRR

IN BSEL1
STUCK

R R AN AR AN AR PP ARRR AN R RAAR AN AR AN R AN AN ARANNANANARRRRNN RN

SINGLE

AARRANRRIRIAANCN NS

;* READAX =~ THIS SUBROUTINE READS THE USYRT REG PAIR WHOSE NUMBER (0-3)
i
IS PASSED IN BITS 1,2 OF AXNUM ON ENTRY, AND RETURNS THE BYTES READ IN
it

FPEIINEARS mamo&gbmoomoom
mmbbwmr\)—*ggg

N_A—A_a_n...—a_a—a_a—a_l_l_a _l—lo
O NN

FERERRERERs SERRRSEEERE 22

3 D00 NN
B NN —

D —d
—d
D
d
D

AN CANANNRARRAAARNRN AR

WITH THE MICROPROCESSOR STUCK IN THE LOOP,

KA A AR

) —d

RN AN NANAAN I A RN AA

INSTRUCTION, BY MOVING THE

VIV
I
LA

ARNAAR RN R AN A

SEQ

INTO SEL6, AND SETTING RUN AND ROMI

;

S
S
S
S
S
s Y
QI
A
N
P SR
R
it T

139

—

6
15-2

;% LOOPIN = THIS SUBROUTINE PLACES THE MICROPROCESSOR IN A LOOP ON AN

D
17-0CT=79 08:49:54 PAGE

S RREPARAAA RN A RN

NW NN NNWNONINONIRONININL
NN — — b — —

GLOBAL

MACRO v03.01

010146
013746
042737

012737
113737
006237
152737

053737
004737

002400
002001

000014
002402
002366
000024
002426
003722

READAX:

002420

002400
002366

002364

000001

002420

000015
003644
002364
002371
000016
003644
002364
002373
002400

002400

RRDYTO BIT
AR A RAN R AR

MOV

9%:

002370

002372
12%:

THE LINE UNIT DOES NOT RESPOND WITH READY

IN ERROR1

ON RETURN.

IN REG 14,

AN AANRANAARNN AN RRANRRRANRARARNNRARARNARANP
AR AN RN
TR NOS

R1,-(SP)

:SAVE

#14 ,REGNUM

;SET LU REG NO.

MOvVB

AXNUM, WRIBYT
WRIBYT

sSTORE CURRENT REG NO.
;CLEAR ERROR BIT

= 14

sSET UP AX REG NO. BITS

81S8
8IS
JSR
CLR
JSR
BITB
BNE
INC
BNE
BIS
BR
MOV
JSR

N#RDAX!ENAX WRIBYT SET UP BITS TO LOAD INTO REG 14
DISILO,WRIBYT
;SET PROPER STATE OF DISSI BI7
PC.WRITLU
;SET RDAX AND ENAX IN REG 14
R1
JINIT TIMER
PC ,READLU
JREAD REG 14
#READY ,REDBYT
;SEE IF READY BIT SET IN REG 14 YET
93
;BR IF READY SET
R1
s INCR TIMER
6%
JBR IF TIMER DIDN'1 TIME OUT YET
#RRDYTO,ERRORT
;SET ERROR FLAG FOR TIME OUT ON READ RDY
12%
;BR TO RETURN
#15,REGNUM
;SET REG NO. = 15
PC ,READLU
JREAD REG 15

JSR
MOVB

PC,READLU
REDBYT ,RAX16

JREAD REG 16
;STORE REG Ax=16

JRETURN

MovB
CLRB
MOV

002400

AN AN A RAN

REGNUM, - (SP)
#RRDYTO,ERRORT

ASR

6%:

IS SET

MOV
BIC

MOV

002366
002366

003644
000200

RAX15 AND RAX16.

CLRB
MOV
MOV
RTS

REDBYT ,RAX15
RAX1541
#16 ,REGNUM

RAX16+1
(SP) + ,REGNUM
(SP)+ R1

;STORE REG AX-~15
oCLR HI BYTE OF STORAGE
JSET REG NO. = 16

;CLR HI BYTE OF STORAGE
JRESTORE CURRENT REG NO.
JRESTORE R1

(2]

(ZDMRB M8203 STATI( DIAG M

(ZDMRB M8203 STATIC DIAG M

N
N
N
S
S
o
N
N
S
P
—_

0000
QCO0OQPODO00000
~ N~
Y
O?OO\O
N
IS NN
— ég(fi§~qghfigguuv-ac><um~voufi

G OBAL SUBROUTINES

6
15-3

RdR2RRR2RRRdRiRRlR

SEQ

RSl

RRRRRXERRE

PASSED

WAX16.

IN BITS

1,2 OF

AXNUM ON ENTRY,

WITH

THE

LINE UNIT DOES NOT RESPOND WITH READY

IS SET IN ERROR1 ON RETURN.

DATA FROM WAX15

IN REG 14,

AND

WRDYTO BIT

;QQ't.t!tQtt'tt't&fl.tttfi.'fit.Q'..Qt..fi't't'ttt'tt..'ttttt't!htttt't.'."tt.ttttt

010146
013746
042737
012737
113737

002400
000002
000014
002402

002366
002426
003722
000015
002375
002374
003722

002400
002377
002376
003722
000014
002402
002366
000014
002426
003722

000002
002400

VO NG NS W20

WRITAX:

002420
002400
002366

002366

MOV
MOV
BIC
MOV
MOVEB
ASR
8IS
JSR

R1,-(SP)
REGNUM, = (SP)
MRCYTO,ERRORT
214 ,RE GNUM
AXNUM,WRIBYT
WwRIBYT
DISILO,WRIBYT
PC,WRITLU

:SAVE R1
*SAVE CURRENT REG NO.
-CLEAR ERROR BIT
“SET LU REG NO. = 14
“SET AX REG NO. BITS

CLRR
MOVB
JSR

WAXi5+1
WAX1S,WRIBYT
P WRITLU

*CLR HI BYTE OF STORAGE
“SET UP BYTE TO WRITE INTO REG 15
*WRITE BYTE INTO REG 15

MOV

002400
002366

INC

CLRB

002366

MOVB
JSR
MOV
MOVB

002400
002366

ASR

002366
002366

002364

002420

6%:

9% :

BISB
B:S
JSR
CLR
JSR
BITB
BNE
INC
BNE
BIS
MOV
MOV
RTS

A0SR

#15 REGNUM
RE GNUM

WAX16+1

WAX16,WRIBYT
PC,WRITLU
#14 ,REGNUM
AXNUM,WRIBYT
WRIBYT

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

*SET REG NO. = 15
“SET REG NO.

*CLR HI BYTE OF STORAGE

“SET UP BYTE TO WRITE INTO REG 16
*WRITE BYTE INTO REG 16
SSET REG NO. = 14
*SET AX REG NO. BITS

#ENAX'WAX,WRIBYT :SET UP BITS TO LOAD INTO REG 14
DISILO,WRIBYT
:SET PROPER STATE OF DISSI BIT
PC.WRITLU
“SET ENAX AND WAX IN REG 14
R1
“INIT PROGRAM TIMER
PC ,READLU
“READ REG 14
#READY,REDBYT
:SEE IF READY BIT SET IN REG 14 YET
9%
‘BR IF READY SET
R1
"INCR TIMER
68
“BR IF TIMER DIDN'T TIME OUT YET
MIRDYTO,ERRORT
-SET ERROR FLAG BIT FOR TIME OUT ON WRITE RDY
(SP)+,REGNUM
-RESTORE CURRENT REG NO.
(SP)+ R1
*RESTORE R1
PC

*RETURN

SRR RRRRRRRARRRRR2ARSRRRRE2R2RRRR2ARRERRRRRR
R 2]

i+ GETALL - THIS SUBROUTINE READS THE LINE UNIT REGS 10-17 AND THF EXTENDED
;Y

REGISTERS AX0-AX3 INTO REGISTER STORAGE TABLE

GETALL:

MOV
MOV
MOV
BI7
BEQ

KRNRESS

—d —
d
d o
e
e
)
b

2232228208300

003644
000200

—

E
17-0C1-79 08:49:54 PAGE

“* WRITAX = THIS SUBROUTINE WRITES THE USYRT REG PAIR WHOSE NUMBER (0-3) IS

196

[QSIACIAN
1 N 1,V1,01,¥1,¥1,N} [aS15}

MACRO v03.01

002402
0144611
000001
014414
003770

002530
002402
002530

(LUREG:).

ARALAAA RS20l
R
2Rt
iR
iR
RS2
R 2]

1%:

MOV

JSR

R1,~(SP)
AXNUM, - (SP)
#DHS , TMPO

:SAVE R1
*SAVE CURRENT AX REG BYTE
SSET AX LO BYTE NO.

18
#DHG, TMPO
PC,GETREG

‘BR IF LO BYTE
SSET AX HI BYTE NO.
;READ AND STORE REGS

#8170, AXNUM

*SEE IF LO OR HI BYTE

10-'~

NO.

GLOBAL

MACRO v03.01

17-0CT-79 08:49:54

F
PAGE

6
15-4

SE@

[AN

(ZDMRB M8203 STATIC DIAG M
SUBROUTINES

229
230
231
232

004536
004544
004550
004554

142777
012701
005037
004737

23
235
236
237
238
239

004564
004566
004572
004574
004602
004610

105021
113721
105021
062737
023727
002761

233 004560

260 004612

261 006616
262 004620

263 004626
Szg 004632

113721

012637
012601
013737

006237

000207

000010
002322
002402
004076

175704

002370
002372

000002
002402

002402
00C010

002402
002402

002532

BICB
MOV
(LR
JSR

#LULOOP,@BSELT
#Ax0.15,R1
AXNUM
PC ,READAX

;CLEAR LULOUP
JINIT POINTER TO REG STORAGE
JINIT AX REG BYTE NO. T0 0
JREAD 2 AX REG BYTES

CLRB
MOVB
CLRB
ADD
(MP
8LT

(R1)+
RAX16, (R1)+
(R1)+
82 , AXNUM
AXNUM, #10
38

;CLEAR UPPER BYTE OF TABLE ENTRY
JPUT HI BYTE READ INTO TABLE
:CLEAR UPPER BYTE OF TABLE ENTRY
;INCR AX REG BYTE NO.
;SEE IF ALL REGS READ YET
;BR IF NOT

MOV
MOV

(SP)+ R?
AXNUM, TMP1

:RESTORE R1

RTS

MOVR

MOV

002532

ASK

RAX1S5,(R1)+

(SP) + ,AXNUM

TTMP1

TARLE

JPUT LO BYTE READ [NTO TABLE

JRESTORE CURRENT AX REG BYTE NO.
GET EXTENDED REG NO.
;RETURN

FOR PRINTOLT

2466

247
248
249

250

'-QQQtttttttt.ttttttttttflt'tttttt'tttttttflQitttll'tttttfi!'t"t't"tltttttttt"tt'

251
25¢

;+ OSIRDY = THIS SUBROUTINE (HECKS FOR THE PROPER STATES OF URDY (REG 11)
;e
AND OCOR (REG 17) AND REPORTS AN ERROR IF EITHER [S NOT PROPERLY SET

522

AS PASSED IN BIT O (ORDY) AND BIT 1

(OCOR) OF

i
I

IFf AN ERROR OCCURS., A RETURN IS MADE
RETADR.

TO THE

)

255
256
257

CALL.

THE WORD FOLLOWING THE

TEST,

THE

ADDRESS

"t'tQttttttt'tttttttt.tttQttttttt'tttttttt.tt'tt'tt'tt'tt'Qtntttttttt"tt.tt.t't

258 004634
259 004640

260 004644
261
262
263
264
265
266
267
268
269
270
271
272

004650
004652
004660
004666
004674
004700
004706
004710
004716
004720

004724
004724
004726
004730
004732
004734
004736
004744
004746

273
274
275
276
2’7
278 004752
004752
004754
004756

013746
013746

005737

001006
016637
162737
012737
004737
032776
001413
132737
001022
004737

104455
000007
012350
015576
000451
132737
001407
004737
04455
000010
012365

002400
002352

OSIRDY: MOV
MOV

002352

TST

000004
000004
000011
003644
000001

002352
002352
002400

000020

002364

000006

004500

000020
004500

002364

REGNUM, - (SP)
SUBRP(,-(SP)

SUBRP(

BNE
1%
MOV
4 (SP) ,SUBRP(
SUB
#4 , SUBRP(C
1%:
MOV
#11,REGNUM
JSR
PC.READLU
BIT
MIT0,a4 (SP)
BEQ
3
BITR
#ORDY ,REDBYT
BNE
9%
JSR
PC,GETALL
;REPORT ORDY NOT SET
ERRDF
7,EM7,ERR4

BR
16%
BITR
#ORDY ,REDBYT
BEQ
9%
JSR
PC,GETALL
;REPORT ORDY NOT (LEARED
ERRDF
8.EMB.ERR4
3%:

sSAVE LU REG NO.

;SEE

;BR IF

THIS IS A NESTED CALL

YES

;GET PC OF SUBROUTINE CALL
JSET REG NO. TO 11
;READ REG 11
JGET EXPECTED STATE OF QRDY
;BR IF EXPECTED ORDY
O
;SEE IF ORDY = 1
;BR IF ORDY = 1
:GET REGS FOR PRINTOUT

:TAKE ERROR RETURN
;SEE IF ORDY = 0
:BR IF ORDY - 0
:GET REGS FOR PRINTOUT

TRAP
.WORD
.WORD
.WORD

(SERDF
?
EM?
ERR4

TRAP
.WwORD
LWORL

(SERDF
8
€

. 7DMRB M8203 STATI( DIAG M1

Gt OBAL

SUBROUTINES

004760
279 004762

280
281
282
283
284
285
286
287

132775
0014613

132737

001031
004737

288

000011
012406
015576
000412
132737
001416
004737

291
292
293
294

002400

000020

002364

B8R

9% :

MCv
JSR
8IT8

000004

004500

JREPORT

000012
012423
015576

016637
013706
013746

000407
062766
012637
012637
000207

JSR

s TAKE ERROR RETURN

128
#OCOR,REDBYT
20%

JBR IF EXPECTED O(OR = O
JSEE IF OCOR =1
;BR IF OCOR = 1

PC,GETALL

CCOR NOT

SE@

#17 ,REGNUM
PC,READLU
MIT1,86(SP)

8EQ
B8l178
BNE

SET

.WORD

ERR4

TRAP
.WORD

gSFQDF

.WORD

ERR4

TRAP

(SERDF

JSET REG NO. = 17
JREAD LU REG 17
;GET EXPECTED STATE OF OCOR

;GET REGS FOR PRINTOUT

G.EM9 ERRS

ERRDF

.WORD

000020

002364

00450C

12%:

BR
BI1TR

16%
#0COR ,REDBYT

s TAKE ERROR RETURN
;SEE IF OCOR = 0

JSR

PC.GETALL

GET REGS FOR PRINTOUT

ERRDF

10,.EM10,ERRS

B8EQ

JREPORT

104455

BRIRREREE 88
LSS
S 1AV ,N) — e d ) e ol ol id s and
VS WO VNN
W —=O

AN NN \WNANAN NN LN N NN N NN N

000017
003644
000002

6 6
17=-0CT=79 (08:49:54& PAGE 15=5

104455

289

32¢

015576
0004 36
012737
004737

MACRO v03.01

20%

OCOR NOT

CLEARED

;BR IF OCOR - 0

.WORD
.WORD

000002

002400

16$:

000002
002352
002400

000004

20%:

002346
002362

MOV

2(SP) ,REGNUM

MOV
MOV
BR

PSTA(K,SP
gg;ADR,-(SP)

JRESTORE

LU REG NO.

JRESTORE STACK POINTER
JFIX ERROR RETURN P(

.WORD
TO BASE

ADD

#2,4(SP)

sFIX UP ERROR-FREE RETURN P(

MOV
RTS

(SP)+ ,REGNUM
PC

:RESTORE LU REG NO.
JRETURN

MAAAAAS

LSRR

RARdlRE

MCV

(SP)+,SUBRP(

EMS

ARl

10
EMI0

ERRS

LEVEL

R RdRRRRRRARARAARRRARARARZRD
AR D]

;% WAITSO - THIS SUBROUTINE STALLS FOR AT LEAST SO MICRO-SEL, AND THEN RETURNS.

CEARRRARNARAARNPAARANANRARNNRANRNNAARRAARAANRANARANORRANRAAANAARRRANARAARANIRAOANBARRNOADRS

005120
005122
005126
005130
005132
005134

010146
012701
005301
001376
012601
000207

000310

WAITS50: MOV

NOP

R2R

THIS SUBROUTINE

CARANNRRANAAN

000240
000240

"DECREMENT COUNTER

3s
(SP)+ R

STALL

BNE
MOV

DEC

ASAEE

;¢

:SAVE R1

#200. R

RTS

R1,=-(SP)

MOV

“INIT COUNTER

‘BR IF NOT DONE YET
‘RESTORE R1

RETURN

RS2

R2XRRRRR2

STALLS FOR ABOUT

2222

RRE

222}

A MI(CRO-SEC.

RN AARRRRRANORRNARRNNARAAENANONARANOARANRQGERANORARTRARTROERRAROIRNOTEDINOOROCRQRACSERRDARRY

G OBAL

SUBROUTINES

327 005142
328 005144

MACRO v03.01

17-0CT=79 08:49:54 PAGE

000240
000207

NOP
RTS

15-6

SEQ

[*aan}

(ZDMRB M8203 STATIC DIAG M

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

;% LDTXS] = THIS SUBROUTINE LOADS THE TX SILO (REGS 10,11) WITH THE DATA PASSED

IN BITS 0-11 OF TXWORD.

"tt".QQt'."Qfi!.'..fifi.""".."fl."QQ"..Q'.QQQ.Q..Q'..".t'."'..."..."tQ'

338
339
340
341
342
343
344
345
346
347

005146
005152
005160
005166
005174
005200
005206
005214
005220
005224

013746
042737
012737
113737

004737
012737
113737

004737
012637
000207

002400

170000

000011

002423
003722

000010
002422
003722
002400

002422
002400
002366

LDTXSI: MOV
BIC

MOV
MOVR
JSR
MOV
MOVB
JSR

002400
002366

MOV
RTS

AAALARAS

REGNUM, - (SP)

#170000, TXWORD

#11 ,REGNUM

sSAVE LU REG NO.

;CLEAR UNUSED BITS
JSET REG NO. = 11

TXWORD+1,WRIBYT *SET DATA TO BE WRITTEN INTO REG
PC,WRITLU
;LOAD DATA INTO REG 11
#10,REGNUM
;SET REG NO. = 10
TXWORD ,WwRIBYT
;SET DATA TO BE WRITTEN INTO REG
PC.WRITLU
;LOAD DATA INTO REG 10

SJRESTORE LU REG NO.
JRETURN

(SP
+ ,REGNUM
)
PC

sR222RARS

0S0RdR

222RRRRRAZRRR2

:* STPLU = THIS SUBROUTINE CLOCKS THE LINE UNIT FOR THE NO. OF CYCLES PASSED
358
359 005226
360 005230
361 005234
362 005236
363 005240
364 005244
365 005250
366 005252
367 005254

368 005262
369 005270

370
371
372
373
374
375
376

005274
005302
005306
005310
005312
005320
005322

o
o
.t

IN BITS Q=14 OF THE WORD FOLLOWING THE CALL.
IF BIT 15 = 1, A CHECK IS MADE TO DETERMINE IF
REQUIRES DECREMENTING THE NO. OF CYCLES BY 1,

STPLU:

MOV
MOV
BEQ
BPL
BIC
TST
BEQ
DEC

R1,-(SP)
al (SP) ,R1
6%
2%
#IT15,R1
CHPTYP
2%
R1

;SAVE R1
;GET DESIRED NO. OF CYCLES
;IF DESIRED CYCLES = O, RETURN
;BR IF CHIP TYPE (CHEZK NOT NE(CESSARY
;CLEAR FLAG BIT
;SEE IF SIG USYRT
JBR IF YES
sDECREMENT CYCLE COUNT

JSR

PC,STALL

sSTALL

]]

THE USYRT (HIP TYPE

;.'t‘QQ".‘l.'.fi'flfi"..QQ'Q!fi.'fi.'tt.fi'..'tfl"t.‘flt"'!'!..Q'Q‘Q'.'t".""""'

010146
017601

001426
100006

042701
005737
001401
005301
152777
152777

004737
142777

004737
005301
001364
062766
012601
000207

000002
100000

002430

000010
005136
000020
005136
000002

175166

175160

%:
3s:

*75146

000002

8IsS8
B8IS8
BI(B
JSR

63:

DE(
BNE
ADD
MOV
RTS

#LULOOP ,@BSELT
#STEPLU,@BSELT
#STEPLU,aBSELY
PC,STALL

R1
3$
#2,2(SP)
(SP)+ R
P(

;SET LU LOOP BIT
;SET THE STEPLU BIT
CLEAR THE
sSTALL

(CLOCK THE TRANSMITTER)

STEPLU BIT

((LOCK THE RECEIVER)

sDECREMENT (YCLE COUNTER
:BR IF NOT DONE YET
JFIX UP RETURN P(C
*RESTORE R1
*RETURN

;'l...'...'."'t'tt.'lt...'...l.......‘!...Q'.Q..'...Il.'.i.!!.ll.....'.l"."'

;* OACTIV = THIS SUBROUTINE (HE(KS FOR THE PROPER STATE OF OACT

(REG 11) AND

5L OBAL

SUBROUT
INE S

MACRO v03.01
i
;e

I
17-0(T=79 08-49:54 PAGE

6
"S-~

REPORTS AN ERROR [F [T IS NOT
WwORD FOLLOWING THE C(ALL.

SeQ@
PROPERLY

SET

TOC

THE

STATE

73
BIT

“IDMRB M8203 STATIC DIAG &

THE

"..".‘.fil'Q'..Q.t.".l."".....Qtt".t'...'.'t".'t"'.".."'.".."!."'...

387 005324
388 005330
389 005334
390 005340
391 005342
392 005350
393 005356
394 005364
395 0053720
296 005376
397 005400
398 005406
399 005410

400
401 005414

MS54146
005416
00542C
005422

013746
0137246
005737
001006
016637
162737
012737
004737
032776
001413
132737
001031
004737

00C612

404 005434
405 005436

001416
004737

406

407 0054472
005442
005444
005446
005450
408
409
410
411

005452
005460
005464
005470

412 005472

413 005500
414 005506
2}2 005510

000004
000004
000011
003644
000001

002352
002352
002400

000100

002364

000004

004500

132737

104455
000014
012461
015576

000100

CA{]v: MOV
MOV
TST
BNE
MOV
SUB
1$:
MOV
JSR
B8ITY
8€Q
8ITB
BNE
JSR

0C2364

.SAVE LU REG NO.
JSEE IF THIS IS A NESTED CALL
LBR IF YES
;GET PC OF SUBROUTINE CALL
JSET RFG NO. = 11
;READ REG 11
;GET EXPECTED STATE OF OQA(T
JBR JF EXPECTED OA(CT
0
JSEE IF OACT = 1
JBR IF OACT = 1
:GET REGS FOR PRINTOUT

9%
PC,GETALL

004500

3%:

B1T8

000002
002346
002362

00240C

6%:

012637
012637
000207

000002

002352
002400

000004

9%:

BEQ
JSR

:TAKE

9%
PC,GETALL

JBR IF QACT = 0
cGET REGS FOR PRINTOUT

12.EM12 ERRS

MOV
MOV
MOV
BR

2(SP) ,REGNUM
PSTACK,SP
RETADR,-(SP)
12%

MOV
MOV
RTS

(SP)+,SUBRP{
(SP)+ ,RFGNIM
P

ERROR RETURN

TRAP
L.MWORD
.WORD
. WORD

( SERDF
N
EMNI
ERRSG

TRAP
.WORD
. WORD
.WCRD

(SERDF
12
Emi?
ERRSG

JSEE IF OACT = 0

CLEARED

¢ RRDF

ADD

12%:

#OA(CT REDBYT

:REPORT OACT NOT

016637
013706
013746
000407

062766

REGNUM, - (SP)
SUBRP(,=(SP)
SUBRP(
18
4 (SP) ,SUBRP(
#4 ,SUBRP(
#11 ,REGNUM
PC,READLU
MITO,36(SP)
33
#OA(CT REDBYT

REPORT DACT NOT SET
ERRDF
11,.EM11,ERRS

104455
000013
012444
01557¢

402 005424

403 005426

(002400
002352
002352

JRESTORE LU REG NO.
;RESTORE PROGRAM STA(CK TO BASE
JFIX UP ERROR RETURN P(

#2,4(SP)

LEVEL

JFIX UP ERROR-FREE RETURN P(
JRESTORE
JRETURN

LU REG NO.

417

418

419
420
421

"t.'lt't"t'flfittfitttllt.Ql.!.lQtnttt".ttt...ttltt'tttt"nt"ttt"""ttt"'it'

422

423

624

INITRN =

THIS SUBROULTINE

INITIATES

L27

THROUGHOUT THE PROCESS.

429

ADDRESS (ONTAINED IN RETADR.

428

l,;o

431 005512
432 005514

A MESSAGE, BY DOING A

IN THE

WORDS FOLLOWING THE CALL, LOADING 2 SOM (HARS INTO THE Tx SILO, AND

42S5

426

TRANSMISSION OF

MASTER CLEAR., LOADING AXZ2~15 AND REG 17 WITH T4E DATA PASSED

CLOCKING THE LINE UNIT UNTIL THE FJIRST SYNCH OR FLAG HAS BEEN SERIALIZED
IN THE USYRT.

THE PROGRAM MONITORS ORDY,OCOR,

AND OA(CT FOR VALID STATES,

IF THE SUBROUTINE DETECTS AN ERROR, A RETURN IS MADE TG THE TEST, AT Thf

'-tnQ.QQt'tt'tttttttttttttfitlttttt'flttttfitntttfian.t.ttnnattt"'-nnt-ttttfinaat'

010146
013746

0024600

INITRN. MOV
MOV

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

. SAVE R1
JSAVE LU REG NO,

433
(34
435
436
437
438
439

005520
005524

005532

005540
005544
005550
005552
440 005556

013746
016637
162737

J
17-0(T=79 08:49:54 PAGE

000004
000006
000400
002374
002376
004264
000017
000002

443

L4k

445
446

W7
448
449
450
451
452

000006

003722
005146
005146
005120
004634

453

454
455
456
457
458
459
460
461
462

002400
000006
002366

005324

463

464

465

466

467

002400
174534
174526

000020
005136

174500

6%:

002364

000003

012737
142777
004737

062766
012637

012637
012601
005037
000207

JGET PC OF SUBR CALL
;ISSUE A MASTER (LEAR

002400

000001
00020
005136
004634

002430

000002
002402
002400

000006

9%:

002364
174414

12%:

;CHECK ORDY=1, OCOR=0

PC.OACTIV

;CHK OACT=0

#4 , AXNUM

;SET AX BYTE NO.

#TXSOM. TXWORD

JSET TSOM B8IT
sSET SYNCH (HAR

WAX 15, TXWORD
WAX16
PC,WR]TAX

#17 ,REGNUM

= 4 FOR AX?2

;SET DATA BYTE TO LCAD INTO AX?2-15

:LOAD AX?2
:SET REG NO. = 17
JINCR POINTER YO NEXT DATA BYTE
:SET DATA BYTE TO LOAD INTO REG 17
:LOAD REG 17
JLOAD THE SILO WITH SOM (HAR

ADD

#2.6(SP)

JSR
JSR
JSR
JSR
JSP

PC,WRITLU
PC.LDTXS]
PC.LDTXS]

PC,WAITS50

;WAIT

JSR

PC,O0ACTIV

;CHK FOR QACT = 0

CLR
MOV
8158
B1SB
JSK
JSR
BI1TB

R1
#1171 ,REGNUM
#LJLOOP,aBSEL1
#STEPLU,aBSEL1
PC,STALL

JINIT CYCLE COUNTER
;SET LU REG NO. = 11
;SET LINE UNIT LOOP BIT
;SET CLOCK BIT
;STALL FOR MICRO-SEC

BI(CB
JSR
INC

#STEPLU,3BSEL
PC,STALL

BLT
JSR

000017
002430
003644
000020

002352

#6, SUBRP(

36 (SP) ,WRIBYT

PC.OSIRDY

PC,READLU
#OACT ,REDBYT

MOV
(LR
JSR
BIT8B
BEQ
MOV

BICB
JSR
JSR
ADD

MOV
MOV

CLR

RTS

;LOAD ANOTHER SOM INTO SILO
FOR DATA

TO RIPPLE

;CHK ORDY=1, QCOR=1

;READ REG 11

JSEE IF OACT - 1 YET
;BR IF OACT =1
;CLEAR CLOCK BIT
;STALL FOR A MICRO-SEC

sINCR CYCLE

COUNT

;SEE IF 3 CYCLES DONE YET

(MP

005324

132737

;SAVE AX BYTE NO.

. WAX15
36 (SP)

JSR

SEQ

= (SP)
AXNUM,

PC,MSTCLR
PC,OSIRDY

002402
002374
002422
002422

000011
000010
000020
005136
003644
020100

6
'5-8

(
P)
, SUBRP
6 (S

002352
002352

005324

441
442

468
469
470
471
472
473
474
475
476
477
478
479
480
481
482
483
484
485
486
487
488
489

002402
000006
000004
003576
004634

MACRO v03.01

PC,OACTIV

#17 ,REGNUM
CHPTYP
PC,READLU

#0(OR REDBYT
t

#1,CHPTYP
W#STEPLU,@BSEL?
PC,STALL
PC,OSIRDY
#2,6(SP)
(SP)
+ ,AXNUM
(SP)
+ ,REGNUM
(SP)+ ,R1
SUBRP(

;BR

IF NOT

;CHK FOR OACT = 1

JSET REG NO. = 17

;CLEAR USYRT CHIP INDICATOR

JREAD REG 17
;CHK FOR OCOR CLEARED YET
;BR IF YES = IT IS SIG C(HIP
;SET INDICATOR FOR OTHER (HIP TYPE
;CLEAR CLOCK BIT

;STALL FOR MICRO-SEC

;CHK FOR ORDY = 1, OCOR - O
JFIX UP RETURN P(

JRESTORE AX BYTE NO.

JRESTORE LU REG NO.
JRESTORE R1

;CLEAR SUBR (ALL PC
JRETURN

arn

( JDMRB M8203 STATI(C DIAG #
GLOBAL SUBROUTINES

MACRO v03.01

490
49
492
463

317-0(T=-79 08:49:54 PAGE

15-9

SEQ

QW ]

(ZDMRB M8203 STATIC DIAG #1
GLOBAL SUBROUTINES

49‘

"'.'tt""QQ'.QQ'."Q.Q."".tQ'Q".'..Q'."'.."Qt'..t't"""'t.'fi"."'.".‘

495

497
498
499
500

ot
.
it
:*

501
502
503

o
o
.

SO('

010746

010246
016637

000004

002352

509 006114
510 006122

017637
004737

000004
005146

002422

S08 006106

511 006126
512 006132

006140
006142
006146
006150

517 006152

518 006156
519 006162

520 006164
521 006166
522 006172

523 006174

006176
006200
006204
006206
006212
006214
006216
006220
006224
006226
006234

535 006240

536 006242
>37 00624¢
538
539

540
541
542

THIS SUBROUTINE

INITIATES

TRANSMISSION OF

TX SILO WITH DATA PASSED IN BITS 0-11

A (HARA(CTER,

BY LOADING

THE WORD FOLLOWING THE

CALL

AND CLOCKS THE LINE UNIT WITH THE NUMBER OF CYCLES PASSED IN BITS 0-14
OF THE SECOND WORD FOLLOWING THE CALL. IF BIT 15 - ", A (HK IS MADE T0
DETERMINE IF THE USYRT CHIP TYPE REQUIRES DECREMENTING THE NO. OF (CYCLES
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
CONTAINED IN RETADR.

TXCHAR: MOV

506 006076
507 006100

526
525
526
527
528
529
530
531
532
533
534

THE

TO THE

TEST, AT

THE ADDRESS

"'!ttttttttttt"""fifi'fi*'.tififitt"'*'fi'fi."t'fiti'.t"..t'ttlQ.tttt.‘lt."".t.'

505 006076

513
514
515
516

TXChAR -

162737

004737
062766
005001
017602
005702
100006

042702

005737
001401

005302
004737
000001

000004

005120
000002

MOV
MOV

002352

SUB

000004

100000

0% :

020102

001410
004737
000003
004737
000001
005201
000763
004737
000001
062766
005037

012602

005226

004634
000002
002352

12%:
000004

DEC
JSR
1

BEQ
JSR
3
JSR
1
INC
BR
JSR
1
ADD
(LR

MOV
RTS

MOV

012601
000207

PC,WAITS50
¥#2,4(SP)

;WAIT FOR DATA TO RIPPLE DOWN SILO
JINCR POINTER

R1
@4 (SP) ,R?
R2
9%

cMpP

004634

;GET PC OF SUBR CALL

CLR
MOV
TST
BPL

TST
BEQ

005324

#4, SUBRP(

;SAVE R2

@4 (SP) ,TXWORD
PC,LDTXSI

BIC

002430

;SAVE R1

R2,=(SP)
4 (SP)
, SUBRP(

MOV
JSR

JSR
ADD

000004

R1,~(SP)

;GET DATA TO BE TRANSMITTED
JLOAD THE TX SILO WITH THE DATA

JINIT CYCLE COUNT
;GET DESIRED NO. OF CYCLES
;SEE IF CHIP TYPE (HK SHOULD BE MADE
;BR IF NOT

#3]IT15,R2

sCLEAR FLAG BIT

(HPTYP
9%

JSEE IF SIG USYRT
;JBR IF YES

RC
PC.OACT!V

sDECREMENT NO. OF CYCLES
JCHK OACT = 1

R1,R2

;SEE

IF REQUIRED CYCLES DONE YET

12%
PC,OSIRDY

;BR IF YES
;CHK ORDY=1, OCOR 1

PC,STPLU

JSTEP LU ONE CYCLE

R1
9%
PC,OSIRDY

JINCR CYCLE

;(HK ORDY-1, O{OR-0

#2,4(SP)
SUBRP(

JFIX UP RETURN PC
;CLEAR SUBR (ALL PC

(SP)+ R1
PC

JRESTORE R1
JRETURN

(SP)+ ,R2

COUNT

JRESTORE RZ2

543

;..'ltit‘tlt.QlQQt"tfifit."‘.'tt".ttfi'i‘fi‘l'fi"t.‘tt'.ll""l.‘l"..‘l".'t!'il'

544

;* ENDTRN - TH]S SUBROUTINE

546

"Q.'.'.!t'.t'l.'.i't.t‘t."l.tl.'.!"'Ql"Q'Q.Q.'t"'."l'.t.".lt'!'l.""'t"‘

545

WAITS FOR 50 US,

CLEARS

THE

TRANSMITTER BY SETTING OC.

THE

AND (HECKS FOR ORDY 1, OCOR O, CACT O, RIS O,

PROGRAM

010146
013746
016637
162737
012737
012737

004737
004737
004737
000001
004737
000000
012737
004737
032737
001406
004737

002400
000004
000004
000011
000200
003722
005120
004634

ENDTRN:

002352
002352
002400
002366

000040

002400

JSR
BIT

002364

004500

JREPORT

002352
002400

BEQ
JSR
RTS

ERRDF

(LR

3¢

MoV

MOV
RTS

;JSAVE LU REG NO.

GET
JSET
;SET
;SET

PC
LU
OC
OC

OF S UBROUTINE CALL
REG NO. = 17
IN DATA
INR EG 1

;(HK OACT = 0

PC,READLU
#RTS ,REDBYT

NOT

. SAVE R1

PC,O0ACTIV

#13 ,REGNUM

MOV

SEQ

.STALL

PC,OSIRDY

JSR
0

6
15-10

PC,WAJTS50

104455

000101
014220
015576
005037
012637
012601
000207

REGNUM,
- (SP)
4 (SP),SUBRP(
#4 ,SUBRP(
#1171 ,REGNUM
#0C ,WRIBYT
PC.WRITLU

SUB

005324
000013
003644

R1,-(SP)

MOV
MOV
MOV
MOV
MOV
JSR
JSR
JSR

PC,GETALL
CLEARED

FOR > 50 LS.

;(HK ORDY=1, OCOR-0

JSET REG NO.

;READ REG 13
.C(HK FOR RTS

0
;BR [F RIS ;sGET REGS FOR PRINTOUT

65.EM65,ERRG

SUBRP(

(SP)+ ,REGNUM
(SP)+ R
P

TRAP

;CLEAR SUBR (ALL PC
JRESTORE LU REG NO.
JRESTORE R1

. WORD
.WORD
.WORD

(SERDF
65
EMES
ERR4

sRETURN

*
B
%

".t'tt'tt'tl"'ttitfitttfiQt"'t'fit.fitttt"itt't‘t‘i.'t.t"t'!'..t"‘.".'tt"'.t.

967 006246
548 006250
006254
006262
006270
006276
006304
006310

L
"7-0(T=79 08:49:54 PAGE

NN|

SUBROUTINES

LIPIE ST S

GLOBAL

MACRDO v03.01

“IDMRB MB203 STATIC DIAG #1

SRR

13746
013746
005737
001006
016637
162737
012737

002400
002352
002352

AR A AR A AR AN

'SIRDY:

000004

000020

002364

002352
002352
002400

1%:

RN AR AR AR AR AR A AR RAN R AR A AN NN NN RN NNNRAANANRNANARNRANNTRNNRANAAIRINNRRS

MOV
MOV

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

BNE
MOV

18
4 (SP) ,SUBRP(

MOV
JSR

#12,REGNUM
PC,READLU

TST

000004
000004
000012
003644
000002

004500

ISIRDY = THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF ICIR (REG 17)
AND IRDY (REG '2) AND REPORTS AN ERROR IF EITHER IS NOT PROPERLY SET
AS PASSED IN BIT O (ICIR) AND BIT 1 (IRDY) OF THE WORD FOLLOWING THE
CALL.
IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST AT THE ADDRESS
IN RETADR.

SUB

;SAVE LU REG NO.

SUBRP(

;SEE IF THIS IS A NESTED CALL
;BR IF YES

#4 , SUBRP(

;GET PC OF SUBR CALL
;SET REG NO. 10 12

BIT
BEQ
BITB
BNE
JSR

#81T1,a4(SP)
38
#IRDY ,REDBYT
9%
PC,GETALL

ERRDF

17 ,EM17 ,ERRG

JREPORT ]RDY NOT SET

JREAD REG 12

;GET EXPECTED STATE OF IRDY
;BR IF EXPEC TED1IRDY =0
;SEE IF IRDY
;BR IF

IRDY =1

‘GET REGS FOR PRINTOUT
TRAP

. WORD

CSERD#

GLOBAL

SUBROUTINES

006476
006500

012617
015576
000457

132737

000020

004737

004500

001407

104455
000022
012634
015576
0004 36

MACRO v03.01

002364

3s:
;REPORT

StEQ

B8R
BITR

16%
#IRDY ,REDBYT

JSEE IF

. SR

PC.GETALL

sGET REGS FOR PRINTOUT

BEQ

JRDY NOT CLEARED
ERRDF
18,EM18, ERRSG

;TAKE

ERROR EXIT

JBR IF

IRDY = 0

000017
003644
000001

002400

000010

002364

002346
002362

000002
002352
002400

16%

#17 ,REGNUM
PC.READLU

#MIT0,as4 (SP)
12%

BITB

#1CIR,REDBYT

JSR

PC.GETALL

ERRDF

19,EM19,ERRS

BNE

208

JREPORTY ICIR NOT SET

002364

004500

000002

MOV
JSR

BITR
BEQ

000004

613

000010

9%:

B8R

12%:
JREPORT

002400

000004

16%:

20%:
23%:

8R
BITRB
BEQ
JSR

ICIR NOT

ERRDF

MOV
MOV

16$
#]CIR,REDBYT
20%
PC,GETALL
CLEARED

s TAKE

EM17

TRAP

(SERDF

ERROR RETURN

;TAKE

TRAP

JFIX UP ERROR-FREE

(SP)
+ ,REGNUM

EM19
ERRS

JSEE IF ICIR = 0
JBR IF ICIR = 0
JGET REGS FOR PRINTOLT

n2,4(SP)

RTS

(SERDF
19

- WORD
. WORD
.WORD

ERROR RETURN

ADD

MOV

TRAP

ERR4

“GET REGS FOR PRINTOUT

MOV

(SP)+,SUBRP(

EM18

JSET REG NO. = 17
JREAD REG 17
;GET EXPECTED STATE OF ICIR
;BR IF EXPECTED ICIR = 0
;SEE IF ICIR =1
=1
;BRIF ICIR

JRESTORE
JRESTORE

MOV

-WORD

.WORD

20,EM20,ERRS

23%

ERRG

IRDY = 0O

2 (SP) ,REGNUM
PSTACK ,SP
RETADR,~-(SP)

B8R

.WORD
.WORD

.WORD

004500

614
615
616
617
618
619

m 6
17-0(CT=79 08:49:56 PAGE 15-11

[2 )]

(ZDMRB M8203 STATIC DIAG #

LU REG NO.
STACK POINTER

;FIX ERROR RETURN P(

.WORD
.WORD
-WORD
TO BASE

(SERDF
20
EM20
ERR4

LEVEL

RETURN P(

JRESTORE LU REG NO.

JRETURN

"t..t"t.'ttfltfit.tfittt.fi't'*flt.'tfi.tfittltttt'ltt.ttt"tt'l"'t'tt'ttt‘Qt".'.‘it

;* JACTIV = THIS SUBROUTINE CHECKS FOR THE PROPER STATE OF [A(CT (REG 12) AND
ot
REPORTS AN ERROR JF IT IS NOT PROPERLY SET TO THE STATE OfF BIT O IN ThHE
.
WORD FOLLOWING THE CALL.
;"
é;T:gRERROR OCCURS, A RETURN IS MADE TO THE TESTM AT THE ADDRESS IN

639
640 006666

013746

002400

:-tl!tttttttttt;tttttt.t!!t.ttttttlltttt.!tt!nttQtttttt'lin'tt'ttt'lttttit't‘ttlt
JA(T]Iv:

MOV

REGNUM, - (SP)

JSAVE

LU REG NO.

17-0CT=79 08:49:54 PAGE

SUBROUTINES

641 006572
642 006676
643 006702
644 006704
645 006712
646 006720
647 006726
648 006732
649 006740
650 00€742
651 006750
652 006752

013746
005737
001006
016637
162737

002352
002352

MOV
131

000004
000004
000012
003644
000001

002352
002352
002400

000100

002364

000100

1%:

000004

004500

655 006766

SEQ

002364

3.
:REPORT

000002
002346

002400

6%:

000002
002352
002400

000004

9% :

002362

128:

, = (SP)
SUBRPC

SUBRP(

JSEE IF THIS IS A NESTED (ALL
:BR IF YES

BNE
MOV
SUB

18
4(SP)
, SUBRP(
#4 , SUBRP(

JSR
811
8EQ

PC,READLU
,
a4 (SP)
#BIT0
3s

JREAD REG 12

BNE
JSR

9%
PC.GETALL

;BR [F

MOV

8ITB

:REPORT

004500

668 007052

15-12

GLOBAL

MACRO v03.01

]

(ZDMRB M8203 STATIC DIAG #1

#15"REGNUM

WIACT,REDBYT

JACT NOT SET
ERRDF
21.EM21,ERR4&

B8R

BITR
BEQ
JSR

JACT NOT

ERRDF

MOV
MOV
MOV
BR
ADD
MOV
MOV
RIS

#IACT,REDBYT
98
PC,GETALL
CLEARED

;JGET PC OF SUBR (ALL

;SET REG NO. = 12

JGET EXPECTED STATE OF
;BR IF EXPECTED IA(CT
JSEE IF JACT = 1

IA(T

JACT =1

“GET REGS FOR PRINTOUT
TRAP

;TAKE

ERROR EXIT

(SP)+.REGNUM
PC

(SERDF

EMZ1

ERR4

JSEE IF IACT - O
:BR IF JACT - 0
JGET REGS FOR PRINTOUT

22,EM22,ERR4

2(SP) ,REGNUM
SP
PSTACK,
.= (SP)
RETADR
128
#2.4(SP)
(SP)+, SUBRPC

-WORD
.WORD
.WORD

TRAP

JRESTORE LU REG NO.

;sRESTORE PROGRAM STALK T0O BASE
JFIX UP ERROR RETURN P(

.WORD
-WORD
.WORD

CSERDF
22
EM22
ERR4

LEVEL

SFIX UP ERROR-FREE RETURN P(
JRESTORE LU REG NO.

sRETURN

:t*tfi*ittttt*tt**t'tttttt‘tt.fi*ttttttifi'fifitfitttttttt!fittitttittttt‘Qittttttttt'fi

;* RSEOM - THIS SUBROUTINE CHECKS FOR THE PROPER STATES OF RSOM AND REOM IN
:* AXO-16, AND REPORTS AN ERROR IF EITHER IS NOT SET TO THE STATE PASSED IN BITS

;*x 0,7, RESPECTIVELY, OF THE WORD FOLLOWING THE CALL.
;* IF AN ERROR OCCURS, A RETURN IS MADE TO THE TEST AT THE ADDRESS IN RETADK.

222242282232828322332222332338432233232322228320202282042222220R2222222RRRR0RRRS8RRZRRRE:D)]

013746
013746
005737
001006
016637

002402
002352
002352

012737
004737
032776
001413

000001
004076
000001

162737

687 007114
688 007120
689 007126

000004

RSEQM:

002352
002352
002402
000004

18:

MOV

- (SP)
AXNUM,
SUBRPC,~(SP)
SUBRP(
13

4 (SP)
, SUBRPC
#4 , SUBRP(
#1 ,AXNUM
PC,READAX

;?ITO.34(SP)

:SAVE AX BYTE NO.
JSEE IF THIS IS A NESTED CALL
:BR IF YES
;GET PC OF SUBR CALL

JSET AX BYTE NO. FOR AX0-16
JREAD AX0
JGET EXPECTED STATE OF RSOM
JBR IF EXPECTED RSOM = 0

(ZDMRB MB203 STATIC DIAG M

GLOBAL SUBROUTINES

690 007130
691 007136
692 007140
693

132
001
004

000001

MACRO v03.01

002372

004500

697 007164
698 007166

000001

BIT8

#RSOM,RAX16

JSR

PC,GETALL

002372

004500

BEQ
JSR

;REPORT RSOM NOT

700 007172

ERRDF

007172
007174
007176
000002

000004

000002

002372

004500

000002

B8R
BITR
BEQ

9%:

;REPORT

002372

004500

12%:

;TAKE

(CLEARED

#REQOM ,RAX16

JSR

PC,GETALL

TRAP

ERRDF

31,EM31,ERR6

SET

TRAP

N#REOM,RAX16
20%
PC,GETALL

;REPORT REOM NOT CLEARED
ERRDF
30,EM30,ERRG

714 007256

000002
002346
002362

002402

000002
002352
002402

000004

16%.

MOV
MOV

20%:

23%%:

TRAP

;JRESTORE AX BYTE NO.

2(SP) ,AXNUM
PSTACK,SP

MOV

JRESTORE

23%

ADD
MOV
MOV

CSERDF
29
EM29
ERRG

TO BASE

CSERDF
28
EM28
ERRG

CSEROF
31

EM31

ERRG

CSERDF
30
EM30
ERRG

LEVEL

JFIX UP ERROR-FREE RETURN P(

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

RTS

.WORD
.WORD
.WORD

STACK POINTER

JFIX ERROR RETURN PC

RETADR,-(SP)

.WORD
.WORD
.WORD

s TAKE ERROR RETURN
JSEE IF REOM = 0
JBR IF REOM - 0
JGET REGS FOR PRINTOUT

16%

BITR
BEQ
JSR

. WORD
.WORD
.WORD

s TAKE ERROR RETURN
JGET EXPECTED STATE OF REOM
;BR IF EXPECTED REOM = O
;SEE IF REOM = 1
;BR IF REOM = 1
JGET REGS FOR PRINTOUT

208

ERROR EXIT

28,EMZ8,ERRG

BITR

REOM NOT

.WORD
.WORD
.WORD

JSEE IF RSOM = 0
;BR IF RSOM - 0
;GET REGS FOR PRINTOUT

9%
PC,GETALL

16%
#MIT1,384(SP)
128

BNE

TRAP

16$
#RSOM,RAX16

B8R
Bl178B

SEU

JSEE IF RSOM = 1
;BR IF RSOM - 1
JGET REGS FOR PRINTOUT

BNE

;REPORT RSOM NOT SET
ERRDF
29,EMZ29.ERR6

69 007144
007144
007146

007150
007152
695 007154
696 007156

B 7
17-0(T=-79 08:49:54 PAGE 15-13

JRESTORE AX BYTE NO.
;RETURN

"'ttt..Q't'."tt.tt't.fi.‘tltt!!'fit.t.t!tfitt.'tfit.t..fltttlflt.ttlt'tt't'.t.‘Qttt.l

;*
8 1

RDRXS]

THIS

SUBROUTINE

SILO ENTRY

READS

[N BITS 0-11

THE

RCV

RXWORD.

SILO

(REGS

10,'2)

AND RETURNS

THE

GLOBAL SUBROUTINES

MACRO v03.01

731

17-0(T=79 08:49:54 PAGE

15-14

SEQ

"'t'tt"ttQlt.tt.tttfittttfitttl.t.lt.'l'.!'.Q't"fi.fi'.tttt.".ltttt"'.tt."".nt

732 007326
733 007332

734 007340
735 007344

736 007352

737 007360

738 007366
739 007372
740 007400
;4; 007404

013746
012737

004737
113737

042737

002400
000012

003644
002364

170000

012737

000010

113737
012637
000207

002364
002400

004737

003644

REGNUM, = (SP)
#12 ,REGNUM
PC,READLU
REDBYT ,RXWORD+1

:SAVE LU REG NO.
:SET REG NO. = 12

002425

MOV
MOV
JSR
MOVB

002400

MOV

#10,RE GNUM

“SET REG NO.

REDBYT,RXWORD
(SP)+,REGNUM

:GET LOW BITS OF SILO ENTRY
-RESTORE LU REG NO.

002400

RDRXS]:

002424

BI(

JSR

002424

MOVB
MOV
RTS

*READ LU REG 12
:GET HI BITS OF SILO ENTRY

#170006,RXWORD : CLEAR UNUSED BITS
PC .READLU

*READ REG 10

= 10

*RETURN

743
744
745
746
7(.7

.-ttttfit.'Qtfitt.ittfittttt'tttfitfittttt'tflttfl.tlttfit\tttttttl'tt.tttt.ttttt""ttfi

748
749
750

:* RCVIST - THIS SUBROUTINE RECEIVES THE FIRST CHAR OF A MESSAGE, AND MONITORS
A
STATUS OF THE RECEIVER. FIRST, A CHECK IS MADE FOR JACT = 0, [RDY - O,
o
ICIR = 1, AND RSOM = Q. THEN, THE LINE UNIT IS CLOCKED USING
i

75%
754

,'
M

751
752

S %
I

755

IF AN ERROR OCCURS, A RETURN IS MADE
CONTAINED IN RETADR.

TO THE

TEST, AT

THE ADDRESS

.tttttttttt't'tttttt't.tttttttttttitfi..it’ttttt.tttttttttttttttttttttt.tnt.t"tn

756 007406

010146

758 007412
759 007416

013746
016637

002400
000006

012737

000012

757 007410

760 007424

761 007432

762 007440
763 007442
764 007446

765 007452

766
767
768
769
770
771
772
773
774

STEPLU UNTIL IRDY = 1. THE PROGRAM CHECKS FOR THIS TO OCCUR WITHIN 5
CYCLES AFTER THE NO. OF CYCLES PASSED IN THE WORD FOLLOWING THE CALL.

007456
0076460
007464
007466
007472
007474
007500
007502
007506

775 007510
776 007514

777 007516
778 007522

779 007530

780 007532
781 (07534
78. 833223

784
7544
785 007550
786 007552
787 007556

010346

162737

005001
017603
062703

005776

001414
004737

004737
000001
004737

004737
1

RCVIST:

000004

MOV

R1,-(SP)

:SAVE R1

002352

MOV
MOV

REGNUM, - (SP)
6(SP), SUBRP(

*SAVE

002400

MOV

002352

000006
000003

000006

006666

006402
007054
6%

004737

005120

8%:

004737
132737

003644
000020

001005

020103
002762
00473§

020176
002003
004737
000001

002364

000006
006402

f A SLBRPC

CLR
MOV
ADD

ac<sp) R3
#3,R3

BEQ
JSR
0
JSR
1
JSR
0
JSR
1

9% :

c1é RE GNUM
36 (SP)

;SAVE R3

LU REG NO.

;GET PC OF SUBROUTINE CALL

sSET LU REG NO. = 12

“INIT CYCLE COUNT TO 0
“GET CYCLE COUNT LIMIT

;SEE IF DESIRED CYCLES = 0

8$
PC,IACT]Y

‘BR IF YES
;CHX FOR IACT = 0

PC,ISIRDY

;CHK FOR

PC ,RSEOM

;CHZ RSOM = 0,

PC,STPLU

;CLOCK LU FOR 1

JSR

PC,WAITSO

;ALLOW SILO DATA TO RIPPLE

JSR
BITB

PC.READLU
#IRDY ,REDBYT

:READ REG 12
;SEE IF IRDY = 1

CMP
BLT
ésa

R1.R3
63
PC.ISIRDY

“SEE I® LIMIT EXCEEDED
‘BR IF NOT YET
“CHK FOR ICIR
= 1, IRDY = 1

R1,86(SP)
12§
PC,ISIRDY

;SEE IF LESS THAN REQUIRED CYCLES
‘BR IF NOT
"CHK FOR ICIR = 1, IRDY = 0

INC

BNE

006402

R3.-(SP)

SuB

TST

005226

005201

MOV

(MP
BGE
JSR
1

ICIR = 1,

REOM = 0 IN AX0-16

*INCREMENT CYCLE

:BR IF IRDY = 1

IRDY - 0

CYCLE
COUNT

YET

(ZDMRB M8203 STATIC DIAG #1

(ZDMRB M8203 STATIC CIAG M

GLOBAL

SUBROUTINES

007560
007564
007566
007572
007574
793 007602
794 007606
795 007610

788
789
790
I
792

796 007612
797 007616
798

004737
000001
004737
000003
062766
012637
012603
012601
005037
0C0207

MACRO v03.01

17-0(T-79 08:49:54 PAGE

15-15

SeEQ

81
Gl

006666

12%:

006402
000002
002400

{SR

PC,IACTIV

sCHK

JSR

PC.ISIRDY

JCHK FOR

ADD
MOV
MOV
MOV

#2,6(SP)
(SP)+ ,REGNUM

JFIX UP RETURN P(C
;RESTORE LU REG NO.

000006

002352

(SP)+ ,R3

(SP)+,R1

SUBRP(
PC

(LR

RYS

FOR

JACT

ICIR =

IRDY

JRESTORE R3

;RESTORE R1

;CLEAR SUBR (CALL
;RETURN

799

800
801
802
803
804
805

Qt'ttttttt't't*itttt'.fit"tttttfiktt"'t."fifit'ttttt't.ttfit'fit't'fit'tfit'.'ttt.t'

Jutr Qutr i

00 0o 0o 0o 0o 0o

Susid

ZL8R

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

FOR

THE

NO.

CYCLES PASSED

IN THE

2ND WORD

FOLLOWING

THE

CALL.

THEN,

IT RESTORES REG 17 TO ITS ORIGINAL CONTENTS, CLEARING THE IERR BIT.

".Qfifittfit.tfi"fi'fi'Qtt.fit"fi't!ttQ'Qt'fi.ifit.'tt.*tttttt"flt.tfittt'.'t.*ttttt‘Qfit

013746
012737
017637
152737
004737
062766
017637
004737
000000
142737
004737
062766
012637
000207

002400
002366
002366

STPERR:

LU REG NO.

;SET

MOV

@2(sP),3$

:GET DESIRED NO.

.WORD

BICR
JSR
ADD
MO\

000002

;SAVE

:SET LU REG NO. = 17

82(SP) ,WRIBYT
WIERR,WRIBYT
PC,WRITLU

JSR

3s:

REGMM,-(SP)

#17 ,REGNUM

MOV
BISB
JSR

ADD

000002
007672

002366

MOV

RTS

#2.,2(SP)

PC,STPLU

WIERR,WRIBYT
PC.WRITLU
#2.2(SP)

(SP)+,REGNUM
PC

IERR BIT

IN REG 17

:INCREMENT SUBR ARGUMENT POINTER
OF

CYCLES

:CLOCK LU FOR DESIRED NO.

:NO.

CYCLES GOES HERE

CYCLES

:CLEAR IERR BIT IN REG 17
SFIX UP RETURN PC
:RESTORE
RETURN

LU REG NO.

(KCATA = THIS SUBROUTINE READS THE RCYV SILO AND COMPARES THE SILO ENTRY
TO BITS 0-11 OF THE FIRST WORD FOLLOWING THE CALL. IF THERE S A
MISMATCH, THE ERROR IS REPORTED AND A RETURN IS MADE TO THE TEST AT
ADDRESS CONTAINED IN RETADR, IF BIT 15 = 0 IN THE FIRST WORD

SRR AR R A RAR AR AR R AR A AN RN RN R AR AN R AN N R AN A RRANARRNRRRNARRRRANARNNNRAARARARANRNRS
AR

THE

g?%Lg\;IING 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 CALI
.

ttttfitt.'tfitt"tt.fi.ttt.'i"l.'i"ttfiitfitfiifit.ttttt'tt‘t’ttifitttfitt"t"lt'tttt

007722
007724
007730
007736
07744
007750
007754
007760

002400
000004
000004
000004
170000
007326
002432

(KDATA:

002352
002352

00347

MOV
MOV
MOV

SUB
MOV
8IC
JSR
(MP

R1,=-(SP)

REGNUM, = (SP)

4(SP)
, SUBRP(

#4, SUBRP(

:SAVE R1

*SAVE LU REG NO.
:GET PC OF

SUBR CALL

a(SP) R1

*GET EXPECTED SILO ENTRY

PC,RDRXS|

*READ RCV SILO

#170000,R1

:CLEAR UNUSED BITS FOR COMPARE

SAVLEN,#TXLEN2'
TXLENT ! TXLENO'RXLEN2 RXLENT RXLENC

GLOBAL

SUBROUTINES

845 007766
846 1007770
847 007774
848

001005
042701
042737
120137

001445
005037
110137

005037
113737
012737

000200
000200
002424

002404
002404
002406
002424
000011
003644
000001

002424

6%:

002364

43
MmIT7,R1
#8177 ,RXWORD

(MPB

R1,RXWORD

CLR
Mov8
CLR

GOODAT
R1,GOODAT
BADDAT

MOV
JSR
BITB

#11 ,REGNUM
PC,READLU
#UNRR ,REDBYT

JSR

PC,GETALL

BEQ

BEQ
;REPORT

002400

BNE
BIC
BIC

MOvV8

002406
002400

004500

010552
000010
004500

MACRO v03.01 17-0CT-7% 08:49:54 PAGE 15-16

RXWORD ,BADDAT

UNDERRUN ERROR

ERRDF

363
#10,REGNUM

5%:
;REPORT

RCV'D DATA M]SCOMPARE

PC,GETALL

ERRDF

;COMPARE EXPECTED BITS 0-7 TO ACTUAL
;BR IF MAT(CH

;GET EXPECTED DATA
JGET ACTUAL DATA
JSET REG NO. = 1
JREAD REG 11

;SEE IF TX UNDERRUN ERROR
:BR IF NOT
;GET REGS FOR PRINTOUT
TRAP
. WORD

;TAKE

. WORD
.WORD

ERROR EX]T

000012
002425
010526
002404
002404
002406
002425
100000

002400

6b:

’%.

010214
010220

001424
004737

000001

002406
000004

34 ,EM34 .ERRS

BNE
JMP
CLR

JSR

JREPORT BCC

106455

108

PC,GETALL
CLEARED

ERROR EXIT

;SET EXPECTED DATA

;SET ACTUAL DATA

;SEE IF BCC SHOULD BE [GNORED
‘BR IF YES
;SEE IF EXPECTED BIT - 1
-BR IF YES
;SEE IF ACTUAL BIT - 0O

:BR 1F YES
;GET REGS FOR PRINTOUT

35,EM35,ERRS8

TRAP

000043
013322

885
886
887 010242
888 010244
889

010552
000001

004737

004500

002425

8%:

JMP
8I18R
BNE
JSR

34
EM34
ERRS8

73
22%

#8(CC,RXWORD+1

NOT

(SERDF

JSET LU REG NO. FOR ERROR REPORTS
;COMPARE EXPECTED SILO BITS 8-11 TO ACTUAL
;BR IF M]SMAT(H
s CONT INUE

GOODAT

ERRDF

.WORD
.WORD
.WORD

;TAKE

R1,GOODAT
BADDAT
RXWORD+1 ,BADDAT
#MBCCCHK,
a4 (SP)
108
#8CC.R1
8%

BEQ

ERR4

36%

R1
#12 ,REGNUM
R1,RXWORD+1

BI1T8B

002425

004500

SWAB
MoV
CMPR

MOvB
CLR
MOvB
BIT
BEQ
BITR
8NE

000001
132737

JMP

CSERDF
54
EMS4

;SET REG NO. - 10
;JGET REGS FOR PRINTOUT
TRAP

010552

;BR [F (CHAR LENGTH NOT =
JMASK OFF BIT 8TH BIT

54 ,EMS4,ERRG

JiP
MOV
JSR

SEQ

(22Xl

( JDMRB M8203 STATIC DIAG M

36%
#3C( ,RXWORD+1
108

PC,GETALL

JREPORT B(C(C NOT SET

;TAKE

ERROR

EXIT

;SEE IF ACTUAL BIT
*BR IT YES

.WORD
.WORD
.WORD

-1

sGET REGS FOR PRINTOUT

CSERDF
35

EM35
ERRSB

GLOBAL

SUBROUTINES

890 010250
010250
010252
010254
010256
891 010260
892 010264
893 010264
894 010270
895 010272
896 010300
897 010302

132701
001014
132737
001424
004737

899 010306
010306
010310
010312
010314
900 010316
901 010322
902 010330
903 010332

104455
000045
013356
020076
000137
132737
001010
004737

905 010336
010336
010340
010342
010344
906 010346
907 010352
908 010352
909 010356
910 010360
911 010366

3}% 010370
914 010374

010374
010376
010400
010402

915 010404
916 010470
917 010416

g;g 010420

104455
000044
013342
020076
000137

104455
000046
013377
020076
000137
132701
001014
132737
001424

004737
104455
000047
013414
020076

000137
132737
001010

004737

MACRO v03.01

17=-0CT=79 08:49:54 PAGE

ERRDF

15-17

SEQ

36,EM36,ERRS

TRAP

010552

JMP

368

s TAKE ERROR EX]T

000002

BITR

#EBLK R

;SEE If EXPECTED BIT

BITR

#EBLK ,RXWORD +1

000002

BNE

002425

004500

8EQ

148

JSR
PC,GETALL
;REPORTY EBLK NOT CLEARED

ERRDF

010552
000002

12%

002425

004500

JWP
BITB
BNE

;TAKE

JSEE

ERROR

14%:

000004

004500

010552
000004

;TAKE ERROR EXIT

BITR

#RAB ,R1

;SEE IF EXPECTED BIT =

BIT8

#RAB ,RXWORD ¢+ 1

JSR

PC,GETALL

8tQ

16$

10454

001424

EM37
ERRS8

TRAF

CSERDF
38
EM38
LRR8

18%

002425

004500

16%:

;REPORY

JMP
8178
BNE
JSR

36%
#RAB ,RXWORD +1
18%
PC,GETALL

ERRDF

40,EM40,ERRS

RAB NOT

SET

18¢%:

000019

000010

002425

.WORD

;BR IF YES
JSEE IF ACTUAL BIT - 0
JBR IF YES
;GEY REGS FOR PRINTOUT
TRAP

;TAKE

ERROR EX]T

.WORD
.WORD
.WORD

(CSERDF
39

EM39
ERR8

1
sSEE IF ACTUAL BIT
JBR IF YES
;GET REGS FOR PRINTOUT
TRAP

926

132701
001014
132737

.WORD
.WORD

;BR IF YES
;GET REGS FOR PRINTOUT

b el
e

10440
10444
104646

CSERDF
37

IF ACTUAL BIT =1

3¢s

;REPORT RAB NOT CLEARED
ERRDF
39.EM39 ERRS

010552

—

923
924
925

TRAP

EXIT

JMP

BNE

002425

920 010424

921

36
EM36
ERRS

.WORD

010552

(SERDF

.WORD
.WORD
.WORD

37 ,EM37 ERRS8

363
#EBLK ,RXWORD +1
149
JSR
PC.GETALL
;REPORTY EBLK NOT SET
ERRDF
18,EM38, ERRS
12%:

;BR IF YES
;SEE IF ACTUAL BIT - 0
JBR IF YCS
GET REGS FOR PRINTOUT

(ZDMRB M8203 STATIC DIAG M

JMP

363

JVTAKE ERROR EXIT

BI1B
BNE
BIT8
BEQ

#0OVRK R
20%
#OVRR ,R)WORD +1
22%

;SEE IF EXPECTED BIT = °
;BR IF YES
JSEF IF ACTuaL BIT - 0
JBR IF YES

.WGRD
.WORD
.WORD

(SERDF
40
EMLO

ERR8

927 G10456
928
929 010462

930
931
932
933

010462
010464
010466
010470
010472
010476
010504
010506

935 010512

010512
010514
010516
010520
936 010522

937 010526
938 010526

939
940
9,1
942
343

010534
010542
010546
010550
010552

944 010556

945 010562

004737

104455
000051
013450
020076
000137
132737
001010
004737

(04500

010552
000010

000002

013746

010566
(10570
010576
010602

000406
062766

951

010610

000207

012637
012601
005037

PC,GETALL

ERRDF

L1 ,EML LERRS

002425

JMP
363
#OVRR ,RXWORD + 1
BITR
8NE
229
JSR
PC,GETALL
;REPORT OVRR NOT SET

20%:

ERRDF

062766

013706

JSR

000004
005226

000004
010546
26%:

002400

26%:

002346

|
SEQ

;GET REGS FOR PRINTOUT
TRAP

000004

002352

318¢%:
408

;TAKE ERROR EX]T

EM41
ERR8

TRAP

CSERDF

JSEE IF ACTUAL BIT - 1
JBR IF YES

sGET REGS FOR PRINTOUT

42 ,EM42 ERRE

LWORD
.WORD
.WORD

368

;TAKE

ADD
MOV
.SR
.WORD
BR

#2,4(SP)
a4 (SP) ,264%
PC,STPLU

2 INCR SUBROUTINE ARGUMENT POINTER

MOV

0
38%

(SP) ,REGNUM

ERROR EXIT

;TAKE ERROR-FREE EXIT
;RESTORE LU REG NO.

RETADR,-(SP)

JRESTORE PROGRAM STACK TO BASE
JFIX UP ERROR RETURN P(

ADD
MOV
MOV
(LR

n2,4(SP)
(SP}
+ ,REGNUM
(SP)+ R
SUBRP(

JFIX UP ERROR-FREE RETURN P(
JRESTORE LU REG NO.
JRESTORE R1
; CLEAR SUBROUTINE PC

B8R

RTS

408

22R2

42
EM4?
ERRS8

;JGET DESIRED CYCLE COUNT
JLLOCK LU FOR DESIRED CYCLES

MOV

PSTA(CK,SP

CSERDF

.WORD

JMP

MOV

002362

000002
002400

15-18

.WORD
.WORD

004500

010552

017637
004737
000000
000407
011637

17=0CT=79 08:49:54 PAGE

JREPORT OVRR NGT (IEARED

104455
000052
013471
020076
000137

946
947
948
949

950 010604

MACRO v03.01

(ZDMRAB M8203 STATI( DIAG M
GLOBAL SUBROUTINES

LEVEL

;RETURN

222200200 RRRRSRRRRRR0RddRRiRRRSRtttRRRRRRRRRRSRRRAR

©+ SETUP - THIS SUBROUTINE LOADS THE FIRST WORD AFTER THE (ALL INTO AX2-15
* N

SETUP:
002402
002374

002400
000004
002366

972 010674
973 010702
974 010710
975 010716

012737
062766

017637
062766

000006
000002
000004
000002

002402
000004
002374
000004

(SYNCH (HAR),

LOADS THE SECOND WORD AFTER THE CALL

INTO REG 17

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

MOV
MOV
MOV
MOV

00233080

AXNUM,
= (SP)

;SAVE AX BYTE NO.

#4 , AXNUM

;SET AX BYTE NO. FOR AX?

M,
- (SP)
REGNU

@4 (SP) ,WAX1S

CLR
JSR

WAX16
PC,WRITAX

ADD
MOV

#2.4(SP)
a4 (SP) ,WRIBYT

MOV

JSR
MOV

ADD
MOV
ADD

230 3020d8RR22RRRRSRRRRARRSRRRRRARARRRERAREEDN

#17 ,REGNUM
PC,WRITLU

#6 . AXNUM
#2.4(SP)

a4 (SP) ,WAX15

#2.4(SP)

;SAVE LU REG NO.

;SET SYNCH (HAR IN AX2-15,

:SET LU REG NO. - 17
; INCREMENT ARGUMENT POINTER

:LOAD REG 17

JSET AX BYTE NO. FOR AX3

s INCREMENT ARGUMENT POINTER
. INCR ARGUMENT POINTER

(LEAR AX¢="#4

GLOBAL

SUBROUTINES

976 610724
977 010732

010740
010744
010752
010756

010762
010766

017637
013737
004737
062766
012637
012637
005037
000207

000004
002376
004264
000002
002400
002402
002352

MACRO v03.01

17-0(CT=-79 08:49:54 PAGE

00237¢
002432

MOV

000004

ADD
MOV
MGV

@4 (SP) ,WAX16
WAX16,SAVLEN
PC,WR]TAX
#2,4(SP)
(SP)
+ ,REGNUM

MOV

JSR

JRESTORE

LU REG NO.

JRESTORE AX BYTE NO.
;CLEAR SUBROUTINE PC STORAGE
JRETURN

2332283222222

JFIX RETURN PC

SUBRP(

RTS

SEQ

JSTORE TX AND RCV (HAR LENGTH
;LOAD AX3-15, Ax3-16

(SP)
+ ,AXNUM

(LR

1 5-19

2
|

(ZDMRB MB8203 STATI( DIAG #1

2322322223 2232222802232

222222 RRdRRi20

2R3t

RARRRRRRRRRll

]

t* LODMSG - THIS SUBROUTINt LOADS THE NO. OF WORDS PASSED IN THE SECOND WORD
FOLLOWING THE CALL FROM THE MSG BUFFER WHOSE ADDRESS IS IN THE FIRST
INTO THE TRANSMITTER SiLO.

.t
.

WORD FOLLOWING THE CALL,

000004
000002
000004
000002
00262°2
005146

000004

1027 011102
1028 011104
1029 011110

1030 011112

1031 011116

1032 011120

#2,4(SP)
a4 (SP) ,R?
#2,4(SP)

{R1)+, TXWORD

JSR
DEC
BNE
JSR

PC,LDTXS!
RZ
6%
PC,WAITS0

RTS

MOV
MOV

000207

(SP)+ ,R?
(SP)+ R1

;SAVE R1
;SAVE R?2
;GET MSG POINTER INTO R1
; INCR ARG POINTER
;GET WORD COUNT INTO RZ2

JFIX UP RETURN PC
JGET NEXT MSG WORD
;LOAD A WORD INTO TX SILO
;DECR COUNT

;BR IF NOT DONE YET
JWAIT FOR SILO TO RIPPLE
JRESTORE R?2
JRESTORE R1
JRETURN

S.8.

»
&

.0,

'-l'..'tt.t"'t."tttttttQQt.liQ'tt.t.tt.‘QQ"QRQ‘QQfi".tfitt""'tfltttt"t‘

1017
1078

1022 011056
1023 011064
1024 011070

R1,-(SP)
R2.-(SP)
a4 (SP) R

ADD
MOV

005120

1016

1019
1020 011046
1021 011050

LODMSG: MOV
MOV
MOV
ADD
MOV

RX(HAR - THIS SUBPOUTINE
FIRST, IT READS THE

1008
1009
1010
1011
1012
1013
1014
1015

011042
011044

010146
010246

010770
010772
010774
011000
011006
011012
01102¢C
011024
011030
011032
011034
011040

READS

THE

RCV

SILO AND

CLOCKS

THE

LINE

- 1, IRDY = 0. IT THEN CLOCKS THE LINE UNIT FOR THE NO. OF
PA?SE?RéN THE WORD FOLLOWING THE CALL, AND THEN CHECKS FOR

UNIT.

CHAR FROM THF RCV SILO, AND CHECKS FOR ICIR

CYCLFS
ICIR

'-ttt'Q'Qtttt.i.t'.ttfittt‘t'itt!ttttfifittt'.t!ttt'ttt't!ttt"tttttttttt!tt"

000002
000004
007326
005120

000002

002352
002352

RXCHAR:

MOV

R1,-(SP)

;SAVE

suB
JSR

#6, SUBRP(
PC,RDRXS]

JGET PC OF SUBR (CALL
sPEAD RCV SILO

CLR
(MP

R1
R1,a2(SP)

JINIT CYCLE COUNT
;SEE IF REQUIRED CYCLES DONE

MOV

JSR
9% :

2(SP)
, SUBRP(

PC.WAITS0
12%
PC,ISIRL!

JALLOW SILO TO RIPPLE

006402

8tQ
4SR

;BR [F YES
;K ICIR =1,

005226

{SR

PC,STPLU

JOLK LU 1

INC

JINCR CYCLE

[RDY - O

CYCLE

COUNT

YET

1033 011122

000765

1035 071130
1036 011132
1037 011140

000003
062766
005C37

1039 011146

000207

1034 017124

1038 011744
1040

004737

012601

MACRO v03.01

12%:

006402
000002
002352

I
17=0(T=79 UB:4Y:5& PAGE

000002

15 =20

SEQ

%SR

PC,ISIRDY

JCHK

ICIR -

ADD
(LR
MOV

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

JFIX

RETURN PC

RTS

[IRDY

\IDMRB M8203 STATIC DIAG #°
GLOBAL SUBROUTINES

;CLEAR SUBR CALL PC
JRESTORE R1
JRETURN

1041

10462

1063
1044

1045

1047
1048
1049
1050

]

1053 0111564
1054 011156

011164
011172
011176
011204
011210
011212
011216
011222
011224
011232
011234

1067 011240

011240

AR 2220222222222
X0 R R B

010146
016637

162737
012701
012737
004737
000001
004737
030176
001013
132737
001422
004737

1078 011310
1079 011312

1080 011316

1081 011322

000004
000004

002352
002352

THE

TXDATA BIT

(HAR PASSED

THE

IN REG 17 IS EXAMINED, AND COMPARFD TG A BIT Of
WORD FOLLOWING

AN ERROR OCCURS, A RETURN IS MADE

RETADR.

000017

002400

000040

SuR

002364

004500

002364

9%:
JREPORT

104455
000041
013251
015576

000405
006301
020127
001336

000405
(13706
(13746

000406

000400

002346
002362

MOV

104455

132737
001007
004737

011276
011300
011302
011306

THE

MOV

;REPORT

1069 011252
1070 011260
1071 011262

1C’3 011266
011266
011270
011272
011224

(KTB]T:

(G13746

01322¢
015576

1072

CYCLE,

THE

CALL.

TO THE

TEST AT

THE ADDRESS

.'Qt"'l""tt'.ttt.i'l.fi...t.Qt'tfi"tt't.tt...tt"..t'Q.t.fi..‘.fit.tt."..t"..t

011244
011246

1074
1075
1076
1077

1051
1052 011150

1066

AAAAAAAA R

i* (XTBIT - THIS SUBROUTINE C.OCKS THE LINE UNIT FOR 8 CYCLES, AND AFTER EACH

1046

1055
1056
1057
1C58
1059
1060
1061
1062
1063
1064
1065

i2%:

20%:

,
- (SP)
REGNUM

;SAVE R1

#6 ,SUBRP(

;GET PC OF SUBROUTINE CALL
JINIT BIT POINTER

4 (SP) ,SUBRP(

MOV
MOV

#IT0,R1
#17 ,REGNUM

JSR
BIT
BNE
BITB
BEQ
JSR

PC,READLU
R1,a4 (SP)
93
#TXDATA ,REDBYT
128
PC,GETALL

ERRDF

32.EM32 ERR4

#SR

JSAVE LU REG NO.

R1,-(SP)

PC,STPLU

TXDATA NOT

CLEARED

JSET REG NO. = 17
JCLOCK LINE UNIT 1 CYCLE

;READ REG 17
JSEE IF EXPECTED BIT -1
;BR IF YES
JSEE IF ACTUAL BIT = 0

:BR IF

YES

:GET REGS FOR PRINTOUT
TRAP

B8R
BT8R

203
#TXDATA REDBYT

;SEE

JSR

PC.GETALL

JGET REGS FOR PRINTOUT

ERRDF

33,EM33 ERR4

BNE

129

TXDATA BIT NOT

SET

20%

(TMM
BNE

R1,#400
'3 3

MOV
MOV

PSTA(CK,SP
RETADR,-(SP)

ASL

B8R
BR

22%

40%

;TAKE

ERROR RETURN

.WORD
.WORD
. WORD

CSERDF
32
EM3?
ERR4

IF ACTUAL BIT =1

;BR IF YES

TRAP

;TAKE

ERROR EXIT

CSERDF

.WORD
.WORD
.WORD

33
EM33

TO BASE

LEVEL

ERRS

JSHIFT BIT POINTER

JSEE IF 8 BITS SCANNED YET
JBR IF NO
JRESTORE PROGRAM STA(K POINTER
JFIX UP RETURN PC

SUBROUTINES

1082

1083

1084
1085

062766
012601
012637
005037
000207

000002

MACRO v03.01
000004

002400
002352

2¢$%:
40$%:

CPARR

17=-0(T=79 08:49:54 PAGE

—

15-21

SEQ

ADD
MOV

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

JFIX UP ERROR-FREE RETURN P(
JRESTORE R1

RTS

sRETURN

MOV
(LR

(SP)+ REGNUM
SUBRP(

.IDMRB MB203 STATIC DIAG M

GLOBAL

JRESTORE REG NO.
;CLEAR SUBR (ALL P(

AN ANAARANANRAANANARNAANRNANREANNANARANANRAANNAAAAIANRANRAANDIN
NN ARRRAAN AR RRICANRERI RS

te LDMSG] ~ THIS SUBROUTINE LOADS THE TRANSMITTER SILO WITH MSG1, AND LOADS
THE DATA (HARS INTO THE
FOR LATER COMPARISON.

2
b

b =D

b
D
D

D ad

D
D

DD
b

b
Db
Db
d ed

b
b ed

D e

011346
011350
1099 011352
011356
011360
011362
011366
011372
011374
011400
011402
011410
011414
011420
011422
011424

010146
010246
004737
003220
000011

012701
012702
012122
020127
103774
052762

012726
012726
012602
012601
000207

L DMSG1: MOV
MOV

010770

JSR
3561

003224
003262

3%:

003236
100400

000160
000034

AAALAAARAR2R

177776

2222202202

R(CV MSG BUFFER

2222222

R1,=-(SP)
R2.=-(SP)

(RCVBUF:),

AS EXPECTED DATA

R22RZRdRRR222R2

:SAVE R1
:SAVE R?

PC.LODMSG

;LOAD MSG!

MOV
MOV
MOV
(MP

MSG1+4 R
#RCVBUF ,R?
(RI)+,(R2)+
R1,MSG1+14,

JGET POINTER TO MSG?
SGET POINTER TO MSG BUF
.LOAD A CHAR INTO MSG BUF
JSEE IF DID LAST DATA (HAR YET

MOV

#0364, (SP) +

JLOAD LO CRC BYTE

(SP)+ R

;RESTORE R1

BLO
BIS
MCV
MOV

MOV
RTS

INTO Tx SILO

3s
:BR I+ NOT
#CRCCHK 'RXBC(C,=~2(R2) ;SET EXPECTED BC(C
2160, (SP)+
JLOAD HI CRC BYTE
(SP)+ _R2

JRESTORE RZ2
JRETURN

}

.SBTTL

SIIIIIIIII

JIIIIILIILLL 1777700700072 0077707777777 777777000777777777/777277777

4
5

s/
v

GLOBAL ERROR REPORT SECTION
7777777777727 707707777700777777777777/770707777077777777+77

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

9 011426
011437
011434

045
117
116

1264
066
000

045
045

FMTI:

LASCIZ

/XTR06IN/

011641
011444
011447
011452
011455

101
m
116
122
072

106
114
107
105
040

045

101
1M
040
107
000

FMT?:

LASCIZ

/INYAFAILING REG:

011463
011466

130
103

120
124

105

105
105

Fmr3:

LASCIZ

/XAEXPECTED:

10 011436

0114660

045

116

101

X03YASSTAACTUAL:

011471
011474
011477
011502
011505
011510
011513
011516
011521
12 011522
011525
011530
011533

104
045
045
045
103
101
040
063
000
045
124
045
116

072
117
123
101
124
114
045
045

040
063
065
101
125
072
117
116

116
045
124
000

045
116
045

FMT4:

LASCIZ

/INZTINXTIN/

011>40
011543
011546
011551
011554
011557
011562

045
045
045
045
045
045
045

117

123
117
123
117
123
117
116

063

FMTS:

LASCIZ

/%03%S5203%S5X03XS53032IN/

045
045
045
045
045
045
045
045

123

117
123
117
123
117
123
117
116

064

063
065
063
065
063
065
063
000

FMT6:

LASCI1Z

/%S4%03%S5%03%S5X032S5%03XN/

117
116
045
130
116
104

062
C00
101
124
104
040

045

FMT7:

LASCIZ

/7XTX02UIN/

105

FMT8:

LASCIZ

/XAEXTENDED REG AXZ071XA-YT2IN/

13 011535

14 011565

011570
011573
011576
011601
011604
011607
011612
011615

15 011620

011623
011626
16 011630
011633
011636
011641

045

124

065
063
065
063
065
063
000

10%
105

122

TO3IN/

SEQ

7
16

(
b ECTION

K
17-0(T-79 08:49:54 PAGE

GLOBAL ERROR REPORT

MACRO v03.01

—

(ZDMRB M8203 STATI( D | AG M

(ZDMRB M8203 STATIC DIAG M

GLOBAL ERROR REPORT

SECTION

011644
011647
011652
011655

105
101
117
101

011663

000

811667

116

000

103
106
125
40
114
040
066
600

040
040
102
103
114
045
045

117
123
102
101
072
117
116

105
045
045
114
104
040
126
040
063
000
045
101
123
045
045
116

101

116
000
045
101
105
105
116
122
122
040
111

012050
012053
012056
012061
012064

116
M
117
117
123

012072
012075
012100

123
116
000

011660
17 011664

126

045

18 011671

045

19 011722

045

011674
011677
011702
011705
011710
011713
011716
011721

011725
011730
011733
011736
011741
011744
011747
011752
011755
011760
20 011761
011764
011767
011772
011775
012000

012003

012006
012011
21 012012
012015
012020
012023
012026
012031
012034
012037
012042

012045

012067
22

MACRO v03.01

040

110

122

7
L
17=0(T=79 08:49:54 PAGE 16-1

SEQ

107
130
06)
055

040
045
045
045

124

045

FMT9:

,ASCIZ

/XTIN/

101

120

FMT10:

.ASCIZ

/%APC

107
M7
101
117
105
127
110
045
05

122

040
062
040
101
104
111
072
117
116

FMT11:

_AS(IZ

/%AREG X02%A LNADED WITH:

116
124
124
104
101
117

045
105
040
062
040
124

FMT19:

_ASCIZ

/INZATEST XD2¥A NOT RUNIN/

045

116

116
120
101
040
123
105
125
123
124

045
114
123
111
125
040
116
127
103

FMT24:

.ASCIZ

/INXAPLEASE

040
103
120
103
123

115
122
122
105
117

045

122

040

040
040
045

116
OF

SUBR CALL:

X063IN/

X03¥N/

125

117

111

117
116

INSURE RUN SWITCH ON MICROPROCESSOR 1S ONIN/

(ZDMRB MB8203 STATIC DIAG #1

SECTION

MACRO v03.01

EM:

17-0CT=79 08:49:54 PAGE 16-2

SEQ

~—

MM4[«4o4[+=

23
MmO

GLOBAL ERROR REPORT

— g W «q

7171%7I1“TV5ON—2AWO5MON—2NM0W3eIr~0—rNE6OM1QN

4~[+

—

V9] (%] i — dA — 4 —— — -~ ~

012336
012341
012344
012347
31 012350
012353
012356
012361
012364
32 012365
012370
012373
012376
33

012601
012404
012406
01261
012414
012617
01242¢
012423
012426
012431
012434
012437
012442
012444
012447
012452
012455
012460
012461
012464
012467
012472
012475
012500
012502
012505
012510

012513
012516
012521
012524
012527
38 012532
012535
012540
012543
012546
39 012547

012552
012555
012560
012563
012566
012571

MACRO v03.01

SECTION

126
113
126
000
117
131
117
123
000
117
131
117
103

101
104
117
122
117
123
000
117
122
117
103
101
104
117
124
117
123
000
117
124
117
103
101
104
125
122
117

103
101
104
131

117
125
122
117
123
000
125

122
117
103
101
104
131

125
040
040

103
101
061

122
040
124
105

106
116
040
124

EM7:

.ASCIZ

/ORDY NOT SET/

122
040
124
114
122
000
103
040
124
105

104
116
040
105
105

EM8:

.ASC1Z

/ORDY NOT CLEARED/

117
116
040
1264

EM9:

.ASCIZ

/0COR NOT SET/

103
040
124
114
122
000
101
040
124
105

117
116
040
105
105

EM10:

_ASCIZ

/OCOR NOT CLEARED/

103
116
040
124

EMI11:

_ASCIZ

/OACT NOT SET/

101
040
124
114
122
000
116
040
124

103
116
040
105
105

EM12:

_ASCIZ

/OACT NOT CLEARED/

EM13:

_AS(IZ

/UNRR NOT CLEARED BY SOM/

EM14:

_ASCIZ

/UNRR NOT SET/

105

122
116
040
105
105
102
123
000
122
116
040
124

116

122

EM15:

_ASCIZ

/UNRR NOT

114
122
040
040

115
116
040
124

04C
126
114
122
040
040

116
040
105
105
102
17

(LEARED BY 0OC/

SEQ

(ZDMRB MB203 STATIC DIAG M

GLOBAL ERROR REPORT

N 7
17=-0(T=79 08:49:54 PAGE 16-3

(ZDMRB MB203 STATIC DIAG M

GL OBAL ERROR REPORT

SECTION

012574

103

000

012601
012604
012607
012612
012615

122
17
103
101
104

040
126
114
122
000

116
040
105
105

012622
012625
012630
012633

131
117
123
000

012637
012642
012645

131
117
103

040
126
114

116
040
105

103

40 012576

MACRO v03.01

012617

42 012634

12%

116

17-0CT=79 08:49:564 PAGE

16-¢

122

EM16:

LASCiZ

/UNRR NOT (LEARED/

040
124
105

106

116
040
1264

EM17:

_ASCIZ

/IRDY NOT

SET/

122

106

EM18.

.ASCIZ2

/IRDY NOT

(LEARED/

122

012650
012653

101
104

122
000

012660
012663
012666
012671

122
117
123
000

040
124
105

111

116
040
124

EMI19:

LASCIZ

/ICIR NOT SET/

012675
012700
012703
012706

122
117
103
101

103

040
126
114
122

111

116
040
105
105

EM20:

.ASCIZ

/ICIR NOT

101
040
124
105

103
116

EM21:

_ASCIZ

/IACT NOT SET/

040
124

103

EM22:

.ASCIZ

/IACT NOT CLEARED/

123

EM23:

_ASCIZ

/DSSI NOT CLEARED/

43 012655

44 012672

0127211

45 012713
012716

111

104

M
124

000

105

CLEARED/

012721
012724
012727

117
123
000

012733
012736
012741
012744
012747

124
117
103
101
104

040
124
114
122
000

116
040
105
105

012754
012757
012762
012765
012770

11
117
103
101
104

040
124
114
122
000

116
0460
105
108

012775
013000
013003
013006

M
117
123
000

040
124
105

123

116
040
124

EM24:

.ASCIZ

/DSSI NOT SET/

013012
013015
013020
013023
013026

11
117
103
101
104

040
124
114
122
040

123

EM25:

LASCIZ

/DSSI

46 012730

47 012751

4«8 012772

49 013007

104

123

SEQ

116
040
105
105
102

NOT

ClEARED BY MST

CLR/

GLOBAL ERROR REPORT

013031
013034
1013037
013042

50 013043
013046
013051
013054

013057

SECTION

131
123
103
000

040
124
114

115
040
122

126

116
122
103
104

101

103
122
124
101
040

mm
117
105
040

013062

103

013075

013065
013070
013073

MACRO v03.01

110

17-0CT=79 08:49:54 PAGE

16-5

EM26:

LASCIZ

/INCORRECT DATA (HAR RCV'D/

101

122
103
104

040
126
000

122
047

013100
013103
013106
013111
013114
013117
013122
013125

117
105
040
103
13
040
126
000

122
103
103
040
124
122
047

103

122
124
122
102
105
103
104

EM27:

.ASCIZ

/INCORRECT

013131
013134
013137
013142

115
117
103
101

040
124
114
122

123

117

EM28:

.ASCIZ

/RSOM NOiV

117
116
040

EM29:

.ASCIZ

/RSOM NOT SET/

105
040
124
114
122
000
105
040
124
105

117
116
040
105
105

EM30:

.ASCIZ

/REOM NOT (LEARED/

117
116
040
124

EM31:

.ASCI2

/REOM NOT SET/

130
124

106
101

EM32:

.ASCIZ

/TXDATA BIT NOT CLEARED/

106
101
111
116
040

EM33:

LASCIZ

/TXDATA BIT NOT SET/

52 013126

013145
53 01317
013152
013155

013160

013163
54 013164
013167
013172
013175
013200
013203
55 013205
013210
013213
013216
013221
56 013222
013225

013230
013233
013236
013241
013244
013247
57 013251
013254
013257
013262
013265

122

104
122
115
117

123

000
122
115
117
103
107
104
122
115
117
123
000
124
101

040
124
117
103
101
104
124
101
040
124
117

116

000
123
040
124

105

102
040
124
114
122
000
130
124
102
040
124

116
040
105
105

(RC BYTE RCV'D/

(LEARED/

124

111
116
040
105
105

SEQ

[ATa]

CZOMRB MB203 STATI( DIAG # 1

(ZDMRB M8203 STATIC DIAG #1
GLOBAL ERROR REPORT SECTION

MACRO v03.01

013270
013273

123
000

105

013277
013302
013305

047
104
101

104
101
040

040
124
115

103
116

103
117

58 013274

122

013310
013313
013316
013321
59 013322
013325

11
117
101
000
102
040

013333
013336
013341
60 013342
013345
013350
013353
61 013356
013361
013364
013367
013372
013375

114
122
000
102
040
124
105
105
113
117
103
101
104

013402
013405
013410
013413
63 013414
013417
013422
013425
013430
013433

113
117
123
000
122
040
124
114
122
000

013330

62 013377

64 013434
013437
013442
013445
65 013450
013453

013456
013461
013464
013467
66 013471
013474
013477
013502
013505
67 013506
013511
013514
13517
013522

1264

103

123
115
122

17-0(T=-79 08:49:54 PAGE

16-6

124
126

EM34:

AS(I12

/RCV'D DATA M]S(OMPARE
/

EM35:

.ASCIZ

/BCC

NOT

CLEARED/

NOT

SET/

103
120
105

040

103

103
116
040
124
102
040
124
114
122
000
102
040
124
105

103
117
123
000
114
116
040
105
105

EM36:

_ASC!/

/BCC

EM37:

_ASCIZ

/EBLK NOT

CLEARED/

114

EM38:

_ASCIZ

/EBLK

SET/

101
116
040
105
105

102
117
103
101
104

EM39:

_ASCIZ

/RAB NOT

(| EARED/

122
040
124
105
117
122
117
103
101
104
117
122

101
116
040
124
126
040

EM&O:

ASCI2

/RAB NOT

SET/

EMLT:

(ASCIZ

/OVRR NOT

CLEARED/

124
114
122
000
126
040
124
105

102
117
123
000
122
116

122
116
040
124

EM&2:

_AS(CI2

/OVRR NOT

SET/

123
120

127
101

040
103

EM43:

_AS(CIZ

/SW PACK #1

105

117
123
000
113
061
116

105
105

040
040
103

101
104

116
040
124

NOT

040
105
105

043
11
117

INCORRECT/

SEQ

GLOBAL ERROR REPORT

SECTION

013525
01353C
68 013533
013536
013541
013544
013547
013552
013555

122
103
123
120
113
062
176
122
103

01357
013574

063
116

69 013560
013563
013566

MACRO v03.01
105
200
040
103
043
11
117
105
000

LASCIZ

/SwWw PACK #2 INCORRE(CT/

EMLS:

LASCIZ

/Sw PACK #3 [NCORRE(CT/

126

EM66:

_ASCIZ

/RCV SILO NOT

123

EM47:

(AS(IZ

/ASSEMB BIT

EM4LS:

.ASCIZ

/0DD VRC PARITY BIT NOT

EMLO:

LASCIZ

/0DD VR(C PARITY BIT NOT CLEARED/

EM50:

,ASCIZ

/EVEN VRC PARITY BIT NOT SET/

122
103

013610
013613
013616
013621
013624
013627
013632
013635

040
114
116
040
105
105
102
1

123
117
117
103
101
104
13
103

111
040
126
114
122
040
040
000

013643
013646
013651
013€54

105
040
124
117

115
102
040
125

102
m
103
116

013662
013665

116
122

103
122

72 013673

117

70 013605

013640

013657

013670

122

101

124

103

123

040

040
103
043

m
17

105
000

000
104

040
103
101
124
102
040
124
105
117
040
103
101
124
102
040
124
114
122
000

126
040
122
13
m
116
040
124
104
126
040
122
131
11
116
040
105
105

122
120
1M1
040
124
117
123
000
104
122
120
11
040
124
117
103
101
104

013770
013773

11€
122

126

040
103

105

COUNT

[(/

INCORRECT/

117
105

013676
013701
013704
013707
013712
013715
013720
013722
73 013726
013731
013734
013737
013742
013745
013750
013753
013756
013761
013764
74 013765

CLEARED BY

1264

104

SEQ

EM4S:

127
101
040
040
103
122
124

013577
013602

123
120
113

122
126
127
101
040
040
103
122
124

E
8
17-0CT=79 08:49:54 PAGE 16-~7

126
040

SET/

(ZDMRB MB203 STATIC DIAG M

GLOBAL ERROR REPORT

MACRO v(3.01

SECTION

013776
014001
014004
014007
014012
014015
014020

120
1M
04C
124
117
123
000

101
124
102
040
124
105

122
13
m
116
040
124

014024
014027
014032
014035
014040

116
122
120
11
040

040
103
10
124
102

126

105

126
040
122
131
M

014046
014051
014054
014057

117
103
101
104

124
114
122
000

040
105
105

75 014021

0140432

76 014061

105

126

040

122

105

/EVEN VRC PARITY BIT NOT

EMS2:

.ASCIZ

/READY NOT

SET

EMS3:

.ASCiZ

/READY NOT

SET AFTER AX REG READ/

040

EM5S4:

LASCIZ

/TX UNDERRUN ERROR/

123

EM60:

.ASCIZ

/RTS NOT

EM6S:

LASCIZ

/RTS NOT (LEARED/

101

040
124
105
101
105

014106
041N
014114

130
105
127

040
107
122

122
040
m

0146117

77 014122

1264

122

105
105

000
101

104
116
040
124
106

N
117
123
040
124

040
124
105
101
105

014147
014152
014155
014160

130
10%
122
104

040
107
105
000

122
040
101

014165
014170
014173
014176
014207

125
105
125
1C5
117

116
122
116
122
122

104
122
040
122
000

014207
014212
014215
80 014220
014223
074226
014231

040
124
105
122
040
124
114

116
040
124
124
116
040
105

117
123
000
123
117
103
101

78 014162

79 014204

014234
014237

122

124

122

122
000

040

130

126

105

AFTER AX REG WRITE/

101

014125
014130
014133
014136
014141
014144

(LEARED/

116

13
117
123
040
‘24

040

SEQ

.ASCIZ

104
116
040
124
106

122

8
16-8

EMST:

014064
014067
014072
014075
014100

0146103

F
17=-0(T=79 (08:49:54 PAGE

101

104

SET/

[
Xaa]

(IDMRB MB8203 STATIC DIAG #1

0146436

116

138

105

040
102

040
107

072

114

125

040
122

040

107

122

040
105

10¢

061
040
061
065

107

m
040
1

/REG1I0

DH4:

LASCIZ

DH5:

DH6:

DH7:

LASCI2
LASCIZ
LASCIZ

715/
/167

DHS:

LAS(]/

/AX0-15

REG'1

REGI2

REG13/

REG14

REGIS

REGI6

REG17/

/UINC UNIT

EXTENDED REGS

105

105
105

123

000

055
040

061
040

130

LASCIZ

[NBUS REGS

061

072
1

DH3:

UNIT

107

065
066

124
104

/UINE

040

000
061
061

040

.ASCIZ

065

040
122

114
105
116

DHZ:

061

066
040

107

CINBUS/0UTBUS REG ¢

105

040
122

040

LASCI2

061

063
040
122

061

DH1:

107

061
040
040
107

SEQ

123

200

061
040

105

16-9

122
105
060
040

014465
014470

014647€

040

122
061
04C

040

014473

122

§O'\'Nm

040
M

-2 D

107
114

040

102

— -

123
125
125

014441
014444
0146447
9 0146451
014454
014457

0146462

116

125
117
102

WUN
S N

1M1

— d D
D
N = PO
—
WO &0

82
87
84 014240
014243
014246
014251
014254
014257
85 014262
014265
014270
014273
014276
014301
014304
014307
014311
0146314
014317
014322
014325
014330
014333
014336
014341
016344
87 014347
014352
014355
014360
014363
014366
014371
014374
014377
014402
014405
014410
88 0144M
014414
014417
014422
014425
0164430
014433

17-0(T=79 08:49:54 PAGE

130

060

066
101
055
040

AX0-16

Ax1=15

AX1-16/

MACRO v03.01

(ZDMRB M8203 STATIC D 1AG #1
GLOBAL ERROR REPORT SECTION

(ZDMRB M8203 STATI( DIAG M

GLOBAL ERROR REPORT

014501
014504
014507
92 014510
014513
014516
014521
014524
014527
014532
014535
014540
014543
014546
014551

SECTION

MACRO v(03.01

H 8
17-0(T-79 (8:49:54 PAGE 16-10

06?

101

066

055
000
040
040
062
065

LASCI2

100 014554

BGNMSG

ERR

101

PRINTB

#FMT1

SEQ

040
130
061
040
0€2
066
101

101

055

040
130
061
040

DH9:

AX2=15

AX2=16

AX3=15

Ax3=-16/

055

040
130

061

063
066

.EVEN

95
97
98

RIRK

014554
014554
014554
014560
014564
014570
014574
014576
014600
102 014604
014604
014604

014606
014606
014606
014506
014612
014616
014622
014626
014630
014632
108 014636
014636
014642
014646
014650
014652
109 014656
014656
014662

013746
012746
012746
012746
010600
104414
062706

002446

#ADDRES ,MP(SR

MOV
MOV
MOV
MOV

035574
0114626
000003

TRAP

000010

ENDMSG

L 10002:

104423

002446
035574
011426
000003
000010

012746
012746
010600

011436
000001

062706

000004

013746

002400
014240

104414

012746

ERR1::

BGNMSG

ERR?

PRINTR

HFMT 1, 4ADDRES ,MP(CSR

PRINTR

PRINTH

NFEMT2

#FM
#DH" T7
,REGNUM

MP(SR,~-(SP)

#ADDRES
, = (SP)

#FMT1,-(SP)
#3,-(SP)

SP.RO
(SPNTB

ADD

#10,SP

TRAP

($MSG

MOV
MOV
MOV
MOV
MOV

MPCSR,=(SP)
#ADDRES
.~ (SP)
NFMT1,-(SP)
#3,-(SP)

ERR?:-

TRAP
ADD

MOV
MOV
MOV
“RAP
ADD
MOV
MOv

SP.RO
(SPNTR

#10,5P

#FMT2,
- (SP)
#1,-(SP)

SP,RO
(SPNTB

84 ,SP

REGNUM, ~(SP;

(SP)
H1
#D-

(ZDMRB MB203 STATIC DIAG M

GLOBAL ERROR REPORT

014666
014672
0146676
014700
014702
110 014706
014706
014712
014716
014722
014726
014730
014732
m 014736
014736
014742
014746
014752
014756
0147€0
014762
1e 014766
014766
014772
014776
015002
015006
015012
015016
015020
015022
- 113 015026
015026
015032
015036
015042
015044
114

SECTION

012746
012746

010600
1046414

000010

013746

002496
002404
011460
000003

104414

062706

000010

012746
012746
012746
012746
010600

0143M
014262
011522
000003

062706

000010

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011535
000005

012746
012746
012746
010600

014347
011664
000002

062706

000006

013746
013746
013746
013746
012746
012746
010600

002320
002316
002314
002312
011565
000005

104415

062706

17-0(T=79 (08:49:5¢ PAGE

*6-11

SEQ

011620
000003

062706
013746
012746
012746
010600

MACRO v03.01

MOV
MOV

PRINTR

MOV
TRAP
ADD

PFMT3,GOODAT ,BADDAT

MOV
MOV

MOV

MOV
MOV

TRAP

PRINTX

, ADHZ
TG
BDHY
NEM

000014

PRINTX

L 100G3:

BONMSG

ERR3

#3,-(SP)
SP,RO

CSPNTX

#10,SP

LUR13,-(SP)

LUR1Z2,-(SP)
LUR11,-(SP)
LUR10,~(SP)

#EMTS ,-(SP)
#5,-(SP)
SP,RO
CSPNTX

MOV

#DH4
- (SP)

TRAP

104423

NFMT4
- (SP)

#14,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV
ENDMSG

#DH2
, - (SP)

TRAP
ADD

#FMTOE,LURT4,LURTS
,LURTE, L URT7

SP,RO
(SPNTB

#DH3,~(SP)

MOV
MOV
PRINTX

BADDAT ,-(SP)
, = (SP)
GOODAT
#FMT3,-(SP)
#3,-(SP)

MOV
MOV
MOV

MOV
MOV
MOV
MOV
MOV
MOV
MOV

NFMTO, #DHL

(SPNTB

#10,SP

TRAP
ADD

#FMTS, LURT0,LURTT,LURTZ2,LURTS

REMT7
= (SP)
#3,-(SP)
SP,RO

ADD

MOV
PRINTX

NEMTO
- (SP)
#2,-{(SP)
SP,RO

CSPNTX
#6,SP

LUR17,=(SP)
LUR16,~(SP)
LUR1S,=~(SP)
(SP)
LUR=~14
#EMT6,-(SP)

#5,-(SP)

SP,RO
CSPNTX

ADD

#14,SP

TRAP

CIMSG

(ZDMRB MB8203 STATI( DIAG M

GLOBAL ERROR REPORT

osron

b —D
b
D

OSSO

o
b od
d
D
d
ooh md

062706

000010

012746
012746

011436
000001

010600
104414
062706

#FMT1 ,#ADDRES ,MPCSR

SEQ

MOV

000004

015214
015¢20
015224
015230
015234
015236
015240

013746
013746
012746
012746
010600
104414
062706

00240€
002404
011460
000003

015244
015250
015254
015260
015264
015266
015270

012746
012746
012746
012746
010600
104415
062706

01431
014262
011522
000003

015274
015300
015304
015310
5314

013746
013746
013746
013746
012746

002310
002306
002304
002302
011535
000005

PRINTR

PRINTB

HEMT?

NFEMTB, TMP1, TMPO

#FEMTT,-(SP)
#3,-(SP)

ADD

#10,SP

MOV
MOV
MOV
TRAP
ADD

HEMT2 ,=-(SP)
#,-(SP)

MOV
MOV
MOV
MOV

000010

000014

014347
011664
000002
00000¢

PRINTB

#FMT3,GOODAT ,BADDAT

ADD

MOV
MOV
MOV
MOV
MOV

TRAP

PRINTX

RFMT4 ,ADH2 ,#DH3

#FMTS ,LURTO,LURTT,LURT2,LURT3

#FM, TO
ADHL

#FMT6,LURTG,LURTS,LURT6,LURT?

MP(SR,-(SP)
= (SP)
#ADDRES,

MOV
MOV
MOV

TRAP

000010

100

ERRS:
:

TRAP

002530
002532
011630
000003

127 015274

129

104414

002446
035574
011426
000003

013746
013746
012746
012746
010600
104414
062706

126 015244

128

013746
012746
012746
012746

015164
015170
015174
015200
015204
015206
015210

125 015214

J
8
17-0(T1-79 08:49:54 PAGE 16-12

PRINTR

010600

D o

Ganr Guer Shur Pouri
oo

o G

Ghunr G

Sar G

Ghur G

(ololololelolololololololols]

—

~
N

124

(S LV IV, RV [V, LV, LV, [V, [V, LV, IV, IV, 1V, 1V, }

122 015114

SECTION

MACRO v03.01

ADD

MOV
MOV
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP
ADD

MOV
MOV
MOV
MOV

TRAP
ADD

SP,RO
($SPNTB

SP,RO
(SPNTR

#6,SP

= (SP)
TMPQ,

TMP1,~(SP)

#FMT8,-/SP)
#3,-(SP)
SP,RO
CSPNTB

BADDAT ,~(SP)
= (SP)
GOODAT,
#FMT3,-(SP)
#3,-(SP)
SP,RO
(SPNTB
#10,SP

#DH3,-(SP)
#DH2 ,~(SP)

HFEMTS ,-(SP)

#3,-/SP)

SP,RO
CSPNTX

#10,SP

LUR13, ~(SP)
LUR12,<(SP)
LUR11,-(SP)
LUR10D,=(SP)
#FMTS,
- (SP)
#5,-(SP)

SP,RO

CSPNTX

814 ,SP

= (SP)
#DH
NFMTG,
- (SP)
n2,-(SP)
SP,R0Q

CSPNTX

#6,SP

CIDMRB MB203 STATI( DIAG M

GLOBAL

ERROR REPORT

015360
015364
015370
015374
015400
015404
015410
015612
015414

013746
013746
013746
013746
012746
012746
010600
104415
062706

002320
002316
002314
002312
011565
000005

015420
015624
015430
015434
015440
015442
015444

012746
012746
012746
012746
010600
104415
062706

014451
014417

015450
015454
015460
015464
015470
015474
015500
015502
015504

013746
013746
013746
013746
012746
012746
010600
104415
062706

002330
002326
002324
002322
011535
000005

015510
015514
015520
015524
015526
015530

012746
012746
012746
010600
104415
062706

014510

015534
015560
015544
015550
015554
015560
015564
015566
015570

013746
013746
013746
013746
012746
012746
010600
104415
062706

002340
002336
002334
002332
011565
000005

015574

1044723

*30 0715420

132 015510

~
H

[V,

—

133 015534

135

SECTION

000014

MACRO v03.01

K 8
17-0(T=79 08:49:54 PAGE 16-13

SEQ
MOV
MOV
MOV
MOV
MOV
MOV
MOV

PRINTX

TRAP
ADD

NFMTG,
HDH7 ,#DHB

MOV
MOV
MOV
MoV
MOV

011522

000003
000010

PRINTX

TRAP
ADD

#FMTS AX0.15,AX0.76,AX1,.15,AX1.16

101

LUR17,-(SP)
LUR16,=(SP)
LUR1TS,-(SP)
LUR14,=(SP)
#FEMY6,-(SP)
#5,-(SP)

SP,RO
CSPNTX

#14,SP

#DH8,~(SP)
#DH7
- (SP)

HFMTSL
= (SP)
#3,-(SP)

SP.RO
CSPNTX

#10,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV

AX1.16,=(SP)
AX1.15,-(SP)
AX0.16,-(SP)

ADD

#14,SP

011664

MOV
MOV

000006

TRAP
ADD

- (SP)
#DH9,
#FMTY,-(SP)
#2,-(SP)
SP,RO
CSPNTX
#6,SP

000014

TRAP

PRINTX

NFMTO ,HDHO

000002

000014

MOV
MOV
PRINTX

NFMTE, AX2.15,AX2.16,AX3.15,Ax3.16

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP

ENDMSG

:
L 10004

AX0.15,-(SP)
N#FMTS,-(SP)
#5,-(SP)
SP,RO

CSPNTX

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,-(SP)
AX2.15,-(SP)

#FEMTE,~-(SP)
#5,-(SP)

SP.RO
CSPNTX

ADD

¥14,SP

TRAP

($MSG

MOV
MOv

SUBRP(C ,='SP)
#FMTI0,-(SP)

136
137

138
139
140 075576

BGNMSG

ERR4

141 015576

PRINTB

#FMT10, SUBRP(

015576

C15576
015602

013746
012746

ERRG::

(JDMRB MB203 STATIC DJAG #1
GLOBAL ERROR REPORT SECTION
015606
015612
015614
015616

012746
010600

000002

062706

000006

015622
015626
015632
015636

013746
012746
012746
012746
010600

002446
035574
011426
000003

062706

000010

012746
012746
010600

011436

162 015622

104414

143 015652

144 015672

104414
062706

145 015722

146 015752

147 016012

062706

000010

012746
012746
012746
012746
010600

014311
014262
011522
000003

062706

000010

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011535
000005

012746
012746
012746
010600

014347
011664
000002

062706

000006

013746
013746
013746
013746
012746

002320
002316
002314
002312
011565

104415

148 016036

016046
016052
016056

000004
002400
014240
011620
000003

104415

17-0CT=-79 08:49:54 PAGE 16-14

102
#2,=(SP)

PRINTH

SP,RO
($PNIB
#6,SP

NFMT1 _#ADDRES ,MPCSR

MP(CSR,~-(SP)
#ADDRES ,-(SP)
#EMT1,-(SP)

#3,-(SP)

SP,RO

PRINTR

(SPNTB
#10,5P

HFMT2

NFMTZ2,-(SP)

000001

013746
012746
012746
012746
010600
104414

MACRO v03.01

000014

#1,-(SP)

SP,RO
(SPNTB

PRINTR

¥4 ,SP

H#FMT7 ,4DH1 ,REGNUM

(SP)
- M,
REGNU
#DH1 ,-(SP)

#FMT7
- (SP)
#3,-(SP)
SP,RO

PRINTX

HFMT4 #DHZ ,#DH3

ADD

CSPNTB

#10,SP

#DH3,~(SP)

#DH2 ,-(SP)

#FMTSL ,-(SP)
#3,-(SP)

PRINTX

AFMTS,LURT0,LURTT,LURTZ,LURTS

ADD

SP,RO
CSPNTX

#10,5P

LUR13,~(SP)
LUR1Z2,-(SP)
LUR11,-(SP)
LUR10,~(SP)

N#FMTS,-(SP)

#5,-(SP)

PRINTX

NFMTO, ADHL

TRAP
ADD

MOV
MOV
MOV
MOV

TRAP

PRINTX

MFMT6E,LURT4,LURTS
,LURTE, L URTY

ADD

MOV
MOV
MOV

MOV

SP.RO

CSPNTX

#14,SP

#OHG =~ (SP)

#FMTS
- (SP)

#2,-(SP)

SP.RO
CSPNTX

#6,SP

LUR17,=(SP)

LUR16,=(SP)
LUR1S,=(SP)
LUR14,=(SP)

NFEMTE,
- (SP)

(IDMRB M8203 STATIC DIAG #

GLOBAL ERROR REPORT SECTION

016062
016066
016070
016072

012746
010600

000005

062706

000014

016076
016102
016106
016112
016116
016120
016122

012746
012746
012746
012746
010600

016451
014417
011522
000003

016126

013746
013746
013746
013746
012746
012746
010600
104415
062706

002330
002326
002324
002322
011535
000005

016166
016172
016176
016202
016204
C16206

012746
012746
012746
010600

014510
011664
000002

016212
016216
016222
016226
016232
016236
016242
016244
016246

013746
013746
013746
013746

149 016076

150 016126

016132
016136

151

016142
016146
016152
016156
016160
016162

016166

152 01621¢

O 00 NN

ek bbb

VIV
N AL

53 016252

016252
016252

—

016254
016254
160 016254

016254
016260
016264
016270
016274
016276
016300

104415

104415
062706

000010

000014

104415
062706

MACRO v03.01

M 8
17-0CT=~79 0B:49:54 PAGE 16-15

SEQ

MOV
MOV

#5,-(SP)

ADD

#14,SP

MOV
MOV
MOV
MOV
MOV

#DH8,
- (SP)

TRAP

PRINTX

RFMTG ADH7 ,#DHS

TRAP
ADD

#FMTS _AX0.15 ,AX0.16 ,AX1,15,AX1.16

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

NFMTG, #DHO

MOV
MOV
MOV
MOV
TRAP
ADD

NFMT6,AX2.15,AX2.16
,AX3.15 AX3.16

MOV
MOV
MOV
MOV
MOV
MOV
MOV

012746
012746
010600
104415
062706

ENDMSG

L 10005:

104423

002446
035574
011426
000003
000010

BGNMSG

ERRS

PRINTB

#FMT1 ,#ADDRES ,MP(SR

103

SP,RO
CSPNTX

#DH7 ,~(SP)

#FEMTS
- (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

#4,SP

#DH9,-(SP)
NFMTO ,-(SP)

#2,-(SP)

SP,RO
CSPNTX

#6,SP

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,~(SP)
AX2.15,-(SP)

#EMTE,-(SP)
#5,-(SP)

SP,RO
CSPNTX

TRAP
ADD

#14,SP

TRAP

($MSG

MOV
MOV
MOV
MOV
MOV

MPCSR,~(SP)
#ADDRE
S , = (SP)
#FMYY
, ~(SP)

aADD

#10,5F

ERRS::

TRAP

#3,-(SP)
SP,RO

(SPNTB

GLOBAL ERROR REPORT

161

016304

SECTION

163 016356

164 016404

016424
016426
016430
165 016434

012746
012746
010600

011436

062706

000004

013746
013746
012746
012746
010600

002530
002532
011630
000003

062706

000010

013746
013746
012746
012746
010600

002406
002404
011460
000003

062706

000010

016434

016440
016444
016450

012746
012746
012746
012746
010600

01431
014262
011522
000003

016454
016456
016460

166 016464

016464
016470
016474
016500
016504
016510
016514

104414

104415
062706

000010

013746
012746
013746
013746
012746
012746

PRINTB

NFMT?

1
#10,SP

#FMT2,-(SP)
”1,-(SP)

SP,RO

CSPNTB

PRINTB

NFMT8,TMP1
, TMPQ

N4 ,SP

TMPO,
- (SP)
TMP1,-(SP)
#FMT8,~(SP)
#3,-(SP)

SP,RO
CSPNTB

PRINTR

#FMT3,GOODAT ,BADDAT

#10,SP

, - (SP)
BADDAT
, = (SP)
GOODAT
#FMT3,
- (SP)
#3,-(SP)

SP,RC
(SPNTB

PRINTX

#FMT4 ,A#DHZ ,ADH3

#10,SP

(SP)
#DH-3,
, - (SP)
#DHZ

HFMT4 ,-(SP)
#3,-(SP)
SP,RO

CSPNTX

PRINTX

#FMT5,LURT0,LURTT,LURT2,LURT3

#10,SP

LUR13,~(SP)
LUR12,=(SP)
LUR1I1,-(SP)
LUR10,~(SP)
SP,RO
CSPNTX

PRINTX

012746
012746
012746
010600
062706

000006

016550

013746

002320

168 016550

REGNUM,
- (SP)
#FMT11,=-(SP)

#FMTS
, -(SP)
#5,-(SP)

016524
016530
016534
016540
016542
016544

104415

LOADAT ,={SP)

CSPNTB

000001

016516
016520

167 016524

#FMT*1 ,REGNUM, L OADAT

104

#3,-(SP)
SP,RO

000010

104414

StEQ

MOV

062706

104414

N 8
17-0(T-79 08:49:54 PAGE 16-16
PRINTR

013746
013746
012746
012766
010600
104414

MACRO v03.01

NFMTO
, ADHS

M4, SP

#DHG - (SP)

REMTS
- (SP)

#2,-(SP)

SP.RO
CSPNTX

PRINTX

#FMTO,LURTSL,LURIS,LURTG,LURT?

#6,SP

LURY?
= SP

P3%

(ZDMRB M8203 STATIC DIAG M

GLOBAL EFROR REPORT SECTION

016554
016560
016564
016570
016574
016600
016602
016604

013746
013746
013746
012746
012746
010600
104415
062706

002316
002314
002312
011565
000005

016610
016614
016620
016624
016630
016632
016634

012746
012746
012746
012746
010600
104415
062706

014451
014417
011522
000003

016640
016644
016650

013746
013746
013746

002330
00232¢
002324

016672
016674

104415
062706

000014

169 016610

170 016640

016654
016660
016664
016670

171

016700

013746
012746
012746
010600

000014

000010

012746
012746
012746
010600

014510
011664
000002

016720
172 016724
016724
016730
016734

062706

000006

016740
016744
016750
016754
016756
016760

013746
013746
013746
013746
012746
012746
010600
104415
062706

002340
002336
002334
002332
011565
000005

016764
174 016764

104423

173 016764

104415

17-0T=79 08:49:54 PAGE

16-17

PRINTX

#FMT4L ,#DH7 #DHEB

PRINTX

#FMT5,AX0.15,AX0.16
AXx1.15 Ax1.16

SFQ

002322
011535
000005

016700
0167
016710
0167214

016716

MACRO v03.01

000014

MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

LUR16,=(5P)
LUR1S,=(SP)
LUR14,-(SP)
NFMT6,~(SP)
#5,~(SP)
SP,RO
CSPNTX
#14,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

#DH8,
- (SP)
W#DH7 ,=(SP)
#FMT4
- (SP)
#3,-(SP)
SP,RO
CSPNTX
#10,sP

MOV
MOV
MOV

AX1.16,-(SP)
AX1.15,-(SP)
AX0. 16,~(SP)

TRAP
ADD

CSPNTX
#14,SP

MOV
MOV
MOV
MoV
PRINTX

WFMT9,ADHS

W#FMT6,AX2.15,AX2.16,AX3.15,AX3.16

ENDMSG

L10006:

AXC.15,-(SP)
#MTS,~(SP)
#5,~(SP)
SP,RO

MOV
MOV
MOV
MOV

#DH9,
- (SP)
#FEMT9
- (SP)
#2,~(SP)
SP,RO

ADD

#o,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

AX3.16.,-(SP)
AX3.15,-(SP)
AX2.16,~(SP)
AX2.15,=(SP)
WNEMTG,
- (SP)
#5,-(SP)
SP,RO
CSPNTX
#14,SP

TRAP

($MSG

MOV
MOV
MOV

SUBRP( ,~(SP)
#FMTI10,-(SP)
#2,-(5P)

TRAP

PRINTX

105

COPNTX

175
176

177
178
179 016766

BGNMSG

180 016766

PRINTB #FMT10, SUBRP(

016766

016766
016772
016776

013746
0127646
012746

002352
011671
000002

ERR6

ERRG::

(ZDMRB MB203 STATIC DIAG M

GLOBAL ERROR REPORT

017002
181

017012

SECTION

104414

062706

000006

013746
012746
012746
012746
010600

002446
035574
011426
000003

062706

000010

012746

011436
000001

(17052
017054
017056

183 017062

000004

017062
017066
017072
017076
017102
017104
017106

013746
013746
012746
012746

017112
017116
017122
017126
017132

012746
012746
012746
012746

184 017112

017134
017136

185 017142

017142
017146
017152
017156
017162
017166
017172
017174
017176

186 017202

SEQ

16-18

PRINTB

PRINTR

MOV

SP,RO
(SPNTR
#6,SP

MOV
MOV
MOV
MOV
MOV

MP(SR,~-(SP)
#ADDRES
, = (SP)
NFMTT,-(SP)
#3,-(SP)

TRAP
ADD

#FMT1 ,#ADDRES ,MP(SR

TRAP
ADD

RFMT?2

106

SP,RO
(SPNTB

#10,SP

#FMT?2,~(SP)
#1,-{SP)

SP,R0
(SPNTB

PRINTB

#6,SP

#FMTMB,TMP1,
TMPQ

- (SP)
TMPO,
TMP1 ,-(SP)

000010

014311
014262
011522
000003
000010

#FMT8
. -(SP)
#3,-(SP)
SF,RO
CSPNTB
PRINTX

#10,SP

HFMTG ,ADHC , #DHY

#DH3,-(SP)

#DHZ2 ,-(SP)

#FMT4
, - (SP)

#3,-(SP)
TRAP

PRINTX

AFMTS,LURT0,LURYT,LURTZ,

UR13Z

002302
011535
000005
000014

017202
017206
017212
017216
017220
017222

014347
011664
000002

017226
017232
017236
017242
017246
017252

002320
002316
002314
002312
011565
000005

187 017226

17-0(CT=79 08:49:54 PAGE

010600

104414

182 017042

MACRO v03.01

000006

PRINTX

HEMTO
, ADHG

ADD

#10,5P

MOV
MOV
MOV
MOV
MOV
MOV
MOV

LUR13,-(SP)
LURT2,~(SP)
LURT1,~(SP)

SP,RO
CSPNTX

#14,SP

MOV

L
- (SP)
#DH

TRAP

#FMT6,LURTG,LURTS ,LURTE,LURYYZ

LUR1Q,=(SP)
NFMTS
- (SP)
#5,-(SP)

TRAP
ADD

MOV
MOV
PRINTX

SP,RO
CSPNTX

NFMTO
- (SP)
e ,-(SP)

SP,RO
(SPNTX

ADD

#6,SP

MOV
MOV
MOV
MOV
MOV
MOV

LUR17,~(SP)
LUR16,~(SP)
LUR1S,=(SP)

LUR14L ,=-(SP)
NFMTE,-/SP)

#5,~(SP)

(ZDMRB MB203 STATIC DIAG #1

GLOBAL ERROR REPORT

017256
017260
017262

010600

017266
017272
017276
017302
017306

012746
012746
012746
012746
010600

188 017266

017310
017312

189 017316

017316
017322
017326
017332
017336
017342
017346

017350
017352

190 017356

191

SECTION

017356
017362
017366
017372
017374
017376
017402
017402
0174606

017612
017416
017422
017426
017432
017434
017436

192 017442
017442

017442

104415
062706

013746
013746
013746
013746
012746
012746
010600
104415
062706

000014

014451
014417
011522
000003
000010

002330
002326
002324
002322
011535
000005
000014

012746
012746
012746
010600

014510
011664
000002

062706

000006

013746
013746

002340
002336

104415

013746
013746
012746
012746
010600
104415

062706

MACRO v03.01

D 9
1/-0(T-79 08:49:54 PAGE 16-19

PRINTX

#FMTG ,ADH7 ,#DHS

HFMTS AXO.15,AX0.16,AXx1.15,AX1,16

PRINTX

HFMTO ADHO

BFMTE AXC.15,AX2.16,AX3,15,AX3.1¢

002334
002332
011565
000005

000014

ENDMSG

L10007:

012746
010600
104414

062706

002446
035574
011426
000003
000010

BGNMSG

ERR7

PRINTB

W#FMT1,#ADDRES ,MP(SR

NFMT2

SP,RO
CSPNTX

#4,SP

#DH8,
- (SP)

#3,-(SP)

TRAP
ADD

#10,SP

MOV
MOV
MOV
MOV
MoV
MoV
MOV

AX1.16,<(SP)
AX1.15,-(SP)
AX0.16,-(SP)
AX0.15,-(SP)
N#FMTS ,-(SP)
#5,-(SP)
SP,RO

ADD

#14,SP

MOV
MOV
MOV
MOV

#DH9 ,~(SP)
NFMT9,
- (SP)
#2,-(SP)

TRAP
ADD

CSPNTX
#6,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,-(SP)
AX2.15,-(SP)

#DH7 ,-(SP)

HFMTL
- (SP)

SP,RO
CSPNTX

(SPNTX

SP,RO

NHFMTE,~(SP)
#5,-(SP)

SP,RO
(SPNTX

ADD

M4 ,SP

TRAP

CIMSG

MOV
MOV

MP(SR,~/SP)
#ADDRES ,~(SP)
#FMT1 ,-(SP)

ERRY::

MOV
MOV
PRINTH

107

MOV
MOV
MOV
MOV

TRAP

104473

013746
012746
012746

MOV
TRAP
ADD

TRAP

8 017444
017444
199 017444
017444
017450
017454
017460
017464
017466
017470
206 017474

SEQ

TRAP
ADD

#3,-(SP)
SP,RO

CSPNTB

#10,SP

(ZDMRB M8203 STATI( DIAG #1

GL OBAL ERROR REPORT

SECTION

017474
017500
017504
017506
017510
201 017514
017514
017520
017524
017530
017534
017536
017540

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

002400
014240
011620
000003

017544
017550
017554
017560
017564

012746
012746
012746
012746
010600

014311
014262
011522
000003

202 017544

017566
017570
203 017574
017574
017600
017604
017610
017614
017620
017624
017626
017630

204 017634

C17634
017640
017644
017650
017652
017654
205 017660
017660
017664
017670
017674
017700
017704

017710
017712
017714
206 017720
017720
017726
017730
01773%
017740
017742
017744
207 017750

104415
062706

MACRO v03.01

E 9
17-0CT-79 08:49:54 PAGE 16-20

SEQ

- (SP)
#FMT?2

011436
000001
000004

000010

013746
013746
013746
013746
012746
012746
010600
104415
062706

002310
002306
002304
002302
011535
000005

012746
012746
012746
010600
104415
062706

014347
011664
000002

013746
013746
013746
013746
012746
012746
010600
104415
062706

002320
002316
002314
002312
011565
000005

012746
012746
012746
0127646
010600
104415
062706

014451
014417
011522
000003

000014

000006

N1, -(SP)

SP,RO

(SPNTB

PRINTR

» ,SP

RFMT7 ,4DH1 ,RE GNUM

,
- (SP)
REGNUM
#DH1, - (SP)

NEMT?
= (SP)
#3.-(5P)

SP RO
(SPNTB

PRINTX

#10,SP

RFMT
BDHP 4L
,#DHS

#DH3,
-~ (SP)
#DH2,
- (SP)

- (SP)
#FM,TSL

#3,-(SP)

SP.RO
CSPNTX

PRINTX

#10,SP

#FMTS,LURTO,LURY1,LURT2,LURTS

LUR13,-(SP)
LUR1Z2,~(SP)
LURT1,-(SP)
LUR10,-(SP)

HEMTS
- (SP)
#5,-(SP)

SP,RO
CSPNTX

PRINTX

#4,SP

NFMTO ADHG

#FMT6,LURYG,LURTS,LURTE,LURTY

TRAP
ADD

MOV
MOV
MOV
MOV
MOV
MOV
MOV

TRAP

(000014

000010

108

PRINTX

#FMT4

ADKH7 ,#DHS

NFMTS AX0.15,AX0.16,AXT,15,ax1.7¢

CSPNTX
#6,SP

LURY7 ,-(SP)
LUR16,-(SP)

LUR1S,=(SP)
LUR14,=(SP)
HEMTE
, - (SP)

#5,-(SP)

SP,RO

(SPNTX

ADD

#14,SP

MOV
MOV

- (SP)
,HB
#D
,-(SP)
#OH7

MOV
MOV
MOV

PRINTX

(SP)
HL
#DNFMTO
, - (SP)
#2,-(SP)
SP.,RO

TRAP
ADD

#FMT4L
- (SP)
#3,-(SP)

SP,RO
(IPNTX

£10,5P

MACRO v03.01

F
17-0CT=79 08:49:54 PAGE

9
16-21

SEQ

109

017750
017756
017760
017764

013746
013746
013746
013746

002330
002326
002324
002322

MGV
MOV
MOV
MOV

AX1.16,~(SP)
AX1.15,-(SP)
AXQ.16,-(SP)
AX0.15,=(SP)

017774
020000
020002
020004
208 020010
020010
020014
020020
020024
020026
020030
209 020034
020034
020040
020044
020050
020054
020060

012746
010600
104415
062706

000005

0}
MOV
TRAP
ADD

#5,-(S°)
SP,RO
CSPNTX
n4,SP

MOV
MOV
MOV
MCV
TRAP
ADD

#DHI
, = (SP)
NFMTO,-(SP)
n2,-(SP)
SP,RO
CSPNTX
#6,SP

MOV
MOV
MOV
MOV
MOV
MOV
MOV
TRAP
ADD

AX3.16,-(SP)
AX3.15,-(SP)
AX2.16,-(SP)
AX2.15,=(SP)
NFMTE,-(SP)
#5,-(SP)
SP,RO
(SPNTX
814 ,SP

TRAP

CMSG

017770

020064
020066
020070
21C 020074
020074
>11 020074

012746

011535

000014

012746
012746
012746
010600
104415
062706

014570
011664
000002

013746
013746
013746
013746
012746
012746
010600
104415
062706

002340
002336
002334
002332
011565
000005

000006

000014

MOV

PRINTX

#FMTO, &4DHS

PRINTX

#FMT6,AX2.15,AX2.16,AX3.15
AX3,.6

ENDMSG

£10010:

104423

#FMTS
, - (SP)

212

213

214
215
216 020076
020076

217 020C76

020076

020102
020106
020112
020114
020116
218 020122
020122
020126
0207132
020136
020142
020144
020146
219 020152
020152
020156
020162
020164
020166

013746

012746
012746
010600
104414
062706

002352

BGNMSG

ERRS8

PRINTR

#FMT10,SUBRP(

011671
000002

000006

013746
012746
012746
012746
010600
1044174
062706

002446
035574
011426
000003

012746
012746
01060
104414
06270€¢

011436
000001

000010

000004

PRINTR

#FMT1 #ADDRES ,MP-SR

PRINTR

#FMT2

ERRS::

MOV

SUBRP(C ,~(SP)

MOV
MOV
MOV
TRAP
ADD

#FMTI0,-(SP)
#2,-(SP)
SP,RO
CSPNTB
#6,SP

MOV
MOV
MOV
MOV
MOV
TRAP
ADD

MP(CSKR,-(SP)
#ADDRES
, - (SP)
#FMT1
- (SP)
#3,-(SP)
SP,RO
(SPNTB
#10,SP

MOV
MOV
MOV
TRAP
ADD

NEMT2
- (SP)
#1,-(SP)
SP,RO
(SPNTR
6 ,SP

—

( JDMRB M8203 STATIC DIAG #1
OL OBAL ERROR REPORT SECTION

5L OBAL ERROR REPOR

—

IDMRB MB203 STAT]

o)) G .
St CTION

220 020172
020172

020176
020202
020206
020212
020214
020216
221 020222
020222
020226
020232
020236
0202642
020244
020246
222 020252
020252
020256
020262
020266
020272
020274
020276
223 020302
020302
020306
020312

002400
014240
011620
000003
000010
002406
002404
011460
000003
000010

01274¢
012746
012746
012746
010600

014311
014262
011522
000003

062706

000010

013746
013746
013746
013746
012746
012746
010600

062310
002306
002304
002302
011535

10441€

104415

224

225

226

17=-0(T=-79 08:49:54 PAGE
PRINTB

16-22

#FMT7 ,8DH" ,RE GNUM

00C014

012746
012746
012746
010600

014347

062706

000006

013746
013746
0137406
013746

002320
002316
002314
002312
011565
000005

PRIN'R

RINTX

#FMT3,GO0DAT ,BADDAT

REM
, BDH2
TS
,ADHT

TRAP
ADD

MOV
MOV
MOY
MOV
MOV

PRINTX

HFMTS,LURTO,LURTT,LURT2,LURT3

TRAP
ADD

110

,
- (SP)
REGNUM
#DH1 =(SP)
NFMT7,-(SP)

#3.-(SP)

SP,RO
C$PNTR

#10,SP

(SP)
, -AT
BADD
, - (SP)
GOODAT
#FMT3,-(SP)
#3,-(SP)

SP,RO
(SPNTB

#10,SP

#DHS,=(SP)

(SP)
= 2,
#DH

NFMTL,
= (SP)
#3,~(SP)

SP,RO
CSPNTX

#10,5P

LUR13,-(SP)
LURTZ2,=(SP:
LURTT,-(SP)

LUR10,~(SP)
#FMTS ,-(SP)
#5,-(SP)

SP RO
CSPNTX

#14,SP
PRINTX

NFMTGQ ADHY4

000002

014451
014417
011522
000003

MOV

MOV
MOV
MOV
MOV
MOV

011664

000014

StQ

MOV
MOV
MOV

000005

062706

104415

MACRO v03.01

= (SP)
NDHL
- (SP)
NEMTO
n2,-(SP)

SP,RO
CSPNTX

PRINTX

AFMTE,LURTG,LURIS ,LURTE,LURT?

#6,SP

LURY?7,=(SP)

LUR16,=(SP)

LUR1S,~(SP)
LUR1SG ,-(SP)

HFEMTE,-(SP)

#5,-(SP)

SP,RO
(SPNTX

PRINTX

NEM
4D TL
7 ,#DHE

#14,SP

#DrH8,-(SP)
#DH7 ,=-(SP)

#FMTS ,~-(SP)

#3,-(SP,

SP,RO

——

JDMRB M8203 STATIC Clag m

"3 OBAL

ERROR REPORT

020450
020452
227 020456
020456

SECTION

1064415

062706

00001C

013746
013746
013746
013746
012746
012746
010600

002330
002326
002324
002322
011535
000005

062706

000014

012746
012746
012746
010600

014510
011664
000002

104415

2¢8

104415

229

230

000006

01374¢
013746
013746
013746
012746
012746
010600

002340
002336
002334
002332
011565
000005

062706

000014

013746
012746
012746
012746
010600

002446
035574
011426
000003

062706

00001¢C

012746
012746
010600

011436
000001

104414

239

17=0(T=79 08:49:54 PAGE

16=23

062706

000004

013746

002400
0146240
011620

012746
012746

($PNTX

PRINTX

#10,sP

#FMTS AX0,.15,AX0.16,AX1,15,AX
.16
1

AX1.16,-(5P)

AX1.15,-(SP)
AXQ.16,-(SP)
AX0.15,-15P)

NFMTS ,=-(SP)
#5,-(SP)

CSPNTX

PRINTX

M4 5P

NFMTG, ADHI

(SP)
#DH-9,
(SP)
AFM-TG
82,-(SP)

PRINTX

TRAP
ADD

NFMTE AX2.15,AX2.16,AXAx3.
3,15
16

MOV

ENDMSG

L10011:

BGNMSG

ERRY

PRINTS

#FMT" ,#ADDR
S ,MP(SR
E

PRINTR

NFMI2

&FMT7 ,8DKH1 ,REGNUM

AX3.16,-(SP)
AX3.15, -(SP)
AX2.16,-(SP)
AX2.15,-(SP)

#5,-(SP)
SF,RO

ADD

»4,SP

TRAP

($MSG

MOV
MOV
MOV
MOV
MOV

MP(SR,-(SP)

NFMTE,
- (SP)

CSFNTX

ERRQ:
:

TRAP
ADD

#ADDRES ,-(SP)

#FMTT,~(SP)
23,-(SP)
SP,RO
(SPNTB
#10,SP

MOV
MOV
MOV

#EMT? -(SP)
#,-(SP)

ADD

8 ,SP

MOV

REGNUM,
= (SP)

MOv

osmrh
< (<p,

TRAP

PRINTR

SP,R0
COIPNTX
»6,SP

MOV
MOV
MOV
MOV
MOV

TRAP

104423

104414

238

/03.01

SP,RO

062706

104415

MA(RO

SP,RO
(SPNTB

#OH1

= (SP)

(IDMRB M8203 STATIC DIAG M

GLOBA.

ERROR REPORT

020670
020674
020676
020700
240 020704
020704
020710
020714
020720
020724
020726
020730
26 020734
020734
020749
020744
020750
020754
020760
020764

01¢ 740
010600

000003

062706

00001C

012746
012746

014311
0146262
011522
000003

104414

012746

012746
010600
104415

000010

013746
013746
013746
013746
012746
012746
010600

00231C
002306
002304
002302
011535

020770

062706

000014

020774
021000
021004
021010
021012

012746
012746
012746
010600

014347
011664
000002

062706

000006

013746
013746
013746
013746
012746
012746
010600

002320
002316
002314
002312
011565
000005

021054

062706

000014

021060

104423

262 020774

021014

243 021020
021020
021024
021030
021034
021040
021044
021050
021052

244 021060
021060

104415

17-0(T=79 08:49:54 PAGE

16-2¢4

SEQ

PRINTX

RFMT4 ,B8DH? ,BDH3

112

MOV
MOV

#3,-(SP)

ADD

#10,5P

TRAP

062706

020766

24S
246
247
248
249

SECTION

MACRC v03.01

SP,RO

(SPNTB

#DH3,~(SP)

#DH2
= (SP)
(SP)
, -T4
#FM

#3,-(SP)

SP,RO
(SPNTX

PRINTX

#10,SP

MFMTS LURTO,LURTT,LURTZ,
LURTS

LURT3,=-(SP)

LUR1Z2,-(SP)

LURTT,=(SP)
LUR1Q,=(SP)
#FMTS ,-(SP)
#5,-(SP)
SP,RO

000005

(SPNTX

PRINTX

ENDMSG

#14,5P

HFMTO_2DHG

TRAP
ADD

#FMTE,LURTG,LURTIS,LURTE,LURTZ

MOV
MOV
MOv
MOV
MOV
MOV
MOV

L10012:

N#DH4 ,~(SP)
#EMTO,
- (SP)
#2,-(SP)
SP.RO
CSPNTX
#6,5P
LURY7,-(SP)
LUR16,
- (SP)

LURTS,=(SP)
LUR14,-(SP)

NFMT6,-(SP)
#5,-(SP;

SP,RG
X
CSPNT

TRAP
ADD

#4,SP

TRAP

(IMSG

(IDMRB MB203 STAT| % DIAG #1
(ODING SECY

Ny
NN

e
—

=D
d o
2

—=0O

VO~NO
WS wWn =

REPORT

MACRO v03.01

17=0CT=79 08:49:54 PAGE

LSBTTL

)

SEQ

113

REPORT (ODING SECTION

L1111 177 7777707077777 77777070777777077777777777707077777077777000707077:7707477

s/ THE REPORT (ODING SECTION CONTAINS THE
:/ "PRINTS'' CALLS

SIIIIIIIIIIIIII LTI

021062
021062

BGNRPT

021062

ENDRPT

021062
021062

104425

THAT GENERATE

STATISTICAL REPORTS.

0 0007007007707 0000070007770770007000000700770070777010777

LORPT::

110013:

TRAP

CORPTY

CZDMRB MB203 STATIC DIAG #7

LOAD DEVICE

PROTECTION TARLE

—

SEQ

114

LOAD DEVICE PROTECTION TABLE

~ ~

d e
i
e
b i

SSEFERE

I11NIIII1 L8077 777770777777 0777777777770777770077707707077770/707/7777777777
;/ THIS TABLE IDENTIFIES THE LOAD DEVICE TO THE SUPERVISOR, SO THAT [T (AN BE
s/ PROTECTED FROM TESTING, IF DESIRED.
SI0III112 7777777770077 700770777708707777777727077707077770007782077/77700777777777457
[¥1,¥1
.V, ¥], V], V)

OO NN
200

17-0(T=?9 08:49:54 PAGE "8

.SBTTL

[e]leo]ololole]

e
e
d o
o

NOWVNESBWN

—t e

MACRO Vv03.01

BGNPROT

17727277
1772777
1772777

.WORD
.WORD
.WORD

ENDPROT

-1
<1
-1

;DON'T (HK (SR APRS
;DON'T (HK MASSBUS UNIT NO.
;DON'T (HK DRIVE NO.

LSPROT:
:

SECTION

LSBTTL

2
3

SEQ

INITIALIZE SELTION

SI1I1IL1177777777777777777777777077777/7777/77/777777777/77777777/7777777
;/ THE INITIALIZE SECTION CONTAINS THE CODING THAT S PERFORMED
s/ AT THE BEGINNING OF THE TEST SEQUENCE ON THE NEXT UNIT.

S
6

LSS0
7770777777777 777770077070 77777707777777077777777/7777+7

8 021072

BGNINIT

5 021072

LSINIT::

10 021072

010637

002346

MOV

SP,PSTA(CK

. SAVE BASE~-LEVEL STA(CK POINTER

12 021102

005037

002426

CLR

DISILO

;CLEAR CURRENT

17 021126
18 021130
19 021136

001007
013737
013737

000004
000006

002414
002416

BNE
MOV
MOV

63
a#é , SAVES
a6, SAVES

002414
002416
000001

000004
000006
002412

11 021076

13
146
15
16

20
21
22
23

021106
021112
021116
021122

021144
021146
021154
021162

P
25 021170
021170
021174

26 021176
021176
27
28 021200
021200
0212046
29 021206
021206
30
_
31 021210
021210
021214
32 021216
021216¢
33
34 021220
021220
021224
35 021226
021226
36 021230
37 021232
38 021232
39
40 021236
41
&2
43
46

115

021242
021242
021250
021254

005037

005037
005037
005037
005737

000406
013737
013737
012737
012700
104447

002352

CLR

002430
002420
002432
002412

CLR
CLR
CLR
TST

;SEE
000037

9%
SAVES ,a#4
SAVEG,a#6
#1,FRSTIM

]F PROGRAM JUST STARTED, BR
READEF
WEF.START

JSEE

000035

000036

005037

002444

005037

002434

012737
005237
012737

177777
002444
000001

STARST:

002436

;MARK FLAG FOR NEXT TIME THROUGH
IF

YES

STARST

NEWST

GE TPRM

CLR
STARES
;CLEAR DEVICE MAP
CLR
DE VMAP

002344

JRESTORE ERROR TRAP VECTOR

STARST

ENDIT

NEWST:

MOV
INC
MOV

#-1,LO0GDEV
STARES
#3170 ,DEVPTR

DISSI

:BR IF NOT
:SAVE ERROR TRAP VECTOR

IF PROGRAM WAS JUST (ONTINUED
READEF
#EF .CONTINUE
BCOMPLETE

103504
000414

STATE OF

;CLEAR USYRT (CHIP TYPE INDICATOR
;CLEAR ERROR FLAG
;CLEAR CHAR LENGTH FROM SETUP
;SEE IF FIRST TIME THROUGH AFTER LOAD

THIS IS A NEW PASS, BR [F
READEF
#EF .NEW

BCOMPLETE
;SEE

;CLEAR SUBR (CALL PC

IF PROGRAM JUST RESTARTED, BR If
READEF
#EF .RESTART
BCOMPLETE

103411
012700
104447

;SEE

CHPTYP
ERROR1
SAVLEN
FRSTIM

BCOMPLETE

103411

012700
104447

9%:

000040

103415

012700
104447

B8R
MOV
MOV
MOV

6%:

SUBRP(

YES

MOV
TRAP

#EF .START
RO
CSREFG

B(S

STARST

MOV
TRAP

#EF .RESTART,RQO
(SREFG

BCS

STARST

MOV
TRAP

#EF _NEW,RO
(SREFG

BCS

NEWST

MOV
TRAP

#EF .CONTINUE
,RO
CSREFG

BCS

ENDIT

;CLEAR FLAG TO SHOW JUST HAD STA OR RES

JRESET LOGICAL DFVICE TQO =1
. INCR NO. OF PASSES SINCE STA OR RES
JINIT DEVICE MAP BIT POINTER

9
L
17-0{T-79 08:49:54 PAGE "9

—

INITIALIZE

MACRO v03.01

(2ZDMRB M8203 STATIC DIAG #

(ZDMRB M8203 STATIC DIAG #°
INITIALIZE SECTION

65
)
4«7 021262
4«8 021262
49 021266

50 021274
51 021276

021276
021302
021304
021306

021306
02131C

021314
021316

021324
021330
021334
021340
021344
021350
021356
021362

005237
023737
002362

002344
002344

013700

002344

104442

103403

006337
000762
053737
006337
062701
011137
011137
005237
013737
005237
011137
062737
012137
062737
011137
012137
062737
012137
062701

104411

17-0CT=79 08:49:54 PAGE

GETPRM:
002012

INC
{MP
BGE

GPHARD

LOGDEV
LOGDEV ,LSUNIT
NEWST
LOGDEV,R1

SEQ

116

TEST

; INCREMENT LOGICAL DEVICE NUMBER
;SEE JF MAXIMUM UNIT NO. EXCEEDED
;BR IF YES
;GET P-TABLE POINTER INTO R1

MOV

LOGDEV,RO

MOV

RO,R1

BCS

108

TRAP

BCOMPLETE

002436
002436
002436
000002
002446
002450
002450
002450
002452
002454
000004
002456
000006
002460
002462
000004
002464
000014
002476

19-1

GET UNIBUS ADDRESS, VECTOR, PRIORITY LEVEL, SWITCH PA(CKS,
CONNECTOR INFORMATION FOR THIS LOGICAL DEVICE

010001

011137

021440

MACRO v03.01

ASL

002434

10%:

002452

002456
0024672

DEVICE AVAILABLE

;SHIFT DEVICE POINTER

GE TPRM
DEVPTR,DEVMAP
DEVPTR
#2,R1
(R1) ,MP(SR
(R1) ,BSEL1
BSEL1
BSEL1,BSELZ2

MOV
ADD
MOV
ADD
MOV
MOV
ADD
MOV

(R1) ,SEL4
#6,SELS
(R1)+,SEL6
#6,SELG
(R1) ,MP]VEC
(R1)+ MPOVEC
#4 ,MPOVE
C
(R1)+ ,MPRIOR

:STORE POINTER TO SEL6
;GET MICROPROCESSOR INPUT

(R1) ,RUNINH

JGET STATE OF MICROPROCESSOR RUN SWITCH

ADD

ENDIT:

DEVPIR

;BR IF

BR
BIS
ASL
ADD
MoV
Mov
INC
MOV

INC

002454

10%

MOV
ENDINIT

BSELZ2

#1464 R

($GPHRD

JSKIP THIS DEVICE

;SET BIT FOR THIS DEVICE
SJSHIFT BIT POINTER
s INCREMENT R1 PAST MICROPROCESSOR TYPE
;STORE POINTER

TO MICROPROCESSOR (SR'S

JGET POINTER TO BSEL1

(MAINTENANCE REGISTER)

JGET POINTER TO BSELZ

;GET POINTER TO SEL4

INTRPT VECTOR

;GET MICROPROCESSOR OUTPUT INTRPT VE(CTOR
;GET MICROPROCESSOR DEVICE PRIORITY

JPOINT R

TO RUN SWITCH INDICATOR

.10015:

TRAP

(SINIT

(ZDMRB MB203 STATIC DIAG M

end
el o
el
nd
—d
e

OO0

OSSNy
=

AUTO DROP UNIT

SECTION

MArRO v03.01

17-0CT=79 08:49:54 PAGE 20

.SBTTL

AUTO DROP UNIT

SE@

117

SECTION

SIIIIILIIT17777077777777777777777777777777777777777707770777/777/777077/777/7777777+
;/ THE AUTO DROP CODING DETERMINES WHETHER OR NOT THE DEVICE WHOSE P-TABLE

s/ WAS JUST OBTAINED [S READY FOR TESTING, AND [T IS DROPPED [F NOT READY.
IIIIIETLLIT TIPS
BGNAUTO

021442

021442
021442
021446
021450
021456
0214664
021470

021472
021476
021476
021502

17 021504
18 021512
19 021520

021520
021520

L $AUTO::

JESTABLISH CPU PRIORITY = 7
012700

000340

012737
012737
005777

021472
000340

062706

000004

013700

002344

013737
013737

002414
002416

104441

000405

104451

10446°

160756

SETPR]

000004
000006

MOV
MOV
TST

#PRIQ7

MOV

n6S , a6
#PRIO7,aN6

TRAP

#PR107 ,RO
($SPR]

:SET UP NON=EX]ISTENT MFMORY ERROR TRAP VECTOR

aMPCSR

;ADDRESS SELO

#6 ,SP
LOGDEV

JCLEAN UP THE STA(CK PQOINTER
JDROP THIS UNIT FROM TESTING

B8R
9%
;TAKE THIS BR [F DEVICE RESPONDS
JCOME HERE If DEVICE CSR IS NON-EXISTENT

6%:

ADD
DODUJ

MOV

LOGDEV,RO

TRAP

($AUTO

TRAP

000004
000006

9% :

MOV
MOV

ENDAUTO

SAVES ,

SAVEG, a#b

;RESTORE

ERROR TRAP VE(CTOR

L10016:

($DODU

[

(6 RV RVTN

—

=SSO0

W~NO
VNS NN =

CODING SECTION

MACRO v03.01

17=-0(CT=79 08:49:54 PAGE 21

.SBTTL

SEQ

118

-t

M8203 STAT] g DIAG M

CLEANUP CODING SECTION

I 11777777777777777770777777077077777777777777/7777/777/7777777/7777/7
;/ THE CLEANUP (ODING SECTION (ONTAINS THE (CODING THAT [S PERFORMED
s/ AT THE END OF THE TEST SEQUENCE ON A PARTICULAR UNIT,
1111117777777 77777777707777777777777777777777777777/77777/77/777777

021522
021522

BGNCLN

021522
021522
021522

ENDCLN
104412

LSCLEAN::

L10017:

TRAP

(SCLEAN

DROP UNIT SECTION

SEQ

119

—

¢ 10
MACRO v03.01 17=-0(T-79 (08:49:54 PAGE 22

(ZDMRB MB203 STATIC DIAG M
;

.SBTTL

3
4
5

IIILLTIII1 77N
:/ THE DROP=UNIT SECTION CONTAINS THE CODING THAT CAUSES A DEVICE
:/ TO NO LONGER BE TESTED.

/1117717777777 77777777777777777¢77777777077777777777777777777/7777777

8 02152¢

B8GNDU

021524

9
10 021524

021524

104433

021532
021536
021542
021544
021546

013746
012746
012746
010600
104417
062706

021552
” 021552

104453

15 021554
021557
021562
021565
021570
021573
021576
021601
021604

045
101
1M1
045
045
104
120
104
000

1
12 021526
021526

13 021552

20
21

DROP UNIT SECTION

:TSSUE UNIBUS RESET
BRESET

L$DU::

:PRINT "UNIT XX DROPPED'’
FRINTF
#FMT27,LO0GDEV

002344
021554
000002
000006

116
125
124
104
101
122
120
045

TO CLEAN wP

ENDDU

045
116
040
062
040
117
105
116

FMT27:

.EVEN

_ASCIZ

L10020:
/INXAUN]T

ID2XA DROPPEDIN/

TRAP

CSRESET

MOV
MOV
MOV
MOV
TRAP
ADD

LOGDEV,=(5P)
NFMT27,-(SP)
n2,-(SP)
SP,RO
CSPNTF
#6,SP

TRAP

($DU

ADD UNIT

SECTION

MACRO v03.01

D10

17-0(T=79 08:49:54 PAGE ¢3

.SBTTL

/1111177777770 77770777777777777777770777777777777777777777777777777777

6
g

ADD UNIT SECTION

THE ADD=UNIT SECTION CONTAINS
TO BE

(A)

BGNAU

10 021606

ENDAU

SRV ]

021606

(4 RV

TESTED FOR

THE

THE (ODING THAT CAUSES A DEVICE

FIRST

TIME,

(B)

RESUMED

TESTING.

;/ "EF.AUNIT'' IS SET, THE UNIT WILL BE TESTED AS A NEW UNIT,
IV
1777777777777 7077777777777 777/7777777777777/77/777777/7

9 021606

b md
b

120

;
4

—d
o
e

SEQ

021606
021606

104452

—e

(ZDMRB MB203 STATIC DIAG #1

LSAU::
L10021:

TRAP

( $AU

TESTS

il f

D O

HARDWARE

121

TESTS

TEST

SEQ

RRRRRRRdRRRR2

- MICROPROCESSOR (SR ADDRESSING

TEST

(SELD)

. %

i+ THIS TEST ADDRESSES THE FIRST MICROPROCESSOR CSR (SELO), TO MAKE SURE
;*

THAT

A NON-EXISTENT MEMORY

;* ATTEMPTING

—d
ek
) =D

TSBTTL

TO ADDRESS

TIME-OUT

TRAP DOES NOT

THE MICROPROCESSOR.

OCCUR WwHILt

CCRARAARRNANRTARRNRRAAAANANRAAANAANANAANANNARNAAINNRIRARTRAANCAIAANAANRAANAAANNRAARANNANNARANNDS

BGNTST

JESTAR_LISH CPU PRIORITY

—

E 10
17-0(T=79 08:49:54 PAGE 24

.SBTTL

WY+

HARDWARE

MACRO v03.01

—

(ZDMRB MB203 STATIC DIAG M

012700

000340

012737
012737
005777
000406

021640
000340

062706

000004

104441

104455
000001
012101
014554
013737
013737

160610

002414
002416

SETPR]

000004
000006

#PR]ID?7

MOV
MOV

n6S , NG
#PR]I07
, a6

TST

aMP(SR

;COME HERE IF
6%:
ADD

9% :
ENDTST

MOV
MOV

SAVES , N4
SAVEG, a#6

#PRI07,RO

TRAP

CSERDF

TRAP
($SPRI
JSET UP NON-EXISTENT MEMORY ERROR TRAP VECTOR
;ADDRESS

;TAKE

SELO

THIS BR

DEVICE RESPONDS

DEVICE (SR 1S NON-EXISTENT
4 ,SF
,CLEAN UP THE STACK POINTER
TIME-QUT
ADDRESS
(SR
JREPORT
1,EM1 ERR1
ERRDF

000004
000006

MOV

;RESTORE ERROR

TRAP VE(TOR

L10022:

104401

.WORD
.WORD
.WORD

1
EMI
ERRI

TRAP

CSE1ST

;;ttt'ttttttt.tt'tttttttttttttttttitttififi'tttttfi!'ttttttttttt"tttt.tt'tt'.t't't

.SBRTTL

TEST 2 -~ INBUS/OUTBUS REG 14 INITIALIZATION TEST

i+ MASTER CLEAR (MCLR) IS SET IN THE MICROPROCESSOR, IBUS REG 14 IS READ
:* AND (OMPARED TO 200.
AR AR N

021672
021672

021672
021700
021704
021710
021716
021720
021724
021732

BGNTST
012737
004737
004737
123737
001416
005037
113737

013737

000014

003576
003644
002364
002404
003026
002364

002400

003026

002404
002406

R AR RN AN ARANNRNANRRARRA AN AR NN INRRRANANRANANAARARARNREAAARRAANNNNARAANATAANEARN
AN

MOV

JSR
JSR
(MPS
BEQ
CLR

MOVB
MOV

#14 ,REGNUM
PC,MSTCLR
PC,READLU
REDBYT ,PATM+4

T2::
JSET LU REG NO. - 14
;ISSUE MASTER CLEAR
JREAD REG 14
JCHK FOR INITIALIZED STATE

PATM+4 GOODAT
REDBYT ,BADDAT

;SET EXPECTED DATA
,SET ACTUAL REG CONTENTS

63
GOODAT

:BR IF YES
JSET EXPECTED REG CONTENTS - 000

48 021740
49
50 021744

021744
021746
021750
021752
S1 021754

DIAG M

004737

JGET REGS FOR PRINTOUT
(LEAR
MASTER
BY
JREPORT REG NOT CLEARED
DF
ERR
2.EM2 ERR?
JSR

003770

104455
000002

014606

021754

122

PC,GETREG

TRAP

012135

6%:

ENDTST

52 021754

021754

SEQ

L10023:

104401

(SERDF
2

.WORD
.WORD
.WORD

EM2

TRAP

CSETST

ERRZ

'"lQt'tt-.t"tfifittlt.ltt.fit"t"t"ttt'tt"ttQt".l..""'..Q'...'Q..'.".".'..

TSBRTTL

TEST

3 -

INBUS/OUTBUS REG 14 READ/WRITE BIT

TEST

E' WRITE, READ, AND COMPARE ALL WORDS OF DATA PATTERN A INTO REG 14,

o aEggIE(AT A TIME. NON-R/W BITS ARE MASKED OFF TO O BEFORE WRITING AND
Jn

NG.

DATA PATTERN A -

125,252 000,377.,001,002, 0064 010,020,040,100,200,
376,

67 021756
021756
68 021756
69 021762

70 021770
71 021774
72 021774

73
74
75
76
77
78
79

021774

021776
022002
022010
022014
022020
022026
022034

80 022036
81 022044
82 022052

004737
012737
012701
104404

003576
000C14
002571

002366
002560

002400
3%:

002366

002364

002366

002366
002364
003770

002404
002406

JSR

PC ,MSTCLR

MOV

#PATA
R

MOV

22R2R

2R R2aRRRRRRRaR2RRRRRRRR
Rl R 2

414 ,REGNUM

;ISSUE MASTER CLEAR

T3::

JSET LU REG NO. - 14
;GET POINTER TO DATA PAT IN R1

BONSEG
MOVB

(R1) ,WRIBYT

JGET A BYTE OF PAT A
JMASK OFF NON-REAC/WRITE BITS

TRAP

R14NRW, WRIBYT
BI(B
JSR
PC,WRITLU
JWRITE DATA BYTE INTO REG 14
JSR
PC ,READLU
;READ DATA BYTE FROM REG 14
R14NRW,REDBYT
BICB
JMASK OFF NON-READ/WRITE BITS
REDBYT ,WRIBYT
(MPB
:COMPARE BYTE READ TO BYTE WRITTEN
63
BEQ
JBR IF BYTES MATCH
WRIBYT, GOODAT
MOV
JSET EXPECTED REG CONTENTS
MOV
REDBYT ,BADDAT
JSET ACTUAL REG (ONTENTS
JSR
PC,GETREG
JGET REGS FOR PRINTOUT
;REPORT LINE UNIT REG M]ISCOMPARE
ERRDF
3.EM3,ERR?

TRAP

6%:

90 022100

375.3 73,367,357.387,277,177.

2R3

BONTST

84 022056

89 022076

23022202R2R22

002615

ENDSEG

INC

8LO

(MP

ENDTST

“0000%:
R1,#PATR

s INCREMENT DATA PATTERN POINTER

($BSEG

CSERDF
3

.WORD
.WORD
.WORD

EM3

TRAP

(SESEG

JSEE IF ALL WORDS OF PATTERN A USED YET
JBR [F NOT DONE YET

ERR?

-4

F 10
MACRO v03.01 17-0CT=79 08:49:54 PAGE 24-1
TEST 2 = INBUS/OUTBUS REG "4 INITIALIZATION TEST

« /DMRB MB8203 STATI(

MACRO v03.01

17=~0CT=79 (08:49:54 PAGE 24-~2

SEQ

TEST 3 = [NBUS/OUTBUS REG 14 READ/WRITE BIT TEST

022100
o 022100

L 10026:

104401

TRAP

123

(SETST

74
95

'-:t.tt.ttttl'fi..'.fitttlttt"tt..ttfi.‘!ltt"ttttl.tt'."....'...'..t't".."."'.

97
98

JSBTTL
;v WRITE

;* 70 200.

100

161

TEST 4 - REG 14 MASTER (LEAR TEST
377 INTO REG 14, ISSUE MASTER CLEAR, READ REG 14 AND (COMPARE

’-;.ttt"ttt'tt.t'ttttt..tttttt.ttt'ttttt'tttt..tt."'.l.".QQ'Q.Q'.Q.'QQ.t.'.'00

022102

BGNTST

102 022102

004737

003576

104 022114

112737

000377

103 022106

105 022122

106 022126
107 022132

108 022136

0372737

004737

003722

123737

002364

004737
004737

109 022144

001416

111 022152
112 022160
113 022166

113737
013737
004737

110 022146

114

115 022172
Y022172
022174

022176
022200

116 022202

000014

005037

003576
003644
0024064

003026
002364
(003770

002400

(02366

012135
014606

“SET DATA BYTE = 377

PC.WRITLU
PC.MSTCLR
PC,READLU

REDBYT ,PATM+4

JSET LU REG NO.

SWRITE 377 INTO REG 14
SISSUE MASTER CLEAR
JREAD REG 14

;CHK FOR INIT'D STATE

:BR

MOVB
MOV
JSR

PATM+4 ,GOODAT
REDBYT ,BRADDAT
PC,GETREG

;SET EXPECTED DATA
JSET ACTUAL DATA
JOGET REGS FOR PRINTOUT

REG NOT

ERRDF

GOODAT

T4::

= 14

8EQ
CLR

104455
000002

#377,WRIBYT

JSR

CMPR

JREPORT

;PERFORM MASTER CLEAR

#14 ,REGNUM

JSR
JSR

002404
002406

PC.MSTCLR

MOV

MOVB

003026

IF REG GOV

CLEARED

(LEARED BY MASTER C(Cl EAR

2.EM2 ERR?

68
:

117 022202

022202
18 022202

JSR

ENDTST

L 10025:

104401

TRAP
.WORD
WORD

(SERDF
¢

.WORD

EM?
ERRZ

TRAP

($ETST

119
120

121

122

123

'-.-ttt'tttttnttttttttttt'tttttttttt.ttt.tttttfitttt'tttttttt"t'ttt't'ittfi't.t.tot

124
%Sg

.SBTTL
TEST S = REG 14 UNIBUS RESET (IN]T) TEST
o ?81550377 INTO REG 14, ISSUE UNIBUS RESET (INIT), READ REG 14 AND (OMPARE

127

:'".itttt"tttt.t..'ttl.tt.!t'tttlt't'ttfi.t.tttt..'t".Q'Q.t't.tt'tl!l'ttt.tt'.t.

128 022204

BGNTST

022204

129 022204

004737

003576

131 022216

112737

000377

130 022210

012737

132 0222264

004737

022230

104433

133

002230

134 022232
135 022240
136 022244

142777
012701
000240

000014

003722

000200
000024

002400

JSR

PC,MSTCLR

:PERFORM MASTER (LEAR

MOVR

#377,WRIBYT

“SET DATA BYTE = 377

MOV

002366

JSR

BRESET
160210

’Y:

BICB
MOV
NUP

#14 REGNUM
PC,wRITLU

#RLN,aBSELT
#20. .R1

SSET LU REG NO.
*WRITE

377

T5::

= 14

INTO REG

*ISSUE UNIBUS RESET
:CLEAR RUN BIT
SINIT LOOP COUNTER

(INIT)

TRAP

(SRESE?

—
|

CIDMRB MB203 STATIC DIAG M

6 10

MACRQ v(3.01

C(INIT)

TEST

1 37 022246
1

38
39

003644
000100
002364

1 40

141
142
143
144
145
146

002404
003026
002364
003770

022314

147
148 022320

PC,READLU
#TXEN REDBYT

REDBYT ,PATM+4

GOODAT

(R
MOvB

002404
002406

PATM+4
, GOODAT

MOV
:REPORT

JSR

REG NOT

ERRD*

SEQ

124

;DECR COUNTER

DEC
BNE
JSR
BICB
CMPS3
BEQ

002364
003026

022320
022322
022324
022326
022330
022330
022330
022330

H 10

17-0("=79 08:49:54 PAGE 24-3

REDBYT BACDAT
PC,GETREG

JBR TO STALL
JREAD REG 14

sCLEAR UNPREDICTABLE BIT
JCHK FOR INIT'D STATE
;BR [F REG GOT CLEARED
JSET EXPECTED DATA
;SET ACTUAL DATA

,GET REGS FOR PRINTOUT

CLEARED BY UNIBUS RESET
4 ,EM
L ERR?
4

(INIT)

TRAP
. WORD

CSERDF
4

.wWORD

EM4

TRAP

(St TST

. WORD

6%
ENDTST

L10026:

ERR?

;;t.l"ttt""fi't.t't....'t'..Qt.'.Qtt.tt..ttt...!fifi.."'Q.'."tl"".t"'.'i'tt

TEST

.SBTTL

6 = LINE

UNIT

FALSE

SELECTION

TEST

‘e FIRST, A MASTER CLEAR IS PERFORMED.
;%
.+
J*
;*
;*

THEN,

THE

PROGRAM SINGLE~STEPS

THE

MICROPROCESSOR THROUGH AN INSTRUCTION WHICH LOADS 041 (OCT) INTO THE MAR
REGISTER (0BUS* ADRS 14). THEN, THE LINE UNIT REGISTER 14 IS READ AND (HE(KED
TO BE UNAFFECTED (STILL - 0). THIS TEST IS INTENDEC TO DETECT A FALSF
SELECTION OF THE LINE UNIT REGISTERS, WHEN THE LINE UNIT [S NOT BEING
ACCESSED.

';ttt't'i.'t*‘fitt"t.'tfit"fitQit.Qlt..Qfi.t.t'Q'.'Q‘t'fi."".ttt‘t't'i't'.'t.tttt

022332
022332

022332
022336
022344
022350
022354
022360
022364

022372
022376

022400
022404
022412
022414
022420
022426

022434

022440
022440
022442

BGNTST
00473/
012737
013701
052701
052701
010137

112777

004737

000000
004737
123737
001416
005037
113737

013737
004737
106455

000003

003576
000014
002400
000100

JSR
MOV
MOV
BIS
BIS
MOV

062400

121000

022376
000041
003540
003644
002364

002404
003026
002364
003770

160062

MOvB

002404
002406

REGNUM
R1
#100,R3
#MV]XOX,R1

R1,2%
#041,a8SELG
gC.STPCLK

JSR
.WORD
PC ,READLU
JSR
(MPR
REDBYT ,PATM+4
43
BEQ
CLR
GOODAT
, GOODAT
PATM+4
MOVB
REDBYT ,BADDAT
MOV
PC,GETREG
JSR
JREPORT REGISTER M]SCOMPARE

2%:
003026

PC,MSTCLR
#14 ,REGNUM

ERRDF

3.EM3,ERR?

;ISSUE A MASTER (LEAR

16::

JSET LU REG NO. = 14
JSET DESTINATION - 0BUS* REL 14
.SET SOURCE = BSEL4
JSET REST OF MOVE INSTRUCTION
JSET INSTRUCTION AS SUBROUTINE ARGUMENT
;SET DATA BYTE = 041
JEXECUTE MOVE INSTRUCTION
JINSTRUCTION GOES HERE
;READ LU REG

JCHECK FOR LU REG 74 UNUHANGED
JBR IF LU REG 16 UNCHANGED
JSET EXPECTED DATA

;SET ACTUAL DATA
;GET REGS FOR PRINTOUT
TRAP

LWORL

“$ERDF

t {DMRB M8 203 STATI(C DIAG #1
REG 14 UNIBUS RESET
TES v 5

TEST 6 = LINE UNIT FALSE

022444
022446
185 022450
186 022450

012174
014606

022450

044601

022456G

187
188
189
190
191

MACRO v03.01

SELECTION TEST

I 10

17-0CT=79 UB:49:54 PAGE 24=4

6%
ENDTST

SEQ

L10027:

12§

.WORD
.WORD

EM3
ERR?

TRAP

(SETST

192

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

}gz

LSBTTL

195
196
197
198
199

;*
;*
;*
;%
s+

200
2N

PATTERN G - 000,000,240,120,177,000,000,007
PATTERN M = 000,020,000,000,200,000,000,051

"".t'..*'.'..Qtfii'fi.."."l"t.fi...""fi!'."fi'.'tt".'Q"t.lt"...Q.Q.'Q'Q!.Q'Q

203 022452

206
205
206
207
208
209
210
211
212
213
214
g}g

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 (OMPARED TO A WORD OF
PATTERN M, WHICH CONTAINS THE INITIALIZED STATES OF THE REGS. (UNPREDI(CTABLE
BITS ARE MASKED OFF TO O BEFORE COMPARISON).

;*
;*

202

TEST 7 = INBUS REG MASTER (LEAR TEST

022452
022452
022456
022464
022470
022474
022500
022504
022510
022512
022516
022524
8%52%2
2

217 022534
218 022540
219 022544
220 022550
221 022552
222 022556
223 022562
224 022570
225
226 022574
0225764
022576
022600
022602
227 022604
022604
022606
228 022610
229 022614
230 022616

BONTST

004737
012737
012701
112137
004737
005237
020127
103767
004737
012737
012702
012701

003576
000010
002644
002366
003722
002400
002654

004737
142137
123712
001417
005037
111237
013737
004737

003644
002364
002364

003576
000010
003022
002550

002404
002404
002364
003770

104455
0000C2
012135
014606

104410
000016
005237
005202
020227

002400
00303c

002400
2%:

(02400

5
:

002406

JSR
MOV
MoV
MOvVR
JSR
INC
cmp
8LO
JSR
MOV
MOV
MOV

PC,MSTCLR
#10,REGNUM
#PATG,R1
(R1)+ ,WRIBYT
PC,WRITLU
RE GNUM
R1,APATH
2%
PC,MSTCLR
#10,REGNUM
#PATM R?
#UPBITS R1

17::
;ISSUE MASTER (CLEAR
JINIT REG NO. TO i0
JINIT DATA PATTERN POINTER
;SET DATA PATTERN BYTE TO BE WRITTEN
JWRITE BYTE INTO REG
;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
JINIT DATA PATTERN POINTER
JINIT POINTER TO UNPREDICTABLE BITS

JSR
PC ,READLU
JREAD A LINE UNIT REG
8I(R
(R1)+ REDBYT
JMASK OUT UNPREDICTABLE BITS FOR THIS REG
(MPS
REDBYT, (R2)
; COMPARE MASKED DATA TO EXPECTED
BEQ
6%
;BR If DATA READ IS Ok
(LR
GOQDAT
MOVR
(R2) ,GOODAT
JSET EXPECTED DATA
MOV
REDBYT ,BADDAT
;SET A(TUAL DATA
JSR
PC,GETREG
:GET REGS FOR PRINTOUT
JREPORT RFG NOT CLEARED BY MASTER (LEAR
ERRDF 2,EM?2 ,ERR?
TRAP
(SERDF
LWORD
2
.WORD
EM?
.WORD
ERRZ2
ESCAPE
TST
TRAP
(SESCAPE
.WwORD
L 10030-.
€$:
INC
RE GNUM
;s INCREMENT REG NO.
INC
RZ
JINCR DATA PATTERN PCUINTER
rMp
R2,#PATN
JSEE IF ALL DONE YET

—t

/DMRB MB203 STATI( DIAG M

INBUS REG MASTER

231 022622
232 022624
022624
022624

EIRSR W
W

MACRO v03.01

CLEAR TEST

103744

J 10
17-0CT~79 08:49:54 PAGE 24-5

ENDTST

JBR IF NOT DONE VYET

8L0

L10030:

104401

13 2 30

A22222202R222

"SBTYL

2022228222022

TEST 8 - REGISTER

;* FIRST,

126

SEQ

7 =

[AVIAN
1S 1, VT, V7, V]

L"O

B m8203 STATIC DIAG M

A MASTER CLEAR

82222

RdR

2222

TRAP

dRlsRA

($ETST

iRttt

10-17 ADDRESSING TEST

ISSUED.

THEN,

i+ WRITE A DIFFERENT WORD OF DATA PATTERN B INTO EACH OF REGS 10-17,
:« AND AFTER EACH WRITE,

READ AND COMPARE ALL REGS TO EXPECTED VALUES.

‘» UNPREDICTABLE BITS ARE MASKED OFF TO 0 WHEN READ FOR COMPARISON.
PATTERN B = 000,000,046,100,220,000,000,051
.

""t'tttt't'tt.ttfi.fit.."'Q*.ttt'ttfi'..Qt.t..'l'.t't.fi."fi"t"'t'.t."'t'.t."'t

247 022626
022626

BGNTST

248 022626
249 022632
250 022636
251 022642
252 022646
253 022650
254 022652

003576
002500
003022
000010

256 022656
257 022662
258 022670
259 022676
260 022704
261 022712
262 022716
263 022720
264 022724

002400
000010
002615
002366
002550
003722

255 022654

265 022732
266 022736

267 022744
268 022752

269
270
271
272
273
274
275
276

022754
022762
022770
022776
023000
023004
023012
023020

277
278 023024
023024
023026

023030
023032
279 023034
023034

o
JSR

002400
002010
003644
002550
002400

6% :

002366

002500
002500

002400

002364
000011

000020
000020
002364

002364
202500
002500

*SET COUNTER

‘BR IF NOT DONE LOADING YET

PC.WRITLU

;WRITE DATA BYTE INTO REG

R3,REGNUM
#10 ,REGNUM
PC,READLU

;GET REG NO. FOR READING
*READ A LINE UNIT REG

002404
002500
002364
003770

002404
002406

TO EXPECTED DATA AREA

“LOAD BYTE OF PATRN INTO EXPECTED DATA AREA
*DECR COUNTER

R1
“INIT DATA PATTERN INDEX FOR WRITING
R1,REGNUM
#10,REGNUM
:GET REG NO. FOR WRITING
PATB(R1) ,WRIBYT :SET DATA BYTE TQ BE WRiTTEN
WRIBYT.REDDAT(R1) ;SET EXPECTED DATA FOR READ
UPBITS(R1).REDDAT(R1) :MASK OUT UNPREDICTABLE BITS

CLR

MOV
ADD
JSR

cTMP
BNE

BICB

BICB
(MPB
BEQ
(LR

MOVB

MOV
;REPORT

(R2)+,(R%)+
R3

“INIT POINTER

CLR
MOV
ADD
MOVB
MOVB
BICB

BICB

108 :

“GET POINTER TO PATTERN M

#8..R3

MOVB
DEC

#PATM RO

MOV

BNE
002400

:ISSUE MASTER CLEAR

#REDDAT ,R1

MOV

PC MSTCLR

MOV

JSR

ESCAPE

INDEX FOR READS

UPBITS(R3),REDBYT ;MASK OUT UNPREDICTABLE BITS

REGMUM, #11
108

#ORDY,REDBYT

:SEE IF READING REG 11
‘BR IF NOT
“MASK ORDY BIT

IN ACTUAL BYTE

#ORDY.REDDAT(R3) :MASK ORDY BIT IN EXPECTED BYTE
REDBYT,REDDAT(R3) ;COMPARE BYTE READ TO FXPECTED
12$
:BR IF DATA MATCHES
GOODAT

REDDAT(R3),GOODAT

REDBYT,BADDAT
PC.GETREG

REG MISCOMPARE

ERRDF

“INIT DATA PAT

3,EM3,ERR2

TST

;SET EXPECTED DATA

:SET ACTUAL DATA

“READ AND STORE REGS 10-17 FOR PRINTOUT
TRAP

(S$FRDF

.WORD
.WORD
.WORD

3
EM3
ERR2

TRAP

(SESCAPE

(Z DMRB MB203 STATIC

TE SY

DIAG #1

MACRO v03.01

B - REGISTER 10-17 ADDRESSING TEST

280
281
282
283
284

023036
023040
023042
023046
023050
023052

285 023056

286 023060
023060
023060
287

000022
005203
020327
002724
005201
020127

002677

K 10
17-0CT=79 (08:49:54 PAGE 24-6

12%:

000010
000010

ENDTST

INC
(MP
BLT
INC
(MP

;BR IF NOT

L10031:

104407

288
289
290
N

127

.WORD
L10031-.
; INCREMENT DATA PATTERN INDEX FOR READING
;SEE IF ALL REGS READ YET
;BR [F NOT
;INCREMENT DATA PAT INDEX FOR WRITING
;SEE IF ALL REGS WRITTEN YET

R3
R3,#10
9%
R1
R1,#10

8.7

SEQ

TRAP

(SETST

292

"".".'fl'Q.'*'.."'.'*‘*'....'.'t'Qfi.."Q.'.".."'.""."'.".'.".'.."'.'..Q

LSBTTL

295
296

:* WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN (C
Jw
DATA PATTERN C - 020,020,020.

298 023062
023062
299 023062
300 023066
301 023074
302 023100
303 023100
023100
304 023102
305 223106
306 023112
307 023116
308 023124

BGNTST

297

004737
012737
012701

003576
000011
002625

002400
3%

002366
003722
003644
002551
002364

002364
002366

310 023134

013737

002366

002404

312 023150
313

004737

003770

309 023132
023142

314 023154
023154
023156
023160
023162
315 023164
316 023164
023164
023164
317 023166

318 023170
319 023174
320 023176
023176
3¢ 023176

327

READ/WRITE BIT

TEST

INTO REG 11

".‘.‘fi."".Qt'*'."."fiQ""fi*‘."'.fi".*.'.'..“*'."*."."".Q..".""Q"l..

104404
111137
004737
004737
143737
123737

311

TEST 9 - REG 11

001414

01373?

002364

104455
000003
012174
014606

106405
005201
020127
103741
104407

002406

JSR
MOV
MOV

;ISSUE MASTER CLEAR
JSET LU REG NO. - 1
:GET PCINTER TO DATA PATM

(R1) ,WRIBYT
PC,WRITLU
PC,READLU
UPBITS+1,REDBYT
REDBYT ,WRIBYT

TRAP
:GET A BYTE OF PAT C
IWRITE DATA BYTE INTO REG 11
;READ DATA BYTE FROM REG 11
;MASK OUT UNPREDICTABLE BITS
;COMPARE BYTE READ TO BYTE WRITTEN

WRIBYT,GOODAT

JSET EXPECTED REG CONTENTS

BGNSEG
MOVR
JSR
JSR
BI(B
CMPR

BEQ

(3 3

MOV

REDBYT ,BADDAT

MOV

19::

PC,MSTCLR
#11 ,REGNUM
#PAT( ,R1

[N R1

:BR IF BYTES MAT(CH

JSET ACTUAL REG CONTENTS

JSR
PC.GETREG
:GET REGS FOR PRINTOUT
:REPORT LINE UNIT REG M]ISCOMPARE
ERRDF
3,EM3,ERR2

6%:

002630
ENDTST

ENDSEG

INC
CMpP
BLO

($BSEG

TRAP
.WORD
.WORD
.WORD

CSERDF
3
EM3
ERRZ

100008$:

R1
R1_,#PATD
3%

TRAP
CSESEG
INCREMENT DATA PATTERN POINTER
JSEE IF ALL WORDS OF PATTERN C USED YET
:BR IF NOT DONE YET

£10032:

TRAP

(SETST

TEST 9 - REG 11

READ/WRITE BIT

MACRO v03.01

TEST

324
325

L 10
17=0(T=79 (08:49:54& PAGE 24-7

SEQ

128

326

""'"t.tlitt'tt.'!tt'tt".t'.t.."t..fit.'t...'t".ttt'.t.'..".QQ.'.'.'..'..'Q..

;Sg

.SRTTL

329
330

:* WRITE, READ, AND (OMPARE EA(CH WORD OF
B
DATA PATTERN D
000,040,000.

332 023200
023200
333 023200
334 023204
335 023212
336 023216
337 023216
023216
338 023220
339 023224
340 023230
341 023234

BGNTST

104404
111137
004737
004737
143737

243
34
345
36

001414
013737
013737
004737

331

DATA PATTERN D INTO REG 17

'-"tlt'Q"ttt'ttlttQttlttfittttt'ttfitttl..Qtt"ttQttttfitQ.'tt‘ttt..tt".'t.'t't"'

342 023242

347

TEST 10 = REG 12 READ/WRITE BIT TEST

023250
023252
023260
023266

348 023272
023272
023274
023276
023300
349 023302
350 023302
023302
023302
351 023304
352 023306
353 023312
354 023314
023314
023314
355
356
357
358
359

004737
012737
012701

123737

003576
000012
002630

002366
003722
003644
002552

002400
3%

002364

002366

002366
002364
003770

002404
002406

PC,MSTCLP
#12 ,REGNUM
#PATD ,R1

BCNSEG

ENDTST

N R]

(R1) ,WRIBYT
PC,WRITLU
PC.READLU
UPBITS+2,REDBYT

:GET A BYTE OF PAT D
WRITE DATA BYTE INTO REG 12
:READ DATA BYTE FROM REG 12
:MASK OUT UNPREDICTABLE BITS

BEQ
MOV
MOV
JSR

6%
WRIBYT,GOODAT
REDBYT ,BADDAT
PC.GETREG

;BR IF BYTES MAT(CH
JSET EXPECTED REG CONTENTS
JSET ACTUAL REG CONTENTS
:GET REGS FOR PRINTOUT

REDRYT,WRIBYT

ERRDF

002633

T10::

MOVB
JSR
JSR
BI(B

C(MPR

6%:

;ISSUE MASTER CLEAR
JSET LU REG NO. = 12
:GET POINTER TO DATA PAT
.

JREPORT LINE UNIT REG MISCOMFARE

114455
000003
012174
014606

104405
005201
020127
103741

JSR
MOV
MOV

($BSEG

;COMPARE BYTE READ TO BYTE WRITTEN

3,EM3ERR?

TRAP
.WORD
.WORD
.WORD

ENDSEG

INC
(MP
BLO

TRAP

CSERDF
3
EM3
ERR?

10000%:

TRAP
CS$ESEG
:INCREMENT DATA PATTERN POINTER
:SEE IF ALL WORDS OF PATTERN D USED YET
;BR IF NOT DONE YET

R1
R1,#PATE
3%

L10033:

104401

TRAP

CSETST

360

".'.t't'*tfl.tttttttt'ttfltt'tttfitil'..'tt.\tt"'ltt.Qttt.tl.t'tt"t."t'.t"".t"

%2;

.SBTTL

TEST 11

- REG 13 READ/WRITE BIT TEST

363

;% WRITE, READ, AND COMPARE FA(CH WORD OF DATA PATTERN €

364

DATA PATTERN E

000,120,020,100,120,000.

INTO REG 13 :

365

.‘"tttttttttlt'tttttt'tt"'!'!tttittt'tttt'ttttt't...Q.Qt't."t'tttt"t!'ttt"fitt

366 023316
023316
367 023316

BGNTST
004737

003576

369 023330

012701

002633

368 023322

012737

000013

002400

JSR

MOV

PC MSTCLR

#15 REGNUM
#PATE ,R1

;ISSUE MASTER CLEAR

PSET LU REG NO. = 13

T11::

JGET POINTER TQ DATA PAT [N R1

-4

(ZDMRB MB203 STATI( DIAG M

- REG 13 READ/WRITE BIT

TMM10
17-0CT=-79 08:49:54 PAGE 24-8

370 023334
N 023334

002366
003722
003644
002553
002364

372
373
374
375
376
377
378
379
380
381
382

002366
002364
003770

002364
002366

020127
103741

(R1) ,WRIBYT

:REPORT

002641

PAT E

PC,WRITLU
PC.READLU

*WRITE DATA BYTE INTO REG 13
“READ DATA BYTE FROM REG 13

BEQ
MOV
MOV
JSR

63
WRIBYT,GOODAT
REDBYT.RADDAT
PC.GETREG

‘BR IF BYTES MATCH
:SET EXPECTED REG CONTENTS
-SET ACTUAL REG CONTENTS
“GET REGS FOR PRINTOUT

LINE

($BSEG

UPRITS+3,REDBYT -MASK OUT UNPREDICTABLE BITS
REDBYT,WRIBYT
:COMPARE BYTE READ TO BYTE WRITTEN

ERRDF

UNIT

REG MISCOMPARE

3,EM3,ERR?

TRAP

ENDSEG

100008:

INC

JINCREMENT DATA PATTERN POINTER

BLO

;BR IF NOT DONE

ENDTST

SGET A BYTE OF

129

TRAP

JSR
JSR

BICB
CMPB

002404
002406

SEQ

BGNSEG
MOVB

6;:

R1,WPATF

"SEE

ALL

WORDS OF

YET

PATTERN E

L10034:

104401

CSERDF

.WORD
.WORD
_WORD

3
EM3
ERR2

TRAP

CSESEG

USED

YET

TRAP

CSETST

:;'t't".tttttt't't.ttt!'QQQQttQttt!tflttQQt'Q'QQtttt'..Qt'tt.ttt.l..'."'.t'tt"

"SBTTL

TEST

12 - REG 17 READ/WRITE BIT TEST

- %

‘s WRITE, READ, AND COMPARE EACH WORD OF DATA PATTERN F
R

DATA PATTERN F

050,051,050.

[NTO REG 17 :

:;.'t'fit'titttl'tttttt'.'t.ttttfi.!lfi.t'tfit.t'.‘.'QQ.Q.t.tl'..t.t.tt"."t"t"'t

BGNTST

003576
000017
002641

'V‘V‘vl\::‘d\rfi-‘3‘
b3

023522

CKDEg—hd
— Rb
82285588:
NN =2 NN
—

TEST

¢€g$o v03.01

002400

3¢

"o
JSR

PC,MSTCLR

:ISSUE MASTER CLEAR

MOV

#PATF ,R1

:GET POINTER TO DATA PAT

MOV

#17 ,REGNUM

*SET LU REG NO. - 17

[N R1

BGNSEG

002366
003722
003644
002557
002364

002366
002364
003770

MOVB

002364
002366
002404
002406

JSR
JSR
BICB
CMPB

TRAP

(R1) ,WRIBYT

PC.WRITLU
PC.READLU
UPBITS+7,REDBYT
REDBYT,WRIBYT

:GET A BYTE OF

PAT F

“WRITE DATA BYTE INTO REG 17
"READ DATA BYTE FROM REG 17
-MASK OUT UNPREDICTABLE BITS
:COMPARE BYTE READ TO BYTE WRITTEN

BEQ
6$
‘BR IF BYTES MATCH
MOV
WRIBYT,GOODAT
-SET EXPECTED REG CONTENTS
MOV
REDBYT.BADDAT
:SET ACTUAL REG CONTENTS
JSR
PC,GETREG
sGET REGS FOR PRINTOQUT
JREPORT LINE UNIT REG M]SCOMPARE

(S$BSEG

—~

.JDMRB M8203 STATI( DIAG

( JOMRB M8203 STATI(C DIAG M

12 = REG 17 READ/WRITE B]T

616 023526

617 023536
418 023536

419
420
421
422
423
424
425

023540
023542
023546
023550

023550
023550

TEST

N 10
17-0CT=-79 0B:49:54 PAGE 24-9
ERRDF

104455

000003
012174
014606

6%:

005201
020127
103741

SeE@

3.EM3,ERRY?

INC
(MP

002644
ENDTST

10000%:

Ri
R1,#PATC

B8LO

130

“RAP

ENDSEG

104405

CSERDF

.WORD
.WORD
.WORD

3
EM3

TRaO

C$ESEG

TRAP

(SETST

INCREMENT DATA PATTERN POINTER
JSEE IF ALL WORDS OF PATTERN F USED YET

ERRZ

;BR IF NOT DONE YET

L10035:

104401

426

427
428

222202232022

2Rt

222220

2030222 3iaRRRRRRRRRRRRRRRdd2Rdldl
R

A MASTER CLEAR

ISSUED TO

INIT ALL

REGS.

THEN,

THE M]CROPROCESSOR

IS PLACED IN A LOOP ON AN INSTRUCTION, BY SETTING THE INSTRUCTION IN SEL6
AND SETTING ROMI AND RUN IN BSEL1. THE INSTRUCTION IS ONE WHICH REPETITIVELY
READS LINE UNIT REG 17 INTO BSELZ2. THE PDP-11 CAN THEN SCAN BSELZ2 TO MONITOR
THE MAINTENANCE CLOCK BIT, MCLK. THE FOLLOWING SEQUENCE IS THEN PERFORMED
TO MONITOR M(CLK :
- THE PROGRAM REPEATEDLY CHECKS THE MCLK BIT FOR THF 1 STATE, AND IF IT IS

NOT FOUND WITHIN SEVERAL HUNDRED MILLI-SEC (DEPENUING ON THE PROCESSOR)
QQCERROR IS REPORTED. (THE MAINTENANCE CLOCK HAS A PERIOD OF 41.6 MICRO-

440
441
442

222

TEST 13 - MAINTENANCE CLOCK BIT TEST

FIRST,

437
438
439

463

NS B

444
445
446

023552
450 023552

023556

023564
023570
023572
023600
023602

457 023626

447
448
449 023552

452
453
454
455
456

BN B

FE TR YRR
.

435
436

NE BE EE 2

[

434

Bk 2N J

LSBTTL

429
430
43
432
433

451

3342222332220

L I

TEST

MACRO v03.01

- THE PROGRAM NEXT REPEATEDLY CHECKS THE MCLK BIT FOR THE O STATE, AND IF
IT 1S NOT FOUID 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 INDICATES THAT
IS NOT ON, THE TEST WILL BE SKIPPED.

S . S22 S282 82222320228

BGNTST
003576
000015
002476

002442

002444

000001

000006
026174

222

3022t

iRt

T13::

PC,MSTCLR

:PERFORM MASTER CLEAK

RUNINH

*SEE

STARES ., 41

"SEE IF THIS IS FIRST PASS SINCE STA OR RES

BNE

CMP

BNE

PRINTF

18, TSTNUM
1%

40$

#FMT19,TSTNUM

SSET TEST NO.
IF

:BR IF

RUN SWITCH

YES,

IS SET

TO RUN TEST

*BR IF NOT, TO SKIP PRINTING

;PRINT MSG TO SAY TEST NOT RUN

MOV

MOV
MOV

4«0%:

RER2 D

JSR

MOV

002442
011761
000002

222328

THE MICROPROCESSOR RUN SWITCH

;GO TO Sk[P TEST

TRAP
ADD

TSTNUM,
- (SP)

#FMT19 -(SP)

#2,-(SP)
SP,RO
CSPNTF
#6,5P

(/OMRB M8203 STATIC DIAG #°
TEST

13 - MAINTENANCE

458
459
460
461
662
463

023632
023640
023644
023650
023654
023660

464 023664

465

CLOCK BIT

012737
012701
052701
052701
010137
004737

000017
000360
000002
021000
023664
004046

005037
117737
132737
001031
005237
001366

002510

000000

MACRO v03.01
TEST

002400

1%:

B 11
17-0(T=79 08:49:54 PAGE 24-10

;SET REG NO, = 17
;SET INSTRUCTION SOURCE = INBUS REG 17
;SET INSTRUCTION DESTINATION - BSEL?Z

#17 ,REGNUM

MOV
MOV
BIS
8IS
MOV
JSR
.WORD

SEQ

#360 ,R1

#MVIOX,R1
R1,2$
SC.LOCPIN

;SET REST OF MOVE

INSTRUCTION

;SET INSTRUCTION AS SUBROUTINE ARGUMENT
;GET MICROPROCESSOR LOOPING ON MOVE INSTRUCTION
s INSTRUCTION GOES HERE

466

467
468
469 023666
470 023672
4« 023700

472 023706

473 023710
474 023714
475
476 023716
677 023724

478 023732

479

480 023736

023736
023740
023742
023744

481
482 023746

023746
023752
023756
023760
023762

012737
013737
004737

156554
000002

;TYPE

012012
000001

025766

062706
000137

000004

023772
023772

005037

024020
024022
024026
024034
024040
0246040
024042
024044
024046

024050

117737
132737

JSR

JREPORT MCL»

ERRDFH

012746
012746
010600

104417

63
REGO
3s

002404
002406

104455
000005
012266
014606

:GET REG 17 [NTO REDBYT

JSEE IF MCLK BIT = 1 YET
JBR IF MCLK = 1
;INCREMENT TIMER
:BR IF PROGRAM TIMER DID NOT TIME OUT YET
; (TIME OUT = SEVERAL HUNGRED MILLI-SEC)
JSET EXPECTED REG CONTENTS
JSET ACTUAL REG CONTENTS
;GET REGS FOR PRINTOUT

MMCLK ,REDBYT

002510
000002
002364
003770

JINIT PROGRAM TIMER

REGO
aBSELZ,REDBYT

002364
002364

BIT

'PLEASE

PRINTF

MMCLK,GOODAT
REDBYT ,BADDAT
PC,GETREG

STUCK AT O

5.EM5,ERR?

TRAP

INSURE MICROPROCESSOR RUN SWITCH
HFEMT 24

.ESCAPE TO END OF TEST

00c 364
002364

002510
002404
002364
V03770

5
EMS
ERR2

MOV

HFMT24 ,-(SP)

MOV

SP,RO

MOV

026174

002510
156450
000002

IS ON'

002406

TRAP
ADD

#,-(SP)

CSPNTF
4 ,SP

JINIT PROGRAM TIMER

REGO
CLR
MOvB
aBSEL2,REDBYT
MMCLK,REDBYT
BITB
108
BEQ
REGO
INC
BNE
8%
CLR
GOODAT
REDBYT ,BADDAT
MOV
PC,GETREG
JSR
;REPORT MCLK BIT STUCK AT 1
ERRDF
6.EM6
. ERR2

JGET REG 17 INTO ReDBYT
;SEE IF MCLK BIT = 0 YET
;BR IF MCLK = 0
s INCREMENT TIMER

JBR IF TIMER DID NOT TIME OUT YET
JSET EXPECTED REG CONTENYS
JSET ACTUAL REG CONTENTS
JGET REGS FOR PRINTOUT
TRAP

;JTYPE "PLEASE INSURE M]CROPROCESSOR RN SWIT(H IS ON'
PRINTF

CSERDF

.WORD
.WORD
.WORD

NFMT 24

WORD
.WORD
.WORD

(SERDF

6
EM6
ERR?2

TEST

13 - MAINTENANCE

024050
024054
024060
024062
024064
502 024070

012746
012746
010600
104417
062706
000137

CLOCK B]T

MACRO v03.01
TEST

b
d
D
—d ed e

00 ~NON\N
NP =

ALV ALV, LV, TV AV, LV, IV, |

024074
024074
024100
024106
024114
024116
024122
024124

0264132

024140
0264144
024144
024146

024150
024152

520 0264154
024154
024160
024164
024166

024170
521 024174
522 026174
523 024200
024200
024200

005037

117737
132737
001027

005237
001366
012737
013737
004737

SEQ@

012012
000001

156346
000002

JMP

10%:

002364
002364

104455
000005
012266
014606

002404
002406

JESCAPE TO END OF

WAIT FOR MCLK BIT

12%:

TO BE

SET

TO 1

TEST

AGAIN

REGO

JINIT PROGRAM TIMER

8l118

MMCLK ,REDBYT

JSEE IF MCLK BIT = 1 YET

aBSELZ2,REDBYT

BNE
INC
BNE

Al
REGO
178

MOV
MOV

MMCLK,GOODAT
REDBYT ,BADDAT

ERRDF

S.EM5 ,ERR?

JSR
PC,.GETREG
JREPORT MCLK BIT STUCK AT O

CSPNTF
84 ,SP

TRAP
ADD

CLR

MOvB

002510
000002
002364
003770

HEMT
24, =(SP)

#1,-(5P)
SP,RO

MOV
MOV

000004
024174

002510

132

MOV

507
508
509
510

cn
17=-0CT=79 08:49:54 PAGE 24-11

;GET REG

[NTO REDBYT

;JBE IF MCLK = 1
;INCREMENT TIMER
;BR IF TIMER DID NOT TIME OUT YE~
JSET EXPECTED REG CONTENTS
;SET ACTUAL REG CONTENTS

;GET REGS FOR PRINTOUT

TRAP

( SERDF

. WORD

;TYPE

012746
012746
010600
104417
062706

012012
000001

004737

003576

000004

"PLEASE INSURE MICROPROCESSCR RUN SWITCH
PRINTF
W#FMT24

JSR

PC,MSTCLR

EMS

MOV
MOV
MOV
TRAP

RFMT24 ,-(SP)
¥ ,-(SP)
SP,RO
CSPNTF

.WORD

IS ON''

Al
ENDTCT

.WORD

ERR?

ADD

84 ,SP

TRAP

(SETST

;ISSUE MASTER CLEAR

L10036:

106401

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

530

P Sl the

VIV
I IV IV IV IV )

LSBTITL
L

;* FIRST, ALL READ/WRITE BITS OF EXTENDED RECS AXO-AX3 ARE SET BY LOADING
;% A DIFFERENT WORD OF

PATTERN H INTO EACH REG.

THEN,

A MASTER CLEAR

;* ISSUED AND EACH REG IS READ AND (OMPARED TO A WORD OF PATTERN |, WHIMH
;* CONTAINS THE INITIALJZED STATES OF ALL THE EXTENDED REGS.
it

PATTERN H = 000,000,377,017,377,377,375.377

COANAR

539 024202
024202
540 024202
541 024206

TEST 14 - EXTENDED REGISTER MASTER CLEAR TEST

BGNTST
004737
005037

003576
002402

PATTERN I
AN AR

JSR

(LR

000,000,000,000,000,103,000,000

AR AT AR R AN RN RAAN A

PC,MSTCLR

AXNUM

AR ARANRARAANRRRAARRRANRRANRINANRNNAANCARRNANANENNER
NN

T14::
SISSUE AN INITIAL MASTER CLEAR

SINIT AX REG BYTE NO. 10 0

—

(IDMRB M8203 STATIC DIAG M

TEST

MACRO v03.01

14 - EXTENDED REGISTER MASTER CLEAR

562 024212
543 024216
544 024222
545 024226
546 024232
547 024240
548 024262
549 024250
550
551 024254
024254

002654
002374
002376
004264

TEST

1%:

000002

002420

000014
003770

002400

MOV

MOvVB

(R1)+,WAX16

;BR [F NOT

(R1)+,WAX15

PC,WRITAX
#WRDYTO,ERROR1

MOV
JSR

#14 ,REGNUM
PC,GETREG

ERRDF

52,EM52,ERR9

;REPORT READY NOT

ESCAPE

SEQ

JINI7 DATA PATTERN POINTER
;SET BITS TO LOAD INTO LO BYTE
;SET BITS TO LOAD INTO HI BYTE

#PATH,R1

JSR
BIT

BEQ

024256
024260
024262

024264
024264
024266
024270
024276

0D 1

17-0CT~79 08:49:54 PAGE 24-12

SET

JWRITE EXTENDED REG
;SEE IF READY FAJLED

TO SET

sSET LU REG NO = 14
:GET REGS FOR PRINTOUT

AFTER AX REG WRITE

TRAP

.WORD
.WORD
.WORD

TST

TRAP

000002
002664

003576
002402
002664
004076
000001
000014
003770

002402

BS:

ADD
(Mp
8LO
JSR

#2,AXNUM
R1,4PAT]
1%
PC ,MSTCLR

s INCR REG BYTE NO.
sSEE IF ALL REGS WRITTEN YET
;BR IF NOT DONE WRITING YET
; ISSUE MASTER CLEAR

MOV
JSR

#PAT] R1
PC ,READAX

;INIT DATA PAT POINTER FOR READS
JREAD AN EXTENDED REG

108

JBR IF NOT
;SET LU REG NO. = 14
.GET REGS FOR PRINTOUT

CLR

002420
002400

2%:

BIT

BEQ

AXNUM

#RRDYTO,ERROR1

;INIT EXTENDED REG BYTE NO.
;SEE

READY FAILED

ESCAPE

024424

024430
024430
024432
024434
024436
578 024440
024440
024442
579 024444
580 024450

000372
002370

002370

002404
002404
002370
004500

ERR9
($ESCAPE

L10037-.

"RAP

CSERDF
53
EMS3
FRR9

1O O

TO SET

53,EMS3,ERRY

.WORD
-WORD
-WORD

TST

10%:

(MP

BNE

BICB
(MPB
BEQ

WAX315U,RAX1S
RAX1S, (R1)
X

MOV

RAX15,BADDAT

CLR
MOVB

002406

AXNUM, #6

JSR

GOODAT
(R1),GOODAT

PC.GETALL

:SEE

AX3-15

.WORD

:MASK OFF UNPREDICTABLE BITS
“COMPARE LO BYTE TO EXPECTED VALUE
‘BR IF DATA MATCHES
:GET EXPECTED DATA BYTE

:GET ACTUAL DATA BYTE

*GET REGS FOR PRINTOUT

JREPORT REG NOT INITIALIZED BY MASTER CLEAR
ERRDF
2.EM2,ERR3

ESCAPE

.WORD
-WORD
-WORD

TST

TRAP

“%:

INC
INC

AXNUM
R1

CSESCAPE

L10037~.

‘BR IF NOT

TRAP

002402

EMS2

.WORD

TRAP

000006

(SERDF

MOV
#14 ,REGNUM
JSR
PC,GETREG
;REPORT READY NOT SET AFTER AX REG READ

ERRDF

002402

133

; INCREMENT
“INCREMENT

AX BYTE NO.
PAT POINTER

.WORD

( SERDF
2
EmM2
ERR3

C$E SCAPF
t 10037-~.

—

(/DMRB M8203 STATIC DIAG /1

TEST

MACRO v03.01

14 -~ EXTENDED REGISTER MASTER (LEAR

581
582
583
S84
585
S86
587

024452
024456
0264460
024464
024470
024476

588 024502
024502
024504
024506
024510
589 024512
024512

024514

123711
001417

005037
111137
013737
004737

000016

593 (024530
594 024532

103673

595
596
597
598

024532

002404
002404
002372
004500

(MPS
BEQ
002406

020127

(LR
MOVR
MOV
JSR

RAX16,(R1)
63
GOODAT
(R1),GOODAT
RAX16 ,BADDAT
PC,GETALL

ERRDF

2.EM2 ,ERR3

ESCAPE

TST

:REPORT REG NOT

104410

005237
005201

02453%°2

002372

104455
000002
012135
015114

590 024516
591 024522
592 024524

TEST

EN
17-0CT=79 08:49:54 PAGE 24-13

002402

6$:

002674

;GET EXPECTED DATA BYTE
;GET ACTUAL DATA BYTE
;GET REGS FOR PRINTOUT

INITIALIZED BY MASTER (CLEAR

AXNUM
R1

JINCR AX BYTE NO.
:INCR PAT POINTER

8LO

JBR IF NOT DONE READING YET

,APAT

:SEE

ALL

REGS READ

TRAP
.WORD
.WORD
. WORD

CSERDF
2
EM?
ERR3

TRAP

.WORD

(SESCAPE
L10037-.

TRAP

CSETST

YET

L1003

104401

599

134

;COMPARE H] BYTE T0O EXPECTED VALUE
:BR IF DATA MAT(CHES

INC
INC

(MP

ENDTST

SEQ

600

;"Qttt!.ttt.t'ttttttt.tt'Qtfitfitnt!tttfittt'tttttttttt...tttt.t't't.t"'t'tttttt.'

28;

.SBTTL

603

:» FIRST,

282

P REG.EAND AFTER EACH WRITE,
;* VALUES.

604

TEST

15 - EXTENDED REGISTER ADDRESSING TEST

ISSUE A MASTER (LEAR

TO PUT REGS

INTO INITIALIZED STATES SHOWN IN

;% PATTERN 1. THEN, WRITE A DIFFERENT WORD OF PATTERN J INTO EACH EXTENDED (AX)

607
608

;*
;*

610 0264534

BGNTST

609

READ AND COMPARE

ALL

EXTENDED REGS

TO EXPECTED

PATTERN I - 000,000,000,000,000,103,000,000
PATTERN J
000,000,010,002,004,103,001,100

'-.'t.'tt'ttttttttttttQttfi'lttt.ttt't'.!t..tt'titQQttttttttfi.ttfi.tttfittttt'tttttfi‘

024534

611 0245346
612 024540
613 024544
614 024550
615 024552
616 024556
617 024560
618 024562
619 024566
620 024574
621 0264602
622 024610
623 024616
624 024622
625 024624
626 024630
627 024634
628 024642

004737
012701
012702
112122
020127
103774
005001
010137
116137
116137
113761
113761
004737
005003
010337
004737
023727
001003

003576
002664
002500

3%:

002674
002402
002674
002675
002374
002376
004264

002402
004076
002402

002374
002376
002500
002501

6%:

9% :
000006

SR
MoV
MOV
MOVR
(MP
8LO
(LR
MOV
MOVB
MOVB
MOVR
MOVB
JSR
CLR
MOV
JSR
(MP
BNE

T1S5::

PC,MSTCLR
:1SSUE MASTER CLEAR
#PAT] R1
JINIT POINTER 10O PAT |
#REDDAT ,R2
;INIT POINTER TO EXPECTED DATA AREA
(R1)+,(R2)+
:MOVE PAT | INTO REDDAT TABLE
R1,#MPAT)
is
R1
JINIT INDEX FOR WRITING
R1,AXNUM
;GET AX BYTE NO. FOR WRITING
PATJ(R1) ,WwAX1S
:SET LO AX BYTE TO BE WRITTEN
PATJ+1(R1) ,WAX16 ;SET HI AX BYTE TO BE WRITTEN
WAX1S5 REDDAT(R1) ;SET EXPECTED LO BYTE IN TABLE
WAX16 ,REDDAT+1(RY) ;SET EXPECTED H] BYTE IN TABLE
PC.WRITAX
WRITE DATA BYTES INTO EXTENDED REG
R3
JINIT INDEX FOR READING
R3,AXNUM
;GET AX BYTE NO. FOR READING
P(,READAX
JREAD 2 AX BYTES
AXNUM, #6
:SEE IF AX3-15
108
;BR IF NOT

”~

(ZDMRB M8203 STATIC DIAG M

142737
123763
001420
005037

629 026644
630 0264652
631 024660
632 024662
633 024666
634 024674
635 024702
636
637 024706
024706
024710
024712
024714
024716
024716
024720
024722
024726
024734
024736

000102
005237
123763
001420
005037

024750
024756

013737
004737

025022

002500

10%:

JREPORT

MOVB
MOV
JSR

REDDAT(R3),GOODAT ;GET EXPECTED LO BYTE
RAX15 ,BADCAT
JGET ACTUAL DATA
PC,GETALL
;GET REGS FOR PRINTOUT

ERRDF

3.EM3 ERR3

135

GOODAT

REG MISCOMPARE

(SERDF
3
EM3

TRAP

000003
012174
015114

ESCAPE

1064410

002402

002372
002404

002501
002372
004500

INC

(MP8

002501

CLR

002404
002406

TST

ERR3

(SESCAPE

TRAP

L 100460~

.WORD

AXNUM

. INCR AX BYTE

158

;BR IF Hl BYTE MATCHES EXPECTED

GOODAT

MOVR
MOV
:REPOR T

. WORD
.WORD
. WORD

NO.

RAX16,REDDAT+1(RS) ; COMPARE H] BYTE READ TO EXPECTED

8tQ

104455

JSR

REDDAT+1(R3),GOODAT ,GLT EXPECTED HI BYTE
RAX16 ,BADDAT
sGET ACTUAL DATA
PC,GETALL
JGET REGS FOR PRINTOUT

ERRDF

3.EM3,ERR3

REG MISCOMPARE

(SERDF
3

TRAP

000003
012174
015114

.WORD
.WORD
.WORD

TST

ESCAPE

104410

000026
062703
20327
002706
062701
020127
002660

SEQ

W#AX315U,RAX1S — ;MASK OFF UNPRED](TABLE BITS
RAX15 ,REDDAT(R3) ,(OMPARE LO BYTE READ TO EXPE(TED
12%
JBR IF LO BYTE MATCHES EXPECTED

CLR

002404
00240¢

104455

116337

B8I(8B
(MP8
BEQ

EM3
ERR3

.WORD

(SESCAPE
L 10040-.

TRAP

(SETST

TRAP

00u002
000010

15%:

ADD

#2,R3

ADD

»2,R1

(MP
BLT

000002
000010

R3.410
9%

(MpP

ENDTST

< INCR
;INCR

R1,#10

BLT

INDEX FOR READS

;SEE IF ALL AX BYTES READ YET
;BR IF NOT DONE READING YET

;SEE

;BR

INDEX FOR WRITES

IF ALL AX BYTES WRITTEN YET

NOT

DONE WRITING YET

L 10040:

10440

AR SR

TSBITL

TEST

16 = REGS

15,16 / AX2-15,AX2-16 READ/WRITE BIT

S X

X R AR

TEST

;v USING REGS 15,16, THE INDIRECT REGS AX2=15,AX2-16 (USYRT REGS 4,5) ARE
:v WR] TTEN AND READ USING EACH WORD OF PATTERN K. AX2=15 [S COMPARED
:* 10 THE WORD WRITTEN, AND AX2-16 IS ALWAYS COMPARED TO 103. (AX2=16
.
;v WR] TEABLE)
PATTERN K =
FOR REG 15:

000,

000

024762
024762
024764
024766
024770
024772
024772
024774
024776
025002

013737
004737

002404
002500
002370
004500

002370

377,

WO
N
NO N
~NO~N

024742

116337

000372
002370

17-0CT=-79 08:49:54 PAGE 24-14

IS NOT

00.000.000.
37,277,177,

—

(ZDMRB MB8203 STATIC DIAG M
MACRO v03.01
TEST 15 - EXTENDED REGISTER ADDRESSING TEST

TEST

6 1

MACRO Vv03.01 17=0CT=79 08:49:54 PAGE 24-15

SEQ

16 = REGS 15,16 7/ AX2=15,AX2=16 READ/WR]ITE BT TEST

672

674

676 025024
025024
677 025026
678 025030
679 025034
680 025034
025034
681 025036

BGNTST

673

675

FOR REG 16: 000,377,125,252,000,000,000,000,000,000,000,000.001,002,

004,010,020,040,100,200,377,377,377,377,377,377, 377 377,
376,375,373,367,357,337.,277.177.

.-.-ttttt'.tttt.t.(tttttttt'tntQt'ttttt'tQ.t.ttt'.'t.t't.'t.t"'.tt...i"'.'.'.'..

682 025044
683 025050

004737
012701
104404
012737

004737

004076

688
689
690
691
692
693
694

123737
001416
013737
013737
004737

025102
025110
025112
025120
025126

025132
025132
025134
025136
025140
695 025142
025142
025144
696 025146
697 025152
698 025160
699 025162
700 025166
701 025174
702 025202
703
704 025206

025206
025210
025212
025214

705 025216
706 025216

025216
025216

025220
025226
025230
025232

025232
11 025232

000004

002374
000001

143737
143737
004737

687 025076

003576
002704

111137
116137

684 025056
685 025064
686 025072

707
708
709
710

136

002565
002566
004264

002402
002374
002376

002374

002374
002370
004500

002404
002406

104455
000003
012174
015114
104410
000052
005237
123737
001416
005037
113737
013737
004737

002402
002372
002404
002671

002372
004500

104455
000003
012174
015114

104405

062701
020127
103701

104401

002671
002404
002406

T16::
;ISSUE MASTER CLEAR
JINIT DATA PATTERN POINTER

MOV

4, AXNUM

;SET BYTE NO.

BICB
BICB
JSR

ANBITS+4 ,WAX15
ANBITS+5,WAX16
PC.WR]TAX

;MASK OFF NON-READ/WRITE BITS IN LO BYTE
MASK OFF NON-READ/WRITE BITS IN H] BYTE
:LOAD DATA INTO AX2-15,Ax2-16

BGNSEG

MOVB
mMOVBR

002376

002370

PC,MST(LR
NPATK ,R1

JSR
MOV

JSR

(R1) ,WAX15S
1(R1) ,WAX16

P(C ,READAX

(MPB
RAX15,WAX15
BEQ
6%
MOV
WAX15,GOODAT
MOV
RAX15 ,BADDAT
JSR
PC,GETALL
:REPORT REG M]SCOMPARE
ERRDF
3,EM3,ERR3

6%:

ESCAPE

SEG

INC
(MPB
BEQ
(LR
MOVB

AXNUM
RAX16,PAT]+5
9%
GOODAT
PAT]I+5,GO0ODAT

MOV
RAX16 ,BADDAT
JSR
PC,GETALL
JREPORT REG M]SCOMPARE
ERRDF
3,EM3,ERR3

9%:

000002
003014
ENDTST

ENDSEG

ADD
CMP
BLO

TRAP

- &

;SET DATA TO WRITE INTO LO BYTE
;SET DATA TO WRITE INTO HI BYTE
READ AX2-15 AND AX2-16

;COMPARE (O BYTE DATA READ
:BR IF DATA MATCHES
:SET EXPECTED DATA
:SET ACTUAL DATA
:GET REGS FOR PRINTOUT

:SET AX BYTE NO. - S
;COMPARE H] BYTE DATA READ
!BR [F DATA MATCHES

TRAP
.WORD
.WORD
.WORD

CSERDF
3
EM3
ERR3

TRAP
.WORD

CS$ESCAPE
10000%-.

TRAP
.WORD
.WORD
.WORD

C $ERDF
3
EM3
ERR3

TRAP

($ESEG

TRAP

CSETST

;SET EXPECTED DATA
JSET ACTUAL DATA
;GET REGS FOR PRINTOUT

10000%:
#2 ,R1
R1,#PAT.
b3

($8SEG

:INCR PATTERN POINTER
:SEE JF ALL DATA WRITTEN YET
:RR IF NOT DONE YET

L10041:

—r

tZDHRB MB8203 STATI( DIAG M

713
714
715
716
717
7e
719
720
721
722
723
724
725
726
727 025234
728
729
730
731

"SBTTL

025412
025414
025416
025420
755 025422
756 025422
025422

TEST

;v IN THE EXPECTED VALUE BEFORE COMPARISON.
. %

PATTERN L

*®

[

2223223

2322

BGNTST
003576
003014

3¢

000000
002374
000001
002561
002562
004264
004076
002370

002402

002374
002370
004500

002404
002406

002374

;REPORT

004737
104455
000003
01217
01511

002402
002372
002376
002372
004500

002376

6%:

002404
002406
JREPORT

PC,MSTCLR
#PATL ,R1

#0 , AXNUM
(R1) ,WAX15

JSR
JSR

PC,WR]ITAX
PC,READAX

1(R1) ,WAX16
ANBITS+0,WAX15
ANBITS+1,WAX16

RAX15,WAX15
63
WAX15,GOODAT
RAX15,BADDAT
PC,GETALL

REG MISCOMPARE

ERRDF

ESCAPE

104410

2222322222222

MOV
MOvB

JSR

INC

CMPR
BEQ
MOV

(TO 0)

000,377,000
000,377,000.
220

X222

RSt

; ISSUE MASTER CLEAR

MOV
JSR

RAX16 ,BADDAT
PC,GETALL

ERRDF

3 ,EM3,ERR3

REG MISCOMPARE

TRAP

($BSEG

TRAP

.WORD
.WORD
.WORD

CSERDF
3
EM3
ERR3

TRAP

CSESCAPE

0
:SET BYTE NO.
;SET DATA TO WRIIE INTO LO BYTE
;SET DATA TO WRITE INTO HI BYTE
;MASK OFF NON-READ/WRITE BITS IN LO BYTE
JMASK OFF NON-READ/WRITE BITS IN HI BYTE
;LOAD DATA INTO AX0-15,Ax0-16
JREAD AX0-15 AND AX0-16

;COMPARE LO BYTE DATA READ
;BR IF DATA MAT(CHES

JSET EXPECTED DATA

JSET ACTUAL DATA
JGET REGS FOR PRINTOUT

SEG

RAX16,WAX16
9%
WAX16,GO0ODAT

JSET AX BYTE NO.

.WORD

= 1

100008-~.

;COMPARE HI BYTE DATA READ
JBR IF

DATA MAT(HES

JSET EXPECTED DATA
JSET ACTUAL DATA
GET REGS FOR PRINTOUT
CSERDF
3
Em3

ERR3

ENDSEG

;INIT DATA PATTERN POINTER

3,EM3,ERR3

AXNUM

RARRRR2]

T17::

BGNSEG

(MP8
BEQ
MOV
MOV

012174
015114

000046
005237
123737
001414
013737
013737

JSR
MoV

MOovB
81(8B
BICB

002376
002374
002376

FOR REG 15:
FOR REG 16:

f 230 2NN

753
754 025412

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

RRRRaaRERRl

;* ANY BITS IN AX0-15,AX0-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF

744
745 025342

751 025400
752 025406

22222222

* 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 PATTERN L.

025234
025240
025244
025244
025244
732 025246
733 025254
734 025260
735 025266
736 025274
737 025302
738 025306
739 025312
740 025320
741 025322
742 025330
743 025336

025352
025354
747 025356
748 025362
749 025370
750 025372

TEST

2232222222223

)

025234

025342
025344
025346
025350
746 025352

d22222222223 2222222222222

137

SEQ

H 11

MACRO vV03.01 17~0CT=79 08:49:54 PAGE 24-16
(ZDMRB MB203 STATIC DIAG M
TEST 16 = REGS 15,16 / Ax2=15,AX2=16 READ/WRITE BIT TEST

127000%:

17 - AXO=-15,AXx0-16 READ/WRITE BIT

025422

757 025424

104405

759 0254 3%

062701
020127
103703

025436
025436

106460

758

025430

760 025436
761

SEQ

TEST

00000¢
003022

ENDTST

#2.R1
R1,#PATM

ADD
CMP
BLO

JINCR PATTERN POINTER
JSEE IF ALL DATA WRITTEN YET
JBR [F NOT DONE YET
L1002

138

TRAP

(SESEG

TRAP

C(StIST

762
763
764
765

766

':Q".Q'.tt"!"".t....'Q'Qt.tt.‘t.Q.Q.Q.Q....".'..Qt....Q'.......".Q.Q".."

"SBTTL

767

768
769

18 - AX1-15,Ax1-16 READ/WRITE BIT

TEST

;% IN TH]S TEST, A MASTER CLEAR IS DONE, AND THEN A WRITE, READ, AND COMPARE
;v ARE PERFORMED IN REGS AX1-15,Ax1-16 USING EACH WORD OF PATTERN K.

770
771
772
773

;% ANY BITS IN AX1-75,AX1-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF

;v IN THE FXPECTED VALUE BEFORE COMPARISON.
W

774 025640

003576

000002
002374

002563
002564
004264
004076
002370

025500
025506
025512
025516
025524
025526
025534
025542

3%:

22228

8222282t

RA2RR2R2

BI(B
BI1(B
JSR
JSR

002374

(MPB
BEQ
MOV
MOV

002404
002406

#2 ,AXNUM

;SET BYTF NO. = 2
;SET DATA TO WRITE

JSR

(R1) ,WAX15
1(R1) ,WAX16

ANBITS+2 ,WAX15S
ANB]TS+3,WAX16

PC,wWRITAX
P(C ,READAX

RAX15 ,WAX15
6%
WAX15,GOODAT
RAX15,BADDAT
PC,GETALL

cREPORT REG MISCOMPARE

ERRDF

TRAP

ESCAPE

N NN
— NN

002402
002372

002376
002372
004500

002376
002404
002406

6% :

INTO LO BYTE

;LOAD DATA INTO AX1-15,AX1-16
JREAD AX1-15 AND AX1-16
;COMPARE LO BYTE DATA READ
;BR IF DATA MAT(CHES

JSET EXPECTED DATA

JSET ACTUAL DATA
;GET REGS FOR PRINTOUT

3,EM3,ERR?

TRAP

.WORD

SEG

INC
(MPR
BEQ
MOV
MOV
JSR

AXNUM
RAX16,WAX16
9%
WAX16,GO0DAT
~rAX16 ,BADDAT
PC,GETALL

ERRDF

3.EM3,ERR3

JREPORT REG MISCOMPARE

($BSEC

;SET DATA TO WRITE INTO H] BYTE
JMASK OFF NON-READ/WRITE BITS IN LO BYTE
JMASK OFF NON-READ/WRITE BITS IN HI BYTE

.WORD

NNNENYNNORO

—

o ISSUE MASTER (LEAR
;INIT DATA PATTERN POINTER

BGNSEG

MOVB
MOVR

002376
002374
002376

118::

PC,MSTCLR
#PATK ,R1

(T0 0)

AR RRRdRRARRRRRRRRERZ]D

—

MOV

MOv

002402

§ o g8
—_——

OO
-

NN NS NN
&H

800
801 025616
025616

222852
NN — NN ga

797 025576
798

002374
002370
004500

796 025574

JSR

0027904

025472

025546
025546
025550
025552
025554
793 025556
025556
025560
794 025562
795 025566

2322223222202

BGNTST

025640
025640
025644
025450
025450
025450
025652
025460
025664

799

TEST

. %

TEST

I N
MACRO v03.01 17-0(T-79 08:49:54 PAGE 24~17

JSET AX BYTE NO. = 3
*COMPARE H] BYTE DATA READ
:BR [F DATA MAT(CHES
JSET EXPECTED DATA
JSET ACTUAL DATA
;GET REGS FOR PRINTOUT

(SERDF
3
tM3

ERR3

TRAP

(SESCAPE

TSERDE

.WORD

100008-.

“JDMRB M8203 STATI( DIAG M

MACRO v03.01
~JDMRB MB203 STATIC DIAG M
TEST '8 - AX1-15,AX1-16 READ/WR]TE BIT TEST
025620
025622
025624
025626
803 025626
025626
025626

025630
025634
025640
025642
025642
025642

3
012174
015114

104405

062701
020127
103703

J 1
17=0CT=79 08:49:54 PAGE 24-18

:
9%

SEQ

ENDSEG

000002

#2 ,R1
R1,#PATL

ADD

003014

ENDTST

10000$%:

CMP
8LO

b4 3

;INCR PATTERN POJINTER

. WORD
. WORD
. WORD

3
EM3
ERR3

TRAP

(S$ESEG

TRAP

CSETST

JSEE IF ALL DATA WRITTEN VET
;RR IF NQT DONE YET
L10063:

104401

23222222

130

2222202 ARl
dRRRRRRRARRRRlRR]

"SBTTL

19 - Ax3-15,Ax3-16 READ/WRITE BIT

TEST

TR Y]

¥
N
%

T
T
I

%
%

PATTERN U
FOR REG

FOR REG

(10 0)

000,333,331,323,313,233,133,000,000,000,000,
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

PATTERN V =
FOR REG 15

ANY BJTS IN AX3-15,AX3-16 WHICH ARE NOT READ/WRITE ARE MASKED OFF
IN THE EXPECTED VALUE BEFORE COMPARISON.

P
I

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.

TEST

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

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

"'t't'tttttt!ttfilt't't*'tfil!fitfiifi.fi‘fit*fi'tifi'ttt'.'fittt't'l'!"ttt't'tt't"tt"Q

025644
025644
025644
025650

025656
025662
837 025666
838 025666
025666
025670
025676

025702
025710
025714
025720
025726

025730
025736
848 025744
849 025750

BGNTST
004737
142777

012702
0127M
1046404

012737

003576
000010C
003152
003104

JSR
BI1(B

154572

:
3%

000006
002374
000001
004264
004076
000001

002402

000372
000040
0u2370

002370
002370

MOV
1 [0)%

MOVB
MOVB

4%:

T19::

;INIT PATTERN V POINTER

SINIT PATTERN U POINTER
TRAP

#6 , AXNUM
(R2) ,WAX15

JSR

1(R2) ,WAX16
PC,WR]TAX

B8I(B
BI(B

#TEST ,WAX15
43
#AX315U,RAX15
#C32BCC,RAX1S

JSR
BIT8
BNE

002374

#LULOOP,aBSEL
1
#PATV ,R?
#PATU,R1

;ISSUE MASTER (CLEAR
.CLEAR LULOOP

BGNSEG
MOV

002376

PC ,MSTCLR

(MPS
BtQ

PC ,READAX

RAX15, (R1)
6%

JSET BYTE NO.

= 6

;SET DATA TO WRITE INTO LO BYTE
;SET DATA TO WRITE _INTO HI BYTE

;LOAD DATA INTO AX3-15,AX3-16
JREAD AX3-15 AND AX3-16

JSEE IF AN INTERFACE IS SELECTED
JBR IF YES
sMASK OFF UNPREDICTABLE BITS

;CLEAR (R(32 BCC BIT

;COMPARE LO BYTE DATA READ
;BR [F

DATA MAT(HES

($B8SEG

850 025752
851 025756

005037
111137

002404
002406

853 025770

004737

004500

852 025762
854

013737

855 025774
025774
025776
026000
026002

104455
000003
012174
015114

026004
026006
857 02601C

104410
000052
005237

856 026004

858
859
860
861

026014
026022
026024
026030

123761
001416
005037
116137

863 026044
864

004737

862 026036

865 026050
026050
026052
026054
026056
866 026060
867 026060
026060
026060
868 026062
869 026066
870 026072
871 026076
872 026100

026100

873
874
875
876
877

026100

013737

002370

002402
002372
002404
000001
002372
004500

CLR
MOVB

002406

MOV

104405
062702
062701
020127
103673

PC,GETALL

*GET REGS FOR PRINTOUT

002404
002406

68 :

ERRDF

3,EM3,ERR3

ESCAPE

SEG

INC
(MPB
BEQ
(LR
MOVB

AXNUM
RAX16,1(R1)
9%
GOODAT
1(R1),GOODAT
RAX16.BADDAT
PC,GETALL

MOV

JSR
;REPORT REG MISCOMPARE

ERRDF

012174
015114

;SET EXPECTED DATA

:REPORT REG MISCOMPARE

000001

9%:

SSET AX BYTE NO. - 7
"COMPARE HI BYTE DATA READ
‘BR IF DATA MATCHES

ENDTST

100008:

#2.R2
#2.R1
R1.APATY
3

TRAP
.WORD
.WORD
"WORD

(SERDF
3
EM3
ERR3

TRAP
.WwORD

(SESCAPE
10000$-.

TRAP
.WORD

(SERDF
3

:SET EXPECTED DATA
“SET ACTUAL DATA
“GET REGS FOR PRINTOUT

3,EM3.ERR3

ADD
ADD
CMP
BLO

140

“SET ACTUAL DATA

ENDSEG

000002
000002
003152

SEQ

GOODAT
(R1),GOODAT

RAX15,BADDAT

JSR

104455
000003

SINCR PATTERN V POINTER
“INCR PATTERN U POINTER
"SEE IF ALL DATA WRITTEN YET
'BR IF NOT DONE YET

L10044:

104401

878

"WORD
"WORD

EM3
ERR3

TRAP

C(SESEG

TRAP

CSETST

"""QtttQiQtQ.i'tt*ttfifi""'.tttl’*fi'*""'fi‘.'.'.'..Q.Qt'.""‘.t!ttl""""'..'

ggg

SARTTL

881

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

882
883

«
“«

885

“»

884

886

IS WRITTEN INTO REG 17 AND AFTER EACH WRITE, AX2-16 IS READ AND COMPARED
TO A BYTE OF PAT P.
PATTERN O = 000,061.,004,010,020,0460,100,101,200,201,300,111,301,37¢
PATTERN

000.113.200.040.020.010.001.104.007.105.007.144.107.157

‘s IN THE SECOND SUBTEST. REG 17 IS LOADED WITH $75. A MASTER CLEAR S ISSUED.

887

“« AND AX2-16 IS COMPARED TO ITS INITIALIZED STATE

888

(103).

,"'fit*tt"*tittt""tt.tttttt"ttit.fi.!ltttttt.'".t"t...‘i"l!.t..tt"t'.""'Q

889 026102

026102
890 026102
891 026106

K 11
17-0CT=79 08:49:54 PAGE 24~19

BONTST

004737
012701

003576
0030sC

JSR
MOV

P(.MSTCLR
#PATO,P1

;ISSUE MASTER CLEAR
JINIT PAT QO POINTER

120::

—

. JDMRB M8203 STATIC DIAG #1
MACRO v03.01
TEST 19 - AX3=15,AX3=16 READ/WRITE BIT TEST

MACRO v03.01

TEST 20 - REG 17 - AXZ-16 READ/WRITE,

892 026112
893 026116
894 026124
895
896
897
898 026132
026132

026132

899 026134
900 026134
026134
901 026136
902 026142
903 026146
904 026152
905 026156
906 026160
907 026164
908 026170
909 026174
910 026200
911 026206
912
913 026212

026212
026214
026216
026220
026222
026222
026222
026222
916 026224
917 026226
918 026230
919 026234
920 026236
026236
026236
921
924 026240
026240
026240
026242
026250
026254
026260
026264

003066
000017
000005

MASTER CLEAR

MOV

MOV
MOV

002400
002402

SEQ

TEST

WRITE REG 17,

#PATP ,R2

#17 ,REGNUM
#5 , AXNUM

141

JINIT PAT P POINTER

;SET LU REG NO. = 17
;SET AX BYTE NO. = 5 FOR AX2=16

READ AND (OMPARE AX2-16

BGNSUB
104402
104404
111137

004737
004737
123712

001421
005037
111137

005037
111237

013737
004737

3%:

002366
003722
004076
002372
002410
002410
002404
002404
002372
004500

104405

103737

MOVR
(LR

(R1),LOADAT
GOODAT

;SET DATA WHICH WAS WRITTEN

63
LOADAT

JSR

(R2) ,GOODAT
RAX16 ,BADDAT
PC.GETALL

ERRDF

3,EM3,ERRS

JSET EXPECTED DATA READ
;SET ACTUAL DATA READ
JGET REGS FOR PRINTOUT

C(MP

BLO
ENDSUB

. WORD
. WORD
. WORD

CSERDF
3
EM3
ERRS

TRAP

CSESEG

TRAP

ENDSEG
INC
INC

003066

JREAD AX?

;COMPARE AX2-16 TO EXPECTED DATA
;BR IF DATA MAT(CHES

JREPORT REG MISCOMPARE

6%:

JSET BYTE TO BE WRITTEN
JWRITE DATA BYTE INTO REG 17

RAX16, (R2)

MOVR
MOV

002406

(R1) ,WRIBYT
PC,WRITLU
PC ,READAX

c(MPR

BEQ
(LR

000003
012174
016254

005201
005202
020127

BGNSEG
MOVB
JSR
JSR

104455

10000%:

R1
R2

R1,#PATP
3%

JINCR PAT O POINTER
;INCR PAT P POINTER
JSEE IF ALL BYTES LOADED YET
;BR [F NOT
L10046:

104403

TRAP

READ AND COMPARE AXZ2-16
120.°2

123737

001416
005037
113737

026314

L 11
17-0CT=-79 08:469:54 PAGE 24-20

013737
004737

000375
003722
003576
004076
002372
002404
002671
002372
004500

002366

002671

002404
002406

MOvVB

JSR
JSR
CMPB
8EQ
CLR
MOvVB
MOV
;REPORT REG NOT

#375 ,WRIBYT
PC,WRIiTLU
PC,MSTCLR
PC ,READAX

RAX16,PATI+5
6%
GOODAT
PAT1+5,GOODAT
RAX16 ,BADDAT

;SET DATA TO BE LOADED

TRAP

;LOAD DATA INTO REG 17
;PERFORM MASTER CLEAR

;READ AX2-15,AX2-16

JSEE IF AX2-16 WAS INIT'D CORRECTLY
;BR IF YES
JSET EXPECTED DATA
JSET ACTUAL DATA

PC,GE TALL
.GET REGS FOR PRINTOUT
INITIALIZED BY MASTER (LEAR

—

(ZDMRB MB203 STATIC DIAG #1

(ZDMRB M8203 STATIC DIAG M
TEST

20 = REG

936 026320
025320

026322
026326
026326

937 026330

MACRO v03.01

17 - AX2=16 READ/WRITE,

026330

104403

026332

104401

939 026332
026332
9%0
941
94?2
9%3
944

MASTER CLEAR

6%:

SEQ

TEST

ERRDF

104455
000002
012135
015114

938 026330

026330

LA
i7-0CT=79 08:49:54 PAGE 24-21
2,EM¢,ERR3

ENDSUB

L10047:

ENDTST

L 10C45:

142

TRAP
.WORD
.WORD
.WORD

(SERD®
2
EM?
ERR3

TRAP

($ESUB

TRAP

(SETST

'-'-t!Qttttt!t.ttQttttt.tt.'tt'ttttt.t't.'.fittttttttt.'ltttttt'ttit.ttttt'tttt.'tQ

946
97
98

.SRTTL
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

950

;* WHICH WAS LOADED INTO REG 10, AND IT READS AND COMPARES AX1-16 TO THE BYTE

953
954
955

:*
2
o

949

:* AT LEAST

951
952

SO MICRO-SEC,

AND

THEN

;* WHICH WAS LOADED INTO REG 11.
:* CLEAR) FOR EACH PAIR OF BYTES

956

PATTERN N =
FOR REG 10:
FOR REG 11:

[T READS AND COMPARES AX1-15

THIS PROCESS IS REPEATED
IN PATTERN N.

TO THE BYTE

(JNCLUDING THE MASTER

000,125,252.377,000,000,000
000,000,000,000,005,012.,017

.';tt'ttttttt.tttntttttfitfi'tt'ntt.tttttttttttt.'ttt'tttttt'tt"t'ttt'fittttttttttt

957 026334

026334

958 026334
959 026340
960 026346

BGNTST
012701
012737

003032
026602

026346
026346
961 026350
962 02635«
963 026360
964 026362
965 026370
966 026374

104402
004737
00473/
000001
012737
111137
004737

000011
002366
003722

969 026414

004737

003722

967 026400
968 026406
970
971
972
973

026420
026424
026430
026434

975
976
977
978
979
980
981

026444
026450
026456
026460
026464
026472
026500

974 026436

012737
116137

004737
004737
004737
000003

012737

004737
123761
001420
005037
116137
013737
004737

002362

003576
004634

000010
000001

3%:
002400
002400
002366

003722
005120
004634

000002

004076
002370
002404
000001
002370
(04500

002402
000001
002404
002406

T21::

MOV
MOV
BGNSUR

#PATN R
#A2 ,RETADR

JSR
JSR
1
L 01Y)
MOVB
JSR

PC,MSTCLR
PC,O0SIRDY

TRAP
{$8SUB
:ISSUE MASTER CLEAR
;CHECK ORDY AND OCOR FOR EXPECTED STATES

#11 ,REGNUM
(R1) ,WRIBYT
PC,WRITLU

JSET LU REG NO. = 1
JSET DATA BYTE TO BE WRITTEN
JWRITE BYTE INTO REG 11

PC,WRITLU

JWRITE BYTE INTO REG 10

MOV
MOVB
JSR
JSKR
JSR
JSR
3

MOV

JSR
CMPS
BEQ
(LR
MOVB
MOV
JSR

JINIT PATTERN POINTER
;SET SUBROUTINE ERROR RETURN ADDRESS

T¢1.1:

#10,REGNUM
1(R1) ,WRIBYT
PC.WRITLU
P{,WAITS0
PC,O0SIRDY

#2 ,AXNLM

PC ,READAX
RAX1S,1(R1)
63
GOODAT
1(R1) ,GOODAT
RAX15 ,BADDAT
PC,GETALL

JSET LU REG NO. = 10
.SET DATA BYTE TO BE WRITTEN
JWRITE [T AGAIN (SO 2 ENTRIES ARE [N SILO)
WAIT FOR SILO DATA TO RIPPLE
;CHECK ORDY AND OCOR FOR EXPECTED STATES

JSET BYTE NO. FOR AX1-15

IREAD AX1-15, AX1-16
;COMPARE AX1-=1S TO EXPECTED
:BR Jf MAT(H
JSET EXPECTED DATA
;SET ACTUAL DATA

;GET REGS FOR PRINTOUT

¢ ST

982
983 026504

C26504
026506
026510
026512
026514
026514
026516
026520
026524
026530
026532
026536
026542
026550
026554
026554
026556
026560
026562
026564
026564
026566
026570
026574
026600
026602
026602
026602
026602
026604
026604
026604

JREPORT REG M]SCOMPARE
ERRDF
3,EM3,ERR3

104455

000003
012174
015114
104410
000064

005237
123711

001417
005037
111137

013737
004737

ESCAPE
002402
002372

002404
002404
002372
004500

JREPORT

012174
015114

104403

SUB

TRAP

JINCR AX BYTE NO.
;COMPARE AX1-16 TO EXPECTED

REG MISCOMPARE

ERRDF

9% :

ADD

3,EM3 ERR3

Al:

ERR3

CSESCAPE

.WORD

L10051~.

TRAP

CSERDF
3
EM3

.WORD
.WORD
.WORD

SUB

CSESCAPE
L10051-.

TRAP

(SESUB

TRAP

CSETST

;INCR DATA PATTERN POINTER
;SEE IF ALL DATA BYTES WRITTEN YET

R1,RPATO
3%

;BR

NOT DONE

ERR3

.WORD

TRAP

#2 ,R1

(MP
BLO

CSERDF
3
EmM3

JSET EXPECTED DATA
JSET ACTUAL DATA
JGET REGS FOR PRINTOUT

000002
003050

163

;BR IF MAT(H

GOODAT
(R1),GOODAT
RAX16 ,BADDAT
PC,GETALL

CLR
MOVB
MOV
JSR

ESCAPE

104410

.WORD
.WORD
.WORD

RAX16, (R1)
9%

CMP8
8EQ

00406

TRAP

AXNUM

INC

6$:

104455
000003

000014
062701
020127
103663

SEQ

N1
17=0CT=79 08:469:54 PAGE 24-22

—

DIAG M)
MACRO v03.01
= TRANSMITTER BUFFER DATA TEST

( DMRB M8203 STATIC

YET

ENDSUB

ENDTST

104401

';ttttttttttttttttifittfifitfit*tittttfittfifitttfi*tttttfittttttfitttlttfitttt'ttttttiittt

8,8,

SRR
X
B

S.
0,

X%
N

8.8,

¥
B
»

0.8,
S,

0,8

"SRTTL

1021
1022 026606

TEST 22 - TRANSMITTER BUFFER SEQUENCING TEST

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 (HAR IS LOADED.
THE PROGRAM CYCLES STEPLU FOR 8 CYCLES AND CHECKS THAT AFTER THE 8TH, ORDY-1.
AX1-15 IS READ AND (OMPAREC TO EXPECTED DATA.
THE REST OF THE BINARY COUNT DATA BYTES ARE LOADED, CYCLED 8 CLOCKS, READ AND
COMPARED, A BYTE AT A TIME. UPON (OMPLETION, THE SILO IS CHECKED TO BE EMPTY
WITH ORDY=1, OCOR O.
222282222

BGNTST

R E R

SR RN

RN R

AR R

AR AR N

ENE

%gb?flg MB8203 STATIC DIAG #1

MACRO v03.01

2 -~ TRANSM]TTER BUFFER SEQUENCING TEST

026606
1852 026606

012737

027262

002362

}852
1027 026614

18%8 026624

004737

004737
000001

JSR

006634

JSR

1046
1047
1048
1049
1050

026626
026634
026640
026644
026650
026654

012737
004737
004737
004737
004737
000003

000400
005146
005146
005120
006634

0026422

026656
026660
026666
026672

005001
012737
004737
000001

000017
005226
003644
000020

1052 026720

004737

004634

026716

}822 026724

002763

000001

002400

000003

6% :

CLR
MOV
JSR
1

JSR
8IT8
BEQ
INC
CMP
BLT

CHECK FOR ORDY=1, OCOR=0

PC,MSTCLR

PC,OSIRDY
eee ee

e e e e ee

;1SSUE MASTER CLEAR

;CHK ORDY=1, OCOR=0
e

ee e

eee

e e e EEm

St s e

#TXSOM,TXWORD
PC.LDTXS]
PC.LDTXS]
PC.WAITSO
PC,OSIRDY

e c Gt e

;SET DATA TO WRITE INTO SILO
;LOAD THE SILO WITH SOM
:LOAD ANOTHER SOM
;WAIT FOR DATA TO RIPPLE
:CHK ORDY=1, OCOR=1

R1
#17 ,REGNUM
oC,STPLU

JINIT CYCLE COUNTER TO 0
;SET REG NO. = 17
JSTEP LU 1 CYCLE

PC,READLU
#OCOR,REDBYT
63
R1
R1,43
38

;READ REG 17
;SEE IF OCOR = O YET
:BR IF OCOR = 0
:INCR CYCLE COUNT
;SEE IF 3 CYCLES DONE

PC.,OSIRDY

;:BR IF NO

YFT

:CHK ORDY=1, OCOR=0

; LOAD 64 BINARY COUNT CHARS INTO SILO, CHK ORDY=0
026726
026730
026734
026740
026744

1062 026750
1063 026752
1064 026760

005003
010337
004737
004737
020327

002422
005146
005120
000077

8%:

001004
012737

000002

026774

1065 026762

012737

000003

026774

1069 027000

020327

000100

1066 026770
1067 026774
1068 026776

35;? 027004

000403

004737
000000
005203

002751

004634

CLR
MOV
JSR
JSR
P

BNE
MOV

9%:

12%:
14%:

9s
82,148
123

#3,148%

cMP

RZ, #64.

BLT

}8;%

R3
R3, TXWORD
PC,LDTXS]
PC.WAITSO
R3, 463,

MOV

JSR
.WORD
INC

JINIT PATTERN FOR WRITING
:SET DATA TO BE WRITTEN
:LOAD DATA CHAR INTO TX SILO
;WAIT FOR DATA TO RIPPLE IN SILO
;SEE IF 64TH CHAR JUST LOADED

:BR IF NO
:SET UP TO CHK GRDY=0,0COR 1

;SET UP TO CHK ORDY=1,0(0R 1

PC,OSIRDY
O
R3

:CHK ORDY, OCOR

:BR IF NO

;INCR PATTERN FOR WRITES

:SEE IF 64 CHARS LOADED YET

; CLOCK LINE UNIT, CHECK ORDY = 1 WITHIN 8 CYCLES
027006
027014
027016

027022

027024

012737
005001
004737
000001
004737

000011
005226
003644

002400
168 :

144

122::
;SET SUBR ERROR RETURN ADDR

CLOCK LINE UNIT, CHK FOR OCOR = O WITHIN 3 CYCLES

002364

}822

10746
1075
1076
1077
1078

MOV
JSR
JSR
JSR
JSR
3

004737
132737
001404
005201
020127

1057
1058
1059
1060
1061

e eeee

SEQ

; LOAD 2 SOM CHARS, ALLOW SILO TC RIPPLE, CHK ORDY=1, OCOR-1

026674
026700
026706
026710
026712

1051

}82?
1042
1043
1044
1045

#A3, RETADR

SET MASTER CLEAR,

003576

;8§;

1033
1034
1035
1036
1037
}ggg

MOV
:

1028 026620

B 12
17=-0(T=79 08:49:54 PAGE 24-23

MOV
CLR
JSR

#11,REGNUM
R1
PC,STPLU

;SET REG NO. = 1
JINIT CYCLE COUNT
:CLOCK LU FOR 1 CY(LE

JSR

PC,READ U

JREAD REG

——— et tec—ceo

D MRB MB8203 STATIC DIAG M
MACRO v03.01
TES T 22 ~ TRANSMITTER BUFFER SEQUENCING TEST

1079 027030
1080 027036

027040
027042
027046
027050
027054

027056
027060
027066
027072
027076
027100
027104
027112
027116
027116
027120
027122
027124
027126
027126
027130
027132

)

OO0

—D

b D ) ek =d

kb
D
d

b —d
D

ed wd

d
D
d e

) ed e
D

)

) e

)

PINY b b b

e
e

D ed

d e

D ed

027132
027136

027140
027144
027150
027152
027156
027160
027162
027166
027170
027174
027200
027202
027206
027214

002364

000010
004634

005004
012737
004737
123704

001415
010437
013737
004737

000002
004076
002370
002404
002370
004500

198

1123 027234

002402

’

BITB
BNE
INC
cTMP

#ORDY,REDBYT
198
R
R1,48.

%SR

PC,0SIRDY

BLT

16$

002406
;REPORT

000003
012174
015114
104410
000132

020327

CLR

MOV

#2 , AXNUM

(MPB
BEQ

RAX15,Ré
208

JSR

104455

145

JSEE IF ORDY = 1 YET
:BR If YES
JINCR CYCLE COUNT

JSEE IF 8 CYCLES YET
;BR IF NOT YET

;CHK ORDY = 1, OCOR =1

PC ,READAX

MOV
MOV
JSR

R4, GOODAT
RAX1S,BADDAT
PC,GETALL

ERRDF

3,EM3,ERR3

REG MISCOMPARE

JINIT PATTERN FOR READING
;SET AX BYTE NO. FOR AX1-15
;READ AX1-15
; COMPARE AX1-15 TO EXPLCTED
;BR

IF MAT(H

;SET EXPECTED DATA

JSET ACTUAL DATA
sGET REGS FOR PRINTOUT
CSERDF

3
EM3
ERR3

ESCAPt

TST

cMP

R3.,#255

JSR

PC.LDTXS]

ésn

PC.OSiRDY

;SEE IF ALL CHARS LOADED YET
;BR IF YES
;SET DATA TO BE WRITTEN
:LOAD DATA (HAR INTO TX SILO
;INCR DATA TO BE WRITTEN
;CHK ORDY=0, OCOR=1

INC
ésn

R4
PC,STPLU

;s INCR PAT FOR READING
;CLOCK LINE UNIT FOR 8 CYCLFS

JSR

PC,READAX

JREAD AX1-15
;COMPARE AX1-15 TO EXPECTED

MOV

R4, GOODAT

JSR

PC,GETALL

ERRDF

3,EM3,ERR3

CSE SCAPE
L10052-.

20%:

548

000377
002422
005146

26$ :

005226
004076
002370

002404
002370
004500

BGT
MOV

INC

004634

—

027220
027220
027222
027224
027226
1122 027230
027230
027232

000020

SEQ

* READ AND COMPARE FIRST CHARACTER IN AX1-15

1081
1082
1083
1084
1085
1086
1087
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098

132737
001004
005201
€20127
002763
004737
000003

c 1

17-0CT=79 08:49:54 PAGE 24-24

(MPB
BEQ
002406

MOV
;REPORT

26%
R3, TXWORD

RAX15,R4
27%

RAX1S ,BADDAT

REG MISCOMPARE

;BR IF MAT(CH
;SET EXPECTED DATA
JSET ACTUAL DATA
;GET REGS FOR PRINTOUT

TRAP

.WORD

ESCAPE

.WORD

TST

TRAP

000377

27%:

(MP

R4 , 4255,

JSEE

IF WE READ _AST (HAR YET

.WORD

CSERDF
3
EM3
ERR3

CSESCAPE
L 1005¢2-.

MACRO v03.01

ST 22 - TRANSMITTER BUFFER SEQUENCING TEST

1124 027240
1125 027242

001004
004737

1127 027250
1128 027252

000404
004737

1126 027246

1129 027256

000007

000003

1130 027260

000724

027262
027262

104401

1131 027262
1132 027262
1133
1134
1135
1136
1137

D 12
17-0(T1-79 (0B:49:54 PAGE 24-25

SEQ

004636

BNE
JSR

29%
PC,0SIRDY

;BR .F NOT
J(HK QRDY=1, OCOR-0

006467%

BR
JSR

A3
PC,0SIRDY

:CHK ORDY-1, OCOR=1

B8R

26%

; CONT INUE

29%:
A3:
ENDTST

L10052:

TRAP

146

CSETST

1138

;"tt".tt'tt.tt.t'tttttt'ttt.tttttttQQt.tttttttfitt*tt't'tfitt't"t.ittt.t.tt..t

1128

.SBTTL

TEST 23 = TX MSG TIMING TEST, CHAR MODE, WITH CRC

1141
1142
1143

;*
;*
;*

1144
1145
1146
*147
1148
1149
1150

;*
:*
;%
;%
;%
;*

1151

'-‘-ttttt.tttt'tttttttntttttttttlfittttttttttttttttttttttt'tttttttttt‘tttttttt.tttt

1152 027264
027264

1153
1154
1155
1156
1157
1158
1159
1160
1161
1162
1163
1164

1165
1166
1167
1168

027264
027272
027276
027300
027302
027306
027310
027312
027316
027320
027322
027326

027330
027332
027336
027340

1169 027342
1170 02736
1171 027350

1172 027352

1173
1174
1175
117¢

IN THIS TEST, AN ENTIRE MESSAGE IS TRANSMITTED (USING STEPLU AND L Ji OOP)
AND THE PROGRAM MONITORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
(BY SCANNING ORDY AND OCOR) AND OACT, AT EACH STEP. THE TEST 1S DONE IN
CHARACTER ORIENTED PROTOCOL MODE, USING 8-BIT (CHARS AND CR(C-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 (HARS. THEN, 2 000 CHARS ARE SENT, AND
THEN 2 TERMINATING SYNCHS ARE SENT.
THE TRANSMITTER IS THEN DISABLED, USING OC, AND OACT IS MONITORED FOR THE
CLEARED STATE AFTER THE 3RD SYNCH COMPLETES.

027356
027360
027362
027366

1177 027370

BGNTST
012737
004737
000226
000011
004737
000000
100010
004737
000000
000010
004737
001000

000010
004737
001000
000010
004737
091000
0000

004737
001000
000010
004737
001000

000010

027376
005512

006074
006074

006074
006074
006074

006074
006074

002362

MOV
#A4 ,RETADR
JSR
PC,INITRN
SYNCH
STRIP.DDCMP
JSR
P(,TXCHAR
000
CHPCHK '8,
JSR
PC,TXCHAR
000
8.
JSR
PC,TX(HAR
TXEOM

8.
JSR
TXEOM
8.

JSR
TXEOM
16.

JSR

TXEOM
8.
JSR
TXEOM

123%::

;SET TEST EXIT ADDRESS FOR ERRORS
;DO MASTER CLR, LOAD 2 SOM'?2

:LOAD A 000 (HAR,

TX FIRST

;LOAD 2ND 000 CHAR,

TX 2ND

SYNCH

(2¢26)

SYNCH

:LOAD EQM CHAR,

TX FIRST 000 (HAR

P(,TXCHAR

:LOAD EOM (CHAR,

TX 2ND 000 CHAR

PC,TX(HAR

:LOAD EQM,

TX CR(C-16 (HAR

PC, TXCHAR

JLOAD EOM,

TX FIRST

PC,TX(CHAR

JLOAD EOM,

TX 2ND

TERMINATING SYN(H

TERMINATING SYNCH

—

ggDMRB MB203 STATIC DIAG #1

003576

:
AL

ENDTST

JSR

PC,ENDTRN

JSET 0C, MONITOR OCOR

JSR

PC,MSTCLR

2 ISSUE MASTER (LEAR

L10053:

.SBTL

IN THIS TEST, AN ENTIRE MESSAGE

¥
»
%
%

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

®»
»
%
%
»

1203 027412
1204 027416

1205 027420
1206 027422

1229

538

000
égg

IS MONITORED FOR

THE

2220228 RRRARRAREEARRASRRARRRRRRRESRRRRARRRRRRR
AR R)

#AS5 RETADR

JSET TEST EXIT ADDRESS FbR ééRORS

PC,TXCHAR

;LOAD A 000 CHAR,

PC, INITRN

CHPCHK
. 8.

:DO MASTER CLR,

LOAD 2 SOM'2

TX FIRST FLAG

006074

388

PC.TXCHAR

:LOAD 2ND 000 CHAR,

006074

8.
JSR

PC, TXCHAR

:LOAD EOM CHAR,

006074

fégom

PC, TXCHAR

:LOAD EOM, TX 2ND 000 CHAR AND CRC=CCITT=1 CHAR

006074

24.
JSR

PC. TXCHAR

:LOAD EOM,

JSR

PC, TXCHAR

_LOAD EOM, TX 2ND TERMINATING fLAG

JSR

PC,ENDTRN

;SET OC, MONITOR OCOR

JSR

PC,MSTCLR

;ISSUE MASTER CLEAR TO CLEAN UP

gxfon

027512
027512

IN BIT MODE.

MOV

002362

006074

ngOM

006074

§§
R&

027502

1227 027512
1228

027506
005512

Qo
N

027462
027466
027470
027472
027476

2282R

AND OACT

BGNTST

Qo
n
~

027436
027440
027442
027446
027450
027452
027456

(I
|
iy I

n AV IANIAN IS INSIASLaS1aS
1A LN AN L ST, V1)V 1) U1, 8
nN NN NNt —d ed
e
b
[og W
N =20V ~NOWVNEWNN=O

1207 027426
1208 027430
1209 027432

IS PLACED

THEN, 2 000 CHARS ARE SENT, AND

THEN 2 TERMINATING FLAGS ARE SENT.
THE TRANSMITTER IS THEN DISABI ED, USING OC,

1202 027404

UNIT

SOM IS SET TWICE TO SEND 2 FLAG (CHARS.

027404
027404

(USING STEPLU AND LU OOP)

BIT ORIENTED PROTOCOL MODE, USING 8-BIT CHARS AND CRC-CCITT-1.

201

[S TRANSMITTED

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

2232222222233

CSETST

TEST 24 - TX MSG TIMING TEST, BIT MODE, WITH CRC

b [

TRAP

:;tQ'.tl..t'.fitfiii'.'fifitt"Qlfl.tttfl'fitttttt.t"t.'.'liitt.t"t".'tt'.ttt't"'

CLEARED STATE.

— —

147

TO (LEAN UP

104401

SEBIRIRECAKFRIRIR

V1N

0o 0o

233I=

|
U

Dt
s

n
b

004737

SEQ

wITH (RC

D D

b
D
p
D o
e
e o

006246

b D cad e

D
D
)

004737

(HAR MODE,

b ded b

—d

027372
027376
027376
027402
027402
027402

TEST,

E 12
17-0CT=79 08:49:54 PAGE 24-26

—r e

Tx MSG TIMING

eh b

00
~J

23 =

—D

TEST

MACRO v03.01

(JDMRB MB203 STATI(C DIAG #

006246

003576

éxEOM

ENDTST

TX 2ND FLAG

TX FIRST 000 (HAR

TX FIRST

TERMINATING FLAG

L1005¢:

R
TRAP

($ETST

(ZDMRB M8203 STATIE ?lAG n

24=?27

SEQ

148

MACRO Vv03.01 17-0CT=79 08:49:54 PAGE
TEST 26 = Tx MSG TIMING TEST, BIT MODE, WITH (RC

SSBTTL

N AN N AN N

AL AL

AR AR

AR AN

TEST

25 =

Tx MSG

TIMING

IN THIS TEST, AN ENTIRE MESSAGE

;v AND
;v (BY

TEST,

(HAR MODE,

R R RN

WITH NO (R(

IS TRANSMITTED (USING STEPLU AND LULOOP)

THE PROGRAM MON]TORS THE OCCURRENCE OF USYRT TX BUFFER EMPTY FLAGS
SCANNING ORDY AND OCOR) AND QACT, AT EACH STEP. THE TEST [S DONE IN

:* (HARACTER ORIENTED PROTOCOL MODE, USING 8~B]T (HARS AND NO ERROR C(HECKING.
;v THE FOLLOWING STEPS ARE DONE.

4«0

;% A MASTER CLEAR

IS DONE,

;% SOM IS SET TWICE
;*

;%
;*
;%

AND

THE

LINE

UNIT

TO SEND 2 SYNCH (HARS.

THEN 2 TERMINATING SYNCHS ARE

SENT.

[S PLACED

IN (HAR MODE.

THEN, 2 000 CHARS ARE

SENT, AND

THE TEST IS PERFORMED WITH TXEN (REG14, BIT6) SET, AND THE PROGRAM (HECKS
THAT THIS HOLDS RTS H]GH PAST THE END OF THE MESSAGE.
THE TRANSMITTER [S THEN DISABLED, USING OC, AND QACT IS MONITORED FOR THE

;* CLEARED STATE.

::".QQQQ."..Q'QQfilfltttt.ttttt.ttl'tt..t.'..."t't.'..t.t't"..tt'it.fi't'-'0t'.

1249 027514

027514
1250 027514
1251 027522
1252 027526
1253 027530
1254 027532
1255 027540
1256 027546
1257 027552
1258 027556
1259 027560
1260 027562
1261

027566
1262 027570
1263 027572
1264 027576
1265
1266
1267

1268

1269
1270
1271

1272
1273

1274
1275

1276

1277 027640
1278 027646
1279 027652

1280 027660
1281

1282

027662

1283 027666

027666
027670

BGNTST

>
125::

012737
004737
000226

027702
005512

002362

MOV
JSR
SYNCH

#A6 ,RETADR
PC,INITRN

012737
012737
004737
004737
000000

000014
000100
003722
006074

002400
002366

MOV
MOV
JSR
JSR
J00

#14 ,REGNUM
#TXEN,WRIBYT
PC,WRITLU
PC,TX(HAR

004737

006074

JSR

PC,TXCHAR

JLOAD 2ND 000 CHAR,

PC, TXCHAR

;LOAD EOM (HAR,

TX FIRST 000 CHAR

PC, TX(HAR

;LOAD EOM (HAR,

TXx 2ND 000 (HAR

PC.,TX(HAR

L O0AD EOM,

TX FIRST TERMINATING SYN(CH

PC,TXCHAR

;LOAD EQM,

TX 2ND TERMINATING SYNCH

PC,STPLU

;CLK PAST END OF MSG

#13 ,REGNUM
P( ,READLU
#RTS ,REDBYT
3%
PC,GETALL

;SET REG NO, = 13
JREAD REG 13
JCHK FOR RTS STILL SET
JBR IF RTS SET
JGET REGS FOR PRINTOUT

000311

100010

000000
000010
004737
001000
000010

004737
001000
000010
004737
001000
000010
004737
001000
000010
004737
000030
012737
004737
032737
001006
004737
104455
00007¢

CRC2!CRC1!STRIP!'DDCMP

(HP(CHK !'8.

¢oC
8.
JSR
TXEOM
8.

006074

006074
006074

006074
005226
000013
003644
000040
004500

002400
002364
<RFPORT

JSR
TXEOM
8.
JSR
TXEQM
8.
JSR
TXEOM
8.
JSR
24.
MOV
JSR
Bl
BNE
JSR
RTS

NOT

ERRDF

SET

60,EM60 ,ERR7

JSET TEST EXIT ADDRESS FOR ERRORC
,DO MASTER (LM, LOAD 2 SOM*?

JSET REG NO.
14
;SET TXEN BIT
JLOAD TXEN BIT IN REG 14
JLOAD A 000 (HAR, TX FIRST SYN(H (226)
TX 2ND SYNCH

TRAP
LWORD

{ SERDF
60

027672
027674
1284 027676
1285 027702
1286 027702
1287 027706
027706
1288

027706

SEQ

014204

017444
004737

006246

004737

003576

zz:

JSR

PC ,ENDTRN

;SET OC.,

JSR

Pc MST(LR

:1SSUE MASTER (LEAR TO CLEAN UP

ENDTST

MONITOR OCOR

L10055:

104401

149

G 12

MACRO V03.01 17-0CT=79 08:49:54 PAGE 24-28
(IDMRB MB8203 STATIC DIAG M
TEST 25 = TX MSG TIMING TEST, (HAR MODE, WiTM NO (RC

.WORD
"WORD

EMG&0
ERR?

TRAP

(SETST

' 289
1290

1291
1292
1293
1294
1295
1296
1297
1298
1299
1300

"".Q'....Q....Qfi...t..Q.Q."fi"Q.fififiQ"...‘Q'.fi.fi‘...".'fi'..l"..t.."i"..'..'

—=O
W
NN
B NN LDV

D
h
d
e
D
D
d
b
e
ek
—d
e
e
—

..,

»
%
B
»
¥

027756
027764
027766

027772
027772
027774
027776
030000
1327 030002
1328 030006
1329 030012
1330 030014
3N 030020

w,
.,

IS NOT SERVICED

AGAIN CAUSES UNRR

030246
005512

IS CHECKED

TO BE

IN RESPONSE

SET.

CLEARED.

THEN,

TO THE

USYRT

A MASTER CLEAR

IS DONE,

AND

THE

UNRR BIT

002362

126:

TX UNDERRUN,

{HK UNRR

SET SOM,

(HK UNRR - O

MOV
JSR

#A7 ,RETADR
PC,INITRN

JSET TEST EXIT ADDRESS FOR ERRORS
;DO MASTER CLEAR, LOAD 2 SOM'S

006074

688

PC., TXCHAR

;LOAD A 000 CHAR,

005226

CHPCHK
. 8.
JSR
PC,STPLU

;CLOCK THE TRANSMITTER UNTIL 7 BITS OF

MOV

JSET LU REG NO. = 11

000011
003644
000001

SYNCH
STRIP!DDCMP

002364
JREPORT

030246
005226

003644
000001

14.

002400

004500

6%:

002364

TX BUFFER EMPTY FLAG, WHICH

ii23223322222322203 223282 RRRRRARARRRRRRRRRRRRR2RRRRRRRRARRRARRRRRERERNEN]

CAUSE

027736
027742
027744
027752

INITIATED, A 000 CHAR IS SENT, AND THE

BGNTST

027710

027710
027716
027722
027724
027726
027732
027734

2 SITUATIONS,

IN THE SECOND SITUATION, A MSG IS INITIATED, A 000 CHAR IS SENT, AND THE

BUFFER

1309
AN AN AN N AN AN A U NN N NN WA
FNVRNINVMAORN)
= = =
b b b el

IN THE FIRST, A MESSAGE

IN EACH OF

BUFFER IS NOT SERVICED IN RESPONSE TO THE USYRT TX BUFFER EMPTY FLAG,
WHICH CAUSES UNRR TO SET IN REG 11. THEN, SOM [S SET TO CLEAR THE ERROR,
AND THIS IS VERIFIED.

1303
1304
1305
1306
1307 027710

TEST 26 - TX UNDERRUN SET AND CLEAR TEST - CHAR MODE

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

1301
1302

1308

"SRTTL

#1171 ,REGNUM

JSR
BITB
BEQ
JSR

P{,READLU
#UNRR ,REDBYT
6
PC,GETALL

ERRDF

16,EM16,ERR7

UNRR NOT

CLEARED

JMP
%SR

A7
PC,STPLU

JSR

PC,READLU

8l 18

#UNRR ,REDBYT

THE

Tx FIRST SYNCH

000 CHAR HAVE BEEN TRANSMITTED

;READ REG 11
;CHK FOR UNRR = 0

JBR IF UNRR - 0

JGET REGS FOR PRINTOUT
TRAP

JSKIP TO END OF TEST
;CLOCK LAST BIT OF 000 (HAR

JREAD REG 11

JCHK FOR UNRR

.WORD
WORD
.wORD

ggERDF

EMI6
ERR7

H 12
MACRO V03.01 17-0(T=79 0B:49:54 PAGE 24-29
(ZOMRB M8203 STATI( DIAG M
TEST 26 = TX UNDERRUN SET AND (LEAR TEST = (HAR MODE

1332 030026

1333 030030

001010
004737

004500

;REPORT

ISIIIIISY ww&w
NOWNSH
W
OO
BEIS

D —d

104455
000016

030074
030100
030106
030110

—

030114
030114
030116
030120
030122
1348 030124

1349 C30130

1353
1354
1355
1356
1357
1358

030130
030134
030136
030140
030144
030146

1359 030150

360 030154
361 030156
362 030162
363 030170
3324 030172

012532
0174644
000137
012737
004737
004737
004737

000002

004737
132737

001410
004737

030246
000400
005146
005120
005226
003644
000001

00c622

9%:

ERRDF

14 ,EM14,ERR7

JSR
PC,GETALL
UNRR NOT SET

JMP
MOV
JSR

JSR

SSR
JSR

B]'8B

002364

004500

BEQ
JSR

“GET REGS FOR PRINTOUT
TRAP

JSKIP TO END OF TEST
JSET SOM CHAR TO BE WRITTEN
;LOAD SOM (HAR INTO TX SILO

PC,READLU

JREAD REG N

129%
PC,GETALL

JBR IF UNRR - 0
;GET REGS FOR PRINTOUT

PC,STPLU

#UNRR ,REDBYT

WAIT

FOR SILO DATA

.WORD
.WORD
.WORD

TO RIPPLE

;CLOCK LU FOR 2 CYCLES
;(HK FOR UNRR = 0

,: {(_/(Q(,

JMP

00551

PC,INITRN
JSR
(H
SYN
IDLE!STR]IP.DD(MP
PC, TXCHAR
JSR

;DO MASTER (LEAK,

LOAD 2 SOM'S

;LOAD A 000 (HAR,

TX FIRST SYNCH

#;R

PC,STPLU

;STEP THE LU UNTIL 000 HAS BEN TRANSMITTED

JSR

PC ,READLU

006074

000
(HP(HK !B,

005226

003644
000001

BI1T8B
BNE

002364

004509

;REPORT

#UNRR ,REDBYT
16$

JSR
PC,GETALL
UNRR NOT SET
ERRDF
16 ,EM14 ERRY7

CSERDF

TEST

JSKIP TO END OF

JREAD REG

JCHK FOR UNR

1
JBR IF UNRR
;GET REGS FOR PRINTOUT
CSERDF

339

030200

~nN

[N
S

EM14
FRR?7

13,EM13,ERR7

030176

NN WIAWNWN
NNNNYN

( SERDF

ERRDF

366 030176

0 030222

150

;BR |f UNRR - 1

A7
#TXSOM,
T XWORD
PC,.LDTXSI
PC,WAITS50

JREPORT UNRR NOT (CLEARED BY SOM

104455

000015
012502
017444
000137

BNE

SEQ

0302«6
003576
003644
000001
004500

:
168

002364

JMP

JSR
JSR
8118

a8cQ

PC,MST(L
PC,READLU
#UNRR ,REDBY?

JSR
PC,GETALL
. REPORY UNRR NOT (CLEARED BY_0O(
ERRDF
15,EM15,ERR7

EM14
ERR?7

JSKIP TO END Of TEST
;ISSUE MASTER CLEAR

JREAD REG 11
;CHK FOR UNRR = 0
;BR IF UNRR - 0
JGET REGS FOR PRINTOUT
TRAP

. WORD

TEST 26 = TX UNDERRUN SET

030242
030244

012547
017444

030252
030252

104401

1375 030246
1376 030252
1377
1378

004737

112
MACRO v03.01 17=0(T=79 08:¢9:54 PAGE 24-30

SEQ

AND (LEAR TEST - (HAR MODE

003576

A7:
ENDTST

J5R

:1SSUE

CLEAN=UF MASTER (. EAR

L10056:

157

—

IDMRE MB8203 STAYTIC DIAG #

.ORD
. WORD

FMIS
ERR?7

*QAP

“$ETST

1379

138¢C

1381

1382

";.....'..'...'........'.'.......'..."'...'.'..'.......'...'...'.."..""'....

;ggz

LSBRTTL

1385

1387

;* EACH OF

1386

UNIT

IS PLACED

IN CHAR MODE

(DDCMP)

AND A MESSAGE

INITIATED

THE FOLLOWING TX CHAR LENGTHS

S BITS, 6 BITS,

7 BITS, 8 BITS.

;v (FOR EXAMPLE., A 5-B]T (CHAR REQUIRES S5 CLOCK CYCLES TO BE TRANSMITTED).

1389

"« TERMINATING SYNCHS ARE SENT AFTER THE DATA.

13%

TwG

::'..'...."..".....'.."..*.......'...‘.".........."...'...‘"fi'."..'.'...'

030254

BGNTST

1392 030254

012737

139¢ 030266

000000

1393 030262

030462

004737

005512

1395 030270
1396 030272
1397 030300
1398 030306
1399 030314
1400 030320

000041
012737
012737
012737
004737
004737

000006
000000
000240
004264
006076

1404 03033¢
1405 030336
1406 030340

004737
000000
000005
012737

006074

1408
1409
1410
1411
1412
1413
1414
1415
1616

030352
030356
03036C
030362
030370
030374
030400
030402
030604

004737
000000
000005
012737
004737
004737
000000
000006
(12737

006074

1420 030424

000007

1401 030324
1402 030326
16403 030330

16407 030346

1417 030412
1418 030416
1419 030422

1421
16422
1423
1424
1425
1426

LINE

;o WITH AN 8-BIT SYNCH AND A S5-BIT SYNCH CHAR. NEXT, A 000 CHAR |S SENT WlTH

1388
1391

THE

TEST 27 = TRANSMIT (HAR LENGTH TIMING TEST = (CHAR MODE, CRC

030426
030432
030434
03043%
030442
030444

000000
100010

004737

004737
004737
001000
004737
001000
000010
004737
001000
000020

000300
004264

002362

002402
002374
002376

00237¢

000000

002376

006074

#AB ,RETADR

PC,INITRN

;SET

TEST

127::

EXIT ADDRESS

;DO MASTER (LR,

FOR ERRORS

LOAD 2 SOM'S

IDLE.DDCMP
MOV
#6 ,AXNUM
JSET BYTE NO. = 6 FOR AX3
MOV
#000,WAX15
;SET DATA FOR AX3-15 = 0
MOV
#TXLENZ
! TXLENO,WAX16 ;SET TX LENGTH = S FOR Ax3-16
JSR
PC.WRITAX
:LOAD AX3-15,AX3-16
JSR
PC,TXCHAR
;LOAD 5-BIT 000 CHAR, ~Xx 8-BIT SYNCH
000
CHPCHK
. 8.

002376

006074

JSR

000

000340
004264

004264
006074

MOV

JSR
000
5
MOV

JSR

JSR
000
5
MOV
JSR
JSR
000
6
MOV

JSR
JSR
TXEOM
7

JSR
TXEOM
8.
.SR
TXEOM
16.

PC,TXCHAR

:LOAD 6-BIT 000 CHAR,

#TXLENZ
' TXLENT ,WAX16
PC,WRITAX

PC, TXCHAR

JSET

#000,WAX16

SYN(H

CHAR LENGTH = 6

JLOAD 7-RIT 000 CHAR,

HTXLENZ!'
TXLENT ! TXLENO,WAX16
PC.WRITAX
:SET TX CHAR LENGTH -

PC, TXCHAR

TX S-BIT

:LOAD 8-BIT 000 CHAR,

Tx S=BIT 000 (MHAR

7
Tx 6=-BIT CO0 (HAR

PC,WRITAX
PC,TXCHAR

;SET TX CHAR LENGTH - 8
;LOAD EOM, TX 7-BIT 000 (HAR

PC, TX(HAR

;LOAD EOM,

Tx 8-BI1T 000 (HAR

P(, TXCHAR

;LOAD EOM,

TX (R(C=16¢ (HAR

J 12
MACRO v03.01 17-0CT=79 08:49:54 FAGE 24-31
JDMRB MB203 STATIC DIAG M
TEST 27 - TRANSMIT (HAR LENGTH TIMING TEST - CHAR MODE, (R(
1427 030446

1428
1429
1630
1431
1632

1433
43,
1435
1436
1637

030452
030454
030456
030462
030462

030462
030462

004737
001000
000010
004737

006074

AB:

PC, TXCHAR

:LOAD EOM,

JSR

PC,ENDTRN

SCLEAR TRANSM]TTER

152

TX FIRST TERMINATING SYNCH

ENDTST

L10057:

1046401

1438

TRAP

(SETST

""..'....".".."t'..."..'t..t..'..l.'.fifi'."""!.fiQ.QQ..'tfi"...""."..'.'

1639

"SRTTL

1440
1441
1442
1443
1444
1445

TEST 28 - TRANSMIT (HAR LENGTH TIMING TEST - BIT MODE.,

;v THE LINE UNIT IS PLACED IN BIT MODE AND A MESSAGE

1447

1449 030464
1450 030472
1451 030476

031012
005512

1453 030502
1454 030506
1455 030510
1456 030512
1457 030516
1458 C30520
1459 030522
1460 030526
1461 030530
1462 030532
1463 030540
1464 030546

006074

1452 030500

1465 030554

030560
030564
030566
030570
030576
030602
030606
030610
030612
030620
030624
030630

1478 030632

1479 030634
“480 0306472

002362

TWO

A 5-B]T

TERMINATING

FLAGS

32220020002

d322022d

(HAR REQUIRES 5

ARE

MOV
JSR
000
000

000100
004264
006074

002376

DATA.

TO BE

PC, TX(HAR

.LOAD F]RST

8-BITTM

000

CHAR,

PL, TXCHAR

;LOAD

1-BIT 000 CHAR,

MOV
MOV

#6 , AXNUM
#000 ,WAX1S

JSET BYTE NO. = 6 FOR AXS
:SET DATA FOR AX3-15 = 0

JSR

PC,wWR]TAX

:LOAD AX3-15_AX3-16

MOV
538

8.
MOV
JSR

688

JSET TEST EXIT ADDRESS FOR ERRORS
;DO MASTER (LR, LOAD 2 SOM'S

2ND 8-BIT

TRANSMITTED).

iR RRRRRARRRRRRRRRRRRlRARSRRR
R RRN)

;LOAD

638

002402
002374
002376

CLOCK CYCLES

THE

PC,TXCHAR

000006
000000
000040
004264
006074

AFTER

#A9 ,RE TADR
PC,IN]TRN

CHPCHK
. 8.

688

006074

SENT

688

006074

FOLLOWED BY 000 (HARS

1 BIT, 2 BITS, 3 BITS, & BITS, S BITS, 6 BITS, 7 BITS, AND 8 BITS,

(FOR EXAMPLE,

BGNTST

1648 030464

CRC

IS INITIATED

;v WITH 2 FLAG CHARS. NEXT, 2 B-BIT 00U CHARS ARE SENT,
;v WITH EACH OF THE FOLLOWING TRANSMITTER CHAR LENGTHS:

1446

1466
1467
1468
1469
1470
1471
1472
1473
1474
1475
1476
1477

JSR

ngOH

006246

SEQ

HTXLENO,WAX16
PC,TXCHAR

ATXLENT ,WAX16
PC,WR]TAX

PC.,TXCHAR

000 CHAR,

JSET

FIRST

fLAG

2ND FLAG

TX FIRST 8-BIT 000 (HAR

;SET TX CHAR LENGTH = 1
:LOAD 2-BIT 000 CHAR,

FOR AX3-16

TX 2ND 8-BIT 000 (HAR

TX CHAR LENGTH - 2

;LOAD 3-RIT 000 CHAR,

Tx 1-BIT 000 (HAR

000140
004264
006074

002376

MOV
JSR
088

000200
004264

00237¢

MOV
JSR

HTXLENT
' TXLENO,WAX16
PC.WR]TAX
:SET TX CHAR LENGTH - 3
PC, TX(HAR
:LOAD 4=BIT 000 CHAR, Tx 2=R]" 000 (HAR
HTXLEN? ,WwAX16
P(,WR]TAX

JSET

TX (HAR (ENGTH

(ZOMRB M8203 STATI( DIAG M
1481
1482
1483
1484
1485
1486
1487
1488
1489

1490
1491
1492
1493
16494
1495
1496
1497
1498
1499

TRANSMIT

(HAR LENGTH

TIMING TEST

- BIT MODE,

006074

030646
030652
030654
030656
030664
030670
030674
030676
030700

000240
004264
006074

002%7¢

SEQ

(RC

588

PC, TXCHAR

3
MOV
JSR

HTXLENZ
' TXLENO,WAX16
PC,wR] TAX
SSET TX CHAR LENGTH = 5

538

:LOAD S-BIT 000 CHAR,

PC . TXCHAR

*LOAD 6-BIT 000 CHAR,

030706
030712
030716
030720
030722
030730
030734
030740
(030742
030744

000300
004264
006074

0023

000340
004264

002376

000000
004264
006074

002376

MOV

#TXLEN2
' TXLENT,WAX16

338

PC . TXCHAR

ISR

PC,wWR]TAX

5
MOV
JSR

006074

000010
004737

TX 3-BIT 000 CHAR

“LOAD 7-BIT 000 CHAK,

TX S-BIT 000 CHAR

#TXLEN2
' TXLENT ! TXLEND,WAX16
PC,WR]TAX
SSET TX CHAR LENGTH = 7
PC.TXCHAR

‘LOAD 8-BIT 0CO CHAR,

MOV
JSR
JSR

#000,WAX
16
PC.WR] TAX
PC . TXCHAR

sSET

"LOAD EOM,

TX 7-BIT 000 CHAR

006074

#s?

PC, TXCHAR

:LOAD EOM,

Tx 8-BIT 000 CHAR,

006074

25.
JSR

PC, TXCHAR

:LOAD EOM,

TX FIRST TERMINATING FLAG

JSR

PC,ENDTRN

:CLEAR TRANSM]TTER

006246

583

;XEOM

TX 6=BIT 000 CHAR

TX CHAR LENGTH = 8

gxfon

NONRONURINLIVNY
2 = =2 -4 W
NOWVMBWN—=OVNOWNS

N NNV

L10060:

1046401

TRAP

(SETST

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

TEST 29 - TXDATA BIT TEST - CHAR MODE, NO CRC

b v
ehet 00
WWW\N%N

e e

AN ANV

"SRITL

D e

CHAR

CCANAANARNANRLEANANANARANNRNN
AN ANARRARARARNARNKARNRANNEARARANAEAARNSGEDRRNOARCTACRGOTOTROONETSIOTRNTDS

_—
b
—b —D

CRC-CCITT=1

s THE LINE UNIT IS INITIALIZED AND A MSG IS INITIATED (USING STEPLU) WITH CR(-

VWAV

b ed

4-BIT 000 CHAR

SSET TX CHAR LENGTH = 6

ENDTST

153

4
3

28 -~

K 12
17-0CT=~79 08:49:54 PAGE 24-32

TEST

MACRO v03.01

;* 16 SELECTED IN CHAR MODE. TWO SYNCHS, 000,125,252,377,000, AND 2 TERMINATING
;* SYNCHS ARE

THEN SENT.

THE PROGRAM (CHECKS EACH BIT OF

THE

TRANSMITTED

;* DATA (HARS, BY MONITORING TXDATA (REG 17) AS THE DATA IS (LOCKED OUT OF
;*

THE

USYRT

TRANSMITTER.

BGNTST
004737
000226

005512

012701
010103
012137
004737

003224

002422
00514¢

2SR

PC,INIIRN

MOV

R1,R3

SYN(CH
STRIP!DDCMP
MOV
MSGT+4 R

1% :

MOV
JSR

(R1)+, "XWORD
PC,LDTXS]

129::

;DO MASTER CLR, LOAD 2 SOm*S
JGET POINTER TG DATA
;LOAD A DATA (HAR INTO TMTM

ST
T

“IDMRB M8203 STATI(C DIAG M
TEST 29 - TXDATA BIT

TEST - (HAR MODE, NO (R(

1535 031042

020127

003242

1537 031050
1538 031054

004737
004737

005120
005226

1536 031046

1539 031060
1540 031062
1541 031066
1542 031072
1543 031074

1564 031100
1545 031104

103771

100020
011337
004737
000000
062703

020327
103766

1546 031106

004737

031112
031112

104401

1547 031112

1548
1642
1550
1551
1552

MACRO v03.01

L 12
17=-0CT=-79 (08:49:54¢ PAGE 24-33
(mp

R1,#MSG1+8.

JSR
JSR

PC,WAITSO
PC,.STPLU

JSR
.WORD
ADD

PC,CKTBIT
O
#Z,R3

JSR

PC,MSTCLR

8LO

031072

6%:

011150

8$:

000002

003236

003576

163

ENDTST

CHPCHK
! 16,
MOV
(R3),8%

(MP
8Lo

R3,#MSG1+14.
63

JSEE

SEQ

154

IF ALL (MHARS LOADED vET

JBR IF NOT YET

;WAIT FOR SILO TO RIPPLE
JCLOCK LU UNTIL SYNCHS ARE

TX'D

JGETM EXPECTED DATA (HAR

;CHECK TXDATA FOR (MHAR BITS
JEXPECTED CHAR GOES HERE
;INCR PATTERN POINTER

JSEE IF ALL CHARS CHECKED YET
;BR IF NOT YET

;ISSUE MASTER (LEAR TO (LEAN UP
L10061:

TRAF

(SETST
’

1553

.'"'Q'."tt.t.tt'..'..'..."Qt'.t...Q.'t.....'tt.'..".'.".'t..'.t"'.'Q't"'.'.

}ggg

.SBTTL

1556
1557
1558
1559
1560

;*
;*
;%
s+
;v

1562

""'".'Q..t.."fii"fit.ttt"ttfit!".".t..fi.t‘."'fl"ll"'.""t"Qt'.'fi.".'."Q

1563 031114
031114

BGNTST

1564 031114

012737

031456

1566 031126

004737

010012

1565 031122

004737

003576

031132
031134
031136
031140
031142
031150
031154
031162
031166
031172
031176
031202

000226
000013
000000
000000
012737
005037
112737
004737
012701
012137
004737
020127

000012
00240¢
000040
003722
003220
002422
005146
003246

1580 031210

004737

005120

1579 031206

1581
1582
1583
1584
1585
1586
1587
1588

(R(

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-16
SELECTED. TWO SYNCHS, 000,125,252,377,000, AND FOUR TERMINATING SYNCHS ARE
SENT. THE PROGRAM MONITORS IA(CT, AND THE RCV'D CHARS AND CRC BYTES ARE READ
FROM AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROCRAM THEN CHE(KS FOR JA(T
s+ STILL SET AFTER THE MESSAGE.

1561

1567
1568
1569
1570
1571
1572
1573
1574
1575
1576
1577
1578

TEST 30 - USYRT RECEIVER MSG TEST - (HAR MODE,

031214
031220
031222
031226
031230
031234
031236
031242

103771

004737
000050
004737
000000
004737
000006
012701
004737

002362

002366
3%:

JSET TEST EXIT ADDRESS fFOR ERRORS

JSR

PC.SETUP

;PROGRAM THE USYRT

JSR

006666

005226
'0%:

PC,MSTCLR

SYNCH
STRIF _IERR!DDCMP
000
000
MOV
#12 ,REGNUM
CLR
AXNUM
MOVB
#LULP ,WRIBYT
JSR
PC,WRITLU
MOV
#MSG1,R1
MOV
(R1) +, TXWORD
JSR
PC.LDTXSI
(MP
R1,MMSG1+22.

BLO

005226

003224
006666

#2468 ,RETADR

JSR

002400

130::

MOV

JSR
40.
JSR
0
JSR
6
MOV
JSR

PC.WAITS50
PC,STPLU

;ISSUE MASTER (LEAR

JSET LU REG NO.
JSET AX BYTE NO.

12
- O FOR AXO

;SET LULP IN REG 12
;GET POINTER TO MSG DATA TABLE
;GET CHAR TO BE LOADED
;LOAD CHAR INTO TX SILO
JSEE IF ALL MSG (HARS LOADED VYET
;BR [F NOT YET

JALLOW DATA TO RIPPLE

IN SILO

PC.IACTIV

JCLOCK LU FOR 40 CYCLES (UNTIL FIRST
;
DATA (HAR IS ABOUT TO BE RECEIVED)
JCHK JACT = 0

PC,STPLU

;CLOCK LU UNTIL

MMSG1+4
R
PC,IACT]V

JCHK

JACT

1ST DATA (HAR IS RCV'D

M1
MACRO v03.01 17-0CT=79 08:49:54 PAGE 24-34
(ZDMRB MB203 STATI( DIAG M
TEST 30 ~ USYRT RECEIVER MSG TEST - (HAR MODE, (R(

1589 031246

1590 031250
1591 031254
1592 031260

1593 031262
1594 031270

1595 031276
1596

1597 031302

031302
031304
031306
031310

1598 031312

1599
1600
1601
1602
1603
1604
1605
1600
1607

031314
031320
031322
031326
031330
031334
031336
031342
031350

1608 031352

1609 031360

1610 031366
1611
1612 031372

031372
031374

031376
031400

1613 031402
1614 031404
1615 031410
1616 031412
1617 031416
1618 031420
1619 031426
1620 031432
1621 031440
1622 0314472

1623 031446

1624
1625
1626
1627
1628
1629
1630
1631

1632
1633
1634
1635

031450
031454
031456
031462

031462
031462

000001

004737
023721
001415
016137
013737
004737

JSR

004076

002370
177776

002370
004500

:REPORT

104455
000032

013043
015114

000461

004737

000010
020127
103745
004737
000001
004737
123727

001415
012737
013737
004737

005226

108

003236

004076
002370
000160
002370
004500

000160
002404
002406

123727

001347
004737

;GET ACTUAL DATA

PC,GETALL

ERRDF

26.EM26.ERR3

INCORRECT

DATA

BR
§SR

248
PC,STPLU

(MP

R1,AMSG1+14.

s COMPARE RCV'D CHAR TO EXPECTED
JBR IF RCV'D DATA 0K
JGET EXPECTED DATA
;GET RIGS FOR PRINTOUT
TRAP

.WORD
.WORD
.WORD

#sn

PC,IACTIV

JSEE IF CHECKING H!
;BR IF NOT YET

JSR

PC ,READAX

;READ AX0

CMPB
BEQ
MOV

RAX15,#160
163
#160,GOODAT

JSR

PC.GETALL

RAX15,BADDAT

CRC BYTE YET

JCHK JACT = 1

JCMP RCV'D CHAR TO EXPECTED HI CRC BYTE
;BR IF HI CRC BYTE RCv'D Ok

JGET EXPECTED DATA
sSET ACTUAL DATA
;GET REGS FOR PRINTOUT

TRAP

.WORD

243

.WORD
.WORD

gSR

PC.STPLU

;CLOCK LU FOR 8 CYCLES

#én

PC.IACT]IV

JCHK JACT = 1

002404

MOV

#034 ,GOODAT

000034

005226

(MPB
BNE
ésn

RAX15,#034
14$

JGET EXPECTED LO CRC BYTE
JREAD AX0Q
;CMP RCV'D CHAR TO EXPECTED LO CRC BYTE
:BR IF LO CRC INCORRECT

006666

4§R

PC.IACTIV

JCHK TACT STIHL =1

JSR

PC.MSTCLR

s ISSUE CLEAN-UP MASTER (LEAR

005226

168 :

006666

000034
004076
002370

003576

JSR

268

ENDTST

PC ,READAX
PC,STPLU

CSERDF

26
EMZ26
ERR3

;CLOCK LU 8 CYCLES

108

MOV

155

CHAR RCV' D

;REPORT INCORRECT CRC BYTE RCV'D
ERRDF
27,EM27.ERR3

104455

000033
013075
015114
000425
004737
000010
004737
000001
012737
004737

149 :

12%
-2(R1),GOODAT
RAX15 ,BADDAT

JSR

BLO

006666

JREAD AX0

RAX1S, (R1)+

BEQ
MOV
MOV

002404
002406

PC ,READAX

(TMMP

SEQ

CSERDF

27
EM?”
ERR3

;CLOCK LU 8 CYCLES

L10062:

TRAP

CSETST

'"t'....'.......i.t....t't.tl!Qt.'Q.ttt.l."l.......'..Q'..'.Q..t'.'.Qt"t.'.A"

"8RTTL
X

TEST 31 -~ USYRT RECE]JVER MSG TEST - BIT MODE, (RC

THE LINE UNIT

SEQ

24-35

INITIALIZED AND A MESSAGE

INITIATED

156

—

N 12

MACRO v03.01 17-0(T=79 08:49:54 PAGE
(ZDMRB M8203 STAT( 0l AG
#
TEST 31 - USYRT RECE v ER MSC TEST - BIT MODE, CRC
1636

(USING STEPLU)

WITH

1638

;v CCITT=1, TWO FLAGS, 000,125,252,377,000, AND TWwO TERMINATING FLAGS ARE
;+ SENT, THE PROGRAM MONITORS TACT, RSOM, AND THE RCV'D CHARS ARE READ

THEN

;* LULP (REG 12) SET TO LOOP THE DATA INTERNALLY IN THE USYRT, AND WITH (R(-

1637

1639
1640
1641
1642

“«

FROM AX0-15 AND COMPARED TO EXPECTED VALUES.

THE

PROGRAM THEN (CHECKS

FOR

;* JACT = 0, SETS IC TO CLEAR THF RECEIVER, AND CHECKS FOR JACT STILL = 0.
S

1643 031464
031464
1644 031464
1645 031472
1646 031476
1647 031502
1648 031504
1649 031506
1650 031510
1651 031512
1652 031520
1653 031524
1654 031532
1655 031536
1656 031542
1657 031546
1658 031552
1659 031556
1660 031560
1661 031564
1662 031570
1663 031572
1664 031576
1665 031600
1666 031604
1667 031606
1668 031612
1669 031614
1670 031620
1671 031624
1672 031626
1673 031632
1674 031634
1675 031640
1676 031642
1677
1678
1679
1680

012737
004737
004737

032020
003576
010612

002362

MCV

JSR
JSR

000

23R

RRRRRRR

Rttt

iRttt

T31::

PC,MSTCLR
PC,SETUP

JSET TEST EXIT ADDRESS FOR ERRORS
. ISSUE MASTER CLEAR
;PROGRAM THE USYRT

sSET LU REG NO.

#24% ,RETADR

IERR

000012
002402
000040
003722
003220

000
000

002400

MOV

#12 ,REGNUM

002366

MovB
JSR
MOV
MOV

#LULP,WRIBYT
PC,WRITLU

(LR

3¢:

002422
005146
003242

005120
005226

006666

005226

JSR
6

003224
003224

5%:

006666

007054
6%:

003234
006666

MOV

cMP
BNE
JSR
1
JSR

1
B8R
(MP

BNE
JSR

0
JSR
0

8%:

007054

004076
002370
177776

JSR
cMP
BLO
JSR
JSR
50.
JSR

0
JSR
0

007054

006666

031716

00R2

BGNTST

007054

1681

2222322222222

9%
002404

AXNUM

#MSG1,R1
(R1)+, TXWORD

PC.LDTXSI

R1,#MSG1+18.
3$
PC,WAIT50

- 0 FOR AXO

JSET AX BYTE NO.

;SET LULP IN REG 12
;GET POINTER TO MSG DATA TABLE

;GET CHAR TO BE LOADED
;LOAD CHAR INTO X SILO
JSEE IF ALL MSG CHARS LOADED YET
;BR IF NOT YET
;JALLOW DATA TO RIPPLE

;CLOCK LU FOR 50 CYCLES (UNTIL FIRST

PC.IACTIV

;CHK JACT = 0

PC ,RSEOM

;CHK RSQOM = 0, REOM - 0

PC,STPLU

;CLOCK LU UNTIL 1ST DATA (CHAR IS RCV'D

R
#MSG1+4
R1,AMSG1+4
6%

;SEE IF 1ST CHAR RCV'D

PC,RSEOM

;CHK RSOM - 1., REOM - O

PC.IACTIV

9%
R1,AMSG1+12,
8%

DATA (CHAR IS ABOUT

JCHK TACT =1

PC,IACTIV

;SEE IF LAST (HAR RCV'D
;BR IF NO
0
;CHK FOR JACT

PC,RSEOM

;CHK RSOM - 0, REOM - 0

PC,IACT]V

;(HK FOR JACT

JSR

FC,RSEOM

;CHK RSOM = 0, REOM

P( ,READAX

;READ AX0

12
-2(R1) ,GOODAT

;BR IF RCV'D DATA Ok
JGET EXPECTED DATA

JSR
(MP
BEQ
MOV

TO BE RECEIVED)

:BR IF NO

BR
JSR
]

IN SILO

PC,STPLU

RA§15,(R1)0

;COMPARE RCV'D (HAR TO EXPE(TED

Rl )

MACRO v03.01

C(Z0MRB MB8203 STATIC DIAG
TEST

- USYRT RECEIVER MSG TEST - BIT MODE,

1692 031724

1693 031732

1694
1695 031736

031736
031740
031742
031744

013737

004737

000424
004737
000010

1700 031762

103716

1701 031764

1702 031770
1703 031772
1704 031776
1705 032000
1706 032006
1707 032012
1708 032016
1709 032020
1710 032024
1711
1712
1713
1714
1715

032024
030024

004500

020127

003236

004737

006666

000000
004737

007054

012737
004737

000200
003722

004737

003576

004737

MOV

JREPORT

_
12%:

005226

002366

006666
26%:
ENDTST

SEQ

(RC

002406

104455
000032
013043
015114

1696 031746
1697 031750
1698 031754

1699 031756

002370

B 13
17-0CT=79 08:49:54 PAGE 24-36
RAX15 ,BADDAT

JSR

JGET ACTUAL

FPC,GETALL

DATA

,GET REGS FOR PRINTOUT

INCORRECT DATA (HAR R(CV'D
ERRDF
26,EM26,LRR3

TRAP
LWORD
.WORD
.WORD

BR
JSR
8.

243
PC.STPLU

;CLOCK LU 8 CYCLES

BLO

(MP

R1,MMSG1+14.

JSEE IF ALL DATA (HARS (HECKED YET

JSR

PC,IACTIYV

JCHK JACT = 0

0
JSR
0
MOV
JSR
JSR
0
JSR

157

;BR

PC.RSEOM

IF NOT

YET

;CHK RSOM = 0,

#IC,WRIBYT
PC,WRITLU

PC.IACTIV

JSET
JOHK

PC ,MSTCLR

;ISSUE

REOM - 0

IC (INPUT CLEAR)
JACT = 0

IN REG 12

CLEAN-UP MASTER (LEAR

L 10063:

104401

(SERDF
26
EM26
ERR3

TRAP

CSETST

1716

R
e
e R
Y

};}g

LSBTTL

1719
1720
1721
1722
1723
1724

;*
;*
;*
;*
;v
;%

1726 032026

BGNTST

1725

_
1727
1728
1729
1730
1731
1732
1733
1734
1735
1736
1737
1738

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 JACT, AND THE RECEIVED CHARS ARE READ FROM
AXO-15 AND (OMPARED TO EXPECTED VALUES. THE PROGRAM THEN (HECKS FOR JA(CT
STILL - O, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR JACT = 0.

032026
032026

032034
032040
032044
032046
032050
032052
032054
032062
032066
032074
032100
1739 032104
1740 032110
1741 032114

012737
004737
004737
000226
000313
000000
000000
012737
005037
112737
004737
012701
012137
004737
020127

032270
003576
010612

002362

000012
002402
000040
003722
003220

002400

002422
005146
0032472

002366
3%:

TEST 32 - USYRT RECEIVER MSG TEST - (HAR MODE, NO CRC

A A

AR AR

RN RN AR AR N AR NN AR A AR AR AR AN AN AN NN

T32::
MOV
#248 ,RETADR
;SET TEST EXIT ADDRESS FOR ERRORS
JSR
PC,MSTCLR
;ISSUE MASTER CLEAR
JSR
PC,SETUP
;PROGRAM THE USYRT
SYNCH
(RC2!CRCY!STRIP!IERR!DD(MP
000
000
MOV
#12 ,REGNUM
JSET LU REG NO. = 12
CLR
AXNUM
JSET AX BYTE NO. = 0 FOR AXO
MOV
#LULP ,WRIBYT
JSR
PC,WRITLU
;SET LULP IN REG 12
MOV
#MSG1,R1
;GET POINTER TO MSG DATA TABLE
MOV
JSR
(Mp

(R1)+, TXWORD
PC.LDTXSI
R1,MMSG1+18,

;GET CHAR TO BE LOADED
;LOAD CHAR INTC TX SILO
JSEE IF ALL MSG CHARS LOADED YET

INNAS

rZDMRE MB203 STATIC DIAG #1
TEST

MACRO V03.01

C 13
17=-0CT=79 08:49:54 PAGE 24-37

SE@

32 -~ USYRT RECEIVER MSG TEST - (MAR MODE, NO CRC

1742

1748
1744
1745
1746
1747
1748
1749
1750
1751
1752
1753
1754
1755
1756

032120

032122
032126
032132
032134
032140
032142

032146
032150
032154
032160
032162

032166
032172
032176
1757 032202

1758 032210
1759
1760 032214

103771

004737
004737
000030
004737
000000
004737

000006
012701
004737
00000!
004737

023721
0014'5
016137
013737

004737

032214
032216
032220
032222
1761 032224
1762 032226
1763 032232

104455
000032
013043
015114
000421
004737
000010

1765 032240
1766 032242

103745
004737
000001
012737
004737
004737
00000C
004737

1764

03223¢

032246
032250
032256
032262
1771 032266
1772 032270
1773 032274
032274
032274

1767
1768
1769
1770

1774
1775

020127

BLO

005120
005226
006666

005226
003224
006666

108

004076

002370

177776
002370
004500

PC,WAITSO
PC,STPLU

6
MOV
JSR
1
JSK

CMP
BEQ
MOV
MOY

002404
002406

PC,IACTIV

;ALLOW DATA TO RIPPLE IN SILO
;CLOCK LU FOR 24 CYCLES (UNTIL FIRST
:
DATA CHAR IS ABOUT TO BE RECE1VED)
;CHK JACT = 0

PC,STPLY

;CLOCK LU UNTIL 1ST DATA (HAR IS R(CV'D

MSG1+4,R1
PC.IACTIV

JCHK JACT = 1

PC ,READAX

;READ AX0

PC,GETALL

;GET REGS FOR PRINTOUI

RAX15,(R1)+
12%
-2(R1) ,GOODAT
RAX1S ,BADDAT

JSR

:BR [F NOT YET

:COMPARE RCV'D CHAR TO EXPECTED
:BR IF RCV'D DATA 0K
;GET EXPECTED DATA
:GET ACTUAL DATA

:REPORT INCORRECT DATA CHAR RCV'D

005226

*2%:

003236

ERRDF

26,EM26,ERR3

BR
JSR
8.

248
PC,STPLY

;CLOCK LU 8 CYCLES

BLO
JSR
1
MOV
JSR
JSR
0
JSR

R1,#MMSG1+14,
108
PC.IACTIV

:SEE IF ALL S DATA CHARS RCV'D YET

CMP

006666
000200
003722
006666

b3 3

JSR
JSR
26.
JSR
0
JSR

158

002366

003576

24%:
ENDTST

TRAP
.WORD
.WORD
.WORD

:BR IF NOT YET
;CHK FOR JACT STILL

= 1

#IC,WRIBYT
PC,WRITLU
PC,IACTIV

:SET IC (INPUT CLEAR)
:CHK IACT = 0

PC,MSTCLR

:ISSUE CLEAN-UP MASTER CLEAR

IN REG 12

L 10064 :

104401

CSERDF
26
EM26
ERR3

TRAP

CSETST

1776

1777
1778
1779
1780
1781
1782

;;tt.ttvtttttt.ttttttttt'tttttttttttttttttttttttttttttttQttttfitfit'ttttfi't'tttt"

LSRTTL
80
%

1783
1784

1785

1786
1787
1788
1789 032276

032276
1790 032276
179 032304

TEST 33 - USYRT RECEIVER MSG TEST - BIT MODE, NO CRC

THE LINE

UNIT

INITIALIZED AND A MESSAGE

INITIATED

(USING STEPLU)

WITH

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
ARE THEN SENT. THE PROGRAM MONJTORS IACT, RSOM, AND THE RCV'D CHARS ARE
READ FROM AX0-15 AND COMPARED TO EXPECTED VALUES. THE PROGRAM THEN CHECKS FOR

JACT = 0, SETS IC TO CLEAR THE RECEIVER, AND CHECKS FOR JACT STILL = O.

';ttt.tttt'ti!.titttfitfi't""fifittt.'fii.ttfit'flttt.t'tttQOQ.."t"'.tt""'.t""'

BGNTST
012737
004737

032632
003576

002362

MOV
JSR

#24% ,RETADR
PC,MSTCLR

133%::

;ISSUE MASTER CLEAR

004737
000000
000302
000000
000000
012737
005037

oo~

d
d ed rd
d

~ Y

—

D 13
17-0(T-79 08:49:54 PAGE 24-38

000012
002402
000040

002400

3%:

)
D

-— 00b 00b _A—A—l—b—l.‘—l—a—l_&—a;_a
0o 00 0o 00 00 0o 00 0o 0o Co 00 OO OO 00 00 00 00 00 00 0o 00 0o 00 0o
Nt b
b
b D b =
=D
D o
D
d —d
D el

W
=00V NV
W =

MOVB
JSR
MOV
MOV
JSR
(MP
BLO
JSR
JSK

MOV
cMp
BNE

R1,#MSG1+18.
3

PC,WAITSO
PC.STPLU

PC,IACTIV

JSR

PC,RSEOM

;CHK RSOM =

B8R
(Mp

9%
R1,AMMSG1+12.

;CHK RSOM = 0, REOM - 0

JSR
MP

032550
032550

JSR
0

BEQ

MOV
MOV
;REPORT

REOM = 0

JSEE IF LAST CHAR RCV'D
;BR IF NO

B8R
JSR
1

002370
004500

DATA (HAR S ABOUT TO BE RECEIVED)

JCHK JACT = 0

PC,IACTIV

PC,RSEOM

177776

;

JCLOCK LU UNTIL 1ST DATA (CHAR IS RCV'D

JSR

9%:

;CLOCK LU FOR 33 CYCLES (UNTIL FIRST

PC,STPLU

007054

004076
002370

;GET CHAR TO BE LOADED
;LOAD CHAR INTO TX SILO
;SEE IF ALL MSG CHARS LOADED YET
;BR IF NOT YET
JALLOW DATA TO RIPPLE IN SILO

JSEE IF 1ST 7HAR R(CV'D
:BR IF NO
;CHK JACT = 1

007054

JSET LULP IN REG 12
;GET POINTER TO MSG DATA TABLE

;CHK RSOM = 0, REOM = 0

MMSG1+4
R
R1,MMSG1T+4

PC,IACT]V

;CHK FOR IACT = 0

PC.IACTIV

;CHK FOR JACT =1

PC.RSEOM

JCHK RSOM - 0, REOM = 0

P(C ,READAX

:READ AX0
;COMPARE RCV'D CHAR TO EXPECTED
;BR IF RCV'D DATA 0K
;GET EXPECTED DATA
;GET ACTUAL DATA

RAX15,(R1)+
12%
<2(R1),G00DAT
RAX1S ,BADDAT

PC,GETALL
;GET REGS FOR PRINTOQUT
JSR
INCORRECT DATA (HAR RCV'D
ERRDF
26 ,EM26 ,ERR3

TRAP

.WORD
.WORD

005226

12%:

B8R
JSR

243

PC,STPLU

159

USYRTM

PC,RSEOM

006566

8%:

THE

€S

6%:

#LULP,WRIBYT
PC,WRITLU
#MSG1,R1
(R1)+,TXWORD
PC.LDTXSI

BNE
JSR

006666

;SET LU REG NO. - 12
;SET AX BYTE NO. = 0 FOR AXO

]

007054

Lag

#12,REGNUM
AXNUM

JSR

006666

—

MoV

JSR
0
JSR
0
JSR
6

005226

032552
032554
032556
1842 032560
1843 032562
1844 032566

;PROGRAM

33.

007054

1839 032544

PC,SETUP

CLR

006666

003234

JSR

000
CRC?!CRC1!IERR
000
000

005°20
005226

003224
003224

SEQ

NO CRC

010612

005146
003242

1837

1841

MACRO v03.01

USYRT RECEIVER MSG TEST - BIT MODE,

2 SER3RE8ES $ 333 3838 w"

M8 203 STATI(C DIAG #1

.WORD

sCLOCK LU 8 CY(LES

CSERDF

EM26

ERR3

TEST

33 - USYRT RECEIVER MSC

1845 032570

1846
1847
1848
1849
1850
1851
1852
1853
1854
1855
1856

032574
032576
032602
032604
032610
032612
032620
032624
032630
032632
032636

032636
032636

TEST -~ BIT MODE,

020127

003236

004737

006666

004737

007054

012737
004737
004737

000200
003722
006666

004737

003576

000000

MA(RO v03.01

E 13

17-0(T=79 08:49:54 PAGE 24-39

SEQ

NC (R(

R1,MMSG1+14,

(mp
BLO
JSR
0
JSR
0

002366

5%
PC,IACT]V

26%:
ENDTST

JCHK RSOM = 0, REOM

PC,WRITLUY
PC,IACT]V

JSET IC (INPUT (LEAR)

[N REG 12

PC.MSTCLR

JISSUE CLEAN=-UP MASTER (LEAR

#IC,WRIBYT

JSR
JSR
v
JSR

;SEE IF ALL DATA (HARS [HECKED YET
;BR IF NOT YET
JCHK JACT = 0

P( ,RSEOM

MOV

160

(/DMRB M8203 STATIC DIAG M

JCHK

JACT

- 0

L 10065:

104401

TRAP

CSETST

';Q..'t""'t.l.t"ltt'tttttfl.tt'"Q.tt'.t"tfitt'tt.tt.t....'.."....""'..'i"

"SBTTL

TEST

- SILO-DISABLED

TRANSMITTER LOAD

TEST

‘* THIS TEST DISABLES THE SILOS, LOADS A 125 CHARACTER INTO THE TX SILO, AND
;% READS AX1-15 AND (HECKS
;% BUFFER.
S

THAT

THE

DATA DiD NOT GET LOADED

012737
004737
012737
012737
004737
012737
004737

123727

1883 032742

012737
013737
004737

003576
000014

000040
003722
000040
000125
005146
000002
004076

032746
032750
032752
032754

1886 032756
1887 032762
1888 032766

032766
032766

005037
004737
104401

JSR

PC.MSTCLR

MOV
JSR

#DISSI,WRIBYT
PC,WRITLU

MOV

#125, TXWORD

MOV

002400

002366
002426
002422

MOV

JSR

002402

MOV

002370

000000

000000
002370
004500

002404
002406

CMPB
BEQ
MOV

1885 032746

002426
003576

USYRTM

3223823222222 22222222222222R22RRRRRRRR2R
AR
RSl RRRRRRl R R

BGNTST

004737
012737

INTO THE

JSR

MOV
;REPORT

3$:
ENDTST

JSR

#14 ,REGNUM

#D1SSI.DISILO

PC,LDTXS]

#2 . AXNUM

CLR

JSR

;SET DISABLE SILO FLAG

JLOAD 125 INTO TX SILO
;SET REG NO. FOR AX1

JREAD AX1-15, AX1-16

RAX15 ,RADDAT

;BR IF UNCHANGED
;GET EXPECTED DATA
;GET ACTUAL DATA
;GF7 REGS FOR PRINTOUT

RAX15,#000
38
#000, GOODAT
PC.GETALL

T34

JSET REG NO. = 14
;SET DISSI BIT

PC .READAX

REG MISCOMPARE

ERRDF

;ISSUE MASTER (LEAR

JCHECK FOR AX1-15 UNCHANGED

3,EM3,ERR3

DISILO

PC,MSTCLR

.WORD
WORD

(SERDF
3
EM3
ERR3

TRAP

f‘FT(Y

TRAP

;CLEAR DISABLE SILO FLAG
“ISSUE MASTER CLEAR TO CLEAN UF
L 10066:

- WORD

MACRO v03.01 17-0CT=79 08:49:54 PAGE
(IDMRB MB8203 STATIC DIAG #
TEST 34 = SILO-DISABLED TRANSMITTER LOAD TEST
1893
1894

1896

;“« IRDY, AND THE RECEIVED CHARS ARE READ FROM AXO AND COMPARED TO EXPECTED
i VALUES.
R 22
iRt RRRRRRllRS
. (28 E2222222220R22223 R 2222222220222

1902
903
1904

1905 032770

032770

1906 032770
1907 Q32776

033002
033004
033006
033012
033016

012737
004737

BGNTST

002362

MOV
JSR

003576
010612

1919 033046
1920 033054
1921 033062

012737
012737
004737
012737
012737
112737

000014
000140
003722
000140
000012
000040

000
000 MOV
MOV
JSR
MOV
MOV
MOVR

1923
1924
1925
1926
1927
1928
1929
1930
1931
1932
1933
1934
1935
1936
1937
1938
1939

0127017
004737
000001
012737
112137
112137
004737
004737
000000
004737
000000
004737
000003
004737
000001
012703
112137

003220
004634

033020
033022
033024
033026
033034
033042

1922 033070

033074
033100
033104
033106
033114
033120
033124
033130
03313¢
033136
033142
033144
033150
033152
033156
033160
033164

1940 033170
1941 033174

1942 033200

033202
033206
033210
033216
033222

1948 033224

000000
000000
004737
004737
000000

033670
005512

]

0
0
JSR
JSR

1963
1944
1945
1946
1947

161

;;v THE LINE UNIT IS INITIJALIZED AND A MESSAGE IS INITIATED (USING STEPLU)
:;* WITH LULP (REG 12) SET TO LOOP THE DATA INTERNALLY [N 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,

1897
1898
1899
1900
1901

1913
1914
1915
1916
1917
1918

SEQ

;'"Q.Q'..Q."t.".'ttfit.."Qtfil't't't.tfit.'t't.ttt't‘.QtQ'.t't.'."..""..t'.t.'
TEST 35 - SILO-DISABLED MESSAGE TEST - BIT MODE, NO (RC
SBTTL
;

1895

1908
1909
1910
1911
1912

3
24=~40

004737

112137
020327

001006

005737
001403
112737
004737
000001
004737

003722

000002
002374
002376
004264
004634

002400
002366
002426
002400
002366

00240/

005324
005226
005324
000004
002374
002376
000001

4%:

002430
000002
004634
004264

JSET TEST EXIT ADDRESS FOR ERRORS
JFIND OUT WHiCH USYRT (HIP

PC ,MSTCLR
PC,SETUP

;ISSUE MASTER (LEAR

000
(RC2!CRC1.IERR

000302
000000

002376

[0}
JSR
]
MOV
MOVB
MCVB
JSR
JSR
0
JSR
0
JSR
3
JSR
]
MOV
MOVB

T35::

#78$ RETADR
PC,INITRN

;PROGRAM

#14 ,REGNUM
;SET
NTXEN!DISSI,WRIBYT

PC,WRITLU

JSET

THE

USYRT

REG NO. = 1 4
TXEN AND D] SSi

#12 ,REGNUM

:SET DISABLE
.SET LU REG NO. =1 2

PC,WRITLU

;SET LULP IN REG 12

#TXEN'DISSI,DISILC
#LULP,WRIBYT

#MSG1,R1
PC,OSIRDY

;GET POINTER TO MSG
;CHK ORDY = 1

#2 ,AXNUM

;SET AX BYTE

PC,WRITAX

;LOAD

PC,O0ACTIV

JCHK OACT = 0

PC,STPLU

;CLOCK LU FOR

PC,OACTIV

;CHK OACT

#4 ,R3
(R1)+,WAX15
(R1)+ ,WANT6
R34
5%

JINIT COUNTER
;GET ANOTHER (HAR

MOVR
JSR

#TEOM, WAX16

JSET

JSR

Pr WR]TAX

MOvVB
cMP
BNE
TST
BEQ

(R1) +,WAX15
(R1)+,WAX16

PC,O0SIRDY

(HPTYP
5%

PC,OSIRDY

NO.

;6eT A (HAR
CHAR

IN REG

FOR AX1

INTO USYRT

;CHK ORDY - 0

SILO FLAG

Tx BUFFER

3 CY(CLES

JSEE IF LOADING LAST DATA (MHAR YET
*BR IF NOT

JSEE IF SIG USYRT
:BR IF YES

TEQOM UIYH LAST DATA (HAR

. (HK ORDY =

JLOAD ANOTHER (HAR INTO USYRT Tx ButFtk

s CHK ORDY

006666

6SR

PC,IACTIV

JCHK

007054

ésa

P(,RSEOM

;(HK RSOM = 0, REOM - 0O

005226

éSR

PC,STPLU

;CLOCK LU FOR 8 CYCLES

005324

{én

PC,OACTIV

;CHK OACT

004634

{SR

PC.OSIRDY

;(HK ORDY =1

006402

DEC
BNE
6SR

R3
/X3
PC.ISIRDY

17 NOT DONE YET
B
;CHK [RDY = 0

TSt

CHPTYP

;SEE IF SIG USYRT
;BR IF NOT

ATEOM,WAX16

;LOAD EOM (HAR
JLOAD ANOTHER (HAR INTO USYRT

002376

005226

1977
1978
1979
1980
1981
1982
1983
1984
1985
1986
1987
1988
1989

35 P

- 0

DD 5

002374
000002
004264

1975
1976

JACT

-1

BNE
C(LRB

1%
wAX1S

JSR
%sn

PC,WR]TAX
PC.STPLU

;CLOCK LU FOR 3 CYCLES

MOVR

11%:

002430

1970
1971
1972
1973
1974

PC,OSIRDY

1961
1962
1963
1964
1965
1966
1967
1968
1969

SSR

[RDY -

033244
033250
033252
033256
1957 033260
1958 033264
1959 033266
1960 033272

1953
1954
1955
1956

004634

ésn

PC,ISIRDY

;JCHK

005324

#sn

PC,OACTIV

;(HK OACT -1

006666

¥sn

PC,IACTIV

;CHK [ACT

007054

{sn

PC ,RSEOM

JCHK RSOM -

006402

ésn

PC,ISIRDY

;CHK IRDY - O

MOV

#0 , AXNUM

BEQ
MOV

98
#0,GOODAT
#RAX1S ,BADDAT

sSET AX BYTE NO. FOR Ax(
;COMPARE RCV'D CHAR TO 000

002402
000000

000000
002370
004500

002404
002406

CMPR

6%:
;REPORT

MOV
JSR

RAX15,#000

PC,GETALL

TX BUFFEK

006402

000000
002370

1951 033236
1952 033242

004737
000000
004737

REOM

;BR IF MAT(H

JSET EXPECTED DATA
sSET ACTUAL DATA

:;GET REGS FOR PRINTOUT

INCORRECT DATA CHAR RCV'D
ERRDF
26,EM26.ERR3

TRAP

(SERDF

[0RD

ERRS

.WORD

1990
1991

1993
1994
1995
1996

1997 033470
1998 033474
1999 033476

2000 033502
2001 033504

18%

ésn

PC,STPLU

;CLOCK LU FOR 8 CYCLES

006402

gén

PC,1SIRDY

;(HK IRDY =1

005324

#SR

PC,OACTIV

;CHK DACT =1

006666

{sn

PC,IACTIV

JCHK TACT = 1

007054

559

PC . RSEOM

;CHK RSOM - 1, REOM - Q

0064072

JSR

PC,ISIRDY

;CHK [RDY = 0

005226

1992

B8R

9%:

BN B-N-B-B-B-B B

1950 033234

1670

1949 033230

SEQ

TEST = 8IT MODE, NO (R(

SNV

35 -~ SILO-DISABLED MESSAGE

G 13
17-0(T=~79 08:49:54 PAGE 24-41

2¢

[oaYo o]0 oXooXe o o eRoo oo o oLoeeoko o Lo e e Xooedo oMo oNo o oodo XorResRocRooRoeRio -

TEST

MACRO v03.01

IDMRB MB203 STATIC DIAG #

2002 233510
2003 033512
2004 033520

000000
123727
001404

2006 033530
2007 033532
2008 033536

000734
(04737
000010

2005 033522

2009 033540

2010 033544
2011 033546
2012 033552
2013 033554
2014 033560

2015 033562

012737

004737

000002
004737
000001
004737

004737

2016 033566
2017 033570
2018 033574

000002
004737

2020 033604

001404

2022 033614

000702

2019 033576

2021 033606
2023 033616
2024 033624
2025 033632

2026 033636

2027 033644
2028 033652
2029 033656
2030 033662
2031 033666
2032 033670
2033 033674
2034 033700
033700
033700
2035
2036
2037
2038
2039

002370

000125

002404

005226

MOV

006402

JSR

005324

006666

007054

JSR

006402

000252

012737

000252

002404

012737
012737
004737

000014
000040
003722

002400
002366

012737
004737
004737
004737

000200
003722
005120
005324

002366

000011

002426
003576

14%:

002400

ENDTST

|
;C(OMPARE 2ND RCV'D (HAR TO 125
:BR IF MAT(CH

63
PC,STPLU

:BR TO REPORT ERROR
;CLOCK LU FOR 8 CYCLES

PC.,ISIRDY

;CHK IRDY - 1

PC,OACT]V

:CHK OACT = 1

PC,IACTIV

(CHK

IACT - 0

PC.,RSEOM

;(HK RSOM = O, REOM - 1

PC,ISIRDY

;CHK IRDY = 0

BEC

(MPFKs

RAX1S, 4252

:COMPARE 3RD RCV'D (HAR TO 252

MOV

14%

#252,GO0ODAT

MOV
MOV
JSR

#14 ,REGNUM
#DISS],WRIBYT
PC,WRITLU

B8R

#11 ,REGNUM

MOV
JSR
_SR
JSR
0
(LR
JSR

A0C,WRIRYT
PC.WRITLU
PC.WAITSO
PC,OACT]V

DISILO
PC,MSTCLR

163

JSET EXPECTED DATA

2
JSR
C

MOV

18%:

RAX15,4125
12%

#125,GO0ODAT

BR
JSR
8.
2
JSR
1
JSR
0

002370

005037
004737

Y]
CMPR
BEQ
12%:

123727

012737

SEQ

TEST - BIT MODE, NO CRC

:BR IF MATCH

;SET EXPECTED DATA

:BR TO REPORT ERROR
;SET REG NO.

= 14

SCLEAR TX ENABLE

JSET REG NO., =

;SET OC TO SHUT DOWN TRANSMITTER
;WAIT FOR SHUTDOWN
:CHK FOR OACT = 0

;CLEAR DISABLE SILO FLAG
:ISSUE MASTER CLEAR TQ CLEAN UP
L10067:

104401

TRAP

(SETST

20‘0

"'-.t'tt..t.t't.tt..t.t..tttt."tt..tt'tttttt.ttltt'tt't.t.ttt'tt.t.ttt‘...'tttt'

582;

LSBTTL

2043
2044
2045
2046
2047
2048
2049

;%
;v
:*
;v
;v
;¢
;~

2051

;* PROGRAM CHECKS FOR ICIR = 1, IRDY = 1, UNTIL THE 64TH GROUP, AFTER WHICH

2050

2052
2053
2054

2055

2056

TEST

36 - RECEIVER BUFFER TEST - (HAR MODE,

(RC

FIRST, A MASTER CLEAR IS DONE AND THE PROGRAM CHECKS FOR ICIR = 1 AND [RDY
= 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 INTO
THE TX SILO.
THE LINE UNIT IS THEN CLOCKED UNTIL IRDY = 1, AND THE PROGRAM CHECKS FOR
THIS TO OCCUR WITHIN 40-43 CYCLES. THE PROGRAM READS THE RCV SILO, CHECKS THE
CHAR FOR 000, AND CHECKS FOR IRDY = 0 AGAIN.

;% THE LINE UNIT IS THEN CLOCKED IN GROUPS OF 8 CYCLES., AND AFTER EACH, THE

; IT CHECKS FOR ICIR = 0, IRDY = 1. THE SECOND DATA (HAR IS READ FROM THE
;v RECEIVER SILO AND COMPARED TO 001. THEN, THE PROGRAM (HECKS FOR ICIR
1,
:* JRDY = 1 AGAIN.

:* THE REST OF
;*

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

(OMPARED A BYTE

TIME,

neo

35 - SILO-DISABLED MFSSAGE

H 13

17-0(T1=-79 (B:49:54 PAGE 24-~4/

TM (L S 0t 0t Smceg Bt Dt et Suuet Bnp Gt St B Bt G Ghnsh Surud S in (st e Bt o (vt Sne et et Bt Bt Bt bt 0 et bt et et e = 1 T LT YOOV
O QY

TEST

MACRO v03.01

= = = P = P 1 0 1

({DMRB MB203 STATIC DIAG M1

113
24-43

XA AAARAAAR

BGNTST
012737

004737
00737
000001

C36'56

00357¢
006402

002362

ARl

N
Rl

ARl

RXRRERERR AR R

MOV

#A10,RE TADR

;SET TEST EXIT ADDRESS fogééfinons

JSR

PC,ISIRDY

JCHK ICIR - 1,

DO MASTER CLR, CHk FOR ICIR - 1, 1RDY = 0
TTTTTTUSR . PCMSTCLR SISSUE MASTER CLEAR

IRDY - 0

: LOAD AND CLOCK 2 SOM'S, LOAD 64 BYTES OF BINARY COUNT PATTERN INTO Tx SILO,
; CLOCK LINE UNIT, (HK FOR jRDY = 1 WITHIN 40-43 CYCLES

2070 033722
2071 033726
2072 033730
2073 033732
2074 033734
2075 033/40
2076 033744
2077 033746

2078 033752
2079 033754
2080 033760

2084
2085
2086
2087
<088
2089
2090

033762
033764
033770
033772
033774
033776
034002

0055712

gézCH

PC.IMITRN

STRIP!DDCMP

002622
005146

2%:

000100

007722

006402

2 ¥

‘6% :

R3
R3, TXWORD

JINIT BINARY (OUNT DATA FOR WRITING

INC

;INCR DATA

JSR

PC.LDTXSI

;LOAD A DATA BYTE

. o

R3, 464,

2%
PC R(CVIST

SEE IF 64 BYTES LOADED YET

BR ]F NOT VYET
RECEIVE AND TIME FIRST CHARACTER

CLR

;INIT PATTERN FOR READING

JSR

PC,(KDATA

SREAD RCV SILO,

INC
JSR

R4
PC,ISIRDY

s INCR DATA FOR READING
JCHK FOR ICIR = 7, IRDY = 0O

0
0

034004
034010
034012
034016
034022

2101 034032
2102 034036

005226

188

002422
005146

éSR

PC,STPLU

MOV

R3, TXWORD

INC
éSR

R3
PC,1SIRDY

JSR

006402

000177

(MP
BLT

INTO

TXx SILO

COMPARE DATA

;EXPECTED DATA = 000
JDON'T CLOCK LINE UNIT

* CLOCK 63 CHARS INTO RCV SILO, CHK ICIR=
2094
2095
2096
2097
2098

CLOCK THEM [NTO USYRT

(IR
MOV

8LT
zgR

007406

JLOAD 2 SOM®S,

1. IRDY = 1

:CLOCK LU FOR B CYCLES

PC.LDTXSI]

:LOAD ANOTHER WORD INTO TX SILO

R3 4127,
188

JSEE IF 63 MORE (HARS (LOCKED YET
‘BR IF NOT YET

INCR PATTERN FOR WRITING
JCHK ICIR = 1, IRDY =1

* CLOCK 1 MORE CHAR INTO RCV SILO. CHK ICIR= 0, IRDY - 1
005226
006402

’

5sn

PC.STPLU

CLOCK LU FOR B CYCLES

één

PC,ISIRDY

;CHK ICIR = 0. IRDY

NNV NUVUVNVANNUVVNVUVNUDLLVNVN VDD DDDDDVIVIDVDODDDIZOOD

2057
2058 033702
033702
2059 033702
2060
2061
2062
2063 033710
2064 033714
2065 033720

SEQ

NO<

MACRO v03.01 17-0(T=79 0B8:469:54 PAGE
W DMRB MB203 STATIC DIAG M
3 ST 36 - RECEIVER BUFFER TEST =~ (MAR MODE, (RC

36 - RECEIVER BUFFER

TEST

2113 0340564
2114 034060
2115 034064
2116 034066
2117 034070
2118 034072

010437
004737
000000
000000
005204
020427

034064
007722

2120
2121
2122
2123

004737
000003
004737
000010

006402

2119 034076
034100
034104
036106
034112

2124 034114
2125 034120
2126 034122
2127 034126
2128 034132
2129 034134
2130 034140
2131 034146
2132 034152
2133 034156
2134 034756
2135 034162

0346162

208:
2's:
22%

000400

020327
003007
010337
004737
005203
000137
012737
004737
000137

000377

004737

003576

0340564
001000
005146
0340564

RG,218
PC . CKDATA
R4
R& , #4600

;SET EXPECTED DATA
*READ AND COMPARE DATA
CEXPECTED SILO ENTRY GOES HERE
*DON'T CLOCK LINE UNIT
“INCR DATA PATTERN FOR READS
“SEE IF ALL DONE READING YET

JSR
3
ISR
8.

PC,ISIRDY

“CHK ICIR = 1,

32¢

002422

24%:
328
A10:
ENDST

145

*BR IF DONE READING

IRDY = 1

PC,STPLU

:CLOCK LU FOR 8 CYCLES

BGT
MOV
JSR
INC
IMP
MOV
JSR
IMP

R3,#377
248
R3, TXWORD
PC.LDTXS]
R3
208
#TXEOM,
T XwWORD
PC,LDTXS]
20$

;SEE IF ALL CHARS LOADED INTO TX SILO YET
‘BR IF YES

JSR

PC.MSTCLR

:1SSUE MASTER CLEAR TO "LEAN UP

cMP

002422
005146

SEQ

TMoy
JSR
0
0
INC
CMP

BEQ

005226

24=4«

:LOAD ANOTHER CHAR INTO TX SILO
“INCR DATA PATTERN FOR WRITING
;LOAD EOM INTO TX SILO

L10070:

104407

TRAP

(SETST

2141

§}2§

SBTTL

2144

“»

2146
2147

‘+ TRANSMITTER SILO. THE LINE UNIT IS THEN CLOCKED USING STEPLU WITH LULOOP
“» SET, WHILE THE RECCEIVER CHAR LENGTH IS SET TO THE FOLLOWING VALUES : 5.6.7.8.

2148

IS PLACED IN CHAR MODE, WITH NO ERROR DETECTION,

‘« FOR EACH RCV CHAR LENGTH,
“«

2150
2151

AND A MSG IS

FLAGS OCCUR

THE PROPER NO.

THE PROGRAM CHECKS TO MAKE SURE THET USYRT RECEIVER
OF

CYCLES APART,

FOR EACH RCV CHAR LENGTH.

“» (FOR EXAMPLE A S-BIT CHAR TAKES S5 CLOCK CYCLES TO BE RECEIVED). A MASTER
‘e CLEAR IS THEN DONE TO TERMINATE THE OPERATION.

2152

2153 034164

034164

034164
034172
034176
034200
034202

2159 034206
2160 034212
2163
2164
2165
2166

THE LINE UNIT

“« INITIATED WITH 2 SYNCH CHARS. NEXT. FIFTEEN 000 CHARS ARE LOADED INTO THE

2149

2154
2155
2156
2157
2158

TEST 37 - RECEIVER CHAR LENGTH TIMING TEST - CHAR MODE. NO CR(

034222
034226
034234
034242

012737
004737
000000
000341
012701

005037
004737

004737
012737
012737
012737

(34356
005512

]

000017

005120
000006
000000
000005

3%:

002402
002374
002376

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

BGNTST

002362

002422
005146

AR AR AN R AR A AN R R AR RN

137::

MOV
#24$ RETADR
JSR
PC, INITRN
000
CRC2!CRC1! IDLE.DDCMP
MOV
#15. R

SSET TEST EXIT ADRS FOR ERRORS
*DO MASTER (LR, LDAD 2 SOM'S

JSR
DEC
BNF

PC,LDTXSI
R1
3

;LOAD A 000 CHAR INTO Tx SILO
‘DECR COUNTER
*BR IF NOT DONE LOADING YET

MOV

#000,WAX15

"SET DATA FOR AX3-15

CLR

JSR
MOV
MOV

T XWORD

PC.WAITSO
26 AXNUM

SINIT COUNTER

*WAIT FOR SILO TO RIPPLE
“SET BYTE NO. = 6 FOR AX3

#RXLEN2 . RXLENO,WAX16 ;SET RCV LEN = 5

RO RANN R AN NN I

DDOD®

2145

RN ANANRANARRAANNANRNARAANAANARAAAAANAANAAARAARARRNAARNAAARRARRANAARAAANAANRARRANANAANANARNAAANRA
AN NS

OCOODODODODODODDOD

2136
2137
2138
2139
2140

034162

001427

- (HAR MODE,

J 13

17=-0C7=79 (08:49:54 PAGE
(RC

—

TEST

MACRO v03.0 1

>P>PPPPOPBLPBPPPPPPIIPIERPRPPPDPRPR
LD DA

(ZDMRB MB8203 STATIC DIAG #1

002376

MOV

#RXLEN2 'RXLENT ‘RXLENO,WAX16 ;SET RCV LEN =

000000
004264
011046

002376

:LOAD AX3
*RCY S-BIT DATA CHAR, (LK 6-BIT

MOV
JSR
%sn

20, WAX16
PC.WR] TAX
PC _RXCHAR

;SET RCV LEN = 8
*LOAD AX3
‘RCV 6-BIT DATA CHAR,

Cik 7-8]T

011046

gsn

PC,RXCHAR

:RCV 7-BIT DATA CHAR,

(LK 8-BIT

011046

één

PC ,RXCHAR

:RCV 8-BIT DATA CHAR

JSR

PC,MSTCLR

:1SSUE MASTER CIEAR TO CLEAN UP

ENDTST

L10071:

©®

248

003576

TRAP

(SETST

.-"tt.'.'.t"t'tt'.!l....'fi.t"ttttfiQ‘.QQt'...'fit't'.i".""tfitt.‘t.".t".t.".

"SRTTL
THE

TEST 38 - RECEIVER CHAR LENGTH TIMING TEST - BIT MODE. NO CRC
LINE

INITIATED

UNIT

TRANSMITTER

SET, WHILE

IS PLACED

IN BIT MODE

WITH NO ERROR DETECTION,

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

THE RCV CHAR LENGTH IS SET TO THE FOLLOWING VALUES

: 8,8.8,7,6.5.

4,3,2.1. FOR EACH RCY CHAR LENGTH, THE PROGRAM CHECKS TO MAKE SURE THAT THKE
USYRT RECEIVER FLAGS OCCUR THE FROPER NO. OF CYCLES APART, FOR EACH RCV

N
—

2206 034364
207 034372
2208 034376
2209 034400
2210 034402
2211 034406
2212 034412
2213 034416
22146 034420
2215 034422
2216 0346426
2217 034434
2218 034447
2219 034446
2220 034450

PC,WR]TAX
PC . RXCHAR

OO0

2204
2205 034364
034364

JSR
JSR

000006
004264
007406

:LOAD AX3

000007
004264
011046

012737
004737
004737
00000

166

CHAR LENGTH.

A MASTER

(FOR EXAMPLE, A 5 BIT CHAR TAKES 5 CLOCK CYCLES TO BE RECEIVED).

CLEAR

THEN DONE

TO TERMINATE

THE

OPERATION.

RRRRRRRRRR2RCRRRRR

BGNTST

034656
005512

MOV

002362

588

#4248 RETADR
PC,INITRN

(RCZ2.CR(T
MOV
#15. R

000017
002422
005146

b3 ¥

005120
000006
000000
007406

002402
002374

000000

002376

(LR

T XWORD

J5R

PC,LDTXSI

BNE
JSR

3$
PC.WAITSO

DE(

T38::

SET TEST EXIT ADRS FOR ERRORS
:DO MASTER (LR,

JINIT

LOAD 2 SOM'S

;LOAD A 000 CHAR INTO Tx SILO

;DECR COUNTER

;OR IF NOT DONE LOADING YET
;WAIT

FOR SILO

TO RIPPLE

JSET BYTE NO. = 6 FOR AX3

26 AXNUM

%SR

PC,RCVIST

;CLOCK FIRST B8-BIT DATA (HAR

20, WAX16

JSET RCV LEN - 8

MOV

#000,WwAX15

COUNTER

MOV

RRRiRRRRRERRRRlRR

MO MOANAAOOONADD

r
3

TEFREN 28I

PC.wWRITAX

002376

JSR
PC.STPLU
“CLK LU UNTIL TX'ING 1ST DATA (HAR
CHPCHK .10,
MOV
#RXLEN2
. RXLENT,WAX16 ;SET RCV LEN = 6
JSR
PC,WR]TAX
-LOAD AX3
ésn
PC.RCV1ST
“CLOCK S=BIT DATA CHAR

004264
005226

S8% KRREE2LIS

NI Y
S IASIAY INS1aS
1oV 1oN] rororONINO
—b =2 — ed p b D b D D 2
NI N~

—

)

AUNIALNI
AL NI AL NI AL NINO M,\J

176 034314

JSR

004737
004737
100012

SEQ

NO (RC

oOOOOOo

37 - RECEIVER (HAR LENGTH TIMING TEST - (HAR MODE,

f'\(‘i—]

K13
17-0CT=79 08:49-54 PAGE 24-45

;SET DATA FOR AXx3-15 = 0

TEST

MACRO v03.01

TMo

(ZOMRB M8203 STATIC DIAG M

L 13
MACRO
v03.01
17=-0(T=79
0B:49:54
PAGE
2w-46
JDOMRE MB203 STATIC CUIAG M
TEST 38 - RECEIVER (HAR LENGTH TIMING TEST - BIT MODE, NG (R(

034662

PC,WR]TAX
PC_PXCHAR

:LOAD AX3
"RCY FIRST 8-BIT DATA CHAR, (LK SECOND 8-BI"

000007
004264
011046

002376

MOV

#RXLEN2 'RXLENT .RXLENO,WAX16 ;SET RCV LEN = 7

000006
004264
011046

00237¢

MOV
JSR

#RXLEN2 'RXLENT ,WAX16
-SET RCV LEN = 6
PC.,WR]ITAX
:LOAD AX3

000005
004264
011046

002376

MOV

#RXLEN2 'RXLENO, WAX 16

gsa

PC _RXCHAR

000004
004264
011046

002376

000003
004264
011046

002376

000002
004264
011046

002376

000001
004264
011046

002376

JSR
ésn

PC,WRi TAX
PC _RXCHAR

PC .RXCHAR

%sn

JSR

MOV

JSR
%sn

003576

-SET RCV LEN = §

:LOAD AX3

ARXLENZ ,WAX16

:SET RCV LEN = 4

'RCV 7-BIT DATA CHAR,

*LOAD AX3
'RCV 6-BIT DATA (HAR,

MOV

#RXLENT .RXLENO,WAX16

iSR

PC _RXCHAR

(LK 6-8IT

(LK S5-BIT

SET RCV LEN = 3

PC,WR]TAX

;LOAD AX3

*RCV S-BIT DATA CHAR,

(LR 4=-B]T

MOV
JSR
ésa

#RXLENT,WAX16
PC,WRITAX
PC . RXCHAR

;SET RCV LEN = 2
*LOAD AX3
'RCV 4-BIT DATA (HAR,

(LK 3-BIT

MOV

ARXLENO,WAX16

JSET RCV LEN -1

#sn

PC ,RXCHAR

:RCV 2-BIT DATA (HAR,

JSR

PC.MSTCLR

:1SSUE MASTER CLEAR TO CLEAN UP

JSR
§SR

248:
ENDTST

"RCV 3RD 8-BIT DATA (HAR, (LK 7-BIT

PC,wR]TAX

PC.WR]TAX
PC_RXCHAR

JSR

011046

:LOAD AX3
'RCV SECOND 8-BIT DATA (HAR, (LK 3RD 8-BIT

PC.WRITAX
PC.RXCHAR

*LOAD AX3
'RCV 3-BIT DATA (HAR, (LK 2-BIT
(LK 1-BIT

1L10072:

1044601

TRAP

CSETST

""fi"fit'fikttttitttflttttktttfittttfiti.!'.'fi.t't!QQ.Q"'.""'!Q'.t"'tt'fi""fi"i.

"SARTTL

J*
;%
;*
;%
J*

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 (HARS TO BE
RECEIVED (LINE MARKING) BEFORE SHUTTING DOWN WITH A MASTER CLEAR.

""ttttfi'fit"titt"‘it'tfifii'..t.fi"ti"'tt'.t'.'tt'i.t'ttt't'lt.."lt"'t‘t.ttt'tt

2270 034664
034664
2271 034664
2272 034672
2273 034676
2274 034700

BGNTST

012737
004737
000226
000341

034746
005512

002362

139

MOV
g%z(H

#248 ,RETADR
PC.,INITRN

CRC2.CRC1!IDLE!DD(MP

JSET TEST EX]T ADDRESS FOR ERRORS
JMST CLR, LOAD 2 SOM'S

wlolalalalaYfaYaYala il e Islnlelalninininls]

2252 034650
2253 034654
254 034656

JSR
ésn

167

004264
011046

2221 034456
2222 034462
2223 034466
2226 034470
2225 034476
2226 034502
2227 034506
2228 034510
2229 034516
2230 034522
2231 034526
2232 034530
2233 034536
2234 034542
2235 034546
2236 034550
2237 034556
2238 034562
2239 034566
2240 034570
2241 034576
2242 034602
2243 034606

SEQ

(ZOMRB MB8203 STATIC DIAG 4
TEST

MACRO v03.01

39 - TRANSMITTER UNDERRUN ERROR,

2275 034702
2276 034710
2277 034714
2278 034720
2279 034722
2280 034726
2281 034732
2282 034734
2283 034736
2284 034742
2285 034744
2286 034746
2287 034752
034752
034752
2288
2289
2290
2291
2292
2293
229
2295
2296
2297
2298

012737
004737
004737
000063
004737
004737
000377
000000
004737
000377
000000
004737

000000
005146
005226

IDLE

M3
17-0(T=79 08:49:54 PAGE 24-47

MARKING,

002422

MOV

#000, TXWORD

é?“

PC.STPLU

“CLOCK

PC,RDRXS ]

;READ 000 CHAR
*READ AND

CHECK FOR MARK (HAR

%??

PC,CKDATA

;READ AND

CHECK

000
JSR

PC,MSTCLR

:1SSUE MASTER CLEAR TC CLEAN UP

JSR

PC,LDTXSI

JSR

007326
007722

%§§

PC.CKDATA

000

007722
003576

ENDTST

SEQ

CHAR MODE,

;LOAD 000 CHAR INTO TX SILO
LINE

UNIT UNTIL

FOR

LINE

GOES MARKING

(377)

ANOTHER MARK

L10073:

104401

168

C(HAR

TRAP

(SETST

""'t.fi"..fi"'.'.ttfittfiifi'tfifittQt"fitl’fififi"fltttttttttl’i'fi‘.t'ttfi...'t.'t

"SBTTL

TEST 40 - MSG TERMINATION \.ITH GA CHARS - BIT MODE.NO CRC

. %

“« THE DEVICE IS ENABLED FOR TRANSMIT AND RECEIVE, AND A MESSAGE
“» INITIATED IN BIT MODE.

i+
i«
*»
“«

2 FLAG CHARACTERS ARE SENT, FOLLOWED BY
THE FOLLOWING DATA CHARACTERS : 000, 125, 252, 377. 000. THEN THE LOOP
MODE BIT (STRIP) IS SET AND 2 TERMINATING GO-AHEAD CHARACTERS ARE
SENT. EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE 5 DATA

*+ WORDS ARE READ AND COMPARED TO EXPECTED VALUES.
ix ALSO, THE FIRST GA CHAR IS CHECKED BY SCANNING THE “XDATA BIT AS THE GA

‘« IS BEING TRANSMITTED (GA = 376 OCTAL).
“+ THE TEST ALSO CHECKS FOR SETTING OF RAB AND EBLK
*+ IN LOOP MODE.

;"ttttifi'it'ltt'fiktfit't*t.tfitfi!t'ttt'ltl.*tfifittttt.fitt"t'tt.tt.t'tt'tt'

BGNTST

2309 034754
2310 034762
2311 034766
2312 034770
2313 034772
2314 034776
2315 035000
2316 035002
2317 035010
2318 035014
2319 035020
2320 035024
2321 035030
2322 035032
2323 035036
2324 035040
2325 035044
2326 035046
2327 035050
2328 035054

012737
004737
000000
000310
004737
003224
000005
012737
004737

004737
004737
004737
100071

004737
000376
004737
000000
000000
004737
060125

035110
005512

002362

#248 ,RETADR

002422

140::

JSET TEST EX]T ADRS FOR ERRORS

JMST CLR, LOAD 2 SOM'S

JSR

PC,INITRN

JSR
?561*4

PC,LODMSG

MOV
JSR
JSR

#TXGOA'! TXEOM, TXWORD
PC.LDTXSI
;LOAD A GA (HAR INTO Tx SILO
PC.LDTXSI
;LOAD ANOTHER GA

JSR

PC,STPLU

000
CRC2!CRC1!STRIP

010770
005000
005146
005146
005120
005226

MOV

JSR

PC,WAITS50

CHPCHK!57.

;LOAD DATA (HARS INTO Tx SILO

JALLOW SILO TO RIPPLE

;CLOCK LU UNTIL GA CHAR IS

011150

%;g

PC,CKTBIT

;SCAN TXDATA BIT

007722

JSR
800

PC,CKDATA

;RCv 000 CHAR,

007722

{Sg

PC,C(KDATA

JRCV 125 (HAR, (LK 252

TX'ING

FOR GA CHAR

(LK 125

(ZJDMRB M8203 STATIC DIAG #1
TEST

MACRO v03.01

17-0CT-79 08:49:5% PAGE 24-48

SEQ

40 ~ MSG TERMINATION WITH GA (HARS = BIT MODE ,NO (RC

2329
2330
2331
2332
2333
2334

035056
035060
035064
035066
035070
035074

000000
004737
000252
000000
004737
000377
000010
004737
003000
000010
004737

007722

JSR

P(,CKDATA

:RCV 252 CHAR, (LK 377

JSR

PC,CKDATA

:RCV 377 CHAR

JSR

PC,CKDATA

:RCV 000 CHAR, CHK RAB - 1, EBLK - 1

JSR

PC,MSTCLR

:ISSUE MASTER CLEAR

552

007722

377

007722

gooo

268:

003576

ENDTST

L10074:

104401

169

TRAP

CSETST

'"tt.tfitfifi*fi*ttfitt!’ttfi*tttfilt'ifififli'fit*l’ttt*t'l'tfi'.ifitfitfii'ti.ttttii't'

"SBTTL

TEST 41 - IDLE SYNCHS TEST - CHAR MODE

. %

‘x

THE

DEVICE

IS ENABLED FOR

TRANSMIT AND RECEIVE.

AND A MESSAGE

“» INITIATED IN CHAR MODE. 24(DEC) SYNCHS ARE SENT.
“x EACH SYNCH IS TIMED AS IT IS RECEIVED, AND THE BITS ARE CHECKED
“« FOR A VALID SYNCH CHAR FOR EACH OF
‘x«

THE

FIRST

TWO

THE 22 SYNCHS WHICH FOLLOW

(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).

2359 (35116
035116
2360 035116
2361 035124
2362 035130
2363 035132
2364 035134
2365 035140
2366 035146
2367 035152
2368 035154
2369 035156
2370 035162
2371 035166

2372 035170
2373 035174
2374 035200
2375 035202
2376 035204
2377 035206
2378 035210
2379 035214
2380 035216
2381 035220
2382 035226

A MASTER CLEAR

THE SYNCH CHAR USED

ISSUED.

IS 226

(OCTAL).

2232322323332 23232232332233322232323223232323422232223232822202232232823223232222¢8233243]

BGNTST
012737
004737
000226
000341
012701
012737
004737
005301
001374
004737
004737
000030

035256
005512

000026
000226
005146

MOV

002362

JSR

SYNCH

002422

8$:

MOV
JSR

#SYNCH, TXWORD
PC,LDTXS]

%ER

PC.RCV1ST

DEC
BNE
JSR

MOV

JSR

§v~cu

DEC

BNE
JSR

007722

PC,INITRN

CRC2!CRC1!IDLE 'DDCMP
MOV
#22. .R1

005120
007406
000025
007722

#24$ ,RETADR

SYNCH

R1
6$
PC.WAITSO

:SET TEST EXIT ADRS FOR ERRORS
:MST CLR, LOAD 2 SOM'S
;INIT COUNTER
;LOAD AN SOM INTO TX SIIO
*DECR COUNTER
*BR IF MORE TO LOAD

SALLOW SILO TO RIPPLE
“CLK LU UNTIL

#21..R1

;INIT COUNTER

:DERC COUNTER

#11,REGNUM

SSET REG NO.

PC,CKDATA

8$
PC,CKDATA

*READ A SYNCH,

3RD SYNCH RCV'D

CLK NEXT ONE

‘BR [F NOT ALL CHECKED
“CHECK LAST SYNCH

000011
000200

002400
002366

MOV

MOVR

#0(.wRIRY'

[ag]

THEN,

(RCVR

IS ACTIVE)

MMM Mmmmmmm

“x

CIDMRB HB??S STATIC DIAG M
TEST

2383 035234
2384 035240
2385 035244
2386 035246
2387 035252
2388 035254
2389 035286
2390 035262
035262
035262

MACRO v03.01

SYNCHS TEST - (HAR MODE

004737
004737
000014
004737
000377
000000
04737

81 4
17-0(T=79 08:49:54 PAGE 24-49

SE@

003722
00522¢

JSR
{SR

PC,WRITLU
PC,STPLU

JSET OC IN REG 11
CFINISH CLOCKING CHAR,

AND

007722

%;;

P(,CKDATA

JRCV A MARK

0
JSR

PC,MST(LR

;ISSHE MASTER (L EAR TO CLEAN UP

003576

26%:
ENDTST

(HAR,

(MK

THEN SOME

L10075:

1046401

170

TRAP

(SETST

"."'..'.".'l..'*.'....fi...'.""...Q..'fi'.'......'"'.Q.Q""..'."...'

TEST 42 - STRIP SYN(CH TEST

.SBTTL
(3R

THE

DEVICE

IS ENASLED FOR

RANSMIT AND RECEIVE,

s INITIATED IN CHAR MODE AND WITH THE STRIP SYN(CH
;o BIT SET.

THEN 24

(DEC)

SYNCHS ARE SENT

;* FOLLOWED BY THE FOLLOWING DATA CHARACTERS :
;* ANC 2 TERMINATING SYNCHS

AND A MESSAGE

377, 000, 125, 252.

;% EACH OF THE 23 SYNCHS A, .ER THE FIRST ARE CHECKED AT THE TRANSMITTER OUTPUT,
;*
;v
;*
;*
;*
;*

2412
26413 035264
035264
2614 035264
2415 035272
24616 035276
24617 035302
2418 035306
2419 035310
2420 035312
2421 035320
2622 035324

2423 035330
2424 035332
2425 035334
2426 035340
2427 0353472
2428 035344
2429 035352
2430 035356
2631 035362
26432 035366
2433 035372
2434 035376
2435 035402
2436 035404

BY SCANNING THE TXDATA BIT.
EACH USYRT RCV FLAG IS TIMED AS IT IS RECEIVED, AND THE &4 DATA WORDS
ARE READ A/'D COMPARED TO EXPECTED VALUES.
FINALLY, THE LINE UNIT IS CLOCKED FOR SEVERAL CHAR TIMES, AND A (HECK
IS MADE FOR QACT = 0 (TEOM SHOULD CAUSE TX ENABLE TO DROP).
THE ABOVE

;* PATTERNS
RN

002362

000400
000026
00514€

002422

6%:

010770

001000
005146
005146
005120
035410
000027
005226
011150

002422

RN RN AR AN

FOR EACH OF

AR R RN AR AR RN

#2483 ,RETADR

MOV
#SYNPAT ,R1
MOV
(R1),3$
JSR
PC,INITRN
.WORD
0
CRC2!CRC1!STRIP!DDCMP
MOV

#TXSOM,
T XWORD

JSR

PC.LDTXSI

MOV

THE

FOLLOWING SYNCH (HAR DATA

RN RN RN AR AR AR AR

T42::

;GET POINTER TO DATA
JGET A SYN{H PATTERN

;MST CLR, LOAD 2 SOM'S
;SYNCH PATTERN GOES HERE
JLOAD 22 SOM*S INTO "X SILO

R?2
6%
PC,LODMSG

:LOAD DATA (CHARS

MOV
JSR
JSR

#TXEOM,
T XWORD
PC.LDTXSI
PC,LDTXSI

;LOAD A TEOM
;LOAD ANOTHER TEOM

JSR

PC,STPLU

;CLOCK OUT FIRST SYNCH

DEC
BNE
JSR
2564

PC,WAITSO
(R1),16%
#23. ,R2

CHP(HK
. 8.
JSR
PC,C(KTBIT

R R AR NN

;SET TEST EXIT ADRS FOR ERRORS

n22. ,R2

JSR
MOV
MOV
14%:

IS REPEATED

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

MOV

2%:

TEST

BGNTST

035504
035512
035306
005512

INTO Tx SILO

JALLOW SILO TO RIPPLE
;GET CURRENT SYNCH PATTERN
JINIT COUNTER
JCHECK TX'D SYNMH

N oo

2437 035410
2438 035412
2439 035414
26440 035416
2641 035422
2642 035424
2443 035430
2444 035432
2445 035434
2646 035440
2647 035442
2448
2649
2450
2451
2452
2453
2454
2455
2656
2457
2458
2459
2460

035510
035510

2461
2462 035512

2463 035514
2464 035516
2465 035520
2466 035522
2467 035524
2468
2469
2470
2471
2472

000000
005302
001373
004737

000010
004737
000377
000010
004737
000000
000010
004737
000125
000010
004737
000252
000040
004737
000000
062701

16%:

. WORD

SE@

;SYNCH PATTERN GOES HERE

007406

BNE
JSR

R2
14%
PC,RCVIST

007722

JSR

PC.CKDATA

;RCY 377, CLOCK 000

JSR

PC,CkDATA

;JRCV 000, CLk 125

JSR

PC,CKDATA

JRCV 125, (LK 252

JSR

PC,CKDATA

JRCY 252, CLK END OF MSG

PC,OACT]V

;(HK FOR OACT =0

#2 R1
R1,#SYNPAT+12,

JINIT SYNCH PATTERM POINTER
JSEE IF ALL PATTERNS (HECKED YET
BR IF NOT YET
;ISSUE MASTER CLEAR TO (CLEAN UP

nEC

377
8.

007722

000
8.

007722

125
8.

007722

252
32.
JSR
0

005324
000002
035526
003576

248

ENDTST

ADD
CMP
8LO
JSR

PC,MSTCLR

;DECR COUNTER

:BR IF NOT DONE CHECKING LAST o3 SYNCHS
;CLOCK UNTIL 000 CHAR RCV'D

L10076:

TRAP

CSETST

SYNPAT: 226

000
125

252
177

STRIP SYNCH TEST

42 -

C 14
17-0C7=79 08:49:54 PAGE 24-50

g
Demg
Py
g By Py
P e
A
A
ASAS A
AL Ll Al P LYY

TEST

MACRO v03.01

B
Bty
P
By
Py
A
A
A
am
-

(ZDMRB M8203 STATIC DIAG #1

]
CODING SECTION

D 14
17-0CT-79 08:49:54 PAGE 25

.SBTTL

SkEQ

172

nery

PARAMETER

HARDWARE PARAMETER (ODING SECTION

s/ INTERPRETED B8Y THE SUPERVISOR AS DATA STRUCTURES.

THE

;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
;/ WITH THE OPERATOR.
SIS0
7777007777777
777 777777707777 /77707 70707007777 77777

035526
035526
035530
035530

035530
035532
035534
035536

0010
035574

035540
035542
035544
035546
18 035550
035550
035552
035554
035556
035560
19 035562
035562
035564
035566
035570
035572

002031
035622

17 035540

BGNHRD

000022

::
L$HARD
GPRMA

160000
177776

000000
000674

003032
035653
007000
000004
000007

ADDRES,2.0,160000,177776,YES

GPRMA

VECTOR,4,0,0,674,YES

GPRMD

PRIRTY,6,0,7000,4,7,YES

T$CODE
ADDRES
TSLOL IM
TSHILIM

.WORD
.WORD
.WORD
.WORD

T$CO0E
VECTOR
M
TSLOL
TSHILIM

.WORD

GPRMD

012032
035704
000007
000000

ISRUN,24,0,7.0,7,YES

000007

ENDHRD

L10077:
126

105
123

ADDRES:

.ASCIZ

/DEVICE

(SR ADDRESS

VECTOR:

LASCIZ

/DEVICE

VECTOR ADDRESS

101
122
123
040

126

105
105

117
101

T$CODE

.WORD

PRIRTY

.WORD
.WORD

M
TSLOL
M
TEHIL

7000

. WORD

T$CODE

.WORD
.WORD
.WORD

7
IM
TSLOL
TSHIL IM

.WORD

035574

035613
035616
035621
24 035622
035625
035630
035633
035636

.WORD
. WORD
.WORD
.WORD

.WORD

21 035574

22
23 035574
035577
035602
035605
035610

.WORD [ 10077-L$HARD/?

.EVEN

ISRUN

X" ¥V

——
e e,

[ X

1IN0 7707777777770 077 0000777777777 777777777777070707007777777777
;/ THE HARDWARE PARAMETER CODING SECTION CONTAINS MA(CROS
./ THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE
:/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

=O 000 ~NONN

d
D
s

B NN

—
nd
—

[0,3V,]

HARDWARE

MACRO v03.01

(ZDMRB M8203 STATIC DIAG M

HARDWARE

PARAME TER

035641
035644
035647
035652
25 035653
035656
035661
035664
035667
035672
035675
035700
035703
26 035704

035707
035712
035715
035720
035723
035726
035731
035734
035737
035742
035745
035750
035753
035756
035761
035764
035767

MACRO V03.01

(ODING SECTION

104
105
040
000
104
1
040
1M
111
040
126
040
000
115

122
122
105
117
122
040
111
110
040
120
060
106
106
040
1M1
117
072

E 1%

17-0(T=79 08:49:54 PAGE 25-1

SEQ

106
123
072

122
123
040

105
103
120
117
124
114
105
072

126
105
122
122
131
105
114
040

PRIRTY:

.ASCIZ

/DEVICE PRIORITY LEVEL

1m
117
117
123
122
125
123
124
040
124
105
040
040
106
061
106
116
040

103
120
103
123
040
116
127
103
05S
131
040
111
117
054
040
040
040
009

ISRUN:

.ASC]Z

/MICROPROCESSOR RUN SWITCH = TYPE O IF OFF,

173

ON :

.EVEN

e
e e e

(ZDMRB MB8203 STATIC DIAG #1

(ZDMRB MB203 STATIC DIAG #)

MACRO v03.01

SOf TWARE PARAMETER (ODING SECTION

—

.SBTTL

./
;/

SEQ

174

SOFTWARE PARAMETER CODING SECTION

IELISLIIILIIII

71777770077 7777777/07777777707/77777777777777/77077077777

THE SOF TWARE PARAMETER CODING SECTION CONTAINS MACROS
THAT ARE USED BY THE SUPERVISOR TO BUILD P-TABLES.
THE

;/ MACROS ARE NOT EXECUTED AS MACHINE INSTRUCTIONS BUT ARE

;/ INTERPRETED BY THE SUPERVISOR AS DATA STRUCTURES.
THE
;/ MACROS ALLOW THE SUPERVISOR TO ESTABLISH COMMUNICATIONS
;/ WITH THE OPERATOR.
JIIIIISILISII ISP SIS S

L10100:

035774

e
e
e
e
e

ENDSFT

.WORD L 10100~-L8SOFT/¢

035774

LSSOFT::

T
BGNSF

—d

—

035772
035772
035774

alaTarar
Ny oy o

b od

WA
= OO 00 N

17-0(T=79 08:49:54 PAGE 26

.EVEN

036174
000240
000240
000240

PAT(H ARFA FOR DEBUG

eevess

.=.+200

NOP
NOP
NOP

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

ENDMOD
LASTAD

«0
41

CSLAST

000001

LENL

.EVEN
. WORD
.WORD

0
G

sl sl alalnainmintiaatiatatatatals

036174
036176
036200

;wesees
PAT(H:

035774

[aYaTaYaYal
-

NNON—=ONONONWNNW
N~ NJINAN
(N =2 N
OWNOWNN
S YDA N

b
—d ——d
—
——d
——d ——d ——
—
—
—

000030
000040
000011
00002y
000050
000031
000023

AUNLNLNLILNDNLNONONIND

OQOOOULOOOOOOOO

alalalnlalalolalalalalatalalalalalalalalalal

1}
[
I
B
A
I
T
Y O
|

Y A

T A

—

@®

o
n

—

EM4L7
EM4LS
EM4LO
EMS
EMSO
EMST
EMS?2
EMS3
EMS4

EMEO
EM6S
EM7
EM8
EM9

—

d b d N

b D md b

lelololelelolololels]

—d
b
ek oD
—d —d
e
md —d —d ek
d aed
d
b
ed

D NN AN WNHN NN AN N N RN AN N N N NN N
wwrnornN N 2 —d = =2 OOO~N
EIpS RNV, [ ¥} QOO NN N&HO~N
[ANTAN
R
Y, V) (V2R o SN NTe N VNN NN

e
b
e
ad

013560

ENAX
ENDIT
ENDPAT
ENDTRN

ERRFLG

ERROR1
ERR1
ERRZ
ERR3
ERRG

ERRS

ERRG

ERR7
ERR8

ERRQ

GS$RADA

00000¢
000200
000140

POUEQRQRQQAQRLRVQRQLZ
I X X

EM4S

EM4LE

414

EM4LG

000004 G

—d

EM4O
EM4
EM4L2
EM43

oleleololelolelolalelelololelololalolelslolele
o)

000015
000377
000007
000047
000033
000003
000021
000025
000046
000041
000037
000013
000040
000004
000100

751

—d —d

100000
000001
000002
000004
000100
000200
000004
000052
000061
000022
= 000004

EM23
EM24
EM2S
EM26
EM27
EM28
EM29
EM3
EM30
EM31
EM3?2
EM33
EM34
EM35
EM36
EM37
EM38
EM39

000034
000014
000017
000016

002430
007722
011150

AX0,15=
Ax0.16=
AX1
AX1.15=
AX1.,16=
AX?2
AX2.15=
AX2.16=
AX3.15=

CSOPEN=
($PNTR=
(SPNTF=
C$PNTS=
CSPNTX=
($QI0 =
(SRDBU=
CSREFG=
CSRESE=
(SREVI=
CSRFLA=
(SRPT =
C$SEFG=
($SPR]=

100000

AXNUM

G
G
G
G

175

ASBCO
ASB(C1
ASBC(?
ASSEMB=

000200
000400
001000
000400
000100
002450
002452
002454
0000C1

SEQ

ot
n

—

"nnnn

APA

ABORT = 000004
ADDRE
S 035574
ADR
ANBITS

G 1
17-0(T-79 08:49:54 PAGE 2 6-1

—

TABLE

SYMBOL

MACRO v03.01

DIAG #

OOOOOOO0O

(ZDMRB M8203 STAT((

LULP

000040

002072
003462
002052

002044
002102
002046
002064
002066
035530
002120
002016
002022
002252
002104
021072
002026

0
0
0

0053
0054
0
0
0
0

003014

PRIO0O
PRIO1

PRI02
PRIO3
PRI04
PRIOS
PRI06

PR]O7

RCVIST

000000
000001
000000
000000
000001
000000

002571
002615
002625
035774

002630
002633
002641
002644

=
=

RDRXS
]
READAX
READLU
READY =
REDBYT
REDDAT
RE GNUM
REGO
REG!
REG2

REG3
RE G4
REGS

REG6

REG?7

REOM
RERR
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RING
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h
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RAX1S

RAX16
RC VBUF
RDALL
RDAX

002000

002350
035653

PSTACK

RAB
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003104
003152
001000
000200

[alalalalalalalal

L10077

POLL

PR]
PRIOR
PRIRTY

074
075

003022
003032
003050
003066

000010
000010

002344
004046

002110
002036
021606
002070
021442
002106
021522
002032
002011
003470
002076
002060
002124
002116
002040
002034
021524

070
o”n

nunn

Lo7
LULOOP

LOGDEV
LOOPIN

000200

LUTMOD
LSACP
L SAPT
L $AU
L $AUT
L $AUTO
L$CCP
LSCLEA
L$CO
LSDEPO
L$DESC
L$DESP
L SDEVP
LSD]ISP
LSDLY
LEDTP
LSDTYP
L $DU
L$DUT
LEDVTY
LSEF
LSENVI
LSETP
L$EXP1
L$EXP4
LSEXPS
L $HARD
LSHIME
LSHPCP
LSHPTP
L SHW
LSICP
LSINIT
L $LADP
CSLAST
L $LOAD
LSLUN
L SMREV
L SNAME
L$PRIO
L$PROT
L $PRT
. SREPP
LSREV
L SRPT

PATK

000167
011346
005146
002410
010770
040000

16422

LUSWIZ2
LUSWI3

002664
002674
002704

PATL

PATM
PATN
PATO
PATF
PATU
PATV
PNT

176

002654

PATH
PAT;
PATJ

JSJMP LDMSGT
LDTXSI
LOADAT
L ODMSG
LOE

LUSWI

035776
002056
002020
002024
002030
002302
002114
002014
002012
002300
002302
014604
015112
015574
016252
016764
017642
020074
020602
021060
021062
021440
021520
021522
021552
021606
021670
021754
022100
022202
022330
022450
022624
023060
023176
023314
023432
023550
024200
024532
025022
025232
025436
025642
026100
026332
026236
226330
026604
026602
027262
027402
027512
027706
030252
030462
031012

000100
006666
010000
000200
000010
000010
000040
000040
020000
000002
005512
002354
000010
000020
006402
000100
035704
004000
000041
000041
000041
000041
000041
000041
000041
00004°
000040
000041
000041
000041
000041
000041
000041
000041
000041
000041

LURY?7

olaloleleolololelolole)

IACT
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LSSOFT
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002302
002302
002304
002306
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002314
002316
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002466
002470
002472
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LUREG

00000C
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000120
000020
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000010

GSRADB=
GSRADD=
GSRADL=
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SEQ

—

TABLE

H 14

1/=0(1-79 0UB:49.54 PAGE 26-¢

QOO
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SYMBOL

MACRO v03.01

[alalalalalalalalal

(ZDMRB MB203 STATI( DIAG m

STBY
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036206
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Wit
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002432
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011046
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004000
002424
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000010
000020
000040
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000200
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RXCHAR
RXEBL =
RXLENO=
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000040
000226
035512
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000010
000020
000040
000100
000200
010000
000002
000200
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002360
002530
002532
002534
002536
002540
002542
002544
002546
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002474
002442
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000
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MEMORY USED:
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( BS PAGES)
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(ZDMRB.BI

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001000
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000400
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000010
000020
000040
000100
000200
000001
012032
000032
000000
000040
000000
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010000
000052

177

12
130

131

132
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136
137
138
139

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129

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030464

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TABLE

[alalolalalalalalalalalalal

RSOM
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SYMBOL

I 14
1/=0(T=79 (8:49:56 PAGE 26-3

MACRO v03.0"

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CZDMRB M8203 STATI(C DI AG ¥

26=521#

24~--36

24--48

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12-152
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12-163

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16-218

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24-311x
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26==75#4

15-237+
15-981+

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24-457
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24-:53
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26~>49
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16=-10
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8170

SEQ

7=274

7-28#

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$LSTIN
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J 14
17-0CT=79 (08:49:54 PAGE S-1

MACRO v03.01
v01-0S )

(ZDMRB MB8203 STATIC DIAG M
(ROSS REFERENCE TABLE (CREF

12-53

12-62

12-81

12-91

12-115

K 14
17-0CT=79 08:49:54 PAGE S-2

(SERHR
CS$ERRO
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24=470
24=173»

24-490

24=72
24-898

24-303
24-924

24-337
24-960

24-371

23-10
20~19

15=702

12-126

12-138

12-150

12-162

12-174

12-186

12-125

12-137

12-149

12=161

12-173

12-185

12-136

12-148

12-160

12-172

12-184

12-196

15~"8»
15-479+
19-62+
15-85+

15-19«
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15-591

12-135

12-147

12-159

12-171

12-183

12-195

12-122

12-134

12-146

12-158

12-170

12-18¢

12-121
15-847

12-133

12-145

12-157

12-169

12-181

15~128+

15-229+

15=-367+

15-368+

15=370~

15-6460+

24-90C

15-619
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15-929

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24-680

24-731

24-778

24-838

15-401

15-407
15-884

15-565
15-890

15-597
15-899

15-603
15-905

21-1

15-278
15-708

15-294
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26-480
24-801
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24=24
24-518
24-865
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24-84
24-565
24-936
24-A60

15-865
24-115
24-577
24-983
24-B41

24-99%

24-279
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24566

24-578

24-589

24-638

24~-648

24-695

24-384

24-418

24-706

24-756

24-803

24-867

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24-316
24-938

24-148
24~588
24-993
24-885

24-184
24-637
24~-:98
24-C89

26=226
24-647
26-;21

264278
24-694
24-<83

24-348
24=74°%
24-=35

24-382
264-754
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26-416
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24-793

24-856

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24=622
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24-523%
26=->32
24-G90

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26-354
24-<27
24-F55

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26-117
24-807
24=-A73

SEQ

16-143
16-217

16-144
16-218

16-133
16-170
16-205

24-150
24-872
24-B56

26-186
24=939
24-B88

24-232
24-:00
24-D34

24-286
24-;32
24-E35

c4=320
24-;81
24-E87

24-388
24=<87
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7-18#
7-18#
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16=146

16~-172
16=-207
16-243
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7-18#
7-18#
7-18#
7-18#
7-18#
7-18#
7-184
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7-18#
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12-253«#
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16-101
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7=-184
7-18#
7-18#
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7-184
16-160
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12=-2464
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12=-244#
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7-18#

24-59¢4
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L 14
17-0(T=-79 08:49:54 PAGE S-2

— e ced ek

FSETST

MACRO v03.01
v01-05 )

[
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(ZDMRB MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF

16-241

16-171
16-206
16-242

19-25
7184

8-17

17-11

20-9

24-16

12-259

24-847

24-:59

24-<08
15=474~
24~-E14
24-H51
24-G22
24-A31
24-A31

24~<59

12-1764

24-:56

24-<53

19-40+

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15-364

24-D85
24-H4L8
26=241
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24->55
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24-239

24~ 69

24-G21

24-H35

24-F 80

24=>02
264-C43
24-G27

24-G33

24-G36

24-G73

24-G78

24-GB6

2L-H4?

24-H36
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24-A94

24-F09
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24=F74
24-F74

24-G12
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24~G63
24~663

24-H19
24~H19

264=-95

24-230

24-268

24-A3%1

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24=-E57

24L~F 74

24=-G63

15478+

24=-14

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19-56+

16=-109
16=111

16=-144
16-126
16-126
16-128

16-201
16-145
16=-145

16-220
16-165
16-165
16-167

16-149
16-149
16-151

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16-206
16-206
16-208

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DTR

-111

19-53»

)

15<227

19=44

) el

10-9#
16-84#
16~-85#4
16-864
16-874
15-224

—

DH1
DH2
DH3
DH4
DHS
DH6
DH?7
DH8
DH9

13=474

DFPTBL

O
J

DEVPTR

M 14

17-0CT=79 08:49:54 PAGE S-4

—d
e 2

MACRO v03.01
CIDMRB MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

EMI
EM10
EM11
EM12

EM13

EM14
EM15
EMI16
EM17
EM18

Hun

]

éé“..

24=-66

24=115

24-226

24~a95

24-A60

24-(83

24-184
24-855

24-278
24-865

24~348
24-983

24=577

24-588

24=-936

24-382
24-993

24-637

c4~647
24-B85

24-694

24=704

24-745

24=754

(2ZDMRB M8203 STATIC DIAG M
MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )
EMS
EMAO
EM41
EM42
EM43
EML4
EM4S

16-284
15-920
15-929
15-935
16-6/4
16-684
16694

EM4L6

16=-704

EM4LO

16=-73#

EML7
EM4B

EMS
EMS0

16294
16=74H

24-480

16-79%

24-<83

15-272
15-278
15-288
12-90#
19-35
13-452#
15-S547#

16-314
16-32#
16-33#4
12-162%4
19-73#

ERR1
ERRZ

16-100#4
£§-106#

ERR3

EM60

EM7
EM8
EMS
ENAX
ENDIT
ENDPAT
ENDTRN

182

16=-71#
16=-72#

24-551
24-565

EM6ES

See

24-148
16-644
16-654
16-664

16=-754
16-764
16=778

EMST
EMS2
EMS3

N 14
17-0(T=79 08:49:54 PAGE S~ 5

15-565

24-518

16-80#

15-149

15-200

24=;78

24=-<24

24-<84

24->30

24-210

24-24
24-50

24-84

24=115

24-148

24-184

24-226

24-278

24-314

24-348

24-382

24-416

24-480

24-499

24-588
24-:98
15-288
16=-140#

24-637
24-:21
15-294

24-647
24-797
15-401

26-694
24-312
15-407

24=704
24-395
15-565

24-745
24-A60
15-597

24-754
24-B41
15-603

24-792
24-BBS
15-613

24-801
24-(89
15-619

24-855

24-865

24-936

15-654

15~660

15-860

ERRS
ERRG
ERR7
ERR8
ERR9
ERRFLG
ERRORT
EVL

16-1214
24-577
24-983
24-993
15=272
15-278
15-:67
15-:73
16-159#4 " 24-913
15-694
15-700
16-198#
24-<83
15-865
15-884
16=-2368 24-551
13-23#4
13-40#
15-145+
12-204

15-708
24--26
15-890
24-565

15-714
24-=35
15-899

16-1794
24-=47
15-905

24--66
15-914

24-=74
15-920

15-929

15-935

16-216#

15-158+
i

15-183+«

15-209*

19-14+

24-546

24-=560

F$CLEA

20-7
26=150
26=354
26-59%
26=778 ¢
264-938
26=:81
24=a27
2#-525

22-8
24-186
24-371
24-638
24-807
24957
26=<27
24-A10
gfi-fi?S

23-9
24-203
24-388
24-648
26-832
24-960
24-<&9
24-A26
26=F70

EQOM

ERR&

F $AU
FSAUTO
F $BGN

12-624

7-184
7-18¢
7-184

23-9
20-7
7=24

23-19
20-19
16-100

21-8
24-166
24-366
26-610
264=793
24-939
24=<01
26-@43
S?-EOS

16-106

16=-121

24=-14
24-227
24-400
24-655
24-838
26-960
26=<87
26-A73
24-FB7

16-140

24=27
24-232
24-405
24-676
24-856
24-984
24==07
24-AB9
24-G0B

)

16-159

24-39
24=247
24-422
24-680
24-872
24~994
2= 76
24-B56
24-G40

16-179

24-52
24=279
24-449
24=695
24-88y
24=999
24=-91
24-8B69
24=G59

16-198

24-67
24-2B6
24-523
24=710
24-B98
24-:00
4=>32
26-B88
24=GO0

16~216

24-~72
24~298
24-539
24=727
24-898
26~:22
24=>68
24~(05
24-H1T

16-236

24-90
24-303
24-552
24=731
24-900
264~:99
4=712
24-D3&
24-H6C

17-9

24=101
24-320
24-566
24-~746
24-920
24-;22
24=737
24-DSB
25-'4

18-8

24-117
24-332
24~578
24=760
24~926
24-;32
4-347
24-E35
26="3

19-8

24-128
24-337
24-589
24-774
24-92¢
24-:52
24-363
24-ES3
26=3%7

(IDMRB M8203 STATI(C DIAG M
CROSS REFERENCE
F SEND

7-18
7-18
19-74

26~52
24-128
24247
24-332
24422
24-59¢%
26=-710
24-807
26-915
24-984
26-:52
24~-07

F $HARD
F SHW
FSINIT
FSJMP
F $MOD
FSMSG

24-212
24-A10
24-B69
24L-ES53
24-G08
24~H60
7-18#
7-18#4
7-184

TABLE

7-18
7-18

MACRO v03.01

(CREF

20-19
2467
24-150
264-247
24-350
264=42¢2
24=-5%
26-710
24~807
24-920
24=994
26=:52
24-=07

v01-05
7-18
7-184

21-1
24~67
24-150
24~247
26354
26-6449
24-610
24~727
24-832
26~920
24~999
24~:81
24-=07
24-227
24L-A26
24-B88
24~E87
24-G08
26-16
25-21

)

B 15

17-0CT-79 08:49:54 PAGE

7-18

16=115

S-6

7-18
16-134

24~14
24-90
24-166
24-286
24~-366
24-523
24-638
24=746
24-856
24-938
24-:00
24-<01
26=-=91
26-747
24~-A73
24-C05S
24-FO0S
24-G59

24=14
24-90
24-186
24-298
24-366
24-523
24-648
24-756

16-121

16-134

10-23
19-74

FSPROY
F SPWR
F SRPT
FS$SEG

16-140

16-153

16-159

16=-173

16-179

16-192

16-198

S\
S\

24-337
24-900

F$SOF
T
F$SRV

F$SUB
F$SW
FSTEST

24-371

24-384

24-405

24-418

24-680C

24=-706

24-731

24-960

24=-101
24-366
24=774
24-<49
24-A26
24-F70

26=117
24-388
24-807
24-<87
24-A73
24L-F87

16-107
16-180

16-160

16-199

'6~2"8

-2 \N

16-182

16-219

16-238

24166
26649
24-889
24==91
24~B69
24~G59

24-186
24-523
24-939
24->32
24-B88
24-G90

FMT10
FMT11
FMT19
FMT2
FMT24

Ny —

26-67
24-332
24=727
24-<01
26~343
24-F05S

FMT4

— —d

FMT1

6-125
6-126

16=149

16-165

16-169

16-184

16-188

16-202

16-206

16=22¢

16-226

FMTS

16=127

16-150

16-166

16=170

16-185

16-189

16-203

16207

16=223

16=227

16-129

16-152

16-168

16-172

16-187

16-191

16-205

16-209

16-225

16=229

6-12
4-50

FMT27
FMT3

FMTH

16=-14#

MACRO v03.01
CZDMRB MB8203 STATIC DIAG #1
CROSS REFERENCE TABLE (CREF v01-05 )

GE TPRM

GETREG
GOAH
GOODAT

HDX

HELP

ISAUTO
ISCLN

[$HRD
ISINIT

I$MSG
1$PROT
I$PTAB
[ $PWR
ISRPT
I$SEG

&L
26
B
W= DECTTTTLLS

GSRADB
GSRADD
GIRADL
GS$RADO
GEXFER
GSYES
GETALL

16=144
16-163
16-128

19-16

19-23+

16-201

16-183
16=-132

184

16-220

16239

16-147

16=-151

16-167

16-171

16-186

16-190

16-204

16-208

16=224

16-228

15-399
15-863

15-405
15-882

15-563
15-888

15-595
15-897

15-601
15-903

15-611
15-912

15-617
15-918

15-652
15-927

15-658
15-933

25-18
25-18

ANNNNNINTIVY

OCSPRML
GSRADA

16-109
16-124
16-113

SEQ

7-18#
7-18#
7-18#
7-18#4
7-18#

N—l—l—l—l—l—l—l—l—‘

GSLOLI
GSNO
GSOFFS
GSOFS]
GSPRMA
GSPRMD

16=-17%
16~242
13-37#
7-18#

15-69

25-16

25-17

25-18

25-19

25-16

25-17

25-18

25-19

15-270
15-698

15-276
15-706

15-286
15-712

15-292

15-858

246-934
24~A58

24-575
24~981
264-B39

24-586
24-991
24883

24-635
24-:96
24-(87

264-:19

24-645

26-692
24-<81

24-702
24=-=24

24~743
24-=33

24-752
26=-45

24-790
24~ 64

24=799
24-=72

24-853
24-295

24-863
24-a10

24-497

24-516

24~48
24-549

24-82
24-563

24-113

24-146

24-182

24-224

24276

24-312

24-346

24~-380

24414

24-478

24-143x
24=514+
24L-788+
24=:94»

24~144+
264-=572+

15-851#

15-872+
24-180

16-221

26445+
24-3hb4n

2446+
24378+
24-699+
24-978+
24-D05+

2480+
24412+
24-700+
24979+
24=D21+

24-110%
244764
247614
24~988+

24=1112

Uh?:\rww
1
)1

FRSTIM

GSCNTO
GSDELM
GSDISP
GSEXCP
GSHIL!I

16=-16#

—

FMT9

16-243
16-15#

—a_af\,r\,__‘

FMT7
FMT8

c 15

17-0CT=79 08:49:54 PAGE S-7

12-60#
13-34#

12-78#
7=4LN
12=-20#
7-18#

7-18#
7-18#

15-:71

19=-474
15-228

15-850+

24=797*

24=:17+
12-148#

24-179¢
24-573+
24-850+
24=793%x

8-9

8-19

23-9#

23-10#
20-19#

15-873+

24583+
24-851*
24-308+

24=221*
24584+
24-860*
24-a18+

9-1C

14-24

26-37

26=-37#

16-110

16-125

16-164

24-222*
24632+
24-861+
24-a91~

24273+
24-633+
24-908+
24-A56

24-274+
24-642+
24=909+
24-B37«

24-310+
24-643+
24=-931~
24-B81+

24=495+
24~750*
24-989+

21-11#

22-13#

7-184

25-14#

7-18#
7-184
7-18#
16=-210#
7-18#

18-8#

24-332

24-14
24-337#

7-18#
7-18#
7-184
7-18#

19-54

19=74H

17-94

7=24H
16=10"#
16=23 +

17-114

26-39
243504

16-2364

16=-115#
16-2444

16=1214

16-134n

16-1404

16=153#

16=-159#4

16=1734

16-179#

16-192#

16-1984

24-67
24-366

24=724
24=371a

24~864
24-384n

24-101
24-400

24-128
24=405#

26-1€6
24=-4184

24-203
24-449

24-247
264-539

24298
24-€10

264-303%
24-676

24=-3"6#
26-680#

16-106#4

L $SACP
LSAPT
L $AU
L $SAUT
L SAUTO
L$CCP
L $CLEA

TLORREY

(9,]
\Jt

]
-—a

24=449
24=924#
24-<01
24-F0S

24-793
26=:52
24~E53

24-803%#
24=-<01
24~F05

24~832
26~<49
24=-F70

24~=07

24-67
24-727
24-957
26->48
24-H13
24~27
24=1014
24-203
24-320
24=4004
24-589
264=-7104
24-872
24-:00#
24-<01
2L-=76N
24=247H
24~A73
24-C05#
24-F0S
24=-G4ON

24=10"
24-774
24-960
24=227

24-128
24832
24=-9604
24-763

26=166
24-889
24~984
24=-d63

24-203
24-898
24-994
24-A26

24247
24-898#4
24-999
24~A89

24-298
24-920
24=999#4
24-B69

24-332
24=-920#
24=999#
24~(05

24-366
24L=920#
24=-:22
24-D58

24=274
24-117
24=2034
24=-3204
24=422
26=594
24=7104
24-8724
24=:00#
24-<0n
24~-=91
24=2474
24L-A73N
24-D34
24~FOSH
24-GS9

24=27A
24=-117»4
24227
24L=320#
2L=4220

24-394
24-128
24=2324
24-332#
24-449
24-610
24-760
24-889#
24-:99
24=<27H
24->324
24-327
24-A89#
24-D58
24~FS55A
24=-G90#

24-52
24L-~128#
24=2324
26354
24-449N
246=-6104
24=-7604
24-898
24=-;22
24~<49
24=->324
24-a274
24-B56
24-D58#
24~-F70

24-150#
24-279
24-366
24~523%#
24-655
2L=774N
24-~939#
24~-;324
24L-<87#
24-212
24-a43N
264-869
24-E35#
24-F87#
24-H60

24-674
246-166
24-286
24=-3664
24~-539
24~6554
24-807
24=-939#
264~.52
24-<87#
24=-212#
24-A10
24-B6H
24-ES3
2L-F87N
24~-HO0O#

24-90
24L~1664

24~Go0n

24-52#
24-150#
24=247H
24=354#
24-523#
24~648
24=774
24-939
24~ 324
24-<87
24->4L84
24~-a43
24-B56#4
24L-E35#
24-F87
24L-H13N

24-67

24=727
24-8724
26-:22
24-<27
24=-=91#
24-763
24=-A73N
24-D34n
24~F55
24-G59#

24-39
24=1174
264<-232
26=332
24=46228
26=-5944
24=7278
24-889
2h4=:220
24~<27Th
24=>32
24=7634
24-AB9
24-D34a
24=FSSA
24-G90

24=524
24-150
24=247
24-3544
24-523
24-638
2L=760#

24-=76
24=2274
24-A26
24-888#
24L-E87#
24-G40

24-39
24-675
24-938#
24-=91
24-G59
26=14M
26=-101
24-186#
264-298#
24-400
24-578
24-710
264-832#
26-:00
24~ 814
24~=76N
24-747
24=-A26N
24-C05
24L-EB874
24~G40On

24~AS"

15-656
15-788
24~A66

26-783
24-A70

24-88

24-a03
24-B18

24-alb
24-B25

24-324
24-B30

24-a63
24-B47

24-a79
24~C51

24-a84
24-(76

24-A01
24-C97

24~-A07
24-D13

12-133#4

24-A05

24-A68

24-B51

24=-=55

24--95

24-E57

2L~F74

24-G63

15-818

24-768
246-<51

26-248
24-212

?64~=53

24-A3%1

24=-A94
26-=93

24~(C13
24->5)

24=728

24-C07

24=D70

24~-E55

24=FQO7

24=F72

15-599
15-782
246-D99

15-778
15-786
24-E08

15-790

15-:28

15-:34

24=~C63

24-(72

24~C80

24-(93

24=D01

24-D0%

24=D17

24-14
24-610
24-938#
26-=07
24~G08
24-14
24=90#
24-186#
264298
24-3884
24-566
24~676H
24-832
24-960
24-:814

12-259
15-650
15-767

24=;54
24-G61

12-259
15-593
15-769

24-D89

25-264

ISR
ISRUN
IXE
JSIMP

INTFLG
INTGRL
IRDY
ISIRDY

-G10

24-400
26-924

c4=-778#
24-:22
24-DS58

15-812

INITRN

24-8674

24=774
264-960
24=C05

15-609

b d b —d —b _n_a_nf\)_‘r\)c N =PI

[BE
IC
ICIR
IDL
IDLE
IOV
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IERR

24L~-ALO

NNNNNNN

[ACT
IACTIV

12-251#
12-134#
15-6404

) =2

1422

7-18#4

24-90#
24-186
24~286#
24-388#
24-552
24-676
24-807#
24~957#
24-~;81
24~=07#
26-727
24-A10#
24-B88#
24-EB7
24-GO8#

—

I$TST

24-856
24-=91
24-G59

24=7564
24-957
24869

26=-164

24-539
24-938
26~<49
24-F70

24-8384

24=746
246=924
24-A89

26=-13#
7-18#
7-184

185

24=-73%
2L=-915#
24-A26

24=706#
24-898
24-763

7-18#

SEaQ

26=727
24=-9004
24-a43

26695
24-889
24=727

oooaoaoooooooo\:r\'.:mv\:xxmmmwb
!
|I T I I
| }
LU]

I$SETU
[$SFT
[$SRV
1$SUB

D 15
17-0(T=79 08:49 155 PAGE S-8

MACRO v03.01
(ZOMRB M8203 STATI( DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

o3-G#
20=-7#4

21-8#

15615

24-<03
24~-H17

24-809

24~£20

24=594H

26-924
264~-;32
24=~<4ON
26->48

24=a27#

24-G08

24~;52

24-ES3

24=>48

24-n13

242864
24-388
24=-539#
24-6554
24~-807#
264-957
24=:52#
264~-=07
24=212#
24~A10#
24-ES53#
24-G08
24~HE60#

(ZDMRB MB2C3 STATI( DIAG M
MACRO v03.01
(ROSS REFERENCE TABLE (CREF v01-05 )

22-8#

14=12#

25-14

25=14m

10-9

10-9#

19-8#4

26-39#

18-8#

26=13#»

11-8#
19-49
10-23#
11-11#

——

—a —2 Q0 O L—a—am—a—a

6
6

-84

—

8-17
8-17»
8-17
B-17#
8-17
8=-17#
8-17#
8~17#
8-17#
8-17#
8-17
8-17#
8-17#
8-17#
17-9#
26-13
8-17#
8 ~17#
8
8
11
8
8»
8
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8-17#
8=-17#

14=174

L SHW
LSICP
LSINIT
LSLADP
LSLAST
LSLOAD
LSLUN
LSMREVY
L SNAME
L$PRIO
LSPROT
LSPRT
LSREPP
LSREV
LORPT
LESOFT
LESPC
LSSPCP
LSSPTP
LSSTA
LSSW
LSTEST
LSTIM

LSHP(CP
LSHPTP

186

8-17#
8-17#
8-17
8-17#
8-17#
8-17
8-17#
8-17#
8=-174
8-17
8~17#
8-17
8-17#
8-17»
8-17#
8-17#
8-17#
8-174
8-17
B-17#

SEQ

—~N N~

L$CO
LSDEPO
LSDESC
LSDESP
LSDEVP
LSDISP
LSOLY
LSOTP
LSDTYP
LSOU
LSOUY
LSDVTY
LSEF
LSENVI
LSETP
LSEXP
LSEXPL
LSEXPS
LSHARD
LSHIME

17~-0(T=79 UB:49:54 PAGE S-9

16=2444

MACRO Vv03.01
(ZDMRB MB8203 STATI( DIAG M
(ROSS REFERENCE TABLE (CREF v01-05 )
L10013
L10015
L10016
L10017
L10020
L 10021
L10022
L10023

F 15
17=-00T=79 (0B8:49:54 PAGE S-10

SEQ

187

17-11a

19=744

20-19#
21-11#
22-13#

23-10#

24=27#
24-52#
24-50#
24-117#
24-150#
24-186#

26=232#

24-286#

L 10044
L 10045
L10046
L10047
L10050
L10051
L100%52
L 10053
L 10054
L10055
L 10056
L10057
L 10060
L 10061
L 10062
L10063
L 10064
L 10065
L 10066
L10067
L10070
L10071
L10072

L10073
L10074
L10075
L10076
L10077
L10100
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24=-566
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24~578

26994
24-;7¢

24-9994

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24-B76

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264=D75

15=510

24=D97

15=:01

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24=:34

24~E
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24=:35

24=E60

24-:59

24=F12

24-;07

24~F76

24--38

24~G17

26-734

24=518

26=277

26-G66

24-a57
24-H2?2

24=-AL0
2L=~HY

22=12

15-367

16-129

16-146
16-146
16-146
16-143
16-148
16-148
16-148

12-304

16-142

16-160

16-181

16-199

16-218

16=237

19-58+

20-12

24-19

=
b
b
b cad
b
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12-310

12-311

12-312

12-313

12-314

264-231
26=A41

24235
24-A50

264244
26~AG4

24=275
24-801

264-778
24-B04

24-287
24-B15

24-301
24-B16

24-355
24-B23

24-a58
24-645

24-41
24-522
24-<86
24-C10
24-461

24~68
24=-540
24-=68
24-D33

24-102
24-556

24=106
24-611
24-E34

24-167
24-728
24=-326
24-F 54

24204
24775
24-a45
24-F 86

24-212
24-833
24-A09
24-G39

24-248
24-890
24-A28
24-G89

24=299
24-927
24=-A72
24L-H59

24-333

24-D63

24~129
24-677
24=265
24~-E86

24=961
24=-A91

26-367
24~:27
24-R55

15=557

24=(3%2

24=-036

26=(57

26=(74

24=(95

24=-p1

24-D30

26-H54

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15-60
15-82

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15-.05

24-450
246=-<26
24-R87

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24-A38

15-436

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24-a77

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19-69+

19=70»
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19-68+

8-17
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24-G82
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16-122

16=-107

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16-101
19=67+

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246=-514

24=510

26=4691

24=476
15-33

12-303
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16-127

—

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16-112
16-127
16=127
16-127
16-129
16-129
16-129

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16=241

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19-42+

26463

f\»0~0~0~C'7~O~O~O«O~
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24=907+
24=H2S

G 15
17-0(T=79 08:49:54 PAGE S-11

e I T 1AV]

24-906*
24-G13

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16-161
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LUR12
LURT3
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N NN AN NU NN PO N
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LOADAT
LODMSG
LOE
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V
LOOPIN
LoT
LUTMOD
LULOOP
LULP
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MACRO v03.01
(ZDMRB MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )

MACRO v03.01

4»

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O
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24-318
24-352
24-386
24=-206
24-210
24-554
24=5%2
24-678
24-708
24-43
24-230

24-335
24-369
24-403
24-420
24-542
24-558
24-615
24=776
24~729
24=46
24-958

24-836
24-835

24=(24

24-~(30

24-046

24=(49

24=(59

24=612
24=-619

24-697
24-620

24-700

24=929

26=932

24-805
24-108

246=111

24=141

26~144

24-16

24-18

15-621

15-662

15-716

15-9%1

15-531

24-972

26-:28

26=:37

24=:52

24=177

24-180

24=214

24250

24=758

15-944

15=:79

19-10+

15=555

26=962

24=:66

Qh-:84

24-569
24-848
24-a92

24-570
24-852
24-A54

24574

24-976
24=-AS57

24=629*
24-980
24-8B35

24-630
24~:92
24-R38

24634
24-:95
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24-688
26-:15
24-R82

24-691
264-:18
24-(83

24-739
26=291
24-186

26=742

15-167+
24=795

15-235

15-690

15-696

15-704

15-710

24-910

24-581
24-929

24-585
26-933

24640
24-986

26~644
24-990

24-657

24-701

24-843

24-903

24-928

24-975

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24~-904

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24-F79
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24-B34

24-785

15-:60

26=76
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15=777
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15-165
15-855

24-:78

15-204

24=-<78

15-281

15-394

24-107
24-242

15-463

26-139

24=-61

15-475

24=176
24-=69

15=560

264=217

15-590

24=265

24294
24-D03

15-606

24-306

15-233
24-847+
24-a89

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15-163+
24,-846*
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24-870

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24=270

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189

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24-996
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264-258

24-891
24-892

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15-925

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15-923

15-274
15-456
24~ 28

24-70
24-88
26=301

e e e

PRIO3
PR104
PRIOS
PRI0O6
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24=:25

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15-268
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v01-05

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17-0CT=77 08:49:54 PAGE S=12

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—

(ZOMRE M8203 STAT[( DIAG #1
TROSS REFERENCE TABLE (CREF
13264
15<464

15-:69

264=219

REG4

REGS

REG6
REG?
RE GNUM

13~-84#
13-85#
13-864
13-32#

RXBCC

RXCHAR
RXEBL

RXLENO
RXLEN1

RXLENZ

RXOVR
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5 54
5 189+
S 393«
5 ~605+

15-809

15~:84+

15-80

15=100

15-46408+
15-620+
15-810«
16-109

15-626+
15-821«
16-144

15-193«

15=274
15-735

15-284

15-739

15-290
15-778

Ci
Q
15-397
15-856

15-403
15=:63

24-108
24-307+
24=477

24-140+
24=3N
24-491

24=141
24=341+
26496

24=145
24~-342
24-509+

26=177

24-181

264-218+

24~274
24=512=

24-621+

24-622+

24-630

24-633

24=640

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24==70

24-345
24=-510

24=375¢
24=515

15=144
15=295+
15~485+
15=-732

15-197«
15=414+

26=228+
269064+
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26=764e

26-8hée

24L=A27"

24=A90*

15-18

15-19
15-'9

15=-126
15-126

15-128
15-128

15-158

26=560
24-a74

24-a8?

24-a86

12=408

12-197#
12-341#

15=-704

15-1¢
15-16

15-145
18=-771

24~D15

12-147#
12-36#
13-66#
12=-1164
12-115#
12=-1142
12-1
12-1
b

RX1
RX?2
RX3
RX4
RXS
RX6
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15-268
15-656

15-166
15615

190

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24=376
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wif

13-25#
24~=92»
12-145#
12=41#

12=-199#
12=-19%

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26=259+
24=473

24=470Q»

26~=43
264=270+
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24-81
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26-271
24-508+

24213+
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RTS

24~78
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152162
15-609

24=209*
24-562+
24-C16+

RRDYTO
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24=77
24~269*
24-4613
24-=3%1
26=260~
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15-599

26=205+
24-548+
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264
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15-154

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13-83#

15-387
15-589+
15-793«
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264=249

REGO
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13-65#
13-75#
13-80#
13-814
13-82#

24=43
26-223
24=409
24L=-<79

15=104

15-593

15=476

—d —p

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24-379
24-:79

15~64+

—

REDBYT

MACKO v03.01
vC1-05 )

11§
17/=0(T=79 (08:49:54 PAGE S-13

15-690
15-561
15-33
19=72+
12-188#
12=-187#
12-186#
12-185#
12-184#
12-183%«
12-182#
12-181#

15-710

15-410

15-18

24-365

15-622

2b=<54»

26=967+
264=D26*
15-663

15-943»
24=40+
24=267

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264=<02+
26=-G09+

24=<50+
24-G60+

26=-11¢
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24-B32

24-B49

24-C53

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24~F 38

246~F&2

24~F &b

24~F S0

26-F52

15-880

15-886

15895

15-901

15-910

15-:80

24959+
24=E54e

24~:23+

24=A03

26811

24-B20

24-R27

24~FO6*

15-696

24=<?79

24-134

24-E76

24-£80

24~E82

24-£84

26~k 22

26=F 26

24~F30

26-F 34

15-844
15-844
15-844

b=t 66
2470
24~E66

24~E74
26~E74
24~£70

24=F 24
26~F 24
24~E74

26=F 32
24~F 28
24~F 24

26~F40
24=~F40
24~F28

24~F48
b
24~F
24~F32

24~F 36

15=735«

15=-736¢

16«73Q¢

15=847¢

15-848

15-853

15-869

15-875

15-925

24-169
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24-A97+

24L=<77*

15-i128

15=-:07

15=-:52

24=D59+

15-717

15-182
15=-346+
15-583
15=761¢

24=465?

15-93%1

CZDMRB MB2C3 STATIC DIAG #1
MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )
SELSYM

7-18»
20=-194

10=23#
21=114

11-114
22-13@

16=102#
23-104

16=1154
24=274

24-405

24~6058

24-4L228

24-5234

24-594H

262864

SAVE4
SAVEG6
SAVLEN
SCRACH

264-778
24=-9998
QL-BBBY
13-38%#
13~-36#
13-45#
13-16#

STR

SV(GBL

SVCINS

16=-1534
24-72

16=1734
26-72

16=1924
24=728

16=-2108
24=90N

16=2304
24-=1178

16=244¥
24-1S50M

17-1148
24-1864

19=744
24-232#

24-6554

24+680

24-680

24680

24-7104

24-731

24=73%1

24=7314

24-760#

24-3204

24-337

24-838
24=<B7R
24-FB7R

24-337

24=A29

24=A92

24=(11

15-369

15-377

19-43x
19-37

24-454

15-462

15-467

15-480

15-368
15-18
15-62

15-370
15-19
15-86

15-461

15-466

15-479

24=174

15-527
24-738
24-843

15-773
24-781
24-(34

15-816
24-785
24-(55

15-940
24-799
264-(70

15-:30
24-al4
24-(91

15-:58
24-@22
24-D07

24-:44
24=a61
24-D94

24-:76
26-67
24-E06

24-;12
26-397
24-E22

24-<75
26-A44
24-E68

24--18
26-ALB
24-F77

12-101#
13-20#

24=;56
15-259

24-<53
15-260

24-=14
15-262*

24-=55
15-263«

24-230
15-300+

24=268
15-388

24-A31
15-389

24-D72
15-391+

24-G12
15-392+«

24-H19
15-413+

15-434+
15-641
15-B40+

15-642
15950+

8-17
8-17
8-17

8-17
8-17
9-8

8-17
8-17
10-9

8-17
8-17
11-8

8-17
8-17
14-12

8-17
8-17
14-17

8-17
8-17
16~100

8-17
8-17
16-106

8-17
8-17

15-507«
15-645+
15-:21%
7-18«#

15-508«
15-666*
15-:22%
7=24

15-534*
15-681
15-:37«
7=24

;g-;gB

}g-%&g

7-18#
8-17
8-17
8-17
8-17
8-17

7=29#
8-17
8-17
8-17
8-17
8-17

8-17
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8-17
8-17
8-17
8-17

8-17
8-17
8-17
8-17
8-17
8-17

8-17
8-17
8-17
8-17

8-17
8-17
8-17
9-8

8-17

16-236

15-549+«
15-682
15-:54+
7=24

8-17

17-9

8-17

15-550+
15-684*
15-:55+«
7=324

18-8

15-566+*
15-685+
15-:85+«
8-17

15-584
15-720*
16-141
8-17

15-585
15-759%
16-180
8-17

15-587+
15-760%
16-217
8-17

15-588+
15-796+
19-11«
8-17

15-625+
15-839«

8-17
16-121

24-9204
24=-A108

24-388&

24-@hb

12-2414

24-9004
24-Q278
26=16#

24=371a

24=266

24-B13
24-H34

24-900
24=7478
25-21#

24=371

1966+

19-38+
19=29

24-900
24<=7128
24-HE0X

24-371

19~65+

13-504
19-26
12-151#
12-38#
10-42#
15-154
15-809#
15-359#
24-=59

24-8724
24=>328
24-GO0A

24-354m

1964+
15-127%

12-634

24-8384¢
24==76A
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24-3374

19-63*
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15-325#

STRIP
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24-3034

16=-134H
24-=-52&

24-838
24=<278
24~FS5SAH
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24=26
19=15»

STALL

24-~778
24~:008
24-D34N
19-18»
19=19=
15=40+

24-303

24-~8074
24L~:81X
2L-EB7A
20=17
20-18
15=977+

12=26424
12-100#
13=S7#
13-584
12-77#
12-814
15-962¢
11-8#4
12=170#
12-169#

STARES
STARST
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24-303

SEQ

24-778&¢
24-:328
24-FE35H
19-21
19-22
15-844

SEC
SECA
SEL4
SEL6
SELFR
SELSBY
SETUP
SFPTBL
SIGQ
SIGR

SQM

J 15
1/=0CT=79 (8:49:54 PAGE S-14

8-17
16-140

24-9384
24-A738

24-40S

24-930#
24-B564

24-=28
24-A62
24-G20

24-=40
24-B07
24-G84

15-435+«

15-487+

8-17
8-17

8-17
16-159

15-644+
15-982+

8-17
16-179

19-8

20-7

21-8

22-8

23-9

25-14

26-13

26=-39

26-39

8-17
8-17
8-17
8-17
8-17
8-17

8-17
8-17
8-17
g-17
8-17
8-17

8-17
8-17
8-17
8-17
8-17
8-17

8-17
8-17
8-17
9-8

8-17
8-17
8-17
5-8

8-17
8-'7
8-17
9-8

8-17
8-17
8-17
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8-1?7
8-17
8-17
-8

8-17

38-17

8-17

OO00A%TN9ANN—AOR—N00%9e—VAN9N00M9eTSVA0N0%IeO9eNUN0SI40rM—M5TOe0eONN05IC0NOArITmM5TNOMrON0TrMI05AOVTeATOT5ONN—T0TA~BWOA5IeOOIeNNZOeTOII5oeTeMODPIeTRV5RNNTTTONASeTOT5ITTRRIOOeTNNA5eNTRAMVPNTTNRNN5RTTTNOSSeT5NeTPeMVSTTRE35TT—N6ATeANTTNT62OPTN3A6TeSNA6ATeVTRRN6TPAOA6TPR6TeoANITPRA6AETTTNN6Ae—eeURN6eTTRPO6AeeTTE6N—TTPR6eeTPU6eeR6OIO6N6OO6eN6Fo6E6ROO 6OC

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21N(yV8AS04%-147NO-51D7MS3%9T4rW0Sm%4br10r28ab—$0armt65—i74SMN%O3W"5OT%P0SOWP9NW5-17OAeH3T-1ON7AI1NM8N91M02501%2O%0—231%7472%82930402S9O75061%R1Im75m“6e9
TABLE

(CREF

v01-05

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K 15
1/-0(T=-79 (08:49:54 PAGE S-15

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MACRO v03.01

AN N NN AN A N ANARAR ARR oo

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SEQ
19¢

06006D60G00NNN ONO O OOO0N0O OO0N NN O0TNNY.NOOOOO INIMe———

OO0EIVINO—6E0R¥NOoINOVN06VAIMOOoRVOVoINOVR0eRVOOPe Vo0oIVOeR—VOoRVNNeRV0NIXVoNOeNLNolO0NNelOOlolOTOolN0ealOIloN—IeO0lNiOMeIlNOal0T—STol0VNTalsOTooOTOse0lTsNoRTOelOo0PlOPRLoPlOLOTToCOLToO0lPoLOTo—OLeoN0eOTIoOPTNeOMLeoOOel0l—OPolOTeOAe0PNe0OND0el0ON=eNOOe=0lOIeO=0lAo=0ORoOONeO—l—eO0l

G0O00—000=0De=06e=0G—eG00t0Ge—0eITN\tNAg—NteA—NAPTeOTNNOCe—OO(e—eTO(e=V(=eel(=eePO0TPO0=P0=O0\O0=PO0=e0=eN(W=eeOP=PNNTNTPPP(NP=NPPNNNeT=NPeNeNTNRNTeNP=eNTNP=NOSNTPSMONMOVNPOON=NIPOIUOeMNeIMMPMMN—MM
L 15
SEQ

N800

17-0(T=79 08:49:54 PAGE S-16

NBo x0 d

789o.l123O—1234O56—7NA89I012NM01I23M“5NO NO0GUS3T2NMAIOI0IM OO0V00V (PeO—R-gOW00ONO—T30DI—rN—\MIRINeV0—OIOMI (oeYGgPOTU66666666666666666TSN666666666666IyN eONMS0G6ONOTAN.MIFP2OEIM NTESINP=OTeo0 (=TO7eP0—oMN0G6SPITO\DNM0M0MM0
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MACRO v03.01
(ZDMRB MB8203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-05 )
193

MSTPNONIONOUMI

OV0OV LelelielololelVololANNiN00ODOD~

6-172

M 15
17-0CT-79 08:49:54 PAGE S-17

SEaQ

194

—0S—0OO—NO0ONO\f0-O0ToONOB0~O-00NAOI0RVAITOA0ANRP0eP<AMNT0AeAIUPCeMA0IMNT——0OeO0OOTiOTt00eeA0tNTOT00eTOO0eNAN1eOOR0eRPNeAN0NNP~¥N =F0@=<P(AAT0LUANPMD0SPMrTP—M0vPE0OP°e0ROQ0eNOP0RPSOO0OQ=OQT0OO=1AN0POOPNR0eWVPA0VNATR

MACRO v03.01
CZDMRB MB203 STATIC DIAG M
(ROSS REFERENCE TABLE (CREF v01-05 )

A0IOTe—NM8aWUD0AWINIIWNINON'S~OONRODOIO~O—INIMSFWNNRO 12.2.2]12!12!21210W2CF~1212VOSIUovADM0BDWPFUAB0 000000000-00-0-0P134iAINR-Se&TbASEl-OPD- 00100-0000-ATeRsSL0-0PI-AoN3RBSbTOPSa1TAtDL-.(=-Po0O—

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24-184
24-186
24~227
24=-278
24-286
24-314
24-314
24-348
24-348
24-371
24=354
24-382
24-382
24-416
26=416
24-456
24-4622
24456
24=656
24-480
24-480
24-482
24-482
24-499
26=-499
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24-520
24-520
24-520
24=551
24-551
24-565
24~565
24-~577
24=577
24-578
24-578
24-589
24-588
24-637
24=-637
24647
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24-648
24-648
24-694
26~694
24-704
26=7064
24-706
24-710
24-745 ¢ 24745
26=7564 7 24-754
24=760v
24-778
26=792
24-792
24-801
26-807
24-855
24-838
24~856
24-856
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24-8B65
264-900
24-913
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= — = WAL
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24-24

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24~-50
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24-115
24-148
24-184
24-226
24227
24-278
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20-16
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16-243
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16-243
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17=-0CT=79 08:49:54 PAGE S-18

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20~9
21-11
22-12
24-16
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24~-148
24~-184
24226
24-278
24279
24-314
24~-337
24-348
24-382
24-405
24-4616
24-456
24-480
24482
24~-499
24-501
24-518
24-520
24-551
24552
24-566
24=577
24L-588
24-594
24-638
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24-680
24-695
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16-241
16-262
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19-28
19~-32
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CROSS REFERENCE TABLE

N 15

. MACRO v03.01
(CREF v01-0S )

eI MO
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RC—~IOTMONDWZ B
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CIDMRB MB203 STATIC DIAG #

rIDMR~ MB./03 STAT[( DIAG #1
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24-938
24-+83
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24~99¢4
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24-;2"°

26-~;22

24~<83

24~ 26
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24-939
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26~.3%2
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2L~-47

24-939
24-983
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24-999
24-:98
24~ 21
24~.32
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24=-=26
24-=35
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26-939
24-983
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26~.21
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24~=76
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24~=76
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24-=76
24-797
24-312
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24~B85
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24-E35
24-G40
25-16
25-17
25-18
25-19
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24~A60
24841

24-885
24-888
24-D34
24-G40
25-16
25-17
25-18
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7-31n
7-334

24-316
24-760
24-<87
24L~F87

20-19
24~-320
24-803
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24-449
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24-53%9
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25-18
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26-960
24-983
24-993
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24==74

24-898
10-23
21-1
24-~350
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24->32
24-G90
24-14
24-610
24-227

24-924

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24~-:99

264-:99

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24->32
24-797
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24-395
24-A60
24-8B41
24-885
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24-E87
24-G90
25-16
25-17
25-18
25-19
26-39
16-136

11-11

22-13
24-354
24~867
26=712
24-H60
24-39
24-676
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26-983
24-984
24-993
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2646-:99
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24~ 26
24-=47
24-=66
24=274
24=212
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24=-a12
24-a95
24-A60
24-841
24-R85
24-(89
24-ES7
24-H60
25-16
25-17
25-18
25-19
26-39
16-153

24-52
24-418
24-920
24-A10

24-86
24-422
24-938
24-A73

24-128
24-832
24-AB9

24-166
24-889
24-B69

24=267

24-A30

SICERT
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(CREF

B 16
17-0(CT-79 08:49:54 PAGE S-19

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24-841
24-856
24L-B88
24-D3%
24-F87
25-16
25-17
25-18
25-19
26-13
26-39

TABLE

MACRC .03.01
vO1-05

oo
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264-;55
24-HS7
23-10
20-19
21-11
22-13%

24==54

26-229

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26~F73

24~G62

24-G65

24-G74

26~G79

C 16
17-0CT=79 08:49:54 PAGE S~20

MACRO v03.01
(ZDMRB MB203 STATIC DIAG M
CROSS REFERENCE TABLE (CREF v01-0S )
TSSHAR

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24-756
264-915
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24-232
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19-74
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16=-173

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16-192

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16-210

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24-303
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264-793

26-3034
26-5184
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24-316
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24-3164
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24-337
24-695

26-3374
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24-350
24=-7064
24-867

24=3504
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24-1284
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24-186
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24-227
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24-3844
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249154
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24-86

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24-938

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24-394
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24-90
c4-320
24-594

24=-1014
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24-117
24-354

11-84

24-864

24-405
24-778

11-11

24~2964

24-589
24-8894
24~ 074
24~-AB
24-GO8#

24-939
24-=76
24-B56
24640
8-17

26=6104
24=-9574
264=-=914
24-B6N
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8-17

24-638
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24-B88
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246=4498
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24-746
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z~Nys~1FUN1vOkNe1—NR~116791121“6179121®—»‘67&9TW2¥¢R1——

w&w&wnm&W%mwmmw3%%e~NS~

31rNO1.Ow7lNN.ul8.l8alw1811m1uNAu1Na12n1<w1\$N1mIN1IaC1IuMm1M=1m~n2O2AN
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2 5=-1 A
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197

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wum13wQumwamsmw&wmnw 2IAus8donerdRuSoesnedszty 037[4—No“‘8l4e5o86l6e8 ao31Q“O1p‘25266678 N28TO—=OOSN0IONVINM0 (PegORS66666666666 36O—Wr4—e4m“—O5VN76N8 PeT (PTeRO
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1
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(2DMRB M8203 STATIC DIAG M
MACRO v03.01
CROSS REFERENCE TABLE (CREF v01-05 )

D 16
17-0CT=79 08:49:54 PAGE 5-21

198

SEQ

87”"y57u7”136

1
1
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16-229

16~237
16-240
16-2414
16-243
24=4560

16-229
16=237#
16-240
16-2414
16-2434
24-456H

16-222
16=223#
16=225#
16=227
16-229
16=-2374
16-240
16=241n
16=2434

24-482

16=2414
16-2434

24-482

24-482#8

24-501

9
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4oWSNNTEXOIXNSNISN0WRNT-NVAOTUVWVNWATNVNODT[WPoYTVa=YN
24(3—e—ONN0~rUUUBAa22aMa1llolSS5O'w’S-BaNanaMllABNlaMaTaSSSNlllS’S2’aaaOllWMVl’'’NONV~aaalllt’’aaabbllls
3UWIAMaBWl2’NaSlIAa~WlsNlaWlV’aNl’a-lIl
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7-18#

25-16

7-18#

25-16

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24-354

24=:00

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24-D34

26-394

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25-17

26=227H
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25-16#
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25-17

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25-174

24-279
24-5894
24=-7934

25-18#
24279
24-6384
24-856
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25-19
24-552
24-6384
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25-19#4
24=552m

24-;22

25-18
24=2794
24-638
24-7934¢
24=;22K

25-17#

25-18

25-18#

25-19

25-194

24-648
24-8B564

24-5524
24648
24-984

24-566
24-6488
24-9844

24=-5664
24-695
24-984r

24-5664
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24-994

7-18#

20-19
24-388
264-;32
24-E35

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24-578#
24=74L68
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25-164

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24-C89#

25-16
24-227

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22-13#
24=274
24-86

23-9
24-39
24-86

24-1864

264-203

26=1178

26-128

24 578
24-695#
26-9944

24L=-578#
24-74L6
24-994n

(ZDMRB M8203 STATIC DIAG #1
MACRO v03.01
CROSS REFERENCE TABLE (CREF vO01-05

24-915
24-939
24~:00
24~;81
24-<87

TSNSO

TENST

TSNS2
TSNS3

TSPTNU
T$SAVL

T$SEGL

T$SEKOD

T$SUBN

T$TAGL
T$TAGN

246->32
24=747
24-A10
24856
24-D34
24-E87
24-F87
24-G90
25-21
26-37#

7=-24M
10-9#
16=-1794

20-7#
24=-1014
264=366#
24L=774N
24—-<LN
24L-A26#
24-F70#
24724
24L-778#
24-900#

26-37

10-23
16-192

20-19

24-<87
24-A73

24-:00
24-; 81
24-<87
24->32
24=747
24-A10
24-856
24-D34
24L-E87
24-F87
24-G90
25-21

11-84
16-198#4

21-8#
24-1284
24=400#
24-8324
24-=07#
24~-A8#

7-18#

10-9

16=1214

24=7247N
24-A10N
24-B56#

24~D34n
24L~EB7H
2L-F87N
24~GO0#
25=21#
1-1

6-210
1-1

24-150
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24-872

24=247
264-316
24-350
264-384
24-418
24-539
24-676
24=727
24=774
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24-889
24-920
24-957
24-:22
24-<01
24=-=07
26~>48
24-763
24-A26
26869
24-D58
24-F05S
24-G08
24-H13
26-13
16=-100#
16=2164

22-8#
24=1664
24-44
24-88#

264=247

24-316
24-350
24-384
24-418
26-539
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24=727
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24-832
24-889
24-920
24-657
24-:22
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264->48
24-763
24-A26
24-B69
24-D58
24-F0S
24-G08
24-H13
26-13

24=247n
24-3164
24=-350#
24=-384h
24~4184
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2L=6764
247274
24=774LH
26-8324
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249204
24-9574
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24-<01a
24=-=074
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24=-7634
24-A2H
24-B6#N
24-DS8#
24-FO5H#
24-GO8#
24~-H13A
26-134

16-102
16-230

22-13
24-186
24-523
24-939
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16
S5-27

26-286
24-320
24-354
24-388
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24-7%1
24=778
24-838
24-898
24-924
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264-<27
24-=76
264-712
24-a27
24-A73
24-B88
24-E3S
24-F55
24-G40
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24~;32

16=1214
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16-134
17-11

24-384
24-938

2486

24-337
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24-706
24-778
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24-86

24-384
24-695
246=7564
24-867

24=72M
26-337
24-384
24-706
24-778
24-867

24=8674

24-303#4
2L=-778#
24=-3
24=-6764
24=-960#
24~-CO5#

24-316
24-793
24L=674
24=7274
2bL=:224
24-D58#

24-337#
24-803
24=-101#
24=774M
24=;52n
24-E55H

24-FO5#

24-371»
24-856
24-1664
24-885#
2h=<LN
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10-9

10-9#4

11-8

11-8
16-159

11-84
16-159

16=-140#

26-320
24-354
24-388
246=~42?
24=594
26-680#
24=731#
264-778#
264-838#
24-898#
24=924a
24=-960#

16=115
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24-898#

16-140

264-354
24-388
24~422
24=594
24-680
24-731
24-778
24-838
24-898
24-924
26-960
24~;32
24-<27
24-=76
24-212
24=-a27
24-A73
24-B88
24-E35
24-FSS
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24-286

26=16

24-=91#
26-B69#

16-140

24=-286
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24-H60
26-16

23-10
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264-594
24-:00
26-712

24-D34
24-H60

24~-G59#
24-337#

SFQ

24-<27
24-=76
24=212
26-a27
24-A73
24-888
24-E35
24-F55
26=G40
24~H60
26-16

24-=76
24-B56
24-G40
24-316
24-867

7-18#
7-18#
7-18#

24-316
24-384
24-680
24-756
24-838#
24-915#
24L=72#
hL=746

24=2324
24=316
24-350
24-384
246-418
24-~5234
24-655~
246=7104
24-760#
24-807#
24~872#
24-920
24-935#
264~:00#
24-:81#
264-<87#
24L~>324

—
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74-872

264232
24-303
24-3374
24=371»
24=-405~
24-523
26-655
264-710
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249154
24-939

—d —a

24-655
264-710
24-760
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24=23%2
24-303
24-337
24-37"
24-405
264-523
24-~655
264-710
24=760
24-807
24-872
26-915
24-939
24-~:00
24‘:81
24~-<87
24->32
24=747
24-A10
24-8B56
24-D34
24~E87
24~F87
264~-G90
25-21

264232
24-303
24-337
26=371
24-405
24-523

E
17-0CT=79 08:49:54 PAGE

24-350
24-4054
24-706#
24-803
24-900

24~-14n
242474
24-6104
24-:22#
264=2274
24-D58#

24-286

24=354m
24-388#
24=422N
24=-5944
24-706
24-756
24-803
24-867
24~-900
24-938
24-999
24=;324
24L=<27H
24~=764
24=2124
24-a27#
24~A734
24~-B88»
24-E354
24~F S5

24-298
24-332
24-366
24-400
24-449
264-610
24-706
24-756
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24-867
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24-938
24-999

24-:52

24~G40
24-H60N
26-16#

24-<49
24-291
24-727
26-a463
24-A89
24~-C05
24-E53
24-F70
24-G59
25-14
26-37

16=-140#
18-8#4

16=-159#4
19-8#

26-39#
242984
246764
24~.52#
24=263#
24~ES53H
26-134

24-298#
24-1324
24-366#4
24=400#
24=449

24-674
24-3324
24=727#
24-<01n
24— 3
24-FO5#

24-960#

24655
24~.32
24-47
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25-21
24-418
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24-86#4
24-350
24-418
24-731
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24-303
26-350
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24-303
24-3504
24-418
24=-7314
24-803
24-915

24-316
26=37"»
24-680
24-756
24-838
24-915

24=-405#
24-900#
24=247H

24418
24915
24-298#
24-898#
24=->48#
24-H13A

24-680#4

26=73%\»

24-332#
246-924
24=2274

24~4490

16-100
16-179

16-100#

16-106
16-1794

16-121

24-898
24=-=91#
264-G59#
16-100
16=-159#

2427

24-286#4
24=-3204

16-179

24-680#

24-731n

24-957#
2L=-A264

16-1984

2b=:52#

24=a63
24-C0S#
24~G08

24-a43
24-DSB
24-GO8H

24-abIW
24-DS58
24-GS9

24-A26
24-DS8a
24-G59

24L-A26
24-ES3
23-659#

24-ES3A
24-H13

24-A89
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9-8
9-8
9-8
9-8
9-8
9-8
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o-8#

9-84
9-84
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18-12#

9-8#

9-8#
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16-2444

24-52#
24-232#
24-384#
24=-578~#
24-706
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23-10#
24~1864
24-350#
24-552#
24-655#
24=-760N
24-872#

24-999#
24~<87#
24~A73N
24-F87#

24~-:99#
24=>324
24-888#
24-GOO#
25-17#
25-21#

25-17
25-19#

264-1014
24-298
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26=-39#
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19-2

23-9#
24-128
24-332
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24-832
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9-8
9-8

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25-19

24=14A

15-288
15-7
16-1
16-1
16-1
16-1
16-1
16-2
16-2

9-8
9-8
9-8

22=-13#
24-150#
24-3204
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9-8
9-8
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9-84
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16-2304

24L=->4LBN

/4
24=-994

15-278
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16-101
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16-185
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246~=>48
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15-272
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16-224

24=904
24-2864
24-4184
24-5944
24=746
24-856
24-9394

11-1

16-210
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7-184
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15-:67
16-123
16-143
16-163

24-14

16-192#
20-19#4

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24-90
24-286
24-418
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24-8074
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9-8
9-8
7-8
9-8
9-8
9-8
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9-84
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246=-=914

26-864
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26-388N
24589
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24-807
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10-23

16-192
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9-8
9-8
9-8
9-8
9-8
9-8
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9-8#
9-8#

24==91

[

9-84

9-8
9-8
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24==074

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22-8
24-101
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24-924n
24-<01
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17-9

24-394
24-203
24-400
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24-898
24=-;52

20=74

b —

21-8#
24=-67
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24-39
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20-7

d —d

17-9

16-236

21-8

24=39
24-1668
24-366
24-676
24-8894
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20-7

16-236

2L=14N
24-166
24-366
24=-6104
24-BB9
24-:22

16=-1734
19-744

"$TSTM

162164

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26=14
26=166
24-3324
24-610
24-889
24=-9608
24-=07

TSTEST

16=216

v01-05

22-8
24~67H
264-247
24=449
26=727H
246-924
24-<01

19-8#

T$TEMP

(CREF

16=216

TABLE

17-0(T-79 08:49:54 PAGE $-23

CROSS REFERENCE

MACRO v03.01

(ZOMRB M8203 STATIC DIAG #)

(ZDMRB MB203 STATI( DIAG M

TROSS REFERENCE

T$T1STS

(TREF

v01-05

)

22-13
24=-148
246-337
24L-482
24~594
24L=746€
24867
26-993
24--35
26-A73

23-10

26-994
24=-47
26~841

24-350
24-5Q1
26-638
264=756
24-898
24-999
24=--66
24-B56

7-184

24=144

24L-39#
24L=676M
24L=263

24=674
26=727#»
2hL=-al3N

9-8
9-8
9-3
9-8
9-8
9-8
9-8

9-8
9-8

24=144
24=3324
24-3664
24~400n
26=4L4L5N
24-535#
24=610#
24=6764
24L=727#
2L=774LM
24-8324
24-35#
24-889#

9-8

24=957#

9-8
9-8
Q-8
-8
9-8
9-8
9-8
9-8
9-8
9-8
9-8

b=~ 202N

22=12
26-133
24-320
24-480
24-589
24=-745
26~865
246-984
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24L=-A69
26-MH60
24-539#
24L~=>4L84
24~H13a

9-8
9-8
9-8
9-8

24-89R”#
24-924H

24-960#

TABLE

MACRO v03.01

24=-6104
24=227»

24~;:52#
24-<0a
24L~<4On
24=-07#
24~ 91n
24L=>48N
24="27N
24~674

24=2634
3N
24-a4
24=ACEN
24L-AB¥
26-B6#
24~C05#
24-D58#
24=E53N
24-FO5#
24-F70#
24=-101#
24-GO8#
24=G59#
24-H13#
24=128#
24=-166#

26=-150
26~348
26499
24-637
26-754
24872

24-16
264-184

G 16
1/7=0(7=-79 (B:49:54 PAGE S$=24

24L=24
24-186

24-354
24~518
24~647
2h=760
24-900
24-:00
24=-=74
24-R85
24-10"m
24=774LN
24=~A264

24=27
24=226

24-50
26=227
24-382

26-~520
24~648
24-778
24-913
24~:98
26=-76
24-R88

26-523

cb=>32
24-(89

24=52
26=232
24-38¢4
24-551
24-680
24=-793
24-920
26=;21
24=212
24-D34

24L=-1284
24-832n
24-A89%

24=1664
264-889#
24~B6#

264=2Q3#
24=~957#
24=C05#

24-371

24~655
24=792
24-915

24-:99

26=72
24-278
24-388
24-552
24=-694
24-801
24-924
264=.22
24=247
24-E35

24-84
24~279
24=405
24565
24-695
24-803
24=936
24,32
24=797
24-E87

26-86
26-286
24-4616

24=2474
24=:224
24=-D58#

24~298#
24=;524
24-ES3N

24=332#

24=~566
26=704
24-807
24-938
264-;81
24-a12
24~F55
24=<01a
24=FO5#

24-90
26=303
264-4618
24~577
26=-706
24-838
24-939
24-<27

24=-a27

Q=F87

24=366#

2b=<LN
24=F70a

2«=115
24=~314

24=117

24~316
24=65¢
24~-588
24=7%
24-856
26-983
24=-<87

26-6422
24-578
264=710
24-855
24-960
24-<83
24=395

24-A10

24=4L00N
24- 074
24=608#4

24~ 9a
246=-G59#

24-640

26-690
24L-4L4ON

(ZDMRB MB8203 STATIC DIAG M
{ROSS REFERENCE TABLE (CREF
17

TEOM

TERR
TESY

TESTMD

TIMFLG
TMP)

TTMP1
TTMP?2
TMR3
TMP¢
TTMMPS
TVP6
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TSTNUM

9-8

26=203#
26=2478
242984
264=(45

MACRO v03.01
v01-05 )

H 16

SEQ

17=0(T=79 08:49:54 PAGE S=25

202

24-(68

24~B44
15=224+

15=242+

24~4656

X2
%3
TXe

TXS
TX6
X7
TXAB
1XABT
TX{HAR

24=;63

TXDATA
TXEN
TXEQM

24=<66
24=>56

24=;66
24=-<69
24=->59

24-<55

24-C17

13=-470

24~<67

TXGA
T XGOA

TXLENO

24=>11

TXLENZ
TXSOM

264->06
15-443

T XWORD

UAM
UNIT
UNRR
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v35

vECTOR

wAIT50
wAX

wAX 15

24=-15
24->71

13=471
24=<70

24=:75

24-=56

24=>76

13-478

24~ 64

24->84
24->89

24=>94

264->19

24=>22

24-B75+

26=>64
24=->69
24~>11
24-:33
15=443»
24=D74+

24=D96

24~E26*

24--31
24=-266

24= 43
24-307

24--62
24=41

26=-70

24-375

24-409

15-775

15=-:04

24=->11

TXLEN?

24~=;72

15-344

24->84

15-444+

24=-H20

15-509+

26=>94
264->89
15-:00~

24=E 30«

246=-<06
24~>00
24->81

246-<09
24->03
24->86

24=>08
264=>91

24-<15

24->13
24->96

24~-<18

24=->18
24~-201

24-<21
24=->21
26=-704

26=-;67
26=>25

24-:70
24->28

26=~.;73
24=202

24-.;76
24-205

24=<13

24=-<16

24=:33»
24~ES59n

24~:58»
24-F11s

24=;06r
24=F75%

24-=37+
24=G16»

24=233+
24=G65+

24="767

24=<12

24-708

24~-€30

24=>94

24=-H20

24-E63

24-F15

24=G19

15=-:24

24~-G69

24-971
24-H3?

24=~:36

26~:60

26=-39

24777

24-"80

24-a60

15-4420

15-444

15-965+

15=974»

24=5643x

24=-€19n

24=~621

c4-682r

24-684»

24-688

¢6=-690

15-554

MACRO v03.01
CZDMRB M8203 STATI( DIAG M
(ROSS REFERENCE TABLE (CREF v01-05 )

wAX16

26733
24=C67
13-31a

24=~748

24=>79+
WRDYTO
wRIBYT

26=F 26

12=-3428

13=27#%

15-200~

24=-104+
26-406+
24=8S1+

26-739
24~F 17>

24-750
24=>84~
24=F 28+

24-781»
264~>809+
24=F 32

15=194»

15-183
15-864+
15=-201»

24-131y
24=461C
24-B72*

15-195

15-209
15~-85
15-341»

24~783¢
24=>9
24~F 36
24~546
15=147»
15-344+

2= 97e

2L=>63%"

24=(27+

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15-977

26~544
24~ 98x

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24L=C68*

26=622

24-683¢

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24=-E70*

246=>609+

26=736+

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24=-685+
24=>64
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15-186+
15-818+

15=187+
15-970+

15-148»
15-449+

15=149»
15=552+

15-150»
15-811+

26-305
24=A69

264~-539
24-R00

15-192

24-844

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24=261
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15-188

15-978

24-840+

246~F40n

24-259
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15-19¢

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203

24-788

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264-208
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7-184
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15-966+

24545
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26-105
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15-78#

24=782+

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24623
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15-446
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116
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24=F4Bs

24-308
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24-373

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26-R5¢

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24=>11»

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15-195+

24-78
264-376
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24-80
24-378
24-A99+

24=>12

24->17
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15-971

24-75
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24-338+
24="73n

26-342

24=-a53+

24~784
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24-842
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24299
24-C69

24=>07
24-E67

24-902
24-(18

24-926

15-813

15~-819
24-969
24-D28

15-553

24-r2?2

24-966
24-D25

15-199+

24=747

24=73»
26-344
24-A05

15-450

15-198«

2L=>74>

24=372+
24=-A36

24~E7

24-970
24-G83

(IDMRB MB203 STATIC DIAG M

STOTTTTLIRS

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204

19=29

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16=-106

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16=140

16-159

16-179

16-198

16=216

16=236

26-303

26~337

24=371

26=405

24-680

24-731

24=778

24-838

24-900

24=924

24-960

24-39
26-676
24=263

26=~67
26=727
24-a43

24=101
24=774
24=A26

24=128
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24~A89

26-166
24-889
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24-203
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26=247
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24-D58

24-298

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16=-115

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16-192

16-210

16-230

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24867

7-18#4
7-18#

22-10

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v01-05

J 16
17=0(T=79 08:49:54 PAGE M=1

7-18#

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CROSS REFERENCE

MACRO v03.01

7-18#

20-16
23-10
20-19
21-11

22-13
25-=21

10-2
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26-37

16=102

18-12

17=-11

2¢-86

26=915

26-366
24=<49
24~F70

24400
24==07
24-608

MACRO v03.01
(IDMRB M8203 STAT(( DIAG M
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K 16
17-0(T=79 08:49:54 PAGE M-?

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205

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MSDE(R

MSDEFA
MSENDE

MSERRI

MSEXCP
MSEXIT
MSEXSE
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MSGEN

206

16=-199#
16-204
16-207#
16=219#
16~-223
16=227

16-200
16-20e#
16-208
16=220
16-2264
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16-2004
16-205
16-2084
16=220
16-2244
16-228

16-201
16-205
16-209
16=-220#
16-225
16-2284

16-201
16-205
16-209
16-221
16-225
16-229

16-2014
16-205
16-209
16=221
16-225
16-229

16-202
16-2054
16-209
16=221#
16-225
16-229

16-202
16-206
16-209#
16=222
16-2254
16-229

16-2024
16-206
16-217
16~222
16-226
16-229%

16-203
16-206#
16-217#
16=222#
16-226
16-237

16-203
16-207
16-218
16-223
16-226#
16-237

16-203
16-207
16-218
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16-227
16-237#

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;6-%38'

16-2643

16=263

162434

22-12

22-12k

24-456

24~4568

24-482

24-4824

24-501

24-501#

1-8B674

7-18#

§-17

8-17

164-124
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14-17
7-184¢

24-86

16=-173#
19-744

264-86
24-2864
24-384
24-5904M
24-7604

14-174
10-23
16-192
20-19

10-234
16~-192#
20-194

11-11
16-210
21-11

11=-114
16=210#
21-114

16-102
16-230
22-13

16-102#4
16=2304
22-134

16-115
16~244
23-10

16-115#
16-2444
23104

16-134
17-11
24-27

16-134#
17-114
24=278

16-153
18-12
24-52

16-153#
18-12#4
26=524

24=915
24=:32M
24=247W
24-E3SH
25-214

24-316
24-384W
24-655
24-803
24-915#
264-:8B1
24-327
24-EB7
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24-938
24=<B7
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24-3204
24-418
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24-BO7H
24-9384
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24-A73M
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04939
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24-BS56
24-GA0

24-939M
24-=76N
24-DS6N
24-G4ON
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24-999
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24-BBS
24-GO0

24-999#
24=>38
24-BBSN
24-GOO#

24-:00
24=712
24-D34
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24-:00#
24=21#
24-D34N
24-HGOW

8-17
8-17

16=-173
19-74

24-286
24-384
24=594
24=760
24=915
26132
24=747
24-E3S
25-21

1-E7O#
1-D74#
19-740

24=3164
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1-2494
15-565
15-694
15-890
15-:67

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SEQ

16-199
16-2034
16=207
16=219
16=223
16=227

24-184
24-L80
24—637
24-801
24-:98
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(CREF v01-05 )

L 16
17-0(T~79 08:49:54 PAGE M-3

16~199
16=203
16=207
16=218#
16=223
16=227
16-238

MSDATA

TABLE

MACRO v03.01

1-DOGH

16-2384
4=

8-17
8-17

7-184
7~18#
20~194

24-3204
24-BO3N
4==70N
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7-18#
15-565#
15-694#
15-890#
15-:67#

24-184W
24-480N
24—637H
24-801W
24-:9BM
h-srhN
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16-239

8-17
8-17

24-864

25-16
10-234
21-114

24-3508
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15-272
15-597
15-700
15-899
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16-239

8-17
8-17

24-8B64
24-316
04-3B4N
Q4-655H
04-803

24-915#
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24-327W
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26-164
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11-114
22-134

24-354N
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15-2724
15-5974
15-7004
15-8994
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24-226
24-499
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24-855
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24-2268
24-499
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24=; 214

24-357

497N

16-239%

8-17
8-17

16-240

8-17
8-17

16-2640

8-17
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24-8034

25-17
16-102#
23108

25-174
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25-18
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25-184
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15-2784
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15-288
15-613
15-714
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15-2884
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15-7144
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24-S0N

24-395

24-39H

24L-384N
4-B7OM
24=247K
25-21M
15-278
15-603
15-708
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04-278
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24-865
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24-9204
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26-374

24-38B
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24-078M
24-5184
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24-ATW

J4=4L18N
24-920M
24-AI10N
26=374

26-314
24-551
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24-913
24226

24-1174

16-241

24-90
24-316M
24-388
24-706
24-8034

24-920
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24-A10
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26-37

24-117
24-320
24418
4-706M
04-807

16=2404

24-422K
24-938K
24-A734

24-314N
24-551M
24~704M
24-913M
4==26M

24-150
24-350
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24=523M
24-0304
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16-241

8-17
8-17

24-1504
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24-867

25-19#
16=192¢
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106-241

8-17
8-17

24-186
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16-2104

24-1504

16-241

8-17
8-17#

24-1864
24-3504
24-422M
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16-2304

162614

8-17
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24-232
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16-244#

24-232#
24-3544
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24-8724

17-114

24~328

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15-407#
15-660#
15-8844
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24-148

4-655H
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24-7068
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15-294
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15-294#
15-6194
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15-9204
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15-4014
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15-9294
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24-AG0

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20-BBS

24~348F
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04-382
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24-B41

8-17
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24-1868

24-594N
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24-348
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16~242

24=710M
24-:BIN
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24=756N
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24-416
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Q44164
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24~T92K
24-993
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20-638

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7-184

24-227

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24=552

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24-566

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24-578M4

24-589

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1-DI10N
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7-18N
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7-18¢
7-184
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24-207M
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24-552M
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24-5664
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24-SBIN
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25-174

24-638M

24-64BN

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25-18

25-184

25-19

7=24
8-17
8-17

7=24N
8-17
8-17

8-17
8-17
8-17

8-17
8-17
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8-17
8-17
8-17

8-17
8-17
3-17

1-D38#
8-17
8-17

7-18#
8-17
8-17

24-6LB

24-64BN

24-695H

24-74bH

24-7034

2L-BS6N

20-0BL

24-9BuM

24-3%%

24-99Ur

24-:99

24-:9oW

24~-864
24-316

24-a43
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24-F0S
24-G90
26-39

11-8
16=-106#

16=1734
16=236#

20-7#
23-104
24-90#
264-203#
24=3324
24=4184
24-655#
24=774A
24-898#
246=-960#
24-<01#
24->32#
24-a434

8-17#
8-17#4
8-17#

11-8#
16-115
16-179
16-244

20-19
26-14
24=-101

24-232
24-350

24-422
24~676
24-803
24-915
24-999
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24-A10
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24-F55S
24-H13

21-11

24-384H
24-6554
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24-867
24=9394
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24-8564
24~G40#
24=27MW
24-8564
7=24N

— O & 0000000000

8-17

SEQ

8-17#
8-17#
8-17#

11-84
16=115#
16=-179#
16=2444

8-17#
8-17#
9-8

8-17#
8-17#
8-17#

14=-12
16=-134
16-198
17-11

20-19#
24=140
24=1014
242324
24=-350#
24=422N
24-6764
24-8034
24=-9154

21-11
24-39
24-128
24-286
24-366
24-523
24~710
24-832
24-924
24~:22
24~<87
26-727
24-A73
24-DS8
24-F87
25-14

24-9994

24=-<27A
246=>484
24=-A10N
24-CO5#

24~FS5A
24=-H13#
16=-102#
16=230#

11-11
16-210

0000000000000

20-19
24864
26-316
243844
24655
24=7564
24-867
24939
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10-23#
16-1924
20-194

24->32

8-17#
8-17#
8-17#

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8-17
8-17
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8-17#
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10-94

10-23
16-192

24L-=914
24=a274
24-B6S#
24-E87#
24=G5
26-164

w—d —

1-C02#

24-957
24~.81
24-=91
24-a27
24869
24-E87
24-G59
26-16

20-7
23-10
24-90
264-203
24-332
24=-4618
24~655
24=774
24-898
24-960
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MSGNIN

1-877#4

24-793

24-889

23-94
24-864
24-186#
26-320#
24=-400#
24=6104
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24~-885#
24L-957#4
24-:814

11-8
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16-173
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MSGNGB

24-594
24-756
24-856
24-938
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24~A73
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23-9
24-86
24-186
24-320
24-400
26-610
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10-234
16=-102#
16=-15#
16-230#
19=74H

8-17#»
8-17»
8-17#

red

MSGETT

1-C38#
1-D35#
16-173
19-74
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M 16
17-0CT~79 08:49 :54 PAGE M=4

—

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MACRO v03.01
(ZDMRB MB203 STATIC DIAG #1
(ROSS REFERENCE TABLE (CREF v01-05 )

22-134
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SEQ

17-0(7=79 08:49:54 PAGE M-S

208

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209
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17-0CT=79 08:49:54 PAGE M-6

MACRO v03.01
CZOMRB M8203 STATIC DIAG #?
(ROSS REFERENCE TABLE (CREF v01-05 )

(20MRE MB8203 STATIC{ DIAG M
“ROSS REFERENCE

19-34#

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MACRO v03.01 17-0CT=79 08:49:54 PAGE M-7

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MACRC v03.01 17-0CT=79 08:49 :54 PAGE M-8

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rJDOMRB MB203 STATI( DIAG M

MACRO v03.01
(IDMRB M8203 STATIC DIAG M
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17-0(T=79 08:49 :54 PAGE M -9

212

SEQ

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MACRO V03,01
(ZDMRB8 MB203 STATIC DIAG M1
(ROSS REFERENCE TABLE (CRET v01-05 )

17=CCT=79 08:49:54 PAGE M=1(

213

SEQ

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24-39
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17=-0CT=79 08:49:54 PAGE M-

SEQ

214

Lotskotel o kol ol XSISVoNToNToVSN[oVNIaVIoVIaViaViaVIaVIaVIaVIoVTaNTaNEN Vol

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(IDMRB M8203 STATIC DIAG #
MACRO v03.01 17=0CT=79 0B:49:54 PAGE M=-17
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24-504
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15-603
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15-905
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(20MR8 MB203 STATI( DIAG M
MACRO v03.01
"ROSS REFERENCE TABLE (CREF v01-05 )
16=1094
16=-122#

16-110
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16-170#
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16=-1420
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16-129#

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19-344¢

240958
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MBWORD

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24-50
26=148
26=314
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1
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17-0CT-79 08:49:54 PAGE M-13

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264-5234
24-578
26-647

22-124
24-504
24-1154
24-1BO6N
24-2B6#
24-3484
24-405
24-482
24-551
24-578&
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22-13
2452
24-117
24-226
24-303
24-350
24-4054
24-4828
24-5514
24-588
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22-134
24=-524
24=-117#4
24-2208
24-3034
24-3504
24-416
24-499
24-5514
24-5884
24-648

23-10
24-7°
24-133
24-2264
24-314
24-354
24~L16K
24-499¢
24-552
24-58B4
24-04BA

23-104
24=72K
24-1334
24-227 =
24-314K
24-3544
24-L16K
24-4994
24-552M
24-589
26-655

24-801
24-8B65
24-915
24-9604
24-:004
24-;81N
24247
24=712M
24-A10
24-BBSN
24-FB7

24-8014
24-BOSH
24-915#4
24-983
24-:98
24-<27
24-=47K
24=747
24-A10#
24-8B88 °
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24-803
24-867
24-G204
24-9834
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24-8034
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24-924
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24=297N
24-AGOK
24-(8W
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24-8C7
24-872
24-924M
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24-A73
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24-807#4
24-8724
24-936
24-993
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24-812
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24-D34
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24-838
24-898
24-9364
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24~;21M
24-<B7M
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24-838#¢
24-8984
24-9364
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24-855
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24-8554
24-900#
24-9384
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24-B56
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24-8554
24-913
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24-a95
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24-84
24-184
24-348
24-480
24-565
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24-84
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24-348
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24-84
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24-348
246-499
24-565
24-647

24-84k
24-226
24-348
24-499
24-5654
24=647

24-115
24-226
24-382
24~-499
24-577
24-647

9-8
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15-401
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9-8
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15-708
15-865
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9-8
9-8
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15-708
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15-905
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9-8
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15-278
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16-163

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24-704
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7-18#
9-8
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15-288
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24-314
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16-130#4

16-163¢

19-514

24=7044
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8-17
9-8
9-8
9-8
15-288
15-565
15-613
15-694
15-714
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15-914
15-:67

24-50
24-184
24-314
24-480
24-551
24-637

16-131

16-164

19-74

24-704
24-754K
24-8014
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24-920
24-9834
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24-A60
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9-8
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15-890
15-9144
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24-504
24-184
24-314A
24-4B0
24-5514
24-637

16-1644

19-744

24-706
24756

9-8
9-8
9-8
9-8
15-294
15-565
15-619
15-694
15-860
15-890
15-920
15-:67

16-1124
16-1254

16-145
16-152

16-1454
16-152#4

16=-172
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16-205
16-218
16-225
16-238
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16-2254
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16-165

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16-113
16-126

16-1134¢
16-1264

16-146
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16-173
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16-219
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16-239
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16-165#

16-166

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16-16464
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16-114
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16-166#4

16-167

16-1474
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20-19

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24-16
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MANUAL

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24885
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TABLE

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16-129

16-166
16~-191

16-227

16-142

16-143
16-217

16-132
16-169
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16=240

16-133
16-170
16-205

16-201

16-130
16-167
16-202
16-228

16-241